belfem::fem::EF_TET4 Class Reference

#include <cl_EF_TET4.hpp>

Inheritance diagram for belfem::fem::EF_TET4:

Collaboration diagram for belfem::fem::EF_TET4:

Public Member Functions
	EF_TET4 ()
	constructor
	~EF_TET4 () override=default
	trivial destructor
void	link (Element *aElement) override
	links the shape function with the element and precomputes data
void	precompute (const Matrix< real > &aXi) override
	only needed for higher order elements
const Matrix< real > &	E (const uint aIndex) override
const Matrix< real > &	C (const uint aIndex=0) override
const Matrix< real > &	G (const uint aIndex=0) override
	gradient operator for h-field ( constant for this element, filled in link(); layout contract in EdgeFunction::mGrad )
Public Member Functions inherited from belfem::fem::EdgeFunction
	EdgeFunction ()=default
	trivial constructor
virtual	~EdgeFunction ()=default
	trivial destructor
real	det_J () const
	returns the current value of the determinant
real	abs_det_J () const
	returns the current value of the determinant
real	sum_w () const
	returns the sum of all integration weights
uint	ndofs () const
virtual void	update_nabla (const uint aIndex)

Additional Inherited Members
Protected Attributes inherited from belfem::fem::EdgeFunction
Matrix< real >	mJ
	the Geometry Jacobian (transposed)
Matrix< real >	mInvJ
	the inverse of the Geometry Jacobian (transposed)
real	mDetJ = BELFEM_QUIET_NAN
	the determinant of the Geometry Jacobian
real	mAbsDetJ = BELFEM_QUIET_NAN
	the absolute value determinant of the Geometry Jacobian
Matrix< real >	mE
Matrix< real >	mC
	matrix containing the curl for the H-Function
Matrix< real >	mGrad
real	mSumW
	sum of all weights
uint	mNumDofs

Constructor & Destructor Documentation

EF_TET4()

belfem::fem::EF_TET4::EF_TET4

(

)

constructor

~EF_TET4()

belfem::fem::EF_TET4::~EF_TET4 ( )

overridedefault

trivial destructor

Member Function Documentation

C()

const Matrix< real > & belfem::fem::EF_TET4::C ( const uint aIndex = 0 )

inlineoverridevirtual

Implements belfem::fem::EdgeFunction.

E()

const Matrix< real > & belfem::fem::EF_TET4::E ( const uint aIndex )

overridevirtual

Reimplemented from belfem::fem::EdgeFunction.

G()

const Matrix< real > & belfem::fem::EF_TET4::G ( const uint aIndex = 0 )

inlineoverridevirtual

gradient operator for h-field ( constant for this element, filled in link(); layout contract in EdgeFunction::mGrad )

Implements belfem::fem::EdgeFunction.

link()

void belfem::fem::EF_TET4::link ( Element * aElement )

overridevirtual

links the shape function with the element and precomputes data

Parameters

aElement

Implements belfem::fem::EdgeFunction.

precompute()

void belfem::fem::EF_TET4::precompute ( const Matrix< real > & aXi )

overridevirtual

only needed for higher order elements

Parameters

aXi

Implements belfem::fem::EdgeFunction.

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

• src/fem/interpolation/nedelec/cl_EF_TET4.hpp
• src/fem/interpolation/nedelec/cl_EF_TET4.cpp