#include <ETCurrentFE.hpp>

Collaboration diagram for ETCurrentFE< spaceDim, fieldDim >:

Private Types
typedef VectorSmall< fieldDim >	array1D_Return_Type

typedef MatrixSmall< fieldDim, spaceDim >	matrix_Return_Type

typedef std::vector< std::vector< array1D_Return_Type > >	array2D_vector_Type

typedef std::vector< std::vector< matrix_Return_Type > >	array2D_matrix_Type

typedef std::vector< std::vector< std::vector< matrix_Return_Type > > >	array_3D_matrix_Type

typedef MatrixSmall< spaceDim, spaceDim >	matrix_d2Phi

typedef std::vector< std::vector< std::vector< matrix_d2Phi > > >	array_d2Phi

typedef std::vector< Real >	array1D_Type

typedef std::vector< array1D_Type >	array2D_Type

typedef std::vector< array2D_Type >	array3D_Type

typedef std::vector< std::vector< array1D_Return_Type > >	arrayLaplacian_Type

typedef std::vector< array3D_Type >	array4D_Type

Friends
template<UInt dim>
class	ExpressionAssembly::EvaluationPhiI
	Friend to allow direct access to the raw data. More...

template<UInt dim>
class	ExpressionAssembly::EvaluationPhiJ
	Friend to allow direct access to the raw data. More...

template<UInt dim, UInt FSpaceDim>
class	ExpressionAssembly::EvaluationDphiI
	Friend to allow direct access to the raw data. More...

template<UInt dim, UInt FSpaceDim>
class	ExpressionAssembly::EvaluationDphiJ
	Friend to allow direct access to the raw data. More...

template<UInt dim, UInt FSpaceDim>
class	ExpressionAssembly::EvaluationDivI
	Friend to allow direct access to the raw data. More...

template<UInt dim, UInt FSpaceDim>
class	ExpressionAssembly::EvaluationDivJ
	Friend to allow direct access to the raw data. More...

template<UInt dim, UInt FSpaceDim>
class	ExpressionAssembly::EvaluationLaplacianI
	Friend to allow direct access to the raw data. More...

template<UInt dim, UInt FSpaceDim>
class	ExpressionAssembly::EvaluationLaplacianJ
	Friend to allow direct access to the raw data. More...

Static constants
static const UInt	S_spaceDimension = spaceDim
	Static value for the space dimension. More...

static const UInt	S_fieldDimension = fieldDim
	Static value for the dimension of the field (fieldDim here as it is a vectorial FE) More...

Constructors, destructor
	ETCurrentFE (const ReferenceFE &refFE, const GeometricMap &geoMap, const QuadratureRule &qr)
	Full constructor. More...

	ETCurrentFE (const ReferenceFE &refFE, const GeometricMap &geoMap)
	Constructor without quadrature rule. More...

	ETCurrentFE (const ETCurrentFE< spaceDim, fieldDim > &otherFE)
	Copy constructor. More...

virtual	~ETCurrentFE ()
	Destructor. More...

Methods
template<typename elementType >
void	update (const elementType &element, const flag_Type &flag)
	Update method. More...

void	showMe (std::ostream &out=std::cout) const
	ShowMe method. More...

Set Methods
void	setQuadratureRule (const QuadratureRule &qr)
	Setter for the quadrature rule. More...

Get Methods
UInt	nbFEDof () const
	Getter for the number of degrees of freedom of this element. More...

const array1D_Return_Type &	phi (const UInt &i, const UInt &q) const
	Getter for the values of the basis functions in the quadrature nodes in the current element. More...

Real	quadNode (const UInt &q, const UInt &coord) const
	Getter for the coordinates of the quadrature nodes in the current element. More...

Real	wDet (const UInt &q) const
	Getter for the weighted jacobian determinant (current element) More...

const Real &	dphi (const UInt &i, const UInt &iCoor, const UInt &dxi, const UInt &q) const
	Getter for the derivatives of the basis function in the quadrature nodes (current element) More...

MatrixSmall< spaceDim, 3 > const &	dphi (const UInt &i, const UInt &q) const
	Getter for the derivatives of the basis function in the quadrature nodes (current element) More...

const array1D_Return_Type &	divergence (const UInt &i, const UInt &q) const
	Getter for the divergence of the basis functions in the quadrature nodes in the current element. More...

const VectorSmall< fieldDim > &	laplacian (const UInt &i, const UInt &q) const
	Getter for the laplacian of the basis functions in the quadrature nodes in the current element. More...

UInt	currentId () const
	Getter for the identifier of the current element. More...

Private Methods
	ETCurrentFE ()
	No default constructor. More...

void	operator= (const ETCurrentFE< spaceDim, fieldDim > &)
	No assignement. More...

void	setupInternalConstants ()
	Resize all the internal containers w.r. to the stored data and compute the constant values. More...

template<typename ElementType >
void	updateCellNode (const ElementType &element)
	Update the cell nodes. More...

void	updateQuadNode (const UInt &iQuadPt)
	Update the quadrature nodes. More...

void	updateJacobian (const UInt &iQuadPt)
	Update Jacobian. More...

void	updateDetJacobian (const UInt &iQuadPt)
	Update DetJacobian. More...

void	updateInverseJacobian (const UInt &iQuadPt)
	Update InverseJacobian. More...

void	updateWDet (const UInt &iQuadPt)
	Update WeightedJacobian. More...

void	updateDphi (const UInt &iQuadPt)
	Update Dphi. More...

void	updateD2phi (const UInt &iQuadPt)
	Update D2phi. More...

void	updateDivergence (const UInt &iQuadPt)
	Update Divergence. More...

void	updateLaplacian (const UInt &iQuadPt)
	Update Laplacian. More...

Detailed Description

template<UInt spaceDim, UInt fieldDim>
class LifeV::ETCurrentFE< spaceDim, fieldDim >

ETCurrenteFE is a template class. If fieldDim the general case is treated as representing a vectorial FE (only the case where fieldDim represents a scalar FE, but this is a partial specialization of this class).

ETCurrenteFE is a template class. This is the non-specialized class used with fieldDim = 3 or 2 (using faster VectorSmall return objects)

Definition at line 9 of file ETCurrentFE.hpp.

Member Typedef Documentation

◆ array1D_Return_Type

typedef VectorSmall< fieldDim > array1D_Return_Type

private

Definition at line 52 of file ETCurrentFE.hpp.

◆ matrix_Return_Type

typedef MatrixSmall< fieldDim, spaceDim > matrix_Return_Type

private

Definition at line 55 of file ETCurrentFE.hpp.

◆ array2D_vector_Type

typedef std::vector< std::vector< array1D_Return_Type > > array2D_vector_Type

private

Definition at line 58 of file ETCurrentFE.hpp.

◆ array2D_matrix_Type

typedef std::vector< std::vector< matrix_Return_Type > > array2D_matrix_Type

private

Definition at line 61 of file ETCurrentFE.hpp.

◆ array_3D_matrix_Type

typedef std::vector< std::vector< std::vector <matrix_Return_Type > > > array_3D_matrix_Type

private

Definition at line 64 of file ETCurrentFE.hpp.

◆ matrix_d2Phi

typedef MatrixSmall< spaceDim, spaceDim > matrix_d2Phi

private

Definition at line 67 of file ETCurrentFE.hpp.

◆ array_d2Phi

typedef std::vector< std::vector< std::vector< matrix_d2Phi > > > array_d2Phi

private

Definition at line 68 of file ETCurrentFE.hpp.

◆ array1D_Type

typedef std::vector< Real > array1D_Type

private

Definition at line 289 of file ETCurrentFE.hpp.

◆ array2D_Type

typedef std::vector< array1D_Type > array2D_Type

private

Definition at line 292 of file ETCurrentFE.hpp.

◆ array3D_Type

typedef std::vector< array2D_Type > array3D_Type

private

Definition at line 295 of file ETCurrentFE.hpp.

◆ arrayLaplacian_Type

typedef std::vector< std::vector< array1D_Return_Type > > arrayLaplacian_Type

private

Definition at line 297 of file ETCurrentFE.hpp.

◆ array4D_Type

typedef std::vector< array3D_Type > array4D_Type

private

Definition at line 300 of file ETCurrentFE.hpp.

Constructor & Destructor Documentation

◆ ETCurrentFE() [1/4]

ETCurrentFE	(	const ReferenceFE &	refFE,
		const GeometricMap &	geoMap,
		const QuadratureRule &	qr
	)

Full constructor.

Parameters

refFE	The reference element for the FE
geoMap	The geometric map from the reference element to the current element
qr	The quadrature rule

Definition at line 440 of file ETCurrentFE.hpp.

◆ ETCurrentFE() [2/4]

ETCurrentFE	(	const ReferenceFE &	refFE,
		const GeometricMap &	geoMap
	)

Constructor without quadrature rule.

Parameters

refFE	The reference element for the FE
geoMap	The geometric map from the reference element to the current element

Definition at line 491 of file ETCurrentFE.hpp.

◆ ETCurrentFE() [3/4]

ETCurrentFE ( const ETCurrentFE< spaceDim, fieldDim > & otherFE )

Copy constructor.

Parameters

otherFE The currentFE to be copied

Definition at line 542 of file ETCurrentFE.hpp.

◆ ~ETCurrentFE()

~ETCurrentFE ( )

virtual

Destructor.

Definition at line 592 of file ETCurrentFE.hpp.

◆ ETCurrentFE() [4/4]

ETCurrentFE ( )

private

No default constructor.

Member Function Documentation

◆ update()

void update	(	const elementType &	element,
		const flag_Type &	flag
	)

Update method.

The update method computes the required quantities (indicated by the flag, see in Flags to update the ETCurrentFE) on the element.

Parameters

element	The current element were to compute the values
flag	The flag indicating the quantities to update

Template parameters

elementType: The type of the element

Template requirements

elementType: has a id() method returning the identifier (global); has a localId() method returning the identifier (local); has a method point(UInt i) that returns the ith point.

Definition at line 603 of file ETCurrentFE.hpp.

◆ showMe()

void showMe ( std::ostream & out = std::cout ) const

ShowMe method.

Parameters

out	Output stream were to print the informations

Definition at line 675 of file ETCurrentFE.hpp.

◆ setQuadratureRule()

void setQuadratureRule ( const QuadratureRule & qr )

Setter for the quadrature rule.

Beware that when this setter is called, all the internal structures have to be reshaped (according to the number of quadrature nodes).

Parameters

qr	The new quadrature to use.

Definition at line 764 of file ETCurrentFE.hpp.

◆ nbFEDof()

UInt nbFEDof ( ) const

inline

Getter for the number of degrees of freedom of this element.

Returns: The number of number of degrees of freedom of this element

Definition at line 165 of file ETCurrentFE.hpp.

◆ phi()

const array1D_Return_Type& phi	(	const UInt &	i,
		const UInt &	q
	)		const

inline

Getter for the values of the basis functions in the quadrature nodes in the current element.

Parameters

i	The index of the basis function
q	The index of the quadrature node

Returns: The vector<3> of the ith basis function in the qth quadrature node

Definition at line 176 of file ETCurrentFE.hpp.

◆ quadNode()

Real quadNode	(	const UInt &	q,
		const UInt &	coord
	)		const

inline

Getter for the coordinates of the quadrature nodes in the current element.

Parameters

q	The index of the quadrature node
coord	The coordinate required

Returns: The coordth component of the coordinate of the qth quadrature point

Definition at line 190 of file ETCurrentFE.hpp.

◆ wDet()

Real wDet ( const UInt & q ) const

inline

Getter for the weighted jacobian determinant (current element)

Parameters

q	The index of the quadrature point

Returns: The weighted determinant of the jacobian transform in the qth quadrature node

Definition at line 203 of file ETCurrentFE.hpp.

◆ dphi() [1/2]

const Real& dphi	(	const UInt &	i,
		const UInt &	iCoor,
		const UInt &	dxi,
		const UInt &	q
	)		const

inline

Getter for the derivatives of the basis function in the quadrature nodes (current element)

Parameters

i	The index of the basis function
iCoor	The component of the basis function to be derived
dxi	The direction of the derivative required (0 for d/dx, 1 for d/dy...)
q	The index of the quadrature node

Returns: The iCoor component of the ith basis function derived w.r. to dxi, in the qth quadrature node.

Definition at line 218 of file ETCurrentFE.hpp.

◆ dphi() [2/2]

MatrixSmall<spaceDim, 3> const& dphi	(	const UInt &	i,
		const UInt &	q
	)		const

inline

Getter for the derivatives of the basis function in the quadrature nodes (current element)

Parameters

i	The index of the basis function
q	The index of the quadrature node

Returns: The local vector of the basis functions derived w.r. to dxi, in the qth quadrature node.

Definition at line 235 of file ETCurrentFE.hpp.

◆ divergence()

const array1D_Return_Type& divergence	(	const UInt &	i,
		const UInt &	q
	)		const

inline

Getter for the divergence of the basis functions in the quadrature nodes in the current element.

Parameters

i	The index of the basis function
q	The index of the quadrature node

Returns: The divergence of the ith basis function in the qth quadrature node

Definition at line 249 of file ETCurrentFE.hpp.

◆ laplacian()

const VectorSmall<fieldDim>& laplacian	(	const UInt &	i,
		const UInt &	q
	)		const

inline

Getter for the laplacian of the basis functions in the quadrature nodes in the current element.

Parameters

i	The index of the basis function
q	The index of the quadrature node

Returns: The divergence of the ith basis function in the qth quadrature node

Definition at line 265 of file ETCurrentFE.hpp.

◆ currentId()

UInt currentId ( ) const

inline

Getter for the identifier of the current element.

Returns: The (global) identifier of the current element.

Definition at line 278 of file ETCurrentFE.hpp.

◆ operator=()

void operator= ( const ETCurrentFE< spaceDim, fieldDim > & )

private

No assignement.

◆ setupInternalConstants()

void setupInternalConstants ( )

private

Resize all the internal containers w.r. to the stored data and compute the constant values.

Definition at line 778 of file ETCurrentFE.hpp.

◆ updateCellNode()

void updateCellNode ( const ElementType & element )

private

Update the cell nodes.

Definition at line 1170 of file ETCurrentFE.hpp.

◆ updateQuadNode()

void updateQuadNode ( const UInt & iQuadPt )

private

Update the quadrature nodes.

Definition at line 954 of file ETCurrentFE.hpp.

◆ updateJacobian()

void updateJacobian ( const UInt & iQuadPt )

private

Update Jacobian.

Definition at line 978 of file ETCurrentFE.hpp.

◆ updateDetJacobian()

void updateDetJacobian ( const UInt & iQuadPt )

private

Update DetJacobian.

◆ updateInverseJacobian()

void updateInverseJacobian ( const UInt & iQuadPt )

private

Update InverseJacobian.

◆ updateWDet()

void updateWDet ( const UInt & iQuadPt )

private

Update WeightedJacobian.

Definition at line 1005 of file ETCurrentFE.hpp.

◆ updateDphi()

void updateDphi ( const UInt & iQuadPt )

private

Update Dphi.

Definition at line 1018 of file ETCurrentFE.hpp.

◆ updateD2phi()

void updateD2phi ( const UInt & iQuadPt )

private

Update D2phi.

Definition at line 1092 of file ETCurrentFE.hpp.

◆ updateDivergence()

void updateDivergence ( const UInt & iQuadPt )

private

Update Divergence.

Definition at line 1061 of file ETCurrentFE.hpp.

◆ updateLaplacian()

void updateLaplacian ( const UInt & iQuadPt )

private

Update Laplacian.

Definition at line 1134 of file ETCurrentFE.hpp.