Dune::Pk2DFiniteElementFactory< Geometry, RF, k > Struct Template Reference

Factory for Pk2DFiniteElement objects. More...

#include <dune/localfunctions/lagrange/pk2d.hh>

Public Member Functions
template<class VertexOrder >
const FiniteElement	make (const Geometry &geometry, const VertexOrder &vertexOrder)
	construct Pk2DFiniteElementFactory More...
Finite element creation methods
Each finite element factory implementation must provide at least one of these methods. The signatures may be extended by additional parameters, but the parameters that are specified here should be given first and in the order specified here. The return value of these functions is suitable for binding to a const reference – it will either be an rvalue (in which case binding to a const reference will create a copy whose lifetime is the same as the reference itself), or it will be an lvalue (in which case the factory must guarantee that it will be valid until the factory is destroyed or something else happens that explicitly invalidates all created finite elements). In any case, since global-valued finite element objects are copy-constructible, it is also possible to use the returned value to initialize a finite element object instead of a const reference.
const FiniteElement	make (const Geometry &, const VertexOrder &,...)
	create a finite element from a geometry and a vertex ordering
const FiniteElement	make (const Geometry &,...)
	create a finite element from a geometry
const FiniteElement	make (const VertexOrder &,...)
	create a finite element from a vertex ordering
const FiniteElement	make (const GeometryType &,...)
	create a finite element from a geometry type More...
const FiniteElement	make (...)
	create a finite element

Detailed Description

template<class Geometry, class RF, std::size_t k>
struct Dune::Pk2DFiniteElementFactory< Geometry, RF, k >

Factory for Pk2DFiniteElement objects.

Constructs Pk2DFiniteElement objects given a geometry and a vertex ordering.

Template Parameters

Geometry	Geometry for the local to global transformation.
RF	Field type of the range.
k	Maximum polynomial order of the base functions.

Member Function Documentation

make() [1/2]

template<class Geometry , class RF , std::size_t k>

template<class VertexOrder >

const FiniteElement Dune::Pk2DFiniteElementFactory< Geometry, RF, k >::make ( const Geometry &  geometry, const VertexOrder &  vertexOrder  )

inline

construct Pk2DFiniteElementFactory

Parameters

geometry	The geometry object to use for adaption.
vertexOrder	The global ordering of the vertices within the grid, used to determine orientation of the edges. This vertexOrder object must support codim=0.

Note

The returned object stores the reference to the geometry passed here. Any use of the returned value after this references has become invalid results in undefined behaviour. The exception is that the destructor of this class may still be called. The information contained in the vertexOrder object is extracted and the object is no longer needed after the contructor returns. No reference to internal data of the factory is stored.

make() [2/2]

template<class Geometry , class VertexOrder >

const FiniteElement Dune::FiniteElementFactoryInterface< Geometry, VertexOrder >::make ( const GeometryType &  ,   ...  )

inherited

create a finite element from a geometry type

Note

This signature should only be used when only the geometry type but not the full geometry or vertex ordering are needed.

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

• dune/localfunctions/lagrange/pk2d.hh