ObservedDataStationApparentResistivityAndPhase Class Reference

#include <ObservedDataStationApparentResistivityAndPhase.h>

Inheritance diagram for ObservedDataStationApparentResistivityAndPhase:

Collaboration diagram for ObservedDataStationApparentResistivityAndPhase:

Public Member Functions
	ObservedDataStationApparentResistivityAndPhase ()
	~ObservedDataStationApparentResistivityAndPhase ()
void	inputObservedData (std::ifstream &inFile)
void	calculateApparentResistivityAndPhase (const double freq, const ObservedDataStationPoint *const ptrStationOfMagneticField, int &icount)
void	initializeApparentResistivityPhaseAndErrors ()
void	allocateMemoryForCalculatedValues ()
void	outputCalculatedValues () const
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	isApparentResistivityIgnoredForAllFrequencies (const int iComp) const
Public Member Functions inherited from ObservedDataStationMT
	ObservedDataStationMT ()
virtual	~ObservedDataStationMT ()
void	calculateElectricField (const Forward3D *const ptrForward3D, const int rhsVectorIDOfEx, const int rhsVectorIDOfEy)
void	calculateImpedanceTensor (const double freq, const ObservedDataStationPoint *const ptrStationOfMagneticField, int &icount)
void	initializeElectricField (const int iPol)
void	initializeImpedanceTensorsAndErrors ()
void	calcInterpolatorVectorOfElectricField (Forward3D *const ptrForward3D)
virtual 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 bool forceSDToOne=false) const
void	copyDistortionParamsCurToPre (const int iComp)
bool	doesFixDistortionMatrix () const
	Get flag specifing whether distortion matrix are fixed or not. More...
int	getTypeOfElectricField () const
void	setFixDistortionMatrix (const bool doesFix)
void	setTypeOfElectricField (const int type)
void	setDistortionParamsPre (const int iComp, const double val)
void	setDistortionParams (const int iComp, const double val)
void	setIDOfDistortionParams (const int iComp, const int ID)
void	setDistortionParamsUpdatedFull (const int iComp, const double val)
void	updateDistortionParams (const double dampingFactor)
double	getDistortionParamsPre (const int iComp) const
double	getDistortionParams (const int iComp) const
int	getIDOfDistortionParams (const int iComp) const
double	getDistortionParamsUpdatedFull (const int iComp) 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
double	calcLog10ErrorOfApparentResistivity (const int freqIDGlobalInSta, const int iComp) const
bool	isUsedImpedanceTensor (const double phaseObs, const double phaseError, const double phaseCalc) const
bool	isUsedImpedanceTensorFromFreqIDs (const int freqIDThisPEInSta, const int iComp) const
	ObservedDataStationApparentResistivityAndPhase (const ObservedDataStationApparentResistivityAndPhase &rhs)
ObservedDataStationApparentResistivityAndPhase &	operator= (const ObservedDataStationApparentResistivityAndPhase &rhs)

Private Attributes
double *	m_apparentResistivityXXObserved
double *	m_apparentResistivityXYObserved
double *	m_apparentResistivityYXObserved
double *	m_apparentResistivityYYObserved
double *	m_PhaseXXObserved
double *	m_PhaseXYObserved
double *	m_PhaseYXObserved
double *	m_PhaseYYObserved
double *	m_apparentResistivityXXSD
double *	m_apparentResistivityXYSD
double *	m_apparentResistivityYXSD
double *	m_apparentResistivityYYSD
double *	m_PhaseXXSD
double *	m_PhaseXYSD
double *	m_PhaseYXSD
double *	m_PhaseYYSD
double *	m_apparentResistivityXXCalculated
double *	m_apparentResistivityXYCalculated
double *	m_apparentResistivityYXCalculated
double *	m_apparentResistivityYYCalculated
double *	m_PhaseXXCalculated
double *	m_PhaseXYCalculated
double *	m_PhaseYXCalculated
double *	m_PhaseYYCalculated
double *	m_apparentResistivityXXResidual
double *	m_apparentResistivityXYResidual
double *	m_apparentResistivityYXResidual
double *	m_apparentResistivityYYResidual
double *	m_PhaseXXResidual
double *	m_PhaseXYResidual
double *	m_PhaseYXResidual
double *	m_PhaseYYResidual
int *	m_dataIDOfApparentResistivityXX
int *	m_dataIDOfApparentResistivityXY
int *	m_dataIDOfApparentResistivityYX
int *	m_dataIDOfApparentResistivityYY
int *	m_dataIDOfPhaseXX
int *	m_dataIDOfPhaseXY
int *	m_dataIDOfPhaseYX
int *	m_dataIDOfPhaseYY

Additional Inherited Members
Public Types inherited from ObservedDataStationMT
enum	ImpedanceTensorComponent { XX = 0 , XY , YX , YY }
enum	ComponentIDOfDistortionMatrix { COMPONENT_ID_CXX = 0 , COMPONENT_ID_CXY , COMPONENT_ID_CYX , COMPONENT_ID_CYY }
enum	ComponentIDOfGainsAndRotations { EX_GAIN = 0 , EY_GAIN , EX_ROTATION , EY_ROTATION }
Protected Attributes inherited from ObservedDataStationMT
std::complex< double > *	m_ZxxObserved
std::complex< double > *	m_ZxyObserved
std::complex< double > *	m_ZyxObserved
std::complex< double > *	m_ZyyObserved
CommonParameters::DoubleComplexValues *	m_ZxxSD
CommonParameters::DoubleComplexValues *	m_ZxySD
CommonParameters::DoubleComplexValues *	m_ZyxSD
CommonParameters::DoubleComplexValues *	m_ZyySD
std::complex< double > *	m_ZxxCalculated
std::complex< double > *	m_ZxyCalculated
std::complex< double > *	m_ZyxCalculated
std::complex< double > *	m_ZyyCalculated
CommonParameters::DoubleComplexValues *	m_ZxxResidual
CommonParameters::DoubleComplexValues *	m_ZxyResidual
CommonParameters::DoubleComplexValues *	m_ZyxResidual
CommonParameters::DoubleComplexValues *	m_ZyyResidual
CommonParameters::InitComplexValues *	m_dataIDOfZxx
CommonParameters::InitComplexValues *	m_dataIDOfZxy
CommonParameters::InitComplexValues *	m_dataIDOfZyx
CommonParameters::InitComplexValues *	m_dataIDOfZyy
DistortionMatrixDifferences *	m_arrayDistortionMatrixDifferences
GainsAndRotations *	m_arrayGainsAndRotations
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

ObservedDataStationApparentResistivityAndPhase() [1/2]

ObservedDataStationApparentResistivityAndPhase::ObservedDataStationApparentResistivityAndPhase ( )

explicit

~ObservedDataStationApparentResistivityAndPhase()

ObservedDataStationApparentResistivityAndPhase::~ObservedDataStationApparentResistivityAndPhase

(

)

ObservedDataStationApparentResistivityAndPhase() [2/2]

ObservedDataStationApparentResistivityAndPhase::ObservedDataStationApparentResistivityAndPhase ( const ObservedDataStationApparentResistivityAndPhase &  rhs )

private

Member Function Documentation

allocateMemoryForCalculatedValues()

void ObservedDataStationApparentResistivityAndPhase::allocateMemoryForCalculatedValues ( )

virtual

Reimplemented from ObservedDataStationMT.

calcLog10ErrorOfApparentResistivity()

double ObservedDataStationApparentResistivityAndPhase::calcLog10ErrorOfApparentResistivity ( const int  freqIDGlobalInSta, const int  iComp  ) const

private

calculateApparentResistivityAndPhase()

void ObservedDataStationApparentResistivityAndPhase::calculateApparentResistivityAndPhase	(	const double	freq,
		const ObservedDataStationPoint *const	ptrStationOfMagneticField,
		int &	icount
	)

calculateErrorSumOfSquaresThisPE()

double ObservedDataStationApparentResistivityAndPhase::calculateErrorSumOfSquaresThisPE ( ) const

virtual

Reimplemented from ObservedDataStationMT.

calculateResidualVectorOfDataThisPE()

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

virtual

Reimplemented from ObservedDataStationMT.

calculateSensitivityMatrix()

void ObservedDataStationApparentResistivityAndPhase::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

initializeApparentResistivityPhaseAndErrors()

void ObservedDataStationApparentResistivityAndPhase::initializeApparentResistivityPhaseAndErrors

(

)

inputObservedData()

void ObservedDataStationApparentResistivityAndPhase::inputObservedData ( std::ifstream &  inFile )

virtual

Reimplemented from ObservedDataStationMT.

isApparentResistivityIgnoredForAllFrequencies()

bool ObservedDataStationApparentResistivityAndPhase::isApparentResistivityIgnoredForAllFrequencies

(

const int

iComp

)

const

isUsedImpedanceTensor()

bool ObservedDataStationApparentResistivityAndPhase::isUsedImpedanceTensor ( const double  phaseObs, const double  phaseError, const double  phaseCalc  ) const

private

isUsedImpedanceTensorFromFreqIDs()

bool ObservedDataStationApparentResistivityAndPhase::isUsedImpedanceTensorFromFreqIDs ( const int  freqIDThisPEInSta, const int  iComp  ) const

private

operator=()

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

private

outputCalculatedValues()

void ObservedDataStationApparentResistivityAndPhase::outputCalculatedValues ( ) const

virtual

Reimplemented from ObservedDataStationMT.

Member Data Documentation

m_apparentResistivityXXCalculated

double* ObservedDataStationApparentResistivityAndPhase::m_apparentResistivityXXCalculated

private

m_apparentResistivityXXObserved

double* ObservedDataStationApparentResistivityAndPhase::m_apparentResistivityXXObserved

private

m_apparentResistivityXXResidual

double* ObservedDataStationApparentResistivityAndPhase::m_apparentResistivityXXResidual

private

m_apparentResistivityXXSD

double* ObservedDataStationApparentResistivityAndPhase::m_apparentResistivityXXSD

private

m_apparentResistivityXYCalculated

double* ObservedDataStationApparentResistivityAndPhase::m_apparentResistivityXYCalculated

private

m_apparentResistivityXYObserved

double* ObservedDataStationApparentResistivityAndPhase::m_apparentResistivityXYObserved

private

m_apparentResistivityXYResidual

double* ObservedDataStationApparentResistivityAndPhase::m_apparentResistivityXYResidual

private

m_apparentResistivityXYSD

double* ObservedDataStationApparentResistivityAndPhase::m_apparentResistivityXYSD

private

m_apparentResistivityYXCalculated

double* ObservedDataStationApparentResistivityAndPhase::m_apparentResistivityYXCalculated

private

m_apparentResistivityYXObserved

double* ObservedDataStationApparentResistivityAndPhase::m_apparentResistivityYXObserved

private

m_apparentResistivityYXResidual

double* ObservedDataStationApparentResistivityAndPhase::m_apparentResistivityYXResidual

private

m_apparentResistivityYXSD

double* ObservedDataStationApparentResistivityAndPhase::m_apparentResistivityYXSD

private

m_apparentResistivityYYCalculated

double* ObservedDataStationApparentResistivityAndPhase::m_apparentResistivityYYCalculated

private

m_apparentResistivityYYObserved

double* ObservedDataStationApparentResistivityAndPhase::m_apparentResistivityYYObserved

private

m_apparentResistivityYYResidual

double* ObservedDataStationApparentResistivityAndPhase::m_apparentResistivityYYResidual

private

m_apparentResistivityYYSD

double* ObservedDataStationApparentResistivityAndPhase::m_apparentResistivityYYSD

private

m_dataIDOfApparentResistivityXX

int* ObservedDataStationApparentResistivityAndPhase::m_dataIDOfApparentResistivityXX

private

m_dataIDOfApparentResistivityXY

int* ObservedDataStationApparentResistivityAndPhase::m_dataIDOfApparentResistivityXY

private

m_dataIDOfApparentResistivityYX

int* ObservedDataStationApparentResistivityAndPhase::m_dataIDOfApparentResistivityYX

private

m_dataIDOfApparentResistivityYY

int* ObservedDataStationApparentResistivityAndPhase::m_dataIDOfApparentResistivityYY

private

m_dataIDOfPhaseXX

int* ObservedDataStationApparentResistivityAndPhase::m_dataIDOfPhaseXX

private

m_dataIDOfPhaseXY

int* ObservedDataStationApparentResistivityAndPhase::m_dataIDOfPhaseXY

private

m_dataIDOfPhaseYX

int* ObservedDataStationApparentResistivityAndPhase::m_dataIDOfPhaseYX

private

m_dataIDOfPhaseYY

int* ObservedDataStationApparentResistivityAndPhase::m_dataIDOfPhaseYY

private

m_PhaseXXCalculated

double* ObservedDataStationApparentResistivityAndPhase::m_PhaseXXCalculated

private

m_PhaseXXObserved

double* ObservedDataStationApparentResistivityAndPhase::m_PhaseXXObserved

private

m_PhaseXXResidual

double* ObservedDataStationApparentResistivityAndPhase::m_PhaseXXResidual

private

m_PhaseXXSD

double* ObservedDataStationApparentResistivityAndPhase::m_PhaseXXSD

private

m_PhaseXYCalculated

double* ObservedDataStationApparentResistivityAndPhase::m_PhaseXYCalculated

private

m_PhaseXYObserved

double* ObservedDataStationApparentResistivityAndPhase::m_PhaseXYObserved

private

m_PhaseXYResidual

double* ObservedDataStationApparentResistivityAndPhase::m_PhaseXYResidual

private

m_PhaseXYSD

double* ObservedDataStationApparentResistivityAndPhase::m_PhaseXYSD

private

m_PhaseYXCalculated

double* ObservedDataStationApparentResistivityAndPhase::m_PhaseYXCalculated

private

m_PhaseYXObserved

double* ObservedDataStationApparentResistivityAndPhase::m_PhaseYXObserved

private

m_PhaseYXResidual

double* ObservedDataStationApparentResistivityAndPhase::m_PhaseYXResidual

private

m_PhaseYXSD

double* ObservedDataStationApparentResistivityAndPhase::m_PhaseYXSD

private

m_PhaseYYCalculated

double* ObservedDataStationApparentResistivityAndPhase::m_PhaseYYCalculated

private

m_PhaseYYObserved

double* ObservedDataStationApparentResistivityAndPhase::m_PhaseYYObserved

private

m_PhaseYYResidual

double* ObservedDataStationApparentResistivityAndPhase::m_PhaseYYResidual

private

m_PhaseYYSD

double* ObservedDataStationApparentResistivityAndPhase::m_PhaseYYSD

private

---

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

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