MNE-CPP  0.1.9
A Framework for Electrophysiology
fiff_types_mne-c.h
1 /*
2  * Copyright (c) 2001-2008 Elekta Neuromag Oy
3  *
4  * No part of this program may be photocopied, reproduced,
5  * or translated to another program language without the
6  * prior written consent of the author.
7  *
8  *
9  * $Id: fiff_types.h 2696 2009-05-23 18:47:52Z msh $
10  *
11  * Revision 1.17 2008/04/15 10:59:42 mjk
12  * Defines to compile on Apple.
13  *
14  * Revision 1.16 2008/01/25 08:25:05 jne
15  * added FIFFV_COIL_CTF_GRAD
16  *
17  * Revision 1.15 2007/02/28 08:25:01 jne
18  * Some cleaning of comments
19  *
20  * Revision 1.14 2007/01/09 12:41:40 jne
21  * new structs fiffEventBitsRec, fiffHpiCoilRec, fiffHpiSubsysRec
22  * new defs FIFFV_XFIT_MAP_SURF_SENSORS, FIFFV_XFIT_MAP_SURF_HEAD, FIFFV_XFIT_MAP_SURF_SPHERE
23  *
24  * Revision 1.13 2006/05/22 11:24:24 11:24:24 jne (Jukka Nenonen)
25  * Added fiffSparseMatrixRec (equivalence fiff_sparse_matrix_t)
26  * Added FIFFV_QUAT_CH0...7, FIFFV_ESTIM_ERROR_CH, FIFFV_HEAD_MOVEMENT_CH
27  *
28  * Revision 1.12 2005/11/03 14:27:40 skesti
29  * Renumbered candela
30  *
31  * Revision 1.11 2005/07/01 09:11:03 09:11:03 skesti (Sami Kesti)
32  * Check in mjk changes
33  *
34  * Revision 1.10 2004/05/18 11:52:42 mjk
35  * Added some Doxygen tags.
36  *
37  * Revision 1.9 2003/10/23 08:38:05 mjk
38  * Fixed headers to work on Lynxos.
39  *
40  * Revision 1.8 2003/06/27 14:52:29 mjk
41  * Fixed header problem in linux.
42  *
43  * Revision 1.7 2003/01/23 15:25:55 mjk
44  * Fixed FIFFC_DATA_OFFSET and some comments having FIFF_ instead of FIFFV_.
45  *
46  * Revision 1.6 2002/12/18 15:36:45 mjk
47  * Added extractable comments.
48  *
49  * Revision 1.5 2002/08/23 22:47:40 22:47:40 mjk (Matti Kajola)
50  * Rev 1.5.1
51  *
52  * Revision 1.4 2002/08/19 11:56:42 11:56:42 mjk (Matti Kajola)
53  * Librev 1.5.0
54  *
55  * Revision 1.3 2001/09/18 09:36:25 09:36:25 mjk (Matti Kajola)
56  * Trying to close 1.4.0.
57  *
58  *----------------------------------------------------------------------*/
71 #ifndef _fiff_types_h
72 #define _fiff_types_h
73 
74 #include <stdio.h>
75 #include <sys/types.h>
76 
77 #define FIFFC_FAIL -1
78 #define FIFFC_OK 0
79 
80 #define FIFFV_TRUE 1
81 #define FIFFV_FALSE 0
82 
83 /* Compatibility definitions */
84 
85 #define FIFF_FAIL -1
86 #define FIFF_OK 0
87 
88 /* We need to define in objects of known size! */
89 /* Unfortunetely there seems to be no consensus among */
90 /* different operating systems how to do this. */
91 
92 #if defined(__linux) || defined(__Lynx__) || defined(__APPLE__)
93 #include <stdint.h>
94 #endif
95 #if defined(HPRT)
96 typedef int int32_t;
97 typedef short int16_t;
98 typedef unsigned short uint16_t;
99 #endif
100 #if defined(WIN32)
101 typedef __int32 int32_t;
102 typedef __int16 int16_t;
103 typedef unsigned __int16 uint16_t;
104 #endif
105 
106 //=============================================================================================================
107 // QT INCLUDES
108 //=============================================================================================================
109 
110 #include <qglobal.h>
111 
112 //=============================================================================================================
113 // DEFINE NAMESPACE FIFFLIB
114 //=============================================================================================================
115 
116 namespace FIFFLIB
117 {
118 
119 //=============================================================================================================
120 // TYPEDEFS Primitive building blocks:
121 //=============================================================================================================
122 
123 typedef unsigned char fiff_byte_t;
124 typedef char fiff_char_t;
125 typedef qint16 fiff_short_t;
126 typedef quint16 fiff_ushort_t;
127 typedef qint32 fiff_int_t;
128 typedef quint32 fiff_uint_t;
129 typedef qint64 fiff_long_t;
130 typedef quint64 fiff_ulong_t;
131 typedef float fiff_float_t;
132 typedef double fiff_double_t;
133 typedef quint16 fiff_dau_pack13_t;
134 typedef quint16 fiff_dau_pack14_t;
135 typedef qint16 fiff_dau_pack16_t;
136 typedef qint64 fiff_julian_t;
137 typedef char fiff_data_t; //unsig char instead of void -> avoid void in C++ cause of its undefined behaviour using delete -> this can happen during lots of casting
138 
139 /*----------------------------------------------------------------------
140  *
141  * Primitive building blocks:
142  *
143  *---------------------------------------------------------------------*/
144 
145 /*----------------------------------------------------------------------
146  *
147  * Structured types
148  *
149  *---------------------------------------------------------------------*/
150 
157 typedef struct _fiffTagRec {
158  fiff_int_t kind;
160  fiff_int_t type;
162  fiff_int_t size;
165  fiff_int_t next;
169  fiff_data_t *data;
171 } *fiffTag,fiffTagRec;
173 #define FIFFV_NEXT_SEQ 0
174 #define FIFFV_NEXT_NONE -1
175 
176 #define FIFFC_TAG_INFO_SIZE (sizeof(fiffTagRec) - sizeof(fiff_data_t *))
177 #define FIFFC_DATA_OFFSET FIFFC_TAG_INFO_SIZE
178 #define FIFFM_TAG_INFO(x) &((x)->kind)
179 
182 typedef struct _fiffTimeRec {
183  fiff_int_t secs;
184  fiff_int_t usecs;
185 } *fiffTime, fiffTimeRec;
189 typedef struct _fiffDigStringRec {
190  fiff_int_t kind;
191  fiff_int_t ident;
192  fiff_int_t np;
193  fiff_float_t **rr;
197 
200 typedef struct _fiff_event_bits {
201  fiff_int_t from_mask;
202  fiff_int_t from_state;
203  fiff_int_t to_mask;
204  fiff_int_t to_state;
206 
214 typedef struct _fiffIdRec {
215  fiff_int_t version;
216  fiff_int_t machid[2];
218 } *fiffId,fiffIdRec;
220 typedef fiffIdRec fiff_id_t;
221 
222 #define FIFFV_MAGN_CH 1
223 #define FIFFV_EL_CH 2
224 #define FIFFV_MEG_CH FIFFV_MAGN_CH
225 #define FIFFV_MCG_CH 201
226 #define FIFFV_EEG_CH FIFFV_EL_CH
227 #define FIFFV_STIM_CH 3
228 
229 #define FIFFV_EOG_CH 202
230 #define FIFFV_EMG_CH 302
231 #define FIFFV_ECG_CH 402
232 #define FIFFV_MISC_CH 502
233 #define FIFFV_RESP_CH 602 /* Respiration monitoring */
234 /*
235  * Quaternion channels for head position monitoring
236  */
237 #define FIFFV_QUAT_0 700 /* Quaternion parameter q0; obsolete for unit quaternion */
238 #define FIFFV_QUAT_1 701 /* Quaternion parameter q1; rotation */
239 #define FIFFV_QUAT_2 702 /* Quaternion parameter q2; rotation */
240 #define FIFFV_QUAT_3 703 /* Quaternion parameter q3; rotation */
241 #define FIFFV_QUAT_4 704 /* Quaternion parameter q4; translation */
242 #define FIFFV_QUAT_5 705 /* Quaternion parameter q5; translation */
243 #define FIFFV_QUAT_6 706 /* Quaternion parameter q6; translation */
244 #define FIFFV_HPI_G 707 /* Goodness-of-fit in continuous hpi */
245 #define FIFFV_HPI_ERR 708 /* Estimation error in continuous hpi */
246 #define FIFFV_HPI_MOV 709 /* Estimated head movement speed in continuous hpi */
247 
248 #define FIFFM_QUAT_CH(X) ((X >= FIFFV_QUAT_0) && (X <= FIFFV_HPI_MOV)) /* Check for a quaternion channel */
249 
250 #define FIFFV_DIPOLE_WAVE_CH 1000 /* Dipole time curve */
251 #define FIFFV_GOODNESS_FIT_CH 1001 /* Goodness of fit */
252 
255 typedef struct _fiffChPosRec {
256  fiff_int_t coil_type;
257  fiff_float_t r0[3];
258  fiff_float_t ex[3];
259  fiff_float_t ey[3];
260  fiff_float_t ez[3];
264 
265 /*
266  * Coil types
267  */
268 
269 /* \def FIFFV_COIL_NONE */
270 
271 #define FIFFV_COIL_NONE 0
272 #define FIFFV_COIL_EEG 1
273 #define FIFFV_COIL_NM_122 2
274 #define FIFFV_COIL_NM_24 3
275 #define FIFFV_COIL_NM_MCG_AXIAL 4
276 #define FIFFV_COIL_EEG_BIPOLAR 5
278 #define FIFFV_COIL_DIPOLE 200
281 #define FIFFV_COIL_MCG_42 1000
283 #define FIFFV_COIL_POINT_MAGNETOMETER 2000
284 #define FIFFV_COIL_AXIAL_GRAD_5CM 2001
286 #define FIFFV_COIL_VV_PLANAR_W 3011
287 #define FIFFV_COIL_VV_PLANAR_T1 3012
288 #define FIFFV_COIL_VV_PLANAR_T2 3013
289 #define FIFFV_COIL_VV_PLANAR_T3 3014
290 #define FIFFV_COIL_VV_MAG_W 3021
291 #define FIFFV_COIL_VV_MAG_T1 3022
292 #define FIFFV_COIL_VV_MAG_T2 3023
293 #define FIFFV_COIL_VV_MAG_T3 3024
295 #define FIFFV_COIL_MAGNES_MAG 4001
296 #define FIFFV_COIL_MAGNES_GRAD 4002
297 #define FIFFV_COIL_CTF_GRAD 5001
299 #define FIFFM_IS_VV_COIL(c) ((c)/1000 == 3)
300 
303 //typedef struct _fiffChInfoRec {
304 // fiff_int_t scanNo; /**< Scanning order number. */
305 // fiff_int_t logNo; /**< Logical channel #. */
306 // fiff_int_t kind; /**< Kind of channel. */
307 // fiff_float_t range; /**< Voltmeter range (-1 = auto ranging). */
308 // fiff_float_t cal; /**< Calibration from volts to units used. */
309 // fiff_ch_pos_t chpos; /**< Channel location. */
310 // fiff_int_t unit; /**< Unit of measurement. */
311 // fiff_int_t unit_mul; /**< Unit multiplier exponent. */
312 // fiff_char_t ch_name[16]; /**< Descriptive name for the channel. */
313 //} fiffChInfoRec,*fiffChInfo; /**< Description of one channel. */
314 
316 //typedef fiffChInfoRec fiff_ch_info_t;
317 
318 #define FIFFM_CHPOS(x) &((x)->chpos)
319 
320 /*
321  * Units of measurement
322  */
323 
324 #define FIFF_UNIT_NONE -1
325 /*
326  * 1. SI base units
327  */
328 #define FIFF_UNIT_M 1
329 #define FIFF_UNIT_KG 2
330 #define FIFF_UNIT_SEC 3
331 #define FIFF_UNIT_A 4
332 #define FIFF_UNIT_K 5
333 #define FIFF_UNIT_MOL 6
334 /*
335  * 2. SI Supplementary units
336  */
337 #define FIFF_UNIT_RAD 7
338 #define FIFF_UNIT_SR 8
339 /*
340  * 1. SI base candela
341  */
342 #define FIFF_UNIT_CD 9
343 /*
344  * 3. SI derived units
345  */
346 #define FIFF_UNIT_HZ 101
347 #define FIFF_UNIT_N 102
348 #define FIFF_UNIT_PA 103
349 #define FIFF_UNIT_J 104
350 #define FIFF_UNIT_W 105
351 #define FIFF_UNIT_C 106
352 #define FIFF_UNIT_V 107
353 #define FIFF_UNIT_F 108
354 #define FIFF_UNIT_OHM 109
355 #define FIFF_UNIT_MHO 110
356 #define FIFF_UNIT_WB 111
357 #define FIFF_UNIT_T 112
358 #define FIFF_UNIT_H 113
359 #define FIFF_UNIT_CEL 114
360 #define FIFF_UNIT_LM 115
361 #define FIFF_UNIT_LX 116
362 /*
363  * 4. Others we need
364  */
365 #define FIFF_UNIT_T_M 201 /* T/m */
366 #define FIFF_UNIT_AM 202 /* Am */
367 /*
368  * 5. Multipliers
369  */
370 #define FIFF_UNITM_E 18
371 #define FIFF_UNITM_PET 15
372 #define FIFF_UNITM_T 12
373 #define FIFF_UNITM_MEG 6
374 #define FIFF_UNITM_K 3
375 #define FIFF_UNITM_H 2
376 #define FIFF_UNITM_DA 1
377 #define FIFF_UNITM_NONE 0
378 #define FIFF_UNITM_D -1
379 #define FIFF_UNITM_C -2
380 #define FIFF_UNITM_M -3
381 #define FIFF_UNITM_MU -6
382 #define FIFF_UNITM_N -9
383 #define FIFF_UNITM_P -12
384 #define FIFF_UNITM_F -15
385 #define FIFF_UNITM_A -18
386 
389 typedef struct _fiffDirEntryRec {
390  fiff_int_t kind;
391  fiff_int_t type;
392  fiff_int_t size;
393  fiff_int_t pos;
401 
404 typedef struct _fiffDigPointRec {
405  fiff_int_t kind;
408  fiff_int_t ident;
409  fiff_float_t r[3];
416 
417 #define FIFFV_POINT_CARDINAL 1
418 #define FIFFV_POINT_HPI 2
419 #define FIFFV_POINT_EEG 3
420 #define FIFFV_POINT_ECG FIFF_POINT_EEG
421 #define FIFFV_POINT_EXTRA 4
422 
423 #define FIFFV_POINT_LPA 1
424 #define FIFFV_POINT_NASION 2
425 #define FIFFV_POINT_RPA 3
426 /*
427  * These are the cardinal points for MCG data
428  * Left and right are supposed to be located below the sternum point
429  */
430 #define FIFFV_POINT_CHEST_LEFT 1
431 #define FIFFV_POINT_CHEST_STERNUM 2
432 #define FIFFV_POINT_CHEST_RIGHT 3
433 
436 typedef struct _fiffCoordTransRec {
437  fiff_int_t from;
438  fiff_int_t to;
439  fiff_float_t rot[3][3];
440  fiff_float_t move[3];
441  fiff_float_t invrot[3][3];
442  fiff_float_t invmove[3];
446 
447 #define FIFFV_COORD_UNKNOWN 0
448 #define FIFFV_COORD_DEVICE 1
449 #define FIFFV_COORD_ISOTRAK 2
450 #define FIFFV_COORD_HPI 3
451 #define FIFFV_COORD_HEAD 4
452 #define FIFFV_COORD_MRI 5
453 #define FIFFV_COORD_MRI_SLICE 6
454 #define FIFFV_COORD_MRI_DISPLAY 7
455 #define FIFFV_COORD_XRAY FIFF_COORD_MRI
456 #define FIFFV_COORD_XRAY_SLICE FIFF_COORD_MRI_SLICE
457 #define FIFFV_COORD_CT FIFF_COORD_MRI
458 #define FIFFV_COORD_CT_SLICE FIFF_COORD_MRI_SLICE
459 
460 #define FIFFV_COORD_DICOM_DEVICE 8
461 #define FIFFV_COORD_IMAGING_DEVICE 9
462 
463 #define FIFFV_COORD_TORSO 100
464 
465 #define FIFFV_MOVE 1
466 #define FIFFV_NO_MOVE 0
467 /*
468  * Artefact removal parameters
469  */
470 #define FIFFV_ARTEF_MAX 100
471 #define FIFFV_ARTEF_NONE -1
472 #define FIFFV_ARTEF_KEEP 0
473 #define FIFFV_ARTEF_JUMP 1
474 #define FIFFV_ARTEF_NOJUMP 2
475 
476 /*
477  * The layered sphere model
478  */
479 
482 //typedef struct _fiffLayerRec {
483 // fiff_int_t id; /**< Id # of this layer (see below). */
484 // fiff_float_t rad; /**< Radius of this layer (m). */
485 //} *fiffLayer,fiffLayerRec; /**< Layer descriptor for a layered sphere model. */
486 
487 #define FIFFV_LAYER_BRAIN 1
488 #define FIFFV_LAYER_CSF 2
489 #define FIFFV_LAYER_SKULL 3
490 #define FIFFV_LAYER_HEAD 4
491 
492 #define FIFFV_XFIT_MAP_SURF_SENSORS 0
493 #define FIFFV_XFIT_MAP_SURF_HEAD 1
494 #define FIFFV_XFIT_MAP_SURF_SPHERE 2
496 /*----------------------------------------------------------------------
497  * Following types are used by the fiff library. They are not used
498  * within the files.
499  *---------------------------------------------------------------------*/
500 
503 //typedef struct _fiffDirNode {
504 // int type; /**< Block type for this directory. */
505 // fiffId id; /**< Id of this block if any. */
506 // fiffDirEntry dir; /**< Directory of tags in this node. */
507 // int nent; /**< Number of entries in this node. */
508 // fiffDirEntry dir_tree; /**< Directory of tags within this node
509 // * subtrees as well as FIFF_BLOCK_START and FIFF_BLOCK_END
510 // * included. NOTE: While dir is allocated separately
511 // * dir_tree is a pointer to the dirtree field
512 // * in the fiffFile structure. The dir_tree and nent_tree
513 // * fields are only used within the library to facilitate
514 // * certain operations. */
515 // int nent_tree; /**< Number of entries in the directory tree node. */
516 // struct _fiffDirNode *parent; /**< Parent node. */
517 // struct _fiffDirNode **children;/**< Child nodes. */
518 // int nchild; /**< Number of child nodes. */
519 //} fiffDirNodeRec,*fiffDirNode; /**< Directory tree structure used by the fiff library routines. */
520 
523 //typedef struct _fiffFileRec {
524 // char *file_name; /**< Name of the file. */
525 // FILE *fd; /**< The normal file descriptor. */
526 // fiffId id; /**< The file identifier. */
527 // fiffDirEntry dir; /**< This is the directory.
528 // * If no directory exists, fiff_open
529 // * automatically scans the file to create one. */
530 // int nent; /**< How many entries?. */
531 // fiffDirNode dirtree; /**< Directory compiled into a tree. */
532 // char *ext_file_name; /**< Name of the file holding the external data. */
533 // FILE *ext_fd; /**< The file descriptor of the above file if open . */
534 //} *fiffFile,fiffFileRec; /**< FIFF file handle. fiff_open() returns this. */
535 
538 typedef struct _fiff_sparse_matrix {
539  fiff_int_t coding;
540  fiff_int_t m;
541  fiff_int_t n;
542  fiff_int_t nz;
543  fiff_float_t *data;
544  fiff_int_t *inds;
545  fiff_int_t *ptrs;
547 
549 
554 typedef struct _fiff_hpi_coil {
559 
562 typedef struct _fiff_hpi_subsys {
563  fiff_int_t ncoils;
566 
567 typedef struct _fiff_data_ref {
568  fiff_int_t type;
569  fiff_int_t endian;
570  fiff_long_t size;
571  fiff_long_t offset;
573 
574 } // NAMESPACE
575 
576 #endif
FIFFLIB::_fiff_sparse_matrix::n
fiff_int_t n
Definition: fiff_types_mne-c.h:541
FIFFLIB::_fiff_data_ref::offset
fiff_long_t offset
Definition: fiff_types_mne-c.h:571
FIFFLIB::_fiff_event_bits::from_state
fiff_int_t from_state
Definition: fiff_types_mne-c.h:202
FIFFLIB::_fiffDigPointRec
ToDo Old implementation.
Definition: fiff_types_mne-c.h:404
FIFFLIB::_fiff_data_ref::type
fiff_int_t type
Definition: fiff_types_mne-c.h:568
FIFFLIB::_fiffIdRec
ToDo Old implementation use new fiff_id.h instead.
Definition: fiff_types_mne-c.h:214
FIFFLIB::_fiffIdRec::time
fiffTimeRec time
Definition: fiff_types_mne-c.h:217
FIFFLIB::_fiff_hpi_coil::event_channel
char * event_channel
Definition: fiff_types_mne-c.h:555
FIFFLIB::_fiffChPosRec::ez
fiff_float_t ez[3]
Definition: fiff_types_mne-c.h:260
FIFFLIB::_fiffDigStringRec
Definition: fiff_types_mne-c.h:189
FIFFLIB::_fiffCoordTransRec::move
fiff_float_t move[3]
Definition: fiff_types_mne-c.h:440
FIFFLIB::_fiffCoordTransRec::rot
fiff_float_t rot[3][3]
Definition: fiff_types_mne-c.h:439
FIFFLIB::_fiffDirEntryRec
ToDo Old implementation use new fiff_dir_entry.h instead.
Definition: fiff_types_mne-c.h:389
FIFFLIB::_fiffChPosRec::ey
fiff_float_t ey[3]
Definition: fiff_types_mne-c.h:259
FIFFLIB::_fiff_hpi_coil::signal_channel
char * signal_channel
Definition: fiff_types_mne-c.h:557
FIFFLIB::_fiffDigPointRec::r
fiff_float_t r[3]
Definition: fiff_types_mne-c.h:409
FIFFLIB::_fiffDigStringRec::kind
fiff_int_t kind
Definition: fiff_types_mne-c.h:190
FIFFLIB::_fiffDigStringRec::ident
fiff_int_t ident
Definition: fiff_types_mne-c.h:191
FIFFLIB::_fiffDirEntryRec::kind
fiff_int_t kind
Definition: fiff_types_mne-c.h:390
FIFFLIB::_fiffTimeRec::usecs
fiff_int_t usecs
Definition: fiff_types_mne-c.h:184
FIFFLIB::_fiffTimeRec
Definition: fiff_types_mne-c.h:182
FIFFLIB::_fiff_sparse_matrix::ptrs
fiff_int_t * ptrs
Definition: fiff_types_mne-c.h:545
FIFFLIB::_fiff_sparse_matrix::nz
fiff_int_t nz
Definition: fiff_types_mne-c.h:542
FIFFLIB::_fiffCoordTransRec
Definition: fiff_types_mne-c.h:436
FIFFLIB::_fiff_sparse_matrix::data
fiff_float_t * data
Definition: fiff_types_mne-c.h:543
FIFFLIB::_fiffDigStringRec::np
fiff_int_t np
Definition: fiff_types_mne-c.h:192
FIFFLIB::_fiff_hpi_coil::event_bits
fiffEventBitsRec event_bits
Definition: fiff_types_mne-c.h:556
FIFFLIB::_fiffChPosRec::r0
fiff_float_t r0[3]
Definition: fiff_types_mne-c.h:257
FIFFLIB::_fiffIdRec::machid
fiff_int_t machid[2]
Definition: fiff_types_mne-c.h:216
FIFFLIB::_fiff_hpi_coil
Definition: fiff_types_mne-c.h:554
FIFFLIB::_fiff_sparse_matrix::inds
fiff_int_t * inds
Definition: fiff_types_mne-c.h:544
FIFFLIB::_fiff_event_bits::from_mask
fiff_int_t from_mask
Definition: fiff_types_mne-c.h:201
FIFFLIB::_fiff_event_bits::to_mask
fiff_int_t to_mask
Definition: fiff_types_mne-c.h:203
FIFFLIB::_fiff_data_ref::size
fiff_long_t size
Definition: fiff_types_mne-c.h:570
FIFFLIB::_fiffIdRec::version
fiff_int_t version
Definition: fiff_types_mne-c.h:215
FIFFLIB::_fiffTagRec::next
fiff_int_t next
Definition: fiff_types_mne-c.h:165
FIFFLIB::_fiffTagRec::kind
fiff_int_t kind
Definition: fiff_types_mne-c.h:158
FIFFLIB::_fiffCoordTransRec::invmove
fiff_float_t invmove[3]
Definition: fiff_types_mne-c.h:442
FIFFLIB::_fiff_sparse_matrix::coding
fiff_int_t coding
Definition: fiff_types_mne-c.h:539
FIFFLIB::_fiff_event_bits
Definition: fiff_types_mne-c.h:200
FIFFLIB::_fiffCoordTransRec::from
fiff_int_t from
Definition: fiff_types_mne-c.h:437
FIFFLIB::_fiffDirEntryRec::pos
fiff_int_t pos
Definition: fiff_types_mne-c.h:393
FIFFLIB::_fiffTagRec::size
fiff_int_t size
Definition: fiff_types_mne-c.h:162
FIFFLIB::_fiffCoordTransRec::invrot
fiff_float_t invrot[3][3]
Definition: fiff_types_mne-c.h:441
FIFFLIB::_fiff_event_bits::to_state
fiff_int_t to_state
Definition: fiff_types_mne-c.h:204
FIFFLIB::_fiff_hpi_subsys::coils
fiffHpiCoil coils
Definition: fiff_types_mne-c.h:564
FIFFLIB::_fiffTimeRec::secs
fiff_int_t secs
Definition: fiff_types_mne-c.h:183
FIFFLIB::_fiff_data_ref
Definition: fiff_types_mne-c.h:567
FIFFLIB::_fiffDigPointRec::ident
fiff_int_t ident
Definition: fiff_types_mne-c.h:408
FIFFLIB::_fiff_sparse_matrix
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FIFFLIB::_fiffChPosRec
Definition: fiff_types_mne-c.h:255
FIFFLIB::_fiffDirEntryRec::size
fiff_int_t size
Definition: fiff_types_mne-c.h:392
FIFFLIB::_fiff_hpi_subsys::ncoils
fiff_int_t ncoils
Definition: fiff_types_mne-c.h:563
FIFFLIB::_fiffCoordTransRec::to
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Definition: fiff_types_mne-c.h:438
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Definition: fiff_types_mne-c.h:256
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FIFFLIB::_fiffTagRec
Outdated STUFF!!!!!!!!!!!!!!!!!!!!! ToDo Remove.
Definition: fiff_types_mne-c.h:157
FIFFLIB::_fiffTagRec::type
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Definition: fiff_types_mne-c.h:160
FIFFLIB::_fiffTagRec::data
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FIFFLIB::_fiffChPosRec::ex
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Definition: fiff_types_mne-c.h:258
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Definition: fiff_types_mne-c.h:405
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Definition: fiff_types_mne-c.h:540
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Definition: fiff_types_mne-c.h:391
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