#include <FEDatabase3D.h>

Collaboration diagram for TFEDatabase3D:

Public Member Functions
	TFEDatabase3D ()

Static Public Member Functions
static TQuadFormula1D *	GetQuadFormula1D (QuadFormula1D QF)

static void	RegisterQuadFormula1D (QuadFormula1D QF, TQuadFormula1D *QuadForm)

static QuadFormula1D	GetQFLineFromDegree (int accuracy)

static TQuadFormula2D *	GetQuadFormula2D (QuadFormula2D QF)

static void	RegisterQuadFormula2D (QuadFormula2D QF, TQuadFormula2D *QuadForm)

static QuadFormula2D	GetQFTriaFromDegree (int accuracy)

static QuadFormula2D	GetQFQuadFromDegree (int accuracy)

static TQuadFormula3D *	GetQuadFormula3D (QuadFormula3D QF)

static void	RegisterQuadFormula3D (QuadFormula3D QF, TQuadFormula3D *QuadForm)

static QuadFormula3D	GetQFTetraFromDegree (int accuracy)

static QuadFormula3D	GetQFHexaFromDegree (int accuracy)

static QuadFormula3D	GetQFConvolutionHexaFromDegree (int accuracy)

static TFEDesc3D *	GetFEDesc3D (FEDesc3D FEDesc)

static void	RegisterFEDesc3D (FEDesc3D FEDesc, TFEDesc3D *FEDesc3D)

static TBaseFunct3D *	GetBaseFunct3D (BaseFunct3D BaseFunct)

static void	RegisterBaseFunct3D (BaseFunct3D BaseFunct, TBaseFunct3D *BaseFunct3D)

static TNodalFunctional3D *	GetNodalFunctional3D (NodalFunctional3D NodalFunctional)

static void	RegisterNodalFunctional3D (NodalFunctional3D NodalFunctional, TNodalFunctional3D *NodalFunctional3D)

static TFE3D *	GetFE3D (FE3D FE)

static void	RegisterFE3D (FE3D FE, TFE3D *element)

static FEDesc3D	GetFEDesc3D_IDFromFE3D (FE3D ele)

static TFEDesc3D *	GetFEDesc3DFromFE3D (FE3D ele)

static BaseFunct3D	GetBaseFunct3D_IDFromFE3D (FE3D ele)

static int	GetN_BaseFunctFromFE3D (FE3D ele)

static int	GetPolynomialDegreeFromFE3D (FE3D ele)

static int	GetAccuracyFromFE3D (FE3D ele)

static TBaseFunct3D *	GetBaseFunct3DFromFE3D (FE3D ele)

static NodalFunctional3D	GetNodalFunctional3D_IDFromFE3D (FE3D ele)

static TNodalFunctional3D *	GetNodalFunctional3DFromFE3D (FE3D ele)

static RefTrans3D	GetRefTrans3D_IDFromFE3D (FE3D ele)

static BF3DRefElements	GetRefElementFromFE3D (FE3D ele)

static FEDesc3D *	GetFEDesc3D_IDFromFE3D ()

static TFEDesc3D **	GetFEDesc3DFromFE3D ()

static BaseFunct3D *	GetBaseFunct3D_IDFromFE3D ()

static int *	GetN_BaseFunctFromFE3D ()

static int *	GetPolynomialDegreeFromFE3D ()

static int *	GetAccuracyFromFE3D ()

static TBaseFunct3D **	GetBaseFunct3DFromFE3D ()

static NodalFunctional3D *	GetNodalFunctional3D_IDFromFE3D ()

static TNodalFunctional3D **	GetNodalFunctional3DFromFE3D ()

static RefTrans3D *	GetRefTrans3D_IDFromFE3D ()

static BF3DRefElements *	GetRefElementFromFE3D ()

static double *	GetProlongationMatrix3D (FE3D parent, Refinements refine, FE3D child, int childnumber)

static void	RegisterProlongationMatrix3D (BaseFunct3D parent, Refinements refine, BaseFunct3D child, int childnumber, double *matrix)

static double *	GetRestrictionMatrix3D (FE3D parent, Refinements refine, FE3D child, int childnumber)

static void	RegisterRestrictionMatrix3D (BaseFunct3D parent, Refinements refine, BaseFunct3D child, int childnumber, double *matrix)

static TFE3DMapper *	GetFE3DMapper (FEDesc3D FE1, FEDesc3D FE2)

static void	RegisterFE3DMapper (FEDesc3D FE1, FEDesc3D FE2, TFE3DMapper *mapper)

static TFE3DMapper1Reg *	GetFE3DMapper1Reg (FEDesc3D FE1, FEDesc3D FE2)

static void	RegisterFE3DMapper1Reg (FEDesc3D FE1, FEDesc3D FE2, TFE3DMapper1Reg *mapper)

static void	SetCellForRefTrans (TBaseCell *cell, RefTrans3D reftrans)

static THNDesc *	GetHNDesc3D (HNDesc Desc)

static void	RegisterHNDesc3D (HNDesc Desc, THNDesc *HNDesc_Obj)

static TRefTrans3D *	GetRefTrans3D (RefTrans3D reftrans)

static void	GetOrigFromRef (RefTrans3D RefTrans, int n_points, double xi, double eta, double zeta, double X, double Y, double Z, double *absdetjk)

static RefTrans3D	GetOrig (int N_LocalUsedElements, FE3D LocalUsedElements, TCollection Coll, TBaseCell cell, bool Needs2ndDer, int &N_Points, double &xi, double &eta, double &zeta, double &weights, double X, double Y, double Z, double absdetjk)

static void	GetRefFromOrig (RefTrans3D RefTrans, double X, double Y, double Z, double &xi, double &eta, double &zeta)

static void	RegisterRefElementValues (BaseFunct3D BaseFunct, QuadFormula3D QuadFormula, MultiIndex3D MultiIndex, double **Values)

static double **	GetRefElementValues (BaseFunct3D BaseFunct, QuadFormula3D QuadFormula, MultiIndex3D MultiIndex)

static void	RegisterJointValues3D (BaseFunct3D BaseFunct, QuadFormula2D formula, int joint, double **Values)

static double **	GetJointValues3D (BaseFunct3D BaseFunct, QuadFormula2D formula, int joint)

static void	RegisterJointDerivatives3D (BaseFunct3D BaseFunct, QuadFormula2D formula, int joint, MultiIndex3D MultiIndex, double **Values)

static double **	GetJointDerivatives3D (BaseFunct3D BaseFunct, QuadFormula2D formula, int joint, MultiIndex3D MultiIndex)

static void	RegisterOrigElementValues (BaseFunct3D BaseFunct, MultiIndex3D MultiIndex, double **Values)

static double **	GetOrigElementValues (BaseFunct3D BaseFunct, MultiIndex3D MultiIndex)

static RefTrans3D	GetOrigValues (TBaseCell cell, TFE3D element, int N_Points, double xi, double eta, double *zeta, int N_Functs, BaseFunct3D BaseFunct, QuadFormula3D QuadFormula)

static void	GetOrigValues (RefTrans3D RefTrans, double xi, double eta, double zeta, TBaseFunct3D bf, TCollection Coll, TBaseCell cell, double uref, double uxiref, double uetaref, double uzetaref, double uorig, double uxorig, double uyorig, double *uzorig)

Static Protected Member Functions
static void	RegisterAllQuadFormulas ()

static void	RegisterAllFEDescs ()

static void	RegisterAllBaseFunctions ()

static void	RegisterAllNodalFunctionals ()

static void	RegisterAllFEs ()

static void	RegisterAllFEMappers ()

static void	RegisterAllHangingNodes ()

static void	RegisterAllRefTrans ()

static void	GenerateArrays ()

Static Protected Attributes
static TQuadFormula1D *	QuadFormulas1D [N_QuadFormulas_1D] = { NULL }

static QuadFormula1D	QFLineFromDegree [MAXDEGREE] = { Gauss1Line }

static int	HighestAccuracyLine = 0

static TQuadFormula2D *	QuadFormulas2D [N_QuadFormulas_2D] = { NULL }

static QuadFormula2D	QFTriaFromDegree [MAXDEGREE] = { BaryCenterTria }

static QuadFormula2D	QFQuadFromDegree [MAXDEGREE] = { VertexQuad }

static QuadFormula3D	QFTetraFromDegree [MAXDEGREE] = { BaryCenterTetra }

static QuadFormula3D	QFHexaFromDegree [MAXDEGREE] = { VertexHexa }

static QuadFormula3D	QFConvolutionHexaFromDegree [MAXDEGREE] = { VerticesAndOrigin }

static FEDesc3D	FEDesc3D_IDFromFE3D [N_FEs3D] = { FE_C_T_P1_3D }

static TFEDesc3D *	FEDesc3DFromFE3D [N_FEs3D] = { NULL }

static BaseFunct3D	BaseFunct3D_IDFromFE3D [N_FEs3D] = { BF_C_T_P1_3D }

static int	N_BaseFunctFromFE3D [N_FEs3D] = { 0 }

static int	PolynomialDegreeFromFE3D [N_FEs3D] = { 0 }

static int	AccuracyFromFE3D [N_FEs3D] = { 0 }

static TBaseFunct3D *	BaseFunct3DFromFE3D [N_FEs3D] = { NULL }

static NodalFunctional3D	NodalFunctional3D_IDFromFE3D [N_FEs3D]

static TNodalFunctional3D *	NodalFunctional3DFromFE3D [N_FEs3D] = { NULL }

static RefTrans3D	RefTrans3D_IDFromFE3D [N_FEs3D] = { TetraAffin }

static BF3DRefElements	RefElementFromFE3D [N_FEs3D] = { BFUnitTetrahedron }

static TQuadFormula3D *	QuadFormulas3D [N_QuadFormulas_3D] = { NULL }

static TFE3D *	FEs3D [N_FEs3D] = { NULL }

static TFEDesc3D *	FEDescs3D [N_FEDescs3D] = { NULL }

static TBaseFunct3D *	BaseFuncts3D [N_BaseFuncts3D] = { NULL }

static TNodalFunctional3D *	NodalFunctionals3D [N_NodalFunctionals3D] = { NULL }

static TFE3DMapper *	FE3DMapper [N_FEDescs3D][N_FEDescs3D] = { NULL }

static TFE3DMapper1Reg *	FE3DMapper1Reg [N_FEDescs3D][N_FEDescs3D] = { NULL }

static THNDesc *	HNDescs3D [N_HNDescs] = { NULL }

static TRefTrans3D *	ReferenceTrans3D [N_RefTrans3D] = { NULL }

static double *	ProlongationMatrix3D [MaxN_BaseFunctions3D][N_REFDESC][MaxN_BaseFunctions3D][MAXN_CHILDREN] = { NULL }

static double *	RestrictionMatrix3D [MaxN_BaseFunctions3D][N_REFDESC][MaxN_BaseFunctions3D][MAXN_CHILDREN] = { NULL }

static double **	RefElementValues3D [N_BaseFuncts3D][N_QuadFormulas_3D][N_MultiIndices3D] = { NULL }

static double **	JointValues3D [N_BaseFuncts3D][N_QuadFormulas_2D][MAXN_JOINTS] = { NULL }

static double **	JointDerivatives3D [N_BaseFuncts3D][N_QuadFormulas_2D][MAXN_JOINTS][N_MultiIndices3D] = { NULL }

static double **	OrigElementValues3D [N_BaseFuncts3D][N_MultiIndices3D] = { NULL }

Detailed Description

store all used information for a FEM

Constructor & Destructor Documentation

TFEDatabase3D::TFEDatabase3D ( )

initialize the database

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Member Function Documentation

void TFEDatabase3D::GenerateArrays ( )

staticprotected

generate some arrays form registered information

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static int TFEDatabase3D::GetAccuracyFromFE3D ( FE3D ele )

inlinestatic

return accuracy of base functions from FE Id

static int* TFEDatabase3D::GetAccuracyFromFE3D ( )

inlinestatic

return array of accuracy of base functions from FE Id

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static TBaseFunct3D* TFEDatabase3D::GetBaseFunct3D ( BaseFunct3D BaseFunct )

inlinestatic

return BaseFunctions for given element

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static BaseFunct3D TFEDatabase3D::GetBaseFunct3D_IDFromFE3D ( FE3D ele )

inlinestatic

return Id of BaseFunct3D from FE Id

static BaseFunct3D* TFEDatabase3D::GetBaseFunct3D_IDFromFE3D ( )

inlinestatic

return array of Id of BaseFunct3D from FE Id

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static TBaseFunct3D* TFEDatabase3D::GetBaseFunct3DFromFE3D ( FE3D ele )

inlinestatic

return TBaseFunct3DFEDesc object from FE Id

static TBaseFunct3D** TFEDatabase3D::GetBaseFunct3DFromFE3D ( )

inlinestatic

return array of TBaseFunct3DFEDesc object from FE Id

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static TFE3D* TFEDatabase3D::GetFE3D ( FE3D FE )

inlinestatic

return FE for given element

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static TFE3DMapper* TFEDatabase3D::GetFE3DMapper	(	FEDesc3D	FE1,
		FEDesc3D	FE2
	)

inlinestatic

return FE mapper

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static TFE3DMapper1Reg* TFEDatabase3D::GetFE3DMapper1Reg	(	FEDesc3D	FE1,
		FEDesc3D	FE2
	)

inlinestatic

return FE mapper

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static TFEDesc3D* TFEDatabase3D::GetFEDesc3D ( FEDesc3D FEDesc )

inlinestatic

return FEDesc3D for given element

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static FEDesc3D TFEDatabase3D::GetFEDesc3D_IDFromFE3D ( FE3D ele )

inlinestatic

return Id of FEDesc from FE Id

static FEDesc3D* TFEDatabase3D::GetFEDesc3D_IDFromFE3D ( )

inlinestatic

return array of Id of FEDesc from FE Id

static TFEDesc3D* TFEDatabase3D::GetFEDesc3DFromFE3D ( FE3D ele )

inlinestatic

return TFEDesc3D object from FE Id

static TFEDesc3D** TFEDatabase3D::GetFEDesc3DFromFE3D ( )

inlinestatic

return array of TFEDesc3D object from FE Id

static THNDesc* TFEDatabase3D::GetHNDesc3D ( HNDesc Desc )

inlinestatic

return HNDesc for given element

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static double** TFEDatabase3D::GetJointDerivatives3D	(	BaseFunct3D	BaseFunct,
		QuadFormula2D	formula,
		int	joint,
		MultiIndex3D	MultiIndex
	)

inlinestatic

return requested joint values of FE base functions

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static double** TFEDatabase3D::GetJointValues3D	(	BaseFunct3D	BaseFunct,
		QuadFormula2D	formula,
		int	joint
	)

inlinestatic

return requested joint values of FE base functions

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static int TFEDatabase3D::GetN_BaseFunctFromFE3D ( FE3D ele )

inlinestatic

return number of base functions from FE Id

static int* TFEDatabase3D::GetN_BaseFunctFromFE3D ( )

inlinestatic

return array of number of base functions from FE Id

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static TNodalFunctional3D* TFEDatabase3D::GetNodalFunctional3D ( NodalFunctional3D NodalFunctional )

inlinestatic

return NodalFunctionals for given element

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static NodalFunctional3D TFEDatabase3D::GetNodalFunctional3D_IDFromFE3D ( FE3D ele )

inlinestatic

return Id of NodalFunctional3D from FE Id

static NodalFunctional3D* TFEDatabase3D::GetNodalFunctional3D_IDFromFE3D ( )

inlinestatic

return array of Id of NodalFunctional3D from FE Id

static TNodalFunctional3D* TFEDatabase3D::GetNodalFunctional3DFromFE3D ( FE3D ele )

inlinestatic

return TNodalFunctional3D object from FE Id

static TNodalFunctional3D** TFEDatabase3D::GetNodalFunctional3DFromFE3D ( )

inlinestatic

return array of TNodalFunctional3D object from FE Id

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RefTrans3D TFEDatabase3D::GetOrig	(	int	N_LocalUsedElements,
		FE3D *	LocalUsedElements,
		TCollection *	Coll,
		TBaseCell *	cell,
		bool *	Needs2ndDer,
		int &	N_Points,
		double *&	xi,
		double *&	eta,
		double *&	zeta,
		double *&	weights,
		double *	X,
		double *	Y,
		double *	Z,
		double *	absdetjk
	)

static

calculate base functions with derivatives and coordinates from reference to original element

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static double** TFEDatabase3D::GetOrigElementValues	(	BaseFunct3D	BaseFunct,
		MultiIndex3D	MultiIndex
	)

inlinestatic

return requested FE function values or derivatives

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void TFEDatabase3D::GetOrigFromRef	(	RefTrans3D	RefTrans,
		int	n_points,
		double *	xi,
		double *	eta,
		double *	zeta,
		double *	X,
		double *	Y,
		double *	Z,
		double *	absdetjk
	)

static

calculate points on original element

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static RefTrans3D TFEDatabase3D::GetOrigValues	(	TBaseCell *	cell,
		TFE3D *	element,
		int	N_Points,
		double *	xi,
		double *	eta,
		double *	zeta,
		int	N_Functs,
		BaseFunct3D	BaseFunct,
		QuadFormula3D	QuadFormula
	)

static

calculate the values of base functions and their derivatives on the original element

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void TFEDatabase3D::GetOrigValues	(	RefTrans3D	RefTrans,
		double	xi,
		double	eta,
		double	zeta,
		TBaseFunct3D *	bf,
		TCollection *	Coll,
		TBaseCell *	cell,
		double *	uref,
		double *	uxiref,
		double *	uetaref,
		double *	uzetaref,
		double *	uorig,
		double *	uxorig,
		double *	uyorig,
		double *	uzorig
	)

static

calculate functions and derivatives from reference element to original element

calculate the values of base functions or their derivatives on the original element

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static int TFEDatabase3D::GetPolynomialDegreeFromFE3D ( FE3D ele )

inlinestatic

return polynomial degree of base functions from FE Id

static int* TFEDatabase3D::GetPolynomialDegreeFromFE3D ( )

inlinestatic

return array of polynomial degree of base functions from FE Id

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double * TFEDatabase3D::GetProlongationMatrix3D	(	FE3D	parent,
		Refinements	refine,
		FE3D	child,
		int	childnumber
	)

static

return prolongation matrix for given situation

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static QuadFormula3D TFEDatabase3D::GetQFConvolutionHexaFromDegree ( int accuracy )

inlinestatic

get hexahedron quadrature formula for convolution

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static QuadFormula3D TFEDatabase3D::GetQFHexaFromDegree ( int accuracy )

inlinestatic

get hexahedron quadrature formula for given acuracy

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static QuadFormula1D TFEDatabase3D::GetQFLineFromDegree ( int accuracy )

inlinestatic

get line quadrature formula for given acuracy

static QuadFormula2D TFEDatabase3D::GetQFQuadFromDegree ( int accuracy )

inlinestatic

get quadrilateral quadrature formula for given acuracy

static QuadFormula3D TFEDatabase3D::GetQFTetraFromDegree ( int accuracy )

inlinestatic

get tetrahedron quadrature formula for given acuracy

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static QuadFormula2D TFEDatabase3D::GetQFTriaFromDegree ( int accuracy )

inlinestatic

get triangle quadrature formula for given acuracy

static TQuadFormula2D* TFEDatabase3D::GetQuadFormula2D ( QuadFormula2D QF )

inlinestatic

return QuadFormula2D

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static TQuadFormula3D* TFEDatabase3D::GetQuadFormula3D ( QuadFormula3D QF )

inlinestatic

return QuadFormula3D

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static BF3DRefElements TFEDatabase3D::GetRefElementFromFE3D ( FE3D ele )

inlinestatic

return reference element from FE Id

static BF3DRefElements* TFEDatabase3D::GetRefElementFromFE3D ( )

inlinestatic

return array of reference elements from FE Id

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static double** TFEDatabase3D::GetRefElementValues	(	BaseFunct3D	BaseFunct,
		QuadFormula3D	QuadFormula,
		MultiIndex3D	MultiIndex
	)

inlinestatic

return requested FE function values or derivatives

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void TFEDatabase3D::GetRefFromOrig	(	RefTrans3D	RefTrans,
		double	X,
		double	Y,
		double	Z,
		double &	xi,
		double &	eta,
		double &	zeta
	)

static

calculate points on reference element

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static TRefTrans3D* TFEDatabase3D::GetRefTrans3D ( RefTrans3D reftrans )

inlinestatic

return reference transformation

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static RefTrans3D TFEDatabase3D::GetRefTrans3D_IDFromFE3D ( FE3D ele )

inlinestatic

return Id of RefTrans3D from FE Id

static RefTrans3D* TFEDatabase3D::GetRefTrans3D_IDFromFE3D ( )

inlinestatic

return array of Id of RefTrans3D from FE Id

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double * TFEDatabase3D::GetRestrictionMatrix3D	(	FE3D	parent,
		Refinements	refine,
		FE3D	child,
		int	childnumber
	)

static

return function restriction matrix for given situation

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void TFEDatabase3D::RegisterAllBaseFunctions ( )

staticprotected

register all base functions

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void TFEDatabase3D::RegisterAllFEDescs ( )

staticprotected

register all FE descriptors

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void TFEDatabase3D::RegisterAllFEMappers ( )

staticprotected

register all FE mappers

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void TFEDatabase3D::RegisterAllFEs ( )

staticprotected

register all finite elements

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void TFEDatabase3D::RegisterAllHangingNodes ( )

staticprotected

register all hanging node descriptors

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void TFEDatabase3D::RegisterAllNodalFunctionals ( )

staticprotected

register all nodal functionals

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void TFEDatabase3D::RegisterAllQuadFormulas ( )

staticprotected

register all known quadrature formulas into database

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void TFEDatabase3D::RegisterAllRefTrans ( )

staticprotected

register all reference tranformations

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static void TFEDatabase3D::RegisterBaseFunct3D	(	BaseFunct3D	BaseFunct,
		TBaseFunct3D *	BaseFunct3D
	)

inlinestatic

register BaseFunct3D for given element

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static void TFEDatabase3D::RegisterFE3D	(	FE3D	FE,
		TFE3D *	element
	)

inlinestatic

register FE3D for given element

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static void TFEDatabase3D::RegisterFE3DMapper	(	FEDesc3D	FE1,
		FEDesc3D	FE2,
		TFE3DMapper *	mapper
	)

inlinestatic

register FE3DMapper for given element

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static void TFEDatabase3D::RegisterFE3DMapper1Reg	(	FEDesc3D	FE1,
		FEDesc3D	FE2,
		TFE3DMapper1Reg *	mapper
	)

inlinestatic

register FE3DMapper1Reg for given element

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static void TFEDatabase3D::RegisterFEDesc3D	(	FEDesc3D	FEDesc,
		TFEDesc3D *	FEDesc3D
	)

inlinestatic

register FEDesc3D for given element

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static void TFEDatabase3D::RegisterHNDesc3D	(	HNDesc	Desc,
		THNDesc *	HNDesc_Obj
	)

inlinestatic

register HNDesc for given element

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static void TFEDatabase3D::RegisterJointDerivatives3D	(	BaseFunct3D	BaseFunct,
		QuadFormula2D	formula,
		int	joint,
		MultiIndex3D	MultiIndex,
		double **	Values
	)

inlinestatic

register joint derivatives of FE base function on ref element

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static void TFEDatabase3D::RegisterJointValues3D	(	BaseFunct3D	BaseFunct,
		QuadFormula2D	formula,
		int	joint,
		double **	Values
	)

inlinestatic

register joint values of FE base function on ref element

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static void TFEDatabase3D::RegisterNodalFunctional3D	(	NodalFunctional3D	NodalFunctional,
		TNodalFunctional3D *	NodalFunctional3D
	)

inlinestatic

register NodalFunctional3D for given element

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static void TFEDatabase3D::RegisterOrigElementValues	(	BaseFunct3D	BaseFunct,
		MultiIndex3D	MultiIndex,
		double **	Values
	)

inlinestatic

register FE function values or derivatives on current element

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static void TFEDatabase3D::RegisterProlongationMatrix3D	(	BaseFunct3D	parent,
		Refinements	refine,
		BaseFunct3D	child,
		int	childnumber,
		double *	matrix
	)

inlinestatic

register prolongation matrix for given situation

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static void TFEDatabase3D::RegisterQuadFormula1D	(	QuadFormula1D	QF,
		TQuadFormula1D *	QuadForm
	)

inlinestatic

register QuadFormula1D

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static void TFEDatabase3D::RegisterQuadFormula2D	(	QuadFormula2D	QF,
		TQuadFormula2D *	QuadForm
	)

inlinestatic

register QuadFormula2D

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static void TFEDatabase3D::RegisterQuadFormula3D	(	QuadFormula3D	QF,
		TQuadFormula3D *	QuadForm
	)

inlinestatic

register QuadFormula3D

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static void TFEDatabase3D::RegisterRefElementValues	(	BaseFunct3D	BaseFunct,
		QuadFormula3D	QuadFormula,
		MultiIndex3D	MultiIndex,
		double **	Values
	)

inlinestatic

register FE function values or derivatives on ref element

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static void TFEDatabase3D::RegisterRestrictionMatrix3D	(	BaseFunct3D	parent,
		Refinements	refine,
		BaseFunct3D	child,
		int	childnumber,
		double *	matrix
	)

inlinestatic

register function restriction matrix for given situation

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void TFEDatabase3D::SetCellForRefTrans	(	TBaseCell *	cell,
		RefTrans3D	reftrans
	)

static

set cell for reference transformation

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Member Data Documentation

int TFEDatabase3D::AccuracyFromFE3D = { 0 }

staticprotected

accuracy of base functions from FE Id

BaseFunct3D TFEDatabase3D::BaseFunct3D_IDFromFE3D = { BF_C_T_P1_3D }

staticprotected

Id of BaseFunct3D from FE Id

TBaseFunct3D * TFEDatabase3D::BaseFunct3DFromFE3D = { NULL }

staticprotected

TBaseFunct3DFEDesc object from FE Id

TBaseFunct3D * TFEDatabase3D::BaseFuncts3D = { NULL }

staticprotected

all sets of basis functions in 3D

TFE3DMapper * TFEDatabase3D::FE3DMapper = { NULL }

staticprotected

3D mapper for regular triangulation

TFE3DMapper1Reg * TFEDatabase3D::FE3DMapper1Reg = { NULL }

staticprotected

3D mapper for regular triangulation

FEDesc3D TFEDatabase3D::FEDesc3D_IDFromFE3D = { FE_C_T_P1_3D }

staticprotected

Id of FEDesc from FE Id

TFEDesc3D * TFEDatabase3D::FEDesc3DFromFE3D = { NULL }

staticprotected

TFEDesc3D object from FE Id

TFEDesc3D * TFEDatabase3D::FEDescs3D = { NULL }

staticprotected

all descriptors for 3D finite elements

TFE3D * TFEDatabase3D::FEs3D = { NULL }

staticprotected

all 3D finite elements

int TFEDatabase3D::HighestAccuracyLine = 0

staticprotected

highest accuracy for which a quadrature formula is available

THNDesc * TFEDatabase3D::HNDescs3D = { NULL }

staticprotected

3D hanging node descriptors

double ** TFEDatabase3D::JointDerivatives3D = { NULL }

staticprotected

derivatives of FE base functions on the edges of the corresponding reference element

double ** TFEDatabase3D::JointValues3D = { NULL }

staticprotected

values of FE base functions on the edges of the corresponding reference element

int TFEDatabase3D::N_BaseFunctFromFE3D = { 0 }

staticprotected

number of base functions from FE Id

NodalFunctional3D TFEDatabase3D::NodalFunctional3D_IDFromFE3D

staticprotected

Initial value:

= {

NF_C_T_P1_3D }

Id of NodalFunctional3D from FE Id

TNodalFunctional3D * TFEDatabase3D::NodalFunctional3DFromFE3D = { NULL }

staticprotected

TNodalFunctional3D object from FE Id

TNodalFunctional3D * TFEDatabase3D::NodalFunctionals3D = { NULL }

staticprotected

all sets of nodal functional

double ** TFEDatabase3D::OrigElementValues3D = { NULL }

staticprotected

values of FE functions and their derivatives on the current element

int TFEDatabase3D::PolynomialDegreeFromFE3D = { 0 }

staticprotected

polynomial degree of base functions from FE Id

double * TFEDatabase3D::ProlongationMatrix3D = { NULL }

staticprotected

prolongation matrix storage

QuadFormula3D TFEDatabase3D::QFConvolutionHexaFromDegree = { VerticesAndOrigin }

staticprotected

get hexahedron quadrature formula for given acuracy

get hexahedron quadrature formula for convolution

QuadFormula3D TFEDatabase3D::QFHexaFromDegree = { VertexHexa }

staticprotected

get hexahedron quadrature formula for given acuracy

QuadFormula1D TFEDatabase3D::QFLineFromDegree = { Gauss1Line }

staticprotected

get line quadrature formula for given acuracy

QuadFormula2D TFEDatabase3D::QFQuadFromDegree = { VertexQuad }

staticprotected

get quadrilateral quadrature formula for given acuracy

QuadFormula3D TFEDatabase3D::QFTetraFromDegree = { BaryCenterTetra }

staticprotected

get tetrahedron quadrature formula for given acuracy

QuadFormula2D TFEDatabase3D::QFTriaFromDegree = { BaryCenterTria }

staticprotected

get triangle quadrature formula for given acuracy

TQuadFormula1D * TFEDatabase3D::QuadFormulas1D = { NULL }

staticprotected

1D (line) quadrature formulas

TQuadFormula2D * TFEDatabase3D::QuadFormulas2D = { NULL }

staticprotected

quadrature formulas for 2D

TQuadFormula3D * TFEDatabase3D::QuadFormulas3D = { NULL }

staticprotected

quadrature formulas for 3D

BF3DRefElements TFEDatabase3D::RefElementFromFE3D = { BFUnitTetrahedron }

staticprotected

reference element from FE Id

double ** TFEDatabase3D::RefElementValues3D = { NULL }

staticprotected

values of FE functions and their derivatives on the corresponding reference element

TRefTrans3D * TFEDatabase3D::ReferenceTrans3D = { NULL }

staticprotected

reference transformations

RefTrans3D TFEDatabase3D::RefTrans3D_IDFromFE3D = { TetraAffin }

staticprotected

Id of RefTrans3D from FE Id

double * TFEDatabase3D::RestrictionMatrix3D = { NULL }

staticprotected

function restriction matrix storage

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

include/FE/FEDatabase3D.h
src/FE/FEDatabase3D.C

Public Member Functions

Static Public Member Functions

Static Protected Member Functions

Static Protected Attributes

Detailed Description

Constructor & Destructor Documentation

Member Function Documentation

Member Data Documentation