dune-localfunctions: Dune::MonomialBasis< Topology, F > Class Template Reference

dune-localfunctions 2.5.0

#include <dune/localfunctions/utility/monomialbasis.hh>

Inheritance diagram for Dune::MonomialBasis< Topology, F >:

Inheritance graph

Public Types
typedef Base::Field	Field

typedef Base::DomainVector	DomainVector

typedef Dune::FieldVector< Field, dimRange >	RangeVector

typedef MonomialBasisSize< Topology >	Size

Public Member Functions
	MonomialBasis (unsigned int order)

const unsigned int *	sizes (unsigned int order) const

const unsigned int *	sizes () const

unsigned int	size () const

unsigned int	derivSize (const unsigned int deriv) const

unsigned int	order () const

unsigned int	topologyId () const

void	evaluate (const unsigned int deriv, const DomainVector &x, Field *const values) const

template<unsigned int deriv>
void	evaluate (const DomainVector &x, Field *const values) const

template<unsigned int deriv, class Vector >
void	evaluate (const DomainVector &x, Vector &values) const

template<unsigned int deriv, DerivativeLayout layout>
void	evaluate (const DomainVector &x, Derivatives< Field, dimension, 1, deriv, layout > *values) const

template<unsigned int deriv>
void	evaluate (const DomainVector &x, FieldVector< Field, Derivatives< Field, dimension, 1, deriv, value >::size > *values) const

template<class Vector >
void	evaluate (const DomainVector &x, Vector &values) const

template<class DVector , class RVector >
void	evaluate (const DVector &x, RVector &values) const

void	integrate (Field *const values) const

template<class Vector >
void	integrate (Vector &values) const

Static Public Attributes
static const unsigned int	dimension = Base::dimDomain

static const unsigned int	dimRange = 1

Member Typedef Documentation

§ DomainVector

template<class Topology, class F>

typedef Base::DomainVector Dune::MonomialBasis< Topology, F >::DomainVector

§ Field

template<class Topology, class F>

typedef Base::Field Dune::MonomialBasis< Topology, F >::Field

§ RangeVector

template<class Topology, class F>

typedef Dune::FieldVector<Field,dimRange> Dune::MonomialBasis< Topology, F >::RangeVector

§ Size

template<class Topology, class F>

typedef MonomialBasisSize<Topology> Dune::MonomialBasis< Topology, F >::Size

Constructor & Destructor Documentation

§ MonomialBasis()

template<class Topology, class F>

Dune::MonomialBasis< Topology, F >::MonomialBasis ( unsigned int order )

inline

Member Function Documentation

§ derivSize()

template<class Topology, class F>

unsigned int Dune::MonomialBasis< Topology, F >::derivSize ( const unsigned int deriv ) const

inline

§ evaluate() [1/7]

template<class Topology, class F>

void Dune::MonomialBasis< Topology, F >::evaluate	(	const unsigned int	deriv,
		const DomainVector &	x,
		Field *const	values
	)		const

inline

§ evaluate() [2/7]

template<class Topology, class F>

template<unsigned int deriv>

void Dune::MonomialBasis< Topology, F >::evaluate	(	const DomainVector &	x,
		Field *const	values
	)		const

inline

§ evaluate() [3/7]

template<class Topology, class F>

template<unsigned int deriv, class Vector >

void Dune::MonomialBasis< Topology, F >::evaluate	(	const DomainVector &	x,
		Vector &	values
	)		const

inline

§ evaluate() [4/7]

template<class Topology, class F>

template<unsigned int deriv, DerivativeLayout layout>

void Dune::MonomialBasis< Topology, F >::evaluate	(	const DomainVector &	x,
		Derivatives< Field, dimension, 1, deriv, layout > *	values
	)		const

inline

§ evaluate() [5/7]

template<class Topology, class F>

template<unsigned int deriv>

void Dune::MonomialBasis< Topology, F >::evaluate	(	const DomainVector &	x,
		FieldVector< Field, Derivatives< Field, dimension, 1, deriv, value >::size > *	values
	)		const

inline

§ evaluate() [6/7]

template<class Topology, class F>

template<class Vector >

void Dune::MonomialBasis< Topology, F >::evaluate	(	const DomainVector &	x,
		Vector &	values
	)		const

inline

§ evaluate() [7/7]

template<class Topology, class F>

template<class DVector , class RVector >

void Dune::MonomialBasis< Topology, F >::evaluate	(	const DVector &	x,
		RVector &	values
	)		const

inline

§ integrate() [1/2]

template<class Topology, class F>

void Dune::MonomialBasis< Topology, F >::integrate ( Field *const values ) const

inline

§ integrate() [2/2]

template<class Topology, class F>

template<class Vector >

void Dune::MonomialBasis< Topology, F >::integrate ( Vector & values ) const

inline

§ order()

template<class Topology, class F>

unsigned int Dune::MonomialBasis< Topology, F >::order ( ) const

inline

§ size()

template<class Topology, class F>

unsigned int Dune::MonomialBasis< Topology, F >::size ( ) const

inline

§ sizes() [1/2]

template<class Topology, class F>

const unsigned int* Dune::MonomialBasis< Topology, F >::sizes ( unsigned int order ) const

inline

§ sizes() [2/2]

template<class Topology, class F>

const unsigned int* Dune::MonomialBasis< Topology, F >::sizes ( ) const

inline

§ topologyId()

template<class Topology, class F>

unsigned int Dune::MonomialBasis< Topology, F >::topologyId ( ) const

inline

Member Data Documentation

§ dimension

template<class Topology, class F>

const unsigned int Dune::MonomialBasis< Topology, F >::dimension = Base::dimDomain

static

§ dimRange

template<class Topology, class F>

const unsigned int Dune::MonomialBasis< Topology, F >::dimRange = 1

static

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

monomialbasis.hh