23#ifndef INV_DIPOLE_FIT_H
24#define INV_DIPOLE_FIT_H
42#include <QSharedPointer>
69 typedef QSharedPointer<InvDipoleFit>
SPtr;
70 typedef QSharedPointer<const InvDipoleFit>
ConstSPtr;
140 static bool fit_dipoles_raw(
const QString& dataname,
MNELIB::MNERawData* raw,
MNELIB::mneChSelection sel,
InvDipoleFitData* fit,
InvGuessData* guess,
float tmin,
float tmax,
float tstep,
float integ,
int verbose,
InvEcdSet& p_set);
Legacy MNE-C constants and shared typedefs used across MNELIB structures.
Legacy MNE-C measurement-data container assembling raw/evoked sets and their projection state.
Dipole-fit workspace bundling sensor geometry, forward-model function pointers, noise covariance and ...
Command-line and programmatic settings struct for the mne_dipole_fit driver.
Ordered set of INVLIB::InvEcd records — the result of a sequential dipole-fit run.
INVLIB library export/import macros, build-info accessors, and namespace docstring for the inverse-so...
MNEChSelection * mneChSelection
Inverse source estimation (MNE, dSPM, sLORETA, dipole fitting).
virtual ~InvDipoleFit()=default
QSharedPointer< InvDipoleFit > SPtr
InvEcdSet calculateFit() const
static bool fit_dipoles(const QString &dataname, MNELIB::MNEMeasData *data, InvDipoleFitData *fit, InvGuessData *guess, float tmin, float tmax, float tstep, float integ, int verbose, InvEcdSet &p_set)
InvDipoleFit(InvDipoleFitSettings *p_settings)
QSharedPointer< const InvDipoleFit > ConstSPtr
static bool fit_dipoles_raw(const QString &dataname, MNELIB::MNERawData *raw, MNELIB::mneChSelection sel, InvDipoleFitData *fit, InvGuessData *guess, float tmin, float tmax, float tstep, float integ, int verbose, InvEcdSet &p_set)
Dipole fit workspace holding sensor geometry, forward model, noise covariance, and projection data.
Settings for the mne_dipole_fit driver (forward model, guess grid, data, projections,...
Holds a set of Electric Current Dipoles.
Precomputed guess point grid with forward fields for initial dipole position candidates.
Measurement data container for MNE inverse and dipole-fit computations.
A comprehensive raw data structure.