CorAniso Class Reference

This class describes an elementary covariance. More...

#include <CorAniso.hpp>

Inheritance diagram for CorAniso:

Detailed Description

This class describes an elementary covariance.

This covariance is described through the following list of parameters:

• the covariance type: the list of these types is provided in ECov.hpp
• the largest set of parameters for any covariance: range(s), anisotropy angle(s), third parameter. Some of these parameters do not make sense, depending on the covariance type: e.g. the range for nugget effect, the third parameter for a spherical structure, ... All these parameters are processed and stored as a tensor in order to avoid repetitive calculations.

Public Member Functions
	CorAniso (const ECov &type, const CovContext &ctxt)
	CorAniso (const String &symbol, const CovContext &ctxt)
	CorAniso (const ECov &type, double range, double param, const CovContext &ctxt, bool flagRange=true)
	CorAniso (const CorAniso &r)
CorAniso &	operator= (const CorAniso &r)
virtual	~CorAniso ()
virtual String	toString (const AStringFormat *strfmt=nullptr) const override
	ICloneable Interface.
virtual bool	isConsistent (const ASpace *space) const override
	ASpaceObject Interface.
virtual int	getNVariables () const override
	ACov Interface.
virtual double	eval (const SpacePoint &p1, const SpacePoint &p2, int ivar=0, int jvar=0, const CovCalcMode *mode=nullptr) const override
	ACov Interface.
double	evalCor (const SpacePoint &p1, const SpacePoint &p2, const CovCalcMode *mode=nullptr, int ivar=0, int jvar=0) const
virtual double	evalCovOnSphere (double alpha, int degree=50, bool flagScaleDistance=true, const CovCalcMode *mode=nullptr) const override
virtual VectorDouble	evalSpectrumOnSphere (int n, bool flagNormDistance=false, bool flagCumul=false) const override
virtual double	evalSpectrum (const VectorDouble &freq, int ivar=0, int jvar=0) const override
virtual double	getIntegralRange (int ndisc, double hmax) const
virtual String	getFormula () const
virtual double	getBallRadius () const
void	optimizationPreProcess (const std::vector< SpacePoint > &p, std::vector< SpacePoint > &p1As) const override
void	optimizationSetTargetByIndex (int iech, const std::vector< SpacePoint > &p1As, SpacePoint &p2A) const
void	optimizationPostProcess () const override
bool	isNoStat () const
bool	isValidForTurningBand () const
double	simulateTurningBand (double t0, TurningBandOperate &operTB) const
bool	isValidForSpectral () const
MatrixRectangular	simulateSpectralOmega (int nb) const
void	setContext (const CovContext &ctxt)
void	setParam (double param)
void	setNoStatFactor (double noStatFactor)
void	setRangeIsotropic (double range)
	Practical range.
void	setRange (int idim, double range)
void	setRanges (const VectorDouble &ranges)
void	setScale (double scale)
void	setScale (int idim, double scale)
	Make the covariance isotropic.
void	setScales (const VectorDouble &scales)
void	setAnisoRotation (const Rotation &rot)
void	setAnisoRotation (const VectorDouble &rot)
void	setAnisoAngles (const VectorDouble &angles)
void	setAnisoAngle (int idim, double angle)
void	setRotationAnglesAndRadius (const VectorDouble &angles=VectorDouble(), const VectorDouble &ranges=VectorDouble(), const VectorDouble &scales=VectorDouble())
VectorDouble	getRanges () const
const Rotation &	getAnisoRotation () const
const VectorDouble &	getScales () const
void	setType (const ECov &type)
double	getRange () const
double	getScale () const
bool	getFlagAniso () const
bool	getFlagRotation () const
double	getRange (int idim) const
double	getScale (int idim) const
VectorDouble	getAnisoAngles () const
const MatrixSquareGeneral &	getAnisoRotMat () const
const MatrixSquareGeneral &	getAnisoInvMat () const
VectorDouble	getAnisoCoeffs () const
double	getAnisoAngles (int idim) const
double	getAnisoRotMat (int idim, int jdim) const
double	getAnisoCoeffs (int idim) const
const ECov &	getType () const
double	getParam () const
double	getScadef () const
double	getParMax () const
int	getMaxNDim () const
int	getMinOrder () const
bool	hasInt1D () const
bool	hasInt2D () const
int	hasRange () const
int	hasParam () const
String	getCovName () const
bool	isIsotropic () const
bool	isAsymptotic () const
bool	hasRotation () const
const Tensor &	getAniso () const
void	setAniso (const Tensor &aniso)
const ACovFunc *	getCova () const
int	getGradParamNumber () const
bool	hasCovDerivative () const
bool	hasCovOnSphere () const
bool	hasSpectrumOnSphere () const
bool	hasMarkovCoeffs () const
bool	hasSpectrumOnRn () const
double	normalizeOnSphere (int n=50) const
void	makeRangeNoStatDb (const String &namecol, int idim=0, const Db *db=nullptr)
void	makeScaleNoStatDb (const String &namecol, int idim=0, const Db *db=nullptr)
void	makeAngleNoStatDb (const String &namecol, int idim=0, const Db *db=nullptr)
void	makeTensorNoStatDb (const String &namecol, int idim=0, int jdim=0, const Db *db=nullptr)
void	makeParamNoStatDb (const String &namecol, const Db *db=nullptr)
void	makeRangeNoStatFunctional (const AFunctional *func, int idim=0)
void	makeScaleNoStatFunctional (const AFunctional *func, int idim=0)
void	makeAngleNoStatFunctional (const AFunctional *func, int idim=0)
void	makeTensorNoStatFunctional (const AFunctional *func, int idim=0, int jdim=0)
void	makeParamNoStatFunctional (const AFunctional *func)
void	makeRangeStationary (int idim=0)
void	makeScaleStationary (int idim=0)
void	makeAngleStationary (int idim=0)
void	makeTensorStationary (int idim, int jdim)
void	makeParamStationary ()
int	getNAngles () const
int	getNRanges () const
int	getNScales () const
bool	isNoStatForParam () const
bool	isNoStatForTensor () const
bool	isNoStatForAnisotropy () const
bool	isNoStatForVariance () const
bool	isNoStatForRotation () const
VectorDouble	evalCovOnSphereVec (const VectorDouble &alpha, int degree=50, bool flagScaleDistance=false, const CovCalcMode *mode=nullptr) const
Array	evalCovFFT (const VectorDouble &hmax, int N=128, int ivar=0, int jvar=0) const
VectorDouble	getMarkovCoeffs () const
void	setMarkovCoeffs (const VectorDouble &coeffs)
void	setMarkovCoeffsBySquaredPolynomials (VectorDouble coeffs1, VectorDouble coeffs2, double eps=0)
void	computeMarkovCoeffs ()
double	getCorrec () const
double	getFullCorrec () const
void	nostatUpdate (CovInternal *covint)
void	informMeshByMeshForAnisotropy (const AMesh *amesh) const
void	informMeshByApexForAnisotropy (const AMesh *amesh) const
void	informDbInForAnisotropy (const Db *dbin) const
void	informDbOutForAnisotropy (const Db *dbout) const
void	updateCovByPoints (int icas1, int iech1, int icas2, int iech2) override
	Tell if the use of Optimization is enabled or not.
void	updateCovByMesh (int imesh, bool aniso=true) override
double	getValue (const EConsElem &econs, int iv1, int iv2) const override
void	setOptimEnabled (bool flag) const
void	computeCorrec ()
double	evalCorFromH (double h, const CovCalcMode *mode) const
double	getDetTensor () const
void	updateFromContext () override
void	initFromContext () override
void	optimizationSetTarget (const SpacePoint &pt, SpacePoint &p2A) const
void	optimizationTransformSP (const SpacePoint &ptin, SpacePoint &ptout) const
String	toStringParams (const AStringFormat *strfmt=nullptr) const
String	toStringNoStat (const AStringFormat *strfmt=nullptr, int i=0) const
Public Member Functions inherited from ACor
	ACor (const CovContext &ctxt)
	ACor (const ACor &r)
ACor &	operator= (const ACor &r)
virtual	~ACor ()
void	setContext (const CovContext &ctxt)
virtual double	eval0 (int ivar=0, int jvar=0, const CovCalcMode *mode=nullptr) const
	Calculate the covariance between two variables for 0-distance (stationary case)
virtual void	copyCovContext (const CovContext &ctxt)
virtual int	makeElemNoStat (const EConsElem &econs, int iv1, int iv2, const AFunctional *func=nullptr, const Db *db=nullptr, const String &namecol=String())
const CovContext &	getContext () const
CovContext	getContextCopy () const
bool	_checkDims (int idim, int jdim) const
void	attachNoStatDb (const Db *db)
bool	checkAndManageNoStatDb (const Db *&db, const String &namecol)
virtual void	makeStationary ()
void	createNoStatTab ()
void	informMeshByMesh (const AMesh *amesh) const
void	informMeshByApex (const AMesh *amesh) const
VectorDouble	informCoords (const VectorVectorDouble &coords, const EConsElem &econs, int iv1=0, int iv2=0) const
void	informDbIn (const Db *dbin) const
void	informDbOut (const Db *dbout) const
void	manage (const Db *db1, const Db *db2) const
int	getDimensionNumber () const
Public Member Functions inherited from ASpaceObject
	ASpaceObject (const ASpace *space=nullptr)
	ASpaceObject (const ASpace &space)
	ASpaceObject (const ASpaceObject &r)
ASpaceObject &	operator= (const ASpaceObject &r)
virtual	~ASpaceObject ()
const ASpace *	getSpace () const
	Accessor to the current object space context.
bool	isConsistent () const
	Indicate if I am consistent with my current space context.
VectorDouble	getUnitaryVector () const
	Return unitary vector for the current space context.
unsigned int	getNDim (int ispace=-1) const
	Shortcuts to ASpace methods.
const VectorDouble &	getOrigin (int ispace=-1) const
	Return the current space context origin coordinates.
double	getDistance (const SpacePoint &p1, const SpacePoint &p2, int ispace=0) const
	Return the distance between two space points for the current space context.
VectorDouble	getDistances (const SpacePoint &p1, const SpacePoint &p2) const
	Return all the distances (space composits) between two space points for the current space context.
VectorDouble	getIncrement (const SpacePoint &p1, const SpacePoint &p2, int ispace=0) const
	Return the increment vector between two space points for the current space context.
Public Member Functions inherited from AStringable
	AStringable ()
	AStringable (const AStringable &r)
AStringable &	operator= (const AStringable &r)
virtual	~AStringable ()
virtual void	display (const AStringFormat *strfmt=nullptr) const final
virtual void	display (int level) const final
Public Member Functions inherited from ICloneable
	ICloneable ()
virtual	~ICloneable ()
virtual ICloneable *	clone () const =0

Static Public Member Functions
static bool	isOptimizationInitialized (const std::vector< SpacePoint > &p1As, const Db *db=nullptr)
static CorAniso *	createIsotropic (const CovContext &ctxt, const ECov &type, double range, double param=1., bool flagRange=true)
static CorAniso *	createAnisotropic (const CovContext &ctxt, const ECov &type, const VectorDouble &ranges, double param=1., const VectorDouble &angles=VectorDouble(), bool flagRange=true)
static CorAniso *	createIsotropicMulti (const CovContext &ctxt, const ECov &type, double range, double param=1., bool flagRange=true)
static CorAniso *	createAnisotropicMulti (const CovContext &ctxt, const ECov &type, const VectorDouble &ranges, double param=1., const VectorDouble &angles=VectorDouble(), bool flagRange=true)

Constructor & Destructor Documentation

CorAniso() [1/4]

CorAniso::CorAniso	(	const ECov &	type,
		const CovContext &	ctxt
	)

CorAniso() [2/4]

CorAniso::CorAniso	(	const String &	symbol,
		const CovContext &	ctxt
	)

CorAniso() [3/4]

CorAniso::CorAniso	(	const ECov &	type,
		double	range,
		double	param,
		const CovContext &	ctxt,
		bool	flagRange = true
	)

CorAniso() [4/4]

CorAniso::CorAniso

(

const CorAniso &

r

)

~CorAniso()

CorAniso::~CorAniso ( )

virtual

Member Function Documentation

computeCorrec()

void CorAniso::computeCorrec

(

)

computeMarkovCoeffs()

void CorAniso::computeMarkovCoeffs

(

)

createAnisotropic()

CorAniso * CorAniso::createAnisotropic ( const CovContext &  ctxt, const ECov &  type, const VectorDouble &  ranges, double  param = 1., const VectorDouble &  angles = VectorDouble(), bool  flagRange = true  )

static

createAnisotropicMulti()

CorAniso * CorAniso::createAnisotropicMulti ( const CovContext &  ctxt, const ECov &  type, const VectorDouble &  ranges, double  param = 1., const VectorDouble &  angles = VectorDouble(), bool  flagRange = true  )

static

createIsotropic()

CorAniso * CorAniso::createIsotropic ( const CovContext &  ctxt, const ECov &  type, double  range, double  param = 1., bool  flagRange = true  )

static

createIsotropicMulti()

CorAniso * CorAniso::createIsotropicMulti ( const CovContext &  ctxt, const ECov &  type, double  range, double  param = 1., bool  flagRange = true  )

static

eval()

double CorAniso::eval ( const SpacePoint &  p1, const SpacePoint &  p2, int  ivar = 0, int  jvar = 0, const CovCalcMode *  mode = nullptr  ) const

overridevirtual

ACov Interface.

Implements ACor.

evalCor()

double CorAniso::evalCor	(	const SpacePoint &	p1,
		const SpacePoint &	p2,
		const CovCalcMode *	mode = nullptr,
		int	ivar = 0,
		int	jvar = 0
	)		const

evalCorFromH()

double CorAniso::evalCorFromH	(	double	h,
		const CovCalcMode *	mode
	)		const

Calculate the value of the covariance from the distance between bi-points This distance has been calculated beforehand (possibly using anisotropy)

Parameters

h	Input distance
mode	Pointer to CovCalcMode structure (optional)

Returns

The covariance value

evalCovFFT()

Array CorAniso::evalCovFFT	(	const VectorDouble &	hmax,
		int	N = 128,
		int	ivar = 0,
		int	jvar = 0
	)		const

evalCovOnSphere()

double CorAniso::evalCovOnSphere ( double  alpha, int  degree = 50, bool  flagScaleDistance = true, const CovCalcMode *  mode = nullptr  ) const

overridevirtual

Reimplemented from ACor.

evalCovOnSphereVec()

VectorDouble CorAniso::evalCovOnSphereVec	(	const VectorDouble &	alpha,
		int	degree = 50,
		bool	flagScaleDistance = false,
		const CovCalcMode *	mode = nullptr
	)		const

evalSpectrum()

double CorAniso::evalSpectrum ( const VectorDouble &  freq, int  ivar = 0, int  jvar = 0  ) const

overridevirtual

Reimplemented from ACor.

evalSpectrumOnSphere()

VectorDouble CorAniso::evalSpectrumOnSphere ( int  n, bool  flagNormDistance = false, bool  flagCumul = false  ) const

overridevirtual

Reimplemented from ACor.

getAniso()

const Tensor & CorAniso::getAniso ( ) const

inline

getAnisoAngles() [1/2]

VectorDouble CorAniso::getAnisoAngles ( ) const

inline

getAnisoAngles() [2/2]

double CorAniso::getAnisoAngles ( int  idim ) const

inline

getAnisoCoeffs() [1/2]

VectorDouble CorAniso::getAnisoCoeffs

(

)

const

getAnisoCoeffs() [2/2]

double CorAniso::getAnisoCoeffs ( int  idim ) const

inline

getAnisoInvMat()

const MatrixSquareGeneral & CorAniso::getAnisoInvMat ( ) const

inline

getAnisoRotation()

const Rotation & CorAniso::getAnisoRotation ( ) const

inline

getAnisoRotMat() [1/2]

const MatrixSquareGeneral & CorAniso::getAnisoRotMat ( ) const

inline

getAnisoRotMat() [2/2]

double CorAniso::getAnisoRotMat ( int  idim, int  jdim  ) const

inline

getBallRadius()

virtual double CorAniso::getBallRadius ( ) const

inlinevirtual

getCorrec()

double CorAniso::getCorrec

(

)

const

getCova()

const ACovFunc * CorAniso::getCova ( ) const

inline

getCovName()

String CorAniso::getCovName ( ) const

inline

getDetTensor()

double CorAniso::getDetTensor

(

)

const

getFlagAniso()

bool CorAniso::getFlagAniso ( ) const

inline

getFlagRotation()

bool CorAniso::getFlagRotation ( ) const

inline

getFormula()

virtual String CorAniso::getFormula ( ) const

inlinevirtual

getFullCorrec()

double CorAniso::getFullCorrec

(

)

const

getGradParamNumber()

int CorAniso::getGradParamNumber

(

)

const

getIntegralRange()

double CorAniso::getIntegralRange ( int  ndisc, double  hmax  ) const

virtual

Calculate the Integral Range in various Space Dimension (1, 2 or 3)

Returns

getMarkovCoeffs()

VectorDouble CorAniso::getMarkovCoeffs

(

)

const

getMaxNDim()

int CorAniso::getMaxNDim ( ) const

inline

getMinOrder()

int CorAniso::getMinOrder ( ) const

inline

getNAngles()

int CorAniso::getNAngles ( ) const

inline

getNRanges()

int CorAniso::getNRanges ( ) const

inline

getNScales()

int CorAniso::getNScales ( ) const

inline

getNVariables()

virtual int CorAniso::getNVariables ( ) const

inlineoverridevirtual

ACov Interface.

Reimplemented from ACor.

getParam()

double CorAniso::getParam

(

)

const

For compatibility, this function returns 0 if the Covariance has no Third Parameter

Returns

Third parameter

getParMax()

double CorAniso::getParMax ( ) const

inline

getRange() [1/2]

double CorAniso::getRange

(

)

const

This function returns the range in the isotropic case In the anisotropic case, it returns the largest range over all directions

Returns

getRange() [2/2]

double CorAniso::getRange ( int  idim ) const

inline

getRanges()

VectorDouble CorAniso::getRanges

(

)

const

getScadef()

double CorAniso::getScadef ( ) const

inline

getScale() [1/2]

double CorAniso::getScale

(

)

const

getScale() [2/2]

double CorAniso::getScale ( int  idim ) const

inline

getScales()

const VectorDouble & CorAniso::getScales ( ) const

inline

getType()

const ECov & CorAniso::getType ( ) const

inline

getValue()

double CorAniso::getValue ( const EConsElem &  econs, int  iv1, int  iv2  ) const

overridevirtual

Reimplemented from ACor.

hasCovDerivative()

bool CorAniso::hasCovDerivative ( ) const

inline

hasCovOnSphere()

bool CorAniso::hasCovOnSphere ( ) const

inline

hasInt1D()

bool CorAniso::hasInt1D ( ) const

inline

hasInt2D()

bool CorAniso::hasInt2D ( ) const

inline

hasMarkovCoeffs()

bool CorAniso::hasMarkovCoeffs ( ) const

inline

hasParam()

int CorAniso::hasParam ( ) const

inline

hasRange()

int CorAniso::hasRange ( ) const

inline

hasRotation()

bool CorAniso::hasRotation ( ) const

inline

hasSpectrumOnRn()

bool CorAniso::hasSpectrumOnRn ( ) const

inline

hasSpectrumOnSphere()

bool CorAniso::hasSpectrumOnSphere ( ) const

inline

informDbInForAnisotropy()

void CorAniso::informDbInForAnisotropy

(

const Db *

dbin

)

const

informDbOutForAnisotropy()

void CorAniso::informDbOutForAnisotropy

(

const Db *

dbout

)

const

informMeshByApexForAnisotropy()

void CorAniso::informMeshByApexForAnisotropy

(

const AMesh *

amesh

)

const

informMeshByMeshForAnisotropy()

void CorAniso::informMeshByMeshForAnisotropy

(

const AMesh *

amesh

)

const

initFromContext()

void CorAniso::initFromContext ( )

overridevirtual

Reimplemented from ACor.

isAsymptotic()

bool CorAniso::isAsymptotic ( ) const

inline

isConsistent()

bool CorAniso::isConsistent ( const ASpace *  space ) const

overridevirtual

ASpaceObject Interface.

Implements ASpaceObject.

isIsotropic()

bool CorAniso::isIsotropic ( ) const

inline

isNoStat()

bool CorAniso::isNoStat

(

)

const

isNoStatForAnisotropy()

bool CorAniso::isNoStatForAnisotropy ( ) const

inline

isNoStatForParam()

bool CorAniso::isNoStatForParam ( ) const

inline

isNoStatForRotation()

bool CorAniso::isNoStatForRotation ( ) const

inline

isNoStatForTensor()

bool CorAniso::isNoStatForTensor ( ) const

inline

isNoStatForVariance()

bool CorAniso::isNoStatForVariance ( ) const

inline

isOptimizationInitialized()

bool CorAniso::isOptimizationInitialized ( const std::vector< SpacePoint > &  p1As, const Db *  db = nullptr  )

static

Checks that the Optimization has already been initiated, by:

• checking that the storage (for Sample Points projected in the Covariance rotation system) is already allocated
• checking that the dimension of this storage is correct (only if 'db' is provided): in particular, this check is not necessary when freeing this storage.

isValidForSpectral()

bool CorAniso::isValidForSpectral

(

)

const

isValidForTurningBand()

bool CorAniso::isValidForTurningBand

(

)

const

makeAngleNoStatDb()

void CorAniso::makeAngleNoStatDb	(	const String &	namecol,
		int	idim = 0,
		const Db *	db = nullptr
	)

makeAngleNoStatFunctional()

void CorAniso::makeAngleNoStatFunctional	(	const AFunctional *	func,
		int	idim = 0
	)

makeAngleStationary()

void CorAniso::makeAngleStationary

(

int

idim = 0

)

makeParamNoStatDb()

void CorAniso::makeParamNoStatDb	(	const String &	namecol,
		const Db *	db = nullptr
	)

makeParamNoStatFunctional()

void CorAniso::makeParamNoStatFunctional

(

const AFunctional *

func

)

makeParamStationary()

void CorAniso::makeParamStationary

(

)

makeRangeNoStatDb()

void CorAniso::makeRangeNoStatDb	(	const String &	namecol,
		int	idim = 0,
		const Db *	db = nullptr
	)

makeRangeNoStatFunctional()

void CorAniso::makeRangeNoStatFunctional	(	const AFunctional *	func,
		int	idim = 0
	)

makeRangeStationary()

void CorAniso::makeRangeStationary

(

int

idim = 0

)

makeScaleNoStatDb()

void CorAniso::makeScaleNoStatDb	(	const String &	namecol,
		int	idim = 0,
		const Db *	db = nullptr
	)

makeScaleNoStatFunctional()

void CorAniso::makeScaleNoStatFunctional	(	const AFunctional *	func,
		int	idim = 0
	)

makeScaleStationary()

void CorAniso::makeScaleStationary

(

int

idim = 0

)

makeTensorNoStatDb()

void CorAniso::makeTensorNoStatDb	(	const String &	namecol,
		int	idim = 0,
		int	jdim = 0,
		const Db *	db = nullptr
	)

makeTensorNoStatFunctional()

void CorAniso::makeTensorNoStatFunctional	(	const AFunctional *	func,
		int	idim = 0,
		int	jdim = 0
	)

makeTensorStationary()

void CorAniso::makeTensorStationary	(	int	idim,
		int	jdim
	)

normalizeOnSphere()

double CorAniso::normalizeOnSphere

(

int

n = 50

)

const

nostatUpdate()

void CorAniso::nostatUpdate

(

CovInternal *

covint

)

Update the Model in the case of Non-stationary parameters This requires the knowledge of the two end-points

Parameters

[in]

covint

Internal structure for non-stationarity or NULL (for stationary case)

operator=()

CorAniso & CorAniso::operator=

(

const CorAniso &

r

)

optimizationPostProcess()

void CorAniso::optimizationPostProcess ( ) const

overridevirtual

Reimplemented from ACor.

optimizationPreProcess()

void CorAniso::optimizationPreProcess ( const std::vector< SpacePoint > &  p, std::vector< SpacePoint > &  p1As  ) const

overridevirtual

Transform a set of Space Points using the anisotropy tensor The set of resulting Space Points are stored as private member of this. Note that ALL samples are processed, independently from the presence of a selection or checking for heterotopy.

Parameters

p	Vector of SpacePoints
p1As	Vector of SpacePoints after projection

Reimplemented from ACor.

optimizationSetTarget()

void CorAniso::optimizationSetTarget	(	const SpacePoint &	pt,
		SpacePoint &	p2A
	)		const

Define the second Space Point by transforming the input Space Point 'pt' on the basis of the current covariance

Parameters

pt	Target sample provided as a Space Point
p2A	Space Point after projection

optimizationSetTargetByIndex()

void CorAniso::optimizationSetTargetByIndex	(	int	iech,
		const std::vector< SpacePoint > &	p1As,
		SpacePoint &	p2A
	)		const

Define the Second Space Point as coinciding with the Input Space Point 'iech'. Note that, as the Input Space Points are already transformed in the basis of the current structure, it is just an assignment.

Parameters

iech	Rank of the sample among the recorded Space Points
p1As	Vector of Space Points after projection (Data points)
p2A	Space Point for Target

optimizationTransformSP()

void CorAniso::optimizationTransformSP	(	const SpacePoint &	ptin,
		SpacePoint &	ptout
	)		const

Transform a space point using the anisotropy tensor

Parameters

ptin	Input Space Point
ptout	Output Space Point

setAniso()

void CorAniso::setAniso ( const Tensor &  aniso )

inline

setAnisoAngle()

void CorAniso::setAnisoAngle	(	int	idim,
		double	angle
	)

setAnisoAngles()

void CorAniso::setAnisoAngles

(

const VectorDouble &

angles

)

setAnisoRotation() [1/2]

void CorAniso::setAnisoRotation

(

const Rotation &

rot

)

setAnisoRotation() [2/2]

void CorAniso::setAnisoRotation

(

const VectorDouble &

rot

)

setContext()

void CorAniso::setContext

(

const CovContext &

ctxt

)

setMarkovCoeffs()

void CorAniso::setMarkovCoeffs

(

const VectorDouble &

coeffs

)

setMarkovCoeffsBySquaredPolynomials()

void CorAniso::setMarkovCoeffsBySquaredPolynomials	(	VectorDouble	coeffs1,
		VectorDouble	coeffs2,
		double	eps = 0
	)

setNoStatFactor()

void CorAniso::setNoStatFactor ( double  noStatFactor )

inline

setOptimEnabled()

void CorAniso::setOptimEnabled ( bool  flag ) const

inline

setParam()

void CorAniso::setParam

(

double

param

)

setRange()

void CorAniso::setRange	(	int	idim,
		double	range
	)

setRangeIsotropic()

void CorAniso::setRangeIsotropic

(

double

range

)

Practical range.

setRanges()

void CorAniso::setRanges

(

const VectorDouble &

ranges

)

setRotationAnglesAndRadius()

void CorAniso::setRotationAnglesAndRadius	(	const VectorDouble &	angles = VectorDouble(),
		const VectorDouble &	ranges = VectorDouble(),
		const VectorDouble &	scales = VectorDouble()
	)

setScale() [1/2]

void CorAniso::setScale

(

double

scale

)

setScale() [2/2]

void CorAniso::setScale	(	int	idim,
		double	scale
	)

Make the covariance isotropic.

setScales()

void CorAniso::setScales

(

const VectorDouble &

scales

)

setType()

void CorAniso::setType

(

const ECov &

type

)

simulateSpectralOmega()

MatrixRectangular CorAniso::simulateSpectralOmega

(

int

nb

)

const

simulateTurningBand()

double CorAniso::simulateTurningBand	(	double	t0,
		TurningBandOperate &	operTB
	)		const

toString()

String CorAniso::toString ( const AStringFormat *  strfmt = nullptr ) const

overridevirtual

ICloneable Interface.

AStringable Interface

Reimplemented from ASpaceObject.

toStringNoStat()

String CorAniso::toStringNoStat	(	const AStringFormat *	strfmt = nullptr,
		int	i = 0
	)		const

toStringParams()

String CorAniso::toStringParams

(

const AStringFormat *

strfmt = nullptr

)

const

updateCovByMesh()

void CorAniso::updateCovByMesh ( int  imesh, bool  aniso = true  )

overridevirtual

Reimplemented from ACor.

updateCovByPoints()

void CorAniso::updateCovByPoints ( int  icas1, int  iech1, int  icas2, int  iech2  )

overridevirtual

Tell if the use of Optimization is enabled or not.

Update the Model according to the Non-stationary parameters

Parameters

icas1	Type of first Db: 1 for Input; 2 for Output
iech1	Rank of the target within Db1 (or -1)
icas2	Type of first Db: 1 for Input; 2 for Output
iech2	Rank of the target within Dbout (or -2)

Reimplemented from ACor.

updateFromContext()

void CorAniso::updateFromContext ( )

overridevirtual

Reimplemented from ACor.

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

• include/Covariances/CorAniso.hpp
• src/Covariances/CorAniso.cpp