ObservedDataStationVTF Class Reference

#include <ObservedDataStationVTF.h>

Inheritance diagram for ObservedDataStationVTF:

Collaboration diagram for ObservedDataStationVTF:

Public Member Functions
	ObservedDataStationVTF ()
	~ObservedDataStationVTF ()
void	inputObservedData (std::ifstream &inFile)
void	calculateVerticalMagneticField (const Forward3D *const ptrForward3D, const int rhsVectorIDOfHz)
void	calculateVTF (const double freq, const ObservedDataStationPoint *const ptrStationOfMagneticField, int &icount)
void	initializeVerticalMagneticField (const int iPol)
void	initializeVTFsAndErrors ()
void	allocateMemoryForCalculatedValues ()
void	outputCalculatedValues () const
void	calcInterpolatorVectorOfVerticalMagneticField (Forward3D *const ptrForward3D)
void	calculateSensitivityMatrix (const double freq, const int nModel, const ObservedDataStationPoint *const ptrStationOfMagneticField, const std::complex< double > *const derivativesOfEMFieldExPol, const std::complex< double > *const derivativesOfEMFieldEyPol, double *const sensitivityMatrix) const
void	calculateResidualVectorOfDataThisPE (const double freq, const int offset, double *vector) const
double	calculateErrorSumOfSquaresThisPE () const
bool	getVTF (const double freq, std::complex< double > &Tzx, std::complex< double > &Tzy) const
Public Member Functions inherited from ObservedDataStationPoint
	ObservedDataStationPoint ()
	~ObservedDataStationPoint ()
void	findElementIncludingStation ()
std::complex< double >	getHxCalculated (const int iPol) const
std::complex< double >	getHyCalculated (const int iPol) const
int	getRhsVectorIDOfHx () const
int	getRhsVectorIDOfHy () const
void	calculateHorizontalMagneticField (const Forward3D *const ptrForward3D, const int rhsVectorIDOfHx, const int rhsVectorIDOfHy)
void	initializeHorizontalMagneticField (const int iPol)
void	calcInterpolatorVectorOfHorizontalMagneticField (Forward3D *const ptrForward3D)
const CommonParameters::locationXY &	getLocationOfPoint () const
double	getZCoordOfPoint () const
bool	useUpperElementForInterpolationOfEMField () const
void	setFlagUseUpperElementForInterpolationOfEMField (const bool useUpperElem)
Public Member Functions inherited from ObservedDataStation
	ObservedDataStation ()
	~ObservedDataStation ()
int	getStationID () const
int	getIDOfMagneticFieldStation () const
int	getTotalNumberOfFrequency () const
double	getFrequencyValues (const int num) const
int	getFreqIDs (const double freq) const
void	setupFrequenciesCalculatedByThisPE (const int nFreqCalculatedByThisPE, const double *freqCalculatedByThisPE)
int	getFreqIDsAmongThisPE (const double freq) const

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

Private Attributes
std::complex< double > *	m_TzxObserved
std::complex< double > *	m_TzyObserved
CommonParameters::DoubleComplexValues *	m_TzxSD
CommonParameters::DoubleComplexValues *	m_TzySD
std::complex< double > *	m_TzxCalculated
std::complex< double > *	m_TzyCalculated
CommonParameters::DoubleComplexValues *	m_TzxResidual
CommonParameters::DoubleComplexValues *	m_TzyResidual
std::complex< double >	m_HzCalculated [2]
int	m_rhsVectorIDOfHz
CommonParameters::InitComplexValues *	m_dataIDOfTzx
CommonParameters::InitComplexValues *	m_dataIDOfTzy

Additional Inherited Members
Protected Attributes inherited from ObservedDataStationPoint
CommonParameters::locationXY	m_location
int	m_elementIncludingStation
int	m_faceIncludingStation
bool	m_useUpperElementForInterpolationOfEMField
CommonParameters::locationXYZ	m_localCoordinateValues
CommonParameters::VolumeCoords	m_volumeCoordinateValues
CommonParameters::AreaCoords	m_areaCoordinateValues
std::complex< double >	m_HxCalculated [2]
std::complex< double >	m_HyCalculated [2]
int	m_rhsVectorIDOfHx
int	m_rhsVectorIDOfHy
Protected Attributes inherited from ObservedDataStation
int	m_stationID
int	m_IDOfMagneticFieldStation
int	m_numOfFrequency
double *	m_freq
int	m_numOfFreqCalculatedByThisStaAndPE
std::vector< int >	m_freqIDsAmongThisStationCalculatedByThisPE

Constructor & Destructor Documentation

ObservedDataStationVTF() [1/2]

ObservedDataStationVTF::ObservedDataStationVTF ( )

explicit

~ObservedDataStationVTF()

ObservedDataStationVTF::~ObservedDataStationVTF

(

)

ObservedDataStationVTF() [2/2]

ObservedDataStationVTF::ObservedDataStationVTF ( const ObservedDataStationVTF &  rhs )

private

Member Function Documentation

allocateMemoryForCalculatedValues()

void ObservedDataStationVTF::allocateMemoryForCalculatedValues

(

)

calcInterpolatorVectorOfVerticalMagneticField()

void ObservedDataStationVTF::calcInterpolatorVectorOfVerticalMagneticField

(

Forward3D *const

ptrForward3D

)

calculateErrorSumOfSquaresThisPE()

double ObservedDataStationVTF::calculateErrorSumOfSquaresThisPE

(

)

const

calculateResidualVectorOfDataThisPE()

void ObservedDataStationVTF::calculateResidualVectorOfDataThisPE	(	const double	freq,
		const int	offset,
		double *	vector
	)		const

calculateSensitivityMatrix()

void ObservedDataStationVTF::calculateSensitivityMatrix	(	const double	freq,
		const int	nModel,
		const ObservedDataStationPoint *const	ptrStationOfMagneticField,
		const std::complex< double > *const	derivativesOfEMFieldExPol,
		const std::complex< double > *const	derivativesOfEMFieldEyPol,
		double *const	sensitivityMatrix
	)		const

calculateVerticalMagneticField()

void ObservedDataStationVTF::calculateVerticalMagneticField	(	const Forward3D *const	ptrForward3D,
		const int	rhsVectorIDOfHz
	)

calculateVTF()

void ObservedDataStationVTF::calculateVTF	(	const double	freq,
		const ObservedDataStationPoint *const	ptrStationOfMagneticField,
		int &	icount
	)

getVTF()

bool ObservedDataStationVTF::getVTF	(	const double	freq,
		std::complex< double > &	Tzx,
		std::complex< double > &	Tzy
	)		const

initializeVerticalMagneticField()

void ObservedDataStationVTF::initializeVerticalMagneticField

(

const int

iPol

)

initializeVTFsAndErrors()

void ObservedDataStationVTF::initializeVTFsAndErrors

(

)

inputObservedData()

void ObservedDataStationVTF::inputObservedData

(

std::ifstream &

inFile

)

operator=()

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

private

outputCalculatedValues()

void ObservedDataStationVTF::outputCalculatedValues

(

)

const

Member Data Documentation

m_dataIDOfTzx

CommonParameters::InitComplexValues* ObservedDataStationVTF::m_dataIDOfTzx

private

m_dataIDOfTzy

CommonParameters::InitComplexValues* ObservedDataStationVTF::m_dataIDOfTzy

private

m_HzCalculated

std::complex<double> ObservedDataStationVTF::m_HzCalculated[2]

private

m_rhsVectorIDOfHz

int ObservedDataStationVTF::m_rhsVectorIDOfHz

private

m_TzxCalculated

std::complex<double>* ObservedDataStationVTF::m_TzxCalculated

private

m_TzxObserved

std::complex<double>* ObservedDataStationVTF::m_TzxObserved

private

m_TzxResidual

CommonParameters::DoubleComplexValues* ObservedDataStationVTF::m_TzxResidual

private

m_TzxSD

CommonParameters::DoubleComplexValues* ObservedDataStationVTF::m_TzxSD

private

m_TzyCalculated

std::complex<double>* ObservedDataStationVTF::m_TzyCalculated

private

m_TzyObserved

std::complex<double>* ObservedDataStationVTF::m_TzyObserved

private

m_TzyResidual

CommonParameters::DoubleComplexValues* ObservedDataStationVTF::m_TzyResidual

private

m_TzySD

CommonParameters::DoubleComplexValues* ObservedDataStationVTF::m_TzySD

private

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

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