#include <CalcSimuTurningBands.hpp>

Inheritance diagram for CalcSimuTurningBands:

Public Member Functions
	CalcSimuTurningBands (int nbsimu=0, int nbtuba=0, bool flag_check=false, int seed=4324324)

	CalcSimuTurningBands (const CalcSimuTurningBands &r)=delete

CalcSimuTurningBands &	operator= (const CalcSimuTurningBands &r)=delete

virtual	~CalcSimuTurningBands ()

int	getNBtuba () const

void	setNBtuba (int nbtuba)

int	getNDirs () const

int	simulate (Db dbin, Db dbout, Model model, ANeigh neigh, int icase, int flag_bayes=false, const VectorDouble &dmean=VectorDouble(), const MatrixSquareSymmetric &dcov=MatrixSquareSymmetric(), bool flag_pgs=false, bool flag_gibbs=false, bool flag_dgm=false)

int	simulatePotential (Db dbiso, Db dbgrd, Db dbtgt, Db dbout, Model *model, double delta)

const MatrixSquareSymmetric &	getBayesCov () const

void	setBayesCov (const MatrixSquareSymmetric &bayes_cov)

const VectorDouble &	getBayesMean () const

void	setBayesMean (const VectorDouble &dmean)

bool	isFlagCheck () const

void	setFlagCheck (bool flag_check)

bool	isFlagBayes () const

void	setFlagBayes (bool flag_bayes)

void	setFlagDgm (bool flag_dgm)

bool	isFlagGibbs () const

void	setFlagGibbs (bool flag_gibbs)

bool	isFlagPgs () const

void	setFlagPgs (bool flag_pgs)

int	getIcase () const

void	setIcase (int icase)

int	getNbtuba () const

void	setNbtuba (int nbtuba)

Public Member Functions inherited from ACalcSimulation
	ACalcSimulation (int nbimu, int seed=4324324)

	ACalcSimulation (const ACalcSimulation &r)=delete

ACalcSimulation &	operator= (const ACalcSimulation &r)=delete

virtual	~ACalcSimulation ()

int	getSeed () const

int	getNbSimu () const

void	setSeed (int seed)

void	setNbSimu (int nbsimu)

Public Member Functions inherited from ACalcInterpolator
	ACalcInterpolator ()

	ACalcInterpolator (const ACalcInterpolator &r)=delete

ACalcInterpolator &	operator= (const ACalcInterpolator &r)=delete

virtual	~ACalcInterpolator ()

void	setModel (Model *model)

void	setNeigh (ANeigh *neigh)

Model *	getModel () const

ANeigh *	getNeigh () const

bool	hasModel (bool verbose=true) const

bool	hasNeigh (bool verbose=true) const

Public Member Functions inherited from ACalcDbToDb
	ACalcDbToDb (bool mustShareSameSpaceDimension=true)

	ACalcDbToDb (const ACalcDbToDb &r)=delete

ACalcDbToDb &	operator= (const ACalcDbToDb &r)=delete

virtual	~ACalcDbToDb ()

void	setDbin (Db *dbin)

void	setDbout (Db *dbout)

void	setNamingConvention (const NamingConvention &namconv)

void	setMustShareSpaceDimension (bool mustShareSpaceDimension)

Db *	getDbin () const

Db *	getDbout () const

DbGrid *	getGridin () const

DbGrid *	getGridout () const

bool	hasDbin (bool verbose=true) const

bool	hasDbout (bool verbose=true) const

bool	isGridIn (bool verbose=true) const

bool	isGridOut (bool verbose=true) const

Public Member Functions inherited from ACalculator
	ACalculator ()

	ACalculator (const ACalculator &r)=delete

ACalculator &	operator= (const ACalculator &r)=delete

virtual	~ACalculator ()

bool	run ()

Static Public Member Functions
static bool	isTurningBandsWorkable (const Model *model)

Constructor & Destructor Documentation

CalcSimuTurningBands::CalcSimuTurningBands	(	int	nbsimu = `0`,
		int	nbtuba = `0`,
		bool	flag_check = `false`,
		int	seed = `4324324`
	)

CalcSimuTurningBands::CalcSimuTurningBands ( const CalcSimuTurningBands & r )

delete

CalcSimuTurningBands::~CalcSimuTurningBands ( )

virtual

Member Function Documentation

const MatrixSquareSymmetric& CalcSimuTurningBands::getBayesCov ( ) const

inline

const VectorDouble& CalcSimuTurningBands::getBayesMean ( ) const

inline

int CalcSimuTurningBands::getIcase ( ) const

inline

int CalcSimuTurningBands::getNBtuba ( ) const

inline

int CalcSimuTurningBands::getNbtuba ( ) const

inline

int CalcSimuTurningBands::getNDirs ( ) const

inline

bool CalcSimuTurningBands::isFlagBayes ( ) const

inline

bool CalcSimuTurningBands::isFlagCheck ( ) const

inline

bool CalcSimuTurningBands::isFlagGibbs ( ) const

inline

bool CalcSimuTurningBands::isFlagPgs ( ) const

inline

bool CalcSimuTurningBands::isTurningBandsWorkable ( const Model * model )

static

Check if the Model can be simulated using Turning Bands

Returns: True if the Model is valid; 0 otherwise

Parameters

[in] model Model structure

CalcSimuTurningBands& CalcSimuTurningBands::operator= ( const CalcSimuTurningBands & r )

delete

void CalcSimuTurningBands::setBayesCov ( const MatrixSquareSymmetric & bayes_cov )

inline

void CalcSimuTurningBands::setBayesMean ( const VectorDouble & dmean )

inline

void CalcSimuTurningBands::setFlagBayes ( bool flag_bayes )

inline

void CalcSimuTurningBands::setFlagCheck ( bool flag_check )

inline

void CalcSimuTurningBands::setFlagDgm ( bool flag_dgm )

inline

void CalcSimuTurningBands::setFlagGibbs ( bool flag_gibbs )

inline

void CalcSimuTurningBands::setFlagPgs ( bool flag_pgs )

inline

void CalcSimuTurningBands::setIcase ( int icase )

inline

void CalcSimuTurningBands::setNBtuba ( int nbtuba )

inline

void CalcSimuTurningBands::setNbtuba ( int nbtuba )

inline

int CalcSimuTurningBands::simulate	(	Db *	dbin,
		Db *	dbout,
		Model *	model,
		ANeigh *	neigh,
		int	icase,
		int	flag_bayes = `false`,
		const VectorDouble &	dmean = `VectorDouble()`,
		const MatrixSquareSymmetric &	dcov = `MatrixSquareSymmetric()`,
		bool	flag_pgs = `false`,
		bool	flag_gibbs = `false`,
		bool	flag_dgm = `false`
	)

Perform the Simulation Process using the Turning Bands Method

Returns: Error return code

Parameters

[in]	dbin	Input Db structure
[in]	dbout	Output Db structure
[in]	model	Model structure
[in]	neigh	ANeigh structure
[in]	icase	Case for PGS or -1
[in]	flag_bayes	1 if the Bayes option is switched ON
[in]	dmean	Array giving the prior means for the drift terms
[in]	dcov	Array containing the prior covariance matrix for the drift terms
[in]	flag_pgs	1 if called from PGS
[in]	flag_gibbs	1 if called from Gibbs
[in]	flag_dgm	1 if the Discrete Gaussian Model is used

int CalcSimuTurningBands::simulatePotential	(	Db *	dbiso,
		Db *	dbgrd,
		Db *	dbtgt,
		Db *	dbout,
		Model *	model,
		double	delta
	)

Perform the (non-conditional) Simulation(s) using the Turning Bands Method

Returns: Error return code

Parameters

[in]	dbiso	Isovalues Db structure
[in]	dbgrd	Gradient Db structure
[in]	dbtgt	Tangent Db structure
[in]	dbout	Output Db structure
[in]	model	Model structure
[in]	delta	Value of the increment

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

include/Simulation/CalcSimuTurningBands.hpp
src/Simulation/CalcSimuTurningBands.cpp

Public Member Functions

Static Public Member Functions

Constructor & Destructor Documentation

Member Function Documentation