Dune::PDELab Namespace Reference

Namespaces
namespace	Backend
namespace	CG2DGHelper
namespace	ElectrodynamicImpl
namespace	Experimental
namespace	fem
namespace	gfs
	Implementation namespace for GridFunctionSpace-specific features.
namespace	impl
namespace	interleaved_ordering
namespace	ISTL
namespace	lexicographic_ordering
namespace	LocalOperatorApply
namespace	lop
	Namespace with decorator classes that influence assembler behavior.
namespace	NavierStokesDGImp
namespace	ordering
namespace	simple
namespace	Simple
namespace	vtk

Classes
struct	_build_dof_index_type
struct	_build_dof_index_type< GFS, SingleCodimMapper >
class	AddClearDataHandle
class	AddClearGatherScatter
class	AddDataHandle
class	AddGatherScatter
class	Alexander2Parameter
	Parameters to turn the OneStepMethod into an Alexander scheme. More...
class	Alexander3Parameter
	Parameters to turn the OneStepMethod into an Alexander3 scheme. More...
class	AliasedMatrixView
struct	AliasedVectorView
class	AnalyticGridFunctionBase
	an analytic grid function More...
struct	AnalyticGridFunctionTraits
	function signature for analytic functions on a grid More...
struct	AnySpaceTag
class	AssemblerInterface
	The global assembler which performs the traversing of the integration parts. More...
struct	backup_visitor
struct	BasicTypeFromDimensionAndTopologyId
	Utility TMP for determining the BasicType of a geometry from its dimension and topology id. More...
class	BCTypeParam_CD
class	BDM1Cube2DLocalFiniteElementMap
class	BDM1Simplex2DLocalFiniteElementMap
struct	BenchmarkEntry
struct	BenchmarkHelper
class	BlockDiagonalLocalOperatorFullCoupling
	Block diagonal extension of scalar local operator. More...
class	BlockDiagonalLocalOperatorWrapper
	A local operator that accumulates the block diagonal. More...
class	BlockOffDiagonalLocalOperatorWrapper
	A local operator that accumulates the off block diagonal. More...
struct	BlockSolverOptions
	Options for IterativeBlockJacobiPreconditionerLocalOperator. More...
class	BlockSORPreconditionerLocalOperator
	Turn a matrix-free Jacobi-type local preconditioner to a SOR one. More...
struct	BorderIndexIdCache
class	BoundaryGridFunctionBase
	leaf of a function tree More...
class	BoundaryGridFunctionInterface
	A BoundaryGridFunction allows evaluation on boundary intersections. More...
class	BoundaryGridFunctionSelectComponentAdapter
	Takes a BoundaryGridFunction and acts as a single component. More...
struct	BoundaryGridFunctionTraits
	traits class holding function signature, same as in local function More...
class	BrezziDouglasMariniLocalFiniteElementMap
struct	build_dof_index_type
struct	CallableAdapterGetDim
struct	CallableAdapterGetDim< FieldVector< T, n > >
struct	CallableAdapterGetRangeFieldType
struct	CallableAdapterGetRangeFieldType< FieldVector< T, n > >
class	CD_RHS_LocalAdapter
class	CFLTimeController
	limit time step to maximum dt * CFL number More...
class	CG2DGProlongation
class	CGCONBase
class	CGCONBase< Grid, 1, Dune::GeometryType::cube, MeshType::nonconforming, SolverCategory::sequential, BCType, GV >
class	CGCONBase< Grid, 1, Dune::GeometryType::simplex, MeshType::nonconforming, SolverCategory::sequential, BCType, GV >
class	CGCONBase< Grid, degree, gt, MeshType::conforming, SolverCategory::nonoverlapping, BCType, GV >
class	CGCONBase< Grid, degree, gt, MeshType::conforming, SolverCategory::overlapping, BCType, GV >
class	CGCONBase< Grid, degree, gt, MeshType::conforming, SolverCategory::sequential, BCType, GV >
class	CGFEMBase
class	CGFEMBase< GV, C, R, degree, dim, Dune::GeometryType::cube >
class	CGFEMBase< GV, C, R, degree, dim, Dune::GeometryType::simplex >
class	CGSpace
class	CGSpace< T, N, degree, BCType, gt, mt, SolverCategory::nonoverlapping, VBET >
class	ChunkedBlockOrdering
	Ordering that permutes top-level ContainerIndex entries. More...
class	ChunkedBlockOrderingSizeError
	The block size of a ChunkedBlockOrdering does not divide the block count of the underlying ordering. More...
struct	ClockError
	exception thrown by clock functions More...
struct	collect_a_priori_fixed_size
struct	collect_used_codims
struct	collect_used_geometry_types_from_cell_visitor
class	CombinedOperator
	A local operator to take combine different local operators. More...
struct	composite_gfs_to_entityblocked_ordering_descriptor
struct	composite_gfs_to_interleaved_ordering_descriptor
struct	composite_gfs_to_lexicographic_ordering_descriptor
struct	composite_gfs_to_lfs_template
struct	composite_gfs_to_local_ordering_descriptor< GFS, Transformation, EntityBlockedOrderingTag >
struct	composite_gfs_to_local_ordering_descriptor< GFS, Transformation, ordering::Chunked< U > >
struct	composite_gfs_to_local_ordering_descriptor< GFS, Transformation, ordering::Permuted< U > >
struct	CompositeConstraintsOperator
struct	CompositeConstraintsParameters
struct	CompositeDifferentiableFunctionLocalViewTag
struct	CompositeDifferentiableFunctionTag
class	CompositeEntityBlockedLocalOrdering
class	CompositeGridFunction
	composite functions More...
class	CompositeGridFunctionSpace
	base class for tuples of grid function spaces base class that holds implementation of the methods this is the default version with lexicographic ordering More...
struct	CompositeGridFunctionSpaceBaseTag
	Tag for the intermediate base class of the CompositeGridFunctionSpace. More...
struct	CompositeGridFunctionSpaceTag
struct	CompositeGridFunctionTag
class	CompositeInterleavedOrdering
class	CompositeLexicographicOrdering
	Interface for merging index spaces. More...
class	CompositeLocalFunction
class	CompositeLocalFunctionSpaceNode
struct	CompositeLocalFunctionSpaceTag
	Tag denoting a CompositeLocalFunctionSpace. More...
class	ConformingDirichletConstraints
	Dirichlet Constraints construction. More...
class	ConstAliasedMatrixView
struct	ConstAliasedVectorView
class	ConstBoundaryGridFunction
	BoundaryGridFunction returning a constant value everywhere. More...
class	ConstGridFunction
	GridFunction returning a constant value everywhere. More...
class	ConstraintsTransformation
	a class holding transformation for constrained spaces More...
class	ConstUncachedMatrixView
struct	ConstUncachedVectorView
class	ConvectionDiffusionBoundaryConditionAdapter
struct	ConvectionDiffusionBoundaryConditions
	Class to define the boundary condition types. More...
class	ConvectionDiffusionCCFV
class	ConvectionDiffusionCCFVTemporalOperator
class	ConvectionDiffusionDG
class	ConvectionDiffusionDG_ErrorIndicator
	a local operator for residual-based error estimation More...
struct	ConvectionDiffusionDGMethod
struct	ConvectionDiffusionDGWeights
class	ConvectionDiffusionDirichletExtensionAdapter
class	ConvectionDiffusionExactGradientAdapter
class	ConvectionDiffusionFEM
class	ConvectionDiffusionFEMResidualEstimator
class	ConvectionDiffusionModelProblem
	Parameter class for solving the linear convection-diffusion equation. More...
struct	ConvectionDiffusionParameterTraits
	Traits class for convection diffusion parameters. More...
class	ConvectionDiffusionTemporalResidualEstimator
class	ConvectionDiffusionTemporalResidualEstimator1
class	ConvectionDiffusionVelocityExtensionAdapter
class	CopyDataHandle
class	CopyGatherScatter
struct	CppClockWallTimeSource
class	CrossProduct
	Calculate cross product. More...
struct	CrossProduct< 1, 2 >
struct	CrossProduct< 2, 1 >
struct	CrossProduct< 2, 2 >
struct	CrossProduct< 3, 3 >
class	DataContainerIndexGatherScatter
class	DataEntityGatherScatter
class	DataGatherScatter
class	DataHandleProvider
class	DefaultAssembler
	The assembler for standard DUNE grid. More...
struct	DefaultDOFIndexAccessor
class	DefaultInteriorPenalty
	Default implementation of the interior penalty factor. More...
struct	DefaultLFSCacheTag
class	DefaultLocalAssembler
	The local assembler for DUNE grids. More...
class	DefaultLocalJacobianApplyAssemblerEngine
	The local assembler engine for DUNE grids which assembles the local application of the Jacobian. More...
class	DefaultLocalJacobianAssemblerEngine
	The local assembler engine for DUNE grids which assembles the jacobian matrix. More...
class	DefaultLocalPatternAssemblerEngine
	The local assembler engine for DUNE grids which creates the matrix pattern. More...
class	DefaultLocalResidualAssemblerEngine
	The local assembler engine for DUNE grids which assembles the residual vector. More...
class	DefaultTerminate
class	DGCONBase
class	DGCONBase< SolverCategory::nonoverlapping >
class	DGCONBase< SolverCategory::overlapping >
class	DGCONBase< SolverCategory::sequential >
class	DGLegendreSpace
class	DGLinearAcousticsSpatialOperator
class	DGLinearAcousticsTemporalOperator
class	DGMaxwellSpatialOperator
	Spatial local operator for discontinuous Galerkin method for Maxwells Equations. More...
class	DGMaxwellTemporalOperator
class	DGNavierStokes
	A local operator for solving the Navier-Stokes equations using a DG discretization. More...
class	DGNavierStokesParameters
	Parameter class for local operator DGNavierStokes. More...
class	DGNavierStokesVelVecFEM
	A local operator for solving the Navier-Stokes equations using a DG discretization and a vector-valued finite element map for the velocity grid function space. More...
class	DGPkSpace
class	DGQkGLSpace
class	DGQkOPBSpace
class	DGQkSpace
class	DiagonalLocalMatrix
	A dense matrix for storing data associated with the degrees of freedom of a pair of LocalFunctionSpaces. More...
class	DifferenceAdapter
	Adapter returning f1(x)-f2(x) for two given grid functions. More...
class	DifferenceSquaredAdapter
	Adapter returning ||f1(x)-f2(x)||^2 for two given grid functions. More...
struct	DifferentiableFunctionBaseTag
struct	DifferentiableFunctionLocalViewBaseTag
struct	DifferentiableFunctionLocalViewTag
struct	DifferentiableFunctionTag
class	DiffusionMixed
struct	direct_leaf_gfs_to_gridview_ordering_descriptor
class	DirectLeafLocalOrdering
class	DirichletBoundaryCondition_CD
struct	DirichletConstraintsParameters
struct	DirichletFromFluxConstraintsAdapter
class	DiscreteGridFunction
	convert a grid function space and a coefficient vector into a grid function More...
class	DiscreteGridFunctionCurl
	convert a grid function space and a coefficient vector into a grid function of the curl More...
struct	DiscreteGridFunctionCurlTraits
	Helper class to calculate the Traits of DiscreteGridFunctionCurl. More...
struct	DiscreteGridFunctionCurlTraits< GV, RangeFieldType, 1 >
	Helper class to calculate the Traits of DiscreteGridFunctionCurl (1D) More...
struct	DiscreteGridFunctionCurlTraits< GV, RangeFieldType, 2 >
	Helper class to calculate the Traits of DiscreteGridFunctionCurl (2D) More...
struct	DiscreteGridFunctionCurlTraits< GV, RangeFieldType, 3 >
	Helper class to calculate the Traits of DiscreteGridFunctionCurl (3D) More...
class	DiscreteGridFunctionGlobalCurl
	convert a single component function space with experimental global finite elements into a grid function representing the curl More...
class	DiscreteGridFunctionGradient
	convert a single component function space with a grid function representing the gradient More...
class	DiscreteGridFunctionPiola
	DiscreteGridFunction with Piola transformation. More...
class	DiscreteGridViewFunction
	A discrete function defined over a GridFunctionSpace. More...
struct	DiscreteGridViewFunctionTraits
struct	DiscreteGridViewFunctionTraits< Signature, E, D, B, 0 >
class	DisjointPartitioningDataHandle
	GatherScatter data handle for creating a disjoint DOF partitioning. More...
class	DisjointPartitioningGatherScatter
	GatherScatter functor for creating a disjoint DOF partitioning. More...
class	DivisionGridFunctionAdapter
	Substract two GridFunctions. More...
struct	DOFDataCommunicationDescriptor
	Communication descriptor for sending one item of type E per DOF. More...
class	DOFIndex
	A multi-index representing a degree of freedom in a GridFunctionSpace. More...
class	DOFIndexViewIterator
struct	DummyDOFIndexIterator
	Dummy iterator type over DOF indices. More...
class	EdgeS0_5FiniteElementMap
	Global-valued finite element map for EdgeS0_5 elements. More...
class	EdgeS0LocalFiniteElementMap
	implementation for finite elements requiring oriented edges More...
class	Electrodynamic_S
	Contruct matrix S for the Electrodynamic operator. More...
class	Electrodynamic_T
	Construct matrix T for the Electrodynamic operator. More...
class	ElementGeometry
	Wrap element. More...
class	ElementMapper
	Class providing a consecutive index for codim 0 entities of a GridView. More...
struct	EmptyParams
class	EmptyTransformation
struct	EntityBlockedOrderingTag
	Indicate blocking of the unknowns by grid entity. More...
struct	EntityDataCommunicationDescriptor
	Communication descriptor for sending count items of type E per entity with attached DOFs. More...
class	EntityIndexCache
class	Exception
	Base class for all PDELab exceptions. More...
class	ExplicitEulerParameter
	Parameters to turn the ExplicitOneStepMethod into an explicit Euler method. More...
class	ExplicitOneStepMethod
	Do one step of an explicit time-stepping scheme. More...
struct	extract_child_bases
struct	extract_lfs_leaf_size_visitor
struct	extract_per_entity_sizes_from_cell_visitor
class	FastDGAssembler
	The fast DG assembler for standard DUNE grid. More...
class	FastDGGridOperator
class	FastDGLocalAssembler
	The local assembler for DUNE grids. More...
class	FastDGLocalJacobianApplyAssemblerEngine
	The fast DG local assembler engine for DUNE grids which assembles the local application of the Jacobian. More...
class	FastDGLocalJacobianAssemblerEngine
	The fast DG local assembler engine for DUNE grids which assembles the jacobian matrix. More...
class	FastDGLocalPatternAssemblerEngine
	The fast DG local assembler engine for DUNE grids which creates the matrix pattern. More...
class	FastDGLocalResidualAssemblerEngine
	The fast DG local assembler engine for DUNE grids which assembles the residual vector. More...
class	FilenameHelper
class	FiniteElementMapError
	general FiniteElementMap exception More...
struct	FiniteElementMapTraits
	collect types exported by a finite element map More...
struct	FlatContainerAllocationTag
struct	FluxConstraintsParameters
struct	FluxFromDirichletConstraintsAdapter
class	FractionalStepParameter
	Parameters to turn the OneStepMethod into a fractional step theta scheme. More...
class	FullBoundaryPattern
	sparsity pattern generator More...
class	FullSkeletonPattern
	sparsity pattern generator More...
class	FullVolumePattern
	sparsity pattern generator More...
class	FunctionInterface
	a Function that maps x in DomainType to y in RangeType More...
struct	FunctionSpaceTag
class	FunctionToGridFunctionAdapter
	make a GridFunction from a Function More...
struct	FunctionTraits
class	GalerkinGlobalAssembler
class	GalerkinGlobalAssemblerNewBackend
class	GeneralLogtagFormatter
	A log tag formatter that wraps a unary formatting function or functor. More...
class	GeometryFiniteElementMap
	Generic finite element map for global finite elements created with a geometry. More...
class	GeometryVertexOrderFiniteElementMap
	Generic finite element map for global finite elements created with a geometry and a vertex ordering. More...
class	GFSDataHandle
	Implement a data handle with a grid function space. More...
class	GFSNeighborDataHandle
	Data handle for collecting set of neighboring MPI ranks. More...
class	GhostDataHandle
	Data handle for marking ghost DOFs. More...
class	GhostGatherScatter
	GatherScatter functor for marking ghost DOFs. More...
class	GlobalAssembler
class	GlobalCallableToBoundaryConditionAdapter
	Adapter for boundary cond from a callable taking global coordinates. More...
class	GlobalCallableToGridFunctionAdapter
	Adapter for callables f(x) expecting a global coordinate x. More...
class	GlobalCallableToInstationaryGridFunctionAdapter
	return a PDELab GridFunction (with setTime method) defined by a parameter class and a callable f(x) global coordinates x More...
class	GlobalDOFIndex
class	GlobalFunctionToLocalFunctionAdapter
	make a Function in local coordinates from a Function in global coordinates More...
class	GridAdaptor
	Class for automatic adaptation of the grid. More...
class	GridFunctionBase
	leaf of a function tree More...
class	GridFunctionBaseAdapter
	Turn an ordinary GridFunction into a GridFunctionTree leaf. More...
class	GridFunctionInterface
	a GridFunction maps x in DomainType to y in RangeType More...
class	GridFunctionOutputParameters
	Mixin base class for specifying output hints to I/O routines like VTK. More...
class	GridFunctionProbe
	Evaluate a GridFunction at a certain global coordinate. More...
class	GridFunctionSpace
	A grid function space. More...
class	GridFunctionSpaceBase
class	GridFunctionSpaceError
	GridFunctionSpace-related error. More...
class	GridFunctionSpaceHierarchyError
struct	GridFunctionSpaceTag
struct	GridFunctionSpaceTraits
	collect types exported by a leaf grid function space More...
struct	GridFunctionSubSpaceTag
struct	GridFunctionTag
class	GridFunctionToFunctionAdapter
	make a Function from a GridFunction More...
class	GridFunctionToLocalFunctionAdapter
	make a LocalFunction from a GridFunction using local coordinates More...
struct	GridFunctionToLocalViewTransformation
struct	GridFunctionTraits
	traits class holding the function signature, same as in local function More...
class	GridOperator
	Standard grid operator implementation. More...
class	GridOperatorInterface
	The grid operator represents an operator mapping which corresponds to the (possibly nonlinear) algebraic problem resulting from the discretization of a PDE. More...
class	GridOperatorPreconditioner
	Turn a grid operator that represents a preconditioner into an ISTL preconditioner. More...
struct	GridOperatorTraits
	Traits class for the grid operator. More...
class	GridViewLocalFunctionSpaceBaseNode
struct	GridViewLocalFunctionSpaceBaseTraits
	traits for local function space on a gridview More...
class	GridViewOrdering
	Transforms a local ordering (entity-wise order) into a global ordering. More...
struct	GridViewOrderingTraits
class	HangingNodeManager
class	HangingNodesConstraintsAssemblers
class	HangingNodesDirichletConstraints
	Hanging Node constraints construction. More...
class	HeunParameter
	Parameters to turn the ExplicitOneStepMethod into a Heun scheme. More...
struct	HierarchicContainerAllocationTag
class	ImplicitEulerParameter
	Parameters to turn the OneStepMethod into an implicit Euler method. More...
class	InstationaryFunctionDefaults
	Default class for additional methods in instationary functions. More...
class	InstationaryLocalOperatorDefaultMethods
	Default class for additional methods in instationary local operators. More...
class	InstationarySumLocalOperator
	A local operator to take the sum of other local operators. More...
class	InstationarySumLocalOperator< std::tuple< Args... > >
	deprecated specialization of More...
class	InteriorNodeConstraints
	constraints all DOFs associated with interior vertices This allows to implement surface FEM using standard first order FEM More...
struct	InterleavedOrderingTag
	Indicate interleaved ordering of the unknowns of non-leaf grid function spaces according to a given blocking pattern. More...
class	IntersectionGeometry
	Wrap intersection. More...
class	InvalidGeometryType
	FiniteElementMap exception raised when trying to obtain a finite element for an unsupported GeometryType. More...
class	InverseGridFunctionAdapter
	Take inverse of a GridFunction. More...
struct	ISTLAMGStatistics
	Class providing some statistics of the AMG solver. More...
class	ISTLBackend_AMG
class	ISTLBackend_AMG_NOVLP
class	ISTLBackend_BCGS_AMG_ILU0
	Overlapping parallel BiCGStab solver preconditioned with AMG smoothed by ILU0. More...
class	ISTLBackend_BCGS_AMG_SSOR
	Overlapping parallel BiCGStab solver preconditioned with AMG smoothed by SSOR. More...
class	ISTLBackend_CG_AMG_SSOR
	Overlapping parallel conjugate gradient solver preconditioned with AMG smoothed by SSOR. More...
class	ISTLBackend_NOVLP_BASE_PREC
	Utility base class for preconditioned novlp backends. More...
class	ISTLBackend_NOVLP_BCGS_AMG_SSOR
	Nonoverlapping parallel BiCGStab solver preconditioned with AMG smoothed by SSOR. More...
class	ISTLBackend_NOVLP_BCGS_Jacobi
	Nonoverlapping parallel BiCGStab solver with Jacobi preconditioner. More...
class	ISTLBackend_NOVLP_BCGS_NOPREC
	Nonoverlapping parallel BiCGStab solver without preconditioner. More...
class	ISTLBackend_NOVLP_BCGS_SSORk
	Nonoverlapping parallel BiCGSTAB solver preconditioned by block SSOR. More...
class	ISTLBackend_NOVLP_CG_AMG_SSOR
	Nonoverlapping parallel CG solver preconditioned with AMG smoothed by SSOR. More...
class	ISTLBackend_NOVLP_CG_Jacobi
	Nonoverlapping parallel CG solver with Jacobi preconditioner. More...
class	ISTLBackend_NOVLP_CG_NOPREC
	Nonoverlapping parallel CG solver without preconditioner. More...
class	ISTLBackend_NOVLP_CG_SSORk
	Nonoverlapping parallel CG solver preconditioned by block SSOR. More...
class	ISTLBackend_NOVLP_ExplicitDiagonal
	Solver to be used for explicit time-steppers with (block-)diagonal mass matrix. More...
class	ISTLBackend_NOVLP_LS_AMG_SSOR
	Nonoverlapping parallel LoopSolver preconditioned with AMG smoothed by SSOR. More...
class	ISTLBackend_OVLP_AMG_4_DG
class	ISTLBackend_OVLP_Base
class	ISTLBackend_OVLP_BCGS_ILU0
	Overlapping parallel BiCGStab solver with ILU0 preconditioner. More...
class	ISTLBackend_OVLP_BCGS_ILUn
	Overlapping parallel BiCGStab solver with ILU0 preconditioner. More...
class	ISTLBackend_OVLP_BCGS_SSORk
	Overlapping parallel BiCGStab solver with SSOR preconditioner. More...
class	ISTLBackend_OVLP_BCGS_SuperLU
	Overlapping parallel BiCGStab solver with SuperLU preconditioner. More...
class	ISTLBackend_OVLP_CG_SSORk
	Overlapping parallel CGS solver with SSOR preconditioner. More...
class	ISTLBackend_OVLP_CG_SuperLU
	Overlapping parallel CG solver with SuperLU preconditioner. More...
class	ISTLBackend_OVLP_CG_UMFPack
	Overlapping parallel CG solver with UMFPack preconditioner. More...
class	ISTLBackend_OVLP_ExplicitDiagonal
	Solver to be used for explicit time-steppers with (block-)diagonal mass matrix. More...
class	ISTLBackend_OVLP_GMRES_ILU0
	Overlapping parallel restarted GMRes solver with ILU0 preconditioner. More...
class	ISTLBackend_OVLP_ILU0_Base
class	ISTLBackend_OVLP_ILUn_Base
class	ISTLBackend_OVLP_SuperLU_Base
class	ISTLBackend_OVLP_UMFPack_Base
class	ISTLBackend_SEQ_AMG
class	ISTLBackend_SEQ_AMG_4_DG
class	ISTLBackend_SEQ_Base
class	ISTLBackend_SEQ_BCGS_AMG_SOR
	Sequential BiCGSTAB solver preconditioned with AMG smoothed by SOR. More...
class	ISTLBackend_SEQ_BCGS_AMG_SSOR
	Sequential BiCGStab solver preconditioned with AMG smoothed by SSOR. More...
class	ISTLBackend_SEQ_BCGS_ILU0
	Backend for sequential BiCGSTAB solver with ILU0 preconditioner. More...
class	ISTLBackend_SEQ_BCGS_ILUn
	Sequential BiCGStab solver with ILU0 preconditioner. More...
class	ISTLBackend_SEQ_BCGS_Jac
	Backend for sequential BiCGSTAB solver with Jacobi preconditioner. More...
class	ISTLBackend_SEQ_BCGS_Richardson
	Backend for sequential BiCGSTAB solver with Richardson precondition (equivalent to no preconditioner for Richards with parameter=1.0). More...
class	ISTLBackend_SEQ_BCGS_SOR
class	ISTLBackend_SEQ_BCGS_SSOR
	Backend for sequential BiCGSTAB solver with SSOR preconditioner. More...
class	ISTLBackend_SEQ_CG_AMG_SSOR
	Sequential conjugate gradient solver preconditioned with AMG smoothed by SSOR. More...
class	ISTLBackend_SEQ_CG_ILU0
	Backend for sequential conjugate gradient solver with ILU0 preconditioner. More...
class	ISTLBackend_SEQ_CG_ILUn
	Sequential congute gradient solver with ILU0 preconditioner. More...
class	ISTLBackend_SEQ_CG_Jac
	Backend for conjugate gradient solver with Jacobi preconditioner. More...
class	ISTLBackend_SEQ_CG_SSOR
	Backend for sequential conjugate gradient solver with SSOR preconditioner. More...
class	ISTLBackend_SEQ_ExplicitDiagonal
	Solver to be used for explicit time-steppers with (block-)diagonal mass matrix. More...
class	ISTLBackend_SEQ_GMRES_ILU0
	Linear solver backend for Restarted GMRes preconditioned with ILU(0) More...
class	ISTLBackend_SEQ_ILU0
class	ISTLBackend_SEQ_ILUn
class	ISTLBackend_SEQ_LOOP_Jac
	Backend for sequential loop solver with Jacobi preconditioner. More...
class	ISTLBackend_SEQ_LS_AMG_SOR
	Sequential Loop solver preconditioned with AMG smoothed by SOR. More...
class	ISTLBackend_SEQ_LS_AMG_SSOR
	Sequential Loop solver preconditioned with AMG smoothed by SSOR. More...
class	ISTLBackend_SEQ_MatrixFree_Base
	Sequential matrix-free solver backend. More...
class	ISTLBackend_SEQ_MatrixFree_BCGS_Richardson
class	ISTLBackend_SEQ_MatrixFree_Richardson
class	ISTLBackend_SEQ_MINRES_SSOR
	Backend using a MINRes solver preconditioned by SSOR. More...
class	ISTLBackend_SEQ_Richardson
class	ISTLBackend_SEQ_SuperLU
	Solver backend using SuperLU as a direct solver. More...
class	ISTLBackend_SEQ_UMFPack
	Solver backend using UMFPack as a direct solver. More...
class	ISTLSolverBackend_CG_AMG_SSOR
class	ISTLSolverBackend_CG_AMG_SSOR< FS, ASS, SolverCategory::nonoverlapping >
class	ISTLSolverBackend_CG_AMG_SSOR< FS, ASS, SolverCategory::overlapping >
class	ISTLSolverBackend_CG_SSOR
class	ISTLSolverBackend_CG_SSOR< FS, ASS, SolverCategory::nonoverlapping >
class	ISTLSolverBackend_CG_SSOR< FS, ASS, SolverCategory::overlapping >
class	ISTLSolverBackend_ExplicitDiagonal
class	ISTLSolverBackend_ExplicitDiagonal< FS, ASS, SolverCategory::nonoverlapping >
class	ISTLSolverBackend_ExplicitDiagonal< FS, ASS, SolverCategory::overlapping >
class	ISTLSolverBackend_IterativeDefault
class	ISTLSolverBackend_IterativeDefault< FS, ASS, SolverCategory::nonoverlapping >
class	ISTLSolverBackend_IterativeDefault< FS, ASS, SolverCategory::overlapping >
class	IterativeBlockJacobiPreconditionerLocalOperator
	Local operator that can be used to create a fully matrix-free Jacobi preconditioner. More...
class	JacobianBasedAlphaBoundary
	Implement alpha_boundary() based on jacobian_boundary() More...
class	JacobianBasedAlphaSkeleton
	Implement alpha_skeleton() based on jacobian_skeleton() More...
class	JacobianBasedAlphaVolume
	Implement alpha_volume() based on jacobian_volume() More...
class	JacobianToCurl
	extract the curl of a function from the jacobian of that function More...
class	JacobianToCurl< Jacobian, 1, 2 >
	extract the curl of a 1D-valued function in 2D from the jacobian of that function More...
class	JacobianToCurl< Jacobian, 2, 2 >
	extract the curl of a 2D-valued function in 2D from the jacobian of that function More...
class	JacobianToCurl< Jacobian, 3, 3 >
	extract the curl of a 3D-valued function in 3D from the jacobian of that function More...
class	L2
class	L2Projection
class	L2VolumeFunctional
	A local operator that tests a function against a test function space defined on the entire grid. More...
struct	leaf_gfs_to_local_ordering_descriptor< GFS, Transformation, LeafOrderingTag< Params > >
struct	leaf_gfs_to_ordering_descriptor< GFS, Transformation, SingleCodimMapper >
struct	LeafGridFunctionSpaceTag
class	LeafGridViewOrdering
	Gridview ordering for leaf spaces. More...
class	LeafLocalFunctionSpaceNode
	single component local function space More...
struct	LeafLocalFunctionSpaceTag
	Tag denoting a LeafLocalFunctionSpace. More...
struct	LeafLocalFunctionSpaceTraits
	traits for single component local function space More...
class	LeafLocalOrdering
struct	LeafOffsetCache
class	LeafOrderingBase
	Generic infrastructure for orderings for leaf spaces. More...
struct	LeafOrderingTag
	Tag indicating a standard ordering for a leaf GridfunctionSpace. More...
struct	LexicographicOrderingTag
	Indicate lexicographic ordering of the unknowns of non-leaf grid function spaces. More...
class	LFSIndexCache
class	LFSIndexCacheBase
class	LFSIndexCacheBase< LFS, C, Experimental::DuneFunctionsCacheTag, false >
class	LFSIndexCacheBase< LFS, C, SimpleLFSCacheTag, fast >
class	LFSIndexCacheBase< LFS, EmptyTransformation, CacheTag, fast >
class	LFSIndexCacheBase< LFS, EmptyTransformation, Experimental::DuneFunctionsCacheTag, false >
class	LFSIndexCacheBase< LFS, EmptyTransformation, SimpleLFSCacheTag, fast >
class	LinearAcousticsEigenvectors
class	LinearAcousticsEigenvectors< 1 >
	provide matrix which contains rowwise the eigenvectors of linear acoustics problem More...
class	LinearAcousticsEigenvectors< 2 >
	provide matrix which contains rowwise the eigenvectors of linear acoustics problem More...
class	LinearAcousticsEigenvectors< 3 >
	provide matrix which contains rowwise the eigenvectors of linear acoustics problem More...
class	LinearAcousticsInitialValueAdapter
class	LinearAcousticsModelProblem
struct	LinearAcousticsParameterTraits
	Traits class for linear acoustics parameters. More...
class	LinearElasticity
class	LinearElasticityDirichletExtensionAdapter
class	LinearElasticityParameterInterface
	base class for linear elasticity parameter class More...
struct	LinearElasticityParameterTraits
	Traits class for linear elasticity parameters. More...
class	LinearResultStorage
struct	LinearSolverHasIsMatrixFree
struct	LinearSolverHasIsMatrixFree< LS, std::void_t< decltype(std::declval< LS >().isMatrixFree)> >
	SFINAE check if a linear solver backend has a isMatrixFree method. More...
struct	LinearSolverResult
class	LineSearchHackbuschReusken
	Hackbusch-Reusken line search. More...
class	LineSearchInterface
	Abstract base class describing the line search interface. More...
class	LineSearchNone
	Class for simply updating the solution without line search. More...
class	LocalAssemblerBase
	Base class for local assembler. More...
class	LocalAssemblerEngine
	The local assembler engine which handles the integration parts as provided by the global assemblers. More...
class	LocalAssemblerEngineBase
	Base class for LocalAssemblerEngine implementations to avoid boilerplate code. More...
class	LocalAssemblerInterface
	The local assembler which provides the engines that drive the global assembler. More...
struct	LocalAssemblerTraits
class	LocalBasisCache
	store values of basis functions and gradients in a cache More...
class	LocalCallableToBoundaryConditionAdapter
	Adapter for boundary cond from a callable taking an entity and local coordinates. More...
class	LocalCallableToGridFunctionAdapter
	Adapter for callables f(e,x) expecting an entity e and a global coordinate x. More...
class	LocalCallableToInstationaryGridFunctionAdapter
	return a PDELab GridFunction (with setTime method) defined by a parameter class and a callable f(e,x) that expects an entity e and local coordinates x More...
class	LocalFiniteElementMapInterface
	interface for a finite element map More...
struct	LocalFiniteElementMapTraits
	collect types exported by a finite element map More...
class	LocalFunctionSpace
	Create a local function space from a global function space. More...
class	LocalFunctionSpace< Experimental::GridFunctionSpace< DFBasis, V, CE >, AnySpaceTag >
class	LocalFunctionSpace< Experimental::GridFunctionSpace< DFBasis, V, CE >, TAG >
class	LocalFunctionSpace< GFS, AnySpaceTag >
class	LocalFunctionSpaceBaseNode
struct	LocalFunctionSpaceBaseTraits
	traits mapping global function space information to local function space More...
class	LocalGlobalMapDataHandle
class	LocalMatrix
	A dense matrix for storing data associated with the degrees of freedom of a pair of LocalFunctionSpaces. More...
class	LocalOperatorDefaultFlags
	Default flags for all local operators. More...
class	LocalOperatorInterface
	Class to document the stationary local operator interface. More...
class	LocalOperatorOvlpRegion
	Wrapper for LocalOperators restricting their action to areas overlapping with other subdomains Any entity not covered by multiple subdomains will be ignored by not evaluating the underlying LocalOperator. This wrapper can be used to generate the overlap matrix needed for the GenEO coarse space. More...
class	LocalOrderingBase
	Entity-wise orderings. More...
struct	LocalOrderingTraits
class	LocalSparsityPattern
	Layout description for a sparse linear operator. More...
class	LocalTag
	Insert standard boilerplate into log messages. More...
class	LocalVector
	A container for storing data associated with the degrees of freedom of a LocalFunctionSpace. More...
struct	LogtagFormatterBase
	virtual base class for logger formatters More...
struct	map_dof_indices_to_container_indices
class	MatrixExchangeDataHandle
class	MaxDataHandle
class	MaxGatherScatter
class	MaxwellEigenvectors
class	MaxwellEigenvectors< 3 >
	provide matrix which contains column-wise the eigenvectors of maxwell problem More...
class	MaxwellInitialValueAdapter
class	MaxwellModelProblem
struct	MaxwellParameterTraits
	Traits class for convection diffusion parameters. More...
class	MemberFunctionToGridFunctionAdaptor
	GridFunction implemented by a member function of some class. More...
struct	MergeMode
	Index merging algorithm for global orderings. More...
class	MimeticLocalFiniteElementMap
class	MinDataHandle
class	MinGatherScatter
class	MinusGridFunctionAdapter
	Substract two GridFunctions. More...
class	MonomFiniteElementMap
	Global-valued finite element map for Monom elements. More...
class	MonomLocalFiniteElementMap
struct	MPIWallTimeSource
class	MultiCommDataHandle
	Gather/scatter communication that passes a single function from each subdomain to all its neighbors. The functions are received individually without applying any further operations. More...
class	MultiCommGatherScatter
	Gather/scatter communication that passes a single function from each subdomain to all its neighbors. More...
class	MultiIndex
	A class for representing multi-indices. More...
class	NavierStokesDefaultParameters
class	NavierStokesMass
	A local operator for the mass term corresponding to the instationary part in the Navier-Stokes equations. More...
struct	NavierStokesParameterTraits
class	NavierStokesVelocityFunctionAdapter
class	NavierStokesVelVecMass
	A local operator for the mass term corresponding to the instationary part in the Navier-Stokes equations using a vector-valued Finite Element map for the velocity grid function space. More...
class	NewtonMethod
	Newton solver for solving non-linear problems. More...
struct	NoConstOrderingSize
	Mixin indicating whether a leaf GridFunctionSpace should never assume a const ordering size. More...
class	NoConstraints
class	NoConstraintsParameters
class	NoDataBorderDOFExchanger
struct	NoDirichletConstraintsParameters
struct	NoFluxConstraintsParameters
class	NonLinearConvectionDiffusionFEM
class	NonLinearConvectionDiffusionParameterInterface
	base class for parameter class More...
struct	NonLinearConvectionDiffusionParameterTraits
	traits class for two phase parameter class More...
class	NonOverlappingBorderDOFExchanger
	Helper class for adding up matrix entries on border. More...
class	NonoverlappingConformingDirichletConstraints
	extend conforming constraints class by processor boundary More...
class	NonoverlappingJacobi
	parallel non-overlapping Jacobi preconditioner More...
class	NonoverlappingOperator
	Operator for the non-overlapping parallel case. More...
class	NonoverlappingRichardson
class	NonoverlappingScalarProduct
class	NormalFluxGridFunctionAdapter
class	NumericalJacobianApplyBoundary
	Implements linear and nonlinear versions of jacobian_apply_boundary() based on alpha_boundary() More...
class	NumericalJacobianApplySkeleton
	Implements linear and nonlinear versions of jacobian_apply_skeleton() based on alpha_skeleton() More...
class	NumericalJacobianApplyVolume
	Implements linear and nonlinear versions of jacobian_apply_volume() based on alpha_volume() More...
class	NumericalJacobianApplyVolumePostSkeleton
class	NumericalJacobianBoundary
	Implement jacobian_boundary() based on alpha_boundary() More...
class	NumericalJacobianSkeleton
	Implement jacobian_skeleton() based on alpha_skeleton() More...
class	NumericalJacobianVolume
	Implement jacobian_volume() based on alpha_volume() More...
class	NumericalJacobianVolumePostSkeleton
class	NumericalNonlinearJacobianApplyBoundary
	Implements nonlinear version of jacobian_apply_boundary() based on alpha_boundary() More...
class	NumericalNonlinearJacobianApplySkeleton
	Implements nonlinear version of jacobian_apply_skeleton() based on alpha_skeleton() More...
class	NumericalNonlinearJacobianApplyVolume
	Implements nonlinear version of jacobian_apply_volume() based on alpha_volume() More...
class	NumericalNonlinearJacobianApplyVolumePostSkeleton
class	OneStepExplicitLocalJacobianResidualAssemblerEngine
	The local assembler engine for DUNE grids which assembles the residual vector. More...
class	OneStepGlobalAssembler
class	OneStepGridOperator
class	OneStepLocalAssembler
	The local assembler for one step methods. More...
class	OneStepLocalAssemblerEngineBase
	The local assembler engine for UDG sub triangulations which assembles the residual vector. More...
class	OneStepLocalJacobianApplyAssemblerEngine
	The local assembler engine for one-step methods which applies the jacobian without explicitly assembling it. More...
class	OneStepLocalJacobianAssemblerEngine
	The local assembler engine for one step methods which assembles the residual vector. More...
class	OneStepLocalPatternAssemblerEngine
	The local assembler engine for OneStep sub triangulations which creates the matrix pattern. More...
class	OneStepLocalPreStageAssemblerEngine
	The local assembler engine for one step methods which assembles the constant part of the residual vector. More...
class	OneStepLocalResidualAssemblerEngine
	The local assembler engine for one step methods which assembles the residual vector. More...
class	OneStepMethod
	Do one step of a time-stepping scheme. More...
struct	OneStepMethodPartialResult
struct	OneStepMethodResult
class	OneStepThetaParameter
	Parameters to turn the OneStepMethod into an one step theta method. More...
class	OnTheFlyOperator
class	OPBLocalFiniteElementMap
class	OrderingBase
class	OrderingError
	Ordering-related error. More...
class	OrderingStructureError
	Error related to the logical structure of an Ordering. More...
struct	OrderingTraits
class	OverlappingBorderDOFExchanger
class	OverlappingConformingDirichletConstraints
	extend conforming constraints class by processor boundary More...
class	OverlappingOperator
class	OverlappingScalarProduct
class	OverlappingWrappedPreconditioner
class	OverPenalizedInteriorPenalty
	Implementation of overpenalized interior penalty. More...
class	OvlpDGAMGPrec
class	OVLPScalarProduct
class	OVLPScalarProductImplementation
class	P0LocalFiniteElementMap
class	P0ParallelConstraints
	Parallel P0 constraints for overlapping grids. More...
class	P0ParallelGhostConstraints
	Parallel P0 constraints for nonoverlapping grids with ghosts. More...
class	P0Space
struct	PartitionSelector
	Helper for building the bitmask describing the grid partitions contained in a GFS. More...
class	PartitionViewEntitySet
	Partition view (or entity set) of a grid view. More...
class	PartitionViewEntitySetIndexSet
class	PartitionViewEntitySetIndexSet< GV, Partitions::All >
class	PartitionViewEntitySetIndexSetBase
struct	PartitionViewEntitySetTraits
struct	PDESolverResult
class	PermutedOrdering
	Ordering that permutes top-level ContainerIndex entries. More...
class	PermutedOrderingSizeError
	A PermutedOrdering got a permutation vector of the wrong size. More...
class	PiolaBackwardAdapter
class	Pk1dLocalFiniteElementMap
	FiniteElementMap for the Pk basis in 1d. More...
class	PkLocalFiniteElementMap
class	PkQkLocalFiniteElementMap
	FiniteElementMap which provides PkQkLocalFiniteElement instances, depending on the geometry type. More...
class	PointDiagonalLocalOperatorWrapper
	A local operator that accumulates the point diagonal. More...
class	PointwiseAdapterEngine
	Interface of a pointwise adapter engine. More...
class	PointwiseGridFunctionAdapter
class	PointwiseScaleAdapterEngine
	Scale the output value. More...
class	PointwiseSumAdapterEngine
	Sum all terms. More...
class	PolymorphicBufferWrapper
	Wrapper for message buffers of grid DataHandles that allows for sending different types of data. More...
struct	post_collect_used_geometry_types
struct	post_extract_per_entity_sizes
struct	power_gfs_to_entityblocked_ordering_descriptor
struct	power_gfs_to_interleaved_ordering_descriptor
struct	power_gfs_to_lexicographic_ordering_descriptor
struct	power_gfs_to_lfs_template
struct	power_gfs_to_local_ordering_descriptor< GFS, Transformation, EntityBlockedOrderingTag >
struct	power_gfs_to_local_ordering_descriptor< GFS, Transformation, ordering::Chunked< U > >
struct	power_gfs_to_local_ordering_descriptor< GFS, Transformation, ordering::Permuted< U > >
class	PowerCompositeGridFunctionSpaceBase
	Mixin class providing common functionality of PowerGridFunctionSpace and CompositeGridFunctionSpace. More...
struct	PowerCompositeGridFunctionSpaceTraits
	Trait class for the multi component grid function spaces. More...
struct	PowerCompositeGridFunctionTraits
	GV The type of the grid view the function lives on. More...
struct	PowerCompositeLocalFunctionSpaceTraits
	traits for multi component local function space More...
struct	PowerCompositeSetTimeVisitor
	Visitor for Power- and CompositeGridFunctions calling the setTime() method on the leafs of the corresponding function trees. More...
struct	PowerConstraintsParameters
struct	PowerDifferentiableFunctionLocalViewTag
struct	PowerDifferentiableFunctionTag
class	PowerEntityBlockedLocalOrdering
class	PowerFiniteElementMap
	FiniteElementMap for PowerFiniteElements. More...
class	PowerGridFunction
	product of identical functions More...
class	PowerGridFunctionSpace
	base class for tuples of grid function spaces product of identical grid function spaces base class that holds implementation of the methods More...
struct	PowerGridFunctionSpaceTag
struct	PowerGridFunctionTag
class	PowerInterleavedOrdering
class	PowerLexicographicOrdering
class	PowerLocalFunction
class	PowerLocalFunctionSpaceNode
struct	PowerLocalFunctionSpaceTag
	Tag denoting a PowerLocalFunctionSpace. More...
struct	pre_collect_used_geometry_types
struct	ProcessTimeClock
class	ProductGridFunctionAdapter
	Product of two GridFunctions. More...
class	ProductGridFunctionAdapter< GF1, GF2, typename std::enable_if< GF1::Traits::dimRange !=1 &&GF2::Traits::dimRange==1 >::type >
	Product of two GridFunctions. More...
class	ProductGridFunctionAdapter< GF1, GF2, typename std::enable_if< GF1::Traits::dimRange==1 &&GF2::Traits::dimRange !=1 >::type >
	Product of two GridFunctions. More...
class	QkDGLocalFiniteElementMap< D, R, k, d, QkDGBasisPolynomial::l2orthonormal >
	Qk discontinuous Galerkin FiniteElementMap based on an L2 orthonormal polynomials. More...
class	QkDGLocalFiniteElementMap< D, R, k, d, QkDGBasisPolynomial::lagrange >
	Qk discontinuous Galerkin FiniteElementMap based on Lagrange polynomials. More...
class	QkDGLocalFiniteElementMap< D, R, k, d, QkDGBasisPolynomial::legendre >
	Qk discontinuous Galerkin FiniteElementMap based on Legendre polynomials. More...
class	QkDGLocalFiniteElementMap< D, R, k, d, QkDGBasisPolynomial::lobatto >
	Qk discontinuous Galerkin FiniteElementMap based on Legendre polynomials at Gauss-Lobatto points. More...
class	QkLocalFiniteElementMap
class	QuadratureRuleWrapper
	Wrapper for Dune::QuadratureRule with value semantics. More...
class	RannacherTurekLocalFiniteElementMap
class	RaviartThomasLocalFiniteElementMap
	Raviart-Thomas elements of order k. More...
struct	replay_visitor
class	RK4Parameter
	Parameters to turn the ExplicitOneStepMethod into a classical fourth order Runge-Kutta method. More...
class	RT0Constraints
	Neumann Constraints construction, as needed for RT0. More...
class	RT0Cube2DLocalFiniteElementMap
class	RT0Cube3DLocalFiniteElementMap
class	RT0Simplex2DLocalFiniteElementMap
class	RT0Simplex3DLocalFiniteElementMap
class	RT1Cube2DLocalFiniteElementMap
class	RT1Cube3DLocalFiniteElementMap
class	RT1Simplex2DLocalFiniteElementMap
class	RT2Cube2DLocalFiniteElementMap
class	RTLocalFiniteElementMap
class	ScalarScaledGridFunctionAdapter
	Scale a GridFunction by a constant. More...
class	ScaledLocalOperator
	A local operator that scales the result of another local operator. More...
class	SelectComponentAdapter
	a Function maps x in DomainType to y in RangeType More...
class	SelectComponentGridFunctionAdapter
	Select certain component(s) of a gridfunction. More...
class	SeqDGAMGPrec
struct	SequentialNorm
class	SetTimeWrapper
class	SharedDOFDataHandle
	Data handle for marking shared DOFs. More...
struct	SharedDOFGatherScatter
	GatherScatter functor for marking shared DOFs. More...
class	Shu3Parameter
	Parameters to turn the ExplicitOneStepMethod into a third order strong stability preserving (SSP) scheme. More...
struct	SimpleContainerIndex
struct	SimpleDOFIndex
struct	SimpleDOFIndexAccessor
struct	SimpleLFSCacheTag
class	SimpleLocalFiniteElementMap
	simple implementation where all entities have the same finite element More...
struct	SimpleOrderingTraits
struct	SimpleOrderingTraits< SimpleDOFIndex< SizeType_ >, CI, CIOrder >
class	SimpleTimeController
	Default time controller; just returns given dt. More...
class	SingleCodimLeafOrdering
struct	SingleCodimMapper
struct	SingleDerivativeComputationHelper
	Helper class to compute a single derivative of scalar basis functions. More...
struct	SingleDerivativeComputationHelper< Dune::DiagonalMatrix< RF, size >, RF, size >
	Template specialization for Dune::DiagonalMatrix. More...
struct	SingleDerivativeComputationHelper< Dune::FieldMatrix< RF, size, size >, RF, size >
	Template specialization for Dune::FieldMatrix. More...
struct	SizeProviderAdapter
	Adapter to create a size provider from an ordering. More...
class	SolverStatistics
	Class for collecting statistics over several invocations. More...
class	SparsityLink
	Entry in sparsity pattern. More...
class	SqrGridFunctionAdapter
	Take square of a GridFunction. More...
class	SqrtGridFunctionAdapter
	Take sqrt of a GridFunction. More...
class	StationaryLinearProblemSolver
	Solve linear problems using a residual formulation. More...
struct	StationaryLinearProblemSolverResult
struct	StatisticsResult
	Statistics result structure. More...
struct	StokesBoundaryCondition
class	StokesPressureDirichletConstraints
class	StokesVelocityDirichletConstraints
class	StructuredGrid
class	StructuredGrid< YaspGrid< dim > >
class	SubdomainBasis
	This represents a general per-subdomain basis. More...
class	SubdomainProjectedCoarseSpace
	This constructs a coarse space from a per-subdomain local basis. More...
class	SubOrdering
	A view on a subtree of a multi-component ordering. More...
class	TaylorHoodNavierStokes
	A local operator for the Navier-Stokes equations. More...
class	TerminateInterface
struct	TestSpaceTag
class	TimeAdaptationStrategy
class	TimeControllerInterface
	Controller interface for adaptive time stepping. More...
struct	TimeSpec
	struct to store temporal values More...
class	TimeSteppingParameterInterface
	Base parameter class for time stepping scheme parameters. More...
struct	Timing
struct	TrialSpaceTag
class	TwoArgsMemberFunctionToBoundaryGridFunctionAdaptor
	BoundaryGridFunction implemented by a member function of some class. More...
class	TwoArgsMemberFunctionToGridFunctionAdaptor
	GridFunction implemented by a member function of some class. More...
struct	TwoPhaseFullTensorParameterTraits
class	TwoPhaseOnePointTemporalOperator
class	TwoPhaseParameterInterface
	base class for parameter class More...
struct	TwoPhaseParameterTraits
	traits class for two phase parameter class More...
class	TwoPhaseTwoPointFluxOperator
class	UMFPackSubdomainSolver
class	UncachedMatrixView
struct	UncachedVectorView
class	UninitializedGridFunctionSpaceError
	Called a GridFunctionSpace method that requires initialization of the space. More...
class	UnstructuredGrid
struct	update_fixed_size
class	UserFunction
class	V_g
	Provide velocity field for gas phase. More...
class	V_l
	Provide velocity field for liquid phase. More...
class	VariableElementSize
	FiniteElementMap exception concerning the computation of the FiniteElementMap size. More...
class	VariableMonomLocalFiniteElementMap
class	VariableOPBLocalFiniteElementMap
class	VariableQkDGLocalFiniteElementMap
struct	VectorBasisInterfaceSwitch
struct	VectorBasisInterfaceSwitch< Basis, typename std::enable_if< Dune::AlwaysTrue< std::integral_constant< std::size_t, Basis::Traits::dimDomain > >::value >::type >
	Switch for uniform treatment of local and global basis classes. More...
class	VectorDiscreteGridFunction
	DiscreteGridFunction for vector-valued functions. More...
class	VectorDiscreteGridFunctionCurl
	Compute curl of vector-valued functions. More...
class	VectorDiscreteGridFunctionCurl< T, X, 2 >
	Compute curl of vector-valued functions (2D). More...
class	VectorDiscreteGridFunctionCurl< T, X, 3 >
	Compute curl of vector-valued functions (3D). More...
class	VectorDiscreteGridFunctionDiv
	Compute divergence of vector-valued functions. More...
class	VectorDiscreteGridFunctionGradient
	Equivalent of DiscreteGridFunctionGradient for vector-valued functions. More...
class	VectorGridFunctionSpace
	tensorproduct space representing a vector valued function space More...
struct	VectorGridFunctionSpaceTag
class	VirtualOrderingBase
class	VTKFiniteElementMapAdapter
class	VTKGridFunctionAdapter
	wrap a GridFunction so it can be used with the VTKWriter from dune-grid. More...
struct	WallTimeClock
class	WeightedMatrixAccumulationView
	An accumulate-only view on a local matrix that automatically takes into account an accumulation weight. More...
class	WeightedSumLocalOperator
	A local operator to take the weighted sum of other local operators. More...
class	WeightedSumLocalOperator< K, std::tuple< Args... > >
	deprecated specialization of More...
class	WeightedVectorAccumulationView
	An accumulate-only view on a local vector that automatically takes into account an accumulation weight. More...
class	WithLogtag
	temporarily use a different log tag format function More...
class	ZeroLocalOperator
	Do-nothing local operator. More...

Typedefs
typedef MPIWallTimeSource	DefaultTimeSource
template<typename GV >
using	AllEntitySet = PartitionViewEntitySet< GV, Partitions::All >
template<typename GV >
using	OverlappingEntitySet = PartitionViewEntitySet< GV, Partitions::InteriorBorderOverlapFront >
template<typename GV >
using	NonOverlappingEntitySet = PartitionViewEntitySet< GV, Partitions::InteriorBorder >
template<typename T >
using	isEntitySet = typename impl::_isEntitySet< T >::type
	Type Trait to determine whether T is an EntitySet.
template<typename T >
using	IsGridFunction = std::integral_constant< bool, impl::IsGridFunction< std::decay_t< T > >::value >
template<typename FEM >
using	StaticFEMSize = decltype(FEM::size(GeometryTypes::vertex))
	Metafunction that returns the type of FEM::size() iff that function is static.
template<typename FEM >
using	FiniteElementMapBlockSize = std::integral_constant< std::size_t, finiteElementMapBlockSize< FEM >()>
	An alias template that encapsulates the result of finiteElementMapBlockSize<FEM>() in an integral constant.
template<typename GFS , typename TreePath >
using	GridFunctionSubSpace = gfs::GridFunctionSubSpace< GFS, TreePath >
	Non-nesting implementation of GridFunctionSubSpace.
using	DefaultLeafOrderingTag = LeafOrderingTag< EmptyParams >
template<typename LOP , bool doIt>
using	LocalAssemblerCallSwitch = Impl::LocalAssemblerCallSwitchHelper< LOP, doIt >

Enumerations
enum	MeshType { conforming , nonconforming }
enum class	IntersectionType { processor = 0 , skeleton = 1 , boundary = 2 , periodic = 3 }
	Enum describing the type of an intersection. More...
enum class	QkDGBasisPolynomial { lagrange , legendre , lobatto , l2orthonormal }
	Switch between different basis for QkDGLocalFiniteElementMap. More...
enum class	MultiIndexOrder { MultiIndexOrder::Inner2Outer , MultiIndexOrder::Outer2Inner }
	Information about order semantics on multi-indices. More...
enum class	LineSearchStrategy { noLineSearch , hackbuschReusken , hackbuschReuskenAcceptBest }
	Flags for different line search strategies. More...

Functions
template<class Grid , class GFS , class X >
void	adapt_grid (Grid &grid, GFS &gfs, X &x1, int int_order)
	adapt a grid, corresponding function space and solution vectors
template<class Grid , class GFS , class X >
void	adapt_grid (Grid &grid, GFS &gfs, X &x1, X &x2, int int_order)
	adapt a grid, corresponding function space and solution vectors
template<typename GFS , typename... X>
impl::GFSWithVectors< GFS, X... >	transferSolutions (GFS &gfs, int integrationOrder, X &... x)
	Pack function space and vectors for grid adaption.
template<typename Grid , typename... X>
void	adaptGrid (Grid &grid, X &... x)
	Adapt grid and multiple function spaces with corresponding vectors.
template<typename T >
void	error_fraction (const T &x, typename T::ElementType alpha, typename T::ElementType beta, typename T::ElementType &eta_alpha, typename T::ElementType &eta_beta, int verbose=0)
template<typename T >
void	element_fraction (const T &x, typename T::ElementType alpha, typename T::ElementType beta, typename T::ElementType &eta_alpha, typename T::ElementType &eta_beta, int verbose=0)
template<typename T >
void	error_distribution (const T &x, unsigned int bins)
template<typename Grid , typename X >
void	mark_grid (Grid &grid, const X &x, typename X::ElementType refine_threshold, typename X::ElementType coarsen_threshold, int min_level=0, int max_level=std::numeric_limits< int >::max(), int verbose=0)
template<typename Grid , typename X >
void	mark_grid_for_coarsening (Grid &grid, const X &x, typename X::ElementType refine_threshold, typename X::ElementType coarsen_threshold, int verbose=0)
template<typename T >
std::ostream &	operator<< (std::ostream &os, const StatisticsResult< T > &result)
	Write statistics result to out stream.
template<class GFS , class T , class A , int n, int m>
void	restore_overlap_entries (const GFS &gfs, Dune::BCRSMatrix< Dune::FieldMatrix< T, n, m >, A > &matrix, Dune::BCRSMatrix< Dune::FieldMatrix< T, n, m >, A > &matrix2)
template<typename LS >
constexpr bool	linearSolverIsMatrixFree ()
	Function that checks if a linear solver is matrix-free.
std::ostream &	operator<< (std::ostream &s, const TimeSpec &t)
	insert a timespec into an output stream
TimeSpec	gettimeofdayWallTime ()
const TimeSpec &	gettimeofdayWallTimeResolution ()
TimeSpec	getWallTime ()
	get the wall time in seconds since the epoch
TimeSpec	getWallTimeResolution ()
	get resolution of the wall time in seconds
const std::string &	getWallTimeImp ()
	return a string describing which implementation is used to get the wall time
TimeSpec	getrusageProcessTime ()
const TimeSpec &	getrusageProcessTimeResolution ()
TimeSpec	getProcessTime ()
	get the process time in seconds used by the current process
TimeSpec	getProcessTimeResolution ()
	get resolution of the process time in seconds
const std::string &	getProcessTimeImp ()
	return a string describing which implementation is used to get the process time
template<typename T , int dimB, int dimC>
void	crossproduct (const FieldVector< T, dimB > &b, const FieldVector< T, dimC > &c, FieldVector< T,(CrossProduct< dimB, dimC >::dimA)> &a)
	calculate crossproduct
template<typename T , int dimB, int dimC>
FieldVector< T, CrossProduct< dimB, dimC >::dimA >	crossproduct (const FieldVector< T, dimB > &b, const FieldVector< T, dimC > &c)
	calculate crossproduct
template<typename T , std::size_t n1, std::size_t n2>
std::size_t	hash_value (const DOFIndex< T, n1, n2 > &di)
template<typename GV , typename T >
void	vtkwriter_tree_addvertexdata (Dune::VTKWriter< GV > &w, const T &t, std::string s="data")
	add vertex data from a GridFunctionTree to a VTKWriter
template<typename GF >
GF::Traits::RangeType	integrateGridFunction (const GF &gf, unsigned qorder=1)
	Integrate a GridFunction.
template<typename GF >
void	integrateGridFunction (const GF &gf, typename GF::Traits::RangeType &sum, unsigned qorder=1)
	Integrate a GridFunction.
template<typename T , std::size_t n, typename ID >
std::size_t	hash_value (const GlobalDOFIndex< T, n, ID > &di)
std::string	getHostName ()
	C++ friendly wrapper around POSIX' gethostname() or GetComputerName() when compiling for Windows applications.
template<typename EntitySet , typename Intersection >
std::tuple< IntersectionType, typename EntitySet::Element >	classifyIntersection (const EntitySet &entity_set, const Intersection &is)
	Classifies the type of an intersection wrt to the passed EntitySet.
std::shared_ptr< LogtagFormatterBase >	makeGeneralLogtagFormatter (std::ostream &(&formatFunc)(std::ostream &))
	Convenience function to create a GeneralLogtagFormatter.
const std::shared_ptr< LogtagFormatterBase > &	getLogtagFormatter ()
	get the log tag formatter currently used by logtag()
void	setLogtagFormatter (const std::shared_ptr< LogtagFormatterBase > &formatter=std::shared_ptr< LogtagFormatterBase >())
	set a new log tag formatter to be used by logtag()
std::ostream &	logtag (std::ostream &s)
	function that writes a log tag to some stream
void	logtagSetupMPI (bool syncWidthes=true)
	collect MPI information for the logtag formatters
std::ostream &	hostRankWallUserLogtagFormatFunc (std::ostream &s)
	logtag format function that includes hostname, rank (if available), wall time and CPU time
std::ostream &	hostPidWallUserLogtagFormatFunc (std::ostream &s)
	logtag format function that includes host name, pid, wall time and CPU time
std::ostream &	nullFormatFunc (std::ostream &s)
	logtag format function that does not write anything
template<class FormatFunc >
std::shared_ptr< LogtagFormatterBase >	makeGeneralLogtagFormatter (const FormatFunc &formatFunc)
	Convenience function to create a GeneralLogtagFormatter.
template<class FormatFunc >
void	setLogtagFormatFunc (const FormatFunc &formatFunc)
	set a new log tag format function to be used by logtag()
std::ostream &	operator<< (std::ostream &s, const LocalTag &tag)
	insert a localtag into a std::ostream
template<typename T , std::size_t n>
std::size_t	hash_value (const MultiIndex< T, n > &mi)
template<typename Geometry >
QuadratureRuleWrapper< QuadratureRule< typename Geometry::ctype, Geometry::mydimension > >	quadratureRule (const Geometry &geo, std::size_t order, QuadratureType::Enum quadrature_type=QuadratureType::GaussLegendre)
	Returns a quadrature rule for the given geometry.
template<class T >
std::vector< T >	rangeVector (T begin, T passed_the_end, T increment=1)
	Generate a vector with a range of numbers.
template<class T >
std::vector< T >	rangeVector (T passed_the_end)
	Generate a vector with a range of numbers.
template<typename F >
std::size_t	hash_value (const SimpleDOFIndex< F > &di)
Dune::GeometryType	geometryTypeFromBasicType (Dune::GeometryType::BasicType basicType, int dim)
template<typename T >
std::shared_ptr< T >	ensure_shared_ptr (T &t)
	Ensures that t is wrapped in a shared_ptr<T>
template<class GF >
std::shared_ptr< VTKGridFunctionAdapter< GF > >	makeVTKGridFunctionAdapter (const std::shared_ptr< GF > &gf, const std::string &name, const std::vector< std::size_t > &remap=rangeVector(std::size_t(GF::Traits::dimRange)))
	construct a VTKGridFunctionAdapter
template<class GF >
std::shared_ptr< VTKGridFunctionAdapter< GF > >	makeVTKGridFunctionAdapter (const GF &gf, const std::string &name, const std::vector< std::size_t > &remap=rangeVector(std::size_t(GF::Traits::dimRange)))
	construct a VTKGridFunctionAdapter
template<class GF >
std::shared_ptr< VTKGridFunctionAdapter< GF > >	makeVTKGridFunctionAdapter (const std::shared_ptr< const GF > &gf, const std::string &name, const std::vector< std::size_t > &remap=rangeVector(std::size_t(GF::Traits::dimRange)))
	construct a VTKGridFunctionAdapter
template<typename GFS , typename CG >
void	constraints (const GFS &gfs, CG &cg, const bool verbose=false)
	construct constraints
template<typename P , typename GFS , typename CG >
void	constraints (const P &p, const GFS &gfs, CG &cg, const bool verbose=false)
	construct constraints from given constraints parameter tree
template<typename CG , typename XG >
void	set_constrained_dofs (const CG &cg, typename XG::ElementType x, XG &xg)
	construct constraints from given boundary condition function
template<typename CG , typename XG , typename Cmp >
bool	check_constrained_dofs (const CG &cg, typename XG::ElementType x, XG &xg, const Cmp &cmp=Cmp())
	check that constrained dofs match a certain value
template<typename CG , typename XG >
bool	check_constrained_dofs (const CG &cg, typename XG::ElementType x, XG &xg)
	check that constrained dofs match a certain value
template<typename CG , typename XG >
void	constrain_residual (const CG &cg, XG &xg)
	transform residual into transformed basis: r -> r~
template<typename FEM >
constexpr std::size_t	finiteElementMapBlockSize ()
	Returns the block size for FEM if available, 0 otherwise.
template<typename F , typename Placeholder >
SetTimeWrapper< F, Placeholder >	bindTime (F &&f, Placeholder p)
template<typename GV , typename F >
WrapperConformingToGridFunctionInterface	makeGridFunctionFromCallable (const GV &gv, const F &f)
	Create a GridFunction adapter from a callable.
template<typename GV , typename F >
WrapperConformingToGridFunctionInterface	makeInstationaryGridFunctionFromCallable (const GV &gv, const F &f)
	Create a GridFunction from callable and parameter class with setTime method.
template<class F , class GV , typename std::enable_if< models< Dune::Functions::Imp::HasFreeLocalFunction, F >() and not(TypeTree::has_node_tag< typename std::decay< F >::type >::value), int >::type = 0>
auto	makeLocalFunctionTree (const F &f, const GV &gv) -> Imp::LocalFunctionLeafNodeWrapper< decltype(localFunction(f)) >
	turn a given function tree into a local function tree
template<class F , class GV , typename std::enable_if< models< Dune::Functions::Imp::HasFreeLocalFunction, F >() and TypeTree::has_node_tag< typename std::decay< F >::type >::value, int >::type = 0>
auto	makeLocalFunctionTree (F &&f, const GV &gv) -> decltype(localView(f))
template<typename LeafNode >
Dune::TypeTree::GenericLeafNodeTransformation< LeafNode, GridFunctionToLocalViewTransformation, Imp::LocalGridViewFunctionAdapter< LeafNode > >	registerNodeTransformation (LeafNode *l, GridFunctionToLocalViewTransformation *t, GridFunctionTag *tag)
template<typename PowerNode >
Dune::TypeTree::SimplePowerNodeTransformation< PowerNode, GridFunctionToLocalViewTransformation, PowerLocalFunction >	registerNodeTransformation (PowerNode *p, GridFunctionToLocalViewTransformation *t, PowerGridFunctionTag *tag)
template<typename CompositeNode >
Dune::TypeTree::SimpleCompositeNodeTransformation< CompositeNode, GridFunctionToLocalViewTransformation, CompositeLocalFunction >	registerNodeTransformation (CompositeNode *c, GridFunctionToLocalViewTransformation *t, CompositeGridFunctionTag *tag)
template<class F , class GV , typename std::enable_if< not(IsGridFunction< F >::value) &&std::is_same< TypeTree::NodeTag< F >, TypeTree::LeafNodeTag >::value, int >::type = 0>
auto	makeLocalFunctionTree (const GridFunctionInterface< typename F::Traits, F > &f, const GV &gv) -> Imp::LocalGridViewFunctionAdapter< F >
template<class RF , std::size_t dimRange, class GV , class Class , class Member >
MemberFunctionToGridFunctionAdaptor< Member, Class, GV, RF, dimRange >	makeMemberFunctionToGridFunctionAdaptor (const Class &obj, Member member, const GV &gv)
	easy construction of a MemberFunctionToGridFunctionAdaptor
template<class RF , std::size_t dimRange, class GV , class Class , class Member >
TwoArgsMemberFunctionToGridFunctionAdaptor< Member, Class, GV, RF, dimRange >	makeTwoArgsMemberFunctionToGridFunctionAdaptor (const Class &obj, Member member, const GV &gv)
	easy construction of a TwoArgsMemberFunctionToGridFunctionAdaptor
template<class RF , std::size_t dimRange, class GV , class Class , class Member >
TwoArgsMemberFunctionToBoundaryGridFunctionAdaptor< Member, Class, GV, RF, dimRange >	make2ArgsMemberFunctionToBoundaryGridFunctionAdaptor (const Class &obj, Member member, const GV &gv)
	easy construction of a TwoArgsMemberFunctionToBoundaryGridFunctionAdaptor
template<typename F , typename GFS , typename XG >
void	interpolate (const F &f, const GFS &gfs, XG &xg)
	interpolation from a given grid function
template<typename LFS , typename Iterator >
Iterator	extract_lfs_leaf_sizes (const LFS &lfs, Iterator it)
template<typename Grid , typename... X>
void	loadBalanceGrid (Grid &grid, X &... x)
	Load balance grid and restore gridfunctionspace and gridfunctions given as packs.
template<typename PowerGridFunctionSpace , typename Params >
TypeTree::TemplatizedGenericPowerNodeTransformation< PowerGridFunctionSpace, gfs_to_lfs< Params >, power_gfs_to_lfs_template< PowerGridFunctionSpace, gfs_to_lfs< Params > >::template result >	registerNodeTransformation (PowerGridFunctionSpace *pgfs, gfs_to_lfs< Params > *t, PowerGridFunctionSpaceTag *tag)
template<typename CompositeGridFunctionSpace , typename Params >
TypeTree::TemplatizedGenericCompositeNodeTransformation< CompositeGridFunctionSpace, gfs_to_lfs< Params >, composite_gfs_to_lfs_template< CompositeGridFunctionSpace, gfs_to_lfs< Params > >::template result >	registerNodeTransformation (CompositeGridFunctionSpace *cgfs, gfs_to_lfs< Params > *t, CompositeGridFunctionSpaceTag *tag)
template<typename GridFunctionSpace , typename Params >
TypeTree::GenericLeafNodeTransformation< GridFunctionSpace, gfs_to_lfs< Params >, LeafLocalFunctionSpaceNode< GridFunctionSpace, typename gfs_to_lfs< Params >::DOFIndex > >	registerNodeTransformation (GridFunctionSpace *gfs, gfs_to_lfs< Params > *t, LeafGridFunctionSpaceTag *tag)
template<typename C >
C &	accessBaseContainer (C &c)
template<typename T , typename Tag , typename W >
LocalVector< T, Tag, W >::BaseContainer &	accessBaseContainer (LocalVector< T, Tag, W > &c)
template<typename C >
WeightedVectorAccumulationView< C >::BaseContainer &	accessBaseContainer (WeightedVectorAccumulationView< C > &c)
template<typename C >
const C &	accessBaseContainer (const C &c)
template<typename T , typename Tag , typename W >
const LocalVector< T, Tag, W >::BaseContainer &	accessBaseContainer (const LocalVector< T, Tag, W > &c)
template<typename C >
const WeightedVectorAccumulationView< C >::BaseContainer &	accessBaseContainer (const WeightedVectorAccumulationView< C > &c)
template<typename VTKWriter , typename GFS , typename X , typename NameGenerator = vtk::DefaultFunctionNameGenerator, typename Predicate = vtk::DefaultPredicate>
vtk::OutputCollector< VTKWriter, vtk::DGFTreeCommonData< GFS, X, Predicate > >	addSolutionToVTKWriter (VTKWriter &vtk_writer, const GFS &gfs, const X &x, const NameGenerator &name_generator=vtk::defaultNameScheme(), const Predicate &predicate=Predicate())
template<typename VTKWriter , typename GFS , typename X , typename NameGenerator = vtk::DefaultFunctionNameGenerator, typename Predicate = vtk::DefaultPredicate>
vtk::OutputCollector< VTKWriter, vtk::DGFTreeCommonData< GFS, X, Predicate > >	addSolutionToVTKWriter (VTKWriter &vtk_writer, std::shared_ptr< GFS > gfs, std::shared_ptr< X > x, const NameGenerator &name_generator=vtk::defaultNameScheme(), const Predicate &predicate=Predicate())
template<class Stream , class T , class W >
Stream &	operator<< (Stream &stream, const LocalMatrix< T, W > &m)
template<typename LocalOperator , typename EG , typename LFSU , typename X , typename LFSV , typename MAT >
void	assembleLocalDiagonalBlock (const LocalOperator &localOperator, const EG &eg, const LFSU &lfsu, const X &x, const LFSV &lfsv, MAT &mat)
	A function for assembling a single diagonal block.
template<typename LocalOperator , typename EG , typename LFSU , typename X , typename Z , typename LFSV , typename Y >
void	applyLocalDiagonalBlock (const LocalOperator &localOperator, const EG &eg, const LFSU &lfsu, const X &x, const Z &z, const LFSV &lfsv, Y &y)
	A function for applying a single diagonal block.
template<class Eps >
Electrodynamic_T< std::decay_t< Eps > >	makeLocalOperatorEdynT (Eps &&eps, int qorder=2)
	construct an Electrodynamic_T operator
template<class Mu >
Electrodynamic_S< std::decay_t< Mu > >	makeLocalOperatorEdynS (Mu &&mu, int qorder=2)
	construct an Electrodynamic_S operator
template<class DomainType , class LFS , class LV , class RangeFieldType >
void	evalFunction (const DomainType &location, const LFS &lfs, const LV &xlocal, RangeFieldType &valU)
template<class DomainType , class EG , class LFS , class LV , class RangeType >
void	evalGradient (const DomainType &location, const EG &eg, const LFS &lfs, const LV &xlocal, RangeType &gradu)
template<typename LocalOperator , typename EG , typename LFSU , typename X , typename LFSV , typename Y >
void	assembleLocalPointDiagonal (const LocalOperator &localOperator, const EG &eg, const LFSU &lfsu, const X &x, const LFSV &lfsv, Y &y)
	A function for assembling the point diagonal of a single block.
template<typename LFS >
std::vector< typename LFS::Traits::FiniteElementType::Traits::LocalBasisType::Traits::RangeType >	makeValueContainer (const LFS &lfs)
	return a container for basis evaluations
template<typename LFS >
std::vector< typename LFS::Traits::FiniteElementType::Traits::LocalBasisType::Traits::JacobianType >	makeJacobianContainer (const LFS &lfs)
	return a container for Jacobian evaluations
template<typename LFS >
LFS::Traits::FiniteElementType::Traits::LocalBasisType::Traits::RangeFieldType	makeZeroBasisFieldValue (const LFS &lfs)
	return a zero value of RangeFieldType of the basis
template<typename LFS >
LFS::Traits::FiniteElementType::Traits::LocalBasisType::Traits::RangeType	makeZeroBasisValue (const LFS &lfs)
	return a zero value of RangeType of the basis
template<typename LFS >
LFS::Traits::FiniteElementType::Traits::LocalBasisType::Traits::JacobianType	makeZeroJacobianValue (const LFS &lfs)
	return a zero value of JacobianType of the basis
template<typename GFS , typename Transformation >
power_gfs_to_entityblocked_ordering_descriptor< GFS, Transformation >	register_power_gfs_to_ordering_descriptor (GFS *, Transformation *, EntityBlockedOrderingTag *)
template<typename GFS , typename Transformation >
composite_gfs_to_entityblocked_ordering_descriptor< GFS, Transformation >	register_composite_gfs_to_ordering_descriptor (GFS *, Transformation *, EntityBlockedOrderingTag *)
template<typename GFS , typename Transformation >
power_gfs_to_interleaved_ordering_descriptor< GFS, Transformation >	register_power_gfs_to_ordering_descriptor (GFS *, Transformation *, InterleavedOrderingTag *)
template<typename GFS , typename Transformation >
composite_gfs_to_interleaved_ordering_descriptor< GFS, Transformation >	register_composite_gfs_to_ordering_descriptor (GFS *, Transformation *, InterleavedOrderingTag *)
template<typename GFS , typename Transformation , typename Params >
direct_leaf_gfs_to_gridview_ordering_descriptor< GFS, Transformation >	register_leaf_gfs_to_ordering_descriptor (GFS *, Transformation *, LeafOrderingTag< Params > *)
template<typename GFS , typename Transformation >
power_gfs_to_lexicographic_ordering_descriptor< GFS, Transformation >	register_power_gfs_to_ordering_descriptor (GFS *, Transformation *, LexicographicOrderingTag *)
template<typename GFS , typename Transformation >
composite_gfs_to_lexicographic_ordering_descriptor< GFS, Transformation >	register_composite_gfs_to_ordering_descriptor (GFS *, Transformation *, LexicographicOrderingTag *)
template<class Ordering >
	SizeProviderAdapter (const std::shared_ptr< const Ordering > &ordering) -> SizeProviderAdapter< typename Ordering::Traits::SizeType, typename Ordering::Traits::ContainerIndex, Ordering::Traits::ContainerIndexOrder >
	template deduction guide for orderings
template<typename Solver >
std::shared_ptr< LineSearchInterface< typename Solver::Domain > >	createLineSearch (Solver &solver, LineSearchStrategy strategy)
	fectory function to create an instace of a line-search
template<typename Engine , typename... Functions>
PointwiseGridFunctionAdapter< Engine, Functions... >	makePointwiseGridFunctionAdapter (const Engine &engine, const Functions &... f)
template<typename CG , typename XG >
void	copy_constrained_dofs (const CG &cg, const XG &xgin, XG &xgout)
template<typename CG , typename XG >
void	set_nonconstrained_dofs (const CG &cg, typename XG::ElementType x, XG &xg)
template<typename CG , typename XG >
void	copy_nonconstrained_dofs (const CG &cg, const XG &xgin, XG &xgout)
template<typename CG , typename XG >
void	set_shifted_dofs (const CG &cg, typename XG::ElementType x, XG &xg)

Typedef Documentation

AllEntitySet

template<typename GV >

using Dune::PDELab::AllEntitySet = typedef PartitionViewEntitySet<GV,Partitions::All>

DefaultTimeSource

typedef MPIWallTimeSource Dune::PDELab::DefaultTimeSource

FiniteElementMapBlockSize

template<typename FEM >

using Dune::PDELab::FiniteElementMapBlockSize = typedef std::integral_constant<std::size_t,finiteElementMapBlockSize<FEM>()>

An alias template that encapsulates the result of finiteElementMapBlockSize<FEM>() in an integral constant.

isEntitySet

template<typename T >

using Dune::PDELab::isEntitySet = typedef typename impl::_isEntitySet<T>::type

Type Trait to determine whether T is an EntitySet.

IsGridFunction

template<typename T >

using Dune::PDELab::IsGridFunction = typedef std::integral_constant<bool,impl::IsGridFunction<std::decay_t<T> >::value>

LocalAssemblerCallSwitch

template<typename LOP , bool doIt>

using Dune::PDELab::LocalAssemblerCallSwitch = typedef Impl::LocalAssemblerCallSwitchHelper<LOP,doIt>

compile time switching of function call

NonOverlappingEntitySet

template<typename GV >

using Dune::PDELab::NonOverlappingEntitySet = typedef PartitionViewEntitySet<GV,Partitions::InteriorBorder>

OverlappingEntitySet

template<typename GV >

using Dune::PDELab::OverlappingEntitySet = typedef PartitionViewEntitySet<GV,Partitions::InteriorBorderOverlapFront>

StaticFEMSize

template<typename FEM >

using Dune::PDELab::StaticFEMSize = typedef decltype(FEM::size(GeometryTypes::vertex))

Metafunction that returns the type of FEM::size() iff that function is static.

This metafunction is mostly for detecting the nature of FEM::size() with if_detected et. al.

Enumeration Type Documentation

IntersectionType

enum class Dune::PDELab::IntersectionType

strong

Enum describing the type of an intersection.

Enumerator
processor	processor boundary intersection (neighbor() == false && boundary() == false) or outside entity not in EntitySet
skeleton	skeleton intersection (neighbor() == true && boundary() == false)
boundary	domain boundary intersection (neighbor() == false && boundary() == true)
periodic	periodic boundary intersection (neighbor() == true && boundary() == true)

LineSearchStrategy

enum class Dune::PDELab::LineSearchStrategy

strong

Flags for different line search strategies.

Enumerator
noLineSearch
hackbuschReusken
hackbuschReuskenAcceptBest

MeshType

enum Dune::PDELab::MeshType

Enumerator
conforming
nonconforming

QkDGBasisPolynomial

enum class Dune::PDELab::QkDGBasisPolynomial

strong

Switch between different basis for QkDGLocalFiniteElementMap.

Enumerator
lagrange
legendre
lobatto
l2orthonormal

Function Documentation

adapt_grid() [1/2]

template<class Grid , class GFS , class X >

void Dune::PDELab::adapt_grid	(	Grid &	grid,
		GFS &	gfs,
		X &	x1,
		int	int_order
	)

adapt a grid, corresponding function space and solution vectors

grid adaptation as a function

Assumes that the grid's elements have been marked for refinement and coarsening appropriately before

Template Parameters

Grid	Type of the grid we want to adapt
GFS	Type of ansatz space, we need to update it after adaptation
X	Container class for DOF vectors

Parameters

grid	The grid we want to adapt
gfs	The ansatz grid function space
x1	The DOF container
int_order	The integration order used in inversion of the mass matrix. For scalar problems 2*k with k being the polynomial degree of ansatz and test space is a suitable choice. For systems, the same order is currently used for all components.

adapt_grid() [2/2]

template<class Grid , class GFS , class X >

void Dune::PDELab::adapt_grid	(	Grid &	grid,
		GFS &	gfs,
		X &	x1,
		X &	x2,
		int	int_order
	)

adapt a grid, corresponding function space and solution vectors

grid adaptation as a function

Assumes that the grid's elements have been marked for refinement and coarsening appropriately before

Template Parameters

Grid	Type of the grid we want to adapt
GFS	Type of ansatz space, we need to update it after adaptation
X	Container class for DOF vectors
Projection	Projection used when Elems vanish

adaptGrid()

template<typename Grid , typename... X>

void Dune::PDELab::adaptGrid	(	Grid &	grid,
		X &...	x
	)

Adapt grid and multiple function spaces with corresponding vectors.

Assumes that the grid's elements have been marked for refinement and coarsement appropriately befor

Template Parameters

Grid	Type of the Grid
X	Packed GFS with vectors that should be adapted

Note: A pack can be created using the transferSolution function.

addSolutionToVTKWriter() [1/2]

template<typename VTKWriter , typename GFS , typename X , typename NameGenerator = vtk::DefaultFunctionNameGenerator, typename Predicate = vtk::DefaultPredicate>

vtk::OutputCollector< VTKWriter, vtk::DGFTreeCommonData< GFS, X, Predicate > > Dune::PDELab::addSolutionToVTKWriter	(	VTKWriter &	vtk_writer,
		const GFS &	gfs,
		const X &	x,
		const NameGenerator &	name_generator = vtk::defaultNameScheme(),
		const Predicate &	predicate = Predicate()
	)

Examples

recipe-geometry-grid.cc, and recipe-operator-splitting.cc.

addSolutionToVTKWriter() [2/2]

template<typename VTKWriter , typename GFS , typename X , typename NameGenerator = vtk::DefaultFunctionNameGenerator, typename Predicate = vtk::DefaultPredicate>

vtk::OutputCollector< VTKWriter, vtk::DGFTreeCommonData< GFS, X, Predicate > > Dune::PDELab::addSolutionToVTKWriter	(	VTKWriter &	vtk_writer,
		std::shared_ptr< GFS >	gfs,
		std::shared_ptr< X >	x,
		const NameGenerator &	name_generator = vtk::defaultNameScheme(),
		const Predicate &	predicate = Predicate()
	)

applyLocalDiagonalBlock()

template<typename LocalOperator , typename EG , typename LFSU , typename X , typename Z , typename LFSV , typename Y >

void Dune::PDELab::applyLocalDiagonalBlock	(	const LocalOperator &	localOperator,
		const EG &	eg,
		const LFSU &	lfsu,
		const X &	x,
		const Z &	z,
		const LFSV &	lfsv,
		Y &	y
	)

A function for applying a single diagonal block.

assembleLocalDiagonalBlock()

template<typename LocalOperator , typename EG , typename LFSU , typename X , typename LFSV , typename MAT >

void Dune::PDELab::assembleLocalDiagonalBlock	(	const LocalOperator &	localOperator,
		const EG &	eg,
		const LFSU &	lfsu,
		const X &	x,
		const LFSV &	lfsv,
		MAT &	mat
	)

A function for assembling a single diagonal block.

assembleLocalPointDiagonal()

template<typename LocalOperator , typename EG , typename LFSU , typename X , typename LFSV , typename Y >

void Dune::PDELab::assembleLocalPointDiagonal	(	const LocalOperator &	localOperator,
		const EG &	eg,
		const LFSU &	lfsu,
		const X &	x,
		const LFSV &	lfsv,
		Y &	y
	)

A function for assembling the point diagonal of a single block.

This assumes that the localoperator that is passed in does assemble in a two sided fashion.

bindTime()

template<typename F , typename Placeholder >

SetTimeWrapper< F, Placeholder > Dune::PDELab::bindTime	(	F &&	f,
		Placeholder	p
	)

classifyIntersection()

template<typename EntitySet , typename Intersection >

std::tuple< IntersectionType, typename EntitySet::Element > Dune::PDELab::classifyIntersection	(	const EntitySet &	entity_set,
		const Intersection &	is
	)

Classifies the type of an intersection wrt to the passed EntitySet.

This function classifies the neighborship type of an intersection. It mirrors the classification provided by the Intersection::boundary() and Intersection::neighbor() methods, but also takes into account an EntitySet that might not span all parallel PartitionTypes.

As the classification often requires the function to obtain the outside entity, the function returns a tuple containing both the IntersectionType and the outside entity to avoid obtaining the outside entity twice. In case of a boundary intersection where an outside entity is not available, it will return a default-constructed (invalid) entity.

createLineSearch()

template<typename Solver >

std::shared_ptr< LineSearchInterface< typename Solver::Domain > > Dune::PDELab::createLineSearch	(	Solver &	solver,
		LineSearchStrategy	strategy
	)

fectory function to create an instace of a line-search

Template Parameters

Solver

A solver

Parameters

solver	Solver object
name	Identifier to choose line search. Possible values: "noLineSearch": Return pointer to LineSearchNone "hackbuschReusken": Return pointer to LineSearchHackbuschReusken

crossproduct() [1/2]

template<typename T , int dimB, int dimC>

FieldVector< T, CrossProduct< dimB, dimC >::dimA > Dune::PDELab::crossproduct	(	const FieldVector< T, dimB > &	b,
		const FieldVector< T, dimC > &	c
	)

calculate crossproduct

return the result of \(b\times c\).

crossproduct() [2/2]

template<typename T , int dimB, int dimC>

void Dune::PDELab::crossproduct	(	const FieldVector< T, dimB > &	b,
		const FieldVector< T, dimC > &	c,
		FieldVector< T,(CrossProduct< dimB, dimC >::dimA)> &	a
	)

calculate crossproduct

Compute the result of \(b\times c\) in a. This does the usual 3D crossproduct:

\[ a_\alpha = \sum_{\beta\gamma}\varepsilon_{\alpha\beta\gamma} b_\beta c_\gamma \]

element_fraction()

template<typename T >

void Dune::PDELab::element_fraction	(	const T &	x,
		typename T::ElementType	alpha,
		typename T::ElementType	beta,
		typename T::ElementType &	eta_alpha,
		typename T::ElementType &	eta_beta,
		int	verbose = 0
	)

error_distribution()

template<typename T >

void Dune::PDELab::error_distribution	(	const T &	x,
		unsigned int	bins
	)

Compute error distribution

error_fraction()

template<typename T >

void Dune::PDELab::error_fraction	(	const T &	x,
		typename T::ElementType	alpha,
		typename T::ElementType	beta,
		typename T::ElementType &	eta_alpha,
		typename T::ElementType &	eta_beta,
		int	verbose = 0
	)

evalFunction()

template<class DomainType , class LFS , class LV , class RangeFieldType >

void Dune::PDELab::evalFunction ( const DomainType &  location, const LFS &  lfs, const LV &  xlocal, RangeFieldType &  valU  )

inline

two simple functions used again and again to evaluate the function value or the gradient vector of the solution on an element

evalGradient()

template<class DomainType , class EG , class LFS , class LV , class RangeType >

void Dune::PDELab::evalGradient ( const DomainType &  location, const EG &  eg, const LFS &  lfs, const LV &  xlocal, RangeType &  gradu  )

inline

extract_lfs_leaf_sizes()

template<typename LFS , typename Iterator >

Iterator Dune::PDELab::extract_lfs_leaf_sizes	(	const LFS &	lfs,
		Iterator	it
	)

finiteElementMapBlockSize()

template<typename FEM >

constexpr std::size_t Dune::PDELab::finiteElementMapBlockSize ( )

constexpr

Returns the block size for FEM if available, 0 otherwise.

The block size is given by FEM::size(gt) iff that function returns a single value for all GeometryTypes gt for which FEM::size(gt) > 0. This requires that the value is the same for all instances of FEM and that FEM attaches the same number of DOFs to all GeometryTypes to which it attaches DOFs at all.

If the above condition does not hold, the function returns 0 instead.

geometryTypeFromBasicType()

Dune::GeometryType Dune::PDELab::geometryTypeFromBasicType ( Dune::GeometryType::BasicType  basicType, int  dim  )

inline

Extract Dune::GeometryType from Dune::GeometryType::BasicType

Note: Dune::GeometryType used to have constructors taking a BasicType and the dimension. This utility function can be used as a replacement.

getHostName()

std::string Dune::PDELab::getHostName

(

)

C++ friendly wrapper around POSIX' gethostname() or GetComputerName() when compiling for Windows applications.

C++ friendly wrapper around POSIX' gethostname()

Note

Anything after the first '.' is stripped from the value returned by the underlying implementation.

getLogtagFormatter()

const std::shared_ptr< LogtagFormatterBase > & Dune::PDELab::getLogtagFormatter

(

)

get the log tag formatter currently used by logtag()

getProcessTime()

TimeSpec Dune::PDELab::getProcessTime

(

)

get the process time in seconds used by the current process

getProcessTimeImp()

const std::string & Dune::PDELab::getProcessTimeImp

(

)

return a string describing which implementation is used to get the process time

getProcessTimeResolution()

TimeSpec Dune::PDELab::getProcessTimeResolution

(

)

get resolution of the process time in seconds

getrusageProcessTime()

TimeSpec Dune::PDELab::getrusageProcessTime

(

)

getrusageProcessTimeResolution()

const TimeSpec & Dune::PDELab::getrusageProcessTimeResolution

(

)

gettimeofdayWallTime()

TimeSpec Dune::PDELab::gettimeofdayWallTime

(

)

gettimeofdayWallTimeResolution()

const TimeSpec & Dune::PDELab::gettimeofdayWallTimeResolution

(

)

getWallTime()

TimeSpec Dune::PDELab::getWallTime

(

)

get the wall time in seconds since the epoch

getWallTimeImp()

const std::string & Dune::PDELab::getWallTimeImp

(

)

return a string describing which implementation is used to get the wall time

getWallTimeResolution()

TimeSpec Dune::PDELab::getWallTimeResolution

(

)

get resolution of the wall time in seconds

hash_value() [1/4]

template<typename T , std::size_t n1, std::size_t n2>

std::size_t Dune::PDELab::hash_value ( const DOFIndex< T, n1, n2 > &  di )

inline

hash_value() [2/4]

template<typename T , std::size_t n, typename ID >

std::size_t Dune::PDELab::hash_value ( const GlobalDOFIndex< T, n, ID > &  di )

inline

hash_value() [3/4]

template<typename T , std::size_t n>

std::size_t Dune::PDELab::hash_value ( const MultiIndex< T, n > &  mi )

inline

hash_value() [4/4]

template<typename F >

std::size_t Dune::PDELab::hash_value ( const SimpleDOFIndex< F > &  di )

inline

hostPidWallUserLogtagFormatFunc()

std::ostream & Dune::PDELab::hostPidWallUserLogtagFormatFunc

(

std::ostream &

s

)

logtag format function that includes host name, pid, wall time and CPU time

hostRankWallUserLogtagFormatFunc()

std::ostream & Dune::PDELab::hostRankWallUserLogtagFormatFunc

(

std::ostream &

s

)

logtag format function that includes hostname, rank (if available), wall time and CPU time

For serial programs, the rank is omitted completely. For parallel programs before logtagSetupMPI() has been called, the rank will show as '?'.

linearSolverIsMatrixFree()

template<typename LS >

constexpr bool Dune::PDELab::linearSolverIsMatrixFree ( )

constexpr

Function that checks if a linear solver is matrix-free.

This can be used at compile time with if constexpr.

loadBalanceGrid()

template<typename Grid , typename... X>

void Dune::PDELab::loadBalanceGrid	(	Grid &	grid,
		X &...	x
	)

Load balance grid and restore gridfunctionspace and gridfunctions given as packs.

Note

This only works for scalar gridfunctionspaces.

The grid must allow load balancing after the initial balance.

A pack can be created using the transferSolution function.

Template Parameters

Grid	Type of the Grid
X	Packed GFS with vectors that should be adapted

logtag()

std::ostream & Dune::PDELab::logtag

(

std::ostream &

s

)

function that writes a log tag to some stream

   Usage:
   \code

#include <dune/pdelab/common/logtag.hh> int main() { using Dune::PDELab::logtag; std::cout << logtag << "Hello world!" << std::endl; }

By default hostPidWallUserLogtagFormatFunc() is used to generate the tags.

logtagSetupMPI()

void Dune::PDELab::logtagSetupMPI

(

bool

syncWidthes = true

)

collect MPI information for the logtag formatters

This function needs to be called explicitly after MPI has been set up. Logtag formatters will work before this function has been called but MPI information will be omitted.

Besides determining MPI information, this function also syncronises the widthes of the generated output, such that e.g. host names, ranks and pids will print with the same width on each rank. This can be switched off by passing syncWidthes=false.

make2ArgsMemberFunctionToBoundaryGridFunctionAdaptor()

template<class RF , std::size_t dimRange, class GV , class Class , class Member >

TwoArgsMemberFunctionToBoundaryGridFunctionAdaptor< Member, Class, GV, RF, dimRange > Dune::PDELab::make2ArgsMemberFunctionToBoundaryGridFunctionAdaptor	(	const Class &	obj,
		Member	member,
		const GV &	gv
	)

easy construction of a TwoArgsMemberFunctionToBoundaryGridFunctionAdaptor

   \relates TwoArgsMemberFunctionToBoundaryGridFunctionAdaptor

   \code

#include <dune/pdelab/function/memberadaptor.hh>

The only required template parameters are RF and dimRange, all other template parameters can be deduced automatically.

makeGeneralLogtagFormatter() [1/2]

template<class FormatFunc >

std::shared_ptr< LogtagFormatterBase > Dune::PDELab::makeGeneralLogtagFormatter

(

const FormatFunc &

formatFunc

)

Convenience function to create a GeneralLogtagFormatter.

makeGeneralLogtagFormatter() [2/2]

std::shared_ptr< LogtagFormatterBase > Dune::PDELab::makeGeneralLogtagFormatter

(

std::ostream &(&)(std::ostream &)

formatFunc

)

Convenience function to create a GeneralLogtagFormatter.

makeGridFunctionFromCallable()

template<typename GV , typename F >

WrapperConformingToGridFunctionInterface Dune::PDELab::makeGridFunctionFromCallable	(	const GV &	gv,
		const F &	f
	)

Create a GridFunction adapter from a callable.

Parameters

gv	A GridView
f	A callable of one of the two forms: f(x) taking a global coordinate x of type typename GV::template Codim<0>::Entity::Geometry::GlobalCoordinate. f(e,x) taking an Entity e coordinate x or of the form f(e,x) taking an Entity e and a local coordinate x of type Entity::Geometry::LocalCoordinate.

Returns

A GlobalCallableToGridFunctionAdapter or a LocalCallableToGridFunctionAdapter.

Examples

recipe-grid-function-operations.cc, and recipe-integrating-grid-functions.cc.

makeInstationaryGridFunctionFromCallable()

template<typename GV , typename F >

WrapperConformingToGridFunctionInterface Dune::PDELab::makeInstationaryGridFunctionFromCallable	(	const GV &	gv,
		const F &	f
	)

Create a GridFunction from callable and parameter class with setTime method.

Parameters

gv	A GridView.
f	A callable of one of the two forms: f(x) taking a global coordinate x of type typename GV::template Codim<0>::Entity::Geometry::GlobalCoordinate. f(e,x) taking an Entity e coordinate x or of the form f(e,x) taking an Entity e and a local coordinate x of type Entity::Geometry::LocalCoordinate.
parameter	Parameter class.

Returns

A GlobalCallableToInstationaryGridFunctionAdapter or a LocalCallableToInstationaryGridFunctionAdapter

Examples

recipe-operator-splitting.cc.

makeJacobianContainer()

template<typename LFS >

std::vector< typename LFS::Traits::FiniteElementType::Traits::LocalBasisType::Traits::JacobianType > Dune::PDELab::makeJacobianContainer

(

const LFS &

lfs

)

return a container for Jacobian evaluations

makeLocalFunctionTree() [1/3]

template<class F , class GV , typename std::enable_if< models< Dune::Functions::Imp::HasFreeLocalFunction, F >() and not(TypeTree::has_node_tag< typename std::decay< F >::type >::value), int >::type = 0>

auto Dune::PDELab::makeLocalFunctionTree	(	const F &	f,
		const GV &	gv
	)		-> Imp::LocalFunctionLeafNodeWrapper< decltype(localFunction(f)) >

turn a given function tree into a local function tree

To create a tree with a local view we have to do destinguish between the following cases:

a) HasFreeLocalFunction, but no NodeTag -> call localView(f) -> LocalViewLeafNodeWrapper b) operator(), but no Tag -> makeGridViewFunction -> LocalViewLeafNodeWrapper c) HasFreeLocalFunction and NodeTag -> call localView(f) d) GridFunctionTag -> create a LocalGridViewFunctionAdapter e) LeafNodeTag, derived from GridFunctionInterface -> create a LocalGridViewFunctionAdapter (this is always a leaf node)

makeLocalFunctionTree() [2/3]

template<class F , class GV , typename std::enable_if< not(IsGridFunction< F >::value) &&std::is_same< TypeTree::NodeTag< F >, TypeTree::LeafNodeTag >::value, int >::type = 0>

auto Dune::PDELab::makeLocalFunctionTree	(	const GridFunctionInterface< typename F::Traits, F > &	f,
		const GV &	gv
	)		-> Imp::LocalGridViewFunctionAdapter<F>

makeLocalFunctionTree() [3/3]

template<class F , class GV , typename std::enable_if< models< Dune::Functions::Imp::HasFreeLocalFunction, F >() and TypeTree::has_node_tag< typename std::decay< F >::type >::value, int >::type = 0>

auto Dune::PDELab::makeLocalFunctionTree	(	F &&	f,
		const GV &	gv
	)		-> decltype(localView(f))

makeMemberFunctionToGridFunctionAdaptor()

template<class RF , std::size_t dimRange, class GV , class Class , class Member >

MemberFunctionToGridFunctionAdaptor< Member, Class, GV, RF, dimRange > Dune::PDELab::makeMemberFunctionToGridFunctionAdaptor	(	const Class &	obj,
		Member	member,
		const GV &	gv
	)

easy construction of a MemberFunctionToGridFunctionAdaptor

   \relates MemberFunctionToGridFunctionAdaptor

   \code

#include <dune/pdelab/function/memberadaptor.hh>

The only required template parameters are RF and dimRange, all other template parameters can be deduced automatically.

makePointwiseGridFunctionAdapter()

template<typename Engine , typename... Functions>

PointwiseGridFunctionAdapter< Engine, Functions... > Dune::PDELab::makePointwiseGridFunctionAdapter	(	const Engine &	engine,
		const Functions &...	f
	)

syntactic sugar for easy creation of PointwiseGridFunctionAdapter objects

makeTwoArgsMemberFunctionToGridFunctionAdaptor()

template<class RF , std::size_t dimRange, class GV , class Class , class Member >

TwoArgsMemberFunctionToGridFunctionAdaptor< Member, Class, GV, RF, dimRange > Dune::PDELab::makeTwoArgsMemberFunctionToGridFunctionAdaptor	(	const Class &	obj,
		Member	member,
		const GV &	gv
	)

easy construction of a TwoArgsMemberFunctionToGridFunctionAdaptor

   \relates TwoArgsMemberFunctionToGridFunctionAdaptor

   \code

#include <dune/pdelab/function/memberadaptor.hh>

The only required template parameters are RF and dimRange, all other template parameters can be deduced automatically.

makeValueContainer()

template<typename LFS >

std::vector< typename LFS::Traits::FiniteElementType::Traits::LocalBasisType::Traits::RangeType > Dune::PDELab::makeValueContainer

(

const LFS &

lfs

)

return a container for basis evaluations

makeVTKGridFunctionAdapter() [1/3]

template<class GF >

std::shared_ptr< VTKGridFunctionAdapter< GF > > Dune::PDELab::makeVTKGridFunctionAdapter	(	const GF &	gf,
		const std::string &	name,
		const std::vector< std::size_t > &	remap = rangeVector(std::size_t(GF::Traits::dimRange))
	)

construct a VTKGridFunctionAdapter

Parameters

gf	GridFunction object to wrap. A reference to the grid function object is stored internally and the constructed object becomes invalid as soon as that reference becomes invalid.
name	Name of the field as returned by name().
remap	How components are remapped between PDELab and VTK. The default value yields the identity map with entries (0,1,...,T::Traits::dimRange-1).

The resulting VTKFunction will have remap_.size() components. None of the elements of remap should be greater or equal to T::Traits::dimRange. When component c is requested by the VTKWriter, it will be mapped to the component remap[c] of the GridFunction.

makeVTKGridFunctionAdapter() [2/3]

template<class GF >

std::shared_ptr< VTKGridFunctionAdapter< GF > > Dune::PDELab::makeVTKGridFunctionAdapter	(	const std::shared_ptr< const GF > &	gf,
		const std::string &	name,
		const std::vector< std::size_t > &	remap = rangeVector(std::size_t(GF::Traits::dimRange))
	)

construct a VTKGridFunctionAdapter

Parameters

gf	Shared pointer to a GridFunction object to wrap.
name	Name of the field as returned by name().
remap	How components are remapped between PDELab and VTK. The default value yields the identity map with entries (0,1,...,T::Traits::dimRange-1).

The resulting VTKFunction will have remap.size() components. None of the elements of remap should be greater or equal to T::Traits::dimRange. When component c is requested by the VTKWriter, it will be mapped to the component remap[c] of the GridFunction.

makeVTKGridFunctionAdapter() [3/3]

template<class GF >

std::shared_ptr< VTKGridFunctionAdapter< GF > > Dune::PDELab::makeVTKGridFunctionAdapter	(	const std::shared_ptr< GF > &	gf,
		const std::string &	name,
		const std::vector< std::size_t > &	remap = rangeVector(std::size_t(GF::Traits::dimRange))
	)

construct a VTKGridFunctionAdapter

Parameters

gf	GridFunction object to wrap. A reference to the grid function object is stored internally and the constructed object becomes invalid as soon as that reference becomes invalid.
name	Name of the field as returned by name().
remap	How components are remapped between PDELab and VTK. The default value yields the identity map with entries (0,1,...,T::Traits::dimRange-1).

The resulting VTKFunction will have remap_.size() components. None of the elements of remap should be greater or equal to T::Traits::dimRange. When component c is requested by the VTKWriter, it will be mapped to the component remap[c] of the GridFunction.

makeZeroBasisFieldValue()

template<typename LFS >

LFS::Traits::FiniteElementType::Traits::LocalBasisType::Traits::RangeFieldType Dune::PDELab::makeZeroBasisFieldValue

(

const LFS &

lfs

)

return a zero value of RangeFieldType of the basis

makeZeroBasisValue()

template<typename LFS >

LFS::Traits::FiniteElementType::Traits::LocalBasisType::Traits::RangeType Dune::PDELab::makeZeroBasisValue

(

const LFS &

lfs

)

return a zero value of RangeType of the basis

makeZeroJacobianValue()

template<typename LFS >

LFS::Traits::FiniteElementType::Traits::LocalBasisType::Traits::JacobianType Dune::PDELab::makeZeroJacobianValue

(

const LFS &

lfs

)

return a zero value of JacobianType of the basis

mark_grid()

template<typename Grid , typename X >

void Dune::PDELab::mark_grid	(	Grid &	grid,
		const X &	x,
		typename X::ElementType	refine_threshold,
		typename X::ElementType	coarsen_threshold,
		int	min_level = 0,
		int	max_level = std::numeric_limits<int>::max(),
		int	verbose = 0
	)

mark_grid_for_coarsening()

template<typename Grid , typename X >

void Dune::PDELab::mark_grid_for_coarsening	(	Grid &	grid,
		const X &	x,
		typename X::ElementType	refine_threshold,
		typename X::ElementType	coarsen_threshold,
		int	verbose = 0
	)

nullFormatFunc()

std::ostream & Dune::PDELab::nullFormatFunc

(

std::ostream &

s

)

logtag format function that does not write anything

operator<<() [1/3]

template<typename T >

std::ostream & Dune::PDELab::operator<<	(	std::ostream &	os,
		const StatisticsResult< T > &	result
	)

Write statistics result to out stream.

operator<<() [2/3]

std::ostream & Dune::PDELab::operator<< ( std::ostream &  s, const LocalTag &  tag  )

inline

insert a localtag into a std::ostream

operator<<() [3/3]

std::ostream & Dune::PDELab::operator<<	(	std::ostream &	s,
		const TimeSpec &	t
	)

insert a timespec into an output stream

quadratureRule()

template<typename Geometry >

QuadratureRuleWrapper< QuadratureRule< typename Geometry::ctype, Geometry::mydimension > > Dune::PDELab::quadratureRule	(	const Geometry &	geo,
		std::size_t	order,
		QuadratureType::Enum	quadrature_type = QuadratureType::GaussLegendre
	)

Returns a quadrature rule for the given geometry.

This function returns a quadrature rule for the given geometry geo which can be used for exact integration of polynomial functions up to the order order. Optionally, the type of quadrature rule can be passed as a third parameter. It defaults to Gauss-Legendre quadrature.

This function should be used unqualified, e.g.

 ++
auto rule = quadratureRule(geo,4);

Warning

Do not add Dune::PDELab in front of it, as that might cause compiler errors with future versions of the core modules.

The function wraps the quadrature rule in a QuadratureRuleWrapper to provide value semantics.

Parameters

geo	The geometry for which to obtain a quadrature rule.
order	The maximum polynomial order up to which the rule should be exact.
quadrature_type	The type of quadrature (default: Gauss-Legendre).

rangeVector() [1/2]

template<class T >

std::vector< T > Dune::PDELab::rangeVector	(	T	begin,
		T	passed_the_end,
		T	increment = 1
	)

Generate a vector with a range of numbers.

This is mostly useful to supply default function arguments.

The generated vector will consist of the numbers begin, begin+increment etc. through (but not including) passed_the_end. For instance, rangeVector(23, 42, 7) will yield the vector (23, 30, 37). The increment must be strictly positive at the moment.

rangeVector() [2/2]

template<class T >

std::vector< T > Dune::PDELab::rangeVector

(

T

passed_the_end

)

Generate a vector with a range of numbers.

Equivalent to rangeVector(0, passed_the_end).

registerNodeTransformation() [1/3]

template<typename CompositeNode >

Dune::TypeTree::SimpleCompositeNodeTransformation< CompositeNode, GridFunctionToLocalViewTransformation, CompositeLocalFunction > Dune::PDELab::registerNodeTransformation	(	CompositeNode *	c,
		GridFunctionToLocalViewTransformation *	t,
		CompositeGridFunctionTag *	tag
	)

registerNodeTransformation() [2/3]

template<typename LeafNode >

Dune::TypeTree::GenericLeafNodeTransformation< LeafNode, GridFunctionToLocalViewTransformation, Imp::LocalGridViewFunctionAdapter< LeafNode > > Dune::PDELab::registerNodeTransformation	(	LeafNode *	l,
		GridFunctionToLocalViewTransformation *	t,
		GridFunctionTag *	tag
	)

registerNodeTransformation() [3/3]

template<typename PowerNode >

Dune::TypeTree::SimplePowerNodeTransformation< PowerNode, GridFunctionToLocalViewTransformation, PowerLocalFunction > Dune::PDELab::registerNodeTransformation	(	PowerNode *	p,
		GridFunctionToLocalViewTransformation *	t,
		PowerGridFunctionTag *	tag
	)

restore_overlap_entries()

template<class GFS , class T , class A , int n, int m>

void Dune::PDELab::restore_overlap_entries	(	const GFS &	gfs,
		Dune::BCRSMatrix< Dune::FieldMatrix< T, n, m >, A > &	matrix,
		Dune::BCRSMatrix< Dune::FieldMatrix< T, n, m >, A > &	matrix2
	)

A function to communicate matrix entries

setLogtagFormatFunc()

template<class FormatFunc >

void Dune::PDELab::setLogtagFormatFunc

(

const FormatFunc &

formatFunc

)

set a new log tag format function to be used by logtag()

This automatically wraps the function into a GeneralLogtagFormatter before passing it to setLogtagFormatter().

setLogtagFormatter()

void Dune::PDELab::setLogtagFormatter

(

const std::shared_ptr< LogtagFormatterBase > &

formatter = std::shared_ptr< LogtagFormatterBase >()

)

set a new log tag formatter to be used by logtag()

Calling this with a 0-pointer or no argument restores reinitializes to the formatter in use at startup.

transferSolutions()

template<typename GFS , typename... X>

impl::GFSWithVectors< GFS, X... > Dune::PDELab::transferSolutions	(	GFS &	gfs,
		int	integrationOrder,
		X &...	x
	)

Pack function space and vectors for grid adaption.

This function packs a GridFunctionSpace an integration order and an arbitrary number of vectors in a single struct.

Important: You have to make sure that all vectors belong to the same function space.

Template Parameters

GFS	Grid function space
...X	Arbitrary number of corresponding vectors