Inversion Class Reference

#include <Inversion.h>

Inheritance diagram for Inversion:

Public Types
enum	InversionMethod { GAUSS_NEWTON_MODEL_SPECE = 0 , GAUSS_NEWTON_DATA_SPECE }

Public Member Functions
	Inversion ()
	Inversion (const int nModel, const int nData)
virtual	~Inversion ()
void	calculateDerivativesOfEMField (Forward3D *const ptrForward3D, const double freq, const int iPol)
void	calculateSensitivityMatrix (const int freqIDAmongThisPE, const double freq)
void	allocateMemoryForSensitivityScalarValues ()
void	releaseMemoryOfSensitivityScalarValues ()
void	outputSensitivityScalarValuesToVtk () const
void	outputSensitivityScalarValuesToBinary (const int interNum) const
virtual void	inversionCalculation ()=0
void	deleteOutOfCoreFileAll ()
int	getNumberOfModel () const
void	outputNumberOfModel () const

Protected Member Functions
void	calcConstrainingMatrix (DoubleSparseMatrix &constrainingMatrix) const
void	copyModelTransformingJacobian (const int numBlockNotFixed, const int numModel, double *jacobian) const
void	multiplyModelTransformingJacobian (const int numData, const int numModel, const double *jacobian, double *matrix) const

Private Member Functions
	Inversion (const Inversion &rhs)
Inversion &	operator= (const Inversion &rhs)

Private Attributes
int	m_numModel
int	m_numData
std::complex< double > *	m_derivativesOfEMField [2]
double *	m_sensitivityScalarValues

Member Enumeration Documentation

InversionMethod

enum Inversion::InversionMethod

Enumerator
GAUSS_NEWTON_MODEL_SPECE
GAUSS_NEWTON_DATA_SPECE

Constructor & Destructor Documentation

Inversion() [1/3]

Inversion::Inversion ( )

explicit

Inversion() [2/3]

Inversion::Inversion ( const int  nModel, const int  nData  )

explicit

~Inversion()

Inversion::~Inversion ( )

virtual

Inversion() [3/3]

Inversion::Inversion ( const Inversion &  rhs )

inlineprivate

Member Function Documentation

allocateMemoryForSensitivityScalarValues()

void Inversion::allocateMemoryForSensitivityScalarValues

(

)

calcConstrainingMatrix()

void Inversion::calcConstrainingMatrix ( DoubleSparseMatrix &  constrainingMatrix ) const

protected

calculateDerivativesOfEMField()

void Inversion::calculateDerivativesOfEMField	(	Forward3D *const	ptrForward3D,
		const double	freq,
		const int	iPol
	)

calculateSensitivityMatrix()

void Inversion::calculateSensitivityMatrix	(	const int	freqIDAmongThisPE,
		const double	freq
	)

copyModelTransformingJacobian()

void Inversion::copyModelTransformingJacobian ( const int  numBlockNotFixed, const int  numModel, double *  jacobian  ) const

protected

deleteOutOfCoreFileAll()

void Inversion::deleteOutOfCoreFileAll

(

)

getNumberOfModel()

int Inversion::getNumberOfModel

(

)

const

inversionCalculation()

virtual void Inversion::inversionCalculation ( )

pure virtual

Implemented in InversionGaussNewtonModelSpace, and InversionGaussNewtonDataSpace.

multiplyModelTransformingJacobian()

void Inversion::multiplyModelTransformingJacobian ( const int  numData, const int  numModel, const double *  jacobian, double *  matrix  ) const

protected

operator=()

Inversion& Inversion::operator= ( const Inversion &  rhs )

inlineprivate

outputNumberOfModel()

void Inversion::outputNumberOfModel

(

)

const

outputSensitivityScalarValuesToBinary()

void Inversion::outputSensitivityScalarValuesToBinary

(

const int

interNum

)

const

outputSensitivityScalarValuesToVtk()

void Inversion::outputSensitivityScalarValuesToVtk

(

)

const

releaseMemoryOfSensitivityScalarValues()

void Inversion::releaseMemoryOfSensitivityScalarValues

(

)

Member Data Documentation

m_derivativesOfEMField

std::complex<double>* Inversion::m_derivativesOfEMField[2]

private

m_numData

int Inversion::m_numData

private

m_numModel

int Inversion::m_numModel

private

m_sensitivityScalarValues

double* Inversion::m_sensitivityScalarValues

private

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

• femtic/femtic_lib/include/Inversion.h
• femtic/femtic_lib/src/Inversion.cpp