class HCurlFiniteElement

Documentation

Inheritance:

Public Methods

HCurlFiniteElement(int adimspace = 0, ELEMENT_TYPE aeltype = ET_TRIG, int andof = 0, int aorder = 0)

virtual ~HCurlFiniteElement()

const FlatMatrix<> GetShape(const IntegrationPoint & ip, LocalHeap & lh) const

const FlatMatrix<> GetShape(const IntegrationPoint & ip) const

virtual const FlatMatrix<> GetShapeV(const IntegrationPoint & ip) const

const FlatMatrix<> GetCurlShape(const IntegrationPoint & ip, LocalHeap & lh) const

const FlatMatrix<> GetCurlShape(const IntegrationPoint & ip) const

virtual const FlatMatrix<> GetCurlShapeV(const IntegrationPoint & ip) const

virtual void CalcShape(const IntegrationPoint & ip, FlatMatrix<> shape) const = 0

compute shape

virtual void CalcCurlShape(const IntegrationPoint & ip, FlatMatrix<> & curlshape) const

compute curl of shape

virtual const ARRAY<IPData*> & GetIPData() const = 0

Protected Methods

void CalcIPData(ELEMENT_TYPE et, ARRAY<IPData*> & ipdata)

virtual void CalcShape1(const IntegrationPoint & ip, FlatMatrix<> shape) const

virtual void CalcShape2(const IntegrationPoint & ip, FlatMatrix<> shape) const

void ComputeEdgeMoments(int enr, NodalFiniteElement & testfe, FlatMatrix<> & moments, int order, int shape=1) const

void ComputeFaceMoments(int enr, class HDivFiniteElement & testfe, FlatMatrix<> & moments, int order, int shape=1) const

void ComputeVolMoments(class HDivFiniteElement & testfe, FlatMatrix<> & moments, int order, int shape=1) const

Inherited from FiniteElement:

Public Methods

int SpatialDim() const

int GetNDof() const

int Order() const

ELEMENT_TYPE ElementType() const

HCurlFiniteElement(int adimspace = 0, ELEMENT_TYPE aeltype = ET_TRIG, int andof = 0, int aorder = 0)

virtual ~HCurlFiniteElement()

const FlatMatrix<> GetShape(const IntegrationPoint & ip, LocalHeap & lh) const

const FlatMatrix<> GetShape(const IntegrationPoint & ip) const

virtual const FlatMatrix<> GetShapeV(const IntegrationPoint & ip) const

const FlatMatrix<> GetCurlShape(const IntegrationPoint & ip, LocalHeap & lh) const

const FlatMatrix<> GetCurlShape(const IntegrationPoint & ip) const

virtual const FlatMatrix<> GetCurlShapeV(const IntegrationPoint & ip) const

virtual void CalcShape(const IntegrationPoint & ip, FlatMatrix<> shape) const = 0

compute shape

virtual void CalcCurlShape(const IntegrationPoint & ip, FlatMatrix<> & curlshape) const

compute curl of shape

virtual const ARRAY<IPData*> & GetIPData() const = 0

void CalcIPData(ELEMENT_TYPE et, ARRAY<IPData*> & ipdata)

virtual void CalcShape1(const IntegrationPoint & ip, FlatMatrix<> shape) const

virtual void CalcShape2(const IntegrationPoint & ip, FlatMatrix<> shape) const

void ComputeEdgeMoments(int enr, NodalFiniteElement & testfe, FlatMatrix<> & moments, int order, int shape=1) const

void ComputeFaceMoments(int enr, class HDivFiniteElement & testfe, FlatMatrix<> & moments, int order, int shape=1) const

void ComputeVolMoments(class HDivFiniteElement & testfe, FlatMatrix<> & moments, int order, int shape=1) const

Direct child classes:

FE_TNedelecPrism3
FE_TNedelecPrism2
FE_NedelecTrig3
FE_NedelecTrig2
FE_NedelecTrig1
FE_NedelecTet3
FE_NedelecTet2
FE_NedelecTet1
FE_NedelecSegm3
FE_NedelecSegm2
FE_NedelecSegm1
FE_NedelecQuad3z2
FE_NedelecQuad3
FE_NedelecQuad2z1
FE_NedelecQuad2
FE_NedelecQuad1
FE_NedelecPyramid2
FE_NedelecPyramid1b
FE_NedelecPyramid1
FE_NedelecPrism2bAnisoK
FE_NedelecPrism2bAniso1
FE_NedelecPrism2bAniso
FE_NedelecPrism2
FE_NedelecPrism1bAniso
FE_NedelecPrism1b
FE_NedelecPrism1

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