INVERSELIB::DipoleFit Class Reference

Dipole Fit implementation. More...

#include <dipole_fit.h>

Public Types
typedef QSharedPointer< DipoleFit >	SPtr
typedef QSharedPointer< const DipoleFit >	ConstSPtr

Public Member Functions
	DipoleFit (DipoleFitSettings *p_settings)
ECDSet	calculateFit () const

Static Public Member Functions
static int	fit_dipoles (const QString &dataname, MneMeasData *data, DipoleFitData *fit, GuessData *guess, float tmin, float tmax, float tstep, float integ, int verbose, ECDSet &p_set)
static int	fit_dipoles_raw (const QString &dataname, MNELIB::MneRawData *raw, MNELIB::mneChSelection sel, DipoleFitData *fit, GuessData *guess, float tmin, float tmax, float tstep, float integ, int verbose, ECDSet &p_set)
static int	fit_dipoles_raw (const QString &dataname, MNELIB::MneRawData *raw, MNELIB::mneChSelection sel, DipoleFitData *fit, GuessData *guess, float tmin, float tmax, float tstep, float integ, int verbose)

Detailed Description

Dipole Fit implementation.

Implements all required dipole fitting routines

Definition at line 79 of file dipole_fit.h.

Member Typedef Documentation

ConstSPtr

typedef QSharedPointer<const DipoleFit> INVERSELIB::DipoleFit::ConstSPtr

Const shared pointer type for DipoleFit.

Definition at line 83 of file dipole_fit.h.

SPtr

typedef QSharedPointer<DipoleFit> INVERSELIB::DipoleFit::SPtr

Shared pointer type for DipoleFit.

Definition at line 82 of file dipole_fit.h.

Constructor & Destructor Documentation

DipoleFit()

DipoleFit::DipoleFit ( DipoleFitSettings *  p_settings )

explicit

Constructs Dipole Fit algorithm

Definition at line 553 of file dipole_fit.cpp.

Member Function Documentation

fit_dipoles()

int DipoleFit::fit_dipoles ( const QString &  dataname, MneMeasData *  data, DipoleFitData *  fit, GuessData *  guess, float  tmin, float  tmax, float  tstep, float  integ, int  verbose, ECDSet &  p_set  )

static

Fit a single dipole to each time point of the data Refactored: fit_dipoles (fit_dipoles.c)

Parameters

[in]	dataname.
[in]	data	The measured data.
[in]	fit	Precomputed fitting data.
[in]	guess	The initial guesses.
[in]	tmin	Time range.
[in]	tmax.
[in]	tstep	Time step to use.
[in]	integ	Integration time.
[in]	verbose	Verbose output?.
[out]	p_set	the fitted ECD Set.

Returns

true when successful.

Definition at line 689 of file dipole_fit.cpp.

fit_dipoles_raw() [1/2]

int DipoleFit::fit_dipoles_raw ( const QString &  dataname, MNELIB::MneRawData *  raw, MNELIB::mneChSelection  sel, DipoleFitData *  fit, GuessData *  guess, float  tmin, float  tmax, float  tstep, float  integ, int  verbose  )

static

Fit a single dipole to each time point of the data Refactored: fit_dipoles_raw (fit_dipoles.c)

Parameters

[in]	dataname.
[in]	raw	The raw data description.
[in]	sel	Channel selection to use.
[in]	fit	Precomputed fitting data.
[in]	guess	The initial guesses.
[in]	tmin	Time range.
[in]	tmax.
[in]	tstep	Time step to use.
[in]	integ	Integration time.
[in]	verbose	Verbose output?.

Returns

true when successful.

Definition at line 805 of file dipole_fit.cpp.

fit_dipoles_raw() [2/2]

int DipoleFit::fit_dipoles_raw ( const QString &  dataname, MNELIB::MneRawData *  raw, MNELIB::mneChSelection  sel, DipoleFitData *  fit, GuessData *  guess, float  tmin, float  tmax, float  tstep, float  integ, int  verbose, ECDSet &  p_set  )

static

Fit a single dipole to each time point of the data Refactored: fit_dipoles_raw (fit_dipoles.c)

Parameters

[in]	dataname.
[in]	raw	The raw data description.
[in]	sel	Channel selection to use.
[in]	fit	Precomputed fitting data.
[in]	guess	The initial guesses.
[in]	tmin	Time range.
[in]	tmax.
[in]	tstep	Time step to use.
[in]	integ	Integration time.
[in]	verbose	Verbose output?.
[out]	p_set	Return all results here. Warning: for large data files this may take a lot of memory.

Returns

true when successful.

Definition at line 732 of file dipole_fit.cpp.

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The documentation for this class was generated from the following files:

• src/libraries/inverse/dipoleFit/dipole_fit.h
• src/libraries/inverse/dipoleFit/dipole_fit.cpp