SPDEParam Class Reference

Definition of the parameters used within SPDE. More...

#include <SPDEParam.hpp>

Detailed Description

Definition of the parameters used within SPDE.

refineK Discretization factor used for Kriging refineS Discretization factor used for Simulation border Border size nxmax Maximum number of vertices in the internal mesh (0 : no limit) epsNugget Nugget effect useStencil Default option for no Cholesky (can only be used in stationary case for Turbo Meshing) nMC Number of Monte-Carlo simulations (used for Variance and logdet) seedMC Seed for the random number generator (used for Variance and logdet)

cgparams Parameters for the Conjugate Gradient method

Public Member Functions
	SPDEParam (int refineK=11, int refineS=18, int border=8, bool flag_polarized=true, int nxmax=300, double epsNugget=EPSILON2, bool useStencil=true, int nMC=10, int seedMC=134341, const CGParam &cgparams=CGParam())
	SPDEParam (const SPDEParam &m)
SPDEParam &	operator= (const SPDEParam &m)
virtual	~SPDEParam ()
int	getBorder () const
CGParam	getCGparams () const
double	getEpsNugget () const
int	getRefineK () const
int	getRefineS () const
bool	isPolarized () const
void	setPolarized (bool flagPolarized)
int	getNxMax () const
bool	getUseStencil () const
int	getNMC () const
int	getSeedMC () const
void	setBorder (int border)
void	setCGparams (const CGParam &CGparams)
void	setEpsNugget (double epsNugget)
void	setRefineK (int refineK)
void	setRefineS (int refineS)
void	setNxMax (int nxmax)
void	setUseStencil (bool useStencil)
void	setNMC (int nMC)
void	setSeedMC (int seedMC)

Static Public Member Functions
static SPDEParam *	create (int refineK=11, int refineS=18, int border=8, bool flag_polarized=true, int nxmax=300, double epsNugget=EPSILON2, bool useStencil=true, int nMC=10, int seedMC=134341, const CGParam &cgparams=CGParam())

Constructor & Destructor Documentation

SPDEParam() [1/2]

SPDEParam::SPDEParam	(	int	refineK = 11,
		int	refineS = 18,
		int	border = 8,
		bool	flag_polarized = true,
		int	nxmax = 300,
		double	epsNugget = EPSILON2,
		bool	useStencil = true,
		int	nMC = 10,
		int	seedMC = 134341,
		const CGParam &	cgparams = CGParam()
	)

SPDEParam() [2/2]

SPDEParam::SPDEParam

(

const SPDEParam &

m

)

~SPDEParam()

SPDEParam::~SPDEParam ( )

virtual

Member Function Documentation

create()

SPDEParam * SPDEParam::create ( int  refineK = 11, int  refineS = 18, int  border = 8, bool  flag_polarized = true, int  nxmax = 300, double  epsNugget = EPSILON2, bool  useStencil = true, int  nMC = 10, int  seedMC = 134341, const CGParam &  cgparams = CGParam()  )

static

getBorder()

int SPDEParam::getBorder ( ) const

inline

getCGparams()

CGParam SPDEParam::getCGparams ( ) const

inline

getEpsNugget()

double SPDEParam::getEpsNugget ( ) const

inline

getNMC()

int SPDEParam::getNMC ( ) const

inline

getNxMax()

int SPDEParam::getNxMax ( ) const

inline

getRefineK()

int SPDEParam::getRefineK ( ) const

inline

getRefineS()

int SPDEParam::getRefineS ( ) const

inline

getSeedMC()

int SPDEParam::getSeedMC ( ) const

inline

getUseStencil()

bool SPDEParam::getUseStencil ( ) const

inline

isPolarized()

bool SPDEParam::isPolarized ( ) const

inline

operator=()

SPDEParam & SPDEParam::operator=

(

const SPDEParam &

m

)

setBorder()

void SPDEParam::setBorder ( int  border )

inline

setCGparams()

void SPDEParam::setCGparams ( const CGParam &  CGparams )

inline

setEpsNugget()

void SPDEParam::setEpsNugget ( double  epsNugget )

inline

setNMC()

void SPDEParam::setNMC ( int  nMC )

inline

setNxMax()

void SPDEParam::setNxMax ( int  nxmax )

inline

setPolarized()

void SPDEParam::setPolarized ( bool  flagPolarized )

inline

setRefineK()

void SPDEParam::setRefineK ( int  refineK )

inline

setRefineS()

void SPDEParam::setRefineS ( int  refineS )

inline

setSeedMC()

void SPDEParam::setSeedMC ( int  seedMC )

inline

setUseStencil()

void SPDEParam::setUseStencil ( bool  useStencil )

inline

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

• include/API/SPDEParam.hpp
• src/API/SPDEParam.cpp