In file finiteelement.hpp:

template<class FEL, int SDIM, int NDOF> class T_NodalFiniteElement

Base-element for template polymorphism.

Documentation

Base-element for template polymorphism. Barton and Nackman Trick

Inheritance:


Protected Methods

[more] T_NodalFiniteElement()
Data stored in each integration point of reference element class IPDataFix { public: Vec<NDOF> shape; Mat<NDOF, SDIM> dshape; };


Inherited from NodalFiniteElement:

Public Methods

ovirtual const IntegrationRule& NodalIntegrationRule() const
oconst FlatVector<> GetShape(const IntegrationPoint & ip, LocalHeap & lh) const
oconst FlatMatrix<> GetDShape(const IntegrationPoint & ip, LocalHeap & lh) const
ovirtual void CalcShape(const IntegrationPoint & ip, FlatVector<> shape) const
ovirtual void CalcDShape(const IntegrationPoint & ip, FlatMatrix<> dshape) const
oconst FlatMatrix<> GetDDShape(const IntegrationPoint & ip, LocalHeap & lh) const
ovirtual void CalcDDShape(const IntegrationPoint & ip, FlatMatrix<> ddshape) const

Protected Methods

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

Protected Members

class IPData
stored information in integration points


Inherited from FiniteElement:

Public Methods

oint SpatialDim() const
oint GetNDof() const
oint Order() const
oELEMENT_TYPE ElementType() const
ovirtual void GetInternalDofs(ARRAY<int> & idofs) const

Protected Fields

oint dimspace
oELEMENT_TYPE eltype
oint ndof
oint order

o T_NodalFiniteElement()
Data stored in each integration point of reference element class IPDataFix { public: Vec<NDOF> shape; Mat<NDOF, SDIM> dshape; };


Direct child classes:
FE_Trig2
FE_Trig1
FE_Tet2
FE_Tet1
FE_Tet0
FE_Segm2L2
FE_Segm2HB
FE_Segm2
FE_Segm1L2
FE_Segm1
FE_Segm0
FE_NcSegm1

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