Parent types:Corrected DW Diffusion MR DW Diffusion MR 4D Volume Any TypeKey: ['center', 'subject', 'acquisition']
Non mandatory key attributes: ('acquisition',)Default attributes values:
center = 'subjects'{center}/{subject}/diffusion/{acquisition}/acpc_diffusion_<subject>
acquisition = 'default_acquisition'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:T2 Diffusion MR 3D Volume 4D Volume Any TypeKey: ['center', 'subject', 'acquisition']
Non mandatory key attributes: ('acquisition',)Default attributes values:
center = 'subjects'{center}/{subject}/diffusion/{acquisition}/acpc_t2diff_<subject>
acquisition = 'default_acquisition'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:Referential Text file Any TypeKey: ['center', 'subject', 'acquisition']
Non mandatory key attributes: ('acquisition',)Default attributes values:
center = 'subjects'{center}/{subject}/diffusion/{acquisition}/registration/acpc_t2diff_<subject>
acquisition = 'default_acquisition'
Formats: ['Referential']
Rule selection key: () ()
Priority offset: 0
Parent types:Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'mapped', 'contrast', 'center', 'subject', 'acquisition', 'modality']
Non mandatory key attributes: ('contrast', 'time_point', 'time_duration', 'rescan', 'mapped', 'acquisition_date', 'acquisition')Default attributes values:
center = 'subjects'Rules selection key: ['modality'] []
acquisition = 'default_acquisition'
{center}/{subject}/t1mri/{acquisition}
Formats: ['Directory']
Rule selection key: ('t1mri',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 't1mri'
{center}/{subject}/t1mri/{acquisition}
Formats: ['Directory']{center}/{subject}/anatomical_mri/{acquisition}
Rule selection key: ('',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 't1mri'
Formats: ['Directory']
Rule selection key: ('',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 'anatomical_mri'
{center}/{subject}/anatomical_mri/{acquisition}
Formats: ['Directory']
Rule selection key: ('anatomical_mri',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 'anatomical_mri'
Parent types:Transformation matrix Transformation Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
volume = 'vol'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/functional/<subject>_Anatomy_To_Mean_Function_Transformation
acquisition = 'default_acquisition'
center = 'subjects'
analysis = 'default_analysis'
contrast = 'con'
Formats: ['Transformation matrix', 'Matlab file']
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
Parent types:Diffusion Scalar Map 3D Volume 4D Volume Any TypeKey: ['center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('acquisition',)Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/diffusion/{acquisition}/{analysis}/adc_<subject>
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:Text file Any TypeKey: ['assessment_type']study_management/{assessment_type}_assessment_monitored
Formats: ['XLS file']
Rule selection key: () ()
Priority offset: 0
Parent types:3D Volume 4D Volume Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis', 'side']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'Rules selection key: ['side'] []
center = 'subjects'
analysis = 'default_analysis'
{center}/{subject}/t1mri/{acquisition}/{analysis}/atlas/Latlas_<subject>
Formats: 'BrainVISA volume formats'
Rule selection key: ('left',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'left'
{center}/{subject}/t1mri/{acquisition}/{analysis}/atlas/Latlas_<subject>
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/atlas/Ratlas_<subject>
Rule selection key: ('',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'left'
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/atlas/atlas_<subject>
Rule selection key: ('',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
Formats: 'BrainVISA volume formats'
Rule selection key: ('',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'both'
{center}/{subject}/t1mri/{acquisition}/{analysis}/atlas/Ratlas_<subject>
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/atlas/atlas_<subject>
Rule selection key: ('right',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
Formats: 'BrainVISA volume formats'
Rule selection key: ('both',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'both'
Parent types:Label volume 3D Volume 4D Volume Any TypeKey: ['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/watlas_<subject>_<acquisition>_<analysis>_<Template>
Formats: 'BrainVISA volume formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/wLatlas_<subject>_<acquisition>_<analysis>_<Template>
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
Formats: 'BrainVISA volume formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/wRatlas_<subject>_<acquisition>_<analysis>_<Template>
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
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/watlas_<subject>_<acquisition>_<analysis>_<Template>
Formats: 'BrainVISA volume formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/wLatlas_<subject>_<acquisition>_<analysis>_<Template>
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
Formats: 'BrainVISA volume formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/wRatlas_<subject>_<acquisition>_<analysis>_<Template>
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
Formats: 'BrainVISA volume formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/watlas_<subject>_<acquisition>_<analysis>_<Template>
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
Formats: 'BrainVISA volume formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/wLatlas_<subject>_<acquisition>_<analysis>_<Template>
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
Formats: 'BrainVISA volume formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/wRatlas_<subject>_<acquisition>_<analysis>_<Template>
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
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/watlas_<subject>_<acquisition>_<analysis>_<Template>
Formats: 'BrainVISA volume formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/wLatlas_<subject>_<acquisition>_<analysis>_<Template>
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
Formats: 'BrainVISA volume formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/wRatlas_<subject>_<acquisition>_<analysis>_<Template>
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
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/watlas_<subject>_<acquisition>_<analysis>_<Template>
Formats: 'BrainVISA volume formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/wLatlas_<subject>_<acquisition>_<analysis>_<Template>
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
Formats: 'BrainVISA volume formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/wRatlas_<subject>_<acquisition>_<analysis>_<Template>
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
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/wLatlas_<subject>_<acquisition>_<analysis>_<Template>
Formats: 'BrainVISA volume formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/wLatlas_<subject>_<acquisition>_<analysis>_<Template>
Rule selection key: ('left', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
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/wLatlas_<subject>_<acquisition>_<analysis>_<Template>
Formats: 'BrainVISA volume formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/wLatlas_<subject>_<acquisition>_<analysis>_<Template>
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
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/wLatlas_<subject>_<acquisition>_<analysis>_<Template>
Formats: 'BrainVISA volume formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/wRatlas_<subject>_<acquisition>_<analysis>_<Template>
Rule selection key: ('left', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
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/wRatlas_<subject>_<acquisition>_<analysis>_<Template>
Formats: 'BrainVISA volume formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/wRatlas_<subject>_<acquisition>_<analysis>_<Template>
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
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}_auto/segmentation/dartel/{Template}/warped_output/wRatlas_<subject>_<acquisition>_<analysis>_<Template>
Formats: 'BrainVISA volume formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/wRatlas_<subject>_<acquisition>_<analysis>_<Template>
Rule selection key: ('right', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
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}_manual/segmentation/dartel/{Template}/warped_output/watlas_<subject>_<acquisition>_<analysis>_<Template>
Formats: 'BrainVISA volume formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/wLatlas_<subject>_<acquisition>_<analysis>_<Template>
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
Formats: 'BrainVISA volume formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/wRatlas_<subject>_<acquisition>_<analysis>_<Template>
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
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/watlas_<subject>_<acquisition>_<analysis>_<Template>
Formats: 'BrainVISA volume formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/wLatlas_<subject>_<acquisition>_<analysis>_<Template>
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
Formats: 'BrainVISA volume formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/wRatlas_<subject>_<acquisition>_<analysis>_<Template>
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
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/watlas_<subject>_<acquisition>_<analysis>_<Template>
Formats: 'BrainVISA volume formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/wLatlas_<subject>_<acquisition>_<analysis>_<Template>
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
Formats: 'BrainVISA volume formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/wRatlas_<subject>_<acquisition>_<analysis>_<Template>
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
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/wLatlas_<subject>_<acquisition>_<analysis>_<Template>
Formats: 'BrainVISA volume formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/wLatlas_<subject>_<acquisition>_<analysis>_<Template>
Rule selection key: ('left', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
Formats: 'BrainVISA volume formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/wLatlas_<subject>_<acquisition>_<analysis>_<Template>
Rule selection key: ('left', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
Formats: 'BrainVISA volume formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/wRatlas_<subject>_<acquisition>_<analysis>_<Template>
Rule selection key: ('left', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
Formats: 'BrainVISA volume formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/wRatlas_<subject>_<acquisition>_<analysis>_<Template>
Rule selection key: ('right', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
Formats: 'BrainVISA volume formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/wRatlas_<subject>_<acquisition>_<analysis>_<Template>
Rule selection key: ('right', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
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Parent types:Label volume 3D Volume 4D Volume Any TypeKey: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'side', 'manually_labelled', 'automatically_labelled']Default attributes values:
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Parent types:Label volume 3D Volume 4D Volume Any TypeKey: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'side', 'manually_labelled', 'automatically_labelled']Default attributes values:
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Formats: 'BrainVISA volume formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/wRatlas_<subject>_native_<acquisition>_<analysis>_DISCO_<Template>
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
Formats: 'BrainVISA volume formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/watlas_<subject>_native_<acquisition>_<analysis>_DISCO_<Template>
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
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side = 'right'
Formats: 'BrainVISA volume formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/wLatlas_<subject>_native_<acquisition>_<analysis>_DISCO_<Template>
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
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Formats: 'BrainVISA volume formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/wRatlas_<subject>_native_<acquisition>_<analysis>_DISCO_<Template>
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
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/watlas_<subject>_native_<acquisition>_<analysis>_DISCO_<Template>
Formats: 'BrainVISA volume formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/wLatlas_<subject>_native_<acquisition>_<analysis>_DISCO_<Template>
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
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Formats: 'BrainVISA volume formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/wRatlas_<subject>_native_<acquisition>_<analysis>_DISCO_<Template>
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
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/watlas_<subject>_native_<acquisition>_<analysis>_DISCO_<Template>
Formats: 'BrainVISA volume formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/wLatlas_<subject>_native_<acquisition>_<analysis>_DISCO_<Template>
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
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Formats: 'BrainVISA volume formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/wRatlas_<subject>_native_<acquisition>_<analysis>_DISCO_<Template>
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
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/wLatlas_<subject>_native_<acquisition>_<analysis>_DISCO_<Template>
Formats: 'BrainVISA volume formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/wLatlas_<subject>_native_<acquisition>_<analysis>_DISCO_<Template>
Rule selection key: ('left', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
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/wLatlas_<subject>_native_<acquisition>_<analysis>_DISCO_<Template>
Formats: 'BrainVISA volume formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/wLatlas_<subject>_native_<acquisition>_<analysis>_DISCO_<Template>
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
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/segmentation/dartel/{Template}/warped_output/wLatlas_<subject>_native_<acquisition>_<analysis>_DISCO_<Template>
Formats: 'BrainVISA volume formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/wRatlas_<subject>_native_<acquisition>_<analysis>_DISCO_<Template>
Rule selection key: ('left', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
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Formats: 'BrainVISA volume formats'
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/segmentation/dartel/{Template}/warped_output/wRatlas_<subject>_native_<acquisition>_<analysis>_DISCO_<Template>
Formats: 'BrainVISA volume formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/wRatlas_<subject>_native_<acquisition>_<analysis>_DISCO_<Template>
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
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Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_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}/warped_output/wRatlas_<subject>_native_<acquisition>_<analysis>_DISCO_<Template>
Formats: 'BrainVISA volume formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/wRatlas_<subject>_native_<acquisition>_<analysis>_DISCO_<Template>
Rule selection key: ('right', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
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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}_manual/segmentation/dartel/{Template}/warped_output/watlas_<subject>_native_<acquisition>_<analysis>_DISCO_<Template>
Formats: 'BrainVISA volume formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/wLatlas_<subject>_native_<acquisition>_<analysis>_DISCO_<Template>
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
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Formats: 'BrainVISA volume formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/wRatlas_<subject>_native_<acquisition>_<analysis>_DISCO_<Template>
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
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/watlas_<subject>_native_<acquisition>_<analysis>_DISCO_<Template>
Formats: 'BrainVISA volume formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/wLatlas_<subject>_native_<acquisition>_<analysis>_DISCO_<Template>
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
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Formats: 'BrainVISA volume formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/wRatlas_<subject>_native_<acquisition>_<analysis>_DISCO_<Template>
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
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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}_manual/segmentation/dartel/{Template}/warped_output/watlas_<subject>_native_<acquisition>_<analysis>_DISCO_<Template>
Formats: 'BrainVISA volume formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/wLatlas_<subject>_native_<acquisition>_<analysis>_DISCO_<Template>
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
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Formats: 'BrainVISA volume formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/wRatlas_<subject>_native_<acquisition>_<analysis>_DISCO_<Template>
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
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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/segmentation/dartel/{Template}/warped_output/wLatlas_<subject>_native_<acquisition>_<analysis>_DISCO_<Template>
Formats: 'BrainVISA volume formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/wLatlas_<subject>_native_<acquisition>_<analysis>_DISCO_<Template>
Rule selection key: ('left', 'Yes', '') ()
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labelled = 'Yes'
manually_labelled = 'Yes'
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Formats: 'BrainVISA volume formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/wLatlas_<subject>_native_<acquisition>_<analysis>_DISCO_<Template>
Rule selection key: ('left', '', 'No') ()
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labelled = 'Yes'
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Formats: 'BrainVISA volume formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/wRatlas_<subject>_native_<acquisition>_<analysis>_DISCO_<Template>
Rule selection key: ('left', 'Yes', 'No') ()
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labelled = 'Yes'
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Formats: 'BrainVISA volume formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/wRatlas_<subject>_native_<acquisition>_<analysis>_DISCO_<Template>
Rule selection key: ('right', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
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Formats: 'BrainVISA volume formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/wRatlas_<subject>_native_<acquisition>_<analysis>_DISCO_<Template>
Rule selection key: ('right', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
Parent types:Graph Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis', 'side']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'Rules selection key: ['side'] []
center = 'subjects'
analysis = 'default_analysis'
{center}/{subject}/t1mri/{acquisition}/{analysis}/atlas/Latlas_<subject>
Formats: ['Graph and data']
Rule selection key: ('left',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'left'
{center}/{subject}/t1mri/{acquisition}/{analysis}/atlas/Latlas_<subject>
Formats: ['Graph and data']{center}/{subject}/t1mri/{acquisition}/{analysis}/atlas/Ratlas_<subject>
Rule selection key: ('',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'left'
Formats: ['Graph and data']{center}/{subject}/t1mri/{acquisition}/{analysis}/atlas/atlas_<subject>
Rule selection key: ('',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
Formats: ['Graph and data']
Rule selection key: ('',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'both'
{center}/{subject}/t1mri/{acquisition}/{analysis}/atlas/Ratlas_<subject>
Formats: ['Graph and data']{center}/{subject}/t1mri/{acquisition}/{analysis}/atlas/atlas_<subject>
Rule selection key: ('right',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
Formats: ['Graph and data']
Rule selection key: ('both',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'both'
Parent types:Graph Any TypeKey: ['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']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/Ratlas_<subject>_<acquisition>_<analysis>_DISCO
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
Formats: ['Graph and data']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/atlas/Latlas_<subject>_<acquisition>_<analysis>_DISCO
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
Formats: ['Graph and data']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/atlas/Ratlas_<subject>_<acquisition>_<analysis>_DISCO
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
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']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/Ratlas_<subject>_<acquisition>_<analysis>_DISCO
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
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/Latlas_<subject>_<acquisition>_<analysis>_DISCO
Formats: ['Graph and data']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/Ratlas_<subject>_<acquisition>_<analysis>_DISCO
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
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', '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']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/atlas/Latlas_<subject>_<acquisition>_<analysis>_DISCO
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
Formats: ['Graph and data']
Rule selection key: ('left', '', '') ()
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}_auto/atlas/Ratlas_from_{origin_subject}_<acquisition>_<analysis>_invDISCO_TO_<subject>
Formats: 'BrainVISA texture formats'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>
Rule selection key: ('right', '', '') ()
Priority offset: 0
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Formats: 'BrainVISA texture 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}_auto/atlas/Ratlas_from_{origin_subject}_<acquisition>_<analysis>_invDISCO_TO_<subject>
Formats: 'BrainVISA texture formats'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>
Rule selection key: ('right', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
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Formats: 'BrainVISA texture 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}_manual/atlas/Latlas_from_{origin_subject}_<acquisition>_<analysis>_invDISCO_TO_<subject>
Formats: 'BrainVISA texture formats'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>
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
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Formats: 'BrainVISA texture 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/atlas/Latlas_from_{origin_subject}_<acquisition>_<analysis>_invDISCO_TO_<subject>
Formats: 'BrainVISA texture formats'
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}_manual/atlas/Latlas_from_{origin_subject}_<acquisition>_<analysis>_invDISCO_TO_<subject>
Formats: 'BrainVISA texture formats'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>
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
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Formats: 'BrainVISA texture 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/atlas/Latlas_from_{origin_subject}_<acquisition>_<analysis>_invDISCO_TO_<subject>
Formats: 'BrainVISA texture formats'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>
Rule selection key: ('left', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
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side = 'left'
Formats: 'BrainVISA texture formats'
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/atlas/Latlas_from_{origin_subject}_<acquisition>_<analysis>_invDISCO_TO_<subject>
Formats: 'BrainVISA texture formats'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>
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
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Formats: 'BrainVISA texture 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/atlas/Ratlas_from_{origin_subject}_<acquisition>_<analysis>_invDISCO_TO_<subject>
Formats: 'BrainVISA texture formats'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>
Rule selection key: ('right', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
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Formats: 'BrainVISA texture formats'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>
Rule selection key: ('right', 'Yes', '') ()
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labelled = 'Yes'
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Formats: 'BrainVISA texture formats'
Rule selection key: ('right', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
Parent types:ROI Any TypeKey: ['center', 'subject', 'followup', 'baseline', 'registration_method', 'bias_correction', 'orientation', 'region']Default attributes values:
center = 'subjects'Rules selection key: ['orientation', 'region'] []
{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/atlas/MRI/hippocampus_atlas_to_<subject>_<followup>_halfway_to_<baseline>
Formats: ['Graph and data', 'gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'SPM image', 'VIDA image', 'ECAT v image', 'ECAT i image', 'Z compressed GIS image', 'gz compressed GIS image', 'Z compressed VIDA image', 'gz compressed VIDA image', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'GIF image', 'PNG image', 'MNG image', 'BMP image', 'PBM image', 'PGM image', 'PPM image', 'XBM image', 'XPM image', 'TIFF image', 'TIFF(.tif) image', 'MINC image', 'gz compressed MINC image', 'Directory', 'FDF image']{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/atlas/MRI/hippocampus_atlas_to_<subject>_<baseline>_halfway_to_<followup>
Rule selection key: ('', 'hippocampus') ()
Priority offset: 0
space = 'halfway'
orientation = 'followup_to_baseline'
region = 'hippocampus'
Formats: ['Graph and data', 'gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'SPM image', 'VIDA image', 'ECAT v image', 'ECAT i image', 'Z compressed GIS image', 'gz compressed GIS image', 'Z compressed VIDA image', 'gz compressed VIDA image', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'GIF image', 'PNG image', 'MNG image', 'BMP image', 'PBM image', 'PGM image', 'PPM image', 'XBM image', 'XPM image', 'TIFF image', 'TIFF(.tif) image', 'MINC image', 'gz compressed MINC image', 'Directory', 'FDF image']
Rule selection key: ('', 'hippocampus') ()
Priority offset: 0
space = 'halfway'
orientation = 'baseline_to_followup'
region = 'hippocampus'
{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/atlas/MRI/hippocampus_atlas_to_<subject>_<followup>_halfway_to_<baseline>
Formats: ['Graph and data', 'gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'SPM image', 'VIDA image', 'ECAT v image', 'ECAT i image', 'Z compressed GIS image', 'gz compressed GIS image', 'Z compressed VIDA image', 'gz compressed VIDA image', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'GIF image', 'PNG image', 'MNG image', 'BMP image', 'PBM image', 'PGM image', 'PPM image', 'XBM image', 'XPM image', 'TIFF image', 'TIFF(.tif) image', 'MINC image', 'gz compressed MINC image', 'Directory', 'FDF image']
Rule selection key: ('followup_to_baseline', 'hippocampus') ()
Priority offset: 0
space = 'halfway'
orientation = 'followup_to_baseline'
region = 'hippocampus'
{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/atlas/MRI/hippocampus_atlas_to_<subject>_<followup>_halfway_to_<baseline>
Formats: ['Graph and data', 'gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'SPM image', 'VIDA image', 'ECAT v image', 'ECAT i image', 'Z compressed GIS image', 'gz compressed GIS image', 'Z compressed VIDA image', 'gz compressed VIDA image', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'GIF image', 'PNG image', 'MNG image', 'BMP image', 'PBM image', 'PGM image', 'PPM image', 'XBM image', 'XPM image', 'TIFF image', 'TIFF(.tif) image', 'MINC image', 'gz compressed MINC image', 'Directory', 'FDF image']{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/atlas/MRI/hippocampus_atlas_to_<subject>_<baseline>_halfway_to_<followup>
Rule selection key: ('', '') ()
Priority offset: 0
space = 'halfway'
orientation = 'followup_to_baseline'
region = 'hippocampus'
Formats: ['Graph and data', 'gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'SPM image', 'VIDA image', 'ECAT v image', 'ECAT i image', 'Z compressed GIS image', 'gz compressed GIS image', 'Z compressed VIDA image', 'gz compressed VIDA image', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'GIF image', 'PNG image', 'MNG image', 'BMP image', 'PBM image', 'PGM image', 'PPM image', 'XBM image', 'XPM image', 'TIFF image', 'TIFF(.tif) image', 'MINC image', 'gz compressed MINC image', 'Directory', 'FDF image']{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/atlas/MRI/amygdala_atlas_to_<subject>_<followup>_halfway_to_<baseline>
Rule selection key: ('', '') ()
Priority offset: 0
space = 'halfway'
orientation = 'baseline_to_followup'
region = 'hippocampus'
Formats: ['Graph and data', 'gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'SPM image', 'VIDA image', 'ECAT v image', 'ECAT i image', 'Z compressed GIS image', 'gz compressed GIS image', 'Z compressed VIDA image', 'gz compressed VIDA image', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'GIF image', 'PNG image', 'MNG image', 'BMP image', 'PBM image', 'PGM image', 'PPM image', 'XBM image', 'XPM image', 'TIFF image', 'TIFF(.tif) image', 'MINC image', 'gz compressed MINC image', 'Directory', 'FDF image']{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/atlas/MRI/amygdala_atlas_to_<subject>_<baseline>_halfway_to_<followup>
Rule selection key: ('', '') ()
Priority offset: 0
space = 'halfway'
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region = 'amygdala'
Formats: ['Graph and data', 'gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'SPM image', 'VIDA image', 'ECAT v image', 'ECAT i image', 'Z compressed GIS image', 'gz compressed GIS image', 'Z compressed VIDA image', 'gz compressed VIDA image', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'GIF image', 'PNG image', 'MNG image', 'BMP image', 'PBM image', 'PGM image', 'PPM image', 'XBM image', 'XPM image', 'TIFF image', 'TIFF(.tif) image', 'MINC image', 'gz compressed MINC image', 'Directory', 'FDF image']
Rule selection key: ('', '') ()
Priority offset: 0
space = 'halfway'
orientation = 'baseline_to_followup'
region = 'amygdala'
{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/atlas/MRI/hippocampus_atlas_to_<subject>_<followup>_halfway_to_<baseline>
Formats: ['Graph and data', 'gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'SPM image', 'VIDA image', 'ECAT v image', 'ECAT i image', 'Z compressed GIS image', 'gz compressed GIS image', 'Z compressed VIDA image', 'gz compressed VIDA image', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'GIF image', 'PNG image', 'MNG image', 'BMP image', 'PBM image', 'PGM image', 'PPM image', 'XBM image', 'XPM image', 'TIFF image', 'TIFF(.tif) image', 'MINC image', 'gz compressed MINC image', 'Directory', 'FDF image']{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/atlas/MRI/amygdala_atlas_to_<subject>_<followup>_halfway_to_<baseline>
Rule selection key: ('followup_to_baseline', '') ()
Priority offset: 0
space = 'halfway'
orientation = 'followup_to_baseline'
region = 'hippocampus'
Formats: ['Graph and data', 'gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'SPM image', 'VIDA image', 'ECAT v image', 'ECAT i image', 'Z compressed GIS image', 'gz compressed GIS image', 'Z compressed VIDA image', 'gz compressed VIDA image', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'GIF image', 'PNG image', 'MNG image', 'BMP image', 'PBM image', 'PGM image', 'PPM image', 'XBM image', 'XPM image', 'TIFF image', 'TIFF(.tif) image', 'MINC image', 'gz compressed MINC image', 'Directory', 'FDF image']
Rule selection key: ('followup_to_baseline', '') ()
Priority offset: 0
space = 'halfway'
orientation = 'followup_to_baseline'
region = 'amygdala'
{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/atlas/MRI/hippocampus_atlas_to_<subject>_<baseline>_halfway_to_<followup>
Formats: ['Graph and data', 'gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'SPM image', 'VIDA image', 'ECAT v image', 'ECAT i image', 'Z compressed GIS image', 'gz compressed GIS image', 'Z compressed VIDA image', 'gz compressed VIDA image', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'GIF image', 'PNG image', 'MNG image', 'BMP image', 'PBM image', 'PGM image', 'PPM image', 'XBM image', 'XPM image', 'TIFF image', 'TIFF(.tif) image', 'MINC image', 'gz compressed MINC image', 'Directory', 'FDF image']{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/atlas/MRI/amygdala_atlas_to_<subject>_<baseline>_halfway_to_<followup>
Rule selection key: ('baseline_to_followup', '') ()
Priority offset: 0
space = 'halfway'
orientation = 'baseline_to_followup'
region = 'hippocampus'
Formats: ['Graph and data', 'gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'SPM image', 'VIDA image', 'ECAT v image', 'ECAT i image', 'Z compressed GIS image', 'gz compressed GIS image', 'Z compressed VIDA image', 'gz compressed VIDA image', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'GIF image', 'PNG image', 'MNG image', 'BMP image', 'PBM image', 'PGM image', 'PPM image', 'XBM image', 'XPM image', 'TIFF image', 'TIFF(.tif) image', 'MINC image', 'gz compressed MINC image', 'Directory', 'FDF image']
Rule selection key: ('baseline_to_followup', '') ()
Priority offset: 0
space = 'halfway'
orientation = 'baseline_to_followup'
region = 'amygdala'
{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/atlas/MRI/hippocampus_atlas_to_<subject>_<baseline>_halfway_to_<followup>
Formats: ['Graph and data', 'gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'SPM image', 'VIDA image', 'ECAT v image', 'ECAT i image', 'Z compressed GIS image', 'gz compressed GIS image', 'Z compressed VIDA image', 'gz compressed VIDA image', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'GIF image', 'PNG image', 'MNG image', 'BMP image', 'PBM image', 'PGM image', 'PPM image', 'XBM image', 'XPM image', 'TIFF image', 'TIFF(.tif) image', 'MINC image', 'gz compressed MINC image', 'Directory', 'FDF image']{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/atlas/MRI/amygdala_atlas_to_<subject>_<followup>_halfway_to_<baseline>
Rule selection key: ('baseline_to_followup', 'hippocampus') ()
Priority offset: 0
space = 'halfway'
orientation = 'baseline_to_followup'
region = 'hippocampus'
Formats: ['Graph and data', 'gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'SPM image', 'VIDA image', 'ECAT v image', 'ECAT i image', 'Z compressed GIS image', 'gz compressed GIS image', 'Z compressed VIDA image', 'gz compressed VIDA image', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'GIF image', 'PNG image', 'MNG image', 'BMP image', 'PBM image', 'PGM image', 'PPM image', 'XBM image', 'XPM image', 'TIFF image', 'TIFF(.tif) image', 'MINC image', 'gz compressed MINC image', 'Directory', 'FDF image']
Rule selection key: ('followup_to_baseline', 'amygdala') ()
Priority offset: 0
space = 'halfway'
orientation = 'followup_to_baseline'
region = 'amygdala'
{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/atlas/MRI/amygdala_atlas_to_<subject>_<followup>_halfway_to_<baseline>
Formats: ['Graph and data', 'gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'SPM image', 'VIDA image', 'ECAT v image', 'ECAT i image', 'Z compressed GIS image', 'gz compressed GIS image', 'Z compressed VIDA image', 'gz compressed VIDA image', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'GIF image', 'PNG image', 'MNG image', 'BMP image', 'PBM image', 'PGM image', 'PPM image', 'XBM image', 'XPM image', 'TIFF image', 'TIFF(.tif) image', 'MINC image', 'gz compressed MINC image', 'Directory', 'FDF image']{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/atlas/MRI/amygdala_atlas_to_<subject>_<baseline>_halfway_to_<followup>
Rule selection key: ('', 'amygdala') ()
Priority offset: 0
space = 'halfway'
orientation = 'followup_to_baseline'
region = 'amygdala'
Formats: ['Graph and data', 'gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'SPM image', 'VIDA image', 'ECAT v image', 'ECAT i image', 'Z compressed GIS image', 'gz compressed GIS image', 'Z compressed VIDA image', 'gz compressed VIDA image', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'GIF image', 'PNG image', 'MNG image', 'BMP image', 'PBM image', 'PGM image', 'PPM image', 'XBM image', 'XPM image', 'TIFF image', 'TIFF(.tif) image', 'MINC image', 'gz compressed MINC image', 'Directory', 'FDF image']
Rule selection key: ('', 'amygdala') ()
Priority offset: 0
space = 'halfway'
orientation = 'baseline_to_followup'
region = 'amygdala'
{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/atlas/MRI/amygdala_atlas_to_<subject>_<baseline>_halfway_to_<followup>
Formats: ['Graph and data', 'gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'SPM image', 'VIDA image', 'ECAT v image', 'ECAT i image', 'Z compressed GIS image', 'gz compressed GIS image', 'Z compressed VIDA image', 'gz compressed VIDA image', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'GIF image', 'PNG image', 'MNG image', 'BMP image', 'PBM image', 'PGM image', 'PPM image', 'XBM image', 'XPM image', 'TIFF image', 'TIFF(.tif) image', 'MINC image', 'gz compressed MINC image', 'Directory', 'FDF image']
Rule selection key: ('baseline_to_followup', 'amygdala') ()
Priority offset: 0
space = 'halfway'
orientation = 'baseline_to_followup'
region = 'amygdala'
Parent types:Texture Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis', 'side']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'Rules selection key: ['side'] []
center = 'subjects'
analysis = 'default_analysis'
{center}/{subject}/t1mri/{acquisition}/{analysis}/atlas/Latlas_<subject>
Formats: 'BrainVISA texture formats'
Rule selection key: ('left',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'left'
{center}/{subject}/t1mri/{acquisition}/{analysis}/atlas/Latlas_<subject>
Formats: 'BrainVISA texture formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/atlas/Ratlas_<subject>
Rule selection key: ('',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'left'
Formats: 'BrainVISA texture formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/atlas/atlas_<subject>
Rule selection key: ('',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
Formats: 'BrainVISA texture formats'
Rule selection key: ('',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'both'
{center}/{subject}/t1mri/{acquisition}/{analysis}/atlas/Ratlas_<subject>
Formats: 'BrainVISA texture formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/atlas/atlas_<subject>
Rule selection key: ('right',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
Formats: 'BrainVISA texture formats'
Rule selection key: ('both',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'both'
Parent types:Texture Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis', 'side']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'Rules selection key: ['side'] []
center = 'subjects'
analysis = 'default_analysis'
{center}/{subject}/t1mri/{acquisition}/{analysis}/atlas/Latlas_<subject>
Formats: 'BrainVISA texture formats'
Rule selection key: ('left',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'left'
{center}/{subject}/t1mri/{acquisition}/{analysis}/atlas/Latlas_<subject>
Formats: 'BrainVISA texture formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/atlas/Ratlas_<subject>
Rule selection key: ('',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'left'
Formats: 'BrainVISA texture formats'
Rule selection key: ('',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
{center}/{subject}/t1mri/{acquisition}/{analysis}/atlas/Ratlas_<subject>
Formats: 'BrainVISA texture formats'
Rule selection key: ('right',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
Parent types:Label volume 3D Volume 4D Volume Any TypeKey: ['center', 'subject', 'followup', 'baseline', 'analysis']Default attributes values:
center = 'subjects'{center}/{subject}/bsi/{followup}_halfway_{baseline}/{analysis}/<subject>_halfway_brain_mask_border
analysis = 'default_analysis'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
space = 'halfway'
Parent types:3D Volume 4D Volume Any TypeKey: ['center', 'subject', 'followup', 'baseline', 'analysis', 'VOI']Default attributes values:
center = 'subjects'Rules selection key: [] ['VOI']
analysis = 'default_analysis'
{center}/{subject}/bsi/{followup}_halfway_{baseline}/{analysis}/<subject>_halfway_bsi
Formats: 'BrainVISA volume formats'{center}/{subject}/bsi/{followup}_halfway_{baseline}/{analysis}/bsi_{VOI}/<subject>_halfway_bsi_<VOI>
Rule selection key: () (True,)
Priority offset: 0
VOI = ''
space = 'halfway'
Formats: 'BrainVISA volume formats'
Rule selection key: () (False,)
Priority offset: 0
space = 'halfway'
Parent types:Text file Any TypeKey: ['center', 'subject', 'followup', 'baseline', 'analysis', 'VOI']Default attributes values:
center = 'subjects'Rules selection key: [] ['VOI']
analysis = 'default_analysis'
{center}/{subject}/bsi/{followup}_halfway_{baseline}/{analysis}/<subject>_halfway_bsi_values
Formats: None{center}/{subject}/bsi/{followup}_halfway_{baseline}/{analysis}/bsi_{VOI}/<subject>_halfway_bsi_values_<VOI>
Rule selection key: () (True,)
Priority offset: 0
VOI = ''
space = 'halfway'
Formats: None
Rule selection key: () (False,)
Priority offset: 0
space = 'halfway'
Parent types:Grey White Mask Label volume 3D Volume 4D Volume Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis', 'side']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'Rules selection key: ['side'] []
center = 'subjects'
analysis = 'default_analysis'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/L_AutoGW_<subject>
Formats: 'BrainVISA volume formats'
Rule selection key: ('left',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'left'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/L_AutoGW_<subject>
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/R_AutoGW_<subject>
Rule selection key: ('',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'left'
Formats: 'BrainVISA volume formats'
Rule selection key: ('',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/R_AutoGW_<subject>
Formats: 'BrainVISA volume formats'
Rule selection key: ('right',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
Parent types:Grey White Mask Label volume 3D Volume 4D Volume Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis', 'side']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'Rules selection key: ['side'] []
center = 'subjects'
analysis = 'default_analysis'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/Lgrey_white_<subject>
Formats: 'BrainVISA volume formats'
Rule selection key: ('left',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'left'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/Lgrey_white_<subject>
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/Rgrey_white_<subject>
Rule selection key: ('',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'left'
Formats: 'BrainVISA volume formats'
Rule selection key: ('',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/Rgrey_white_<subject>
Formats: 'BrainVISA volume formats'
Rule selection key: ('right',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
Parent types:Brain Mask Label volume 3D Volume 4D Volume Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis', 'side']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'Rules selection key: ['side'] []
center = 'subjects'
analysis = 'default_analysis'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/L_ManualGW_<subject>
Formats: 'BrainVISA volume formats'
Rule selection key: ('left',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'left'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/L_ManualGW_<subject>
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/R_ManualGW_<subject>
Rule selection key: ('',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'left'
Formats: 'BrainVISA volume formats'
Rule selection key: ('',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/R_ManualGW_<subject>
Formats: 'BrainVISA volume formats'
Rule selection key: ('right',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
Parent types:T1 MRI White Matter Ridges Label volume 3D Volume 4D Volume Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/White_ridges_<subject>
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
Parent types:Matlab SPM script Any TypeKey: ['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
Parent types:Matlab SPM script Any TypeKey: ['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
Parent types:Matlab SPM script Any TypeKey: ['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
Parent types:Matlab SPM script Any TypeKey: ['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
Parent types:Label Texture Texture Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis', 'side']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'Rules selection key: ['side'] []
center = 'subjects'
analysis = 'default_analysis'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_curv_blobs
Formats: 'BrainVISA texture formats'
Rule selection key: ('left',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'left'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_curv_blobs
Formats: 'BrainVISA texture formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_curv_blobs
Rule selection key: ('',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'left'
Formats: 'BrainVISA texture formats'
Rule selection key: ('',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_curv_blobs
Formats: 'BrainVISA texture formats'
Rule selection key: ('right',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
Parent types:Label Texture Texture Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis', 'side']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'Rules selection key: ['side'] []
center = 'subjects'
analysis = 'default_analysis'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_depth_blobs
Formats: 'BrainVISA texture formats'
Rule selection key: ('left',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'left'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_depth_blobs
Formats: 'BrainVISA texture formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_depth_blobs
Rule selection key: ('',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'left'
Formats: 'BrainVISA texture formats'
Rule selection key: ('',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_depth_blobs
Formats: 'BrainVISA texture formats'
Rule selection key: ('right',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
Parent types:Label volume 3D Volume 4D Volume Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/csf_<subject>
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'both'
Parent types:CSF+GREY Mask Label volume 3D Volume 4D Volume Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/cortex_<subject>
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'both'
Parent types:Label volume 3D Volume 4D Volume Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'side', 'manually_labelled', 'automatically_labelled', 'best']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
graph_version = '3.0'Rules selection key: ['side', 'manually_labelled', 'automatically_labelled', 'best'] []
acquisition = 'default_acquisition'
sulci_recognition_session = 'default_session'
center = 'subjects'
analysis = 'default_analysis'
{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/LBottom_<subject>_<sulci_recognition_session>_auto
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RBottom_<subject>_<sulci_recognition_session>_auto
Rule selection key: ('', '', 'Yes', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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', '', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RBottom_<subject>_<sulci_recognition_session>_best
Rule selection key: ('', '', '', '') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/LBottom_<subject>_<sulci_recognition_session>_auto
Rule selection key: ('', '', '', '') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RBottom_<subject>_<sulci_recognition_session>_auto
Rule selection key: ('', '', '', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/LBottom_<subject>_<sulci_recognition_session>_manual
Rule selection key: ('', '', '', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RBottom_<subject>_<sulci_recognition_session>_manual
Rule selection key: ('', '', '', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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', '', 'Yes', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/LBottom_<subject>_<sulci_recognition_session>_auto
Rule selection key: ('left', 'No', '', '') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'
Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'No', '', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RBottom_<subject>_<sulci_recognition_session>_auto
Rule selection key: ('', 'No', 'Yes', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', 'Yes', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RBottom_<subject>_<sulci_recognition_session>_auto
Rule selection key: ('', 'No', '', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', '', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RBottom_<subject>_<sulci_recognition_session>_best
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Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/LBottom_<subject>_<sulci_recognition_session>_auto
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Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RBottom_<subject>_<sulci_recognition_session>_auto
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Formats: 'BrainVISA volume formats'
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/LBottom_<subject>_<sulci_recognition_session>_best
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RBottom_<subject>_<sulci_recognition_session>_best
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Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/LBottom_<subject>_<sulci_recognition_session>_auto
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Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RBottom_<subject>_<sulci_recognition_session>_auto
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Formats: 'BrainVISA volume formats'
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/LBottom_<subject>_<sulci_recognition_session>_auto
Formats: 'BrainVISA volume formats'
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/LBottom_<subject>_<sulci_recognition_session>_auto
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RBottom_<subject>_<sulci_recognition_session>_auto
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Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/LBottom_<subject>_<sulci_recognition_session>_manual
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Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RBottom_<subject>_<sulci_recognition_session>_manual
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Formats: 'BrainVISA volume formats'
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/LBottom_<subject>_<sulci_recognition_session>_best
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/LBottom_<subject>_<sulci_recognition_session>_auto
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Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/LBottom_<subject>_<sulci_recognition_session>_manual
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Formats: 'BrainVISA volume formats'
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/LBottom_<subject>_<sulci_recognition_session>_best
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RBottom_<subject>_<sulci_recognition_session>_best
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Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/LBottom_<subject>_<sulci_recognition_session>_auto
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Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RBottom_<subject>_<sulci_recognition_session>_auto
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Formats: 'BrainVISA volume formats'
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/LBottom_<subject>_<sulci_recognition_session>_auto
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/LBottom_<subject>_<sulci_recognition_session>_manual
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Formats: 'BrainVISA volume formats'
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/LBottom_<subject>_<sulci_recognition_session>_best
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/LBottom_<subject>_<sulci_recognition_session>_auto
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Formats: 'BrainVISA volume formats'
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/LBottom_<subject>_<sulci_recognition_session>_best
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/LBottom_<subject>_<sulci_recognition_session>_auto
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Formats: 'BrainVISA volume formats'
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RBottom_<subject>_<sulci_recognition_session>_best
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RBottom_<subject>_<sulci_recognition_session>_auto
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Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RBottom_<subject>_<sulci_recognition_session>_manual
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Formats: 'BrainVISA volume formats'
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RBottom_<subject>_<sulci_recognition_session>_best
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RBottom_<subject>_<sulci_recognition_session>_auto
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Formats: 'BrainVISA volume formats'
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RBottom_<subject>_<sulci_recognition_session>_auto
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RBottom_<subject>_<sulci_recognition_session>_manual
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Formats: 'BrainVISA volume formats'
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RBottom_<subject>_<sulci_recognition_session>_best
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RBottom_<subject>_<sulci_recognition_session>_auto
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Formats: 'BrainVISA volume formats'
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RBottom_<subject>_<sulci_recognition_session>_auto
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RBottom_<subject>_<sulci_recognition_session>_auto
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Formats: 'BrainVISA volume formats'
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RBottom_<subject>_<sulci_recognition_session>_best
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RBottom_<subject>_<sulci_recognition_session>_auto
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RBottom_<subject>_<sulci_recognition_session>_auto
Formats: 'BrainVISA volume formats'
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/LBottom_<subject>_<sulci_recognition_session>_manual
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RBottom_<subject>_<sulci_recognition_session>_manual
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Formats: 'BrainVISA volume formats'
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/LBottom_<subject>_<sulci_recognition_session>_manual
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/LBottom_<subject>_<sulci_recognition_session>_manual
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Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/LBottom_<subject>_<sulci_recognition_session>_manual
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Formats: 'BrainVISA volume formats'
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/LBottom_<subject>_<sulci_recognition_session>_manual
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RBottom_<subject>_<sulci_recognition_session>_manual
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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'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RBottom_<subject>_<sulci_recognition_session>_manual
Rule selection key: ('', '', 'No', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RBottom_<subject>_<sulci_recognition_session>_manual
Rule selection key: ('', 'Yes', '', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RBottom_<subject>_<sulci_recognition_session>_manual
Rule selection key: ('', 'Yes', 'No', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RBottom_<subject>_<sulci_recognition_session>_manual
Rule selection key: ('', '', 'No', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/LBottom_<subject>_<sulci_recognition_session>_manual
Rule selection key: ('left', 'Yes', '', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RBottom_<subject>_<sulci_recognition_session>_manual
Rule selection key: ('left', 'Yes', 'No', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RBottom_<subject>_<sulci_recognition_session>_manual
Rule selection key: ('right', 'Yes', '', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RBottom_<subject>_<sulci_recognition_session>_manual
Rule selection key: ('right', 'Yes', 'No', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RBottom_<subject>_<sulci_recognition_session>_manual
Rule selection key: ('right', 'Yes', 'No', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RBottom_<subject>_<sulci_recognition_session>_manual
Rule selection key: ('right', 'Yes', '', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RBottom_<subject>_<sulci_recognition_session>_manual
Rule selection key: ('right', '', 'No', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', 'No', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RBottom_<subject>_<sulci_recognition_session>_best
Rule selection key: ('', '', '', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/LBottom_<subject>_<sulci_recognition_session>_best
Rule selection key: ('left', '', 'Yes', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'
Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'No', 'Yes', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RBottom_<subject>_<sulci_recognition_session>_best
Rule selection key: ('', 'No', '', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', '', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/LBottom_<subject>_<sulci_recognition_session>_best
Rule selection key: ('left', '', '', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'
Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'No', '', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RBottom_<subject>_<sulci_recognition_session>_best
Rule selection key: ('', 'No', 'Yes', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', 'Yes', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RBottom_<subject>_<sulci_recognition_session>_best
Rule selection key: ('', '', 'Yes', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RBottom_<subject>_<sulci_recognition_session>_best
Rule selection key: ('right', 'No', '', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RBottom_<subject>_<sulci_recognition_session>_best
Rule selection key: ('right', '', 'Yes', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RBottom_<subject>_<sulci_recognition_session>_best
Rule selection key: ('right', '', '', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'
Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'No', 'Yes', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'
Parent types:Bundles Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis', 'type', 'region']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/bundles//{type}/{region}/<subject>_<name>
center = 'subjects'
analysis = 'default_analysis'
Formats: 'Aims readable bundles formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
Parent types:Bundles Any TypeKey: ['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 readable bundles 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/bundles/<subject>_<name>_deformed
Formats: 'Aims readable bundles formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/bundles/<subject>_<name>_deformed
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
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 readable bundles formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/bundles/<subject>_<name>_deformed
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
Formats: 'Aims readable bundles formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/bundles/<subject>_<name>_deformed
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
Formats: 'Aims readable bundles formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/bundles/<subject>_<name>_deformed
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
Formats: 'Aims readable bundles formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/bundles/<subject>_<name>_deformed
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
Formats: 'Aims readable bundles formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
Parent types:Mesh Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'mapped', 'contrast', 'center', 'subject', 'acquisition', 'analysis', 'modality', 'side']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'contrast', 'time_point', 'mapped', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'Rules selection key: ['modality', 'side'] []
center = 'subjects'
analysis = 'default_analysis'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/<subject>_brain_hull
Formats: 'BrainVISA mesh formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/<subject>_brain_hull
Rule selection key: ('t1mri', 'both') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 't1mri'
side = 'both'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'
Formats: 'BrainVISA mesh formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/<subject>_brain_hull
Rule selection key: ('', 'both') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 't1mri'
side = 'both'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'
Formats: 'BrainVISA mesh formats'
Rule selection key: ('t1mri', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
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'{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/mesh/brain_hull_<subject>
Rule selection key: ('', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 't1mri'
side = 'both'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'
Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
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'{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/mesh/brain_hull_<subject>
Rule selection key: ('anatomical_mri', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 'anatomical_mri'
side = 'Both'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'
Formats: 'BrainVISA mesh formats'{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/mesh/brain_hull_<subject>
Rule selection key: ('anatomical_mri', 'Both') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 'anatomical_mri'
side = 'Both'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'
Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Both') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 'anatomical_mri'
side = 'Both'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'
Parent types:Mesh Any TypeKey: ['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', '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>_brain_hull_deformed
Formats: 'BrainVISA mesh formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_brain_hull_deformed
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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}_auto/mesh/<subject>_<acquisition>_<analysis>_brain_hull_deformed
Formats: 'BrainVISA mesh formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_brain_hull_deformed
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Formats: 'BrainVISA mesh formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_brain_hull_deformed
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Formats: 'BrainVISA mesh formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_brain_hull_deformed
Rule selection key: ('', 'No') ()
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Formats: 'BrainVISA mesh formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_brain_hull_deformed
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Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
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Parent types:Mesh Any TypeKey: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'origin_subject', 'manually_labelled', 'automatically_labelled']Default attributes values:
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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'
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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'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>
Rule selection key: ('', '') ()
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Formats: 'BrainVISA mesh formats'
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Formats: 'BrainVISA mesh formats'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>
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Formats: 'BrainVISA mesh formats'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>
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
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Formats: 'BrainVISA mesh formats'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>
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
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automatically_labelled = 'No'
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Formats: 'BrainVISA mesh formats'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>
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
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Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
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best = 'No'
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Parent types:Label volume 3D Volume 4D Volume Any TypeKey: ['time_point', 'time_duration', 'rescan', 'mapped', 'acquisition_date', 'contrast', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'contrast', 'time_point', 'mapped', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/segmentation/brain_<subject>
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
time_point = ''
time_duration = ''
rescan = ''
mapped = ''
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modality = 'anatomical_mri'
side = 'Both'
Parent types:Mesh Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'mapped', 'contrast', 'center', 'subject', 'acquisition', 'analysis', 'modality', 'side']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'contrast', 'time_point', 'mapped', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'Rules selection key: ['modality', 'side'] []
center = 'subjects'
analysis = 'default_analysis'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/<subject>_brain
Formats: 'BrainVISA mesh formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/<subject>_brain
Rule selection key: ('t1mri', 'both') ()
Priority offset: 0
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modality = 't1mri'
side = 'both'
Formats: 'BrainVISA mesh formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/<subject>_brain
Rule selection key: ('', 'both') ()
Priority offset: 0
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Formats: 'BrainVISA mesh formats'
Rule selection key: ('t1mri', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
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mapped = ''
contrast = ''
modality = 't1mri'
side = 'both'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/<subject>_brain
Formats: 'BrainVISA mesh formats'{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/mesh/brain_<subject>
Rule selection key: ('', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
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side = 'both'
Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
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mapped = ''
contrast = ''
modality = 'anatomical_mri'
side = 'Both'
{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/mesh/brain_<subject>
Formats: 'BrainVISA mesh formats'{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/mesh/brain_<subject>
Rule selection key: ('anatomical_mri', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
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mapped = ''
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modality = 'anatomical_mri'
side = 'Both'
Formats: 'BrainVISA mesh formats'{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/mesh/brain_<subject>
Rule selection key: ('anatomical_mri', 'Both') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 'anatomical_mri'
side = 'Both'
Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Both') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 'anatomical_mri'
side = 'Both'
Parent types:Mesh Any TypeKey: ['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: 'BrainVISA mesh formats'
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
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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}/warped_output/w<subject>_<acquisition>_<analysis>_brain_<Template>
Formats: 'BrainVISA mesh formats'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>
Rule selection key: ('', '') ()
Priority offset: 0
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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}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_brain_<Template>
Formats: 'BrainVISA mesh formats'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>
Rule selection key: ('No', '') ()
Priority offset: 0
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Formats: 'BrainVISA mesh formats'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>
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
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Formats: 'BrainVISA mesh formats'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>
Rule selection key: ('', 'No') ()
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Formats: 'BrainVISA mesh formats'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>
Rule selection key: ('Yes', 'No') ()
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Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
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Parent types:Mesh Any TypeKey: ['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: '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}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_brain_<Template>
Formats: 'BrainVISA mesh formats'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>
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
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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}/warped_output/w<subject>_native_<acquisition>_<analysis>_brain_<Template>
Formats: 'BrainVISA mesh formats'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>
Rule selection key: ('No', '') ()
Priority offset: 0
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Formats: 'BrainVISA mesh formats'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>
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
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Formats: 'BrainVISA mesh formats'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>
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
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Formats: 'BrainVISA mesh formats'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>
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
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Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
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Parent types:Mesh Any TypeKey: ['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', '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>_brain_deformed
Formats: 'BrainVISA mesh formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_brain_deformed
Rule selection key: ('', '') ()
Priority offset: 0
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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/<subject>_<acquisition>_<analysis>_brain_deformed
Formats: 'BrainVISA mesh formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_brain_deformed
Rule selection key: ('No', '') ()
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Formats: 'BrainVISA mesh formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_brain_deformed
Rule selection key: ('', 'Yes') ()
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labelled = 'Yes'
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Formats: 'BrainVISA mesh formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_brain_deformed
Rule selection key: ('', 'No') ()
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Formats: 'BrainVISA mesh formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_brain_deformed
Rule selection key: ('Yes', 'No') ()
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Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
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Parent types:Mesh Any TypeKey: ['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: 'BrainVISA mesh formats'
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
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Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/brain_volumes_<subject>
center = 'subjects'
analysis = 'default_analysis'
Formats: ['CSV file']
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time_point = ''
time_duration = ''
modality = 't1mri'
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Formats: None
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Priority offset: 0
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acquisition = 'default_acquisition'Rules selection key: ['side'] []
center = 'subjects'
analysis = 'default_analysis'
{center}/{subject}/t1mri/{acquisition}/{analysis}/bundles/Lbundles_<subject>
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{center}/{subject}/t1mri/{acquisition}/{analysis}/bundles/Lbundles_<subject>
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Priority offset: 0
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modality = 't1mri'
side = 'right'
Parent types:Scalar features Any TypeKey: ['center', 'subject', 'acquisition', 'analysis', 'tracking_session']
Non mandatory key attributes: ('acquisition',)Default attributes values:
tracking_session = 'default_tracking_session'{center}/{subject}/diffusion/{acquisition}/{analysis}/{tracking_session}/statistics_<subject>_<tracking_session>
center = 'subjects'
analysis = 'default_analysis'
acquisition = 'default_acquisition'
Formats: ['Aims scalar features']
Rule selection key: () ()
Priority offset: 0
Parent types:Any TypeKey: []history_book/bvsession
Formats: ['Directory']
Rule selection key: () ()
Priority offset: 0
Parent types:Label volume 3D Volume 4D Volume Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis', 'side']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'Rules selection key: ['side'] []
center = 'subjects'
analysis = 'default_analysis'
{center}/{subject}/t1mri/{acquisition}/{analysis}/RCGN_<subject>
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/LCGN_<subject>
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Formats: 'BrainVISA volume formats'
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Priority offset: 0
rescan = ''
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Parent types:Label volume 3D Volume 4D Volume Any TypeKey: ['time_point', 'time_duration', 'rescan', 'mapped', 'acquisition_date', 'contrast', 'center', 'subject', 'acquisition', 'analysis', 'side']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'contrast', 'time_point', 'mapped', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'Rules selection key: ['side'] []
center = 'subjects'
analysis = 'default_analysis'
{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/segmentation/left/cortex_<side>_<subject>
Formats: 'BrainVISA volume formats'
Rule selection key: ('left',) ()
Priority offset: 0
time_point = ''
time_duration = ''
rescan = ''
mapped = ''
acquisition_date = ''
contrast = ''
modality = 'anatomical_mri'
side = 'left'
{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/segmentation/left/cortex_<side>_<subject>
Formats: 'BrainVISA volume formats'{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/segmentation/right/cortex_<side>_<subject>
Rule selection key: ('',) ()
Priority offset: 0
time_point = ''
time_duration = ''
rescan = ''
mapped = ''
acquisition_date = ''
contrast = ''
modality = 'anatomical_mri'
side = 'left'
Formats: 'BrainVISA volume formats'
Rule selection key: ('',) ()
Priority offset: 0
time_point = ''
time_duration = ''
rescan = ''
mapped = ''
acquisition_date = ''
contrast = ''
modality = 'anatomical_mri'
side = 'right'
{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/segmentation/right/cortex_<side>_<subject>
Formats: 'BrainVISA volume formats'
Rule selection key: ('right',) ()
Priority offset: 0
time_point = ''
time_duration = ''
rescan = ''
mapped = ''
acquisition_date = ''
contrast = ''
modality = 'anatomical_mri'
side = 'right'
Parent types:Label volume 3D Volume 4D Volume Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/CSF_PMAP_<subject>
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
Parent types:3D Volume 4D Volume Any TypeKey: ['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'
Parent types:CT 3D Volume 4D Volume Any TypeKey: ['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'{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/ct/{analysis}/ct{tracer}_space/Hoffman_reference_{hoffman_id}
Rule selection key: () (True, True, True, True, True, True)
Priority offset: 0
center = ''
subject = ''
processing = ''
acquisition = ''
analysis = ''
tracer = ''
space = 'native'
Formats: 'BrainVISA volume formats'
Rule selection key: () (False, False, False, False, False, False)
Priority offset: 0
space = 'ct'
Parent types:Referential Text file Any TypeKey: ['center', 'subject', 'acquisition', 'tracer', 'reconDiam']Default attributes values:
center = 'subjects'{center}/{subject}/pet/{acquisition}/{tracer}/CT_{reconDiam}/<subject>_<acquisition>_<tracer>_<reconDiam>_CT_R
Formats: ['Referential']
Rule selection key: () ()
Priority offset: 0
Parent types:Text file Any TypeKey: ['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
Parent types:3D Volume 4D Volume Any TypeKey: ['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'
Parent types:raw dicom Any TypeKey: ['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'
Parent types:3D Volume 4D Volume Any TypeKey: ['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'
Parent types:Transformation matrix Transformation Any TypeKey: ['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
Parent types:Referential Text file Any TypeKey: ['center', 'subject', 'acquisition', 'tracer', 'reconDiam']petSubject/{center}/{subject}/pet/{acquisition}/{tracer}/CT_{reconDiam}/<subject>_<acquisition>_<tracer>_CT_<reconDiam>_R
Formats: ['Referential']
Rule selection key: () ()
Priority offset: 0
Parent types:Transformation matrix Transformation Any TypeKey: ['center', 'subject', 'acquisition', 'tracer', 'reconstruction']Default attributes values:
center = 'subjects'{center}/{subject}/pet/{acquisition}/{tracer}/PET_{reconstruction}/<subject>_<acquisition>_<tracer>_<reconstruction>_CT_to_PETDyn
Formats: ['Transformation matrix', 'Matlab file']
Rule selection key: () ()
Priority offset: 0
Parent types:Transformation matrix Transformation Any TypeKey: ['center', 'subject', 'acquisition', 'tracer', 'reconstruction']Default attributes values:
center = 'subjects'{center}/{subject}/pet/{acquisition}/{tracer}/PET_{reconstruction}/<subject>_<acquisition>_<tracer>_<reconstruction>_CT_to_PETMean
Formats: ['Transformation matrix', 'Matlab file']
Rule selection key: () ()
Priority offset: 0
Parent types:Any TypeKey: ['center']Default attributes values:
center = 'subjects'{center}
Formats: ['Directory']
Rule selection key: () ()
Priority offset: 0
Parent types:Label volume 3D Volume 4D Volume Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/Cerebellum_<subject>
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
Parent types:Directory Any TypeKey: ['center', 'subject', 'acquisition', 'tracer', 'reconstruction', 'analysis', 'PVC_method']Default attributes values:
center = 'subjects'{center}/{subject}/pet/{acquisition}/{tracer}/PET_{reconstruction}/{analysis}_using_{PVC_method}_PVC/<PVC_method>_parameters/Coefficients_<PVC_method>
Formats: ['Directory']
Rule selection key: () ()
Priority offset: 0
Parent types:Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'mapped', 'contrast', 'center', 'subject', 'acquisition', 'modality']
Non mandatory key attributes: ('contrast', 'time_point', 'time_duration', 'rescan', 'mapped', 'acquisition_date', 'acquisition')Default attributes values:
center = 'subjects'Rules selection key: ['modality'] []
acquisition = 'default_acquisition'
{center}/{subject}/t1mri/{acquisition}/<subject>
Formats: ['Commissure coordinates']
Rule selection key: ('t1mri',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 't1mri'
{center}/{subject}/t1mri/{acquisition}/<subject>
Formats: ['Commissure coordinates']{center}/{subject}/anatomical_mri/{acquisition}/<subject>
Rule selection key: ('',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 't1mri'
Formats: ['Commissure coordinates']
Rule selection key: ('',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 'anatomical_mri'
{center}/{subject}/anatomical_mri/{acquisition}/<subject>
Formats: ['Commissure coordinates']
Rule selection key: ('anatomical_mri',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 'anatomical_mri'
Parent types:Transformation matrix Transformation Any TypeKey: ['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', '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']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/Compo-<subject>_TO_Tal
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
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']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/Compo-<subject>_TO_Tal
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
Formats: ['Transformation matrix', 'Matlab file']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/Compo-<subject>_TO_Tal
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
Formats: ['Transformation matrix', 'Matlab file']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/Compo-<subject>_TO_Tal
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
Formats: ['Transformation matrix', 'Matlab file']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/Compo-<subject>_TO_Tal
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
Formats: ['Transformation matrix', 'Matlab file']
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
Parent types:Mesh Any TypeKey: ['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'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Rconformal_deformed
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
Formats: 'BrainVISA mesh formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Lconformal_deformed
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
Formats: 'BrainVISA mesh formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Rconformal_deformed
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
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'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Rconformal_deformed
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
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>_Lconformal_deformed
Formats: 'BrainVISA mesh formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Rconformal_deformed
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
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', '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'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Lconformal_deformed
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
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'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Rconformal_deformed
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
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'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Rconformal_deformed
Rule selection key: ('left', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
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'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Rconformal_deformed
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
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/<subject>_<acquisition>_<analysis>_Rconformal_deformed
Formats: 'BrainVISA mesh formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Rconformal_deformed
Rule selection key: ('right', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
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}_manual/mesh/<subject>_<acquisition>_<analysis>_Lconformal_deformed
Formats: 'BrainVISA mesh formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Rconformal_deformed
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
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'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Rconformal_deformed
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
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'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Lconformal_deformed
Rule selection key: ('left', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
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'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Rconformal_deformed
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
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'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Rconformal_deformed
Rule selection key: ('right', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
Formats: 'BrainVISA mesh formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Rconformal_deformed
Rule selection key: ('right', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
Parent types:Mesh Any TypeKey: ['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'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>
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
Formats: 'BrainVISA mesh formats'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>
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
Formats: 'BrainVISA mesh formats'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>
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
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'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>
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
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>_Lconformal_invDISCO_TO_<subject>
Formats: 'BrainVISA mesh formats'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>
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
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', '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'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>
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
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'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>
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
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'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>
Rule selection key: ('left', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
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'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>
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
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>_Rconformal_invDISCO_TO_<subject>
Formats: 'BrainVISA mesh formats'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>
Rule selection key: ('right', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
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}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_Lconformal_invDISCO_TO_<subject>
Formats: 'BrainVISA mesh formats'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>
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
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'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>
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
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'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>
Rule selection key: ('left', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
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'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>
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
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'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>
Rule selection key: ('right', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
Formats: 'BrainVISA mesh formats'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>
Rule selection key: ('right', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
Parent types:Coordinate texture Texture Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis', 'side']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'Rules selection key: ['side'] []
center = 'subjects'
analysis = 'default_analysis'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lconf_lat
Formats: 'BrainVISA texture formats'
Rule selection key: ('left',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'left'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lconf_lat
Formats: 'BrainVISA texture formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rconf_lat
Rule selection key: ('',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'left'
Formats: 'BrainVISA texture formats'
Rule selection key: ('',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rconf_lat
Formats: 'BrainVISA texture formats'
Rule selection key: ('right',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
Parent types:Coordinate texture Texture Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis', 'side']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'Rules selection key: ['side'] []
center = 'subjects'
analysis = 'default_analysis'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lconf_lon
Formats: 'BrainVISA texture formats'
Rule selection key: ('left',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'left'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lconf_lon
Formats: 'BrainVISA texture formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rconf_lon
Rule selection key: ('',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'left'
Formats: 'BrainVISA texture formats'
Rule selection key: ('',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rconf_lon
Formats: 'BrainVISA texture formats'
Rule selection key: ('right',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
Parent types:Matrix Any TypeKey: ['center', 'subject', 'acquisition', 'analysis', 'tracking_session', 'method', 'studyname', 'gyrus', 'smoothing', 'smallerlength', 'greaterlength', 'reduced', 'ends_labelled', 'group_of_subjects', 'sid']
Non mandatory key attributes: ('acquisition',)Default attributes values:
tracking_session = 'default_tracking_session'Rules selection key: ['reduced', 'ends_labelled'] ['subject', 'analysis', 'tracking_session', 'sid', 'smoothing', 'group_of_subjects']
center = 'subjects'
analysis = 'default_analysis'
acquisition = 'default_acquisition'
{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']{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
Rule selection key: ('', 'all') (True, True, True, True, False, False)
Priority offset: 0
subject = ''
acquisition = ''
analysis = ''
tracking_session = ''
sid = ''
ends_labelled = 'all'
reduced = 'yes'
intersubject = 'yes'
individual = 'no'
Formats: ['Sparse Matrix', 'GIS image', 'gz compressed NIFTI-1 image', 'NIFTI-1 image']{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
Rule selection key: ('', '') (True, True, True, True, False, False)
Priority offset: 0
subject = ''
acquisition = ''
analysis = ''
tracking_session = ''
sid = ''
ends_labelled = 'all'
reduced = 'yes'
intersubject = 'yes'
individual = 'no'
Formats: ['Sparse Matrix', 'GIS image', 'gz compressed NIFTI-1 image', 'NIFTI-1 image']{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
Rule selection key: ('yes', '') (True, True, True, True, False, False)
Priority offset: 0
subject = ''
acquisition = ''
analysis = ''
tracking_session = ''
sid = ''
ends_labelled = 'all'
reduced = 'yes'
intersubject = 'yes'
individual = 'no'
Formats: ['Sparse Matrix', 'GIS image', 'gz compressed NIFTI-1 image', 'NIFTI-1 image']{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
Rule selection key: ('yes', 'all') (True, True, True, True, False, False)
Priority offset: 0
subject = ''
acquisition = ''
analysis = ''
tracking_session = ''
sid = ''
ends_labelled = 'all'
reduced = 'yes'
intersubject = 'yes'
individual = 'no'
Formats: ['Sparse Matrix', 'GIS image', 'gz compressed NIFTI-1 image', 'NIFTI-1 image']{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
Rule selection key: ('', 'all') (True, True, True, False, False, False)
Priority offset: 0
subject = ''
acquisition = ''
analysis = ''
tracking_session = ''
ends_labelled = 'all'
reduced = 'yes'
intersubject = 'yes'
individual = 'yes'
Formats: ['Sparse Matrix', 'GIS image', 'gz compressed NIFTI-1 image', 'NIFTI-1 image']{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
Rule selection key: ('yes', 'all') (True, True, True, False, False, False)
Priority offset: 0
subject = ''
acquisition = ''
analysis = ''
tracking_session = ''
ends_labelled = 'all'
reduced = 'yes'
intersubject = 'yes'
individual = 'yes'
Formats: ['Sparse Matrix', 'GIS image', 'gz compressed NIFTI-1 image', 'NIFTI-1 image']{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
Rule selection key: ('yes', '') (True, True, True, False, False, False)
Priority offset: 0
subject = ''
acquisition = ''
analysis = ''
tracking_session = ''
ends_labelled = 'all'
reduced = 'yes'
intersubject = 'yes'
individual = 'yes'
Formats: ['Sparse Matrix', 'GIS image', 'gz compressed NIFTI-1 image', 'NIFTI-1 image']
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Formats: ['Sparse Matrix', 'GIS image', 'gz compressed NIFTI-1 image', 'NIFTI-1 image']
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Formats: ['Sparse Matrix', 'GIS image', 'gz compressed NIFTI-1 image', 'NIFTI-1 image']
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Formats: ['Sparse Matrix', 'GIS image', 'gz compressed NIFTI-1 image', 'NIFTI-1 image']{center}/{subject}/diffusion/{acquisition}/{analysis}/{tracking_session}/connectivity_parcellation/{method}/{studyname}/{gyrus}/clustering/smooth{smoothing}/<subject>_<studyname>_<gyrus>_reduced_matrix_{smallerlength}to{greaterlength}mm
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Formats: ['Sparse Matrix', 'GIS image', 'gz compressed NIFTI-1 image', 'NIFTI-1 image']
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Formats: ['Sparse Matrix', 'GIS image', 'gz compressed NIFTI-1 image', 'NIFTI-1 image']
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Non mandatory key attributes: ('acquisition',)Default attributes values:
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center = 'subjects'
analysis = 'default_analysis'
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Formats: 'BrainVISA texture formats'{center}/{subject}/diffusion/{acquisition}/{analysis}/{tracking_session}/connectivity_parcellation/{method}/{studyname}/{gyrus}/matrix/<subject>_<studyname>_<gyrus>_semilabelled_fibers_mean_profile_{smallerlength}to{greaterlength}mm
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Formats: 'BrainVISA texture formats'{center}/{subject}/diffusion/{acquisition}/{analysis}/{tracking_session}/connectivity_parcellation/{method}/{studyname}/{gyrus}/matrix/<subject>_<studyname>_<gyrus>_labelled_fibers_mean_profile_{smallerlength}to{greaterlength}mm
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Formats: 'BrainVISA texture formats'{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
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Formats: 'BrainVISA texture formats'
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Formats: 'BrainVISA texture formats'{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
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Formats: 'BrainVISA texture formats'{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
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Formats: 'BrainVISA texture formats'
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Parent types:ROI Texture Label Texture Texture Any TypeKey: ['center', 'subject', 'acquisition', 'analysis', 'tracking_session', 'method', 'studyname', 'gyrus', 'smoothing', 'smallerlength', 'greaterlength', 'measure', 'roi_autodetect', 'roi_filtered', 'step_time', 'group_of_subjects', 'sid']
Non mandatory key attributes: ('acquisition',)Default attributes values:
tracking_session = 'default_tracking_session'Rules selection key: ['measure', 'roi_autodetect', 'roi_filtered', 'step_time'] ['subject', 'analysis', 'tracking_session', 'sid', 'group_of_subjects']
center = 'subjects'
analysis = 'default_analysis'
acquisition = 'default_acquisition'
{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'{center}/group_analysis/{group_of_subjects}/connectivity_clustering/{method}/{studyname}/{gyrus}/smooth{smoothing}/<group_of_subjects>_<method>_<studyname>_<gyrus>_watershed_{smallerlength}to{greaterlength}mm
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roi_filtered = 'yes'
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Formats: 'BrainVISA texture formats'
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roi_autodetect = 'yes'
roi_filtered = 'no'
averaged = 'yes'
intersubject = 'yes'
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measure = 'no'
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Formats: 'BrainVISA texture formats'{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
Rule selection key: ('no', '', 'yes', 'no') (True, True, True, True, False)
Priority offset: 0
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roi_filtered = 'yes'
intersubject = 'yes'
step_time = 'no'
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Formats: 'BrainVISA texture formats'
Rule selection key: ('', '', 'yes', '') (True, True, True, True, False)
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subject = ''
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Parent types:Label volume 3D Volume 4D Volume Any TypeKey: ['time_point', 'time_duration', 'rescan', 'mapped', 'acquisition_date', 'contrast', 'center', 'subject', 'acquisition', 'analysis', 'side']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'contrast', 'time_point', 'mapped', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'Rules selection key: ['side'] []
center = 'subjects'
analysis = 'default_analysis'
{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/segmentation/left/skeleton_<side>_<subject>
Formats: 'BrainVISA volume formats'
Rule selection key: ('left',) ()
Priority offset: 0
time_point = ''
time_duration = ''
rescan = ''
mapped = ''
acquisition_date = ''
contrast = ''
modality = 'anatomical_mri'
side = 'left'
{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/segmentation/left/skeleton_<side>_<subject>
Formats: 'BrainVISA volume formats'{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/segmentation/right/skeleton_<side>_<subject>
Rule selection key: ('',) ()
Priority offset: 0
time_point = ''
time_duration = ''
rescan = ''
mapped = ''
acquisition_date = ''
contrast = ''
modality = 'anatomical_mri'
side = 'left'
Formats: 'BrainVISA volume formats'
Rule selection key: ('',) ()
Priority offset: 0
time_point = ''
time_duration = ''
rescan = ''
mapped = ''
acquisition_date = ''
contrast = ''
modality = 'anatomical_mri'
side = 'right'
{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/segmentation/right/skeleton_<side>_<subject>
Formats: 'BrainVISA volume formats'
Rule selection key: ('right',) ()
Priority offset: 0
time_point = ''
time_duration = ''
rescan = ''
mapped = ''
acquisition_date = ''
contrast = ''
modality = 'anatomical_mri'
side = 'right'
Parent types:Data graph Graph Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'mapped', 'contrast', 'center', 'subject', 'acquisition', 'analysis', 'graph_version', 'side', 'modality']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'contrast', 'time_point', 'mapped', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'Rules selection key: ['side', 'modality'] []
graph_version = '3.0'
center = 'subjects'
analysis = 'default_analysis'
{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/L<subject>
Formats: ['Graph and data']{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/folds/{graph_version}/left/<side>_<subject>
Rule selection key: ('left', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 't1mri'
side = 'left'
labelled = 'No'
Formats: ['Graph and data']
Rule selection key: ('left', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
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']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/R<subject>
Rule selection key: ('', 't1mri') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 't1mri'
side = 'left'
labelled = 'No'
Formats: ['Graph and data']
Rule selection key: ('', 't1mri') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 't1mri'
side = 'right'
labelled = 'No'
{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/L<subject>
Formats: ['Graph and data']
Rule selection key: ('left', 't1mri') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 't1mri'
side = 'left'
labelled = 'No'
{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/L<subject>
Formats: ['Graph and data']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/R<subject>
Rule selection key: ('', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 't1mri'
side = 'left'
labelled = 'No'
Formats: ['Graph and data']{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/folds/{graph_version}/left/<side>_<subject>
Rule selection key: ('', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 't1mri'
side = 'right'
labelled = 'No'
Formats: ['Graph and data']{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/folds/{graph_version}/right/<side>_<subject>
Rule selection key: ('', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 'anatomical_mri'
side = 'left'
labelled = 'No'
manually_labelled = 'No'
automatically_labelled = 'No'
Formats: ['Graph and data']
Rule selection key: ('', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
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']{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/folds/{graph_version}/right/<side>_<subject>
Rule selection key: ('right', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 't1mri'
side = 'right'
labelled = 'No'
Formats: ['Graph and data']
Rule selection key: ('right', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
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
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 't1mri'
side = 'right'
labelled = 'No'
{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/folds/{graph_version}/left/<side>_<subject>
Formats: ['Graph and data']{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/folds/{graph_version}/right/<side>_<subject>
Rule selection key: ('', 'anatomical_mri') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 'anatomical_mri'
side = 'left'
labelled = 'No'
manually_labelled = 'No'
automatically_labelled = 'No'
Formats: ['Graph and data']
Rule selection key: ('', 'anatomical_mri') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 'anatomical_mri'
side = 'right'
labelled = 'No'
manually_labelled = 'No'
automatically_labelled = 'No'
{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/folds/{graph_version}/left/<side>_<subject>
Formats: ['Graph and data']{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/folds/{graph_version}/right/<side>_<subject>
Rule selection key: ('left', 'anatomical_mri') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 'anatomical_mri'
side = 'left'
labelled = 'No'
manually_labelled = 'No'
automatically_labelled = 'No'
Formats: ['Graph and data']
Rule selection key: ('right', 'anatomical_mri') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 'anatomical_mri'
side = 'right'
labelled = 'No'
manually_labelled = 'No'
automatically_labelled = 'No'
Parent types:Texture Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis', 'side', 'mesh']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'Rules selection key: ['side', 'mesh'] []
center = 'subjects'
analysis = 'default_analysis'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_thickness
Formats: 'BrainVISA texture formats'
Rule selection key: ('left', 'white') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'left'
mesh = 'white'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_thickness
Formats: 'BrainVISA texture formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_thickness
Rule selection key: ('', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'left'
mesh = 'white'
Formats: 'BrainVISA texture formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lhemi_thickness
Rule selection key: ('', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
mesh = 'white'
Formats: 'BrainVISA texture formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rhemi_thickness
Rule selection key: ('', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'left'
mesh = 'hemi'
Formats: 'BrainVISA texture formats'
Rule selection key: ('', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
mesh = 'hemi'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_thickness
Formats: 'BrainVISA texture formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lhemi_thickness
Rule selection key: ('left', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'left'
mesh = 'white'
Formats: 'BrainVISA texture formats'
Rule selection key: ('left', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'left'
mesh = 'hemi'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_thickness
Formats: 'BrainVISA texture formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_thickness
Rule selection key: ('', 'white') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'left'
mesh = 'white'
Formats: 'BrainVISA texture formats'
Rule selection key: ('', 'white') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
mesh = 'white'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_thickness
Formats: 'BrainVISA texture formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rhemi_thickness
Rule selection key: ('right', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
mesh = 'white'
Formats: 'BrainVISA texture formats'
Rule selection key: ('right', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
mesh = 'hemi'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_thickness
Formats: 'BrainVISA texture formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lhemi_thickness
Rule selection key: ('right', 'white') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
mesh = 'white'
Formats: 'BrainVISA texture formats'
Rule selection key: ('left', 'hemi') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'left'
mesh = 'hemi'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lhemi_thickness
Formats: 'BrainVISA texture formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rhemi_thickness
Rule selection key: ('', 'hemi') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'left'
mesh = 'hemi'
Formats: 'BrainVISA texture formats'
Rule selection key: ('', 'hemi') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
mesh = 'hemi'
Parent types:CSV file Text file Any TypeKey: ['covariate_table_id']analyzes/PET/covariate_{covariate_table_id}_table
Formats: ['CSV file']
Rule selection key: () ()
Priority offset: 0
Parent types:CSV file Text file Any TypeKey: ['covariate_table']covariates/spm_covariate/{covariate_table}_table
Formats: ['CSV file']
Rule selection key: () ()
Priority offset: 0
Parent types:4D Volume Any TypeKey: ['center', 'subject', 'acquisition', 'filename_variable', 'camera']Default attributes values:
center = 'subjects'Rules selection key: ['camera'] []
{center}/{subject}/pet/{acquisition}/crop_h*
Formats: 'BrainVISA volume formats'
Rule selection key: ('HR+1',) ()
Priority offset: 0
modality = 'pet'
race = 'human'
camera = 'HR+1'
{center}/{subject}/pet/{acquisition}/crop_h*
Formats: 'BrainVISA volume formats'{center}/{subject}/pet/{acquisition}/crop_i*
Rule selection key: ('',) ()
Priority offset: 0
modality = 'pet'
race = 'human'
camera = 'HR+1'
Formats: 'BrainVISA volume formats'{center}/{subject}/pet/{acquisition}/crop_j*
Rule selection key: ('',) ()
Priority offset: 0
modality = 'pet'
race = 'human'
camera = 'HR+2'
Formats: 'BrainVISA volume formats'
Rule selection key: ('',) ()
Priority offset: 0
modality = 'pet'
race = 'human'
camera = 'HRRT'
{center}/{subject}/pet/{acquisition}/crop_i*
Formats: 'BrainVISA volume formats'{center}/{subject}/pet/{acquisition}/crop_j*
Rule selection key: ('HR+2',) ()
Priority offset: 0
modality = 'pet'
race = 'human'
camera = 'HR+2'
Formats: 'BrainVISA volume formats'
Rule selection key: ('HRRT',) ()
Priority offset: 0
modality = 'pet'
race = 'human'
camera = 'HRRT'
Parent types:Primal Sketch Data graph Graph Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis', 'side']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'Rules selection key: ['side'] []
center = 'subjects'
analysis = 'default_analysis'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_primal_curv
Formats: ['Graph and data']
Rule selection key: ('left',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'left'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_primal_curv
Formats: ['Graph and data']{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_primal_curv
Rule selection key: ('',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'left'
Formats: ['Graph and data']
Rule selection key: ('',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_primal_curv
Formats: ['Graph and data']
Rule selection key: ('right',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
Parent types:Directory Any TypeKey: ['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', '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']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
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']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
Formats: ['Directory']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
Formats: ['Directory']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
Formats: ['Directory']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
Formats: ['Directory']
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
Parent types:Directory Any TypeKey: ['Study', 'Template']analyzes/DISCO_analyzes/DISCO_{Study}/DARTEL_{Template}
Formats: ['Directory']
Rule selection key: () ()
Priority offset: 0
Parent types:Directory Any TypeKey: ['processing', 'template']analyzes/DARTEL/{processing}/DARTEL_{template}
Formats: ['Directory']
Rule selection key: () ()
Priority offset: 0
Parent types:Directory Any TypeKey: ['Study']analyzes/DISCO_analyzes/DISCO_{Study}
Formats: ['Directory']
Rule selection key: () ()
Priority offset: 0
Parent types:Diffusion Model Any TypeKey: ['center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('acquisition',)Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/diffusion/{acquisition}/{analysis}/dti_<subject>
center = 'subjects'
analysis = 'default_analysis'
Formats: ['Bucket']
Rule selection key: () ()
Priority offset: 0
Parent types:Any TypeKey: ['filename_variable']Rules selection key: [] ['filename_variable']
database
Formats: ['Database Cache file', 'SQLite Database File']*
Rule selection key: () (True,)
Priority offset: 0
Formats: ['Database Cache file', 'SQLite Database File']
Rule selection key: () (False,)
Priority offset: 0
Parent types:HTML file Any TypeKey: []database_fso
Formats: ['HTML']
Rule selection key: () ()
Priority offset: 0
Parent types:Text file Any TypeKey: []database_settings
Formats: ['Minf']
Rule selection key: () ()
Priority offset: 0
Parent types:Graph Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/nuclei/<subject>_deep_nuclei
center = 'subjects'
analysis = 'default_analysis'
Formats: ['Graph and data']
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
graph_type = 'NucleusArg'
Parent types:Deformation Field of T1 MRI 4D Volume Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/iy_defField_<subject>_Mni_TO_PetSpc
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
Parent types:Deformation Field of T1 MRI 4D Volume Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/y_defField_<subject>_Nat_TO_Mni
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
Parent types:Deformation Field of T1 MRI 4D Volume Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/y_defField_<subject>_PetSpc_TO_Mni
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
Parent types:Primal Sketch Data graph Graph Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis', 'side']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'Rules selection key: ['side'] []
center = 'subjects'
analysis = 'default_analysis'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_primal_depth
Formats: ['Graph and data']
Rule selection key: ('left',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'left'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_primal_depth
Formats: ['Graph and data']{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_primal_depth
Rule selection key: ('',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'left'
Formats: ['Graph and data']
Rule selection key: ('',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_primal_depth
Formats: ['Graph and data']
Rule selection key: ('right',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
Parent types:Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition']
Non mandatory key attributes: ('rescan', 'acquisition_date', 'time_point', 'acquisition', 'time_duration')Default attributes values:
center = 'subjects'{center}/{subject}/t1mri/{acquisition}/<subject>_dicoms
acquisition = 'default_acquisition'
Formats: None
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
Parent types:Diffusion Scalar Map 3D Volume 4D Volume Any TypeKey: ['center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('acquisition',)Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/diffusion/{acquisition}/{analysis}/alphamap_<subject>
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:4D Volume Any TypeKey: ['center', 'subject', 'acquisition', 'analysis', 'tracking_session']
Non mandatory key attributes: ('acquisition',)Default attributes values:
tracking_session = 'default_tracking_session'{center}/{subject}/diffusion/{acquisition}/{analysis}/{tracking_session}/density_<subject>_<tracking_session>
center = 'subjects'
analysis = 'default_analysis'
acquisition = 'default_acquisition'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:Diffusion Scalar Map 3D Volume 4D Volume Any TypeKey: ['center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('acquisition',)Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/diffusion/{acquisition}/{analysis}/stddev_<subject>
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:Diffusion Scalar Map 3D Volume 4D Volume Any TypeKey: ['center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('acquisition',)Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/diffusion/{acquisition}/{analysis}/dwt2_<subject>
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:3D Volume 4D Volume Any TypeKey: ['center', 'subject', 'version', 'followup', 'baseline', 'analysis']Default attributes values:
center = 'subjects'{center}/{subject}/longitudinal_preprocessings/spm{version}/{followup}_halfway_{baseline}/{analysis}/<subject>_<followup>_halfway_<baseline>_divergence_map
analysis = 'default_analysis'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
space = 'halfway'
Parent types:PET 4D Volume Any TypeKey: ['center', 'subject', 'acquisition', 'filename_variable']Default attributes values:
center = 'subjects'Rules selection key: [] ['filename_variable']
{center}/{subject}/pet/{acquisition}/<acquisition>_dyn3D
Formats: 'BrainVISA volume formats'{center}/{subject}/pet/{acquisition}/*_dyn3D
Rule selection key: () (True,)
Priority offset: 0
Formats: 'BrainVISA volume formats'
Rule selection key: () (False,)
Priority offset: 0
Parent types:PET 4D Volume Any TypeKey: ['center', 'subject', 'acquisition', 'filename_variable']Default attributes values:
center = 'subjects'Rules selection key: [] ['filename_variable']
{center}/{subject}/pet/{acquisition}/<acquisition>_emi3d
Formats: 'BrainVISA volume formats'{center}/{subject}/pet/{acquisition}/*_emi3D
Rule selection key: () (True,)
Priority offset: 0
Formats: 'BrainVISA volume formats'
Rule selection key: () (False,)
Priority offset: 0
Parent types:ROI Any TypeKey: ['center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('acquisition',)Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/diffusion/{acquisition}/{analysis}/dti_error_mask_<subject>
center = 'subjects'
analysis = 'default_analysis'
Formats: ['Graph and data', 'gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'SPM image', 'VIDA image', 'ECAT v image', 'ECAT i image', 'Z compressed GIS image', 'gz compressed GIS image', 'Z compressed VIDA image', 'gz compressed VIDA image', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'GIF image', 'PNG image', 'MNG image', 'BMP image', 'PBM image', 'PGM image', 'PPM image', 'XBM image', 'XPM image', 'TIFF image', 'TIFF(.tif) image', 'MINC image', 'gz compressed MINC image', 'Directory', 'FDF image']
Rule selection key: () ()
Priority offset: 0
Parent types:Text file Any TypeKey: ['center', 'subject', 'processing', 'acquisition', 'analysis', 'template']Default attributes values:
center = 'subjects'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_estimate_raw_volumes
Formats: None
Rule selection key: () ()
Priority offset: 0
Parent types:Corrected DW Diffusion MR DW Diffusion MR 4D Volume Any TypeKey: ['center', 'subject', 'acquisition']
Non mandatory key attributes: ('acquisition',)Default attributes values:
center = 'subjects'{center}/{subject}/diffusion/{acquisition}/eacpc_diffusion_<subject>
acquisition = 'default_acquisition'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:T2 Diffusion MR 3D Volume 4D Volume Any TypeKey: ['center', 'subject', 'acquisition']
Non mandatory key attributes: ('acquisition',)Default attributes values:
center = 'subjects'{center}/{subject}/diffusion/{acquisition}/eacpc_t2diff_<subject>
acquisition = 'default_acquisition'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:Referential Text file Any TypeKey: ['center', 'subject', 'acquisition']
Non mandatory key attributes: ('acquisition',)Default attributes values:
center = 'subjects'{center}/{subject}/diffusion/{acquisition}/registration/eacpc_t2diff_<subject>
acquisition = 'default_acquisition'
Formats: ['Referential']
Rule selection key: () ()
Priority offset: 0
Parent types:3D Volume 4D Volume Any TypeKey: ['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: '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/final_displacement_field/<subject>_<acquisition>_<analysis>_displ_field_DARTEL_{Template}
Formats: 'BrainVISA volume formats'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}
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
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: 'BrainVISA volume formats'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}
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
Formats: 'BrainVISA volume formats'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}
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
Formats: 'BrainVISA volume formats'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}
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
Formats: 'BrainVISA volume formats'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}
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
Parent types:3D Volume 4D Volume Any TypeKey: ['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: '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/final_displacement_field/displ_field_DARTEL_{Template}_from_{origin_subject}_native_TO_<subject>
Formats: 'BrainVISA volume formats'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>
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
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: 'BrainVISA volume formats'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>
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
Formats: 'BrainVISA volume formats'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>
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
Formats: 'BrainVISA volume formats'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>
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
Formats: 'BrainVISA volume formats'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>
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
Parent types:3D Volume 4D Volume Any TypeKey: ['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: '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/final_displacement_field/displ_field_DARTEL_{Template}_from_{origin_subject}_native_TO_<subject>_native
Formats: 'BrainVISA volume formats'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
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
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: 'BrainVISA volume formats'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
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
Formats: 'BrainVISA volume formats'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
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
Formats: 'BrainVISA volume formats'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
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
Formats: 'BrainVISA volume formats'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
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
Parent types:3D Volume 4D Volume Any TypeKey: ['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: '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/final_displacement_field/displ_field_DARTEL_{Template}_from_{origin_subject}_TO_<subject>
Formats: 'BrainVISA volume formats'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>
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
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: 'BrainVISA volume formats'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>
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
Formats: 'BrainVISA volume formats'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>
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
Formats: 'BrainVISA volume formats'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>
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
Formats: 'BrainVISA volume formats'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>
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
Parent types:3D Volume 4D Volume Any TypeKey: ['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: 'BrainVISA volume formats'
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
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Formats: 'BrainVISA volume formats'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>
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
Formats: 'BrainVISA volume formats'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>
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
Formats: 'BrainVISA volume formats'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>
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
Parent types:3D Volume 4D Volume Any TypeKey: ['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: '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/final_displacement_field/inv_displ_field_DISCO_DARTEL_{Template}_from_{origin_subject}_TO_<subject>_native
Formats: 'BrainVISA volume formats'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
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
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: 'BrainVISA volume formats'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
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
Formats: 'BrainVISA volume formats'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
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
Formats: 'BrainVISA volume formats'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
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
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Formats: 'BrainVISA volume formats'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
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
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Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
Parent types:3D Volume 4D Volume Any TypeKey: ['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: '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/final_displacement_field/<subject>_native_<acquisition>_<analysis>_inv_displ_field_DISCO_DARTEL_{Template}
Formats: 'BrainVISA volume formats'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}
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
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Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
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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: 'BrainVISA volume formats'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}
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
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Formats: 'BrainVISA volume formats'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}
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
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Formats: 'BrainVISA volume formats'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}
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
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Formats: 'BrainVISA volume formats'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}
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
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Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
Parent types:Transformation matrix Transformation Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition']
Non mandatory key attributes: ('rescan', 'acquisition_date', 'time_point', 'acquisition', 'time_duration')Default attributes values:
center = 'subjects'{center}/{subject}/t1mri/{acquisition}/<subject>_fsl
acquisition = 'default_acquisition'
Formats: ['Matlab file']
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
Parent types:CSV file Text file Any TypeKey: ['study', 'reconstruction']FWHM_informations/{study}_{reconstruction}
Formats: ['CSV file']
Rule selection key: () ()
Priority offset: 0
Parent types:Bundles Any TypeKey: ['center', 'subject', 'acquisition', 'analysis', 'tracking_session', 'transformed', 'filename_variable']
Non mandatory key attributes: ('acquisition',)Default attributes values:
tracking_session = 'default_tracking_session'Rules selection key: ['transformed'] ['filename_variable']
center = 'subjects'
analysis = 'default_analysis'
acquisition = 'default_acquisition'
{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_transformed_<subject>_<tracking_session>
Formats: 'Aims readable bundles formats'{center}/{subject}/diffusion/{acquisition}/{analysis}/{tracking_session}/bundles_<subject>_<tracking_session>
Rule selection key: ('',) (True,)
Priority offset: -1
filename_variable = ''
transformed = 'yes'
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'{center}/{subject}/diffusion/{acquisition}/{analysis}/{tracking_session}/bundles_<subject>_<tracking_session>_*
Rule selection key: ('no',) (False,)
Priority offset: -1
transformed = 'no'
Formats: 'Aims readable bundles formats'{center}/{subject}/diffusion/{acquisition}/{analysis}/{tracking_session}/bundles_transformed_<subject>_<tracking_session>
Rule selection key: ('',) (False,)
Priority offset: -1
transformed = 'no'
Formats: 'Aims readable bundles formats'
Rule selection key: ('yes',) (True,)
Priority offset: -1
filename_variable = ''
transformed = 'yes'
Parent types:Fascicles bundles Bundles Any TypeKey: ['center', 'subject', 'acquisition', 'analysis', 'tracking_session', 'method', 'studyname', 'gyrus', 'smallerlength', 'greaterlength', 'ends_labelled', 'oversampled']
Non mandatory key attributes: ('acquisition',)Default attributes values:
tracking_session = 'default_tracking_session'Rules selection key: ['ends_labelled', 'oversampled'] []
center = 'subjects'
analysis = 'default_analysis'
acquisition = 'default_acquisition'
{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>_oversampled_semilabelled_fibers_{smallerlength}to{greaterlength}mm
Formats: 'Aims readable bundles formats'{center}/{subject}/diffusion/{acquisition}/{analysis}/{tracking_session}/connectivity_parcellation/{method}/{studyname}/{gyrus}/filteredTracts/<subject>_<studyname>_<gyrus>_labelled_fibers_{smallerlength}to{greaterlength}mm
Rule selection key: ('', '') ()
Priority offset: 0
ends_labelled = 'one'
oversampled = 'yes'
Formats: 'Aims readable bundles formats'{center}/{subject}/diffusion/{acquisition}/{analysis}/{tracking_session}/connectivity_parcellation/{method}/{studyname}/{gyrus}/filteredTracts/<subject>_<studyname>_<gyrus>_semilabelled_fibers_{smallerlength}to{greaterlength}mm
Rule selection key: ('', '') ()
Priority offset: 0
ends_labelled = 'both'
oversampled = 'no'
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'{center}/{subject}/diffusion/{acquisition}/{analysis}/{tracking_session}/connectivity_parcellation/{method}/{studyname}/{gyrus}/filteredTracts/<subject>_<studyname>_<gyrus>_semilabelled_fibers_{smallerlength}to{greaterlength}mm
Rule selection key: ('one', '') ()
Priority offset: 0
ends_labelled = 'one'
oversampled = 'yes'
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: ('', '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'{center}/{subject}/diffusion/{acquisition}/{analysis}/{tracking_session}/connectivity_parcellation/{method}/{studyname}/{gyrus}/filteredTracts/<subject>_<studyname>_<gyrus>_semilabelled_fibers_{smallerlength}to{greaterlength}mm
Rule selection key: ('', 'no') ()
Priority offset: 0
ends_labelled = 'both'
oversampled = 'no'
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'{center}/{subject}/diffusion/{acquisition}/{analysis}/{tracking_session}/connectivity_parcellation/{method}/{studyname}/{gyrus}/filteredTracts/<subject>_<studyname>_<gyrus>_labelled_fibers_{smallerlength}to{greaterlength}mm
Rule selection key: ('both', 'no') ()
Priority offset: 0
ends_labelled = 'both'
oversampled = 'no'
Formats: 'Aims readable bundles formats'{center}/{subject}/diffusion/{acquisition}/{analysis}/{tracking_session}/connectivity_parcellation/{method}/{studyname}/{gyrus}/filteredTracts/<subject>_<studyname>_<gyrus>_semilabelled_fibers_{smallerlength}to{greaterlength}mm
Rule selection key: ('both', '') ()
Priority offset: 0
ends_labelled = 'both'
oversampled = 'no'
Formats: 'Aims readable bundles formats'
Rule selection key: ('one', 'no') ()
Priority offset: 0
ends_labelled = 'one'
oversampled = 'no'
Parent types:Hemisphere White Mesh White Mesh Mesh Any TypeKey: ['time_point', 'time_duration', 'rescan', 'mapped', 'acquisition_date', 'contrast', 'center', 'subject', 'acquisition', 'analysis', 'side']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'contrast', 'time_point', 'mapped', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'Rules selection key: ['side'] []
center = 'subjects'
analysis = 'default_analysis'
{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 = ''
time_duration = ''
rescan = ''
mapped = ''
acquisition_date = ''
contrast = ''
modality = 'anatomical_mri'
side = 'left'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'
{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/mesh/left/white_fine_<side>_<subject>
Formats: 'BrainVISA mesh formats'{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/mesh/right/white_fine_<side>_<subject>
Rule selection key: ('',) ()
Priority offset: 0
time_point = ''
time_duration = ''
rescan = ''
mapped = ''
acquisition_date = ''
contrast = ''
modality = 'anatomical_mri'
side = 'left'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'
Formats: 'BrainVISA mesh formats'
Rule selection key: ('',) ()
Priority offset: 0
time_point = ''
time_duration = ''
rescan = ''
mapped = ''
acquisition_date = ''
contrast = ''
modality = 'anatomical_mri'
side = 'right'
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 = ''
time_duration = ''
rescan = ''
mapped = ''
acquisition_date = ''
contrast = ''
modality = 'anatomical_mri'
side = 'right'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'
Parent types:4D Volume Any TypeKey: ['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: '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/u_rc1_Grey_<subject>_<acquisition>_<analysis>_<Template>
Formats: 'BrainVISA volume formats'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>
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
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: 'BrainVISA volume formats'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>
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
Formats: 'BrainVISA volume formats'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>
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
Formats: 'BrainVISA volume formats'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>
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
Formats: 'BrainVISA volume formats'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>
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
Parent types:4D Volume Any TypeKey: ['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: '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/u_rc1_Grey_<subject>_<acquisition>_<analysis>_DISCO_<Template>
Formats: 'BrainVISA volume formats'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>
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
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: 'BrainVISA volume formats'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>
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
Formats: 'BrainVISA volume formats'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>
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
Formats: 'BrainVISA volume formats'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>
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
Formats: 'BrainVISA volume formats'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>
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
Parent types:Diffusion Scalar Map 3D Volume 4D Volume Any TypeKey: ['center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('acquisition',)Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/diffusion/{acquisition}/{analysis}/fa_<subject>
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:Texture Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis', 'volume', 'side']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
volume = 'vol'Rules selection key: ['side'] []
acquisition = 'default_acquisition'
center = 'subjects'
analysis = 'default_analysis'
contrast = 'con'
{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
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'left'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/functional/<subject>_{volume}_Lwhite_proj
Formats: 'BrainVISA texture formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/functional/<subject>_{volume}_Rwhite_proj
Rule selection key: ('',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'left'
Formats: 'BrainVISA texture formats'
Rule selection key: ('',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
{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
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
Parent types:Texture Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis', 'volume', 'side']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
volume = 'vol'Rules selection key: ['side'] []
acquisition = 'default_acquisition'
center = 'subjects'
analysis = 'default_analysis'
contrast = 'con'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/functional/<subject>_{volume}_Lwhite
Formats: 'BrainVISA texture formats'
Rule selection key: ('left',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'left'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/functional/<subject>_{volume}_Lwhite
Formats: 'BrainVISA texture formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/functional/<subject>_{volume}_Rwhite
Rule selection key: ('',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'left'
Formats: 'BrainVISA texture formats'
Rule selection key: ('',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/functional/<subject>_{volume}_Rwhite
Formats: 'BrainVISA texture formats'
Rule selection key: ('right',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
Parent types:3D Volume 4D Volume Any TypeKey: ['center', 'subject']Default attributes values:
center = 'subjects'{center}/{subject}/spmt/<subject>_funcMask
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:4D Volume Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/fus_det_<subject>
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
Parent types:4D Volume Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/fus_det_wm_<subject>
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
Parent types:Label volume 3D Volume 4D Volume Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/GM_PMAP_<subject>
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
Parent types:Text file Any TypeKey: ['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
Parent types:Numerical Table CSV file Text file Any TypeKey: ['acquisition', 'processing']Rules selection key: [] ['processing']
tables/{acquisition}/tissues_volumes_morphologist
Formats: ['CSV file']tables/{acquisition}/tissues_volumes_{processing}
Rule selection key: () (True,)
Priority offset: 0
processing = ''
processing = 'morphologist'
Formats: ['CSV file']
Rule selection key: () (False,)
Priority offset: 0
Parent types:Label volume 3D Volume 4D Volume Any TypeKey: ['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: '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/rc1_Grey_<subject>_<acquisition>_<analysis>
Formats: 'BrainVISA volume formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/rc1_Grey_<subject>_<acquisition>_<analysis>
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
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: 'BrainVISA volume formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/rc1_Grey_<subject>_<acquisition>_<analysis>
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
Formats: 'BrainVISA volume formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/rc1_Grey_<subject>_<acquisition>_<analysis>
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
Formats: 'BrainVISA volume formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/rc1_Grey_<subject>_<acquisition>_<analysis>
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
Formats: 'BrainVISA volume formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/rc1_Grey_<subject>_<acquisition>_<analysis>
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
Parent types:Label volume 3D Volume 4D Volume Any TypeKey: ['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: '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/wrc1_Grey_<subject>_<acquisition>_<analysis>_<Template>
Formats: 'BrainVISA volume formats'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>
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
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: 'BrainVISA volume formats'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>
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
Formats: 'BrainVISA volume formats'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>
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
Formats: 'BrainVISA volume formats'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>
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
Formats: 'BrainVISA volume formats'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>
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
Parent types:Label volume 3D Volume 4D Volume Any TypeKey: ['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: '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/wmnirc1_Grey_<subject>_<acquisition>_<analysis>_<Template>
Formats: 'BrainVISA volume formats'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>
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
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: 'BrainVISA volume formats'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>
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
Formats: 'BrainVISA volume formats'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>
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
Formats: 'BrainVISA volume formats'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>
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
Formats: 'BrainVISA volume formats'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>
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
Parent types:Label volume 3D Volume 4D Volume Any TypeKey: ['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', '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'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/rc1_Grey_<subject>_<acquisition>_<analysis>_DISCO
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
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'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/rc1_Grey_<subject>_<acquisition>_<analysis>_DISCO
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
Formats: 'BrainVISA volume formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/rc1_Grey_<subject>_<acquisition>_<analysis>_DISCO
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
Formats: 'BrainVISA volume formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/rc1_Grey_<subject>_<acquisition>_<analysis>_DISCO
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
Formats: 'BrainVISA volume formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/rc1_Grey_<subject>_<acquisition>_<analysis>_DISCO
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
Parent types:Label volume 3D Volume 4D Volume Any TypeKey: ['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: '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/wrc1_Grey_<subject>_<acquisition>_<analysis>_DISCO_<Template>
Formats: 'BrainVISA volume formats'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>
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
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: 'BrainVISA volume formats'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>
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
Formats: 'BrainVISA volume formats'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>
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
Formats: 'BrainVISA volume formats'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>
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
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Formats: 'BrainVISA volume formats'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>
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
Parent types:Label volume 3D Volume 4D Volume Any TypeKey: ['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: '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/wmnirc1_Grey_<subject>_<acquisition>_<analysis>_DISCO_<Template>
Formats: 'BrainVISA volume formats'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>
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
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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/segmentation/dartel/{Template}/warped_output_mni/wmnirc1_Grey_<subject>_<acquisition>_<analysis>_DISCO_<Template>
Formats: 'BrainVISA volume formats'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>
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
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automatically_labelled = 'Yes'
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Formats: 'BrainVISA volume formats'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>
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
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automatically_labelled = 'Yes'
best = 'No'
Formats: 'BrainVISA volume formats'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>
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
Formats: 'BrainVISA volume formats'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>
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
Parent types:Label volume 3D Volume 4D Volume Any TypeKey: ['time_point', 'time_duration', 'rescan', 'mapped', 'acquisition_date', 'contrast', 'center', 'subject', 'acquisition', 'analysis', 'side']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'contrast', 'time_point', 'mapped', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'Rules selection key: ['side'] []
center = 'subjects'
analysis = 'default_analysis'
{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 = ''
time_duration = ''
rescan = ''
mapped = ''
acquisition_date = ''
contrast = ''
modality = 'anatomical_mri'
side = 'left'
{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/segmentation/left/grey_white_<side>_<subject>
Formats: 'BrainVISA volume formats'{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/segmentation/right/grey_white_<side>_<subject>
Rule selection key: ('',) ()
Priority offset: 0
time_point = ''
time_duration = ''
rescan = ''
mapped = ''
acquisition_date = ''
contrast = ''
modality = 'anatomical_mri'
side = 'left'
Formats: 'BrainVISA volume formats'
Rule selection key: ('',) ()
Priority offset: 0
time_point = ''
time_duration = ''
rescan = ''
mapped = ''
acquisition_date = ''
contrast = ''
modality = 'anatomical_mri'
side = 'right'
{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 = ''
time_duration = ''
rescan = ''
mapped = ''
acquisition_date = ''
contrast = ''
modality = 'anatomical_mri'
side = 'right'
Parent types:Label volume 3D Volume 4D Volume Any TypeKey: ['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'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/Rgrey_white_<subject>_<acquisition>_<analysis>_DISCO
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
Formats: 'BrainVISA volume formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/Lgrey_white_<subject>_<acquisition>_<analysis>_DISCO
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
Formats: 'BrainVISA volume formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/Rgrey_white_<subject>_<acquisition>_<analysis>_DISCO
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
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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'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/Rgrey_white_<subject>_<acquisition>_<analysis>_DISCO
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
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/Lgrey_white_<subject>_<acquisition>_<analysis>_DISCO
Formats: 'BrainVISA volume formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/Rgrey_white_<subject>_<acquisition>_<analysis>_DISCO
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
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', '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/Lgrey_white_<subject>_<acquisition>_<analysis>_DISCO
Formats: 'BrainVISA volume formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/Lgrey_white_<subject>_<acquisition>_<analysis>_DISCO
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
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Formats: 'BrainVISA volume 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/Lgrey_white_<subject>_<acquisition>_<analysis>_DISCO
Formats: 'BrainVISA volume formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/Rgrey_white_<subject>_<acquisition>_<analysis>_DISCO
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
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best = 'No'
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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'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/Rgrey_white_<subject>_<acquisition>_<analysis>_DISCO
Rule selection key: ('left', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
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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'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/Rgrey_white_<subject>_<acquisition>_<analysis>_DISCO
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
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Formats: 'BrainVISA volume 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}_auto/segmentation/Rgrey_white_<subject>_<acquisition>_<analysis>_DISCO
Formats: 'BrainVISA volume formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/Rgrey_white_<subject>_<acquisition>_<analysis>_DISCO
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
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_<subject>_<acquisition>_<analysis>_DISCO
Formats: 'BrainVISA volume formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/Rgrey_white_<subject>_<acquisition>_<analysis>_DISCO
Rule selection key: ('', '', 'No') ()
Priority offset: 0
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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}_manual/segmentation/Lgrey_white_<subject>_<acquisition>_<analysis>_DISCO
Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '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/Lgrey_white_<subject>_<acquisition>_<analysis>_DISCO
Formats: 'BrainVISA volume formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/Rgrey_white_<subject>_<acquisition>_<analysis>_DISCO
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
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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/segmentation/Lgrey_white_<subject>_<acquisition>_<analysis>_DISCO
Formats: 'BrainVISA volume formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/Lgrey_white_<subject>_<acquisition>_<analysis>_DISCO
Rule selection key: ('left', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
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Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
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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'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/Rgrey_white_<subject>_<acquisition>_<analysis>_DISCO
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
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best = 'No'
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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'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/Rgrey_white_<subject>_<acquisition>_<analysis>_DISCO
Rule selection key: ('right', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
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Formats: 'BrainVISA volume formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/Rgrey_white_<subject>_<acquisition>_<analysis>_DISCO
Rule selection key: ('right', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
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Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
Parent types:3D Volume 4D Volume Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'mapped', 'contrast', 'center', 'subject', 'acquisition', 'analysis', 'side', 'modality']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'contrast', 'time_point', 'mapped', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'Rules selection key: ['side', 'modality'] []
center = 'subjects'
analysis = 'default_analysis'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/Lgw_interface_<subject>
Formats: 'BrainVISA volume formats'{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/segmentation/left/gw_interface_<side>_<subject>
Rule selection key: ('left', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 't1mri'
side = 'left'
Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 'anatomical_mri'
side = 'left'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/Lgw_interface_<subject>
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/Rgw_interface_<subject>
Rule selection key: ('', 't1mri') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 't1mri'
side = 'left'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', 't1mri') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 't1mri'
side = 'right'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/Lgw_interface_<subject>
Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 't1mri') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 't1mri'
side = 'left'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/Lgw_interface_<subject>
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/Rgw_interface_<subject>
Rule selection key: ('', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 't1mri'
side = 'left'
Formats: 'BrainVISA volume formats'{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/segmentation/left/gw_interface_<side>_<subject>
Rule selection key: ('', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 't1mri'
side = 'right'
Formats: 'BrainVISA volume formats'{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/segmentation/right/gw_interface_<side>_<subject>
Rule selection key: ('', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 'anatomical_mri'
side = 'left'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 'anatomical_mri'
side = 'right'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/Rgw_interface_<subject>
Formats: 'BrainVISA volume formats'{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/segmentation/right/gw_interface_<side>_<subject>
Rule selection key: ('right', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 't1mri'
side = 'right'
Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
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
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 't1mri'
side = 'right'
{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/segmentation/left/gw_interface_<side>_<subject>
Formats: 'BrainVISA volume formats'{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/segmentation/right/gw_interface_<side>_<subject>
Rule selection key: ('', 'anatomical_mri') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 'anatomical_mri'
side = 'left'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'anatomical_mri') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 'anatomical_mri'
side = 'right'
{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/segmentation/left/gw_interface_<side>_<subject>
Formats: 'BrainVISA volume formats'{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/segmentation/right/gw_interface_<side>_<subject>
Rule selection key: ('left', 'anatomical_mri') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 'anatomical_mri'
side = 'left'
Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'anatomical_mri') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 'anatomical_mri'
side = 'right'
Parent types:Mesh Any TypeKey: ['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', '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'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_grid_deformed
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
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'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_grid_deformed
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
Formats: 'BrainVISA mesh formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_grid_deformed
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
Formats: 'BrainVISA mesh formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_grid_deformed
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
Formats: 'BrainVISA mesh formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_grid_deformed
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
Parent types:Mesh Any TypeKey: ['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: '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}_auto/mesh/<subject>_grid_init
Formats: 'BrainVISA mesh formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_grid_init
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
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: 'BrainVISA mesh formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_grid_init
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
Formats: 'BrainVISA mesh formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_grid_init
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
Formats: 'BrainVISA mesh formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_grid_init
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
Formats: 'BrainVISA mesh formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_grid_init
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
Parent types:Mesh Any TypeKey: ['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', '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'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_grid_inv_deformed
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
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'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_grid_inv_deformed
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
Formats: 'BrainVISA mesh formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_grid_inv_deformed
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
Formats: 'BrainVISA mesh formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_grid_inv_deformed
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
Formats: 'BrainVISA mesh formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_grid_inv_deformed
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
Parent types:XML parameters Text file Any TypeKey: ['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
Parent types:Data graph Graph Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'side', 'manually_labelled', 'automatically_labelled', 'best']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
graph_version = '3.0'Rules selection key: ['side', 'manually_labelled', 'automatically_labelled', 'best'] []
acquisition = 'default_acquisition'
sulci_recognition_session = 'default_session'
center = 'subjects'
analysis = 'default_analysis'
{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/<subject>_Rgyri_<sulci_recognition_session>_auto
Formats: ['Graph and data']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/<subject>_Lgyri_<sulci_recognition_session>_auto
Rule selection key: ('', '', 'Yes', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
Formats: ['Graph and data']
Rule selection key: ('', '', 'Yes', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/<subject>_Rgyri_<sulci_recognition_session>_auto
Rule selection key: ('right', '', '', '') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'
Formats: ['Graph and data']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/<subject>_Rgyri_<sulci_recognition_session>_manual
Rule selection key: ('right', '', '', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
Formats: ['Graph and data']
Rule selection key: ('right', '', '', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_Lgyri_<sulci_recognition_session>_best
Rule selection key: ('', '', '', '') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'
Formats: ['Graph and data']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/<subject>_Rgyri_<sulci_recognition_session>_auto
Rule selection key: ('', '', '', '') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'
Formats: ['Graph and data']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/<subject>_Lgyri_<sulci_recognition_session>_auto
Rule selection key: ('', '', '', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
Formats: ['Graph and data']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/<subject>_Rgyri_<sulci_recognition_session>_manual
Rule selection key: ('', '', '', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
Formats: ['Graph and data']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/<subject>_Lgyri_<sulci_recognition_session>_manual
Rule selection key: ('', '', '', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
Formats: ['Graph and data']
Rule selection key: ('', '', '', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/<subject>_Rgyri_<sulci_recognition_session>_auto
Rule selection key: ('right', '', 'Yes', '') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'
Formats: ['Graph and data']
Rule selection key: ('right', '', 'Yes', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/<subject>_Rgyri_<sulci_recognition_session>_manual
Rule selection key: ('right', '', '', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
Formats: ['Graph and data']
Rule selection key: ('right', '', '', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
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Priority offset: 0
rescan = ''
acquisition_date = ''
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modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
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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', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
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time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
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side = 'right'
{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/<subject>_Rgyri_<sulci_recognition_session>_manual
Formats: ['Graph and data']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/<subject>_Lgyri_<sulci_recognition_session>_manual
Rule selection key: ('', 'Yes', '', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
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modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
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side = 'right'
Formats: ['Graph and data']
Rule selection key: ('', 'Yes', '', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
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labelled = 'Yes'
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side = 'left'
{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/<subject>_Rgyri_<sulci_recognition_session>_manual
Formats: ['Graph and data']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/<subject>_Lgyri_<sulci_recognition_session>_manual
Rule selection key: ('', 'Yes', 'No', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
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Formats: ['Graph and data']
Rule selection key: ('', 'Yes', 'No', '') ()
Priority offset: 0
rescan = ''
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/<subject>_Rgyri_<sulci_recognition_session>_manual
Formats: ['Graph and data']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/<subject>_Rgyri_<sulci_recognition_session>_manual
Rule selection key: ('right', 'Yes', '', 'No') ()
Priority offset: 0
rescan = ''
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Formats: ['Graph and data']
Rule selection key: ('right', '', 'No', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
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modality = 't1mri'
labelled = 'Yes'
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side = 'right'
{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/<subject>_Rgyri_<sulci_recognition_session>_manual
Formats: ['Graph and data']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/<subject>_Lgyri_<sulci_recognition_session>_manual
Rule selection key: ('', '', 'No', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
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modality = 't1mri'
labelled = 'Yes'
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Formats: ['Graph and data']
Rule selection key: ('', '', 'No', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
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modality = 't1mri'
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side = 'left'
{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/<subject>_Rgyri_<sulci_recognition_session>_manual
Formats: ['Graph and data']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/<subject>_Lgyri_<sulci_recognition_session>_manual
Rule selection key: ('right', '', 'No', 'No') ()
Priority offset: 0
rescan = ''
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Formats: ['Graph and data']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/<subject>_Lgyri_<sulci_recognition_session>_manual
Rule selection key: ('left', '', 'No', 'No') ()
Priority offset: 0
rescan = ''
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Formats: ['Graph and data']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/<subject>_Lgyri_<sulci_recognition_session>_manual
Rule selection key: ('left', 'Yes', '', 'No') ()
Priority offset: 0
rescan = ''
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Formats: ['Graph and data']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/<subject>_Lgyri_<sulci_recognition_session>_manual
Rule selection key: ('left', '', 'No', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
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Formats: ['Graph and data']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/<subject>_Lgyri_<sulci_recognition_session>_manual
Rule selection key: ('left', 'Yes', 'No', 'No') ()
Priority offset: 0
rescan = ''
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Formats: ['Graph and data']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/<subject>_Lgyri_<sulci_recognition_session>_manual
Rule selection key: ('left', 'Yes', '', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
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Formats: ['Graph and data']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_Rgyri_<sulci_recognition_session>_best
Rule selection key: ('left', 'Yes', 'No', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
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Formats: ['Graph and data']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_Rgyri_<sulci_recognition_session>_best
Rule selection key: ('right', 'No', '', 'Yes') ()
Priority offset: -1
rescan = ''
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Formats: ['Graph and data']
Rule selection key: ('right', '', 'Yes', 'Yes') ()
Priority offset: -1
rescan = ''
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modality = 't1mri'
labelled = 'Yes'
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_Rgyri_<sulci_recognition_session>_best
Formats: ['Graph and data']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_Lgyri_<sulci_recognition_session>_best
Rule selection key: ('', '', '', 'Yes') ()
Priority offset: -1
rescan = ''
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Formats: ['Graph and data']
Rule selection key: ('', '', '', 'Yes') ()
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_Rgyri_<sulci_recognition_session>_best
Formats: ['Graph and data']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_Lgyri_<sulci_recognition_session>_best
Rule selection key: ('', 'No', '', 'Yes') ()
Priority offset: -1
rescan = ''
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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/<subject>_Rgyri_<sulci_recognition_session>_best
Formats: ['Graph and data']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_Rgyri_<sulci_recognition_session>_best
Rule selection key: ('right', '', '', 'Yes') ()
Priority offset: -1
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Formats: ['Graph and data']
Rule selection key: ('right', 'No', 'Yes', 'Yes') ()
Priority offset: -1
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_Rgyri_<sulci_recognition_session>_best
Formats: ['Graph and data']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_Lgyri_<sulci_recognition_session>_best
Rule selection key: ('', 'No', 'Yes', 'Yes') ()
Priority offset: -1
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Formats: ['Graph and data']
Rule selection key: ('', 'No', 'Yes', 'Yes') ()
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_Rgyri_<sulci_recognition_session>_best
Formats: ['Graph and data']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_Lgyri_<sulci_recognition_session>_best
Rule selection key: ('', '', 'Yes', 'Yes') ()
Priority offset: -1
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Formats: ['Graph and data']
Rule selection key: ('', '', 'Yes', 'Yes') ()
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_Lgyri_<sulci_recognition_session>_best
Formats: ['Graph and data']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_Lgyri_<sulci_recognition_session>_best
Rule selection key: ('left', '', 'Yes', 'Yes') ()
Priority offset: -1
rescan = ''
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Formats: ['Graph and data']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_Lgyri_<sulci_recognition_session>_best
Rule selection key: ('left', 'No', 'Yes', 'Yes') ()
Priority offset: -1
rescan = ''
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Formats: ['Graph and data']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_Lgyri_<sulci_recognition_session>_best
Rule selection key: ('left', '', '', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
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automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'
Formats: ['Graph and data']
Rule selection key: ('left', 'No', '', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
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side = 'left'
Parent types:Text file Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'side', 'manually_labelled', 'automatically_labelled', 'best']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
graph_version = '3.0'Rules selection key: ['side', 'manually_labelled', 'automatically_labelled', 'best'] []
acquisition = 'default_acquisition'
sulci_recognition_session = 'default_session'
center = 'subjects'
analysis = 'default_analysis'
{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/<subject>_left_gyri_to_texture_<sulci_recognition_session>_auto
Formats: None{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/<subject>_right_gyri_to_texture_<sulci_recognition_session>_auto
Rule selection key: ('', '', 'Yes', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
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modality = 't1mri'
labelled = 'Yes'
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automatically_labelled = 'Yes'
best = 'No'
side = 'left'
Formats: None
Rule selection key: ('', '', 'Yes', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
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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', '', 'No') ()
Priority offset: 0
rescan = ''
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_left_gyri_to_texture_<sulci_recognition_session>_best
Formats: None{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_right_gyri_to_texture_<sulci_recognition_session>_best
Rule selection key: ('', '', '', '') ()
Priority offset: -1
rescan = ''
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Formats: None{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/<subject>_left_gyri_to_texture_<sulci_recognition_session>_auto
Rule selection key: ('', '', '', '') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
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Formats: None{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/<subject>_right_gyri_to_texture_<sulci_recognition_session>_auto
Rule selection key: ('', '', '', '') ()
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rescan = ''
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Formats: None{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/<subject>_left_gyri_to_texture_<sulci_recognition_session>_manual
Rule selection key: ('', '', '', '') ()
Priority offset: 0
rescan = ''
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Formats: None{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/<subject>_right_gyri_to_texture_<sulci_recognition_session>_manual
Rule selection key: ('', '', '', '') ()
Priority offset: 0
rescan = ''
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Formats: None
Rule selection key: ('', '', '', '') ()
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{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', '', 'Yes', 'No') ()
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_left_gyri_to_texture_<sulci_recognition_session>_best
Formats: None{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/<subject>_left_gyri_to_texture_<sulci_recognition_session>_auto
Rule selection key: ('left', 'No', '', '') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
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Formats: None
Rule selection key: ('left', 'No', '', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
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modality = 't1mri'
labelled = 'Yes'
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best = 'No'
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/<subject>_left_gyri_to_texture_<sulci_recognition_session>_auto
Formats: None{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/<subject>_right_gyri_to_texture_<sulci_recognition_session>_auto
Rule selection key: ('', 'No', 'Yes', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
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modality = 't1mri'
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Formats: None
Rule selection key: ('', 'No', 'Yes', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
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modality = 't1mri'
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side = 'left'
Formats: None
Rule selection key: ('', 'Yes', 'No', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/<subject>_right_gyri_to_texture_<sulci_recognition_session>_manual
Rule selection key: ('', '', 'No', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
Formats: None
Rule selection key: ('', '', 'No', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/<subject>_right_gyri_to_texture_<sulci_recognition_session>_manual
Rule selection key: ('', 'Yes', '', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
Formats: None
Rule selection key: ('', 'Yes', '', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/<subject>_right_gyri_to_texture_<sulci_recognition_session>_manual
Rule selection key: ('', 'Yes', 'No', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
Formats: None
Rule selection key: ('', 'Yes', 'No', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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', 'No', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/<subject>_right_gyri_to_texture_<sulci_recognition_session>_manual
Rule selection key: ('', '', 'No', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
Formats: None
Rule selection key: ('', '', 'No', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/<subject>_left_gyri_to_texture_<sulci_recognition_session>_manual
Rule selection key: ('left', 'Yes', '', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
Formats: None{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/<subject>_right_gyri_to_texture_<sulci_recognition_session>_manual
Rule selection key: ('left', 'Yes', 'No', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
Formats: None{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/<subject>_right_gyri_to_texture_<sulci_recognition_session>_manual
Rule selection key: ('right', 'Yes', '', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
Formats: None{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/<subject>_right_gyri_to_texture_<sulci_recognition_session>_manual
Rule selection key: ('right', 'Yes', 'No', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
Formats: None{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/<subject>_right_gyri_to_texture_<sulci_recognition_session>_manual
Rule selection key: ('right', 'Yes', 'No', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
Formats: None{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/<subject>_right_gyri_to_texture_<sulci_recognition_session>_manual
Rule selection key: ('right', 'Yes', '', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
Formats: None{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/<subject>_right_gyri_to_texture_<sulci_recognition_session>_manual
Rule selection key: ('right', '', 'No', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
Formats: None
Rule selection key: ('right', '', 'No', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_right_gyri_to_texture_<sulci_recognition_session>_best
Rule selection key: ('', '', '', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'
Formats: None
Rule selection key: ('', '', '', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_left_gyri_to_texture_<sulci_recognition_session>_best
Rule selection key: ('left', '', 'Yes', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'
Formats: None
Rule selection key: ('left', 'No', 'Yes', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_right_gyri_to_texture_<sulci_recognition_session>_best
Rule selection key: ('', 'No', '', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'
Formats: None
Rule selection key: ('', 'No', '', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_left_gyri_to_texture_<sulci_recognition_session>_best
Rule selection key: ('left', '', '', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'
Formats: None
Rule selection key: ('left', 'No', '', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_right_gyri_to_texture_<sulci_recognition_session>_best
Rule selection key: ('', 'No', 'Yes', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'
Formats: None
Rule selection key: ('', 'No', 'Yes', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_right_gyri_to_texture_<sulci_recognition_session>_best
Rule selection key: ('', '', 'Yes', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'
Formats: None
Rule selection key: ('', '', 'Yes', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_right_gyri_to_texture_<sulci_recognition_session>_best
Rule selection key: ('right', 'No', '', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'
Formats: None{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_right_gyri_to_texture_<sulci_recognition_session>_best
Rule selection key: ('right', '', 'Yes', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'
Formats: None{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_right_gyri_to_texture_<sulci_recognition_session>_best
Rule selection key: ('right', '', '', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'
Formats: None
Rule selection key: ('right', 'No', 'Yes', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'
Parent types:ROI Texture Label Texture Texture Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'side', 'manually_labelled', 'automatically_labelled', 'best']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
graph_version = '3.0'Rules selection key: ['side', 'manually_labelled', 'automatically_labelled', 'best'] []
acquisition = 'default_acquisition'
sulci_recognition_session = 'default_session'
center = 'subjects'
analysis = 'default_analysis'
{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_auto
Formats: 'BrainVISA texture formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_auto
Rule selection key: ('', '', 'Yes', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
Formats: 'BrainVISA texture formats'
Rule selection key: ('', '', 'Yes', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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 texture formats'
Rule selection key: ('left', 'No', '', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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 texture formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_best
Rule selection key: ('', '', '', '') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'
Formats: 'BrainVISA texture formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_auto
Rule selection key: ('', '', '', '') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'
Formats: 'BrainVISA texture formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_auto
Rule selection key: ('', '', '', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
Formats: 'BrainVISA texture formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_manual
Rule selection key: ('', '', '', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
Formats: 'BrainVISA texture formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_manual
Rule selection key: ('', '', '', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
Formats: 'BrainVISA texture formats'
Rule selection key: ('', '', '', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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: ('left', '', 'Yes', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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 texture formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_auto
Rule selection key: ('left', 'No', '', '') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'
Formats: 'BrainVISA texture formats'
Rule selection key: ('left', 'No', '', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_manual
Formats: 'BrainVISA texture formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_manual
Rule selection key: ('left', '', 'No', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
Formats: 'BrainVISA texture formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_manual
Rule selection key: ('left', 'Yes', '', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
Formats: 'BrainVISA texture formats'
Rule selection key: ('left', '', 'No', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_manual
Rule selection key: ('', 'Yes', 'No', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
Formats: 'BrainVISA texture formats'
Rule selection key: ('', 'Yes', 'No', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_manual
Rule selection key: ('', '', 'No', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
Formats: 'BrainVISA texture formats'
Rule selection key: ('', '', 'No', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_manual
Rule selection key: ('', 'Yes', '', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
Formats: 'BrainVISA texture formats'
Rule selection key: ('', 'Yes', '', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_manual
Rule selection key: ('', 'Yes', 'No', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
Formats: 'BrainVISA texture formats'
Rule selection key: ('', 'Yes', 'No', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_manual
Rule selection key: ('', '', 'No', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
Formats: 'BrainVISA texture formats'
Rule selection key: ('', '', 'No', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_manual
Rule selection key: ('left', 'Yes', '', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
Formats: 'BrainVISA texture formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_manual
Rule selection key: ('left', 'Yes', 'No', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
Formats: 'BrainVISA texture formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_manual
Rule selection key: ('right', 'Yes', '', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
Formats: 'BrainVISA texture formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_manual
Rule selection key: ('right', 'Yes', 'No', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
Formats: 'BrainVISA texture formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_manual
Rule selection key: ('right', 'Yes', 'No', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
Formats: 'BrainVISA texture formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_manual
Rule selection key: ('right', 'Yes', '', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
Formats: 'BrainVISA texture formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_manual
Rule selection key: ('right', '', 'No', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
Formats: 'BrainVISA texture formats'
Rule selection key: ('right', '', 'No', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_best
Rule selection key: ('', '', '', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'
Formats: 'BrainVISA texture formats'
Rule selection key: ('', '', '', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_best
Rule selection key: ('left', '', 'Yes', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'
Formats: 'BrainVISA texture formats'
Rule selection key: ('left', 'No', 'Yes', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_best
Rule selection key: ('', 'No', '', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'
Formats: 'BrainVISA texture formats'
Rule selection key: ('', 'No', '', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_best
Rule selection key: ('left', '', '', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'
Formats: 'BrainVISA texture formats'
Rule selection key: ('left', 'No', '', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_best
Rule selection key: ('', 'No', 'Yes', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'
Formats: 'BrainVISA texture formats'
Rule selection key: ('', 'No', 'Yes', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_best
Rule selection key: ('', '', 'Yes', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'
Formats: 'BrainVISA texture formats'
Rule selection key: ('', '', 'Yes', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_best
Rule selection key: ('right', 'No', '', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'
Formats: 'BrainVISA texture formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_best
Rule selection key: ('right', '', 'Yes', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'
Formats: 'BrainVISA texture formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_best
Rule selection key: ('right', '', '', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'
Formats: 'BrainVISA texture formats'
Rule selection key: ('right', 'No', 'Yes', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'
Parent types:3D Volume 4D Volume Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'side', 'manually_labelled', 'automatically_labelled', 'best']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
graph_version = '3.0'Rules selection key: ['side', 'manually_labelled', 'automatically_labelled', 'best'] []
acquisition = 'default_acquisition'
sulci_recognition_session = 'default_session'
center = 'subjects'
analysis = 'default_analysis'
{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_auto
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_auto
Rule selection key: ('', '', 'Yes', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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', '', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_best
Rule selection key: ('', '', '', '') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_auto
Rule selection key: ('', '', '', '') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_auto
Rule selection key: ('', '', '', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_manual
Rule selection key: ('', '', '', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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Formats: 'BrainVISA volume formats'{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
Formats: 'BrainVISA volume formats'
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_manual
Formats: 'BrainVISA volume formats'{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}_manual/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_manual
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_manual
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Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_manual
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Formats: 'BrainVISA volume formats'
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_manual
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_manual
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Formats: 'BrainVISA volume formats'
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_manual
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_manual
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Formats: 'BrainVISA volume formats'
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_manual
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_manual
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Formats: 'BrainVISA volume formats'
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_manual
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_manual
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Formats: 'BrainVISA volume formats'
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_manual
Formats: 'BrainVISA volume formats'
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_manual
Formats: 'BrainVISA volume formats'{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}_manual/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_manual
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_manual
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Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_manual
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Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_manual
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Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_manual
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Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_manual
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Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_manual
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Formats: 'BrainVISA volume formats'{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>_Lwhite_gyri_<sulci_recognition_session>_best
Formats: 'BrainVISA volume formats'{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}_best/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_best
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_best
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Formats: 'BrainVISA volume formats'
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_best
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_best
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Formats: 'BrainVISA volume formats'
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_best
Formats: 'BrainVISA volume formats'{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}_best/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_best
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_best
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Formats: 'BrainVISA volume formats'
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_best
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_best
Rule selection key: ('', '', 'Yes', 'Yes') ()
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Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes', 'Yes') ()
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_best
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_best
Rule selection key: ('right', 'No', '', 'Yes') ()
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Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_best
Rule selection key: ('right', '', 'Yes', 'Yes') ()
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Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_best
Rule selection key: ('right', '', '', 'Yes') ()
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Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'No', 'Yes', 'Yes') ()
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Parent types:Label volume 3D Volume 4D Volume Any TypeKey: ['center', 'subject', 'followup', 'baseline', 'registration_method', 'bias_correction', 'side']Default attributes values:
center = 'subjects'Rules selection key: ['side'] []
{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/masks/MRI/<subject>_couple_seg_lha
Formats: 'BrainVISA volume formats'
Rule selection key: ('left',) ()
Priority offset: 0
space = 'halfway'
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{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/masks/MRI/<subject>_couple_seg_lha
Formats: 'BrainVISA volume formats'{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/masks/MRI/<subject>_couple_seg_rha
Rule selection key: ('',) ()
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Formats: 'BrainVISA volume formats'
Rule selection key: ('',) ()
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{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/masks/MRI/<subject>_couple_seg_rha
Formats: 'BrainVISA volume formats'
Rule selection key: ('right',) ()
Priority offset: 0
space = 'halfway'
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Parent types:Label volume 3D Volume 4D Volume Any TypeKey: ['center', 'subject', 'followup', 'baseline', 'registration_method', 'bias_correction', 'orientation', 'side']Default attributes values:
center = 'subjects'Rules selection key: ['orientation', 'side'] []
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Formats: 'BrainVISA volume formats'{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/masks/MRI/<subject>_<baseline>_halfway_to_<followup>_seg_lha
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Formats: 'BrainVISA volume formats'{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/masks/MRI/<subject>_<baseline>_halfway_to_<followup>_seg_lha
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Formats: 'BrainVISA volume formats'{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/masks/MRI/<subject>_<followup>_halfway_to_<baseline>_seg_rha
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Formats: 'BrainVISA volume formats'{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/masks/MRI/<subject>_<followup>_halfway_to_<baseline>_seg_rha
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Formats: 'BrainVISA volume formats'{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/masks/MRI/<subject>_<baseline>_halfway_to_<followup>_seg_rha
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Formats: 'BrainVISA volume formats'{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/masks/MRI/<subject>_<baseline>_halfway_to_<followup>_seg_rha
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Parent types:Label volume 3D Volume 4D Volume Any TypeKey: ['center', 'subject', 'followup', 'baseline', 'registration_method', 'bias_correction', 'orientation', 'side']Default attributes values:
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{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/masks/LHA/<subject>_<followup>_halfway_to_<baseline>_subvol_anatomical_priors_lha
Formats: 'BrainVISA volume formats'{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/masks/LHA/<subject>_<baseline>_halfway_to_<followup>_subvol_anatomical_priors_lha
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Formats: 'BrainVISA volume formats'{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/masks/RHA/<subject>_<followup>_halfway_to_<baseline>_subvol_anatomical_priors_rha
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Formats: 'BrainVISA volume formats'{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/masks/RHA/<subject>_<baseline>_halfway_to_<followup>_subvol_anatomical_priors_rha
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Formats: 'BrainVISA volume formats'{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/masks/RHA/<subject>_<baseline>_halfway_to_<followup>_subvol_anatomical_priors_rha
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{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/atlas/LHA/<subject>_<followup>_halfway_to_<baseline>_subvol_atlas_lh
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{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/atlas/LHA/<subject>_<followup>_halfway_to_<baseline>_subvol_atlas_lh
Formats: ['Graph and data', 'gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'SPM image', 'VIDA image', 'ECAT v image', 'ECAT i image', 'Z compressed GIS image', 'gz compressed GIS image', 'Z compressed VIDA image', 'gz compressed VIDA image', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'GIF image', 'PNG image', 'MNG image', 'BMP image', 'PBM image', 'PGM image', 'PPM image', 'XBM image', 'XPM image', 'TIFF image', 'TIFF(.tif) image', 'MINC image', 'gz compressed MINC image', 'Directory', 'FDF image']{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/atlas/LHA/<subject>_<followup>_halfway_to_<baseline>_subvol_atlas_la
Rule selection key: ('followup_to_baseline', '', '') ()
Priority offset: 0
space = 'halfway'
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Formats: ['Graph and data', 'gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'SPM image', 'VIDA image', 'ECAT v image', 'ECAT i image', 'Z compressed GIS image', 'gz compressed GIS image', 'Z compressed VIDA image', 'gz compressed VIDA image', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'GIF image', 'PNG image', 'MNG image', 'BMP image', 'PBM image', 'PGM image', 'PPM image', 'XBM image', 'XPM image', 'TIFF image', 'TIFF(.tif) image', 'MINC image', 'gz compressed MINC image', 'Directory', 'FDF image']{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/atlas/RHA/<subject>_<followup>_halfway_to_<baseline>_subvol_atlas_rh
Rule selection key: ('followup_to_baseline', '', '') ()
Priority offset: 0
space = 'halfway'
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Formats: ['Graph and data', 'gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'SPM image', 'VIDA image', 'ECAT v image', 'ECAT i image', 'Z compressed GIS image', 'gz compressed GIS image', 'Z compressed VIDA image', 'gz compressed VIDA image', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'GIF image', 'PNG image', 'MNG image', 'BMP image', 'PBM image', 'PGM image', 'PPM image', 'XBM image', 'XPM image', 'TIFF image', 'TIFF(.tif) image', 'MINC image', 'gz compressed MINC image', 'Directory', 'FDF image']{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/atlas/RHA/<subject>_<followup>_halfway_to_<baseline>_subvol_atlas_ra
Rule selection key: ('followup_to_baseline', '', '') ()
Priority offset: 0
space = 'halfway'
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Formats: ['Graph and data', 'gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'SPM image', 'VIDA image', 'ECAT v image', 'ECAT i image', 'Z compressed GIS image', 'gz compressed GIS image', 'Z compressed VIDA image', 'gz compressed VIDA image', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'GIF image', 'PNG image', 'MNG image', 'BMP image', 'PBM image', 'PGM image', 'PPM image', 'XBM image', 'XPM image', 'TIFF image', 'TIFF(.tif) image', 'MINC image', 'gz compressed MINC image', 'Directory', 'FDF image']
Rule selection key: ('followup_to_baseline', '', '') ()
Priority offset: 0
space = 'halfway'
orientation = 'followup_to_baseline'
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{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/atlas/LHA/<subject>_<followup>_halfway_to_<baseline>_subvol_atlas_lh
Formats: ['Graph and data', 'gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'SPM image', 'VIDA image', 'ECAT v image', 'ECAT i image', 'Z compressed GIS image', 'gz compressed GIS image', 'Z compressed VIDA image', 'gz compressed VIDA image', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'GIF image', 'PNG image', 'MNG image', 'BMP image', 'PBM image', 'PGM image', 'PPM image', 'XBM image', 'XPM image', 'TIFF image', 'TIFF(.tif) image', 'MINC image', 'gz compressed MINC image', 'Directory', 'FDF image']{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/atlas/LHA/<subject>_<baseline>_halfway_to_<followup>_subvol_atlas_lh
Rule selection key: ('', '', 'left') ()
Priority offset: 0
space = 'halfway'
orientation = 'followup_to_baseline'
region = 'hippocampus'
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Formats: ['Graph and data', 'gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'SPM image', 'VIDA image', 'ECAT v image', 'ECAT i image', 'Z compressed GIS image', 'gz compressed GIS image', 'Z compressed VIDA image', 'gz compressed VIDA image', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'GIF image', 'PNG image', 'MNG image', 'BMP image', 'PBM image', 'PGM image', 'PPM image', 'XBM image', 'XPM image', 'TIFF image', 'TIFF(.tif) image', 'MINC image', 'gz compressed MINC image', 'Directory', 'FDF image']{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/atlas/LHA/<subject>_<followup>_halfway_to_<baseline>_subvol_atlas_la
Rule selection key: ('', '', 'left') ()
Priority offset: 0
space = 'halfway'
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region = 'hippocampus'
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Formats: ['Graph and data', 'gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'SPM image', 'VIDA image', 'ECAT v image', 'ECAT i image', 'Z compressed GIS image', 'gz compressed GIS image', 'Z compressed VIDA image', 'gz compressed VIDA image', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'GIF image', 'PNG image', 'MNG image', 'BMP image', 'PBM image', 'PGM image', 'PPM image', 'XBM image', 'XPM image', 'TIFF image', 'TIFF(.tif) image', 'MINC image', 'gz compressed MINC image', 'Directory', 'FDF image']{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/atlas/LHA/<subject>_<baseline>_halfway_to_<followup>_subvol_atlas_la
Rule selection key: ('', '', 'left') ()
Priority offset: 0
space = 'halfway'
orientation = 'followup_to_baseline'
region = 'amygdala'
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Formats: ['Graph and data', 'gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'SPM image', 'VIDA image', 'ECAT v image', 'ECAT i image', 'Z compressed GIS image', 'gz compressed GIS image', 'Z compressed VIDA image', 'gz compressed VIDA image', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'GIF image', 'PNG image', 'MNG image', 'BMP image', 'PBM image', 'PGM image', 'PPM image', 'XBM image', 'XPM image', 'TIFF image', 'TIFF(.tif) image', 'MINC image', 'gz compressed MINC image', 'Directory', 'FDF image']
Rule selection key: ('', '', 'left') ()
Priority offset: 0
space = 'halfway'
orientation = 'baseline_to_followup'
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{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/atlas/LHA/<subject>_<followup>_halfway_to_<baseline>_subvol_atlas_lh
Formats: ['Graph and data', 'gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'SPM image', 'VIDA image', 'ECAT v image', 'ECAT i image', 'Z compressed GIS image', 'gz compressed GIS image', 'Z compressed VIDA image', 'gz compressed VIDA image', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'GIF image', 'PNG image', 'MNG image', 'BMP image', 'PBM image', 'PGM image', 'PPM image', 'XBM image', 'XPM image', 'TIFF image', 'TIFF(.tif) image', 'MINC image', 'gz compressed MINC image', 'Directory', 'FDF image']
Rule selection key: ('followup_to_baseline', 'hippocampus', 'left') ()
Priority offset: 0
space = 'halfway'
orientation = 'followup_to_baseline'
region = 'hippocampus'
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{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/atlas/LHA/<subject>_<followup>_halfway_to_<baseline>_subvol_atlas_lh
Formats: ['Graph and data', 'gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'SPM image', 'VIDA image', 'ECAT v image', 'ECAT i image', 'Z compressed GIS image', 'gz compressed GIS image', 'Z compressed VIDA image', 'gz compressed VIDA image', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'GIF image', 'PNG image', 'MNG image', 'BMP image', 'PBM image', 'PGM image', 'PPM image', 'XBM image', 'XPM image', 'TIFF image', 'TIFF(.tif) image', 'MINC image', 'gz compressed MINC image', 'Directory', 'FDF image']{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/atlas/LHA/<subject>_<baseline>_halfway_to_<followup>_subvol_atlas_lh
Rule selection key: ('', 'hippocampus', '') ()
Priority offset: 0
space = 'halfway'
orientation = 'followup_to_baseline'
region = 'hippocampus'
side = 'left'
Formats: ['Graph and data', 'gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'SPM image', 'VIDA image', 'ECAT v image', 'ECAT i image', 'Z compressed GIS image', 'gz compressed GIS image', 'Z compressed VIDA image', 'gz compressed VIDA image', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'GIF image', 'PNG image', 'MNG image', 'BMP image', 'PBM image', 'PGM image', 'PPM image', 'XBM image', 'XPM image', 'TIFF image', 'TIFF(.tif) image', 'MINC image', 'gz compressed MINC image', 'Directory', 'FDF image']{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/atlas/RHA/<subject>_<followup>_halfway_to_<baseline>_subvol_atlas_rh
Rule selection key: ('', 'hippocampus', '') ()
Priority offset: 0
space = 'halfway'
orientation = 'baseline_to_followup'
region = 'hippocampus'
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Formats: ['Graph and data', 'gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'SPM image', 'VIDA image', 'ECAT v image', 'ECAT i image', 'Z compressed GIS image', 'gz compressed GIS image', 'Z compressed VIDA image', 'gz compressed VIDA image', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'GIF image', 'PNG image', 'MNG image', 'BMP image', 'PBM image', 'PGM image', 'PPM image', 'XBM image', 'XPM image', 'TIFF image', 'TIFF(.tif) image', 'MINC image', 'gz compressed MINC image', 'Directory', 'FDF image']{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/atlas/RHA/<subject>_<baseline>_halfway_to_<followup>_subvol_atlas_rh
Rule selection key: ('', 'hippocampus', '') ()
Priority offset: 0
space = 'halfway'
orientation = 'followup_to_baseline'
region = 'hippocampus'
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Formats: ['Graph and data', 'gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'SPM image', 'VIDA image', 'ECAT v image', 'ECAT i image', 'Z compressed GIS image', 'gz compressed GIS image', 'Z compressed VIDA image', 'gz compressed VIDA image', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'GIF image', 'PNG image', 'MNG image', 'BMP image', 'PBM image', 'PGM image', 'PPM image', 'XBM image', 'XPM image', 'TIFF image', 'TIFF(.tif) image', 'MINC image', 'gz compressed MINC image', 'Directory', 'FDF image']
Rule selection key: ('', 'hippocampus', '') ()
Priority offset: 0
space = 'halfway'
orientation = 'baseline_to_followup'
region = 'hippocampus'
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{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/atlas/LHA/<subject>_<followup>_halfway_to_<baseline>_subvol_atlas_lh
Formats: ['Graph and data', 'gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'SPM image', 'VIDA image', 'ECAT v image', 'ECAT i image', 'Z compressed GIS image', 'gz compressed GIS image', 'Z compressed VIDA image', 'gz compressed VIDA image', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'GIF image', 'PNG image', 'MNG image', 'BMP image', 'PBM image', 'PGM image', 'PPM image', 'XBM image', 'XPM image', 'TIFF image', 'TIFF(.tif) image', 'MINC image', 'gz compressed MINC image', 'Directory', 'FDF image']{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/atlas/RHA/<subject>_<followup>_halfway_to_<baseline>_subvol_atlas_rh
Rule selection key: ('followup_to_baseline', 'hippocampus', '') ()
Priority offset: 0
space = 'halfway'
orientation = 'followup_to_baseline'
region = 'hippocampus'
side = 'left'
Formats: ['Graph and data', 'gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'SPM image', 'VIDA image', 'ECAT v image', 'ECAT i image', 'Z compressed GIS image', 'gz compressed GIS image', 'Z compressed VIDA image', 'gz compressed VIDA image', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'GIF image', 'PNG image', 'MNG image', 'BMP image', 'PBM image', 'PGM image', 'PPM image', 'XBM image', 'XPM image', 'TIFF image', 'TIFF(.tif) image', 'MINC image', 'gz compressed MINC image', 'Directory', 'FDF image']
Rule selection key: ('followup_to_baseline', 'hippocampus', '') ()
Priority offset: 0
space = 'halfway'
orientation = 'followup_to_baseline'
region = 'hippocampus'
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{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/atlas/LHA/<subject>_<baseline>_halfway_to_<followup>_subvol_atlas_lh
Formats: ['Graph and data', 'gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'SPM image', 'VIDA image', 'ECAT v image', 'ECAT i image', 'Z compressed GIS image', 'gz compressed GIS image', 'Z compressed VIDA image', 'gz compressed VIDA image', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'GIF image', 'PNG image', 'MNG image', 'BMP image', 'PBM image', 'PGM image', 'PPM image', 'XBM image', 'XPM image', 'TIFF image', 'TIFF(.tif) image', 'MINC image', 'gz compressed MINC image', 'Directory', 'FDF image']{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/atlas/LHA/<subject>_<baseline>_halfway_to_<followup>_subvol_atlas_la
Rule selection key: ('baseline_to_followup', '', '') ()
Priority offset: 0
space = 'halfway'
orientation = 'baseline_to_followup'
region = 'hippocampus'
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Formats: ['Graph and data', 'gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'SPM image', 'VIDA image', 'ECAT v image', 'ECAT i image', 'Z compressed GIS image', 'gz compressed GIS image', 'Z compressed VIDA image', 'gz compressed VIDA image', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'GIF image', 'PNG image', 'MNG image', 'BMP image', 'PBM image', 'PGM image', 'PPM image', 'XBM image', 'XPM image', 'TIFF image', 'TIFF(.tif) image', 'MINC image', 'gz compressed MINC image', 'Directory', 'FDF image']{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/atlas/RHA/<subject>_<baseline>_halfway_to_<followup>_subvol_atlas_rh
Rule selection key: ('baseline_to_followup', '', '') ()
Priority offset: 0
space = 'halfway'
orientation = 'baseline_to_followup'
region = 'amygdala'
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Formats: ['Graph and data', 'gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'SPM image', 'VIDA image', 'ECAT v image', 'ECAT i image', 'Z compressed GIS image', 'gz compressed GIS image', 'Z compressed VIDA image', 'gz compressed VIDA image', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'GIF image', 'PNG image', 'MNG image', 'BMP image', 'PBM image', 'PGM image', 'PPM image', 'XBM image', 'XPM image', 'TIFF image', 'TIFF(.tif) image', 'MINC image', 'gz compressed MINC image', 'Directory', 'FDF image']{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/atlas/RHA/<subject>_<baseline>_halfway_to_<followup>_subvol_atlas_ra
Rule selection key: ('baseline_to_followup', '', '') ()
Priority offset: 0
space = 'halfway'
orientation = 'baseline_to_followup'
region = 'hippocampus'
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Formats: ['Graph and data', 'gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'SPM image', 'VIDA image', 'ECAT v image', 'ECAT i image', 'Z compressed GIS image', 'gz compressed GIS image', 'Z compressed VIDA image', 'gz compressed VIDA image', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'GIF image', 'PNG image', 'MNG image', 'BMP image', 'PBM image', 'PGM image', 'PPM image', 'XBM image', 'XPM image', 'TIFF image', 'TIFF(.tif) image', 'MINC image', 'gz compressed MINC image', 'Directory', 'FDF image']
Rule selection key: ('baseline_to_followup', '', '') ()
Priority offset: 0
space = 'halfway'
orientation = 'baseline_to_followup'
region = 'amygdala'
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{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/atlas/LHA/<subject>_<baseline>_halfway_to_<followup>_subvol_atlas_lh
Formats: ['Graph and data', 'gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'SPM image', 'VIDA image', 'ECAT v image', 'ECAT i image', 'Z compressed GIS image', 'gz compressed GIS image', 'Z compressed VIDA image', 'gz compressed VIDA image', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'GIF image', 'PNG image', 'MNG image', 'BMP image', 'PBM image', 'PGM image', 'PPM image', 'XBM image', 'XPM image', 'TIFF image', 'TIFF(.tif) image', 'MINC image', 'gz compressed MINC image', 'Directory', 'FDF image']{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/atlas/LHA/<subject>_<baseline>_halfway_to_<followup>_subvol_atlas_la
Rule selection key: ('baseline_to_followup', '', 'left') ()
Priority offset: 0
space = 'halfway'
orientation = 'baseline_to_followup'
region = 'hippocampus'
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Formats: ['Graph and data', 'gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'SPM image', 'VIDA image', 'ECAT v image', 'ECAT i image', 'Z compressed GIS image', 'gz compressed GIS image', 'Z compressed VIDA image', 'gz compressed VIDA image', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'GIF image', 'PNG image', 'MNG image', 'BMP image', 'PBM image', 'PGM image', 'PPM image', 'XBM image', 'XPM image', 'TIFF image', 'TIFF(.tif) image', 'MINC image', 'gz compressed MINC image', 'Directory', 'FDF image']
Rule selection key: ('baseline_to_followup', '', 'left') ()
Priority offset: 0
space = 'halfway'
orientation = 'baseline_to_followup'
region = 'amygdala'
side = 'left'
{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/atlas/LHA/<subject>_<baseline>_halfway_to_<followup>_subvol_atlas_lh
Formats: ['Graph and data', 'gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'SPM image', 'VIDA image', 'ECAT v image', 'ECAT i image', 'Z compressed GIS image', 'gz compressed GIS image', 'Z compressed VIDA image', 'gz compressed VIDA image', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'GIF image', 'PNG image', 'MNG image', 'BMP image', 'PBM image', 'PGM image', 'PPM image', 'XBM image', 'XPM image', 'TIFF image', 'TIFF(.tif) image', 'MINC image', 'gz compressed MINC image', 'Directory', 'FDF image']{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/atlas/RHA/<subject>_<baseline>_halfway_to_<followup>_subvol_atlas_rh
Rule selection key: ('baseline_to_followup', 'hippocampus', '') ()
Priority offset: 0
space = 'halfway'
orientation = 'baseline_to_followup'
region = 'hippocampus'
side = 'left'
Formats: ['Graph and data', 'gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'SPM image', 'VIDA image', 'ECAT v image', 'ECAT i image', 'Z compressed GIS image', 'gz compressed GIS image', 'Z compressed VIDA image', 'gz compressed VIDA image', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'GIF image', 'PNG image', 'MNG image', 'BMP image', 'PBM image', 'PGM image', 'PPM image', 'XBM image', 'XPM image', 'TIFF image', 'TIFF(.tif) image', 'MINC image', 'gz compressed MINC image', 'Directory', 'FDF image']
Rule selection key: ('baseline_to_followup', 'hippocampus', '') ()
Priority offset: 0
space = 'halfway'
orientation = 'baseline_to_followup'
region = 'hippocampus'
side = 'right'
{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/atlas/LHA/<subject>_<baseline>_halfway_to_<followup>_subvol_atlas_lh
Formats: ['Graph and data', 'gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'SPM image', 'VIDA image', 'ECAT v image', 'ECAT i image', 'Z compressed GIS image', 'gz compressed GIS image', 'Z compressed VIDA image', 'gz compressed VIDA image', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'GIF image', 'PNG image', 'MNG image', 'BMP image', 'PBM image', 'PGM image', 'PPM image', 'XBM image', 'XPM image', 'TIFF image', 'TIFF(.tif) image', 'MINC image', 'gz compressed MINC image', 'Directory', 'FDF image']{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/atlas/LHA/<subject>_<followup>_halfway_to_<baseline>_subvol_atlas_la
Rule selection key: ('baseline_to_followup', 'hippocampus', 'left') ()
Priority offset: 0
space = 'halfway'
orientation = 'baseline_to_followup'
region = 'hippocampus'
side = 'left'
Formats: ['Graph and data', 'gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'SPM image', 'VIDA image', 'ECAT v image', 'ECAT i image', 'Z compressed GIS image', 'gz compressed GIS image', 'Z compressed VIDA image', 'gz compressed VIDA image', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'GIF image', 'PNG image', 'MNG image', 'BMP image', 'PBM image', 'PGM image', 'PPM image', 'XBM image', 'XPM image', 'TIFF image', 'TIFF(.tif) image', 'MINC image', 'gz compressed MINC image', 'Directory', 'FDF image']
Rule selection key: ('followup_to_baseline', 'amygdala', 'left') ()
Priority offset: 0
space = 'halfway'
orientation = 'followup_to_baseline'
region = 'amygdala'
side = 'left'
{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/atlas/LHA/<subject>_<followup>_halfway_to_<baseline>_subvol_atlas_la
Formats: ['Graph and data', 'gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'SPM image', 'VIDA image', 'ECAT v image', 'ECAT i image', 'Z compressed GIS image', 'gz compressed GIS image', 'Z compressed VIDA image', 'gz compressed VIDA image', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'GIF image', 'PNG image', 'MNG image', 'BMP image', 'PBM image', 'PGM image', 'PPM image', 'XBM image', 'XPM image', 'TIFF image', 'TIFF(.tif) image', 'MINC image', 'gz compressed MINC image', 'Directory', 'FDF image']{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/atlas/LHA/<subject>_<baseline>_halfway_to_<followup>_subvol_atlas_la
Rule selection key: ('', 'amygdala', 'left') ()
Priority offset: 0
space = 'halfway'
orientation = 'followup_to_baseline'
region = 'amygdala'
side = 'left'
Formats: ['Graph and data', 'gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'SPM image', 'VIDA image', 'ECAT v image', 'ECAT i image', 'Z compressed GIS image', 'gz compressed GIS image', 'Z compressed VIDA image', 'gz compressed VIDA image', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'GIF image', 'PNG image', 'MNG image', 'BMP image', 'PBM image', 'PGM image', 'PPM image', 'XBM image', 'XPM image', 'TIFF image', 'TIFF(.tif) image', 'MINC image', 'gz compressed MINC image', 'Directory', 'FDF image']
Rule selection key: ('', 'amygdala', 'left') ()
Priority offset: 0
space = 'halfway'
orientation = 'baseline_to_followup'
region = 'amygdala'
side = 'left'
{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/atlas/LHA/<subject>_<followup>_halfway_to_<baseline>_subvol_atlas_la
Formats: ['Graph and data', 'gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'SPM image', 'VIDA image', 'ECAT v image', 'ECAT i image', 'Z compressed GIS image', 'gz compressed GIS image', 'Z compressed VIDA image', 'gz compressed VIDA image', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'GIF image', 'PNG image', 'MNG image', 'BMP image', 'PBM image', 'PGM image', 'PPM image', 'XBM image', 'XPM image', 'TIFF image', 'TIFF(.tif) image', 'MINC image', 'gz compressed MINC image', 'Directory', 'FDF image']{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/atlas/RHA/<subject>_<followup>_halfway_to_<baseline>_subvol_atlas_ra
Rule selection key: ('followup_to_baseline', 'amygdala', '') ()
Priority offset: 0
space = 'halfway'
orientation = 'followup_to_baseline'
region = 'amygdala'
side = 'left'
Formats: ['Graph and data', 'gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'SPM image', 'VIDA image', 'ECAT v image', 'ECAT i image', 'Z compressed GIS image', 'gz compressed GIS image', 'Z compressed VIDA image', 'gz compressed VIDA image', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'GIF image', 'PNG image', 'MNG image', 'BMP image', 'PBM image', 'PGM image', 'PPM image', 'XBM image', 'XPM image', 'TIFF image', 'TIFF(.tif) image', 'MINC image', 'gz compressed MINC image', 'Directory', 'FDF image']
Rule selection key: ('followup_to_baseline', 'amygdala', '') ()
Priority offset: 0
space = 'halfway'
orientation = 'followup_to_baseline'
region = 'amygdala'
side = 'right'
{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/atlas/LHA/<subject>_<followup>_halfway_to_<baseline>_subvol_atlas_la
Formats: ['Graph and data', 'gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'SPM image', 'VIDA image', 'ECAT v image', 'ECAT i image', 'Z compressed GIS image', 'gz compressed GIS image', 'Z compressed VIDA image', 'gz compressed VIDA image', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'GIF image', 'PNG image', 'MNG image', 'BMP image', 'PBM image', 'PGM image', 'PPM image', 'XBM image', 'XPM image', 'TIFF image', 'TIFF(.tif) image', 'MINC image', 'gz compressed MINC image', 'Directory', 'FDF image']{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/atlas/LHA/<subject>_<baseline>_halfway_to_<followup>_subvol_atlas_la
Rule selection key: ('', 'amygdala', '') ()
Priority offset: 0
space = 'halfway'
orientation = 'followup_to_baseline'
region = 'amygdala'
side = 'left'
Formats: ['Graph and data', 'gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'SPM image', 'VIDA image', 'ECAT v image', 'ECAT i image', 'Z compressed GIS image', 'gz compressed GIS image', 'Z compressed VIDA image', 'gz compressed VIDA image', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'GIF image', 'PNG image', 'MNG image', 'BMP image', 'PBM image', 'PGM image', 'PPM image', 'XBM image', 'XPM image', 'TIFF image', 'TIFF(.tif) image', 'MINC image', 'gz compressed MINC image', 'Directory', 'FDF image']{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/atlas/RHA/<subject>_<followup>_halfway_to_<baseline>_subvol_atlas_ra
Rule selection key: ('', 'amygdala', '') ()
Priority offset: 0
space = 'halfway'
orientation = 'baseline_to_followup'
region = 'amygdala'
side = 'left'
Formats: ['Graph and data', 'gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'SPM image', 'VIDA image', 'ECAT v image', 'ECAT i image', 'Z compressed GIS image', 'gz compressed GIS image', 'Z compressed VIDA image', 'gz compressed VIDA image', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'GIF image', 'PNG image', 'MNG image', 'BMP image', 'PBM image', 'PGM image', 'PPM image', 'XBM image', 'XPM image', 'TIFF image', 'TIFF(.tif) image', 'MINC image', 'gz compressed MINC image', 'Directory', 'FDF image']{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/atlas/RHA/<subject>_<baseline>_halfway_to_<followup>_subvol_atlas_ra
Rule selection key: ('', 'amygdala', '') ()
Priority offset: 0
space = 'halfway'
orientation = 'followup_to_baseline'
region = 'amygdala'
side = 'right'
Formats: ['Graph and data', 'gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'SPM image', 'VIDA image', 'ECAT v image', 'ECAT i image', 'Z compressed GIS image', 'gz compressed GIS image', 'Z compressed VIDA image', 'gz compressed VIDA image', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'GIF image', 'PNG image', 'MNG image', 'BMP image', 'PBM image', 'PGM image', 'PPM image', 'XBM image', 'XPM image', 'TIFF image', 'TIFF(.tif) image', 'MINC image', 'gz compressed MINC image', 'Directory', 'FDF image']
Rule selection key: ('', 'amygdala', '') ()
Priority offset: 0
space = 'halfway'
orientation = 'baseline_to_followup'
region = 'amygdala'
side = 'right'
{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/atlas/LHA/<subject>_<baseline>_halfway_to_<followup>_subvol_atlas_la
Formats: ['Graph and data', 'gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'SPM image', 'VIDA image', 'ECAT v image', 'ECAT i image', 'Z compressed GIS image', 'gz compressed GIS image', 'Z compressed VIDA image', 'gz compressed VIDA image', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'GIF image', 'PNG image', 'MNG image', 'BMP image', 'PBM image', 'PGM image', 'PPM image', 'XBM image', 'XPM image', 'TIFF image', 'TIFF(.tif) image', 'MINC image', 'gz compressed MINC image', 'Directory', 'FDF image']
Rule selection key: ('baseline_to_followup', 'amygdala', 'left') ()
Priority offset: 0
space = 'halfway'
orientation = 'baseline_to_followup'
region = 'amygdala'
side = 'left'
{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/atlas/LHA/<subject>_<baseline>_halfway_to_<followup>_subvol_atlas_la
Formats: ['Graph and data', 'gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'SPM image', 'VIDA image', 'ECAT v image', 'ECAT i image', 'Z compressed GIS image', 'gz compressed GIS image', 'Z compressed VIDA image', 'gz compressed VIDA image', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'GIF image', 'PNG image', 'MNG image', 'BMP image', 'PBM image', 'PGM image', 'PPM image', 'XBM image', 'XPM image', 'TIFF image', 'TIFF(.tif) image', 'MINC image', 'gz compressed MINC image', 'Directory', 'FDF image']{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/atlas/RHA/<subject>_<baseline>_halfway_to_<followup>_subvol_atlas_ra
Rule selection key: ('baseline_to_followup', 'amygdala', '') ()
Priority offset: 0
space = 'halfway'
orientation = 'baseline_to_followup'
region = 'amygdala'
side = 'left'
Formats: ['Graph and data', 'gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'SPM image', 'VIDA image', 'ECAT v image', 'ECAT i image', 'Z compressed GIS image', 'gz compressed GIS image', 'Z compressed VIDA image', 'gz compressed VIDA image', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'GIF image', 'PNG image', 'MNG image', 'BMP image', 'PBM image', 'PGM image', 'PPM image', 'XBM image', 'XPM image', 'TIFF image', 'TIFF(.tif) image', 'MINC image', 'gz compressed MINC image', 'Directory', 'FDF image']
Rule selection key: ('baseline_to_followup', 'amygdala', '') ()
Priority offset: 0
space = 'halfway'
orientation = 'baseline_to_followup'
region = 'amygdala'
side = 'right'
{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/atlas/RHA/<subject>_<followup>_halfway_to_<baseline>_subvol_atlas_rh
Formats: ['Graph and data', 'gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'SPM image', 'VIDA image', 'ECAT v image', 'ECAT i image', 'Z compressed GIS image', 'gz compressed GIS image', 'Z compressed VIDA image', 'gz compressed VIDA image', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'GIF image', 'PNG image', 'MNG image', 'BMP image', 'PBM image', 'PGM image', 'PPM image', 'XBM image', 'XPM image', 'TIFF image', 'TIFF(.tif) image', 'MINC image', 'gz compressed MINC image', 'Directory', 'FDF image']{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/atlas/RHA/<subject>_<followup>_halfway_to_<baseline>_subvol_atlas_ra
Rule selection key: ('followup_to_baseline', '', 'right') ()
Priority offset: 0
space = 'halfway'
orientation = 'followup_to_baseline'
region = 'hippocampus'
side = 'right'
Formats: ['Graph and data', 'gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'SPM image', 'VIDA image', 'ECAT v image', 'ECAT i image', 'Z compressed GIS image', 'gz compressed GIS image', 'Z compressed VIDA image', 'gz compressed VIDA image', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'GIF image', 'PNG image', 'MNG image', 'BMP image', 'PBM image', 'PGM image', 'PPM image', 'XBM image', 'XPM image', 'TIFF image', 'TIFF(.tif) image', 'MINC image', 'gz compressed MINC image', 'Directory', 'FDF image']
Rule selection key: ('followup_to_baseline', '', 'right') ()
Priority offset: 0
space = 'halfway'
orientation = 'followup_to_baseline'
region = 'amygdala'
side = 'right'
{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/atlas/RHA/<subject>_<followup>_halfway_to_<baseline>_subvol_atlas_rh
Formats: ['Graph and data', 'gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'SPM image', 'VIDA image', 'ECAT v image', 'ECAT i image', 'Z compressed GIS image', 'gz compressed GIS image', 'Z compressed VIDA image', 'gz compressed VIDA image', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'GIF image', 'PNG image', 'MNG image', 'BMP image', 'PBM image', 'PGM image', 'PPM image', 'XBM image', 'XPM image', 'TIFF image', 'TIFF(.tif) image', 'MINC image', 'gz compressed MINC image', 'Directory', 'FDF image']{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/atlas/RHA/<subject>_<baseline>_halfway_to_<followup>_subvol_atlas_rh
Rule selection key: ('', '', 'right') ()
Priority offset: 0
space = 'halfway'
orientation = 'followup_to_baseline'
region = 'hippocampus'
side = 'right'
Formats: ['Graph and data', 'gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'SPM image', 'VIDA image', 'ECAT v image', 'ECAT i image', 'Z compressed GIS image', 'gz compressed GIS image', 'Z compressed VIDA image', 'gz compressed VIDA image', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'GIF image', 'PNG image', 'MNG image', 'BMP image', 'PBM image', 'PGM image', 'PPM image', 'XBM image', 'XPM image', 'TIFF image', 'TIFF(.tif) image', 'MINC image', 'gz compressed MINC image', 'Directory', 'FDF image']{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/atlas/RHA/<subject>_<followup>_halfway_to_<baseline>_subvol_atlas_ra
Rule selection key: ('', '', 'right') ()
Priority offset: 0
space = 'halfway'
orientation = 'baseline_to_followup'
region = 'hippocampus'
side = 'right'
Formats: ['Graph and data', 'gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'SPM image', 'VIDA image', 'ECAT v image', 'ECAT i image', 'Z compressed GIS image', 'gz compressed GIS image', 'Z compressed VIDA image', 'gz compressed VIDA image', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'GIF image', 'PNG image', 'MNG image', 'BMP image', 'PBM image', 'PGM image', 'PPM image', 'XBM image', 'XPM image', 'TIFF image', 'TIFF(.tif) image', 'MINC image', 'gz compressed MINC image', 'Directory', 'FDF image']{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/atlas/RHA/<subject>_<baseline>_halfway_to_<followup>_subvol_atlas_ra
Rule selection key: ('', '', 'right') ()
Priority offset: 0
space = 'halfway'
orientation = 'followup_to_baseline'
region = 'amygdala'
side = 'right'
Formats: ['Graph and data', 'gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'SPM image', 'VIDA image', 'ECAT v image', 'ECAT i image', 'Z compressed GIS image', 'gz compressed GIS image', 'Z compressed VIDA image', 'gz compressed VIDA image', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'GIF image', 'PNG image', 'MNG image', 'BMP image', 'PBM image', 'PGM image', 'PPM image', 'XBM image', 'XPM image', 'TIFF image', 'TIFF(.tif) image', 'MINC image', 'gz compressed MINC image', 'Directory', 'FDF image']
Rule selection key: ('', '', 'right') ()
Priority offset: 0
space = 'halfway'
orientation = 'baseline_to_followup'
region = 'amygdala'
side = 'right'
{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/atlas/RHA/<subject>_<followup>_halfway_to_<baseline>_subvol_atlas_rh
Formats: ['Graph and data', 'gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'SPM image', 'VIDA image', 'ECAT v image', 'ECAT i image', 'Z compressed GIS image', 'gz compressed GIS image', 'Z compressed VIDA image', 'gz compressed VIDA image', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'GIF image', 'PNG image', 'MNG image', 'BMP image', 'PBM image', 'PGM image', 'PPM image', 'XBM image', 'XPM image', 'TIFF image', 'TIFF(.tif) image', 'MINC image', 'gz compressed MINC image', 'Directory', 'FDF image']{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/atlas/RHA/<subject>_<baseline>_halfway_to_<followup>_subvol_atlas_rh
Rule selection key: ('', 'hippocampus', 'right') ()
Priority offset: 0
space = 'halfway'
orientation = 'followup_to_baseline'
region = 'hippocampus'
side = 'right'
Formats: ['Graph and data', 'gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'SPM image', 'VIDA image', 'ECAT v image', 'ECAT i image', 'Z compressed GIS image', 'gz compressed GIS image', 'Z compressed VIDA image', 'gz compressed VIDA image', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'GIF image', 'PNG image', 'MNG image', 'BMP image', 'PBM image', 'PGM image', 'PPM image', 'XBM image', 'XPM image', 'TIFF image', 'TIFF(.tif) image', 'MINC image', 'gz compressed MINC image', 'Directory', 'FDF image']
Rule selection key: ('', 'hippocampus', 'right') ()
Priority offset: 0
space = 'halfway'
orientation = 'baseline_to_followup'
region = 'hippocampus'
side = 'right'
{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/atlas/RHA/<subject>_<followup>_halfway_to_<baseline>_subvol_atlas_rh
Formats: ['Graph and data', 'gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'SPM image', 'VIDA image', 'ECAT v image', 'ECAT i image', 'Z compressed GIS image', 'gz compressed GIS image', 'Z compressed VIDA image', 'gz compressed VIDA image', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'GIF image', 'PNG image', 'MNG image', 'BMP image', 'PBM image', 'PGM image', 'PPM image', 'XBM image', 'XPM image', 'TIFF image', 'TIFF(.tif) image', 'MINC image', 'gz compressed MINC image', 'Directory', 'FDF image']
Rule selection key: ('followup_to_baseline', 'hippocampus', 'right') ()
Priority offset: 0
space = 'halfway'
orientation = 'followup_to_baseline'
region = 'hippocampus'
side = 'right'
{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/atlas/RHA/<subject>_<baseline>_halfway_to_<followup>_subvol_atlas_rh
Formats: ['Graph and data', 'gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'SPM image', 'VIDA image', 'ECAT v image', 'ECAT i image', 'Z compressed GIS image', 'gz compressed GIS image', 'Z compressed VIDA image', 'gz compressed VIDA image', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'GIF image', 'PNG image', 'MNG image', 'BMP image', 'PBM image', 'PGM image', 'PPM image', 'XBM image', 'XPM image', 'TIFF image', 'TIFF(.tif) image', 'MINC image', 'gz compressed MINC image', 'Directory', 'FDF image']{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/atlas/RHA/<subject>_<baseline>_halfway_to_<followup>_subvol_atlas_ra
Rule selection key: ('baseline_to_followup', '', 'right') ()
Priority offset: 0
space = 'halfway'
orientation = 'baseline_to_followup'
region = 'hippocampus'
side = 'right'
Formats: ['Graph and data', 'gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'SPM image', 'VIDA image', 'ECAT v image', 'ECAT i image', 'Z compressed GIS image', 'gz compressed GIS image', 'Z compressed VIDA image', 'gz compressed VIDA image', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'GIF image', 'PNG image', 'MNG image', 'BMP image', 'PBM image', 'PGM image', 'PPM image', 'XBM image', 'XPM image', 'TIFF image', 'TIFF(.tif) image', 'MINC image', 'gz compressed MINC image', 'Directory', 'FDF image']
Rule selection key: ('baseline_to_followup', '', 'right') ()
Priority offset: 0
space = 'halfway'
orientation = 'baseline_to_followup'
region = 'amygdala'
side = 'right'
{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/atlas/RHA/<subject>_<baseline>_halfway_to_<followup>_subvol_atlas_rh
Formats: ['Graph and data', 'gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'SPM image', 'VIDA image', 'ECAT v image', 'ECAT i image', 'Z compressed GIS image', 'gz compressed GIS image', 'Z compressed VIDA image', 'gz compressed VIDA image', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'GIF image', 'PNG image', 'MNG image', 'BMP image', 'PBM image', 'PGM image', 'PPM image', 'XBM image', 'XPM image', 'TIFF image', 'TIFF(.tif) image', 'MINC image', 'gz compressed MINC image', 'Directory', 'FDF image']{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/atlas/RHA/<subject>_<followup>_halfway_to_<baseline>_subvol_atlas_ra
Rule selection key: ('baseline_to_followup', 'hippocampus', 'right') ()
Priority offset: 0
space = 'halfway'
orientation = 'baseline_to_followup'
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{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/subvolume/LHA/<subject>_<followup>_halfway_to_<baseline>_subvol_lha_intensity_values
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Formats: 'BrainVISA volume formats'{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/subvolume/LHA/<subject>_<baseline>_halfway_to_<followup>_subvol_lha_white_proba
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Formats: 'BrainVISA volume formats'{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/subvolume/LHA/<subject>_<baseline>_halfway_to_<followup>_subvol_lha_white_proba
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Formats: 'BrainVISA volume formats'{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/subvolume/LHA/<subject>_<baseline>_halfway_to_<followup>_subvol_lha_grey_proba
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Formats: 'BrainVISA volume formats'{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/subvolume/LHA/<subject>_<baseline>_halfway_to_<followup>_subvol_lha_grey_proba
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Formats: 'BrainVISA volume formats'{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/subvolume/RHA/<subject>_<baseline>_halfway_to_<followup>_subvol_rha_white_proba
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Formats: 'BrainVISA volume formats'{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/subvolume/LHA/<subject>_<baseline>_halfway_to_<followup>_subvol_lha_grey_proba
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Formats: 'BrainVISA volume formats'{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/subvolume/RHA/<subject>_<followup>_halfway_to_<baseline>_subvol_rha_grey_proba
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Formats: 'BrainVISA volume formats'{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/subvolume/LHA/<subject>_<baseline>_halfway_to_<followup>_subvol_lha_grey_proba
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Formats: 'BrainVISA volume formats'{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/subvolume/LHA/<subject>_<baseline>_halfway_to_<followup>_subvol_lha_grey_proba
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Formats: 'BrainVISA volume formats'{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/subvolume/RHA/<subject>_<baseline>_halfway_to_<followup>_subvol_rha_grey_proba
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Formats: 'BrainVISA volume formats'
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Formats: 'BrainVISA volume formats'{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/subvolume/RHA/<subject>_<baseline>_halfway_to_<followup>_subvol_rha_grey_proba
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Formats: 'BrainVISA volume formats'{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/subvolume/RHA/<subject>_<baseline>_halfway_to_<followup>_subvol_rha_grey_proba
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Formats: 'BrainVISA volume formats'{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/subvolume/RHA/<subject>_<followup>_halfway_to_<baseline>_subvol_rha_csf_proba
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Formats: 'BrainVISA volume formats'{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/subvolume/RHA/<subject>_<baseline>_halfway_to_<followup>_subvol_rha_csf_proba
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Formats: 'BrainVISA volume formats'{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/subvolume/RHA/<subject>_halfway_subvol_rha_normalized_absolute_difference
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Formats: 'BrainVISA volume formats'{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/subvolume/RHA/<subject>_halfway_subvol_rha_normalized_relative_difference
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Formats: 'BrainVISA volume formats'{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/subvolume/RHA/<subject>_halfway_subvol_rha_sum_normalized_image
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{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/subvolume/LHA/<subject>_<followup>_halfway_to_<baseline>_subvol_lha
Formats: 'BrainVISA volume formats'
Rule selection key: ('followup_to_baseline', 'left') ()
Priority offset: 0
space = 'halfway'
orientation = 'followup_to_baseline'
side = 'left'
{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/subvolume/LHA/<subject>_<followup>_halfway_to_<baseline>_subvol_lha
Formats: 'BrainVISA volume formats'{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/subvolume/RHA/<subject>_<followup>_halfway_to_<baseline>_subvol_rha
Rule selection key: ('followup_to_baseline', '') ()
Priority offset: 0
space = 'halfway'
orientation = 'followup_to_baseline'
side = 'left'
Formats: 'BrainVISA volume formats'
Rule selection key: ('followup_to_baseline', '') ()
Priority offset: 0
space = 'halfway'
orientation = 'followup_to_baseline'
side = 'right'
{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/subvolume/LHA/<subject>_<baseline>_halfway_to_<followup>_subvol_lha
Formats: 'BrainVISA volume formats'
Rule selection key: ('baseline_to_followup', 'left') ()
Priority offset: 0
space = 'halfway'
orientation = 'baseline_to_followup'
side = 'left'
{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/subvolume/LHA/<subject>_<baseline>_halfway_to_<followup>_subvol_lha
Formats: 'BrainVISA volume formats'{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/subvolume/RHA/<subject>_<baseline>_halfway_to_<followup>_subvol_rha
Rule selection key: ('baseline_to_followup', '') ()
Priority offset: 0
space = 'halfway'
orientation = 'baseline_to_followup'
side = 'left'
Formats: 'BrainVISA volume formats'
Rule selection key: ('baseline_to_followup', '') ()
Priority offset: 0
space = 'halfway'
orientation = 'baseline_to_followup'
side = 'right'
{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/subvolume/RHA/<subject>_<followup>_halfway_to_<baseline>_subvol_rha
Formats: 'BrainVISA volume formats'
Rule selection key: ('followup_to_baseline', 'right') ()
Priority offset: 0
space = 'halfway'
orientation = 'followup_to_baseline'
side = 'right'
{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/subvolume/RHA/<subject>_<followup>_halfway_to_<baseline>_subvol_rha
Formats: 'BrainVISA volume formats'{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/subvolume/RHA/<subject>_<baseline>_halfway_to_<followup>_subvol_rha
Rule selection key: ('', 'right') ()
Priority offset: 0
space = 'halfway'
orientation = 'followup_to_baseline'
side = 'right'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'right') ()
Priority offset: 0
space = 'halfway'
orientation = 'baseline_to_followup'
side = 'right'
{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/subvolume/RHA/<subject>_<baseline>_halfway_to_<followup>_subvol_rha
Formats: 'BrainVISA volume formats'
Rule selection key: ('baseline_to_followup', 'right') ()
Priority offset: 0
space = 'halfway'
orientation = 'baseline_to_followup'
side = 'right'
Parent types:T1 MRI intensity normalized T1 MRI Bias Corrected T1 MRI 3D Volume 4D Volume Any TypeKey: ['center', 'subject', 'followup', 'baseline', 'registration_method', 'bias_correction', 'orientation', 'side']Default attributes values:
center = 'subjects'Rules selection key: ['orientation', 'side'] []
{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/subvolume/LHA/<subject>_<followup>_halfway_to_<baseline>_subvol_lha_intensity_normalized
Formats: 'BrainVISA volume formats'{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/subvolume/LHA/<subject>_<baseline>_halfway_to_<followup>_subvol_lha_intensity_normalized
Rule selection key: ('', 'left') ()
Priority offset: 0
space = 'halfway'
orientation = 'followup_to_baseline'
side = 'left'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'left') ()
Priority offset: 0
space = 'halfway'
orientation = 'baseline_to_followup'
side = 'left'
{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/subvolume/LHA/<subject>_<followup>_halfway_to_<baseline>_subvol_lha_intensity_normalized
Formats: 'BrainVISA volume formats'{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/subvolume/LHA/<subject>_<baseline>_halfway_to_<followup>_subvol_lha_intensity_normalized
Rule selection key: ('', '') ()
Priority offset: 0
space = 'halfway'
orientation = 'followup_to_baseline'
side = 'left'
Formats: 'BrainVISA volume formats'{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/subvolume/RHA/<subject>_<followup>_halfway_to_<baseline>_subvol_rha_intensity_normalized
Rule selection key: ('', '') ()
Priority offset: 0
space = 'halfway'
orientation = 'baseline_to_followup'
side = 'left'
Formats: 'BrainVISA volume formats'{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/subvolume/RHA/<subject>_<baseline>_halfway_to_<followup>_subvol_rha_intensity_normalized
Rule selection key: ('', '') ()
Priority offset: 0
space = 'halfway'
orientation = 'followup_to_baseline'
side = 'right'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
space = 'halfway'
orientation = 'baseline_to_followup'
side = 'right'
{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/subvolume/LHA/<subject>_<followup>_halfway_to_<baseline>_subvol_lha_intensity_normalized
Formats: 'BrainVISA volume formats'
Rule selection key: ('followup_to_baseline', 'left') ()
Priority offset: 0
space = 'halfway'
orientation = 'followup_to_baseline'
side = 'left'
{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/subvolume/LHA/<subject>_<followup>_halfway_to_<baseline>_subvol_lha_intensity_normalized
Formats: 'BrainVISA volume formats'{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/subvolume/RHA/<subject>_<followup>_halfway_to_<baseline>_subvol_rha_intensity_normalized
Rule selection key: ('followup_to_baseline', '') ()
Priority offset: 0
space = 'halfway'
orientation = 'followup_to_baseline'
side = 'left'
Formats: 'BrainVISA volume formats'
Rule selection key: ('followup_to_baseline', '') ()
Priority offset: 0
space = 'halfway'
orientation = 'followup_to_baseline'
side = 'right'
{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/subvolume/LHA/<subject>_<baseline>_halfway_to_<followup>_subvol_lha_intensity_normalized
Formats: 'BrainVISA volume formats'
Rule selection key: ('baseline_to_followup', 'left') ()
Priority offset: 0
space = 'halfway'
orientation = 'baseline_to_followup'
side = 'left'
{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/subvolume/LHA/<subject>_<baseline>_halfway_to_<followup>_subvol_lha_intensity_normalized
Formats: 'BrainVISA volume formats'{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/subvolume/RHA/<subject>_<baseline>_halfway_to_<followup>_subvol_rha_intensity_normalized
Rule selection key: ('baseline_to_followup', '') ()
Priority offset: 0
space = 'halfway'
orientation = 'baseline_to_followup'
side = 'left'
Formats: 'BrainVISA volume formats'
Rule selection key: ('baseline_to_followup', '') ()
Priority offset: 0
space = 'halfway'
orientation = 'baseline_to_followup'
side = 'right'
{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/subvolume/RHA/<subject>_<followup>_halfway_to_<baseline>_subvol_rha_intensity_normalized
Formats: 'BrainVISA volume formats'
Rule selection key: ('followup_to_baseline', 'right') ()
Priority offset: 0
space = 'halfway'
orientation = 'followup_to_baseline'
side = 'right'
{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/subvolume/RHA/<subject>_<followup>_halfway_to_<baseline>_subvol_rha_intensity_normalized
Formats: 'BrainVISA volume formats'{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/subvolume/RHA/<subject>_<baseline>_halfway_to_<followup>_subvol_rha_intensity_normalized
Rule selection key: ('', 'right') ()
Priority offset: 0
space = 'halfway'
orientation = 'followup_to_baseline'
side = 'right'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'right') ()
Priority offset: 0
space = 'halfway'
orientation = 'baseline_to_followup'
side = 'right'
{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/subvolume/RHA/<subject>_<baseline>_halfway_to_<followup>_subvol_rha_intensity_normalized
Formats: 'BrainVISA volume formats'
Rule selection key: ('baseline_to_followup', 'right') ()
Priority offset: 0
space = 'halfway'
orientation = 'baseline_to_followup'
side = 'right'
Parent types:SPM field 3D Volume 4D Volume Any TypeKey: ['center', 'subject', 'processing', 'acquisition', 'analysis', 'template', 'version', 'followup', 'baseline']Default attributes values:
center = 'subjects'Rules selection key: [] ['processing', 'acquisition', 'version', 'followup', 'baseline']
{center}/{subject}/longitudinal_preprocessings/spm{version}/{followup}_halfway_{baseline}/{analysis}_from_t1mri_to_{template}/<subject>_<followup>_halfway_<baseline>_HDW_DARTEL_flow_field
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_DARTEL_from_t1mri_to_{template}/<subject>_HDW_DARTEL_flow_field
Rule selection key: () (True, True, False, False, False)
Priority offset: 0
Formats: 'BrainVISA volume formats'
Rule selection key: () (False, False, True, True, True)
Priority offset: 0
Parent types:Label volume 3D Volume 4D Volume Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/head_<subject>
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
Parent types:Mesh Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'mapped', 'contrast', 'center', 'subject', 'acquisition', 'analysis', 'modality', 'side']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'contrast', 'time_point', 'mapped', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'Rules selection key: ['modality', 'side'] []
center = 'subjects'
analysis = 'default_analysis'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/<subject>_head
Formats: 'BrainVISA mesh formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/<subject>_head
Rule selection key: ('t1mri', 'both') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 't1mri'
side = 'both'
Formats: 'BrainVISA mesh formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/<subject>_head
Rule selection key: ('', 'both') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 't1mri'
side = 'both'
Formats: 'BrainVISA mesh formats'
Rule selection key: ('t1mri', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 't1mri'
side = 'both'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/<subject>_head
Formats: 'BrainVISA mesh formats'{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/mesh/head_<subject>
Rule selection key: ('', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 't1mri'
side = 'both'
Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 'anatomical_mri'
side = 'Both'
{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/mesh/head_<subject>
Formats: 'BrainVISA mesh formats'{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/mesh/head_<subject>
Rule selection key: ('anatomical_mri', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 'anatomical_mri'
side = 'Both'
Formats: 'BrainVISA mesh formats'{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/mesh/head_<subject>
Rule selection key: ('anatomical_mri', 'Both') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 'anatomical_mri'
side = 'Both'
Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Both') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 'anatomical_mri'
side = 'Both'
Parent types:Mesh Any TypeKey: ['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', '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'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_head_deformed
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'both'
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'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_head_deformed
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'both'
Formats: 'BrainVISA mesh formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_head_deformed
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'both'
Formats: 'BrainVISA mesh formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_head_deformed
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'both'
Formats: 'BrainVISA mesh formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_head_deformed
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'both'
Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'both'
Parent types:Mesh Any TypeKey: ['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', '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'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>
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'both'
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'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>
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'both'
Formats: 'BrainVISA mesh formats'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>
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'both'
Formats: 'BrainVISA mesh formats'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>
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'both'
Formats: 'BrainVISA mesh formats'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>
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'both'
Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'both'
Parent types:Mesh Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'mapped', 'contrast', 'center', 'subject', 'acquisition', 'analysis', 'side', 'modality']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'contrast', 'time_point', 'mapped', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'Rules selection key: ['side', 'modality'] []
center = 'subjects'
analysis = 'default_analysis'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/<subject>_Lhemi_hull
Formats: 'BrainVISA mesh formats'{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/mesh/left/hemi_hull_<side>_<subject>
Rule selection key: ('left', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 't1mri'
side = 'left'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'
Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
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'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/<subject>_Rhemi_hull
Rule selection key: ('', 't1mri') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 't1mri'
side = 'left'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'
Formats: 'BrainVISA mesh formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/<subject>_Bhemi_hull
Rule selection key: ('', 't1mri') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 't1mri'
side = 'right'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'
Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 't1mri') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
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', 't1mri') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 't1mri'
side = 'left'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/<subject>_Lhemi_hull
Formats: 'BrainVISA mesh formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/<subject>_Rhemi_hull
Rule selection key: ('', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 't1mri'
side = 'left'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'
Formats: 'BrainVISA mesh formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/<subject>_Bhemi_hull
Rule selection key: ('', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 't1mri'
side = 'right'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'
Formats: 'BrainVISA mesh formats'{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/mesh/left/hemi_hull_<side>_<subject>
Rule selection key: ('', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 't1mri'
side = 'both'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'
Formats: 'BrainVISA mesh formats'{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/mesh/right/hemi_hull_<side>_<subject>
Rule selection key: ('', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 'anatomical_mri'
side = 'left'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'
Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
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'{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/mesh/right/hemi_hull_<side>_<subject>
Rule selection key: ('right', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 't1mri'
side = 'right'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'
Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
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'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/<subject>_Bhemi_hull
Rule selection key: ('right', 't1mri') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 't1mri'
side = 'right'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'
Formats: 'BrainVISA mesh formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/<subject>_Bhemi_hull
Rule selection key: ('both', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 't1mri'
side = 'both'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'
Formats: 'BrainVISA mesh formats'
Rule selection key: ('both', 't1mri') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
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'{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/mesh/right/hemi_hull_<side>_<subject>
Rule selection key: ('', 'anatomical_mri') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 'anatomical_mri'
side = 'left'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'
Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'anatomical_mri') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 'anatomical_mri'
side = 'right'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'
{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/mesh/left/hemi_hull_<side>_<subject>
Formats: 'BrainVISA mesh formats'{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/mesh/right/hemi_hull_<side>_<subject>
Rule selection key: ('left', 'anatomical_mri') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 'anatomical_mri'
side = 'left'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'
Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', 'anatomical_mri') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 'anatomical_mri'
side = 'right'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'
Parent types:Mesh Any TypeKey: ['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'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Rhemi_hull_deformed
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
Formats: 'BrainVISA mesh formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Bhemi_hull_deformed
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
Formats: 'BrainVISA mesh formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Lhemi_hull_deformed
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'both'
Formats: 'BrainVISA mesh formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Rhemi_hull_deformed
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
Formats: 'BrainVISA mesh formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Bhemi_hull_deformed
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
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>_Lhemi_hull_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>_Lhemi_hull_deformed
Formats: 'BrainVISA mesh formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Rhemi_hull_deformed
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
Formats: 'BrainVISA mesh formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Bhemi_hull_deformed
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
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/<subject>_<acquisition>_<analysis>_Lhemi_hull_deformed
Formats: 'BrainVISA mesh formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Rhemi_hull_deformed
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
Formats: 'BrainVISA mesh formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Bhemi_hull_deformed
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
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>_Lhemi_hull_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>_Lhemi_hull_deformed
Formats: 'BrainVISA mesh formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Lhemi_hull_deformed
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
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>_Lhemi_hull_deformed
Formats: 'BrainVISA mesh formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Rhemi_hull_deformed
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
Formats: 'BrainVISA mesh formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Bhemi_hull_deformed
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
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'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Rhemi_hull_deformed
Rule selection key: ('left', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
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>_Rhemi_hull_deformed
Formats: 'BrainVISA mesh formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Rhemi_hull_deformed
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
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Formats: 'BrainVISA mesh 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}_auto/mesh/<subject>_<acquisition>_<analysis>_Rhemi_hull_deformed
Formats: 'BrainVISA mesh formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Rhemi_hull_deformed
Rule selection key: ('right', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
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Formats: 'BrainVISA mesh formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Bhemi_hull_deformed
Rule selection key: ('right', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
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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/<subject>_<acquisition>_<analysis>_Bhemi_hull_deformed
Formats: 'BrainVISA mesh formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Bhemi_hull_deformed
Rule selection key: ('both', '', '') ()
Priority offset: 0
labelled = 'Yes'
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side = 'both'
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/<subject>_<acquisition>_<analysis>_Bhemi_hull_deformed
Formats: 'BrainVISA mesh formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Bhemi_hull_deformed
Rule selection key: ('both', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'both'
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/<subject>_<acquisition>_<analysis>_Lhemi_hull_deformed
Formats: 'BrainVISA mesh formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Rhemi_hull_deformed
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
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Formats: 'BrainVISA mesh formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Bhemi_hull_deformed
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
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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/<subject>_<acquisition>_<analysis>_Lhemi_hull_deformed
Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', 'Yes', '') ()
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>_Lhemi_hull_deformed
Formats: 'BrainVISA mesh formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Rhemi_hull_deformed
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
Formats: 'BrainVISA mesh formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Bhemi_hull_deformed
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
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>_Lhemi_hull_deformed
Formats: 'BrainVISA mesh formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Lhemi_hull_deformed
Rule selection key: ('left', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
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side = 'left'
Formats: 'BrainVISA mesh 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/mesh/<subject>_<acquisition>_<analysis>_Lhemi_hull_deformed
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Parent types:Mesh Any TypeKey: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'origin_subject', 'side', 'manually_labelled', 'automatically_labelled']Default attributes values:
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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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Formats: 'BrainVISA mesh formats'
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automatically_labelled = 'No'
best = 'No'
side = 'right'
Formats: 'BrainVISA mesh formats'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>
Rule selection key: ('right', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
Formats: 'BrainVISA mesh formats'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>
Rule selection key: ('both', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'both'
Formats: 'BrainVISA mesh formats'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>
Rule selection key: ('both', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'both'
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'
Parent types:Mesh Any TypeKey: ['time_point', 'time_duration', 'rescan', 'mapped', 'acquisition_date', 'contrast', 'center', 'subject', 'acquisition', 'analysis', 'side']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'contrast', 'time_point', 'mapped', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'Rules selection key: ['side'] []
center = 'subjects'
analysis = 'default_analysis'
{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/mesh/left/hemi_<side>_<subject>
Formats: 'BrainVISA mesh formats'
Rule selection key: ('left',) ()
Priority offset: 1
time_point = ''
time_duration = ''
rescan = ''
mapped = ''
acquisition_date = ''
contrast = ''
modality = 'anatomical_mri'
side = 'left'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'
{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/mesh/left/hemi_<side>_<subject>
Formats: 'BrainVISA mesh formats'{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/mesh/right/hemi_<side>_<subject>
Rule selection key: ('',) ()
Priority offset: 1
time_point = ''
time_duration = ''
rescan = ''
mapped = ''
acquisition_date = ''
contrast = ''
modality = 'anatomical_mri'
side = 'left'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'
Formats: 'BrainVISA mesh formats'
Rule selection key: ('',) ()
Priority offset: 1
time_point = ''
time_duration = ''
rescan = ''
mapped = ''
acquisition_date = ''
contrast = ''
modality = 'anatomical_mri'
side = 'right'
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 = ''
time_duration = ''
rescan = ''
mapped = ''
acquisition_date = ''
contrast = ''
modality = 'anatomical_mri'
side = 'right'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'
Parent types:White Mesh Mesh Any TypeKey: ['time_point', 'time_duration', 'rescan', 'mapped', 'acquisition_date', 'contrast', 'center', 'subject', 'acquisition', 'analysis', 'side']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'contrast', 'time_point', 'mapped', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'Rules selection key: ['side'] []
center = 'subjects'
analysis = 'default_analysis'
{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/mesh/left/white_<side>_<subject>
Formats: 'BrainVISA mesh formats'
Rule selection key: ('left',) ()
Priority offset: 1
time_point = ''
time_duration = ''
rescan = ''
mapped = ''
acquisition_date = ''
contrast = ''
modality = 'anatomical_mri'
side = 'left'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'
{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/mesh/left/white_<side>_<subject>
Formats: 'BrainVISA mesh formats'{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/mesh/right/white_<side>_<subject>
Rule selection key: ('',) ()
Priority offset: 1
time_point = ''
time_duration = ''
rescan = ''
mapped = ''
acquisition_date = ''
contrast = ''
modality = 'anatomical_mri'
side = 'left'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'
Formats: 'BrainVISA mesh formats'
Rule selection key: ('',) ()
Priority offset: 1
time_point = ''
time_duration = ''
rescan = ''
mapped = ''
acquisition_date = ''
contrast = ''
modality = 'anatomical_mri'
side = 'right'
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 = ''
time_duration = ''
rescan = ''
mapped = ''
acquisition_date = ''
contrast = ''
modality = 'anatomical_mri'
side = 'right'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'
Parent types:Hemisphere parcellation texture Gyri White Texture ROI Texture Label Texture Texture Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis', 'vertex_corr_method']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Bwhite_parcels_gyrus_remeshed_{vertex_corr_method}
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'both'
averaged = 'No'
vertex_corr = 'Yes'
parcellation_type = 'gyrus'
Parent types:Hemisphere parcellation texture Gyri White Texture ROI Texture Label Texture Texture Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis', 'vertex_corr_method']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Bwhite_parcels_lobes_remeshed_{vertex_corr_method}
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'both'
averaged = 'No'
vertex_corr = 'Yes'
parcellation_type = 'lobes'
Parent types:Hemisphere parcellation texture Gyri White Texture ROI Texture Label Texture Texture Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis', 'vertex_corr_method']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Bwhite_parcels_marsAtlas_remeshed_{vertex_corr_method}
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'both'
averaged = 'No'
vertex_corr = 'Yes'
parcellation_type = 'marsAtlas'
Parent types:Hemisphere parcellation texture Gyri White Texture ROI Texture Label Texture Texture Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis', 'vertex_corr_method']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Bwhite_parcels_model_remeshed_{vertex_corr_method}
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'both'
averaged = 'No'
vertex_corr = 'Yes'
parcellation_type = 'model'
Parent types:Text file Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/nobias_<subject>
center = 'subjects'
analysis = 'default_analysis'
Formats: ['Histo Analysis']
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
Parent types:Text file Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/<subject>_<acquisition>_T1_nobias_PetSpc
center = 'subjects'
analysis = 'default_analysis'
Formats: ['Histo Analysis']
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
Parent types:Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/nobias_<subject>
center = 'subjects'
analysis = 'default_analysis'
Formats: ['Histogram']
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
Parent types:Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/<subject>_<acquisition>_T1_nobias_PetSpc
center = 'subjects'
analysis = 'default_analysis'
Formats: ['Histogram']
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
Parent types:Text file Any TypeKey: ['acquisition', 'processing']Rules selection key: [] ['processing']
tables/{acquisition}/history_tissues_volumes_morphologist
Formats: Nonetables/{acquisition}/history_tissues_volumes_{processing}
Rule selection key: () (True,)
Priority offset: 0
processing = ''
processing = 'morphologist'
Formats: None
Rule selection key: () (False,)
Priority offset: 0
Parent types:Text file Any TypeKey: ['acquisition']tables/{acquisition}/history_sulcalopenings_morphologist
Formats: None
Rule selection key: () ()
Priority offset: 0
processing = 'morphologist'
Parent types:3D Volume 4D Volume Any TypeKey: ['center', 'subject', 'processing', 'acquisition', 'tracer', 'analysis', 'region', 'hoffman_id']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'{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/ct/{analysis}/ct{tracer}_space/Hoffman_{region}_mask
Rule selection key: () (False, False, False, False, False, False, True)
Priority offset: 0
hoffman_id = ''
space = 'pet'
Formats: 'BrainVISA volume formats'
Rule selection key: () (False, False, False, False, False, False, True)
Priority offset: 0
hoffman_id = ''
space = 'ct'
Parent types:Label volume 3D Volume 4D Volume Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'side', 'manually_labelled', 'automatically_labelled', 'best']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
graph_version = '3.0'Rules selection key: ['side', 'manually_labelled', 'automatically_labelled', 'best'] []
acquisition = 'default_acquisition'
sulci_recognition_session = 'default_session'
center = 'subjects'
analysis = 'default_analysis'
{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/LHullJunction_<subject>_<sulci_recognition_session>_auto
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RHullJunction_<subject>_<sulci_recognition_session>_auto
Rule selection key: ('', '', 'Yes', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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', '', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RHullJunction_<subject>_<sulci_recognition_session>_best
Rule selection key: ('', '', '', '') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/LHullJunction_<subject>_<sulci_recognition_session>_auto
Rule selection key: ('', '', '', '') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RHullJunction_<subject>_<sulci_recognition_session>_auto
Rule selection key: ('', '', '', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/LHullJunction_<subject>_<sulci_recognition_session>_manual
Rule selection key: ('', '', '', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RHullJunction_<subject>_<sulci_recognition_session>_manual
Rule selection key: ('', '', '', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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', '', 'Yes', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/LHullJunction_<subject>_<sulci_recognition_session>_auto
Rule selection key: ('left', 'No', '', '') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'
Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'No', '', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RHullJunction_<subject>_<sulci_recognition_session>_auto
Rule selection key: ('', 'No', 'Yes', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', 'Yes', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RHullJunction_<subject>_<sulci_recognition_session>_auto
Rule selection key: ('', 'No', '', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', '', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RHullJunction_<subject>_<sulci_recognition_session>_best
Rule selection key: ('', '', 'Yes', '') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/LHullJunction_<subject>_<sulci_recognition_session>_auto
Rule selection key: ('', '', 'Yes', '') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RHullJunction_<subject>_<sulci_recognition_session>_auto
Rule selection key: ('', '', 'Yes', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
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Formats: 'BrainVISA volume formats'
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/LHullJunction_<subject>_<sulci_recognition_session>_auto
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RHullJunction_<subject>_<sulci_recognition_session>_auto
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Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RHullJunction_<subject>_<sulci_recognition_session>_manual
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Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/LHullJunction_<subject>_<sulci_recognition_session>_auto
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Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/LHullJunction_<subject>_<sulci_recognition_session>_manual
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Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/LHullJunction_<subject>_<sulci_recognition_session>_auto
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Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RHullJunction_<subject>_<sulci_recognition_session>_auto
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/LHullJunction_<subject>_<sulci_recognition_session>_auto
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/LHullJunction_<subject>_<sulci_recognition_session>_manual
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Formats: 'BrainVISA volume formats'
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Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/LHullJunction_<subject>_<sulci_recognition_session>_auto
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Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/LHullJunction_<subject>_<sulci_recognition_session>_auto
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RHullJunction_<subject>_<sulci_recognition_session>_best
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RHullJunction_<subject>_<sulci_recognition_session>_auto
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Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RHullJunction_<subject>_<sulci_recognition_session>_auto
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Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RHullJunction_<subject>_<sulci_recognition_session>_manual
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Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RHullJunction_<subject>_<sulci_recognition_session>_auto
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Formats: 'BrainVISA volume formats'
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side = 'left'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RHullJunction_<subject>_<sulci_recognition_session>_manual
Rule selection key: ('', 'Yes', 'No', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RHullJunction_<subject>_<sulci_recognition_session>_manual
Rule selection key: ('', '', 'No', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/LHullJunction_<subject>_<sulci_recognition_session>_manual
Rule selection key: ('left', 'Yes', '', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RHullJunction_<subject>_<sulci_recognition_session>_manual
Rule selection key: ('left', 'Yes', 'No', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RHullJunction_<subject>_<sulci_recognition_session>_manual
Rule selection key: ('right', 'Yes', '', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RHullJunction_<subject>_<sulci_recognition_session>_manual
Rule selection key: ('right', 'Yes', 'No', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RHullJunction_<subject>_<sulci_recognition_session>_manual
Rule selection key: ('right', 'Yes', 'No', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RHullJunction_<subject>_<sulci_recognition_session>_manual
Rule selection key: ('right', 'Yes', '', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RHullJunction_<subject>_<sulci_recognition_session>_manual
Rule selection key: ('right', '', 'No', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', 'No', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RHullJunction_<subject>_<sulci_recognition_session>_best
Rule selection key: ('', '', '', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/LHullJunction_<subject>_<sulci_recognition_session>_best
Rule selection key: ('left', '', 'Yes', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'
Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'No', 'Yes', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RHullJunction_<subject>_<sulci_recognition_session>_best
Rule selection key: ('', 'No', '', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', '', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/LHullJunction_<subject>_<sulci_recognition_session>_best
Rule selection key: ('left', '', '', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'
Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'No', '', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RHullJunction_<subject>_<sulci_recognition_session>_best
Rule selection key: ('', 'No', 'Yes', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', 'Yes', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RHullJunction_<subject>_<sulci_recognition_session>_best
Rule selection key: ('', '', 'Yes', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RHullJunction_<subject>_<sulci_recognition_session>_best
Rule selection key: ('right', 'No', '', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RHullJunction_<subject>_<sulci_recognition_session>_best
Rule selection key: ('right', '', 'Yes', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RHullJunction_<subject>_<sulci_recognition_session>_best
Rule selection key: ('right', '', '', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'
Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'No', 'Yes', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'
Parent types:Hemisphere White Mesh White Mesh Mesh Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'mapped', 'contrast', 'center', 'subject', 'acquisition', 'analysis', 'side', 'modality']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'contrast', 'time_point', 'mapped', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'Rules selection key: ['side', 'modality'] []
center = 'subjects'
analysis = 'default_analysis'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/<subject>_Lwhite_inflated
Formats: 'BrainVISA mesh formats'{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/mesh/left/white_inflated_<side>_<subject>
Rule selection key: ('left', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 't1mri'
side = 'left'
averaged = 'No'
inflated = 'Yes'
vertex_corr = 'No'
Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
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'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/<subject>_Rwhite_inflated
Rule selection key: ('', 't1mri') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 't1mri'
side = 'left'
averaged = 'No'
inflated = 'Yes'
vertex_corr = 'No'
Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 't1mri') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
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', 't1mri') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 't1mri'
side = 'left'
averaged = 'No'
inflated = 'Yes'
vertex_corr = 'No'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/<subject>_Lwhite_inflated
Formats: 'BrainVISA mesh formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/<subject>_Rwhite_inflated
Rule selection key: ('', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 't1mri'
side = 'left'
averaged = 'No'
inflated = 'Yes'
vertex_corr = 'No'
Formats: 'BrainVISA mesh formats'{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/mesh/left/white_inflated_<side>_<subject>
Rule selection key: ('', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 't1mri'
side = 'right'
averaged = 'No'
inflated = 'Yes'
vertex_corr = 'No'
Formats: 'BrainVISA mesh formats'{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/mesh/right/white_inflated_<side>_<subject>
Rule selection key: ('', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 'anatomical_mri'
side = 'left'
averaged = 'No'
inflated = 'Yes'
vertex_corr = 'No'
Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
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'{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/mesh/right/white_inflated_<side>_<subject>
Rule selection key: ('right', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 't1mri'
side = 'right'
averaged = 'No'
inflated = 'Yes'
vertex_corr = 'No'
Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
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
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
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'{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/mesh/right/white_inflated_<side>_<subject>
Rule selection key: ('', 'anatomical_mri') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 'anatomical_mri'
side = 'left'
averaged = 'No'
inflated = 'Yes'
vertex_corr = 'No'
Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'anatomical_mri') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 'anatomical_mri'
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'{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/mesh/right/white_inflated_<side>_<subject>
Rule selection key: ('left', 'anatomical_mri') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 'anatomical_mri'
side = 'left'
averaged = 'No'
inflated = 'Yes'
vertex_corr = 'No'
Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', 'anatomical_mri') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 'anatomical_mri'
side = 'right'
averaged = 'No'
inflated = 'Yes'
vertex_corr = 'No'
Parent types:Mesh Any TypeKey: ['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: 'BrainVISA mesh formats'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>
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
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Parent types:Mesh Any TypeKey: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'side', 'manually_labelled', 'automatically_labelled']Default attributes values:
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Parent types:Mesh Any TypeKey: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'side', 'manually_labelled', 'automatically_labelled']Default attributes values:
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Formats: 'BrainVISA mesh formats'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>
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
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automatically_labelled = 'Yes'
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Formats: 'BrainVISA mesh formats'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>
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
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Formats: 'BrainVISA mesh formats'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>
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
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side = 'left'
Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
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side = 'right'
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', '', '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/{origin_subject}_<acquisition>_<analysis>_Lwhite_inflated_invDISCO_TO_<subject>
Formats: 'BrainVISA mesh formats'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>
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
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best = 'No'
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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>_Lwhite_inflated_invDISCO_TO_<subject>
Formats: 'BrainVISA mesh formats'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>
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
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automatically_labelled = 'Yes'
best = 'No'
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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/{origin_subject}_<acquisition>_<analysis>_Lwhite_inflated_invDISCO_TO_<subject>
Formats: 'BrainVISA mesh formats'
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}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_Lwhite_inflated_invDISCO_TO_<subject>
Formats: 'BrainVISA mesh formats'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>
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Formats: 'BrainVISA mesh formats'
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}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_Lwhite_inflated_invDISCO_TO_<subject>
Formats: 'BrainVISA mesh formats'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>
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Formats: 'BrainVISA mesh formats'
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Formats: 'BrainVISA mesh formats'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>
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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}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_Rwhite_inflated_invDISCO_TO_<subject>
Formats: 'BrainVISA mesh formats'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>
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Formats: 'BrainVISA mesh formats'
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Priority offset: 0
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Formats: 'BrainVISA mesh formats'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>
Rule selection key: ('right', 'No', 'Yes') ()
Priority offset: 0
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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: ('left', '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/mesh/{origin_subject}_<acquisition>_<analysis>_Lwhite_inflated_invDISCO_TO_<subject>
Formats: 'BrainVISA mesh formats'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>
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Formats: 'BrainVISA mesh formats'
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Formats: 'BrainVISA mesh formats'
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Formats: 'BrainVISA mesh formats'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>
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Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
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side = 'right'
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Formats: 'BrainVISA mesh formats'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>
Rule selection key: ('right', 'Yes', 'No') ()
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labelled = 'Yes'
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Formats: 'BrainVISA mesh formats'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>
Rule selection key: ('right', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
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Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
Parent types:CSV file Text file Any TypeKey: ['center', 'subject', 'followup', 'baseline', 'analysis', 'orientation']Default attributes values:
center = 'subjects'Rules selection key: ['orientation'] []
analysis = 'default_analysis'
{center}/{subject}/bsi/{followup}_halfway_{baseline}/{analysis}/<subject>_<followup>_halfway_to_<baseline>_intensity_values
Formats: ['CSV file']{center}/{subject}/bsi/{followup}_halfway_{baseline}/{analysis}/<subject>_<baseline>_halfway_to_<followup>_intensity_values
Rule selection key: ('',) ()
Priority offset: 0
space = 'halfway'
orientation = 'followup_to_baseline'
Formats: ['CSV file']
Rule selection key: ('',) ()
Priority offset: 0
space = 'halfway'
orientation = 'baseline_to_followup'
{center}/{subject}/bsi/{followup}_halfway_{baseline}/{analysis}/<subject>_<followup>_halfway_to_<baseline>_intensity_values
Formats: ['CSV file']{center}/{subject}/bsi/{followup}_halfway_{baseline}/{analysis}/<subject>_<baseline>_halfway_to_<followup>_intensity_values
Rule selection key: ('followup_to_baseline',) ()
Priority offset: 0
space = 'halfway'
orientation = 'followup_to_baseline'
Formats: ['CSV file']
Rule selection key: ('baseline_to_followup',) ()
Priority offset: 0
space = 'halfway'
orientation = 'baseline_to_followup'
Parent types:PET 4D Volume Any TypeKey: ['center', 'subject', 'acquisition']Default attributes values:
center = 'subjects'{center}/{subject}/pet/{acquisition}/<subject><acquisition>_time_interpolation
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:3D Volume 4D Volume Any TypeKey: ['center', 'subject', 'processing', 'acquisition', 'analysis', 'template', 'version', 'followup', 'baseline', 'coregistration']
Non mandatory key attributes: ('analysis',)Default attributes values:
center = 'subjects'Rules selection key: [] ['processing', 'acquisition', 'template', 'version', 'coregistration', 'followup', 'baseline']
analysis = 'default_analysis'
{center}/{subject}/longitudinal_preprocessings/coregistration_{coregistration}/{followup}_to_{baseline}/{analysis}/<subject>_<followup>_t1mri_to_<baseline>_t1mri_jacobian_determinant
Formats: 'BrainVISA volume formats'{center}/{subject}/longitudinal_preprocessings/spm{version}/{followup}_halfway_{baseline}/{analysis}/<subject>_<followup>_halfway_<baseline>_jacobian_determinant
Rule selection key: () (True, True, True, True, False, False, False)
Priority offset: 0
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_jacobian_warped
Rule selection key: () (True, True, True, False, True, False, False)
Priority offset: 0
processing = ''
acquisition = ''
template = ''
coregistration = ''
space = 'halfway'
Formats: 'BrainVISA volume formats'
Rule selection key: () (False, False, False, True, True, True, True)
Priority offset: 0
Parent types:Cortical folds graph Data graph Graph Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'side', 'manually_labelled', 'automatically_labelled', 'best']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
graph_version = '3.0'Rules selection key: ['side', 'manually_labelled', 'automatically_labelled', 'best'] []
acquisition = 'default_acquisition'
sulci_recognition_session = 'default_session'
center = 'subjects'
analysis = 'default_analysis'
{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/L<subject>_<sulci_recognition_session>_auto
Formats: ['Graph and data']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/R<subject>_<sulci_recognition_session>_auto
Rule selection key: ('', '', 'Yes', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
parallel_recognition = 'No'
Formats: ['Graph and data']
Rule selection key: ('', '', 'Yes', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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', '', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/R<subject>_<sulci_recognition_session>_best
Rule selection key: ('', '', '', '') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'
parallel_recognition = 'No'
Formats: ['Graph and data']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/L<subject>_<sulci_recognition_session>_auto
Rule selection key: ('', '', '', '') ()
Priority offset: -1
rescan = ''
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time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'
parallel_recognition = 'No'
Formats: ['Graph and data']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/R<subject>_<sulci_recognition_session>_auto
Rule selection key: ('', '', '', '') ()
Priority offset: 0
rescan = ''
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time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
parallel_recognition = 'No'
Formats: ['Graph and data']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/L<subject>_<sulci_recognition_session>_manual
Rule selection key: ('', '', '', '') ()
Priority offset: 0
rescan = ''
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time_duration = ''
modality = 't1mri'
labelled = 'Yes'
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automatically_labelled = 'Yes'
best = 'No'
side = 'right'
parallel_recognition = 'No'
Formats: ['Graph and data']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/R<subject>_<sulci_recognition_session>_manual
Rule selection key: ('', '', '', '') ()
Priority offset: 0
rescan = ''
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time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
parallel_recognition = 'No'
Formats: ['Graph and data']
Rule selection key: ('', '', '', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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: ('left', '', 'Yes', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/L<subject>_<sulci_recognition_session>_auto
Rule selection key: ('left', 'No', '', '') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'
parallel_recognition = 'No'
Formats: ['Graph and data']
Rule selection key: ('left', 'No', '', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/L<subject>_<sulci_recognition_session>_auto
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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']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/L<subject>_<sulci_recognition_session>_manual
Rule selection key: ('left', '', 'No', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
parallel_recognition = 'No'
Formats: ['Graph and data']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/L<subject>_<sulci_recognition_session>_manual
Rule selection key: ('left', 'Yes', '', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
parallel_recognition = 'No'
Formats: ['Graph and data']
Rule selection key: ('left', '', 'No', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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/L<subject>_<sulci_recognition_session>_manual
Formats: ['Graph and data']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/R<subject>_<sulci_recognition_session>_manual
Rule selection key: ('', 'Yes', 'No', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
parallel_recognition = 'No'
Formats: ['Graph and data']
Rule selection key: ('', 'Yes', 'No', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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}_manual/L<subject>_<sulci_recognition_session>_manual
Formats: ['Graph and data']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/R<subject>_<sulci_recognition_session>_manual
Rule selection key: ('', '', 'No', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
parallel_recognition = 'No'
Formats: ['Graph and data']
Rule selection key: ('', '', 'No', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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}_manual/L<subject>_<sulci_recognition_session>_manual
Formats: ['Graph and data']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/R<subject>_<sulci_recognition_session>_manual
Rule selection key: ('', 'Yes', '', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
parallel_recognition = 'No'
Formats: ['Graph and data']
Rule selection key: ('', 'Yes', '', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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}_manual/L<subject>_<sulci_recognition_session>_manual
Formats: ['Graph and data']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/R<subject>_<sulci_recognition_session>_manual
Rule selection key: ('', 'Yes', 'No', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
parallel_recognition = 'No'
Formats: ['Graph and data']
Rule selection key: ('', 'Yes', 'No', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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}_manual/L<subject>_<sulci_recognition_session>_manual
Formats: ['Graph and data']
Rule selection key: ('left', 'Yes', 'No', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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/L<subject>_<sulci_recognition_session>_manual
Formats: ['Graph and data']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/R<subject>_<sulci_recognition_session>_manual
Rule selection key: ('', '', 'No', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
parallel_recognition = 'No'
Formats: ['Graph and data']
Rule selection key: ('', '', 'No', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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}_manual/L<subject>_<sulci_recognition_session>_manual
Formats: ['Graph and data']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/L<subject>_<sulci_recognition_session>_manual
Rule selection key: ('left', 'Yes', '', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
parallel_recognition = 'No'
Formats: ['Graph and data']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/R<subject>_<sulci_recognition_session>_manual
Rule selection key: ('left', 'Yes', 'No', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
parallel_recognition = 'No'
Formats: ['Graph and data']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/R<subject>_<sulci_recognition_session>_manual
Rule selection key: ('right', 'Yes', '', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
parallel_recognition = 'No'
Formats: ['Graph and data']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/R<subject>_<sulci_recognition_session>_manual
Rule selection key: ('right', 'Yes', 'No', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
parallel_recognition = 'No'
Formats: ['Graph and data']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/R<subject>_<sulci_recognition_session>_manual
Rule selection key: ('right', 'Yes', 'No', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
parallel_recognition = 'No'
Formats: ['Graph and data']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/R<subject>_<sulci_recognition_session>_manual
Rule selection key: ('right', 'Yes', '', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
parallel_recognition = 'No'
Formats: ['Graph and data']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/R<subject>_<sulci_recognition_session>_manual
Rule selection key: ('right', '', 'No', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
parallel_recognition = 'No'
Formats: ['Graph and data']
Rule selection key: ('right', '', 'No', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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}_best/L<subject>_<sulci_recognition_session>_best
Formats: ['Graph and data']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/R<subject>_<sulci_recognition_session>_best
Rule selection key: ('', '', '', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'
parallel_recognition = 'No'
Formats: ['Graph and data']
Rule selection key: ('', '', '', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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}_best/L<subject>_<sulci_recognition_session>_best
Formats: ['Graph and data']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/L<subject>_<sulci_recognition_session>_best
Rule selection key: ('left', '', 'Yes', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'
parallel_recognition = 'No'
Formats: ['Graph and data']
Rule selection key: ('left', 'No', 'Yes', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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/L<subject>_<sulci_recognition_session>_best
Formats: ['Graph and data']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/R<subject>_<sulci_recognition_session>_best
Rule selection key: ('', 'No', '', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'
parallel_recognition = 'No'
Formats: ['Graph and data']
Rule selection key: ('', 'No', '', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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}_best/L<subject>_<sulci_recognition_session>_best
Formats: ['Graph and data']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/L<subject>_<sulci_recognition_session>_best
Rule selection key: ('left', '', '', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'
parallel_recognition = 'No'
Formats: ['Graph and data']
Rule selection key: ('left', 'No', '', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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/L<subject>_<sulci_recognition_session>_best
Formats: ['Graph and data']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/R<subject>_<sulci_recognition_session>_best
Rule selection key: ('', 'No', 'Yes', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'
parallel_recognition = 'No'
Formats: ['Graph and data']
Rule selection key: ('', 'No', 'Yes', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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}_best/L<subject>_<sulci_recognition_session>_best
Formats: ['Graph and data']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/R<subject>_<sulci_recognition_session>_best
Rule selection key: ('', '', 'Yes', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'
parallel_recognition = 'No'
Formats: ['Graph and data']
Rule selection key: ('', '', 'Yes', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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}_best/R<subject>_<sulci_recognition_session>_best
Formats: ['Graph and data']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/R<subject>_<sulci_recognition_session>_best
Rule selection key: ('right', 'No', '', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'
parallel_recognition = 'No'
Formats: ['Graph and data']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/R<subject>_<sulci_recognition_session>_best
Rule selection key: ('right', '', 'Yes', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'
parallel_recognition = 'No'
Formats: ['Graph and data']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/R<subject>_<sulci_recognition_session>_best
Rule selection key: ('right', '', '', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'
parallel_recognition = 'No'
Formats: ['Graph and data']
Rule selection key: ('right', 'No', 'Yes', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'
parallel_recognition = 'No'
Parent types:Cortical folds graph Data graph Graph Any TypeKey: ['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>
Formats: ['Graph and data']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>
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
Formats: ['Graph and data']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>
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
Formats: ['Graph and data']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>
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
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}/warped_output/w<subject>_<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}/warped_output/w<subject>_<acquisition>_<analysis>_LGraph_<Template>
Formats: ['Graph and data']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>
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
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}/warped_output/w<subject>_<acquisition>_<analysis>_LGraph_<Template>
Formats: ['Graph and data']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>
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
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}/warped_output/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}/warped_output/w<subject>_<acquisition>_<analysis>_LGraph_<Template>
Formats: ['Graph and data']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>
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
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}/warped_output/w<subject>_<acquisition>_<analysis>_LGraph_<Template>
Formats: ['Graph and data']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>
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
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}/warped_output/w<subject>_<acquisition>_<analysis>_LGraph_<Template>
Formats: ['Graph and data']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>
Rule selection key: ('left', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
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}/warped_output/w<subject>_<acquisition>_<analysis>_RGraph_<Template>
Formats: ['Graph and data']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>
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
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}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_RGraph_<Template>
Formats: ['Graph and data']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>
Rule selection key: ('right', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
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}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_LGraph_<Template>
Formats: ['Graph and data']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>
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
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}/warped_output/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}/warped_output/w<subject>_<acquisition>_<analysis>_LGraph_<Template>
Formats: ['Graph and data']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>
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
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}/warped_output/w<subject>_<acquisition>_<analysis>_LGraph_<Template>
Formats: ['Graph and data']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>
Rule selection key: ('left', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
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}/warped_output/w<subject>_<acquisition>_<analysis>_LGraph_<Template>
Formats: ['Graph and data']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>
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
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}/warped_output/w<subject>_<acquisition>_<analysis>_RGraph_<Template>
Formats: ['Graph and data']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>
Rule selection key: ('right', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
Formats: ['Graph and data']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>
Rule selection key: ('right', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
Formats: ['Graph and data']
Rule selection key: ('right', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
Parent types:Cortical folds graph Data graph Graph Any TypeKey: ['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>_LGraph_<Template>
Formats: ['Graph and data']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>_RGraph_<Template>
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
Formats: ['Graph and data']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>_LGraph_<Template>
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
Formats: ['Graph and data']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>_RGraph_<Template>
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
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}/warped_output/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}/warped_output/w<subject>_native_<acquisition>_<analysis>_LGraph_<Template>
Formats: ['Graph and data']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>_RGraph_<Template>
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
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}/warped_output/w<subject>_native_<acquisition>_<analysis>_LGraph_<Template>
Formats: ['Graph and data']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>_RGraph_<Template>
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
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}/warped_output/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}/warped_output/w<subject>_native_<acquisition>_<analysis>_LGraph_<Template>
Formats: ['Graph and data']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>_LGraph_<Template>
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
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}/warped_output/w<subject>_native_<acquisition>_<analysis>_LGraph_<Template>
Formats: ['Graph and data']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>_RGraph_<Template>
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
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}/warped_output/w<subject>_native_<acquisition>_<analysis>_LGraph_<Template>
Formats: ['Graph and data']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>_RGraph_<Template>
Rule selection key: ('left', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
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}/warped_output/w<subject>_native_<acquisition>_<analysis>_RGraph_<Template>
Formats: ['Graph and data']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>_RGraph_<Template>
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
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}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_RGraph_<Template>
Formats: ['Graph and data']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>_RGraph_<Template>
Rule selection key: ('right', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
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}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_LGraph_<Template>
Formats: ['Graph and data']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>_RGraph_<Template>
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
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}/warped_output/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}/warped_output/w<subject>_native_<acquisition>_<analysis>_LGraph_<Template>
Formats: ['Graph and data']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>_RGraph_<Template>
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
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}/warped_output/w<subject>_native_<acquisition>_<analysis>_LGraph_<Template>
Formats: ['Graph and data']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>_LGraph_<Template>
Rule selection key: ('left', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
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}/warped_output/w<subject>_native_<acquisition>_<analysis>_LGraph_<Template>
Formats: ['Graph and data']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>_RGraph_<Template>
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
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}/warped_output/w<subject>_native_<acquisition>_<analysis>_RGraph_<Template>
Formats: ['Graph and data']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>_RGraph_<Template>
Rule selection key: ('right', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
Formats: ['Graph and data']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>_RGraph_<Template>
Rule selection key: ('right', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
Formats: ['Graph and data']
Rule selection key: ('right', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
Parent types:Cortical folds graph Data graph Graph Any TypeKey: ['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
Formats: ['Graph and data']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
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
Formats: ['Graph and data']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
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
Formats: ['Graph and data']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
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
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}/warped_output/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}/warped_output/w<subject>_<acquisition>_<analysis>_LGraph_<Template>_Tal
Formats: ['Graph and data']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
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
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}/warped_output/w<subject>_<acquisition>_<analysis>_LGraph_<Template>_Tal
Formats: ['Graph and data']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
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
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}/warped_output/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}/warped_output/w<subject>_<acquisition>_<analysis>_LGraph_<Template>_Tal
Formats: ['Graph and data']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
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
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}/warped_output/w<subject>_<acquisition>_<analysis>_LGraph_<Template>_Tal
Formats: ['Graph and data']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
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
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}/warped_output/w<subject>_<acquisition>_<analysis>_LGraph_<Template>_Tal
Formats: ['Graph and data']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
Rule selection key: ('left', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
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}/warped_output/w<subject>_<acquisition>_<analysis>_RGraph_<Template>_Tal
Formats: ['Graph and data']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
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
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}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_RGraph_<Template>_Tal
Formats: ['Graph and data']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
Rule selection key: ('right', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
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}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_LGraph_<Template>_Tal
Formats: ['Graph and data']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
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
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}/warped_output/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}/warped_output/w<subject>_<acquisition>_<analysis>_LGraph_<Template>_Tal
Formats: ['Graph and data']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
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
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}/warped_output/w<subject>_<acquisition>_<analysis>_LGraph_<Template>_Tal
Formats: ['Graph and data']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
Rule selection key: ('left', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
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}/warped_output/w<subject>_<acquisition>_<analysis>_LGraph_<Template>_Tal
Formats: ['Graph and data']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
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
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}/warped_output/w<subject>_<acquisition>_<analysis>_RGraph_<Template>_Tal
Formats: ['Graph and data']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
Rule selection key: ('right', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
Formats: ['Graph and data']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
Rule selection key: ('right', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
Formats: ['Graph and data']
Rule selection key: ('right', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
Parent types:Cortical folds graph Data graph Graph Any TypeKey: ['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']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
Formats: ['Graph and data']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_LGraph_deformed
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
Formats: ['Graph and data']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
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']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
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>_LGraph_deformed
Formats: ['Graph and data']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
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', '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']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_LGraph_deformed
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
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']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
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']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed
Rule selection key: ('left', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
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']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
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}_auto/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed
Formats: ['Graph and data']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed
Rule selection key: ('right', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
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}_manual/mesh/<subject>_<acquisition>_<analysis>_LGraph_deformed
Formats: ['Graph and data']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
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']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
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']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_LGraph_deformed
Rule selection key: ('left', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
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']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
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']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed
Rule selection key: ('right', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
Formats: ['Graph and data']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed
Rule selection key: ('right', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
Formats: ['Graph and data']
Rule selection key: ('right', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
Parent types:Cortical folds graph Data graph Graph Any TypeKey: ['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>
Formats: ['Graph and data']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>
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
Formats: ['Graph and data']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>
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
Formats: ['Graph and data']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>
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
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}/warped_output/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}/warped_output/w<subject>_<acquisition>_<analysis>_LGraph_DISCO_<Template>
Formats: ['Graph and data']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>
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
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}/warped_output/w<subject>_<acquisition>_<analysis>_LGraph_DISCO_<Template>
Formats: ['Graph and data']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>
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
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}/warped_output/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}/warped_output/w<subject>_<acquisition>_<analysis>_LGraph_DISCO_<Template>
Formats: ['Graph and data']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>
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
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}/warped_output/w<subject>_<acquisition>_<analysis>_LGraph_DISCO_<Template>
Formats: ['Graph and data']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>
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
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}/warped_output/w<subject>_<acquisition>_<analysis>_LGraph_DISCO_<Template>
Formats: ['Graph and data']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>
Rule selection key: ('left', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
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}/warped_output/w<subject>_<acquisition>_<analysis>_RGraph_DISCO_<Template>
Formats: ['Graph and data']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>
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
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}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_RGraph_DISCO_<Template>
Formats: ['Graph and data']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>
Rule selection key: ('right', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
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}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_LGraph_DISCO_<Template>
Formats: ['Graph and data']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>
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
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}/warped_output/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}/warped_output/w<subject>_<acquisition>_<analysis>_LGraph_DISCO_<Template>
Formats: ['Graph and data']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>
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
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}/warped_output/w<subject>_<acquisition>_<analysis>_LGraph_DISCO_<Template>
Formats: ['Graph and data']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>
Rule selection key: ('left', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
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}/warped_output/w<subject>_<acquisition>_<analysis>_LGraph_DISCO_<Template>
Formats: ['Graph and data']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>
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
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}/warped_output/w<subject>_<acquisition>_<analysis>_RGraph_DISCO_<Template>
Formats: ['Graph and data']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>
Rule selection key: ('right', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
Formats: ['Graph and data']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>
Rule selection key: ('right', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
Formats: ['Graph and data']
Rule selection key: ('right', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
Parent types:Cortical folds graph Data graph Graph Any TypeKey: ['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>_LGraph_DISCO_<Template>
Formats: ['Graph and data']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>_RGraph_DISCO_<Template>
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
Formats: ['Graph and data']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>_LGraph_DISCO_<Template>
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
Formats: ['Graph and data']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>_RGraph_DISCO_<Template>
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
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}/warped_output/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}/warped_output/w<subject>_native_<acquisition>_<analysis>_LGraph_DISCO_<Template>
Formats: ['Graph and data']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>_RGraph_DISCO_<Template>
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
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}/warped_output/w<subject>_native_<acquisition>_<analysis>_LGraph_DISCO_<Template>
Formats: ['Graph and data']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>_RGraph_DISCO_<Template>
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
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}/warped_output/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}/warped_output/w<subject>_native_<acquisition>_<analysis>_LGraph_DISCO_<Template>
Formats: ['Graph and data']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>_LGraph_DISCO_<Template>
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
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}/warped_output/w<subject>_native_<acquisition>_<analysis>_LGraph_DISCO_<Template>
Formats: ['Graph and data']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>_RGraph_DISCO_<Template>
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
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}/warped_output/w<subject>_native_<acquisition>_<analysis>_LGraph_DISCO_<Template>
Formats: ['Graph and data']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>_RGraph_DISCO_<Template>
Rule selection key: ('left', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
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}/warped_output/w<subject>_native_<acquisition>_<analysis>_RGraph_DISCO_<Template>
Formats: ['Graph and data']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>_RGraph_DISCO_<Template>
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
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}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_RGraph_DISCO_<Template>
Formats: ['Graph and data']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>_RGraph_DISCO_<Template>
Rule selection key: ('right', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
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}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_LGraph_DISCO_<Template>
Formats: ['Graph and data']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>_RGraph_DISCO_<Template>
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
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}/warped_output/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}/warped_output/w<subject>_native_<acquisition>_<analysis>_LGraph_DISCO_<Template>
Formats: ['Graph and data']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>_RGraph_DISCO_<Template>
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
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}/warped_output/w<subject>_native_<acquisition>_<analysis>_LGraph_DISCO_<Template>
Formats: ['Graph and data']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>_LGraph_DISCO_<Template>
Rule selection key: ('left', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
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}/warped_output/w<subject>_native_<acquisition>_<analysis>_LGraph_DISCO_<Template>
Formats: ['Graph and data']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>_RGraph_DISCO_<Template>
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
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}/warped_output/w<subject>_native_<acquisition>_<analysis>_RGraph_DISCO_<Template>
Formats: ['Graph and data']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>_RGraph_DISCO_<Template>
Rule selection key: ('right', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
Formats: ['Graph and data']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>_RGraph_DISCO_<Template>
Rule selection key: ('right', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
Formats: ['Graph and data']
Rule selection key: ('right', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
Parent types:Cortical folds graph Data graph Graph Any TypeKey: ['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
Formats: ['Graph and data']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
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
Formats: ['Graph and data']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
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
Formats: ['Graph and data']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
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
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}/warped_output/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}/warped_output/w<subject>_<acquisition>_<analysis>_LGraph_DISCO_<Template>_Tal
Formats: ['Graph and data']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
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
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}/warped_output/w<subject>_<acquisition>_<analysis>_LGraph_DISCO_<Template>_Tal
Formats: ['Graph and data']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
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
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}/warped_output/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}/warped_output/w<subject>_<acquisition>_<analysis>_LGraph_DISCO_<Template>_Tal
Formats: ['Graph and data']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
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
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}/warped_output/w<subject>_<acquisition>_<analysis>_LGraph_DISCO_<Template>_Tal
Formats: ['Graph and data']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
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
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}/warped_output/w<subject>_<acquisition>_<analysis>_LGraph_DISCO_<Template>_Tal
Formats: ['Graph and data']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
Rule selection key: ('left', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
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}/warped_output/w<subject>_<acquisition>_<analysis>_RGraph_DISCO_<Template>_Tal
Formats: ['Graph and data']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
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
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}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_RGraph_DISCO_<Template>_Tal
Formats: ['Graph and data']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
Rule selection key: ('right', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
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}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_LGraph_DISCO_<Template>_Tal
Formats: ['Graph and data']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
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
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}/warped_output/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}/warped_output/w<subject>_<acquisition>_<analysis>_LGraph_DISCO_<Template>_Tal
Formats: ['Graph and data']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
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
Formats: ['Graph and data']
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
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Parent types:Cortical folds graph Data graph Graph Any TypeKey: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'origin_subject', 'side', 'manually_labelled', 'automatically_labelled']Default attributes values:
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Formats: ['Graph and data']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/wwRGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>
Rule selection key: ('left', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
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Formats: ['Graph and data']
Rule selection key: ('right', '', 'Yes') ()
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}/wwRGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>
Formats: ['Graph and data']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/wwRGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>
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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}_auto/segmentation/dartel/{Template}/wwRGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>
Formats: ['Graph and data']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/wwRGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>
Rule selection key: ('right', 'No', 'Yes') ()
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labelled = 'Yes'
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Formats: ['Graph and data']
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}_manual/segmentation/dartel/{Template}/wwLGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>
Formats: ['Graph and data']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/wwRGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>
Rule selection key: ('', '', 'No') ()
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labelled = 'Yes'
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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}/wwLGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>
Formats: ['Graph and data']
Rule selection key: ('left', '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/dartel/{Template}/wwLGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>
Formats: ['Graph and data']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/wwRGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
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Formats: ['Graph and data']
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}/wwLGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>
Formats: ['Graph and data']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/wwLGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>
Rule selection key: ('left', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
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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/segmentation/dartel/{Template}/wwLGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>
Formats: ['Graph and data']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/wwRGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>
Rule selection key: ('', 'Yes', 'No') ()
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Formats: ['Graph and data']
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}/wwRGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>
Formats: ['Graph and data']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/wwRGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>
Rule selection key: ('right', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
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side = 'right'
Formats: ['Graph and data']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/wwRGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>
Rule selection key: ('right', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
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Formats: ['Graph and data']
Rule selection key: ('right', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
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Parent types:Cortical folds graph Data graph Graph Any TypeKey: ['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}/wwLGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native
Formats: ['Graph and data']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/wwRGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
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automatically_labelled = 'Yes'
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side = 'left'
Formats: ['Graph and data']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/wwLGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
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Formats: ['Graph and data']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/wwRGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
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side = 'left'
Formats: ['Graph and data']
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/segmentation/dartel/{Template}/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'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/wwLGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native
Formats: ['Graph and data']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/wwRGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
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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}/wwLGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native
Formats: ['Graph and data']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/wwRGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
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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}_auto/segmentation/dartel/{Template}/wwLGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native
Formats: ['Graph and data']
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}_auto/segmentation/dartel/{Template}/wwLGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native
Formats: ['Graph and data']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/wwLGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
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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}/wwLGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native
Formats: ['Graph and data']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/wwRGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native
Rule selection key: ('', '', 'Yes') ()
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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}_auto/segmentation/dartel/{Template}/wwLGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native
Formats: ['Graph and data']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/wwRGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native
Rule selection key: ('left', 'No', 'Yes') ()
Priority offset: 0
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Formats: ['Graph and data']
Rule selection key: ('right', '', '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/segmentation/dartel/{Template}/wwRGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native
Formats: ['Graph and data']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/wwRGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native
Rule selection key: ('right', '', '') ()
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Formats: ['Graph and data']
Rule selection key: ('right', '', '') ()
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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/dartel/{Template}/wwRGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native
Formats: ['Graph and data']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/wwRGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native
Rule selection key: ('right', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
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Formats: ['Graph and data']
Rule selection key: ('right', 'No', '') ()
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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/dartel/{Template}/wwLGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native
Formats: ['Graph and data']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/wwRGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native
Rule selection key: ('', '', 'No') ()
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Formats: ['Graph and data']
Rule selection key: ('', '', '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}/wwLGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native
Formats: ['Graph and data']
Rule selection key: ('left', '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/dartel/{Template}/wwLGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native
Formats: ['Graph and data']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/wwRGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
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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/segmentation/dartel/{Template}/wwLGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native
Formats: ['Graph and data']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/wwLGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native
Rule selection key: ('left', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
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side = 'left'
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/segmentation/dartel/{Template}/wwLGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native
Formats: ['Graph and data']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/wwRGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
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Formats: ['Graph and data']
Rule selection key: ('', '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/segmentation/dartel/{Template}/wwRGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native
Formats: ['Graph and data']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/wwRGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native
Rule selection key: ('right', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
Formats: ['Graph and data']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/wwRGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native
Rule selection key: ('right', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
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Formats: ['Graph and data']
Rule selection key: ('right', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
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automatically_labelled = 'No'
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side = 'right'
Parent types:Cortical folds graph Data graph Graph Any TypeKey: ['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}/wwLGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>
Formats: ['Graph and data']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/wwRGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
Formats: ['Graph and data']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/wwLGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
Formats: ['Graph and data']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/wwRGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
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}/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}/wwLGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>
Formats: ['Graph and data']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/wwRGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
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}/wwLGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>
Formats: ['Graph and data']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/wwRGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
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}/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}/wwLGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>
Formats: ['Graph and data']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/wwLGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
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}/wwLGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>
Formats: ['Graph and data']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/wwRGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
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}/wwLGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>
Formats: ['Graph and data']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/wwRGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>
Rule selection key: ('left', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
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}/wwRGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>
Formats: ['Graph and data']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/wwRGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
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}_auto/segmentation/dartel/{Template}/wwRGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>
Formats: ['Graph and data']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/wwRGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>
Rule selection key: ('right', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
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}_manual/segmentation/dartel/{Template}/wwLGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>
Formats: ['Graph and data']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/wwRGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
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}/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}/wwLGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>
Formats: ['Graph and data']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/wwRGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
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}/wwLGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>
Formats: ['Graph and data']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/wwLGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>
Rule selection key: ('left', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
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}/wwLGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>
Formats: ['Graph and data']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/wwRGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
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}/wwRGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>
Formats: ['Graph and data']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/wwRGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>
Rule selection key: ('right', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
Formats: ['Graph and data']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/wwRGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>
Rule selection key: ('right', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
Formats: ['Graph and data']
Rule selection key: ('right', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
Parent types:Cortical folds graph Data graph Graph Any TypeKey: ['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}/wwLGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native
Formats: ['Graph and data']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/wwRGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
Formats: ['Graph and data']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/wwLGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
Formats: ['Graph and data']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/wwRGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
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}/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}/wwLGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native
Formats: ['Graph and data']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/wwRGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
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}/wwLGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native
Formats: ['Graph and data']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/wwRGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
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}/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}/wwLGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native
Formats: ['Graph and data']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/wwLGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
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}/wwLGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native
Formats: ['Graph and data']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/wwRGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
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}/wwLGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native
Formats: ['Graph and data']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/wwRGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native
Rule selection key: ('left', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
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}/wwRGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native
Formats: ['Graph and data']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/wwRGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
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}_auto/segmentation/dartel/{Template}/wwRGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native
Formats: ['Graph and data']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/wwRGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native
Rule selection key: ('right', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
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}_manual/segmentation/dartel/{Template}/wwLGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native
Formats: ['Graph and data']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/wwRGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
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}/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}/wwLGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native
Formats: ['Graph and data']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/wwRGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
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}/wwLGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native
Formats: ['Graph and data']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/wwLGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native
Rule selection key: ('left', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
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}/wwLGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native
Formats: ['Graph and data']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/wwRGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
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}/wwRGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native
Formats: ['Graph and data']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/wwRGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native
Rule selection key: ('right', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
Formats: ['Graph and data']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/wwRGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native
Rule selection key: ('right', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
Formats: ['Graph and data']
Rule selection key: ('right', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
Parent types:Cortical folds graph Data graph Graph Any TypeKey: ['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']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>
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
Formats: ['Graph and data']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>
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
Formats: ['Graph and data']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>
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
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']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>
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
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/LGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>
Formats: ['Graph and data']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>
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
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', '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']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>
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
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']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>
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
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']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>
Rule selection key: ('left', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
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']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>
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
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}_auto/mesh/RGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>
Formats: ['Graph and data']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>
Rule selection key: ('right', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
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}_manual/mesh/LGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>
Formats: ['Graph and data']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>
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
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']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>
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
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']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>
Rule selection key: ('left', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
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']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>
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
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']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>
Rule selection key: ('right', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
Formats: ['Graph and data']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>
Rule selection key: ('right', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
Formats: ['Graph and data']
Rule selection key: ('right', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
Parent types:Cortical folds graph Data graph Graph Any TypeKey: ['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']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
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
Formats: ['Graph and data']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
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
Formats: ['Graph and data']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
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
Formats: ['Graph and data']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
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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}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native
Formats: ['Graph and data']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
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Formats: ['Graph and data']
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Formats: ['Graph and data']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
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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']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
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Formats: ['Graph and data']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
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Formats: ['Graph and data']
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Formats: ['Graph and data']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
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Formats: ['Graph and data']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
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Formats: ['Graph and data']
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Parent types:Cortical folds graph Data graph Graph Any TypeKey: ['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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Formats: ['Graph and data']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>
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Formats: ['Graph and data']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>
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Formats: ['Graph and data']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>
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Formats: ['Graph and data']
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Formats: ['Graph and data']
Rule selection key: ('left', '', 'Yes') ()
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Formats: ['Graph and data']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>
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Formats: ['Graph and data']
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Formats: ['Graph and data']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>
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Formats: ['Graph and data']
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Formats: ['Graph and data']
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Formats: ['Graph and data']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>
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Formats: ['Graph and data']
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Formats: ['Graph and data']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>
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Formats: ['Graph and data']
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Formats: ['Graph and data']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>
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Formats: ['Graph and data']
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Formats: ['Graph and data']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>
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Formats: ['Graph and data']
Rule selection key: ('right', '', '') ()
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Formats: ['Graph and data']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>
Rule selection key: ('right', 'No', 'Yes') ()
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Formats: ['Graph and data']
Rule selection key: ('right', 'No', '') ()
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Formats: ['Graph and data']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>
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Formats: ['Graph and data']
Rule selection key: ('left', 'Yes', '') ()
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Formats: ['Graph and data']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>
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Formats: ['Graph and data']
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Formats: ['Graph and data']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>
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Formats: ['Graph and data']
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Formats: ['Graph and data']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>
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Formats: ['Graph and data']
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Formats: ['Graph and data']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>
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Formats: ['Graph and data']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>
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Formats: ['Graph and data']
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Parent types:Cortical folds graph Data graph Graph Any TypeKey: ['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']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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Formats: ['Graph and data']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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Formats: ['Graph and data']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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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
Formats: ['Graph and data']
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}_auto/mesh/LGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native
Formats: ['Graph and data']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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Formats: ['Graph and data']
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Formats: ['Graph and data']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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Formats: ['Graph and data']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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Formats: ['Graph and data']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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Formats: ['Graph and data']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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Formats: ['Graph and data']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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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/LGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native
Formats: ['Graph and data']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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Formats: ['Graph and data']
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Formats: ['Graph and data']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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Formats: ['Graph and data']
Rule selection key: ('left', 'Yes', '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}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native
Formats: ['Graph and data']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
Rule selection key: ('', 'Yes', 'No') ()
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Formats: ['Graph and data']
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/RGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native
Formats: ['Graph and data']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
Rule selection key: ('right', 'Yes', 'No') ()
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Formats: ['Graph and data']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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Formats: ['Graph and data']
Rule selection key: ('right', '', 'No') ()
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Parent types:Cortical folds graph Data graph Graph Any TypeKey: ['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']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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Formats: ['Graph and data']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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Formats: ['Graph and data']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_RGraph_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']
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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']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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Formats: ['Graph and data']
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Formats: ['Graph and data']
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Formats: ['Graph and data']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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Formats: ['Graph and data']
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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}_auto/mesh/<subject>_<acquisition>_<analysis>_LGraph_Tal
Formats: ['Graph and data']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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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']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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Formats: ['Graph and data']
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Formats: ['Graph and data']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_RGraph_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>_RGraph_Tal
Formats: ['Graph and data']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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Formats: ['Graph and data']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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Formats: ['Graph and data']
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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/<subject>_<acquisition>_<analysis>_LGraph_Tal
Formats: ['Graph and data']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_RGraph_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}_manual/mesh/<subject>_<acquisition>_<analysis>_RGraph_Tal
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Formats: ['Graph and data']
Rule selection key: ('right', '', 'No') ()
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Parent types:Label Texture Texture Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis', 'side']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
volume = 'vol'Rules selection key: ['side'] []
acquisition = 'default_acquisition'
center = 'subjects'
analysis = 'default_analysis'
contrast = 'con'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/functional/<subject>_L_labels
Formats: 'BrainVISA texture formats'
Rule selection key: ('left',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'left'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/functional/<subject>_L_labels
Formats: 'BrainVISA texture formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/functional/<subject>_R_labels
Rule selection key: ('',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'left'
Formats: 'BrainVISA texture formats'
Rule selection key: ('',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/functional/<subject>_R_labels
Formats: 'BrainVISA texture formats'
Rule selection key: ('right',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
Parent types:Label volume 3D Volume 4D Volume Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/Lcsf_<subject>
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'left'
Parent types:CSF+GREY Mask Label volume 3D Volume 4D Volume Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/Lcortex_<subject>
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'left'
Parent types:Cingular Pole Template Subject 3D Volume 4D Volume Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lhippo_Volume
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'left'
Parent types:Cortex Catchment Bassins Label volume 3D Volume 4D Volume Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/Lroots_<subject>
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'left'
Parent types:Cortex Skeleton Label volume 3D Volume 4D Volume Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/Lskeleton_<subject>
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'left'
Parent types:DPF texture Texture Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_DPF
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'left'
Parent types:Fine Hemisphere White Mesh Hemisphere White Mesh White Mesh Mesh Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/<subject>_Lwhite_fine
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA mesh formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'left'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'
Parent types:Mesh Any TypeKey: ['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', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
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'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Lwhite_fine_deformed
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
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'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Lwhite_fine_deformed
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
Formats: 'BrainVISA mesh formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Lwhite_fine_deformed
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
Formats: 'BrainVISA mesh formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Lwhite_fine_deformed
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
Formats: 'BrainVISA mesh formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Lwhite_fine_deformed
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
Parent types:Mesh Any TypeKey: ['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', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
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'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>
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
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'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>
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
Formats: 'BrainVISA mesh formats'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>
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
Formats: 'BrainVISA mesh formats'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>
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
Formats: 'BrainVISA mesh formats'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>
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
Parent types:Graph Label Translation Text file Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_LgraphLabelBasins
center = 'subjects'
analysis = 'default_analysis'
Formats: None
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'left'
Parent types:Morphologist Grey White Mask Grey White Mask Label volume 3D Volume 4D Volume Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/Lgrey_white_<subject>
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'left'
Parent types:Data graph Graph Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_L_gyriGraph
center = 'subjects'
analysis = 'default_analysis'
Formats: ['Graph and data']
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'left'
Parent types:4D Volume Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_L_gyriVolume
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'left'
Parent types:Hemisphere Mesh Mesh Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/<subject>_Lhemi
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA mesh formats'
Rule selection key: () ()
Priority offset: 1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'left'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'
Parent types:Mesh Any TypeKey: ['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: '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/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Lhemi_<Template>
Formats: 'BrainVISA mesh formats'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>
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
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: 'BrainVISA mesh formats'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>
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
Formats: 'BrainVISA mesh formats'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>
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
Formats: 'BrainVISA mesh formats'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>
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
Formats: 'BrainVISA mesh formats'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>
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
Parent types:Mesh Any TypeKey: ['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: '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/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Lhemi_<Template>
Formats: 'BrainVISA mesh formats'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>
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
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: 'BrainVISA mesh formats'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>
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
Formats: 'BrainVISA mesh formats'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>
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
Formats: 'BrainVISA mesh formats'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>
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
Formats: 'BrainVISA mesh formats'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>
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
Parent types:Mesh Any TypeKey: ['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', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
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'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Lhemi_deformed
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
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'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Lhemi_deformed
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
Formats: 'BrainVISA mesh formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Lhemi_deformed
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
Formats: 'BrainVISA mesh formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Lhemi_deformed
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
Formats: 'BrainVISA mesh formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Lhemi_deformed
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
Parent types:Mesh Any TypeKey: ['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: '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/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Lhemi_DISCO_<Template>
Formats: 'BrainVISA mesh formats'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>
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
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: 'BrainVISA mesh formats'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>
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
Formats: 'BrainVISA mesh formats'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>
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
Formats: 'BrainVISA mesh formats'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>
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
Formats: 'BrainVISA mesh formats'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>
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
Parent types:Mesh Any TypeKey: ['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: '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/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Lhemi_DISCO_<Template>
Formats: 'BrainVISA mesh formats'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>
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
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: 'BrainVISA mesh formats'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>
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
Formats: 'BrainVISA mesh formats'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>
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
Formats: 'BrainVISA mesh formats'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>
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
Formats: 'BrainVISA mesh formats'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>
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
Parent types:Mesh Any TypeKey: ['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}/wwLhemi_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_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/segmentation/dartel/{Template}/wwLhemi_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>
Formats: 'BrainVISA mesh formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/wwLhemi_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
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}/wwLhemi_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>
Formats: 'BrainVISA mesh formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/wwLhemi_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>
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/mesh/Lhemi_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native
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Parent types:Mesh Any TypeKey: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'origin_subject', 'manually_labelled', 'automatically_labelled']Default attributes values:
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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>
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Parent types:Hemisphere White Mesh White Mesh Mesh Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
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center = 'subjects'
analysis = 'default_analysis'
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vertex_corr = 'No'
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Parent types:Mesh Any TypeKey: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'manually_labelled', 'automatically_labelled']Default attributes values:
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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>
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Parent types:Mesh Any TypeKey: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'manually_labelled', 'automatically_labelled']Default attributes values:
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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>_Lwhite_deformed
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Parent types:Mesh Any TypeKey: ['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>
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Formats: 'BrainVISA mesh formats'
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Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
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center = 'subjects'
analysis = 'default_analysis'
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acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_pole_cingular
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA texture formats'
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Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_eigen_vectors
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA texture formats'
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time_point = ''
time_duration = ''
modality = 't1mri'
side = 'left'
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Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_sulcalines_rectangular_flat
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA texture formats'
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time_point = ''
time_duration = ''
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Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_sulcalines
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'left'
Parent types:Coordinate grid Mesh Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_grid
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA mesh formats'
Rule selection key: () ()
Priority offset: 0
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acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
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Parent types:Hemisphere gyri parcellation texture Gyri White Texture ROI Texture Label Texture Texture Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_gyri
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA texture formats'
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Priority offset: 0
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time_duration = ''
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regularized = 'false'
Parent types:Hemisphere gyrus parcellation texture Hemisphere parcellation texture Gyri White Texture ROI Texture Label Texture Texture Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis', 'vertex_corr_method']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'Rules selection key: [] ['vertex_corr_method']
center = 'subjects'
analysis = 'default_analysis'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_parcels_gyrus
Formats: 'BrainVISA texture formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_parcels_gyrus_remeshed_{vertex_corr_method}
Rule selection key: () (True,)
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time_duration = ''
vertex_corr_method = ''
modality = 't1mri'
side = 'left'
averaged = 'No'
vertex_corr = 'No'
parcellation_type = 'gyrus'
regularized = 'false'
Formats: 'BrainVISA texture formats'
Rule selection key: () (False,)
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'left'
averaged = 'No'
vertex_corr = 'Yes'
parcellation_type = 'gyrus'
Parent types:Latitude coordinate HIP texture Coordinate texture Texture Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_lat_HIP
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'left'
Parent types:Latitude constraints texture Constraints texture Label Texture Texture Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_lat_cleaned
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'left'
Parent types:Latitude constraints texture Constraints texture Label Texture Texture Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_lat_roots
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'left'
Parent types:Latitude coordinate texture Coordinate texture Texture Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_lat
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'left'
averaged = 'No'
vertex_corr = 'No'
Parent types:Hemisphere lobes parcellation texture Hemisphere parcellation texture Gyri White Texture ROI Texture Label Texture Texture Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis', 'vertex_corr_method']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'Rules selection key: [] ['vertex_corr_method']
center = 'subjects'
analysis = 'default_analysis'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_parcels_lobes
Formats: 'BrainVISA texture formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_parcels_lobes_remeshed_{vertex_corr_method}
Rule selection key: () (True,)
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
vertex_corr_method = ''
modality = 't1mri'
side = 'left'
averaged = 'No'
vertex_corr = 'No'
parcellation_type = 'lobe'
regularized = 'false'
Formats: 'BrainVISA texture formats'
Rule selection key: () (False,)
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'left'
averaged = 'No'
vertex_corr = 'Yes'
parcellation_type = 'lobes'
Parent types:Longitude coordinate HIP texture Coordinate texture Texture Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_lon_HIP
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'left'
Parent types:Longitude constraints texture Constraints texture Label Texture Texture Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_lon_cleaned
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'left'
Parent types:Longitude constraints texture Constraints texture Label Texture Texture Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_lon_roots
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'left'
Parent types:Longitude coordinate texture Coordinate texture Texture Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_lon
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'left'
averaged = 'No'
vertex_corr = 'No'
Parent types:Hemisphere marsAtlas parcellation texture Hemisphere parcellation texture Gyri White Texture ROI Texture Label Texture Texture Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis', 'vertex_corr_method']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'Rules selection key: [] ['vertex_corr_method']
center = 'subjects'
analysis = 'default_analysis'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_parcels_marsAtlas
Formats: 'BrainVISA texture formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_parcels_marsAtlas_remeshed_{vertex_corr_method}
Rule selection key: () (True,)
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
vertex_corr_method = ''
modality = 't1mri'
side = 'left'
averaged = 'No'
vertex_corr = 'No'
parcellation_type = 'marsAtlas'
regularized = 'false'
Formats: 'BrainVISA texture formats'
Rule selection key: () (False,)
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'left'
averaged = 'No'
vertex_corr = 'Yes'
parcellation_type = 'marsAtlas'
Parent types:Hemisphere model parcellation texture Hemisphere parcellation texture Gyri White Texture ROI Texture Label Texture Texture Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis', 'vertex_corr_method']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'Rules selection key: [] ['vertex_corr_method']
center = 'subjects'
analysis = 'default_analysis'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_parcels_model
Formats: 'BrainVISA texture formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_parcels_model_remeshed_{vertex_corr_method}
Rule selection key: () (True,)
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
vertex_corr_method = ''
modality = 't1mri'
side = 'left'
averaged = 'No'
vertex_corr = 'No'
parcellation_type = 'model'
regularized = 'false'
Formats: 'BrainVISA texture formats'
Rule selection key: () (False,)
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'left'
averaged = 'No'
vertex_corr = 'Yes'
parcellation_type = 'model'
Parent types:Hemisphere gyri parcellation texture Gyri White Texture ROI Texture Label Texture Texture Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_gyri_regul
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'left'
regularized = 'true'
Parent types:Hemisphere spherical mesh Mesh Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_spherical
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA mesh formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'left'
averaged = 'No'
inflated = 'Yes'
vertex_corr = 'Yes'
vertex_corr_method = 'hiphop'
Parent types:Insula pole texture Poles texture Texture Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_pole_insula
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'left'
Parent types:labeled basins texture Texture Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_basins_labeled
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'left'
Parent types:labeled pits texture Texture Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_pits_labeled
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'left'
Parent types:noisy pits texture Texture Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_noisy_pits
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'left'
Parent types:pits texture Texture Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_pits
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'left'
Parent types:Poles texture Texture Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_poles
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'left'
Parent types:Rectangular boundary texture Boundary texture Texture Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_rectangular_flat_boundary
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'left'
Parent types:Rectangular flat cstr mesh Flat mesh Mesh Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_rectangular_flat_cstr
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA mesh formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'left'
Parent types:Rectangular flat indices texture Indices texture Texture Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_rectangular_flat_indices
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'left'
Parent types:Rectangular flat mesh Flat mesh Mesh Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_rectangular_flat
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA mesh formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'left'
Parent types:Remeshed mesh White Mesh Mesh Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis', 'inflated']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'Rules selection key: ['inflated'] []
center = 'subjects'
analysis = 'default_analysis'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_remeshed_hiphop
Formats: 'BrainVISA mesh formats'
Rule selection key: ('No',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_remeshed_hiphop
Rule selection key: ('',) ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'left'
averaged = 'No'
inflated = 'Yes'
vertex_corr = 'Yes'
vertex_corr_method = 'hiphop'
Formats: 'BrainVISA mesh formats'
Rule selection key: ('',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'left'
averaged = 'No'
inflated = 'Yes'
vertex_corr = 'Yes'
vertex_corr_method = 'hiphop'
Parent types:ridges texture Texture Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_ridges
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'left'
Parent types:smooth pits texture Texture Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_pits_smooth
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'left'
Parent types:sulci voronoi texture Texture Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_sulci_voronoi
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'left'
Parent types:White mesh parts Mesh Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_parts
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA mesh formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'left'
Parent types:Label volume 3D Volume 4D Volume Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'normalization']
Non mandatory key attributes: ('time_point', 'time_duration', 'rescan', 'acquisition_date', 'acquisition')Default attributes values:
center = 'subjects'Rules selection key: [] ['normalization']
acquisition = 'default_acquisition'
{center}/{subject}/t1mri/{acquisition}/lesion_<subject>
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/lesion_normalized_{normalization}_<subject>
Rule selection key: () (True,)
Priority offset: 1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
normalization = ''
modality = 't1mri'
normalized = 'no'
Formats: 'BrainVISA volume formats'
Rule selection key: () (False,)
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
normalized = 'yes'
Parent types:3D Volume 4D Volume Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/lesiondistance_<subject>
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
Parent types:Transformation matrix Transformation Any TypeKey: ['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/MIRegister_rc_<subject>_<acquisition>_<analysis>_DISCO_TO_ref_DARTEL
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}_auto/segmentation/MIRegister_rc_<subject>_<acquisition>_<analysis>_DISCO_TO_ref_DARTEL
Formats: ['Transformation matrix', 'Matlab file']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/MIRegister_rc_<subject>_<acquisition>_<analysis>_DISCO_TO_ref_DARTEL
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
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/segmentation/MIRegister_rc_<subject>_<acquisition>_<analysis>_DISCO_TO_ref_DARTEL
Formats: ['Transformation matrix', 'Matlab file']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/MIRegister_rc_<subject>_<acquisition>_<analysis>_DISCO_TO_ref_DARTEL
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
Formats: ['Transformation matrix', 'Matlab file']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/MIRegister_rc_<subject>_<acquisition>_<analysis>_DISCO_TO_ref_DARTEL
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
Formats: ['Transformation matrix', 'Matlab file']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/MIRegister_rc_<subject>_<acquisition>_<analysis>_DISCO_TO_ref_DARTEL
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
Formats: ['Transformation matrix', 'Matlab file']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/MIRegister_rc_<subject>_<acquisition>_<analysis>_DISCO_TO_ref_DARTEL
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
Formats: ['Transformation matrix', 'Matlab file']
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
Parent types:Transformation matrix Transformation Any TypeKey: ['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/MIRegister_rc_<subject>_<acquisition>_<analysis>_TO_ref_DARTEL
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}_auto/segmentation/MIRegister_rc_<subject>_<acquisition>_<analysis>_TO_ref_DARTEL
Formats: ['Transformation matrix', 'Matlab file']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/MIRegister_rc_<subject>_<acquisition>_<analysis>_TO_ref_DARTEL
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
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/segmentation/MIRegister_rc_<subject>_<acquisition>_<analysis>_TO_ref_DARTEL
Formats: ['Transformation matrix', 'Matlab file']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/MIRegister_rc_<subject>_<acquisition>_<analysis>_TO_ref_DARTEL
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
Formats: ['Transformation matrix', 'Matlab file']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/MIRegister_rc_<subject>_<acquisition>_<analysis>_TO_ref_DARTEL
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
Formats: ['Transformation matrix', 'Matlab file']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/MIRegister_rc_<subject>_<acquisition>_<analysis>_TO_ref_DARTEL
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
Formats: ['Transformation matrix', 'Matlab file']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/MIRegister_rc_<subject>_<acquisition>_<analysis>_TO_ref_DARTEL
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
Formats: ['Transformation matrix', 'Matlab file']
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
Parent types:Mesh Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'mapped', 'contrast', 'center', 'subject', 'acquisition', 'analysis', 'modality', 'side']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'contrast', 'time_point', 'mapped', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'Rules selection key: ['modality', 'side'] []
center = 'subjects'
analysis = 'default_analysis'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/cortex_<subject>_mni
Formats: 'BrainVISA mesh formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/cortex_<subject>_mni
Rule selection key: ('t1mri', 'both') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 't1mri'
side = 'both'
Formats: 'BrainVISA mesh formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/cortex_<subject>_mni
Rule selection key: ('', 'both') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 't1mri'
side = 'both'
Formats: 'BrainVISA mesh formats'
Rule selection key: ('t1mri', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 't1mri'
side = 'both'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/cortex_<subject>_mni
Formats: 'BrainVISA mesh formats'{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/mesh/cortex_<subject>_mni
Rule selection key: ('', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 't1mri'
side = 'both'
Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 'anatomical_mri'
side = 'Both'
{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/mesh/cortex_<subject>_mni
Formats: 'BrainVISA mesh formats'{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/mesh/cortex_<subject>_mni
Rule selection key: ('anatomical_mri', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 'anatomical_mri'
side = 'Both'
Formats: 'BrainVISA mesh formats'{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/mesh/cortex_<subject>_mni
Rule selection key: ('anatomical_mri', 'Both') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 'anatomical_mri'
side = 'Both'
Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Both') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 'anatomical_mri'
side = 'Both'
Parent types:T1 MRI 3D Volume 4D Volume Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition']
Non mandatory key attributes: ('rescan', 'acquisition_date', 'time_point', 'acquisition', 'time_duration')Default attributes values:
center = 'subjects'{center}/{subject}/t1mri/{acquisition}/<subject>_ini
acquisition = 'default_acquisition'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
Parent types:PET Transformation matrix Any TypeKey: ['center', 'subject', 'filename_variable', 'race']Default attributes values:
center = 'subjects'Rules selection key: ['race'] []
{center}/{subject}/registration/mri_TO_h*
Formats: ['Transformation matrix']{center}/{subject}/registration/mri_TO_a*
Rule selection key: ('',) ()
Priority offset: 0
race = 'human'
Formats: ['Transformation matrix']
Rule selection key: ('',) ()
Priority offset: 0
race = 'animal'
{center}/{subject}/registration/mri_TO_h*
Formats: ['Transformation matrix']{center}/{subject}/registration/mri_TO_a*
Rule selection key: ('human',) ()
Priority offset: 0
race = 'human'
Formats: ['Transformation matrix']
Rule selection key: ('animal',) ()
Priority offset: 0
race = 'animal'
Parent types:Label Texture Texture Any TypeKey: ['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
Parent types:MatlabFile of Transformation of T1 MRI Matlab SPM file Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/mat_<subject>_Mni_TO_Nat_sn
center = 'subjects'
analysis = 'default_analysis'
Formats: ['Matlab file', 'gz Matlab file', 'bz2 Matlab file']
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
Parent types:MatlabFile of Transformation of T1 MRI Matlab SPM file Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/mat_<subject>_Nat_TO_Mni_sn
center = 'subjects'
analysis = 'default_analysis'
Formats: ['Matlab file', 'gz Matlab file', 'bz2 Matlab file']
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
Parent types:4D Volume Any TypeKey: ['center', 'subject', 'acquisition']Default attributes values:
center = 'subjects'{center}/{subject}/pet/{acquisition}/projmax_<acquisition>
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:Diffusion Orientation Map 3D Volume 4D Volume Any TypeKey: ['center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('acquisition',)Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/diffusion/{acquisition}/{analysis}/maxev_<subject>
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:Transformation matrix Transformation Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
volume = 'vol'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/functional/<subject>_Mean_Function_To_Anatomy_Transformation
acquisition = 'default_acquisition'
center = 'subjects'
analysis = 'default_analysis'
contrast = 'con'
Formats: ['Transformation matrix', 'Matlab file']
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
Parent types:Hemisphere Mesh Mesh Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'mapped', 'contrast', 'center', 'subject', 'acquisition', 'analysis', 'side', 'modality']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'contrast', 'time_point', 'mapped', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'Rules selection key: ['side', 'modality'] []
center = 'subjects'
analysis = 'default_analysis'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/<subject>_Lmedian
Formats: 'BrainVISA mesh formats'{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/mesh/left/median_<side>_<subject>
Rule selection key: ('left', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 't1mri'
side = 'left'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'
Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
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'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/<subject>_Rmedian
Rule selection key: ('', 't1mri') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 't1mri'
side = 'left'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'
Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 't1mri') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
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', 't1mri') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 't1mri'
side = 'left'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/<subject>_Lmedian
Formats: 'BrainVISA mesh formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/<subject>_Rmedian
Rule selection key: ('', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 't1mri'
side = 'left'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'
Formats: 'BrainVISA mesh formats'{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/mesh/left/median_<side>_<subject>
Rule selection key: ('', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 't1mri'
side = 'right'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'
Formats: 'BrainVISA mesh formats'{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/mesh/right/median_<side>_<subject>
Rule selection key: ('', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 'anatomical_mri'
side = 'left'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'
Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
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'{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/mesh/right/median_<side>_<subject>
Rule selection key: ('right', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 't1mri'
side = 'right'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'
Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
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
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
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'{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/mesh/right/median_<side>_<subject>
Rule selection key: ('', 'anatomical_mri') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 'anatomical_mri'
side = 'left'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'
Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'anatomical_mri') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 'anatomical_mri'
side = 'right'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'
{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/mesh/left/median_<side>_<subject>
Formats: 'BrainVISA mesh formats'{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/mesh/right/median_<side>_<subject>
Rule selection key: ('left', 'anatomical_mri') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 'anatomical_mri'
side = 'left'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'
Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', 'anatomical_mri') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 'anatomical_mri'
side = 'right'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'
Parent types:Mesh Any TypeKey: ['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'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Rmedian_deformed
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
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Formats: 'BrainVISA volume formats'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>
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Priority offset: 0
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Formats: 'BrainVISA volume formats'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>
Rule selection key: ('Yes', 'No') ()
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labelled = 'Yes'
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Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
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Parent types:4D Volume Any TypeKey: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'origin_subject', 'Template', 'manually_labelled', 'automatically_labelled']Default attributes values:
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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'
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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'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
Rule selection key: ('', '') ()
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Formats: 'BrainVISA volume formats'
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Formats: 'BrainVISA volume formats'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
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Formats: 'BrainVISA volume formats'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
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Formats: 'BrainVISA volume formats'
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Parent types:4D Volume Any TypeKey: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'origin_subject', 'Template', 'manually_labelled', 'automatically_labelled']Default attributes values:
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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'
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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'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>
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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/nobias_normalized_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>
Formats: 'BrainVISA volume formats'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>
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Formats: 'BrainVISA volume formats'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>
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Formats: 'BrainVISA volume formats'
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Parent types:4D Volume Any TypeKey: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'origin_subject', 'Template', 'manually_labelled', 'automatically_labelled']Default attributes values:
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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>_native
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_normalized_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native
Formats: 'BrainVISA volume formats'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
Rule selection key: ('', '') ()
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Formats: 'BrainVISA volume 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}_auto/nobias_normalized_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native
Formats: 'BrainVISA volume formats'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
Rule selection key: ('No', '') ()
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Formats: 'BrainVISA volume formats'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
Rule selection key: ('', 'Yes') ()
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Formats: 'BrainVISA volume formats'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
Rule selection key: ('', 'No') ()
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labelled = 'Yes'
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Formats: 'BrainVISA volume formats'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
Rule selection key: ('Yes', 'No') ()
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Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
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Parent types:Text file Any TypeKey: ['center', 'subject', 'atlasname']Default attributes values:
center = 'subjects'{center}/{subject}/nomenclature/nomenclature_{atlasname}
Formats: None
Rule selection key: () ()
Priority offset: 0
Parent types:Corrected DW Diffusion MR DW Diffusion MR 4D Volume Any TypeKey: ['center', 'subject', 'acquisition']
Non mandatory key attributes: ('acquisition',)Default attributes values:
center = 'subjects'{center}/{subject}/diffusion/{acquisition}/diffusion_<subject>
acquisition = 'default_acquisition'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 1
Parent types:Rainbow 3D volume 3D Volume 4D Volume Any TypeKey: ['center', 'subject', 'followup', 'baseline', 'analysis']Default attributes values:
center = 'subjects'{center}/{subject}/bsi/{followup}_halfway_{baseline}/{analysis}/<subject>_halfway_intensity_normalized_<followup>_minus_<baseline>
analysis = 'default_analysis'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
space = 'halfway'
Parent types:Rainbow 3D volume 3D Volume 4D Volume Any TypeKey: ['center', 'subject', 'followup', 'baseline', 'analysis']Default attributes values:
center = 'subjects'{center}/{subject}/bsi/{followup}_halfway_{baseline}/{analysis}/<subject>_halfway_intensity_normalized_<followup>_plus_<baseline>
analysis = 'default_analysis'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
space = 'halfway'
Parent types:Text file Any TypeKey: []nuclear_imaging_preset/tracer_threshold_setting
Formats: None
Rule selection key: () ()
Priority offset: 0
Parent types:Text file Any TypeKey: []nuclear_imaging_preset/user_preferences_for_nuclearImaging
Formats: None
Rule selection key: () ()
Priority offset: 0
Parent types:Text file Any TypeKey: []nuclear_imaging_preset/isotope_data
Formats: ['JSON file']
Rule selection key: () ()
Priority offset: 0
Parent types:Directory Any TypeKey: ['center', 'subject', 'acquisition', 'tracer', 'reconDiam']Default attributes values:
center = 'subjects'{center}/{subject}/pet/{acquisition}/{tracer}/CT_{reconDiam}
Formats: ['Directory']
Rule selection key: () ()
Priority offset: 0
Parent types:PetSubject RawDicom Any TypeKey: ['center', 'subject', 'acquisition']Default attributes values:
center = 'subjects'{center}/{subject}//mri/{acquisition}/T1/<subject>_<acquisition>_T1_rawDicom
Formats: None
Rule selection key: () ()
Priority offset: 0
Parent types:PetSubject MRI PetSubject 4D Volume Any TypeKey: ['center', 'subject', 'acquisition']Default attributes values:
center = 'subjects'{center}/{subject}//mri/{acquisition}/T1/<subject>_<acquisition>_T1_rawNii
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:MatlabFile of Transformation of T1 MRI Matlab SPM file Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/mat_<subject>_Mni_TO_Nat
center = 'subjects'
analysis = 'default_analysis'
Formats: ['Matlab file', 'gz Matlab file', 'bz2 Matlab file']
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
Parent types:MatlabFile of Transformation of T1 MRI Matlab SPM file Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/mat_<subject>_Nat_TO_Mni
center = 'subjects'
analysis = 'default_analysis'
Formats: ['Matlab file', 'gz Matlab file', 'bz2 Matlab file']
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
Parent types:Directory Any TypeKey: ['center', 'subject', 'acquisition', 'tracer', 'reconstruction']Default attributes values:
center = 'subjects'{center}/{subject}/pet/{acquisition}/{tracer}/PET_{reconstruction}
Formats: ['Directory']
Rule selection key: () ()
Priority offset: 0
Parent types:PetSubject MNI ROI Mask PetSubject 4D Volume Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis', 'ROIReference']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/ROI_MNI/<subject>_<acquisition>_{ROIReference}_roiRef
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
Parent types:PetSubject MNI ROI Mask PetSubject 4D Volume Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis', 'ROIStat']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/ROI_MNI/<subject>_<acquisition>_{ROIStat}_roi
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
Parent types:PetSubject MRI PetSubject 4D Volume Any TypeKey: ['center', 'subject', 'acquisition', 'analysis']petSubject/{center}/{subject}/mri/{acquisition}/T1/{analysis}/<subject>_<acquisition>_T1_BiasCorrected
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:PetSubject MRI PetSubject 4D Volume Any TypeKey: ['center', 'subject', 'acquisition', 'analysis']petSubject/{center}/{subject}/mri/{acquisition}/T1/{analysis}/<subject>_<acquisition>_T1_BiasField_Spm
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:PetSubject MRI PetSubject 4D Volume Any TypeKey: ['center', 'subject', 'acquisition', 'analysis']petSubject/{center}/{subject}/mri/{acquisition}/T1/{analysis}/<subject>_<acquisition>_T1_CSFProb_Spm
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:PetSubject MRI PetSubject 4D Volume Any TypeKey: ['center', 'subject', 'acquisition', 'analysis']petSubject/{center}/{subject}/mri/{acquisition}/T1/{analysis}/<subject>_<acquisition>_T1_Coregistered
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:PetSubject MRI PetSubject 4D Volume Any TypeKey: ['center', 'subject', 'acquisition', 'analysis', 'from']petSubject/{center}/{subject}/mri/{acquisition}/T1/{analysis}/y_<subject>_<acquisition>_T1_FrdDeFld_from{from}
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:Matlab SPM file Any TypeKey: ['center', 'subject', 'acquisition', 'analysis', 'from']petSubject/{center}/{subject}/mri/{acquisition}/T1/{analysis}/<subject>_<acquisition>_T1_FrdDeFldSegMat_from{from}_seg8
Formats: ['Matlab file', 'gz Matlab file', 'bz2 Matlab file']
Rule selection key: () ()
Priority offset: 0
Parent types:PetSubject SnMat Matlab SPM file Any TypeKey: ['center', 'subject', 'acquisition', 'analysis', 'from']petSubject/{center}/{subject}/mri/{acquisition}/T1/{analysis}/<subject>_<acquisition>_T1_frd_from{from}_sn
Formats: ['Matlab file', 'gz Matlab file', 'bz2 Matlab file']
Rule selection key: () ()
Priority offset: 0
Parent types:OLD PetSubject MRI T1 Mask PetSubject MRI PetSubject 4D Volume Any TypeKey: ['center', 'subject', 'acquisition', 'analysis', 'method']petSubject/{center}/{subject}/mri/{acquisition}/T1/{analysis}/<subject>_<acquisition>_T1_GreymatterMask_{method}
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:PetSubject MRI PetSubject 4D Volume Any TypeKey: ['center', 'subject', 'acquisition', 'analysis', 'from']petSubject/{center}/{subject}/mri/{acquisition}/T1/{analysis}/iy_<subject>_<acquisition>_T1_InvDeFld_from{from}
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:PetSubject SnMat Matlab SPM file Any TypeKey: ['center', 'subject', 'acquisition', 'analysis', 'from']petSubject/{center}/{subject}/mri/{acquisition}/T1/{analysis}/<subject>_<acquisition>_T1_inv_from{from}_sn
Formats: ['Matlab file', 'gz Matlab file', 'bz2 Matlab file']
Rule selection key: () ()
Priority offset: 0
Parent types:PetSubject MRI MNISpace PetSubject MRI PetSubject 4D Volume Any TypeKey: ['center', 'subject', 'acquisition', 'analysis']petSubject/{center}/{subject}/mri/{acquisition}/T1/{analysis}/<subject>_<acquisition>_T1_MNI
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:PetSubject MRI MNISpace PetSubject MRI PetSubject 4D Volume Any TypeKey: ['center', 'subject', 'acquisition', 'analysis']petSubject/{center}/{subject}/mri/{acquisition}/T1/{analysis}/<subject>_<acquisition>_T1_MNI_GreymatterProb_Spm
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:PetSubject MRI MNISpace PetSubject MRI PetSubject 4D Volume Any TypeKey: ['center', 'subject', 'acquisition', 'analysis']petSubject/{center}/{subject}/mri/{acquisition}/T1/{analysis}/<subject>_<acquisition>_T1_MNI_GreymatterMask
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:PetSubject MRI PetSubject 4D Volume Any TypeKey: ['center', 'subject', 'acquisition', 'analysis']petSubject/{center}/{subject}/mri/{acquisition}/T1/{analysis}/<subject>_<acquisition>_T1_GreymatterProb_Spm
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:PetSubject MRI PetSubject 4D Volume Any TypeKey: ['center', 'subject', 'acquisition', 'analysis']petSubject/{center}/{subject}/mri/{acquisition}/T1/{analysis}/<subject>_<acquisition>_T1_WhitematterProb_Spm
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:PetSubject MRI PetSubject 4D Volume Any TypeKey: ['center', 'subject', 'acquisition']petSubject/{center}/{subject}/mri/{acquisition}/T1/<subject>_<acquisition>_T1_Native
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:PetSubject MRI PetSubject 4D Volume Any TypeKey: ['center', 'subject', 'acquisition', 'analysis']petSubject/{center}/{subject}/mri/{acquisition}/T1/{analysis}/<subject>_<acquisition>_T1_Native
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:PetSubject MRI PetSubject 4D Volume Any TypeKey: ['center', 'subject', 'acquisition']petSubject/{center}/{subject}/mri/{acquisition}/T1/<subject>_<acquisition>_T1_raw
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:PetSubject MRI PetSubject 4D Volume Any TypeKey: ['center', 'subject', 'acquisition', 'analysis']petSubject/{center}/{subject}/mri/{acquisition}/T1/{analysis}/<subject>_<acquisition>_T1_PetSpc_Grey
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:OLD PetSubject MRI T1 Grey matter Mask OLD PetSubject MRI T1 Mask PetSubject MRI PetSubject 4D Volume Any TypeKey: ['center', 'subject', 'acquisition', 'analysis']petSubject/{center}/{subject}/mri/{acquisition}/T1/{analysis}/<subject>_<acquisition>_T1_PetSpc_GreyMask
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:PetSubject MRI PetSubject 4D Volume Any TypeKey: ['center', 'subject', 'acquisition', 'analysis']petSubject/{center}/{subject}/mri/{acquisition}/T1/{analysis}/<subject>_<acquisition>_T1_PetSpc_White
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:PetSubject RawDicom Any TypeKey: ['center', 'subject', 'acquisition']petSubject/{center}/{subject}/mri/{acquisition}/T1/<subject>_<acquisition>_T1_rawData
Formats: None
Rule selection key: () ()
Priority offset: 0
Parent types:PetSubject RawDicom Any TypeKey: ['center', 'subject', 'acquisition']petSubject/{center}/{subject}/mri/{acquisition}/T1/<subject>_<acquisition>_T1_rawDicom
Formats: None
Rule selection key: () ()
Priority offset: 0
Parent types:PetSubject MRI PetSubject 4D Volume Any TypeKey: ['center', 'subject', 'acquisition']petSubject/{center}/{subject}/mri/{acquisition}/T1/<subject>_<acquisition>_T1_rawNii
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:PetSubject MRI PetSubject 4D Volume Any TypeKey: ['center', 'subject', 'acquisition', 'analysis']petSubject/{center}/{subject}/mri/{acquisition}/T1/{analysis}/<subject>_<acquisition>_T1_ScalpProb_Spm
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:PetSubject MRI PetSubject 4D Volume Any TypeKey: ['center', 'subject', 'acquisition', 'analysis']petSubject/{center}/{subject}/mri/{acquisition}/T1/{analysis}/<subject>_<acquisition>_T1_SkullProb_Spm
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:OLD PetSubject MRI T1 Mask PetSubject MRI PetSubject 4D Volume Any TypeKey: ['center', 'subject', 'acquisition', 'analysis', 'method']petSubject/{center}/{subject}/mri/{acquisition}/T1/{analysis}/<subject>_<acquisition>_T1_WhitematterMask_{method}
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:PetSubject PET PetNativeSpace PetSubject PET PetSubject 4D Volume Any TypeKey: ['center', 'subject', 'acquisition', 'tracer', 'reconstruction', 'analysis']petSubject/{center}/{subject}/pet/{acquisition}/{tracer}/PET_{reconstruction}/{analysis}/<subject>_<acquisition>_<tracer>_<reconstruction>_Native
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:PetSubject MRI PetSubject 4D Volume Any TypeKey: ['center', 'subject', 'acquisition']Default attributes values:
center = 'subjects'{center}/{subject}//t1mri/{acquisition}/T1/<subject>_<acquisition>_T1_Native
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:PetSubject RawDicom Any TypeKey: ['center', 'subject', 'acquisition']Default attributes values:
center = 'subjects'{center}/{subject}//t1mri/{acquisition}/T1/<subject>_<acquisition>_T1_rawDicom
Formats: None
Rule selection key: () ()
Priority offset: 0
Parent types:PetSubject MRI PetSubject 4D Volume Any TypeKey: ['center', 'subject', 'acquisition']Default attributes values:
center = 'subjects'{center}/{subject}//t1mri/{acquisition}/T1/<subject>_<acquisition>_T1_rawNii
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:PetSubject PET PetNativeSpace PetSubject PET PetSubject 4D Volume Any TypeKey: ['center', 'subject', 'acquisition', 'tracer', 'reconstruction']Default attributes values:
center = 'subjects'{center}/{subject}/pet/{acquisition}/{tracer}/PET_{reconstruction}/<subject>_<acquisition>_<tracer>_<reconstruction>_Native
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:Text file Any TypeKey: ['center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('acquisition',)Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/diffusion/{acquisition}/{analysis}/orientation_<subject>
center = 'subjects'
analysis = 'default_analysis'
Formats: None
Rule selection key: () ()
Priority offset: 0
Parent types:P:Atlas Labels Label volume 3D Volume 4D Volume Any TypeKey: ['time_point', 'time_duration', 'rescan', 'mapped', 'acquisition_date', 'contrast', 'center', 'subject', 'acquisition']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'contrast', 'time_point', 'mapped', 'acquisition')Default attributes values:
center = 'subjects'{center}/{subject}/anatomical_mri/{acquisition}/registration/registered_atlas_labels
acquisition = 'default_acquisition'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
time_point = ''
time_duration = ''
rescan = ''
mapped = ''
acquisition_date = ''
contrast = ''
modality = 'anatomical_mri'
Parent types:P:Atlas Lateralization Label volume 3D Volume 4D Volume Any TypeKey: ['time_point', 'time_duration', 'rescan', 'mapped', 'acquisition_date', 'contrast', 'center', 'subject', 'acquisition']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'contrast', 'time_point', 'mapped', 'acquisition')Default attributes values:
center = 'subjects'{center}/{subject}/anatomical_mri/{acquisition}/registration/registered_atlas_lat
acquisition = 'default_acquisition'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
time_point = ''
time_duration = ''
rescan = ''
mapped = ''
acquisition_date = ''
contrast = ''
modality = 'anatomical_mri'
Parent types:P:Atlas Prior P:Prior Proba Probabilities Volume 4D Volume Any TypeKey: ['time_point', 'time_duration', 'rescan', 'mapped', 'acquisition_date', 'contrast', 'center', 'subject', 'acquisition']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'contrast', 'time_point', 'mapped', 'acquisition')Default attributes values:
center = 'subjects'{center}/{subject}/anatomical_mri/{acquisition}/registration/registered_atlas_prior
acquisition = 'default_acquisition'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
time_point = ''
time_duration = ''
rescan = ''
mapped = ''
acquisition_date = ''
contrast = ''
modality = 'anatomical_mri'
Parent types:P:Atlas Skull Stripping Mask P:Skull Stripping Mask Label volume 3D Volume 4D Volume Any TypeKey: ['time_point', 'time_duration', 'rescan', 'mapped', 'acquisition_date', 'contrast', 'center', 'subject', 'acquisition']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'contrast', 'time_point', 'mapped', 'acquisition')Default attributes values:
center = 'subjects'{center}/{subject}/anatomical_mri/{acquisition}/registration/registered_atlas_skull
acquisition = 'default_acquisition'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
time_point = ''
time_duration = ''
rescan = ''
mapped = ''
acquisition_date = ''
contrast = ''
modality = 'anatomical_mri'
Parent types:P:Atlas Template P:MRI 3D Volume 4D Volume Any TypeKey: ['time_point', 'time_duration', 'rescan', 'mapped', 'acquisition_date', 'contrast', 'center', 'subject', 'acquisition']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'contrast', 'time_point', 'mapped', 'acquisition')Default attributes values:
center = 'subjects'{center}/{subject}/anatomical_mri/{acquisition}/registration/registered_atlas_template
acquisition = 'default_acquisition'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
time_point = ''
time_duration = ''
rescan = ''
mapped = ''
acquisition_date = ''
contrast = ''
modality = 'anatomical_mri'
Parent types:P:Gaussian Mixture Parameters Text file Any TypeKey: ['time_point', 'time_duration', 'rescan', 'mapped', 'acquisition_date', 'contrast', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'contrast', 'time_point', 'mapped', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/basic_mixture_<subject>
center = 'subjects'
analysis = 'default_analysis'
Formats: ['JSON file']
Rule selection key: () ()
Priority offset: 0
time_point = ''
time_duration = ''
rescan = ''
mapped = ''
acquisition_date = ''
contrast = ''
modality = 'anatomical_mri'
Parent types:Label volume 3D Volume 4D Volume Any TypeKey: ['time_point', 'time_duration', 'rescan', 'mapped', 'acquisition_date', 'contrast', 'center', 'subject', 'acquisition', 'analysis', 'side']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'contrast', 'time_point', 'mapped', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'Rules selection key: ['side'] []
center = 'subjects'
analysis = 'default_analysis'
{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/segmentation/left/csf_<side>_<subject>
Formats: 'BrainVISA volume formats'
Rule selection key: ('left',) ()
Priority offset: 0
time_point = ''
time_duration = ''
rescan = ''
mapped = ''
acquisition_date = ''
contrast = ''
modality = 'anatomical_mri'
side = 'left'
{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/segmentation/left/csf_<side>_<subject>
Formats: 'BrainVISA volume formats'{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/segmentation/right/csf_<side>_<subject>
Rule selection key: ('',) ()
Priority offset: 0
time_point = ''
time_duration = ''
rescan = ''
mapped = ''
acquisition_date = ''
contrast = ''
modality = 'anatomical_mri'
side = 'left'
Formats: 'BrainVISA volume formats'
Rule selection key: ('',) ()
Priority offset: 0
time_point = ''
time_duration = ''
rescan = ''
mapped = ''
acquisition_date = ''
contrast = ''
modality = 'anatomical_mri'
side = 'right'
{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/segmentation/right/csf_<side>_<subject>
Formats: 'BrainVISA volume formats'
Rule selection key: ('right',) ()
Priority offset: 0
time_point = ''
time_duration = ''
rescan = ''
mapped = ''
acquisition_date = ''
contrast = ''
modality = 'anatomical_mri'
side = 'right'
Parent types:P:Gaussian Mixture Parameters Text file Any TypeKey: ['time_point', 'time_duration', 'rescan', 'mapped', 'acquisition_date', 'contrast', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'contrast', 'time_point', 'mapped', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/complete_mixture_<subject>
center = 'subjects'
analysis = 'default_analysis'
Formats: ['JSON file']
Rule selection key: () ()
Priority offset: 0
time_point = ''
time_duration = ''
rescan = ''
mapped = ''
acquisition_date = ''
contrast = ''
modality = 'anatomical_mri'
Parent types:P:Parcellation Label volume 3D Volume 4D Volume Any TypeKey: ['time_point', 'time_duration', 'rescan', 'mapped', 'acquisition_date', 'contrast', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'contrast', 'time_point', 'mapped', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/segmentation/EM_parcel_<subject>
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
time_point = ''
time_duration = ''
rescan = ''
mapped = ''
acquisition_date = ''
contrast = ''
modality = 'anatomical_mri'
side = 'Both'
Parent types:P:Parcellation Proba Probabilities Volume 4D Volume Any TypeKey: ['time_point', 'time_duration', 'rescan', 'mapped', 'acquisition_date', 'contrast', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'contrast', 'time_point', 'mapped', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/segmentation/EM_parcel_proba_<subject>
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
time_point = ''
time_duration = ''
rescan = ''
mapped = ''
acquisition_date = ''
contrast = ''
modality = 'anatomical_mri'
side = 'Both'
Parent types:P:Prior Proba Probabilities Volume 4D Volume Any TypeKey: ['time_point', 'time_duration', 'rescan', 'mapped', 'acquisition_date', 'contrast', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'contrast', 'time_point', 'mapped', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/EM_prior_<subject>
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
time_point = ''
time_duration = ''
rescan = ''
mapped = ''
acquisition_date = ''
contrast = ''
modality = 'anatomical_mri'
Parent types:Bucket Any TypeKey: ['time_point', 'time_duration', 'rescan', 'mapped', 'acquisition_date', 'contrast', 'center', 'subject', 'acquisition']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'contrast', 'time_point', 'mapped', 'acquisition')Default attributes values:
center = 'subjects'{center}/{subject}/anatomical_mri/{acquisition}/registration/evalpoints_<subject>
acquisition = 'default_acquisition'
Formats: ['Bucket']
Rule selection key: () ()
Priority offset: 0
time_point = ''
time_duration = ''
rescan = ''
mapped = ''
acquisition_date = ''
contrast = ''
modality = 'anatomical_mri'
Parent types:P:MRI Bias Corrected P:MRI 3D Volume 4D Volume Any TypeKey: ['time_point', 'time_duration', 'rescan', 'mapped', 'acquisition_date', 'contrast', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'contrast', 'time_point', 'mapped', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/invert_nobias_<subject>
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
time_point = ''
time_duration = ''
rescan = ''
mapped = ''
acquisition_date = ''
contrast = ''
modality = 'anatomical_mri'
inverted = 'yes'
Parent types:P:MRI Histo Analysis P:Histo Analysis Histo Analysis Text file Any TypeKey: ['time_point', 'time_duration', 'rescan', 'mapped', 'acquisition_date', 'contrast', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'contrast', 'time_point', 'mapped', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/invert_<subject>
center = 'subjects'
analysis = 'default_analysis'
Formats: ['Histo Analysis']
Rule selection key: () ()
Priority offset: 0
time_point = ''
time_duration = ''
rescan = ''
mapped = ''
acquisition_date = ''
contrast = ''
modality = 'anatomical_mri'
inverted = 'yes'
Parent types:P:MRI Histogram P:Histogram Histogram Any TypeKey: ['time_point', 'time_duration', 'rescan', 'mapped', 'acquisition_date', 'contrast', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'contrast', 'time_point', 'mapped', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/invert_<subject>
center = 'subjects'
analysis = 'default_analysis'
Formats: ['Histogram']
Rule selection key: () ()
Priority offset: 0
time_point = ''
time_duration = ''
rescan = ''
mapped = ''
acquisition_date = ''
contrast = ''
modality = 'anatomical_mri'
inverted = 'yes'
Parent types:P:MRI Mean Curvature Rainbow 3D volume 3D Volume 4D Volume Any TypeKey: ['time_point', 'time_duration', 'rescan', 'mapped', 'acquisition_date', 'contrast', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'contrast', 'time_point', 'mapped', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/invert_mean_curvature_<subject>
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
time_point = ''
time_duration = ''
rescan = ''
mapped = ''
acquisition_date = ''
contrast = ''
modality = 'anatomical_mri'
inverted = 'yes'
Parent types:Any TypeKey: ['time_point', 'time_duration', 'rescan', 'mapped', 'acquisition_date', 'contrast', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'contrast', 'time_point', 'mapped', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/anatomical_mri/{acquisition}/{analysis}
center = 'subjects'
analysis = 'default_analysis'
Formats: ['Directory']
Rule selection key: () ()
Priority offset: 0
time_point = ''
time_duration = ''
rescan = ''
mapped = ''
acquisition_date = ''
contrast = ''
modality = 'anatomical_mri'
Parent types:P:MRI 3D Volume 4D Volume Any TypeKey: ['time_point', 'time_duration', 'rescan', 'mapped', 'acquisition_date', 'contrast', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'contrast', 'time_point', 'mapped', 'acquisition')Default attributes values:
analysis = 'default_analysis'
center = 'subjects'
acquisition = 'default_acquisition'
{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/nobias_<subject>
Formats: 'BrainVISA volume formats'{center}/{subject}/anatomical_mri/{acquisition}/pre_analysis/nobias_<subject>
Rule selection key: () ()
Priority offset: 0
time_point = ''
time_duration = ''
rescan = ''
mapped = ''
acquisition_date = ''
contrast = ''
modality = 'anatomical_mri'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 1
time_point = ''
time_duration = ''
rescan = ''
mapped = ''
acquisition_date = ''
contrast = ''
analysis = ''
modality = 'anatomical_mri'
Parent types:Rainbow 3D volume 3D Volume 4D Volume Any TypeKey: ['time_point', 'time_duration', 'rescan', 'mapped', 'acquisition_date', 'contrast', 'center', 'subject', 'acquisition']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'contrast', 'time_point', 'mapped', 'acquisition')Default attributes values:
center = 'subjects'{center}/{subject}/anatomical_mri/{acquisition}/pre_analysis/biasfield_<subject>
acquisition = 'default_acquisition'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
time_point = ''
time_duration = ''
rescan = ''
mapped = ''
acquisition_date = ''
contrast = ''
modality = 'anatomical_mri'
Parent types:P:MRI Bias Corrected P:MRI 3D Volume 4D Volume Any TypeKey: ['time_point', 'time_duration', 'rescan', 'mapped', 'acquisition_date', 'contrast', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'contrast', 'time_point', 'mapped', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/EM_nobias_<subject>
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 3
time_point = ''
time_duration = ''
rescan = ''
mapped = ''
acquisition_date = ''
contrast = ''
modality = 'anatomical_mri'
Parent types:P:MRI Bias Field Rainbow 3D volume 3D Volume 4D Volume Any TypeKey: ['time_point', 'time_duration', 'rescan', 'mapped', 'acquisition_date', 'contrast', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'contrast', 'time_point', 'mapped', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/EM_biasfield_<subject>
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 2
time_point = ''
time_duration = ''
rescan = ''
mapped = ''
acquisition_date = ''
contrast = ''
modality = 'anatomical_mri'
Parent types:Rainbow 3D volume 3D Volume 4D Volume Any TypeKey: ['time_point', 'time_duration', 'rescan', 'mapped', 'acquisition_date', 'contrast', 'center', 'subject', 'acquisition']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'contrast', 'time_point', 'mapped', 'acquisition')Default attributes values:
center = 'subjects'{center}/{subject}/anatomical_mri/{acquisition}/pre_analysis/edges_<subject>
acquisition = 'default_acquisition'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
time_point = ''
time_duration = ''
rescan = ''
mapped = ''
acquisition_date = ''
contrast = ''
modality = 'anatomical_mri'
Parent types:Label volume 3D Volume 4D Volume Any TypeKey: ['time_point', 'time_duration', 'rescan', 'mapped', 'acquisition_date', 'contrast', 'center', 'subject', 'acquisition']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'contrast', 'time_point', 'mapped', 'acquisition')Default attributes values:
center = 'subjects'{center}/{subject}/anatomical_mri/{acquisition}/pre_analysis/hfiltered_<subject>
acquisition = 'default_acquisition'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
time_point = ''
time_duration = ''
rescan = ''
mapped = ''
acquisition_date = ''
contrast = ''
modality = 'anatomical_mri'
Parent types:P:Histo Analysis Histo Analysis Text file Any TypeKey: ['time_point', 'time_duration', 'rescan', 'mapped', 'acquisition_date', 'contrast', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'contrast', 'time_point', 'mapped', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/<subject>
center = 'subjects'
analysis = 'default_analysis'
Formats: ['Histo Analysis']
Rule selection key: () ()
Priority offset: 1
time_point = ''
time_duration = ''
rescan = ''
mapped = ''
acquisition_date = ''
contrast = ''
modality = 'anatomical_mri'
Parent types:P:Histogram Histogram Any TypeKey: ['time_point', 'time_duration', 'rescan', 'mapped', 'acquisition_date', 'contrast', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'contrast', 'time_point', 'mapped', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/<subject>
center = 'subjects'
analysis = 'default_analysis'
Formats: ['Histogram']
Rule selection key: () ()
Priority offset: 1
time_point = ''
time_duration = ''
rescan = ''
mapped = ''
acquisition_date = ''
contrast = ''
modality = 'anatomical_mri'
Parent types:Rainbow 3D volume 3D Volume 4D Volume Any TypeKey: ['time_point', 'time_duration', 'rescan', 'mapped', 'acquisition_date', 'contrast', 'center', 'subject', 'acquisition']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'contrast', 'time_point', 'mapped', 'acquisition')Default attributes values:
center = 'subjects'{center}/{subject}/anatomical_mri/{acquisition}/pre_analysis/mean_curvature_<subject>
acquisition = 'default_acquisition'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 1
time_point = ''
time_duration = ''
rescan = ''
mapped = ''
acquisition_date = ''
contrast = ''
modality = 'anatomical_mri'
Parent types:P:MRI 3D Volume 4D Volume Any TypeKey: ['time_point', 'time_duration', 'rescan', 'mapped', 'acquisition_date', 'contrast', 'center', 'subject', 'acquisition']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'contrast', 'time_point', 'mapped', 'acquisition')Default attributes values:
center = 'subjects'{center}/{subject}/anatomical_mri/{acquisition}/<subject>
acquisition = 'default_acquisition'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 1
time_point = ''
time_duration = ''
rescan = ''
mapped = ''
acquisition_date = ''
contrast = ''
modality = 'anatomical_mri'
normalized = 'no'
Parent types:P:MRI Bias Corrected P:MRI 3D Volume 4D Volume Any TypeKey: ['time_point', 'time_duration', 'rescan', 'mapped', 'acquisition_date', 'contrast', 'center', 'subject', 'acquisition']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'contrast', 'time_point', 'mapped', 'acquisition')Default attributes values:
center = 'subjects'{center}/{subject}/anatomical_mri/{acquisition}/pre_analysis/VIP_nobias_<subject>
acquisition = 'default_acquisition'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 2
time_point = ''
time_duration = ''
rescan = ''
mapped = ''
acquisition_date = ''
contrast = ''
modality = 'anatomical_mri'
Parent types:P:MRI Bias Field Rainbow 3D volume 3D Volume 4D Volume Any TypeKey: ['time_point', 'time_duration', 'rescan', 'mapped', 'acquisition_date', 'contrast', 'center', 'subject', 'acquisition']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'contrast', 'time_point', 'mapped', 'acquisition')Default attributes values:
center = 'subjects'{center}/{subject}/anatomical_mri/{acquisition}/pre_analysis/VIP_biasfield_<subject>
acquisition = 'default_acquisition'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 2
time_point = ''
time_duration = ''
rescan = ''
mapped = ''
acquisition_date = ''
contrast = ''
modality = 'anatomical_mri'
Parent types:Rainbow 3D volume 3D Volume 4D Volume Any TypeKey: ['time_point', 'time_duration', 'rescan', 'mapped', 'acquisition_date', 'contrast', 'center', 'subject', 'acquisition']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'contrast', 'time_point', 'mapped', 'acquisition')Default attributes values:
center = 'subjects'{center}/{subject}/anatomical_mri/{acquisition}/pre_analysis/variance_<subject>
acquisition = 'default_acquisition'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
time_point = ''
time_duration = ''
rescan = ''
mapped = ''
acquisition_date = ''
contrast = ''
modality = 'anatomical_mri'
Parent types:Label volume 3D Volume 4D Volume Any TypeKey: ['time_point', 'time_duration', 'rescan', 'mapped', 'acquisition_date', 'contrast', 'center', 'subject', 'acquisition']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'contrast', 'time_point', 'mapped', 'acquisition')Default attributes values:
center = 'subjects'{center}/{subject}/anatomical_mri/{acquisition}/pre_analysis/whiteridge_<subject>
acquisition = 'default_acquisition'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
time_point = ''
time_duration = ''
rescan = ''
mapped = ''
acquisition_date = ''
contrast = ''
modality = 'anatomical_mri'
Parent types:Any TypeKey: ['center', 'subject']Default attributes values:
center = 'subjects'{center}/{subject}/anatomical_mri
Formats: ['Directory']
Rule selection key: () ()
Priority offset: 0
modality = 'anatomical_mri'
Parent types:P:Skull Stripping Mask Label volume 3D Volume 4D Volume Any TypeKey: ['time_point', 'time_duration', 'rescan', 'mapped', 'acquisition_date', 'contrast', 'center', 'subject', 'acquisition']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'contrast', 'time_point', 'mapped', 'acquisition')Default attributes values:
center = 'subjects'{center}/{subject}/anatomical_mri/{acquisition}/pre_analysis/skullstrip_<subject>
acquisition = 'default_acquisition'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
time_point = ''
time_duration = ''
rescan = ''
mapped = ''
acquisition_date = ''
contrast = ''
modality = 'anatomical_mri'
Parent types:Label volume 3D Volume 4D Volume Any TypeKey: ['time_point', 'time_duration', 'rescan', 'mapped', 'acquisition_date', 'contrast', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'contrast', 'time_point', 'mapped', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/segmentation/parcel_<subject>
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
time_point = ''
time_duration = ''
rescan = ''
mapped = ''
acquisition_date = ''
contrast = ''
modality = 'anatomical_mri'
side = 'Both'
Parent types:Probabilities Volume 4D Volume Any TypeKey: ['time_point', 'time_duration', 'rescan', 'mapped', 'acquisition_date', 'contrast', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'contrast', 'time_point', 'mapped', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/segmentation/parcel_proba_<subject>
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
time_point = ''
time_duration = ''
rescan = ''
mapped = ''
acquisition_date = ''
contrast = ''
modality = 'anatomical_mri'
side = 'Both'
Parent types:Transformation matrix Transformation Any TypeKey: ['time_point', 'time_duration', 'rescan', 'mapped', 'acquisition_date', 'contrast', 'center', 'subject', 'acquisition']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'contrast', 'time_point', 'mapped', 'acquisition')Default attributes values:
center = 'subjects'{center}/{subject}/anatomical_mri/{acquisition}/registration/raw_to_aligned-AC-PC
acquisition = 'default_acquisition'
Formats: ['Transformation matrix', 'Matlab file']
Rule selection key: () ()
Priority offset: 0
time_point = ''
time_duration = ''
rescan = ''
mapped = ''
acquisition_date = ''
contrast = ''
modality = 'anatomical_mri'
Parent types:P:MRI 3D Volume 4D Volume Any TypeKey: ['time_point', 'time_duration', 'rescan', 'mapped', 'acquisition_date', 'contrast', 'center', 'subject', 'acquisition']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'contrast', 'time_point', 'mapped', 'acquisition')Default attributes values:
center = 'subjects'{center}/{subject}/anatomical_mri/{acquisition}/registration/target_<subject>
acquisition = 'default_acquisition'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
time_point = ''
time_duration = ''
rescan = ''
mapped = ''
acquisition_date = ''
contrast = ''
modality = 'anatomical_mri'
Parent types:Referential Text file Any TypeKey: ['time_point', 'time_duration', 'rescan', 'mapped', 'acquisition_date', 'contrast', 'center', 'subject', 'acquisition']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'contrast', 'time_point', 'mapped', 'acquisition')Default attributes values:
center = 'subjects'{center}/{subject}/anatomical_mri/{acquisition}/registration/<subject>_<acquisition>
acquisition = 'default_acquisition'
Formats: ['Referential']
Rule selection key: () ()
Priority offset: 0
time_point = ''
time_duration = ''
rescan = ''
mapped = ''
acquisition_date = ''
contrast = ''
modality = 'anatomical_mri'
Parent types:REF to TEST Transformation matrix RECAL Transformation matrix Transformation matrix Transformation Any TypeKey: ['time_point', 'time_duration', 'rescan', 'mapped', 'acquisition_date', 'contrast', 'center', 'subject', 'acquisition']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'contrast', 'time_point', 'mapped', 'acquisition')Default attributes values:
center = 'subjects'{center}/{subject}/anatomical_mri/{acquisition}/registration/<subject>_<acquisition>_TO_template
acquisition = 'default_acquisition'
Formats: ['Transformation matrix', 'Matlab file']
Rule selection key: () ()
Priority offset: 0
time_point = ''
time_duration = ''
rescan = ''
mapped = ''
acquisition_date = ''
contrast = ''
modality = 'anatomical_mri'
Parent types:Transformation matrix Transformation Any TypeKey: ['time_point', 'time_duration', 'rescan', 'mapped', 'acquisition_date', 'contrast', 'center', 'subject', 'acquisition']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'contrast', 'time_point', 'mapped', 'acquisition')Default attributes values:
center = 'subjects'{center}/{subject}/anatomical_mri/{acquisition}/registration/<subject>_<acquisition>_TO_Talairach-ACPC
acquisition = 'default_acquisition'
Formats: ['Transformation matrix', 'Matlab file']
Rule selection key: () ()
Priority offset: 0
time_point = ''
time_duration = ''
rescan = ''
mapped = ''
acquisition_date = ''
contrast = ''
modality = 'anatomical_mri'
Parent types:Transformation matrix Transformation Any TypeKey: ['time_point', 'time_duration', 'rescan', 'mapped', 'acquisition_date', 'contrast', 'center', 'subject', 'acquisition']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'contrast', 'time_point', 'mapped', 'acquisition')Default attributes values:
center = 'subjects'{center}/{subject}/anatomical_mri/{acquisition}/registration/<subject>_<acquisition>_TO_Talairach-MNI
acquisition = 'default_acquisition'
Formats: ['Transformation matrix', 'Matlab file']
Rule selection key: () ()
Priority offset: 0
time_point = ''
time_duration = ''
rescan = ''
mapped = ''
acquisition_date = ''
contrast = ''
modality = 'anatomical_mri'
destination_referential = '803552a6-ac4d-491d-99f5-b938392b674b'
Parent types:TEST to REF Transformation matrix RECAL Transformation matrix Transformation matrix Transformation Any TypeKey: ['time_point', 'time_duration', 'rescan', 'mapped', 'acquisition_date', 'contrast', 'center', 'subject', 'acquisition']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'contrast', 'time_point', 'mapped', 'acquisition')Default attributes values:
center = 'subjects'{center}/{subject}/anatomical_mri/{acquisition}/registration/template_TO_<subject>_<acquisition>_affine
acquisition = 'default_acquisition'
Formats: ['Transformation matrix', 'Matlab file']
Rule selection key: () ()
Priority offset: 0
time_point = ''
time_duration = ''
rescan = ''
mapped = ''
acquisition_date = ''
contrast = ''
modality = 'anatomical_mri'
Parent types:FFD Transformation 3D Volume 4D Volume Any TypeKey: ['time_point', 'time_duration', 'rescan', 'mapped', 'acquisition_date', 'contrast', 'center', 'subject', 'acquisition']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'contrast', 'time_point', 'mapped', 'acquisition')Default attributes values:
center = 'subjects'{center}/{subject}/anatomical_mri/{acquisition}/registration/template_TO_<subject>_<acquisition>_nonlinear
acquisition = 'default_acquisition'
Formats: ['GIS image']
Rule selection key: () ()
Priority offset: 0
time_point = ''
time_duration = ''
rescan = ''
mapped = ''
acquisition_date = ''
contrast = ''
modality = 'anatomical_mri'
Parent types:4D Volume Any TypeKey: ['center', 'subject', 'acquisition', 'filename_variable', 'camera', 'race']Default attributes values:
center = 'subjects'Rules selection key: ['camera', 'race'] []
{center}/{subject}/pet/{acquisition}/h*
Formats: 'BrainVISA volume formats'{center}/{subject}/pet/{acquisition}/i*
Rule selection key: ('', 'human') ()
Priority offset: 0
modality = 'pet'
race = 'human'
camera = 'HR+1'
Formats: 'BrainVISA volume formats'{center}/{subject}/pet/{acquisition}/j*
Rule selection key: ('', 'human') ()
Priority offset: 0
modality = 'pet'
race = 'human'
camera = 'HR+2'
Formats: 'BrainVISA volume formats'{center}/{subject}/pet/{acquisition}/PET_*
Rule selection key: ('', 'human') ()
Priority offset: 0
modality = 'pet'
race = 'human'
camera = 'HRRT'
Formats: 'BrainVISA volume formats'{center}/{subject}/pet/{acquisition}/T*
Rule selection key: ('', 'human') ()
Priority offset: 0
race = 'human'
camera = 'Biograph'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'human') ()
Priority offset: 0
race = 'human'
camera = 'Biograph'
{center}/{subject}/pet/{acquisition}/h*
Formats: 'BrainVISA volume formats'
Rule selection key: ('HR+1', 'human') ()
Priority offset: 0
modality = 'pet'
race = 'human'
camera = 'HR+1'
{center}/{subject}/pet/{acquisition}/h*
Formats: 'BrainVISA volume formats'{center}/{subject}/pet/{acquisition}/f*
Rule selection key: ('HR+1', '') ()
Priority offset: 0
modality = 'pet'
race = 'human'
camera = 'HR+1'
Formats: 'BrainVISA volume formats'{center}/{subject}/pet/{acquisition}/a*
Rule selection key: ('HR+1', '') ()
Priority offset: 0
modality = 'pet'
race = 'phantom'
camera = 'HR+1'
Formats: 'BrainVISA volume formats'
Rule selection key: ('HR+1', '') ()
Priority offset: 0
modality = 'pet'
race = 'animal'
camera = 'HR+1'
{center}/{subject}/pet/{acquisition}/h*
Formats: 'BrainVISA volume formats'{center}/{subject}/pet/{acquisition}/i*
Rule selection key: ('', '') ()
Priority offset: 0
modality = 'pet'
race = 'human'
camera = 'HR+1'
Formats: 'BrainVISA volume formats'{center}/{subject}/pet/{acquisition}/j*
Rule selection key: ('', '') ()
Priority offset: 0
modality = 'pet'
race = 'human'
camera = 'HR+2'
Formats: 'BrainVISA volume formats'{center}/{subject}/pet/{acquisition}/f*
Rule selection key: ('', '') ()
Priority offset: 0
modality = 'pet'
race = 'human'
camera = 'HRRT'
Formats: 'BrainVISA volume formats'{center}/{subject}/pet/{acquisition}/g*
Rule selection key: ('', '') ()
Priority offset: 0
modality = 'pet'
race = 'phantom'
camera = 'HR+1'
Formats: 'BrainVISA volume formats'{center}/{subject}/pet/{acquisition}/k*
Rule selection key: ('', '') ()
Priority offset: 0
modality = 'pet'
race = 'phantom'
camera = 'HR+2'
Formats: 'BrainVISA volume formats'{center}/{subject}/pet/{acquisition}/m*
Rule selection key: ('', '') ()
Priority offset: 0
modality = 'pet'
race = 'phantom'
camera = 'HRRT'
Formats: 'BrainVISA volume formats'{center}/{subject}/pet/{acquisition}/a*
Rule selection key: ('', '') ()
Priority offset: 0
modality = 'pet'
race = 'phantom'
camera = 'FOCUS'
Formats: 'BrainVISA volume formats'{center}/{subject}/pet/{acquisition}/b*
Rule selection key: ('', '') ()
Priority offset: 0
modality = 'pet'
race = 'animal'
camera = 'HR+1'
Formats: 'BrainVISA volume formats'{center}/{subject}/pet/{acquisition}/c*
Rule selection key: ('', '') ()
Priority offset: 0
modality = 'pet'
race = 'animal'
camera = 'HR+2'
Formats: 'BrainVISA volume formats'{center}/{subject}/pet/{acquisition}/u*
Rule selection key: ('', '') ()
Priority offset: 0
modality = 'pet'
race = 'animal'
camera = 'HRRT'
Formats: 'BrainVISA volume formats'{center}/{subject}/pet/{acquisition}/v*
Rule selection key: ('', '') ()
Priority offset: 0
modality = 'pet'
race = 'animal'
camera = 'FOCUS'
Formats: 'BrainVISA volume formats'{center}/{subject}/pet/{acquisition}/PET_*
Rule selection key: ('', '') ()
Priority offset: 0
modality = 'pet'
race = 'animal'
camera = 'INVEON'
Formats: 'BrainVISA volume formats'{center}/{subject}/pet/{acquisition}/T*
Rule selection key: ('', '') ()
Priority offset: 0
race = 'human'
camera = 'Biograph'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
race = 'human'
camera = 'Biograph'
{center}/{subject}/pet/{acquisition}/i*
Formats: 'BrainVISA volume formats'{center}/{subject}/pet/{acquisition}/g*
Rule selection key: ('HR+2', '') ()
Priority offset: 0
modality = 'pet'
race = 'human'
camera = 'HR+2'
Formats: 'BrainVISA volume formats'{center}/{subject}/pet/{acquisition}/b*
Rule selection key: ('HR+2', '') ()
Priority offset: 0
modality = 'pet'
race = 'phantom'
camera = 'HR+2'
Formats: 'BrainVISA volume formats'
Rule selection key: ('HR+2', '') ()
Priority offset: 0
modality = 'pet'
race = 'animal'
camera = 'HR+2'
{center}/{subject}/pet/{acquisition}/i*
Formats: 'BrainVISA volume formats'
Rule selection key: ('HR+2', 'human') ()
Priority offset: 0
modality = 'pet'
race = 'human'
camera = 'HR+2'
{center}/{subject}/pet/{acquisition}/j*
Formats: 'BrainVISA volume formats'{center}/{subject}/pet/{acquisition}/k*
Rule selection key: ('HRRT', '') ()
Priority offset: 0
modality = 'pet'
race = 'human'
camera = 'HRRT'
Formats: 'BrainVISA volume formats'{center}/{subject}/pet/{acquisition}/c*
Rule selection key: ('HRRT', '') ()
Priority offset: 0
modality = 'pet'
race = 'phantom'
camera = 'HRRT'
Formats: 'BrainVISA volume formats'
Rule selection key: ('HRRT', '') ()
Priority offset: 0
modality = 'pet'
race = 'animal'
camera = 'HRRT'
{center}/{subject}/pet/{acquisition}/j*
Formats: 'BrainVISA volume formats'{center}/{subject}/pet/{acquisition}/f*
Rule selection key: ('HRRT', 'human') ()
Priority offset: 0
modality = 'pet'
race = 'human'
camera = 'HRRT'
Formats: 'BrainVISA volume formats'
Rule selection key: ('HR+1', 'phantom') ()
Priority offset: 0
modality = 'pet'
race = 'phantom'
camera = 'HR+1'
{center}/{subject}/pet/{acquisition}/f*
Formats: 'BrainVISA volume formats'{center}/{subject}/pet/{acquisition}/g*
Rule selection key: ('', 'phantom') ()
Priority offset: 0
modality = 'pet'
race = 'phantom'
camera = 'HR+1'
Formats: 'BrainVISA volume formats'{center}/{subject}/pet/{acquisition}/k*
Rule selection key: ('', 'phantom') ()
Priority offset: 0
modality = 'pet'
race = 'phantom'
camera = 'HR+2'
Formats: 'BrainVISA volume formats'{center}/{subject}/pet/{acquisition}/m*
Rule selection key: ('', 'phantom') ()
Priority offset: 0
modality = 'pet'
race = 'phantom'
camera = 'HRRT'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'phantom') ()
Priority offset: 0
modality = 'pet'
race = 'phantom'
camera = 'FOCUS'
{center}/{subject}/pet/{acquisition}/g*
Formats: 'BrainVISA volume formats'{center}/{subject}/pet/{acquisition}/k*
Rule selection key: ('HR+2', 'phantom') ()
Priority offset: 0
modality = 'pet'
race = 'phantom'
camera = 'HR+2'
Formats: 'BrainVISA volume formats'{center}/{subject}/pet/{acquisition}/m*
Rule selection key: ('HRRT', 'phantom') ()
Priority offset: 0
modality = 'pet'
race = 'phantom'
camera = 'HRRT'
Formats: 'BrainVISA volume formats'
Rule selection key: ('FOCUS', 'phantom') ()
Priority offset: 0
modality = 'pet'
race = 'phantom'
camera = 'FOCUS'
{center}/{subject}/pet/{acquisition}/m*
Formats: 'BrainVISA volume formats'{center}/{subject}/pet/{acquisition}/u*
Rule selection key: ('FOCUS', '') ()
Priority offset: 0
modality = 'pet'
race = 'phantom'
camera = 'FOCUS'
Formats: 'BrainVISA volume formats'
Rule selection key: ('FOCUS', '') ()
Priority offset: 0
modality = 'pet'
race = 'animal'
camera = 'FOCUS'
{center}/{subject}/pet/{acquisition}/a*
Formats: 'BrainVISA volume formats'{center}/{subject}/pet/{acquisition}/b*
Rule selection key: ('', 'animal') ()
Priority offset: 0
modality = 'pet'
race = 'animal'
camera = 'HR+1'
Formats: 'BrainVISA volume formats'{center}/{subject}/pet/{acquisition}/c*
Rule selection key: ('', 'animal') ()
Priority offset: 0
modality = 'pet'
race = 'animal'
camera = 'HR+2'
Formats: 'BrainVISA volume formats'{center}/{subject}/pet/{acquisition}/u*
Rule selection key: ('', 'animal') ()
Priority offset: 0
modality = 'pet'
race = 'animal'
camera = 'HRRT'
Formats: 'BrainVISA volume formats'{center}/{subject}/pet/{acquisition}/v*
Rule selection key: ('', 'animal') ()
Priority offset: 0
modality = 'pet'
race = 'animal'
camera = 'FOCUS'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'animal') ()
Priority offset: 0
modality = 'pet'
race = 'animal'
camera = 'INVEON'
{center}/{subject}/pet/{acquisition}/a*
Formats: 'BrainVISA volume formats'{center}/{subject}/pet/{acquisition}/b*
Rule selection key: ('HR+1', 'animal') ()
Priority offset: 0
modality = 'pet'
race = 'animal'
camera = 'HR+1'
Formats: 'BrainVISA volume formats'{center}/{subject}/pet/{acquisition}/c*
Rule selection key: ('HR+2', 'animal') ()
Priority offset: 0
modality = 'pet'
race = 'animal'
camera = 'HR+2'
Formats: 'BrainVISA volume formats'{center}/{subject}/pet/{acquisition}/u*
Rule selection key: ('HRRT', 'animal') ()
Priority offset: 0
modality = 'pet'
race = 'animal'
camera = 'HRRT'
Formats: 'BrainVISA volume formats'{center}/{subject}/pet/{acquisition}/v*
Rule selection key: ('FOCUS', 'animal') ()
Priority offset: 0
modality = 'pet'
race = 'animal'
camera = 'FOCUS'
Formats: 'BrainVISA volume formats'{center}/{subject}/pet/{acquisition}/v*
Rule selection key: ('INVEON', 'animal') ()
Priority offset: 0
modality = 'pet'
race = 'animal'
camera = 'INVEON'
Formats: 'BrainVISA volume formats'
Rule selection key: ('INVEON', '') ()
Priority offset: 0
modality = 'pet'
race = 'animal'
camera = 'INVEON'
{center}/{subject}/pet/{acquisition}/PET_*
Formats: 'BrainVISA volume formats'{center}/{subject}/pet/{acquisition}/T*
Rule selection key: ('Biograph', '') ()
Priority offset: 0
race = 'human'
camera = 'Biograph'
Formats: 'BrainVISA volume formats'
Rule selection key: ('Biograph', '') ()
Priority offset: 0
race = 'human'
camera = 'Biograph'
{center}/{subject}/pet/{acquisition}/PET_*
Formats: 'BrainVISA volume formats'{center}/{subject}/pet/{acquisition}/T*
Rule selection key: ('Biograph', 'human') ()
Priority offset: 0
race = 'human'
camera = 'Biograph'
Formats: 'BrainVISA volume formats'
Rule selection key: ('Biograph', 'human') ()
Priority offset: 0
race = 'human'
camera = 'Biograph'
Parent types:Referential Text file Any TypeKey: ['center', 'subject', 'acquisition', 'tracer', 'reconstruction']Default attributes values:
center = 'subjects'{center}/{subject}/pet/{acquisition}/{tracer}/PET_{reconstruction}/<subject>_<acquisition>_<tracer>_<reconstruction>_Dyn_R
Formats: ['Referential']
Rule selection key: () ()
Priority offset: 0
Parent types:Referential Text file Any TypeKey: ['center', 'subject', 'acquisition', 'tracer', 'reconstruction']Default attributes values:
center = 'subjects'{center}/{subject}/pet/{acquisition}/{tracer}/PET_{reconstruction}/<subject>_<acquisition>_<tracer>_<reconstruction>_Mean_R
Formats: ['Referential']
Rule selection key: () ()
Priority offset: 0
Parent types:PET 4D Volume Any TypeKey: ['center', 'subject', 'acquisition', 'processing', 'tracer', 'analysis']Default attributes values:
center = 'subjects'Rules selection key: [] ['processing', 'tracer', 'analysis']
{center}/{subject}/pet/{acquisition}/<subject>_SUV
Formats: 'BrainVISA volume formats'{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}/pet<tracer>_space/<subject>_pet_SUV
Rule selection key: () (True, True, True)
Priority offset: 0
Formats: 'BrainVISA volume formats'
Rule selection key: () (False, False, False)
Priority offset: 0
space = 'pet'
Parent types:PET Transformation matrix Any TypeKey: ['center', 'subject', 'acquisition']Default attributes values:
center = 'subjects'{center}/{subject}/pet/{acquisition}/registration/PET_<subject>-<acquisition>_sub_volume_TO_whole
Formats: ['Transformation matrix']
Rule selection key: () ()
Priority offset: 0
race = 'human'
Parent types:PET Transformation matrix Any TypeKey: ['center', 'subject', 'acquisition']Default attributes values:
center = 'subjects'{center}/{subject}/pet/{acquisition}/registration/PET_<subject>-<acquisition>_whole_TO_sub_volume
Formats: ['Transformation matrix']
Rule selection key: () ()
Priority offset: 0
race = 'human'
Parent types:Text file Any TypeKey: ['center', 'subject', 'acquisition', 'tracer']Default attributes values:
center = 'subjects'{center}/{subject}/pet/{acquisition}/{tracer}/<subject>_mean_data
Formats: ['JSON file']
Rule selection key: () ()
Priority offset: 0
Parent types:Directory Any TypeKey: ['center', 'subject', 'acquisition', 'tracer']Default attributes values:
center = 'subjects'{center}/{subject}/pet/{acquisition}/{tracer}/dynamic
Formats: ['Directory']
Rule selection key: () ()
Priority offset: 0
Parent types:Text file Any TypeKey: ['center', 'subject', 'acquisition', 'tracer']Default attributes values:
center = 'subjects'{center}/{subject}/pet/{acquisition}/{tracer}/dynamic_realigned/rp_<subject>
Formats: None
Rule selection key: () ()
Priority offset: 0
Parent types:Directory Any TypeKey: ['center', 'subject', 'acquisition', 'tracer']Default attributes values:
center = 'subjects'{center}/{subject}/pet/{acquisition}/{tracer}/dynamic_realigned
Formats: ['Directory']
Rule selection key: () ()
Priority offset: 0
Parent types:Snapshot 2D Image 3D Volume 4D Volume Any TypeKey: ['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
Parent types:PET 4D Volume Any TypeKey: ['center', 'subject', 'acquisition', 'tracer', 'processing', 'analysis', 'segmentation_method', 'PVC_method', 'space', 'template', 'first_frame', 'last_frame', 'coregistration', 'followup', 'baseline', 'pet_sequence', 'time_point']
Non mandatory key attributes: ('analysis',)Default attributes values:
center = 'subjects'Rules selection key: ['space', 'time_point'] ['processing', 'segmentation_method', 'PVC_method', 'template', 'first_frame', 'last_frame', 'coregistration', 'followup', 'baseline', 'pet_sequence', 'acquisition', 'tracer']
analysis = 'default_analysis'
{center}/{subject}/pet/{acquisition}/{tracer}/<subject>_mean
Formats: 'BrainVISA volume formats'{center}/{subject}/pet/{acquisition}/{tracer}/<subject>_mean
Rule selection key: ('', '') (True, True, True, True, True, True, True, True, True, True, False, False)
Priority offset: 0
processing = ''
analysis = ''
segmentation_method = ''
PVC_method = ''
template = ''
first_frame = ''
last_frame = ''
coregistration = ''
followup = ''
baseline = ''
pet_sequence = ''
space = 'pet'
PVC = 'no'
Formats: 'BrainVISA volume formats'{center}/{subject}/pet/{acquisition}/{tracer}/<subject>_mean_{first_frame}_to_{last_frame}
Rule selection key: ('pet', '') (True, True, True, True, True, True, True, True, True, True, False, False)
Priority offset: 0
processing = ''
analysis = ''
segmentation_method = ''
PVC_method = ''
template = ''
first_frame = ''
last_frame = ''
coregistration = ''
followup = ''
baseline = ''
pet_sequence = ''
space = 'pet'
PVC = 'no'
Formats: 'BrainVISA volume formats'{center}/{subject}/pet/{acquisition}/{tracer}/<subject>_mean_{first_frame}_to_{last_frame}
Rule selection key: ('pet', '') (True, True, True, True, False, False, True, True, True, True, False, False)
Priority offset: 0
processing = ''
analysis = ''
segmentation_method = ''
PVC_method = ''
template = ''
coregistration = ''
followup = ''
baseline = ''
pet_sequence = ''
space = 'pet'
PVC = 'no'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') (True, True, True, True, False, False, True, True, True, True, False, False)
Priority offset: 0
processing = ''
analysis = ''
segmentation_method = ''
PVC_method = ''
template = ''
coregistration = ''
followup = ''
baseline = ''
pet_sequence = ''
space = 'pet'
PVC = 'no'
{center}/{subject}/longitudinal_preprocessings/coregistration_{coregistration}/{followup}_to_{baseline}/{analysis}/<subject>_<baseline>_{pet_sequence}_coregistered_to_<baseline>_t1mri
Formats: 'BrainVISA volume formats'{center}/{subject}/longitudinal_preprocessings/coregistration_{coregistration}/{followup}_to_{baseline}/{analysis}/<subject>_<followup>_{pet_sequence}_coregistered_to_<baseline>_t1mri
Rule selection key: ('', '') (True, True, True, True, True, True, False, False, False, False, True, True)
Priority offset: 0
acquisition = ''
tracer = ''
processing = ''
segmentation_method = ''
PVC_method = ''
template = ''
first_frame = ''
last_frame = ''
time_point = 'baseline'
PVC = 'no'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') (True, True, True, True, True, True, False, False, False, False, True, True)
Priority offset: 0
acquisition = ''
tracer = ''
processing = ''
segmentation_method = ''
PVC_method = ''
template = ''
first_frame = ''
last_frame = ''
time_point = 'followup'
PVC = 'no'
{center}/{subject}/longitudinal_preprocessings/coregistration_{coregistration}/{followup}_to_{baseline}/{analysis}/<subject>_<baseline>_{pet_sequence}_coregistered_to_<baseline>_t1mri
Formats: 'BrainVISA volume formats'{center}/{subject}/longitudinal_preprocessings/coregistration_{coregistration}/{followup}_to_{baseline}/{analysis}/<subject>_<followup>_{pet_sequence}_coregistered_to_<baseline>_t1mri
Rule selection key: ('', 'baseline') (True, True, True, True, True, True, False, False, False, False, True, True)
Priority offset: 0
acquisition = ''
tracer = ''
processing = ''
segmentation_method = ''
PVC_method = ''
template = ''
first_frame = ''
last_frame = ''
time_point = 'baseline'
PVC = 'no'
Formats: 'BrainVISA volume formats'{center}/{subject}/longitudinal_preprocessings/coregistration_{coregistration}/{followup}_to_{baseline}/{analysis}/<subject>_<baseline>_{pet_sequence}_coregistered_to_<baseline>_t1mri_PVC_using_{PVC_method}
Rule selection key: ('', 'followup') (True, True, True, True, True, True, False, False, False, False, True, True)
Priority offset: 0
acquisition = ''
tracer = ''
processing = ''
segmentation_method = ''
PVC_method = ''
template = ''
first_frame = ''
last_frame = ''
time_point = 'followup'
PVC = 'no'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'baseline') (True, True, False, True, True, True, False, False, False, False, True, True)
Priority offset: 0
acquisition = ''
tracer = ''
processing = ''
segmentation_method = ''
template = ''
first_frame = ''
last_frame = ''
time_point = 'baseline'
PVC = 'yes'
{center}/{subject}/longitudinal_preprocessings/coregistration_{coregistration}/{followup}_to_{baseline}/{analysis}/<subject>_<baseline>_{pet_sequence}_coregistered_to_<baseline>_t1mri_PVC_using_{PVC_method}
Formats: 'BrainVISA volume formats'{center}/{subject}/longitudinal_preprocessings/coregistration_{coregistration}/{followup}_to_{baseline}/{analysis}/<subject>_<followup>_{pet_sequence}_coregistered_to_<baseline>_t1mri_PVC_using_{PVC_method}
Rule selection key: ('', '') (True, True, False, True, True, True, False, False, False, False, True, True)
Priority offset: 0
acquisition = ''
tracer = ''
processing = ''
segmentation_method = ''
template = ''
first_frame = ''
last_frame = ''
time_point = 'baseline'
PVC = 'yes'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') (True, True, False, True, True, True, False, False, False, False, True, True)
Priority offset: 0
acquisition = ''
tracer = ''
processing = ''
segmentation_method = ''
template = ''
first_frame = ''
last_frame = ''
time_point = 'followup'
PVC = 'yes'
{center}/{subject}/longitudinal_preprocessings/coregistration_{coregistration}/{followup}_to_{baseline}/{analysis}/<subject>_<followup>_{pet_sequence}_coregistered_to_<baseline>_t1mri_PVC_using_{PVC_method}
Formats: 'BrainVISA volume formats'{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/pet<tracer>_space/<subject>_pet_mean
Rule selection key: ('', 'followup') (True, True, False, True, True, True, False, False, False, False, True, True)
Priority offset: 0
acquisition = ''
tracer = ''
processing = ''
segmentation_method = ''
template = ''
first_frame = ''
last_frame = ''
time_point = 'followup'
PVC = 'yes'
Formats: 'BrainVISA volume formats'
Rule selection key: ('pet', '') (False, False, False, True, True, True, True, True, True, True, False, False)
Priority offset: 0
template = ''
first_frame = ''
last_frame = ''
coregistration = ''
followup = ''
baseline = ''
pet_sequence = ''
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
Formats: 'BrainVISA volume formats'{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
Rule selection key: ('', '') (False, False, False, True, True, True, True, True, True, True, False, False)
Priority offset: 0
template = ''
first_frame = ''
last_frame = ''
coregistration = ''
followup = ''
baseline = ''
pet_sequence = ''
PVC = 'yes'
space = 'pet'
Formats: 'BrainVISA volume formats'{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/t1mri_space/<subject>_pet_mean
Rule selection key: ('', '') (False, False, False, True, True, True, True, True, True, True, False, False)
Priority offset: 0
template = ''
first_frame = ''
last_frame = ''
coregistration = ''
followup = ''
baseline = ''
pet_sequence = ''
PVC = 'yes'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') (False, False, False, True, True, True, True, True, True, True, False, False)
Priority offset: 0
template = ''
first_frame = ''
last_frame = ''
coregistration = ''
followup = ''
baseline = ''
pet_sequence = ''
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
Formats: 'BrainVISA volume formats'{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/mni{template}_space/<subject>_pet_mean
Rule selection key: ('t1mri', '') (False, False, False, True, True, True, True, True, True, True, False, False)
Priority offset: 0
template = ''
first_frame = ''
last_frame = ''
coregistration = ''
followup = ''
baseline = ''
pet_sequence = ''
PVC = 'yes'
space = 't1mri'
Formats: 'BrainVISA volume formats'{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/mni{template}_space/<subject>_pet_mean
Rule selection key: ('mni', '') (False, False, False, False, True, True, True, True, True, True, False, False)
Priority offset: 0
first_frame = ''
last_frame = ''
coregistration = ''
followup = ''
baseline = ''
pet_sequence = ''
PVC = 'yes'
space = 'mni'
Formats: 'BrainVISA volume formats'{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/pet<tracer>_space/<subject>_pet_mean
Rule selection key: ('', '') (False, False, False, False, True, True, True, True, True, True, False, False)
Priority offset: 0
first_frame = ''
last_frame = ''
coregistration = ''
followup = ''
baseline = ''
pet_sequence = ''
PVC = 'yes'
space = 'mni'
Formats: 'BrainVISA volume formats'
Rule selection key: ('pet', '') (False, False, True, True, True, True, True, True, True, True, False, False)
Priority offset: 0
PVC_method = ''
template = ''
first_frame = ''
last_frame = ''
coregistration = ''
followup = ''
baseline = ''
pet_sequence = ''
PVC = 'no'
space = 'pet'
{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/pet<tracer>_space/<subject>_pet_mean
Formats: 'BrainVISA volume formats'{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/t1mri_space/<subject>_pet_mean
Rule selection key: ('', '') (False, False, True, True, True, True, True, True, True, True, False, False)
Priority offset: 0
PVC_method = ''
template = ''
first_frame = ''
last_frame = ''
coregistration = ''
followup = ''
baseline = ''
pet_sequence = ''
PVC = 'no'
space = 'pet'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') (False, False, True, True, True, True, True, True, True, True, False, False)
Priority offset: 0
PVC_method = ''
template = ''
first_frame = ''
last_frame = ''
coregistration = ''
followup = ''
baseline = ''
pet_sequence = ''
PVC = 'no'
space = 't1mri'
{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/t1mri_space/<subject>_pet_mean
Formats: 'BrainVISA volume formats'{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/mni{template}_space/<subject>_pet_mean
Rule selection key: ('t1mri', '') (False, False, True, True, True, True, True, True, True, True, False, False)
Priority offset: 0
PVC_method = ''
template = ''
first_frame = ''
last_frame = ''
coregistration = ''
followup = ''
baseline = ''
pet_sequence = ''
PVC = 'no'
space = 't1mri'
Formats: 'BrainVISA volume formats'{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/mni{template}_space/<subject>_pet_mean
Rule selection key: ('mni', '') (False, False, True, False, True, True, True, True, True, True, False, False)
Priority offset: 0
PVC_method = ''
first_frame = ''
last_frame = ''
coregistration = ''
followup = ''
baseline = ''
pet_sequence = ''
PVC = 'no'
space = 'mni'
Formats: 'BrainVISA volume formats'{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}/mni{template}_space/<subject>_pet_mean
Rule selection key: ('', '') (False, False, True, False, True, True, True, True, True, True, False, False)
Priority offset: 0
PVC_method = ''
first_frame = ''
last_frame = ''
coregistration = ''
followup = ''
baseline = ''
pet_sequence = ''
PVC = 'no'
space = 'mni'
Formats: 'BrainVISA volume formats'{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}/mni{template}_space/<subject>_pet_mean
Rule selection key: ('mni', '') (False, True, True, False, True, True, True, True, True, True, False, False)
Priority offset: 0
segmentation_method = ''
PVC_method = ''
first_frame = ''
last_frame = ''
coregistration = ''
followup = ''
baseline = ''
pet_sequence = ''
PVC = 'no'
space = 'mni'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') (False, True, True, False, True, True, True, True, True, True, False, False)
Priority offset: 0
segmentation_method = ''
PVC_method = ''
first_frame = ''
last_frame = ''
coregistration = ''
followup = ''
baseline = ''
pet_sequence = ''
PVC = 'no'
space = 'mni'
Parent types:PET 4D Volume Any TypeKey: ['center', 'subject', 'processing', 'acquisition', 'tracer', 'analysis', 'segmentation_method', 'template', 'tissue_class', 'space', 'PVC_method']Default attributes values:
center = 'subjects'Rules selection key: ['tissue_class', '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_greyMasked
Formats: 'BrainVISA volume formats'{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/t1mri_space/<subject>_pet_mean_greyMasked
Rule selection key: ('grey', '') (True, False)
Priority offset: 0
template = ''
PVC = 'yes'
space = 'pet'
tissue_class = 'grey'
Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '') (True, False)
Priority offset: 0
template = ''
PVC = 'yes'
space = 't1mri'
tissue_class = 'grey'
{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/pet<tracer>_space/<subject>_pet_mean_greyMasked
Formats: 'BrainVISA volume formats'{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/pet<tracer>_space/<subject>_pet_mean_whiteMasked
Rule selection key: ('', 'pet') (True, False)
Priority offset: 0
template = ''
PVC = 'yes'
space = 'pet'
tissue_class = 'grey'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'pet') (True, False)
Priority offset: 0
template = ''
PVC = 'yes'
space = 'pet'
tissue_class = 'white'
{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/pet<tracer>_space/<subject>_pet_mean_greyMasked
Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', 'pet') (True, False)
Priority offset: 0
template = ''
PVC = 'yes'
space = 'pet'
tissue_class = 'grey'
{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/pet<tracer>_space/<subject>_pet_mean_greyMasked
Formats: 'BrainVISA volume formats'{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/pet<tracer>_space/<subject>_pet_mean_whiteMasked
Rule selection key: ('', '') (True, False)
Priority offset: 0
template = ''
PVC = 'yes'
space = 'pet'
tissue_class = 'grey'
Formats: 'BrainVISA volume formats'{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/t1mri_space/<subject>_pet_mean_greyMasked
Rule selection key: ('', '') (True, False)
Priority offset: 0
template = ''
PVC = 'yes'
space = 'pet'
tissue_class = 'white'
Formats: 'BrainVISA volume formats'{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/t1mri_space/<subject>_pet_mean_whiteMasked
Rule selection key: ('', '') (True, False)
Priority offset: 0
template = ''
PVC = 'yes'
space = 't1mri'
tissue_class = 'grey'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') (True, False)
Priority offset: 0
template = ''
PVC = 'yes'
space = 't1mri'
tissue_class = 'white'
{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/pet<tracer>_space/<subject>_pet_mean_whiteMasked
Formats: 'BrainVISA volume formats'
Rule selection key: ('white', 'pet') (True, False)
Priority offset: 0
template = ''
PVC = 'yes'
space = 'pet'
tissue_class = 'white'
{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/pet<tracer>_space/<subject>_pet_mean_whiteMasked
Formats: 'BrainVISA volume formats'{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/t1mri_space/<subject>_pet_mean_whiteMasked
Rule selection key: ('white', '') (True, False)
Priority offset: 0
template = ''
PVC = 'yes'
space = 'pet'
tissue_class = 'white'
Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '') (True, False)
Priority offset: 0
template = ''
PVC = 'yes'
space = 't1mri'
tissue_class = 'white'
{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/t1mri_space/<subject>_pet_mean_greyMasked
Formats: 'BrainVISA volume formats'{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/t1mri_space/<subject>_pet_mean_whiteMasked
Rule selection key: ('', 't1mri') (True, False)
Priority offset: 0
template = ''
PVC = 'yes'
space = 't1mri'
tissue_class = 'grey'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', 't1mri') (True, False)
Priority offset: 0
template = ''
PVC = 'yes'
space = 't1mri'
tissue_class = 'white'
{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/t1mri_space/<subject>_pet_mean_greyMasked
Formats: 'BrainVISA volume formats'{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/t1mri_space/<subject>_pet_mean_whiteMasked
Rule selection key: ('grey', 't1mri') (True, False)
Priority offset: 0
template = ''
PVC = 'yes'
space = 't1mri'
tissue_class = 'grey'
Formats: 'BrainVISA volume formats'{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/mni{template}_space/<subject>_pet_mean_greyMasked
Rule selection key: ('white', 't1mri') (True, False)
Priority offset: 0
template = ''
PVC = 'yes'
space = 't1mri'
tissue_class = 'white'
Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '') (False, False)
Priority offset: 0
PVC = 'yes'
space = 'mni'
tissue_class = 'grey'
{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/mni{template}_space/<subject>_pet_mean_greyMasked
Formats: 'BrainVISA volume formats'{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/mni{template}_space/<subject>_pet_mean_whiteMasked
Rule selection key: ('', 'mni') (False, False)
Priority offset: 0
PVC = 'yes'
space = 'mni'
tissue_class = 'grey'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'mni') (False, False)
Priority offset: 0
PVC = 'yes'
space = 'mni'
tissue_class = 'white'
{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/mni{template}_space/<subject>_pet_mean_greyMasked
Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', 'mni') (False, False)
Priority offset: 0
PVC = 'yes'
space = 'mni'
tissue_class = 'grey'
{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/mni{template}_space/<subject>_pet_mean_greyMasked
Formats: 'BrainVISA volume formats'{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/mni{template}_space/<subject>_pet_mean_whiteMasked
Rule selection key: ('', '') (False, False)
Priority offset: 0
PVC = 'yes'
space = 'mni'
tissue_class = 'grey'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') (False, False)
Priority offset: 0
PVC = 'yes'
space = 'mni'
tissue_class = 'white'
{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/mni{template}_space/<subject>_pet_mean_whiteMasked
Formats: 'BrainVISA volume formats'{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/mni{template}_space/<subject>_pet_mean_whiteMasked
Rule selection key: ('white', 'mni') (False, False)
Priority offset: 0
PVC = 'yes'
space = 'mni'
tissue_class = 'white'
Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '') (False, False)
Priority offset: 0
PVC = 'yes'
space = 'mni'
tissue_class = 'white'
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PVC = 'no'
space = 't1mri'
tissue_class = 'grey'
{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/t1mri_space/<subject>_pet_mean_greyMasked_smoothed_{fwhm}
Formats: 'BrainVISA volume formats'{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/t1mri_space/<subject>_pet_mean_whiteMasked_smoothed_{fwhm}
Rule selection key: ('', 't1mri') (True, True)
Priority offset: 0
PVC_method = ''
template = ''
PVC = 'no'
space = 't1mri'
tissue_class = 'grey'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', 't1mri') (True, True)
Priority offset: 0
PVC_method = ''
template = ''
PVC = 'no'
space = 't1mri'
tissue_class = 'white'
{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/t1mri_space/<subject>_pet_mean_whiteMasked_smoothed_{fwhm}
Formats: 'BrainVISA volume formats'
Rule selection key: ('white', 't1mri') (True, True)
Priority offset: 0
PVC_method = ''
template = ''
PVC = 'no'
space = 't1mri'
tissue_class = 'white'
{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/mni{template}_space/<subject>_pet_mean_greyMasked_smoothed_{fwhm}
Formats: 'BrainVISA volume formats'{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/mni{template}_space/<subject>_pet_mean_whiteMasked_smoothed_{fwhm}
Rule selection key: ('', '') (False, True)
Priority offset: 0
PVC_method = ''
PVC = 'no'
space = 'mni'
tissue_class = 'grey'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') (False, True)
Priority offset: 0
PVC_method = ''
PVC = 'no'
space = 'mni'
tissue_class = 'white'
{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/mni{template}_space/<subject>_pet_mean_greyMasked_smoothed_{fwhm}
Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', 'mni') (False, True)
Priority offset: 0
PVC_method = ''
PVC = 'no'
space = 'mni'
tissue_class = 'grey'
{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/mni{template}_space/<subject>_pet_mean_greyMasked_smoothed_{fwhm}
Formats: 'BrainVISA volume formats'{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/mni{template}_space/<subject>_pet_mean_whiteMasked_smoothed_{fwhm}
Rule selection key: ('', 'mni') (False, True)
Priority offset: 0
PVC_method = ''
PVC = 'no'
space = 'mni'
tissue_class = 'grey'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'mni') (False, True)
Priority offset: 0
PVC_method = ''
PVC = 'no'
space = 'mni'
tissue_class = 'white'
{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/mni{template}_space/<subject>_pet_mean_greyMasked_smoothed_{fwhm}
Formats: 'BrainVISA volume formats'{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/mni{template}_space/<subject>_pet_mean_whiteMasked_smoothed_{fwhm}
Rule selection key: ('grey', '') (False, True)
Priority offset: 0
PVC_method = ''
PVC = 'no'
space = 'mni'
tissue_class = 'grey'
Formats: 'BrainVISA volume formats'{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/mni{template}_space/<subject>_pet_mean_whiteMasked_smoothed_{fwhm}
Rule selection key: ('white', '') (False, True)
Priority offset: 0
PVC_method = ''
PVC = 'no'
space = 'mni'
tissue_class = 'white'
Formats: 'BrainVISA volume formats'
Rule selection key: ('white', 'mni') (False, True)
Priority offset: 0
PVC_method = ''
PVC = 'no'
space = 'mni'
tissue_class = 'white'
Parent types:PET 4D Volume Any TypeKey: ['center', 'subject', 'processing', 'acquisition', 'tracer', 'analysis', 'template', 'fwhm', 'segmentation_method', 'space', 'PVC_method']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'{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/t1mri_space/<subject>_pet_smoothed_{fwhm}
Rule selection key: ('',) (True, False, False)
Priority offset: 0
template = ''
space = 'pet'
PVC = 'yes'
space = 'pet'
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'{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/mni{template}_space/<subject>_pet_smoothed_{fwhm}
Rule selection key: ('t1mri',) (True, False, False)
Priority offset: 0
template = ''
space = 'pet'
PVC = 'yes'
space = 't1mri'
Formats: 'BrainVISA volume formats'{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/mni{template}_space/<subject>_pet_smoothed_{fwhm}
Rule selection key: ('mni',) (False, False, False)
Priority offset: 0
space = 'pet'
PVC = 'yes'
space = 'mni'
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}_without_PVC/pet<tracer>_space/<subject>_pet_smoothed_{fwhm}
Formats: 'BrainVISA volume formats'{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/t1mri_space/<subject>_pet_smoothed_{fwhm}
Rule selection key: ('',) (True, True, False)
Priority offset: 0
template = ''
PVC_method = ''
space = 'pet'
PVC = 'no'
space = 'pet'
Formats: 'BrainVISA volume formats'
Rule selection key: ('',) (True, True, False)
Priority offset: 0
template = ''
PVC_method = ''
space = 'pet'
PVC = 'no'
space = 't1mri'
{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'{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/t1mri_space/<subject>_pet_smoothed_{fwhm}
Rule selection key: ('pet',) (True, True, False)
Priority offset: 0
template = ''
PVC_method = ''
space = 'pet'
PVC = 'no'
space = 'pet'
Formats: 'BrainVISA volume formats'{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/mni{template}_space/<subject>_pet_smoothed_{fwhm}
Rule selection key: ('t1mri',) (True, True, False)
Priority offset: 0
template = ''
PVC_method = ''
space = 'pet'
PVC = 'no'
space = 't1mri'
Formats: 'BrainVISA volume formats'{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/mni{template}_space/<subject>_pet_smoothed_{fwhm}
Rule selection key: ('',) (False, True, False)
Priority offset: 0
PVC_method = ''
space = 'pet'
PVC = 'no'
space = 'mni'
Formats: 'BrainVISA volume formats'{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}/pet<tracer>_space/<subject>_pet_smoothed_{fwhm}
Rule selection key: ('mni',) (False, True, False)
Priority offset: 0
PVC_method = ''
space = 'pet'
PVC = 'no'
space = 'mni'
Formats: 'BrainVISA volume formats'{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}/pet<tracer>_space/<subject>_pet_smoothed_{fwhm}
Rule selection key: ('pet',) (True, True, True)
Priority offset: 0
template = ''
segmentation_method = ''
PVC_method = ''
space = 'pet'
PVC = 'no'
space = 'pet'
Formats: 'BrainVISA volume formats'{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}/mni{template}_space/<subject>_pet_smoothed_{fwhm}
Rule selection key: ('',) (True, True, True)
Priority offset: 0
template = ''
segmentation_method = ''
PVC_method = ''
space = 'pet'
PVC = 'no'
space = 'pet'
Formats: 'BrainVISA volume formats'{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}/mni{template}_space/<subject>_pet_smoothed_{fwhm}
Rule selection key: ('mni',) (False, True, True)
Priority offset: 0
segmentation_method = ''
PVC_method = ''
space = 'pet'
PVC = 'no'
space = 'mni'
Formats: 'BrainVISA volume formats'
Rule selection key: ('',) (False, True, True)
Priority offset: 0
segmentation_method = ''
PVC_method = ''
space = 'pet'
PVC = 'no'
space = 'mni'
Parent types:3D Volume 4D Volume Any TypeKey: ['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'
Parent types:PET 4D Volume Any TypeKey: ['center', 'subject', 'processing', 'acquisition', 'tracer', 'analysis', 'template', 'VOIReference', 'segmentation_method', 'PVC_method', 'space', 'followup', 'baseline', 'pet_sequence', 'time_point']Default attributes values:
center = 'subjects'Rules selection key: ['space', 'time_point'] ['processing', 'acquisition', 'tracer', 'template', 'segmentation_method', 'PVC_method', 'followup', 'baseline', 'pet_sequence']
{center}/{subject}/vbm_longitudinal_pet/{followup}_to_{baseline}/{pet_sequence}/{analysis}_using_{PVC_method}_PVC/scaling_{VOIReference}/<subject>_<followup>_<pet_sequence>_coregistered_to_<baseline>_t1mri_scaled
Formats: 'BrainVISA volume formats'
Rule selection key: ('baseline', 'followup') (True, True, True, True, True, False, False, False, False)
Priority offset: 0
processing = ''
acquisition = ''
tracer = ''
template = ''
segmentation_method = ''
time_point = 'followup'
space = 'baseline'
PVC = 'yes'
{center}/{subject}/vbm_longitudinal_pet/{followup}_to_{baseline}/{pet_sequence}/{analysis}_using_{PVC_method}_PVC/scaling_{VOIReference}/<subject>_<followup>_<pet_sequence>_coregistered_to_<baseline>_t1mri_scaled
Formats: 'BrainVISA volume formats'{center}/{subject}/vbm_longitudinal_pet/{followup}_to_{baseline}/{pet_sequence}/{analysis}_using_{PVC_method}_PVC/scaling_{VOIReference}/<subject>_<baseline>_<pet_sequence>_scaled
Rule selection key: ('', '') (True, True, True, True, True, False, False, False, False)
Priority offset: 0
processing = ''
acquisition = ''
tracer = ''
template = ''
segmentation_method = ''
time_point = 'followup'
space = 'baseline'
PVC = 'yes'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') (True, True, True, True, True, False, False, False, False)
Priority offset: 0
processing = ''
acquisition = ''
tracer = ''
template = ''
segmentation_method = ''
time_point = 'baseline'
space = 'baseline'
PVC = 'yes'
{center}/{subject}/vbm_longitudinal_pet/{followup}_to_{baseline}/{pet_sequence}/{analysis}_using_{PVC_method}_PVC/scaling_{VOIReference}/<subject>_<followup>_<pet_sequence>_coregistered_to_<baseline>_t1mri_scaled
Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'followup') (True, True, True, True, True, False, False, False, False)
Priority offset: 0
processing = ''
acquisition = ''
tracer = ''
template = ''
segmentation_method = ''
time_point = 'followup'
space = 'baseline'
PVC = 'yes'
{center}/{subject}/vbm_longitudinal_pet/{followup}_to_{baseline}/{pet_sequence}/{analysis}_using_{PVC_method}_PVC/scaling_{VOIReference}/<subject>_<followup>_<pet_sequence>_coregistered_to_<baseline>_t1mri_scaled
Formats: 'BrainVISA volume formats'{center}/{subject}/vbm_longitudinal_pet/{followup}_to_{baseline}/{pet_sequence}/{analysis}_using_{PVC_method}_PVC/scaling_{VOIReference}/<subject>_<baseline>_<pet_sequence>_scaled
Rule selection key: ('baseline', '') (True, True, True, True, True, False, False, False, False)
Priority offset: 0
processing = ''
acquisition = ''
tracer = ''
template = ''
segmentation_method = ''
time_point = 'followup'
space = 'baseline'
PVC = 'yes'
Formats: 'BrainVISA volume formats'
Rule selection key: ('baseline', '') (True, True, True, True, True, False, False, False, False)
Priority offset: 0
processing = ''
acquisition = ''
tracer = ''
template = ''
segmentation_method = ''
time_point = 'baseline'
space = 'baseline'
PVC = 'yes'
{center}/{subject}/vbm_longitudinal_pet/{followup}_to_{baseline}/{pet_sequence}/{analysis}_using_{PVC_method}_PVC/scaling_{VOIReference}/<subject>_<baseline>_<pet_sequence>_scaled
Formats: 'BrainVISA volume formats'{center}/{subject}/vbm_longitudinal_pet/{followup}_to_{baseline}/{pet_sequence}/{analysis}_using_{PVC_method}_PVC/scaling_{VOIReference}/<subject>_<baseline>_<pet_sequence>_scaled
Rule selection key: ('baseline', 'baseline') (True, True, True, True, True, False, False, False, False)
Priority offset: 0
processing = ''
acquisition = ''
tracer = ''
template = ''
segmentation_method = ''
time_point = 'baseline'
space = 'baseline'
PVC = 'yes'
Formats: 'BrainVISA volume formats'{center}/{subject}/vbm_longitudinal_pet/{followup}_to_{baseline}/{pet_sequence}/{analysis}_using_{PVC_method}_PVC/scaling_{VOIReference}/<subject>_<followup>_<pet_sequence>_warped_in_{template}_scaled
Rule selection key: ('', 'baseline') (True, True, True, True, True, False, False, False, False)
Priority offset: 0
processing = ''
acquisition = ''
tracer = ''
template = ''
segmentation_method = ''
time_point = 'baseline'
space = 'baseline'
PVC = 'yes'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'followup') (True, True, True, False, True, False, False, False, False)
Priority offset: 0
processing = ''
acquisition = ''
tracer = ''
segmentation_method = ''
time_point = 'followup'
space = 'mni'
PVC = 'yes'
{center}/{subject}/vbm_longitudinal_pet/{followup}_to_{baseline}/{pet_sequence}/{analysis}_using_{PVC_method}_PVC/scaling_{VOIReference}/<subject>_<followup>_<pet_sequence>_warped_in_{template}_scaled
Formats: 'BrainVISA volume formats'{center}/{subject}/vbm_longitudinal_pet/{followup}_to_{baseline}/{pet_sequence}/{analysis}_using_{PVC_method}_PVC/scaling_{VOIReference}/<subject>_<baseline>_<pet_sequence>_warped_in_{template}_scaled
Rule selection key: ('mni', '') (True, True, True, False, True, False, False, False, False)
Priority offset: 0
processing = ''
acquisition = ''
tracer = ''
segmentation_method = ''
time_point = 'followup'
space = 'mni'
PVC = 'yes'
Formats: 'BrainVISA volume formats'
Rule selection key: ('mni', '') (True, True, True, False, True, False, False, False, False)
Priority offset: 0
processing = ''
acquisition = ''
tracer = ''
segmentation_method = ''
time_point = 'baseline'
space = 'mni'
PVC = 'yes'
{center}/{subject}/vbm_longitudinal_pet/{followup}_to_{baseline}/{pet_sequence}/{analysis}_using_{PVC_method}_PVC/scaling_{VOIReference}/<subject>_<followup>_<pet_sequence>_warped_in_{template}_scaled
Formats: 'BrainVISA volume formats'
Rule selection key: ('mni', 'followup') (True, True, True, False, True, False, False, False, False)
Priority offset: 0
processing = ''
acquisition = ''
tracer = ''
segmentation_method = ''
time_point = 'followup'
space = 'mni'
PVC = 'yes'
{center}/{subject}/vbm_longitudinal_pet/{followup}_to_{baseline}/{pet_sequence}/{analysis}_using_{PVC_method}_PVC/scaling_{VOIReference}/<subject>_<followup>_<pet_sequence>_warped_in_{template}_scaled
Formats: 'BrainVISA volume formats'{center}/{subject}/vbm_longitudinal_pet/{followup}_to_{baseline}/{pet_sequence}/{analysis}_using_{PVC_method}_PVC/scaling_{VOIReference}/<subject>_<baseline>_<pet_sequence>_warped_in_{template}_scaled
Rule selection key: ('', '') (True, True, True, False, True, False, False, False, False)
Priority offset: 0
processing = ''
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tracer = ''
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time_point = 'followup'
space = 'mni'
PVC = 'yes'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') (True, True, True, False, True, False, False, False, False)
Priority offset: 0
processing = ''
acquisition = ''
tracer = ''
segmentation_method = ''
time_point = 'baseline'
space = 'mni'
PVC = 'yes'
{center}/{subject}/vbm_longitudinal_pet/{followup}_to_{baseline}/{pet_sequence}/{analysis}_using_{PVC_method}_PVC/scaling_{VOIReference}/<subject>_<baseline>_<pet_sequence>_warped_in_{template}_scaled
Formats: 'BrainVISA volume formats'{center}/{subject}/vbm_longitudinal_pet/{followup}_to_{baseline}/{pet_sequence}/{analysis}_using_{PVC_method}_PVC/scaling_{VOIReference}/<subject>_<baseline>_<pet_sequence>_warped_in_{template}_scaled
Rule selection key: ('', 'baseline') (True, True, True, False, True, False, False, False, False)
Priority offset: 0
processing = ''
acquisition = ''
tracer = ''
segmentation_method = ''
time_point = 'baseline'
space = 'mni'
PVC = 'yes'
Formats: 'BrainVISA volume formats'{center}/{subject}/vbm_longitudinal_pet/{followup}_to_{baseline}/{pet_sequence}/{analysis}_without_PVC/scaling_{VOIReference}/<subject>_<followup>_<pet_sequence>_coregistered_to_<baseline>_t1mri_scaled
Rule selection key: ('mni', 'baseline') (True, True, True, False, True, False, False, False, False)
Priority offset: 0
processing = ''
acquisition = ''
tracer = ''
segmentation_method = ''
time_point = 'baseline'
space = 'mni'
PVC = 'yes'
Formats: 'BrainVISA volume formats'
Rule selection key: ('baseline', 'followup') (True, True, True, True, True, True, False, False, False)
Priority offset: 0
processing = ''
acquisition = ''
tracer = ''
template = ''
segmentation_method = ''
PVC_method = ''
time_point = 'followup'
space = 'baseline'
PVC = 'no'
{center}/{subject}/vbm_longitudinal_pet/{followup}_to_{baseline}/{pet_sequence}/{analysis}_without_PVC/scaling_{VOIReference}/<subject>_<followup>_<pet_sequence>_coregistered_to_<baseline>_t1mri_scaled
Formats: 'BrainVISA volume formats'{center}/{subject}/vbm_longitudinal_pet/{followup}_to_{baseline}/{pet_sequence}/{analysis}_without_PVC/scaling_{VOIReference}/<subject>_<baseline>_<pet_sequence>_scaled
Rule selection key: ('baseline', '') (True, True, True, True, True, True, False, False, False)
Priority offset: 0
processing = ''
acquisition = ''
tracer = ''
template = ''
segmentation_method = ''
PVC_method = ''
time_point = 'followup'
space = 'baseline'
PVC = 'no'
Formats: 'BrainVISA volume formats'
Rule selection key: ('baseline', '') (True, True, True, True, True, True, False, False, False)
Priority offset: 0
processing = ''
acquisition = ''
tracer = ''
template = ''
segmentation_method = ''
PVC_method = ''
time_point = 'baseline'
space = 'baseline'
PVC = 'no'
{center}/{subject}/vbm_longitudinal_pet/{followup}_to_{baseline}/{pet_sequence}/{analysis}_without_PVC/scaling_{VOIReference}/<subject>_<followup>_<pet_sequence>_coregistered_to_<baseline>_t1mri_scaled
Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'followup') (True, True, True, True, True, True, False, False, False)
Priority offset: 0
processing = ''
acquisition = ''
tracer = ''
template = ''
segmentation_method = ''
PVC_method = ''
time_point = 'followup'
space = 'baseline'
PVC = 'no'
{center}/{subject}/vbm_longitudinal_pet/{followup}_to_{baseline}/{pet_sequence}/{analysis}_without_PVC/scaling_{VOIReference}/<subject>_<followup>_<pet_sequence>_coregistered_to_<baseline>_t1mri_scaled
Formats: 'BrainVISA volume formats'{center}/{subject}/vbm_longitudinal_pet/{followup}_to_{baseline}/{pet_sequence}/{analysis}_without_PVC/scaling_{VOIReference}/<subject>_<baseline>_<pet_sequence>_scaled
Rule selection key: ('', '') (True, True, True, True, True, True, False, False, False)
Priority offset: 0
processing = ''
acquisition = ''
tracer = ''
template = ''
segmentation_method = ''
PVC_method = ''
time_point = 'followup'
space = 'baseline'
PVC = 'no'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') (True, True, True, True, True, True, False, False, False)
Priority offset: 0
processing = ''
acquisition = ''
tracer = ''
template = ''
segmentation_method = ''
PVC_method = ''
time_point = 'baseline'
space = 'baseline'
PVC = 'no'
{center}/{subject}/vbm_longitudinal_pet/{followup}_to_{baseline}/{pet_sequence}/{analysis}_without_PVC/scaling_{VOIReference}/<subject>_<baseline>_<pet_sequence>_scaled
Formats: 'BrainVISA volume formats'{center}/{subject}/vbm_longitudinal_pet/{followup}_to_{baseline}/{pet_sequence}/{analysis}_without_PVC/scaling_{VOIReference}/<subject>_<baseline>_<pet_sequence>_scaled
Rule selection key: ('', 'baseline') (True, True, True, True, True, True, False, False, False)
Priority offset: 0
processing = ''
acquisition = ''
tracer = ''
template = ''
segmentation_method = ''
PVC_method = ''
time_point = 'baseline'
space = 'baseline'
PVC = 'no'
Formats: 'BrainVISA volume formats'{center}/{subject}/vbm_longitudinal_pet/{followup}_to_{baseline}/{pet_sequence}/{analysis}_without_PVC/scaling_{VOIReference}/<subject>_<followup>_<pet_sequence>_warped_in_{template}_scaled
Rule selection key: ('baseline', 'baseline') (True, True, True, True, True, True, False, False, False)
Priority offset: 0
processing = ''
acquisition = ''
tracer = ''
template = ''
segmentation_method = ''
PVC_method = ''
time_point = 'baseline'
space = 'baseline'
PVC = 'no'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'followup') (True, True, True, False, True, True, False, False, False)
Priority offset: 0
processing = ''
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Formats: 'BrainVISA volume formats'{center}/{subject}/vbm_longitudinal_pet/{followup}_to_{baseline}/{pet_sequence}/{analysis}_without_PVC/scaling_{VOIReference}/<subject>_<baseline>_<pet_sequence>_warped_in_{template}_scaled
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Formats: 'BrainVISA volume formats'{center}/{subject}/vbm_longitudinal_pet/{followup}_to_{baseline}/{pet_sequence}/{analysis}_without_PVC/scaling_{VOIReference}/<subject>_<baseline>_<pet_sequence>_warped_in_{template}_scaled
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{center}/{subject}/vbm_longitudinal_pet/{followup}_to_{baseline}/{pet_sequence}/{analysis}_using_{PVC_method}_PVC/scaling_{VOIReference}/<subject>_<followup>_<pet_sequence>_coregistered_to_<baseline>_t1mri_scaled_data
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Formats: ['JSON file']{center}/{subject}/vbm_longitudinal_pet/{followup}_to_{baseline}/{pet_sequence}/{analysis}_without_PVC/scaling_{VOIReference}/<subject>_<followup>_<pet_sequence>_coregistered_to_<baseline>_t1mri_scaled_data
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Formats: ['JSON file']{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/t1mri_space/<subject>_pet_parametric_using_{VOIReference}_data
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Formats: ['JSON file']{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/mni{template}_space/<subject>_pet_parametric_using_{VOIReference}_data
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Formats: 'BrainVISA volume formats'
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{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/pet<tracer>_space/<subject>_pet_parametric_using_{VOIReference}_greyMasked
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Formats: 'BrainVISA volume formats'{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/t1mri_space/<subject>_pet_parametric_using_{VOIReference}_greyMasked
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{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/mni{template}_space/<subject>_pet_parametric_using_{VOIReference}_greyMasked_smoothed_{fwhm}
Formats: 'BrainVISA volume formats'{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/mni{template}_space/<subject>_pet_parametric_using_{VOIReference}_whiteMasked_smoothed_{fwhm}
Rule selection key: ('', '') (False, False)
Priority offset: 0
PVC = 'yes'
space = 'mni'
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Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') (False, False)
Priority offset: 0
PVC = 'yes'
space = 'mni'
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{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/mni{template}_space/<subject>_pet_parametric_using_{VOIReference}_whiteMasked_smoothed_{fwhm}
Formats: 'BrainVISA volume formats'{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/mni{template}_space/<subject>_pet_parametric_using_{VOIReference}_whiteMasked_smoothed_{fwhm}
Rule selection key: ('white', 'mni') (False, False)
Priority offset: 0
PVC = 'yes'
space = 'mni'
tissue_class = 'white'
Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '') (False, False)
Priority offset: 0
PVC = 'yes'
space = 'mni'
tissue_class = 'white'
{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/pet<tracer>_space/<subject>_pet_parametric_using_{VOIReference}_greyMasked_smoothed_{fwhm}
Formats: 'BrainVISA volume formats'{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/pet<tracer>_space/<subject>_pet_parametric_using_{VOIReference}_whiteMasked_smoothed_{fwhm}
Rule selection key: ('', '') (True, True)
Priority offset: 0
PVC_method = ''
template = ''
PVC = 'no'
space = 'pet'
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Formats: 'BrainVISA volume formats'{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/t1mri_space/<subject>_pet_parametric_using_{VOIReference}_greyMasked_smoothed_{fwhm}
Rule selection key: ('', '') (True, True)
Priority offset: 0
PVC_method = ''
template = ''
PVC = 'no'
space = 'pet'
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Formats: 'BrainVISA volume formats'{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/t1mri_space/<subject>_pet_parametric_using_{VOIReference}_whiteMasked_smoothed_{fwhm}
Rule selection key: ('', '') (True, True)
Priority offset: 0
PVC_method = ''
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PVC = 'no'
space = 't1mri'
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Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') (True, True)
Priority offset: 0
PVC_method = ''
template = ''
PVC = 'no'
space = 't1mri'
tissue_class = 'white'
{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/pet<tracer>_space/<subject>_pet_parametric_using_{VOIReference}_greyMasked_smoothed_{fwhm}
Formats: 'BrainVISA volume formats'{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/t1mri_space/<subject>_pet_parametric_using_{VOIReference}_greyMasked_smoothed_{fwhm}
Rule selection key: ('grey', '') (True, True)
Priority offset: 0
PVC_method = ''
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PVC = 'no'
space = 'pet'
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Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '') (True, True)
Priority offset: 0
PVC_method = ''
template = ''
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space = 't1mri'
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{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/pet<tracer>_space/<subject>_pet_parametric_using_{VOIReference}_greyMasked_smoothed_{fwhm}
Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', 'pet') (True, True)
Priority offset: 0
PVC_method = ''
template = ''
PVC = 'no'
space = 'pet'
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{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/pet<tracer>_space/<subject>_pet_parametric_using_{VOIReference}_greyMasked_smoothed_{fwhm}
Formats: 'BrainVISA volume formats'{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/pet<tracer>_space/<subject>_pet_parametric_using_{VOIReference}_whiteMasked_smoothed_{fwhm}
Rule selection key: ('', 'pet') (True, True)
Priority offset: 0
PVC_method = ''
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Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'pet') (True, True)
Priority offset: 0
PVC_method = ''
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{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/pet<tracer>_space/<subject>_pet_parametric_using_{VOIReference}_whiteMasked_smoothed_{fwhm}
Formats: 'BrainVISA volume formats'
Rule selection key: ('white', 'pet') (True, True)
Priority offset: 0
PVC_method = ''
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PVC = 'no'
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{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/pet<tracer>_space/<subject>_pet_parametric_using_{VOIReference}_whiteMasked_smoothed_{fwhm}
Formats: 'BrainVISA volume formats'{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/t1mri_space/<subject>_pet_parametric_using_{VOIReference}_whiteMasked_smoothed_{fwhm}
Rule selection key: ('white', '') (True, True)
Priority offset: 0
PVC_method = ''
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Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '') (True, True)
Priority offset: 0
PVC_method = ''
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{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/t1mri_space/<subject>_pet_parametric_using_{VOIReference}_greyMasked_smoothed_{fwhm}
Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', 't1mri') (True, True)
Priority offset: 0
PVC_method = ''
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{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/t1mri_space/<subject>_pet_parametric_using_{VOIReference}_greyMasked_smoothed_{fwhm}
Formats: 'BrainVISA volume formats'{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/t1mri_space/<subject>_pet_parametric_using_{VOIReference}_whiteMasked_smoothed_{fwhm}
Rule selection key: ('', 't1mri') (True, True)
Priority offset: 0
PVC_method = ''
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Formats: 'BrainVISA volume formats'
Rule selection key: ('', 't1mri') (True, True)
Priority offset: 0
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{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/t1mri_space/<subject>_pet_parametric_using_{VOIReference}_whiteMasked_smoothed_{fwhm}
Formats: 'BrainVISA volume formats'
Rule selection key: ('white', 't1mri') (True, True)
Priority offset: 0
PVC_method = ''
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Formats: 'BrainVISA volume formats'{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/mni{template}_space/<subject>_pet_parametric_using_{VOIReference}_whiteMasked_smoothed_{fwhm}
Rule selection key: ('', '') (False, True)
Priority offset: 0
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PVC = 'no'
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Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') (False, True)
Priority offset: 0
PVC_method = ''
PVC = 'no'
space = 'mni'
tissue_class = 'white'
{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/mni{template}_space/<subject>_pet_parametric_using_{VOIReference}_greyMasked_smoothed_{fwhm}
Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', 'mni') (False, True)
Priority offset: 0
PVC_method = ''
PVC = 'no'
space = 'mni'
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{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/mni{template}_space/<subject>_pet_parametric_using_{VOIReference}_greyMasked_smoothed_{fwhm}
Formats: 'BrainVISA volume formats'{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/mni{template}_space/<subject>_pet_parametric_using_{VOIReference}_whiteMasked_smoothed_{fwhm}
Rule selection key: ('', 'mni') (False, True)
Priority offset: 0
PVC_method = ''
PVC = 'no'
space = 'mni'
tissue_class = 'grey'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'mni') (False, True)
Priority offset: 0
PVC_method = ''
PVC = 'no'
space = 'mni'
tissue_class = 'white'
{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/mni{template}_space/<subject>_pet_parametric_using_{VOIReference}_greyMasked_smoothed_{fwhm}
Formats: 'BrainVISA volume formats'{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/mni{template}_space/<subject>_pet_parametric_using_{VOIReference}_whiteMasked_smoothed_{fwhm}
Rule selection key: ('grey', '') (False, True)
Priority offset: 0
PVC_method = ''
PVC = 'no'
space = 'mni'
tissue_class = 'grey'
Formats: 'BrainVISA volume formats'{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/mni{template}_space/<subject>_pet_parametric_using_{VOIReference}_whiteMasked_smoothed_{fwhm}
Rule selection key: ('white', '') (False, True)
Priority offset: 0
PVC_method = ''
PVC = 'no'
space = 'mni'
tissue_class = 'white'
Formats: 'BrainVISA volume formats'
Rule selection key: ('white', 'mni') (False, True)
Priority offset: 0
PVC_method = ''
PVC = 'no'
space = 'mni'
tissue_class = 'white'
Parent types:PET 4D Volume Any TypeKey: ['center', 'subject', 'processing', 'acquisition', 'tracer', 'analysis', 'segmentation_method', 'PVC_method', 'template', 'VOIReference', 'fwhm', 'space', 'followup', 'baseline', 'pet_sequence', 'smooth_kernel_size', 'time_point']Default attributes values:
center = 'subjects'Rules selection key: ['space', 'time_point'] ['processing', 'acquisition', 'tracer', 'segmentation_method', 'fwhm', 'template', 'PVC_method', 'followup', 'baseline', 'pet_sequence', 'smooth_kernel_size']
{center}/{subject}/vbm_longitudinal_pet/{followup}_to_{baseline}/{pet_sequence}/{analysis}_using_{PVC_method}_PVC/scaling_{VOIReference}/smoothing_for_vbm/<subject>_{followup}_<pet_sequence>_warped_in_{template}_scaled_smoothed_{smooth_kernel_size}
Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'followup') (True, True, True, True, True, False, False, False, False, False, False)
Priority offset: 0
processing = ''
acquisition = ''
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fwhm = ''
time_point = 'followup'
space = 'mni'
PVC = 'yes'
{center}/{subject}/vbm_longitudinal_pet/{followup}_to_{baseline}/{pet_sequence}/{analysis}_using_{PVC_method}_PVC/scaling_{VOIReference}/smoothing_for_vbm/<subject>_{followup}_<pet_sequence>_warped_in_{template}_scaled_smoothed_{smooth_kernel_size}
Formats: 'BrainVISA volume formats'{center}/{subject}/vbm_longitudinal_pet/{followup}_to_{baseline}/{pet_sequence}/{analysis}_using_{PVC_method}_PVC/scaling_{VOIReference}/smoothing_for_vbm/<subject>_{baseline}_<pet_sequence>_warped_in_{template}_scaled_smoothed_{smooth_kernel_size}
Rule selection key: ('mni', '') (True, True, True, True, True, False, False, False, False, False, False)
Priority offset: 0
processing = ''
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time_point = 'followup'
space = 'mni'
PVC = 'yes'
Formats: 'BrainVISA volume formats'
Rule selection key: ('mni', '') (True, True, True, True, True, False, False, False, False, False, False)
Priority offset: 0
processing = ''
acquisition = ''
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fwhm = ''
time_point = 'baseline'
space = 'mni'
PVC = 'yes'
{center}/{subject}/vbm_longitudinal_pet/{followup}_to_{baseline}/{pet_sequence}/{analysis}_using_{PVC_method}_PVC/scaling_{VOIReference}/smoothing_for_vbm/<subject>_{followup}_<pet_sequence>_warped_in_{template}_scaled_smoothed_{smooth_kernel_size}
Formats: 'BrainVISA volume formats'{center}/{subject}/vbm_longitudinal_pet/{followup}_to_{baseline}/{pet_sequence}/{analysis}_using_{PVC_method}_PVC/scaling_{VOIReference}/smoothing_for_vbm/<subject>_{baseline}_<pet_sequence>_warped_in_{template}_scaled_smoothed_{smooth_kernel_size}
Rule selection key: ('', '') (True, True, True, True, True, False, False, False, False, False, False)
Priority offset: 0
processing = ''
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time_point = 'followup'
space = 'mni'
PVC = 'yes'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') (True, True, True, True, True, False, False, False, False, False, False)
Priority offset: 0
processing = ''
acquisition = ''
tracer = ''
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fwhm = ''
time_point = 'baseline'
space = 'mni'
PVC = 'yes'
{center}/{subject}/vbm_longitudinal_pet/{followup}_to_{baseline}/{pet_sequence}/{analysis}_using_{PVC_method}_PVC/scaling_{VOIReference}/smoothing_for_vbm/<subject>_{followup}_<pet_sequence>_warped_in_{template}_scaled_smoothed_{smooth_kernel_size}
Formats: 'BrainVISA volume formats'{center}/{subject}/vbm_longitudinal_pet/{followup}_to_{baseline}/{pet_sequence}/{analysis}_using_{PVC_method}_PVC/scaling_{VOIReference}/smoothing_for_vbm/<subject>_{baseline}_<pet_sequence>_warped_in_{template}_scaled_smoothed_{smooth_kernel_size}
Rule selection key: ('mni', 'followup') (True, True, True, True, True, False, False, False, False, False, False)
Priority offset: 0
processing = ''
acquisition = ''
tracer = ''
segmentation_method = ''
fwhm = ''
time_point = 'followup'
space = 'mni'
PVC = 'yes'
Formats: 'BrainVISA volume formats'{center}/{subject}/vbm_longitudinal_pet/{followup}_to_{baseline}/{pet_sequence}/{analysis}_using_{PVC_method}_PVC/scaling_{VOIReference}/smoothing_for_vbm/<subject>_{baseline}_<pet_sequence>_warped_in_{template}_scaled_smoothed_{smooth_kernel_size}
Rule selection key: ('mni', 'baseline') (True, True, True, True, True, False, False, False, False, False, False)
Priority offset: 0
processing = ''
acquisition = ''
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time_point = 'baseline'
space = 'mni'
PVC = 'yes'
Formats: 'BrainVISA volume formats'{center}/{subject}/vbm_longitudinal_pet/{followup}_to_{baseline}/{pet_sequence}/{analysis}_using_{PVC_method}_PVC/scaling_{VOIReference}/smoothing_for_PAC/<subject>_<followup>_<pet_sequence>_coregistered_to_<baseline>_t1mri_scaled_smoothed_{smooth_kernel_size}
Rule selection key: ('', 'baseline') (True, True, True, True, True, False, False, False, False, False, False)
Priority offset: 0
processing = ''
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time_point = 'baseline'
space = 'mni'
PVC = 'yes'
Formats: 'BrainVISA volume formats'
Rule selection key: ('baseline', 'followup') (True, True, True, True, True, True, False, False, False, False, False)
Priority offset: 0
processing = ''
acquisition = ''
tracer = ''
segmentation_method = ''
template = ''
fwhm = ''
time_point = 'followup'
space = 'baseline'
PVC = 'yes'
{center}/{subject}/vbm_longitudinal_pet/{followup}_to_{baseline}/{pet_sequence}/{analysis}_using_{PVC_method}_PVC/scaling_{VOIReference}/smoothing_for_PAC/<subject>_<followup>_<pet_sequence>_coregistered_to_<baseline>_t1mri_scaled_smoothed_{smooth_kernel_size}
Formats: 'BrainVISA volume formats'{center}/{subject}/vbm_longitudinal_pet/{followup}_to_{baseline}/{pet_sequence}/{analysis}_using_{PVC_method}_PVC/scaling_{VOIReference}/smoothing_for_PAC/<subject>_<baseline>_<pet_sequence>_scaled_smoothed_{smooth_kernel_size}
Rule selection key: ('baseline', '') (True, True, True, True, True, True, False, False, False, False, False)
Priority offset: 0
processing = ''
acquisition = ''
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template = ''
fwhm = ''
time_point = 'followup'
space = 'baseline'
PVC = 'yes'
Formats: 'BrainVISA volume formats'
Rule selection key: ('baseline', '') (True, True, True, True, True, True, False, False, False, False, False)
Priority offset: 0
processing = ''
acquisition = ''
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time_point = 'baseline'
space = 'baseline'
PVC = 'yes'
{center}/{subject}/vbm_longitudinal_pet/{followup}_to_{baseline}/{pet_sequence}/{analysis}_using_{PVC_method}_PVC/scaling_{VOIReference}/smoothing_for_PAC/<subject>_<followup>_<pet_sequence>_coregistered_to_<baseline>_t1mri_scaled_smoothed_{smooth_kernel_size}
Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'followup') (True, True, True, True, True, True, False, False, False, False, False)
Priority offset: 0
processing = ''
acquisition = ''
tracer = ''
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template = ''
fwhm = ''
time_point = 'followup'
space = 'baseline'
PVC = 'yes'
{center}/{subject}/vbm_longitudinal_pet/{followup}_to_{baseline}/{pet_sequence}/{analysis}_using_{PVC_method}_PVC/scaling_{VOIReference}/smoothing_for_PAC/<subject>_<followup>_<pet_sequence>_coregistered_to_<baseline>_t1mri_scaled_smoothed_{smooth_kernel_size}
Formats: 'BrainVISA volume formats'{center}/{subject}/vbm_longitudinal_pet/{followup}_to_{baseline}/{pet_sequence}/{analysis}_using_{PVC_method}_PVC/scaling_{VOIReference}/smoothing_for_PAC/<subject>_<baseline>_<pet_sequence>_scaled_smoothed_{smooth_kernel_size}
Rule selection key: ('', '') (True, True, True, True, True, True, False, False, False, False, False)
Priority offset: 0
processing = ''
acquisition = ''
tracer = ''
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fwhm = ''
time_point = 'followup'
space = 'baseline'
PVC = 'yes'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') (True, True, True, True, True, True, False, False, False, False, False)
Priority offset: 0
processing = ''
acquisition = ''
tracer = ''
segmentation_method = ''
template = ''
fwhm = ''
time_point = 'baseline'
space = 'baseline'
PVC = 'yes'
{center}/{subject}/vbm_longitudinal_pet/{followup}_to_{baseline}/{pet_sequence}/{analysis}_using_{PVC_method}_PVC/scaling_{VOIReference}/smoothing_for_PAC/<subject>_<baseline>_<pet_sequence>_scaled_smoothed_{smooth_kernel_size}
Formats: 'BrainVISA volume formats'{center}/{subject}/vbm_longitudinal_pet/{followup}_to_{baseline}/{pet_sequence}/{analysis}_using_{PVC_method}_PVC/scaling_{VOIReference}/smoothing_for_PAC/<subject>_<baseline>_<pet_sequence>_scaled_smoothed_{smooth_kernel_size}
Rule selection key: ('', 'baseline') (True, True, True, True, True, True, False, False, False, False, False)
Priority offset: 0
processing = ''
acquisition = ''
tracer = ''
segmentation_method = ''
template = ''
fwhm = ''
time_point = 'baseline'
space = 'baseline'
PVC = 'yes'
Formats: 'BrainVISA volume formats'{center}/{subject}/vbm_longitudinal_pet/{followup}_to_{baseline}/{pet_sequence}/{analysis}_without_PVC/scaling_{VOIReference}/smoothing_for_vbm/<subject>_{followup}_<pet_sequence>_warped_in_{template}_scaled_smoothed_{smooth_kernel_size}
Rule selection key: ('baseline', 'baseline') (True, True, True, True, True, True, False, False, False, False, False)
Priority offset: 0
processing = ''
acquisition = ''
tracer = ''
segmentation_method = ''
template = ''
fwhm = ''
time_point = 'baseline'
space = 'baseline'
PVC = 'yes'
Formats: 'BrainVISA volume formats'
Rule selection key: ('mni', 'followup') (True, True, True, True, True, False, True, False, False, False, False)
Priority offset: 0
processing = ''
acquisition = ''
tracer = ''
segmentation_method = ''
PVC_method = ''
fwhm = ''
time_point = 'followup'
space = 'mni'
PVC = 'no'
{center}/{subject}/vbm_longitudinal_pet/{followup}_to_{baseline}/{pet_sequence}/{analysis}_without_PVC/scaling_{VOIReference}/smoothing_for_vbm/<subject>_{followup}_<pet_sequence>_warped_in_{template}_scaled_smoothed_{smooth_kernel_size}
Formats: 'BrainVISA volume formats'{center}/{subject}/vbm_longitudinal_pet/{followup}_to_{baseline}/{pet_sequence}/{analysis}_without_PVC/scaling_{VOIReference}/smoothing_for_vbm/<subject>_{baseline}_<pet_sequence>_warped_in_{template}_scaled_smoothed_{smooth_kernel_size}
Rule selection key: ('', '') (True, True, True, True, True, False, True, False, False, False, False)
Priority offset: 0
processing = ''
acquisition = ''
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fwhm = ''
time_point = 'followup'
space = 'mni'
PVC = 'no'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') (True, True, True, True, True, False, True, False, False, False, False)
Priority offset: 0
processing = ''
acquisition = ''
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PVC_method = ''
fwhm = ''
time_point = 'baseline'
space = 'mni'
PVC = 'no'
{center}/{subject}/vbm_longitudinal_pet/{followup}_to_{baseline}/{pet_sequence}/{analysis}_without_PVC/scaling_{VOIReference}/smoothing_for_vbm/<subject>_{followup}_<pet_sequence>_warped_in_{template}_scaled_smoothed_{smooth_kernel_size}
Formats: 'BrainVISA volume formats'{center}/{subject}/vbm_longitudinal_pet/{followup}_to_{baseline}/{pet_sequence}/{analysis}_without_PVC/scaling_{VOIReference}/smoothing_for_vbm/<subject>_{baseline}_<pet_sequence>_warped_in_{template}_scaled_smoothed_{smooth_kernel_size}
Rule selection key: ('mni', '') (True, True, True, True, True, False, True, False, False, False, False)
Priority offset: 0
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Formats: 'BrainVISA volume formats'
Rule selection key: ('mni', '') (True, True, True, True, True, False, True, False, False, False, False)
Priority offset: 0
processing = ''
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{center}/{subject}/vbm_longitudinal_pet/{followup}_to_{baseline}/{pet_sequence}/{analysis}_without_PVC/scaling_{VOIReference}/smoothing_for_vbm/<subject>_{followup}_<pet_sequence>_warped_in_{template}_scaled_smoothed_{smooth_kernel_size}
Formats: 'BrainVISA volume formats'{center}/{subject}/vbm_longitudinal_pet/{followup}_to_{baseline}/{pet_sequence}/{analysis}_without_PVC/scaling_{VOIReference}/smoothing_for_vbm/<subject>_{baseline}_<pet_sequence>_warped_in_{template}_scaled_smoothed_{smooth_kernel_size}
Rule selection key: ('', 'followup') (True, True, True, True, True, False, True, False, False, False, False)
Priority offset: 0
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Formats: 'BrainVISA volume formats'{center}/{subject}/vbm_longitudinal_pet/{followup}_to_{baseline}/{pet_sequence}/{analysis}_without_PVC/scaling_{VOIReference}/smoothing_for_vbm/<subject>_{baseline}_<pet_sequence>_warped_in_{template}_scaled_smoothed_{smooth_kernel_size}
Rule selection key: ('', 'baseline') (True, True, True, True, True, False, True, False, False, False, False)
Priority offset: 0
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Formats: 'BrainVISA volume formats'{center}/{subject}/vbm_longitudinal_pet/{followup}_to_{baseline}/{pet_sequence}/{analysis}_without_PVC/scaling_{VOIReference}/smoothing_for_PAC/<subject>_<followup>_<pet_sequence>_coregistered_to_<baseline>_t1mri_scaled_smoothed_{smooth_kernel_size}
Rule selection key: ('mni', 'baseline') (True, True, True, True, True, False, True, False, False, False, False)
Priority offset: 0
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Formats: 'BrainVISA volume formats'
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{center}/{subject}/vbm_longitudinal_pet/{followup}_to_{baseline}/{pet_sequence}/{analysis}_without_PVC/scaling_{VOIReference}/smoothing_for_PAC/<subject>_<followup>_<pet_sequence>_coregistered_to_<baseline>_t1mri_scaled_smoothed_{smooth_kernel_size}
Formats: 'BrainVISA volume formats'{center}/{subject}/vbm_longitudinal_pet/{followup}_to_{baseline}/{pet_sequence}/{analysis}_without_PVC/scaling_{VOIReference}/smoothing_for_PAC/<subject>_<baseline>_<pet_sequence>_scaled_smoothed_{smooth_kernel_size}
Rule selection key: ('', '') (True, True, True, True, True, True, True, False, False, False, False)
Priority offset: 0
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Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') (True, True, True, True, True, True, True, False, False, False, False)
Priority offset: 0
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{center}/{subject}/vbm_longitudinal_pet/{followup}_to_{baseline}/{pet_sequence}/{analysis}_without_PVC/scaling_{VOIReference}/smoothing_for_PAC/<subject>_<followup>_<pet_sequence>_coregistered_to_<baseline>_t1mri_scaled_smoothed_{smooth_kernel_size}
Formats: 'BrainVISA volume formats'
Rule selection key: ('baseline', 'followup') (True, True, True, True, True, True, True, False, False, False, False)
Priority offset: 0
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{center}/{subject}/vbm_longitudinal_pet/{followup}_to_{baseline}/{pet_sequence}/{analysis}_without_PVC/scaling_{VOIReference}/smoothing_for_PAC/<subject>_<followup>_<pet_sequence>_coregistered_to_<baseline>_t1mri_scaled_smoothed_{smooth_kernel_size}
Formats: 'BrainVISA volume formats'{center}/{subject}/vbm_longitudinal_pet/{followup}_to_{baseline}/{pet_sequence}/{analysis}_without_PVC/scaling_{VOIReference}/smoothing_for_PAC/<subject>_<baseline>_<pet_sequence>_scaled_smoothed_{smooth_kernel_size}
Rule selection key: ('baseline', '') (True, True, True, True, True, True, True, False, False, False, False)
Priority offset: 0
processing = ''
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Formats: 'BrainVISA volume formats'
Rule selection key: ('baseline', '') (True, True, True, True, True, True, True, False, False, False, False)
Priority offset: 0
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{center}/{subject}/vbm_longitudinal_pet/{followup}_to_{baseline}/{pet_sequence}/{analysis}_without_PVC/scaling_{VOIReference}/smoothing_for_PAC/<subject>_<baseline>_<pet_sequence>_scaled_smoothed_{smooth_kernel_size}
Formats: 'BrainVISA volume formats'{center}/{subject}/vbm_longitudinal_pet/{followup}_to_{baseline}/{pet_sequence}/{analysis}_without_PVC/scaling_{VOIReference}/smoothing_for_PAC/<subject>_<baseline>_<pet_sequence>_scaled_smoothed_{smooth_kernel_size}
Rule selection key: ('baseline', 'baseline') (True, True, True, True, True, True, True, False, False, False, False)
Priority offset: 0
processing = ''
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Formats: 'BrainVISA volume formats'{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}
Rule selection key: ('', 'baseline') (True, True, True, True, True, True, True, False, False, False, False)
Priority offset: 0
processing = ''
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Formats: 'BrainVISA volume formats'
Rule selection key: ('pet', '') (False, False, False, False, False, True, False, True, True, True, True)
Priority offset: 0
template = ''
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{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'{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}
Rule selection key: ('', '') (False, False, False, False, False, True, False, True, True, True, True)
Priority offset: 0
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Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') (False, False, False, False, False, True, False, True, True, True, True)
Priority offset: 0
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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'{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}
Rule selection key: ('t1mri', '') (False, False, False, False, False, True, False, True, True, True, True)
Priority offset: 0
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Formats: 'BrainVISA volume formats'{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}
Rule selection key: ('mni', '') (False, False, False, False, False, False, False, True, True, True, True)
Priority offset: 0
followup = ''
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Formats: 'BrainVISA volume formats'{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/pet<tracer>_space/<subject>_pet_parametric_using_{VOIReference}_smoothed_{fwhm}
Rule selection key: ('', '') (False, False, False, False, False, False, False, True, True, True, True)
Priority offset: 0
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Formats: 'BrainVISA volume formats'
Rule selection key: ('pet', '') (False, False, False, False, False, True, True, True, True, True, True)
Priority offset: 0
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Formats: 'BrainVISA volume formats'{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/t1mri_space/<subject>_pet_parametric_using_{VOIReference}_smoothed_{fwhm}
Rule selection key: ('', '') (False, False, False, False, False, True, True, True, True, True, True)
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Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') (False, False, False, False, False, True, True, True, True, True, True)
Priority offset: 0
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{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'{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/mni{template}_space/<subject>_pet_parametric_using_{VOIReference}_smoothed_{fwhm}
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Formats: 'BrainVISA volume formats'{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/mni{template}_space/<subject>_pet_parametric_using_{VOIReference}_smoothed_{fwhm}
Rule selection key: ('mni', '') (False, False, False, False, False, False, True, True, True, True, True)
Priority offset: 0
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Formats: 'BrainVISA volume formats'{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}/pet<tracer>_space/<subject>_pet_parametric_using_{VOIReference}_smoothed_{fwhm}
Rule selection key: ('', '') (False, False, False, False, False, False, True, True, True, True, True)
Priority offset: 0
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Formats: 'BrainVISA volume formats'{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}/pet<tracer>_space/<subject>_pet_parametric_using_{VOIReference}_smoothed_{fwhm}
Rule selection key: ('pet', '') (False, False, False, True, False, True, True, True, True, True, True)
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Formats: 'BrainVISA volume formats'{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}/mni{template}_space/<subject>_pet_parametric_using_{VOIReference}_smoothed_{fwhm}
Rule selection key: ('', '') (False, False, False, True, False, True, True, True, True, True, True)
Priority offset: 0
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Formats: 'BrainVISA volume formats'{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}/mni{template}_space/<subject>_pet_parametric_using_{VOIReference}_smoothed_{fwhm}
Rule selection key: ('', '') (False, False, False, True, False, False, True, True, True, True, True)
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Formats: 'BrainVISA volume formats'
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Parent types:4D Volume Any TypeKey: ['center', 'subject', 'followup', 'baseline', 'pet_sequence', 'analysis', 'VOIReference', 'smooth_kernel_size', 'time_point', 'PVC_method']Default attributes values:
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{center}/{subject}/vbm_longitudinal_pet/{followup}_to_{baseline}/{pet_sequence}/{analysis}_using_{PVC_method}_PVC/scaling_{VOIReference}/smoothing_for_PAC/<subject>_<followup>_<pet_sequence>_coregistered_to_<baseline>_t1mri_scaled_smoothed_{smooth_kernel_size}
Formats: 'BrainVISA volume formats'
Rule selection key: ('followup',) (False,)
Priority offset: 0
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{center}/{subject}/vbm_longitudinal_pet/{followup}_to_{baseline}/{pet_sequence}/{analysis}_using_{PVC_method}_PVC/scaling_{VOIReference}/smoothing_for_PAC/<subject>_<followup>_<pet_sequence>_coregistered_to_<baseline>_t1mri_scaled_smoothed_{smooth_kernel_size}
Formats: 'BrainVISA volume formats'{center}/{subject}/vbm_longitudinal_pet/{followup}_to_{baseline}/{pet_sequence}/{analysis}_using_{PVC_method}_PVC/scaling_{VOIReference}/smoothing_for_PAC/<subject>_<baseline>_<pet_sequence>_scaled_smoothed_{smooth_kernel_size}
Rule selection key: ('',) (False,)
Priority offset: 0
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Formats: 'BrainVISA volume formats'
Rule selection key: ('',) (False,)
Priority offset: 0
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Formats: 'BrainVISA volume formats'
Rule selection key: ('baseline',) (False,)
Priority offset: 0
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Formats: 'BrainVISA volume formats'{center}/{subject}/vbm_longitudinal_pet/{followup}_to_{baseline}/{pet_sequence}/{analysis}_without_PVC/scaling_{VOIReference}/smoothing_for_PAC/<subject>_<baseline>_<pet_sequence>_scaled_smoothed_{smooth_kernel_size}
Rule selection key: ('',) (True,)
Priority offset: 0
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Formats: 'BrainVISA volume formats'
Rule selection key: ('',) (True,)
Priority offset: 0
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{center}/{subject}/vbm_longitudinal_pet/{followup}_to_{baseline}/{pet_sequence}/{analysis}_without_PVC/scaling_{VOIReference}/smoothing_for_PAC/<subject>_<followup>_<pet_sequence>_coregistered_to_<baseline>_t1mri_scaled_smoothed_{smooth_kernel_size}
Formats: 'BrainVISA volume formats'{center}/{subject}/vbm_longitudinal_pet/{followup}_to_{baseline}/{pet_sequence}/{analysis}_without_PVC/scaling_{VOIReference}/smoothing_for_PAC/<subject>_<baseline>_<pet_sequence>_scaled_smoothed_{smooth_kernel_size}
Rule selection key: ('followup',) (True,)
Priority offset: 0
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Formats: 'BrainVISA volume formats'
Rule selection key: ('baseline',) (True,)
Priority offset: 0
PVC_method = ''
time_point = 'baseline'
PVC = 'no'
Parent types:4D Volume Any TypeKey: ['center', 'subject', 'followup', 'baseline', 'pet_sequence', 'analysis', 'PVC_method', 'VOIReference', 'template']Default attributes values:
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{center}/{subject}/vbm_longitudinal_pet/{followup}_to_{baseline}/{pet_sequence}/{analysis}_using_{PVC_method}_PVC/scaling_{VOIReference}/smoothing_for_PAC/<subject>_<pet_sequence>_PAC_map
Formats: 'BrainVISA volume formats'{center}/{subject}/vbm_longitudinal_pet/{followup}_to_{baseline}/{pet_sequence}/{analysis}_using_{PVC_method}_PVC/scaling_{VOIReference}/smoothing_for_PAC/<subject>_<pet_sequence>_warped_in_{template}_PAC_map
Rule selection key: () (True, False)
Priority offset: 0
template = ''
time_point = 'baseline'
PVC = 'yes'
Formats: 'BrainVISA volume formats'{center}/{subject}/vbm_longitudinal_pet/{followup}_to_{baseline}/{pet_sequence}/{analysis}_without_PVC/scaling_{VOIReference}/smoothing_for_PAC/<subject>_<pet_sequence>_PAC_map
Rule selection key: () (False, False)
Priority offset: 0
space = 'mni'
PVC = 'yes'
Formats: 'BrainVISA volume formats'{center}/{subject}/vbm_longitudinal_pet/{followup}_to_{baseline}/{pet_sequence}/{analysis}_without_PVC/scaling_{VOIReference}/smoothing_for_PAC/<subject>_<pet_sequence>_warped_in_{template}_PAC_map
Rule selection key: () (True, True)
Priority offset: 0
PVC_method = ''
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time_point = 'baseline'
PVC = 'no'
Formats: 'BrainVISA volume formats'
Rule selection key: () (False, True)
Priority offset: 0
PVC_method = ''
space = 'mni'
PVC = 'no'
Parent types:4D Volume Any TypeKey: ['center', 'subject', 'followup', 'baseline', 'pet_sequence', 'analysis', 'PVC_method', 'VOIReference', 'template', 'smooth_kernel_size']Default attributes values:
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{center}/{subject}/vbm_longitudinal_pet/{followup}_to_{baseline}/{pet_sequence}/{analysis}_using_{PVC_method}_PVC/scaling_{VOIReference}/smoothing_for_PAC/<subject>_<pet_sequence>_warped_in_{template}_PAC_map_smoothed_{smooth_kernel_size}
Formats: 'BrainVISA volume formats'{center}/{subject}/vbm_longitudinal_pet/{followup}_to_{baseline}/{pet_sequence}/{analysis}_without_PVC/scaling_{VOIReference}/smoothing_for_PAC/<subject>_<pet_sequence>_warped_in_{template}_PAC_map_smoothed_{smooth_kernel_size}
Rule selection key: () (False,)
Priority offset: 0
space = 'mni'
PVC = 'yes'
Formats: 'BrainVISA volume formats'
Rule selection key: () (True,)
Priority offset: 0
PVC_method = ''
space = 'mni'
PVC = 'no'
Parent types:raw dicom Any TypeKey: ['center', 'subject', 'acquisition', 'tracer']Default attributes values:
center = 'subjects'{center}/{subject}/pet/{acquisition}/{tracer}/<subject>_raw_dicom
Formats: None
Rule selection key: () ()
Priority offset: 0
Parent types:4D Volume Any TypeKey: ['center', 'subject', 'acquisition', 'tracer']Default attributes values:
center = 'subjects'{center}/{subject}/pet/{acquisition}/{tracer}/<subject>_raw_ecat
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:Text file Any TypeKey: ['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
Parent types:PET Transformation matrix Any TypeKey: ['center', 'subject', 'filename_variable', 'race']Default attributes values:
center = 'subjects'Rules selection key: ['race'] []
{center}/{subject}/registration/h*_TO_mri
Formats: ['Transformation matrix']{center}/{subject}/registration/a*_TO_mri
Rule selection key: ('',) ()
Priority offset: 0
race = 'human'
Formats: ['Transformation matrix']
Rule selection key: ('',) ()
Priority offset: 0
race = 'animal'
{center}/{subject}/registration/h*_TO_mri
Formats: ['Transformation matrix']{center}/{subject}/registration/a*_TO_mri
Rule selection key: ('human',) ()
Priority offset: 0
race = 'human'
Formats: ['Transformation matrix']
Rule selection key: ('animal',) ()
Priority offset: 0
race = 'animal'
Parent types:Directory Any TypeKey: ['center', 'subject', 'acquisition', 'tracer', 'reconstruction', 'analysis', 'PVC_method']Default attributes values:
center = 'subjects'{center}/{subject}/pet/{acquisition}/{tracer}/PET_{reconstruction}/{analysis}_using_{PVC_method}_PVC/<PVC_method>_parameters
Formats: ['Directory']
Rule selection key: () ()
Priority offset: 0
Parent types:Diffusion Scalar Map 3D Volume 4D Volume Any TypeKey: ['center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('acquisition',)Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/diffusion/{acquisition}/{analysis}/pdc_<subject>
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:4D Volume Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_parcellation
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
Parent types:Text file Any TypeKey: ['covariateName']covariates/{covariateName}_covariate
Formats: None
Rule selection key: () ()
Priority offset: 0
Parent types:Text file Any TypeKey: ['center', 'subject', 'acquisition', 'tracer']Default attributes values:
center = 'subjects'{center}/{subject}/pet/{acquisition}/{tracer}/<acquisition>_data
Formats: None
Rule selection key: () ()
Priority offset: 0
Parent types:Text file Any TypeKey: ['center', 'subject', 'acquisition', 'tracer', 'reconstruction']Default attributes values:
center = 'subjects'{center}/{subject}/pet/{acquisition}/{tracer}/PET_{reconstruction}/<analysis>_data
Formats: None
Rule selection key: () ()
Priority offset: 0
Parent types:PetSubject CT Mask PetSubject CT PetSubject 4D Volume Any TypeKey: ['center', 'subject', 'acquisition', 'tracer', 'reconDiam']Default attributes values:
center = 'subjects'{center}/{subject}/pet/{acquisition}/{tracer}/CT_{reconDiam}/<subject>_<acquisition>_CT_Masks/<subject>_<acquisition>_<reconDiam>_CT_Background_Mask
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:PetSubject CT Mask PetSubject CT PetSubject 4D Volume Any TypeKey: ['center', 'subject', 'acquisition', 'tracer', 'reconDiam']Default attributes values:
center = 'subjects'{center}/{subject}/pet/{acquisition}/{tracer}/CT_{reconDiam}/<subject>_<acquisition>_CT_Masks/<subject>_<acquisition>_<reconDiam>_CT_Caude_Mask
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:PetSubject CTOld Contour PetSubject Mask PetSubject 4D Volume Any TypeKey: ['center', 'subject', 'acquisition', 'tracer', 'reconDiam']Default attributes values:
center = 'subjects'{center}/{subject}/pet/{acquisition}/{tracer}/CT_{reconDiam}/<subject>_<acquisition>_<tracer>_<reconDiam>_CT_Contour
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:PetSubject CT PetSubject 4D Volume Any TypeKey: ['center', 'subject', 'acquisition', 'tracer', 'reconDiam']Default attributes values:
center = 'subjects'{center}/{subject}/pet/{acquisition}/{tracer}/CT_{reconDiam}/<subject>_<acquisition>_<tracer>_<reconDiam>_CT_Coregistered
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:PetSubject CT PetSubject 4D Volume Any TypeKey: ['center', 'subject', 'acquisition', 'tracer', 'reconDiam']Default attributes values:
center = 'subjects'{center}/{subject}/pet/{acquisition}/{tracer}/CT_{reconDiam}/<subject>_<acquisition>_<tracer>_<reconDiam>_CT
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:PetSubject CT Mask PetSubject CT PetSubject 4D Volume Any TypeKey: ['center', 'subject', 'acquisition', 'tracer', 'reconDiam']Default attributes values:
center = 'subjects'{center}/{subject}/pet/{acquisition}/{tracer}/CT_{reconDiam}/<subject>_<acquisition>_CT_Masks/<subject>_<acquisition>_<reconDiam>_CT_Grey_matter_Mask
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:PetSubject CT Mask PetSubject CT PetSubject 4D Volume Any TypeKey: ['center', 'subject', 'acquisition', 'tracer', 'reconDiam']Default attributes values:
center = 'subjects'{center}/{subject}/pet/{acquisition}/{tracer}/CT_{reconDiam}/<subject>_<acquisition>_CT_Masks/<subject>_<acquisition>_<reconDiam>_CT_Grey_matter_lite_Mask
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:PetSubject CT Mask PetSubject CT PetSubject 4D Volume Any TypeKey: ['center', 'subject', 'acquisition', 'tracer', 'reconDiam']Default attributes values:
center = 'subjects'{center}/{subject}/pet/{acquisition}/{tracer}/CT_{reconDiam}/<subject>_<acquisition>_CT_Masks/<subject>_<acquisition>_<reconDiam>_CT_Putamen_Mask
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:PetSubject Dicom Dir CTOld PetSubject RawDicom Any TypeKey: ['center', 'subject', 'acquisition', 'tracer', 'reconDiam']Default attributes values:
center = 'subjects'{center}/{subject}/pet/{acquisition}/{tracer}/CT_{reconDiam}/<subject>_<acquisition>_<tracer>_<reconDiam>_CT_rawData
Formats: None
Rule selection key: () ()
Priority offset: 0
Parent types:PetSubject CT PetSubject 4D Volume Any TypeKey: ['center', 'subject', 'acquisition', 'tracer', 'reconDiam']Default attributes values:
center = 'subjects'{center}/{subject}/pet/{acquisition}/{tracer}/CT_{reconDiam}/<subject>_<acquisition>_<tracer>_<reconDiam>_CT_Shifted
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:PetSubject CT Mask PetSubject CT PetSubject 4D Volume Any TypeKey: ['center', 'subject', 'acquisition', 'tracer', 'reconDiam']Default attributes values:
center = 'subjects'{center}/{subject}/pet/{acquisition}/{tracer}/CT_{reconDiam}/<subject>_<acquisition>_CT_Masks/<subject>_<acquisition>_<reconDiam>_CT_White_matter_Mask
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:PetSubject 4D Volume Any TypeKey: ['center', 'subject', 'acquisition', 'tracer', 'reconDiam']petSubject/{center}/{subject}/pet/{acquisition}/{tracer}/CT_{reconDiam}/<subject>_<acquisition>_<tracer>_CT_<reconDiam>
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:PetSubject Mask PetSubject 4D Volume Any TypeKey: ['center', 'subject', 'acquisition', 'tracer', 'reconDiam']petSubject/{center}/{subject}/pet/{acquisition}/{tracer}/CT_{reconDiam}/<subject>_<acquisition>_<tracer>_CT_<reconDiam>_Contour
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:Text file Any TypeKey: ['center', 'subject', 'acquisition', 'tracer', 'reconstruction', 'covariateName']Default attributes values:
center = 'subjects'{center}/{subject}/pet/{acquisition}/{tracer}/PET_{reconstruction}/covariates/<subject>_<acquisition>_<tracer>_<reconstruction>_{covariateName}
Formats: None
Rule selection key: () ()
Priority offset: 0
Parent types:Text file Any TypeKey: ['center', 'subject', 'acquisition', 'tracer', 'reconstruction', 'analysis', 'covariateName']petSubject/{center}/{subject}/pet/{acquisition}/{tracer}/PET_{reconstruction}/{analysis}/covariates/<subject>_<acquisition>_<tracer>_<reconstruction>_{covariateName}
Formats: None
Rule selection key: () ()
Priority offset: 0
Parent types:PetSubject RawDicom Any TypeKey: ['center', 'subject', 'acquisition', 'tracer', 'reconDiam']petSubject/{center}/{subject}/pet/{acquisition}/{tracer}/CT_{reconDiam}/<subject>_<acquisition>_<tracer>_CT_<reconDiam>_rawData
Formats: None
Rule selection key: () ()
Priority offset: 0
Parent types:PetSubject label Label volume 3D Volume 4D Volume Any TypeKey: ['center', 'subject', 'acquisition', 'tracer', 'reconstruction', 'analysis', 'labelStat']Default attributes values:
center = 'subjects'{center}/{subject}/pet/{acquisition}/{tracer}/PET_{reconstruction}/{analysis}/<subject>_<acquisition>_<tracer>_<reconstruction>_PetSpace_{labelStat}_label
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:Label volume 3D Volume 4D Volume Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis', 'labelStat']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/ROI_MNI/<subject>_<acquisition>_{labelStat}_MNI_label
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
Parent types:PetSubject MNI ROI Mask PetSubject 4D Volume Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis', 'ROIReference']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/ROI_MNI/<subject>_<acquisition>_{ROIReference}_MNI_roiRef
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
Parent types:PetSubject MNI ROI Mask PetSubject 4D Volume Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis', 'ROIStat']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/ROI_MNI/<subject>_<acquisition>_{ROIStat}_MNI_roi
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
Parent types:Text file Any TypeKey: ['center', 'subject', 'acquisition', 'tracer', 'reconstruction', 'analysis', 'PVC_method', 'ROIReference', 'volumeStat']Default attributes values:
center = 'subjects'Rules selection key: [] ['PVC_method']
{center}/{subject}/pet/{acquisition}/{tracer}/PET_{reconstruction}/{analysis}_using_{PVC_method}_PVC/statistics_MNI_space/<subject>_<acquisition>_<tracer>_<reconstruction>_MNI_SUVR_using{ROIReference}_Histogram_StatsIn_{volumeStat}
Formats: None{center}/{subject}/pet/{acquisition}/{tracer}/PET_{reconstruction}/{analysis}/statistics_MNI_space/<subject>_<acquisition>_<tracer>_<reconstruction>_MNI_SUVR_using{ROIReference}_Histogram_StatsIn_{volumeStat}
Rule selection key: () (False,)
Priority offset: 0
PVC = 'yes'
Formats: None
Rule selection key: () (True,)
Priority offset: 0
PVC_method = ''
PVC = 'no'
Parent types:Text file Any TypeKey: ['center', 'subject', 'acquisition', 'tracer', 'reconstruction', 'analysis', 'ROIReference', 'ROIStat', 'PVC_method']Default attributes values:
center = 'subjects'Rules selection key: [] ['PVC_method']
{center}/{subject}/pet/{acquisition}/{tracer}/PET_{reconstruction}/{analysis}_using_{PVC_method}_PVC/statistics_MNI_space/<subject>_<acquisition>_<tracer>_<reconstruction>_MNI_SUVR_using{ROIReference}_StatsInRoi_{ROIStat}
Formats: None{center}/{subject}/pet/{acquisition}/{tracer}/PET_{reconstruction}/{analysis}/statistics_MNI_space/<subject>_<acquisition>_<tracer>_<reconstruction>_MNI_SUVR_using{ROIReference}_StatsInRoi_{ROIStat}
Rule selection key: () (False,)
Priority offset: 0
PVC = 'yes'
Formats: None
Rule selection key: () (True,)
Priority offset: 0
PVC_method = ''
PVC = 'no'
Parent types:Text file Any TypeKey: ['center', 'subject', 'acquisition', 'tracer', 'reconstruction', 'analysis', 'ROIReference', 'labelStat', 'PVC_method']Default attributes values:
center = 'subjects'Rules selection key: [] ['PVC_method']
{center}/{subject}/pet/{acquisition}/{tracer}/PET_{reconstruction}/{analysis}_using_{PVC_method}_PVC/statistics_MNI_space/<subject>_<acquisition>_<tracer>_<reconstruction>_MNI_SUVR_using{ROIReference}_StatsInLabel_{labelStat}
Formats: None{center}/{subject}/pet/{acquisition}/{tracer}/PET_{reconstruction}/{analysis}/statistics_MNI_space/<subject>_<acquisition>_<tracer>_<reconstruction>_MNI_SUVR_using{ROIReference}_StatsInLabel_{labelStat}
Rule selection key: () (False,)
Priority offset: 0
PVC = 'yes'
Formats: None
Rule selection key: () (True,)
Priority offset: 0
PVC_method = ''
PVC = 'no'
Parent types:Text file Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/<subject>_<acquisition>_<analysis>_user_validation
center = 'subjects'
analysis = 'default_analysis'
Formats: None
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
Parent types:PDF BoardKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis', 'ROIReference']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/<subject>_<acquisition>_<analysis>_{ROIReference}_user_validation_report
center = 'subjects'
analysis = 'default_analysis'
Formats: ['PDF File']
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
Parent types:PetSubject MRI PetSubject 4D Volume Any TypeKey: ['center', 'subject', 'acquisition', 'analysis']petSubject/{center}/{subject}/t1mri/{acquisition}/{analysis}/<subject>_<acquisition>_T1_BiasCorrected
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:PetSubject MRI PetSubject 4D Volume Any TypeKey: ['center', 'subject', 'acquisition', 'analysis']petSubject/{center}/{subject}/t1mri/{acquisition}/{analysis}/<subject>_<acquisition>_T1_CSFProb_Spm
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:PetSubject MRI PetSubject 4D Volume Any TypeKey: ['center', 'subject', 'acquisition', 'analysis', 'from']petSubject/{center}/{subject}/t1mri/{acquisition}/{analysis}/y_<subject>_<acquisition>_T1_FrdDeFld_from{from}
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:Matlab SPM file Any TypeKey: ['center', 'subject', 'acquisition', 'analysis', 'from']petSubject/{center}/{subject}/t1mri/{acquisition}/{analysis}/<subject>_<acquisition>_T1_FrdDeFldSegMat_from{from}_seg8
Formats: ['Matlab file', 'gz Matlab file', 'bz2 Matlab file']
Rule selection key: () ()
Priority offset: 0
Parent types:PetSubject SnMat Matlab SPM file Any TypeKey: ['center', 'subject', 'acquisition', 'analysis', 'from']petSubject/{center}/{subject}/t1mri/{acquisition}/{analysis}/<subject>_<acquisition>_T1_frd_from{from}_sn
Formats: ['Matlab file', 'gz Matlab file', 'bz2 Matlab file']
Rule selection key: () ()
Priority offset: 0
Parent types:PetSubject MRI T1 Mask PetSubject MRI PetSubject 4D Volume Any TypeKey: ['center', 'subject', 'acquisition', 'analysis', 'method']petSubject/{center}/{subject}/t1mri/{acquisition}/{analysis}/<subject>_<acquisition>_T1_GreymatterMask_{method}
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:PetSubject MRI PetSubject 4D Volume Any TypeKey: ['center', 'subject', 'acquisition', 'analysis', 'from']petSubject/{center}/{subject}/t1mri/{acquisition}/{analysis}/iy_<subject>_<acquisition>_T1_InvDeFld_from{from}
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:PetSubject SnMat Matlab SPM file Any TypeKey: ['center', 'subject', 'acquisition', 'analysis', 'from']petSubject/{center}/{subject}/t1mri/{acquisition}/{analysis}/<subject>_<acquisition>_T1_inv_from{from}_sn
Formats: ['Matlab file', 'gz Matlab file', 'bz2 Matlab file']
Rule selection key: () ()
Priority offset: 0
Parent types:Label volume 3D Volume 4D Volume Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis', 'labelStat']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/ROI/<subject>_<acquisition>_{labelStat}_label
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
Parent types:tissue probability map Template 3D Volume 4D Volume Any TypeKey: ['segmentation_method', 'from']analyzes/PET/{segmentation_method}/templates/T1_MNI_Full_Template_from{from}
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:PetSubject MNI Group PetSubject Group Text file Any TypeKey: ['from']groups/T1_{from}/group_MNI_Greymatter_<from>
Formats: None
Rule selection key: () ()
Priority offset: 0
Parent types:PetSubject MNI Group OLD PetSubject Group Text file Any TypeKey: ['analysis', 'from']petSubject/analyzes/{analysis}/groups/T1_{from}/group_MNI_Greymatter_<from>
Formats: None
Rule selection key: () ()
Priority offset: 0
Parent types:PetSubject MRI MNISpace PetSubject MRI PetSubject 4D Volume Any TypeKey: ['center', 'subject', 'acquisition', 'analysis']petSubject/{center}/{subject}/t1mri/{acquisition}/{analysis}/<subject>_<acquisition>_T1_MNI_GreymatterProb_Spm
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:grey probability map Template 3D Volume 4D Volume Any TypeKey: ['segmentation_method', 'from']analyzes/PET/{segmentation_method}/templates/T1_MNI_Grey_Template_from{from}
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:Template 3D Volume 4D Volume Any TypeKey: ['segmentation_method', 'from']analyzes/PET/{segmentation_method}/templates/T1_MNI_Grey_Template_smoothed_from{from}
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:PetSubject MRI MNISpace PetSubject MRI PetSubject 4D Volume Any TypeKey: ['center', 'subject', 'acquisition', 'analysis']petSubject/{center}/{subject}/t1mri/{acquisition}/{analysis}/<subject>_<acquisition>_T1_MNI_GreymatterMask
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:PetSubject MRI MNISpace PetSubject MRI PetSubject 4D Volume Any TypeKey: ['center', 'subject', 'acquisition', 'analysis']petSubject/{center}/{subject}/t1mri/{acquisition}/{analysis}/<subject>_<acquisition>_T1_MNI
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:Template 3D Volume 4D Volume Any TypeKey: ['segmentation_method', 'from']analyzes/PET/{segmentation_method}/templates/T1_MNI_T1_Template_from{from}
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:Template 3D Volume 4D Volume Any TypeKey: ['segmentation_method', 'from']analyzes/PET/{segmentation_method}/templates/T1_Nat_Full_Template_from{from}
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:PetSubject MRI PetSubject 4D Volume Any TypeKey: ['center', 'subject', 'acquisition', 'analysis']petSubject/{center}/{subject}/t1mri/{acquisition}/{analysis}/<subject>_<acquisition>_T1_GreymatterProb_Spm
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:Template 3D Volume 4D Volume Any TypeKey: ['segmentation_method', 'from']analyzes/PET/{segmentation_method}/templates/T1_Nat_Grey_Template_from{from}
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:PetSubject MRI PetSubject 4D Volume Any TypeKey: ['center', 'subject', 'acquisition', 'analysis']petSubject/{center}/{subject}/t1mri/{acquisition}/{analysis}/<subject>_<acquisition>_T1_WhitematterProb_Spm
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:PetSubject MRI PetSubject 4D Volume Any TypeKey: ['center', 'subject', 'acquisition', 'analysis']petSubject/{center}/{subject}/t1mri/{acquisition}/{analysis}/<subject>_<acquisition>_T1_Native
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:PetSubject MRI PetSubject 4D Volume Any TypeKey: ['center', 'subject', 'acquisition']petSubject/{center}/{subject}/t1mri/{acquisition}/<subject>_<acquisition>_T1_Native
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:PetSubject MRI PetSubject 4D Volume Any TypeKey: ['center', 'subject', 'acquisition']petSubject/{center}/{subject}/t1mri/{acquisition}/<subject>_<acquisition>_T1_raw
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:PetSubject MRI PetSubject 4D Volume Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/<subject>_<acquisition>_T1_PetSpc
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
Parent types:PetSubject MRI PetSubject 4D Volume Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis', 'pet_tracer', 'pet_acquisition']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/<subject>_<acquisition>_T1_nobias_in_PET_{pet_tracer}_{pet_acquisition}
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
Parent types:PetSubject MRI PetSubject 4D Volume Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis', 'method']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/<subject>_<acquisition>_T1_PetSpc_Csf_{method}
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
Parent types:PetSubject MRI PetSubject 4D Volume Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis', 'method']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/<subject>_<acquisition>_T1_PetSpc_Grey_{method}
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
Parent types:PetSubject MRI T1 PetSpc Tissue Mask PetSubject MRI T1 Mask PetSubject MRI PetSubject 4D Volume Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/<subject>_<acquisition>_T1_PetSpc_GreyMask
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
Parent types:PetSubject MRI PetSubject 4D Volume Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis', 'method']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/<subject>_<acquisition>_T1_PetSpc_White_{method}
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
Parent types:PetSubject MRI T1 Mask PetSubject MRI PetSubject 4D Volume Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis', 'ROIName']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/ROI/<subject>_<acquisition>_{ROIName}
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
Parent types:PetSubject MRI T1 Mask PetSubject MRI PetSubject 4D Volume Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis', 'ROIReference']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/ROI/<subject>_<acquisition>_{ROIReference}_roiRef
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
Parent types:PetSubject MRI T1 Mask PetSubject MRI PetSubject 4D Volume Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis', 'ROIStat']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/ROI/<subject>_<acquisition>_{ROIStat}_roi
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
Parent types:PetSubject RawDicom Any TypeKey: ['center', 'subject', 'acquisition']petSubject/{center}/{subject}/t1mri/{acquisition}/<subject>_<acquisition>_T1_rawData
Formats: None
Rule selection key: () ()
Priority offset: 0
Parent types:PetSubject RawDicom Any TypeKey: ['center', 'subject', 'acquisition']petSubject/{center}/{subject}/t1mri/{acquisition}/<subject>_<acquisition>_T1_rawDicom
Formats: None
Rule selection key: () ()
Priority offset: 0
Parent types:PetSubject MRI PetSubject 4D Volume Any TypeKey: ['center', 'subject', 'acquisition']petSubject/{center}/{subject}/t1mri/{acquisition}/<subject>_<acquisition>_T1_rawNii
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:PetSubject MRI PetSubject 4D Volume Any TypeKey: ['center', 'subject', 'acquisition', 'analysis']petSubject/{center}/{subject}/t1mri/{acquisition}/{analysis}/<subject>_<acquisition>_T1_ScalpProb_Spm
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:PetSubject MRI PetSubject 4D Volume Any TypeKey: ['center', 'subject', 'acquisition', 'analysis']petSubject/{center}/{subject}/t1mri/{acquisition}/{analysis}/<subject>_<acquisition>_T1_SkullProb_Spm
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:PetSubject MRI T1 Mask PetSubject MRI PetSubject 4D Volume Any TypeKey: ['center', 'subject', 'acquisition', 'analysis', 'method']petSubject/{center}/{subject}/t1mri/{acquisition}/{analysis}/<subject>_<acquisition>_T1_WhitematterMask_{method}
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:PetSubject PET Mask PetSubject Mask PetSubject 4D Volume Any TypeKey: ['center', 'subject', 'acquisition', 'tracer', 'reconstruction']Default attributes values:
center = 'subjects'{center}/{subject}/pet/{acquisition}/{tracer}/PET_{reconstruction}/<subject>_<acquisition>_PET_Masks/<subject>_<acquisition>_<reconstruction>_PET_Background_Mask
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:PetSubject PET Mask PetSubject Mask PetSubject 4D Volume Any TypeKey: ['center', 'subject', 'acquisition', 'tracer', 'reconstruction']Default attributes values:
center = 'subjects'{center}/{subject}/pet/{acquisition}/{tracer}/PET_{reconstruction}/<subject>_<acquisition>_PET_Masks/<subject>_<acquisition>_<reconstruction>_PET_Caude_Mask
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:PetSubject Mask PetSubject 4D Volume Any TypeKey: ['center', 'subject', 'acquisition', 'tracer', 'reconstruction']Default attributes values:
center = 'subjects'{center}/{subject}/pet/{acquisition}/{tracer}/PET_{reconstruction}/<subject>_<acquisition>_<tracer>_<reconstruction>_Contour
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:PetSubject PET MriNativeSpace PetSubject PET PetSubject 4D Volume Any TypeKey: ['center', 'subject', 'acquisition', 'tracer', 'reconstruction', 'analysis', 'PVC_method']Default attributes values:
center = 'subjects'Rules selection key: [] ['PVC_method']
{center}/{subject}/pet/{acquisition}/{tracer}/PET_{reconstruction}/{analysis}_using_{PVC_method}_PVC/<subject>_<acquisition>_<tracer>_<reconstruction>_Coregistered
Formats: 'BrainVISA volume formats'{center}/{subject}/pet/{acquisition}/{tracer}/PET_{reconstruction}/{analysis}/<subject>_<acquisition>_<tracer>_<reconstruction>_Coregistered
Rule selection key: () (False,)
Priority offset: 0
PVC = 'yes'
Formats: 'BrainVISA volume formats'
Rule selection key: () (True,)
Priority offset: 0
PVC_method = ''
PVC = 'no'
Parent types:Directory Any TypeKey: ['center', 'subject', 'acquisition', 'tracer', 'reconstruction']Default attributes values:
center = 'subjects'{center}/{subject}/pet/{acquisition}/{tracer}/PET_{reconstruction}/dynamic
Formats: ['Directory']
Rule selection key: () ()
Priority offset: 0
Parent types:PetSubject PET PetNativeSpace PetSubject PET PetSubject 4D Volume Any TypeKey: ['center', 'subject', 'acquisition', 'tracer', 'reconstruction']Default attributes values:
center = 'subjects'{center}/{subject}/pet/{acquisition}/{tracer}/PET_{reconstruction}/<subject>_<acquisition>_<reconstruction>_dynamic
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:Directory Any TypeKey: ['center', 'subject', 'acquisition', 'tracer', 'reconstruction']Default attributes values:
center = 'subjects'{center}/{subject}/pet/{acquisition}/{tracer}/PET_{reconstruction}/dynamic_realigned
Formats: ['Directory']
Rule selection key: () ()
Priority offset: 0
Parent types:PetSubject PET Mask PetSubject Mask PetSubject 4D Volume Any TypeKey: ['center', 'subject', 'acquisition', 'tracer', 'reconstruction']Default attributes values:
center = 'subjects'{center}/{subject}/pet/{acquisition}/{tracer}/PET_{reconstruction}/<subject>_<acquisition>_PET_Masks/<subject>_<acquisition>_<reconstruction>_PET_Grey_matter_Mask
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:PetSubject PET Mask PetSubject Mask PetSubject 4D Volume Any TypeKey: ['center', 'subject', 'acquisition', 'tracer', 'reconstruction']Default attributes values:
center = 'subjects'{center}/{subject}/pet/{acquisition}/{tracer}/PET_{reconstruction}/<subject>_<acquisition>_PET_Masks/<subject>_<acquisition>_<reconstruction>_PET_Grey_matter_lite_Mask
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:PetSubject Group Text file Any TypeKey: ['from']groups/PET_{from}/group_<from>
Formats: None
Rule selection key: () ()
Priority offset: 0
Parent types:Directory Any TypeKey: ['from']groups/PET_{from}
Formats: ['Directory']
Rule selection key: () ()
Priority offset: 0
Parent types:PetSubject PET MNISpace PetSubject PET PetSubject 4D Volume Any TypeKey: ['center', 'subject', 'acquisition', 'tracer', 'reconstruction', 'analysis', 'PVC_method']Default attributes values:
center = 'subjects'Rules selection key: [] ['PVC_method']
{center}/{subject}/pet/{acquisition}/{tracer}/PET_{reconstruction}/{analysis}_using_{PVC_method}_PVC/<subject>_<acquisition>_<tracer>_<reconstruction>_MNI
Formats: 'BrainVISA volume formats'{center}/{subject}/pet/{acquisition}/{tracer}/PET_{reconstruction}/{analysis}/<subject>_<acquisition>_<tracer>_<reconstruction>_MNI
Rule selection key: () (False,)
Priority offset: 0
PVC = 'yes'
Formats: 'BrainVISA volume formats'
Rule selection key: () (True,)
Priority offset: 0
PVC_method = ''
PVC = 'no'
Parent types:Postscript file Any TypeKey: ['segmentation_method', 'factoriel_design', 'first_group', 'second_group', 'ROIReference', 'fwhm', 'nuisance_covariate_list', 'interest_covariate_list', 'pet_intersection', 'PVC_method']Rules selection key: ['pet_intersection'] ['ROIReference', 'interest_covariate_list', 'nuisance_covariate_list', 'PVC_method']
analyzes/PET/{segmentation_method}_using_{PVC_method}_PVC/voxel_by_voxel_comparison/{factoriel_design}/{first_group}_compare_with_{second_group}/pet_mean_smoothed_{fwhm}/intersect_grey_mask/nuisance_covariates_{nuisance_covariate_list}/spm_designExplore
Formats: ['PS file', 'gz compressed PS file']analyzes/PET/{segmentation_method}_using_{PVC_method}_PVC/voxel_by_voxel_comparison/{factoriel_design}/{first_group}_compare_with_{second_group}/pet_mean_smoothed_{fwhm}/intersect_white_mask/nuisance_covariates_{nuisance_covariate_list}/spm_designExplore
Rule selection key: ('',) (True, True, False, False)
Priority offset: 0
ROIReference = ''
interest_covariate_list = ''
PVC = 'yes'
parametric = 'no'
pet_intersection = 'grey'
nuisance_covariate = 'yes'
PVC = 'yes'
parametric = 'no'
pet_intersection = 'grey'
nuisance_covariate = 'yes'
interest_covariate = 'no'
Formats: ['PS file', 'gz compressed PS file']analyzes/PET/{segmentation_method}_using_{PVC_method}_PVC/voxel_by_voxel_comparison/{factoriel_design}/{first_group}_compare_with_{second_group}/pet_mean_smoothed_{fwhm}/without_intersect/nuisance_covariates_{nuisance_covariate_list}/spm_designExplore
Rule selection key: ('',) (True, True, False, False)
Priority offset: 0
ROIReference = ''
interest_covariate_list = ''
PVC = 'yes'
parametric = 'no'
pet_intersection = 'white'
nuisance_covariate = 'yes'
PVC = 'yes'
parametric = 'no'
pet_intersection = 'white'
nuisance_covariate = 'yes'
interest_covariate = 'no'
Formats: ['PS file', 'gz compressed PS file']
Rule selection key: ('',) (True, True, False, False)
Priority offset: 0
ROIReference = ''
interest_covariate_list = ''
PVC = 'yes'
parametric = 'no'
pet_intersection = 'none'
nuisance_covariate = 'yes'
PVC = 'yes'
parametric = 'no'
pet_intersection = 'none'
nuisance_covariate = 'yes'
interest_covariate = 'no'
analyzes/PET/{segmentation_method}_using_{PVC_method}_PVC/voxel_by_voxel_comparison/{factoriel_design}/{first_group}_compare_with_{second_group}/pet_mean_smoothed_{fwhm}/intersect_grey_mask/nuisance_covariates_{nuisance_covariate_list}/spm_designExplore
Formats: ['PS file', 'gz compressed PS file']
Rule selection key: ('grey',) (True, True, False, False)
Priority offset: 0
ROIReference = ''
interest_covariate_list = ''
PVC = 'yes'
parametric = 'no'
pet_intersection = 'grey'
nuisance_covariate = 'yes'
PVC = 'yes'
parametric = 'no'
pet_intersection = 'grey'
nuisance_covariate = 'yes'
interest_covariate = 'no'
analyzes/PET/{segmentation_method}_using_{PVC_method}_PVC/voxel_by_voxel_comparison/{factoriel_design}/{first_group}_compare_with_{second_group}/pet_mean_smoothed_{fwhm}/intersect_grey_mask/nuisance_covariates{nuisance_covariate_list}/interest_covariates_{interest_covariate_list}/spm_designExplore
Formats: ['PS file', 'gz compressed PS file']analyzes/PET/{segmentation_method}_using_{PVC_method}_PVC/voxel_by_voxel_comparison/{factoriel_design}/{first_group}_compare_with_{second_group}/pet_mean_smoothed_{fwhm}/intersect_white_mask/nuisance_covariates{nuisance_covariate_list}/interest_covariates_{interest_covariate_list}/spm_designExplore
Rule selection key: ('',) (True, False, False, False)
Priority offset: 0
ROIReference = ''
PVC = 'yes'
parametric = 'no'
pet_intersection = 'grey'
nuisance_covariate = 'yes'
PVC = 'yes'
parametric = 'no'
pet_intersection = 'grey'
nuisance_covariate = 'yes'
interest_covariate = 'yes'
Formats: ['PS file', 'gz compressed PS file']analyzes/PET/{segmentation_method}_using_{PVC_method}_PVC/voxel_by_voxel_comparison/{factoriel_design}/{first_group}_compare_with_{second_group}/pet_mean_smoothed_{fwhm}/without_intersect/nuisance_covariates{nuisance_covariate_list}/interest_covariates_{interest_covariate_list}/spm_designExplore
Rule selection key: ('',) (True, False, False, False)
Priority offset: 0
ROIReference = ''
PVC = 'yes'
parametric = 'no'
pet_intersection = 'white'
nuisance_covariate = 'yes'
PVC = 'yes'
parametric = 'no'
pet_intersection = 'white'
nuisance_covariate = 'yes'
interest_covariate = 'yes'
Formats: ['PS file', 'gz compressed PS file']
Rule selection key: ('',) (True, False, False, False)
Priority offset: 0
ROIReference = ''
PVC = 'yes'
parametric = 'no'
pet_intersection = 'none'
nuisance_covariate = 'yes'
PVC = 'yes'
parametric = 'no'
pet_intersection = 'none'
nuisance_covariate = 'yes'
interest_covariate = 'yes'
analyzes/PET/{segmentation_method}_using_{PVC_method}_PVC/voxel_by_voxel_comparison/{factoriel_design}/{first_group}_compare_with_{second_group}/pet_mean_smoothed_{fwhm}/intersect_grey_mask/nuisance_covariates{nuisance_covariate_list}/interest_covariates_{interest_covariate_list}/spm_designExplore
Formats: ['PS file', 'gz compressed PS file']
Rule selection key: ('grey',) (True, False, False, False)
Priority offset: 0
ROIReference = ''
PVC = 'yes'
parametric = 'no'
pet_intersection = 'grey'
nuisance_covariate = 'yes'
PVC = 'yes'
parametric = 'no'
pet_intersection = 'grey'
nuisance_covariate = 'yes'
interest_covariate = 'yes'
analyzes/PET/{segmentation_method}_using_{PVC_method}_PVC/voxel_by_voxel_comparison/{factoriel_design}/{first_group}_compare_with_{second_group}/pet_mean_smoothed_{fwhm}/intersect_grey_mask/without_covariates/spm_designExplore
Formats: ['PS file', 'gz compressed PS file']analyzes/PET/{segmentation_method}_using_{PVC_method}_PVC/voxel_by_voxel_comparison/{factoriel_design}/{first_group}_compare_with_{second_group}/pet_mean_smoothed_{fwhm}/intersect_white_mask/without_covariates/spm_designExplore
Rule selection key: ('',) (True, True, True, False)
Priority offset: 0
ROIReference = ''
nuisance_covariate_list = ''
interest_covariate_list = ''
PVC = 'yes'
parametric = 'no'
pet_intersection = 'grey'
nuisance_covariate = 'no'
PVC = 'yes'
parametric = 'no'
pet_intersection = 'grey'
nuisance_covariate = 'no'
interest_covariate = 'no'
Formats: ['PS file', 'gz compressed PS file']analyzes/PET/{segmentation_method}_using_{PVC_method}_PVC/voxel_by_voxel_comparison/{factoriel_design}/{first_group}_compare_with_{second_group}/pet_mean_smoothed_{fwhm}/without_intersect/without_covariates/spm_designExplore
Rule selection key: ('',) (True, True, True, False)
Priority offset: 0
ROIReference = ''
nuisance_covariate_list = ''
interest_covariate_list = ''
PVC = 'yes'
parametric = 'no'
pet_intersection = 'white'
nuisance_covariate = 'no'
PVC = 'yes'
parametric = 'no'
pet_intersection = 'white'
nuisance_covariate = 'no'
interest_covariate = 'no'
Formats: ['PS file', 'gz compressed PS file']
Rule selection key: ('',) (True, True, True, False)
Priority offset: 0
ROIReference = ''
nuisance_covariate_list = ''
interest_covariate_list = ''
PVC = 'yes'
parametric = 'no'
pet_intersection = 'none'
nuisance_covariate = 'no'
PVC = 'yes'
parametric = 'no'
pet_intersection = 'none'
nuisance_covariate = 'no'
interest_covariate = 'no'
analyzes/PET/{segmentation_method}_using_{PVC_method}_PVC/voxel_by_voxel_comparison/{factoriel_design}/{first_group}_compare_with_{second_group}/pet_mean_smoothed_{fwhm}/intersect_grey_mask/without_covariates/spm_designExplore
Formats: ['PS file', 'gz compressed PS file']analyzes/PET/{segmentation_method}_using_{PVC_method}_PVC/voxel_by_voxel_comparison/{factoriel_design}/{first_group}_compare_with_{second_group}/pet_mean_smoothed_{fwhm}/intersect_white_mask/nuisance_covariates_{nuisance_covariate_list}/spm_designExplore
Rule selection key: ('grey',) (True, True, True, False)
Priority offset: 0
ROIReference = ''
nuisance_covariate_list = ''
interest_covariate_list = ''
PVC = 'yes'
parametric = 'no'
pet_intersection = 'grey'
nuisance_covariate = 'no'
PVC = 'yes'
parametric = 'no'
pet_intersection = 'grey'
nuisance_covariate = 'no'
interest_covariate = 'no'
Formats: ['PS file', 'gz compressed PS file']analyzes/PET/{segmentation_method}_using_{PVC_method}_PVC/voxel_by_voxel_comparison/{factoriel_design}/{first_group}_compare_with_{second_group}/pet_mean_smoothed_{fwhm}/intersect_white_mask/nuisance_covariates{nuisance_covariate_list}/interest_covariates_{interest_covariate_list}/spm_designExplore
Rule selection key: ('white',) (True, True, False, False)
Priority offset: 0
ROIReference = ''
interest_covariate_list = ''
PVC = 'yes'
parametric = 'no'
pet_intersection = 'white'
nuisance_covariate = 'yes'
PVC = 'yes'
parametric = 'no'
pet_intersection = 'white'
nuisance_covariate = 'yes'
interest_covariate = 'no'
Formats: ['PS file', 'gz compressed PS file']analyzes/PET/{segmentation_method}_using_{PVC_method}_PVC/voxel_by_voxel_comparison/{factoriel_design}/{first_group}_compare_with_{second_group}/pet_mean_smoothed_{fwhm}/intersect_white_mask/without_covariates/spm_designExplore
Rule selection key: ('white',) (True, False, False, False)
Priority offset: 0
ROIReference = ''
PVC = 'yes'
parametric = 'no'
pet_intersection = 'white'
nuisance_covariate = 'yes'
PVC = 'yes'
parametric = 'no'
pet_intersection = 'white'
nuisance_covariate = 'yes'
interest_covariate = 'yes'
Formats: ['PS file', 'gz compressed PS file']analyzes/PET/{segmentation_method}_using_{PVC_method}_PVC/voxel_by_voxel_comparison/{factoriel_design}/{first_group}_compare_with_{second_group}/pet_mean_smoothed_{fwhm}/without_intersect/nuisance_covariates_{nuisance_covariate_list}/spm_designExplore
Rule selection key: ('white',) (True, True, True, False)
Priority offset: 0
ROIReference = ''
nuisance_covariate_list = ''
interest_covariate_list = ''
PVC = 'yes'
parametric = 'no'
pet_intersection = 'white'
nuisance_covariate = 'no'
PVC = 'yes'
parametric = 'no'
pet_intersection = 'white'
nuisance_covariate = 'no'
interest_covariate = 'no'
Formats: ['PS file', 'gz compressed PS file']analyzes/PET/{segmentation_method}_using_{PVC_method}_PVC/voxel_by_voxel_comparison/{factoriel_design}/{first_group}_compare_with_{second_group}/pet_mean_smoothed_{fwhm}/without_intersect/nuisance_covariates{nuisance_covariate_list}/interest_covariates_{interest_covariate_list}/spm_designExplore
Rule selection key: ('none',) (True, True, False, False)
Priority offset: 0
ROIReference = ''
interest_covariate_list = ''
PVC = 'yes'
parametric = 'no'
pet_intersection = 'none'
nuisance_covariate = 'yes'
PVC = 'yes'
parametric = 'no'
pet_intersection = 'none'
nuisance_covariate = 'yes'
interest_covariate = 'no'
Formats: ['PS file', 'gz compressed PS file']analyzes/PET/{segmentation_method}_using_{PVC_method}_PVC/voxel_by_voxel_comparison/{factoriel_design}/{first_group}_compare_with_{second_group}/pet_mean_smoothed_{fwhm}/without_intersect/without_covariates/spm_designExplore
Rule selection key: ('none',) (True, False, False, False)
Priority offset: 0
ROIReference = ''
PVC = 'yes'
parametric = 'no'
pet_intersection = 'none'
nuisance_covariate = 'yes'
PVC = 'yes'
parametric = 'no'
pet_intersection = 'none'
nuisance_covariate = 'yes'
interest_covariate = 'yes'
Formats: ['PS file', 'gz compressed PS file']analyzes/PET/{segmentation_method}_using_{PVC_method}_PVC/voxel_by_voxel_comparison/{factoriel_design}/{first_group}_compare_with_{second_group}/pet_parametric_using_{ROIReference}_smoothed_{fwhm}/intersect_grey_mask/nuisance_covariates_{nuisance_covariate_list}/spm_designExplore
Rule selection key: ('none',) (True, True, True, False)
Priority offset: 0
ROIReference = ''
nuisance_covariate_list = ''
interest_covariate_list = ''
PVC = 'yes'
parametric = 'no'
pet_intersection = 'none'
nuisance_covariate = 'no'
PVC = 'yes'
parametric = 'no'
pet_intersection = 'none'
nuisance_covariate = 'no'
interest_covariate = 'no'
Formats: ['PS file', 'gz compressed PS file']
Rule selection key: ('grey',) (False, True, False, False)
Priority offset: 0
interest_covariate_list = ''
PVC = 'yes'
parametric = 'yes'
pet_intersection = 'grey'
nuisance_covariate = 'yes'
PVC = 'yes'
parametric = 'yes'
pet_intersection = 'grey'
nuisance_covariate = 'yes'
interest_covariate = 'no'
analyzes/PET/{segmentation_method}_using_{PVC_method}_PVC/voxel_by_voxel_comparison/{factoriel_design}/{first_group}_compare_with_{second_group}/pet_parametric_using_{ROIReference}_smoothed_{fwhm}/intersect_grey_mask/nuisance_covariates_{nuisance_covariate_list}/spm_designExplore
Formats: ['PS file', 'gz compressed PS file']analyzes/PET/{segmentation_method}_using_{PVC_method}_PVC/voxel_by_voxel_comparison/{factoriel_design}/{first_group}_compare_with_{second_group}/pet_parametric_using_{ROIReference}_smoothed_{fwhm}/intersect_white_mask/nuisance_covariates_{nuisance_covariate_list}/spm_designExplore
Rule selection key: ('',) (False, True, False, False)
Priority offset: 0
interest_covariate_list = ''
PVC = 'yes'
parametric = 'yes'
pet_intersection = 'grey'
nuisance_covariate = 'yes'
PVC = 'yes'
parametric = 'yes'
pet_intersection = 'grey'
nuisance_covariate = 'yes'
interest_covariate = 'no'
Formats: ['PS file', 'gz compressed PS file']analyzes/PET/{segmentation_method}_using_{PVC_method}_PVC/voxel_by_voxel_comparison/{factoriel_design}/{first_group}_compare_with_{second_group}/pet_parametric_using_{ROIReference}_smoothed_{fwhm}/without_intersect/nuisance_covariates_{nuisance_covariate_list}/spm_designExplore
Rule selection key: ('',) (False, True, False, False)
Priority offset: 0
interest_covariate_list = ''
PVC = 'yes'
parametric = 'yes'
pet_intersection = 'white'
nuisance_covariate = 'yes'
PVC = 'yes'
parametric = 'yes'
pet_intersection = 'white'
nuisance_covariate = 'yes'
interest_covariate = 'no'
Formats: ['PS file', 'gz compressed PS file']
Rule selection key: ('',) (False, True, False, False)
Priority offset: 0
interest_covariate_list = ''
PVC = 'yes'
parametric = 'yes'
pet_intersection = 'none'
nuisance_covariate = 'yes'
PVC = 'yes'
parametric = 'yes'
pet_intersection = 'none'
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Parent types:PetSubject PET MNISpace PetSubject PET PetSubject 4D Volume Any TypeKey: ['center', 'subject', 'acquisition', 'tracer', 'reconstruction', 'analysis', 'PVC_method', 'ROIReference']Default attributes values:
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Parent types:PetSubject PET MNISpace PetSubject PET PetSubject 4D Volume Any TypeKey: ['center', 'subject', 'acquisition', 'tracer', 'reconstruction', 'analysis', 'PVC_method', 'ROIReference', 'matter_type']Default attributes values:
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Parent types:PetSubject 4D Volume Any TypeKey: ['segmentation_method', 'factoriel_design', 'first_group', 'second_group', 'ROIReference', 'fwhm', 'nuisance_covariate_list', 'interest_covariate_list', 'pet_intersection', 'PVC_method']Rules selection key: ['pet_intersection'] ['ROIReference', 'interest_covariate_list', 'nuisance_covariate_list', 'PVC_method']
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Formats: 'BrainVISA volume formats'analyzes/PET/{segmentation_method}/voxel_by_voxel_comparison/{factoriel_design}/{first_group}_compare_with_{second_group}/pet_parametric_using_{ROIReference}_smoothed_{fwhm}/intersect_white_mask/nuisance_covariates{nuisance_covariate_list}/interest_covariates_{interest_covariate_list}/result_map
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Formats: 'BrainVISA volume formats'analyzes/PET/{segmentation_method}/voxel_by_voxel_comparison/{factoriel_design}/{first_group}_compare_with_{second_group}/pet_parametric_using_{ROIReference}_smoothed_{fwhm}/intersect_white_mask/nuisance_covariates_{nuisance_covariate_list}/result_map
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Formats: 'BrainVISA volume formats'analyzes/PET/{segmentation_method}/voxel_by_voxel_comparison/{factoriel_design}/{first_group}_compare_with_{second_group}/pet_parametric_using_{ROIReference}_smoothed_{fwhm}/intersect_white_mask/nuisance_covariates{nuisance_covariate_list}/interest_covariates_{interest_covariate_list}/result_map
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Formats: 'BrainVISA volume formats'analyzes/PET/{segmentation_method}/voxel_by_voxel_comparison/{factoriel_design}/{first_group}_compare_with_{second_group}/pet_parametric_using_{ROIReference}_smoothed_{fwhm}/intersect_white_mask/without_covariates/result_map
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Formats: 'BrainVISA volume formats'analyzes/PET/{segmentation_method}/voxel_by_voxel_comparison/{factoriel_design}/{first_group}_compare_with_{second_group}/pet_parametric_using_{ROIReference}_smoothed_{fwhm}/without_intersect/nuisance_covariates_{nuisance_covariate_list}/result_map
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Formats: 'BrainVISA volume formats'analyzes/PET/{segmentation_method}/voxel_by_voxel_comparison/{factoriel_design}/{first_group}_compare_with_{second_group}/pet_parametric_using_{ROIReference}_smoothed_{fwhm}/without_intersect/nuisance_covariates{nuisance_covariate_list}/interest_covariates_{interest_covariate_list}/result_map
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Formats: 'BrainVISA volume formats'analyzes/PET/{segmentation_method}/voxel_by_voxel_comparison/{factoriel_design}/{first_group}_compare_with_{second_group}/pet_parametric_using_{ROIReference}_smoothed_{fwhm}/without_intersect/without_covariates/result_map
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Formats: 'BrainVISA volume formats'
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Parent types:PetSubject PET MNISpace PetSubject PET PetSubject 4D Volume Any TypeKey: ['center', 'subject', 'acquisition', 'tracer', 'reconstruction', 'analysis', 'fwhm', 'PVC_method']Default attributes values:
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{center}/{subject}/pet/{acquisition}/{tracer}/PET_{reconstruction}/{analysis}_using_{PVC_method}_PVC/<subject>_<acquisition>_<tracer>_<reconstruction>_MNI_smoothed
Formats: 'BrainVISA volume formats'{center}/{subject}/pet/{acquisition}/{tracer}/PET_{reconstruction}/{analysis}_using_{PVC_method}_PVC/<subject>_<acquisition>_<tracer>_<reconstruction>_MNI_smoothed_{fwhm}
Rule selection key: () (True, False)
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Formats: 'BrainVISA volume formats'{center}/{subject}/pet/{acquisition}/{tracer}/PET_{reconstruction}/{analysis}/<subject>_<acquisition>_<tracer>_<reconstruction>_MNI_smoothed
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Formats: 'BrainVISA volume formats'{center}/{subject}/pet/{acquisition}/{tracer}/PET_{reconstruction}/{analysis}/<subject>_<acquisition>_<tracer>_<reconstruction>_MNI_smoothed_{fwhm}
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Formats: 'BrainVISA volume formats'
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Parent types:PetSubject PET PetNativeSpace PetSubject PET PetSubject 4D Volume Any TypeKey: ['center', 'subject', 'acquisition', 'tracer', 'reconstruction', 'analysis', 'PVC_method']Default attributes values:
center = 'subjects'Rules selection key: [] ['PVC_method']
{center}/{subject}/pet/{acquisition}/{tracer}/PET_{reconstruction}/{analysis}_using_{PVC_method}_PVC/<subject>_<acquisition>_<tracer>_<reconstruction>_masked_by_grey_matter
Formats: 'BrainVISA volume formats'{center}/{subject}/pet/{acquisition}/{tracer}/PET_{reconstruction}/{analysis}/<subject>_<acquisition>_<tracer>_<reconstruction>_masked_by_grey_matter
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Formats: 'BrainVISA volume formats'
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Parent types:PetSubject PET PetNativeSpace PetSubject PET PetSubject 4D Volume Any TypeKey: ['center', 'subject', 'acquisition', 'tracer', 'reconstruction', 'analysis', 'PVC_method']Default attributes values:
center = 'subjects'Rules selection key: [] ['PVC_method']
{center}/{subject}/pet/{acquisition}/{tracer}/PET_{reconstruction}/{analysis}_using_{PVC_method}_PVC/<subject>_<acquisition>_<tracer>_<reconstruction>_masked_by_white_matter
Formats: 'BrainVISA volume formats'{center}/{subject}/pet/{acquisition}/{tracer}/PET_{reconstruction}/{analysis}/<subject>_<acquisition>_<tracer>_<reconstruction>_masked_by_white_matter
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Formats: 'BrainVISA volume formats'
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Parent types:PetSubject PET PetSubject 4D Volume Any TypeKey: ['center', 'subject', 'acquisition', 'tracer', 'reconstruction']Default attributes values:
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Formats: 'BrainVISA volume formats'
Rule selection key: () ()
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PVC = 'no'
Parent types:PetSubject PET Mean PetSubject PET PetSubject 4D Volume Any TypeKey: ['center', 'subject', 'acquisition', 'tracer', 'reconstruction', 'PVC_method']Default attributes values:
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Formats: 'BrainVISA volume formats'
Rule selection key: () ()
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PVC = 'yes'
Parent types:PetSubject PET PetSubject 4D Volume Any TypeKey: ['center', 'subject', 'acquisition', 'tracer', 'reconstruction']Default attributes values:
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Formats: 'BrainVISA volume formats'
Rule selection key: () ()
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Parent types:PetSubject PET Mask PetSubject Mask PetSubject 4D Volume Any TypeKey: ['center', 'subject', 'acquisition', 'tracer', 'reconstruction']Default attributes values:
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Rule selection key: () ()
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Parent types:PetSubject RawDicom Any TypeKey: ['center', 'subject', 'acquisition', 'tracer', 'reconstruction']Default attributes values:
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Formats: None
Rule selection key: () ()
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Parent types:PetSubject PET PetNativeSpace PetSubject PET PetSubject 4D Volume Any TypeKey: ['center', 'subject', 'acquisition', 'tracer', 'reconstruction']Default attributes values:
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Formats: 'BrainVISA volume formats'
Rule selection key: () ()
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Parent types:PetSubject PET PetNativeSpace PetSubject PET PetSubject 4D Volume Any TypeKey: ['center', 'subject', 'acquisition', 'tracer', 'reconstruction']Default attributes values:
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Formats: 'BrainVISA volume formats'
Rule selection key: () ()
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PVC = 'no'
Parent types:PetSubject PET SUV PetSubject PET PetNativeSpace PetSubject PET PetSubject 4D Volume Any TypeKey: ['center', 'subject', 'acquisition', 'tracer', 'reconstruction', 'PVC_method']Default attributes values:
center = 'subjects'{center}/{subject}/pet/{acquisition}/{tracer}/PET_{reconstruction}/<subject>_<acquisition>_<reconstruction>_SUV_{PVC_method}_PVC
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
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PVC = 'yes'
Parent types:PetSubject PET PetNativeSpace PetSubject PET PetSubject 4D Volume Any TypeKey: ['center', 'subject', 'acquisition', 'tracer', 'reconstruction', 'analysis', 'fwhm', 'PVC_method']Default attributes values:
center = 'subjects'Rules selection key: [] ['fwhm', 'PVC_method']
{center}/{subject}/pet/{acquisition}/{tracer}/PET_{reconstruction}/{analysis}_using_{PVC_method}_PVC/<subject>_<acquisition>_<tracer>_<reconstruction>_SUV_smoothed
Formats: 'BrainVISA volume formats'{center}/{subject}/pet/{acquisition}/{tracer}/PET_{reconstruction}/{analysis}_using_{PVC_method}_PVC/<subject>_<acquisition>_<tracer>_<reconstruction>_SUV_smoothed_{fwhm}
Rule selection key: () (True, False)
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Formats: 'BrainVISA volume formats'{center}/{subject}/pet/{acquisition}/{tracer}/PET_{reconstruction}/{analysis}/<subject>_<acquisition>_<tracer>_<reconstruction>_SUV_smoothed
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Formats: 'BrainVISA volume formats'{center}/{subject}/pet/{acquisition}/{tracer}/PET_{reconstruction}/{analysis}/<subject>_<acquisition>_<tracer>_<reconstruction>_SUV_smoothed_{fwhm}
Rule selection key: () (True, True)
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Formats: 'BrainVISA volume formats'
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Parent types:PetSubject PET PetNativeSpace PetSubject PET PetSubject 4D Volume Any TypeKey: ['center', 'subject', 'acquisition', 'tracer', 'reconstruction', 'analysis', 'PVC_method', 'ROIReference']Default attributes values:
center = 'subjects'Rules selection key: [] ['PVC_method']
{center}/{subject}/pet/{acquisition}/{tracer}/PET_{reconstruction}/{analysis}_using_{PVC_method}_PVC/<subject>_<acquisition>_<tracer>_<reconstruction>_SUVR_using{ROIReference}
Formats: 'BrainVISA volume formats'{center}/{subject}/pet/{acquisition}/{tracer}/PET_{reconstruction}/{analysis}/<subject>_<acquisition>_<tracer>_<reconstruction>_SUVR_using{ROIReference}
Rule selection key: () (False,)
Priority offset: 0
PVC = 'yes'
Formats: 'BrainVISA volume formats'
Rule selection key: () (True,)
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PVC_method = ''
PVC = 'no'
Parent types:PetSubject PET PetNativeSpace PetSubject PET PetSubject 4D Volume Any TypeKey: ['center', 'subject', 'acquisition', 'tracer', 'reconstruction', 'analysis', 'PVC_method', 'ROIReference', 'fwhm']Default attributes values:
center = 'subjects'Rules selection key: [] ['fwhm', 'PVC_method']
{center}/{subject}/pet/{acquisition}/{tracer}/PET_{reconstruction}/{analysis}_using_{PVC_method}_PVC/<subject>_<acquisition>_<tracer>_<reconstruction>_SUVR_using{ROIReference}_smoothed
Formats: 'BrainVISA volume formats'{center}/{subject}/pet/{acquisition}/{tracer}/PET_{reconstruction}/{analysis}_using_{PVC_method}_PVC/<subject>_<acquisition>_<tracer>_<reconstruction>_SUVR_using{ROIReference}_smoothed_{fwhm}
Rule selection key: () (True, False)
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fwhm = ''
PVC = 'yes'
use_fwhm = 'no'
Formats: 'BrainVISA volume formats'{center}/{subject}/pet/{acquisition}/{tracer}/PET_{reconstruction}/{analysis}/<subject>_<acquisition>_<tracer>_<reconstruction>_SUVR_using{ROIReference}_smoothed
Rule selection key: () (False, False)
Priority offset: 0
PVC = 'yes'
use_fwhm = 'yes'
Formats: 'BrainVISA volume formats'{center}/{subject}/pet/{acquisition}/{tracer}/PET_{reconstruction}/{analysis}/<subject>_<acquisition>_<tracer>_<reconstruction>_SUVR_using{ROIReference}_smoothed_{fwhm}
Rule selection key: () (True, True)
Priority offset: 0
PVC_method = ''
fwhm = ''
PVC = 'no'
use_fwhm = 'no'
Formats: 'BrainVISA volume formats'
Rule selection key: () (False, True)
Priority offset: 0
PVC_method = ''
PVC = 'no'
use_fwhm = 'yes'
Parent types:PetSubject PET Mean PetSubject PET PetSubject 4D Volume Any TypeKey: ['center', 'subject', 'acquisition', 'tracer', 'reconstruction', 'start_frame', 'end_frame']Default attributes values:
center = 'subjects'{center}/{subject}/pet/{acquisition}/{tracer}/PET_{reconstruction}/<subject>_<acquisition>_<reconstruction>_mean{start_frame}to{end_frame}
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
PVC = 'no'
Parent types:PetSubject PET SubVolume Mean PetSubject PET Mean PetSubject PET PetSubject 4D Volume Any TypeKey: ['center', 'subject', 'acquisition', 'tracer', 'reconstruction', 'start_frame', 'end_frame', 'PVC_method']Default attributes values:
center = 'subjects'{center}/{subject}/pet/{acquisition}/{tracer}/PET_{reconstruction}/<subject>_<acquisition>_<reconstruction>_mean{start_frame}to{end_frame}_{PVC_method}_PVC
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
PVC = 'yes'
Parent types:PetSubject PET Mask PetSubject Mask PetSubject 4D Volume Any TypeKey: ['center', 'subject', 'acquisition', 'tracer', 'reconstruction']Default attributes values:
center = 'subjects'{center}/{subject}/pet/{acquisition}/{tracer}/PET_{reconstruction}/<subject>_<acquisition>_PET_Masks/<subject>_<acquisition>_<reconstruction>_PET_White_matter_Mask
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:Matlab SPM file Any TypeKey: ['segmentation_method', 'factoriel_design', 'first_group', 'second_group', 'ROIReference', 'fwhm', 'nuisance_covariate_list', 'interest_covariate_list', 'pet_intersection', 'PVC_method']Rules selection key: ['pet_intersection'] ['ROIReference', 'interest_covariate_list', 'nuisance_covariate_list', 'PVC_method']
analyzes/PET/{segmentation_method}_using_{PVC_method}_PVC/voxel_by_voxel_comparison/{factoriel_design}/{first_group}_compare_with_{second_group}/pet_mean_smoothed_{fwhm}/intersect_grey_mask/nuisance_covariates_{nuisance_covariate_list}/SPM
Formats: ['Matlab file', 'gz Matlab file', 'bz2 Matlab file']analyzes/PET/{segmentation_method}_using_{PVC_method}_PVC/voxel_by_voxel_comparison/{factoriel_design}/{first_group}_compare_with_{second_group}/pet_mean_smoothed_{fwhm}/intersect_white_mask/nuisance_covariates_{nuisance_covariate_list}/SPM
Rule selection key: ('',) (True, True, False, False)
Priority offset: 0
ROIReference = ''
interest_covariate_list = ''
PVC = 'yes'
parametric = 'no'
pet_intersection = 'grey'
nuisance_covariate = 'yes'
PVC = 'yes'
parametric = 'no'
pet_intersection = 'grey'
nuisance_covariate = 'yes'
interest_covariate = 'no'
Formats: ['Matlab file', 'gz Matlab file', 'bz2 Matlab file']analyzes/PET/{segmentation_method}_using_{PVC_method}_PVC/voxel_by_voxel_comparison/{factoriel_design}/{first_group}_compare_with_{second_group}/pet_mean_smoothed_{fwhm}/without_intersect/nuisance_covariates_{nuisance_covariate_list}/SPM
Rule selection key: ('',) (True, True, False, False)
Priority offset: 0
ROIReference = ''
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PVC = 'yes'
parametric = 'no'
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nuisance_covariate = 'yes'
PVC = 'yes'
parametric = 'no'
pet_intersection = 'white'
nuisance_covariate = 'yes'
interest_covariate = 'no'
Formats: ['Matlab file', 'gz Matlab file', 'bz2 Matlab file']
Rule selection key: ('',) (True, True, False, False)
Priority offset: 0
ROIReference = ''
interest_covariate_list = ''
PVC = 'yes'
parametric = 'no'
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nuisance_covariate = 'yes'
PVC = 'yes'
parametric = 'no'
pet_intersection = 'none'
nuisance_covariate = 'yes'
interest_covariate = 'no'
analyzes/PET/{segmentation_method}_using_{PVC_method}_PVC/voxel_by_voxel_comparison/{factoriel_design}/{first_group}_compare_with_{second_group}/pet_mean_smoothed_{fwhm}/intersect_grey_mask/nuisance_covariates_{nuisance_covariate_list}/SPM
Formats: ['Matlab file', 'gz Matlab file', 'bz2 Matlab file']
Rule selection key: ('grey',) (True, True, False, False)
Priority offset: 0
ROIReference = ''
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PVC = 'yes'
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PVC = 'yes'
parametric = 'no'
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analyzes/PET/{segmentation_method}_using_{PVC_method}_PVC/voxel_by_voxel_comparison/{factoriel_design}/{first_group}_compare_with_{second_group}/pet_mean_smoothed_{fwhm}/intersect_grey_mask/nuisance_covariates{nuisance_covariate_list}/interest_covariates_{interest_covariate_list}/SPM
Formats: ['Matlab file', 'gz Matlab file', 'bz2 Matlab file']analyzes/PET/{segmentation_method}_using_{PVC_method}_PVC/voxel_by_voxel_comparison/{factoriel_design}/{first_group}_compare_with_{second_group}/pet_mean_smoothed_{fwhm}/intersect_white_mask/nuisance_covariates{nuisance_covariate_list}/interest_covariates_{interest_covariate_list}/SPM
Rule selection key: ('',) (True, False, False, False)
Priority offset: 0
ROIReference = ''
PVC = 'yes'
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PVC = 'yes'
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Formats: ['Matlab file', 'gz Matlab file', 'bz2 Matlab file']analyzes/PET/{segmentation_method}_using_{PVC_method}_PVC/voxel_by_voxel_comparison/{factoriel_design}/{first_group}_compare_with_{second_group}/pet_mean_smoothed_{fwhm}/without_intersect/nuisance_covariates{nuisance_covariate_list}/interest_covariates_{interest_covariate_list}/SPM
Rule selection key: ('',) (True, False, False, False)
Priority offset: 0
ROIReference = ''
PVC = 'yes'
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Formats: ['Matlab file', 'gz Matlab file', 'bz2 Matlab file']
Rule selection key: ('',) (True, False, False, False)
Priority offset: 0
ROIReference = ''
PVC = 'yes'
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PVC = 'yes'
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analyzes/PET/{segmentation_method}_using_{PVC_method}_PVC/voxel_by_voxel_comparison/{factoriel_design}/{first_group}_compare_with_{second_group}/pet_mean_smoothed_{fwhm}/intersect_grey_mask/nuisance_covariates{nuisance_covariate_list}/interest_covariates_{interest_covariate_list}/SPM
Formats: ['Matlab file', 'gz Matlab file', 'bz2 Matlab file']
Rule selection key: ('grey',) (True, False, False, False)
Priority offset: 0
ROIReference = ''
PVC = 'yes'
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PVC = 'yes'
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analyzes/PET/{segmentation_method}_using_{PVC_method}_PVC/voxel_by_voxel_comparison/{factoriel_design}/{first_group}_compare_with_{second_group}/pet_mean_smoothed_{fwhm}/intersect_grey_mask/without_covariates/SPM
Formats: ['Matlab file', 'gz Matlab file', 'bz2 Matlab file']analyzes/PET/{segmentation_method}_using_{PVC_method}_PVC/voxel_by_voxel_comparison/{factoriel_design}/{first_group}_compare_with_{second_group}/pet_mean_smoothed_{fwhm}/intersect_white_mask/without_covariates/SPM
Rule selection key: ('',) (True, True, True, False)
Priority offset: 0
ROIReference = ''
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Formats: ['Matlab file', 'gz Matlab file', 'bz2 Matlab file']analyzes/PET/{segmentation_method}_using_{PVC_method}_PVC/voxel_by_voxel_comparison/{factoriel_design}/{first_group}_compare_with_{second_group}/pet_mean_smoothed_{fwhm}/without_intersect/without_covariates/SPM
Rule selection key: ('',) (True, True, True, False)
Priority offset: 0
ROIReference = ''
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PVC = 'yes'
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PVC = 'yes'
parametric = 'no'
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interest_covariate = 'no'
Formats: ['Matlab file', 'gz Matlab file', 'bz2 Matlab file']
Rule selection key: ('',) (True, True, True, False)
Priority offset: 0
ROIReference = ''
nuisance_covariate_list = ''
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PVC = 'yes'
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PVC = 'yes'
parametric = 'no'
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analyzes/PET/{segmentation_method}_using_{PVC_method}_PVC/voxel_by_voxel_comparison/{factoriel_design}/{first_group}_compare_with_{second_group}/pet_mean_smoothed_{fwhm}/intersect_grey_mask/without_covariates/SPM
Formats: ['Matlab file', 'gz Matlab file', 'bz2 Matlab file']analyzes/PET/{segmentation_method}_using_{PVC_method}_PVC/voxel_by_voxel_comparison/{factoriel_design}/{first_group}_compare_with_{second_group}/pet_mean_smoothed_{fwhm}/intersect_white_mask/nuisance_covariates_{nuisance_covariate_list}/SPM
Rule selection key: ('grey',) (True, True, True, False)
Priority offset: 0
ROIReference = ''
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Formats: ['Matlab file', 'gz Matlab file', 'bz2 Matlab file']analyzes/PET/{segmentation_method}_using_{PVC_method}_PVC/voxel_by_voxel_comparison/{factoriel_design}/{first_group}_compare_with_{second_group}/pet_mean_smoothed_{fwhm}/intersect_white_mask/nuisance_covariates{nuisance_covariate_list}/interest_covariates_{interest_covariate_list}/SPM
Rule selection key: ('white',) (True, True, False, False)
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ROIReference = ''
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Formats: ['Matlab file', 'gz Matlab file', 'bz2 Matlab file']analyzes/PET/{segmentation_method}_using_{PVC_method}_PVC/voxel_by_voxel_comparison/{factoriel_design}/{first_group}_compare_with_{second_group}/pet_mean_smoothed_{fwhm}/intersect_white_mask/without_covariates/SPM
Rule selection key: ('white',) (True, False, False, False)
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ROIReference = ''
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Formats: ['Matlab file', 'gz Matlab file', 'bz2 Matlab file']analyzes/PET/{segmentation_method}_using_{PVC_method}_PVC/voxel_by_voxel_comparison/{factoriel_design}/{first_group}_compare_with_{second_group}/pet_mean_smoothed_{fwhm}/without_intersect/nuisance_covariates_{nuisance_covariate_list}/SPM
Rule selection key: ('white',) (True, True, True, False)
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ROIReference = ''
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PVC = 'yes'
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PVC = 'yes'
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Formats: ['Matlab file', 'gz Matlab file', 'bz2 Matlab file']analyzes/PET/{segmentation_method}_using_{PVC_method}_PVC/voxel_by_voxel_comparison/{factoriel_design}/{first_group}_compare_with_{second_group}/pet_mean_smoothed_{fwhm}/without_intersect/nuisance_covariates{nuisance_covariate_list}/interest_covariates_{interest_covariate_list}/SPM
Rule selection key: ('none',) (True, True, False, False)
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ROIReference = ''
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PVC = 'yes'
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Formats: ['Matlab file', 'gz Matlab file', 'bz2 Matlab file']analyzes/PET/{segmentation_method}_using_{PVC_method}_PVC/voxel_by_voxel_comparison/{factoriel_design}/{first_group}_compare_with_{second_group}/pet_mean_smoothed_{fwhm}/without_intersect/without_covariates/SPM
Rule selection key: ('none',) (True, False, False, False)
Priority offset: 0
ROIReference = ''
PVC = 'yes'
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PVC = 'yes'
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Formats: ['Matlab file', 'gz Matlab file', 'bz2 Matlab file']analyzes/PET/{segmentation_method}_using_{PVC_method}_PVC/voxel_by_voxel_comparison/{factoriel_design}/{first_group}_compare_with_{second_group}/pet_parametric_using_{ROIReference}_smoothed_{fwhm}/intersect_grey_mask/nuisance_covariates_{nuisance_covariate_list}/SPM
Rule selection key: ('none',) (True, True, True, False)
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Formats: ['Matlab file', 'gz Matlab file', 'bz2 Matlab file']
Rule selection key: ('grey',) (False, True, False, False)
Priority offset: 0
interest_covariate_list = ''
PVC = 'yes'
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analyzes/PET/{segmentation_method}_using_{PVC_method}_PVC/voxel_by_voxel_comparison/{factoriel_design}/{first_group}_compare_with_{second_group}/pet_parametric_using_{ROIReference}_smoothed_{fwhm}/intersect_grey_mask/nuisance_covariates_{nuisance_covariate_list}/SPM
Formats: ['Matlab file', 'gz Matlab file', 'bz2 Matlab file']analyzes/PET/{segmentation_method}_using_{PVC_method}_PVC/voxel_by_voxel_comparison/{factoriel_design}/{first_group}_compare_with_{second_group}/pet_parametric_using_{ROIReference}_smoothed_{fwhm}/intersect_white_mask/nuisance_covariates_{nuisance_covariate_list}/SPM
Rule selection key: ('',) (False, True, False, False)
Priority offset: 0
interest_covariate_list = ''
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Formats: ['Matlab file', 'gz Matlab file', 'bz2 Matlab file']analyzes/PET/{segmentation_method}_using_{PVC_method}_PVC/voxel_by_voxel_comparison/{factoriel_design}/{first_group}_compare_with_{second_group}/pet_parametric_using_{ROIReference}_smoothed_{fwhm}/without_intersect/nuisance_covariates_{nuisance_covariate_list}/SPM
Rule selection key: ('',) (False, True, False, False)
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interest_covariate_list = ''
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Formats: ['Matlab file', 'gz Matlab file', 'bz2 Matlab file']
Rule selection key: ('',) (False, True, False, False)
Priority offset: 0
interest_covariate_list = ''
PVC = 'yes'
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PVC = 'yes'
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analyzes/PET/{segmentation_method}_using_{PVC_method}_PVC/voxel_by_voxel_comparison/{factoriel_design}/{first_group}_compare_with_{second_group}/pet_parametric_using_{ROIReference}_smoothed_{fwhm}/intersect_grey_mask/nuisance_covariates{nuisance_covariate_list}/interest_covariates_{interest_covariate_list}/SPM
Formats: ['Matlab file', 'gz Matlab file', 'bz2 Matlab file']
Rule selection key: ('grey',) (False, False, False, False)
Priority offset: 0
PVC = 'yes'
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PVC = 'yes'
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analyzes/PET/{segmentation_method}_using_{PVC_method}_PVC/voxel_by_voxel_comparison/{factoriel_design}/{first_group}_compare_with_{second_group}/pet_parametric_using_{ROIReference}_smoothed_{fwhm}/intersect_grey_mask/nuisance_covariates{nuisance_covariate_list}/interest_covariates_{interest_covariate_list}/SPM
Formats: ['Matlab file', 'gz Matlab file', 'bz2 Matlab file']analyzes/PET/{segmentation_method}_using_{PVC_method}_PVC/voxel_by_voxel_comparison/{factoriel_design}/{first_group}_compare_with_{second_group}/pet_parametric_using_{ROIReference}_smoothed_{fwhm}/intersect_white_mask/nuisance_covariates{nuisance_covariate_list}/interest_covariates_{interest_covariate_list}/SPM
Rule selection key: ('',) (False, False, False, False)
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PVC = 'yes'
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PVC = 'yes'
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Formats: ['Matlab file', 'gz Matlab file', 'bz2 Matlab file']analyzes/PET/{segmentation_method}_using_{PVC_method}_PVC/voxel_by_voxel_comparison/{factoriel_design}/{first_group}_compare_with_{second_group}/pet_parametric_using_{ROIReference}_smoothed_{fwhm}/without_intersect/nuisance_covariates{nuisance_covariate_list}/interest_covariates_{interest_covariate_list}/SPM
Rule selection key: ('',) (False, False, False, False)
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PVC = 'yes'
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PVC = 'yes'
parametric = 'yes'
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Formats: ['Matlab file', 'gz Matlab file', 'bz2 Matlab file']
Rule selection key: ('',) (False, False, False, False)
Priority offset: 0
PVC = 'yes'
parametric = 'yes'
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PVC = 'yes'
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analyzes/PET/{segmentation_method}_using_{PVC_method}_PVC/voxel_by_voxel_comparison/{factoriel_design}/{first_group}_compare_with_{second_group}/pet_parametric_using_{ROIReference}_smoothed_{fwhm}/intersect_grey_mask/without_covariates/SPM
Formats: ['Matlab file', 'gz Matlab file', 'bz2 Matlab file']
Rule selection key: ('grey',) (False, True, True, False)
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nuisance_covariate_list = ''
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analyzes/PET/{segmentation_method}_using_{PVC_method}_PVC/voxel_by_voxel_comparison/{factoriel_design}/{first_group}_compare_with_{second_group}/pet_parametric_using_{ROIReference}_smoothed_{fwhm}/intersect_grey_mask/without_covariates/SPM
Formats: ['Matlab file', 'gz Matlab file', 'bz2 Matlab file']analyzes/PET/{segmentation_method}_using_{PVC_method}_PVC/voxel_by_voxel_comparison/{factoriel_design}/{first_group}_compare_with_{second_group}/pet_parametric_using_{ROIReference}_smoothed_{fwhm}/intersect_white_mask/without_covariates/SPM
Rule selection key: ('',) (False, True, True, False)
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Formats: ['Matlab file', 'gz Matlab file', 'bz2 Matlab file']analyzes/PET/{segmentation_method}_using_{PVC_method}_PVC/voxel_by_voxel_comparison/{factoriel_design}/{first_group}_compare_with_{second_group}/pet_parametric_using_{ROIReference}_smoothed_{fwhm}/without_intersect/without_covariates/SPM
Rule selection key: ('',) (False, True, True, False)
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Formats: ['Matlab file', 'gz Matlab file', 'bz2 Matlab file']
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nuisance_covariate_list = ''
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analyzes/PET/{segmentation_method}_using_{PVC_method}_PVC/voxel_by_voxel_comparison/{factoriel_design}/{first_group}_compare_with_{second_group}/pet_parametric_using_{ROIReference}_smoothed_{fwhm}/intersect_white_mask/nuisance_covariates_{nuisance_covariate_list}/SPM
Formats: ['Matlab file', 'gz Matlab file', 'bz2 Matlab file']analyzes/PET/{segmentation_method}_using_{PVC_method}_PVC/voxel_by_voxel_comparison/{factoriel_design}/{first_group}_compare_with_{second_group}/pet_parametric_using_{ROIReference}_smoothed_{fwhm}/intersect_white_mask/nuisance_covariates{nuisance_covariate_list}/interest_covariates_{interest_covariate_list}/SPM
Rule selection key: ('white',) (False, True, False, False)
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interest_covariate_list = ''
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Formats: ['Matlab file', 'gz Matlab file', 'bz2 Matlab file']analyzes/PET/{segmentation_method}/voxel_by_voxel_comparison/{factoriel_design}/{first_group}_compare_with_{second_group}/pet_parametric_using_{ROIReference}_smoothed_{fwhm}/intersect_white_mask/nuisance_covariates{nuisance_covariate_list}/interest_covariates_{interest_covariate_list}/SPM
Rule selection key: ('white',) (False, True, False, True)
Priority offset: 0
interest_covariate_list = ''
PVC_method = ''
PVC = 'no'
parametric = 'yes'
pet_intersection = 'white'
nuisance_covariate = 'yes'
PVC = 'no'
parametric = 'yes'
pet_intersection = 'white'
nuisance_covariate = 'yes'
interest_covariate = 'no'
Formats: ['Matlab file', 'gz Matlab file', 'bz2 Matlab file']analyzes/PET/{segmentation_method}/voxel_by_voxel_comparison/{factoriel_design}/{first_group}_compare_with_{second_group}/pet_parametric_using_{ROIReference}_smoothed_{fwhm}/intersect_white_mask/without_covariates/SPM
Rule selection key: ('white',) (False, False, False, True)
Priority offset: 0
PVC_method = ''
PVC = 'no'
parametric = 'yes'
pet_intersection = 'white'
nuisance_covariate = 'yes'
PVC = 'no'
parametric = 'yes'
pet_intersection = 'white'
nuisance_covariate = 'yes'
interest_covariate = 'yes'
Formats: ['Matlab file', 'gz Matlab file', 'bz2 Matlab file']analyzes/PET/{segmentation_method}/voxel_by_voxel_comparison/{factoriel_design}/{first_group}_compare_with_{second_group}/pet_parametric_using_{ROIReference}_smoothed_{fwhm}/without_intersect/nuisance_covariates_{nuisance_covariate_list}/SPM
Rule selection key: ('white',) (False, True, True, True)
Priority offset: 0
nuisance_covariate_list = ''
interest_covariate_list = ''
PVC_method = ''
PVC = 'no'
parametric = 'yes'
pet_intersection = 'white'
nuisance_covariate = 'no'
PVC = 'no'
parametric = 'yes'
pet_intersection = 'white'
nuisance_covariate = 'no'
interest_covariate = 'no'
Formats: ['Matlab file', 'gz Matlab file', 'bz2 Matlab file']analyzes/PET/{segmentation_method}/voxel_by_voxel_comparison/{factoriel_design}/{first_group}_compare_with_{second_group}/pet_parametric_using_{ROIReference}_smoothed_{fwhm}/without_intersect/nuisance_covariates{nuisance_covariate_list}/interest_covariates_{interest_covariate_list}/SPM
Rule selection key: ('none',) (False, True, False, True)
Priority offset: 0
interest_covariate_list = ''
PVC_method = ''
PVC = 'no'
parametric = 'yes'
pet_intersection = 'none'
nuisance_covariate = 'yes'
PVC = 'no'
parametric = 'yes'
pet_intersection = 'none'
nuisance_covariate = 'yes'
interest_covariate = 'no'
Formats: ['Matlab file', 'gz Matlab file', 'bz2 Matlab file']analyzes/PET/{segmentation_method}/voxel_by_voxel_comparison/{factoriel_design}/{first_group}_compare_with_{second_group}/pet_parametric_using_{ROIReference}_smoothed_{fwhm}/without_intersect/without_covariates/SPM
Rule selection key: ('none',) (False, False, False, True)
Priority offset: 0
PVC_method = ''
PVC = 'no'
parametric = 'yes'
pet_intersection = 'none'
nuisance_covariate = 'yes'
PVC = 'no'
parametric = 'yes'
pet_intersection = 'none'
nuisance_covariate = 'yes'
interest_covariate = 'yes'
Formats: ['Matlab file', 'gz Matlab file', 'bz2 Matlab file']
Rule selection key: ('none',) (False, True, True, True)
Priority offset: 0
nuisance_covariate_list = ''
interest_covariate_list = ''
PVC_method = ''
PVC = 'no'
parametric = 'yes'
pet_intersection = 'none'
nuisance_covariate = 'no'
PVC = 'no'
parametric = 'yes'
pet_intersection = 'none'
nuisance_covariate = 'no'
interest_covariate = 'no'
Parent types:PetSubject PET PetSubject 4D Volume Any TypeKey: ['center', 'subject', 'acquisition', 'tracer', 'reconstruction', 'ROIReference']Default attributes values:
center = 'subjects'{center}/{subject}/pet/{acquisition}/{tracer}/PET_{reconstruction}/<subject>_<acquisition>_<tracer>_<reconstruction>_parametric_using{ROIReference}
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:PetSubject PET PetSubject 4D Volume Any TypeKey: ['center', 'subject', 'acquisition', 'tracer', 'reconstruction', 'ROIReference']Default attributes values:
center = 'subjects'
{center}/{subject}/pet/{acquisition}/{tracer}/PET_{reconstruction}/<subject>_<acquisition>_<tracer>_<reconstruction>_parametric_using{ROIReference}_smoothed
Formats: 'BrainVISA volume formats'{center}/{subject}/pet/{acquisition}/{tracer}/PET_{reconstruction}/<subject>_<acquisition>_<tracer>_<reconstruction>_parametric_using{ROIReference}_smoothed
Rule selection key: () ()
Priority offset: 0
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:PetSubject ROI PetSubject 4D Volume Any TypeKey: ['center', 'subject', 'acquisition', 'tracer', 'reconstruction', 'analysis', 'ROIReference']Default attributes values:
center = 'subjects'{center}/{subject}/pet/{acquisition}/{tracer}/PET_{reconstruction}/{analysis}/<subject>_<acquisition>_<tracer>_<reconstruction>_PetSpace_{ROIReference}_roiRef
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:PetSubject ROIReference PetSubject 4D Volume Any TypeKey: ['center', 'subject', 'acquisition', 'tracer', 'reconstruction', 'analysis', 'PVC_method', 'ROIReference']Default attributes values:
center = 'subjects'Rules selection key: [] ['PVC_method']
{center}/{subject}/pet/{acquisition}/{tracer}/PET_{reconstruction}/{analysis}_using_{PVC_method}_PVC/<subject>_<acquisition>_<tracer>_<reconstruction>_MNI_{ROIReference}_roiGrey
Formats: 'BrainVISA volume formats'{center}/{subject}/pet/{acquisition}/{tracer}/PET_{reconstruction}/{analysis}/<subject>_<acquisition>_<tracer>_<reconstruction>_MNI_{ROIReference}_roiGrey
Rule selection key: () (False,)
Priority offset: 0
PVC = 'yes'
Formats: 'BrainVISA volume formats'
Rule selection key: () (True,)
Priority offset: 0
PVC_method = ''
PVC = 'no'
Parent types:PetSubject ROIReference PetSubject 4D Volume Any TypeKey: ['center', 'subject', 'acquisition', 'tracer', 'reconstruction', 'analysis', 'PVC_method', 'ROIReference']Default attributes values:
center = 'subjects'Rules selection key: [] ['PVC_method']
{center}/{subject}/pet/{acquisition}/{tracer}/PET_{reconstruction}/{analysis}_using_{PVC_method}_PVC/<subject>_<acquisition>_<tracer>_<reconstruction>_MNI_{ROIReference}_roiIntersectWithImage
Formats: 'BrainVISA volume formats'{center}/{subject}/pet/{acquisition}/{tracer}/PET_{reconstruction}/{analysis}/<subject>_<acquisition>_<tracer>_<reconstruction>_MNI_{ROIReference}_roiIntersectWithImage
Rule selection key: () (False,)
Priority offset: 0
PVC = 'yes'
Formats: 'BrainVISA volume formats'
Rule selection key: () (True,)
Priority offset: 0
PVC_method = ''
PVC = 'no'
Parent types:PetSubject ROIStat PetSubject ROI PetSubject 4D Volume Any TypeKey: ['center', 'subject', 'acquisition', 'tracer', 'reconstruction', 'analysis', 'ROIStat']Default attributes values:
center = 'subjects'{center}/{subject}/pet/{acquisition}/{tracer}/PET_{reconstruction}/{analysis}/<subject>_<acquisition>_<tracer>_<reconstruction>_PetSpace_{ROIStat}_roi
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:Text file Any TypeKey: ['center', 'subject', 'acquisition', 'tracer', 'reconstruction', 'analysis', 'PVC_method', 'ROIReference']Default attributes values:
center = 'subjects'Rules selection key: [] ['PVC_method']
{center}/{subject}/pet/{acquisition}/{tracer}/PET_{reconstruction}/{analysis}_using_{PVC_method}_PVC/<subject>_<acquisition>_<tracer>_<reconstruction>_SUV_StatsInRoi_{ROIReference}
Formats: None{center}/{subject}/pet/{acquisition}/{tracer}/PET_{reconstruction}/{analysis}/<subject>_<acquisition>_<tracer>_<reconstruction>_SUV_StatsInRoi_{ROIReference}
Rule selection key: () (False,)
Priority offset: 0
PVC = 'yes'
Formats: None
Rule selection key: () (True,)
Priority offset: 0
PVC_method = ''
PVC = 'no'
Parent types:PDF BoardKey: ['center', 'subject', 'acquisition', 'tracer', 'reconstruction', 'analysis', 'PVC_method', 'ROIReference']Default attributes values:
center = 'subjects'Rules selection key: [] ['PVC_method']
{center}/{subject}/pet/{acquisition}/{tracer}/PET_{reconstruction}/{analysis}_using_{PVC_method}_PVC/<subject>_<acquisition>_<tracer>_<reconstruction>_SUVR_using{ROIReference}_Board
Formats: ['PDF File']{center}/{subject}/pet/{acquisition}/{tracer}/PET_{reconstruction}/{analysis}/<subject>_<acquisition>_<tracer>_<reconstruction>_SUVR_using{ROIReference}_Board
Rule selection key: () (False,)
Priority offset: 0
PVC = 'yes'
Formats: ['PDF File']
Rule selection key: () (True,)
Priority offset: 0
PVC_method = ''
PVC = 'no'
Parent types:PDF BoardKey: ['center', 'subject', 'acquisition', 'tracer', 'reconstruction']Default attributes values:
center = 'subjects'{center}/{subject}/pet/{acquisition}/{tracer}/PET_{reconstruction}/<subject>_default_acquisition_<acquisition>
Formats: ['PDF File']
Rule selection key: () ()
Priority offset: 0
Parent types:Text file Any TypeKey: ['center', 'subject', 'acquisition', 'tracer', 'reconstruction', 'analysis', 'PVC_method', 'ROIReference', 'volumeStat']Default attributes values:
center = 'subjects'Rules selection key: [] ['PVC_method']
{center}/{subject}/pet/{acquisition}/{tracer}/PET_{reconstruction}/{analysis}_using_{PVC_method}_PVC/<subject>_<acquisition>_<tracer>_<reconstruction>_SUVR_using{ROIReference}_Histogram_StatsIn_{volumeStat}
Formats: None{center}/{subject}/pet/{acquisition}/{tracer}/PET_{reconstruction}/{analysis}/<subject>_<acquisition>_<tracer>_<reconstruction>_SUVR_using{ROIReference}_Histogram_StatsIn_{volumeStat}
Rule selection key: () (False,)
Priority offset: 0
PVC = 'yes'
Formats: None
Rule selection key: () (True,)
Priority offset: 0
PVC_method = ''
PVC = 'no'
Parent types:Text file Any TypeKey: ['center', 'subject', 'acquisition', 'tracer', 'reconstruction', 'analysis', 'ROIReference', 'ROIStat', 'PVC_method']Default attributes values:
center = 'subjects'Rules selection key: [] ['PVC_method']
{center}/{subject}/pet/{acquisition}/{tracer}/PET_{reconstruction}/{analysis}_using_{PVC_method}_PVC/<subject>_<acquisition>_<tracer>_<reconstruction>_SUVR_using{ROIReference}_StatsInRoi_{ROIStat}
Formats: None{center}/{subject}/pet/{acquisition}/{tracer}/PET_{reconstruction}/{analysis}/<subject>_<acquisition>_<tracer>_<reconstruction>_SUVR_using{ROIReference}_StatsInRoi_{ROIStat}
Rule selection key: () (False,)
Priority offset: 0
PVC = 'yes'
Formats: None
Rule selection key: () (True,)
Priority offset: 0
PVC_method = ''
PVC = 'no'
Parent types:Text file Any TypeKey: ['center', 'subject', 'acquisition', 'tracer', 'reconstruction', 'analysis', 'ROIReference', 'labelStat', 'PVC_method']Default attributes values:
center = 'subjects'Rules selection key: [] ['PVC_method']
{center}/{subject}/pet/{acquisition}/{tracer}/PET_{reconstruction}/{analysis}_using_{PVC_method}_PVC/<subject>_<acquisition>_<tracer>_<reconstruction>_SUVR_using{ROIReference}_StatsInLabel_{labelStat}
Formats: None{center}/{subject}/pet/{acquisition}/{tracer}/PET_{reconstruction}/{analysis}/<subject>_<acquisition>_<tracer>_<reconstruction>_SUVR_using{ROIReference}_StatsInLabel_{labelStat}
Rule selection key: () (False,)
Priority offset: 0
PVC = 'yes'
Formats: None
Rule selection key: () (True,)
Priority offset: 0
PVC_method = ''
PVC = 'no'
Parent types:PDF BoardKey: ['center', 'subject', 'acquisition', 'tracer', 'reconstruction', 'analysis', 'ROIReference', 'ROIStat', 'PVC_method']Default attributes values:
center = 'subjects'Rules selection key: [] ['PVC_method']
{center}/{subject}/pet/{acquisition}/{tracer}/PET_{reconstruction}/{analysis}_using_{PVC_method}_PVC/<subject>_<acquisition>_<tracer>_<reconstruction>_SUVR_using{ROIReference}_StatsInRoi_{ROIStat}_Board
Formats: ['PDF File']{center}/{subject}/pet/{acquisition}/{tracer}/PET_{reconstruction}/{analysis}/<subject>_<acquisition>_<tracer>_<reconstruction>_SUVR_using{ROIReference}_StatsInRoi_{ROIStat}_Board
Rule selection key: () (False,)
Priority offset: 0
PVC = 'yes'
Formats: ['PDF File']
Rule selection key: () (True,)
Priority offset: 0
PVC_method = ''
PVC = 'no'
Parent types:Text file Any TypeKey: ['center', 'subject', 'acquisition', 'tracer', 'reconstruction', 'ROIReference']Default attributes values:
center = 'subjects'{center}/{subject}/pet/{acquisition}/{tracer}/PET_{reconstruction}/<subject>_<acquisition>_<tracer>_<reconstruction>_PetSpace_StatsInRoi_{ROIReference}
Formats: None
Rule selection key: () ()
Priority offset: 0
Parent types:Directory Any TypeKey: ['from']groups/T1_{from}
Formats: ['Directory']
Rule selection key: () ()
Priority offset: 0
Parent types:Data graph Graph Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis', 'side']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'Rules selection key: ['side'] []
center = 'subjects'
analysis = 'default_analysis'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_primal
Formats: ['Graph and data']{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_primal
Rule selection key: ('',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
Formats: ['Graph and data']
Rule selection key: ('',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'left'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_primal
Formats: ['Graph and data']{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_primal
Rule selection key: ('right',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
Formats: ['Graph and data']
Rule selection key: ('left',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'left'
Parent types:Data graph Graph Any TypeKey: ['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
Parent types:Any TypeKey: ['filename_variable']history_book/*/*
Formats: ['Process execution event']
Rule selection key: () ()
Priority offset: 0
Parent types:4D Volume Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis', 'side']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'Rules selection key: ['side'] []
center = 'subjects'
analysis = 'default_analysis'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_KERNEL
Formats: 'BrainVISA volume formats'
Rule selection key: ('left',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'left'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_KERNEL
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_KERNEL
Rule selection key: ('',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'left'
Formats: 'BrainVISA volume formats'
Rule selection key: ('',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_KERNEL
Formats: 'BrainVISA volume formats'
Rule selection key: ('right',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
Parent types:Diffusion Model Any TypeKey: ['center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('acquisition',)Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/diffusion/{acquisition}/{analysis}/qball_<subject>
center = 'subjects'
analysis = 'default_analysis'
Formats: ['Bucket']
Rule selection key: () ()
Priority offset: 0
Parent types:Any TypeKey: ['qcid']{qcid}
Formats: ['Quality Check Report']
Rule selection key: () ()
Priority offset: 0
Parent types:Statistics for many PetSubjects Statistics CSV file Text file Any TypeKey: ['segmentation_method', 'center']analyzes/PET/{segmentation_method}/quality_control_merged/QC_from_{center}
Formats: ['CSV file']
Rule selection key: () ()
Priority offset: 0
Parent types:Statistics for many PetSubjects Statistics CSV file Text file Any TypeKey: ['segmentation_method', 'tracer', 'center']analyzes/PET/{segmentation_method}/quality_control_merged/QC_PetOnly_about_{tracer}_from_{center}
Formats: ['CSV file']
Rule selection key: () ()
Priority offset: 0
Parent types:RECAL Transformation matrix Transformation matrix Transformation Any TypeKey: ['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'
Parent types:Diffusion Orientation Map 3D Volume 4D Volume Any TypeKey: ['center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('acquisition',)Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/diffusion/{acquisition}/{analysis}/rgb_<subject>
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:Graph Any TypeKey: ['center', 'subject', 'acquisition', 'filename_variable']Default attributes values:
center = 'subjects'{center}/{subject}/pet/{acquisition}/u*_ROI
Formats: ['Graph and data']
Rule selection key: () ()
Priority offset: 0
Parent types:ROIForStatistic MNI Mask ROI MNI Mask PetSubject 4D Volume Any TypeKey: ['segmentation_method', 'ROIStat']analyzes/PET/{segmentation_method}/roisExtracted/{ROIStat}
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:ROI MNI Mask PetSubject 4D Volume Any TypeKey: ['ROIStat']roiMasks/roiForStat_{ROIStat}
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:ROI MNI Mask PetSubject 4D Volume Any TypeKey: ['ROIReference']roiMasks/roiReference_{ROIReference}
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:Directory Any TypeKey: ['center', 'subject', 'acquisition', 'tracer', 'reconstruction', 'analysis', 'PVC_method']Default attributes values:
center = 'subjects'{center}/{subject}/pet/{acquisition}/{tracer}/PET_{reconstruction}/{analysis}_using_{PVC_method}_PVC/<PVC_method>_parameters/RSF_<PVC_method>
Formats: ['Directory']
Rule selection key: () ()
Priority offset: 0
Parent types:DW Diffusion MR 4D Volume Any TypeKey: ['center', 'subject', 'acquisition']
Non mandatory key attributes: ('acquisition',)Default attributes values:
center = 'subjects'{center}/{subject}/diffusion/{acquisition}/raw_diffusion_<subject>
acquisition = 'default_acquisition'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:T1 MRI 3D Volume 4D Volume Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'normalization']
Non mandatory key attributes: ('time_point', 'time_duration', 'rescan', 'acquisition_date', 'acquisition')Default attributes values:
center = 'subjects'Rules selection key: [] ['normalization']
acquisition = 'default_acquisition'
{center}/{subject}/t1mri/{acquisition}/<subject>
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/normalized_{normalization}_<subject>
Rule selection key: () (True,)
Priority offset: 1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
normalization = ''
modality = 't1mri'
normalized = 'no'
Formats: 'BrainVISA volume formats'
Rule selection key: () (False,)
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
normalized = 'yes'
Parent types:Raw T1 MRI T1 MRI 3D Volume 4D Volume Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/skull_stripped_<subject>
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'both'
skull_stripped = 'yes'
Parent types:Text file Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition']
Non mandatory key attributes: ('rescan', 'acquisition_date', 'time_point', 'acquisition', 'time_duration')Default attributes values:
center = 'subjects'{center}/{subject}/t1mri/{acquisition}/<subject>_data
acquisition = 'default_acquisition'
Formats: ['JSON file']
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
Parent types:Raw T1 MRI T1 MRI 3D Volume 4D Volume Any TypeKey: ['center', 'subject', 'coregistration', 'followup', 'baseline', 'analysis']
Non mandatory key attributes: ('analysis',)Default attributes values:
center = 'subjects'{center}/{subject}/longitudinal_preprocessings/coregistration_{coregistration}/{followup}_to_{baseline}/{analysis}/<subject>_<followup>_t1mri_coregistered_to_<baseline>_t1mri
analysis = 'default_analysis'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
modality = 't1mri'
space = 'baseline'
Parent types:Transformation matrix Transformation Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition']
Non mandatory key attributes: ('rescan', 'acquisition_date', 'time_point', 'acquisition', 'time_duration')Default attributes values:
center = 'subjects'{center}/{subject}/t1mri/{acquisition}/<subject>_t1mri_to_pet_transformation
acquisition = 'default_acquisition'
Formats: ['Transformation matrix', 'Matlab file']
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
Parent types:Transformation matrix Transformation Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'side']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
graph_version = '3.0'Rules selection key: ['side'] []
acquisition = 'default_acquisition'
sulci_recognition_session = 'default_session'
center = 'subjects'
analysis = 'default_analysis'
{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
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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/L<subject>_<sulci_recognition_session>_auto_T1_TO_SPAM
Formats: ['Transformation matrix']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/R<subject>_<sulci_recognition_session>_auto_T1_TO_SPAM
Rule selection key: ('',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
Formats: ['Transformation matrix']
Rule selection key: ('',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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/R<subject>_<sulci_recognition_session>_auto_T1_TO_SPAM
Formats: ['Transformation matrix']
Rule selection key: ('right',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
Parent types:T2 Diffusion MR 3D Volume 4D Volume Any TypeKey: ['center', 'subject', 'acquisition']
Non mandatory key attributes: ('acquisition',)Default attributes values:
center = 'subjects'{center}/{subject}/diffusion/{acquisition}/t2diff_<subject>
acquisition = 'default_acquisition'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:Glass slides scan Any TypeKey: ['center', 'name_serie']Default attributes values:
center = 'subjects'{center}/scan/01-raw/<center>_raw_#
Formats: ['Series of JPEG image', 'Series of TIFF(.tif) image', 'Series of TIFF image', 'Series of JPEG image', 'Series of TIFF(.tif) image', 'Series of TIFF image']
Rule selection key: () ()
Priority offset: 0
modality = 'scan'
Parent types:Texture Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_rectangular_flat
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
Parent types:Text file Any TypeKey: ['center', 'subject', 'acquisition', 'filename_variable']Default attributes values:
center = 'subjects'Rules selection key: [] ['subject', 'acquisition']
{center}/registration/*
Formats: ['Referential']{center}/{subject}/pet/{acquisition}/registration/*
Rule selection key: () (True, True)
Priority offset: 0
Formats: ['Referential']{center}/{subject}/registration/*
Rule selection key: () (False, False)
Priority offset: 0
Formats: ['Referential']
Rule selection key: () (False, True)
Priority offset: 0
Parent types:Referential Text file Any TypeKey: ['center', 'subject', 'acquisition']Default attributes values:
center = 'subjects'{center}/{subject}/pet/{acquisition}/registration/dyn3dPet-<subject>-<acquisition>
Formats: ['Referential']
Rule selection key: () ()
Priority offset: 0
Parent types:Referential Text file Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'side']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
graph_version = '3.0'Rules selection key: ['side'] []
acquisition = 'default_acquisition'
sulci_recognition_session = 'default_session'
center = 'subjects'
analysis = 'default_analysis'
{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
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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/L<subject>_<sulci_recognition_session>_auto
Formats: ['Referential']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/R<subject>_<sulci_recognition_session>_auto
Rule selection key: ('',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
parallel_recognition = 'No'
Formats: ['Referential']
Rule selection key: ('',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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/R<subject>_<sulci_recognition_session>_auto
Formats: ['Referential']
Rule selection key: ('right',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
parallel_recognition = 'No'
Parent types:Referential Text file Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition']
Non mandatory key attributes: ('rescan', 'acquisition_date', 'time_point', 'acquisition', 'time_duration')Default attributes values:
center = 'subjects'{center}/{subject}/t1mri/{acquisition}/registration/RawT1-<subject>_<acquisition>
acquisition = 'default_acquisition'
Formats: ['Referential']
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
Parent types:Referential Text file Any TypeKey: ['center', 'subject', 'acquisition']
Non mandatory key attributes: ('acquisition',)Default attributes values:
center = 'subjects'{center}/{subject}/diffusion/{acquisition}/registration/t2diff_<subject>
acquisition = 'default_acquisition'
Formats: ['Referential']
Rule selection key: () ()
Priority offset: 0
Parent types:Directory Any TypeKey: ['center', 'subject', 'acquisition']Default attributes values:
center = 'subjects'Rules selection key: [] ['subject', 'acquisition']
{center}/registration
Formats: ['Directory']{center}/{subject}/pet/{acquisition}/registration
Rule selection key: () (True, True)
Priority offset: 0
Formats: ['Directory']{center}/{subject}/registration
Rule selection key: () (False, False)
Priority offset: 0
Formats: ['Directory']
Rule selection key: () (False, True)
Priority offset: 0
Parent types:White Mesh Mesh Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis', 'inflated']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'Rules selection key: ['inflated'] []
center = 'subjects'
analysis = 'default_analysis'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Bwhite_remeshed_hiphop
Formats: 'BrainVISA mesh formats'
Rule selection key: ('No',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Bwhite_remeshed_hiphop
Rule selection key: ('',) ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'both'
averaged = 'No'
inflated = 'Yes'
vertex_corr = 'Yes'
vertex_corr_method = 'hiphop'
Formats: 'BrainVISA mesh formats'
Rule selection key: ('',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'both'
averaged = 'No'
inflated = 'Yes'
vertex_corr = 'Yes'
vertex_corr_method = 'hiphop'
Parent types:3D Volume 4D Volume Any TypeKey: ['center', 'subject']Default attributes values:
center = 'subjects'{center}/{subject}/recal/rs_recal_<subject>
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:Transformation matrix Transformation Any TypeKey: ['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', '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']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/Volume-<subject>_<acquisition>_TO_Talairach
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
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']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/Volume-<subject>_<acquisition>_TO_Talairach
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
Formats: ['Transformation matrix', 'Matlab file']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/Volume-<subject>_<acquisition>_TO_Talairach
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
Formats: ['Transformation matrix', 'Matlab file']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/Volume-<subject>_<acquisition>_TO_Talairach
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
Formats: ['Transformation matrix', 'Matlab file']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/Volume-<subject>_<acquisition>_TO_Talairach
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
Formats: ['Transformation matrix', 'Matlab file']
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
Parent types:ROI Texture Label Texture Texture Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'mapped', 'contrast', 'center', 'subject', 'acquisition', 'analysis', 'side', 'modality']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'contrast', 'time_point', 'mapped', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'Rules selection key: ['side', 'modality'] []
center = 'subjects'
analysis = 'default_analysis'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/<subject>_Lgyri_resampled
Formats: 'BrainVISA texture formats'{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/segmentation/left/gyri_resampled_<side>_<subject>
Rule selection key: ('left', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 't1mri'
side = 'left'
Formats: 'BrainVISA texture formats'
Rule selection key: ('left', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 'anatomical_mri'
side = 'left'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/<subject>_Lgyri_resampled
Formats: 'BrainVISA texture formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/<subject>_Rgyri_resampled
Rule selection key: ('', 't1mri') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 't1mri'
side = 'left'
Formats: 'BrainVISA texture formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/<subject>_Bgyri_resampled
Rule selection key: ('', 't1mri') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 't1mri'
side = 'right'
Formats: 'BrainVISA texture formats'
Rule selection key: ('', 't1mri') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 't1mri'
side = 'both'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/<subject>_Lgyri_resampled
Formats: 'BrainVISA texture formats'
Rule selection key: ('left', 't1mri') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 't1mri'
side = 'left'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/<subject>_Lgyri_resampled
Formats: 'BrainVISA texture formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/<subject>_Rgyri_resampled
Rule selection key: ('', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 't1mri'
side = 'left'
Formats: 'BrainVISA texture formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/<subject>_Bgyri_resampled
Rule selection key: ('', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 't1mri'
side = 'right'
Formats: 'BrainVISA texture formats'{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/segmentation/left/gyri_resampled_<side>_<subject>
Rule selection key: ('', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 't1mri'
side = 'both'
Formats: 'BrainVISA texture formats'{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/segmentation/right/gyri_resampled_<side>_<subject>
Rule selection key: ('', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 'anatomical_mri'
side = 'left'
Formats: 'BrainVISA texture formats'
Rule selection key: ('', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 'anatomical_mri'
side = 'right'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/<subject>_Rgyri_resampled
Formats: 'BrainVISA texture formats'{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/segmentation/right/gyri_resampled_<side>_<subject>
Rule selection key: ('right', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 't1mri'
side = 'right'
Formats: 'BrainVISA texture formats'
Rule selection key: ('right', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 'anatomical_mri'
side = 'right'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/<subject>_Rgyri_resampled
Formats: 'BrainVISA texture formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/<subject>_Bgyri_resampled
Rule selection key: ('right', 't1mri') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 't1mri'
side = 'right'
Formats: 'BrainVISA texture formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/<subject>_Bgyri_resampled
Rule selection key: ('both', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 't1mri'
side = 'both'
Formats: 'BrainVISA texture formats'
Rule selection key: ('both', 't1mri') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 't1mri'
side = 'both'
{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/segmentation/left/gyri_resampled_<side>_<subject>
Formats: 'BrainVISA texture formats'{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/segmentation/right/gyri_resampled_<side>_<subject>
Rule selection key: ('', 'anatomical_mri') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 'anatomical_mri'
side = 'left'
Formats: 'BrainVISA texture formats'
Rule selection key: ('', 'anatomical_mri') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 'anatomical_mri'
side = 'right'
{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/segmentation/left/gyri_resampled_<side>_<subject>
Formats: 'BrainVISA texture formats'{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/segmentation/right/gyri_resampled_<side>_<subject>
Rule selection key: ('left', 'anatomical_mri') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 'anatomical_mri'
side = 'left'
Formats: 'BrainVISA texture formats'
Rule selection key: ('right', 'anatomical_mri') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 'anatomical_mri'
side = 'right'
Parent types:Hemisphere White Mesh White Mesh Mesh Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis', 'side']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'Rules selection key: ['side'] []
center = 'subjects'
analysis = 'default_analysis'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/<subject>_Lwhite_resampled
Formats: 'BrainVISA mesh formats'
Rule selection key: ('left',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'left'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/<subject>_Lwhite_resampled
Formats: 'BrainVISA mesh formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/<subject>_Rwhite_resampled
Rule selection key: ('',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'left'
Formats: 'BrainVISA mesh formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/<subject>_Bwhite_resampled
Rule selection key: ('',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
Formats: 'BrainVISA mesh formats'
Rule selection key: ('',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'both'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/<subject>_Rwhite_resampled
Formats: 'BrainVISA mesh formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/<subject>_Bwhite_resampled
Rule selection key: ('right',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
Formats: 'BrainVISA mesh formats'
Rule selection key: ('both',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'both'
Parent types:Label volume 3D Volume 4D Volume Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/Rcsf_<subject>
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
Parent types:CSF+GREY Mask Label volume 3D Volume 4D Volume Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/Rcortex_<subject>
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
Parent types:Cingular Pole Template Subject 3D Volume 4D Volume Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rhippo_Volume
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
Parent types:Cortex Catchment Bassins Label volume 3D Volume 4D Volume Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/Rroots_<subject>
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
Parent types:Cortex Skeleton Label volume 3D Volume 4D Volume Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/Rskeleton_<subject>
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
Parent types:DPF texture Texture Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_DPF
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
Parent types:Fine Hemisphere White Mesh Hemisphere White Mesh White Mesh Mesh Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/<subject>_Rwhite_fine
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA mesh formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'
Parent types:Mesh Any TypeKey: ['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', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
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'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Rwhite_fine_deformed
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
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'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Rwhite_fine_deformed
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
Formats: 'BrainVISA mesh formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Rwhite_fine_deformed
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
Formats: 'BrainVISA mesh formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Rwhite_fine_deformed
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
Formats: 'BrainVISA mesh formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Rwhite_fine_deformed
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
Parent types:Mesh Any TypeKey: ['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', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
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'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>
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
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'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>
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
Formats: 'BrainVISA mesh formats'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>
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
Formats: 'BrainVISA mesh formats'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>
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
Formats: 'BrainVISA mesh formats'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>
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
Parent types:Graph Label Translation Text file Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_RgraphLabelBasins
center = 'subjects'
analysis = 'default_analysis'
Formats: None
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
Parent types:Morphologist Grey White Mask Grey White Mask Label volume 3D Volume 4D Volume Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/Rgrey_white_<subject>
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
Parent types:Data graph Graph Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_R_gyriGraph
center = 'subjects'
analysis = 'default_analysis'
Formats: ['Graph and data']
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
Parent types:4D Volume Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_R_gyriVolume
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
Parent types:Hemisphere Mesh Mesh Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/<subject>_Rhemi
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA mesh formats'
Rule selection key: () ()
Priority offset: 1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'
Parent types:Mesh Any TypeKey: ['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: '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/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Rhemi_<Template>
Formats: 'BrainVISA mesh formats'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>
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
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: 'BrainVISA mesh formats'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>
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
Formats: 'BrainVISA mesh formats'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>
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
Formats: 'BrainVISA mesh formats'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>
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
Formats: 'BrainVISA mesh formats'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>
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
Parent types:Mesh Any TypeKey: ['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: '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/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Rhemi_<Template>
Formats: 'BrainVISA mesh formats'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>
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
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: 'BrainVISA mesh formats'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>
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
Formats: 'BrainVISA mesh formats'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>
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
Formats: 'BrainVISA mesh formats'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>
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
Formats: 'BrainVISA mesh formats'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>
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
Parent types:Mesh Any TypeKey: ['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', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
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'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Rhemi_deformed
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
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Parent types:Hemisphere White Mesh White Mesh Mesh Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/<subject>_Rwhite
center = 'subjects'
analysis = 'default_analysis'
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vertex_corr = 'No'
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Formats: 'BrainVISA mesh formats'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
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
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'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
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
Formats: 'BrainVISA mesh formats'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
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
Formats: 'BrainVISA mesh formats'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
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
Formats: 'BrainVISA mesh formats'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
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
Parent types:Mesh Any TypeKey: ['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', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
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'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>
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
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'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>
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
Formats: 'BrainVISA mesh formats'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>
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
Formats: 'BrainVISA mesh formats'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>
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
Formats: 'BrainVISA mesh formats'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>
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
Parent types:basins texture Texture Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_basins
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
Parent types:Cingular pole texture Poles texture Texture Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_pole_cingular
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
Parent types:Eigen vectors texture Texture Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_eigen_vectors
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
Parent types:hemisphere Sulcal Lines Rectangular Flat texture Texture Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_sulcalines_rectangular_flat
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
Parent types:hemisphere Sulcal Lines texture Texture Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_sulcalines
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
Parent types:Coordinate grid Mesh Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_grid
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA mesh formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
Parent types:Hemisphere gyri parcellation texture Gyri White Texture ROI Texture Label Texture Texture Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_gyri
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
regularized = 'false'
Parent types:Hemisphere gyrus parcellation texture Hemisphere parcellation texture Gyri White Texture ROI Texture Label Texture Texture Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis', 'vertex_corr_method']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'Rules selection key: [] ['vertex_corr_method']
center = 'subjects'
analysis = 'default_analysis'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_parcels_gyrus
Formats: 'BrainVISA texture formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_parcels_gyrus_remeshed_{vertex_corr_method}
Rule selection key: () (True,)
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
vertex_corr_method = ''
modality = 't1mri'
side = 'right'
averaged = 'No'
vertex_corr = 'No'
parcellation_type = 'gyrus'
regularized = 'false'
Formats: 'BrainVISA texture formats'
Rule selection key: () (False,)
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
averaged = 'No'
vertex_corr = 'Yes'
parcellation_type = 'gyrus'
Parent types:Latitude coordinate HIP texture Coordinate texture Texture Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_lat_HIP
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
Parent types:Latitude constraints texture Constraints texture Label Texture Texture Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_lat_cleaned
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
Parent types:Latitude constraints texture Constraints texture Label Texture Texture Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_lat_roots
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
Parent types:Latitude coordinate texture Coordinate texture Texture Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_lat
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
averaged = 'No'
vertex_corr = 'No'
Parent types:Hemisphere lobes parcellation texture Hemisphere parcellation texture Gyri White Texture ROI Texture Label Texture Texture Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis', 'vertex_corr_method']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'Rules selection key: [] ['vertex_corr_method']
center = 'subjects'
analysis = 'default_analysis'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_parcels_lobes
Formats: 'BrainVISA texture formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_parcels_lobes_remeshed_{vertex_corr_method}
Rule selection key: () (True,)
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
vertex_corr_method = ''
modality = 't1mri'
side = 'right'
averaged = 'No'
vertex_corr = 'No'
parcellation_type = 'lobe'
regularized = 'false'
Formats: 'BrainVISA texture formats'
Rule selection key: () (False,)
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
averaged = 'No'
vertex_corr = 'Yes'
parcellation_type = 'lobes'
Parent types:Longitude coordinate HIP texture Coordinate texture Texture Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_lon_HIP
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
Parent types:Longitude constraints texture Constraints texture Label Texture Texture Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_lon_cleaned
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
Parent types:Longitude constraints texture Constraints texture Label Texture Texture Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_lon_roots
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
Parent types:Longitude coordinate texture Coordinate texture Texture Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_lon
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
averaged = 'No'
vertex_corr = 'No'
Parent types:Hemisphere marsAtlas parcellation texture Hemisphere parcellation texture Gyri White Texture ROI Texture Label Texture Texture Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis', 'vertex_corr_method']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'Rules selection key: [] ['vertex_corr_method']
center = 'subjects'
analysis = 'default_analysis'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_parcels_marsAtlas
Formats: 'BrainVISA texture formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_parcels_marsAtlas_remeshed_{vertex_corr_method}
Rule selection key: () (True,)
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
vertex_corr_method = ''
modality = 't1mri'
side = 'right'
averaged = 'No'
vertex_corr = 'No'
parcellation_type = 'marsAtlas'
regularized = 'false'
Formats: 'BrainVISA texture formats'
Rule selection key: () (False,)
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
averaged = 'No'
vertex_corr = 'Yes'
parcellation_type = 'marsAtlas'
Parent types:Hemisphere model parcellation texture Hemisphere parcellation texture Gyri White Texture ROI Texture Label Texture Texture Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis', 'vertex_corr_method']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'Rules selection key: [] ['vertex_corr_method']
center = 'subjects'
analysis = 'default_analysis'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_parcels_model
Formats: 'BrainVISA texture formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_parcels_model_remeshed_{vertex_corr_method}
Rule selection key: () (True,)
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
vertex_corr_method = ''
modality = 't1mri'
side = 'right'
averaged = 'No'
vertex_corr = 'No'
parcellation_type = 'model'
regularized = 'false'
Formats: 'BrainVISA texture formats'
Rule selection key: () (False,)
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
averaged = 'No'
vertex_corr = 'Yes'
parcellation_type = 'model'
Parent types:Hemisphere gyri parcellation texture Gyri White Texture ROI Texture Label Texture Texture Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_gyri_regul
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
regularized = 'true'
Parent types:Hemisphere spherical mesh Mesh Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_spherical
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA mesh formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
averaged = 'No'
inflated = 'Yes'
vertex_corr = 'Yes'
vertex_corr_method = 'hiphop'
Parent types:Insula pole texture Poles texture Texture Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_pole_insula
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
Parent types:labeled basins texture Texture Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_basins_labeled
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
Parent types:labeled pits texture Texture Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_pits_labeled
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
Parent types:noisy pits texture Texture Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_noisy_pits
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
Parent types:pits texture Texture Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_pits
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
Parent types:Poles texture Texture Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_poles
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
Parent types:Rectangular boundary texture Boundary texture Texture Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_rectangular_flat_boundary
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
Parent types:Rectangular flat cstr mesh Flat mesh Mesh Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_rectangular_flat_cstr
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA mesh formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
Parent types:Rectangular flat indices texture Indices texture Texture Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_rectangular_flat_indices
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
Parent types:Rectangular flat mesh Flat mesh Mesh Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_rectangular_flat
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA mesh formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
Parent types:Remeshed mesh White Mesh Mesh Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis', 'inflated']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'Rules selection key: ['inflated'] []
center = 'subjects'
analysis = 'default_analysis'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_remeshed_hiphop
Formats: 'BrainVISA mesh formats'
Rule selection key: ('No',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_remeshed_hiphop
Rule selection key: ('',) ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
averaged = 'No'
inflated = 'Yes'
vertex_corr = 'Yes'
vertex_corr_method = 'hiphop'
Formats: 'BrainVISA mesh formats'
Rule selection key: ('',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
averaged = 'No'
inflated = 'Yes'
vertex_corr = 'Yes'
vertex_corr_method = 'hiphop'
Parent types:ridges texture Texture Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_ridges
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
Parent types:smooth pits texture Texture Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_pits_smooth
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
Parent types:sulci voronoi texture Texture Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_sulci_voronoi
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
Parent types:White mesh parts Mesh Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_parts
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA mesh formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
Parent types:Rainbow 3D volume 3D Volume 4D Volume Any TypeKey: ['center', 'subject', 'coregistration', 'followup', 'baseline', 'analysis', 'orientation']
Non mandatory key attributes: ('analysis',)Default attributes values:
center = 'subjects'Rules selection key: ['orientation'] []
analysis = 'default_analysis'
{center}/{subject}/longitudinal_preprocessings/coregistration_{coregistration}/{followup}_halfway_{baseline}/{analysis}/<subject>_<followup>_t1mri_coregistered_to_<baseline>_t1mri_flow
Formats: 'BrainVISA volume formats'{center}/{subject}/longitudinal_preprocessings/coregistration_{coregistration}/{followup}_halfway_{baseline}/{analysis}/<subject>_<baseline>_t1mri_coregistered_to_<followup>_t1mri_flow
Rule selection key: ('',) ()
Priority offset: 0
space = 'halfway'
orientation = 'followup_to_baseline'
Formats: 'BrainVISA volume formats'
Rule selection key: ('',) ()
Priority offset: 0
space = 'halfway'
orientation = 'baseline_to_followup'
{center}/{subject}/longitudinal_preprocessings/coregistration_{coregistration}/{followup}_halfway_{baseline}/{analysis}/<subject>_<followup>_t1mri_coregistered_to_<baseline>_t1mri_flow
Formats: 'BrainVISA volume formats'{center}/{subject}/longitudinal_preprocessings/coregistration_{coregistration}/{followup}_halfway_{baseline}/{analysis}/<subject>_<baseline>_t1mri_coregistered_to_<followup>_t1mri_flow
Rule selection key: ('followup_to_baseline',) ()
Priority offset: 0
space = 'halfway'
orientation = 'followup_to_baseline'
Formats: 'BrainVISA volume formats'
Rule selection key: ('baseline_to_followup',) ()
Priority offset: 0
space = 'halfway'
orientation = 'baseline_to_followup'
Parent types:SPM field 3D Volume 4D Volume Any TypeKey: ['center', 'subject', 'processing', 'acquisition', 'analysis', 'template', 'direction', 'warping_method', 'version', 'followup', 'baseline', 'orientation', 'coregistration']
Non mandatory key attributes: ('analysis',)Default attributes values:
center = 'subjects'Rules selection key: ['direction', 'warping_method', 'orientation'] ['processing', 'acquisition', 'version', 'coregistration', 'template', 'followup', 'baseline']
analysis = 'default_analysis'
{center}/{subject}/vbm_longitudinal_t1mri/{followup}_to_{baseline}/{analysis}/iy_<subject>_t1mri_softmean_to_{template}_inverse_deformation_field
Formats: 'BrainVISA volume formats'{center}/{subject}/vbm_longitudinal_t1mri/{followup}_to_{baseline}/{analysis}/y_<subject>_t1mri_softmean_to_{template}_deformation_field
Rule selection key: ('', 'low-dimensional', '') (True, True, True, True, False, False, False)
Priority offset: 0
processing = ''
acquisition = ''
version = ''
coregistration = ''
direction = 'inverse'
warping_method = 'low-dimensional'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'low-dimensional', '') (True, True, True, True, False, False, False)
Priority offset: 0
processing = ''
acquisition = ''
version = ''
coregistration = ''
direction = 'forward'
warping_method = 'low-dimensional'
{center}/{subject}/vbm_longitudinal_t1mri/{followup}_to_{baseline}/{analysis}/iy_<subject>_t1mri_softmean_to_{template}_inverse_deformation_field
Formats: 'BrainVISA volume formats'{center}/{subject}/vbm_longitudinal_t1mri/{followup}_to_{baseline}/{analysis}/y_<subject>_t1mri_softmean_to_{template}_deformation_field
Rule selection key: ('', '', '') (True, True, True, True, False, False, False)
Priority offset: 0
processing = ''
acquisition = ''
version = ''
coregistration = ''
direction = 'inverse'
warping_method = 'low-dimensional'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') (True, True, True, True, False, False, False)
Priority offset: 0
processing = ''
acquisition = ''
version = ''
coregistration = ''
direction = 'forward'
warping_method = 'low-dimensional'
{center}/{subject}/vbm_longitudinal_t1mri/{followup}_to_{baseline}/{analysis}/iy_<subject>_t1mri_softmean_to_{template}_inverse_deformation_field
Formats: 'BrainVISA volume formats'{center}/{subject}/vbm_longitudinal_t1mri/{followup}_to_{baseline}/{analysis}/iy_<subject>_t1mri_softmean_to_{template}_inverse_deformation_field
Rule selection key: ('inverse', '', '') (True, True, True, True, False, False, False)
Priority offset: 0
processing = ''
acquisition = ''
version = ''
coregistration = ''
direction = 'inverse'
warping_method = 'low-dimensional'
Formats: 'BrainVISA volume formats'{center}/{subject}/vbm_longitudinal_t1mri/{followup}_to_{baseline}/{analysis}/y_<subject>_t1mri_softmean_to_{template}_deformation_field
Rule selection key: ('inverse', 'low-dimensional', '') (True, True, True, True, False, False, False)
Priority offset: 0
processing = ''
acquisition = ''
version = ''
coregistration = ''
direction = 'inverse'
warping_method = 'low-dimensional'
Formats: 'BrainVISA volume formats'{center}/{subject}/vbm_longitudinal_t1mri/{followup}_to_{baseline}/{analysis}/y_<subject>_t1mri_softmean_to_{template}_deformation_field
Rule selection key: ('forward', 'low-dimensional', '') (True, True, True, True, False, False, False)
Priority offset: 0
processing = ''
acquisition = ''
version = ''
coregistration = ''
direction = 'forward'
warping_method = 'low-dimensional'
Formats: 'BrainVISA volume formats'{center}/{subject}/longitudinal_preprocessings/coregistration_{coregistration}/{followup}_to_{baseline}/{analysis}/y_<subject>_<followup>_t1mri_to_<baseline>_t1mri_HDW_deformation_field
Rule selection key: ('forward', '', '') (True, True, True, True, False, False, False)
Priority offset: 0
processing = ''
acquisition = ''
version = ''
coregistration = ''
direction = 'forward'
warping_method = 'low-dimensional'
Formats: 'BrainVISA volume formats'{center}/{subject}/longitudinal_preprocessings/coregistration_{coregistration}/{followup}_to_{baseline}/{analysis}/y_<subject>_<followup>_t1mri_to_<baseline>_t1mri_HDW_deformation_field
Rule selection key: ('', '', '') (True, True, True, False, True, False, False)
Priority offset: 0
processing = ''
acquisition = ''
template = ''
version = ''
direction = 'forward'
warping_method = 'high-dimensional'
Formats: 'BrainVISA volume formats'{center}/{subject}/longitudinal_preprocessings/coregistration_{coregistration}/{followup}_to_{baseline}/{analysis}/y_<subject>_<followup>_t1mri_to_<baseline>_t1mri_HDW_deformation_field
Rule selection key: ('forward', 'high-dimensional', '') (True, True, True, False, True, False, False)
Priority offset: 0
processing = ''
acquisition = ''
template = ''
version = ''
direction = 'forward'
warping_method = 'high-dimensional'
Formats: 'BrainVISA volume formats'{center}/{subject}/longitudinal_preprocessings/coregistration_{coregistration}/{followup}_to_{baseline}/{analysis}/y_<subject>_<followup>_t1mri_to_<baseline>_t1mri_HDW_deformation_field
Rule selection key: ('forward', '', '') (True, True, True, False, True, False, False)
Priority offset: 0
processing = ''
acquisition = ''
template = ''
version = ''
direction = 'forward'
warping_method = 'high-dimensional'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'high-dimensional', '') (True, True, True, False, True, False, False)
Priority offset: 0
processing = ''
acquisition = ''
template = ''
version = ''
direction = 'forward'
warping_method = 'high-dimensional'
{center}/{subject}/longitudinal_preprocessings/spm{version}/{followup}_halfway_{baseline}/{analysis}/iy_<subject>_<followup>_halfway_to_<baseline>_inverse_deformation_field
Formats: 'BrainVISA volume formats'{center}/{subject}/longitudinal_preprocessings/spm{version}/{followup}_halfway_{baseline}/{analysis}/iy_<subject>_<baseline>_halfway_to_<followup>_inverse_deformation_field
Rule selection key: ('', '', '') (True, True, False, True, True, False, False)
Priority offset: 0
processing = ''
acquisition = ''
template = ''
coregistration = ''
orientation = 'followup_to_baseline'
direction = 'inverse'
warping_method = 'low-dimensional'
Formats: 'BrainVISA volume formats'{center}/{subject}/longitudinal_preprocessings/spm{version}/{followup}_halfway_{baseline}/{analysis}/y_<subject>_<baseline>_to_halfway_deformation_field
Rule selection key: ('', '', '') (True, True, False, True, True, False, False)
Priority offset: 0
processing = ''
acquisition = ''
template = ''
coregistration = ''
orientation = 'baseline_to_followup'
direction = 'inverse'
warping_method = 'low-dimensional'
Formats: 'BrainVISA volume formats'{center}/{subject}/longitudinal_preprocessings/spm{version}/{followup}_halfway_{baseline}/{analysis}/y_<subject>_<followup>_to_halfway_deformation_field
Rule selection key: ('', '', '') (True, True, False, True, True, False, False)
Priority offset: 0
processing = ''
acquisition = ''
template = ''
coregistration = ''
orientation = 'baseline_to_halfway'
direction = 'forward'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') (True, True, False, True, True, False, False)
Priority offset: 0
processing = ''
acquisition = ''
template = ''
coregistration = ''
orientation = 'followup_to_halfway'
direction = 'forward'
{center}/{subject}/longitudinal_preprocessings/spm{version}/{followup}_halfway_{baseline}/{analysis}/iy_<subject>_<followup>_halfway_to_<baseline>_inverse_deformation_field
Formats: 'BrainVISA volume formats'{center}/{subject}/longitudinal_preprocessings/spm{version}/{followup}_halfway_{baseline}/{analysis}/iy_<subject>_<followup>_halfway_to_<baseline>_inverse_deformation_field
Rule selection key: ('inverse', '', 'followup_to_baseline') (True, True, False, True, True, False, False)
Priority offset: 0
processing = ''
acquisition = ''
template = ''
coregistration = ''
orientation = 'followup_to_baseline'
direction = 'inverse'
warping_method = 'low-dimensional'
Formats: 'BrainVISA volume formats'{center}/{subject}/longitudinal_preprocessings/spm{version}/{followup}_halfway_{baseline}/{analysis}/iy_<subject>_<followup>_halfway_to_<baseline>_inverse_deformation_field
Rule selection key: ('', '', 'followup_to_baseline') (True, True, False, True, True, False, False)
Priority offset: 0
processing = ''
acquisition = ''
template = ''
coregistration = ''
orientation = 'followup_to_baseline'
direction = 'inverse'
warping_method = 'low-dimensional'
Formats: 'BrainVISA volume formats'{center}/{subject}/longitudinal_preprocessings/spm{version}/{followup}_halfway_{baseline}/{analysis}/iy_<subject>_<followup>_halfway_to_<baseline>_inverse_deformation_field
Rule selection key: ('', 'low-dimensional', 'followup_to_baseline') (True, True, False, True, True, False, False)
Priority offset: 0
processing = ''
acquisition = ''
template = ''
coregistration = ''
orientation = 'followup_to_baseline'
direction = 'inverse'
warping_method = 'low-dimensional'
Formats: 'BrainVISA volume formats'
Rule selection key: ('inverse', 'low-dimensional', 'followup_to_baseline') (True, True, False, True, True, False, False)
Priority offset: 0
processing = ''
acquisition = ''
template = ''
coregistration = ''
orientation = 'followup_to_baseline'
direction = 'inverse'
warping_method = 'low-dimensional'
{center}/{subject}/longitudinal_preprocessings/spm{version}/{followup}_halfway_{baseline}/{analysis}/iy_<subject>_<followup>_halfway_to_<baseline>_inverse_deformation_field
Formats: 'BrainVISA volume formats'{center}/{subject}/longitudinal_preprocessings/spm{version}/{followup}_halfway_{baseline}/{analysis}/iy_<subject>_<baseline>_halfway_to_<followup>_inverse_deformation_field
Rule selection key: ('inverse', '', '') (True, True, False, True, True, False, False)
Priority offset: 0
processing = ''
acquisition = ''
template = ''
coregistration = ''
orientation = 'followup_to_baseline'
direction = 'inverse'
warping_method = 'low-dimensional'
Formats: 'BrainVISA volume formats'
Rule selection key: ('inverse', '', '') (True, True, False, True, True, False, False)
Priority offset: 0
processing = ''
acquisition = ''
template = ''
coregistration = ''
orientation = 'baseline_to_followup'
direction = 'inverse'
warping_method = 'low-dimensional'
{center}/{subject}/longitudinal_preprocessings/spm{version}/{followup}_halfway_{baseline}/{analysis}/iy_<subject>_<followup>_halfway_to_<baseline>_inverse_deformation_field
Formats: 'BrainVISA volume formats'{center}/{subject}/longitudinal_preprocessings/spm{version}/{followup}_halfway_{baseline}/{analysis}/iy_<subject>_<baseline>_halfway_to_<followup>_inverse_deformation_field
Rule selection key: ('inverse', 'low-dimensional', '') (True, True, False, True, True, False, False)
Priority offset: 0
processing = ''
acquisition = ''
template = ''
coregistration = ''
orientation = 'followup_to_baseline'
direction = 'inverse'
warping_method = 'low-dimensional'
Formats: 'BrainVISA volume formats'
Rule selection key: ('inverse', 'low-dimensional', '') (True, True, False, True, True, False, False)
Priority offset: 0
processing = ''
acquisition = ''
template = ''
coregistration = ''
orientation = 'baseline_to_followup'
direction = 'inverse'
warping_method = 'low-dimensional'
{center}/{subject}/longitudinal_preprocessings/spm{version}/{followup}_halfway_{baseline}/{analysis}/iy_<subject>_<followup>_halfway_to_<baseline>_inverse_deformation_field
Formats: 'BrainVISA volume formats'{center}/{subject}/longitudinal_preprocessings/spm{version}/{followup}_halfway_{baseline}/{analysis}/iy_<subject>_<baseline>_halfway_to_<followup>_inverse_deformation_field
Rule selection key: ('', 'low-dimensional', '') (True, True, False, True, True, False, False)
Priority offset: 0
processing = ''
acquisition = ''
template = ''
coregistration = ''
orientation = 'followup_to_baseline'
direction = 'inverse'
warping_method = 'low-dimensional'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'low-dimensional', '') (True, True, False, True, True, False, False)
Priority offset: 0
processing = ''
acquisition = ''
template = ''
coregistration = ''
orientation = 'baseline_to_followup'
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warping_method = 'low-dimensional'
{center}/{subject}/longitudinal_preprocessings/spm{version}/{followup}_halfway_{baseline}/{analysis}/iy_<subject>_<baseline>_halfway_to_<followup>_inverse_deformation_field
Formats: 'BrainVISA volume formats'{center}/{subject}/longitudinal_preprocessings/spm{version}/{followup}_halfway_{baseline}/{analysis}/iy_<subject>_<baseline>_halfway_to_<followup>_inverse_deformation_field
Rule selection key: ('', '', 'baseline_to_followup') (True, True, False, True, True, False, False)
Priority offset: 0
processing = ''
acquisition = ''
template = ''
coregistration = ''
orientation = 'baseline_to_followup'
direction = 'inverse'
warping_method = 'low-dimensional'
Formats: 'BrainVISA volume formats'{center}/{subject}/longitudinal_preprocessings/spm{version}/{followup}_halfway_{baseline}/{analysis}/iy_<subject>_<baseline>_halfway_to_<followup>_inverse_deformation_field
Rule selection key: ('', 'low-dimensional', 'baseline_to_followup') (True, True, False, True, True, False, False)
Priority offset: 0
processing = ''
acquisition = ''
template = ''
coregistration = ''
orientation = 'baseline_to_followup'
direction = 'inverse'
warping_method = 'low-dimensional'
Formats: 'BrainVISA volume formats'{center}/{subject}/longitudinal_preprocessings/spm{version}/{followup}_halfway_{baseline}/{analysis}/iy_<subject>_<baseline>_halfway_to_<followup>_inverse_deformation_field
Rule selection key: ('inverse', 'low-dimensional', 'baseline_to_followup') (True, True, False, True, True, False, False)
Priority offset: 0
processing = ''
acquisition = ''
template = ''
coregistration = ''
orientation = 'baseline_to_followup'
direction = 'inverse'
warping_method = 'low-dimensional'
Formats: 'BrainVISA volume formats'{center}/{subject}/longitudinal_preprocessings/spm{version}/{followup}_halfway_{baseline}/{analysis}/y_<subject>_<baseline>_to_halfway_deformation_field
Rule selection key: ('inverse', '', 'baseline_to_followup') (True, True, False, True, True, False, False)
Priority offset: 0
processing = ''
acquisition = ''
template = ''
coregistration = ''
orientation = 'baseline_to_followup'
direction = 'inverse'
warping_method = 'low-dimensional'
Formats: 'BrainVISA volume formats'{center}/{subject}/longitudinal_preprocessings/spm{version}/{followup}_halfway_{baseline}/{analysis}/y_<subject>_<baseline>_to_halfway_deformation_field
Rule selection key: ('', '', 'baseline_to_halfway') (True, True, False, True, True, False, False)
Priority offset: 0
processing = ''
acquisition = ''
template = ''
coregistration = ''
orientation = 'baseline_to_halfway'
direction = 'forward'
Formats: 'BrainVISA volume formats'
Rule selection key: ('forward', '', 'baseline_to_halfway') (True, True, False, True, True, False, False)
Priority offset: 0
processing = ''
acquisition = ''
template = ''
coregistration = ''
orientation = 'baseline_to_halfway'
direction = 'forward'
{center}/{subject}/longitudinal_preprocessings/spm{version}/{followup}_halfway_{baseline}/{analysis}/y_<subject>_<baseline>_to_halfway_deformation_field
Formats: 'BrainVISA volume formats'{center}/{subject}/longitudinal_preprocessings/spm{version}/{followup}_halfway_{baseline}/{analysis}/y_<subject>_<followup>_to_halfway_deformation_field
Rule selection key: ('forward', '', '') (True, True, False, True, True, False, False)
Priority offset: 0
processing = ''
acquisition = ''
template = ''
coregistration = ''
orientation = 'baseline_to_halfway'
direction = 'forward'
Formats: 'BrainVISA volume formats'
Rule selection key: ('forward', '', '') (True, True, False, True, True, False, False)
Priority offset: 0
processing = ''
acquisition = ''
template = ''
coregistration = ''
orientation = 'followup_to_halfway'
direction = 'forward'
{center}/{subject}/longitudinal_preprocessings/spm{version}/{followup}_halfway_{baseline}/{analysis}/y_<subject>_<followup>_to_halfway_deformation_field
Formats: 'BrainVISA volume formats'{center}/{subject}/longitudinal_preprocessings/spm{version}/{followup}_halfway_{baseline}/{analysis}/y_<subject>_<followup>_to_halfway_deformation_field
Rule selection key: ('forward', '', 'followup_to_halfway') (True, True, False, True, True, False, False)
Priority offset: 0
processing = ''
acquisition = ''
template = ''
coregistration = ''
orientation = 'followup_to_halfway'
direction = 'forward'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'followup_to_halfway') (True, True, False, True, True, False, False)
Priority offset: 0
processing = ''
acquisition = ''
template = ''
coregistration = ''
orientation = 'followup_to_halfway'
direction = 'forward'
{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/y_<subject>_forward_deformation_field
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/y_<subject>_forward_deformation_field
Rule selection key: ('forward', '', '') (False, False, True, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
coregistration = ''
direction = 'forward'
warping_method = 'low-dimensional'
Formats: 'BrainVISA volume formats'
Rule selection key: ('forward', '', '') (False, False, True, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
coregistration = ''
direction = 'forward'
warping_method = 'high-dimensional'
{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/y_<subject>_forward_deformation_field
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/iy_<subject>_inverse_deformation_field
Rule selection key: ('', 'low-dimensional', '') (False, False, True, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
coregistration = ''
direction = 'forward'
warping_method = 'low-dimensional'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'low-dimensional', '') (False, False, True, True, False, True, True)
Priority offset: 0
version = ''
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baseline = ''
coregistration = ''
direction = 'inverse'
warping_method = 'low-dimensional'
{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/y_<subject>_forward_deformation_field
Formats: 'BrainVISA volume formats'
Rule selection key: ('forward', 'low-dimensional', '') (False, False, True, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
coregistration = ''
direction = 'forward'
warping_method = 'low-dimensional'
{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/y_<subject>_forward_deformation_field
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/iy_<subject>_inverse_deformation_field
Rule selection key: ('', '', '') (False, False, True, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
coregistration = ''
direction = 'forward'
warping_method = 'low-dimensional'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/y_<subject>_forward_deformation_field
Rule selection key: ('', '', '') (False, False, True, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
coregistration = ''
direction = 'inverse'
warping_method = 'low-dimensional'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/iy_<subject>_inverse_deformation_field
Rule selection key: ('', '', '') (False, False, True, True, False, True, True)
Priority offset: 0
version = ''
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direction = 'forward'
warping_method = 'high-dimensional'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') (False, False, True, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
coregistration = ''
direction = 'inverse'
warping_method = 'high-dimensional'
{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/iy_<subject>_inverse_deformation_field
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/iy_<subject>_inverse_deformation_field
Rule selection key: ('inverse', '', '') (False, False, True, True, False, True, True)
Priority offset: 0
version = ''
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baseline = ''
coregistration = ''
direction = 'inverse'
warping_method = 'low-dimensional'
Formats: 'BrainVISA volume formats'
Rule selection key: ('inverse', '', '') (False, False, True, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
coregistration = ''
direction = 'inverse'
warping_method = 'high-dimensional'
{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/iy_<subject>_inverse_deformation_field
Formats: 'BrainVISA volume formats'
Rule selection key: ('inverse', 'low-dimensional', '') (False, False, True, True, False, True, True)
Priority offset: 0
version = ''
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warping_method = 'low-dimensional'
{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/y_<subject>_forward_deformation_field
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/iy_<subject>_inverse_deformation_field
Rule selection key: ('', 'high-dimensional', '') (False, False, True, True, False, True, True)
Priority offset: 0
version = ''
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direction = 'forward'
warping_method = 'high-dimensional'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'high-dimensional', '') (False, False, True, True, False, True, True)
Priority offset: 0
version = ''
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warping_method = 'high-dimensional'
{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/y_<subject>_forward_deformation_field
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/iy_<subject>_inverse_deformation_field
Rule selection key: ('forward', 'high-dimensional', '') (False, False, True, True, False, True, True)
Priority offset: 0
version = ''
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warping_method = 'high-dimensional'
Formats: 'BrainVISA volume formats'
Rule selection key: ('inverse', 'high-dimensional', '') (False, False, True, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
coregistration = ''
direction = 'inverse'
warping_method = 'high-dimensional'
Parent types:Matlab SPM file Any TypeKey: ['factorial_design', 'group_name', 'analysis', 'first_group', 'second_group']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']analyzes/spm_stats/{factorial_design}/{group_name}/{analysis}/SPM
Rule selection key: () (True, False, False)
Priority offset: 0
Formats: ['Matlab file', 'gz Matlab file', 'bz2 Matlab file']
Rule selection key: () (False, True, True)
Priority offset: 0
Parent types:Postscript file Any TypeKey: ['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']analyzes/spm_stats/{factorial_design}/{group_name}/{analysis}/spm_{date}
Rule selection key: () (True, False, False)
Priority offset: 0
Formats: ['PS file', 'gz compressed PS file']
Rule selection key: () (False, True, True)
Priority offset: 0
Parent types:Jacobian determinant 3D Volume 4D Volume Any TypeKey: ['center', 'subject', 'followup', 'baseline', 'analysis', 'template']Default attributes values:
center = 'subjects'{center}/{subject}/vbm_longitudinal_t1mri/{followup}_to_{baseline}/{analysis}/<subject>_<followup>_t1mri_to_<baseline>_t1mri_jacobian_determinant_warped_to_{template}
analysis = 'default_analysis'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:Label volume 3D Volume 4D Volume Any TypeKey: ['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'analyzes/spm_stats/{factorial_design}/{group_name}/{analysis}/spm{contrast_type}_{contrast_index}_{basename}_labelled
Rule selection key: () (True, False, False)
Priority offset: 0
Formats: 'BrainVISA volume formats'
Rule selection key: () (False, True, True)
Priority offset: 0
Parent types:Text file Any TypeKey: ['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']analyzes/spm_stats/{factorial_design}/{group_name}/{analysis}/spm{contrast_type}_{contrast_index}_{basename}_translation
Rule selection key: () (True, False, False)
Priority offset: 0
Formats: ['JSON file']
Rule selection key: () (False, True, True)
Priority offset: 0
Parent types:Directory Any TypeKey: ['factorial_design', 'group_name', 'analysis', 'first_group', 'second_group']Rules selection key: [] ['group_name', 'first_group', 'second_group']
analyzes/spm_stats/{factorial_design}/{first_group}_compare_to_{second_group}/{analysis}
Formats: ['Directory']analyzes/spm_stats/{factorial_design}/{group_name}/{analysis}
Rule selection key: () (True, False, False)
Priority offset: 0
Formats: ['Directory']
Rule selection key: () (False, True, True)
Priority offset: 0
Parent types:SPM normalization matrix SPM transformation Transformation matrix Transformation Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition']
Non mandatory key attributes: ('rescan', 'acquisition_date', 'time_point', 'acquisition', 'time_duration')Default attributes values:
center = 'subjects'{center}/{subject}/t1mri/{acquisition}/<subject>_sn
acquisition = 'default_acquisition'
Formats: ['Matlab file']
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
Parent types:XML parameters Text file Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition']
Non mandatory key attributes: ('rescan', 'acquisition_date', 'time_point', 'acquisition', 'time_duration')Default attributes values:
center = 'subjects'{center}/{subject}/t1mri/{acquisition}/<subject>_job_anat_normalization
acquisition = 'default_acquisition'
Formats: ['XML', 'Matlab file', 'bz2 Matlab file']
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
Parent types:3D Volume 4D Volume Any TypeKey: ['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
Parent types:Text file Any TypeKey: ['Study', 'Template']analyzes/DISCO_analyzes/DISCO_{Study}/DARTEL_{Template}/subjects_hierarchy_<Template>
Formats: None
Rule selection key: () ()
Priority offset: 0
Parent types:Text file Any TypeKey: ['Study']analyzes/DISCO_analyzes/DISCO_{Study}/subjects_hierarchy_<Study>
Formats: None
Rule selection key: () ()
Priority offset: 0
Parent types:Scale Space Texture Texture Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis', 'side']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'Rules selection key: ['side'] []
center = 'subjects'
analysis = 'default_analysis'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_curv_ss
Formats: 'BrainVISA texture formats'
Rule selection key: ('left',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'left'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_curv_ss
Formats: 'BrainVISA texture formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_curv_ss
Rule selection key: ('',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'left'
Formats: 'BrainVISA texture formats'
Rule selection key: ('',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_curv_ss
Formats: 'BrainVISA texture formats'
Rule selection key: ('right',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
Parent types:Scale Space Texture Texture Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis', 'side']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'Rules selection key: ['side'] []
center = 'subjects'
analysis = 'default_analysis'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_depth_ss
Formats: 'BrainVISA texture formats'
Rule selection key: ('left',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'left'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_depth_ss
Formats: 'BrainVISA texture formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_depth_ss
Rule selection key: ('',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'left'
Formats: 'BrainVISA texture formats'
Rule selection key: ('',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_depth_ss
Formats: 'BrainVISA texture formats'
Rule selection key: ('right',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
Parent types:Referential Text file Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition']
Non mandatory key attributes: ('rescan', 'acquisition_date', 'time_point', 'acquisition', 'time_duration')Default attributes values:
center = 'subjects'{center}/{subject}/t1mri/{acquisition}/registration/RawT1-<subject>_<acquisition>_Scanner_Based
acquisition = 'default_acquisition'
Formats: ['Referential']
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
destination_referential = '803552a6-ac4d-491d-99f5-b938392b674b'
Parent types:Text file Any TypeKey: ['filename_variable']scripts/*
Formats: ['Python Script']
Rule selection key: () ()
Priority offset: 0
Parent types:Label volume 3D Volume 4D Volume Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'side', 'manually_labelled', 'automatically_labelled', 'best']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
graph_version = '3.0'Rules selection key: ['side', 'manually_labelled', 'automatically_labelled', 'best'] []
acquisition = 'default_acquisition'
sulci_recognition_session = 'default_session'
center = 'subjects'
analysis = 'default_analysis'
{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/LSimpleSurface_<subject>_<sulci_recognition_session>_auto
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RSimpleSurface_<subject>_<sulci_recognition_session>_auto
Rule selection key: ('', '', 'Yes', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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', '', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RSimpleSurface_<subject>_<sulci_recognition_session>_best
Rule selection key: ('', '', '', '') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
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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'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RSimpleSurface_<subject>_<sulci_recognition_session>_auto
Rule selection key: ('right', 'No', 'Yes', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', 'Yes', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RSimpleSurface_<subject>_<sulci_recognition_session>_auto
Rule selection key: ('right', 'No', '', '') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'
Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'No', '', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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', '', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RSimpleSurface_<subject>_<sulci_recognition_session>_manual
Rule selection key: ('', 'Yes', '', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/LSimpleSurface_<subject>_<sulci_recognition_session>_manual
Rule selection key: ('left', '', 'No', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/LSimpleSurface_<subject>_<sulci_recognition_session>_manual
Rule selection key: ('left', 'Yes', '', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', 'No', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RSimpleSurface_<subject>_<sulci_recognition_session>_manual
Rule selection key: ('', 'Yes', 'No', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RSimpleSurface_<subject>_<sulci_recognition_session>_manual
Rule selection key: ('', '', 'No', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RSimpleSurface_<subject>_<sulci_recognition_session>_manual
Rule selection key: ('', 'Yes', '', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RSimpleSurface_<subject>_<sulci_recognition_session>_manual
Rule selection key: ('', 'Yes', 'No', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RSimpleSurface_<subject>_<sulci_recognition_session>_manual
Rule selection key: ('', '', 'No', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/LSimpleSurface_<subject>_<sulci_recognition_session>_manual
Rule selection key: ('left', 'Yes', '', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RSimpleSurface_<subject>_<sulci_recognition_session>_manual
Rule selection key: ('left', 'Yes', 'No', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RSimpleSurface_<subject>_<sulci_recognition_session>_manual
Rule selection key: ('right', 'Yes', '', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RSimpleSurface_<subject>_<sulci_recognition_session>_manual
Rule selection key: ('right', 'Yes', 'No', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RSimpleSurface_<subject>_<sulci_recognition_session>_manual
Rule selection key: ('right', 'Yes', 'No', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RSimpleSurface_<subject>_<sulci_recognition_session>_manual
Rule selection key: ('right', 'Yes', '', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RSimpleSurface_<subject>_<sulci_recognition_session>_manual
Rule selection key: ('right', '', 'No', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', 'No', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RSimpleSurface_<subject>_<sulci_recognition_session>_best
Rule selection key: ('', '', '', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/LSimpleSurface_<subject>_<sulci_recognition_session>_best
Rule selection key: ('left', '', 'Yes', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'
Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'No', 'Yes', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RSimpleSurface_<subject>_<sulci_recognition_session>_best
Rule selection key: ('', 'No', '', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', '', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/LSimpleSurface_<subject>_<sulci_recognition_session>_best
Rule selection key: ('left', '', '', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'
Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'No', '', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RSimpleSurface_<subject>_<sulci_recognition_session>_best
Rule selection key: ('', 'No', 'Yes', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', 'Yes', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RSimpleSurface_<subject>_<sulci_recognition_session>_best
Rule selection key: ('', '', 'Yes', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RSimpleSurface_<subject>_<sulci_recognition_session>_best
Rule selection key: ('right', 'No', '', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RSimpleSurface_<subject>_<sulci_recognition_session>_best
Rule selection key: ('right', '', 'Yes', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RSimpleSurface_<subject>_<sulci_recognition_session>_best
Rule selection key: ('right', '', '', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'
Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'No', 'Yes', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'
Parent types:Label volume 3D Volume 4D Volume Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/simulated_<subject>
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
Parent types:Snapshot 2D Image 3D Volume 4D Volume Any TypeKey: ['acquisition', 'subject']snapshots/morphologist/{acquisition}/brainmask/snapshot_brainmask_{subject}_<acquisition>
Formats: ['PNG image']
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Parent types:Snapshot 2D Image 3D Volume 4D Volume Any TypeKey: ['segmentation_method', 'factoriel_design', 'first_group', 'second_group', 'ROIReference', 'fwhm', 'nuisance_covariate_list', 'interest_covariate_list', 'pet_intersection', 'PVC_method']Rules selection key: ['pet_intersection'] ['ROIReference', 'interest_covariate_list', 'nuisance_covariate_list', 'PVC_method']
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Parent types:3D Volume 4D Volume Any TypeKey: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'side', 'manually_labelled', 'automatically_labelled']Default attributes values:
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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: 'BrainVISA volume formats'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>
Rule selection key: ('', '', '') ()
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labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
Formats: 'BrainVISA volume formats'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>
Rule selection key: ('', '', '') ()
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labelled = 'Yes'
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Formats: 'BrainVISA volume formats'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>
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labelled = 'Yes'
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Formats: 'BrainVISA volume 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}_auto/segmentation/dartel/{Template}/warped_output_mni/wmni<subject>_<acquisition>_<analysis>_LImprintDef_full_bottom_<Template>
Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', '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/segmentation/dartel/{Template}/warped_output_mni/wmni<subject>_<acquisition>_<analysis>_LImprintDef_full_bottom_<Template>
Formats: 'BrainVISA volume formats'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>
Rule selection key: ('', 'No', 'Yes') ()
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Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', '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/segmentation/dartel/{Template}/warped_output_mni/wmni<subject>_<acquisition>_<analysis>_LImprintDef_full_bottom_<Template>
Formats: 'BrainVISA volume formats'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>
Rule selection key: ('', 'No', '') ()
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Formats: 'BrainVISA volume formats'
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Formats: 'BrainVISA volume formats'
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Formats: 'BrainVISA volume formats'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>
Rule selection key: ('left', '', '') ()
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labelled = 'Yes'
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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/dartel/{Template}/warped_output_mni/wmni<subject>_<acquisition>_<analysis>_LImprintDef_full_bottom_<Template>
Formats: 'BrainVISA volume formats'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>
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Formats: 'BrainVISA volume formats'
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Formats: 'BrainVISA volume formats'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>
Rule selection key: ('left', 'No', 'Yes') ()
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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/dartel/{Template}/warped_output_mni/wmni<subject>_<acquisition>_<analysis>_RImprintDef_full_bottom_<Template>
Formats: 'BrainVISA volume formats'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>
Rule selection key: ('right', '', '') ()
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labelled = 'Yes'
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Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', '') ()
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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/dartel/{Template}/warped_output_mni/wmni<subject>_<acquisition>_<analysis>_RImprintDef_full_bottom_<Template>
Formats: 'BrainVISA volume formats'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>
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Formats: 'BrainVISA volume formats'
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Formats: 'BrainVISA volume formats'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>
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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/dartel/{Template}/warped_output_mni/wmni<subject>_<acquisition>_<analysis>_LImprintDef_full_bottom_<Template>
Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'Yes', '') ()
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Formats: 'BrainVISA volume formats'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>
Rule selection key: ('', 'Yes', '') ()
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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/dartel/{Template}/warped_output_mni/wmni<subject>_<acquisition>_<analysis>_LImprintDef_full_bottom_<Template>
Formats: 'BrainVISA volume formats'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>
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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/dartel/{Template}/warped_output_mni/wmni<subject>_<acquisition>_<analysis>_LImprintDef_full_bottom_<Template>
Formats: 'BrainVISA volume formats'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>
Rule selection key: ('', 'Yes', 'No') ()
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labelled = 'Yes'
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Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No') ()
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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/dartel/{Template}/warped_output_mni/wmni<subject>_<acquisition>_<analysis>_RImprintDef_full_bottom_<Template>
Formats: 'BrainVISA volume formats'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>
Rule selection key: ('right', 'Yes', 'No') ()
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labelled = 'Yes'
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Formats: 'BrainVISA volume formats'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>
Rule selection key: ('right', 'Yes', '') ()
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Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
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Parent types:3D Volume 4D Volume Any TypeKey: ['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'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
Rule selection key: ('', '', '') ()
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Formats: 'BrainVISA volume formats'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
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Formats: 'BrainVISA volume formats'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
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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/mesh/<subject>_<acquisition>_<analysis>_LImprintDef_full_hull_junction
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/mesh/<subject>_<acquisition>_<analysis>_LImprintDef_full_hull_junction
Formats: 'BrainVISA volume formats'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
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Formats: 'BrainVISA volume formats'
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Formats: 'BrainVISA volume formats'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
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Formats: 'BrainVISA volume formats'
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Formats: 'BrainVISA volume formats'
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Formats: 'BrainVISA volume formats'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
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Formats: 'BrainVISA volume formats'
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Formats: 'BrainVISA volume formats'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
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Formats: 'BrainVISA volume formats'
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Formats: 'BrainVISA volume formats'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
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Formats: 'BrainVISA volume formats'
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Formats: 'BrainVISA volume formats'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
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Formats: 'BrainVISA volume formats'
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Formats: 'BrainVISA volume formats'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>
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Formats: 'BrainVISA volume formats'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>
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Formats: 'BrainVISA volume formats'
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Formats: 'BrainVISA volume formats'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>
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Formats: 'BrainVISA volume formats'
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Formats: 'BrainVISA volume formats'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>
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Formats: 'BrainVISA volume formats'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>
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Formats: 'BrainVISA volume formats'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>
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Formats: 'BrainVISA volume formats'
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Formats: 'BrainVISA volume formats'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>
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Formats: 'BrainVISA volume formats'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>
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Formats: 'BrainVISA volume formats'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>
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Parent types:Sulcal Imprint Mesh Mesh Any TypeKey: ['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'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_RImprintDef_full
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Formats: 'BrainVISA mesh formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_LImprintDef_full
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Formats: 'BrainVISA mesh formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_RImprintDef_full
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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}_auto/mesh/<subject>_<acquisition>_<analysis>_LImprintDef_full
Formats: 'BrainVISA mesh formats'
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Formats: 'BrainVISA mesh formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_RImprintDef_full
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Formats: 'BrainVISA mesh formats'
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Formats: 'BrainVISA mesh formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_RImprintDef_full
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Formats: 'BrainVISA mesh formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_RImprintDef_full
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Formats: 'BrainVISA mesh formats'
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Formats: 'BrainVISA mesh formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_RImprintDef_full
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Formats: 'BrainVISA mesh formats'
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Formats: 'BrainVISA mesh formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_RImprintDef_full
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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>_LImprintDef_full
Formats: 'BrainVISA mesh formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_RImprintDef_full
Rule selection key: ('', '', 'No') ()
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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>_LImprintDef_full
Formats: 'BrainVISA mesh formats'
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Parent types:3D Volume 4D Volume Any TypeKey: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'side', 'manually_labelled', 'automatically_labelled']Default attributes values:
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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>
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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/mesh/LImprint_<subject>_full_hull_junction
Formats: 'BrainVISA volume formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/LImprint_<subject>_full_hull_junction
Rule selection key: ('left', '', 'No') ()
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labelled = 'Yes'
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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/mesh/LImprint_<subject>_full_hull_junction
Formats: 'BrainVISA volume formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/RImprint_<subject>_full_hull_junction
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labelled = 'Yes'
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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/mesh/RImprint_<subject>_full_hull_junction
Formats: 'BrainVISA volume formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/RImprint_<subject>_full_hull_junction
Rule selection key: ('right', 'Yes', 'No') ()
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labelled = 'Yes'
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Formats: 'BrainVISA volume formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/RImprint_<subject>_full_hull_junction
Rule selection key: ('right', 'Yes', '') ()
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labelled = 'Yes'
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Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
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Parent types:3D Volume 4D Volume Any TypeKey: ['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: 'BrainVISA volume formats'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>
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
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Formats: 'BrainVISA volume formats'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>
Rule selection key: ('', '', '') ()
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labelled = 'Yes'
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Formats: 'BrainVISA volume formats'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>
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
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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: '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/wLImprint_<subject>_full_hull_junction_<Template>
Formats: 'BrainVISA volume formats'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>
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
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Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', '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/segmentation/dartel/{Template}/warped_output/wLImprint_<subject>_full_hull_junction_<Template>
Formats: 'BrainVISA volume formats'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>
Rule selection key: ('', 'No', '') ()
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labelled = 'Yes'
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Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', '') ()
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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/dartel/{Template}/warped_output/wLImprint_<subject>_full_hull_junction_<Template>
Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'No', '') ()
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Formats: 'BrainVISA volume formats'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>
Rule selection key: ('left', '', '') ()
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Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', '') ()
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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: 'BrainVISA volume formats'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>
Rule selection key: ('', '', 'Yes') ()
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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}_auto/segmentation/dartel/{Template}/warped_output/wLImprint_<subject>_full_hull_junction_<Template>
Formats: 'BrainVISA volume formats'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>
Rule selection key: ('left', 'No', 'Yes') ()
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Formats: 'BrainVISA volume formats'
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}/warped_output/wRImprint_<subject>_full_hull_junction_<Template>
Formats: 'BrainVISA volume formats'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>
Rule selection key: ('right', '', '') ()
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Formats: 'BrainVISA volume 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}_auto/segmentation/dartel/{Template}/warped_output/wRImprint_<subject>_full_hull_junction_<Template>
Formats: 'BrainVISA volume formats'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>
Rule selection key: ('right', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
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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}_manual/segmentation/dartel/{Template}/warped_output/wLImprint_<subject>_full_hull_junction_<Template>
Formats: 'BrainVISA volume formats'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>
Rule selection key: ('', '', 'No') ()
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labelled = 'Yes'
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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}_manual/segmentation/dartel/{Template}/warped_output/wLImprint_<subject>_full_hull_junction_<Template>
Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '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/dartel/{Template}/warped_output/wLImprint_<subject>_full_hull_junction_<Template>
Formats: 'BrainVISA volume formats'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>
Rule selection key: ('', 'Yes', '') ()
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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/segmentation/dartel/{Template}/warped_output/wLImprint_<subject>_full_hull_junction_<Template>
Formats: 'BrainVISA volume formats'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>
Rule selection key: ('left', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
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Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '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/dartel/{Template}/warped_output/wLImprint_<subject>_full_hull_junction_<Template>
Formats: 'BrainVISA volume formats'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>
Rule selection key: ('', 'Yes', 'No') ()
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labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
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Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No') ()
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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/segmentation/dartel/{Template}/warped_output/wRImprint_<subject>_full_hull_junction_<Template>
Formats: 'BrainVISA volume formats'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>
Rule selection key: ('right', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
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Formats: 'BrainVISA volume formats'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>
Rule selection key: ('right', 'Yes', '') ()
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labelled = 'Yes'
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Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
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best = 'No'
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Parent types:3D Volume 4D Volume Any TypeKey: ['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: 'BrainVISA volume formats'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>
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
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automatically_labelled = 'Yes'
best = 'No'
side = 'left'
Formats: 'BrainVISA volume formats'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>
Rule selection key: ('', '', '') ()
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labelled = 'Yes'
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Formats: 'BrainVISA volume formats'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>
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
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Formats: 'BrainVISA volume 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}/warped_output_mni/wmniLImprint_<subject>_full_hull_junction_<Template>
Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
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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}/warped_output_mni/wmniLImprint_<subject>_full_hull_junction_<Template>
Formats: 'BrainVISA volume formats'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>
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
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automatically_labelled = 'Yes'
best = 'No'
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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}_auto/segmentation/dartel/{Template}/warped_output_mni/wmniLImprint_<subject>_full_hull_junction_<Template>
Formats: 'BrainVISA volume formats'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>
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
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automatically_labelled = 'Yes'
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Formats: 'BrainVISA volume 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/segmentation/dartel/{Template}/warped_output_mni/wmniLImprint_<subject>_full_hull_junction_<Template>
Formats: 'BrainVISA volume 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}_auto/segmentation/dartel/{Template}/warped_output_mni/wmniLImprint_<subject>_full_hull_junction_<Template>
Formats: 'BrainVISA volume formats'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>
Rule selection key: ('left', '', '') ()
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labelled = 'Yes'
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Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', '') ()
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labelled = 'Yes'
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Parent types:3D Volume 4D Volume Any TypeKey: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'side', 'manually_labelled', 'automatically_labelled']Default attributes values:
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Formats: 'BrainVISA volume formats'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
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Formats: 'BrainVISA volume formats'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
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Formats: 'BrainVISA volume formats'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
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Formats: 'BrainVISA volume formats'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
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Formats: 'BrainVISA volume formats'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
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Formats: 'BrainVISA volume formats'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
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Formats: 'BrainVISA volume formats'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
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Formats: 'BrainVISA volume formats'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
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Formats: 'BrainVISA volume formats'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
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Formats: 'BrainVISA volume formats'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
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Formats: 'BrainVISA volume formats'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
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Formats: 'BrainVISA volume formats'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
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Formats: 'BrainVISA volume formats'
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Parent types:Sulcal Imprint Mesh Mesh Any TypeKey: ['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: 'BrainVISA mesh formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/RImprint_<subject>_full
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Formats: 'BrainVISA mesh formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/LImprint_<subject>_full
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Formats: 'BrainVISA mesh formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/RImprint_<subject>_full
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Formats: 'BrainVISA mesh formats'
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Formats: 'BrainVISA mesh formats'
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Formats: 'BrainVISA mesh formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/RImprint_<subject>_full
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Formats: 'BrainVISA mesh formats'
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Formats: 'BrainVISA mesh formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/RImprint_<subject>_full
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Formats: 'BrainVISA mesh formats'
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Formats: 'BrainVISA mesh formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/LImprint_<subject>_full
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Formats: 'BrainVISA mesh formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/RImprint_<subject>_full
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Formats: 'BrainVISA mesh formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/RImprint_<subject>_full
Rule selection key: ('left', 'No', 'Yes') ()
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Formats: 'BrainVISA mesh formats'
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Formats: 'BrainVISA mesh formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/RImprint_<subject>_full
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Formats: 'BrainVISA mesh formats'
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Formats: 'BrainVISA mesh formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/RImprint_<subject>_full
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Formats: 'BrainVISA mesh formats'
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Formats: 'BrainVISA mesh formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/RImprint_<subject>_full
Rule selection key: ('', '', 'No') ()
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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}_manual/mesh/LImprint_<subject>_full
Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', 'Yes', '') ()
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Formats: 'BrainVISA mesh formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/RImprint_<subject>_full
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Formats: 'BrainVISA mesh formats'
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Formats: 'BrainVISA mesh formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/LImprint_<subject>_full
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Formats: 'BrainVISA mesh formats'
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Formats: 'BrainVISA mesh formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/RImprint_<subject>_full
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Formats: 'BrainVISA mesh formats'
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Formats: 'BrainVISA mesh formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/RImprint_<subject>_full
Rule selection key: ('right', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
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Formats: 'BrainVISA mesh formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/RImprint_<subject>_full
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Priority offset: 0
labelled = 'Yes'
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Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
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Parent types:Sulcal Imprint Texture Texture Any TypeKey: ['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: 'BrainVISA texture formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/RImprint_<subject>_full
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Priority offset: 0
labelled = 'Yes'
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Formats: 'BrainVISA texture formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/LImprint_<subject>_full
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
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automatically_labelled = 'Yes'
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Formats: 'BrainVISA texture formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/RImprint_<subject>_full
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
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/mesh/LImprint_<subject>_full
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/mesh/LImprint_<subject>_full
Formats: 'BrainVISA texture formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/RImprint_<subject>_full
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
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side = 'left'
Formats: 'BrainVISA texture 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/LImprint_<subject>_full
Formats: 'BrainVISA texture formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/RImprint_<subject>_full
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Formats: 'BrainVISA texture 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/LImprint_<subject>_full
Formats: 'BrainVISA texture formats'
Rule selection key: ('left', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
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/mesh/LImprint_<subject>_full
Formats: 'BrainVISA texture formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/LImprint_<subject>_full
Rule selection key: ('left', '', '') ()
Priority offset: 0
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Formats: 'BrainVISA texture formats'
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}_auto/mesh/LImprint_<subject>_full
Formats: 'BrainVISA texture formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/RImprint_<subject>_full
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Formats: 'BrainVISA texture 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/mesh/LImprint_<subject>_full
Formats: 'BrainVISA texture formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/RImprint_<subject>_full
Rule selection key: ('left', 'No', 'Yes') ()
Priority offset: 0
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Formats: 'BrainVISA texture formats'
Rule selection key: ('right', '', 'Yes') ()
Priority offset: 0
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Formats: 'BrainVISA texture formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/RImprint_<subject>_full
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Formats: 'BrainVISA texture formats'
Rule selection key: ('right', '', '') ()
Priority offset: 0
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Formats: 'BrainVISA texture formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/RImprint_<subject>_full
Rule selection key: ('right', 'No', 'Yes') ()
Priority offset: 0
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Formats: 'BrainVISA texture formats'
Rule selection key: ('right', 'No', '') ()
Priority offset: 0
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Formats: 'BrainVISA texture formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/RImprint_<subject>_full
Rule selection key: ('', '', 'No') ()
Priority offset: 0
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Formats: 'BrainVISA texture 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/mesh/LImprint_<subject>_full
Formats: 'BrainVISA texture formats'
Rule selection key: ('left', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
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Formats: 'BrainVISA texture formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/RImprint_<subject>_full
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Formats: 'BrainVISA texture 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/LImprint_<subject>_full
Formats: 'BrainVISA texture formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/LImprint_<subject>_full
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Priority offset: 0
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Formats: 'BrainVISA texture formats'
Rule selection key: ('left', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_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/LImprint_<subject>_full
Formats: 'BrainVISA texture formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/RImprint_<subject>_full
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
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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/mesh/RImprint_<subject>_full
Formats: 'BrainVISA texture formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/RImprint_<subject>_full
Rule selection key: ('right', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
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Formats: 'BrainVISA texture formats'analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/RImprint_<subject>_full
Rule selection key: ('right', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
Formats: 'BrainVISA texture formats'
Rule selection key: ('right', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
Parent types:Numerical Table CSV file Text file Any TypeKey: ['acquisition']tables/{acquisition}/sulcalopenings_morphologist
Formats: ['CSV file']
Rule selection key: () ()
Priority offset: 0
processing = 'morphologist'
Parent types:CSV file Text file Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'manually_labelled', 'automatically_labelled']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
graph_version = '3.0'Rules selection key: ['manually_labelled', 'automatically_labelled'] []
acquisition = 'default_acquisition'
sulci_recognition_session = 'default_session'
center = 'subjects'
analysis = 'default_analysis'
{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
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/<subject>_<sulci_recognition_session>_manual_sulcal_morphometry
Rule selection key: ('', '') ()
Priority offset: 0
rescan = ''
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time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'both'
Formats: ['CSV file']
Rule selection key: ('', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
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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']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/<subject>_<sulci_recognition_session>_auto_sulcal_morphometry
Rule selection key: ('No', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'both'
Formats: ['CSV file']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/<subject>_<sulci_recognition_session>_manual_sulcal_morphometry
Rule selection key: ('', 'Yes') ()
Priority offset: 0
rescan = ''
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time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
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automatically_labelled = 'Yes'
best = 'No'
side = 'both'
Formats: ['CSV file']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/<subject>_<sulci_recognition_session>_manual_sulcal_morphometry
Rule selection key: ('', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
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modality = 't1mri'
labelled = 'Yes'
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best = 'No'
side = 'both'
Formats: ['CSV file']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/<subject>_<sulci_recognition_session>_manual_sulcal_morphometry
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'both'
Formats: ['CSV file']
Rule selection key: ('Yes', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'both'
Parent types:Transformation matrix Transformation Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'filename_variable', 'sulcus', 'side']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
graph_version = '3.0'Rules selection key: ['side'] []
acquisition = 'default_acquisition'
sulci_recognition_session = 'default_session'
center = 'subjects'
analysis = 'default_analysis'
{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
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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/L<subject>_<sulci_recognition_session>_auto_global_TO_local/*_{sulcus}
Formats: ['Transformation matrix']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/R<subject>_<sulci_recognition_session>_auto_global_TO_local/*_{sulcus}
Rule selection key: ('',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
Formats: ['Transformation matrix']
Rule selection key: ('',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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/R<subject>_<sulci_recognition_session>_auto_global_TO_local/*_{sulcus}
Formats: ['Transformation matrix']
Rule selection key: ('right',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
Parent types:Text file Any TypeKey: ['Study']analyzes/DISCO_analyzes/DISCO_{Study}/sulci_label_translation_<Study>
Formats: None
Rule selection key: () ()
Priority offset: 0
Parent types:Text file Any TypeKey: ['Study']analyzes/DISCO_analyzes/DISCO_{Study}/sulci_label_translation_siGraph_<Study>
Formats: None
Rule selection key: () ()
Priority offset: 0
Parent types:CSV file Text file Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'side']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
graph_version = '3.0'Rules selection key: ['side'] []
acquisition = 'default_acquisition'
sulci_recognition_session = 'default_session'
center = 'subjects'
analysis = 'default_analysis'
{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
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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/L<subject>_<sulci_recognition_session>_auto_proba
Formats: ['CSV file']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/R<subject>_<sulci_recognition_session>_auto_proba
Rule selection key: ('',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
Formats: ['CSV file']
Rule selection key: ('',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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/R<subject>_<sulci_recognition_session>_auto_proba
Formats: ['CSV file']
Rule selection key: ('right',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
Parent types:Directory Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'side']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
graph_version = '3.0'Rules selection key: ['side'] []
acquisition = 'default_acquisition'
sulci_recognition_session = 'default_session'
center = 'subjects'
analysis = 'default_analysis'
{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
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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/L<subject>_<sulci_recognition_session>_auto_global_TO_local
Formats: ['Directory']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/R<subject>_<sulci_recognition_session>_auto_global_TO_local
Rule selection key: ('',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
Formats: ['Directory']
Rule selection key: ('',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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/R<subject>_<sulci_recognition_session>_auto_global_TO_local
Formats: ['Directory']
Rule selection key: ('right',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
Parent types:Transformation matrix Transformation Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'side']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
graph_version = '3.0'Rules selection key: ['side'] []
acquisition = 'default_acquisition'
sulci_recognition_session = 'default_session'
center = 'subjects'
analysis = 'default_analysis'
{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
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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/L<subject>_<sulci_recognition_session>_auto_Tal_TO_SPAM
Formats: ['Transformation matrix']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/R<subject>_<sulci_recognition_session>_auto_Tal_TO_SPAM
Rule selection key: ('',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
Formats: ['Transformation matrix']
Rule selection key: ('',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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/R<subject>_<sulci_recognition_session>_auto_Tal_TO_SPAM
Formats: ['Transformation matrix']
Rule selection key: ('right',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
Parent types:Text file Any TypeKey: ['Study']analyzes/DISCO_analyzes/DISCO_{Study}/sulci_to_be_studied_<Study>
Formats: None
Rule selection key: () ()
Priority offset: 0
Parent types:Text file Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'side', 'manually_labelled', 'automatically_labelled', 'best']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
graph_version = '3.0'Rules selection key: ['side', 'manually_labelled', 'automatically_labelled', 'best'] []
acquisition = 'default_acquisition'
sulci_recognition_session = 'default_session'
center = 'subjects'
analysis = 'default_analysis'
{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/<subject>_left_sulci_to_texture_<sulci_recognition_session>_auto
Formats: None{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/<subject>_right_sulci_to_texture_<sulci_recognition_session>_auto
Rule selection key: ('', '', 'Yes', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
Formats: None
Rule selection key: ('', '', 'Yes', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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', '', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_right_sulci_to_texture_<sulci_recognition_session>_best
Rule selection key: ('', '', '', '') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'
Formats: None{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/<subject>_left_sulci_to_texture_<sulci_recognition_session>_auto
Rule selection key: ('', '', '', '') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'
Formats: None{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/<subject>_right_sulci_to_texture_<sulci_recognition_session>_auto
Rule selection key: ('', '', '', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
Formats: None{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/<subject>_left_sulci_to_texture_<sulci_recognition_session>_manual
Rule selection key: ('', '', '', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
Formats: None{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/<subject>_right_sulci_to_texture_<sulci_recognition_session>_manual
Rule selection key: ('', '', '', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
Formats: None
Rule selection key: ('', '', '', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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: ('left', '', 'Yes', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/<subject>_left_sulci_to_texture_<sulci_recognition_session>_auto
Rule selection key: ('left', 'No', '', '') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'
Formats: None
Rule selection key: ('left', 'No', '', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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>_left_sulci_to_texture_<sulci_recognition_session>_auto
Formats: None{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/<subject>_right_sulci_to_texture_<sulci_recognition_session>_auto
Rule selection key: ('', 'No', 'Yes', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
Formats: None
Rule selection key: ('', 'No', 'Yes', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/<subject>_right_sulci_to_texture_<sulci_recognition_session>_auto
Rule selection key: ('', 'No', '', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
Formats: None
Rule selection key: ('', 'No', '', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_right_sulci_to_texture_<sulci_recognition_session>_best
Rule selection key: ('', '', 'Yes', '') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'
Formats: None{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/<subject>_left_sulci_to_texture_<sulci_recognition_session>_auto
Rule selection key: ('', '', 'Yes', '') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'
Formats: None{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/<subject>_right_sulci_to_texture_<sulci_recognition_session>_auto
Rule selection key: ('', '', 'Yes', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
Formats: None
Rule selection key: ('', '', 'Yes', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_right_sulci_to_texture_<sulci_recognition_session>_best
Rule selection key: ('', 'No', 'Yes', '') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'
Formats: None{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/<subject>_left_sulci_to_texture_<sulci_recognition_session>_auto
Rule selection key: ('', 'No', 'Yes', '') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'
Formats: None{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/<subject>_right_sulci_to_texture_<sulci_recognition_session>_auto
Rule selection key: ('', 'No', 'Yes', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
Formats: None
Rule selection key: ('', 'No', 'Yes', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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>_left_sulci_to_texture_<sulci_recognition_session>_auto
Formats: None{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/<subject>_right_sulci_to_texture_<sulci_recognition_session>_auto
Rule selection key: ('', '', '', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
Formats: None{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/<subject>_left_sulci_to_texture_<sulci_recognition_session>_manual
Rule selection key: ('', '', '', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
Formats: None{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/<subject>_right_sulci_to_texture_<sulci_recognition_session>_manual
Rule selection key: ('', '', '', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
Formats: None
Rule selection key: ('', '', '', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/<subject>_left_sulci_to_texture_<sulci_recognition_session>_auto
Rule selection key: ('left', '', '', '') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'
Formats: None{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/<subject>_left_sulci_to_texture_<sulci_recognition_session>_manual
Rule selection key: ('left', '', '', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
Formats: None
Rule selection key: ('left', '', '', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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>_left_sulci_to_texture_<sulci_recognition_session>_best
Formats: None{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_right_sulci_to_texture_<sulci_recognition_session>_best
Rule selection key: ('', 'No', '', '') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'
Formats: None{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/<subject>_left_sulci_to_texture_<sulci_recognition_session>_auto
Rule selection key: ('', 'No', '', '') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'
Formats: None{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/<subject>_right_sulci_to_texture_<sulci_recognition_session>_auto
Rule selection key: ('', 'No', '', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
Formats: None
Rule selection key: ('', 'No', '', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/<subject>_left_sulci_to_texture_<sulci_recognition_session>_manual
Rule selection key: ('left', '', '', 'No') ()
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Formats: None{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_right_sulci_to_texture_<sulci_recognition_session>_best
Rule selection key: ('', 'No', '', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'
Formats: None
Rule selection key: ('', 'No', '', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_left_sulci_to_texture_<sulci_recognition_session>_best
Rule selection key: ('left', '', '', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'
Formats: None
Rule selection key: ('left', 'No', '', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_right_sulci_to_texture_<sulci_recognition_session>_best
Rule selection key: ('', 'No', 'Yes', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'
Formats: None
Rule selection key: ('', 'No', 'Yes', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_right_sulci_to_texture_<sulci_recognition_session>_best
Rule selection key: ('', '', 'Yes', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'
Formats: None
Rule selection key: ('', '', 'Yes', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_right_sulci_to_texture_<sulci_recognition_session>_best
Rule selection key: ('right', 'No', '', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'
Formats: None{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_right_sulci_to_texture_<sulci_recognition_session>_best
Rule selection key: ('right', '', 'Yes', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'
Formats: None{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_right_sulci_to_texture_<sulci_recognition_session>_best
Rule selection key: ('right', '', '', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'
Formats: None
Rule selection key: ('right', 'No', 'Yes', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'
Parent types:Label volume 3D Volume 4D Volume Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'side', 'manually_labelled', 'automatically_labelled', 'best']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
graph_version = '3.0'Rules selection key: ['side', 'manually_labelled', 'automatically_labelled', 'best'] []
acquisition = 'default_acquisition'
sulci_recognition_session = 'default_session'
center = 'subjects'
analysis = 'default_analysis'
{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/LSulci_<subject>_<sulci_recognition_session>_auto
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RSulci_<subject>_<sulci_recognition_session>_auto
Rule selection key: ('', '', 'Yes', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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', '', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RSulci_<subject>_<sulci_recognition_session>_best
Rule selection key: ('', '', '', '') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/LSulci_<subject>_<sulci_recognition_session>_auto
Rule selection key: ('', '', '', '') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RSulci_<subject>_<sulci_recognition_session>_auto
Rule selection key: ('', '', '', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/LSulci_<subject>_<sulci_recognition_session>_manual
Rule selection key: ('', '', '', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RSulci_<subject>_<sulci_recognition_session>_manual
Rule selection key: ('', '', '', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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', '', 'Yes', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/LSulci_<subject>_<sulci_recognition_session>_auto
Rule selection key: ('left', 'No', '', '') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'
Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'No', '', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RSulci_<subject>_<sulci_recognition_session>_auto
Rule selection key: ('', 'No', 'Yes', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', 'Yes', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RSulci_<subject>_<sulci_recognition_session>_auto
Rule selection key: ('', 'No', '', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', '', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RSulci_<subject>_<sulci_recognition_session>_best
Rule selection key: ('', '', 'Yes', '') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/LSulci_<subject>_<sulci_recognition_session>_auto
Rule selection key: ('', '', 'Yes', '') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RSulci_<subject>_<sulci_recognition_session>_auto
Rule selection key: ('', '', 'Yes', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RSulci_<subject>_<sulci_recognition_session>_best
Rule selection key: ('', 'No', 'Yes', '') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/LSulci_<subject>_<sulci_recognition_session>_auto
Rule selection key: ('', 'No', 'Yes', '') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RSulci_<subject>_<sulci_recognition_session>_auto
Rule selection key: ('', 'No', 'Yes', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', 'Yes', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RSulci_<subject>_<sulci_recognition_session>_auto
Rule selection key: ('', '', '', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/LSulci_<subject>_<sulci_recognition_session>_manual
Rule selection key: ('', '', '', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RSulci_<subject>_<sulci_recognition_session>_manual
Rule selection key: ('', '', '', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/LSulci_<subject>_<sulci_recognition_session>_auto
Rule selection key: ('left', '', '', '') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/LSulci_<subject>_<sulci_recognition_session>_manual
Rule selection key: ('left', '', '', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', '', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RSulci_<subject>_<sulci_recognition_session>_best
Rule selection key: ('', 'No', '', '') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/LSulci_<subject>_<sulci_recognition_session>_auto
Rule selection key: ('', 'No', '', '') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RSulci_<subject>_<sulci_recognition_session>_auto
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Formats: 'BrainVISA volume formats'
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/LSulci_<subject>_<sulci_recognition_session>_auto
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/LSulci_<subject>_<sulci_recognition_session>_manual
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/LSulci_<subject>_<sulci_recognition_session>_best
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/LSulci_<subject>_<sulci_recognition_session>_auto
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Formats: 'BrainVISA volume formats'
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Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/LSulci_<subject>_<sulci_recognition_session>_auto
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Formats: 'BrainVISA volume formats'
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Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RSulci_<subject>_<sulci_recognition_session>_auto
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Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RSulci_<subject>_<sulci_recognition_session>_manual
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RSulci_<subject>_<sulci_recognition_session>_best
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RSulci_<subject>_<sulci_recognition_session>_auto
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RSulci_<subject>_<sulci_recognition_session>_auto
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RSulci_<subject>_<sulci_recognition_session>_manual
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RSulci_<subject>_<sulci_recognition_session>_best
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RSulci_<subject>_<sulci_recognition_session>_auto
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RSulci_<subject>_<sulci_recognition_session>_auto
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RSulci_<subject>_<sulci_recognition_session>_auto
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RSulci_<subject>_<sulci_recognition_session>_best
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RSulci_<subject>_<sulci_recognition_session>_auto
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RSulci_<subject>_<sulci_recognition_session>_auto
Formats: 'BrainVISA volume formats'
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/LSulci_<subject>_<sulci_recognition_session>_manual
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RSulci_<subject>_<sulci_recognition_session>_manual
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Formats: 'BrainVISA volume formats'
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/LSulci_<subject>_<sulci_recognition_session>_manual
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/LSulci_<subject>_<sulci_recognition_session>_manual
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Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/LSulci_<subject>_<sulci_recognition_session>_manual
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/LSulci_<subject>_<sulci_recognition_session>_manual
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RSulci_<subject>_<sulci_recognition_session>_manual
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/LSulci_<subject>_<sulci_recognition_session>_manual
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RSulci_<subject>_<sulci_recognition_session>_manual
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/LSulci_<subject>_<sulci_recognition_session>_manual
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RSulci_<subject>_<sulci_recognition_session>_manual
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Formats: 'BrainVISA volume formats'
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/LSulci_<subject>_<sulci_recognition_session>_manual
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RSulci_<subject>_<sulci_recognition_session>_manual
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/LSulci_<subject>_<sulci_recognition_session>_manual
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/LSulci_<subject>_<sulci_recognition_session>_manual
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RSulci_<subject>_<sulci_recognition_session>_manual
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Formats: 'BrainVISA volume formats'
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/LSulci_<subject>_<sulci_recognition_session>_manual
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/LSulci_<subject>_<sulci_recognition_session>_manual
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Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RSulci_<subject>_<sulci_recognition_session>_manual
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Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RSulci_<subject>_<sulci_recognition_session>_manual
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Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RSulci_<subject>_<sulci_recognition_session>_manual
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Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RSulci_<subject>_<sulci_recognition_session>_manual
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Formats: 'BrainVISA volume formats'
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/LSulci_<subject>_<sulci_recognition_session>_best
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RSulci_<subject>_<sulci_recognition_session>_best
Rule selection key: ('', '', '', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/LSulci_<subject>_<sulci_recognition_session>_best
Rule selection key: ('left', '', 'Yes', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'
Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'No', 'Yes', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RSulci_<subject>_<sulci_recognition_session>_best
Rule selection key: ('', 'No', '', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', '', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/LSulci_<subject>_<sulci_recognition_session>_best
Rule selection key: ('left', '', '', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'
Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'No', '', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RSulci_<subject>_<sulci_recognition_session>_best
Rule selection key: ('', 'No', 'Yes', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', 'Yes', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RSulci_<subject>_<sulci_recognition_session>_best
Rule selection key: ('', '', 'Yes', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RSulci_<subject>_<sulci_recognition_session>_best
Rule selection key: ('right', 'No', '', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RSulci_<subject>_<sulci_recognition_session>_best
Rule selection key: ('right', '', 'Yes', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RSulci_<subject>_<sulci_recognition_session>_best
Rule selection key: ('right', '', '', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'
Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'No', 'Yes', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'
Parent types:Label volume 3D Volume 4D Volume Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'mapped', 'contrast', 'center', 'subject', 'acquisition', 'analysis', 'graph_version', 'side', 'modality']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'contrast', 'time_point', 'mapped', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'Rules selection key: ['side', 'modality'] []
graph_version = '3.0'
center = 'subjects'
analysis = 'default_analysis'
{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/Lsulcivoronoi_<subject>
Formats: 'BrainVISA volume formats'{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/folds/{graph_version}/left/sulcivoronoi_<side>_<subject>
Rule selection key: ('left', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 't1mri'
side = 'left'
Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 'anatomical_mri'
side = 'left'
{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/Lsulcivoronoi_<subject>
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/Rsulcivoronoi_<subject>
Rule selection key: ('', 't1mri') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 't1mri'
side = 'left'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', 't1mri') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 't1mri'
side = 'right'
{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/Lsulcivoronoi_<subject>
Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 't1mri') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 't1mri'
side = 'left'
{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/Lsulcivoronoi_<subject>
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/Rsulcivoronoi_<subject>
Rule selection key: ('', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 't1mri'
side = 'left'
Formats: 'BrainVISA volume formats'{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/folds/{graph_version}/left/sulcivoronoi_<side>_<subject>
Rule selection key: ('', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 't1mri'
side = 'right'
Formats: 'BrainVISA volume formats'{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/folds/{graph_version}/right/sulcivoronoi_<side>_<subject>
Rule selection key: ('', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 'anatomical_mri'
side = 'left'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 'anatomical_mri'
side = 'right'
{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/Rsulcivoronoi_<subject>
Formats: 'BrainVISA volume formats'{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/folds/{graph_version}/right/sulcivoronoi_<side>_<subject>
Rule selection key: ('right', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 't1mri'
side = 'right'
Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
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
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 't1mri'
side = 'right'
{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/folds/{graph_version}/left/sulcivoronoi_<side>_<subject>
Formats: 'BrainVISA volume formats'{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/folds/{graph_version}/right/sulcivoronoi_<side>_<subject>
Rule selection key: ('', 'anatomical_mri') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 'anatomical_mri'
side = 'left'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'anatomical_mri') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 'anatomical_mri'
side = 'right'
{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/folds/{graph_version}/left/sulcivoronoi_<side>_<subject>
Formats: 'BrainVISA volume formats'{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/folds/{graph_version}/right/sulcivoronoi_<side>_<subject>
Rule selection key: ('left', 'anatomical_mri') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 'anatomical_mri'
side = 'left'
Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'anatomical_mri') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
mapped = ''
contrast = ''
modality = 'anatomical_mri'
side = 'right'
Parent types:Label Texture Texture Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'side', 'manually_labelled', 'automatically_labelled', 'best']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
graph_version = '3.0'Rules selection key: ['side', 'manually_labelled', 'automatically_labelled', 'best'] []
acquisition = 'default_acquisition'
sulci_recognition_session = 'default_session'
center = 'subjects'
analysis = 'default_analysis'
{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Lwhite_sulci_<sulci_recognition_session>_auto
Formats: 'BrainVISA texture formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Rwhite_sulci_<sulci_recognition_session>_auto
Rule selection key: ('', '', 'Yes', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
Formats: 'BrainVISA texture formats'
Rule selection key: ('', '', 'Yes', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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_sulci_<sulci_recognition_session>_auto
Formats: 'BrainVISA texture formats'
Rule selection key: ('left', 'No', '', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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_sulci_<sulci_recognition_session>_best
Formats: 'BrainVISA texture formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Rwhite_sulci_<sulci_recognition_session>_best
Rule selection key: ('', '', '', '') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'
Formats: 'BrainVISA texture formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Lwhite_sulci_<sulci_recognition_session>_auto
Rule selection key: ('', '', '', '') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'
Formats: 'BrainVISA texture formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Rwhite_sulci_<sulci_recognition_session>_auto
Rule selection key: ('', '', '', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
Formats: 'BrainVISA texture formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Lwhite_sulci_<sulci_recognition_session>_manual
Rule selection key: ('', '', '', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
Formats: 'BrainVISA texture formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Rwhite_sulci_<sulci_recognition_session>_manual
Rule selection key: ('', '', '', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
Formats: 'BrainVISA texture formats'
Rule selection key: ('', '', '', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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_sulci_<sulci_recognition_session>_auto
Formats: 'BrainVISA texture formats'
Rule selection key: ('left', '', 'Yes', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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_sulci_<sulci_recognition_session>_best
Formats: 'BrainVISA texture formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Lwhite_sulci_<sulci_recognition_session>_auto
Rule selection key: ('left', 'No', '', '') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'
Formats: 'BrainVISA texture formats'
Rule selection key: ('left', 'No', '', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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_sulci_<sulci_recognition_session>_auto
Formats: 'BrainVISA texture formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Rwhite_sulci_<sulci_recognition_session>_auto
Rule selection key: ('', 'No', 'Yes', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
Formats: 'BrainVISA texture formats'
Rule selection key: ('', 'No', 'Yes', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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_sulci_<sulci_recognition_session>_auto
Formats: 'BrainVISA texture formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Rwhite_sulci_<sulci_recognition_session>_auto
Rule selection key: ('', 'No', '', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
Formats: 'BrainVISA texture formats'
Rule selection key: ('', 'No', '', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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_sulci_<sulci_recognition_session>_best
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labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
Formats: 'BrainVISA texture formats'
Rule selection key: ('', 'Yes', 'No', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
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side = 'right'
{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Lwhite_sulci_<sulci_recognition_session>_manual
Formats: 'BrainVISA texture formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Rwhite_sulci_<sulci_recognition_session>_manual
Rule selection key: ('', '', 'No', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
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modality = 't1mri'
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Formats: 'BrainVISA texture formats'
Rule selection key: ('', '', 'No', 'No') ()
Priority offset: 0
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acquisition_date = ''
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modality = 't1mri'
labelled = 'Yes'
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side = 'right'
{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Lwhite_sulci_<sulci_recognition_session>_manual
Formats: 'BrainVISA texture formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Rwhite_sulci_<sulci_recognition_session>_manual
Rule selection key: ('', 'Yes', '', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
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side = 'left'
Formats: 'BrainVISA texture formats'
Rule selection key: ('', 'Yes', '', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
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_sulci_<sulci_recognition_session>_manual
Formats: 'BrainVISA texture formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Rwhite_sulci_<sulci_recognition_session>_manual
Rule selection key: ('', 'Yes', 'No', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
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modality = 't1mri'
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Formats: 'BrainVISA texture formats'
Rule selection key: ('', 'Yes', 'No', '') ()
Priority offset: 0
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modality = 't1mri'
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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', 'Yes', 'No', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
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time_duration = ''
modality = 't1mri'
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side = 'left'
{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Lwhite_sulci_<sulci_recognition_session>_manual
Formats: 'BrainVISA texture formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Rwhite_sulci_<sulci_recognition_session>_manual
Rule selection key: ('', '', 'No', '') ()
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rescan = ''
acquisition_date = ''
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modality = 't1mri'
labelled = 'Yes'
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side = 'left'
Formats: 'BrainVISA texture formats'
Rule selection key: ('', '', 'No', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
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side = 'right'
{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Lwhite_sulci_<sulci_recognition_session>_manual
Formats: 'BrainVISA texture formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Lwhite_sulci_<sulci_recognition_session>_manual
Rule selection key: ('left', 'Yes', '', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
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Formats: 'BrainVISA texture formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Rwhite_sulci_<sulci_recognition_session>_manual
Rule selection key: ('left', 'Yes', 'No', '') ()
Priority offset: 0
rescan = ''
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modality = 't1mri'
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Formats: 'BrainVISA texture formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Rwhite_sulci_<sulci_recognition_session>_manual
Rule selection key: ('right', 'Yes', '', '') ()
Priority offset: 0
rescan = ''
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modality = 't1mri'
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Formats: 'BrainVISA texture formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Rwhite_sulci_<sulci_recognition_session>_manual
Rule selection key: ('right', 'Yes', 'No', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
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modality = 't1mri'
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Formats: 'BrainVISA texture formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Rwhite_sulci_<sulci_recognition_session>_manual
Rule selection key: ('right', 'Yes', 'No', 'No') ()
Priority offset: 0
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Formats: 'BrainVISA texture formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Rwhite_sulci_<sulci_recognition_session>_manual
Rule selection key: ('right', 'Yes', '', 'No') ()
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Formats: 'BrainVISA texture formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Rwhite_sulci_<sulci_recognition_session>_manual
Rule selection key: ('right', '', 'No', '') ()
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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'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Rwhite_sulci_<sulci_recognition_session>_best
Rule selection key: ('', '', '', 'Yes') ()
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Formats: 'BrainVISA texture formats'
Rule selection key: ('', '', '', 'Yes') ()
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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'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Lwhite_sulci_<sulci_recognition_session>_best
Rule selection key: ('left', '', 'Yes', 'Yes') ()
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Formats: 'BrainVISA texture formats'
Rule selection key: ('left', 'No', 'Yes', 'Yes') ()
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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'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Rwhite_sulci_<sulci_recognition_session>_best
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Priority offset: -1
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Formats: 'BrainVISA texture formats'
Rule selection key: ('', 'No', '', 'Yes') ()
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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'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Lwhite_sulci_<sulci_recognition_session>_best
Rule selection key: ('left', '', '', 'Yes') ()
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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'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Rwhite_sulci_<sulci_recognition_session>_best
Rule selection key: ('', 'No', 'Yes', 'Yes') ()
Priority offset: -1
rescan = ''
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Formats: 'BrainVISA texture formats'
Rule selection key: ('', 'No', 'Yes', 'Yes') ()
Priority offset: -1
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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'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Rwhite_sulci_<sulci_recognition_session>_best
Rule selection key: ('', '', 'Yes', 'Yes') ()
Priority offset: -1
rescan = ''
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Formats: 'BrainVISA texture formats'
Rule selection key: ('', '', 'Yes', 'Yes') ()
Priority offset: -1
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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'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Rwhite_sulci_<sulci_recognition_session>_best
Rule selection key: ('right', 'No', '', 'Yes') ()
Priority offset: -1
rescan = ''
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Formats: 'BrainVISA texture formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Rwhite_sulci_<sulci_recognition_session>_best
Rule selection key: ('right', '', 'Yes', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
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automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'
Formats: 'BrainVISA texture formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Rwhite_sulci_<sulci_recognition_session>_best
Rule selection key: ('right', '', '', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'
Formats: 'BrainVISA texture formats'
Rule selection key: ('right', 'No', 'Yes', 'Yes') ()
Priority offset: -1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'
Parent types:Mesh Any TypeKey: ['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: ('left',) ()
Priority offset: 0
side = 'left'
{center}/{subject}/sulci/<subject>_L_{sulcus_name}-grid.mesh
Formats: 'BrainVISA mesh formats'{center}/{subject}/sulci/<subject>_R_{sulcus_name}-grid.mesh
Rule selection key: ('',) ()
Priority offset: 0
side = 'left'
Formats: 'BrainVISA mesh formats'
Rule selection key: ('',) ()
Priority offset: 0
side = 'right'
{center}/{subject}/sulci/<subject>_R_{sulcus_name}-grid.mesh
Formats: 'BrainVISA mesh formats'
Rule selection key: ('right',) ()
Priority offset: 0
side = 'right'
Parent types:Text file Any TypeKey: ['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: ('left',) ()
Priority offset: 0
side = 'left'
{center}/{subject}/sulci/<subject>_L_{sulcus_name}-depth
Formats: None{center}/{subject}/sulci/<subject>_R_{sulcus_name}-depth
Rule selection key: ('',) ()
Priority offset: 0
side = 'left'
Formats: None
Rule selection key: ('',) ()
Priority offset: 0
side = 'right'
{center}/{subject}/sulci/<subject>_R_{sulcus_name}-depth
Formats: None
Rule selection key: ('right',) ()
Priority offset: 0
side = 'right'
Parent types:Mesh Any TypeKey: ['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: ('left',) ()
Priority offset: 0
side = 'left'
{center}/{subject}/sulci/<subject>_L_{sulcus_name}
Formats: 'BrainVISA mesh formats'{center}/{subject}/sulci/<subject>_R_{sulcus_name}
Rule selection key: ('',) ()
Priority offset: 0
side = 'left'
Formats: 'BrainVISA mesh formats'
Rule selection key: ('',) ()
Priority offset: 0
side = 'right'
{center}/{subject}/sulci/<subject>_R_{sulcus_name}
Formats: 'BrainVISA mesh formats'
Rule selection key: ('right',) ()
Priority offset: 0
side = 'right'
Parent types:Texture Any TypeKey: ['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: ('left',) ()
Priority offset: 0
side = 'left'
{center}/{subject}/sulci/<subject>_L_{sulcus_name}-x
Formats: 'BrainVISA texture formats'{center}/{subject}/sulci/<subject>_R_{sulcus_name}-x
Rule selection key: ('',) ()
Priority offset: 0
side = 'left'
Formats: 'BrainVISA texture formats'
Rule selection key: ('',) ()
Priority offset: 0
side = 'right'
{center}/{subject}/sulci/<subject>_R_{sulcus_name}-x
Formats: 'BrainVISA texture formats'
Rule selection key: ('right',) ()
Priority offset: 0
side = 'right'
Parent types:Texture Any TypeKey: ['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: ('left',) ()
Priority offset: 0
side = 'left'
{center}/{subject}/sulci/<subject>_L_{sulcus_name}-y
Formats: 'BrainVISA texture formats'{center}/{subject}/sulci/<subject>_R_{sulcus_name}-y
Rule selection key: ('',) ()
Priority offset: 0
side = 'left'
Formats: 'BrainVISA texture formats'
Rule selection key: ('',) ()
Priority offset: 0
side = 'right'
{center}/{subject}/sulci/<subject>_R_{sulcus_name}-y
Formats: 'BrainVISA texture formats'
Rule selection key: ('right',) ()
Priority offset: 0
side = 'right'
Parent types:PET 4D Volume Any TypeKey: ['center', 'subject', 'acquisition', 'filename_variable']Default attributes values:
center = 'subjects'Rules selection key: [] ['filename_variable']
{center}/{subject}/pet/{acquisition}/sum_<acquisition>
Formats: 'BrainVISA volume formats'{center}/{subject}/pet/{acquisition}/sum_*
Rule selection key: () (True,)
Priority offset: 0
Formats: 'BrainVISA volume formats'
Rule selection key: () (False,)
Priority offset: 0
Parent types:4D Volume Any TypeKey: ['center', 'subject', 'acquisition']Default attributes values:
center = 'subjects'{center}/{subject}/pet/{acquisition}/projsum_<acquisition>
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:Texture Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis', 'contrast', 'side']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
volume = 'vol'Rules selection key: ['side'] []
acquisition = 'default_acquisition'
center = 'subjects'
analysis = 'default_analysis'
contrast = 'con'
{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
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'left'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/functional/<subject>_Lwhite_beta_{contrast}
Formats: 'BrainVISA texture formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/functional/<subject>_Rwhite_beta_{contrast}
Rule selection key: ('',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'left'
Formats: 'BrainVISA texture formats'
Rule selection key: ('',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
{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
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
Parent types:Texture Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis', 'contrast', 'side']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
volume = 'vol'Rules selection key: ['side'] []
acquisition = 'default_acquisition'
center = 'subjects'
analysis = 'default_analysis'
contrast = 'con'
{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
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'left'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/functional/<subject>_Lwhite_spmT_{contrast}
Formats: 'BrainVISA texture formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/functional/<subject>_Rwhite_spmT_{contrast}
Rule selection key: ('',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'left'
Formats: 'BrainVISA texture formats'
Rule selection key: ('',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
{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
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
Parent types:Brain Mask Label volume 3D Volume 4D Volume Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'version', 'followup', 'baseline', 'analysis', 'orientation', 'acquisition']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'Rules selection key: ['orientation'] ['version', 'followup', 'baseline']
center = 'subjects'
analysis = 'default_analysis'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/brain_<subject>
Formats: 'BrainVISA volume formats'
Rule selection key: ('',) (True, True, True)
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
version = ''
followup = ''
baseline = ''
modality = 't1mri'
side = 'both'
{center}/{subject}/longitudinal_preprocessings/spm{version}/{followup}_halfway_{baseline}/{analysis}/<subject>_<followup>_halfway_to_<baseline>_brain_mask
Formats: 'BrainVISA volume formats'{center}/{subject}/longitudinal_preprocessings/spm{version}/{followup}_halfway_{baseline}/{analysis}/<subject>_<baseline>_halfway_to_<followup>_brain_mask
Rule selection key: ('',) (False, False, False)
Priority offset: 0
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acquisition_date = ''
time_point = ''
time_duration = ''
acquisition = ''
space = 'halfway'
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Formats: 'BrainVISA volume formats'
Rule selection key: ('',) (False, False, False)
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
acquisition = ''
space = 'halfway'
orientation = 'baseline_to_followup'
{center}/{subject}/longitudinal_preprocessings/spm{version}/{followup}_halfway_{baseline}/{analysis}/<subject>_<followup>_halfway_to_<baseline>_brain_mask
Formats: 'BrainVISA volume formats'{center}/{subject}/longitudinal_preprocessings/spm{version}/{followup}_halfway_{baseline}/{analysis}/<subject>_<baseline>_halfway_to_<followup>_brain_mask
Rule selection key: ('followup_to_baseline',) (False, False, False)
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
acquisition = ''
space = 'halfway'
orientation = 'followup_to_baseline'
Formats: 'BrainVISA volume formats'
Rule selection key: ('baseline_to_followup',) (False, False, False)
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
acquisition = ''
space = 'halfway'
orientation = 'baseline_to_followup'
Parent types:T1 MRI 3D Volume 4D Volume Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition']
Non mandatory key attributes: ('rescan', 'acquisition_date', 'time_point', 'acquisition', 'time_duration')Default attributes values:
center = 'subjects'{center}/{subject}/t1mri/{acquisition}/acpc_t1mri_<subject>
acquisition = 'default_acquisition'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
Parent types:Directory Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}
center = 'subjects'
analysis = 'default_analysis'
Formats: ['Directory']
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
Parent types:T1 MRI 3D Volume 4D Volume Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'processing', 'acquisition', 'analysis', 'template', 'transformation', 'space', 'warping_method', 'version', 'followup', 'baseline', 'orientation', 'segmentation_method', 'tracer', 'coregistration']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'Rules selection key: ['transformation', 'space', 'warping_method', 'orientation'] ['processing', 'template', 'version', 'followup', 'baseline', 'segmentation_method', 'tracer', 'coregistration']
center = 'subjects'
analysis = 'default_analysis'
{center}/{subject}/t1mri/{acquisition}/{analysis}/nobias_<subject>
Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '') (True, True, True, True, True, True, True, True)
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
processing = ''
template = ''
version = ''
followup = ''
baseline = ''
segmentation_method = ''
tracer = ''
coregistration = ''
modality = 't1mri'
{center}/{subject}/longitudinal_preprocessings/coregistration_{coregistration}/{followup}_halfway_{baseline}/{analysis}/<subject>_<followup>_t1mri_coregistered_to_<baseline>_t1mri
Formats: 'BrainVISA volume formats'{center}/{subject}/longitudinal_preprocessings/coregistration_{coregistration}/{followup}_halfway_{baseline}/{analysis}/<subject>_<baseline>_t1mri_coregistered_to_<followup>_t1mri
Rule selection key: ('', '', '', '') (True, True, True, False, False, True, True, False)
Priority offset: 0
rescan = ''
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processing = ''
acquisition = ''
template = ''
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segmentation_method = ''
tracer = ''
space = 'halfway'
orientation = 'followup_to_baseline'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '') (True, True, True, False, False, True, True, False)
Priority offset: 0
rescan = ''
acquisition_date = ''
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processing = ''
acquisition = ''
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segmentation_method = ''
tracer = ''
space = 'halfway'
orientation = 'baseline_to_followup'
{center}/{subject}/longitudinal_preprocessings/coregistration_{coregistration}/{followup}_halfway_{baseline}/{analysis}/<subject>_<followup>_t1mri_coregistered_to_<baseline>_t1mri
Formats: 'BrainVISA volume formats'{center}/{subject}/longitudinal_preprocessings/coregistration_{coregistration}/{followup}_halfway_{baseline}/{analysis}/<subject>_<baseline>_t1mri_coregistered_to_<followup>_t1mri
Rule selection key: ('', 'halfway', '', '') (True, True, True, False, False, True, True, False)
Priority offset: 0
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processing = ''
acquisition = ''
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segmentation_method = ''
tracer = ''
space = 'halfway'
orientation = 'followup_to_baseline'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'halfway', '', '') (True, True, True, False, False, True, True, False)
Priority offset: 0
rescan = ''
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time_duration = ''
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segmentation_method = ''
tracer = ''
space = 'halfway'
orientation = 'baseline_to_followup'
{center}/{subject}/longitudinal_preprocessings/coregistration_{coregistration}/{followup}_halfway_{baseline}/{analysis}/<subject>_<followup>_t1mri_coregistered_to_<baseline>_t1mri
Formats: 'BrainVISA volume formats'{center}/{subject}/longitudinal_preprocessings/coregistration_{coregistration}/{followup}_halfway_{baseline}/{analysis}/<subject>_<followup>_t1mri_coregistered_to_<baseline>_t1mri
Rule selection key: ('', 'halfway', '', 'followup_to_baseline') (True, True, True, False, False, True, True, False)
Priority offset: 0
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segmentation_method = ''
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Formats: 'BrainVISA volume formats'{center}/{subject}/longitudinal_preprocessings/coregistration_{coregistration}/{followup}_halfway_{baseline}/{analysis}/<subject>_<baseline>_t1mri_coregistered_to_<followup>_t1mri
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Formats: 'BrainVISA volume formats'{center}/{subject}/longitudinal_preprocessings/coregistration_{coregistration}/{followup}_halfway_{baseline}/{analysis}/<subject>_<baseline>_t1mri_coregistered_to_<followup>_t1mri
Rule selection key: ('', 'halfway', '', 'baseline_to_followup') (True, True, True, False, False, True, True, False)
Priority offset: 0
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Formats: 'BrainVISA volume formats'{center}/{subject}/longitudinal_preprocessings/spm{version}/{followup}_halfway_{baseline}/{analysis}/<subject>_<followup>_halfway_to_<baseline>_bias_corrected
Rule selection key: ('', '', '', 'baseline_to_followup') (True, True, True, False, False, True, True, False)
Priority offset: 0
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Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'followup_to_baseline') (True, True, False, False, False, True, True, True)
Priority offset: 0
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{center}/{subject}/longitudinal_preprocessings/spm{version}/{followup}_halfway_{baseline}/{analysis}/<subject>_<followup>_halfway_to_<baseline>_bias_corrected
Formats: 'BrainVISA volume formats'{center}/{subject}/longitudinal_preprocessings/spm{version}/{followup}_halfway_{baseline}/{analysis}/<subject>_<baseline>_halfway_to_<followup>_bias_corrected
Rule selection key: ('none', '', '', '') (True, True, False, False, False, True, True, True)
Priority offset: 0
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Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '') (True, True, False, False, False, True, True, True)
Priority offset: 0
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{center}/{subject}/longitudinal_preprocessings/spm{version}/{followup}_halfway_{baseline}/{analysis}/<subject>_<followup>_halfway_to_<baseline>_bias_corrected
Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'halfway', '', 'followup_to_baseline') (True, True, False, False, False, True, True, True)
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{center}/{subject}/longitudinal_preprocessings/spm{version}/{followup}_halfway_{baseline}/{analysis}/<subject>_<followup>_halfway_to_<baseline>_bias_corrected
Formats: 'BrainVISA volume formats'{center}/{subject}/longitudinal_preprocessings/spm{version}/{followup}_halfway_{baseline}/{analysis}/<subject>_<baseline>_halfway_to_<followup>_bias_corrected
Rule selection key: ('none', 'halfway', 'none', '') (True, True, False, False, False, True, True, True)
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Formats: 'BrainVISA volume formats'
Rule selection key: ('none', 'halfway', 'none', '') (True, True, False, False, False, True, True, True)
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{center}/{subject}/longitudinal_preprocessings/spm{version}/{followup}_halfway_{baseline}/{analysis}/<subject>_<followup>_halfway_to_<baseline>_bias_corrected
Formats: 'BrainVISA volume formats'{center}/{subject}/longitudinal_preprocessings/spm{version}/{followup}_halfway_{baseline}/{analysis}/<subject>_<baseline>_halfway_to_<followup>_bias_corrected
Rule selection key: ('', '', '', '') (True, True, False, False, False, True, True, True)
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Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '') (True, True, False, False, False, True, True, True)
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{center}/{subject}/longitudinal_preprocessings/spm{version}/{followup}_halfway_{baseline}/{analysis}/<subject>_<followup>_halfway_to_<baseline>_bias_corrected
Formats: 'BrainVISA volume formats'{center}/{subject}/longitudinal_preprocessings/spm{version}/{followup}_halfway_{baseline}/{analysis}/<subject>_<baseline>_halfway_to_<followup>_bias_corrected
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Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', '') (True, True, False, False, False, True, True, True)
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{center}/{subject}/longitudinal_preprocessings/spm{version}/{followup}_halfway_{baseline}/{analysis}/<subject>_<followup>_halfway_to_<baseline>_bias_corrected
Formats: 'BrainVISA volume formats'{center}/{subject}/longitudinal_preprocessings/spm{version}/{followup}_halfway_{baseline}/{analysis}/<subject>_<followup>_halfway_to_<baseline>_bias_corrected
Rule selection key: ('', '', 'none', 'followup_to_baseline') (True, True, False, False, False, True, True, True)
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Formats: 'BrainVISA volume formats'{center}/{subject}/longitudinal_preprocessings/spm{version}/{followup}_halfway_{baseline}/{analysis}/<subject>_<followup>_halfway_to_<baseline>_bias_corrected
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Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'halfway', 'none', 'followup_to_baseline') (True, True, False, False, False, True, True, True)
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{center}/{subject}/longitudinal_preprocessings/spm{version}/{followup}_halfway_{baseline}/{analysis}/<subject>_<followup>_halfway_to_<baseline>_bias_corrected
Formats: 'BrainVISA volume formats'{center}/{subject}/longitudinal_preprocessings/spm{version}/{followup}_halfway_{baseline}/{analysis}/<subject>_<baseline>_halfway_to_<followup>_bias_corrected
Rule selection key: ('', 'halfway', 'none', '') (True, True, False, False, False, True, True, True)
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Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'halfway', 'none', '') (True, True, False, False, False, True, True, True)
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{center}/{subject}/longitudinal_preprocessings/spm{version}/{followup}_halfway_{baseline}/{analysis}/<subject>_<followup>_halfway_to_<baseline>_bias_corrected
Formats: 'BrainVISA volume formats'{center}/{subject}/longitudinal_preprocessings/spm{version}/{followup}_halfway_{baseline}/{analysis}/<subject>_<baseline>_halfway_to_<followup>_bias_corrected
Rule selection key: ('', '', 'none', '') (True, True, False, False, False, True, True, True)
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Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '') (True, True, False, False, False, True, True, True)
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{center}/{subject}/longitudinal_preprocessings/spm{version}/{followup}_halfway_{baseline}/{analysis}/<subject>_<followup>_halfway_to_<baseline>_bias_corrected
Formats: 'BrainVISA volume formats'{center}/{subject}/longitudinal_preprocessings/spm{version}/{followup}_halfway_{baseline}/{analysis}/<subject>_<followup>_halfway_to_<baseline>_bias_corrected
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Formats: 'BrainVISA volume formats'{center}/{subject}/longitudinal_preprocessings/spm{version}/{followup}_halfway_{baseline}/{analysis}/<subject>_<followup>_halfway_to_<baseline>_bias_corrected
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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/dartel/{Template}/inverse_warped_output/wwnobias_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_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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Parent types:T1 MRI 3D Volume 4D Volume Any TypeKey: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'origin_subject', 'manually_labelled', 'automatically_labelled']Default attributes values:
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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/wwnobias_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native
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Parent types:T1 MRI 3D Volume 4D Volume Any TypeKey: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'origin_subject', 'manually_labelled', 'automatically_labelled']Default attributes values:
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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/wwnobias_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>
Formats: 'BrainVISA volume formats'
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Formats: 'BrainVISA volume formats'
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Parent types:T1 MRI 3D Volume 4D Volume Any TypeKey: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'origin_subject', 'manually_labelled', 'automatically_labelled']Default attributes values:
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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/wwnobias_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_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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Parent types:T1 MRI Bias Corrected T1 MRI 3D Volume 4D Volume Any TypeKey: ['center', 'subject', 'followup', 'baseline', 'registration_method', 'bias_correction', 'orientation']Default attributes values:
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{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/spm_preproc/MRI/<subject>_<followup>_halfway_to_<baseline>_bias_corrected
Formats: 'BrainVISA volume formats'{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/spm_preproc/MRI/<subject>_<baseline>_halfway_to_<followup>_bias_corrected
Rule selection key: ('',) ()
Priority offset: 0
space = 'halfway'
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Formats: 'BrainVISA volume formats'
Rule selection key: ('',) ()
Priority offset: 0
space = 'halfway'
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transformation = 'none'
warping_method = 'none'
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Formats: 'BrainVISA volume formats'{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/spm_preproc/MRI/<subject>_<baseline>_halfway_to_<followup>_bias_corrected
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center = 'subjects'
analysis = 'default_analysis'
{center}/{subject}/t1mri/{acquisition}/{analysis}/biasfield_<subject>
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_field
Rule selection key: () (True, True)
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
processing = ''
template = ''
modality = 't1mri'
Formats: 'BrainVISA volume formats'
Rule selection key: () (False, False)
Priority offset: 0
Parent types:Rainbow 3D volume 3D Volume 4D Volume Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/edges_<subject>
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
Parent types:Label volume 3D Volume 4D Volume Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/hfiltered_<subject>
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
Parent types:Label volume 3D Volume 4D Volume Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/hfiltered_PetSpc_<subject>
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
Parent types:Rainbow 3D volume 3D Volume 4D Volume Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/mean_curvature_<subject>
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
Parent types:T1 MRI 3D Volume 4D Volume Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition']
Non mandatory key attributes: ('rescan', 'acquisition_date', 'time_point', 'acquisition', 'time_duration')Default attributes values:
center = 'subjects'{center}/{subject}/t1mri/{acquisition}/<subject>_Mni
acquisition = 'default_acquisition'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
Parent types:T1 MRI Mni Space Tissue Mask T1 MRI Tissue Mask 4D Volume Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis', 'method']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/<subject>_Mni_greyMask_{method}
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
Parent types:T1 MRI Mni Space Tissue Probability Map OLD T1 MRI Tissue Probability Map 4D Volume Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis', 'modulated', 'modulation', 'normalization']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'Rules selection key: ['modulated', 'modulation', 'normalization'] []
center = 'subjects'
analysis = 'default_analysis'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/<subject>_Mni_greyProba
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/<subject>_Mni_DARTEL_greyProba
Rule selection key: ('no', '', '') ()
Priority offset: 1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
modulated = 'no'
normalization = 'low-dimensional'
Formats: 'BrainVISA volume formats'
Rule selection key: ('no', '', '') ()
Priority offset: 1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
modulated = 'no'
normalization = 'high-dimensional'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/<subject>_Mni_modulated_greyProba
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/<subject>_Mni_non_linear_modulated_greyProba
Rule selection key: ('', '', 'low-dimensional') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
modulated = 'yes'
modulation = 'affine and non-linear'
normalization = 'low-dimensional'
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/<subject>_Mni_greyProba
Rule selection key: ('', '', 'low-dimensional') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
modulated = 'yes'
modulation = 'non-linear only'
normalization = 'low-dimensional'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'low-dimensional') ()
Priority offset: 1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
modulated = 'no'
normalization = 'low-dimensional'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/<subject>_Mni_greyProba
Formats: 'BrainVISA volume formats'
Rule selection key: ('no', '', 'low-dimensional') ()
Priority offset: 1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
modulated = 'no'
normalization = 'low-dimensional'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/<subject>_Mni_modulated_greyProba
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/<subject>_Mni_non_linear_modulated_greyProba
Rule selection key: ('', '', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
modulated = 'yes'
modulation = 'affine and non-linear'
normalization = 'low-dimensional'
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/<subject>_Mni_DARTEL_modulated_greyProba
Rule selection key: ('', '', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
modulated = 'yes'
modulation = 'non-linear only'
normalization = 'low-dimensional'
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/<subject>_Mni_DARTEL_non_linear_modulated_greyProba
Rule selection key: ('', '', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
modulated = 'yes'
modulation = 'affine and non-linear'
normalization = 'high-dimensional'
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/<subject>_Mni_greyProba
Rule selection key: ('', '', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
modulated = 'yes'
modulation = 'non-linear only'
normalization = 'high-dimensional'
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/<subject>_Mni_DARTEL_greyProba
Rule selection key: ('', '', '') ()
Priority offset: 1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
modulated = 'no'
normalization = 'low-dimensional'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
modulated = 'no'
normalization = 'high-dimensional'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/<subject>_Mni_modulated_greyProba
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/<subject>_Mni_modulated_greyProba
Rule selection key: ('', 'affine and non-linear', 'low-dimensional') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
modulated = 'yes'
modulation = 'affine and non-linear'
normalization = 'low-dimensional'
Formats: 'BrainVISA volume formats'
Rule selection key: ('yes', 'affine and non-linear', 'low-dimensional') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
modulated = 'yes'
modulation = 'affine and non-linear'
normalization = 'low-dimensional'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/<subject>_Mni_modulated_greyProba
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/<subject>_Mni_non_linear_modulated_greyProba
Rule selection key: ('yes', '', 'low-dimensional') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
modulated = 'yes'
modulation = 'affine and non-linear'
normalization = 'low-dimensional'
Formats: 'BrainVISA volume formats'
Rule selection key: ('yes', '', 'low-dimensional') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
modulated = 'yes'
modulation = 'non-linear only'
normalization = 'low-dimensional'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/<subject>_Mni_modulated_greyProba
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/<subject>_Mni_non_linear_modulated_greyProba
Rule selection key: ('yes', '', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
modulated = 'yes'
modulation = 'affine and non-linear'
normalization = 'low-dimensional'
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/<subject>_Mni_DARTEL_modulated_greyProba
Rule selection key: ('yes', '', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
modulated = 'yes'
modulation = 'non-linear only'
normalization = 'low-dimensional'
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/<subject>_Mni_DARTEL_non_linear_modulated_greyProba
Rule selection key: ('yes', '', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
modulated = 'yes'
modulation = 'affine and non-linear'
normalization = 'high-dimensional'
Formats: 'BrainVISA volume formats'
Rule selection key: ('yes', '', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
modulated = 'yes'
modulation = 'non-linear only'
normalization = 'high-dimensional'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/<subject>_Mni_modulated_greyProba
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/<subject>_Mni_DARTEL_modulated_greyProba
Rule selection key: ('', 'affine and non-linear', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
modulated = 'yes'
modulation = 'affine and non-linear'
normalization = 'low-dimensional'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'affine and non-linear', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
modulated = 'yes'
modulation = 'affine and non-linear'
normalization = 'high-dimensional'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/<subject>_Mni_modulated_greyProba
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/<subject>_Mni_DARTEL_modulated_greyProba
Rule selection key: ('yes', 'affine and non-linear', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
modulated = 'yes'
modulation = 'affine and non-linear'
normalization = 'low-dimensional'
Formats: 'BrainVISA volume formats'
Rule selection key: ('yes', 'affine and non-linear', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
modulated = 'yes'
modulation = 'affine and non-linear'
normalization = 'high-dimensional'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/<subject>_Mni_non_linear_modulated_greyProba
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/<subject>_Mni_DARTEL_non_linear_modulated_greyProba
Rule selection key: ('', 'non-linear only', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
modulated = 'yes'
modulation = 'non-linear only'
normalization = 'low-dimensional'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'non-linear only', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
modulated = 'yes'
modulation = 'non-linear only'
normalization = 'high-dimensional'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/<subject>_Mni_non_linear_modulated_greyProba
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/<subject>_Mni_DARTEL_non_linear_modulated_greyProba
Rule selection key: ('yes', 'non-linear only', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
modulated = 'yes'
modulation = 'non-linear only'
normalization = 'low-dimensional'
Formats: 'BrainVISA volume formats'
Rule selection key: ('yes', 'non-linear only', '') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
modulated = 'yes'
modulation = 'non-linear only'
normalization = 'high-dimensional'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/<subject>_Mni_non_linear_modulated_greyProba
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/<subject>_Mni_non_linear_modulated_greyProba
Rule selection key: ('', 'non-linear only', 'low-dimensional') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
modulated = 'yes'
modulation = 'non-linear only'
normalization = 'low-dimensional'
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/<subject>_Mni_DARTEL_greyProba
Rule selection key: ('yes', 'non-linear only', 'low-dimensional') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
modulated = 'yes'
modulation = 'non-linear only'
normalization = 'low-dimensional'
Formats: 'BrainVISA volume formats'
Rule selection key: ('no', '', 'high-dimensional') ()
Priority offset: 1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
modulated = 'no'
normalization = 'high-dimensional'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/<subject>_Mni_DARTEL_modulated_greyProba
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/<subject>_Mni_DARTEL_non_linear_modulated_greyProba
Rule selection key: ('', '', 'high-dimensional') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
modulated = 'yes'
modulation = 'affine and non-linear'
normalization = 'high-dimensional'
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/<subject>_Mni_DARTEL_greyProba
Rule selection key: ('', '', 'high-dimensional') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
modulated = 'yes'
modulation = 'non-linear only'
normalization = 'high-dimensional'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'high-dimensional') ()
Priority offset: 1
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
modulated = 'no'
normalization = 'high-dimensional'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/<subject>_Mni_DARTEL_modulated_greyProba
Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'affine and non-linear', 'high-dimensional') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
modulated = 'yes'
modulation = 'affine and non-linear'
normalization = 'high-dimensional'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/<subject>_Mni_DARTEL_modulated_greyProba
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/<subject>_Mni_DARTEL_non_linear_modulated_greyProba
Rule selection key: ('yes', '', 'high-dimensional') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
modulated = 'yes'
modulation = 'affine and non-linear'
normalization = 'high-dimensional'
Formats: 'BrainVISA volume formats'
Rule selection key: ('yes', '', 'high-dimensional') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
modulated = 'yes'
modulation = 'non-linear only'
normalization = 'high-dimensional'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/<subject>_Mni_DARTEL_modulated_greyProba
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/<subject>_Mni_DARTEL_non_linear_modulated_greyProba
Rule selection key: ('yes', 'affine and non-linear', 'high-dimensional') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
modulated = 'yes'
modulation = 'affine and non-linear'
normalization = 'high-dimensional'
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/<subject>_Mni_DARTEL_non_linear_modulated_greyProba
Rule selection key: ('', 'non-linear only', 'high-dimensional') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
modulated = 'yes'
modulation = 'non-linear only'
normalization = 'high-dimensional'
Formats: 'BrainVISA volume formats'
Rule selection key: ('yes', 'non-linear only', 'high-dimensional') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
modulated = 'yes'
modulation = 'non-linear only'
normalization = 'high-dimensional'
Parent types:T1 MRI Mni Space Tissue Mask T1 MRI Tissue Mask 4D Volume Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis', 'method']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/<subject>_Mni_whiteMask_{method}
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
Parent types:T1 MRI Native Space Tissue Mask T1 MRI Tissue Mask 4D Volume Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis', 'method']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/<subject>_Nat_brain_Mask_{method}
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
Parent types:T1 MRI Native Space Tissue Mask T1 MRI Tissue Mask 4D Volume Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis', 'method']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/<subject>_Nat_CSF_Mask_{method}
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
Parent types:T1 MRI Native Space Tissue Mask T1 MRI Tissue Mask 4D Volume Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis', 'method']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/<subject>_Nat_greyMask_{method}
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
Parent types:T1 MRI Native Space Tissue Mask T1 MRI Tissue Mask 4D Volume Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis', 'method']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/<subject>_Nat_scalp_Mask_{method}
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
Parent types:T1 MRI Native Space Tissue Mask T1 MRI Tissue Mask 4D Volume Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis', 'method']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/<subject>_Nat_skull_Mask_{method}
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
Parent types:T1 MRI Native Space Tissue Mask T1 MRI Tissue Mask 4D Volume Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis', 'method']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/<subject>_Nat_whiteMask_{method}
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
Parent types:T1 MRI 3D Volume 4D Volume Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition']
Non mandatory key attributes: ('rescan', 'acquisition_date', 'time_point', 'acquisition', 'time_duration')Default attributes values:
center = 'subjects'{center}/{subject}/t1mri/{acquisition}/<subject>_Nat_reseted
acquisition = 'default_acquisition'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
Parent types:T1 MRI PetSpc Space Tissue Probability Map OLD T1 MRI Tissue Probability Map 4D Volume Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/<subject>_PetSpc_csfProba
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
Parent types:T1 MRI PetSpc Space Tissue Mask T1 MRI Tissue Mask 4D Volume Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis', 'method']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/<subject>_PetSpc_greyMask_{method}
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
Parent types:T1 MRI PetSpc Space Tissue Probability Map OLD T1 MRI Tissue Probability Map 4D Volume Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/<subject>_PetSpc_greyProba
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
Parent types:T1 MRI PetSpc Space Tissue Probability Map OLD T1 MRI Tissue Probability Map 4D Volume Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/<subject>_PetSpc_scalpProba
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
Parent types:T1 MRI PetSpc Space Tissue Probability Map OLD T1 MRI Tissue Probability Map 4D Volume Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/<subject>_PetSpc_skullProba
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
Parent types:T1 MRI PetSpc Space Tissue Mask T1 MRI Tissue Mask 4D Volume Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis', 'method']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/<subject>_PetSpc_whiteMask_{method}
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
Parent types:T1 MRI PetSpc Space Tissue Probability Map OLD T1 MRI Tissue Probability Map 4D Volume Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/<subject>_PetSpc_whiteProba
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
Parent types:Rainbow 3D volume 3D Volume 4D Volume Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/variance_<subject>
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
Parent types:Label volume 3D Volume 4D Volume Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/whiteridge_<subject>
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
Parent types:Label volume 3D Volume 4D Volume Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/whiteridge_PetSpc_<subject>
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
Parent types:Label volume 3D Volume 4D Volume Any TypeKey: ['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'{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}_from_{segmentation_method}/mni{template}_space/<subject>_brain_labels
Rule selection key: () (True, False)
Priority offset: 0
template = ''
space = 'pet'
Formats: 'BrainVISA volume formats'
Rule selection key: () (False, True)
Priority offset: 0
tracer = ''
space = 'mni'
Parent types:Text file Any TypeKey: ['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']{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}_from_{segmentation_method}/mni{template}_space/<subject>_brain_labels_stats
Rule selection key: () (True, False)
Priority offset: 0
template = ''
space = 'pet'
Formats: ['JSON file']
Rule selection key: () (False, True)
Priority offset: 0
tracer = ''
space = 'mni'
Parent types:T1 MRI Bias Corrected T1 MRI 3D Volume 4D Volume Any TypeKey: ['center', 'subject', 'followup', 'baseline', 'analysis', 'orientation']Default attributes values:
center = 'subjects'Rules selection key: ['orientation'] []
analysis = 'default_analysis'
{center}/{subject}/bsi/{followup}_halfway_{baseline}/{analysis}/<subject>_<followup>_halfway_to_<baseline>_intensity_normalized
Formats: 'BrainVISA volume formats'{center}/{subject}/bsi/{followup}_halfway_{baseline}/{analysis}/<subject>_<baseline>_halfway_to_<followup>_intensity_normalized
Rule selection key: ('',) ()
Priority offset: 0
space = 'halfway'
orientation = 'followup_to_baseline'
Formats: 'BrainVISA volume formats'
Rule selection key: ('',) ()
Priority offset: 0
space = 'halfway'
orientation = 'baseline_to_followup'
{center}/{subject}/bsi/{followup}_halfway_{baseline}/{analysis}/<subject>_<followup>_halfway_to_<baseline>_intensity_normalized
Formats: 'BrainVISA volume formats'{center}/{subject}/bsi/{followup}_halfway_{baseline}/{analysis}/<subject>_<baseline>_halfway_to_<followup>_intensity_normalized
Rule selection key: ('followup_to_baseline',) ()
Priority offset: 0
space = 'halfway'
orientation = 'followup_to_baseline'
Formats: 'BrainVISA volume formats'
Rule selection key: ('baseline_to_followup',) ()
Priority offset: 0
space = 'halfway'
orientation = 'baseline_to_followup'
Parent types:Label volume 3D Volume 4D Volume Any TypeKey: ['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'{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}_from_{segmentation_method}/pet{tracer}_space/<subject>_intracranial_labels
Rule selection key: () (True, True)
Priority offset: 0
tracer = ''
template = ''
space = 't1mri'
Formats: 'BrainVISA volume formats'{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}_from_{segmentation_method}/mni{template}_space/<subject>_intracranial_labels
Rule selection key: () (False, True)
Priority offset: 0
template = ''
space = 'pet'
Formats: 'BrainVISA volume formats'
Rule selection key: () (True, False)
Priority offset: 0
tracer = ''
space = 'mni'
Parent types:Text file Any TypeKey: ['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']{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}_from_{segmentation_method}/pet{tracer}_space/<subject>_intracranial_labels
Rule selection key: () (True, True)
Priority offset: 0
tracer = ''
template = ''
space = 't1mri'
Formats: ['JSON file']{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}_from_{segmentation_method}/mni{template}_space/<subject>_intracranial_labels
Rule selection key: () (False, True)
Priority offset: 0
template = ''
space = 'pet'
Formats: ['JSON file']
Rule selection key: () (True, False)
Priority offset: 0
tracer = ''
space = 'mni'
Parent types:3D Volume 4D Volume Any TypeKey: ['center', 'subject', 'version', 'followup', 'baseline', 'analysis']Default attributes values:
center = 'subjects'{center}/{subject}/longitudinal_preprocessings/spm{version}/{followup}_halfway_{baseline}/{analysis}/<subject>_<followup>_halfway_<baseline>_average
analysis = 'default_analysis'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:3D Volume 4D Volume Any TypeKey: ['center', 'subject', 'processing', 'acquisition', 'analysis', 'template', 'transformation', 'warping_method']Default attributes values:
center = 'subjects'Rules selection key: ['transformation', 'warping_method'] []
{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE
Formats: 'BrainVISA volume formats'
Rule selection key: ('none', 'none') ()
Priority offset: 0
transformation = 'none'
warping_method = 'none'
{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE_warped_without_modulation
Rule selection key: ('none', '') ()
Priority offset: 0
transformation = 'none'
warping_method = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_PVE_warped_without_modulation
Rule selection key: ('none', '') ()
Priority offset: 0
warping_method = 'low-dimensional'
transformation = 'none'
Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '') ()
Priority offset: 0
warping_method = 'high-dimensional'
transformation = 'none'
{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE_rigid_registered
Rule selection key: ('', '') ()
Priority offset: 0
transformation = 'none'
warping_method = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE_affine_registered
Rule selection key: ('', '') ()
Priority offset: 0
transformation = 'rigid'
warping_method = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE_warped_without_modulation
Rule selection key: ('', '') ()
Priority offset: 0
transformation = 'affine'
warping_method = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_PVE_warped_without_modulation
Rule selection key: ('', '') ()
Priority offset: 0
warping_method = 'low-dimensional'
transformation = 'none'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
warping_method = 'high-dimensional'
transformation = 'none'
{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE_rigid_registered
Rule selection key: ('', 'none') ()
Priority offset: 0
transformation = 'none'
warping_method = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE_affine_registered
Rule selection key: ('', 'none') ()
Priority offset: 0
transformation = 'rigid'
warping_method = 'none'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'none') ()
Priority offset: 0
transformation = 'affine'
warping_method = 'none'
{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE_rigid_registered
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE_rigid_registered
Rule selection key: ('rigid', '') ()
Priority offset: 0
transformation = 'rigid'
warping_method = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE_affine_registered
Rule selection key: ('rigid', 'none') ()
Priority offset: 0
transformation = 'rigid'
warping_method = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE_affine_registered
Rule selection key: ('affine', '') ()
Priority offset: 0
transformation = 'affine'
warping_method = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE_warped_without_modulation
Rule selection key: ('affine', 'none') ()
Priority offset: 0
transformation = 'affine'
warping_method = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE_warped_without_modulation
Rule selection key: ('none', 'low-dimensional') ()
Priority offset: 0
warping_method = 'low-dimensional'
transformation = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_PVE_warped_without_modulation
Rule selection key: ('', 'low-dimensional') ()
Priority offset: 0
warping_method = 'low-dimensional'
transformation = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_PVE_warped_without_modulation
Rule selection key: ('none', 'high-dimensional') ()
Priority offset: 0
warping_method = 'high-dimensional'
transformation = 'none'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'high-dimensional') ()
Priority offset: 0
warping_method = 'high-dimensional'
transformation = 'none'
Parent types:Rainbow 3D volume 3D Volume 4D Volume Any TypeKey: ['center', 'subject', 'followup', 'baseline', 'analysis', 'template']Default attributes values:
center = 'subjects'{center}/{subject}/vbm_longitudinal_t1mri/{followup}_to_{baseline}/{analysis}/<subject>_t1mri_softmean_grey_proba_in_{template}_PAC_map
analysis = 'default_analysis'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:raw dicom Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition']
Non mandatory key attributes: ('rescan', 'acquisition_date', 'time_point', 'acquisition', 'time_duration')Default attributes values:
center = 'subjects'{center}/{subject}/t1mri/{acquisition}/<subject>_raw_dicom
acquisition = 'default_acquisition'
Formats: None
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
Parent types:Softmean 4D Volume Any TypeKey: ['center', 'subject', 'followup', 'baseline', 'analysis']Default attributes values:
center = 'subjects'{center}/{subject}/vbm_longitudinal_t1mri/{followup}_to_{baseline}/{analysis}/<subject>_t1mri_softmean
analysis = 'default_analysis'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
modality = 't1mri'
space = 'baseline'
Parent types:3D Volume 4D Volume Any TypeKey: ['center', 'subject', 'processing', 'acquisition', 'analysis', 'template', 'tissue_class', 'transformation', 'modulation', 'warping_method', 'version', 'followup', 'baseline', 'orientation', 'space']Default attributes values:
center = 'subjects'Rules selection key: ['tissue_class', 'transformation', 'modulation', 'warping_method', 'orientation', 'space'] ['processing', 'acquisition', 'version', 'template', 'followup', 'baseline']
analysis = 'default_analysis'
{center}/{subject}/vbm_longitudinal_t1mri/{followup}_to_{baseline}/{analysis}/<subject>_t1mri_softmean_grey_proba_in_{template}_multiplied_by_jacobian
Formats: 'BrainVISA volume formats'{center}/{subject}/vbm_longitudinal_t1mri/{followup}_to_{baseline}/{analysis}/<subject>_t1mri_softmean_grey_proba_in_{template}
Rule selection key: ('grey', '', '', 'low-dimensional', '', '') (True, True, True, False, False, False)
Priority offset: 0
processing = ''
acquisition = ''
version = ''
space = 'template'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'
Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'low-dimensional', '', '') (True, True, True, False, False, False)
Priority offset: 0
processing = ''
acquisition = ''
version = ''
space = 'template'
tissue_class = 'grey'
modulation = 'none'
warping_method = 'low-dimensional'
transformation = 'none'
{center}/{subject}/vbm_longitudinal_t1mri/{followup}_to_{baseline}/{analysis}/<subject>_t1mri_softmean_grey_proba_in_{template}_multiplied_by_jacobian
Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'none', 'non-linear only', '', '', '') (True, True, True, False, False, False)
Priority offset: 0
processing = ''
acquisition = ''
version = ''
space = 'template'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'
{center}/{subject}/vbm_longitudinal_t1mri/{followup}_to_{baseline}/{analysis}/<subject>_t1mri_softmean_grey_proba_in_{template}_multiplied_by_jacobian
Formats: 'BrainVISA volume formats'{center}/{subject}/vbm_longitudinal_t1mri/{followup}_to_{baseline}/{analysis}/<subject>_t1mri_softmean_grey_proba_in_{template}
Rule selection key: ('', '', '', 'low-dimensional', '', '') (True, True, True, False, False, False)
Priority offset: 0
processing = ''
acquisition = ''
version = ''
space = 'template'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'low-dimensional', '', '') (True, True, True, False, False, False)
Priority offset: 0
processing = ''
acquisition = ''
version = ''
space = 'template'
tissue_class = 'grey'
modulation = 'none'
warping_method = 'low-dimensional'
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{center}/{subject}/vbm_longitudinal_t1mri/{followup}_to_{baseline}/{analysis}/<subject>_t1mri_softmean_grey_proba_in_{template}_multiplied_by_jacobian
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Formats: 'BrainVISA volume formats'{center}/{subject}/longitudinal_preprocessings/spm{version}/{followup}_halfway_{baseline}/{analysis}/<subject>_<baseline>_halfway_to_<followup>_csf_proba
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Formats: 'BrainVISA volume formats'{center}/{subject}/longitudinal_preprocessings/spm{version}/{followup}_halfway_{baseline}/{analysis}/<subject>_<followup>_halfway_to_<baseline>_csf_proba
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Formats: 'BrainVISA volume formats'{center}/{subject}/longitudinal_preprocessings/spm{version}/{followup}_halfway_{baseline}/{analysis}/<subject>_<baseline>_halfway_to_<followup>_csf_proba
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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'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_native
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Formats: 'BrainVISA volume formats'
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{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_native
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation
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Formats: 'BrainVISA volume formats'
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{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_native
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation
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Formats: 'BrainVISA volume formats'
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{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_native
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_rigid_registered
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_affine_registered
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation
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Formats: 'BrainVISA volume formats'
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{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_native
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_rigid_registered
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_affine_registered
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation
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{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_native
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_rigid_registered
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_affine_registered
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_rigid_registered
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_affine_registered
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Formats: 'BrainVISA volume formats'
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_rigid_registered
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_affine_registered
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Formats: 'BrainVISA volume formats'
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{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_native
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation
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Formats: 'BrainVISA volume formats'
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Formats: 'BrainVISA volume formats'
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_rigid_registered
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_affine_registered
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Formats: 'BrainVISA volume formats'
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{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_native
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_rigid_registered
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_affine_registered
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation
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Formats: 'BrainVISA volume formats'
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{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_native
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation
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modulation = 'none'
transformation = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation
Rule selection key: ('csf', 'none', '', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation
Rule selection key: ('csf', 'none', '', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'
Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', 'none', '', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'
{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_native
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_rigid_registered
Rule selection key: ('csf', '', '', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'csf'
transformation = 'none'
modulation = 'none'
warping_method = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_affine_registered
Rule selection key: ('csf', '', '', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'csf'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation
Rule selection key: ('csf', '', '', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'csf'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation
Rule selection key: ('csf', '', '', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation
Rule selection key: ('csf', '', '', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation
Rule selection key: ('csf', '', '', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'csf'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation
Rule selection key: ('csf', '', '', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation
Rule selection key: ('csf', '', '', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'
Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'
{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_native
Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', 'none', 'none', 'none', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'csf'
transformation = 'none'
modulation = 'none'
warping_method = 'none'
{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_rigid_registered
Rule selection key: ('skull', '', 'none', 'none', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'skull'
transformation = 'none'
modulation = 'none'
warping_method = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_affine_registered
Rule selection key: ('skull', '', 'none', 'none', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'skull'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'
Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', 'none', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'skull'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'
{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_rigid_registered
Rule selection key: ('skull', '', 'none', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'skull'
transformation = 'none'
modulation = 'none'
warping_method = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_affine_registered
Rule selection key: ('skull', '', 'none', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'skull'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation
Rule selection key: ('skull', '', 'none', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'skull'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation
Rule selection key: ('skull', '', 'none', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'skull'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'
Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'
{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation
Rule selection key: ('skull', 'none', 'none', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'skull'
transformation = 'none'
modulation = 'none'
warping_method = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation
Rule selection key: ('skull', 'none', 'none', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'skull'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'
Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', 'none', 'none', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'
{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation
Rule selection key: ('skull', 'none', '', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'skull'
transformation = 'none'
modulation = 'none'
warping_method = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation
Rule selection key: ('skull', 'none', '', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation
Rule selection key: ('skull', 'none', '', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation
Rule selection key: ('skull', 'none', '', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'skull'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation
Rule selection key: ('skull', 'none', '', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation
Rule selection key: ('skull', 'none', '', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'
Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', 'none', '', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'
{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_rigid_registered
Rule selection key: ('skull', '', '', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'skull'
transformation = 'none'
modulation = 'none'
warping_method = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_affine_registered
Rule selection key: ('skull', '', '', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'skull'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation
Rule selection key: ('skull', '', '', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'skull'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation
Rule selection key: ('skull', '', '', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation
Rule selection key: ('skull', '', '', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation
Rule selection key: ('skull', '', '', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'skull'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation
Rule selection key: ('skull', '', '', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation
Rule selection key: ('skull', '', '', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'
Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'
{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native
Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', 'none', '', 'none', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'skull'
transformation = 'none'
modulation = 'none'
warping_method = 'none'
{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_rigid_registered
Rule selection key: ('skull', '', '', 'none', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'skull'
transformation = 'none'
modulation = 'none'
warping_method = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_affine_registered
Rule selection key: ('skull', '', '', 'none', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'skull'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'
Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'none', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'skull'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'
{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native
Rule selection key: ('skull', 'none', 'none', 'none', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'skull'
transformation = 'none'
modulation = 'none'
warping_method = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native
Rule selection key: ('scalp', 'none', '', 'none', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'scalp'
transformation = 'none'
modulation = 'none'
warping_method = 'none'
Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', 'none', 'none', 'none', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'scalp'
transformation = 'none'
modulation = 'none'
warping_method = 'none'
{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_rigid_registered
Rule selection key: ('scalp', '', '', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'scalp'
transformation = 'none'
modulation = 'none'
warping_method = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_affine_registered
Rule selection key: ('scalp', '', '', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'scalp'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation
Rule selection key: ('scalp', '', '', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'scalp'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation
Rule selection key: ('scalp', '', '', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation
Rule selection key: ('scalp', '', '', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation
Rule selection key: ('scalp', '', '', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation
Rule selection key: ('scalp', '', '', '', '', '') (False, False, True, False, True, True)
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Formats: 'BrainVISA volume formats'
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Priority offset: 0
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{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_rigid_registered
Rule selection key: ('scalp', '', 'none', 'none', '', '') (False, False, True, False, True, True)
Priority offset: 0
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_affine_registered
Rule selection key: ('scalp', '', 'none', 'none', '', '') (False, False, True, False, True, True)
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Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', 'none', '', '') (False, False, True, False, True, True)
Priority offset: 0
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{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_rigid_registered
Rule selection key: ('scalp', '', '', 'none', '', '') (False, False, True, False, True, True)
Priority offset: 0
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_affine_registered
Rule selection key: ('scalp', '', '', 'none', '', '') (False, False, True, False, True, True)
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Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'none', '', '') (False, False, True, False, True, True)
Priority offset: 0
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{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation
Rule selection key: ('scalp', 'none', 'none', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation
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Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', 'none', 'none', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
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{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation
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Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', 'none', '', '', '', '') (False, False, True, False, True, True)
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{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_rigid_registered
Rule selection key: ('scalp', '', 'none', '', '', '') (False, False, True, False, True, True)
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_affine_registered
Rule selection key: ('scalp', '', 'none', '', '', '') (False, False, True, False, True, True)
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation
Rule selection key: ('scalp', '', 'none', '', '', '') (False, False, True, False, True, True)
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation
Rule selection key: ('scalp', '', 'none', '', '', '') (False, False, True, False, True, True)
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Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
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{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation
Rule selection key: ('none', 'none', '', '', '', '') (False, False, True, False, True, True)
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation
Rule selection key: ('none', 'none', '', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation
Rule selection key: ('none', 'none', '', '', '', '') (False, False, True, False, True, True)
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation
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Formats: 'BrainVISA volume formats'
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{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_rigid_registered
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_affine_registered
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation
Rule selection key: ('none', '', '', '', '', '') (False, False, True, False, True, True)
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation
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Priority offset: 0
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Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', '', '') (False, False, True, False, True, True)
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{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_rigid_registered
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Priority offset: 0
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_affine_registered
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Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'none', '', '') (False, False, True, False, True, True)
Priority offset: 0
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{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_rigid_registered
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Priority offset: 0
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_affine_registered
Rule selection key: ('none', '', 'none', 'none', '', '') (False, False, True, False, True, True)
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Formats: 'BrainVISA volume formats'
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Priority offset: 0
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{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation
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Priority offset: 0
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation
Rule selection key: ('none', 'none', 'none', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
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Formats: 'BrainVISA volume formats'
Rule selection key: ('none', 'none', 'none', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
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{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native
Rule selection key: ('none', 'none', 'none', 'none', '', '') (False, False, True, False, True, True)
Priority offset: 0
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Formats: 'BrainVISA volume formats'
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Priority offset: 0
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{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_rigid_registered
Rule selection key: ('none', '', 'none', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_affine_registered
Rule selection key: ('none', '', 'none', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation
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{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_rigid_registered
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_rigid_registered
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Formats: 'BrainVISA volume formats'
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_rigid_registered
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_rigid_registered
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{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_rigid_registered
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_rigid_registered
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_affine_registered
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_affine_registered
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation
Rule selection key: ('', '', 'non-linear only', '', '', '') (False, False, True, False, True, True)
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation
Rule selection key: ('', '', 'non-linear only', '', '', '') (False, False, True, False, True, True)
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Formats: 'BrainVISA volume formats'
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{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation
Rule selection key: ('', 'none', '', 'low-dimensional', '', '') (False, False, True, False, True, True)
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation
Rule selection key: ('', 'none', '', 'low-dimensional', '', '') (False, False, True, False, True, True)
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation
Rule selection key: ('', 'none', '', 'low-dimensional', '', '') (False, False, True, False, True, True)
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation
Rule selection key: ('', 'none', '', 'low-dimensional', '', '') (False, False, True, False, True, True)
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation
Rule selection key: ('', 'none', '', 'low-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation
Rule selection key: ('', 'none', '', 'low-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation
Rule selection key: ('', 'none', '', 'low-dimensional', '', '') (False, False, True, False, True, True)
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation
Rule selection key: ('', 'none', '', 'low-dimensional', '', '') (False, False, True, False, True, True)
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Formats: 'BrainVISA volume formats'
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{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation
Rule selection key: ('grey', '', '', 'low-dimensional', '', '') (False, False, True, False, True, True)
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation
Rule selection key: ('grey', '', '', 'low-dimensional', '', '') (False, False, True, False, True, True)
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Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'low-dimensional', '', '') (False, False, True, False, True, True)
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{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation
Rule selection key: ('', 'none', 'non-linear only', '', '', '') (False, False, True, False, True, True)
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation
Rule selection key: ('', 'none', 'non-linear only', '', '', '') (False, False, True, False, True, True)
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation
Rule selection key: ('', 'none', 'non-linear only', '', '', '') (False, False, True, False, True, True)
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation
Rule selection key: ('', 'none', 'non-linear only', '', '', '') (False, False, True, False, True, True)
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation
Rule selection key: ('', 'none', 'non-linear only', '', '', '') (False, False, True, False, True, True)
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation
Rule selection key: ('', 'none', 'non-linear only', '', '', '') (False, False, True, False, True, True)
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation
Rule selection key: ('', 'none', 'non-linear only', '', '', '') (False, False, True, False, True, True)
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation
Rule selection key: ('', 'none', 'non-linear only', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation
Rule selection key: ('', 'none', 'non-linear only', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation
Rule selection key: ('', 'none', 'non-linear only', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
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Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'none', 'non-linear only', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
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{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation
Rule selection key: ('', '', '', 'low-dimensional', '', '') (False, False, True, False, True, True)
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation
Rule selection key: ('', '', '', 'low-dimensional', '', '') (False, False, True, False, True, True)
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation
Rule selection key: ('', '', '', 'low-dimensional', '', '') (False, False, True, False, True, True)
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation
Rule selection key: ('', '', '', 'low-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation
Rule selection key: ('', '', '', 'low-dimensional', '', '') (False, False, True, False, True, True)
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation
Rule selection key: ('', '', '', 'low-dimensional', '', '') (False, False, True, False, True, True)
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation
Rule selection key: ('', '', '', 'low-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation
Rule selection key: ('', '', '', 'low-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation
Rule selection key: ('', '', '', 'low-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation
Rule selection key: ('', '', '', 'low-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation
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Formats: 'BrainVISA volume formats'
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{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation
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Formats: 'BrainVISA volume formats'
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{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation
Rule selection key: ('grey', 'none', '', 'low-dimensional', '', '') (False, False, True, False, True, True)
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Formats: 'BrainVISA volume formats'
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{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation
Rule selection key: ('grey', '', 'non-linear only', '', '', '') (False, False, True, False, True, True)
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Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'non-linear only', '', '', '') (False, False, True, False, True, True)
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{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation
Rule selection key: ('', '', 'non-linear only', 'low-dimensional', '', '') (False, False, True, False, True, True)
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation
Rule selection key: ('', '', 'non-linear only', 'low-dimensional', '', '') (False, False, True, False, True, True)
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation
Rule selection key: ('', '', 'non-linear only', 'low-dimensional', '', '') (False, False, True, False, True, True)
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Formats: 'BrainVISA volume formats'
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{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation
Formats: 'BrainVISA volume formats'
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Priority offset: 0
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{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation
Rule selection key: ('white', 'none', '', 'low-dimensional', '', '') (False, False, True, False, True, True)
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Formats: 'BrainVISA volume formats'
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{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation
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Formats: 'BrainVISA volume formats'
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{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation
Formats: 'BrainVISA volume formats'
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{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation
Rule selection key: ('white', 'none', 'non-linear only', '', '', '') (False, False, True, False, True, True)
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Formats: 'BrainVISA volume formats'
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Priority offset: 0
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{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation
Formats: 'BrainVISA volume formats'
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{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation
Rule selection key: ('white', '', 'non-linear only', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
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Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'non-linear only', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
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{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation
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Formats: 'BrainVISA volume formats'
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{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation
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Formats: 'BrainVISA volume formats'
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{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation
Rule selection key: ('csf', 'none', '', 'low-dimensional', '', '') (False, False, True, False, True, True)
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Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', 'none', '', 'low-dimensional', '', '') (False, False, True, False, True, True)
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{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation
Rule selection key: ('csf', 'none', 'non-linear only', '', '', '') (False, False, True, False, True, True)
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Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', 'none', 'non-linear only', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
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{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation
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Priority offset: 0
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transformation = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation
Rule selection key: ('csf', '', 'non-linear only', 'low-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation
Rule selection key: ('skull', '', 'non-linear only', 'low-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'
Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', 'none', 'non-linear only', 'low-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'
{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation
Rule selection key: ('skull', 'none', 'non-linear only', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'
Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', 'none', 'non-linear only', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'
{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation
Rule selection key: ('skull', '', '', 'low-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation
Rule selection key: ('skull', '', '', 'low-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'
Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'low-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'skull'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'
{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation
Rule selection key: ('skull', '', 'non-linear only', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'
Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'non-linear only', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'
{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation
Rule selection key: ('skull', 'none', '', 'low-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation
Rule selection key: ('skull', 'none', '', 'low-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'
Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', 'none', '', 'low-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'skull'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'
{center}/{subject}/spm/{processing}/{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', 'low-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'
{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation
Rule selection key: ('scalp', '', '', 'low-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation
Rule selection key: ('scalp', '', '', 'low-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'
Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'low-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'scalp'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'
{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation
Rule selection key: ('scalp', 'none', '', 'low-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation
Rule selection key: ('scalp', 'none', '', 'low-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'
Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', 'none', '', 'low-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'scalp'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'
{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation
Rule selection key: ('scalp', 'none', 'non-linear only', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'
Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', 'none', 'non-linear only', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'
{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation
Rule selection key: ('scalp', '', 'non-linear only', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'
Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'non-linear only', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'
{center}/{subject}/spm/{processing}/{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', 'low-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'
{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation
Rule selection key: ('none', 'none', 'non-linear only', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
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modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'
Formats: 'BrainVISA volume formats'
Rule selection key: ('none', 'none', 'non-linear only', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'
{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation
Rule selection key: ('none', '', 'non-linear only', 'low-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'
Formats: 'BrainVISA volume formats'
Rule selection key: ('none', 'none', 'non-linear only', 'low-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
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transformation = 'none'
{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation
Rule selection key: ('none', '', '', 'low-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation
Rule selection key: ('none', '', '', 'low-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'
Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'low-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'none'
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modulation = 'none'
transformation = 'none'
{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation
Rule selection key: ('none', '', 'non-linear only', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'
Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'non-linear only', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'
{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation
Rule selection key: ('none', 'none', '', 'low-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation
Rule selection key: ('none', 'none', '', 'low-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'
Formats: 'BrainVISA volume formats'
Rule selection key: ('none', 'none', '', 'low-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'none'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'
{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation
Rule selection key: ('', 'none', 'affine and non-linear', 'low-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation
Rule selection key: ('', 'none', 'affine and non-linear', 'low-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation
Rule selection key: ('', 'none', 'affine and non-linear', 'low-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation
Rule selection key: ('', 'none', 'affine and non-linear', 'low-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation
Rule selection key: ('', 'none', 'affine and non-linear', 'low-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'none', 'affine and non-linear', 'low-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'
{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation
Rule selection key: ('grey', '', 'affine and non-linear', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'
Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'affine and non-linear', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'
{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation
Rule selection key: ('', '', 'affine and non-linear', 'low-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation
Rule selection key: ('', '', 'affine and non-linear', 'low-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation
Rule selection key: ('', '', 'affine and non-linear', 'low-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation
Rule selection key: ('', '', 'affine and non-linear', 'low-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
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baseline = ''
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modulation = 'affine and non-linear'
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transformation = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation
Rule selection key: ('', '', 'affine and non-linear', 'low-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
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modulation = 'affine and non-linear'
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Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine and non-linear', 'low-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
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{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation
Rule selection key: ('grey', 'none', 'affine and non-linear', 'low-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
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Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'affine and non-linear', 'low-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
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{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation
Rule selection key: ('grey', 'none', 'affine and non-linear', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
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Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', 'none', 'affine and non-linear', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
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{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation
Rule selection key: ('', '', 'affine and non-linear', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation
Rule selection key: ('', '', 'affine and non-linear', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation
Rule selection key: ('', '', 'affine and non-linear', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation
Rule selection key: ('', '', 'affine and non-linear', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation
Rule selection key: ('', '', 'affine and non-linear', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation
Rule selection key: ('', '', 'affine and non-linear', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation
Rule selection key: ('', '', 'affine and non-linear', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation
Rule selection key: ('', '', 'affine and non-linear', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
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transformation = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation
Rule selection key: ('', '', 'affine and non-linear', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
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transformation = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation
Rule selection key: ('', '', 'affine and non-linear', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
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transformation = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation
Rule selection key: ('', '', 'affine and non-linear', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
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Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine and non-linear', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
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{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation
Rule selection key: ('', 'none', 'affine and non-linear', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation
Rule selection key: ('', 'none', 'affine and non-linear', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation
Rule selection key: ('', 'none', 'affine and non-linear', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation
Rule selection key: ('', 'none', 'affine and non-linear', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation
Rule selection key: ('', 'none', 'affine and non-linear', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation
Rule selection key: ('', 'none', 'affine and non-linear', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation
Rule selection key: ('', 'none', 'affine and non-linear', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation
Rule selection key: ('', 'none', 'affine and non-linear', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation
Rule selection key: ('', 'none', 'affine and non-linear', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation
Rule selection key: ('', 'none', 'affine and non-linear', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation
Rule selection key: ('', 'none', 'affine and non-linear', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
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Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'none', 'affine and non-linear', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
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{center}/{subject}/spm/{processing}/{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', 'low-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
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{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation
Rule selection key: ('white', '', 'affine and non-linear', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
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Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'affine and non-linear', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
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{center}/{subject}/spm/{processing}/{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', 'low-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
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{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation
Rule selection key: ('white', 'none', 'affine and non-linear', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
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Formats: 'BrainVISA volume formats'
Rule selection key: ('white', 'none', 'affine and non-linear', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
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{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation
Rule selection key: ('csf', 'none', 'affine and non-linear', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
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Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', 'none', 'affine and non-linear', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
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{center}/{subject}/spm/{processing}/{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', 'low-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
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{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation
Rule selection key: ('csf', '', 'affine and non-linear', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
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Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'affine and non-linear', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
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{center}/{subject}/spm/{processing}/{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', 'low-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
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tissue_class = 'csf'
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{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation
Rule selection key: ('skull', 'none', 'affine and non-linear', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
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Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', 'none', 'affine and non-linear', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
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{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation
Rule selection key: ('skull', '', 'affine and non-linear', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
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Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'affine and non-linear', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
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{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation
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Priority offset: 0
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation
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Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', 'none', 'affine and non-linear', 'low-dimensional', '', '') (False, False, True, False, True, True)
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{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation
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Formats: 'BrainVISA volume formats'
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Priority offset: 0
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{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation
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Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'affine and non-linear', '', '', '') (False, False, True, False, True, True)
Priority offset: 0
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{center}/{subject}/spm/{processing}/{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', 'low-dimensional', '', '') (False, False, True, False, True, True)
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{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation
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Formats: 'BrainVISA volume formats'
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Priority offset: 0
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{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation
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Formats: 'BrainVISA volume formats'
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{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation
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Formats: 'BrainVISA volume formats'
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{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation
Rule selection key: ('', 'none', 'none', 'low-dimensional', '', '') (False, False, True, False, True, True)
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation
Rule selection key: ('', 'none', 'none', 'low-dimensional', '', '') (False, False, True, False, True, True)
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation
Rule selection key: ('', 'none', 'none', 'low-dimensional', '', '') (False, False, True, False, True, True)
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation
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Formats: 'BrainVISA volume formats'
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{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation
Formats: 'BrainVISA volume formats'
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{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation
Rule selection key: ('', '', 'none', 'low-dimensional', '', '') (False, False, True, False, True, True)
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Formats: 'BrainVISA volume formats'
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{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation
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Formats: 'BrainVISA volume formats'
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{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation
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Formats: 'BrainVISA volume formats'
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{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation
Rule selection key: ('', 'none', '', 'high-dimensional', '', '') (False, False, True, False, True, True)
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation
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Formats: 'BrainVISA volume formats'
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{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation
Rule selection key: ('', 'none', 'non-linear only', 'high-dimensional', '', '') (False, False, True, False, True, True)
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Formats: 'BrainVISA volume formats'
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{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation
Rule selection key: ('grey', 'none', '', 'high-dimensional', '', '') (False, False, True, False, True, True)
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation
Rule selection key: ('grey', 'none', '', 'high-dimensional', '', '') (False, False, True, False, True, True)
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Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', 'none', '', 'high-dimensional', '', '') (False, False, True, False, True, True)
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{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation
Rule selection key: ('', '', '', 'high-dimensional', '', '') (False, False, True, False, True, True)
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation
Rule selection key: ('', '', '', 'high-dimensional', '', '') (False, False, True, False, True, True)
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation
Rule selection key: ('', '', '', 'high-dimensional', '', '') (False, False, True, False, True, True)
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation
Rule selection key: ('', '', '', 'high-dimensional', '', '') (False, False, True, False, True, True)
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation
Rule selection key: ('', '', '', 'high-dimensional', '', '') (False, False, True, False, True, True)
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation
Rule selection key: ('', '', '', 'high-dimensional', '', '') (False, False, True, False, True, True)
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation
Rule selection key: ('', '', '', 'high-dimensional', '', '') (False, False, True, False, True, True)
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation
Rule selection key: ('', '', '', 'high-dimensional', '', '') (False, False, True, False, True, True)
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation
Rule selection key: ('', '', '', 'high-dimensional', '', '') (False, False, True, False, True, True)
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation
Rule selection key: ('', '', '', 'high-dimensional', '', '') (False, False, True, False, True, True)
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation
Rule selection key: ('', '', '', 'high-dimensional', '', '') (False, False, True, False, True, True)
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation
Rule selection key: ('', '', '', 'high-dimensional', '', '') (False, False, True, False, True, True)
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation
Rule selection key: ('', '', '', 'high-dimensional', '', '') (False, False, True, False, True, True)
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation
Rule selection key: ('', '', '', 'high-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation
Rule selection key: ('', '', '', 'high-dimensional', '', '') (False, False, True, False, True, True)
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation
Rule selection key: ('', '', '', 'high-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
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Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'high-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
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{center}/{subject}/spm/{processing}/{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', 'high-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
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{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation
Rule selection key: ('', '', 'non-linear only', 'high-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation
Rule selection key: ('', '', 'non-linear only', 'high-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation
Rule selection key: ('', '', 'non-linear only', 'high-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation
Rule selection key: ('', '', 'non-linear only', 'high-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation
Rule selection key: ('', '', 'non-linear only', 'high-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
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Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'non-linear only', 'high-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
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{center}/{subject}/spm/{processing}/{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', 'high-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
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{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation
Rule selection key: ('white', 'none', '', 'high-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation
Rule selection key: ('white', 'none', '', 'high-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
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Formats: 'BrainVISA volume formats'
Rule selection key: ('white', 'none', '', 'high-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
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{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation
Rule selection key: ('white', '', '', 'high-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
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tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation
Rule selection key: ('white', '', '', 'high-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'
Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'high-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'
{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation
Rule selection key: ('white', '', 'non-linear only', 'high-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'
Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'non-linear only', 'high-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'
{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation
Rule selection key: ('csf', 'none', '', 'high-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation
Rule selection key: ('csf', 'none', '', 'high-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'
Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', 'none', '', 'high-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'
{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation
Rule selection key: ('csf', '', '', 'high-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation
Rule selection key: ('csf', '', '', 'high-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'
Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'high-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'
{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation
Rule selection key: ('csf', 'none', 'non-linear only', 'high-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'
Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', 'none', 'non-linear only', 'high-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'
{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation
Rule selection key: ('skull', '', '', 'high-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation
Rule selection key: ('skull', '', '', 'high-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'
Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'high-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'
{center}/{subject}/spm/{processing}/{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', 'high-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'
{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation
Rule selection key: ('skull', 'none', '', 'high-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation
Rule selection key: ('skull', 'none', '', 'high-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'
Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', 'none', '', 'high-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'
{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation
Rule selection key: ('scalp', '', '', 'high-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation
Rule selection key: ('scalp', '', '', 'high-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'
Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'high-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'
{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation
Rule selection key: ('scalp', 'none', '', 'high-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation
Rule selection key: ('scalp', 'none', '', 'high-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'
Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', 'none', '', 'high-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'
{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation
Rule selection key: ('scalp', '', 'non-linear only', 'high-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation
Rule selection key: ('scalp', 'none', 'non-linear only', 'high-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'
Formats: 'BrainVISA volume formats'
Rule selection key: ('none', 'none', 'non-linear only', 'high-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
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modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'
{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation
Rule selection key: ('none', 'none', '', 'high-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation
Rule selection key: ('none', 'none', '', 'high-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'
Formats: 'BrainVISA volume formats'
Rule selection key: ('none', 'none', '', 'high-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
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modulation = 'none'
transformation = 'none'
{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation
Rule selection key: ('none', '', '', 'high-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation
Rule selection key: ('none', '', '', 'high-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'
Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'high-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'none'
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modulation = 'none'
transformation = 'none'
{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation
Rule selection key: ('none', '', 'non-linear only', 'high-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation
Rule selection key: ('grey', '', 'affine and non-linear', 'high-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'
Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', 'none', 'affine and non-linear', 'high-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'
{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation
Rule selection key: ('', '', 'affine and non-linear', 'high-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation
Rule selection key: ('', '', 'affine and non-linear', 'high-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation
Rule selection key: ('', '', 'affine and non-linear', 'high-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation
Rule selection key: ('', '', 'affine and non-linear', 'high-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation
Rule selection key: ('', '', 'affine and non-linear', 'high-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine and non-linear', 'high-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'
{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation
Rule selection key: ('', 'none', 'affine and non-linear', 'high-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation
Rule selection key: ('', 'none', 'affine and non-linear', 'high-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation
Rule selection key: ('', 'none', 'affine and non-linear', 'high-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation
Rule selection key: ('', 'none', 'affine and non-linear', 'high-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation
Rule selection key: ('', 'none', 'affine and non-linear', 'high-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'none', 'affine and non-linear', 'high-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'
{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation
Rule selection key: ('white', '', 'affine and non-linear', 'high-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation
Rule selection key: ('white', 'none', 'affine and non-linear', 'high-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation
Rule selection key: ('csf', 'none', 'affine and non-linear', 'high-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation
Rule selection key: ('csf', '', 'affine and non-linear', 'high-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation
Rule selection key: ('skull', 'none', 'affine and non-linear', 'high-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation
Rule selection key: ('skull', '', 'affine and non-linear', 'high-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation
Rule selection key: ('scalp', 'none', 'affine and non-linear', 'high-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation
Rule selection key: ('scalp', '', 'affine and non-linear', 'high-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation
Rule selection key: ('none', '', 'affine and non-linear', 'high-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
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warping_method = 'high-dimensional'
transformation = 'none'
Formats: 'BrainVISA volume formats'
Rule selection key: ('none', 'none', 'affine and non-linear', 'high-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'none'
modulation = 'affine and non-linear'
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transformation = 'none'
{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation
Rule selection key: ('', 'none', 'none', 'high-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation
Rule selection key: ('', 'none', 'none', 'high-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
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warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation
Rule selection key: ('', 'none', 'none', 'high-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
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modulation = 'none'
transformation = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation
Rule selection key: ('', 'none', 'none', 'high-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
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warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation
Rule selection key: ('', 'none', 'none', 'high-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
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modulation = 'none'
transformation = 'none'
Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'none', 'none', 'high-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
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modulation = 'none'
transformation = 'none'
{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation
Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', 'none', 'none', 'high-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
baseline = ''
tissue_class = 'grey'
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modulation = 'none'
transformation = 'none'
{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation
Rule selection key: ('', '', 'none', 'high-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
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warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation
Rule selection key: ('', '', 'none', 'high-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
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modulation = 'none'
transformation = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation
Rule selection key: ('', '', 'none', 'high-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
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warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation
Rule selection key: ('', '', 'none', 'high-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
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tissue_class = 'skull'
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modulation = 'none'
transformation = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation
Rule selection key: ('', '', 'none', 'high-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
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Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'high-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
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transformation = 'none'
{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation
Rule selection key: ('grey', '', 'none', 'high-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
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tissue_class = 'grey'
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transformation = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation
Rule selection key: ('white', '', 'none', 'high-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation
Rule selection key: ('white', 'none', 'none', 'high-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
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modulation = 'none'
transformation = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation
Rule selection key: ('csf', 'none', 'none', 'high-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
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transformation = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation
Rule selection key: ('csf', '', 'none', 'high-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
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Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation
Rule selection key: ('skull', 'none', 'none', 'high-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
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transformation = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation
Rule selection key: ('skull', '', 'none', 'high-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
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transformation = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation
Rule selection key: ('scalp', 'none', 'none', 'high-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
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warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation
Rule selection key: ('scalp', '', 'none', 'high-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
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modulation = 'none'
transformation = 'none'
Formats: 'BrainVISA volume formats'{center}/{subject}/spm/{processing}/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation
Rule selection key: ('none', 'none', 'none', 'high-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
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modulation = 'none'
transformation = 'none'
Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', 'high-dimensional', '', '') (False, False, True, False, True, True)
Priority offset: 0
version = ''
followup = ''
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transformation = 'none'
Parent types:T1 MRI tissue probability map 3D Volume 4D Volume Any TypeKey: ['center', 'subject', 'followup', 'baseline', 'analysis', 'template', 'smooth_kernel_size', 'modulation']Default attributes values:
center = 'subjects'Rules selection key: ['modulation'] []
analysis = 'default_analysis'
{center}/{subject}/vbm_longitudinal_t1mri/{followup}_to_{baseline}/{analysis}/<subject>_t1mri_softmean_grey_proba_in_{template}_smoothed_{smooth_kernel_size}
Formats: 'BrainVISA volume formats'
Rule selection key: ('none',) ()
Priority offset: 0
space = 'template'
tissue_class = 'grey'
warping_method = 'low-dimensional'
modulation = 'none'
{center}/{subject}/vbm_longitudinal_t1mri/{followup}_to_{baseline}/{analysis}/<subject>_t1mri_softmean_grey_proba_in_{template}_smoothed_{smooth_kernel_size}
Formats: 'BrainVISA volume formats'{center}/{subject}/vbm_longitudinal_t1mri/{followup}_to_{baseline}/{analysis}/<subject>_t1mri_softmean_grey_proba_in_{template}_multiplied_by_jacobian_smoothed_{smooth_kernel_size}
Rule selection key: ('',) ()
Priority offset: 0
space = 'template'
tissue_class = 'grey'
warping_method = 'low-dimensional'
modulation = 'none'
Formats: 'BrainVISA volume formats'
Rule selection key: ('',) ()
Priority offset: 0
space = 'template'
tissue_class = 'grey'
warping_method = 'low-dimensional'
modulation = 'non-linear only'
{center}/{subject}/vbm_longitudinal_t1mri/{followup}_to_{baseline}/{analysis}/<subject>_t1mri_softmean_grey_proba_in_{template}_multiplied_by_jacobian_smoothed_{smooth_kernel_size}
Formats: 'BrainVISA volume formats'
Rule selection key: ('non-linear only',) ()
Priority offset: 0
space = 'template'
tissue_class = 'grey'
warping_method = 'low-dimensional'
modulation = 'non-linear only'
Parent types:Label volume 3D Volume 4D Volume Any TypeKey: ['center', 'subject', 'processing', 'acquisition', 'analysis', 'segmentation_method', 'tracer', 'tissue_class', 'template']Default attributes values:
center = 'subjects'Rules selection key: ['tissue_class'] ['tracer', 'template']
{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)
Priority offset: 0
tracer = ''
template = ''
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'{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}_from_{segmentation_method}/t1mri_space/<subject>_white_mask
Rule selection key: ('',) (True, True)
Priority offset: 0
tracer = ''
template = ''
tissue_class = 'grey'
space = 't1mri'
Formats: 'BrainVISA volume formats'{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}_from_{segmentation_method}/t1mri_space/<subject>_csf_mask
Rule selection key: ('',) (True, True)
Priority offset: 0
tracer = ''
template = ''
tissue_class = 'white'
space = 't1mri'
Formats: 'BrainVISA volume formats'{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}_from_{segmentation_method}/t1mri_space/<subject>_skull_mask
Rule selection key: ('',) (True, True)
Priority offset: 0
tracer = ''
template = ''
tissue_class = 'csf'
space = 't1mri'
Formats: 'BrainVISA volume formats'{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}_from_{segmentation_method}/t1mri_space/<subject>_scalp_mask
Rule selection key: ('',) (True, True)
Priority offset: 0
tracer = ''
template = ''
tissue_class = 'skull'
space = 't1mri'
Formats: 'BrainVISA volume formats'
Rule selection key: ('',) (True, True)
Priority offset: 0
tracer = ''
template = ''
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'{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}_from_{segmentation_method}/t1mri_space/<subject>_csf_mask
Rule selection key: ('white',) (True, True)
Priority offset: 0
tracer = ''
template = ''
tissue_class = 'white'
space = 't1mri'
Formats: 'BrainVISA volume formats'{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}_from_{segmentation_method}/t1mri_space/<subject>_skull_mask
Rule selection key: ('csf',) (True, True)
Priority offset: 0
tracer = ''
template = ''
tissue_class = 'csf'
space = 't1mri'
Formats: 'BrainVISA volume formats'{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}_from_{segmentation_method}/t1mri_space/<subject>_scalp_mask
Rule selection key: ('skull',) (True, True)
Priority offset: 0
tracer = ''
template = ''
tissue_class = 'skull'
space = 't1mri'
Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp',) (True, True)
Priority offset: 0
tracer = ''
template = ''
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'{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}_from_{segmentation_method}/pet{tracer}_space/<subject>_white_mask
Rule selection key: ('',) (False, True)
Priority offset: 0
template = ''
tissue_class = 'grey'
space = 'pet'
Formats: 'BrainVISA volume formats'{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}_from_{segmentation_method}/pet{tracer}_space/<subject>_csf_mask
Rule selection key: ('',) (False, True)
Priority offset: 0
template = ''
tissue_class = 'white'
space = 'pet'
Formats: 'BrainVISA volume formats'{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}_from_{segmentation_method}/pet{tracer}_space/<subject>_skull_mask
Rule selection key: ('',) (False, True)
Priority offset: 0
template = ''
tissue_class = 'csf'
space = 'pet'
Formats: 'BrainVISA volume formats'{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}_from_{segmentation_method}/pet{tracer}_space/<subject>_scalp_mask
Rule selection key: ('',) (False, True)
Priority offset: 0
template = ''
tissue_class = 'skull'
space = 'pet'
Formats: 'BrainVISA volume formats'
Rule selection key: ('',) (False, True)
Priority offset: 0
template = ''
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'{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}_from_{segmentation_method}/pet{tracer}_space/<subject>_white_mask
Rule selection key: ('grey',) (False, True)
Priority offset: 0
template = ''
tissue_class = 'grey'
space = 'pet'
Formats: 'BrainVISA volume formats'{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}_from_{segmentation_method}/pet{tracer}_space/<subject>_csf_mask
Rule selection key: ('white',) (False, True)
Priority offset: 0
template = ''
tissue_class = 'white'
space = 'pet'
Formats: 'BrainVISA volume formats'{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}_from_{segmentation_method}/pet{tracer}_space/<subject>_skull_mask
Rule selection key: ('csf',) (False, True)
Priority offset: 0
template = ''
tissue_class = 'csf'
space = 'pet'
Formats: 'BrainVISA volume formats'{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}_from_{segmentation_method}/pet{tracer}_space/<subject>_scalp_mask
Rule selection key: ('skull',) (False, True)
Priority offset: 0
template = ''
tissue_class = 'skull'
space = 'pet'
Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp',) (False, True)
Priority offset: 0
template = ''
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'{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}_from_{segmentation_method}/mni{template}_space/<subject>_white_mask
Rule selection key: ('',) (True, False)
Priority offset: 0
tracer = ''
tissue_class = 'grey'
space = 'mni'
Formats: 'BrainVISA volume formats'{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}_from_{segmentation_method}/mni{template}_space/<subject>_csf_mask
Rule selection key: ('',) (True, False)
Priority offset: 0
tracer = ''
tissue_class = 'white'
space = 'mni'
Formats: 'BrainVISA volume formats'{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}_from_{segmentation_method}/mni{template}_space/<subject>_skull_mask
Rule selection key: ('',) (True, False)
Priority offset: 0
tracer = ''
tissue_class = 'csf'
space = 'mni'
Formats: 'BrainVISA volume formats'{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}_from_{segmentation_method}/mni{template}_space/<subject>_scalp_mask
Rule selection key: ('',) (True, False)
Priority offset: 0
tracer = ''
tissue_class = 'skull'
space = 'mni'
Formats: 'BrainVISA volume formats'
Rule selection key: ('',) (True, False)
Priority offset: 0
tracer = ''
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'{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}_from_{segmentation_method}/mni{template}_space/<subject>_white_mask
Rule selection key: ('grey',) (True, False)
Priority offset: 0
tracer = ''
tissue_class = 'grey'
space = 'mni'
Formats: 'BrainVISA volume formats'{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}_from_{segmentation_method}/mni{template}_space/<subject>_csf_mask
Rule selection key: ('white',) (True, False)
Priority offset: 0
tracer = ''
tissue_class = 'white'
space = 'mni'
Formats: 'BrainVISA volume formats'{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}_from_{segmentation_method}/mni{template}_space/<subject>_skull_mask
Rule selection key: ('csf',) (True, False)
Priority offset: 0
tracer = ''
tissue_class = 'csf'
space = 'mni'
Formats: 'BrainVISA volume formats'{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}_from_{segmentation_method}/mni{template}_space/<subject>_scalp_mask
Rule selection key: ('skull',) (True, False)
Priority offset: 0
tracer = ''
tissue_class = 'skull'
space = 'mni'
Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp',) (True, False)
Priority offset: 0
tracer = ''
tissue_class = 'scalp'
space = 'mni'
Parent types:Transformation matrix Transformation Any TypeKey: ['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
Parent types:Diffusion Mask Tracking regions ROI Any TypeKey: ['center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('acquisition',)Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/diffusion/{acquisition}/{analysis}/brain_mask_<subject>
center = 'subjects'
analysis = 'default_analysis'
Formats: ['Graph and data', 'gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'SPM image', 'VIDA image', 'ECAT v image', 'ECAT i image', 'Z compressed GIS image', 'gz compressed GIS image', 'Z compressed VIDA image', 'gz compressed VIDA image', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'GIF image', 'PNG image', 'MNG image', 'BMP image', 'PBM image', 'PGM image', 'PPM image', 'XBM image', 'XPM image', 'TIFF image', 'TIFF(.tif) image', 'MINC image', 'gz compressed MINC image', 'Directory', 'FDF image']
Rule selection key: () ()
Priority offset: 0
Parent types:Diffusion Mask Tracking regions ROI Any TypeKey: ['center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('acquisition',)Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/diffusion/{acquisition}/{analysis}/white_mask_<subject>
center = 'subjects'
analysis = 'default_analysis'
Formats: ['Graph and data', 'gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'SPM image', 'VIDA image', 'ECAT v image', 'ECAT i image', 'Z compressed GIS image', 'gz compressed GIS image', 'Z compressed VIDA image', 'gz compressed VIDA image', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'GIF image', 'PNG image', 'MNG image', 'BMP image', 'PBM image', 'PGM image', 'PPM image', 'XBM image', 'XPM image', 'TIFF image', 'TIFF(.tif) image', 'MINC image', 'gz compressed MINC image', 'Directory', 'FDF image']
Rule selection key: () ()
Priority offset: 1
Parent types:RECAL Transformation matrix Transformation matrix Transformation Any TypeKey: ['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'
Parent types:TPM HDW DARTEL template 4D Volume Any TypeKey: ['processing', 'template', 'step']analyzes/DARTEL/{processing}/DARTEL_{template}/<template>_{step}_HDW_DARTEL
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:4D Volume Any TypeKey: ['template', 'step']templates/t1mri/{template}_{step}_TPM_HDW_DARTEL
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:4D Volume Any TypeKey: ['template']templates/t1mri/{template}_TPM
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:Directory Any TypeKey: []tables
Formats: ['Directory']
Rule selection key: () ()
Priority offset: 0
Parent types:Transformation matrix Transformation Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Talairach_To_Subject_Transformation
center = 'subjects'
analysis = 'default_analysis'
Formats: ['Transformation matrix', 'Matlab file']
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
Parent types:Statistics for One PetSubject Statistics CSV file Text file Any TypeKey: ['center', 'subject', 'acquisition', 'tracer', 'reconstruction']Default attributes values:
center = 'subjects'{center}/{subject}/pet/{acquisition}/{tracer}/PET_{reconstruction}/thalamus_whitematter_analysis/<subject>_<acquisition>_<tracer>_<reconstruction>_stats
Formats: ['CSV file']
Rule selection key: () ()
Priority offset: 0
Parent types:Text file Any TypeKey: ['segmentation_method', 'tracer', 'ROIReference', 'labelStat', 'space', 'PVC_method']Rules selection key: ['space'] ['PVC_method']
analyzes/PET/{segmentation_method}/labels_thresholds/MNI/{tracer}/using_{ROIReference}/threshold_for_{labelStat}_using_{PVC_method}_PVC
Formats: None
Rule selection key: ('MNI',) (False,)
Priority offset: 0
space = 'MNI'
PVC = 'yes'
analyzes/PET/{segmentation_method}/labels_thresholds/MNI/{tracer}/using_{ROIReference}/threshold_for_{labelStat}_using_{PVC_method}_PVC
Formats: Noneanalyzes/PET/{segmentation_method}/labels_thresholds/PET/{tracer}/using_{ROIReference}/threshold_for_{labelStat}_using_{PVC_method}_PVC
Rule selection key: ('',) (False,)
Priority offset: 0
space = 'MNI'
PVC = 'yes'
Formats: None
Rule selection key: ('',) (False,)
Priority offset: 0
space = 'PET'
PVC = 'yes'
analyzes/PET/{segmentation_method}/labels_thresholds/MNI/{tracer}/using_{ROIReference}/threshold_for_{labelStat}
Formats: Noneanalyzes/PET/{segmentation_method}/labels_thresholds/PET/{tracer}/using_{ROIReference}/threshold_for_{labelStat}
Rule selection key: ('',) (True,)
Priority offset: 0
PVC_method = ''
space = 'MNI'
PVC = 'no'
Formats: None
Rule selection key: ('',) (True,)
Priority offset: 0
PVC_method = ''
space = 'PET'
PVC = 'no'
analyzes/PET/{segmentation_method}/labels_thresholds/MNI/{tracer}/using_{ROIReference}/threshold_for_{labelStat}
Formats: Noneanalyzes/PET/{segmentation_method}/labels_thresholds/PET/{tracer}/using_{ROIReference}/threshold_for_{labelStat}_using_{PVC_method}_PVC
Rule selection key: ('MNI',) (True,)
Priority offset: 0
PVC_method = ''
space = 'MNI'
PVC = 'no'
Formats: Noneanalyzes/PET/{segmentation_method}/labels_thresholds/PET/{tracer}/using_{ROIReference}/threshold_for_{labelStat}
Rule selection key: ('PET',) (False,)
Priority offset: 0
space = 'PET'
PVC = 'yes'
Formats: None
Rule selection key: ('PET',) (True,)
Priority offset: 0
PVC_method = ''
space = 'PET'
PVC = 'no'
Parent types:Grey White Mask Label volume 3D Volume 4D Volume Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis', 'side']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'Rules selection key: ['side'] []
center = 'subjects'
analysis = 'default_analysis'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/Ltopo_brain_<subject>
Formats: 'BrainVISA volume formats'
Rule selection key: ('left',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'left'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/Ltopo_brain_<subject>
Formats: 'BrainVISA volume formats'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/Rtopo_brain_<subject>
Rule selection key: ('',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'left'
Formats: 'BrainVISA volume formats'
Rule selection key: ('',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/Rtopo_brain_<subject>
Formats: 'BrainVISA volume formats'
Rule selection key: ('right',) ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
side = 'right'
Parent types:Tracking regions ROI Any TypeKey: ['center', 'subject', 'acquisition', 'analysis', 'tracking_session']
Non mandatory key attributes: ('acquisition',)Default attributes values:
tracking_session = 'default_tracking_session'{center}/{subject}/diffusion/{acquisition}/{analysis}/{tracking_session}/regions_<subject>_<tracking_session>
center = 'subjects'
analysis = 'default_analysis'
acquisition = 'default_acquisition'
Formats: ['Graph and data', 'gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'SPM image', 'VIDA image', 'ECAT v image', 'ECAT i image', 'Z compressed GIS image', 'gz compressed GIS image', 'Z compressed VIDA image', 'gz compressed VIDA image', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'GIF image', 'PNG image', 'MNG image', 'BMP image', 'PBM image', 'PGM image', 'PPM image', 'XBM image', 'XPM image', 'TIFF image', 'TIFF(.tif) image', 'MINC image', 'gz compressed MINC image', 'Directory', 'FDF image']
Rule selection key: () ()
Priority offset: 2
Parent types:Transformation matrix Transformation Any TypeKey: ['center', 'subject', 'acquisition']
Non mandatory key attributes: ('acquisition',)Default attributes values:
center = 'subjects'{center}/{subject}/diffusion/{acquisition}/registration/acpc_t2diff_TO_eacpc_t2diff_<subject>_<acquisition>
acquisition = 'default_acquisition'
Formats: ['Transformation matrix', 'Matlab file']
Rule selection key: () ()
Priority offset: 0
Parent types:Transformation matrix Transformation Any TypeKey: ['center', 'subject', 'acquisition']Default attributes values:
center = 'subjects'{center}/{subject}/pet/{acquisition}/registration/dyn3dPet-<subject>_TO_RawT1-<subject>-<acquisition>
Formats: ['Transformation matrix', 'Matlab file']
Rule selection key: () ()
Priority offset: 0
Parent types:Transformation matrix Transformation Any TypeKey: ['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', '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']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/Graph-<subject>_<acquisition>_TO_Talairach
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
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']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/Graph-<subject>_<acquisition>_TO_Talairach
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
Formats: ['Transformation matrix', 'Matlab file']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/Graph-<subject>_<acquisition>_TO_Talairach
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
Formats: ['Transformation matrix', 'Matlab file']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/Graph-<subject>_<acquisition>_TO_Talairach
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
Formats: ['Transformation matrix', 'Matlab file']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/Graph-<subject>_<acquisition>_TO_Talairach
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
Formats: ['Transformation matrix', 'Matlab file']
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
Parent types:Transformation matrix Transformation Any TypeKey: ['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
Parent types:Transformation matrix Transformation Any TypeKey: ['center', 'subject', 'acquisition']Default attributes values:
center = 'subjects'{center}/{subject}/pet/{acquisition}/registration/RawT1-<subject>_TO_dyn3dPet-<subject>-<acquisition>
Formats: ['Transformation matrix', 'Matlab file']
Rule selection key: () ()
Priority offset: 0
Parent types:Transformation matrix Transformation Any TypeKey: ['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
Parent types:Transformation matrix Transformation Any TypeKey: ['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
Parent types:Transformation matrix Transformation Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition']
Non mandatory key attributes: ('rescan', 'acquisition_date', 'time_point', 'acquisition', 'time_duration')Default attributes values:
center = 'subjects'{center}/{subject}/t1mri/{acquisition}/registration/RawT1-<subject>_<acquisition>_TO_Talairach-ACPC
acquisition = 'default_acquisition'
Formats: ['Transformation matrix', 'Matlab file']
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
Parent types:Transformation matrix Transformation Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition']
Non mandatory key attributes: ('rescan', 'acquisition_date', 'time_point', 'acquisition', 'time_duration')Default attributes values:
center = 'subjects'{center}/{subject}/t1mri/{acquisition}/registration/RawT1-<subject>_<acquisition>_TO_Talairach-MNI
acquisition = 'default_acquisition'
Formats: ['Transformation matrix', 'Matlab file']
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
Parent types:Transformation matrix Transformation Any TypeKey: ['center', 'subject', 'acquisition']
Non mandatory key attributes: ('acquisition',)Default attributes values:
center = 'subjects'{center}/{subject}/diffusion/{acquisition}/registration/t2diff_TO_acpc_t2diff_<subject>_<acquisition>
acquisition = 'default_acquisition'
Formats: ['Transformation matrix', 'Matlab file']
Rule selection key: () ()
Priority offset: 0
Parent types:Transformation matrix Transformation Any TypeKey: ['center', 'subject', 'acquisition']
Non mandatory key attributes: ('acquisition',)Default attributes values:
center = 'subjects'{center}/{subject}/diffusion/{acquisition}/registration/t2diff_TO_eacpc_t2diff_<subject>_<acquisition>
acquisition = 'default_acquisition'
Formats: ['Transformation matrix', 'Matlab file']
Rule selection key: () ()
Priority offset: 0
Parent types:Transformation matrix Transformation Any TypeKey: ['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
Parent types:Transformation matrix Transformation Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis', 'pet_tracer', 'pet_acquisition']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/transformations/nobiasT1_<subject>_<acquisition>_TO_pet_{pet_tracer}_{pet_acquisition}
center = 'subjects'
analysis = 'default_analysis'
Formats: ['Transformation matrix', 'Matlab file']
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
Parent types:Transformation Any TypeKey: ['center', 'subject', 'acquisition', 'filename_variable']Default attributes values:
center = 'subjects'Rules selection key: [] ['subject', 'acquisition']
{center}/registration/*
Formats: ['Transformation matrix', 'Matlab file']{center}/{subject}/pet/{acquisition}/registration/*
Rule selection key: () (True, True)
Priority offset: 0
Formats: ['Transformation matrix', 'Matlab file']{center}/{subject}/registration/*
Rule selection key: () (False, False)
Priority offset: 0
Formats: ['Transformation matrix', 'Matlab file']
Rule selection key: () (False, True)
Priority offset: 0
Parent types:Transformation matrix Transformation Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition']
Non mandatory key attributes: ('rescan', 'acquisition_date', 'time_point', 'acquisition', 'time_duration')Default attributes values:
center = 'subjects'{center}/{subject}/t1mri/{acquisition}/registration/RawT1-<subject>_<acquisition>_TO_Scanner_Based
acquisition = 'default_acquisition'
Formats: ['Transformation matrix', 'Matlab file']
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
Parent types:Diffusion Scalar Map 3D Volume 4D Volume Any TypeKey: ['center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('acquisition',)Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/diffusion/{acquisition}/{analysis}/tdc_<subject>
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:Label volume 3D Volume 4D Volume Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/ventricles_<subject>
center = 'subjects'
analysis = 'default_analysis'
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
Parent types:Label volume 3D Volume 4D Volume Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis', 'side']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
acquisition = 'default_acquisition'Rules selection key: ['side'] []
center = 'subjects'
analysis = 'default_analysis'
{center}/{subject}/t1mri/{acquisition}/{analysis}/RVentricule_<subject>
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Parent types:Label volume 3D Volume 4D Volume Any TypeKey: ['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: '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/wmnirc2_White_<subject>_<acquisition>_<analysis>_DISCO_<Template>
Formats: 'BrainVISA volume formats'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>
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
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: 'BrainVISA volume formats'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>
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
Formats: 'BrainVISA volume formats'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>
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
Formats: 'BrainVISA volume formats'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>
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
Formats: 'BrainVISA volume formats'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>
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
Parent types:Text file Any TypeKey: ['center', 'subject', 'followup', 'baseline', 'registration_method', 'bias_correction', 'side']Default attributes values:
center = 'subjects'Rules selection key: ['side'] []
{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/masks/LHA/<subject>_halfway_subvol_lsacha_config_lha
Formats: ['XML']
Rule selection key: ('left',) ()
Priority offset: 0
space = 'halfway'
side = 'left'
{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/masks/LHA/<subject>_halfway_subvol_lsacha_config_lha
Formats: ['XML']{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/masks/RHA/<subject>_halfway_subvol_lsacha_config_rha
Rule selection key: ('',) ()
Priority offset: 0
space = 'halfway'
side = 'left'
Formats: ['XML']
Rule selection key: ('',) ()
Priority offset: 0
space = 'halfway'
side = 'right'
{center}/{subject}/sacha_longitudinal/{followup}_halfway_{baseline}/{registration_method}/{bias_correction}/masks/RHA/<subject>_halfway_subvol_lsacha_config_rha
Formats: ['XML']
Rule selection key: ('right',) ()
Priority offset: 0
space = 'halfway'
side = 'right'
Parent types:Label volume 3D Volume 4D Volume Any TypeKey: ['atlas', 'center', 'subject', 'followup', 'baseline', 'analysis', 'VOI', 'orientation']Default attributes values:
center = 'subjects'Rules selection key: ['orientation'] ['center', 'subject', 'followup', 'baseline', 'analysis', 'VOI', 'atlas']
analysis = 'default_analysis'
roiMasks/atlas_{atlas}
Formats: 'BrainVISA volume formats'
Rule selection key: ('',) (True, True, True, True, True, True, False)
Priority offset: 0
center = ''
subject = ''
followup = ''
baseline = ''
analysis = ''
VOI = ''
space = 'mni'
subject_specific = 'no'
{center}/{subject}/bsi/{followup}_halfway_{baseline}/{analysis}/bsi_{VOI}/<VOI>_atlas_to_<subject>_<followup>_halfway_to_<baseline>
Formats: 'BrainVISA volume formats'{center}/{subject}/bsi/{followup}_halfway_{baseline}/{analysis}/bsi_{VOI}/<VOI>_atlas_to_<subject>_<baseline>_halfway_to_<followup>
Rule selection key: ('',) (False, False, False, False, False, False, True)
Priority offset: 0
atlas = ''
space = 'halfway'
orientation = 'followup_to_baseline'
Formats: 'BrainVISA volume formats'
Rule selection key: ('',) (False, False, False, False, False, False, True)
Priority offset: 0
atlas = ''
space = 'halfway'
orientation = 'baseline_to_followup'
{center}/{subject}/bsi/{followup}_halfway_{baseline}/{analysis}/bsi_{VOI}/<VOI>_atlas_to_<subject>_<followup>_halfway_to_<baseline>
Formats: 'BrainVISA volume formats'{center}/{subject}/bsi/{followup}_halfway_{baseline}/{analysis}/bsi_{VOI}/<VOI>_atlas_to_<subject>_<baseline>_halfway_to_<followup>
Rule selection key: ('followup_to_baseline',) (False, False, False, False, False, False, True)
Priority offset: 0
atlas = ''
space = 'halfway'
orientation = 'followup_to_baseline'
Formats: 'BrainVISA volume formats'
Rule selection key: ('baseline_to_followup',) (False, False, False, False, False, False, True)
Priority offset: 0
atlas = ''
space = 'halfway'
orientation = 'baseline_to_followup'
Parent types:Text file Any TypeKey: ['atlas']roiMasks/translation/atlas_{atlas}_translation
Formats: ['JSON file']
Rule selection key: () ()
Priority offset: 0
space = 'mni'
Parent types:labelForStatistic MNI Mask Label volume 3D Volume 4D Volume Any TypeKey: ['labelStat']roiMasks/atlas_{labelStat}
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:labelForStatistic MNI Mask translation Text file Any TypeKey: ['labelStat']roiMasks/atlas_{labelStat}_translation
Formats: None
Rule selection key: () ()
Priority offset: 0
Parent types:Text file Any TypeKey: []roiMasks/VOIs
Formats: ['JSON file']
Rule selection key: () ()
Priority offset: 0
Parent types:Transformation matrix Transformation Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition']
Non mandatory key attributes: ('rescan', 'acquisition_date', 'time_point', 'acquisition', 'time_duration')Default attributes values:
center = 'subjects'{center}/{subject}/t1mri/{acquisition}/registration/RawT1-<subject>_<acquisition>_TO_unknown_atlas_WITH_bal
acquisition = 'default_acquisition'
Formats: ['Text file']
Rule selection key: () ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
Parent types:Text file Any TypeKey: ['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
Parent types:Label volume 3D Volume 4D Volume Any TypeKey: ['explicit_mask']roiMasks/explicitMaskForSPM_{explicit_mask}
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:Text file Any TypeKey: ['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'
{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']{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}
Rule selection key: ('',) (True, False, False)
Priority offset: 0
template = ''
PVC = 'yes'
space = 'pet'
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>_histogram_stats_in_{VOIStatistic}_on_pet_parametric_using_{VOIReference}
Formats: ['JSON file']{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}
Rule selection key: ('t1mri',) (True, False, False)
Priority offset: 0
template = ''
PVC = 'yes'
space = 't1mri'
Formats: ['JSON file']{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}
Rule selection key: ('mni',) (False, False, False)
Priority offset: 0
PVC = 'yes'
space = 'mni'
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}_without_PVC/pet<tracer>_space/<subject>_histogram_stats_in_{VOIStatistic}_on_pet_parametric_using_{VOIReference}
Formats: ['JSON file']{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}
Rule selection key: ('',) (True, True, False)
Priority offset: 0
PVC_method = ''
template = ''
PVC = 'no'
space = 'pet'
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/pet<tracer>_space/<subject>_histogram_stats_in_{VOIStatistic}_on_pet_parametric_using_{VOIReference}
Formats: ['JSON file']{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}
Rule selection key: ('pet',) (True, True, False)
Priority offset: 0
PVC_method = ''
template = ''
PVC = 'no'
space = 'pet'
Formats: ['JSON file']{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}
Rule selection key: ('t1mri',) (True, True, False)
Priority offset: 0
PVC_method = ''
template = ''
PVC = 'no'
space = 't1mri'
Formats: ['JSON file']{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}
Rule selection key: ('',) (False, True, False)
Priority offset: 0
PVC_method = ''
PVC = 'no'
space = 'mni'
Formats: ['JSON file']{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}/mni{template}_space/<subject>_histogram_stats_in_{VOIStatistic}_on_pet_parametric_using_{VOIReference}
Rule selection key: ('mni',) (False, True, False)
Priority offset: 0
PVC_method = ''
PVC = 'no'
space = 'mni'
Formats: ['JSON file']{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}/mni{template}_space/<subject>_histogram_stats_in_{VOIStatistic}_on_pet_parametric_using_{VOIReference}
Rule selection key: ('mni',) (False, True, True)
Priority offset: 0
segmentation_method = ''
PVC_method = ''
PVC = 'no'
space = 'mni'
Formats: ['JSON file']
Rule selection key: ('',) (False, True, True)
Priority offset: 0
segmentation_method = ''
PVC_method = ''
PVC = 'no'
space = 'mni'
Parent types:Transformation matrix Transformation Any TypeKey: ['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/invMIRegister_rc_<subject>_<acquisition>_<analysis>_DISCO_TO_ref_DARTEL
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}_auto/segmentation/invMIRegister_rc_<subject>_<acquisition>_<analysis>_DISCO_TO_ref_DARTEL
Formats: ['Transformation matrix', 'Matlab file']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/invMIRegister_rc_<subject>_<acquisition>_<analysis>_DISCO_TO_ref_DARTEL
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
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/segmentation/invMIRegister_rc_<subject>_<acquisition>_<analysis>_DISCO_TO_ref_DARTEL
Formats: ['Transformation matrix', 'Matlab file']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/invMIRegister_rc_<subject>_<acquisition>_<analysis>_DISCO_TO_ref_DARTEL
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
Formats: ['Transformation matrix', 'Matlab file']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/invMIRegister_rc_<subject>_<acquisition>_<analysis>_DISCO_TO_ref_DARTEL
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
Formats: ['Transformation matrix', 'Matlab file']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/invMIRegister_rc_<subject>_<acquisition>_<analysis>_DISCO_TO_ref_DARTEL
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
Formats: ['Transformation matrix', 'Matlab file']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/invMIRegister_rc_<subject>_<acquisition>_<analysis>_DISCO_TO_ref_DARTEL
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
Formats: ['Transformation matrix', 'Matlab file']
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
Parent types:Transformation matrix Transformation Any TypeKey: ['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/invMIRegister_rc_<subject>_<acquisition>_<analysis>_TO_ref_DARTEL
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}_auto/segmentation/invMIRegister_rc_<subject>_<acquisition>_<analysis>_TO_ref_DARTEL
Formats: ['Transformation matrix', 'Matlab file']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/invMIRegister_rc_<subject>_<acquisition>_<analysis>_TO_ref_DARTEL
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
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/segmentation/invMIRegister_rc_<subject>_<acquisition>_<analysis>_TO_ref_DARTEL
Formats: ['Transformation matrix', 'Matlab file']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/invMIRegister_rc_<subject>_<acquisition>_<analysis>_TO_ref_DARTEL
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
Formats: ['Transformation matrix', 'Matlab file']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/invMIRegister_rc_<subject>_<acquisition>_<analysis>_TO_ref_DARTEL
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
Formats: ['Transformation matrix', 'Matlab file']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/invMIRegister_rc_<subject>_<acquisition>_<analysis>_TO_ref_DARTEL
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
Formats: ['Transformation matrix', 'Matlab file']analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/invMIRegister_rc_<subject>_<acquisition>_<analysis>_TO_ref_DARTEL
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
Formats: ['Transformation matrix', 'Matlab file']
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
Parent types:Label volume 3D Volume 4D Volume Any TypeKey: ['labelStat']roiMasks/labelForStat_{labelStat}
Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
Parent types:labelForStatistic MNI Mask Label volume 3D Volume 4D Volume Any TypeKey: ['segmentation_method', 'factoriel_design', 'first_group', 'second_group', 'ROIReference', 'fwhm', 'labelStat', 'pet_intersection', 'PVC_method', 'nuisance_covariate_list', 'interest_covariate_list']Rules selection key: ['pet_intersection'] ['ROIReference', 'interest_covariate_list', 'nuisance_covariate_list', 'PVC_method']
analyzes/PET/{segmentation_method}_using_{PVC_method}_PVC/voxel_by_voxel_comparison/{factoriel_design}/{first_group}_compare_with_{second_group}/pet_mean_smoothed_{fwhm}/intersect_grey_mask/nuisance_covariates_{nuisance_covariate_list}/{labelStat}_labelled
Formats: 'BrainVISA volume formats'analyzes/PET/{segmentation_method}_using_{PVC_method}_PVC/voxel_by_voxel_comparison/{factoriel_design}/{first_group}_compare_with_{second_group}/pet_mean_smoothed_{fwhm}/intersect_white_mask/nuisance_covariates_{nuisance_covariate_list}/{labelStat}_labelled
Rule selection key: ('',) (True, True, False, False)
Priority offset: 0
ROIReference = ''
interest_covariate_list = ''
PVC = 'yes'
parametric = 'no'
pet_intersection = 'grey'
nuisance_covariate = 'yes'
PVC = 'yes'
parametric = 'no'
pet_intersection = 'grey'
nuisance_covariate = 'yes'
interest_covariate = 'no'
Formats: 'BrainVISA volume formats'analyzes/PET/{segmentation_method}_using_{PVC_method}_PVC/voxel_by_voxel_comparison/{factoriel_design}/{first_group}_compare_with_{second_group}/pet_mean_smoothed_{fwhm}/without_intersect/nuisance_covariates_{nuisance_covariate_list}/{labelStat}_labelled
Rule selection key: ('',) (True, True, False, False)
Priority offset: 0
ROIReference = ''
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{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']{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}
Rule selection key: ('',) (True, False, False)
Priority offset: 0
template = ''
PVC = 'yes'
space = 'pet'
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>_stats_in_{VOIStatistic}_on_pet_parametric_using_{VOIReference}
Formats: ['JSON file']{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}
Rule selection key: ('t1mri',) (True, False, False)
Priority offset: 0
template = ''
PVC = 'yes'
space = 't1mri'
Formats: ['JSON file']{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}
Rule selection key: ('mni',) (False, False, False)
Priority offset: 0
PVC = 'yes'
space = 'mni'
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}_without_PVC/pet<tracer>_space/<subject>_stats_in_{VOIStatistic}_on_pet_parametric_using_{VOIReference}
Formats: ['JSON file']{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}
Rule selection key: ('',) (True, True, False)
Priority offset: 0
PVC_method = ''
template = ''
PVC = 'no'
space = 'pet'
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/pet<tracer>_space/<subject>_stats_in_{VOIStatistic}_on_pet_parametric_using_{VOIReference}
Formats: ['JSON file']{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}
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Priority offset: 0
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Formats: ['JSON file']{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}
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Priority offset: 0
PVC_method = ''
template = ''
PVC = 'no'
space = 't1mri'
Formats: ['JSON file']{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}
Rule selection key: ('',) (False, True, False)
Priority offset: 0
PVC_method = ''
PVC = 'no'
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Formats: ['JSON file']{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}/mni{template}_space/<subject>_stats_in_{VOIStatistic}_on_pet_parametric_using_{VOIReference}
Rule selection key: ('mni',) (False, True, False)
Priority offset: 0
PVC_method = ''
PVC = 'no'
space = 'mni'
Formats: ['JSON file']{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}/mni{template}_space/<subject>_stats_in_{VOIStatistic}_on_pet_parametric_using_{VOIReference}
Rule selection key: ('mni',) (False, True, True)
Priority offset: 0
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PVC_method = ''
PVC = 'no'
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Formats: ['JSON file']
Rule selection key: ('',) (False, True, True)
Priority offset: 0
segmentation_method = ''
PVC_method = ''
PVC = 'no'
space = 'mni'
Parent types:Label volume 3D Volume 4D Volume Any TypeKey: ['center', 'subject', 'acquisition', 'template', 'VOIStatistic', 'processing', 'analysis', 'segmentation_method', 'tracer']Default attributes values:
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roiMasks/VOIStat_{VOIStatistic}
Formats: 'BrainVISA volume formats'{center}/{subject}/voi/{acquisition}/pet{tracer}_space/VOIStat_{VOIStatistic}
Rule selection key: () (True, True, True, True, True, True, True, True)
Priority offset: 0
center = ''
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segmentation_method = ''
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Formats: 'BrainVISA volume formats'{center}/{subject}/voi/{acquisition}/t1mri_space/VOIStat_{VOIStatistic}
Rule selection key: () (False, False, False, True, True, True, True, False)
Priority offset: 0
template = ''
processing = ''
analysis = ''
segmentation_method = ''
space = 'pet'
Formats: 'BrainVISA volume formats'{center}/{subject}/voi/{acquisition}/mni{template}_space/VOIStat_{VOIStatistic}
Rule selection key: () (False, False, False, True, True, True, True, True)
Priority offset: 0
template = ''
processing = ''
analysis = ''
segmentation_method = ''
tracer = ''
space = 't1mri'
Formats: 'BrainVISA volume formats'{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/voi/{analysis}_from_{segmentation_method}/pet{tracer}_space/VOIStat_{VOIStatistic}
Rule selection key: () (False, False, False, False, True, True, True, True)
Priority offset: 0
processing = ''
analysis = ''
segmentation_method = ''
tracer = ''
space = 'mni'
Formats: 'BrainVISA volume formats'{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/voi/{analysis}_from_{segmentation_method}/t1mri_space/VOIStat_{VOIStatistic}
Rule selection key: () (False, False, False, True, False, False, False, False)
Priority offset: 0
template = ''
space = 'pet'
Formats: 'BrainVISA volume formats'{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/voi/{analysis}_from_{segmentation_method}/mni{template}_space/VOIStat_{VOIStatistic}
Rule selection key: () (False, False, False, True, False, False, False, True)
Priority offset: 0
template = ''
tracer = ''
space = 't1mri'
Formats: 'BrainVISA volume formats'
Rule selection key: () (False, False, False, False, False, False, False, True)
Priority offset: 0
tracer = ''
space = 'mni'
Parent types:Text file Any TypeKey: ['VOIStatistic']roiMasks/translation/VOIStat_{VOIStatistic}
Formats: ['JSON file']
Rule selection key: () ()
Priority offset: 0
Parent types:Label volume 3D Volume 4D Volume Any TypeKey: ['center', 'subject', 'processing', 'acquisition', 'analysis', 'segmentation_method', 'tracer', 'VOIReference', 'followup', 'baseline', 'template']Default attributes values:
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analysis = 'default_analysis'
roiMasks/VOIReference_{VOIReference}
Formats: 'BrainVISA volume formats'{center}/{subject}/vbm_longitudinal_t1mri/{followup}_to_{baseline}/{analysis}/VOIReference_{VOIReference}
Rule selection key: () (True, True, True, True, True, True, True, True, True, True)
Priority offset: 0
center = ''
subject = ''
processing = ''
acquisition = ''
analysis = ''
segmentation_method = ''
tracer = ''
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template = ''
space = 'mni'
subject_specific = 'no'
Formats: 'BrainVISA volume formats'{center}/{subject}/voi/{acquisition}/pet{tracer}_space/VOIReference_{VOIReference}
Rule selection key: () (False, False, True, True, False, True, True, False, False, True)
Priority offset: 0
processing = ''
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tracer = ''
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space = 'baseline'
Formats: 'BrainVISA volume formats'{center}/{subject}/voi/{acquisition}/t1mri_space/VOIReference_{VOIReference}
Rule selection key: () (False, False, True, False, True, True, False, True, True, True)
Priority offset: 0
processing = ''
analysis = ''
segmentation_method = ''
followup = ''
baseline = ''
template = ''
space = 'pet'
Formats: 'BrainVISA volume formats'{center}/{subject}/voi/{acquisition}/mni{template}_space/VOIReference_{VOIReference}
Rule selection key: () (False, False, True, False, True, True, True, True, True, True)
Priority offset: 0
processing = ''
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Formats: 'BrainVISA volume formats'{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/voi/{analysis}_from_{segmentation_method}/pet{tracer}_space/VOIReference_{VOIReference}
Rule selection key: () (False, False, True, False, True, True, True, True, True, False)
Priority offset: 0
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Formats: 'BrainVISA volume formats'{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/voi/{analysis}_from_{segmentation_method}/t1mri_space/VOIReference_{VOIReference}
Rule selection key: () (False, False, False, False, False, False, False, True, True, True)
Priority offset: 0
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Formats: 'BrainVISA volume formats'{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/voi/{analysis}_from_{segmentation_method}/mni{template}_space/VOIReference_{VOIReference}
Rule selection key: () (False, False, False, False, False, False, True, True, True, True)
Priority offset: 0
tracer = ''
followup = ''
baseline = ''
template = ''
space = 't1mri'
Formats: 'BrainVISA volume formats'
Rule selection key: () (False, False, False, False, False, False, True, True, True, False)
Priority offset: 0
tracer = ''
followup = ''
baseline = ''
space = 'mni'
Parent types:Text file Any TypeKey: ['VOIReference']roiMasks/translation/VOIReference_{VOIReference}
Formats: ['JSON file']
Rule selection key: () ()
Priority offset: 0
Parent types:Referential Text file Any TypeKey: ['center', 'subject', 'acquisition', 'tracer']Default attributes values:
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Formats: ['Referential']
Rule selection key: () ()
Priority offset: 0
Parent types:Referential Text file Any TypeKey: ['center', 'subject', 'acquisition', 'tracer']Default attributes values:
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Formats: ['Referential']
Rule selection key: () ()
Priority offset: 0
Parent types:Referential Text file Any TypeKey: ['center', 'subject', 'acquisition', 'tracer']Default attributes values:
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Formats: ['Referential']
Rule selection key: () ()
Priority offset: 0
Parent types:PDF BoardKey: ['center', 'subject', 'acquisition', 'tracer', 'reconstruction', 'analysis', 'PVC_method', 'ROIReference', 'volumeStat']Default attributes values:
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{center}/{subject}/pet/{acquisition}/{tracer}/PET_{reconstruction}/{analysis}_using_{PVC_method}_PVC/<subject>_<acquisition>_<tracer>_<reconstruction>_SUVR_using{ROIReference}_StatsIn_{volumeStat}_QC_report
Formats: ['PDF File']{center}/{subject}/pet/{acquisition}/{tracer}/PET_{reconstruction}/{analysis}/<subject>_<acquisition>_<tracer>_<reconstruction>_SUVR_using{ROIReference}_StatsIn_{volumeStat}_QC_report
Rule selection key: () (False,)
Priority offset: 0
PVC = 'yes'
Formats: ['PDF File']
Rule selection key: () (True,)
Priority offset: 0
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PVC = 'no'
Parent types:Text file Any TypeKey: ['center', 'subject', 'processing', 'acquisition', 'analysis', 'segmentation_method']Default attributes values:
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Formats: ['JSON file']
Rule selection key: () ()
Priority offset: 0
Parent types:Any TypeKey: ['rescan', 'acquisition_date', 'time_point', 'time_duration', 'center', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'side', 'manually_labelled', 'automatically_labelled', 'best']
Non mandatory key attributes: ('time_duration', 'rescan', 'acquisition_date', 'analysis', 'time_point', 'acquisition')Default attributes values:
graph_version = '3.0'Rules selection key: ['side', 'manually_labelled', 'automatically_labelled', 'best'] []
acquisition = 'default_acquisition'
sulci_recognition_session = 'default_session'
center = 'subjects'
analysis = 'default_analysis'
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Formats: ['siRelax Fold Energy']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/R<subject>_<sulci_recognition_session>_auto
Rule selection key: ('', '', 'Yes', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
time_point = ''
time_duration = ''
modality = 't1mri'
labelled = 'Yes'
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side = 'left'
Formats: ['siRelax Fold Energy']
Rule selection key: ('', '', 'Yes', 'No') ()
Priority offset: 0
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Formats: ['siRelax Fold Energy']
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labelled = 'Yes'
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Formats: ['siRelax Fold Energy']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/R<subject>_<sulci_recognition_session>_best
Rule selection key: ('', '', '', '') ()
Priority offset: -1
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Formats: ['siRelax Fold Energy']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/L<subject>_<sulci_recognition_session>_auto
Rule selection key: ('', '', '', '') ()
Priority offset: -1
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Formats: ['siRelax Fold Energy']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/R<subject>_<sulci_recognition_session>_auto
Rule selection key: ('', '', '', '') ()
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Formats: ['siRelax Fold Energy']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/L<subject>_<sulci_recognition_session>_manual
Rule selection key: ('', '', '', '') ()
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Formats: ['siRelax Fold Energy']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/R<subject>_<sulci_recognition_session>_manual
Rule selection key: ('', '', '', '') ()
Priority offset: 0
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Formats: ['siRelax Fold Energy']
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Formats: ['siRelax Fold Energy']
Rule selection key: ('left', '', 'Yes', 'No') ()
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Formats: ['siRelax Fold Energy']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/L<subject>_<sulci_recognition_session>_auto
Rule selection key: ('left', 'No', '', '') ()
Priority offset: -1
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Formats: ['siRelax Fold Energy']
Rule selection key: ('left', 'No', '', '') ()
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/L<subject>_<sulci_recognition_session>_auto
Formats: ['siRelax Fold Energy']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/R<subject>_<sulci_recognition_session>_auto
Rule selection key: ('', 'No', 'Yes', 'No') ()
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Formats: ['siRelax Fold Energy']
Rule selection key: ('', 'No', 'Yes', 'No') ()
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Formats: ['siRelax Fold Energy']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/R<subject>_<sulci_recognition_session>_auto
Rule selection key: ('', 'No', '', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
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automatically_labelled = 'Yes'
best = 'No'
side = 'left'
Formats: ['siRelax Fold Energy']
Rule selection key: ('', 'No', '', 'No') ()
Priority offset: 0
rescan = ''
acquisition_date = ''
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Formats: ['siRelax Fold Energy']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/R<subject>_<sulci_recognition_session>_best
Rule selection key: ('', '', 'Yes', '') ()
Priority offset: -1
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time_duration = ''
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Formats: ['siRelax Fold Energy']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/L<subject>_<sulci_recognition_session>_auto
Rule selection key: ('', '', 'Yes', '') ()
Priority offset: -1
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Formats: ['siRelax Fold Energy']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/R<subject>_<sulci_recognition_session>_auto
Rule selection key: ('', '', 'Yes', '') ()
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Formats: ['siRelax Fold Energy']
Rule selection key: ('', '', 'Yes', '') ()
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Formats: ['siRelax Fold Energy']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/R<subject>_<sulci_recognition_session>_best
Rule selection key: ('', 'No', 'Yes', '') ()
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Formats: ['siRelax Fold Energy']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/L<subject>_<sulci_recognition_session>_auto
Rule selection key: ('', 'No', 'Yes', '') ()
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Formats: ['siRelax Fold Energy']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/R<subject>_<sulci_recognition_session>_auto
Rule selection key: ('', 'No', 'Yes', '') ()
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Formats: ['siRelax Fold Energy']
Rule selection key: ('', 'No', 'Yes', '') ()
Priority offset: 0
rescan = ''
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{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', 'Yes', 'No') ()
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rescan = ''
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/L<subject>_<sulci_recognition_session>_auto
Formats: ['siRelax Fold Energy']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/R<subject>_<sulci_recognition_session>_auto
Rule selection key: ('', '', '', 'No') ()
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Formats: ['siRelax Fold Energy']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/L<subject>_<sulci_recognition_session>_manual
Rule selection key: ('', '', '', 'No') ()
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Formats: ['siRelax Fold Energy']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/R<subject>_<sulci_recognition_session>_manual
Rule selection key: ('', '', '', 'No') ()
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Formats: ['siRelax Fold Energy']
Rule selection key: ('', '', '', 'No') ()
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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']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/L<subject>_<sulci_recognition_session>_auto
Rule selection key: ('left', '', '', '') ()
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Formats: ['siRelax Fold Energy']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/L<subject>_<sulci_recognition_session>_manual
Rule selection key: ('left', '', '', '') ()
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Formats: ['siRelax Fold Energy']
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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']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/R<subject>_<sulci_recognition_session>_best
Rule selection key: ('', 'No', '', '') ()
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Formats: ['siRelax Fold Energy']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/L<subject>_<sulci_recognition_session>_auto
Rule selection key: ('', 'No', '', '') ()
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Formats: ['siRelax Fold Energy']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/R<subject>_<sulci_recognition_session>_auto
Rule selection key: ('', 'No', '', '') ()
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Formats: ['siRelax Fold Energy']
Rule selection key: ('', 'No', '', '') ()
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/L<subject>_<sulci_recognition_session>_auto
Formats: ['siRelax Fold Energy']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/L<subject>_<sulci_recognition_session>_manual
Rule selection key: ('left', '', '', 'No') ()
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Formats: ['siRelax Fold Energy']
Rule selection key: ('left', '', '', 'No') ()
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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']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/L<subject>_<sulci_recognition_session>_auto
Rule selection key: ('left', '', 'Yes', '') ()
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Formats: ['siRelax Fold Energy']
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: ['siRelax Fold Energy']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/L<subject>_<sulci_recognition_session>_auto
Rule selection key: ('left', 'No', 'Yes', '') ()
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Formats: ['siRelax Fold Energy']
Rule selection key: ('left', '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: ['siRelax Fold Energy']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/R<subject>_<sulci_recognition_session>_auto
Rule selection key: ('right', '', '', '') ()
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Formats: ['siRelax Fold Energy']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/R<subject>_<sulci_recognition_session>_manual
Rule selection key: ('right', '', '', '') ()
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Formats: ['siRelax Fold Energy']
Rule selection key: ('right', '', '', '') ()
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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']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/R<subject>_<sulci_recognition_session>_auto
Rule selection key: ('right', '', 'Yes', '') ()
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Formats: ['siRelax Fold Energy']
Rule selection key: ('right', '', 'Yes', '') ()
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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']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/R<subject>_<sulci_recognition_session>_manual
Rule selection key: ('right', '', '', 'No') ()
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Formats: ['siRelax Fold Energy']
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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']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/R<subject>_<sulci_recognition_session>_auto
Rule selection key: ('right', 'No', 'Yes', '') ()
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Formats: ['siRelax Fold Energy']
Rule selection key: ('right', 'No', 'Yes', '') ()
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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']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/R<subject>_<sulci_recognition_session>_auto
Rule selection key: ('right', 'No', 'Yes', 'No') ()
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Formats: ['siRelax Fold Energy']
Rule selection key: ('right', '', 'Yes', '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']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/R<subject>_<sulci_recognition_session>_auto
Rule selection key: ('right', 'No', '', '') ()
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Formats: ['siRelax Fold Energy']
Rule selection key: ('right', 'No', '', '') ()
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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', '', 'No') ()
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/L<subject>_<sulci_recognition_session>_manual
Formats: ['siRelax Fold Energy']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/R<subject>_<sulci_recognition_session>_manual
Rule selection key: ('', 'Yes', '', 'No') ()
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Formats: ['siRelax Fold Energy']
Rule selection key: ('', 'Yes', '', 'No') ()
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/L<subject>_<sulci_recognition_session>_manual
Formats: ['siRelax Fold Energy']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/L<subject>_<sulci_recognition_session>_manual
Rule selection key: ('left', '', 'No', 'No') ()
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Formats: ['siRelax Fold Energy']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/L<subject>_<sulci_recognition_session>_manual
Rule selection key: ('left', 'Yes', '', 'No') ()
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Formats: ['siRelax Fold Energy']
Rule selection key: ('left', '', 'No', '') ()
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/L<subject>_<sulci_recognition_session>_manual
Formats: ['siRelax Fold Energy']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/R<subject>_<sulci_recognition_session>_manual
Rule selection key: ('', 'Yes', 'No', 'No') ()
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Formats: ['siRelax Fold Energy']
Rule selection key: ('', 'Yes', 'No', 'No') ()
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/L<subject>_<sulci_recognition_session>_manual
Formats: ['siRelax Fold Energy']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/R<subject>_<sulci_recognition_session>_manual
Rule selection key: ('', '', 'No', 'No') ()
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Formats: ['siRelax Fold Energy']
Rule selection key: ('', '', 'No', 'No') ()
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/L<subject>_<sulci_recognition_session>_manual
Formats: ['siRelax Fold Energy']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/R<subject>_<sulci_recognition_session>_manual
Rule selection key: ('', 'Yes', '', '') ()
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Formats: ['siRelax Fold Energy']
Rule selection key: ('', 'Yes', '', '') ()
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/L<subject>_<sulci_recognition_session>_manual
Formats: ['siRelax Fold Energy']{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/R<subject>_<sulci_recognition_session>_manual
Rule selection key: ('', 'Yes', 'No', '') ()
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Formats: ['siRelax Fold Energy']
Rule selection key: ('', 'Yes', 'No', '') ()
Priority offset: 0
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/L<subject>_<sulci_recognition_session>_manual
Formats: ['siRelax Fold Energy']
Rule selection key: ('left', 'Yes', 'No', 'No') ()
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/L<subject>_<sulci_recognition_session>_manual
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Parent types:3D Volume 4D Volume Any TypeKey: ['segmentation_method', 'PVC_method', 'factoriel_design', 'first_group', 'second_group', 'fwhm', 'contrast_type', 'contrast_index', 'basename', 'pet_intersection', 'ROIReference', 'nuisance_covariate_list', 'interest_covariate_list', 'factorial_design', 'analysis', 'group_name']Rules selection key: ['pet_intersection'] ['ROIReference', 'interest_covariate_list', 'factorial_design', 'analysis', 'group_name', 'nuisance_covariate_list', 'PVC_method', 'segmentation_method', 'factoriel_design', 'fwhm', 'first_group', 'second_group']
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