Dune Namespace Reference

Dune namespace. More...

Namespaces
	Capabilities
	Contains all capabilities classes.
	Concept
	Namespace for concepts.
	FloatCmp
	GeoGrid
	namespace containing the implementations of GeometryGrid
	GeometryTypes
	Predefined GeometryTypes for common geometries.
	Indices
	Namespace with predefined compile time indices for the range [0,19].
	MathOverloads
	namespace for customization of math functions with Dune-Semantics
	Partitions
	Predefined PartitionSets for commonly used combinations of parallel grid PartitionTypes.
	QuadratureType
	Defines an enum for currently available quadrature rules.
	RefinementImp
	This namespace contains the implementation of Refinement.
	Simd
	Namespace for vectorization interface functions used by library developers.
	Std
	Namespace for features backported from new C++ standards.

Classes
class	AlignedAllocator
	Allocators which guarantee alignment of the memory. More...
class	ArrayListIterator
	A random access iterator for the Dune::ArrayList class. More...
class	ConstArrayListIterator
	A constant random access iterator for the Dune::ArrayList class. More...
class	ArrayList
	A dynamically growing random access list. More...
struct	MPITraits
	A traits class describing the mapping of types onto MPI_Datatypes. More...
class	bigunsignedint
	Portable very large unsigned integers. More...
struct	IsNumber
	Whether this type acts as a scalar in the context of (hierarchically blocked) containers. More...
struct	IsNumber< bigunsignedint< k > >
	Declare big unsigned int is a number. More...
class	BitSetVector
	A dynamic array of blocks of booleans. More...
class	BitSetVectorReference
	A proxy class that acts as a mutable reference to a single bitset in a BitSetVector. More...
class	BitSetVectorConstReference
	A proxy class that acts as a const reference to a single bitset in a BitSetVector. More...
struct	const_reference< BitSetVectorReference< block_size, Alloc > >
class	CopyableOptional
	A copyable type wrapper that provides copy/move assignment operations for types that are only copy/move constructible. More...
class	AlignedBase
	CRTP base mixin class to check alignment. More...
struct	greater_or_equal
	Greater or equal template test. More...
struct	common_bits
	activate if current and mask have common bits switched on. More...
class	DebugStreamError
	standard exception for the debugstream More...
class	DebugStreamState
	Intermediate class to implement tie-operation of DebugStream. More...
class	DebugStream
	Generic class to implement debug output streams. More...
class	DenseMatrix
	A dense n x m matrix. More...
class	FieldMatrix
	A dense n x m matrix. More...
class	FieldVector
	vector space out of a tensor product of fields. More...
struct	DenseMatrixAssigner
	you have to specialize this structure for any type that should be assignable to a DenseMatrix More...
class	FMatrixError
	Error thrown if operations of a FieldMatrix fail. More...
class	DenseVector
	Interface for a class of dense vectors over a given field. More...
class	DenseIterator
	Generic iterator class for dense vector and matrix implementations. More...
class	ContainerWrapperIterator
	Iterator class for sparse vector-like containers. More...
class	DiagonalMatrix
	A diagonal matrix of static size. More...
struct	ImplementationDefined
	Dummy struct used for documentation purposes. More...
class	DynamicMatrix
	Construct a matrix with a dynamic size. More...
class	DynamicVector
	Construct a vector with a dynamic size. More...
class	EmptySet
	An empty set. More...
class	AllSet
	A set containing everything. More...
class	EnumItem
	A set consisting only of one item. More...
class	EnumRange
	A set representing a range including the borders. More...
class	NegateSet
	The negation of a set. An item is contained in the set if and only if it is not contained in the negated set. More...
class	Combine
	A set combining two other sets. More...
class	Exception
	Base class for Dune-Exceptions. More...
struct	ExceptionHook
	Base class to add a hook to the Dune::Exception. More...
class	IOError
	Default exception class for I/O errors. More...
class	MathError
	Default exception class for mathematical errors. More...
class	RangeError
	Default exception class for range errors. More...
class	NotImplemented
	Default exception for dummy implementations. More...
class	SystemError
	Default exception class for OS errors. More...
class	OutOfMemoryError
	Default exception if memory allocation fails. More...
class	InvalidStateException
	Default exception if a function was called while the object is not in a valid state for that function. More...
class	ParallelError
	Default exception if an error in the parallel communication of the program occurred. More...
class	FloatCmpOps
	Class encapsulating a default epsilon. More...
struct	IsFieldVectorSizeCorrect
	TMP to check the size of a DenseVectors statically, if possible. More...
struct	const_reference
	Get the 'const' version of a reference to a mutable object. More...
struct	mutable_reference
	get the 'mutable' version of a reference to a const object More...
class	GenericIterator
	Generic class for stl-conforming iterators for container classes with operator[]. More...
class	GMPField
	Number class for high precision floating point number using the GMP library mpf_class implementation. More...
struct	hash
	Functor for hashing objects of type T. More...
class	Indent
	Utility class for handling nested indentation in output. More...
struct	Cloneable
	An interface class for cloneable objects. More...
class	ios_base_all_saver
	Utility class for storing and resetting stream attributes. More...
class	ForwardIteratorFacade
	Base class for stl conformant forward iterators. More...
class	BidirectionalIteratorFacade
	Facade class for stl conformant bidirectional iterators. More...
class	RandomAccessIteratorFacade
	Base class for stl conformant forward iterators. More...
class	IteratorRange
	Simple range between a begin and an end iterator. More...
class	lru
	LRU Cache Container. More...
class	MallocAllocator
	Allocators implementation which simply calls malloc/free. More...
struct	StandardMathematicalConstants
	Standard implementation of MathematicalConstants. More...
struct	MathematicalConstants
	Provides commonly used mathematical constants. More...
struct	Factorial
struct	Factorial< 0 >
	end of recursion of factorial via specialization More...
class	Communication
	Collective communication interface and sequential default implementation. More...
struct	SizeOne
	Flag for marking indexed data structures where data at each index is of the same size. More...
struct	VariableSize
	Flag for marking indexed data structures where the data at each index may be a variable multiple of another type. More...
struct	CommPolicy
	Default policy used for communicating an indexed type. More...
class	BufferedCommunicator
	A communicator that uses buffers to gather and scatter the data to be send or received. More...
class	InvalidFutureException
	This exception is thrown when ready(), wait() or get() is called on an invalid future. A future is valid until get() is called and if it is not default-constructed and it was not moved from. More...
class	PseudoFuture
	A wrapper-class for a object which is ready immediately. More...
class	Future
	Type-erasure for future-like objects. A future-like object is a object satisfying the interface of FutureBase. More...
class	IndexPair
	A pair consisting of a global and local index. More...
class	InvalidIndexSetState
	Exception indicating that the index set is not in the expected state. More...
class	GlobalLookupIndexSet
	Decorates an index set with the possibility to find a global index that is mapped to a specific local. More...
class	ParallelIndexSet
	Manager class for the mapping between local indices and globally unique indices. More...
class	IndicesSyncer
	Class for recomputing missing indices of a distributed index set. More...
class	InterfaceBuilder
	Base class of all classes representing a communication interface. More...
class	InterfaceInformation
	Information describing an interface. More...
class	Interface
	Communication interface between remote and local indices. More...
class	LocalIndex
	An index present on the local process. More...
class	Communication< MPI_Comm >
	Specialization of Communication for MPI. More...
class	MPIFuture
	Provides a future-like object for MPI communication. It contains the object that will be received and might contain also a sending object, which must be hold (keep alive) until the communication has been completed. More...
class	MPIGuardError
	This exception is thrown if the MPIGuard detects an error on a remote process. More...
class	MPIGuard
	detects a thrown exception and communicates to all other processes More...
class	FakeMPIHelper
	A fake mpi helper. More...
class	MPIHelper
	A real mpi helper. More...
class	ParallelLocalIndex
	An index present on the local process with an additional attribute flag. More...
class	MPITraits< ParallelLocalIndex< T > >
class	MPITraits< IndexPair< TG, ParallelLocalIndex< TA > > >
class	RemoteIndices
	The indices present on remote processes. More...
class	RemoteIndex
	Information about an index residing on another processor. More...
class	RemoteIndexListModifier
	Modifier for adding and/or deleting remote indices from the remote index list. More...
class	CollectiveIterator
	A collective iterator for moving over the remote indices for all processes collectively. More...
class	OwnerOverlapCopyCommunication
	A class setting up standard communication for a two-valued attribute set with owner/overlap/copy semantics. More...
class	SelectionIterator
	A const iterator over an uncached selection. More...
class	UncachedSelection
	An uncached selection of indices. More...
class	Selection
	A cached selection of indices. More...
class	VariableSizeCommunicator
	A buffered communicator where the amount of data sent does not have to be known a priori. More...
class	ParameterizedObjectFactory
	A factory class for parameterized objects. More...
class	ParameterTree
	Hierarchical structure of string parameters. More...
class	ParameterTreeParserError
	report parser error while reading ParameterTree More...
class	HelpRequest
	exception thrown if the user wants to see help string More...
class	ParameterTreeParser
	Parsers to set up a ParameterTree from various input sources. More...
class	Pool
	A memory pool of objects. More...
class	PoolAllocator
	An allocator managing a pool of objects for reuse. More...
struct	StaticPower
	Calculates b^p at compile time. More...
struct	Power
	Compute power for a run-time base and a compile-time integer exponent. More...
class	FMatrixPrecision
	Precisions for calculations with FieldMatrix and FieldVector. More...
struct	PromotionTraits
	Compute type of the result of an arithmetic operation involving two different number types. More...
struct	ReadablePropertyMapTag
	Tag for the category of readable property maps. More...
struct	WritablePropertyMapTag
	Tag for the category of writable property maps. More...
struct	ReadWritePropertyMapTag
	Tag for the category of readable and writable property maps. More...
struct	LvaluePropertyMapTag
	Tag for the category of lvalue property maps. More...
class	IteratorPropertyMap
	Adapter to turn a random access iterator into a property map. More...
class	AssociativePropertyMap
	An adapter to turn an unique associative container into a property map. More...
class	ConstAssociativePropertyMap
	An adaptor to turn an unique associative container into a property map. More...
struct	IdentityMap
	A property map that applies the identity function to integers. More...
struct	PropertyMapTypeSelector
	Selector for the property map type. More...
class	IntegralRange
	dynamic integer range for use in range-based for loops More...
class	StaticIntegralRange
	static integer range for use in range-based for loops More...
struct	ValueTransformationTag
	Tag to enable value based transformations in TransformedRangeView. More...
struct	IteratorTransformationTag
	Tag to enable iterator based transformations in TransformedRangeView. More...
class	TransformedRangeView
	A range transforming the values of another range on-the-fly. More...
class	ReservedVector
	A Vector class with statically reserved memory. More...
struct	null_deleter
	implements the Deleter concept of shared_ptr without deleting anything More...
class	LoopSIMD
struct	AutonomousValueType< Simd::VcImpl::Proxy< V > >
	Specialization of AutonomousValue for Vc proxies. More...
struct	SimdScalarTypeTraits< AlignedNumber< T, align > >
	deduce the underlying scalar data type of an AlignedNumber More...
class	Singleton
	An adapter to turn a class into a singleton. More...
class	SLListIterator
	A mutable iterator for the SLList. More...
class	SLListConstIterator
	A constant iterator for the SLList. More...
class	SLListModifyIterator
	A mutable iterator for the SLList. More...
class	SLList
	A single linked list. More...
class	ArithmeticTestSuite
	Test suite for arithmetic types. More...
class	CollectorStream
	Data collector stream. More...
class	TestSuite
	A Simple helper class to organize your test suite. More...
class	Timer
	A simple stop watch. More...
struct	NullPointerInitialiser
	A helper template that initializes a std::tuple consisting of pointers to nullptr. More...
struct	ForEachType
	Helper template to clone the type definition of a std::tuple with the storage types replaced by a user-defined rule. More...
class	TransformTupleFunctor
struct	AddRefTypeEvaluator
	TypeEvaluator to turn a type T into a reference to T More...
struct	AddPtrTypeEvaluator
	TypeEvaluator to turn a type T into a pointer to T More...
struct	AtType
	Type for reverse element access. More...
struct	At
	Reverse element access. More...
struct	PointerPairDeletor
	Deletes all objects pointed to in a std::tuple of pointers. More...
class	FirstPredicateIndex
	Finding the index of a certain type in a std::tuple. More...
struct	IsType
	Generator for predicates accepting one particular type. More...
struct	FirstTypeIndex
	Find the first occurrence of a type in a std::tuple. More...
struct	PushBackTuple
	Helper template to append a type to a std::tuple. More...
struct	PushFrontTuple
	Helper template to prepend a type to a std::tuple. More...
struct	ReduceTuple
	Apply reduce with meta binary function to template. More...
struct	ReduceTuple< F, Tuple, Seed, 0 >
	Apply reduce with meta binary function to template. More...
struct	JoinTuples
	Join two std::tuple's. More...
struct	FlattenTuple
	Flatten a std::tuple of std::tuple's. More...
class	TupleVector
	A class augmenting std::tuple by element access via operator[]. More...
struct	MetaType
	A type that refers to another type. More...
struct	IsTypeList
	Check if given type is a TypeList. More...
struct	IsTypeList< TypeList< T... > >
	Check if given type is a TypeList. More...
struct	IsEmptyTypeList
	Check if given type is an empty TypeList. More...
struct	TypeListSize< TypeList< T... > >
	Get size of TypeList. More...
struct	TypeListElement< i, TypeList< T... > >
	Get element of TypeList. More...
struct	Empty
	Just an empty class. More...
struct	IsInteroperable
	Checks whether two types are interoperable. More...
struct	EnableIfInterOperable
	Enable typedef if two types are interoperable. More...
struct	AlwaysFalse
	template which always yields a false value More...
struct	AlwaysTrue
	template which always yields a true value More...
struct	IsCallable
	Check if a type is callable with ()-operator and given arguments. More...
struct	IsCallable< F(Args...), R >
	Check if a type is callable with ()-operator and given arguments. More...
struct	HasNaN
	Whether this type has a value of NaN. More...
struct	IsIndexable
	Type trait to determine whether an instance of T has an operator[](I), i.e. whether it can be indexed with an index of type I. More...
struct	IsIterable
	typetrait to check that a class has begin() and end() members More...
struct	IsTuple
	Check if T is a std::tuple<...> More...
struct	IsTupleOrDerived
	Check if T derived from a std::tuple<...> More...
struct	IsIntegralConstant
	Check if T is an std::integral_constant<I, i> More...
struct	IsCompileTimeConstant
	Check if T is an integral constant or any type derived from std::integral_constant. More...
struct	SizeOf
	Compute size of variadic type list. More...
struct	IntegerSequenceEntry
	Get entry of std::integer_sequence. More...
struct	AutonomousValueType
	Type free of internal references that T can be converted to. More...
struct	AutonomousValueType< T & >
	Specialization to remove lvalue references. More...
struct	AutonomousValueType< T && >
	Specialization to remove rvalue references. More...
struct	AutonomousValueType< const T >
	Specialization to remove const qualifiers. More...
struct	AutonomousValueType< volatile T >
	Specialization to remove volatile qualifiers. More...
struct	AutonomousValueType< std::vector< bool >::reference >
	Specialization for the proxies of vector<bool> More...
struct	AutonomousValueType< volatile const T >
	Specialization to remove both const and volatile qualifiers. More...
struct	PriorityTag
	Helper class for tagging priorities. More...
struct	PriorityTag< 0 >
	Helper class for tagging priorities. More...
class	OverlappingSchwarzInitializer
	Initializer for SuperLU Matrices representing the subdomains. More...
struct	CompressionStatistics
	Statistics about compression achieved in implicit mode. More...
class	ImplicitMatrixBuilder
	A wrapper for uniform access to the BCRSMatrix during and after the build stage in implicit build mode. More...
class	BCRSMatrix
	A sparse block matrix with compressed row storage. More...
class	BDMatrix
	A block-diagonal matrix. More...
class	MultiTypeBlockVector
	A Vector class to support different block types. More...
class	MultiTypeBlockMatrix
	A Matrix class to support different block types. More...
class	BTDMatrix
	A block-tridiagonal matrix. More...
class	BlockVector
	A vector of blocks with memory management. More...
class	ArPackPlusPlus_Algorithms
	Wrapper to use a range of ARPACK++ eigenvalue solvers. More...
class	PowerIteration_Algorithms
	Iterative eigenvalue algorithms based on power iteration. More...
struct	BL
	compile-time parameter for block recursion depth More...
class	ILUSubdomainSolver
	base class encapsulating common algorithms of ILU0SubdomainSolver and ILUNSubdomainSolver. More...
class	ILU0SubdomainSolver
	Exact subdomain solver using ILU(p) with appropriate p. More...
struct	DefaultSVGMatrixOptions
	Default options class to write SVG matrices. More...
class	ISTLError
	derive error class from the base class in common More...
class	BCRSMatrixError
	Error specific to BCRSMatrix. More...
class	ImplicitModeCompressionBufferExhausted
	Thrown when the compression buffer used by the implicit BCRSMatrix construction is exhausted. More...
class	SolverAbort
	Thrown when a solver aborts due to some problem. More...
class	MatrixBlockError
	Error when performing an operation on a matrix block. More...
class	SeqOverlappingSchwarz
	Sequential overlapping Schwarz preconditioner. More...
class	LDL
	Use the LDL package to directly solve linear systems – empty default class. More...
class	LDL< BCRSMatrix< FieldMatrix< T, n, m >, A > >
	The LDL direct sparse solver for matrices of type BCRSMatrix. More...
class	Matrix
	A generic dynamic dense matrix. More...
class	MatrixIndexSet
	Stores the nonzero entries in a sparse matrix. More...
struct	MatMultMatResult
	Helper TMP to get the result type of a sparse matrix matrix multiplication ( \(C=A*B\)) More...
struct	TransposedMatMultMatResult
	Helper TMP to get the result type of a sparse matrix matrix multiplication ( \(C=A*B\)) More...
struct	CommMatrixRowSize
	Utility class to communicate and set the row sizes of a redistributed matrix. More...
struct	CommMatrixSparsityPattern
	Utility class to communicate and build the sparsity pattern of a redistributed matrix. More...
struct	CommMatrixRow
	Utility class for comunicating the matrix entries. More...
struct	CheckIfDiagonalPresent
	Check whether the a matrix has diagonal values on blocklevel recursion levels. More...
struct	IsMatrix
	Test whether a type is an ISTL Matrix. More...
class	MultiTypeBlockMatrix_Solver
	solver for MultiTypeBlockVector & MultiTypeBlockMatrix types More...
class	MultiTypeBlockMatrix_Solver_Col
	part of solvers for MultiTypeBlockVector & MultiTypeBlockMatrix types More...
class	NonoverlappingSchwarzOperator
	A nonoverlapping operator with communication object. More...
class	NonoverlappingBlockPreconditioner
	Nonoverlapping parallel preconditioner. More...
class	LinearOperator
	A linear operator. More...
class	AssembledLinearOperator
	A linear operator exporting itself in matrix form. More...
class	MatrixAdapter
	Adapter to turn a matrix into a linear operator. More...
struct	AdditiveSchwarzMode
	Tag that the tells the Schwarz method to be additive. More...
struct	MultiplicativeSchwarzMode
	Tag that tells the Schwarz method to be multiplicative. More...
struct	SymmetricMultiplicativeSchwarzMode
	Tag that tells the Schwarz method to be multiplicative and symmetric. More...
class	DynamicMatrixSubdomainSolver
	Exact subdomain solver using Dune::DynamicMatrix<T>::solve. More...
struct	AdderSelector
	template meta program for choosing how to add the correction. More...
struct	IteratorDirectionSelector
	Helper template meta program for application of overlapping Schwarz. More...
struct	SeqOverlappingSchwarzApplier
	Helper template meta program for application of overlapping Schwarz. More...
struct	SeqOverlappingSchwarzDomainSize
struct	OwnerOverlapCopyAttributeSet
	Attribute set for overlapping Schwarz. More...
class	IndexInfoFromGrid
	Information about the index distribution. More...
class	OverlappingSchwarzOperator
	An overlapping Schwarz operator. More...
class	Preconditioner
	Base class for matrix free definition of preconditioners. More...
class	InverseOperator2Preconditioner
	Turns an InverseOperator into a Preconditioner. More...
class	SeqSSOR
	Sequential SSOR preconditioner. More...
class	SeqSOR
	Sequential SOR preconditioner. More...
class	SeqJac
	The sequential jacobian preconditioner. More...
class	SeqILU
	Sequential ILU preconditioner. More...
class	Richardson
	Richardson preconditioner. More...
class	SeqILDL
	sequential ILDL preconditioner More...
class	ScalarProduct
	Base class for scalar product and norm computation. More...
class	ParallelScalarProduct
	Scalar product for overlapping Schwarz methods. More...
class	SeqScalarProduct
	Default implementation for the scalar case. More...
class	NonoverlappingSchwarzScalarProduct
	Nonoverlapping Scalar Product with communication object. More...
class	OverlappingSchwarzScalarProduct
	Scalar product for overlapping Schwarz methods. More...
class	ScaledIdentityMatrix
	A multiple of the identity matrix of static size. More...
class	ParSSOR
	A parallel SSOR preconditioner. More...
class	BlockPreconditioner
	Block parallel preconditioner. More...
struct	InverseOperatorResult
	Statistics about the application of an inverse operator. More...
class	InverseOperator
	Abstract base class for all solvers. More...
class	IterativeSolver
	Base class for all implementations of iterative solvers. More...
class	SolverHelper
	Helper class for notifying a DUNE-ISTL linear solver about a change of the iteration matrix object in a unified way, i.e. independent from the solver's type (direct/iterative). More...
struct	SolverCategory
	Categories for the solvers. More...
class	SolverFactory
	Factory to assembly solvers configured by a ParameterTree. More...
class	LoopSolver
	Preconditioned loop solver. More...
class	GradientSolver
	gradient method More...
class	CGSolver
	conjugate gradient method More...
class	BiCGSTABSolver
	Bi-conjugate Gradient Stabilized (BiCG-STAB) More...
class	MINRESSolver
	Minimal Residual Method (MINRES) More...
class	RestartedGMResSolver
	implements the Generalized Minimal Residual (GMRes) method More...
class	RestartedFlexibleGMResSolver
	implements the Flexible Generalized Minimal Residual (FGMRes) method (right preconditioned) More...
class	GeneralizedPCGSolver
	Generalized preconditioned conjugate gradient solver. More...
class	RestartedFCGSolver
	Accelerated flexible conjugate gradient method. More...
class	CompleteFCGSolver
	Complete flexible conjugate gradient method. More...
class	SPQR
	Use the SPQR package to directly solve linear systems – empty default class. More...
class	SPQR< BCRSMatrix< FieldMatrix< T, n, m >, A > >
	The SPQR direct sparse solver for matrices of type BCRSMatrix. More...
class	SuperLU
	SuperLu Solver. More...
struct	SuperLUMatrix
	Utility class for converting an ISTL Matrix into a SuperLU Matrix. More...
class	SuperLUMatrix< BCRSMatrix< B, TA > >
	Converter for BCRSMatrix to SuperLU Matrix. More...
class	UMFPack
	The UMFPack direct sparse solver. More...
class	VariableBlockVector
	A Vector of blocks with different blocksizes. More...
class	AffineGeometry
	Implementation of the Geometry interface for affine geometries. More...
class	AxisAlignedCubeGeometry
	A geometry implementation for axis-aligned hypercubes. More...
struct	Dim
	Static tag representing a dimension. More...
struct	Codim
	Static tag representing a codimension. More...
class	GeneralVertexOrder
	Class providing information on the ordering of vertices. More...
struct	MultiLinearGeometryTraits
	default traits class for MultiLinearGeometry More...
class	MultiLinearGeometry
	generic geometry implementation based on corner coordinates More...
class	CachedMultiLinearGeometry
	Implement a MultiLinearGeometry with additional caching. More...
class	QuadraturePoint
	Single evaluation point in a quadrature rule. More...
class	QuadratureOrderOutOfRange
	Exception thrown if a desired QuadratureRule is not available, because the requested order is to high. More...
class	QuadratureRule
	Abstract base class for quadrature rules. More...
class	QuadratureRuleFactory
	Factory class for creation of quadrature rules, depending on GeometryType, order and QuadratureType. More...
class	QuadratureRules
	A container for all quadrature rules of dimension dim More...
class	RefinementIntervals
	Holds the number of refined intervals per axis needed for virtual and static refinement. More...
class	StaticRefinement
	Wrap each Refinement implementation to get a consistent interface. More...
struct	TopologyFactory
	Provide a factory over the generic topologies. More...
struct	TopologySingletonFactory
	A wrapper for a TopologyFactory providing singleton storage. Same usage as TopologyFactory but with empty release method an internal storage. More...
class	GeometryType
	Unique label for each type of entities that can occur in DUNE grids. More...
class	LocalGeometryTypeIndex
	Compute per-dimension indices for geometry types. More...
class	GlobalGeometryTypeIndex
	Compute indices for geometry types, taking the dimension into account. More...
class	VirtualRefinement
	VirtualRefinement base class. More...
class	AlbertaGrid
	[ provides Dune::Grid ] More...
class	Intersection
	Intersection of a mesh entity of codimension 0 ("element") with a "neighboring" element or with the domain boundary. More...
class	AlbertaGridTreeIterator
class	AlbertaGridHierarchicIterator
class	AlbertaGridEntity
class	AlbertaGridEntity< 0, dim, Grid >
class	AlbertaGridGeometry
	geometry implementation for AlbertaGrid More...
class	GridFactory< AlbertaGrid< dim, dimworld > >
	specialization of the generic GridFactory for AlbertaGrid More...
class	AlbertaGridIdSet
	hierarchic index set of AlbertaGrid More...
class	IndexStack
class	StructuredGridFactory
	Construct structured cube and simplex grids in unstructured grid managers. More...
class	StructuredGridFactory< AlbertaGrid< dim, dimworld > >
	specialization of the generic StructuredGridFactory for AlbertaGrid More...
class	AlbertaMarkerVector
	marker assigning subentities to one element containing them More...
class	AdaptDataHandleInterface
	Interface class for the Grid's adapt method where the parameter is a AdaptDataHandleInterface. More...
class	CombinedAdaptProlongRestrict
	class for combining 2 index sets together for adaptation process More...
class	BackupRestoreFacility
	facility for writing and reading grids More...
struct	BackupRestoreFacility< const Grid >
	BackupRestoreFacility taking const Grid as type and deriving from the version with the const. More...
struct	DuneBoundaryProjection
	Interface class for vertex projection at the boundary. More...
class	BoundarySegmentWrapper
struct	BoundarySegment
	Base class for classes implementing geometries of boundary segments. More...
class	MessageBufferIF
	Communication message buffer interface. This class describes the interface for reading and writing data to the communication message buffer. As message buffers might be deeply implemented in various packages the message buffers implementations cannot be derived from this interface class. Therefore we just apply the engine concept to wrap the message buffer call and make sure that the interface is fulfilled. More...
class	CommDataHandleIF
	CommDataHandleIF describes the features of a data handle for communication in parallel runs using the Grid::communicate methods. Here the Barton-Nackman trick is used to interpret data handle objects as its interface. Therefore usable data handle classes need to be derived from this class. More...
class	Entity
	Wrapper class for entities. More...
class	Entity< 0, dim, GridImp, EntityImp >
	Template specialization of Dune::Entity for Elements (codim==0) More...
class	EntityDefaultImplementation
	Default Implementations for EntityImp. More...
class	EntityDefaultImplementation< 0, dim, GridImp, EntityImp >
	Default Implementations for EntityImp (Elements [cd=0]) More...
class	EntityIterator
	interface class for an iterator over grid entities More...
class	EntitySeed
	Store a reference to an entity with a minimal memory footprint. More...
class	GridError
	Base class for exceptions in Dune grid modules. More...
class	GridDefaultImplementation
class	Geometry
	Wrapper class for geometries. More...
class	GeometryDefaultImplementation
	Default implementation for class Geometry. More...
class	IntersectionIterator
	Mesh entities of codimension 0 ("elements") allow to visit all intersections with "neighboring" elements and with the domain boundary. More...
class	IndexSet
	Index Set Interface base class. More...
class	IdSet
	Id Set Interface. More...
class	Grid
	Grid abstract base class. More...
struct	GridTraits
	A traits struct that collects all associated types of one grid model. More...
struct	MakeableInterfaceObject
class	GridFactoryInterface
	Provide a generic factory class for unstructured grids. More...
class	GridFactory
	Provide a generic factory class for unstructured grids. More...
class	GridView
	Grid view abstract base class. More...
class	IndexSetDefaultImplementation
	Provide default implementation of method if IndexSet. More...
class	IntersectionDefaultNormalVectors
	Default Implementations of integrationOuterNormal and unitOuterNormal for IntersectionImp. More...
class	Mapper
	Mapper interface. More...
class	MultipleCodimMultipleGeomTypeMapper
	Implementation class for a multiple codim and multiple geometry type mapper. More...
struct	PartitionSet
	A set of PartitionType values. More...
class	SingleCodimSingleGeomTypeMapper
	Implementation class for a single codim and single geometry type mapper. More...
class	SizeCache
	organizes the caching of sizes for one grid and one GeometryType More...
class	AnalyticalCoordFunction
	Derive an implementation of an analytical coordinate function from this class. More...
class	DiscreteCoordFunction
	Derive an implementation of a discrete coordinate function from this class. More...
class	AnalyticalCoordFunctionInterface
	Interface class for using an analytical function to define the geometry of a Dune::GeometryGrid. An implementation should be derived from Dune::AnalyticalCoordFunction and the evaluate method mapping \( R^d\to R^r \) has to be supplied. More...
class	DiscreteCoordFunctionInterface
	Interface class for using a discrete function to define the geometry of a Dune::GeometryGrid. An implementation should be derived from Dune::DiscreteCoordinateFunction and the evaluate method taking an entity of the host grid together with the number of a vertex returns the coordinate in \( R^r \) of that corner. The user must ensure continuity of this mapping. In addition an adapt method is provided which is called whenever adapt() is called on the Dune::GeometryGrid. More...
class	GeometryGrid
	grid wrapper replacing the geometries More...
class	IdentityGrid
	Provides a meta grid that is identical to its host. More...
class	HostGridAccess
	provides access to host grid objects from GeometryGrid More...
class	IdentityGridEntity
	The implementation of entities in a IdentityGrid. More...
class	IdentityGridLevelIterator
	Iterator over all entities of a given codimension and level of a grid. More...
class	IdentityGridLevelIntersectionIterator
class	IdentityGridLeafIntersectionIterator
	Iterator over all element neighborsMesh entities of codimension 0 ("elements") allow to visit all neighbors, where a neighbor is an entity of codimension 0 which has a common entity of codimension 1 These neighbors are accessed via a IntersectionIterator. This allows the implement non-matching meshes. The number of neighbors may be different from the number of an element! More...
class	IdentityGridHierarchicIterator
	Iterator over the descendants of an entity.Mesh entities of codimension 0 ("elements") allow to visit all entities of codimension 0 obtained through nested, hierarchic refinement of the entity. Iteration over this set of entities is provided by the HierarchicIterator, starting from a given entity. More...
class	IdentityGridEntity< 0, dim, GridImp >
	Specialization for codim-0-entities. More...
class	IdentityGridEntitySeed
	The EntitySeed class provides the minimal information needed to restore an Entity using the grid. More...
class	IdentityGridLevelIndexSet
class	IdentityGridLeafIntersection
	An intersection with a leaf neighbor elementMesh entities of codimension 0 ("elements") allow to visit all neighbors, where a neighbor is an entity of codimension 0 which has a common entity of codimension 1 These neighbors are accessed via a IntersectionIterator. This allows the implement non-matching meshes. The number of neighbors may be different from the number of an element! More...
class	IdentityGridLevelIntersection
class	IdentityGridLeafIterator
	Iterator over all entities of a given codimension and level of a grid. More...
class	DGFException
	exception class for IO errors in the DGF parser More...
struct	DGFGridInfo
	Some simple static information for a given GridType. More...
class	DGFWriter
	write a GridView to a DGF file More...
struct	DGFGridFactory< YaspGrid< dim, EquidistantCoordinates< ctype, dim > > >
	Grid factory for YaspGrid with equidistant coordinates. More...
struct	DGFGridFactory< YaspGrid< dim, EquidistantOffsetCoordinates< ctype, dim > > >
	Grid factory for YaspGrid with equidistant coordinates. More...
class	DGFGridFactory< Dune::YaspGrid< dim, Dune::TensorProductCoordinates< ctype, dim > > >
	Placeholder for grid factory for YaspGrid with tensor product coordinates. More...
struct	GridPtr
	Class for constructing grids from DGF files. More...
struct	DGFBoundaryParameter
	Contains types for additional features. More...
class	DuneGridFormatParser
	The DuneGridFormatParser class: reads a DGF file and stores build information in vector structures used by the MacroGrid class. More...
struct	GmshReaderOptions
	Options for read operation. More...
class	GmshReaderParser
	dimension independent parts for GmshReaderParser More...
class	GmshReader
	Read Gmsh mesh file. More...
class	GmshWriter
	Write Gmsh mesh file. More...
class	GnuplotWriter
	Writer for 1D grids in gnuplot format. More...
class	LeafGnuplotWriter
	GnuplotWriter on the leaf grid. More...
class	LevelGnuplotWriter
	GnuplotWriter on a given level grid. More...
class	StarCDReader
	File reader for the Star-CD format. More...
struct	b64chunk
	struct representing the three byte text as well as the four 6 bit chunks More...
class	VTKFunction
	A base class for grid functions with any return type and dimension. More...
class	P0VTKFunction
	Take a vector and interpret it as cell data for the VTKWriter. More...
class	P1VTKFunction
	Take a vector and interpret it as point data for the VTKWriter. More...
class	Base64Stream
	class to base64 encode a stream of data More...
class	RawStream
	write out data in binary More...
class	SubsamplingVTKWriter
	Writer for the output of subsampled grid functions in the vtk format. More...
class	VTKSequenceWriter
	Writer for the output of grid functions in the vtk format. More...
class	VTKSequenceWriterBase
	Base class to write pvd-files which contains a list of all collected vtk-files. More...
class	VTKWriter
	Writer for the output of grid functions in the vtk format. More...
class	OneDGrid
	One-dimensional adaptive grid. More...
class	UGGrid
	Front-end for the grid manager of the finite element toolbox UG3. More...
class	GridFactory< UGGrid< dimworld > >
	Specialization of the generic GridFactory for UGGrid. More...
class	GlobalIndexSet
	Calculate globally unique index over all processes in a Dune grid. More...
struct	EntityInfo
	Structure to hold statistical information about one type of entity. More...
struct	GridViewInfoGTCompare
	Comparison object to sort GeometryType by majorly dimension. More...
struct	GridViewInfo
	structure to hold information about a certain GridView. More...
class	HierarchicSearch
	Search an IndexSet for an Entity containing a given point. More...
class	PersistentContainer
	A class for storing data during an adaptation cycle. More...
class	PersistentContainer< const Grid, T >
	refer PersistentContainer<const Grid> to the implementation of the mutable grid More...
class	PersistentContainerInterface
	Persistent storage of data on all entities of a grid. More...
class	PersistentContainerMap
	map-based implementation of the PersistentContainer More...
class	PersistentContainerVector
	vector-based implementation of the PersistentContainer More...
class	TensorGridFactory
	A factory class for conveniently creating tensorproduct grids. More...
class	VertexOrderByIdFactory
	Factory for GeneralVertexOrder objects using an IdSet. More...
class	YaspGrid
	[ provides Dune::Grid ] More...
class	YaspGeometry
	The general version that handles all codimensions but 0 and dim. More...
class	YaspEntitySeed
	Describes the minimal information necessary to create a fully functional YaspEntity. More...
class	YaspLevelIterator
	Iterates over entities of one grid level. More...
class	YaspIntersectionIterator
	YaspIntersectionIterator enables iteration over intersections with neighboring codim 0 entities. More...
class	YaspIntersection
	YaspIntersection provides data about intersection with neighboring codim 0 entities. More...
class	YaspHierarchicIterator
	YaspHierarchicIterator enables iteration over son entities of codim 0. More...
class	YaspIndexSet
	Implementation of Level- and LeafIndexSets for YaspGrid. More...
class	YaspGlobalIdSet
	persistent, globally unique Ids More...
class	YaspPersistentContainerIndex
	implement a consecutive index for all entities of given codim of a YaspGrid More...
struct	BackupRestoreFacility< Dune::YaspGrid< dim, Coordinates > >
	facility for writing and reading grids More...
struct	BackupRestoreFacility< YaspGrid< dim, TensorProductCoordinates< ctype, dim > > >
	facility for writing and reading grids More...
class	EquidistantCoordinates
	Container for equidistant coordinates in a YaspGrid. More...
class	EquidistantOffsetCoordinates
	Container for equidistant coordinates in a YaspGrid with non-trivial origin. More...
class	TensorProductCoordinates
	Coordinate container for a tensor product YaspGrid. More...
class	YLoadBalance
	a base class for the yaspgrid partitioning strategy More...
class	YLoadBalanceDefault
	Implement the default load balance strategy of yaspgrid. More...
class	YLoadBalancePowerD
	Implement yaspgrid load balance strategy for P=x^{dim} processors. More...
class	YaspFixedSizePartitioner
	Implement partitioner that gets a fixed partitioning from an array If the given partitioning doesn't match the number of processors, the grid should be distributed to, an exception is thrown. More...
class	StructuredGridFactory< YaspGrid< dim, EquidistantCoordinates< ctype, dim > > >
	Specialization of the StructuredGridFactory for YaspGrid. More...
class	StructuredGridFactory< YaspGrid< dim, EquidistantOffsetCoordinates< ctype, dim > > >
	Specialization of the StructuredGridFactory for YaspGrid<EquidistantOffsetCoordinates> More...
class	Torus
class	YaspGeometry< mydim, mydim, GridImp >
	specialize for dim=dimworld, i.e. a volume element More...
class	YaspGeometry< 0, cdim, GridImp >
	specialization for dim=0, this is a vertex More...
class	PersistentContainer< YaspGrid< dim, CoordCont >, T >
	Specialization of the PersistentContainer for YaspGrid. More...
class	YGridComponent
class	YGrid
	implements a collection of YGridComponents which form a codimension Entities of given codimension c need to be represented by d choose c YgridComponents. All entities in one such component share the same set of spanning unit vectors. A YGrid is used to iterate over the entire set of components the codimension consists of. It doesn't hold any data, but instead holds an iterator range into an array of components (which is owned by YGridLevel). More...
class	YGridList
	implements a collection of multiple std::deque<Intersection> Intersections with neighboring processors are stored as std::deque<Intersection>. Eachsuch intersection only holds one YGridComponent. To do all communication associated with one codimension, multiple such deques have to be concatenated. YGridList manges this concatenation. As for YGrids, YGridList doesn't hold any data, but an iterator range into a data array owned by YGridLevel. More...
class	BDFMCubeLocalFiniteElement
	Brezzi-Douglas-Fortin-Marini finite elements for cubes. More...
class	BDFMCubeLocalBasis
	Brezzi-Douglas-Fortin-Marini shape functions on a reference cube. More...
class	BDFMCubeLocalBasis< D, R, 2, 1 >
	First order Brezzi-Douglas-Fortin-Marini shape functions on the reference quadrialteral. More...
class	BDFMCubeLocalBasis< D, R, 2, 2 >
	Second order Brezzi-Douglas-Fortin-Marini shape functions on the reference quadrialteral. More...
class	BDFMCubeLocalBasis< D, R, 2, 3 >
	Third order Brezzi-Douglas-Fortin-Marini shape functions on the reference quadrialteral. More...
class	BDFMCubeLocalCoefficients
	Layout map for Brezzi-Douglas-Fortin-Marini elements on cubes. More...
class	BDFMCubeLocalInterpolation
	Interpolation for Brezzi-Douglas-Fortin-Marini shape functions on cubes. More...
class	BDM1Cube2DLocalBasis
	First order Brezzi-Douglas-Marini shape functions on the reference quadrilateral. More...
class	BDM1Cube2DLocalCoefficients
	Layout map for Brezzi-Douglas-Marini-1 elements on quadrilaterals. More...
class	BDM1Cube2DLocalInterpolation
	First order Brezzi-Douglas-Marini shape functions on the reference quadrilateral. More...
class	BDM1Cube2DLocalFiniteElement
	First order Brezzi-Douglas-Marini shape functions on quadrilaterals. More...
class	BDM1Cube3DLocalBasis
	First order Brezzi-Douglas-Marini shape functions on the reference hexahedron. More...
class	BDM1Cube3DLocalCoefficients
	Layout map for Brezzi-Douglas-Marini-1 elements on hexahedra. More...
class	BDM1Cube3DLocalInterpolation
	First order Brezzi-Douglas-Marini shape functions on the reference hexahedron. More...
class	BDM1Cube3DLocalFiniteElement
	First order Brezzi-Douglas-Marini shape functions on hexahedron. More...
class	BDM1Simplex2DLocalBasis
	First order Brezzi-Douglas-Marini shape functions on the reference triangle. More...
class	BDM1Simplex2DLocalCoefficients
	Layout map for Brezzi-Douglas-Marini-1 elements on triangles. More...
class	BDM1Simplex2DLocalInterpolation
	First order Brezzi-Douglas-Marini shape functions on the reference triangle. More...
class	BDM1Simplex2DLocalFiniteElement
	First order Brezzi-Douglas-Marini shape functions on triangles. More...
class	BDM2Cube2DLocalBasis
	First order Brezzi-Douglas-Marini shape functions on quadrilaterals. More...
class	BDM2Cube2DLocalCoefficients
	Layout map for Brezzi-Douglas-Marini-2 elements on quadrilaterals. More...
class	BDM2Cube2DLocalInterpolation
	First order Brezzi-Douglas-Marini shape functions on quadrilaterals. More...
class	BDM2Cube2DLocalFiniteElement
	Second order Brezzi-Douglas-Marini shape functions on quadrilaterals. More...
class	BDM2Simplex2DLocalBasis
	First order Brezzi-Douglas-Marini shape functions on quadrilaterals. More...
class	BDM2Simplex2DLocalCoefficients
	Layout map for Brezzi-Douglas-Marini-2 elements on triangles. More...
class	BDM2Simplex2DLocalInterpolation
	First order Brezzi-Douglas-Marini shape functions on triangles. More...
class	BDM2Simplex2DLocalFiniteElement
	Second order Brezzi-Douglas-Marini shape functions on triangles. More...
class	BrezziDouglasMariniCubeLocalFiniteElement
	Brezzi-Douglas-Marini local finite element for cubes. More...
class	BrezziDouglasMariniCubeLocalFiniteElement< D, R, 2, 1 >
	Brezzi-Douglas-Marini local finite elements for cubes with dimension 2 and order 1. More...
class	BrezziDouglasMariniCubeLocalFiniteElement< D, R, 2, 2 >
	Brezzi-Douglas-Marini local finite elements for cubes with dimension 2 and order 2. More...
class	BrezziDouglasMariniCubeLocalFiniteElement< D, R, 3, 1 >
	Brezzi-Douglas-Marini local finite elements for cubes with dimension 3 and order 1. More...
class	BrezziDouglasMariniSimplexLocalFiniteElement
	Brezzi-Douglas-Marini local finite element for simplices. More...
class	BrezziDouglasMariniSimplexLocalFiniteElement< D, R, 2, 1 >
	Brezzi-Douglas-Marini local finite elements for simplices with dimension 2 and order 1. More...
class	BrezziDouglasMariniSimplexLocalFiniteElement< D, R, 2, 2 >
	Brezzi-Douglas-Marini local finite elements for simplices with dimension 2 and order 2. More...
class	FiniteElementInterface
	Interface for global-valued finite elements. More...
class	FiniteElementFactoryInterface
	Factory interface for global-valued finite elements. More...
class	BasisInterface
	Interface for global-valued shape functions. More...
struct	InterpolationInterface
	Interface for global-valued interpolation. More...
struct	CoefficientsInterface
	Interface for global-valued coefficients. More...
struct	FiniteElementInterfaceSwitch
	Switch for uniform treatment of finite element with either the local or the global interface. More...
struct	BasisInterfaceSwitch
	Switch for uniform treatment of local and global basis classes. More...
struct	LocalBasisTraits
	Type traits for LocalBasisVirtualInterface. More...
struct	LocalFiniteElementTraits
	traits helper struct More...
class	LocalFiniteElementVariant
	Type erasure class for wrapping LocalFiniteElement classes. More...
class	LocalFiniteElementVariantCache
	A cache storing a compile time selection of local finite element implementations. More...
class	LocalKey
	Describe position of one degree of freedom. More...
struct	LocalToGlobalBasisAdaptorTraits
	Traits class for local-to-global basis adaptors. More...
class	ScalarLocalToGlobalBasisAdaptor
	Convert a simple scalar local basis into a global basis. More...
class	LocalToGlobalInterpolationAdaptor
	Convert a local interpolation into a global interpolation. More...
struct	ScalarLocalToGlobalFiniteElementAdaptor
	Convert a simple scalar local finite element into a global finite element. More...
class	ScalarLocalToGlobalFiniteElementAdaptorFactory
	Factory for ScalarLocalToGlobalFiniteElementAdaptor objects. More...
class	LocalInterpolationVirtualInterface
	virtual base class for a local interpolation More...
class	LocalFiniteElementFunctionBase
	Return a proper base class for functions to use with LocalInterpolation. More...
class	LocalBasisVirtualInterface
	virtual base class for a local basis More...
class	LocalInterpolationVirtualInterfaceBase
	virtual base class for a local interpolation More...
class	LocalCoefficientsVirtualInterface
	virtual base class for local coefficients More...
class	LocalFiniteElementVirtualInterface
	virtual base class for local finite elements with functions More...
class	LocalFiniteElementVirtualImp
	class for wrapping a finite element using the virtual interface More...
class	LocalBasisVirtualImp
	class for wrapping a basis using the virtual interface More...
class	LocalInterpolationVirtualImp
	class for wrapping a local interpolation using the virtual interface More...
class	LocalCoefficientsVirtualImp
	class for wrapping local coefficients using the virtual interface More...
class	CrouzeixRaviartLocalFiniteElement
	Crouzeix-Raviart finite element. More...
class	DualP1LocalBasis
	Dual Lagrange shape functions on the simplex. More...
class	DualP1LocalCoefficients
	Local coefficients for dual simplex P1 elements. More...
class	DualP1LocalFiniteElement
	The local dual p1 finite element on simplices. More...
class	DualQ1LocalBasis
	Dual Lagrange shape functions of order 1 on the reference cube. More...
class	DualQ1LocalCoefficients
	Layout map for dual Q1 elements. More...
class	DualQ1LocalInterpolation
class	DualQ1LocalFiniteElement
	The local dual Q1 finite element on cubes. More...
class	HierarchicalSimplexP2LocalBasis< D, R, 1 >
	Hierarchical P2 basis in 1d. More...
class	HierarchicalSimplexP2LocalBasis< D, R, 2 >
	Hierarchical P2 basis in 2d. More...
class	HierarchicalSimplexP2LocalBasis< D, R, 3 >
	Hierarchical P2 basis in 3d. More...
class	HierarchicalSimplexP2LocalInterpolation
class	HierarchicalP2LocalFiniteElement
class	HierarchicalSimplexP2WithElementBubbleLocalBasis< D, R, 1 >
	Hierarchical P2 basis in 1d. More...
class	HierarchicalSimplexP2WithElementBubbleLocalBasis< D, R, 2 >
	Hierarchical P2 basis in 1d. More...
class	HierarchicalSimplexP2WithElementBubbleLocalBasis< D, R, 3 >
	Hierarchical P2 basis in 1d. More...
class	HierarchicalSimplexP2WithElementBubbleLocalCoefficients
	The local finite element needed for the Zou-Kornhuber estimator for Signorini problems. More...
class	HierarchicalP2WithElementBubbleLocalFiniteElement
class	HierarchicalPrismP2LocalInterpolation
class	HierarchicalPrismP2LocalFiniteElement
class	LagrangeCubeLocalFiniteElement
	Lagrange finite element for cubes with arbitrary compile-time dimension and polynomial order. More...
class	LagrangePrismLocalFiniteElement
	Lagrange finite element for 3d prisms with arbitrary compile-time polynomial order. More...
class	LagrangePyramidLocalFiniteElement
	Lagrange finite element for 3d pyramids with compile-time polynomial order. More...
class	LagrangeSimplexLocalFiniteElement
	Lagrange finite element for simplices with arbitrary compile-time dimension and polynomial order. More...
class	P0LocalBasis
	Constant shape function. More...
class	P0LocalCoefficients
	Layout map for P0 elements. More...
class	P0LocalFiniteElement
	The local p0 finite element on all types of reference elements. More...
class	Pk1DFiniteElement
	Langrange finite element of arbitrary order on triangles. More...
struct	Pk1DFiniteElementFactory
	Factory for Pk1DFiniteElement objects. More...
class	Pk2DFiniteElement
	Langrange finite element of arbitrary order on triangles. More...
struct	Pk2DFiniteElementFactory
	Factory for Pk2DFiniteElement objects. More...
struct	DimSpecificPQkLocalFiniteElementFactory
	Factory that only creates dimension specific local finite elements. More...
struct	DimSpecificPQkLocalFiniteElementFactory< D, R, 3, k >
	Factory that only creates dimension specific local finite elements. More...
struct	PQkLocalFiniteElementFactory
	Factory to create any kind of Pk/Qk like element wrapped for the virtual interface. More...
class	PQkLocalFiniteElementCache
	A cache that stores all available Pk/Qk like local finite elements for the given dimension and order. More...
class	Q1FiniteElementFactory
	Factory for global-valued Q1 elements. More...
class	Q2FiniteElementFactory
	Factory for global-valued Q23D elements. More...
class	LagrangeLocalFiniteElement
	Lagrange local finite elements for a given set of interpolation points. More...
class	PowerBasis
	Meta-basis turning a scalar basis into vector-valued basis. More...
class	PowerCoefficients
	Meta-coefficients turning a scalar coefficients into vector-valued coefficients. More...
class	PowerInterpolation
	Meta-interpolation turning a scalar interpolation into vector-valued interpolation. More...
class	PowerFiniteElement
	Meta-finite element turning a scalar finite element into vector-valued one. More...
class	PowerFiniteElementFactory
	Factory for meta-finite elements turning scalar finite elements into vector-valued ones. More...
class	MimeticLocalCoefficients
	! More...
class	MimeticLocalFiniteElement
class	MonomialLocalBasis
	Constant shape function. More...
class	MonomialLocalCoefficients
	Layout map for monomial finite elements. More...
class	MonomialLocalFiniteElement
	Monomial basis for discontinuous Galerkin methods. More...
class	MonomialFiniteElementFactory
	Factory for global-valued MonomFiniteElement objects. More...
class	Nedelec1stKindCubeLocalFiniteElement
	Nédélec elements of the first kind for cube elements. More...
class	Nedelec1stKindSimplexLocalFiniteElement
	Nédélec elements of the first kind for simplex elements. More...
class	NedelecL2Interpolation
	An L2-based interpolation for Nedelec. More...
class	OrthonormalLocalFiniteElement
	A class providing orthonormal basis functions. More...
struct	RannacherTurekLocalFiniteElement
	Rannacher-Turek shape functions. More...
struct	RannacherTurekLocalBasis
	Rannacher-Turek shape functions. More...
struct	RannacherTurekLocalCoefficients
	layout for Rannacher-Turek elements More...
class	RannacherTurekLocalInterpolation
	please doc me More...
class	RT02DLocalBasis
	Lowest order Raviart-Thomas shape functions on the reference triangle. More...
class	RT02DLocalCoefficients
	Layout map for RT0 elements. More...
class	RT02DLocalFiniteElement
	Zero order Raviart-Thomas shape functions on triangles. More...
class	RT03DLocalBasis
	Lowest order Raviart-Thomas shape functions on the reference tetrahedron. More...
class	RT03DLocalCoefficients
	Layout map for RT0 elements. More...
class	RT03DLocalFiniteElement
	Zero order Raviart-Thomas shape functions on tetrahedra. More...
class	RT0Cube2DLocalBasis
	Lowest order Raviart-Thomas shape functions on the reference quadrilateral. More...
class	RT0Cube2DLocalInterpolation
	Lowest order Raviart-Thomas shape functions on the reference quadrilateral. More...
class	RT0Cube2DLocalCoefficients
	Layout map for RT0 elements on quadrilaterals. More...
class	RT0Cube2DLocalFiniteElement
	Zero order Raviart-Thomas shape functions on rectangles. More...
class	RT0Cube3DLocalBasis
	Lowest order Raviart-Thomas shape functions on the reference hexahedron. More...
class	RT0Cube3DLocalInterpolation
	Lowest order Raviart-Thomas shape functions on the reference hexahedron. More...
class	RT0Cube3DLocalCoefficients
	Layout map for RT0 elements on quadrilaterals. More...
class	RT0Cube3DLocalFiniteElement
	Zero order Raviart-Thomas shape functions on cubes. More...
class	RT0PrismLocalBasis
	First order Raviart-Thomas shape functions on the reference prism. More...
class	RT0PrismLocalCoefficients
	Layout map for Raviart-Thomas-1 elements on prisms. More...
class	RT0PrismLocalInterpolation
	First order Raviart-Thomas shape functions on the reference prism. More...
class	RT0PrismLocalFiniteElement
	First order Raviart-Thomas shape functions on prisms. More...
class	RT0PyramidLocalBasis
	First order Raviart-Thomas shape functions on the reference pyramid. More...
class	RT0PyramidLocalCoefficients
	Layout map for Raviart-Thomas-1 elements on pyramids. More...
class	RT0PyramidLocalInterpolation
	First order Raviart-Thomas shape functions on the reference hexahedron. More...
class	RT0PyramidLocalFiniteElement
	First order Raviart-Thomas shape functions on pyramids. More...
class	RT12DLocalBasis
	First order Raviart-Thomas shape functions on the reference triangle. More...
class	RT12DLocalCoefficients
	Layout map for Raviart-Thomas-1 elements on the reference triangle. More...
class	RT12DLocalInterpolation
	First order Raviart-Thomas shape functions on the reference quadrilateral. More...
class	RT12DLocalFiniteElement
	First order Raviart-Thomas shape functions on triangles. More...
class	RT1Cube2DLocalBasis
	First order Raviart-Thomas shape functions on the reference quadrilateral. More...
class	RT1Cube2DLocalCoefficients
	Layout map for Raviart-Thomas-1 elements on quadrilaterals. More...
class	RT1Cube2DLocalInterpolation
	First order Raviart-Thomas shape functions on the reference quadrilateral. More...
class	RT1Cube2DLocalFiniteElement
	First order Raviart-Thomas shape functions on quadrilaterals. More...
class	RT1Cube3DLocalBasis
	First order Raviart-Thomas shape functions on the reference hexahedron. More...
class	RT1Cube3DLocalCoefficients
	Layout map for Raviart-Thomas-1 elements on quadrilaterals. More...
class	RT1Cube3DLocalInterpolation
	First order Raviart-Thomas shape functions on the reference hexahedron. More...
class	RT1Cube3DLocalFiniteElement
	First order Raviart-Thomas shape functions on cubes. More...
class	RT2Cube2DLocalBasis
	Second order Raviart-Thomas shape functions on the reference quadrilateral. More...
class	RT2Cube2DLocalCoefficients
	Layout map for Raviart-Thomas-2 elements on quadrilaterals. More...
class	RT2Cube2DLocalInterpolation
	Second order Raviart-Thomas shape functions on the reference triangle. More...
class	RT2Cube2DLocalFiniteElement
	Second order Raviart-Thomas shape functions on cubes. More...
class	RT3Cube2DLocalBasis
	Second order Raviart-Thomas shape functions on the reference quadrilateral. More...
class	RT3Cube2DLocalCoefficients
	Layout map for Raviart-Thomas-3 elements on quadrilaterals. More...
class	RT3Cube2DLocalInterpolation
	Second order Raviart-Thomas shape functions on the reference quadrilateral. More...
class	RT3Cube2DLocalFiniteElement
	Second order Raviart-Thomas shape functions on cubes. More...
class	RT4Cube2DLocalBasis
	Second order Raviart-Thomas shape functions on the reference quadrilateral. More...
class	RT4Cube2DLocalCoefficients
	Layout map for Raviart-Thomas-4 elements on quadrilaterals. More...
class	RT4Cube2DLocalInterpolation
	Second order Raviart-Thomas shape functions on the reference triangle. More...
class	RT4Cube2DLocalFiniteElement
	Second order Raviart-Thomas shape functions on cubes. More...
class	RaviartThomasCubeLocalFiniteElement
	Raviart-Thomas local finite elements for cubes. More...
class	RaviartThomasCubeLocalFiniteElement< D, R, 2, 0 >
	Raviart-Thomas local finite elements for cubes with dimension 2 and order 0. More...
class	RaviartThomasCubeLocalFiniteElement< D, R, 2, 1 >
	Raviart-Thomas local finite elements for cubes with dimension 2 and order 1. More...
class	RaviartThomasCubeLocalFiniteElement< D, R, 2, 2 >
	Raviart-Thomas local finite elements for cubes with dimension 2 and order 2. More...
class	RaviartThomasCubeLocalFiniteElement< D, R, 2, 3 >
	Raviart-Thomas local finite elements for cubes with dimension 2 and order 3. More...
class	RaviartThomasCubeLocalFiniteElement< D, R, 2, 4 >
	Raviart-Thomas local finite elements for cubes with dimension 2 and order 4. More...
class	RaviartThomasCubeLocalFiniteElement< D, R, 3, 0 >
	Raviart-Thomas local finite elements for cubes with dimension 3 and order 0. More...
class	RaviartThomasCubeLocalFiniteElement< D, R, 3, 1 >
	Raviart-Thomas local finite elements for cubes with dimension 3 and order 1. More...
class	RaviartThomasL2Interpolation
	An L2-based interpolation for Raviart Thomas. More...
class	RaviartThomasSimplexLocalFiniteElement
	Raviart-Thomas local finite elements of arbitrary order for simplices of arbitrary dimension. More...
class	RefinedSimplexLocalBasis< D, 1 >
	Base class for LocalBasis classes based on uniform refinement in 1D; provides numbering and local coordinates of subelements. More...
class	RefinedSimplexLocalBasis< D, 2 >
	Base class for LocalBasis classes based on uniform refinement in 2D; provides numbering and local coordinates of subelements. More...
class	RefinedSimplexLocalBasis< D, 3 >
	Base class for LocalBasis classes based on uniform refinement in 3D; provides numbering and local coordinates of subelements. More...
class	RefinedP0LocalBasis
	Uniformly refined constant shape functions on a unit simplex in R^dim. More...
class	RefinedP0LocalCoefficients
	Layout map for RefinedP0 elements. More...
class	RefinedP0LocalFiniteElement
	Local finite element that is piecewise P0 on a once uniformly refined reference geometry. More...
class	RefinedP0LocalFiniteElement< D, R, 1 >
	Local finite element that is piecewise P0 on a once uniformly refined reference geometry. More...
class	RefinedP0LocalFiniteElement< D, R, 2 >
	Local finite element that is piecewise P0 on a once uniformly refined reference geometry. More...
class	RefinedP0LocalFiniteElement< D, R, 3 >
	Local finite element that is piecewise P0 on a once uniformly refined reference geometry. More...
class	RefinedP1LocalBasis< D, R, 1 >
	Uniformly refined linear Lagrange shape functions in 1D. More...
class	RefinedP1LocalBasis< D, R, 2 >
	Uniformly refined linear Lagrange shape functions on the triangle. More...
class	RefinedP1LocalBasis< D, R, 3 >
	Uniformly refined linear Lagrange shape functions on the 3D-simplex (tetrahedron). More...
class	RefinedP1LocalFiniteElement
	Piecewise linear continuous Lagrange functions on a uniformly refined simplex element. More...
class	DGLocalCoefficients
	A class providing local coefficients for dg spaces. More...
struct	DGLocalCoefficientsFactory
	A factory class for the dg local coefficients. More...
struct	Unity
	A class representing the unit of a given Field. More...
struct	Zero
	A class representing the zero of a given Field. More...
struct	LocalL2Interpolation
	A local L2 interpolation taking a test basis and a quadrature rule. More...
struct	LocalL2InterpolationFactory
	A factory class for the local l2 interpolations taking a basis factory. More...
struct	GenericLocalFiniteElement
	A LocalFiniteElement implementation based on three TopologyFactories providing the LocalBasis, LocalCoefficients, and LocalInterpolations. Note the key type for all three factories must coincide. More...
struct	DGLocalFiniteElement
	Takes the basis and interpolation factory from a given LocalFiniteElement (derived from GenericLocalFiniteElement) and replaces the coefficients with dg local keys, i.e., attaches all degrees of freedom to the codimension zero entity. More...
struct	L2LocalFiniteElement
	Takes the basis factory from a given LocalFiniteElement (derived from GenericLocalFiniteElement) and replaces the coefficients with dg local keys, i.e., attaches all degrees of freedom to the codimension zero entity and uses a l2 interpolation. More...
class	PolynomialBasis
class	PolynomialBasisWithMatrix
class	EdgeS0_5Basis
	Basis for order 0.5 (lowest order) edge elements on simplices. More...
class	EdgeS0_5Coefficients
	Coefficients for lowest order edge elements on simplices. More...
struct	EdgeS0_5Common
	Common base class for edge elements. More...
class	EdgeS0_5Interpolation
	Interpolation for lowest order edge elements on simplices. More...
class	EdgeS0_5FiniteElement
	FiniteElement for lowest order edge elements on simplices. More...
struct	EdgeS0_5FiniteElementFactory
	Factory for EdgeS0_5FiniteElement objects. More...

Typedefs
using	ViolatedAlignmentHandler = std::function< void(const char *, std::size_t, const void *)>
	type of the handler called by violatedAlignment()
typedef unsigned int	DebugLevel
	Type for debug levels. More...
template<std::size_t i>
using	index_constant = std::integral_constant< std::size_t, i >
	An index constant with value i. More...
template<class T >
using	CollectiveCommunication = Communication< T >
template<class T >
using	ResolveRef_t = std::remove_reference_t< decltype(Dune::resolveRef(std::declval< T & >()))>
	Type trait to resolve std::reference_wrapper. More...
template<typename V >
using	SimdIndex = typename SimdIndexTypeTraits< V >::type
	An simd vector of indices corresponding to a simd vector V. More...
template<typename V >
using	SimdMask = typename SimdMaskTypeTraits< V >::type
	A simd vector of truth values corresponding to a simd vector V. More...
template<template< typename... > class Fallback, template< typename... > class TargetType, typename... Args>
using	detected_or_fallback_t = Std::detected_or_t< decltype(detail::warningIfNotDefined< Std::detected_t< Fallback, Args... > >(std::declval< const Std::detected_t< TargetType, Args... > * >())), TargetType, Args... >
	This type will be either TargetType<Args...> if it exists, or the Fallback<Args...> type.
typedef DebugStream< VERY_VERBOSE_DEBUG_LEVEL, MINIMAL_DEBUG_LEVEL >	DVVerbType
	Type of very verbose debug stream. More...
typedef DebugStream< VERBOSE_DEBUG_LEVEL, MINIMAL_DEBUG_LEVEL >	DVerbType
	Type of more verbose debug stream. More...
typedef DebugStream< INFO_DEBUG_LEVEL, MINIMAL_DEBUG_LEVEL >	DInfoType
	Type of debug stream with info level. More...
typedef DebugStream< WARN_DEBUG_LEVEL, MINIMAL_DEBUG_LEVEL >	DWarnType
	Type of debug stream with warn level. More...
typedef DebugStream< GRAVE_DEBUG_LEVEL, MINIMAL_DEBUG_LEVEL >	DGraveType
	Type of debug stream for fatal errors.
typedef DebugStream< 1 >	DErrType
	The type of the stream used for error messages.
template<class... T>
using	TypeList = std::tuple< MetaType< T >... >
	A simple type list. More...
template<std::size_t i, class T >
using	TypeListEntry_t = typename TypeListElement< i, T >::type
	Shortcut for TypeListElement<i, T>::type;.
template<template< class... > class Target, class TL >
using	UnpackTypeList_t = typename Impl::UnpackTypeList< Target, TL >::type
	Unpack Dune::TypeList. More...
template<template< class... > class Target, class... T>
using	UniqueTypes_t = typename Impl::UniqueTypesHelper< Target, TypeList< T... > >::type
	Remove duplicates from a list of types. More...
template<class NonUniqueTypeList >
using	UniqueTypeList_t = typename Impl::UniqueTypesHelper< TypeList, NonUniqueTypeList >::type
	Remove duplicates from a Dune::TypeList. More...
template<class... Types>
using	void_t = typename Impl::voider< Types... >::type
	Is void for all valid input types. The workhorse for C++11 SFINAE-techniques. More...
template<class Type >
using	field_t = typename FieldTraits< Type >::field_type
	Convenient access to FieldTraits<Type>::field_type.
template<class Type >
using	real_t = typename FieldTraits< Type >::real_type
	Convenient access to FieldTraits<Type>::real_type.
template<class T >
using	AutonomousValue = typename AutonomousValueType< T >::type
	Type free of internal references that T can be converted to. More...
template<class This , class... T>
using	disableCopyMove = std::enable_if_t< not Impl::disableCopyMoveHelper< This, T... >::value, int >
	Helper to disable constructor as copy and move constructor. More...
template<class M , class X , class Y , int l = 1>
using	SeqGS = SeqSOR< M, X, Y, l >
	Sequential Gauss Seidel preconditioner. More...
using	MCMGLayout = std::function< size_t(GeometryType, int)>
	layout function for MultipleCodimMultipleGeomTypeMapper More...
template<int mydim, int coorddim, class GridImp >
using	OneDGridGeometry = AxisAlignedCubeGeometry< double, mydim, coorddim >
	The type used to for OneDGrid geometries. More...
template<class D , class R , std::size_t dim, std::size_t order>
using	LagrangeLocalFiniteElementCache = LocalFiniteElementVariantCache< Impl::ImplementedLagrangeFiniteElements< D, R, dim, order > >
	A cache that stores all available Pk/Qk like local finite elements for the given dimension and order. More...
template<class D , class R , int dim>
using	P1LocalFiniteElement = LagrangeSimplexLocalFiniteElement< D, R, dim, 1 >
	The local p1 finite element on simplices. More...
template<class D , class R , int d>
using	P2LocalFiniteElement = LagrangeSimplexLocalFiniteElement< D, R, d, 2 >
	Second-order Lagrange finite element on the reference simplex with compile-time dimension. More...
template<class D , class R >
using	P23DLocalFiniteElement = LagrangeSimplexLocalFiniteElement< D, R, 3, 2 >
	Second-order Lagrange local finite element on the reference tetrahedron. More...
template<class D , class R , int d, int k>
using	PkLocalFiniteElement = LagrangeSimplexLocalFiniteElement< D, R, d, k >
template<class D , class R , unsigned int k>
using	Pk1DLocalFiniteElement = LagrangeSimplexLocalFiniteElement< D, R, 1, k >
	Lagrange finite element on the unit interval with arbitrary compile-time order. More...
template<class D , class R , unsigned int k>
using	Pk2DLocalFiniteElement = LagrangeSimplexLocalFiniteElement< D, R, 2, k >
template<class D , class R , unsigned int k>
using	Pk3DLocalFiniteElement = LagrangeSimplexLocalFiniteElement< D, R, 3, k >
template<class D , class R >
using	PrismP1LocalFiniteElement = LagrangePrismLocalFiniteElement< D, R, 1 >
	First-order Lagrangian finite element on a prism. More...
template<class D , class R >
using	PrismP2LocalFiniteElement = LagrangePrismLocalFiniteElement< D, R, 2 >
	Second-order Lagrange finite element on a three-dimensional prism. More...
template<class D , class R >
using	PyramidP1LocalFiniteElement = LagrangePyramidLocalFiniteElement< D, R, 1 >
	First-order Lagrangian finite element on a three-dimensional pyramid. More...
template<class D , class R >
using	PyramidP2LocalFiniteElement = LagrangePyramidLocalFiniteElement< D, R, 2 >
	Second-order Lagrangian finite element on a three-dimensional pyramid. More...
template<class D , class R , int dim>
using	Q1LocalFiniteElement = LagrangeCubeLocalFiniteElement< D, R, dim, 1 >
	The local Q1 finite element on cubes. More...
template<class D , class R , int d, int k>
using	QkLocalFiniteElement = LagrangeCubeLocalFiniteElement< D, R, d, k >
	General Lagrange finite element for cubes with arbitrary dimension and polynomial order. More...
template<class D , class R , std::size_t dim, std::size_t order>
using	RaviartThomasLocalFiniteElementCache = LocalFiniteElementVariantCache< Impl::ImplementedRaviartThomasLocalFiniteElements< D, R, dim, order > >
	A cache that stores all available Raviart-Thomas local finite elements for the given dimension and order. More...

Enumerations
enum	{ implementationDefined }
enum	ParallelIndexSetState { GROUND , RESIZE }
	The states the index set can be in. More...
enum	LocalIndexState
	The states available for the local indices. More...
enum	PartitionType {   InteriorEntity =0 , BorderEntity =1 , OverlapEntity =2 , FrontEntity =3 ,   GhostEntity =4 }
	Attributes used in the generic overlap model. More...
enum	InterfaceType {   InteriorBorder_InteriorBorder_Interface =0 , InteriorBorder_All_Interface =1 , Overlap_OverlapFront_Interface =2 , Overlap_All_Interface =3 ,   All_All_Interface =4 }
	Parameter to be used for the communication functions. More...
enum	PartitionIteratorType {   Interior_Partition =0 , InteriorBorder_Partition =1 , Overlap_Partition =2 , OverlapFront_Partition =3 ,   All_Partition =4 , Ghost_Partition =5 }
	Parameter to be used for the parallel level- and leaf iterators. More...
enum	CommunicationDirection { ForwardCommunication , BackwardCommunication }
	Define a type for communication direction parameter. More...

Functions
template<class T >
std::string	className ()
	Provide the demangled class name of a type T as a string.
template<class T >
std::string	className (T &&v)
	Provide the demangled class name of a given object as a string.
template<class C , class... T>
constexpr auto	models ()
	Check if concept is modeled by given types. More...
template<typename T1 , typename T2 >
const T1	cond (bool b, const T1 &v1, const T2 &v2)
	conditional evaluate More...
static void	defaultViolatedAlignment (const char *className, std::size_t expectedAlignment, const void *address)
	default alignment violation handler More...
ViolatedAlignmentHandler &	violatedAlignmentHandler ()
	access the handler called by violatedAlignment() More...
void	violatedAlignment (const char *className, std::size_t expectedAlignment, const void *address)
	called when an alignment violation is detected More...
bool	isAligned (const void *p, std::size_t align)
	check whether an address conforms to the given alignment
template<std::size_t align = debugAlignment, class T >
AlignedNumber< T, align >	aligned (T value)
	align a value to a certain alignment
template<typename MAT >
std::ostream &	operator<< (std::ostream &s, const DenseMatrix< MAT > &a)
	Sends the matrix to an output stream.
template<class A , class B >
auto	dot (const A &a, const B &b) -> typename std::enable_if< IsNumber< A >::value &&!IsVector< A >::value &&!std::is_same< typename FieldTraits< A >::field_type, typename FieldTraits< A >::real_type > ::value, decltype(conj(a) *b)>::type
	computes the dot product for fundamental data types according to Petsc's VectDot function: dot(a,b) := std::conj(a)*b More...
template<class A , class B >
auto	dotT (const A &a, const B &b) -> decltype(a *b)
	Computes an indefinite vector dot product for fundamental data types according to Petsc's VectTDot function: dotT(a,b) := a*b. More...
template<std::size_t n, class T >
constexpr std::array< T, n >	filledArray (const T &t)
	Return an array filled with the provided value. More...
template<typename T >
void	hash_combine (std::size_t &seed, const T &arg)
	Calculates the hash value of arg and combines it in-place with seed. More...
template<typename It >
std::size_t	hash_range (It first, It last)
	Hashes all elements in the range [first,last) and returns the combined hash. More...
template<typename It >
void	hash_range (std::size_t &seed, It first, It last)
	Hashes all elements in the range [first,last) and combines the hashes in-place with seed. More...
std::ostream &	operator<< (std::ostream &s, const Indent &indent)
	write indentation to a stream
template<class F , class I , I... i>
decltype(auto) constexpr	unpackIntegerSequence (F &&f, std::integer_sequence< I, i... > sequence)
	Unpack an std::integer_sequence<I,i...> to std::integral_constant<I,i>... More...
template<class T1 , class V1 , class R1 , class D , class T2 , class V2 , class R2 >
EnableIfInterOperable< T1, T2, bool >::type	operator== (const ForwardIteratorFacade< T1, V1, R1, D > &lhs, const ForwardIteratorFacade< T2, V2, R2, D > &rhs)
	Checks for equality. More...
template<class T1 , class V1 , class R1 , class D , class T2 , class V2 , class R2 >
EnableIfInterOperable< T1, T2, bool >::type	operator!= (const ForwardIteratorFacade< T1, V1, R1, D > &lhs, const ForwardIteratorFacade< T2, V2, R2, D > &rhs)
	Checks for inequality. More...
template<class T1 , class V1 , class R1 , class D , class T2 , class V2 , class R2 >
std::enable_if< std::is_convertible< T2, T1 >::value, bool >::type	operator== (const BidirectionalIteratorFacade< T1, V1, R1, D > &lhs, const BidirectionalIteratorFacade< T2, V2, R2, D > &rhs)
	Checks for equality. More...
template<class T1 , class V1 , class R1 , class D , class T2 , class V2 , class R2 >
std::enable_if< std::is_convertible< T1, T2 >::value &&!std::is_convertible< T2, T1 >::value, bool >::type	operator== (const BidirectionalIteratorFacade< T1, V1, R1, D > &lhs, const BidirectionalIteratorFacade< T2, V2, R2, D > &rhs)
	Checks for equality. More...
template<class T1 , class V1 , class R1 , class D , class T2 , class V2 , class R2 >
EnableIfInterOperable< T1, T2, bool >::type	operator!= (const BidirectionalIteratorFacade< T1, V1, R1, D > &lhs, const BidirectionalIteratorFacade< T2, V2, R2, D > &rhs)
	Checks for inequality. More...
template<class T1 , class V1 , class R1 , class D , class T2 , class V2 , class R2 >
EnableIfInterOperable< T1, T2, bool >::type	operator== (const RandomAccessIteratorFacade< T1, V1, R1, D > &lhs, const RandomAccessIteratorFacade< T2, V2, R2, D > &rhs)
	Checks for equality. More...
template<class T1 , class V1 , class R1 , class D , class T2 , class V2 , class R2 >
EnableIfInterOperable< T1, T2, bool >::type	operator!= (const RandomAccessIteratorFacade< T1, V1, R1, D > &lhs, const RandomAccessIteratorFacade< T2, V2, R2, D > &rhs)
	Checks for inequality. More...
template<class T1 , class V1 , class R1 , class D , class T2 , class V2 , class R2 >
EnableIfInterOperable< T1, T2, bool >::type	operator< (const RandomAccessIteratorFacade< T1, V1, R1, D > &lhs, const RandomAccessIteratorFacade< T2, V2, R2, D > &rhs)
	Comparison operator. More...
template<class T1 , class V1 , class R1 , class D , class T2 , class V2 , class R2 >
EnableIfInterOperable< T1, T2, bool >::type	operator<= (const RandomAccessIteratorFacade< T1, V1, R1, D > &lhs, const RandomAccessIteratorFacade< T2, V2, R2, D > &rhs)
	Comparison operator. More...
template<class T1 , class V1 , class R1 , class D , class T2 , class V2 , class R2 >
EnableIfInterOperable< T1, T2, bool >::type	operator> (const RandomAccessIteratorFacade< T1, V1, R1, D > &lhs, const RandomAccessIteratorFacade< T2, V2, R2, D > &rhs)
	Comparison operator. More...
template<class T1 , class V1 , class R1 , class D , class T2 , class V2 , class R2 >
EnableIfInterOperable< T1, T2, bool >::type	operator>= (const RandomAccessIteratorFacade< T1, V1, R1, D > &lhs, const RandomAccessIteratorFacade< T2, V2, R2, D > &rhs)
	Comparison operator. More...
template<class T1 , class V1 , class R1 , class D , class T2 , class V2 , class R2 >
EnableIfInterOperable< T1, T2, D >::type	operator- (const RandomAccessIteratorFacade< T1, V1, R1, D > &lhs, const RandomAccessIteratorFacade< T2, V2, R2, D > &rhs)
	Calculates the difference between two pointers. More...
template<class T >
constexpr bool	operator== (const MallocAllocator< T > &, const MallocAllocator< T > &)
	check whether allocators are equivalent
template<class T >
constexpr bool	operator!= (const MallocAllocator< T > &, const MallocAllocator< T > &)
	check whether allocators are not equivalent
template<class Base , class Exponent >
constexpr Base	power (Base m, Exponent p)
	Power method for integer exponents. More...
template<class T >
constexpr static T	factorial (const T &n) noexcept
	calculate the factorial of n as a constexpr
template<class T , T n>
constexpr static auto	factorial (std::integral_constant< T, n >) noexcept
	calculate the factorial of n as a constexpr
template<class T >
constexpr static T	binomial (const T &n, const T &k) noexcept
	calculate the binomial coefficient n over k as a constexpr
template<class T , T n, T k>
constexpr static auto	binomial (std::integral_constant< T, n >, std::integral_constant< T, k >) noexcept
	calculate the binomial coefficient n over k as a constexpr
template<class K >
K	conjugateComplex (const K &x)
	compute conjugate complex of x
template<class T >
int	sign (const T &val)
	Return the sign of the value.
template<class... F>
auto	overload (F &&... f)
	Create an overload set. More...
template<class... F>
auto	orderedOverload (F &&... f)
	Create an ordered overload set. More...
bool	operator== (const No_Comm &, const No_Comm &)
	Comparison operator for MPI compatibility. More...
bool	operator!= (const No_Comm &, const No_Comm &)
	Comparison operator for MPI compatibility. More...
template<class TG , class TL >
std::ostream &	operator<< (std::ostream &os, const IndexPair< TG, TL > &pair)
	Print an index pair. More...
template<class TG , class TL , int N>
std::ostream &	operator<< (std::ostream &os, const ParallelIndexSet< TG, TL, N > &indexSet)
	Print an index set. More...
template<typename T , typename A , typename A1 >
void	storeGlobalIndicesOfRemoteIndices (std::map< int, SLList< std::pair< typename T::GlobalIndex, typename T::LocalIndex::Attribute >, A > > &globalMap, const RemoteIndices< T, A1 > &remoteIndices)
	Stores the corresponding global indices of the remote index information. More...
template<typename T , typename A , typename A1 >
void	repairLocalIndexPointers (std::map< int, SLList< std::pair< typename T::GlobalIndex, typename T::LocalIndex::Attribute >, A > > &globalMap, RemoteIndices< T, A1 > &remoteIndices, const T &indexSet)
	Repair the pointers to the local indices in the remote indices. More...
template<class T >
std::ostream &	operator<< (std::ostream &os, const ParallelLocalIndex< T > &index)
	Print the local index to a stream. More...
std::string	concatPaths (const std::string &base, const std::string &p)
	concatenate two paths More...
std::string	processPath (const std::string &p)
	sanitize a path for further processing More...
bool	pathIndicatesDirectory (const std::string &p)
	check whether the given path indicates that it is a directory More...
std::string	prettyPath (const std::string &p, bool isDirectory)
	pretty print path More...
std::string	prettyPath (const std::string &p)
	pretty print path More...
std::string	relativePath (const std::string &newbase, const std::string &p)
	compute a relative path between two paths More...
template<typename T >
pointer_or_proxy_holder	handle_proxy_member_access (T &&t)
	Transparent support for providing member access to both lvalues and rvalues (temporary proxies). More...
template<typename T , typename std::enable_if< IsIterable< T >::value, int >::type = 0>
T::value_type	max_value (const T &v)
	compute the maximum value over a range More...
template<typename T , typename std::enable_if< IsIterable< T >::value, int >::type = 0>
T::value_type	min_value (const T &v)
	compute the minimum value over a range More...
template<typename T , typename std::enable_if< IsIterable< T >::value, int >::type = 0>
bool	any_true (const T &v)
	similar to std::bitset<N>::any() return true, if any entries is true More...
template<typename T , typename std::enable_if< IsIterable< T >::value, int >::type = 0>
bool	all_true (const T &v)
	similar to std::bitset<N>::all() return true, if any entries is true More...
template<class T , class U , std::enable_if_t< std::is_same< std::decay_t< T >, std::decay_t< U >>::value, int > = 0, std::enable_if_t< std::is_integral< std::decay_t< T >>::value, int > = 0>
static IntegralRange< std::decay_t< T > >	range (T &&from, U &&to) noexcept
	free standing function for setting up a range based for loop over an integer range for (auto i: range(0,10)) // 0,1,2,3,4,5,6,7,8,9 or for (auto i: range(-10,10)) // -10,-9,..,8,9 or for (auto i: range(10)) // 0,1,2,3,4,5,6,7,8,9
template<class R , class F >
auto	transformedRangeView (R &&range, const F &f)
	Create a TransformedRangeView. More...
template<class R , class F >
auto	iteratorTransformedRangeView (R &&range, const F &f)
	Create a TransformedRangeView using an iterator transformation. More...
template<class Range >
auto	sparseRange (Range &&range)
	Allow structured-binding for-loops for sparse iterators. More...
template<class T >
constexpr T &	resolveRef (T &gf) noexcept
	Helper function to resolve std::reference_wrapper. More...
template<class T >
constexpr T &	resolveRef (std::reference_wrapper< T > gf) noexcept
	Helper function to resolve std::reference_wrapper. More...
template<typename T >
std::shared_ptr< T >	stackobject_to_shared_ptr (T &t)
	Create a shared_ptr for a stack-allocated object. More...
template<class T >
auto	wrap_or_move (T &&t)
	Capture R-value reference to shared_ptr. More...
template<class T >
auto	wrap_or_move (T &t)
	Capture L-value reference to std::shared_ptr. More...
template<class T >
std::size_t	lanes (const T &)
	get the number of lanes of a simd vector (scalar version)
template<class T >
T	lane (std::size_t l, const T &v)
	access a lane of a simd vector (scalar version)
template<class T >
T &	lane (std::size_t l, T &v)
	access a lane of a simd vector (scalar version)
template<class T >
void	assign (T &dst, const T &src, bool mask)
	masked Simd assignment (scalar version) More...
void	assertCallOnce (const char *file=nullptr, int line=-1, const char *function=nullptr)
	Make sure call_once() works and provide a helpful error message otherwise. More...
template<typename Stream , typename... Ts>
Stream &	operator<< (Stream &stream, const std::tuple< Ts... > &t)
	Print a std::tuple.
template<typename Stream , typename... Ts>
Stream &	operator>> (Stream &stream, std::tuple< Ts... > &t)
	Read a std::tuple.
template<typename Stream , typename T , std::size_t N>
Stream &	operator<< (Stream &stream, const std::array< T, N > &a)
	Print a std::array.
template<typename C >
bool	hasPrefix (const C &c, const char *prefix)
	Check whether a character container has a given prefix. More...
template<typename C >
bool	hasSuffix (const C &c, const char *suffix)
	Check whether a character container has a given suffix. More...
template<class... T>
static std::string	formatString (const std::string &s, const T &... args)
	Format values according to printf format string. More...
template<class Matrix , std::enable_if_t< Impl::HasMemberFunctionTransposed< Matrix >::value, int > = 0>
auto	transpose (const Matrix &matrix)
	Return the transposed of the given matrix. More...
template<class Matrix , std::enable_if_t< not Impl::HasMemberFunctionTransposed< std::decay_t< Matrix >>::value, int > = 0>
auto	transpose (Matrix &&matrix)
	Create a wrapper modelling the transposed matrix. More...
template<class Matrix >
auto	transpose (const std::reference_wrapper< Matrix > &matrix)
	Create a wrapper modelling the transposed matrix. More...
template<class Matrix >
auto	transposedView (const Matrix &matrix)
	Create a view modelling the transposed matrix. More...
template<class F , class ArgTuple , class I , I... i>
decltype(auto)	applyPartial (F &&f, ArgTuple &&args, std::integer_sequence< I, i... >)
	Apply function with arguments from a given tuple. More...
template<class Tuple , class Functor >
auto	genericTransformTuple (Tuple &&t, Functor &&f) -> decltype(genericTransformTupleBackend(t, f))
template<template< class > class TypeEvaluator, class Tuple , class... Args>
auto	transformTuple (Tuple &&orig, Args &&... args) -> decltype(genericTransformTuple(orig, makeTransformTupleFunctor< TypeEvaluator >(args...)))
template<class... T>
constexpr auto	uniqueTypeList (TypeList< T... > list)
	Remove duplicates from a Dune::TypeList. More...
template<class T , T... t, std::size_t index>
constexpr auto	integerSequenceEntry (std::integer_sequence< T, t... >, std::integral_constant< std::size_t, index > i)
	Get entry of std::integer_sequence. More...
template<class T >
constexpr AutonomousValue< T >	autoCopy (T &&v)
	Autonomous copy of an expression's value for use in auto type deduction. More...
template<typename T >
constexpr std::size_t	maxBlockLevel ()
	Determine the maximum block level of a possibly nested vector/matrix type.
template<typename T >
constexpr std::size_t	minBlockLevel ()
	Determine the minimum block level of a possibly nested vector/matrix type.
template<typename T >
constexpr bool	hasUniqueBlockLevel ()
	Determine if a vector/matrix has a uniquely determinable block level.
template<typename T >
constexpr std::size_t	blockLevel ()
	Determine the block level of a possibly nested vector/matrix type.
template<class K , class A >
std::ostream &	operator<< (std::ostream &s, const BlockVector< K, A > &v)
	Send BlockVector to an output stream.
template<class Vector , class F >
std::size_t	flatVectorForEach (Vector &&vector, F &&f, std::size_t offset=0)
	Traverse a blocked vector and call a functor at each scalar entry. More...
template<class Matrix , class F >
std::pair< std::size_t, std::size_t >	flatMatrixForEach (Matrix &&matrix, F &&f, std::size_t rowOffset=0, std::size_t colOffset=0)
	Traverse a blocked matrix and call a functor at each scalar entry. More...
template<class M , class X , class Y >
void	bltsolve (const M &A, X &v, const Y &d)
	block lower triangular solve
template<class M , class X , class Y , class K >
void	bltsolve (const M &A, X &v, const Y &d, const K &w)
	relaxed block lower triangular solve
template<class M , class X , class Y >
void	ubltsolve (const M &A, X &v, const Y &d)
	unit block lower triangular solve
template<class M , class X , class Y , class K >
void	ubltsolve (const M &A, X &v, const Y &d, const K &w)
	relaxed unit block lower triangular solve
template<class M , class X , class Y >
void	butsolve (const M &A, X &v, const Y &d)
	block upper triangular solve
template<class M , class X , class Y , class K >
void	butsolve (const M &A, X &v, const Y &d, const K &w)
	relaxed block upper triangular solve
template<class M , class X , class Y >
void	ubutsolve (const M &A, X &v, const Y &d)
	unit block upper triangular solve
template<class M , class X , class Y , class K >
void	ubutsolve (const M &A, X &v, const Y &d, const K &w)
	relaxed unit block upper triangular solve
template<class M , class X , class Y , int l>
void	bltsolve (const M &A, X &v, const Y &d, BL< l >)
	block lower triangular solve
template<class M , class X , class Y , class K , int l>
void	bltsolve (const M &A, X &v, const Y &d, const K &w, BL< l >)
	relaxed block lower triangular solve
template<class M , class X , class Y , int l>
void	ubltsolve (const M &A, X &v, const Y &d, BL< l >)
	unit block lower triangular solve
template<class M , class X , class Y , class K , int l>
void	ubltsolve (const M &A, X &v, const Y &d, const K &w, BL< l >)
	relaxed unit block lower triangular solve
template<class M , class X , class Y , int l>
void	butsolve (const M &A, X &v, const Y &d, BL< l > bl)
	block upper triangular solve
template<class M , class X , class Y , class K , int l>
void	butsolve (const M &A, X &v, const Y &d, const K &w, BL< l > bl)
	relaxed block upper triangular solve
template<class M , class X , class Y , int l>
void	ubutsolve (const M &A, X &v, const Y &d, BL< l > bl)
	unit block upper triangular solve
template<class M , class X , class Y , class K , int l>
void	ubutsolve (const M &A, X &v, const Y &d, const K &w, BL< l > bl)
	relaxed unit block upper triangular solve
template<class M , class X , class Y >
void	bdsolve (const M &A, X &v, const Y &d)
	block diagonal solve, no relaxation
template<class M , class X , class Y , class K >
void	bdsolve (const M &A, X &v, const Y &d, const K &w)
	block diagonal solve, with relaxation
template<class M , class X , class Y , int l>
void	bdsolve (const M &A, X &v, const Y &d, BL< l >)
	block diagonal solve, no relaxation
template<class M , class X , class Y , class K , int l>
void	bdsolve (const M &A, X &v, const Y &d, const K &w, BL< l >)
	block diagonal solve, with relaxation
template<class M , class X , class Y , class K >
void	dbgs (const M &A, X &x, const Y &b, const K &w)
	GS step.
template<class M , class X , class Y , class K , int l>
void	dbgs (const M &A, X &x, const Y &b, const K &w, BL< l >)
	GS step.
template<class M , class X , class Y , class K >
void	bsorf (const M &A, X &x, const Y &b, const K &w)
	SOR step.
template<class M , class X , class Y , class K , int l>
void	bsorf (const M &A, X &x, const Y &b, const K &w, BL< l >)
	SOR step.
template<class M , class X , class Y , class K >
void	bsorb (const M &A, X &x, const Y &b, const K &w)
	SSOR step.
template<class M , class X , class Y , class K , int l>
void	bsorb (const M &A, X &x, const Y &b, const K &w, BL< l >)
	Backward SOR step.
template<class M , class X , class Y , class K >
void	dbjac (const M &A, X &x, const Y &b, const K &w)
	Jacobi step.
template<class M , class X , class Y , class K , int l>
void	dbjac (const M &A, X &x, const Y &b, const K &w, BL< l >)
	Jacobi step.
template<class Matrix >
void	bildl_decompose (Matrix &A)
	compute ILDL decomposition of a symmetric matrix A More...
template<class V >
void	recursive_printvector (std::ostream &s, const V &v, std::string rowtext, int &counter, int columns, int width)
	Recursively print a vector. More...
template<class V >
void	printvector (std::ostream &s, const V &v, std::string title, std::string rowtext, int columns=1, int width=10, int precision=2)
	Print an ISTL vector. More...
void	fill_row (std::ostream &s, int m, int width, [[maybe_unused]] int precision)
	Print a row of zeros for a non-existing block. More...
template<class K >
void	print_row (std::ostream &s, const K &value, [[maybe_unused]] typename FieldMatrix< K, 1, 1 >::size_type I, [[maybe_unused]] typename FieldMatrix< K, 1, 1 >::size_type J, [[maybe_unused]] typename FieldMatrix< K, 1, 1 >::size_type therow, int width, [[maybe_unused]] int precision, typename std::enable_if_t< Dune::IsNumber< K >::value > *sfinae=nullptr)
	Print one row of a matrix, specialization for number types. More...
template<class M >
void	print_row (std::ostream &s, const M &A, typename M::size_type I, typename M::size_type J, typename M::size_type therow, int width, int precision, typename std::enable_if_t<!Dune::IsNumber< M >::value > *sfinae=nullptr)
	Print one row of a matrix. More...
template<class M >
void	printmatrix (std::ostream &s, const M &A, std::string title, std::string rowtext, int width=10, int precision=2)
	Print a generic block matrix. More...
template<class B , int n, int m, class A >
void	printSparseMatrix (std::ostream &s, const BCRSMatrix< FieldMatrix< B, n, m >, A > &mat, std::string title, std::string rowtext, int width=3, int precision=2)
	Prints a BCRSMatrix with fixed sized blocks. More...
template<class FieldType >
void	writeMatrixToMatlabHelper (const FieldType &value, int rowOffset, int colOffset, std::ostream &s, typename std::enable_if_t< Dune::IsNumber< FieldType >::value > *sfinae=nullptr)
	Helper method for the writeMatrixToMatlab routine. More...
template<class MatrixType >
void	writeMatrixToMatlabHelper (const MatrixType &matrix, int externalRowOffset, int externalColOffset, std::ostream &s, typename std::enable_if_t<!Dune::IsNumber< MatrixType >::value > *sfinae=nullptr)
	Helper method for the writeMatrixToMatlab routine. More...
template<class MatrixType >
void	writeMatrixToMatlab (const MatrixType &matrix, const std::string &filename, int outputPrecision=18)
	Writes sparse matrix in a Matlab-readable format. More...
template<class VectorType >
void	writeVectorToMatlab (const VectorType &vector, const std::string &filename, int outputPrecision=18)
	Writes vectors in a Matlab-readable format. More...
template<class Mat , class SVGOptions = DefaultSVGMatrixOptions>
void	writeSVGMatrix (const Mat &mat, std::ostream &out, SVGOptions opts={})
	Writes the visualization of matrix in the SVG format. More...
template<typename T , typename A >
void	readMatrixMarket (Dune::BlockVector< T, A > &vector, std::istream &istr)
	Reads a BlockVector from a matrix market file. More...
template<typename T , typename A >
void	readMatrixMarket (Dune::BCRSMatrix< T, A > &matrix, std::istream &istr)
	Reads a sparse matrix from a matrix market file. More...
template<typename M >
void	writeMatrixMarket (const M &matrix, std::ostream &ostr)
	writes a ISTL matrix or vector to a stream in matrix market format.
template<typename M >
void	storeMatrixMarket (const M &matrix, std::string filename, int prec=default_precision)
	Stores a parallel matrix/vector in matrix market format in a file. More...
template<typename M , typename G , typename L >
void	storeMatrixMarket (const M &matrix, std::string filename, const OwnerOverlapCopyCommunication< G, L > &comm, bool storeIndices=true, int prec=default_precision)
	Stores a parallel matrix/vector in matrix market format in a file. More...
template<typename M , typename G , typename L >
void	loadMatrixMarket (M &matrix, const std::string &filename, OwnerOverlapCopyCommunication< G, L > &comm, bool readIndices=true)
	Load a parallel matrix/vector stored in matrix market format. More...
template<typename M >
void	loadMatrixMarket (M &matrix, const std::string &filename)
	Load a matrix/vector stored in matrix market format. More...
template<class T , class A , class A1 , class A2 , int n, int m, int k>
void	matMultTransposeMat (BCRSMatrix< FieldMatrix< T, n, k >, A > &res, const BCRSMatrix< FieldMatrix< T, n, m >, A1 > &mat, const BCRSMatrix< FieldMatrix< T, k, m >, A2 > &matt, [[maybe_unused]] bool tryHard=false)
	Calculate product of a sparse matrix with a transposed sparse matrices ( \(C=A*B^T\)). More...
template<class T , class A , class A1 , class A2 , int n, int m, int k>
void	matMultMat (BCRSMatrix< FieldMatrix< T, n, m >, A > &res, const BCRSMatrix< FieldMatrix< T, n, k >, A1 > &mat, const BCRSMatrix< FieldMatrix< T, k, m >, A2 > &matt, bool tryHard=false)
	Calculate product of two sparse matrices ( \(C=A*B\)). More...
template<class T , class A , class A1 , class A2 , int n, int m, int k>
void	transposeMatMultMat (BCRSMatrix< FieldMatrix< T, n, m >, A > &res, const BCRSMatrix< FieldMatrix< T, k, n >, A1 > &mat, const BCRSMatrix< FieldMatrix< T, k, m >, A2 > &matt, [[maybe_unused]] bool tryHard=false)
	Calculate product of a transposed sparse matrix with another sparse matrices ( \(C=A^T*B\)). More...
template<typename M , typename C >
void	redistributeMatrix (M &origMatrix, M &newMatrix, C &origComm, C &newComm, RedistributeInformation< C > &ri)
	Redistribute a matrix according to given domain decompositions. More...
template<class M >
auto	countNonZeros (const M &, [[maybe_unused]] typename std::enable_if_t< Dune::IsNumber< M >::value > *sfinae=nullptr)
	Get the number of nonzero fields in the matrix. More...
template<typename T1 , typename... Args>
std::ostream &	operator<< (std::ostream &s, const MultiTypeBlockMatrix< T1, Args... > &m)
	<< operator for a MultiTypeBlockMatrix More...
template<typename... Args>
std::ostream &	operator<< (std::ostream &s, const MultiTypeBlockVector< Args... > &v)
	Send MultiTypeBlockVector to an outstream.
template<class G , class T1 , class T2 >
void	fillIndexSetHoles (const G &graph, Dune::OwnerOverlapCopyCommunication< T1, T2 > &oocomm)
	Fills the holes in an index set. More...
template<class G , class T1 , class T2 >
bool	graphRepartition (const G &graph, Dune::OwnerOverlapCopyCommunication< T1, T2 > &oocomm, Metis::idx_t nparts, std::shared_ptr< Dune::OwnerOverlapCopyCommunication< T1, T2 >> &outcomm, RedistributeInterface &redistInf, bool verbose=false)
	execute a graph repartition for a giving graph and indexset. More...
template<class X , class Comm >
std::shared_ptr< ScalarProduct< X > >	makeScalarProduct (std::shared_ptr< const Comm > comm, SolverCategory::Category category)
	Choose the appropriate scalar product for a solver category. More...
template<class X , class Comm >
std::shared_ptr< ScalarProduct< X > >	createScalarProduct (const Comm &comm, SolverCategory::Category category)
template<class Operator >
std::shared_ptr< InverseOperator< typename Operator::domain_type, typename Operator::range_type > >	getSolverFromFactory (std::shared_ptr< Operator > op, const ParameterTree &config, std::shared_ptr< Preconditioner< typename Operator::domain_type, typename Operator::range_type >> prec=nullptr)
	Instantiates an InverseOperator from an Operator and a configuration given as a ParameterTree. More...
template<class InIterator , class OutIterator >
void	reduceOrder (const InIterator &inBegin, const InIterator &inEnd, OutIterator outIt)
	Algorithm to reduce vertex order information. More...
template<typename... T>
unspecified value type	referenceElement (T &&... t)
	Returns a reference element for the objects t.... More...
template<typename T , int dim>
auto	referenceElement (const Dune::GeometryType &gt, Dune::Dim< dim >={})
	Returns a reference element of dimension dim for the given geometry type and coordinate field type. More...
template<typename T , int dim, std::enable_if_t< IsNumber< std::decay_t< T >>::value, int > = 0>
auto	referenceElement (const T &, const Dune::GeometryType &gt, Dune::Dim< dim >)
	Returns a reference element of dimension dim for the given geometry type and coordinate field type. More...
RefinementIntervals	refinementIntervals (int intervals)
	Creates a RefinementIntervals object. More...
RefinementIntervals	refinementLevels (int levels)
	Creates a RefinementIntervals object. More...
template<class TestGeometry >
bool	checkGeometry (const TestGeometry &geometry)
	Static and dynamic checks for all features of a Geometry. More...
std::ostream &	operator<< (std::ostream &s, const GeometryType &a)
	Prints the type to an output stream.
GeometryType	geometryTypeFromVertexCount (unsigned int dim, unsigned int vertices)
	Utility function to construct the correct geometry type given the dimension and the number of vertices. More...
template<int dimension, class CoordType >
VirtualRefinement< dimension, CoordType > &	buildRefinement (GeometryType geometryType, GeometryType coerceTo)
	return a reference to the VirtualRefinement according to the parameters More...
template<int dim, int dimworld, class ct , class GridFamily >
Grid< dim, dimworld, ct, GridFamily >::LevelGridView	levelGridView (const Grid< dim, dimworld, ct, GridFamily > &grid, int level)
	level grid view for the given grid and level. More...
template<int dim, int dimworld, class ct , class GridFamily >
Grid< dim, dimworld, ct, GridFamily >::LeafGridView	leafGridView (const Grid< dim, dimworld, ct, GridFamily > &grid)
	leaf grid view for the given grid More...
std::string	PartitionName (PartitionType type)
	Provide names for the partition types. More...
std::ostream &	operator<< (std::ostream &out, const PartitionType &type)
	write a PartitionType to a stream More...
std::ostream &	operator<< (std::ostream &out, const InterfaceType &type)
	write an InterfaceType to a stream More...
std::ostream &	operator<< (std::ostream &out, const PartitionIteratorType &type)
	write a PartitionIteratorType to a stream More...
template<class G >
void	gridinfo (const G &grid, std::string prefix="")
	A function to print some information about the grid as a whole.
template<class G >
void	gridlevellist (const G &grid, int level, std::string prefix)
	A function to print info about a grid level and its entities.
template<class G >
void	gridleaflist (const G &grid, std::string prefix)
	A function to print info about a leaf grid and its entities.
template<int codim>
MCMGLayout	mcmgLayout (Codim< codim >)
	layout for entities of codimension codim More...
template<int dim>
MCMGLayout	mcmgLayout (Dim< dim >)
	layout for entities of dimension dim More...
MCMGLayout	mcmgElementLayout ()
	layout for elements (codim-0 entities) More...
MCMGLayout	mcmgVertexLayout ()
	layout for vertices (dim-0 entities) More...
template<typename GridType >
void	printGrid (const GridType &grid, const Dune::MPIHelper &helper, std::string output_file="printgrid", int size=2000, bool execute_plot=true, bool png=true, bool local_corner_indices=true, bool local_intersection_indices=true, bool outer_normals=true)
	Print a grid as a gnuplot for testing and development. More...
template<class GV >
void	fillGridViewInfoSerial (const GV &gv, GridViewInfo< typename GV::ctype > &gridViewInfo)
	fill a GridViewInfo structure from a serial grid More...
template<int d, class CC >
std::ostream &	operator<< (std::ostream &s, const YaspGrid< d, CC > &grid)
	Output operator for multigrids.
template<class Communication , int d>
std::ostream &	operator<< (std::ostream &s, const Torus< Communication, d > &t)
	Output operator for Torus.
template<class Coordinates >
std::ostream &	operator<< (std::ostream &s, YGridComponent< Coordinates > e)
	Output operator for ygrids.
template<class Coordinates >
std::ostream &	operator<< (std::ostream &s, typename YGridComponent< Coordinates >::Iterator &e)
	Output operator for ygrids.
template<class Coordinates >
std::ostream &	operator<< (std::ostream &s, const YGrid< Coordinates > &e)
	Output operator for ygrids.
template<class F2 , class F1 >
void	field_cast (const F1 &f1, F2 &f2)
	a helper class to cast from one field to another More...

Variables
static constexpr auto	debugAlignment = 2*alignof(std::max_align_t)
	an alignment large enough to trigger alignment errors
template<class T >
constexpr bool	IsReferenceWrapper_v = Impl::IsReferenceWrapper<T>::value
	Helper to detect if given type is a std::reference_wrapper.
DVVerbType	dvverb (std::cout)
	stream for very verbose output. More...
DVerbType	dverb (std::cout)
	Singleton of verbose debug stream. More...
DInfoType	dinfo (std::cout)
	Stream for informative output. More...
DWarnType	dwarn (std::cerr)
	Stream for warnings indicating problems. More...
DGraveType	dgrave (std::cerr)
	Stream for warnings indicating fatal errors. More...
DErrType	derr (std::cerr)
	Stream for error messages. More...
static const DebugLevel	VERY_VERBOSE_DEBUG_LEVEL = 1
	The level of the very verbose debug stream. More...
static const DebugLevel	VERBOSE_DEBUG_LEVEL = 2
	The level of the verbose debug stream. More...
static const DebugLevel	INFO_DEBUG_LEVEL = 3
	The level of the informative debug stream. More...
static const DebugLevel	WARN_DEBUG_LEVEL = 4
	The level of the debug stream for warnings. More...
static const DebugLevel	GRAVE_DEBUG_LEVEL = 5
	The level of the debug stream for fatal errors. More...
const char	base64table []
	endoing table

Detailed Description

Dune namespace.

Include standard header files.

Todo:

put vtk io intro here ...

details and examples regarding the VTK file format can be found here:

http://www.earthmodels.org/software/vtk-and-paraview/vtk-file-formats

include base class functionality for the communication interface include parallel capability

Typedef Documentation

CollectiveCommunication

template<class T >

using Dune::CollectiveCommunication = typedef Communication<T>

Deprecated:

CollectiveCommunication is deprecated and will be removed after Dune 2.9.

Use Communication instead.

LagrangeLocalFiniteElementCache

template<class D , class R , std::size_t dim, std::size_t order>

using Dune::LagrangeLocalFiniteElementCache = typedef LocalFiniteElementVariantCache<Impl::ImplementedLagrangeFiniteElements<D,R,dim,order> >

A cache that stores all available Pk/Qk like local finite elements for the given dimension and order.

An interface for dealing with different vertex orders is currently missing.

Template Parameters

D	Type used for domain coordinates
R	Type used for shape function values
dim	Element dimension
order	Element order

The cached finite element implementations can be obtained using get(GeometryType).

OneDGridGeometry

template<int mydim, int coorddim, class GridImp >

using Dune::OneDGridGeometry = typedef AxisAlignedCubeGeometry<double, mydim, coorddim>

The type used to for OneDGrid geometries.

If you ever want OneDGrid to use a different type for coordinates, you need to change the first argument of AxisAlignedCubeGeometry here.

P1LocalFiniteElement

template<class D , class R , int dim>

using Dune::P1LocalFiniteElement = typedef LagrangeSimplexLocalFiniteElement<D,R,dim,1>

The local p1 finite element on simplices.

Template Parameters

D	Domain data type
R	Range data type
dim	Dimension of the simplex

Deprecated:

This class is obsolete. Please use LagrangeSimplexLocalFiniteElement instead!

P23DLocalFiniteElement

template<class D , class R >

using Dune::P23DLocalFiniteElement = typedef LagrangeSimplexLocalFiniteElement<D,R,3,2>

Second-order Lagrange local finite element on the reference tetrahedron.

Template Parameters

D	Number type used for domain coordinates
R	Number type used for shape function values

Deprecated:

This class is obsolete. Please use LagrangeSimplexLocalFiniteElement instead!

P2LocalFiniteElement

template<class D , class R , int d>

using Dune::P2LocalFiniteElement = typedef LagrangeSimplexLocalFiniteElement<D,R,d,2>

Second-order Lagrange finite element on the reference simplex with compile-time dimension.

Deprecated:

This class is obsolete. Please use LagrangeSimplexLocalFiniteElement instead!

Pk1DLocalFiniteElement

template<class D , class R , unsigned int k>

using Dune::Pk1DLocalFiniteElement = typedef LagrangeSimplexLocalFiniteElement<D,R,1,k>

Lagrange finite element on the unit interval with arbitrary compile-time order.

Deprecated:

This class is obsolete. Please use LagrangeSimplexLocalFiniteElement instead!

Pk2DLocalFiniteElement

template<class D , class R , unsigned int k>

using Dune::Pk2DLocalFiniteElement = typedef LagrangeSimplexLocalFiniteElement<D,R,2,k>

Todo:

Please doc me !

Deprecated:

This class is obsolete. Please use LagrangeSimplexLocalFiniteElement instead!

Pk3DLocalFiniteElement

template<class D , class R , unsigned int k>

using Dune::Pk3DLocalFiniteElement = typedef LagrangeSimplexLocalFiniteElement<D,R,3,k>

Todo:

Please doc me !

Deprecated:

This class is obsolete. Please use LagrangeSimplexLocalFiniteElement instead!

PkLocalFiniteElement

template<class D , class R , int d, int k>

using Dune::PkLocalFiniteElement = typedef LagrangeSimplexLocalFiniteElement<D, R, d, k>

Deprecated:

This class is obsolete. Please use LagrangeSimplexLocalFiniteElement instead!

PrismP1LocalFiniteElement

template<class D , class R >

using Dune::PrismP1LocalFiniteElement = typedef LagrangePrismLocalFiniteElement<D,R,1>

First-order Lagrangian finite element on a prism.

Deprecated:

Please use LagrangePrismLocalFiniteElement<D,R,2> instead!

PrismP2LocalFiniteElement

template<class D , class R >

using Dune::PrismP2LocalFiniteElement = typedef LagrangePrismLocalFiniteElement<D,R,2>

Second-order Lagrange finite element on a three-dimensional prism.

Deprecated:

Please use LagrangePrismLocalFiniteElement<D,R,2> instead!

PyramidP1LocalFiniteElement

template<class D , class R >

using Dune::PyramidP1LocalFiniteElement = typedef LagrangePyramidLocalFiniteElement<D,R,1>

First-order Lagrangian finite element on a three-dimensional pyramid.

Deprecated:

Please use LagrangePyramidLocalFiniteElement<D,R,1> instead!

PyramidP2LocalFiniteElement

template<class D , class R >

using Dune::PyramidP2LocalFiniteElement = typedef LagrangePyramidLocalFiniteElement<D,R,2>

Second-order Lagrangian finite element on a three-dimensional pyramid.

Deprecated:

Please use LagrangePyramidLocalFiniteElement<D,R,2> instead!

Q1LocalFiniteElement

template<class D , class R , int dim>

using Dune::Q1LocalFiniteElement = typedef LagrangeCubeLocalFiniteElement<D,R,dim,1>

The local Q1 finite element on cubes.

Template Parameters

D	Domain data type
R	Range data type
dim	Dimension of the cube

Deprecated:

This class is deprecated! Please use LagrangeCubeLocalFiniteElement instead.

QkLocalFiniteElement

template<class D , class R , int d, int k>

using Dune::QkLocalFiniteElement = typedef LagrangeCubeLocalFiniteElement<D,R,d,k>

General Lagrange finite element for cubes with arbitrary dimension and polynomial order.

Note

The general class QkLocalCoefficients is available for k>0 in dimensions 2 and 3 only

Template Parameters

D	type used for domain coordinates
R	type used for function values
d	dimension of the reference element
k	polynomial order

Deprecated:

This class is deprecated! Please use LagrangeCubeLocalFiniteElement instead.

RaviartThomasLocalFiniteElementCache

template<class D , class R , std::size_t dim, std::size_t order>

using Dune::RaviartThomasLocalFiniteElementCache = typedef LocalFiniteElementVariantCache<Impl::ImplementedRaviartThomasLocalFiniteElements<D,R,dim,order> >

A cache that stores all available Raviart-Thomas local finite elements for the given dimension and order.

Template Parameters

D	Type used for domain coordinates
R	Type used for shape function values
dim	Element dimension
order	Element order

The cached finite element implementations can be obtained using get(GeometryType).

ResolveRef_t

template<class T >

using Dune::ResolveRef_t = typedef std::remove_reference_t<decltype(Dune::resolveRef(std::declval<T&>()))>

Type trait to resolve std::reference_wrapper.

This is an alias for result of resolveRef. Plain types T or const T are forwarded while for T=std::reference_wrapper<S> the wrapped type S is returned.

SimdIndex

template<typename V >

using Dune::SimdIndex = typedef typename SimdIndexTypeTraits<V>::type

An simd vector of indices corresponding to a simd vector V.

lanes(T()) == lanes(SimdIndex<T>()) holds.

Note

The size of the elements of a SimdIndex isn't very well-defined. Be careful.

SimdMask

template<typename V >

using Dune::SimdMask = typedef typename SimdMaskTypeTraits<V>::type

A simd vector of truth values corresponding to a simd vector V.

lanes(T()) == lanes(SimdMask<T>()) holds.

UniqueTypeList_t

template<class NonUniqueTypeList >

using Dune::UniqueTypeList_t = typedef typename Impl::UniqueTypesHelper<TypeList, NonUniqueTypeList>::type

Remove duplicates from a Dune::TypeList.

For a given Dune::TypeList<T...> this is an alias for Dune::TypeList<S...>, where S... is generated by removing duplicate types from T... .

UniqueTypes_t

template<template< class... > class Target, class... T>

using Dune::UniqueTypes_t = typedef typename Impl::UniqueTypesHelper<Target, TypeList<T...> >::type

Remove duplicates from a list of types.

For a given list of types T... instantiate Target<S...>, where S... is generated by removing duplicate types from T... . This is useful for std::variant which does not like to be instantiated with duplicate types.

UnpackTypeList_t

template<template< class... > class Target, class TL >

using Dune::UnpackTypeList_t = typedef typename Impl::UnpackTypeList<Target, TL>::type

Unpack Dune::TypeList.

For a given Dune::TypeList<T...> this is an alias for Target<T...>.

Enumeration Type Documentation

anonymous enum

anonymous enum

Enumerator
implementationDefined	Dummy integral value used for documentation purposes. #include <dune/common/documentation.hh> See also ImplementationDefined

Function Documentation

assertCallOnce()

void Dune::assertCallOnce ( const char *  file = nullptr, int  line = -1, const char *  function = nullptr  )

inline

Make sure call_once() works and provide a helpful error message otherwise.

For call_once() to work, certain versions of libstdc++ need to be linked with -pthread or similar flags. If that is not the case, call_once() will throw an exception. This function checks that call_once() can indeed be used, i.e. that it does not throw an exception when it should not, and that the code does indeed get executed. If call_once() cannot be used, assertCallOnce() aborts the program with a helpful error message.

The check is only actually executed the first time assertCallOnce() is called.

The arguments file and line specify the filename and line number that should appear in the error message. They are ignored if file is 0. The argument function specifies the name of the function to appear in the error message. It is ignored if function is 0.

References Dune::GeometryTypes::line.

assign()

template<class T >

void Dune::assign	(	T &	dst,
		const T &	src,
		bool	mask
	)

masked Simd assignment (scalar version)

Assign src to dest for those lanes where mask is true.

References Dune::Simd::Overloads::mask().

Referenced by Dune::bigunsignedint< k >::bigunsignedint(), Dune::BitSetVector< block_size, Allocator >::setAll(), and Dune::BitSetVector< block_size, Allocator >::unsetAll().

bildl_decompose()

template<class Matrix >

void Dune::bildl_decompose ( Matrix &  A )

inline

compute ILDL decomposition of a symmetric matrix A

Author

Martin Nolte

Parameters

[in,out]

A

Matrix to decompose

Note

A is overwritten by the factorization.

Only the lower half of A is used.

buildRefinement()

template<int dimension, class CoordType >

VirtualRefinement< dimension, CoordType > & Dune::buildRefinement	(	GeometryType	geometryType,
		GeometryType	coerceTo
	)

return a reference to the VirtualRefinement according to the parameters

Template Parameters

dimension	Dimension of the element to refine
CoordType	C++ type of the coordinates

Exceptions

NotImplemented

There is no Refinement implementation for the specified parameters.

Parameters

geometryType	geometry type of the refined element
coerceTo	geometry type of the subelements

References Dune::GeometryType::dim(), and Dune::GeometryType::id().

checkGeometry()

template<class TestGeometry >

bool Dune::checkGeometry

(

const TestGeometry &

geometry

)

Static and dynamic checks for all features of a Geometry.

This excludes anything related to being part of a grid.

Template Parameters

TestGeometry

The type of the geometry to be tested

Parameters

geometry

The TestGeometry object to be tested

Returns

true if check passed

cond()

template<typename T1 , typename T2 >

const T1 Dune::cond	(	bool	b,
		const T1 &	v1,
		const T2 &	v2
	)

conditional evaluate

sometimes call immediate if, evaluates to

if (b)
   return v1;
else
   return v2;

In contrast to if-then-else the cond function can also be evaluated for vector valued SIMD data types, see simd.hh.

Parameters

b	boolean value
v1	value of b==true
v2	value of b==false

Referenced by Dune::Simd::Overloads::cond().

createScalarProduct()

template<class X , class Comm >

std::shared_ptr<ScalarProduct<X> > Dune::createScalarProduct	(	const Comm &	comm,
		SolverCategory::Category	category
	)

Note

Using this helper, you are responsible for the life-time management of comm

References stackobject_to_shared_ptr().

defaultViolatedAlignment()

static void Dune::defaultViolatedAlignment ( const char *  className, std::size_t  expectedAlignment, const void *  address  )

static

default alignment violation handler

Prints it's arguments on stderr and aborts.

References className().

Referenced by violatedAlignmentHandler().

dotT()

template<class A , class B >

auto Dune::dotT	(	const A &	a,
		const B &	b
	)		-> decltype(a*b)

Computes an indefinite vector dot product for fundamental data types according to Petsc's VectTDot function: dotT(a,b) := a*b.

See also

http://www.mcs.anl.gov/petsc/petsc-current/docs/manualpages/Vec/VecTDot.html#VecTDot

Parameters

a
b

Returns

a*b

field_cast()

template<class F2 , class F1 >

void Dune::field_cast ( const F1 &  f1, F2 &  f2  )

inline

a helper class to cast from one field to another

This cast can be used for assignment between different field types, including for example between FieldVectors with different fields. Specially the conversion from a special type e.g. gmp to build in types are provided, the other direction can be more easily handled by the special field type implementation.

fillGridViewInfoSerial()

template<class GV >

void Dune::fillGridViewInfoSerial	(	const GV &	gv,
		GridViewInfo< typename GV::ctype > &	gridViewInfo
	)

fill a GridViewInfo structure from a serial grid

If used on a parallel grid, it will gather information for entities of all partitions on each rank locally.

References Dune::Hybrid::forEach(), Dune::GridViewInfo< ctype >::gridName, Dune::GridViewInfo< ctype >::gridViewName, Dune::FloatCmp::gt(), Dune::Concept::IndexSet, Dune::Hybrid::max, Dune::Hybrid::min, Dune::GridViewInfo< ctype >::partitionName, Dune::Mapper< G, MapperImp, IndexType >::size(), Dune::EntityInfo< ctype >::volumeMax, Dune::EntityInfo< ctype >::volumeMin, and Dune::EntityInfo< ctype >::volumeSum.

fillIndexSetHoles()

template<class G , class T1 , class T2 >

void Dune::fillIndexSetHoles	(	const G &	graph,
		Dune::OwnerOverlapCopyCommunication< T1, T2 > &	oocomm
	)

Fills the holes in an index set.

In general the index set only needs to know those indices where communication my occur. In usual FE computations these are just those near the processor boundaries.

For the repartitioning we need to know all all indices for which data is stored. The missing indices will be created in this method.

Parameters

graph	The graph to reparition.
oocomm	The communication information.

Referenced by graphRepartition().

flatMatrixForEach()

template<class Matrix , class F >

std::pair<std::size_t,std::size_t> Dune::flatMatrixForEach	(	Matrix &&	matrix,
		F &&	f,
		std::size_t	rowOffset = 0,
		std::size_t	colOffset = 0
	)

Traverse a blocked matrix and call a functor at each scalar entry.

The functor f is assumed to have the signature

void(auto&& entry, std::size_t rowOffset, std::size_t colOffset)

taking a scalar entry and the current flat offset (index) of both row and column.

The restrictions on the matrix are:

• well aligned blocks (otherwise there is no sense in the total number of scalar rows/cols)
• all blocks have positive non-zero column / row number
• at least one entry must be present if dynamic matrix types are wrapped within other dynamic matrix types
• if the block size of a sparse matrix is statically known at compile time, the matrix can be empty

The return value is a pair of the total number of scalar rows and columns of the matrix.

flatVectorForEach()

template<class Vector , class F >

std::size_t Dune::flatVectorForEach	(	Vector &&	vector,
		F &&	f,
		std::size_t	offset = 0
	)

Traverse a blocked vector and call a functor at each scalar entry.

The functor f is assumed to have the signature

void(auto&& entry, std::size_t offset)

taking a scalar entry and the current flat offset (index) of this position.

It returns the total number of scalar entries. Similar to dimension() for some DUNE vector types.

References Dune::Hybrid::forEach().

geometryTypeFromVertexCount()

GeometryType Dune::geometryTypeFromVertexCount ( unsigned int  dim, unsigned int  vertices  )

inline

Utility function to construct the correct geometry type given the dimension and the number of vertices.

Note

This code only works up to dimension 3. In higher dimensions the number of vertices does not uniquely identify the type of polyhedron.

References DUNE_THROW, Dune::GeometryTypes::hexahedron, Dune::GeometryTypes::line, Dune::GeometryTypes::prism, Dune::GeometryTypes::pyramid, Dune::GeometryTypes::quadrilateral, Dune::GeometryTypes::tetrahedron, Dune::GeometryTypes::triangle, and Dune::GeometryTypes::vertex.

graphRepartition()

template<class G , class T1 , class T2 >

bool Dune::graphRepartition	(	const G &	graph,
		Dune::OwnerOverlapCopyCommunication< T1, T2 > &	oocomm,
		Metis::idx_t	nparts,
		std::shared_ptr< Dune::OwnerOverlapCopyCommunication< T1, T2 >> &	outcomm,
		RedistributeInterface &	redistInf,
		bool	verbose = false
	)

execute a graph repartition for a giving graph and indexset.

This function provides repartition functionality using the PARMETIS library

Parameters

	graph	The given graph to repartition
	oocomm	The parallel information about the graph.
	nparts	The number of domains the repartitioning should achieve.
[out]	outcomm	Pointer store the parallel information of the redistributed domains in.
	redistInf	Redistribute interface
	verbose	Verbosity flag to give out additional information.

References Dune::Communication< MPI_Comm >::barrier(), Dune::ParallelIndexSet< TG, TL, N >::begin(), Dune::SolverCategory::category(), Dune::OwnerOverlapCopyCommunication< GlobalIdType, LocalIdType >::copyCopyToAll(), Dune::OwnerOverlapCopyCommunication< GlobalIdType, LocalIdType >::copyOwnerToAll(), Dune::Timer::elapsed(), Dune::ParallelIndexSet< TG, TL, N >::end(), fillIndexSetHoles(), Dune::OwnerOverlapCopyCommunication< GlobalIdType, LocalIdType >::indexSet(), Dune::SolverCategory::nonoverlapping, Dune::Communication< MPI_Comm >::rank(), Dune::Timer::reset(), Dune::ParallelIndexSet< TG, TL, N >::size(), and Dune::Communication< MPI_Comm >::size().

hash_combine()

template<typename T >

void Dune::hash_combine ( std::size_t &  seed, const T &  arg  )

inline

Calculates the hash value of arg and combines it in-place with seed.

Parameters

seed	The hash value that will be combined with the hash of arg.
arg	The object for which to calculate a hash value and combine it with seed.

Referenced by hash_range().

hash_range() [1/2]

template<typename It >

std::size_t Dune::hash_range ( It  first, It  last  )

inline

Hashes all elements in the range [first,last) and returns the combined hash.

Parameters

first	Iterator pointing to the first object to hash.
last	Iterator pointing one past the last object to hash.

Returns

The result of hashing all objects in the range and combining them using hash_combine() in sequential fashion, starting with seed 0.

References hash_combine().

hash_range() [2/2]

template<typename It >

void Dune::hash_range ( std::size_t &  seed, It  first, It  last  )

inline

Hashes all elements in the range [first,last) and combines the hashes in-place with seed.

Parameters

seed	Start value that will be combined with the hash values of all objects in the range using hash_combine() in sequential fashion.
first	Iterator pointing to the first object to hash.
last	Iterator pointing one past the last object to hash.

References hash_combine().

makeScalarProduct()

template<class X , class Comm >

std::shared_ptr<ScalarProduct<X> > Dune::makeScalarProduct	(	std::shared_ptr< const Comm >	comm,
		SolverCategory::Category	category
	)

Choose the appropriate scalar product for a solver category.

Todo:

this helper function should be replaced by a proper factory

As there is only one scalar product for each solver category it is possible to choose the appropriate product at compile time.

In each specialization of the this struct there will be a typedef ScalarProduct available the defines the type of the scalar product.

References Dune::SolverCategory::sequential.

operator!=()

bool Dune::operator!= ( const No_Comm &  , const No_Comm &    )

inline

Comparison operator for MPI compatibility.

Always returns false.

operator==() [1/2]

template<class T1 , class V1 , class R1 , class D , class T2 , class V2 , class R2 >

std::enable_if<std::is_convertible<T1,T2>::value && !std::is_convertible<T2,T1>::value, bool>::type Dune::operator== ( const BidirectionalIteratorFacade< T1, V1, R1, D > &  lhs, const BidirectionalIteratorFacade< T2, V2, R2, D > &  rhs  )

inline

Checks for equality.

This operation is only defined if either T1 is convertible to T2, and T2 is not convetible to T1. Otherwise the operator is removed from the overload set since the enable_if for the return type yield an invalid type expression.

References Dune::Hybrid::equals.

operator==() [2/2]

bool Dune::operator== ( const No_Comm &  , const No_Comm &    )

inline

Comparison operator for MPI compatibility.

Always returns true.

power()

template<class Base , class Exponent >

constexpr Base Dune::power ( Base  m, Exponent  p  )

constexpr

Power method for integer exponents.

Note

Make sure that Base is a non-integer type when using negative exponents!

Referenced by Dune::Torus< Communication, d >::color(), Dune::MonomImp::Evaluate< Traits, c >::eval(), Dune::MonomImp::Evaluate< Traits, 1 >::eval(), Dune::YaspGrid< dim, Coordinates >::makelevel(), Dune::PowerCoefficients::PowerCoefficients(), and Dune::LagrangeCubeLocalFiniteElement< D, R, dim, k >::size().

printGrid()

template<typename GridType >

void Dune::printGrid	(	const GridType &	grid,
		const Dune::MPIHelper &	helper,
		std::string	output_file = "printgrid",
		int	size = 2000,
		bool	execute_plot = true,
		bool	png = true,
		bool	local_corner_indices = true,
		bool	local_intersection_indices = true,
		bool	outer_normals = true
	)

Print a grid as a gnuplot for testing and development.

Template Parameters

GridType

the type of grid to work with

Parameters

grid	the grid to print
helper	an MPIHelper to create unique output file names in parallel case
output_file	the base of the output filename
size	size of the plot in pixels; increase if plot is too cramped
execute_plot	whether to execute gnuplot automatically
png	whether to use PNG or SVG as the output format
local_corner_indices	whether to show local corner indices
local_intersection_indices	whether to show local intersection indices
outer_normals	whether to show outer normals of intersections Creates a gnuplot (one per process if parallel) showing the grid structure with indices, intersection types etc.

redistributeMatrix()

template<typename M , typename C >

void Dune::redistributeMatrix	(	M &	origMatrix,
		M &	newMatrix,
		C &	origComm,
		C &	newComm,
		RedistributeInformation< C > &	ri
	)

Redistribute a matrix according to given domain decompositions.

All the parameters for this function can be obtained by calling graphRepartition with the graph of the original matrix.

Parameters

origMatrix	The matrix on the original partitioning.
newMatrix	An empty matrix to store the new redistributed matrix in.
origComm	The parallel information of the original partitioning.
newComm	The parallel information of the new partitioning.
ri	The remote index information between the original and the new partitioning. Upon exit of this method it will be prepared for copying from owner to owner vertices for data redistribution.

Template Parameters

M	The matrix type. It is assumed to be sparse. E.g. BCRSMatrix.
C	The type of the parallel information, see OwnerOverlapCopyCommunication.

reduceOrder()

template<class InIterator , class OutIterator >

void Dune::reduceOrder	(	const InIterator &	inBegin,
		const InIterator &	inEnd,
		OutIterator	outIt
	)

Algorithm to reduce vertex order information.

#include <dune/geometry/generalvertexorder.hh>

Parameters

inBegin	Start of the range of ids to reduce.
inEnd	End of the range of ids to reduce.
outIt	Start of the sequence where to store the result.

inBegin and inEnd must be ForwardIterators; their value_type may constant. outIt must be an OutputIterator and must allow std::distance(inBegin,inEnd) increments. Complexity is quadratic.

See also

GeneralVertexOrder, VertexOrderByIdFactory

Referenced by Dune::GeneralVertexOrder< dim, Index_ >::getReduced(), and testElementDim().

stackobject_to_shared_ptr()

template<typename T >

std::shared_ptr< T > stackobject_to_shared_ptr ( T &  t )

inline

Create a shared_ptr for a stack-allocated object.

#include <dune/common/shared_ptr.hh>

Usage:

int i = 10;
std::shared_ptr<int> pi = stackobject_to_shared_ptr(i);

The std::shared_ptr points to the object on the stack, but its deleter is set to an instance of null_deleter so that nothing happens when the shared_ptr is destroyed.

See also

null_deleter

Referenced by createScalarProduct(), and wrap_or_move().

transpose() [1/3]

template<class Matrix , std::enable_if_t< Impl::HasMemberFunctionTransposed< Matrix >::value, int > = 0>

auto Dune::transpose

(

const Matrix &

matrix

)

Return the transposed of the given matrix.

Parameters

matrix

The matrix to be transposed.

This overload is selected if the given matrix supports

matrix.transposed() 

. It will return the result of

matrix.transposed() 

.

Referenced by transposedView().

transpose() [2/3]

template<class Matrix >

auto Dune::transpose

(

const std::reference_wrapper< Matrix > &

matrix

)

Create a wrapper modelling the transposed matrix.

Parameters

matrix

The matrix to be transposed.

This overload is selected if the given value is a

std::reference_wrapper 

of a matrix. It will return a wrapper storing a reference of the given matrix.

Currently the wrapper only implements

auto c = a*transpose(b);

if a is a FieldMatrix of appropriate size. This is optimal even for sparse b because it only relies on calling b.mv(a[i], c[i]) for the rows of a. Furthermore the wrapper can be converted to a suitable dense FieldMatrix using the

adDense() 

method if the wrapped matrix allows to iterate over its entries and matrix-vector multiplication using

transpose(b).mv(x,y) 

if the wrapped matrix provides the

b.mtv(x,y) 

.

This specialization allows to pass a

std::reference_wrapper 

of a matrix to explicitly request, that the latter is stored by reference in the wrapper.

transpose() [3/3]

template<class Matrix , std::enable_if_t< not Impl::HasMemberFunctionTransposed< std::decay_t< Matrix >>::value, int > = 0>

auto Dune::transpose

(

Matrix &&

matrix

)

Create a wrapper modelling the transposed matrix.

Parameters

matrix

The matrix to be transposed.

This overload is selected if the given matrix does not support

matrix.transposed() 

. It will return a wrapper storing a copy of the given matrix.

Currently the wrapper only implements

auto c = a*transpose(b);

if a is a FieldMatrix of appropriate size. This is optimal even for sparse b because it only relies on calling

b.mv(a[i], c[i]) 

for the rows of a. Furthermore the wrapper can be converted to a suitable dense FieldMatrix using the

asDense() 

method if the wrapped matrix allows to iterate over its entries and matrix-vector multiplication using

transpose(b).mv(x,y) 

if the wrapped matrix provides the

b.mtv(x,y) 

.

transposedView()

template<class Matrix >

auto Dune::transposedView

(

const Matrix &

matrix

)

Create a view modelling the transposed matrix.

Parameters

matrix

The matrix to be transposed.

The returned view stores a reference of the given matrix. Calling

transposedView(matrix) 

is equivalent to

transpose(std::cref(matrix)) 

.

References transpose().

uniqueTypeList()

template<class... T>

constexpr auto Dune::uniqueTypeList ( TypeList< T... >  list )

constexpr

Remove duplicates from a Dune::TypeList.

For a given Dune::TypeList<T...> this return a Dune::TypeList<S...>, where S... is generated by removing duplicate types from T... .

violatedAlignment()

void Dune::violatedAlignment	(	const char *	className,
		std::size_t	expectedAlignment,
		const void *	address
	)

called when an alignment violation is detected

className Name of the class whose alignment was violated expectedAlignment The (over-)alignment that the class expected address The address the class actually found itself at.

The main purpose of the function is to serve as a convenient breakpoint for debugging – which is why we put it in an external compilation unit so it isn't inlined.

References className(), and violatedAlignmentHandler().

violatedAlignmentHandler()

ViolatedAlignmentHandler & Dune::violatedAlignmentHandler

(

)

access the handler called by violatedAlignment()

This may be used to obtain the handler for the purpose of calling, or for saving it somewhere to restore it later. It may also be used to set the handler simply by assigning a new handler. Setting the handler races with other accesses.

References defaultViolatedAlignment().

Referenced by violatedAlignment().

wrap_or_move() [1/2]

template<class T >

auto Dune::wrap_or_move

(

T &&

t

)

Capture R-value reference to shared_ptr.

This will store a copy of the passed object in a shared_ptr.

The two overloads of wrap_or_move are intended to capture references and temporaries in a unique way without creating copies and only moving if necessary.

Be careful: Only use this function if you are aware of it's implications. You can e.g. easily end up storing a reference to a temporary if you use this inside of another function without perfect forwarding.

wrap_or_move() [2/2]

template<class T >

auto Dune::wrap_or_move

(

T &

t

)

Capture L-value reference to std::shared_ptr.

This will store a pointer for the passed reference in a non-owning std::shared_ptr.

The two overloads of wrap_or_move are intended to capture references and temporaries in a unique way without creating copies and only moving if necessary.

Be careful: Only use this function if you are aware of it's implications. You can e.g. easily end up storing a reference to a temporary if you use this inside of another function without perfect forwarding.

References stackobject_to_shared_ptr().