#include <ReferenceFEHybrid.hpp>

Inheritance diagram for ReferenceFEHybrid:

Collaboration diagram for ReferenceFEHybrid:

Public Types
typedef ReferenceFE::function_Type	function_Type

Public Types inherited from ReferenceFE
typedef ReferenceElement::function_Type	function_Type

Public Types inherited from ReferenceElement
typedef Real(*	function_Type) (const GeoVector &)

Private Member Functions
	ReferenceFEHybrid ()
	No empty constructor. More...

	ReferenceFEHybrid (const ReferenceFEHybrid &)
	No copy constructor. More...

Private Attributes
const UInt	M_numberBoundaryFE
	Number of boundary elements to be stored. More...

const CurrentFEManifold **	M_boundaryFEList

Constructor & Destructor
	ReferenceFEHybrid (std::string name, FE_TYPE type, ReferenceShapes shape, UInt nbDofPerVertex, UInt nbDofPerEdge, UInt nbDofPerFace, UInt nbDofPerVolume, UInt nbDof, UInt nbLocalCoor, const UInt &numberBoundaryFE, const CurrentFEManifold *boundaryFEList, const Real refCoor, DofPatternType patternType=STANDARD_PATTERN)

	~ReferenceFEHybrid ()
	Destructor. More...

Operators
const CurrentFEManifold &	operator[] (const ID &i) const
	Extracting a CurrentFEManifold from the faces list. More...

Get Methods
const UInt &	numberBoundaryFE () const
	Return the number of boundary elements of the reference element. More...

Additional Inherited Members
Public Member Functions inherited from ReferenceFE
	ReferenceFE (std::string name, FE_TYPE type, ReferenceShapes shape, Int nbDofPerVertex, Int nbDofPerEdge, Int nbDofPerFace, Int nbDofPerVolume, Int nbDof, Int nbLocalCoor, Int FEDim, const function_Type phi, const function_Type dPhi, const function_Type d2Phi, const function_Type divPhi, const Real refCoor, DofPatternType patternType, const ReferenceFE bdRefFE)
	Constructor of a reference Lagrangian finite element. More...

virtual	~ReferenceFE ()
	Destructor. More...

bool	hasBoundaryFE () const
	Check if the reference element has boundary elements. More...

const ReferenceFE &	boundaryFE () const
	Getter for the boundary finite element. More...

const FE_TYPE &	type () const
	Getter for the type of the finite element. More...

Public Member Functions inherited from ReferenceElement
	ReferenceElement (std::string name, ReferenceShapes shape, UInt nbDof, UInt nbLocalCoor, UInt feDim, const function_Type phi, const function_Type dPhi, const function_Type d2Phi, const function_Type divPhi, const Real *refCoor)
	Full constructor. More...

virtual	~ReferenceElement ()
	Destructor. More...

Real	xi (UInt i) const
	return the first local coordinate of the i-th node of the reference element More...

Real	eta (UInt i) const
	return the second local coordinate of the i-th node of the reference element More...

Real	zeta (UInt i) const
	return the third local coordinate of the i-th node of the reference element More...

Real	refCoor (UInt i, UInt icoor) const
	return the icoor-th local coordinate of the i-th node of the reference element More...

std::vector< GeoVector >	refCoor () const
	return the coordinates of the reference element More...

Real	phi (UInt i, const GeoVector &v) const
	Return the value of the i-th basis function in the point v. More...

Real	phi (UInt i, UInt icoor, const GeoVector &v) const
	return the value of the component icoor-th of the i-th basis function on point v. More...

Real	dPhi (UInt i, UInt icoor, const GeoVector &v) const
	return the value of the icoor-th derivative of the i-th basis function on point v More...

Real	d2Phi (UInt i, UInt icoor, UInt jcoor, const GeoVector &v) const
	return the value of the (icoor,jcoor)-th second derivative of the i-th basis function on point v More...

Real	divPhi (UInt i, const GeoVector &v) const
	return the value of the divergence of the i-th basis function on point v. More...

bool	hasPhi () const
	Check if the refEle has phi functions. More...

bool	hasDPhi () const
	Check if the refEle has dPhi functions. More...

bool	hasD2Phi () const
	Check if the refEle has d2Phi functions. More...

bool	hasDivPhi () const
	Check if the refEle has divPhi functions. More...

virtual std::vector< Real >	nodalToFEValues (const std::vector< Real > &) const
	Method for transforming nodal values into FE values. More...

const std::string &	name () const
	Return the name of the reference element. More...

const UInt &	nbDof () const
	Return the number of degrees of freedom for this reference element. More...

const	LIFEV_DEPRECATED (UInt &) nbCoor() const
	OLD: Return the number of local coordinates. More...

const UInt &	nbLocalCoor () const
	Return the number of local coordinates. More...

const UInt &	feDim () const
	Return the dimension of the FE (scalar vs vectorial FE) More...

const ReferenceShapes &	shape () const
	Return the shape of the element. More...

Real	phi (UInt i, const Real &x, const Real &y, const Real &z) const
	return the value of the i-th basis function on point (x,y,z) More...

Real	phi (UInt i, UInt icoor, const Real &x, const Real &y, const Real &z) const
	return the value of the component icoor-th of the i-th basis function on point (x,y,z). More...

Real	dPhi (UInt i, UInt icoor, const Real &x, const Real &y, const Real &z) const
	return the value of the icoor-th derivative of the i-th basis function on point (x,y,z) More...

Real	d2Phi (UInt i, UInt icoor, UInt jcoor, const Real &x, const Real &y, const Real &z) const
	return the value of the (icoor,jcoor)-th second derivative of the i-th basis function on point (x,y,z) More...

Real	divPhi (UInt i, const Real &x, const Real &y, const Real &z) const
	return the value of the divergence of the i-th basis function on point (x,y,z). More...

Public Member Functions inherited from DOFLocalPattern
	DOFLocalPattern (const UInt &nbLocalDof, const UInt &nbDofPerVertex, const UInt &nbDofPerEdge, const UInt &nbDofPerFace, const UInt &nbDofPerVolume, const DofPatternType &patternType, UInt nbLocalCoor)
	Full constructor. More...

	DOFLocalPattern (const DOFLocalPattern &localDofPattern)
	Simple copy constructor. More...

virtual	~DOFLocalPattern ()
	Empty destructor. More...

const UInt &	patternFirst (const UInt &i) const
	patternFirst(i): row index in the element matrix of the i-th term of the pattern (the index starts from 0, not from 1 !). More...

const UInt &	patternSecond (const UInt &i) const
	patternSecond(i): column index in the element matrix of the i-th term of the pattern (the index starts from 0, not from 1 !). More...

void	showMe (std::ostream &output=std::cout) const
	The showMe method for the pattern. More...

const UInt &	nbPattern () const
	Number of non-zero terms in the element matrix. More...

const UInt &	nbDiag () const
	Number of diagonal terms in the element matrix. More...

const UInt &	nbUpper () const
	Number of upper terms in the element matrix. More...

const UInt &	nbLocalDof () const
	Return the number of local degrees of freedom. More...

const UInt &	nbDofPerVertex () const
	Return the number of degrees of freedom located on the vertices (0D structures) More...

const UInt &	nbDofPerEdge () const
	Return the number of degrees of freedom located on the edges (1D structures) More...

UInt	nbDofPerPeak () const
	Return the number of degrees of freedom located on the peak (vertex in 3D). More...

UInt	nbDofPerRidge () const
	Return the number of degrees of freedom located on the ridge. (edge in 3D) More...

UInt	nbDofPerFacet () const
	Return the number of degrees of freedom located on the facet. (face in 3D) More...

const UInt &	nbDofPerElement () const
	Return the number of degrees of freedom located on the element. (volume in 3D) More...

const UInt &	nbDofPerFace () const
	Return the number of degrees of freedom located on the faces (2D structures). More...

const UInt &	nbDofPerVolume () const
	Return the number of degrees of freedom located in the volume (3D structures). More...

const UInt &	nbDofPerDimStrut (const UInt &structDim) const
	Return the number of degrees of freedom located per structDim object. More...

const UInt &	nbDofPerCodimStrut (const UInt &structCodim) const
	Return the number of degrees of freedom located per structCodim object. More...

Detailed Description

Definition at line 110 of file ReferenceFEHybrid.hpp.

Member Typedef Documentation

◆ function_Type

typedef ReferenceFE::function_Type function_Type

Definition at line 115 of file ReferenceFEHybrid.hpp.

Constructor & Destructor Documentation

◆ ReferenceFEHybrid() [1/3]

ReferenceFEHybrid	(	std::string	name,
		FE_TYPE	type,
		ReferenceShapes	shape,
		UInt	nbDofPerVertex,
		UInt	nbDofPerEdge,
		UInt	nbDofPerFace,
		UInt	nbDofPerVolume,
		UInt	nbDof,
		UInt	nbLocalCoor,
		const UInt &	numberBoundaryFE,
		const CurrentFEManifold **	boundaryFEList,
		const Real *	refCoor,
		DofPatternType	patternType = `STANDARD_PATTERN`
	)

Constructor of a reference hybrid finite element. The arguments are:

Parameters

name	Name of the finite element
type	Type of the finite element (FE_P1_2D,... see the #define at the begining of refFE.h)
shape	Geometry belongs to enum ReferenceShapes {NONE, POINT, LINE, TRIANGLE, QUAD, HEXA, PRISM, TETRA}; (see ElementShapes.h)
nbDofPerVertex	Number of degrees of freedom per vertex
nbDofPerEdge	Number of degrees of freedom per edge
nbDofPerFace	Number of degrees of freedom per face
nbDofPerVolume	Number of degrees of freedom per volume
nbDof	Total number of degrees of freedom ( = nbDofPerVertex * nb vertex + nbDofPerEdge * nb edges + etc...)
nbLocalCoor	Number of local coordinates
refCoor	Static array containing the coordinates of the nodes on the reference element
numBoundaryFE	Number of static boundary elements
boundaryFEList	List of static boundary elements
refCoor	Static array containing the coordinates of the nodes on the reference element (defined in refEle.h)
patternType	In most of cases is STANDARD_PATTERN, except for elements like P1isoP2 (to define a new pattern, add a new #define in refFE.h and code it in refFE.cc following the example of P1ISOP2_TRIA_PATTERN)

Definition at line 49 of file ReferenceFEHybrid.cpp.

◆ ~ReferenceFEHybrid()

~ReferenceFEHybrid ( )

Destructor.

Definition at line 60 of file ReferenceFEHybrid.cpp.

◆ ReferenceFEHybrid() [2/3]

ReferenceFEHybrid ( )

private

No empty constructor.

◆ ReferenceFEHybrid() [3/3]

ReferenceFEHybrid ( const ReferenceFEHybrid & )

private

No copy constructor.

Member Function Documentation

◆ operator[]()

const CurrentFEManifold& operator[] ( const ID & i ) const

inline

Extracting a CurrentFEManifold from the faces list.

Definition at line 164 of file ReferenceFEHybrid.hpp.

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◆ numberBoundaryFE()

const UInt& numberBoundaryFE ( ) const

inline

Return the number of boundary elements of the reference element.

Definition at line 177 of file ReferenceFEHybrid.hpp.

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Field Documentation

◆ M_numberBoundaryFE

const UInt M_numberBoundaryFE

private

Number of boundary elements to be stored.

Definition at line 194 of file ReferenceFEHybrid.hpp.

◆ M_boundaryFEList

const CurrentFEManifold** M_boundaryFEList

private

List holding the stored boundary elements that live on the boundary faces (3D), or edges (2D), of the RefHybridFE element. The boundary elements of a reference element are not in general reference elements themselves, that is why we use here the CurrentFEManifold rather that ReferenceFE.

Definition at line 200 of file ReferenceFEHybrid.hpp.

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

Public Types

Private Member Functions

Private Attributes

Constructor & Destructor

Operators

Get Methods

Additional Inherited Members

Detailed Description

Member Typedef Documentation

◆ function_Type

Constructor & Destructor Documentation

◆ ReferenceFEHybrid() [1/3]

◆ ~ReferenceFEHybrid()

◆ ReferenceFEHybrid() [2/3]

◆ ReferenceFEHybrid() [3/3]

Member Function Documentation

◆ operator[]()

◆ numberBoundaryFE()

Field Documentation

◆ M_numberBoundaryFE

◆ M_boundaryFEList