Classes
class	BasisSimple
	Class for describing interfaces to basis elements. More...

class	BasisAddNodes
	Class for describing interfaces to basis elements with additional nodes. More...

class	BasisAddDerivatives

class	BasisAddDerivativesScaleFactors

class	BasisAddDerivativesScaleFactorsEdges

class	HexTrilinearLgn

class	ConstantBasisUnitElement
	Class for describing unit geometry of ConstantBasis. More...

class	ConstantApprox

class	ConstantBasis
	Class for handling of element with constant field variables. More...

class	CrvCubicHmtUnitElement
	Class for describing unit geometry of CrvCubicHmt. More...

class	CrvCubicHmt

class	CrvElementWeights

class	CrvLinearLgnUnitElement
	Class for describing unit geometry of CrvLinearLgn. More...

class	CrvApprox
	Class for creating geometrical approximations of Crv meshes. More...

class	CrvLocate

class	CrvGaussian1
	Class with weights and coordinates for 1st order Gaussian integration. More...

class	CrvGaussian2
	Class with weights and coordinates for 2nd order Gaussian integration. More...

class	CrvGaussian3
	Class with weights and coordinates for 3rd order Gaussian integration. More...

class	CrvLinearLgn

class	CrvQuadraticLgnUnitElement
	Class for describing unit geometry of CrvLinearLgn. More...

class	CrvQuadraticLgn

class	CrvSamplingSchemes

class	HexElementWeights

class	HexSamplingSchemes

class	HexTricubicHmtUnitElement
	Class for describing unit geometry of HexTricubicHmt. More...

class	HexTricubicHmt

class	HexTricubicHmtScaleFactorsUnitElement
	Class for describing unit geometry of HexTricubicHmtScaleFactors. More...

class	HexTricubicHmtScaleFactors

class	HexTricubicHmtScaleFactorsEdgesUnitElement
	Class for describing unit geometry of HexTricubicHmtScaleFactorsEdges. More...

class	HexTricubicHmtScaleFactorsEdges

class	HexTrilinearLgnUnitElement
	Class for describing unit geometry of HexTrilinearLgn. More...

class	HexApprox
	Class for creating geometrical approximations of Hex meshes. More...

class	HexLocate

class	HexGaussian1
	Class with weights and coordinates for 1st order Gaussian integration. More...

class	HexGaussian2
	Class with weights and coordinates for 2nd order Gaussian integration. More...

class	HexGaussian3
	Class with weights and coordinates for 3rd order Gaussian integration. More...

class	HexTriquadraticLgnUnitElement
	Class for describing unit geometry of HexTriquadraticLgn. More...

class	HexTriquadraticLgn

class	Dim3Locate

class	Dim2Locate

class	Dim1Locate

class	NoDataUnitElement
	Class for describing unit geometry of NoDataBasis. More...

class	NoDataBasis
	Class for handling of element without storage for field variables. More...

class	NoElementWeights

class	PntSamplingSchemes

class	PrismCubicHmtUnitElement
	Class for describing unit geometry of PrismCubicHmt. More...

class	PrismCubicHmt

class	PrismElementWeights

class	PrismLinearLgnUnitElement
	Class for describing unit geometry of PrismLinearLgn. More...

class	PrismApprox
	Class for creating geometrical approximations of Prism meshes. More...

class	PrismLocate

class	PrismGaussian1
	Class with weights and coordinates for 2nd order Gaussian integration. More...

class	PrismGaussian2
	Class with weights and coordinates for 2nd order Gaussian integration. More...

class	PrismLinearLgn
	Class for handling of element of type prism with linear lagrangian interpolation. More...

class	PrismQuadraticLgnUnitElement
	Class for describing unit geometry of PrismQuadraticLgn. More...

class	PrismQuadraticLgn

class	PrismSamplingSchemes

class	QuadBicubicHmtUnitElement
	Class for describing unit geometry of QuadBicubicHmt. More...

class	QuadBicubicHmt

class	QuadBilinearLgnUnitElement
	Class for describing unit geometry of QuadBilinearLgn. More...

class	QuadApprox
	Class for creating geometrical approximations of Quad meshes. More...

class	QuadLocate

class	QuadGaussian1
	Class with weights and coordinates for 2nd order Gaussian integration. More...

class	QuadGaussian2
	Class with weights and coordinates for 2nd order Gaussian integration. More...

class	QuadGaussian3
	Class with weights and coordinates for 3rd order Gaussian integration. More...

class	QuadBilinearLgn

class	QuadBiquadraticLgnUnitElement
	Class for describing unit geometry of QuadBiquadraticLgn. More...

class	QuadBiquadraticLgn

class	QuadElementWeights

class	QuadSamplingSchemes

class	TetCubicHmtUnitElement
	Class for describing unit geometry of TetCubicHmt. More...

class	TetCubicHmt

class	TetElementWeights

class	TetLinearLgnUnitElement
	Class for describing unit geometry of TetLinearLgn. More...

class	TetApprox
	Class for creating geometrical approximations of Tet meshes. More...

class	TetLocate

class	TetGaussian1
	Class with weights and coordinates for 1nd order Gaussian integration. More...

class	TetGaussian2
	Class with weights and coordinates for 2nd order Gaussian integration. More...

class	TetGaussian3
	Class with weights and coordinates for 3rd order Gaussian integration. More...

class	TetLinearLgn

class	TetQuadraticLgnUnitElement
	Class for describing unit geometry of TetQuadraticLgn. More...

class	TetQuadraticLgn

class	TetSamplingSchemes

class	TriCubicHmtUnitElement
	Class for describing unit geometry of TriCubicHmt. More...

class	TriCubicHmt

class	TriCubicScaleFactorsHmtUnitElement
	Class for describing unit geometry of TetCubicHmt. More...

class	TriCubicHmtScaleFactors

class	TriElementWeights

class	TriLinearLgnUnitElement
	Class for describing unit geometry of TriLinearLgn. More...

class	TriApprox
	Class for creating geometrical approximations of Tri meshes. More...

class	TriLocate

class	TriGaussian1
	Class with weights and coordinates for 2nd order Gaussian integration. More...

class	TriGaussian2
	Class with weights and coordinates for 2nd order Gaussian integration. More...

class	TriGaussian3
	Class with weights and coordinates for 3rd order Gaussian integration. More...

class	TriLinearLgn

class	TriQuadraticLgnUnitElement
	Class for describing unit geometry of TriQuadraticLgn. More...

class	TriQuadraticLgn

class	TriSamplingSchemes

Functions
template<class VECTOR , class T >
double	d_volume_type (const VECTOR &, T *)
	default case for volume calculation - currently not needed More...

template<class VECTOR >
double	d_volume_type (const VECTOR &derivs, Geometry::Point *)
	Specific implementation for Point. More...

template<class VECTOR >
double	d_volume (const VECTOR &derivs)
	calculate volume More...

template<class ElemBasis , class ElemData >
double	get_volume3 (const ElemBasis *pEB, const ElemData &cd)

template<class VECTOR1 , class VECTOR2 >
double	d_area_type (const VECTOR1 &derivs, const VECTOR2 &dv0, const VECTOR2 &dv1, Geometry::Point *type)
	area calculation on points More...

template<class VECTOR1 , class VECTOR2 >
double	d_area (const VECTOR1 &derivs, const VECTOR2 &dv0, const VECTOR2 &dv1)
	General template for any type of combination of containers. More...

template<class NumApprox , class ElemBasis , class ElemData >
double	get_area2 (const ElemBasis *pEB, const unsigned face, const ElemData &cd)

template<class NumApprox , class ElemBasis , class ElemData >
double	get_area3 (const ElemBasis *pEB, const unsigned face, const ElemData &cd)

template<class VECTOR1 , class VECTOR2 >
double	d_arc_length (const VECTOR1 &derivs, const VECTOR2 &dv, Geometry::Point *type)
	arc length calculation on points More...

template<class VECTOR1 , class VECTOR2 >
double	d_arc_length (const VECTOR1 &derivs, const VECTOR2 &dv)

template<class NumApprox , class ElemBasis , class ElemData >
double	get_arc1d_length (const ElemBasis *pEB, const unsigned edge, const ElemData &cd)

template<class NumApprox , class ElemBasis , class ElemData >
double	get_arc2d_length (const ElemBasis *pEB, const unsigned edge, const ElemData &cd)

template<class NumApprox , class ElemBasis , class ElemData >
double	get_arc3d_length (const ElemBasis *pEB, const unsigned edge, const ElemData &cd)

template<class T >
T	difference (const T &interp, const T &value)

template<>
Geometry::Point	difference (const Geometry::Point &interp, const Geometry::Point &value)

template<class VECTOR1 , class VECTOR2 , class T >
double	getnextx1 (VECTOR1 &x, const T &y, const VECTOR2 &yd)

template<class VECTOR1 , class VECTOR2 >
double	getnextx1 (VECTOR1 &x, const Geometry::Point &y, const VECTOR2 &yd)

template<class VECTOR1 , class VECTOR2 , class T >
double	getnextx2 (VECTOR1 &x, const T &y, const VECTOR2 &yd)

template<class VECTOR1 , class VECTOR2 >
double	getnextx2 (VECTOR1 &x, const Geometry::Point &y, const VECTOR2 &yd)

template<class VECTOR1 , class VECTOR2 , class T >
double	getnextx3 (VECTOR1 &x, const T &y, const VECTOR2 &yd)

template<class VECTOR1 , class VECTOR2 >
double	getnextx3 (VECTOR1 &x, const Geometry::Point &y, const VECTOR2 &yd)

template<class T >
bool	compare_distance (const T &interp, const T &val, double &cur_d, double dist)

bool	compare_distance (const Geometry::Point &interp, const Geometry::Point &val, double &cur_d, double dist)

template<class VECTOR , class T >
bool	check_zero_type (const VECTOR &val, T *, double epsilon)

template<class VECTOR >
bool	check_zero_type (const VECTOR &val, Geometry::Point *, double epsilon)

template<class VECTOR >
double	check_zero (const VECTOR &derivs, double epsilon=1e-7)

Function Documentation

double SCIRun::Core::Basis::check_zero	(	const VECTOR &	derivs,
		double	epsilon = `1e-7`
	)

inline

bool SCIRun::Core::Basis::check_zero_type	(	const VECTOR &	val,
		T *	,
		double	epsilon
	)

inline

bool SCIRun::Core::Basis::check_zero_type	(	const VECTOR &	val,
		Geometry::Point *	,
		double	epsilon
	)

inline

bool SCIRun::Core::Basis::compare_distance	(	const T &	interp,
		const T &	val,
		double &	cur_d,
		double	dist
	)

inline

bool SCIRun::Core::Basis::compare_distance	(	const Geometry::Point &	interp,
		const Geometry::Point &	val,
		double &	cur_d,
		double	dist
	)

inline

double SCIRun::Core::Basis::d_arc_length	(	const VECTOR1 &	derivs,
		const VECTOR2 &	dv,
		Geometry::Point *	type
	)

inline

arc length calculation on points

double SCIRun::Core::Basis::d_arc_length	(	const VECTOR1 &	derivs,
		const VECTOR2 &	dv
	)

inline

double SCIRun::Core::Basis::d_area	(	const VECTOR1 &	derivs,
		const VECTOR2 &	dv0,
		const VECTOR2 &	dv1
	)

inline

General template for any type of combination of containers.

double SCIRun::Core::Basis::d_area_type	(	const VECTOR1 &	derivs,
		const VECTOR2 &	dv0,
		const VECTOR2 &	dv1,
		Geometry::Point *	type
	)

inline

area calculation on points

double SCIRun::Core::Basis::d_volume ( const VECTOR & derivs )

inline

calculate volume

double SCIRun::Core::Basis::d_volume_type	(	const VECTOR &	,
		T *
	)

inline

default case for volume calculation - currently not needed

double SCIRun::Core::Basis::d_volume_type	(	const VECTOR &	derivs,
		Geometry::Point *
	)

inline

Specific implementation for Point.

T SCIRun::Core::Basis::difference	(	const T &	interp,
		const T &	value
	)

inline

Geometry::Point SCIRun::Core::Basis::difference	(	const Geometry::Point &	interp,
		const Geometry::Point &	value
	)

inline

double SCIRun::Core::Basis::get_arc1d_length	(	const ElemBasis *	pEB,
		const unsigned	edge,
		const ElemData &	cd
	)

double SCIRun::Core::Basis::get_arc2d_length	(	const ElemBasis *	pEB,
		const unsigned	edge,
		const ElemData &	cd
	)

double SCIRun::Core::Basis::get_arc3d_length	(	const ElemBasis *	pEB,
		const unsigned	edge,
		const ElemData &	cd
	)

double SCIRun::Core::Basis::get_area2	(	const ElemBasis *	pEB,
		const unsigned	face,
		const ElemData &	cd
	)

double SCIRun::Core::Basis::get_area3	(	const ElemBasis *	pEB,
		const unsigned	face,
		const ElemData &	cd
	)

double SCIRun::Core::Basis::get_volume3	(	const ElemBasis *	pEB,
		const ElemData &	cd
	)

impelementation that is pure on stack

double SCIRun::Core::Basis::getnextx1	(	VECTOR1 &	x,
		const T &	y,
		const VECTOR2 &	yd
	)

inline

double SCIRun::Core::Basis::getnextx1	(	VECTOR1 &	x,
		const Geometry::Point &	y,
		const VECTOR2 &	yd
	)

inline

double SCIRun::Core::Basis::getnextx2	(	VECTOR1 &	x,
		const T &	y,
		const VECTOR2 &	yd
	)

double SCIRun::Core::Basis::getnextx2	(	VECTOR1 &	x,
		const Geometry::Point &	y,
		const VECTOR2 &	yd
	)

double SCIRun::Core::Basis::getnextx3	(	VECTOR1 &	x,
		const T &	y,
		const VECTOR2 &	yd
	)

double SCIRun::Core::Basis::getnextx3	(	VECTOR1 &	x,
		const Geometry::Point &	y,
		const VECTOR2 &	yd
	)

Classes

Functions

Function Documentation