#include <AnalysisControl.h>

Collaboration diagram for AnalysisControl:

[legend]

Classes
struct	UseBackwardOrForwardElement

Public Types
enum	outputParameterIDsForVTK { OUTPUT_RESISTIVITY_VALUES_TO_VTK = 0 , OUTPUT_ELECTRIC_FIELD_VECTORS_TO_VTK , OUTPUT_MAGNETIC_FIELD_VECTORS_TO_VTK , OUTPUT_CURRENT_DENSITY , OUTPUT_SENSITIVITY , OUTPUT_SENSITIVITY_DENSITY }

enum	numbering { NOT_ASSIGNED = -1 , XYZ = 0 , YZX = 1 , ZXY = 2 }

enum	BackwardOrForwardElement { BACKWARD_ELEMENT = 0 , FORWARD_ELEMENT }

enum	TypeOfRoughningMatrix { USER_DEFINED_ROUGHNING = -1 , USE_ELEMENTS_SHARE_FACES = 0 , USE_RESISTIVITY_BLOCKS_SHARE_FACES , USE_ELEMENTS_SHARE_FACES_AREA_VOL_RATIO , EndOfTypeOfRoughningMatrix }

enum	TypeOfDistortion { DISTORTION_TYPE_UNDEFINED = -1 , NO_DISTORTION = 0 , ESTIMATE_DISTORTION_MATRIX_DIFFERENCE , ESTIMATE_GAINS_AND_ROTATIONS , ESTIMATE_GAINS_ONLY }

enum	ConvergenceBehaviors { DURING_RETRIALS = 0 , GO_TO_NEXT_ITERATION , INVERSIN_CONVERGED }

enum	TypeOfElectricField { USE_HORIZONTAL_ELECTRIC_FIELD = 0 , USE_TANGENTIAL_ELECTRIC_FIELD = 1 }

enum	TypeOfOwnerElement { USE_LOWER_ELEMENT = 0 , USE_UPPER_ELEMENT = 1 }

enum	AppResPhaseTreatmentOption { NO_SPECIAL_TREATMENT_APP_AND_PHASE = 0 , USE_Z_IF_SIGN_OF_RE_Z_DIFFER = 1 }

enum	TypeOfDataSpaceAlgorithm { NEW_DATA_SPACE_ALGORITHM = 1 , NEW_DATA_SPACE_ALGORITHM_USING_INV_RTR_MATRIX = 2 }

Public Member Functions
void	run ()

std::string	outputElapsedTime () const

int	getBoundaryConditionBottom () const

int	getOrderOfFiniteElement () const

int	getMyPE () const

int	getTotalPE () const

int	getNumThreads () const

int	getModeOfPARDISO () const

int	getNumberingMethod () const

bool	getIsOutput2DResult () const

int	getIterationNumInit () const

int	getIterationNumCurrent () const

int	getIterationNumMax () const

const UseBackwardOrForwardElement	getUseBackwardOrForwardElement () const

bool	doesOutputToVTK (const int paramID) const

double	getTradeOffParameterForResistivityValue () const

double	getTradeOffParameterForDistortionMatrixComplexity () const

double	getTradeOffParameterForGainsOfDistortionMatrix () const

double	getTradeOffParameterForRotationsOfDistortionMatrix () const

double	getStepLengthDampingFactorCur () const

int	getNumCutbackMax () const

bool	holdMemoryForwardSolver () const

int	getTypeOfMesh () const

bool	estimateDistortionMatrix () const

int	getTypeOfDistortion () const

int	geTypeOfRoughningMatrix () const

int	getTypeOfElectricField () const

bool	isTypeOfElectricFieldSetIndivisually () const

int	getTypeOfOwnerElement () const

bool	isTypeOfOwnerElementSetIndivisually () const

int	getDivisionNumberOfMultipleRHSInForward () const

int	getDivisionNumberOfMultipleRHSInInversion () const

double	getAlphaWeight (const int iDir) const

bool	getPositiveDefiniteNormalEqMatrix () const

bool	writeBinaryFormat () const

int	getInversionMethod () const

int	getIsObsLocMovedToCenter () const

int	getApparentResistivityAndPhaseTreatmentOption () const

bool	getIsRougheningMatrixOutputted () const

int	getTypeOfDataSpaceAlgorithm () const

bool	useDifferenceFilter () const

int	getDegreeOfLpOptimization () const

double	getLowerLimitOfDifflog10RhoForLpOptimization () const

double	getUpperLimitOfDifflog10RhoForLpOptimization () const

int	getMaxIterationIRWLSForLpOptimization () const

double	getThresholdIRWLSForLpOptimization () const

const MeshData *	getPointerOfMeshData () const

const MeshDataBrickElement *	getPointerOfMeshDataBrickElement () const

const MeshDataTetraElement *	getPointerOfMeshDataTetraElement () const

const MeshDataNonConformingHexaElement *	getPointerOfMeshDataNonConformingHexaElement () const

Static Public Member Functions
static AnalysisControl *	getInstance ()

Static Public Attributes
static const int	BOUNDARY_BOTTOM_ONE_DIMENSIONAL

static const int	BOUNDARY_BOTTOM_PERFECT_CONDUCTOR

Private Types
enum	controlParameterID { BOUNDARY_CONDITION_BOTTOM = 0 , NUM_THREADS , FWD_SOLVER , MEM_LIMIT , OUTPUT_PARAM , NUMBERING_METHOD , OUTPUT_OPTION , OUTPUT_2D_RESULTS , TRADE_OFF_PARAM , ITERATION , DECREASE_THRESHOLD , CONVERGE , RETRIAL , STEP_LENGTH , MESH_TYPE , DISTORTION , ROUGH_MATRIX , ELEC_FIELD , DIV_NUM_RHS_FWD , DIV_NUM_RHS_INV , RESISTIVITY_BOUNDS , OFILE_TYPE , HOLD_FWD_MEM , ALPHA_WEIGHT , INV_MAT_POSITIVE_DEFINITE , BOTTOM_RESISTIVITY , BOTTOM_ROUGHNING_FACTOR , INV_METHOD , BOUNDS_DIST_THLD , IDW , SMALL_VALUE , MOVE_OBS_LOC , OWNER_ELEMENT , APP_PHS_OPTION , OUTPUT_ROUGH_MATRIX , DATA_SPACE_METHOD , EndOfControlParameterID }

Private Member Functions
	AnalysisControl ()

	~AnalysisControl ()

	AnalysisControl (const AnalysisControl &rhs)

AnalysisControl &	operator= (const AnalysisControl &rhs)

void	inputControlData ()

void	calcForwardComputation (const int iter)

AnalysisControl::ConvergenceBehaviors	adjustStepLengthDampingFactor (const int iterCur, const int iCutbackCur)

bool	checkConvergence (const double objectFunctionalCur)

bool	checkConvergence (const double objectFunctionalCur, const double dataMisft, const double modelRoughness, const double normDist1=0.0, const double normDist2=0.0)

bool	doesCalculateSensitivity (const int iter) const

Forward3D *	getPointerOfForward3D () const

Private Attributes
int	m_myPE

int	m_totalPE

int	m_numThreads

int	m_boundaryConditionBottom

int	m_orderOfFiniteElement

int	m_modeOfPARDISO

int	m_numberingMethod

std::set< int >	m_outputParametersForVis

bool	m_isOutput2DResult

double	m_tradeOffParameterForResistivityValue

double	m_tradeOffParameterForDistortionMatrixComplexity

double	m_tradeOffParameterForDistortionGain

double	m_tradeOffParameterForDistortionRotation

time_t	m_startTime

UseBackwardOrForwardElement	m_useBackwardOrForwardElement

int	m_iterationNumInit

int	m_iterationNumMax

int	m_iterationNumCurrent

double	m_thresholdValueForDecreasing

double	m_decreaseRatioForConvegence

double	m_stepLengthDampingFactorCur

double	m_stepLengthDampingFactorMin

double	m_stepLengthDampingFactorMax

int	m_numOfIterIncreaseStepLength

double	m_factorDecreasingStepLength

double	m_factorIncreasingStepLength

int	m_numCutbackMax

bool	m_holdMemoryForwardSolver

Forward3DBrickElement0thOrder *	m_ptrForward3DBrickElement0thOrder

Forward3DTetraElement0thOrder *	m_ptrForward3DTetraElement0thOrder

Forward3DNonConformingHexaElement0thOrder *	m_ptrForward3DNonConformingHexaElement0thOrder

Inversion *	m_ptrInversion

double	m_objectFunctionalPre

double	m_dataMisfitPre

double	m_modelRoughnessPre

double	m_normOfDistortionMatrixDifferencesPre

double	m_normOfGainsPre

double	m_normOfRotationsPre

int	m_numConsecutiveIterFunctionalDecreasing

bool	m_continueWithoutCutback

int	m_maxMemoryPARDISO

int	m_typeOfMesh

int	m_typeOfRoughningMatrix

int	m_typeOfElectricField

bool	m_isTypeOfElectricFieldSetIndivisually

int	m_typeOfOwnerElement

bool	m_isTypeOfOwnerElementSetIndivisually

int	m_divisionNumberOfMultipleRHSInForward

int	m_divisionNumberOfMultipleRHSInInversion

bool	m_binaryOutput

int	m_typeOfDistortion

double	m_alphaWeight [3]

bool	m_positiveDefiniteNormalEqMatrix

int	m_inversionMethod

bool	m_isObsLocMovedToCenter

int	m_apparentResistivityAndPhaseTreatmentOption

bool	m_isRougheningMatrixOutputted

int	m_typeOfDataSpaceAlgorithm

bool	m_useDifferenceFilter

int	m_degreeOfLpOptimization

double	m_lowerLimitOfDifflog10RhoForLpOptimization

double	m_upperLimitOfDifflog10RhoForLpOptimization

int	m_maxIterationIRWLSForLpOptimization

double	m_thresholdIRWLSForLpOptimization

Static Private Attributes
static const int	numParamWrittenInControlFile = EndOfControlParameterID

Member Enumeration Documentation

◆ AppResPhaseTreatmentOption

enum AnalysisControl::AppResPhaseTreatmentOption

Enumerator
NO_SPECIAL_TREATMENT_APP_AND_PHASE
USE_Z_IF_SIGN_OF_RE_Z_DIFFER

◆ BackwardOrForwardElement

enum AnalysisControl::BackwardOrForwardElement

Enumerator
BACKWARD_ELEMENT
FORWARD_ELEMENT

◆ controlParameterID

enum AnalysisControl::controlParameterID

private

Enumerator
BOUNDARY_CONDITION_BOTTOM
NUM_THREADS
FWD_SOLVER
MEM_LIMIT
OUTPUT_PARAM
NUMBERING_METHOD
OUTPUT_OPTION
OUTPUT_2D_RESULTS
TRADE_OFF_PARAM
ITERATION
DECREASE_THRESHOLD
CONVERGE
RETRIAL
STEP_LENGTH
MESH_TYPE
DISTORTION
ROUGH_MATRIX
ELEC_FIELD
DIV_NUM_RHS_FWD
DIV_NUM_RHS_INV
RESISTIVITY_BOUNDS
OFILE_TYPE
HOLD_FWD_MEM
ALPHA_WEIGHT
INV_MAT_POSITIVE_DEFINITE
BOTTOM_RESISTIVITY
BOTTOM_ROUGHNING_FACTOR
INV_METHOD
BOUNDS_DIST_THLD
IDW
SMALL_VALUE
MOVE_OBS_LOC
OWNER_ELEMENT
APP_PHS_OPTION
OUTPUT_ROUGH_MATRIX
DATA_SPACE_METHOD
EndOfControlParameterID

◆ ConvergenceBehaviors

enum AnalysisControl::ConvergenceBehaviors

Enumerator
DURING_RETRIALS
GO_TO_NEXT_ITERATION
INVERSIN_CONVERGED

◆ numbering

enum AnalysisControl::numbering

Enumerator
NOT_ASSIGNED
XYZ
YZX
ZXY

◆ outputParameterIDsForVTK

enum AnalysisControl::outputParameterIDsForVTK

Enumerator
OUTPUT_RESISTIVITY_VALUES_TO_VTK
OUTPUT_ELECTRIC_FIELD_VECTORS_TO_VTK
OUTPUT_MAGNETIC_FIELD_VECTORS_TO_VTK
OUTPUT_CURRENT_DENSITY
OUTPUT_SENSITIVITY
OUTPUT_SENSITIVITY_DENSITY

◆ TypeOfDataSpaceAlgorithm

enum AnalysisControl::TypeOfDataSpaceAlgorithm

Enumerator
NEW_DATA_SPACE_ALGORITHM
NEW_DATA_SPACE_ALGORITHM_USING_INV_RTR_MATRIX

◆ TypeOfDistortion

enum AnalysisControl::TypeOfDistortion

Enumerator
DISTORTION_TYPE_UNDEFINED
NO_DISTORTION
ESTIMATE_DISTORTION_MATRIX_DIFFERENCE
ESTIMATE_GAINS_AND_ROTATIONS
ESTIMATE_GAINS_ONLY

◆ TypeOfElectricField

enum AnalysisControl::TypeOfElectricField

Enumerator
USE_HORIZONTAL_ELECTRIC_FIELD
USE_TANGENTIAL_ELECTRIC_FIELD

◆ TypeOfOwnerElement

enum AnalysisControl::TypeOfOwnerElement

Enumerator
USE_LOWER_ELEMENT
USE_UPPER_ELEMENT

◆ TypeOfRoughningMatrix

enum AnalysisControl::TypeOfRoughningMatrix

Enumerator
USER_DEFINED_ROUGHNING
USE_ELEMENTS_SHARE_FACES
USE_RESISTIVITY_BLOCKS_SHARE_FACES
USE_ELEMENTS_SHARE_FACES_AREA_VOL_RATIO
EndOfTypeOfRoughningMatrix

Constructor & Destructor Documentation

◆ AnalysisControl() [1/2]

AnalysisControl::AnalysisControl ( )

private

◆ ~AnalysisControl()

AnalysisControl::~AnalysisControl ( )

private

◆ AnalysisControl() [2/2]

AnalysisControl::AnalysisControl ( const AnalysisControl & rhs )

inlineprivate

Member Function Documentation

◆ adjustStepLengthDampingFactor()

AnalysisControl::ConvergenceBehaviors AnalysisControl::adjustStepLengthDampingFactor	(	const int	iterCur,
		const int	iCutbackCur
	)

private

◆ calcForwardComputation()

void AnalysisControl::calcForwardComputation ( const int iter )

private

◆ checkConvergence() [1/2]

bool AnalysisControl::checkConvergence ( const double objectFunctionalCur )

private

◆ checkConvergence() [2/2]

bool AnalysisControl::checkConvergence	(	const double	objectFunctionalCur,
		const double	dataMisft,
		const double	modelRoughness,
		const double	normDist1 = `0.0`,
		const double	normDist2 = `0.0`
	)

private

◆ doesCalculateSensitivity()

bool AnalysisControl::doesCalculateSensitivity ( const int iter ) const

private

◆ doesOutputToVTK()

bool AnalysisControl::doesOutputToVTK ( const int paramID ) const

◆ estimateDistortionMatrix()

bool AnalysisControl::estimateDistortionMatrix ( ) const

◆ getAlphaWeight()

double AnalysisControl::getAlphaWeight ( const int iDir ) const

◆ getApparentResistivityAndPhaseTreatmentOption()

int AnalysisControl::getApparentResistivityAndPhaseTreatmentOption ( ) const

◆ getBoundaryConditionBottom()

int AnalysisControl::getBoundaryConditionBottom ( ) const

◆ getDegreeOfLpOptimization()

int AnalysisControl::getDegreeOfLpOptimization ( ) const

◆ getDivisionNumberOfMultipleRHSInForward()

int AnalysisControl::getDivisionNumberOfMultipleRHSInForward ( ) const

◆ getDivisionNumberOfMultipleRHSInInversion()

int AnalysisControl::getDivisionNumberOfMultipleRHSInInversion ( ) const

◆ getInstance()

AnalysisControl * AnalysisControl::getInstance ( )

static

◆ getInversionMethod()

int AnalysisControl::getInversionMethod ( ) const

◆ getIsObsLocMovedToCenter()

int AnalysisControl::getIsObsLocMovedToCenter ( ) const

◆ getIsOutput2DResult()

bool AnalysisControl::getIsOutput2DResult ( ) const

◆ getIsRougheningMatrixOutputted()

bool AnalysisControl::getIsRougheningMatrixOutputted ( ) const

◆ getIterationNumCurrent()

int AnalysisControl::getIterationNumCurrent ( ) const

◆ getIterationNumInit()

int AnalysisControl::getIterationNumInit ( ) const

◆ getIterationNumMax()

int AnalysisControl::getIterationNumMax ( ) const

◆ getLowerLimitOfDifflog10RhoForLpOptimization()

double AnalysisControl::getLowerLimitOfDifflog10RhoForLpOptimization ( ) const

◆ getMaxIterationIRWLSForLpOptimization()

int AnalysisControl::getMaxIterationIRWLSForLpOptimization ( ) const

◆ getModeOfPARDISO()

int AnalysisControl::getModeOfPARDISO ( ) const

◆ getMyPE()

int AnalysisControl::getMyPE ( ) const

◆ getNumberingMethod()

int AnalysisControl::getNumberingMethod ( ) const

◆ getNumCutbackMax()

int AnalysisControl::getNumCutbackMax ( ) const

◆ getNumThreads()

int AnalysisControl::getNumThreads ( ) const

◆ getOrderOfFiniteElement()

int AnalysisControl::getOrderOfFiniteElement ( ) const

◆ getPointerOfForward3D()

Forward3D * AnalysisControl::getPointerOfForward3D ( ) const

private

◆ getPointerOfMeshData()

const MeshData * AnalysisControl::getPointerOfMeshData ( ) const

◆ getPointerOfMeshDataBrickElement()

const MeshDataBrickElement * AnalysisControl::getPointerOfMeshDataBrickElement ( ) const

◆ getPointerOfMeshDataNonConformingHexaElement()

const MeshDataNonConformingHexaElement * AnalysisControl::getPointerOfMeshDataNonConformingHexaElement ( ) const

◆ getPointerOfMeshDataTetraElement()

const MeshDataTetraElement * AnalysisControl::getPointerOfMeshDataTetraElement ( ) const

◆ getPositiveDefiniteNormalEqMatrix()

bool AnalysisControl::getPositiveDefiniteNormalEqMatrix ( ) const

◆ getStepLengthDampingFactorCur()

double AnalysisControl::getStepLengthDampingFactorCur ( ) const

◆ getThresholdIRWLSForLpOptimization()

double AnalysisControl::getThresholdIRWLSForLpOptimization ( ) const

◆ getTotalPE()

int AnalysisControl::getTotalPE ( ) const

◆ getTradeOffParameterForDistortionMatrixComplexity()

double AnalysisControl::getTradeOffParameterForDistortionMatrixComplexity ( ) const

◆ getTradeOffParameterForGainsOfDistortionMatrix()

double AnalysisControl::getTradeOffParameterForGainsOfDistortionMatrix ( ) const

◆ getTradeOffParameterForResistivityValue()

double AnalysisControl::getTradeOffParameterForResistivityValue ( ) const

◆ getTradeOffParameterForRotationsOfDistortionMatrix()

double AnalysisControl::getTradeOffParameterForRotationsOfDistortionMatrix ( ) const

◆ getTypeOfDataSpaceAlgorithm()

int AnalysisControl::getTypeOfDataSpaceAlgorithm ( ) const

◆ getTypeOfDistortion()

int AnalysisControl::getTypeOfDistortion ( ) const

◆ getTypeOfElectricField()

int AnalysisControl::getTypeOfElectricField ( ) const

◆ getTypeOfMesh()

int AnalysisControl::getTypeOfMesh ( ) const

◆ getTypeOfOwnerElement()

int AnalysisControl::getTypeOfOwnerElement ( ) const

◆ getUpperLimitOfDifflog10RhoForLpOptimization()

double AnalysisControl::getUpperLimitOfDifflog10RhoForLpOptimization ( ) const

◆ getUseBackwardOrForwardElement()

const AnalysisControl::UseBackwardOrForwardElement AnalysisControl::getUseBackwardOrForwardElement ( ) const

◆ geTypeOfRoughningMatrix()

int AnalysisControl::geTypeOfRoughningMatrix ( ) const

◆ holdMemoryForwardSolver()

bool AnalysisControl::holdMemoryForwardSolver ( ) const

◆ inputControlData()

void AnalysisControl::inputControlData ( )

private

◆ isTypeOfElectricFieldSetIndivisually()

bool AnalysisControl::isTypeOfElectricFieldSetIndivisually ( ) const

◆ isTypeOfOwnerElementSetIndivisually()

bool AnalysisControl::isTypeOfOwnerElementSetIndivisually ( ) const

◆ operator=()

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

inlineprivate

◆ outputElapsedTime()

std::string AnalysisControl::outputElapsedTime ( ) const

◆ run()

void AnalysisControl::run ( )

◆ useDifferenceFilter()

bool AnalysisControl::useDifferenceFilter ( ) const

◆ writeBinaryFormat()

bool AnalysisControl::writeBinaryFormat ( ) const

Member Data Documentation

◆ BOUNDARY_BOTTOM_ONE_DIMENSIONAL

const int AnalysisControl::BOUNDARY_BOTTOM_ONE_DIMENSIONAL

static

Initial value:

=

0

◆ BOUNDARY_BOTTOM_PERFECT_CONDUCTOR

const int AnalysisControl::BOUNDARY_BOTTOM_PERFECT_CONDUCTOR

static

Initial value:

=

1

◆ m_alphaWeight

double AnalysisControl::m_alphaWeight[3]

private

◆ m_apparentResistivityAndPhaseTreatmentOption

int AnalysisControl::m_apparentResistivityAndPhaseTreatmentOption

private

◆ m_binaryOutput

bool AnalysisControl::m_binaryOutput

private

◆ m_boundaryConditionBottom

int AnalysisControl::m_boundaryConditionBottom

private

◆ m_continueWithoutCutback

bool AnalysisControl::m_continueWithoutCutback

private

◆ m_dataMisfitPre

double AnalysisControl::m_dataMisfitPre

private

◆ m_decreaseRatioForConvegence

double AnalysisControl::m_decreaseRatioForConvegence

private

◆ m_degreeOfLpOptimization

int AnalysisControl::m_degreeOfLpOptimization

private

◆ m_divisionNumberOfMultipleRHSInForward

int AnalysisControl::m_divisionNumberOfMultipleRHSInForward

private

◆ m_divisionNumberOfMultipleRHSInInversion

int AnalysisControl::m_divisionNumberOfMultipleRHSInInversion

private

◆ m_factorDecreasingStepLength

double AnalysisControl::m_factorDecreasingStepLength

private

◆ m_factorIncreasingStepLength

double AnalysisControl::m_factorIncreasingStepLength

private

◆ m_holdMemoryForwardSolver

bool AnalysisControl::m_holdMemoryForwardSolver

private

◆ m_inversionMethod

int AnalysisControl::m_inversionMethod

private

◆ m_isObsLocMovedToCenter

bool AnalysisControl::m_isObsLocMovedToCenter

private

◆ m_isOutput2DResult

bool AnalysisControl::m_isOutput2DResult

private

◆ m_isRougheningMatrixOutputted

bool AnalysisControl::m_isRougheningMatrixOutputted

private

◆ m_isTypeOfElectricFieldSetIndivisually

bool AnalysisControl::m_isTypeOfElectricFieldSetIndivisually

private

◆ m_isTypeOfOwnerElementSetIndivisually

bool AnalysisControl::m_isTypeOfOwnerElementSetIndivisually

private

◆ m_iterationNumCurrent

int AnalysisControl::m_iterationNumCurrent

private

◆ m_iterationNumInit

int AnalysisControl::m_iterationNumInit

private

◆ m_iterationNumMax

int AnalysisControl::m_iterationNumMax

private

◆ m_lowerLimitOfDifflog10RhoForLpOptimization

double AnalysisControl::m_lowerLimitOfDifflog10RhoForLpOptimization

private

◆ m_maxIterationIRWLSForLpOptimization

int AnalysisControl::m_maxIterationIRWLSForLpOptimization

private

◆ m_maxMemoryPARDISO

int AnalysisControl::m_maxMemoryPARDISO

private

◆ m_modelRoughnessPre

double AnalysisControl::m_modelRoughnessPre

private

◆ m_modeOfPARDISO

int AnalysisControl::m_modeOfPARDISO

private

◆ m_myPE

int AnalysisControl::m_myPE

private

◆ m_normOfDistortionMatrixDifferencesPre

double AnalysisControl::m_normOfDistortionMatrixDifferencesPre

private

◆ m_normOfGainsPre

double AnalysisControl::m_normOfGainsPre

private

◆ m_normOfRotationsPre

double AnalysisControl::m_normOfRotationsPre

private

◆ m_numberingMethod

int AnalysisControl::m_numberingMethod

private

◆ m_numConsecutiveIterFunctionalDecreasing

int AnalysisControl::m_numConsecutiveIterFunctionalDecreasing

private

◆ m_numCutbackMax

int AnalysisControl::m_numCutbackMax

private

◆ m_numOfIterIncreaseStepLength

int AnalysisControl::m_numOfIterIncreaseStepLength

private

◆ m_numThreads

int AnalysisControl::m_numThreads

private

◆ m_objectFunctionalPre

double AnalysisControl::m_objectFunctionalPre

private

◆ m_orderOfFiniteElement

int AnalysisControl::m_orderOfFiniteElement

private

◆ m_outputParametersForVis

std::set<int> AnalysisControl::m_outputParametersForVis

private

◆ m_positiveDefiniteNormalEqMatrix

bool AnalysisControl::m_positiveDefiniteNormalEqMatrix

private

◆ m_ptrForward3DBrickElement0thOrder

Forward3DBrickElement0thOrder* AnalysisControl::m_ptrForward3DBrickElement0thOrder

private

◆ m_ptrForward3DNonConformingHexaElement0thOrder

Forward3DNonConformingHexaElement0thOrder* AnalysisControl::m_ptrForward3DNonConformingHexaElement0thOrder

private

◆ m_ptrForward3DTetraElement0thOrder

Forward3DTetraElement0thOrder* AnalysisControl::m_ptrForward3DTetraElement0thOrder

private

◆ m_ptrInversion

Inversion* AnalysisControl::m_ptrInversion

private

◆ m_startTime

time_t AnalysisControl::m_startTime

private

◆ m_stepLengthDampingFactorCur

double AnalysisControl::m_stepLengthDampingFactorCur

private

◆ m_stepLengthDampingFactorMax

double AnalysisControl::m_stepLengthDampingFactorMax

private

◆ m_stepLengthDampingFactorMin

double AnalysisControl::m_stepLengthDampingFactorMin

private

◆ m_thresholdIRWLSForLpOptimization

double AnalysisControl::m_thresholdIRWLSForLpOptimization

private

◆ m_thresholdValueForDecreasing

double AnalysisControl::m_thresholdValueForDecreasing

private

◆ m_totalPE

int AnalysisControl::m_totalPE

private

◆ m_tradeOffParameterForDistortionGain

double AnalysisControl::m_tradeOffParameterForDistortionGain

private

◆ m_tradeOffParameterForDistortionMatrixComplexity

double AnalysisControl::m_tradeOffParameterForDistortionMatrixComplexity

private

◆ m_tradeOffParameterForDistortionRotation

double AnalysisControl::m_tradeOffParameterForDistortionRotation

private

◆ m_tradeOffParameterForResistivityValue

double AnalysisControl::m_tradeOffParameterForResistivityValue

private

◆ m_typeOfDataSpaceAlgorithm

int AnalysisControl::m_typeOfDataSpaceAlgorithm

private

◆ m_typeOfDistortion

int AnalysisControl::m_typeOfDistortion

private

◆ m_typeOfElectricField

int AnalysisControl::m_typeOfElectricField

private

◆ m_typeOfMesh

int AnalysisControl::m_typeOfMesh

private

◆ m_typeOfOwnerElement

int AnalysisControl::m_typeOfOwnerElement

private

◆ m_typeOfRoughningMatrix

int AnalysisControl::m_typeOfRoughningMatrix

private

◆ m_upperLimitOfDifflog10RhoForLpOptimization

double AnalysisControl::m_upperLimitOfDifflog10RhoForLpOptimization

private

◆ m_useBackwardOrForwardElement

UseBackwardOrForwardElement AnalysisControl::m_useBackwardOrForwardElement

private

◆ m_useDifferenceFilter

bool AnalysisControl::m_useDifferenceFilter

private

◆ numParamWrittenInControlFile

const int AnalysisControl::numParamWrittenInControlFile = EndOfControlParameterID

staticprivate

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

femtic/femtic_lib/include/AnalysisControl.h
femtic/femtic_lib/src/AnalysisControl.cpp

Classes

Public Types

Public Member Functions

Static Public Member Functions

Static Public Attributes

Private Types

Private Member Functions

Private Attributes

Static Private Attributes

Member Enumeration Documentation

◆ AppResPhaseTreatmentOption

◆ BackwardOrForwardElement

◆ controlParameterID

◆ ConvergenceBehaviors

◆ numbering

◆ outputParameterIDsForVTK

◆ TypeOfDataSpaceAlgorithm

◆ TypeOfDistortion

◆ TypeOfElectricField

◆ TypeOfOwnerElement

◆ TypeOfRoughningMatrix

Constructor & Destructor Documentation

◆ AnalysisControl() [1/2]

◆ ~AnalysisControl()

◆ AnalysisControl() [2/2]

Member Function Documentation

◆ adjustStepLengthDampingFactor()

◆ calcForwardComputation()

◆ checkConvergence() [1/2]

◆ checkConvergence() [2/2]

◆ doesCalculateSensitivity()

◆ doesOutputToVTK()

◆ estimateDistortionMatrix()

◆ getAlphaWeight()

◆ getApparentResistivityAndPhaseTreatmentOption()

◆ getBoundaryConditionBottom()

◆ getDegreeOfLpOptimization()

◆ getDivisionNumberOfMultipleRHSInForward()

◆ getDivisionNumberOfMultipleRHSInInversion()

◆ getInstance()

◆ getInversionMethod()

◆ getIsObsLocMovedToCenter()

◆ getIsOutput2DResult()

◆ getIsRougheningMatrixOutputted()

◆ getIterationNumCurrent()

◆ getIterationNumInit()

◆ getIterationNumMax()

◆ getLowerLimitOfDifflog10RhoForLpOptimization()

◆ getMaxIterationIRWLSForLpOptimization()

◆ getModeOfPARDISO()

◆ getMyPE()

◆ getNumberingMethod()

◆ getNumCutbackMax()

◆ getNumThreads()

◆ getOrderOfFiniteElement()

◆ getPointerOfForward3D()

◆ getPointerOfMeshData()

◆ getPointerOfMeshDataBrickElement()

◆ getPointerOfMeshDataNonConformingHexaElement()

◆ getPointerOfMeshDataTetraElement()

◆ getPositiveDefiniteNormalEqMatrix()

◆ getStepLengthDampingFactorCur()

◆ getThresholdIRWLSForLpOptimization()

◆ getTotalPE()

◆ getTradeOffParameterForDistortionMatrixComplexity()

◆ getTradeOffParameterForGainsOfDistortionMatrix()

◆ getTradeOffParameterForResistivityValue()

◆ getTradeOffParameterForRotationsOfDistortionMatrix()

◆ getTypeOfDataSpaceAlgorithm()

◆ getTypeOfDistortion()

◆ getTypeOfElectricField()

◆ getTypeOfMesh()

◆ getTypeOfOwnerElement()

◆ getUpperLimitOfDifflog10RhoForLpOptimization()

◆ getUseBackwardOrForwardElement()

◆ geTypeOfRoughningMatrix()

◆ holdMemoryForwardSolver()

◆ inputControlData()

◆ isTypeOfElectricFieldSetIndivisually()

◆ isTypeOfOwnerElementSetIndivisually()