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//=============================================================================================================


#ifndef _mne_types_h

#define _mne_types_h


//=============================================================================================================

// INCLUDES

//=============================================================================================================


#include <fiff/fiff_types.h>

#include <fiff/fiff_stream.h>

#include <fiff/fiff_sparse_matrix.h>


#include "mne_sss_data.h"

#include "mne_named_matrix.h"

#include "mne_sparse_named_matrix.h"

#include "mne_named_vector.h"

#include "mne_deriv_set.h"

#include "mne_proj_item.h"

#include "mne_proj_op.h"

#include "mne_cov_matrix.h"

#include "mne_ctf_comp_data.h"

#include "mne_ctf_comp_data_set.h"

#include "mne_layout_port.h"

#include "mne_layout.h"

#include "mne_ch_selection.h"

#include "mne_event.h"

#include "mne_event_list.h"

#include "mne_filter_def.h"


#include <QStringList>


//=============================================================================================================

// DEFINE NAMESPACE MNELIB

//=============================================================================================================


namespace MNELIB {


//=============================================================================================================

// TYPEDEFS

//=============================================================================================================


typedef void (*mneUserFreeFunc)(void *);


//=============================================================================================================

// SOURCE-SPACE TYPE CONSTANTS

//=============================================================================================================


#define MNE_SOURCE_SPACE_UNKNOWN  -1

#define MNE_SOURCE_SPACE_SURFACE   1

#define MNE_SOURCE_SPACE_VOLUME    2

#define MNE_SOURCE_SPACE_DISCRETE  3


//=============================================================================================================

// CHANNEL-SELECTION KIND CONSTANTS

//=============================================================================================================


#define MNE_CH_SELECTION_UNKNOWN  0

#define MNE_CH_SELECTION_FILE     1

#define MNE_CH_SELECTION_USER     2


//=============================================================================================================

// CTF / 4D COMPENSATION CONSTANTS

//=============================================================================================================


#define MNE_CTFV_NOGRAD  0

#define MNE_CTFV_GRAD1   1

#define MNE_CTFV_GRAD2   2

#define MNE_CTFV_GRAD3   3


#define MNE_4DV_COMP1  101


//=============================================================================================================

// TRIGGER AND ENVIRONMENT DEFAULTS

//=============================================================================================================


#define MNE_DEFAULT_TRIGGER_CH  "STI 014"


#define MNE_ENV_TRIGGER_CH      "MNE_TRIGGER_CH_NAME"


#define MNE_ENV_ROOT            "MNE_ROOT"


} // namespace MNELIB


#endif // _mne_types_h

mne_deriv_set.h
Collection of MNELIB::MNEDeriv objects forming a derivation montage.

mne_cov_matrix.h
Legacy MNE-C noise covariance container preserved for cross-toolchain compatibility.

mne_ctf_comp_data_set.h
Set of CTF compensation matrices plus the currently active grade.

mne_event.h
Single recorded event (sample, previous and new trigger code).

mne_named_vector.h
Named one-dimensional counterpart of MNELIB::MNENamedMatrix.

mne_proj_op.h
Composite SSP projection operator P = I - U U^T assembled from a list of MNELIB::MNEProjItem.

mne_sss_data.h
Signal Space Separation (Maxwell filter) basis metadata stored alongside MEG raw data.

mne_layout.h
2D sensor layout (channel name -> [x,y,w,h]) used by topographic plots.

mne_ctf_comp_data.h
Single CTF reference-sensor compensation matrix labelled by kind.

mne_proj_item.h
Single SSP projection vector with kind/active flag and channel labels.

mne_named_matrix.h
Row/column-labelled dense matrix used wherever FIFF stores per-channel data.

mne_filter_def.h
Lightweight filter specification (kind, cutoff frequencies, length).

mne_ch_selection.h
Named subset of channels (e.g. "Left-temporal") loaded from an MNE .sel file.

mne_sparse_named_matrix.h
Sparse variant of MNELIB::MNENamedMatrix backed by an Eigen SparseMatrix.

mne_event_list.h
Ordered list of MNELIB::MNEEvent records.

mne_layout_port.h
Port-level companion structure to MNELIB::MNELayout for split-channel sensors.

fiff_sparse_matrix.h
FIFF sparse matrix: column / row-compressed sparse storage backed by Eigen::SparseMatrix.

fiff_stream.h
FIFF binary tag-stream layer: wraps a QIODevice to read and write FIFF tags, directories,...

fiff_types.h
Primitive scalar typedefs and forward-compatible aliases backing the FIFF type system.

MNELIB
Core MNE data structures (source spaces, source estimates, hemispheres).
Definition connectivitysettings.h:58

MNELIB::mneUserFreeFunc
void(* mneUserFreeFunc)(void *)
Generic destructor callback for user-attached data.
Definition mne_types.h:68