aimsdata
4.7.0
Neuroimaging data handling
ge_imageFileOffsets.h
Go to the documentation of this file.
1
/* This software and supporting documentation are distributed by
2
* Institut Federatif de Recherche 49
3
* CEA/NeuroSpin, Batiment 145,
4
* 91191 Gif-sur-Yvette cedex
5
* France
6
*
7
* This software is governed by the CeCILL-B license under
8
* French law and abiding by the rules of distribution of free software.
9
* You can use, modify and/or redistribute the software under the
10
* terms of the CeCILL-B license as circulated by CEA, CNRS
11
* and INRIA at the following URL "http://www.cecill.info".
12
*
13
* As a counterpart to the access to the source code and rights to copy,
14
* modify and redistribute granted by the license, users are provided only
15
* with a limited warranty and the software's author, the holder of the
16
* economic rights, and the successive licensors have only limited
17
* liability.
18
*
19
* In this respect, the user's attention is drawn to the risks associated
20
* with loading, using, modifying and/or developing or reproducing the
21
* software by the user in light of its specific status of free software,
22
* that may mean that it is complicated to manipulate, and that also
23
* therefore means that it is reserved for developers and experienced
24
* professionals having in-depth computer knowledge. Users are therefore
25
* encouraged to load and test the software's suitability as regards their
26
* requirements in conditions enabling the security of their systems and/or
27
* data to be ensured and, more generally, to use and operate it in the
28
* same conditions as regards security.
29
*
30
* The fact that you are presently reading this means that you have had
31
* knowledge of the CeCILL-B license and that you accept its terms.
32
*/
33
34
/* (ghost) 11-Nov-91 */
35
36
/* This file generated by <genincl.c> */
37
38
#ifndef _IF_OFFSETS_H_
39
#define _IF_OFFSETS_H_
40
41
/* ImageFile PixHdr definitions */
42
43
#define _IH_img_magic 0x0
/* 0 - int - magic number */
44
#define _IH_img_hdr_length 0x4
/* 4 - int - a byte displacement to the <pixel data area> */
45
#define _IH_img_width 0x8
/* 8 - int - width (pixels) of image */
46
#define _IH_img_height 0xc
/* 12 - int - height (pixels) of image */
47
#define _IH_img_depth 0x10
/* 16 - int - depth (1, 8, 16, or 24 bits) of */
48
#define _IH_img_compress 0x14
/* 20 - int - type of compression; see IC_* below */
49
50
#define IC_AsIs 0
/* No image transformation */
51
#define IC_RECT 1
/* image is width*height*depth/8 bytes */
52
#define IC_PACKED 2
/* image is CT line mapped packed */
53
#define IC_COMPRESSED 3
/* image is compressed */
54
#define IC_COMPACK 4
/* image is compressed and packed */
55
56
#define _IH_img_dwindow 0x18
/* 24 - int - default window setting */
57
#define _IH_img_dlevel 0x1c
/* 28 - int - default level setting */
58
#define _IH_img_bgshade 0x20
/* 32 - int - background shade to use for non-image */
59
#define _IH_img_ovrflow 0x24
/* 36 - int - overflow value */
60
#define _IH_img_undflow 0x28
/* 40 - int - underflow value */
61
#define _IH_img_top_offset 0x2c
/* 44 - int - number of blank lines at image top */
62
#define _IH_img_bot_offset 0x30
/* 48 - int - number of blank lines at image bottom */
63
#define _IH_img_version 0x34
/* 52 - short - version of the header structure */
64
#define _IH_img_checksum 0x36
/* 54 - u_short - 16 bit end_around_carry sum of pixels */
65
#define _IH_img_p_id 0x38
/* 56 - int - a byte disp to unique image identifier */
66
#define _IH_img_l_id 0x3c
/* 60 - int - byte length of unique image identifier */
67
#define _IH_img_p_unpack 0x40
/* 64 - int - a byte disp to <unpack control> */
68
#define _IH_img_l_unpack 0x44
/* 68 - int - byte length of <unpack control> */
69
#define _IH_img_p_compress 0x48
/* 72 - int - a byte disp to <compression control> */
70
#define _IH_img_l_compress 0x4c
/* 76 - int - byte length of <compression control> */
71
#define _IH_img_p_histo 0x50
/* 80 - int - a byte disp to <histogram control> */
72
#define _IH_img_l_histo 0x54
/* 84 - int - byte length of <histogram control> */
73
#define _IH_img_p_text 0x58
/* 88 - int - a byte disp to <text plane data> */
74
#define _IH_img_l_text 0x5c
/* 92 - int - byte length of <text plane data> */
75
#define _IH_img_p_graphics 0x60
/* 96 - int - a byte disp to <graphics plane data> */
76
#define _IH_img_l_graphics 0x64
/* 100 - int - byte length of <graphics plane data> */
77
#define _IH_img_p_dbHdr 0x68
/* 104 - int - a byte disp to <data base header data> */
78
#define _IH_img_l_dbHdr 0x6c
/* 108 - int - byte length of <data base header data> */
79
#define _IH_img_levelOffset 0x70
/* 112 - int - value to add to stored Pixel Data values */
80
#define _IH_img_p_user 0x74
/* 116 - int - byte displacement to user defined data */
81
#define _IH_img_l_user 0x78
/* 120 - int - byte length of user defined data */
82
#define _IH_img_p_suite 0x7c
/* 124 - int - byte displacement to <suite> header data */
83
#define _IH_img_l_suite 0x80
/* 128 - int - byte length of <suite> header data */
84
#define _IH_img_p_exam 0x84
/* 132 - int - byte displacement to <exam> header data */
85
#define _IH_img_l_exam 0x88
/* 136 - int - byte length of <exam> header data */
86
#define _IH_img_p_series 0x8c
/* 140 - int - byte displacement to <series> header data */
87
#define _IH_img_l_series 0x90
/* 144 - int - byte length of <series> header data */
88
#define _IH_img_p_image 0x94
/* 148 - int - byte displacement to <image> header data */
89
#define _IH_img_l_image 0x98
/* 152 - int - byte length of <image> header data */
90
#define _IH_sizeof 0x9c
/* 156 - sizeof ImgHdr */
91
92
/* ImgHst definitions */
93
94
#define _HS_hs_version 0x0
/* 0 - int - version of the histogram structure */
95
#define _HS_hs_sd 0x4
/* 4 - float - standard deviation of pixel data value */
96
#define _HS_hs_mean 0x8
/* 8 - short - rounded mean pixel data value */
97
#define _HS_hs_min 0xa
/* 10 - short - minimum pixel data value */
98
#define _HS_hs_max 0xc
/* 12 - short - maximum pixel data value */
99
#define _HS_hs_first 0xe
/* 14 - short - first histogram entry used for <hs_sd> */
100
#define _HS_hs_region 0x10
/* 16 - short - region entries used for <hs_sd> */
101
#define _HS_hs_length 0x12
/* 18 - short - number of bins in the histogram area */
102
#define _HS_hs_bins 0x814
/* 2068 - u_short[1024] - histogram bins */
103
104
/* SUITEDATATYPE definitions */
105
106
#define _SU_su_id 0x0
/* 0 - char[4] - Suite ID */
107
#define _SU_su_uniq 0x4
/* 4 - short - Make Unique Flag */
108
#define _SU_su_diskid 0x6
/* 6 - char[1] - Disk ID */
109
#define _SU_prodid 0x7
/* 7 - char[13] - Product ID */
110
#define _SU_su_verscre 0x14
/* 20 - char[2] - Original Version of Record */
111
#define _SU_su_verscur 0x16
/* 22 - char[2] - Current Version of Record */
112
#define _SU_su_checksum 0x18
/* 24 - u_int - Suite Record Checksum */
113
#define _SU_su_padding 0x1c
/* 28 - char[85] - Spare Space */
114
#define _SU_sizeof 0x72
/* 114 - sizeof SUITEDATATYPE */
115
116
/* EXAMDATATYPE definitions */
117
118
#define _EX_ex_suid 0x0
/* 0 - char[4] - Suite ID for this Exam */
119
#define _EX_ex_uniq 0x4
/* 4 - short - Make-Unique Flag */
120
#define _EX_ex_diskid 0x6
/* 6 - char - Disk ID for this Exam */
121
#define _EX_ex_no 0x8
/* 8 - u_short - Exam Number */
122
#define _EX_hospname 0xa
/* 10 - char[33] - Hospital Name */
123
#define _EX_detect 0x2c
/* 44 - short - Detector Type */
124
#define _EX_numcells 0x2e
/* 46 - int - Number of cells in det */
125
#define _EX_zerocell 0x32
/* 50 - float - Cell number at theta */
126
#define _EX_cellspace 0x36
/* 54 - float - Cell spacing */
127
#define _EX_srctodet 0x3a
/* 58 - float - Distance from source to detector */
128
#define _EX_srctoiso 0x3e
/* 62 - float - Distance from source to iso */
129
#define _EX_tubetyp 0x42
/* 66 - short - Tube type */
130
#define _EX_dastyp 0x44
/* 68 - int - DAS type */
131
#define _EX_num_dcnk 0x46
/* 70 - short - Number of Decon Kernals */
132
#define _EX_dcn_len 0x48
/* 72 - short - Number of elements in a Decon Kernal */
133
#define _EX_dcn_density 0x4a
/* 74 - short - Decon Kernal density */
134
#define _EX_dcn_stepsize 0x4c
/* 76 - short - Decon Kernal stepsize */
135
#define _EX_dcn_shiftcnt 0x4e
/* 78 - short - Decon Kernal Shift Count */
136
#define _EX_magstrength 0x50
/* 80 - int - Magnet strength (in gauss) */
137
#define _EX_patid 0x54
/* 84 - char[13] - Patient ID for this Exam */
138
#define _EX_patname 0x61
/* 97 - char[25] - Patient Name */
139
#define _EX_patage 0x7a
/* 122 - short - Patient Age (years, months or days) */
140
#define _EX_patian 0x7c
/* 124 - short - Patient Age Notation */
141
#define _EX_patsex 0x7e
/* 126 - short - Patient Sex */
142
#define _EX_patweight 0x80
/* 128 - int - Patient Weight */
143
#define _EX_trauma 0x84
/* 132 - short - Trauma Flag */
144
#define _EX_hist 0x86
/* 134 - char[61] - Patient History */
145
#define _EX_reqnum 0xc3
/* 195 - char[13] - Requisition Number */
146
#define _EX_ex_datetime 0xd0
/* 208 - int - Exam date/time stamp */
147
#define _EX_refphy 0xd4
/* 212 - char[33] - Referring Physician */
148
#define _EX_diagrad 0xf5
/* 245 - char[33] - Diagnostician/Radiologist */
149
#define _EX_op 0x116
/* 278 - char[4] - Operator */
150
#define _EX_ex_desc 0x11a
/* 282 - char[23] - Exam Description */
151
#define _EX_ex_typ 0x131
/* 305 - char[3] - Exam Type */
152
#define _EX_ex_format 0x134
/* 308 - short - Exam Format */
153
#define _EX_firstaxtime 0x136
/* 310 - double - Start time(secs) of first axial in exam */
154
#define _EX_ex_sysid 0x13e
/* 318 - char[9] - Creator Suite and Host */
155
#define _EX_ex_lastmod 0x148
/* 328 - int - Date/Time of Last Change */
156
#define _EX_protocolflag 0x14c
/* 332 - short - Non-Zero indicates Protocol Exam */
157
#define _EX_ex_alloc_key 0x14e
/* 334 - char[13] - Process that allocated this record */
158
#define _EX_ex_delta_cnt 0x15c
/* 348 - int - Indicates number of updates to header */
159
#define _EX_ex_verscre 0x160
/* 352 - char[2] - Version - Created */
160
#define _EX_ex_verscur 0x162
/* 354 - char[2] - Version - Now */
161
#define _EX_ex_checksum 0x164
/* 356 - u_int - Exam Record Checksum */
162
#define _EX_ex_complete 0x168
/* 360 - int - Exam Complete Flag */
163
#define _EX_ex_seriesct 0x16c
/* 364 - int - Last Series Number Used */
164
#define _EX_ex_numarch 0x170
/* 368 - int - Number of Series Archived */
165
#define _EX_ex_numseries 0x174
/* 372 - int - Number of Series Existing */
166
#define _EX_ex_series 0x178
/* 376 - VARTYPE - Series Keys for this Exam */
167
#define _EX_ex_numunser 0x180
/* 384 - int - Number of Unstored Series */
168
#define _EX_ex_unseries 0x184
/* 388 - VARTYPE - Unstored Series Keys for this Exam */
169
#define _EX_ex_toarchcnt 0x18c
/* 396 - int - Number of Unarchived Series */
170
#define _EX_ex_toarchive 0x190
/* 400 - VARTYPE - Unarchived Series Keys for this Exam */
171
#define _EX_ex_prospcnt 0x198
/* 408 - int - Number of Prospective/Scout Series */
172
#define _EX_ex_prosp 0x19c
/* 412 - VARTYPE - Prospective/Scout Series Keys for this Exam */
173
#define _EX_ex_modelnum 0x1a4
/* 420 - int - Last Model Number used */
174
#define _EX_ex_modelcnt 0x1a8
/* 424 - int - Number of ThreeD Models */
175
#define _EX_ex_models 0x1ac
/* 428 - VARTYPE - ThreeD Model Keys for Exam */
176
#define _EX_ex_stat 0x1b4
/* 436 - short - Patient Status */
177
#define _EX_uniq_sys_id 0x1b6
/* 438 - char[16] - Unique System ID */
178
#define _EX_service_id 0x1c6
/* 454 - char[16] - Unique Service ID */
179
#define _EX_mobile_loc 0x1d6
/* 470 - char[4] - Mobile Location Number */
180
#define _EX_study_uid 0x1da
/* 474 - char[32] - Study Entity Unique ID */
181
#define _EX_ex_padding 0x1fc
/* 508 - char[518] - Spare Space */
182
#define _EX_sizeof 0x400
/* 1024 - sizeof EXAMDATATYPE */
183
184
/* SERIESDATATYPE definitions */
185
186
#define _SE_se_suid 0x0
/* 0 - char[4] - Suite ID for this Series */
187
#define _SE_se_uniq 0x4
/* 4 - short - The Make-Unique Flag */
188
#define _SE_se_diskid 0x6
/* 6 - char[1] - Disk ID for this Series */
189
#define _SE_se_exno 0x8
/* 8 - u_short - Exam Number */
190
#define _SE_se_no 0xa
/* 10 - short - Series Number */
191
#define _SE_se_datetime 0xc
/* 12 - int - Allocation Series Data/Time stamp */
192
#define _SE_se_actual_dt 0x10
/* 16 - int - Actual Series Data/Time stamp */
193
#define _SE_se_desc 0x14
/* 20 - char[30] - Series Description */
194
#define _SE_pr_sysid 0x32
/* 50 - char[9] - Primary Receiver Suite and Host */
195
#define _SE_pansysid 0x3b
/* 59 - char[9] - Archiver Suite and Host */
196
#define _SE_se_typ 0x44
/* 68 - short - Series Type */
197
#define _SE_se_source 0x46
/* 70 - short - Series from which prescribed */
198
#define _SE_se_plane 0x48
/* 72 - short - Most-like Plane (for L/S) */
199
#define _SE_scan_type 0x4a
/* 74 - short - Scout or Axial (for CT) */
200
#define _SE_position 0x4c
/* 76 - int - Patient Position */
201
#define _SE_entry 0x50
/* 80 - int - Patient Entry */
202
#define _SE_anref 0x54
/* 84 - char[3] - Anatomical reference */
203
#define _SE_lmhor 0x58
/* 88 - float - Horizontal Landmark */
204
#define _SE_prtcl 0x5c
/* 92 - char[25] - Scan Protocol Name */
205
#define _SE_se_contrast 0x76
/* 118 - short - Non-zero if > 0 image used contrast(L/S) */
206
#define _SE_start_ras 0x78
/* 120 - char[1] - RAS letter for first scan location (L/S) */
207
#define _SE_start_loc 0x7a
/* 122 - float - First scan location (L/S) */
208
#define _SE_end_ras 0x7e
/* 126 - char[1] - RAS letter for last scan location (L/S) */
209
#define _SE_end_loc 0x80
/* 128 - float - Last scan location (L/S) */
210
#define _SE_se_pseq 0x84
/* 132 - short - Last Pulse Sequence Used (L/S) */
211
#define _SE_se_sortorder 0x86
/* 134 - short - Image Sort Order (L/S) */
212
#define _SE_se_lndmrkcnt 0x88
/* 136 - int - Landmark Counter */
213
#define _SE_se_nacq 0x8c
/* 140 - short - Number of Acquisitions */
214
#define _SE_xbasest 0x8e
/* 142 - short - Starting number for baselines */
215
#define _SE_xbaseend 0x90
/* 144 - short - Ending number for baselines */
216
#define _SE_xenhst 0x92
/* 146 - short - Starting number for enhanced scans */
217
#define _SE_xenhend 0x94
/* 148 - short - Ending number for enhanced scans */
218
#define _SE_se_lastmod 0x96
/* 150 - int - Date/Time of Last Change */
219
#define _SE_se_alloc_key 0x9a
/* 154 - char[13] - Process that allocated this record */
220
#define _SE_se_delta_cnt 0xa8
/* 168 - int - Indicates number of updates to header */
221
#define _SE_se_verscre 0xac
/* 172 - char[2] - Genesis Version - Created */
222
#define _SE_se_verscur 0xae
/* 174 - char[2] - Genesis Version - Now */
223
#define _SE_se_pds_a 0xb0
/* 176 - float - PixelData size - as stored */
224
#define _SE_se_pds_c 0xb4
/* 180 - float - PixelData size - Compressed */
225
#define _SE_se_pds_u 0xb8
/* 184 - float - PixelData size - UnCompressed */
226
#define _SE_se_checksum 0xbc
/* 188 - u_int - Series Record checksum */
227
#define _SE_se_complete 0xc0
/* 192 - int - Series Complete Flag */
228
#define _SE_se_numarch 0xc4
/* 196 - int - Number of Images Archived */
229
#define _SE_se_imagect 0xc8
/* 200 - int - Last Image Number Used */
230
#define _SE_se_numimages 0xcc
/* 204 - int - Number of Images Existing */
231
#define _SE_se_images 0xd0
/* 208 - VARTYPE - Image Keys for this Series */
232
#define _SE_se_numunimg 0xd8
/* 216 - int - Number of Unstored Images */
233
#define _SE_se_unimages 0xdc
/* 220 - VARTYPE - Unstored Image Keys for this Series */
234
#define _SE_se_toarchcnt 0xe4
/* 228 - int - Number of Unarchived Images */
235
#define _SE_se_toarchive 0xe8
/* 232 - VARTYPE - Unarchived Image Keys for this Series */
236
#define _SE_echo1_alpha 0xf0
/* 240 - float - Echo 1 Alpha Value */
237
#define _SE_echo1_beta 0xf4
/* 244 - float - Echo 1 Beta Value */
238
#define _SE_echo1_window 0xf8
/* 248 - u_short - Echo 1 Window Value */
239
#define _SE_echo1_level 0xfa
/* 250 - short - Echo 1 Level Value */
240
#define _SE_echo2_alpha 0xfc
/* 252 - float - Echo 2 Alpha Value */
241
#define _SE_echo2_beta 0x100
/* 256 - float - Echo 2 Beta Value */
242
#define _SE_echo2_window 0x104
/* 260 - u_short - Echo 2 Window Value */
243
#define _SE_echo2_level 0x106
/* 262 - short - Echo 2 Level Value */
244
#define _SE_echo3_alpha 0x108
/* 264 - float - Echo 3 Alpha Value */
245
#define _SE_echo3_beta 0x10c
/* 268 - float - Echo 3 Beta Value */
246
#define _SE_echo3_window 0x110
/* 272 - u_short - Echo 3 Window Value */
247
#define _SE_echo3_level 0x112
/* 274 - short - Echo 3 Level Value */
248
#define _SE_echo4_alpha 0x114
/* 276 - float - Echo 4 Alpha Value */
249
#define _SE_echo4_beta 0x118
/* 280 - float - Echo 4 Beta Value */
250
#define _SE_echo4_window 0x11c
/* 284 - u_short - Echo 4 Window Value */
251
#define _SE_echo4_level 0x11e
/* 286 - short - Echo 4 Level Value */
252
#define _SE_echo5_alpha 0x120
/* 288 - float - Echo 5 Alpha Value */
253
#define _SE_echo5_beta 0x124
/* 292 - float - Echo 5 Beta Value */
254
#define _SE_echo5_window 0x128
/* 296 - u_short - Echo 5 Window Value */
255
#define _SE_echo5_level 0x12a
/* 298 - short - Echo 5 Level Value */
256
#define _SE_echo6_alpha 0x12c
/* 300 - float - Echo 6 Alpha Value */
257
#define _SE_echo6_beta 0x130
/* 304 - float - Echo 6 Beta Value */
258
#define _SE_echo6_window 0x134
/* 308 - u_short - Echo 6 Window Value */
259
#define _SE_echo6_level 0x136
/* 310 - short - Echo 6 Level Value */
260
#define _SE_echo7_alpha 0x138
/* 312 - float - Echo 7 Alpha Value */
261
#define _SE_echo7_beta 0x13c
/* 316 - float - Echo 7 Beta Value */
262
#define _SE_echo7_window 0x140
/* 320 - u_short - Echo 7 Window Value */
263
#define _SE_echo7_level 0x142
/* 322 - short - Echo 7 Level Value */
264
#define _SE_echo8_alpha 0x144
/* 324 - float - Echo 8 Alpha Value */
265
#define _SE_echo8_beta 0x148
/* 328 - float - Echo 8 Beta Value */
266
#define _SE_echo8_window 0x14c
/* 332 - u_short - Echo 8 Window Value */
267
#define _SE_echo8_level 0x14e
/* 334 - short - Echo 8 Level Value */
268
#define _SE_series_uid 0x150
/* 336 - char[32] - Series Entity Unique ID */
269
#define _SE_landmark_uid 0x170
/* 368 - char[32] - Landmark Unique ID */
270
#define _SE_equipmnt_uid 0x190
/* 400 - char[32] - Equipment Unique ID */
271
#define _SE_se_padding 0x1b0
/* 432 - char[588] - Spare Space */
272
#define _SE_sizeof 0x3fc
/* 1020 - sizeof SERIESDATATYPE */
273
274
/* CTIMAGEDATATYPE definitions */
275
276
#define _CT_im_suid 0x0
/* 0 - char[4] - Suite id for this image */
277
#define _CT_im_uniq 0x4
/* 4 - short - The Make-Unique Flag */
278
#define _CT_im_diskid 0x6
/* 6 - char[1] - Disk ID for this Image */
279
#define _CT_im_exno 0x8
/* 8 - u_short - Exam number for this image */
280
#define _CT_im_seno 0xa
/* 10 - short - Series Number for this image */
281
#define _CT_im_no 0xc
/* 12 - short - Image Number */
282
#define _CT_im_datetime 0xe
/* 14 - int - Allocation Image date/time stamp */
283
#define _CT_im_actual_dt 0x12
/* 18 - int - Actual Image date/time stamp */
284
#define _CT_sctime 0x16
/* 22 - float - Duration of scan (secs) */
285
#define _CT_slthick 0x1a
/* 26 - float - Slice Thickness (mm) */
286
#define _CT_imatrix_X 0x1e
/* 30 - short - Image matrix size - X */
287
#define _CT_imatrix_Y 0x20
/* 32 - short - Image matrix size - Y */
288
#define _CT_dfov 0x22
/* 34 - float - Display field of view - X */
289
#define _CT_dfov_rect 0x26
/* 38 - float - Display field of view - Y */
290
#define _CT_dim_X 0x2a
/* 42 - float - Image dimension - X */
291
#define _CT_dim_Y 0x2e
/* 46 - float - Image dimension - Y */
292
#define _CT_pixsize_X 0x32
/* 50 - float - Image pixel size - X */
293
#define _CT_pixsize_Y 0x36
/* 54 - float - Image pixel size - Y */
294
#define _CT_pdid 0x3a
/* 58 - char[14] - Pixel Data ID */
295
#define _CT_contrastIV 0x48
/* 72 - char[17] - IV Contrast Agent */
296
#define _CT_contrastOral 0x59
/* 89 - char[17] - Oral Contrast Agent */
297
#define _CT_contmode 0x6a
/* 106 - short - Image Contrast Mode */
298
#define _CT_serrx 0x6c
/* 108 - short - Series from which prescribed */
299
#define _CT_imgrx 0x6e
/* 110 - short - Image from which prescribed */
300
#define _CT_screenformat 0x70
/* 112 - short - Screen Format(8/16 bit) */
301
#define _CT_plane 0x72
/* 114 - short - Plane Type */
302
#define _CT_scanspacing 0x74
/* 116 - float - Spacing between scans (mm?) */
303
#define _CT_im_compress 0x78
/* 120 - short - Image compression type for allocation */
304
#define _CT_im_scouttype 0x7a
/* 122 - short - Scout Type (AP or lateral) */
305
#define _CT_loc_ras 0x7c
/* 124 - char[1] - RAS letter of image location */
306
#define _CT_loc 0x7e
/* 126 - float - Image location */
307
#define _CT_ctr_R 0x82
/* 130 - float - Center R coord of plane image */
308
#define _CT_ctr_A 0x86
/* 134 - float - Center A coord of plane image */
309
#define _CT_ctr_S 0x8a
/* 138 - float - Center S coord of plane image */
310
#define _CT_norm_R 0x8e
/* 142 - float - Normal R coord */
311
#define _CT_norm_A 0x92
/* 146 - float - Normal A coord */
312
#define _CT_norm_S 0x96
/* 150 - float - Normal S coord */
313
#define _CT_tlhc_R 0x9a
/* 154 - float - R Coord of Top Left Hand */
314
#define _CT_tlhc_A 0x9e
/* 158 - float - A Coord of Top Left Hand */
315
#define _CT_tlhc_S 0xa2
/* 162 - float - S Coord of Top Left Hand */
316
#define _CT_trhc_R 0xa6
/* 166 - float - R Coord of Top Right Hand */
317
#define _CT_trhc_A 0xaa
/* 170 - float - A Coord of Top Right Hand */
318
#define _CT_trhc_S 0xae
/* 174 - float - S Coord of Top Right Hand */
319
#define _CT_brhc_R 0xb2
/* 178 - float - R Coord of Bottom Right Hand */
320
#define _CT_brhc_A 0xb6
/* 182 - float - A Coord of Bottom Right Hand */
321
#define _CT_brhc_S 0xba
/* 186 - float - S Coord of Bottom Right Hand */
322
#define _CT_forimgrev 0xbe
/* 190 - char[4] - Foreign Image Revision */
323
#define _CT_sctstr 0xc2
/* 194 - float - Table Start Location */
324
#define _CT_sctend 0xc6
/* 198 - float - Table End Location */
325
#define _CT_tblspd 0xca
/* 202 - float - Table Speed (mm/sec) */
326
#define _CT_tblht 0xce
/* 206 - float - Table Height */
327
#define _CT_midstime 0xd2
/* 210 - float - Mid Scan Time */
328
#define _CT_midsflag 0xd6
/* 214 - short - MidScan flag - does midstime apply */
329
#define _CT_kvolt 0xd8
/* 216 - int - KVolt generator setting */
330
#define _CT_mamp 0xdc
/* 220 - int - MAmp generator setting */
331
#define _CT_gantilt 0xe0
/* 224 - float - Gantry Tilt (degrees) */
332
#define _CT_azimuth 0xe4
/* 228 - int - Degrees of Azimuth */
333
#define _CT_ganvel 0xe8
/* 232 - float - Gantry Velocity */
334
#define _CT_ganfilt 0xec
/* 236 - int - Gantry Filter Position */
335
#define _CT_trigon 0xf0
/* 240 - float - Trigger on Position */
336
#define _CT_degrot 0xf4
/* 244 - float - Degrees of rotation */
337
#define _CT_xrayon 0xf8
/* 248 - float - X-Ray On Position */
338
#define _CT_xrayoff 0xfc
/* 252 - float - X-Ray Off Position */
339
#define _CT_numtrig 0x100
/* 256 - int - Number of Triggers */
340
#define _CT_inviews 0x104
/* 260 - short - Total input views */
341
#define _CT_view1ang 0x106
/* 262 - float - Angle of first view */
342
#define _CT_trigfreq 0x10a
/* 266 - float - Trigger frequency */
343
#define _CT_trigsrc 0x10e
/* 270 - int - DAS trigger source */
344
#define _CT_fpagain 0x112
/* 274 - int - DAS fpa gain */
345
#define _CT_scanopmode 0x116
/* 278 - int - Scan Type */
346
#define _CT_outsrc 0x11a
/* 282 - int - DAS output source */
347
#define _CT_adin 0x11e
/* 286 - int - DAS ad input */
348
#define _CT_calmode 0x122
/* 290 - int - DAS cal mode */
349
#define _CT_calfreq 0x126
/* 294 - int - DAS cal frequency */
350
#define _CT_regxm 0x12a
/* 298 - int - DAS reg xm */
351
#define _CT_autozero 0x12e
/* 302 - int - DAS auto zero */
352
#define _CT_sfovtyp 0x132
/* 306 - short - Axial Type */
353
#define _CT_phantsize 0x134
/* 308 - short - Calibration phantom size */
354
#define _CT_phanttyp 0x136
/* 310 - short - Calibration phantom type */
355
#define _CT_filttyp 0x138
/* 312 - short - Calibration filter type */
356
#define _CT_reconalg 0x13a
/* 314 - short - Recon Algorithm */
357
#define _CT_perisflag 0x13c
/* 316 - short - Perstaltic flag */
358
#define _CT_iboneflag 0x13e
/* 318 - short - IterBone flag */
359
#define _CT_statflag 0x140
/* 320 - short - Stat Recon flag */
360
#define _CT_computetyp 0x142
/* 322 - short - Compute Type */
361
#define _CT_segnum 0x144
/* 324 - short - Segment Number */
362
#define _CT_segstotal 0x146
/* 326 - short - Total Number of Segments Requested */
363
#define _CT_isd 0x148
/* 328 - float - Inter scan delay (secs) */
364
#define _CT_sfovmm 0x14c
/* 332 - float - Scan field of view (mm) */
365
#define _CT_scannum 0x150
/* 336 - short - Scan Number */
366
#define _CT_viewstrtchan 0x152
/* 338 - short - Starting Channel of View */
367
#define _CT_viewcompfctr 0x154
/* 340 - short - View Compression Factor */
368
#define _CT_outviews 0x156
/* 342 - short - Total Output Views */
369
#define _CT_overranges 0x158
/* 344 - short - Number of Overranges */
370
#define _CT_totrefchan 0x15a
/* 346 - short - Total Number of Ref Channels */
371
#define _CT_scdatasize 0x15c
/* 348 - int - data size for scan data */
372
#define _CT_refchan1 0x160
/* 352 - short - z or q channel */
373
#define _CT_refchan2 0x162
/* 354 - short - Reference channel 1 */
374
#define _CT_refchan3 0x164
/* 356 - short - Reference channel 2 */
375
#define _CT_refchan4 0x166
/* 358 - short - Reference channel 3 */
376
#define _CT_refchan5 0x168
/* 360 - short - Reference channel 4 */
377
#define _CT_refchan6 0x16a
/* 362 - short - Reference channel 5 */
378
#define _CT_postproc 0x16c
/* 364 - short - Recon post processing flag */
379
#define _CT_xmpat 0x16e
/* 366 - int - DAS xm pattern */
380
#define _CT_rottyp 0x172
/* 370 - short - Prescribed rotation type */
381
#define _CT_rawdataflag 0x174
/* 372 - short - Save Raw Data Flag */
382
#define _CT_ct_scalefact 0x176
/* 374 - float - IBH Image scale factors */
383
#define _CT_ct_water_num 0x17a
/* 378 - short - CT Water Number */
384
#define _CT_ct_bone_num 0x17c
/* 380 - short - CT Bone Number */
385
#define _CT_bbh_coef1 0x17e
/* 382 - float - BBH coefficient 1 */
386
#define _CT_bbh_coef2 0x182
/* 386 - float - BBH coefficient 2 */
387
#define _CT_bbh_coef3 0x186
/* 390 - float - BBH coefficient 3 */
388
#define _CT_bbh_numblend 0x18a
/* 394 - short - Num of BBH channels to blend */
389
#define _CT_firstchan 0x18c
/* 396 - int - Starting channel */
390
#define _CT_numchan 0x190
/* 400 - int - Number of channels (1..512) */
391
#define _CT_chaninc 0x194
/* 404 - int - Increment between channels */
392
#define _CT_firstview 0x198
/* 408 - int - Starting view */
393
#define _CT_numview 0x19c
/* 412 - int - Number of views */
394
#define _CT_viewinc 0x1a0
/* 416 - int - Increment between views */
395
#define _CT_windowrange 0x1a4
/* 420 - int - Window Range (0..4095) */
396
#define _CT_scalemin 0x1a8
/* 424 - float - Scaling value of the image data */
397
#define _CT_scalemax 0x1ac
/* 428 - float - Scaling value of the image data */
398
#define _CT_datamod 0x1b0
/* 432 - int - Amount of processing that will be */
399
#define _CT_qcalfile 0x1b4
/* 436 - char[13] - Source of the qcal vectors */
400
#define _CT_calmodfile 0x1c1
/* 449 - char[13] - Source of the cal vectors */
401
#define _CT_wordsperview 0x1ce
/* 462 - short - Number of words per view */
402
#define _CT_rl_ras 0x1d0
/* 464 - char[1] - RAS letter for side of image */
403
#define _CT_ap_ras 0x1d1
/* 465 - char[1] - RAS letter for anterior/posterior */
404
#define _CT_sctstr_ras 0x1d2
/* 466 - char[1] - RAS letter for scout start loc */
405
#define _CT_sctend_ras 0x1d3
/* 467 - char[1] - RAS letter for scout end loc */
406
#define _CT_sct_anref 0x1d4
/* 468 - char[3] - Anatomical reference for scout */
407
#define _CT_pps_scalwin 0x1d8
/* 472 - short - PpScan window range for output Scaling */
408
#define _CT_pps_qcalflag 0x1da
/* 474 - short - PpScan Qcal modification flag */
409
#define _CT_pps_pcalflag 0x1dc
/* 476 - short - PpScan Pcal modification flag */
410
#define _CT_pps_thetafix 0x1de
/* 478 - short - PpScan Theta Fix (Angle Correction) */
411
#define _CT_pps_bhflag 0x1e0
/* 480 - short - PpScan Beam Hardening Flag */
412
#define _CT_spot_size 0x1e2
/* 482 - short - tube focal spot size */
413
#define _CT_spot_pos 0x1e4
/* 484 - short - tube focal spot position */
414
#define _CT_recondataset 0x1e6
/* 486 - short - Dependent on #views processed */
415
#define _CT_ndetcellsfov 0x1e8
/* 488 - short - Field of view in detector cells */
416
#define _CT_strtscantime 0x1ea
/* 490 - double - Start time(secs) of this scan */
417
#define _CT_gandir 0x1f2
/* 498 - short - Gantry Rotation Direction */
418
#define _CT_rotorspeed 0x1f4
/* 500 - short - Tube Rotor Speed */
419
#define _CT_trigmode 0x1f6
/* 502 - short - TGGC Trigger Mode */
420
#define _CT_sitilt 0x1f8
/* 504 - float - Rxd gantry tilt - not annotated */
421
#define _CT_targcen_R 0x1fc
/* 508 - float - R/L coordinate for target recon center */
422
#define _CT_targcen_A 0x200
/* 512 - float - A/P coordinate for target recon center */
423
#define _CT_backprojflag 0x204
/* 516 - short - Value of Back Projection button */
424
#define _CT_fatqestflag 0x206
/* 518 - short - Set if fatq estimates were used */
425
#define _CT_zavg 0x208
/* 520 - float - Z chan avg over views */
426
#define _CT_leftrefavg 0x20c
/* 524 - float - avg of left ref chans over */
427
#define _CT_leftrefmax 0x210
/* 528 - float - max left chan value over views */
428
#define _CT_rightrefavg 0x214
/* 532 - float - avg of right ref chans over */
429
#define _CT_rightrefmax 0x218
/* 536 - float - max right chan value over views */
430
#define _CT_im_alloc_key 0x21c
/* 540 - char[13] - */
431
#define _CT_im_lastmod 0x22a
/* 554 - int - Date/Time of Last Change */
432
#define _CT_im_verscre 0x22e
/* 558 - char[2] - Genesis Version - Created */
433
#define _CT_im_verscur 0x230
/* 560 - char[2] - Genesis Version - Now */
434
#define _CT_im_pds_a 0x232
/* 562 - int - PixelData size - as stored */
435
#define _CT_im_pds_c 0x236
/* 566 - int - PixelData size - Compressed */
436
#define _CT_im_pds_u 0x23a
/* 570 - int - PixelData size - UnCompressed */
437
#define _CT_im_checksum 0x23e
/* 574 - u_int - AcqRecon record checksum */
438
#define _CT_im_archived 0x242
/* 578 - int - Image Archive Flag */
439
#define _CT_im_complete 0x246
/* 582 - int - Image Complete Flag */
440
#define _CT_biop_pos 0x24a
/* 586 - short - Biopsy Position */
441
#define _CT_biop_tloc 0x24c
/* 588 - float - Biopsy T Location */
442
#define _CT_biop_refloc 0x250
/* 592 - float - Biopsy Ref Location */
443
#define _CT_ref_chan 0x254
/* 596 - short - Reference Channel Used */
444
#define _CT_bp_coef 0x256
/* 598 - float - Back Projector Coefficient */
445
#define _CT_psc 0x25a
/* 602 - short - Primary Speed Correction Used */
446
#define _CT_overrng_corr 0x25c
/* 604 - short - Overrange Correction Used */
447
#define _CT_dyn_z_alpha 0x25e
/* 606 - float - Dynamic Z Alpha Value */
448
#define _CT_ref_img 0x262
/* 610 - char[1] - Reference Image Field */
449
#define _CT_sum_img 0x263
/* 611 - char[1] - Summary Image Field */
450
#define _CT_img_window 0x264
/* 612 - u_short - Window Value */
451
#define _CT_img_level 0x266
/* 614 - short - Level Value */
452
#define _CT_slop_int_1 0x268
/* 616 - int - Integer Slop Field 1 */
453
#define _CT_slop_int_2 0x26c
/* 620 - int - Integer Slop Field 2 */
454
#define _CT_slop_int_3 0x270
/* 624 - int - Integer Slop Field 3 */
455
#define _CT_slop_int_4 0x274
/* 628 - int - Integer Slop Field 4 */
456
#define _CT_slop_int_5 0x278
/* 632 - int - Integer Slop Field 5 */
457
#define _CT_slop_float_1 0x27c
/* 636 - float - Float Slop Field 1 */
458
#define _CT_slop_float_2 0x280
/* 640 - float - Float Slop Field 2 */
459
#define _CT_slop_float_3 0x284
/* 644 - float - Float Slop Field 3 */
460
#define _CT_slop_float_4 0x288
/* 648 - float - Float Slop Field 4 */
461
#define _CT_slop_float_5 0x28c
/* 652 - float - Float Slop Field 5 */
462
#define _CT_slop_str_1 0x290
/* 656 - char[16] - String Slop Field 1 */
463
#define _CT_slop_str_2 0x2a0
/* 672 - char[16] - String Slop Field 2 */
464
#define _CT_deltastart 0x2b0
/* 688 - float - Delta Start Time */
465
#define _CT_maxOverrange 0x2b4
/* 692 - int - Max Overranges In A View */
466
#define _CT_avgOverrange 0x2b8
/* 696 - float - Avg Overranges All Views */
467
#define _CT_afterglow 0x2bc
/* 700 - short - Corrected Afterglow Terms */
468
#define _CT_z_blocked 0x2be
/* 702 - Unsign short - No Views z Channel Blocked */
469
#define _CT_ref1_blocked 0x2c0
/* 704 - Unsign short - No Views Ref1 Channel Blocked */
470
#define _CT_ref2_blocked 0x2c2
/* 706 - Unsign short - No Views Ref2 Channel Blocked */
471
#define _CT_ref3_blocked 0x2c4
/* 708 - Unsign short - No Views Ref3 Channel Blocked */
472
#define _CT_ref4_blocked 0x2c6
/* 710 - Unsign short - No Views Ref4 Channel Blocked */
473
#define _CT_ref5_blocked 0x2c8
/* 712 - Unsign short - No Views Ref5 Channel Blocked */
474
#define _CT_integrity 0x2ca
/* 714 - short - GE Image Integrity */
475
#define _CT_pitchRatio 0x2cc
/* 716 - char[8] - Scan Pitch Ratio */
476
#define _CT_image_uid 0x2d4
/* 724 - char[32] - Image Unique ID */
477
#define _CT_sop_uid 0x2f4
/* 756 - char[32] - Service Obj Class Unique ID */
478
#define _CT_xraydelay 0x314
/* 788 - float - Start Scan To Xray On Delay */
479
#define _CT_xrayduration 0x318
/* 792 - float - Duration Of Xray On */
480
#define _CT_ct_padding 0x32c
/* 812 - char[223] - Spare Space */
481
#define _CT_CTIMAGEDATATYPE 0x3fc
/* 1020 - sizeof - sizeof CTIMAGEDATATYPE */
482
483
/* MRIMAGEDATATYPE definitions */
484
485
#define _MR_im_suid 0x0
/* 0 - char[4] - Suite id for this image */
486
#define _MR_im_uniq 0x4
/* 4 - short - The Make-Unique Flag */
487
#define _MR_im_diskid 0x6
/* 6 - char[1] - Disk ID for this Image */
488
#define _MR_im_exno 0x8
/* 8 - u_short - Exam number for this image */
489
#define _MR_im_seno 0xa
/* 10 - short - Series Number for this image */
490
#define _MR_im_no 0xc
/* 12 - short - Image Number */
491
#define _MR_im_datetime 0xe
/* 14 - int - Allocation Image date/time stamp */
492
#define _MR_im_actual_dt 0x12
/* 18 - int - Actual Image date/time stamp */
493
#define _MR_sctime 0x16
/* 22 - float - Duration of scan (secs) */
494
#define _MR_slthick 0x1a
/* 26 - float - Slice Thickness (mm) */
495
#define _MR_imatrix_X 0x1e
/* 30 - short - Image matrix size - X */
496
#define _MR_imatrix_Y 0x20
/* 32 - short - Image matrix size - Y */
497
#define _MR_dfov 0x22
/* 34 - float - Display field of view - X (mm) */
498
#define _MR_dfov_rect 0x26
/* 38 - float - Display field of view - Y (if different) */
499
#define _MR_dim_X 0x2a
/* 42 - float - Image dimension - X */
500
#define _MR_dim_Y 0x2e
/* 46 - float - Image dimension - Y */
501
#define _MR_pixsize_X 0x32
/* 50 - float - Image pixel size - X */
502
#define _MR_pixsize_Y 0x36
/* 54 - float - Image pixel size - Y */
503
#define _MR_pdid 0x3a
/* 58 - char[14] - Pixel Data ID */
504
#define _MR_contrastIV 0x48
/* 72 - char[17] - IV Contrast Agent */
505
#define _MR_contrastOral 0x59
/* 89 - char[17] - Oral Contrast Agent */
506
#define _MR_contmode 0x6a
/* 106 - short - Image Contrast Mode */
507
#define _MR_serrx 0x6c
/* 108 - short - Series from which prescribed */
508
#define _MR_imgrx 0x6e
/* 110 - short - Image from which prescribed */
509
#define _MR_screenformat 0x70
/* 112 - short - Screen Format(8/16 bit) */
510
#define _MR_plane 0x72
/* 114 - short - Plane Type */
511
#define _MR_scanspacing 0x74
/* 116 - float - Spacing between scans (mm?) */
512
#define _MR_im_compress 0x78
/* 120 - short - Image compression type for allocation */
513
#define _MR_im_scouttype 0x7a
/* 122 - short - Scout Type (AP or lateral) */
514
#define _MR_loc_ras 0x7c
/* 124 - char[] - RAS letter of image location */
515
#define _MR_loc 0x7e
/* 126 - float - Image location */
516
#define _MR_ctr_R 0x82
/* 130 - float - Center R coord of plane image */
517
#define _MR_ctr_A 0x86
/* 134 - float - Center A coord of plane image */
518
#define _MR_ctr_S 0x8a
/* 138 - float - Center S coord of plane image */
519
#define _MR_norm_R 0x8e
/* 142 - float - Normal R coord */
520
#define _MR_norm_A 0x92
/* 146 - float - Normal A coord */
521
#define _MR_norm_S 0x96
/* 150 - float - Normal S coord */
522
#define _MR_tlhc_R 0x9a
/* 154 - float - R Coord of Top Left Hand Corner */
523
#define _MR_tlhc_A 0x9e
/* 158 - float - A Coord of Top Left Hand Corner */
524
#define _MR_tlhc_S 0xa2
/* 162 - float - S Coord of Top Left Hand Corner */
525
#define _MR_trhc_R 0xa6
/* 166 - float - R Coord of Top Right Hand Corner */
526
#define _MR_trhc_A 0xaa
/* 170 - float - A Coord of Top Right Hand Corner */
527
#define _MR_trhc_S 0xae
/* 174 - float - S Coord of Top Right Hand Corner */
528
#define _MR_brhc_R 0xb2
/* 178 - float - R Coord of Bottom Right Hand Corner */
529
#define _MR_brhc_A 0xb6
/* 182 - float - A Coord of Bottom Right Hand Corner */
530
#define _MR_brhc_S 0xba
/* 186 - float - S Coord of Bottom Right Hand Corner */
531
#define _MR_forimgrev 0xbe
/* 190 - char[4] - Foreign Image Revision */
532
#define _MR_tr 0xc2
/* 194 - int - Pulse repetition time(usec) */
533
#define _MR_ti 0xc6
/* 198 - int - Pulse inversion time(usec) */
534
#define _MR_te 0xca
/* 202 - int - Pulse echo time(usec) */
535
#define _MR_te2 0xce
/* 206 - int - Second echo echo (usec) */
536
#define _MR_numecho 0xd2
/* 210 - short - Number of echoes */
537
#define _MR_echonum 0xd4
/* 212 - short - Echo Number */
538
#define _MR_tbldlta 0xd6
/* 214 - float - Table Delta */
539
#define _MR_nex 0xda
/* 218 - float - Number of Excitations */
540
#define _MR_contig 0xde
/* 222 - short - Continuous Slices Flag */
541
#define _MR_hrtrate 0xe0
/* 224 - short - Cardiac Heart Rate (bpm) */
542
#define _MR_tdel 0xe2
/* 226 - int - Delay time after trigger (msec) */
543
#define _MR_saravg 0xe6
/* 230 - float - Average SAR */
544
#define _MR_sarpeak 0xea
/* 234 - float - Peak SAR */
545
#define _MR_monsar 0xee
/* 238 - short - Monitor SAR flag */
546
#define _MR_trgwindow 0xf0
/* 240 - short - Trigger window (% of R-R interval) */
547
#define _MR_reptime 0xf2
/* 242 - float - Cardiac repetition time */
548
#define _MR_imgpcyc 0xf6
/* 246 - short - Images per cardiac cycle */
549
#define _MR_xmtgain 0xf8
/* 248 - short - Actual Transmit Gain (.1 db) */
550
#define _MR_rcvgain1 0xfa
/* 250 - short - Actual Receive Gain Analog (.1 db) */
551
#define _MR_rcvgain2 0xfc
/* 252 - short - Actual Receive Gain Digital (.1 db) */
552
#define _MR_mr_flip 0xfe
/* 254 - short - Flip Angle for GRASS scans (deg.) */
553
#define _MR_mindat 0x100
/* 256 - int - Minimum Delay after Trigger (uSec) */
554
#define _MR_cphase 0x104
/* 260 - short - Total Cardiac Phase prescribed */
555
#define _MR_swappf 0x106
/* 262 - short - Swap Phase/Frequency Axis */
556
#define _MR_pauseint 0x108
/* 264 - short - Pause Interval (slices) */
557
#define _MR_pausetime 0x10a
/* 266 - float - Pause Time */
558
#define _MR_obplane 0x10e
/* 270 - int - Oblique Plane */
559
#define _MR_slocfov 0x112
/* 274 - int - Slice Offsets on Freq axis */
560
#define _MR_xmtfreq 0x116
/* 278 - int - Center Frequency (0.1 Hz) */
561
#define _MR_autoxmtfreq 0x11a
/* 282 - int - Auto Center Frequency (0.1 Hz) */
562
#define _MR_autoxmtgain 0x11e
/* 286 - short - Auto Transmit Gain (0.1 dB) */
563
#define _MR_prescan_r1 0x120
/* 288 - short - PreScan R1 - Analog */
564
#define _MR_prescan_r2 0x122
/* 290 - short - PreScan R2 - Digital */
565
#define _MR_user_bitmap 0x124
/* 292 - int - Bitmap defining user CVs */
566
#define _MR_cenfreq 0x128
/* 296 - short - Center Frequency Method */
567
#define _MR_imode 0x12a
/* 298 - short - Imaging Mode */
568
#define _MR_iopt 0x12c
/* 300 - int - Imaging Options */
569
#define _MR_pseq 0x130
/* 304 - short - Pulse Sequence */
570
#define _MR_pseqmode 0x132
/* 306 - short - Pulse Sequence Mode */
571
#define _MR_psdname 0x134
/* 308 - char[33] - Pulse Sequence Name */
572
#define _MR_psd_datetime 0x156
/* 342 - int - PSD Creation Date and Time */
573
#define _MR_psd_iname 0x15a
/* 346 - char[13] - PSD name from inside PSD */
574
#define _MR_ctyp 0x168
/* 360 - short - Coil Type */
575
#define _MR_cname 0x16a
/* 362 - char[17] - Coil Name */
576
#define _MR_surfctyp 0x17c
/* 380 - short - Surface Coil Type */
577
#define _MR_surfcext 0x17e
/* 382 - short - Extremity Coil Flag */
578
#define _MR_rawrunnum 0x180
/* 384 - int - RawData Run Number */
579
#define _MR_cal_fldstr 0x184
/* 388 - u_int - Calibrated Field Strength (x10 uGauss) */
580
#define _MR_supp_tech 0x188
/* 392 - short - SAT fat/water/none */
581
#define _MR_vbw 0x18a
/* 394 - float - Variable Bandwidth (Hz) */
582
#define _MR_slquant 0x18e
/* 398 - short - Number of slices in this scan group */
583
#define _MR_gpre 0x190
/* 400 - short - Graphically prescribed */
584
#define _MR_intr_del 0x192
/* 402 - int - Interimage/interloc delay (uSec) */
585
#define _MR_user0 0x196
/* 406 - float - User Variable 0 */
586
#define _MR_user1 0x19a
/* 410 - float - User Variable 1 */
587
#define _MR_user2 0x19e
/* 414 - float - User Variable 2 */
588
#define _MR_user3 0x1a2
/* 418 - float - User Variable 3 */
589
#define _MR_user4 0x1a6
/* 422 - float - User Variable 4 */
590
#define _MR_user5 0x1aa
/* 426 - float - User Variable 5 */
591
#define _MR_user6 0x1ae
/* 430 - float - User Variable 6 */
592
#define _MR_user7 0x1b2
/* 434 - float - User Variable 7 */
593
#define _MR_user8 0x1b6
/* 438 - float - User Variable 8 */
594
#define _MR_user9 0x1ba
/* 442 - float - User Variable 9 */
595
#define _MR_user10 0x1be
/* 446 - float - User Variable 10 */
596
#define _MR_user11 0x1c2
/* 450 - float - User Variable 11 */
597
#define _MR_user12 0x1c6
/* 454 - float - User Variable 12 */
598
#define _MR_user13 0x1ca
/* 458 - float - User Variable 13 */
599
#define _MR_user14 0x1ce
/* 462 - float - User Variable 14 */
600
#define _MR_user15 0x1d2
/* 466 - float - User Variable 15 */
601
#define _MR_user16 0x1d6
/* 470 - float - User Variable 16 */
602
#define _MR_user17 0x1da
/* 474 - float - User Variable 17 */
603
#define _MR_user18 0x1de
/* 478 - float - User Variable 18 */
604
#define _MR_user19 0x1e2
/* 482 - float - User Variable 19 */
605
#define _MR_user20 0x1e6
/* 486 - float - User Variable 20 */
606
#define _MR_user21 0x1ea
/* 490 - float - User Variable 21 */
607
#define _MR_user22 0x1ee
/* 494 - float - User Variable 22 */
608
#define _MR_user23 0x1f2
/* 498 - float - Projection Angle */
609
#define _MR_user24 0x1f6
/* 502 - float - Concat Sat Type Flag */
610
#define _MR_im_alloc_key 0x1fa
/* 506 - char[13] - */
611
#define _MR_im_lastmod 0x208
/* 520 - int - Date/Time of Last Change */
612
#define _MR_im_verscre 0x20c
/* 524 - char[2] - Genesis Version - Created */
613
#define _MR_im_verscur 0x20e
/* 526 - char[2] - Genesis Version - Now */
614
#define _MR_im_pds_a 0x210
/* 528 - int - PixelData size - as stored */
615
#define _MR_im_pds_c 0x214
/* 532 - int - PixelData size - Compressed */
616
#define _MR_im_pds_u 0x218
/* 536 - int - PixelData size - UnCompressed */
617
#define _MR_im_checksum 0x21c
/* 540 - u_int - AcqRecon record checksum */
618
#define _MR_im_archived 0x220
/* 544 - int - Image Archive Flag */
619
#define _MR_im_complete 0x224
/* 548 - int - Image Complete Flag */
620
#define _MR_satbits 0x228
/* 552 - short - Bitmap of SAT selections */
621
#define _MR_scic 0x22a
/* 554 - short - Surface Coil Intensity Correction Flag */
622
#define _MR_satxloc1 0x22c
/* 556 - short - R-side SAT pulse loc rel to lndmrk */
623
#define _MR_satxloc2 0x22e
/* 558 - short - L-side SAT pulse loc rel to lndmrk */
624
#define _MR_satyloc1 0x230
/* 560 - short - A-side SAT pulse loc rel to lndmrk */
625
#define _MR_satyloc2 0x232
/* 562 - short - P-side SAT pulse loc rel to lndmrk */
626
#define _MR_satzloc1 0x234
/* 564 - short - S-side SAT pulse loc rel to lndmrk */
627
#define _MR_satzloc2 0x236
/* 566 - short - I-side SAT pulse loc rel to lndmrk */
628
#define _MR_satxthick 0x238
/* 568 - short - Thickness of X-axis SAT pulse */
629
#define _MR_satythick 0x23a
/* 570 - short - Thickness of Y-axis SAT pulse */
630
#define _MR_satzthick 0x23c
/* 572 - short - Thickness of Z-axis SAT pulse */
631
#define _MR_flax 0x23e
/* 574 - short - Phase contrast flow axis */
632
#define _MR_venc 0x240
/* 576 - short - Phase contrast velocity encoding */
633
#define _MR_thk_disclmr 0x242
/* 578 - short - Slice Thickness */
634
#define _MR_ps_flag 0x244
/* 580 - short - Auto/Manual Prescan flag */
635
#define _MR_ps_status 0x246
/* 582 - short - Bitmap of changed values */
636
#define _MR_image_type 0x248
/* 584 - short - Magnitude, Phase, Imaginary, or Real */
637
#define _MR_vas_collapse 0x24a
/* 586 - short - Collapse Image */
638
#define _MR_user23n 0x24c
/* 588 - float - User Variable 23 */
639
#define _MR_user24n 0x250
/* 592 - float - User Variable 24 */
640
#define _MR_proj_alg 0x254
/* 596 - short - Projection Algorithm */
641
#define _MR_proj_name 0x256
/* 598 - char[13] - Projection Algorithm Name */
642
#define _MR_x_axis_rot 0x264
/* 612 - float - X Axis Rotation */
643
#define _MR_y_axis_rot 0x268
/* 616 - float - Y Axis Rotation */
644
#define _MR_z_axis_rot 0x26c
/* 620 - float - Z Axis Rotation */
645
#define _MR_thresh_min1 0x270
/* 624 - int - Lower Range of Pixels 1 */
646
#define _MR_thresh_max1 0x274
/* 628 - int - Upper Range of Pixels 1 */
647
#define _MR_thresh_min2 0x278
/* 632 - int - Lower Range of Pixels 2 */
648
#define _MR_thresh_max2 0x27c
/* 636 - int - Upper Range of Pixels 2 */
649
#define _MR_echo_trn_len 0x280
/* 640 - short - Echo Train Length for Fast Spin Echo */
650
#define _MR_frac_echo 0x282
/* 642 - short - Fractional Echo - Effective TE Flag */
651
#define _MR_prep_pulse 0x284
/* 644 - short - Preporatory Pulse Option */
652
#define _MR_cphasenum 0x286
/* 646 - short - Cardiac Phase Number */
653
#define _MR_var_echo 0x288
/* 648 - short - Variable Echo Flag */
654
#define _MR_ref_img 0x28a
/* 650 - char[1] - Reference Image Field */
655
#define _MR_sum_img 0x28b
/* 651 - char[1] - Summary Image Field */
656
#define _MR_img_window 0x28c
/* 652 - u_short - Window Value */
657
#define _MR_img_level 0x28e
/* 654 - short - Level Value */
658
#define _MR_slop_int_1 0x290
/* 656 - int - Integer Slop Field 1 */
659
#define _MR_slop_int_2 0x294
/* 660 - int - Integer Slop Field 2 */
660
#define _MR_slop_int_3 0x298
/* 664 - int - Integer Slop Field 3 */
661
#define _MR_slop_int_4 0x29c
/* 668 - int - Integer Slop Field 4 */
662
#define _MR_slop_int_5 0x2a0
/* 672 - int - Integer Slop Field 5 */
663
#define _MR_slop_float_1 0x2a4
/* 676 - float - Float Slop Field 1 */
664
#define _MR_slop_float_2 0x2a8
/* 680 - float - Float Slop Field 2 */
665
#define _MR_slop_float_3 0x2ac
/* 684 - float - Float Slop Field 3 */
666
#define _MR_slop_float_4 0x2b0
/* 688 - float - Float Slop Field 4 */
667
#define _MR_slop_float_5 0x2b4
/* 692 - float - Float Slop Field 5 */
668
#define _MR_slop_str_1 0x2b8
/* 696 - char[16] - String Slop Field 1 */
669
#define _MR_slop_str_2 0x2c8
/* 712 - char[16] - String Slop Field 2 */
670
#define _MR_scanactno 0x2d8
/* 728 - short - Scan Acquisition Number */
671
#define _MR_vasflags 0x2da
/* 730 - short - Magnitude Weighting Flag */
672
#define _MR_vencscale 0x2dc
/* 732 - float - Scale Weighted Venc */
673
#define _MR_integrity 0x2e0
/* 736 - short - GE Image Integrity */
674
#define _MR_fphase 0x2e2
/* 738 - int - Number Of Phases */
675
#define _MR_freq_dir 0x2e6
/* 742 - short - Frequency Direction */
676
#define _MR_vas_mode 0x2e8
/* 744 - short - Vascular Mode */
677
#define _MR_image_uid 0x2ea
/* 746 - char[32] - Image Unique ID */
678
#define _MR_sop_uid 0x30a
/* 778 - char[32] - Service Obj Class Unique ID */
679
#define _MR_mr_padding 0x35a
/* 858 - char[212] - Spare Space */
680
#define _MR_MRIMAGEDATATYPE 0x3fe
/* 1022 - sizeof - sizeof MRIMAGEDATATYPE */
681
682
683
#endif //_IF_OFFSETS_H_
aims
io
ge_imageFileOffsets.h
Generated by
1.8.13
1.8.13