gsINSTerm_PvalUdiv< T > Class Template Reference

Detailed Description

template<class T>
class gismo::gsINSTerm_PvalUdiv< T >

A class for integrals of the form: pressure shape function value * velocity test function divergence.

Template Parameters

T	real number type

Inheritance diagram for gsINSTerm_PvalUdiv< T >:

Collaboration diagram for gsINSTerm_PvalUdiv< T >:

Public Member Functions
virtual void	assemble (const gsMapData< T > &mapData, const gsVector< T > &quWeights, const std::vector< gsMatrix< T > > &testFunData, const std::vector< gsMatrix< T > > &shapeFunData, gsMatrix< T > &localMat)
	Assemble the current local matrix.
virtual void	assemble (const gsMapData< T > &mapData, const gsVector< T > &quWeights, const std::vector< gsMatrix< T > > &testFunData, const std::vector< gsMatrix< T > > &shapeFunData, std::vector< gsMatrix< T > > &localMat)
	Assemble the current local matrices.

Protected Member Functions
virtual void	evalCoeff (const gsMapData< T > &mapData0)
	Evaluate the term coefficient.

Member Function Documentation

assemble() [1/2]

template<class T >

virtual void assemble ( const gsMapData< T > &  mapData, const gsVector< T > &  quWeights, const std::vector< gsMatrix< T > > &  testFunData, const std::vector< gsMatrix< T > > &  shapeFunData, gsMatrix< T > &  localMat  )

inlinevirtualinherited

Assemble the current local matrix.

Parameters

[in]	mapData	geometry mapping information
[in]	quWeights	quadrature weights
[in]	testFunData	test basis data (0 - values, 1 - derivatives, 2 - 2nd derivatives)
[in]	shapeFunData	shape basis data (0 - values, 1 - derivatives, 2 - 2nd derivatives)
[out]	localMat	resulting local matrix

Reimplemented in gsFlowTerm_ValVal< T >, gsFlowTerm_GradGrad< T >, gsFlowTerm_rhs< T >, and gsINSTerm_UsolGradVal< T >.

assemble() [2/2]

template<class T >

void assemble ( const gsMapData< T > &  mapData, const gsVector< T > &  quWeights, const std::vector< gsMatrix< T > > &  testFunData, const std::vector< gsMatrix< T > > &  shapeFunData, std::vector< gsMatrix< T > > &  localMat  )

virtual

Assemble the current local matrices.

Parameters

[in]	mapData	geometry mapping information
[in]	quWeights	quadrature weights
[in]	testFunData	test basis data (0 - values, 1 - derivatives, 2 - 2nd derivatives)
[in]	shapeFunData	shape basis data (0 - values, 1 - derivatives, 2 - 2nd derivatives)
[out]	localMat	vector of resulting local matrices (e.g. one for each velocity component)

Reimplemented from gsFlowTerm< T >.

evalCoeff()

template<class T >

virtual void evalCoeff ( const gsMapData< T > &  mapData )

inlineprotectedvirtual

Evaluate the term coefficient.

The result is saved into m_coeff. If the coefficient is constant, m_coeff is a vector of size 1. If it is space-dependent, the size of m_coeff is equal to the number of evaluation points.

Parameters

[in]

mapData

geometry map information (including the evaluation points)

Reimplemented from gsFlowTerm< T >.