Dune Namespace Reference

Namespaces
	Capabilities
	Fem
	Hybrid
	Std

Classes
struct	DenseMatVecTraits< Fem::ExplicitFieldVector< T, N > >
struct	FieldTraits< Fem::ExplicitFieldVector< T, N > >
struct	IsFieldVectorSizeCorrect< Fem::ExplicitFieldVector< T, N >, M >
class	FieldMatrixColumn
struct	DenseMatVecTraits< FieldMatrixColumn< FieldMatrix > >
struct	FieldTraits< FieldMatrixColumn< FieldMatrix > >
class	FieldMatrixColumn< FieldMatrix< K, m, n > >
class	FieldMatrixColumn< const FieldMatrix< K, m, n > >
class	GeometryTypeMap
	associative container assigning values to each GeometryType More...
struct	SingleTypeTuple
struct	SingleTypeTuple< T, size, Seed, size >
struct	EmptyTuple
class	TupleTypeTraits
class	PointerTuple
	Convert a tuple to a tuple of pointer types. More...
class	ReferenceTuple
	Convert a tuple to a tuple of references. More...
class	ConstTuple
	Add const qualifier to all tuple elements. More...
class	RemoveConstTuple
	Remove const qualifiers from tuple. More...
struct	tuple_remove_const
struct	ValidPointerTupleCheck
	Check whether a pointer tuple can be dereferenced. More...
class	DereferenceTuple
	Dereference pointer tuple. More...
class	DereferenceTuple< Tuple, Seed, size, size >
struct	PopFrontTuple
struct	PopFrontTuple< Tuple, 0 >
struct	PopBackTuple
struct	PopBackTuple< Tuple, 0 >
struct	ContainsType
struct	ContainsType< Tuple, Type, 0 >
class	FirstTypeIndexTuple
struct	FirstTypeIndexTuple< Tuple, SubTuple, Seed, size, size >
class	MakeSubTuple
class	MakeSubTuple< Tuple, Positions, Seed, size, size >
class	TupleToVectorConverter
	wrapper class to convert a vector of tuples of RangeTypes into something that behaves like a vector< RangeType > More...
struct	InstantiateTuple
	Instantiate a tuple of elements with identical, simple constructors. More...
struct	InstantiateTuple< Tuple, Key, Seed, 0 >
class	TypeIndexedTuple
struct	FieldTraits< Fem::LocalContribution< DiscreteFunction, AssemblyOperation, std::enable_if_t< std::is_base_of< Fem::IsDiscreteFunction, DiscreteFunction >::value > > >
struct	DenseMatVecTraits< Fem::LocalFunction< BasisFunctionSet, LocalDofVector > >
struct	FieldTraits< Fem::LocalFunction< BasisFunctionSet, LocalDofVector > >
struct	FieldTraits< Fem::TemporaryLocalFunction< DiscreteFunctionSpace, Dof > >
struct	CompositeGeometry
class	SharedGeometry
struct	SimpleGeometry
struct	UnimplementedGeometry
class	IdDataHandle
class	DisplayErrorFunction
class	DisplayErrorFunction< DiscreteFunction, SolutionType, true >
class	DisplayErrorFunction< DiscreteFunction, SolutionType, false >
struct	HostGridAccess
struct	IsNumber< Double >
class	ExecutionTimer
	class with a start and stop method for timing parts of a program. More...
struct	DenseMatVecTraits< Fem::FieldMatrixConverter< FieldVector< K, n *m >, FieldMatrix< K, n, m > > >
struct	DenseMatVecTraits< Fem::FieldMatrixConverterRow< K, m > >
struct	DenseMatVecTraits< Fem::FlatFieldMatrix< K, n, m > >
struct	DenseMatrixAssigner< FieldMatrix< K, n, m >, Fem::FieldMatrixConverter< FieldVector< K, n *m >, FieldMatrix< K, n, m > > >
struct	DenseMatrixAssigner< DenseMatrix< FieldMatrix< K, n, m > >, Fem::FieldMatrixConverter< FieldVector< K, n *m >, FieldMatrix< K, n, m > > >
struct	DenseMatrixAssigner< FieldMatrix< K, n, m >, Fem::FlatFieldMatrix< K, n, m > >
struct	DenseMatrixAssigner< DenseMatrix< FieldMatrix< K, n, m > >, Fem::FlatFieldMatrix< K, n, m > >
class	UGGrid
class	YaspGrid
class	AlbertaGrid
class	Operator
	An abstract operator Interface class for Operators. Operators are applied to Functions and the result is a Function again. More...
struct	DenseMatVecTraits< Fem::TemporaryLocalMatrix< DomainSpaceImp, RangeSpaceImp > >
struct	FieldTraits< Fem::TemporaryLocalMatrix< DomainSpaceImp, RangeSpaceImp > >
struct	ColCompMatrix
class	ColCompMatrix< Fem::SparseRowMatrix< T, IndexT, ValuesVector, IndicesVector >, RowIndex >
	Converter for SparseRowMatrix to column-compressed matrix. Specialization for SparseRowMatrix. More...
class	DirichletConstraints
struct	DenseMatrixAssigner< typename std::remove_const< RangeObj >::type, Fem::SubObject< DomianObj, RangeObj, offset > >
struct	DenseMatVecTraits< Fem::StaticArray< K > >
struct	FieldTraits< Fem::StaticArray< K > >
struct	DenseMatVecTraits< Fem::DynamicArray< K > >
struct	FieldTraits< Fem::DynamicArray< K > >
struct	DenseMatVecTraits< Fem::DynamicReferenceVector< K, A > >
struct	FieldTraits< Fem::DynamicReferenceVector< K, A > >
struct	DenseMatVecTraits< Fem::RowReferenceVector< K > >
struct	FieldTraits< Fem::RowReferenceVector< K > >
struct	DenseMatVecTraits< Fem::SubVector< K, M > >
struct	FieldTraits< Fem::SubVector< K, M > >

Typedefs
template<class T , int dim>
using	LocalGeometryTypeMap = GeometryTypeMap< T, dim, LocalGeometryTypeIndex >
template<class T , int maxdim>
using	GlobalGeometryTypeMap = GeometryTypeMap< T, maxdim, GlobalGeometryTypeIndex >
typedef Fem::Timer< false >	FemTimer

Functions
template<typename T , typename... Args>
std::tuple< Args..., T >	tuple_push_back (const std::tuple< Args... > &tup, T t)
template<typename T , typename... Args>
std::tuple< T, Args... >	tuple_push_front (const std::tuple< Args... > &tup, T t)
template<typename Tup , std::size_t... I>
auto	tuple_pop_back_impl (const Tup &tup, const std::index_sequence< I... > &) -> decltype(std::make_tuple(std::get< I >(tup)...))
template<typename T , typename... Args>
auto	tuple_pop_back (const std::tuple< T, Args... > &tup) -> decltype(tuple_pop_back_impl(tup, std::make_index_sequence< sizeof...(Args) >()))
template<typename Tup , std::size_t... I>
auto	tuple_pop_front_impl (const Tup &tup, const std::index_sequence< I... > &) -> decltype(std::make_tuple(std::get< I >(tup)...))
template<typename T , typename... Args>
auto	tuple_pop_front (const std::tuple< T, Args... > &tup) -> decltype(tuple_pop_front_impl(tup, std::make_index_sequence< sizeof...(Args) >()))
template<int i, class Tuple , class Types >
std::tuple_element< i, Tuple >::type &	get (Dune::TypeIndexedTuple< Tuple, Types > &tuple)
template<int i, class Tuple , class Types >
const std::tuple_element< i, Tuple >::type &	get (const Dune::TypeIndexedTuple< Tuple, Types > &tuple)

Typedef Documentation

FemTimer

typedef Fem::Timer< false > Dune::FemTimer

GlobalGeometryTypeMap

template<class T , int maxdim>

using Dune::GlobalGeometryTypeMap = typedef GeometryTypeMap< T, maxdim, GlobalGeometryTypeIndex >

LocalGeometryTypeMap

template<class T , int dim>

using Dune::LocalGeometryTypeMap = typedef GeometryTypeMap< T, dim, LocalGeometryTypeIndex >

Function Documentation

get() [1/2]

template<int i, class Tuple , class Types >

const std::tuple_element< i, Tuple >::type& Dune::get

(

const Dune::TypeIndexedTuple< Tuple, Types > &

tuple

)

get() [2/2]

template<int i, class Tuple , class Types >

std::tuple_element< i, Tuple >::type& Dune::get

(

Dune::TypeIndexedTuple< Tuple, Types > &

tuple

)

tuple_pop_back()

template<typename T , typename... Args>

auto Dune::tuple_pop_back ( const std::tuple< T, Args... > &  tup ) -> decltype ( tuple_pop_back_impl ( tup , std::make_index_sequence< sizeof...( Args ) > ( ) ) )

inline

tuple_pop_back_impl()

template<typename Tup , std::size_t... I>

auto Dune::tuple_pop_back_impl ( const Tup &  tup, const std::index_sequence< I... > &    ) -> decltype ( std::make_tuple( std::get< I > ( tup )... ) )

inline

tuple_pop_front()

template<typename T , typename... Args>

auto Dune::tuple_pop_front ( const std::tuple< T, Args... > &  tup ) -> decltype ( tuple_pop_front_impl ( tup , std::make_index_sequence< sizeof...( Args ) > ( ) ) )

inline

tuple_pop_front_impl()

template<typename Tup , std::size_t... I>

auto Dune::tuple_pop_front_impl ( const Tup &  tup, const std::index_sequence< I... > &    ) -> decltype ( std::make_tuple( std::get< I > ( tup )... ) )

inline

tuple_push_back()

template<typename T , typename... Args>

std::tuple< Args..., T > Dune::tuple_push_back ( const std::tuple< Args... > &  tup, T  t  )

inline

tuple_push_front()

template<typename T , typename... Args>

std::tuple< T, Args... > Dune::tuple_push_front ( const std::tuple< Args... > &  tup, T  t  )

inline