Bempp Namespace Reference

Classes
class	AbstractBoundaryOperator
	Abstract (non-discretized) boundary operator. More...
class	AbstractBoundaryOperatorComposition
	Composition of two abstract boundary operators. More...
class	AbstractBoundaryOperatorId
	Base class for identifiers of an abstract boundary operator. More...
class	AbstractBoundaryOperatorPseudoinverseId
class	AbstractBoundaryOperatorPseudoinverse
	Inverse or pseudoinverse of an abstract boundary operator. More...
class	AbstractBoundaryOperatorSum
	Sum of two abstract boundary operators. More...
class	AbstractBoundaryOperatorSuperpositionBase
	Base class for abstract boundary operator superpositions. More...
class	AcaApproximateLuInverse
	Approximate LU decomposition of a H-matrix. More...
class	AcaGlobalAssembler
	ACA-mode assembler. More...
struct	AcaOptions
	Adaptive cross approximation (ACA) parameters. More...
class	AdjointAbstractBoundaryOperator
	Adjoint abstract boundary operator. More...
struct	AhmedDofWrapper
	An Ahmed-compatible degree-of-freedom type. More...
struct	AhmedTypeTraits
struct	AhmedTypeTraits< std::complex< float > >
struct	AhmedTypeTraits< std::complex< double > >
class	AhmedLeafClusterArray
	Encapsulation of an array of pointers to AHMED's blcluster objects. More...
class	AhmedMblockArrayDeleter
class	DiscreteBoundaryOperator
	Discrete boundary operator. More...
class	GridFunction
	Function defined on a grid. More...
class	Space
	Function space. More...
class	AssembledPotentialOperator
	Assembled potential operator. More...
class	AssemblyOptions
	Options determining how weak-form assembly is done. More...
class	BlockCoalescer
class	BlockedBoundaryOperator
	Boundary operator consisting of multiple blocks arranged in a matrix. More...
class	BlockedOperatorStructure
	Helper class used in construction of blocked boundary operators. More...
class	BoundaryOperator
	Operator acting on functions defined on a surface. More...
struct	ClusterConstructionHelper
class	ComplexifiedDiscreteBoundaryOperator
	Complexified discrete boundary operator. More...
struct	ComponentLists
	Data used by PotentialOperatorAcaAssemblyHelper to convert between H-matrix indices, point and component indices. More...
class	ComponentListsCache
	Cache of ComponentLists objects. More...
class	Context
	Assembly context. More...
class	DenseGlobalAssembler
	Dense-mode assembler. More...
class	DiscreteAcaBoundaryOperator
	Discrete linear operator stored as a H-matrix. More...
class	DiscreteBlockedBoundaryOperator
	Discrete boundary operator composed of multiple blocks stored separately. More...
class	DiscreteBoundaryOperatorCache
	Cache of discrete boundary operators. More...
class	DiscreteBoundaryOperatorComposition
	Composition (product) of discrete linear operators stored separately. More...
class	DiscreteBoundaryOperatorSum
	Sum of discrete linear operators stored separately. More...
class	DiscreteDenseBoundaryOperator
	Discrete boundary operator stored as a dense matrix. More...
class	DiscreteInverseSparseBoundaryOperator
	Discrete boundary operator representing the inverse of another operator and stored as a sparse LU decomposition. More...
class	DiscreteNullBoundaryOperator
	Null (zero-valued) discrete boundary operator. More...
class	DiscreteSparseBoundaryOperator
	Discrete boundary operator stored as a sparse matrix. More...
class	ElementaryIntegralOperator
	Elementary integral boundary operator. More...
class	ElementaryIntegralOperatorBase
	Base class of ElementaryIntegralOperator, containing functionality independent from KernelType. More...
class	ElementaryLocalOperator
	Abstract base class of local elementary operators. More...
class	ElementaryPotentialOperator
	Elementary potential operator. More...
class	ElementaryRegularIntegralOperator
	Elementary boundary integral operator with weak form whose integrand is a regular function. More...
class	ElementarySingularIntegralOperator
	Elementary boundary integral operator with weak form whose integrand has a singularity at origin. More...
class	EvaluationOptions
	Options controlling evaluation of potentials. More...
class	ExtendedBemCluster
class	GeneralElementaryLocalOperator
	Standard implementation of an elementary local operator. More...
class	GeneralElementarySingularIntegralOperator
	Standard implementation of an elementary singular integral operator. More...
class	GeneralHypersingularIntegralOperator
	Standard implementation of a hypersingular singular integral operator. More...
class	Helmholtz3dDoubleLayerPotentialOperator
	Double-layer potential operator for the Helmholtz equation in 3D. More...
class	Helmholtz3dFarFieldDoubleLayerPotentialOperator
	Part of the far-field pattern of a radiating solution of the Helmholtz equation in 3D. More...
class	Helmholtz3dFarFieldSingleLayerPotentialOperator
	Part of the far-field pattern of a radiating solution of the Helmholtz equation in 3D. More...
class	Helmholtz3dPotentialOperatorBase
	Base class for potential operators for the Helmholtz equation in 3D. More...
class	Helmholtz3dSingleLayerPotentialOperator
	Single-layer potential operator for the Helmholtz equation in 3D. More...
class	HypersingularIntegralOperator
	Hypersingular integral boundary operator. More...
class	IdentityOperatorId
class	IdentityOperator
	Identity operator. More...
class	IndexPermutation
	Permutation of indices. More...
class	InterpolatedFunction
	Function defined by its values at a set of interpolation points and an interpolation method. More...
class	Laplace3dDoubleLayerPotentialOperator
	Double-layer potential operator for the Laplace equation in 3D. More...
class	Laplace3dPotentialOperatorBase
	Base class for potential operators related to the Laplace equation in 3D. More...
class	Laplace3dSingleLayerPotentialOperator
	Single-layer potential operator for the Laplace equation in 3D. More...
struct	LocalAssemblerConstructionHelper
	Utility functions used during weak-form assembly. More...
struct	LocalDofLists
	Data used by WeakFormAcaAssemblyHelper to convert between H-matrix indices, global and local degrees of freedom. More...
class	LocalDofListsCache
	Cache of LocalDofLists objects. More...
class	Maxwell3dDoubleLayerPotentialOperator
	Double-layer potential operator for the Maxwell equations in 3D. More...
class	Maxwell3dFarFieldDoubleLayerPotentialOperator
	Far-field limit of the double-layer potential operator for the Maxwell equations in 3D. More...
class	Maxwell3dFarFieldSingleLayerPotentialOperator
	Far-field limit of the single-layer potential operator for the Maxwell equations in 3D. More...
class	Maxwell3dIdentityOperator
	"Identity operator" for Maxwell equations in 3D. More...
class	Maxwell3dSingleLayerPotentialOperator
	Single-layer potential operator for the Maxwell equations in 3D. More...
class	ModifiedHelmholtz3dDoubleLayerPotentialOperator
	Double-layer potential operator for the modified Helmholtz equation in 3D. More...
class	ModifiedHelmholtz3dPotentialOperatorBase
	Base class for potential operators for the modified Helmholtz equation in 3D. More...
class	ModifiedHelmholtz3dSingleLayerPotentialOperator
	Single-layer potential operator for the modified Helmholtz equation in 3D. More...
class	NullOperatorId
class	NullOperator
	Null operator. More...
class	NumericalQuadratureStrategy
	Numerical quadrature strategy. More...
class	PotentialOperator
	Potential operator. More...
class	PotentialOperatorAcaAssemblyHelper
	Class whose methods are called by Ahmed during assembly in the ACA mode. More...
class	ScaledAbstractBoundaryOperator
	Scaled abstract boundary operator. More...
class	ScaledDiscreteBoundaryOperator
	Scaled discrete boundary operator. More...
class	ScatteredRange
struct	MblockArrayConverter
struct	MblockArrayConverter< Type, Type >
struct	SparseToHMatrixConverter
class	SyntheticIntegralOperator
	Integral operator with weak form assembled from several pieces. More...
class	TransposedDiscreteBoundaryOperator
	Transposed and/or conjugated discrete boundary operator. More...
class	Vector
	Encapsulation of a vector. More...
class	WeakFormAcaAssemblyHelper
	Class whose methods are called by Ahmed during assembly in the ACA mode. More...
class	AutoTimer
	Timer that on destruction outputs the time elapsed since construction. More...
class	BoundingBox
	Bounding box with a reference point. More...
struct	ChunkStatistics
	Storage of parallel-loop profiling data. More...
class	Lazy
	Thread-safe wrapper of a lazily inititialised object. More...
class	NotImplementedError
	Exception thrown on attempt to access an unimplemented feature. More...
struct	LocalDof
	Local degree of freedom. More...
struct	Point3D
	Point in a three-dimensional space. More...
class	ConcreteDomainIndex
class	ConcreteElementMapper
	An injective mapping from the full set of codimension-0 entities ("elements") of a grid to the integers 0 ... (number of entities - 1). More...
class	ConcreteEntity
	Wrapper of a Dune entity of type DuneEntity and codimension codim. More...
class	ConcreteEntity< 0, DuneEntity >
	Wrapper of a Dune entity of type DuneEntity and codimension 0. More...
class	ConcreteEntityPointer
	Wrapper of a Dune entity pointer of type DuneEntityPointer. More...
class	ConcreteGeometry
	Wrapper of a Dune geometry of type DuneGeometry. More...
class	ConcreteGeometryFactory
	Factory able to construct an "empty" geometry wrapping a Dune geometry of type DuneGeometry. More...
class	ConcreteGrid
	Wrapper of a Dune surface grid of type DuneGrid. More...
class	ConcreteGridView
	Wrapper of a Dune grid view of type DuneGridView. More...
class	ConcreteIdSet
	Wrapper of a Dune id set of type DuneIdSet providing access to the entities of a Dune grid of type DuneGrid. More...
class	ConcreteIndexSet
	Wrapper of the index set specific to a Dune grid view class DuneGridView. More...
class	ConcreteRangeEntityIterator
	Iterator over entities referenced by a range of Dune iterators of type DuneEntityIt. More...
class	ConcreteSubentityIterator
	Iterator over the subentities of codimension codimSub of a given Dune entity of type DuneEntity. More...
class	ConcreteVtkWriter
	Wrapper of a Dune VTK writer for a grid view of type DuneGridView. More...
class	DomainIndex
class	Entity
	Abstract wrapper of an entity of codimension codim. More...
class	Entity< 0 >
	Abstract wrapper of an entity of codimension 0. More...
class	EntityIterator
	Abstract base class for iterators over entities. More...
class	EntityPointer
	Abstract base class for an object providing read-only access to an entity of codimension codim. More...
class	Geometry
	Abstract wrapper of a geometry. More...
class	GeometryFactory
	Abstract geometry factory. More...
class	Grid
	Abstract wrapper of a grid. More...
class	GridFactory
	Grid factory. More...
struct	GridParameters
	Grid parameters. More...
class	GridSegment
	Segment of a grid. More...
class	GridView
	Abstract wrapper of a grid view. More...
class	IdSet
	Abstract wrapper of an id set. More...
class	IndexSet
	Abstract wrapper of an index set. More...
class	Mapper
	Abstract mapper class. More...
class	P0VectorVTKFunction
	Take a vector and interpret it as cell data for the VTKWriter. More...
class	P1VectorVTKFunction
	Take a vector and interpret it as point data for the VTKWriter. More...
class	ReverseElementMapper
	Mapping from codim-0 entity indices to entity pointers. More...
class	VtkWriter
	Abstract exporter of data in the vtk format. More...
class	BelosSolverWrapper
class	BlockedSolution
	This class holds the solution of a block operator system together with various information about the solution. More...
class	DefaultDirectSolver
	Default direct dense solver for boundary integral equations. More...
class	DefaultIterativeSolver
	Default iterative solver for boundary integral equations. More...
class	Preconditioner
	A simple container class to hold pointers to preconditioners. More...
class	RealWrapperOfComplexThyraLinearOperator
class	RealWrapperOfComplexThyraPreconditioner
class	Solution
	This class holds the solution of a BEM computation together with various associated information. More...
struct	SolutionStatus
class	SolutionBase
	The base class for the Solution and BlockedSolution container classes. More...
struct	ConvergenceTestMode
class	Solver
	The abstract interface of solvers of boundary integral equations. More...
class	PiecewiseConstantDiscontinuousScalarSpaceBarycentric
	Space of piecewise constant scalar functions. More...
class	PiecewiseConstantDualGridDiscontinuousScalarSpace
	Space of piecewise constant functions define on the dual grid. More...
class	PiecewiseConstantDualGridScalarSpace
	Space of piecewise constant functions define on the dual grid. More...
class	PiecewiseConstantScalarSpace
	Space of piecewise constant scalar functions. More...
class	PiecewiseConstantScalarSpaceBarycentric
	Space of piecewise constant scalar functions. More...
class	PiecewiseLinearContinuousScalarSpace
	Space of continuous, piecewise linear scalar functions. More...
class	PiecewiseLinearContinuousScalarSpaceBarycentric
	Space of continuous, piecewise linear scalar functions. More...
class	PiecewiseLinearDiscontinuousScalarSpace
	Space of piecewise linear, not necessarily continuous, scalar functions. More...
class	PiecewiseLinearDiscontinuousScalarSpaceBarycentric
	Space of piecewise constant functions define on the dual grid. More...
class	PiecewiseLinearScalarSpace
	Space of continuous, piecewise linear scalar functions. More...
class	PiecewisePolynomialContinuousScalarSpace
	Space of continuous, piecewise polynomial scalar functions. More...
class	PiecewisePolynomialDiscontinuousScalarSpace
	Space of discontinuous, piecewise polynomial scalar functions. More...
class	RaviartThomas0VectorSpace
	Space spanned by the lowest order Raviart-Thomas functions. More...
class	ScalarSpace
	Base class for spaces of scalar-valued functions. More...
struct	SpaceHelper
class	UnitScalarSpace
	Space consisting of a single scalar function equal to 1 everywhere. More...

Typedefs
typedef int	ElementVariant
typedef int	EntityIndex
typedef int	GlobalDofIndex
typedef int	FlatLocalDofIndex
typedef Fiber::LocalDofIndex	LocalDofIndex
typedef Dune::FoamGrid< 3 >	Default2dIn3dDuneGrid
	Default Dune grid implementation used to represent 2D grids embedded in 3D space.
typedef Dune::GeometryType	GeometryType
	Identifier of geometry type.
typedef ConcreteGrid < Default2dIn3dDuneGrid >	Default2dIn3dGrid

Enumerations
enum	Symmetry { NO_SYMMETRY = 0x0000, SYMMETRIC = 0x0001, HERMITIAN = 0x0002, AUTO_SYMMETRY = 0x8000 }
	Set of constants describing the symmetry of an operator.
enum	TranspositionMode { NO_TRANSPOSE = Thyra::NOTRANS, CONJUGATE = Thyra::CONJ, TRANSPOSE = Thyra::TRANS, CONJUGATE_TRANSPOSE = Thyra::CONJTRANS }
	Enumeration determining how a discrete boundary operator is transformed before being applied. More...
enum	DofAssignmentMode { EDGE_ON_SEGMENT = 1, ELEMENT_ON_SEGMENT = 2, REFERENCE_POINT_ON_SEGMENT = 4 }
enum	DofType { GLOBAL_DOFS, FLAT_LOCAL_DOFS }

Functions
	FIBER_INSTANTIATE_CLASS_TEMPLATED_ON_BASIS_AND_RESULT (AbstractBoundaryOperator)
	FIBER_INSTANTIATE_CLASS_TEMPLATED_ON_BASIS_AND_RESULT (AbstractBoundaryOperatorComposition)
template<typename T >
void	tbb_hash_combine (size_t &seed, const T &v)
template<typename BasisFunctionType , typename ResultType >
BoundaryOperator < BasisFunctionType, ResultType >	pseudoinverse (const BoundaryOperator< BasisFunctionType, ResultType > &boundaryOp)
template<typename BasisFunctionType , typename ResultType >
BoundaryOperator < BasisFunctionType, ResultType >	pseudoinverse (const BoundaryOperator< BasisFunctionType, ResultType > &boundaryOp, const shared_ptr< const Space< BasisFunctionType > > &dualToRange)
	BEMPP_GCC_DIAG_OFF (deprecated-declarations)
	BEMPP_GCC_DIAG_ON (deprecated-declarations)
	FIBER_ITERATE_OVER_BASIS_AND_RESULT_TYPES (INSTANTIATE_NONMEMBER_CONSTRUCTOR)
	FIBER_INSTANTIATE_CLASS_TEMPLATED_ON_BASIS_AND_RESULT (AbstractBoundaryOperatorPseudoinverse)
	FIBER_INSTANTIATE_CLASS_TEMPLATED_ON_BASIS_AND_RESULT (AbstractBoundaryOperatorSum)
	FIBER_INSTANTIATE_CLASS_TEMPLATED_ON_BASIS_AND_RESULT (AbstractBoundaryOperatorSuperpositionBase)
	FIBER_INSTANTIATE_CLASS_TEMPLATED_ON_RESULT (AcaApproximateLuInverse)
	FIBER_INSTANTIATE_CLASS_TEMPLATED_ON_BASIS_AND_RESULT (AcaGlobalAssembler)
	FIBER_INSTANTIATE_CLASS_TEMPLATED_ON_BASIS_AND_RESULT (AdjointAbstractBoundaryOperator)
template<typename ValueType >
boost::shared_array< mblock < typename AhmedTypeTraits < ValueType >::Type > * >	allocateAhmedMblockArray (size_t blockCount)
template<typename ValueType >
boost::shared_array< mblock < typename AhmedTypeTraits < ValueType >::Type > * >	allocateAhmedMblockArray (const blcluster *cluster)
template<typename T >
AhmedTypeTraits< T >::Type *	ahmedCast (T *x)
float	ahmedCast (float x)
double	ahmedCast (double x)
scomp	ahmedCast (std::complex< float > x)
dcomp	ahmedCast (std::complex< double > x)
	FIBER_ITERATE_OVER_VALUE_TYPES (INSTANTIATE_OPERATOR_CALL)
	FIBER_INSTANTIATE_CLASS_TEMPLATED_ON_BASIS_AND_RESULT (AssembledPotentialOperator)
template<typename BasisFunctionType >
bool	shouldUseBlasInQuadrature (const AssemblyOptions &assemblyOptions, const Space< BasisFunctionType > &domain, const Space< BasisFunctionType > &dualToRange)
	FIBER_INSTANTIATE_CLASS_TEMPLATED_ON_RESULT (BlockCoalescer)
template<typename BasisFunctionType , typename ResultType >
std::vector< GridFunction < BasisFunctionType, ResultType > >	operator* (const BlockedBoundaryOperator< BasisFunctionType, ResultType > &op, const std::vector< GridFunction< BasisFunctionType, ResultType > > &funs)
	FIBER_ITERATE_OVER_BASIS_AND_RESULT_TYPES (INSTANTIATE_NONMEMBER_FUNCTIONS)
	FIBER_INSTANTIATE_CLASS_TEMPLATED_ON_BASIS_AND_RESULT (BlockedBoundaryOperator)
	FIBER_INSTANTIATE_CLASS_TEMPLATED_ON_BASIS_AND_RESULT (BlockedOperatorStructure)
template<typename BasisFunctionType , typename ResultType >
BoundaryOperator < BasisFunctionType, ResultType >	operator+ (const BoundaryOperator< BasisFunctionType, ResultType > &op)
template<typename BasisFunctionType , typename ResultType >
BoundaryOperator < BasisFunctionType, ResultType >	operator- (const BoundaryOperator< BasisFunctionType, ResultType > &op)
template<typename BasisFunctionType , typename ResultType >
BoundaryOperator < BasisFunctionType, ResultType >	operator+ (const BoundaryOperator< BasisFunctionType, ResultType > &op1, const BoundaryOperator< BasisFunctionType, ResultType > &op2)
template<typename BasisFunctionType , typename ResultType >
BoundaryOperator < BasisFunctionType, ResultType >	operator- (const BoundaryOperator< BasisFunctionType, ResultType > &op1, const BoundaryOperator< BasisFunctionType, ResultType > &op2)
template<typename BasisFunctionType , typename ResultType , typename ScalarType >
boost::enable_if< typename boost::mpl::has_key < boost::mpl::set< float, double, std::complex< float > , std::complex< double > >, ScalarType > , BoundaryOperator < BasisFunctionType, ResultType > >::type	operator* (const BoundaryOperator< BasisFunctionType, ResultType > &op, const ScalarType &scalar)
template<typename BasisFunctionType , typename ResultType , typename ScalarType >
BoundaryOperator < BasisFunctionType, ResultType >	operator* (const ScalarType &scalar, const BoundaryOperator< BasisFunctionType, ResultType > &op)
template<typename BasisFunctionType , typename ResultType , typename ScalarType >
BoundaryOperator < BasisFunctionType, ResultType >	operator/ (const BoundaryOperator< BasisFunctionType, ResultType > &op, const ScalarType &scalar)
template<typename BasisFunctionType , typename ResultType >
GridFunction < BasisFunctionType, ResultType >	operator* (const BoundaryOperator< BasisFunctionType, ResultType > &op, const GridFunction< BasisFunctionType, ResultType > &fun)
template<typename BasisFunctionType , typename ResultType >
BoundaryOperator < BasisFunctionType, ResultType >	operator* (const BoundaryOperator< BasisFunctionType, ResultType > &op1, const BoundaryOperator< BasisFunctionType, ResultType > &op2)
template<typename BasisFunctionType , typename ResultType >
BoundaryOperator < BasisFunctionType, ResultType >	adjoint (const BoundaryOperator< BasisFunctionType, ResultType > &op)
template<typename BasisFunctionType , typename ResultType >
BoundaryOperator < BasisFunctionType, ResultType >	adjoint (const BoundaryOperator< BasisFunctionType, ResultType > &op, const shared_ptr< const Space< BasisFunctionType > > &range)
template<typename BasisFunctionType , typename ResultType >
BoundaryOperator < BasisFunctionType, ResultType > &	throwIfUninitialized (BoundaryOperator< BasisFunctionType, ResultType > &op, std::string message)
template<typename BasisFunctionType , typename ResultType >
const BoundaryOperator < BasisFunctionType, ResultType > &	throwIfUninitialized (const BoundaryOperator< BasisFunctionType, ResultType > &op, std::string message)
	FIBER_INSTANTIATE_CLASS_TEMPLATED_ON_BASIS_AND_RESULT (BoundaryOperator)
	INSTANTIATE_FREE_FUNCTIONS (float, float)
	INSTANTIATE_FREE_FUNCTIONS_WITH_SCALAR (float, float, float)
	INSTANTIATE_FREE_FUNCTIONS_WITH_SCALAR (float, float, double)
	INSTANTIATE_FREE_FUNCTIONS (float, std::complex< float >)
	INSTANTIATE_FREE_FUNCTIONS_WITH_SCALAR (float, std::complex< float >, float)
	INSTANTIATE_FREE_FUNCTIONS_WITH_SCALAR (float, std::complex< float >, double)
	INSTANTIATE_FREE_FUNCTIONS_WITH_SCALAR (float, std::complex< float >, std::complex< float >)
	INSTANTIATE_FREE_FUNCTIONS_WITH_SCALAR (float, std::complex< float >, std::complex< double >)
	INSTANTIATE_FREE_FUNCTIONS (double, double)
	INSTANTIATE_FREE_FUNCTIONS_WITH_SCALAR (double, double, float)
	INSTANTIATE_FREE_FUNCTIONS_WITH_SCALAR (double, double, double)
	INSTANTIATE_FREE_FUNCTIONS (double, std::complex< double >)
	INSTANTIATE_FREE_FUNCTIONS_WITH_SCALAR (double, std::complex< double >, float)
	INSTANTIATE_FREE_FUNCTIONS_WITH_SCALAR (double, std::complex< double >, double)
	INSTANTIATE_FREE_FUNCTIONS_WITH_SCALAR (double, std::complex< double >, std::complex< float >)
	INSTANTIATE_FREE_FUNCTIONS_WITH_SCALAR (double, std::complex< double >, std::complex< double >)
	FIBER_INSTANTIATE_CLASS_TEMPLATED_ON_BASIS (ClusterConstructionHelper)
	FIBER_INSTANTIATE_CLASS_TEMPLATED_ON_RESULT_REAL_ONLY (ComplexifiedDiscreteBoundaryOperator)
	FIBER_INSTANTIATE_CLASS_TEMPLATED_ON_BASIS_AND_RESULT (Context)
	FIBER_INSTANTIATE_CLASS_TEMPLATED_ON_BASIS_AND_RESULT (DenseGlobalAssembler)
void	dumpblcluster (const blcluster *bl, const std::string &indent)
template<typename ValueType >
shared_ptr< const DiscreteBoundaryOperator < ValueType > >	acaOperatorSum (const shared_ptr< const DiscreteBoundaryOperator< ValueType > > &op1, const shared_ptr< const DiscreteBoundaryOperator< ValueType > > &op2, double eps, int maximumRank)
template<typename ValueType >
shared_ptr< const DiscreteBoundaryOperator < ValueType > >	scaledAcaOperator (const ValueType &multiplier, const shared_ptr< const DiscreteBoundaryOperator< ValueType > > &op)
template<typename ValueType >
shared_ptr< const DiscreteBoundaryOperator < ValueType > >	scaledAcaOperator (const shared_ptr< const DiscreteBoundaryOperator< ValueType > > &op, const ValueType &multiplier)
template<typename ValueType >
shared_ptr< const DiscreteBoundaryOperator < ValueType > >	acaOperatorApproximateLuInverse (const shared_ptr< const DiscreteBoundaryOperator< ValueType > > &op, double delta)
	FIBER_INSTANTIATE_CLASS_TEMPLATED_ON_RESULT (DiscreteAcaBoundaryOperator)
	INSTANTIATE_FREE_FUNCTIONS (float)
	INSTANTIATE_FREE_FUNCTIONS (std::complex< float >)
	INSTANTIATE_FREE_FUNCTIONS (double)
	INSTANTIATE_FREE_FUNCTIONS (std::complex< double >)
	FIBER_INSTANTIATE_CLASS_TEMPLATED_ON_RESULT (DiscreteBlockedBoundaryOperator)
template<typename ValueType >
shared_ptr< const DiscreteBoundaryOperator < ValueType > >	operator+ (const shared_ptr< const DiscreteBoundaryOperator< ValueType > > &op)
template<typename ValueType >
shared_ptr< const DiscreteBoundaryOperator < ValueType > >	operator- (const shared_ptr< const DiscreteBoundaryOperator< ValueType > > &op)
template<typename ValueType >
shared_ptr < DiscreteBoundaryOperator < ValueType > >	operator+ (const shared_ptr< const DiscreteBoundaryOperator< ValueType > > &op1, const shared_ptr< const DiscreteBoundaryOperator< ValueType > > &op2)
template<typename ValueType >
shared_ptr < DiscreteBoundaryOperator < ValueType > >	sum (const shared_ptr< const DiscreteBoundaryOperator< ValueType > > &op1, const shared_ptr< const DiscreteBoundaryOperator< ValueType > > &op2)
template<typename ValueType >
shared_ptr < DiscreteBoundaryOperator < ValueType > >	operator- (const shared_ptr< const DiscreteBoundaryOperator< ValueType > > &op1, const shared_ptr< const DiscreteBoundaryOperator< ValueType > > &op2)
template<typename ValueType , typename ScalarType >
boost::enable_if< typename boost::mpl::has_key < boost::mpl::set< float, double, std::complex< float > , std::complex< double > >, ScalarType >, shared_ptr < DiscreteBoundaryOperator < ValueType > > >::type	operator* (ScalarType scalar, const shared_ptr< const DiscreteBoundaryOperator< ValueType > > &op)
template<typename ValueType , typename ScalarType >
boost::enable_if< typename boost::mpl::has_key < boost::mpl::set< float, double, std::complex< float > , std::complex< double > >, ScalarType >, shared_ptr < DiscreteBoundaryOperator < ValueType > > >::type	operator* (const shared_ptr< const DiscreteBoundaryOperator< ValueType > > &op, ScalarType scalar)
template<typename ValueType >
shared_ptr < DiscreteBoundaryOperator < ValueType > >	operator* (const shared_ptr< const DiscreteBoundaryOperator< ValueType > > &op1, const shared_ptr< const DiscreteBoundaryOperator< ValueType > > &op2)
template<typename ValueType >
shared_ptr < DiscreteBoundaryOperator < ValueType > >	mul (const shared_ptr< const DiscreteBoundaryOperator< ValueType > > &op1, const shared_ptr< const DiscreteBoundaryOperator< ValueType > > &op2)
template<typename ValueType , typename ScalarType >
shared_ptr < DiscreteBoundaryOperator < ValueType > >	operator/ (const shared_ptr< const DiscreteBoundaryOperator< ValueType > > &op, ScalarType scalar)
template<typename ValueType >
shared_ptr < DiscreteBoundaryOperator < ValueType > >	transpose (const shared_ptr< const DiscreteBoundaryOperator< ValueType > > &op)
template<typename ValueType >
shared_ptr < DiscreteBoundaryOperator < ValueType > >	conjugate (const shared_ptr< const DiscreteBoundaryOperator< ValueType > > &op)
template<typename ValueType >
shared_ptr < DiscreteBoundaryOperator < ValueType > >	conjugateTranspose (const shared_ptr< const DiscreteBoundaryOperator< ValueType > > &op)
template<typename ValueType >
shared_ptr < DiscreteBoundaryOperator < ValueType > >	transpose (TranspositionMode trans, const shared_ptr< const DiscreteBoundaryOperator< ValueType > > &op)
template<typename RealType >
shared_ptr < DiscreteBoundaryOperator < std::complex< RealType > > >	complexify (const shared_ptr< const DiscreteBoundaryOperator< RealType > > &op)
	FIBER_INSTANTIATE_CLASS_TEMPLATED_ON_RESULT (DiscreteBoundaryOperator)
	INSTANTIATE_FREE_FUNCTIONS_WITH_SCALAR (float, float)
	INSTANTIATE_FREE_FUNCTIONS_WITH_SCALAR (float, double)
	INSTANTIATE_FREE_FUNCTIONS_REAL_ONLY (float)
	INSTANTIATE_FREE_FUNCTIONS_WITH_SCALAR (std::complex< float >, float)
	INSTANTIATE_FREE_FUNCTIONS_WITH_SCALAR (std::complex< float >, double)
	INSTANTIATE_FREE_FUNCTIONS_WITH_SCALAR (std::complex< float >, std::complex< float >)
	INSTANTIATE_FREE_FUNCTIONS_WITH_SCALAR (std::complex< float >, std::complex< double >)
	INSTANTIATE_FREE_FUNCTIONS_WITH_SCALAR (double, float)
	INSTANTIATE_FREE_FUNCTIONS_WITH_SCALAR (double, double)
	INSTANTIATE_FREE_FUNCTIONS_REAL_ONLY (double)
	INSTANTIATE_FREE_FUNCTIONS_WITH_SCALAR (std::complex< double >, float)
	INSTANTIATE_FREE_FUNCTIONS_WITH_SCALAR (std::complex< double >, double)
	INSTANTIATE_FREE_FUNCTIONS_WITH_SCALAR (std::complex< double >, std::complex< float >)
	INSTANTIATE_FREE_FUNCTIONS_WITH_SCALAR (std::complex< double >, std::complex< double >)
	FIBER_INSTANTIATE_CLASS_TEMPLATED_ON_BASIS_AND_RESULT (DiscreteBoundaryOperatorCache)
	FIBER_INSTANTIATE_CLASS_TEMPLATED_ON_RESULT (DiscreteBoundaryOperatorComposition)
	FIBER_INSTANTIATE_CLASS_TEMPLATED_ON_RESULT (DiscreteBoundaryOperatorSum)
template<typename ValueType >
shared_ptr < DiscreteDenseBoundaryOperator < ValueType > >	discreteDenseBoundaryOperator (const arma::Mat< ValueType > &mat)
	Return a shared pointer to newly constructed DiscreteDenseBoundaryOperator wrapping a specified matrix.
	FIBER_ITERATE_OVER_VALUE_TYPES (INSTANTIATE_NONMEMBER_CONSTRUCTOR)
	FIBER_INSTANTIATE_CLASS_TEMPLATED_ON_RESULT (DiscreteDenseBoundaryOperator)
template<typename ValueType >
shared_ptr< const DiscreteBoundaryOperator < ValueType > >	discreteSparseInverse (const shared_ptr< const DiscreteBoundaryOperator< ValueType > > &discreteOp)
	FIBER_INSTANTIATE_CLASS_TEMPLATED_ON_RESULT (DiscreteInverseSparseBoundaryOperator)
	FIBER_ITERATE_OVER_VALUE_TYPES (INSTANTIATE_FREE_FUNCTIONS)
	FIBER_INSTANTIATE_CLASS_TEMPLATED_ON_RESULT (DiscreteNullBoundaryOperator)
	FIBER_INSTANTIATE_CLASS_TEMPLATED_ON_RESULT (DiscreteSparseBoundaryOperator)
	FIBER_INSTANTIATE_CLASS_TEMPLATED_ON_BASIS_KERNEL_AND_RESULT (ElementaryIntegralOperator)
	FIBER_INSTANTIATE_CLASS_TEMPLATED_ON_BASIS_AND_RESULT (ElementaryIntegralOperatorBase)
	FIBER_INSTANTIATE_CLASS_TEMPLATED_ON_BASIS_AND_RESULT (ElementaryLocalOperator)
	FIBER_INSTANTIATE_CLASS_TEMPLATED_ON_BASIS_KERNEL_AND_RESULT (ElementaryPotentialOperator)
template<typename BasisFunctionType , typename ResultType >
GridFunction < BasisFunctionType, ResultType >	operator+ (const GridFunction< BasisFunctionType, ResultType > &g)
template<typename BasisFunctionType , typename ResultType >
GridFunction < BasisFunctionType, ResultType >	operator- (const GridFunction< BasisFunctionType, ResultType > &g)
template<typename BasisFunctionType , typename ResultType , typename ScalarType >
boost::enable_if< typename boost::mpl::has_key < boost::mpl::set< float, double, std::complex< float > , std::complex< double > >, ScalarType >, GridFunction < BasisFunctionType, ResultType > >::type	operator* (const ScalarType &scalar, const GridFunction< BasisFunctionType, ResultType > &g2)
template<typename BasisFunctionType , typename ResultType , typename ScalarType >
GridFunction < BasisFunctionType, ResultType >	operator/ (const GridFunction< BasisFunctionType, ResultType > &g1, const ScalarType &scalar)
template<typename BasisFunctionType , typename ResultType >
void	exportToVtk (const GridFunction< BasisFunctionType, ResultType > &gridFunction, VtkWriter::DataType dataType, const char *dataLabel, const char *fileNamesBase, const char *filesPath, VtkWriter::OutputType outputType)
template<typename BasisFunctionType , typename ResultType >
void	exportToGmsh (const GridFunction< BasisFunctionType, ResultType > &gridFunction, const char *dataLabel, const char *fileName)
template<typename BasisFunctionType , typename ResultType >
GridFunction < BasisFunctionType, ResultType >	operator+ (const GridFunction< BasisFunctionType, ResultType > &g1, const GridFunction< BasisFunctionType, ResultType > &g2)
template<typename BasisFunctionType , typename ResultType >
GridFunction < BasisFunctionType, ResultType >	operator- (const GridFunction< BasisFunctionType, ResultType > &g1, const GridFunction< BasisFunctionType, ResultType > &g2)
template<typename BasisFunctionType , typename ResultType , typename ScalarType >
GridFunction < BasisFunctionType, ResultType >	operator* (const GridFunction< BasisFunctionType, ResultType > &g1, const ScalarType &scalar)
	FIBER_INSTANTIATE_CLASS_TEMPLATED_ON_BASIS_AND_RESULT (GridFunction)
template<typename BasisFunctionType >
BoundaryOperator < BasisFunctionType, typename ScalarTraits < BasisFunctionType > ::ComplexType >	helmholtz3dAdjointDoubleLayerBoundaryOperator (const shared_ptr< const Context< BasisFunctionType, typename ScalarTraits< BasisFunctionType >::ComplexType > > &context, const shared_ptr< const Space< BasisFunctionType > > &domain, const shared_ptr< const Space< BasisFunctionType > > &range, const shared_ptr< const Space< BasisFunctionType > > &dualToRange, typename ScalarTraits< BasisFunctionType >::ComplexType waveNumber, const std::string &label="", int symmetry=NO_SYMMETRY, bool useInterpolation=false, int interpPtsPerWavelength=DEFAULT_HELMHOLTZ_INTERPOLATION_DENSITY)
	Construct a BoundaryOperator object representing the adjoint double-layer boundary operator associated with the Helmholtz equation in 3D. More...
	FIBER_ITERATE_OVER_BASIS_TYPES (INSTANTIATE_NONMEMBER_CONSTRUCTOR)
template<typename BasisFunctionType >
BoundaryOperator < BasisFunctionType, typename ScalarTraits < BasisFunctionType > ::ComplexType >	helmholtz3dDoubleLayerBoundaryOperator (const shared_ptr< const Context< BasisFunctionType, typename ScalarTraits< BasisFunctionType >::ComplexType > > &context, const shared_ptr< const Space< BasisFunctionType > > &domain, const shared_ptr< const Space< BasisFunctionType > > &range, const shared_ptr< const Space< BasisFunctionType > > &dualToRange, typename ScalarTraits< BasisFunctionType >::ComplexType waveNumber, const std::string &label="", int symmetry=NO_SYMMETRY, bool useInterpolation=false, int interpPtsPerWavelength=DEFAULT_HELMHOLTZ_INTERPOLATION_DENSITY)
	Construct a BoundaryOperator object representing the double-layer boundary operator associated with the Helmholtz equation in 3D. More...
	FIBER_ITERATE_OVER_BASIS_TYPES (INSTANTIATE_BASE_HELMHOLTZ_DOUBLE_POTENTIAL)
	FIBER_INSTANTIATE_CLASS_TEMPLATED_ON_BASIS (Helmholtz3dDoubleLayerPotentialOperator)
	FIBER_INSTANTIATE_CLASS_TEMPLATED_ON_BASIS (Helmholtz3dFarFieldDoubleLayerPotentialOperator)
	FIBER_ITERATE_OVER_BASIS_TYPES (INSTANTIATE_BASE_HELMHOLTZ_SINGLE_POTENTIAL)
	FIBER_INSTANTIATE_CLASS_TEMPLATED_ON_BASIS (Helmholtz3dFarFieldSingleLayerPotentialOperator)
template<typename BasisFunctionType >
BoundaryOperator < BasisFunctionType, typename ScalarTraits < BasisFunctionType > ::ComplexType >	helmholtz3dHypersingularBoundaryOperator (const shared_ptr< const Context< BasisFunctionType, typename ScalarTraits< BasisFunctionType >::ComplexType > > &context, const shared_ptr< const Space< BasisFunctionType > > &domain, const shared_ptr< const Space< BasisFunctionType > > &range, const shared_ptr< const Space< BasisFunctionType > > &dualToRange, typename ScalarTraits< BasisFunctionType >::ComplexType waveNumber, const std::string &label="", int symmetry=NO_SYMMETRY, bool useInterpolation=false, int interpPtsPerWavelength=DEFAULT_HELMHOLTZ_INTERPOLATION_DENSITY)
	Construct a BoundaryOperator object representing the hypersingular boundary operator associated with the Helmholtz equation in 3D. More...
template<typename BasisFunctionType >
BoundaryOperator < BasisFunctionType, typename ScalarTraits < BasisFunctionType > ::ComplexType >	helmholtz3dSingleLayerBoundaryOperator (const shared_ptr< const Context< BasisFunctionType, typename ScalarTraits< BasisFunctionType >::ComplexType > > &context, const shared_ptr< const Space< BasisFunctionType > > &domain, const shared_ptr< const Space< BasisFunctionType > > &range, const shared_ptr< const Space< BasisFunctionType > > &dualToRange, typename ScalarTraits< BasisFunctionType >::ComplexType waveNumber, const std::string &label="", int symmetry=NO_SYMMETRY, bool useInterpolation=false, int interpPtsPerWavelength=DEFAULT_HELMHOLTZ_INTERPOLATION_DENSITY)
	Construct a BoundaryOperator object representing the single-layer boundary operator associated with the Helmholtz equation in 3D. More...
	FIBER_INSTANTIATE_CLASS_TEMPLATED_ON_BASIS (Helmholtz3dSingleLayerPotentialOperator)
	FIBER_INSTANTIATE_CLASS_TEMPLATED_ON_BASIS_KERNEL_AND_RESULT (HypersingularIntegralOperator)
template<typename BasisFunctionType , typename ResultType >
BoundaryOperator < BasisFunctionType, ResultType >	identityOperator (const shared_ptr< const Context< BasisFunctionType, ResultType > > &context, const shared_ptr< const Space< BasisFunctionType > > &domain, const shared_ptr< const Space< BasisFunctionType > > &range, const shared_ptr< const Space< BasisFunctionType > > &dualToRange, const std::string &label, int symmetry)
	FIBER_INSTANTIATE_CLASS_TEMPLATED_ON_BASIS_AND_RESULT (IdentityOperator)
	FIBER_INSTANTIATE_CLASS_TEMPLATED_ON_RESULT (InterpolatedFunction)
template<typename BasisFunctionType , typename ResultType >
ScalarTraits < BasisFunctionType > ::RealType	L2NormOfDifference (const GridFunction< BasisFunctionType, ResultType > &gridFunction, const Fiber::Function< ResultType > &refFunction, const Fiber::QuadratureStrategy< BasisFunctionType, ResultType, GeometryFactory > &quadStrategy, const EvaluationOptions &options)
template<typename BasisFunctionType , typename ResultType >
void	estimateL2Error (const GridFunction< BasisFunctionType, ResultType > &gridFunction, const Fiber::Function< ResultType > &refFunction, const Fiber::QuadratureStrategy< BasisFunctionType, ResultType, GeometryFactory > &quadStrategy, const EvaluationOptions &options, typename ScalarTraits< BasisFunctionType >::RealType &absError, typename ScalarTraits< BasisFunctionType >::RealType &relError)
template<typename BasisFunctionType , typename ResultType >
void	estimateL2Error (const GridFunction< BasisFunctionType, ResultType > &gridFunction, const Fiber::Function< ResultType > &refFunction, const Fiber::QuadratureStrategy< BasisFunctionType, ResultType, GeometryFactory > &quadStrategy, typename ScalarTraits< BasisFunctionType >::RealType &absError, typename ScalarTraits< BasisFunctionType >::RealType &relError)
	FIBER_ITERATE_OVER_BASIS_AND_RESULT_TYPES (INSTANTIATE_FUNCTION)
template<typename BasisFunctionType , typename ResultType >
BoundaryOperator < BasisFunctionType, ResultType >	laplace3dAdjointDoubleLayerBoundaryOperator (const shared_ptr< const Context< BasisFunctionType, ResultType > > &context, const shared_ptr< const Space< BasisFunctionType > > &domain, const shared_ptr< const Space< BasisFunctionType > > &range, const shared_ptr< const Space< BasisFunctionType > > &dualToRange, const std::string &label="", int symmetry=NO_SYMMETRY)
	Construct a BoundaryOperator object representing the adjoint double-layer boundary operator associated with the Laplace equation in 3D. More...
template<typename BasisFunctionType , typename ResultType >
BoundaryOperator < BasisFunctionType, ResultType >	laplace3dDoubleLayerBoundaryOperator (const shared_ptr< const Context< BasisFunctionType, ResultType > > &context, const shared_ptr< const Space< BasisFunctionType > > &domain, const shared_ptr< const Space< BasisFunctionType > > &range, const shared_ptr< const Space< BasisFunctionType > > &dualToRange, const std::string &label="", int symmetry=NO_SYMMETRY)
	Construct a BoundaryOperator object representing the double-layer boundary operator associated with the Laplace equation in 3D. More...
template<typename BasisFunctionType , typename ResultType >
BoundaryOperator < BasisFunctionType, ResultType >	laplace3dSyntheticDoubleLayerBoundaryOperator (const shared_ptr< const Context< BasisFunctionType, ResultType > > &context, const shared_ptr< const Space< BasisFunctionType > > &domain, const shared_ptr< const Space< BasisFunctionType > > &range, const shared_ptr< const Space< BasisFunctionType > > &dualToRange, const shared_ptr< const Space< BasisFunctionType > > &internalTrialSpace, const shared_ptr< const Space< BasisFunctionType > > &internalTestSpace, const std::string &label="", int symmetry=NO_SYMMETRY)
	Construct a "synthetic" representation of the double-layer boundary operator associated with the Laplace equation in 3D. More...
	FIBER_ITERATE_OVER_BASIS_AND_RESULT_TYPES (INSTANTIATE_BASE_LAPLACE_DOUBLE_POTENTIAL)
	FIBER_INSTANTIATE_CLASS_TEMPLATED_ON_BASIS_AND_RESULT (Laplace3dDoubleLayerPotentialOperator)
template<typename BasisFunctionType , typename ResultType >
BoundaryOperator < BasisFunctionType, ResultType >	laplace3dSyntheticHypersingularBoundaryOperator (const shared_ptr< const Context< BasisFunctionType, ResultType > > &context, const shared_ptr< const Space< BasisFunctionType > > &domain, const shared_ptr< const Space< BasisFunctionType > > &range, const shared_ptr< const Space< BasisFunctionType > > &dualToRange, std::string label, int internalSymmetry)
template<typename BasisFunctionType , typename ResultType >
BoundaryOperator < BasisFunctionType, ResultType >	laplace3dHypersingularBoundaryOperator (const shared_ptr< const Context< BasisFunctionType, ResultType > > &context, const shared_ptr< const Space< BasisFunctionType > > &domain, const shared_ptr< const Space< BasisFunctionType > > &range, const shared_ptr< const Space< BasisFunctionType > > &dualToRange, const std::string &label="", int symmetry=NO_SYMMETRY)
	Construct a BoundaryOperator object representing the hypersingular boundary operator associated with the Laplace equation in 3D. More...
template<typename BasisFunctionType , typename ResultType >
BoundaryOperator < BasisFunctionType, ResultType >	laplace3dSingleLayerBoundaryOperator (const shared_ptr< const Context< BasisFunctionType, ResultType > > &context, const shared_ptr< const Space< BasisFunctionType > > &domain, const shared_ptr< const Space< BasisFunctionType > > &range, const shared_ptr< const Space< BasisFunctionType > > &dualToRange, const std::string &label="", int symmetry=NO_SYMMETRY)
	Construct a BoundaryOperator object representing the single-layer boundary operator associated with the Laplace equation in 3D. More...
	FIBER_ITERATE_OVER_BASIS_AND_RESULT_TYPES (INSTANTIATE_BASE_LAPLACE_SINGLE_POTENTIAL)
	FIBER_INSTANTIATE_CLASS_TEMPLATED_ON_BASIS_AND_RESULT (Laplace3dSingleLayerPotentialOperator)
template<typename BasisFunctionType , typename ResultType >
BoundaryOperator < BasisFunctionType, ResultType >	laplace3dSyntheticBoundaryOperator (BoundaryOperator< BasisFunctionType, ResultType >(*constructor)(const shared_ptr< const Context< BasisFunctionType, ResultType > > &, const shared_ptr< const Space< BasisFunctionType > > &, const shared_ptr< const Space< BasisFunctionType > > &, const shared_ptr< const Space< BasisFunctionType > > &, const std::string &, int), const shared_ptr< const Context< BasisFunctionType, ResultType > > &context, const shared_ptr< const Space< BasisFunctionType > > &domain, const shared_ptr< const Space< BasisFunctionType > > &range, const shared_ptr< const Space< BasisFunctionType > > &dualToRange, std::string label, int internalSymmetry, int maximumSyntheseSymmetry)
template<typename BasisFunctionType , typename ResultType >
BoundaryOperator < BasisFunctionType, ResultType >	laplaceBeltrami3dOperator (const shared_ptr< const Context< BasisFunctionType, ResultType > > &context, const shared_ptr< const Space< BasisFunctionType > > &domain, const shared_ptr< const Space< BasisFunctionType > > &range, const shared_ptr< const Space< BasisFunctionType > > &dualToRange, const std::string &label="", int symmetry=NO_SYMMETRY)
	Construct a BoundaryOperator object representing a Laplace-Beltrami operator in 3D. More...
	FIBER_INSTANTIATE_CLASS_TEMPLATED_ON_BASIS (LocalDofListsCache)
template<typename BasisFunctionType >
BoundaryOperator < BasisFunctionType, typename ScalarTraits < BasisFunctionType > ::ComplexType >	maxwell3dDoubleLayerBoundaryOperator (const shared_ptr< const Context< BasisFunctionType, typename ScalarTraits< BasisFunctionType >::ComplexType > > &context, const shared_ptr< const Space< BasisFunctionType > > &domain, const shared_ptr< const Space< BasisFunctionType > > &range, const shared_ptr< const Space< BasisFunctionType > > &dualToRange, typename ScalarTraits< BasisFunctionType >::ComplexType waveNumber, const std::string &label="", int symmetry=NO_SYMMETRY, bool useInterpolation=false, int interpPtsPerWavelength=DEFAULT_HELMHOLTZ_INTERPOLATION_DENSITY)
	Construct a double-layer boundary operator for Maxwell equations in 3D. More...
	FIBER_INSTANTIATE_CLASS_TEMPLATED_ON_BASIS (Maxwell3dDoubleLayerPotentialOperator)
	FIBER_INSTANTIATE_CLASS_TEMPLATED_ON_BASIS (Maxwell3dFarFieldDoubleLayerPotentialOperator)
	FIBER_INSTANTIATE_CLASS_TEMPLATED_ON_BASIS (Maxwell3dFarFieldSingleLayerPotentialOperator)
template<typename BasisFunctionType , typename ResultType >
BoundaryOperator < BasisFunctionType, ResultType >	maxwell3dIdentityOperator (const shared_ptr< const Context< BasisFunctionType, ResultType > > &context, const shared_ptr< const Space< BasisFunctionType > > &domain, const shared_ptr< const Space< BasisFunctionType > > &range, const shared_ptr< const Space< BasisFunctionType > > &dualToRange, const std::string &label, int symmetry)
	FIBER_INSTANTIATE_CLASS_TEMPLATED_ON_BASIS_AND_RESULT (Maxwell3dIdentityOperator)
template<typename BasisFunctionType >
BoundaryOperator < BasisFunctionType, typename ScalarTraits < BasisFunctionType > ::ComplexType >	maxwell3dSyntheticSingleLayerBoundaryOperator (const shared_ptr< const Context< BasisFunctionType, typename ScalarTraits< BasisFunctionType >::ComplexType > > &context, const shared_ptr< const Space< BasisFunctionType > > &domain, const shared_ptr< const Space< BasisFunctionType > > &range, const shared_ptr< const Space< BasisFunctionType > > &dualToRange, typename ScalarTraits< BasisFunctionType >::ComplexType waveNumber, std::string label, int internalSymmetry, bool useInterpolation, int interpPtsPerWavelength)
template<typename BasisFunctionType >
BoundaryOperator < BasisFunctionType, typename ScalarTraits < BasisFunctionType > ::ComplexType >	maxwell3dSingleLayerBoundaryOperator (const shared_ptr< const Context< BasisFunctionType, typename ScalarTraits< BasisFunctionType >::ComplexType > > &context, const shared_ptr< const Space< BasisFunctionType > > &domain, const shared_ptr< const Space< BasisFunctionType > > &range, const shared_ptr< const Space< BasisFunctionType > > &dualToRange, typename ScalarTraits< BasisFunctionType >::ComplexType waveNumber, const std::string &label="", int symmetry=NO_SYMMETRY, bool useInterpolation=false, int interpPtsPerWavelength=DEFAULT_HELMHOLTZ_INTERPOLATION_DENSITY)
	Construct a single-layer boundary operator associated with the Maxwell equations in 3D. More...
	FIBER_INSTANTIATE_CLASS_TEMPLATED_ON_BASIS (Maxwell3dSingleLayerPotentialOperator)
template<class abs_T >
bool	select_pivot_with_min_norm2 (unsigned n, const abs_T *norm2, const int *apprx_times, unsigned &pivot)
template<class T , class MATGEN_T >
bool	ACAs (MATGEN_T &MatGen, unsigned b1, unsigned n1, unsigned b2, unsigned n2, double eps, unsigned kmax, unsigned i0, unsigned &k, T *&U, T *&V, const cluster *c1, const cluster *c2)
template<class T , class T1 , class T2 , class MATGEN_T >
void	apprx_unsym_shooting (MATGEN_T &MatGen, mblock< T > *&mbl, bbxbemblcluster< T1, T2 > *bl, double eps, unsigned rankmax)
template<typename BasisFunctionType , typename KernelType , typename ResultType >
BoundaryOperator < BasisFunctionType, ResultType >	modifiedHelmholtz3dAdjointDoubleLayerBoundaryOperator (const shared_ptr< const Context< BasisFunctionType, ResultType > > &context, const shared_ptr< const Space< BasisFunctionType > > &domain, const shared_ptr< const Space< BasisFunctionType > > &range, const shared_ptr< const Space< BasisFunctionType > > &dualToRange, KernelType waveNumber, const std::string &label="", int symmetry=NO_SYMMETRY, bool useInterpolation=false, int interpPtsPerWavelength=DEFAULT_HELMHOLTZ_INTERPOLATION_DENSITY)
	Construct a BoundaryOperator object representing the adjoint double-layer boundary operator associated with the modified Helmholtz equation in 3D. More...
	FIBER_ITERATE_OVER_BASIS_KERNEL_AND_RESULT_TYPES (INSTANTIATE_NONMEMBER_CONSTRUCTOR)
template<typename BasisFunctionType , typename KernelType , typename ResultType >
BoundaryOperator < BasisFunctionType, ResultType >	modifiedHelmholtz3dDoubleLayerBoundaryOperator (const shared_ptr< const Context< BasisFunctionType, ResultType > > &context, const shared_ptr< const Space< BasisFunctionType > > &domain, const shared_ptr< const Space< BasisFunctionType > > &range, const shared_ptr< const Space< BasisFunctionType > > &dualToRange, KernelType waveNumber, const std::string &label="", int symmetry=NO_SYMMETRY, bool useInterpolation=false, int interpPtsPerWavelength=DEFAULT_HELMHOLTZ_INTERPOLATION_DENSITY)
	Construct a BoundaryOperator object representing the double-layer boundary operator associated with the modified Helmholtz equation in 3D. More...
	FIBER_ITERATE_OVER_BASIS_TYPES (INSTANTIATE_BASE_MODIFIED_HELMHOLTZ_DOUBLE_POTENTIAL)
	FIBER_INSTANTIATE_CLASS_TEMPLATED_ON_BASIS (ModifiedHelmholtz3dDoubleLayerPotentialOperator)
template<typename BasisFunctionType , typename KernelType , typename ResultType >
BoundaryOperator < BasisFunctionType, ResultType >	modifiedHelmholtz3dSyntheticHypersingularBoundaryOperator (const shared_ptr< const Context< BasisFunctionType, ResultType > > &context, const shared_ptr< const Space< BasisFunctionType > > &domain, const shared_ptr< const Space< BasisFunctionType > > &range, const shared_ptr< const Space< BasisFunctionType > > &dualToRange, KernelType waveNumber, std::string label, int internalSymmetry, bool useInterpolation, int interpPtsPerWavelength)
template<typename BasisFunctionType , typename KernelType , typename ResultType >
BoundaryOperator < BasisFunctionType, ResultType >	modifiedHelmholtz3dHypersingularBoundaryOperator (const shared_ptr< const Context< BasisFunctionType, ResultType > > &context, const shared_ptr< const Space< BasisFunctionType > > &domain, const shared_ptr< const Space< BasisFunctionType > > &range, const shared_ptr< const Space< BasisFunctionType > > &dualToRange, KernelType waveNumber, const std::string &label="", int symmetry=NO_SYMMETRY, bool useInterpolation=false, int interpPtsPerWavelength=DEFAULT_HELMHOLTZ_INTERPOLATION_DENSITY)
	Construct a BoundaryOperator object representing the hypersingular operator associated with the modified Helmholtz equation in 3D. More...
template<typename BasisFunctionType , typename KernelType , typename ResultType >
BoundaryOperator < BasisFunctionType, ResultType >	modifiedHelmholtz3dSingleLayerBoundaryOperator (const shared_ptr< const Context< BasisFunctionType, ResultType > > &context, const shared_ptr< const Space< BasisFunctionType > > &domain, const shared_ptr< const Space< BasisFunctionType > > &range, const shared_ptr< const Space< BasisFunctionType > > &dualToRange, KernelType waveNumber, const std::string &label="", int symmetry=NO_SYMMETRY, bool useInterpolation=false, int interpPtsPerWavelength=DEFAULT_HELMHOLTZ_INTERPOLATION_DENSITY)
	Construct a BoundaryOperator object representing the single-layer boundary operator associated with the modified Helmholtz equation in 3D. More...
	FIBER_ITERATE_OVER_BASIS_TYPES (INSTANTIATE_BASE_MODIFIED_HELMHOLTZ_SINGLE_POTENTIAL)
	FIBER_INSTANTIATE_CLASS_TEMPLATED_ON_BASIS (ModifiedHelmholtz3dSingleLayerPotentialOperator)
template<typename BasisFunctionType , typename KernelType , typename ResultType >
BoundaryOperator < BasisFunctionType, ResultType >	modifiedHelmholtz3dSyntheticBoundaryOperator (BoundaryOperator< BasisFunctionType, ResultType >(*constructor)(const shared_ptr< const Context< BasisFunctionType, ResultType > > &, const shared_ptr< const Space< BasisFunctionType > > &, const shared_ptr< const Space< BasisFunctionType > > &, const shared_ptr< const Space< BasisFunctionType > > &, KernelType, const std::string &, int, bool, int), const shared_ptr< const Context< BasisFunctionType, ResultType > > &context, const shared_ptr< const Space< BasisFunctionType > > &domain, const shared_ptr< const Space< BasisFunctionType > > &range, const shared_ptr< const Space< BasisFunctionType > > &dualToRange, KernelType waveNumber, std::string label, int internalSymmetry, bool useInterpolation, int interpPtsPerWavelength, int maximumSyntheseSymmetry)
	FIBER_ITERATE_OVER_BASIS_KERNEL_AND_RESULT_TYPES (INSTANTIATE_FUNCTION)
template<typename BasisFunctionType , typename ResultType >
BoundaryOperator < BasisFunctionType, ResultType >	nullOperator (const shared_ptr< const Context< BasisFunctionType, ResultType > > &context, const shared_ptr< const Space< BasisFunctionType > > &domain, const shared_ptr< const Space< BasisFunctionType > > &range, const shared_ptr< const Space< BasisFunctionType > > &dualToRange, const std::string &label, int symmetry)
	FIBER_INSTANTIATE_CLASS_TEMPLATED_ON_BASIS_AND_RESULT (NullOperator)
	FIBER_INSTANTIATE_CLASS_TEMPLATED_ON_BASIS_AND_RESULT (NumericalQuadratureStrategy)
	FIBER_INSTANTIATE_CLASS_TEMPLATED_ON_BASIS_AND_RESULT (PotentialOperatorAcaAssemblyHelper)
template<typename BasisFunctionType , typename ResultType >
shared_ptr< const Context < BasisFunctionType, ResultType > >	sanitizedContext (shared_ptr< const Context< BasisFunctionType, ResultType > > context, bool localModeSupported, bool hybridModeSupported, const std::string &label)
	FIBER_INSTANTIATE_CLASS_TEMPLATED_ON_BASIS_AND_RESULT (ScaledAbstractBoundaryOperator)
	FIBER_INSTANTIATE_CLASS_TEMPLATED_ON_RESULT (ScaledDiscreteBoundaryOperator)
shared_ptr< Epetra_CrsMatrix >	sparseCholesky (const Epetra_CrsMatrix &mat)
shared_ptr< Epetra_CrsMatrix >	sparseInverse (const Epetra_CrsMatrix &mat)
	FIBER_INSTANTIATE_CLASS_TEMPLATED_ON_RESULT (SparseToHMatrixConverter)
template<typename Functor >
SurfaceNormalDependentFunction < Functor >	surfaceNormalDependentFunction (const Functor &functor)
	Construct a SurfaceNormalDependentFunction object from a given functor. More...
template<typename Functor >
SurfaceNormalIndependentFunction < Functor >	surfaceNormalIndependentFunction (const Functor &functor)
	Construct a SurfaceNormalIndependentFunction object from a given functor. More...
	FIBER_INSTANTIATE_CLASS_TEMPLATED_ON_BASIS_AND_RESULT (SyntheticIntegralOperator)
template<typename BasisFunctionType , typename ResultType >
BoundaryOperator < BasisFunctionType, ResultType >	syntheticNonhypersingularIntegralOperator (const BoundaryOperator< BasisFunctionType, ResultType > &internalOp, const shared_ptr< const Space< BasisFunctionType > > &domain, const shared_ptr< const Space< BasisFunctionType > > &range, const shared_ptr< const Space< BasisFunctionType > > &dualToRange, const shared_ptr< const Space< BasisFunctionType > > &internalTrialSpace, const shared_ptr< const Space< BasisFunctionType > > &internalTestSpace, std::string label, int symmetry)
	FIBER_INSTANTIATE_CLASS_TEMPLATED_ON_RESULT (TransposedDiscreteBoundaryOperator)
	FIBER_INSTANTIATE_CLASS_TEMPLATED_ON_RESULT (Vector)
	FIBER_INSTANTIATE_CLASS_TEMPLATED_ON_BASIS_AND_RESULT (WeakFormAcaAssemblyHelper)
template<typename Container >
Container::reference	acc (Container &v, typename Container::size_type i)
	Returns i'th element of the container v, optionally checking bounds. More...
template<typename Container >
Container::const_reference	acc (const Container &v, typename Container::size_type i)
	Returns i'th element of the container v, optionally checking bounds. More...
template<typename PointerType >
PointerType	ensureNotNull (PointerType p)
template<typename Source >
std::string	toString (const Source &arg)
	Convert arg to std::string.
template<typename DuneGeometry >
DuneGeometry	setupDuneGeometry (const GeometryType &type, const std::vector< Dune::FieldVector< double, DuneGeometry::dimensionworld > > &corners)
std::vector< bool >	areInside (const Grid &grid, const arma::Mat< double > &points)
std::vector< bool >	areInside (const Grid &grid, const arma::Mat< float > &points)
GridSegment	gridSegmentWithPositiveX (const Grid &grid, int level)
double	maxDistance (const Grid &grid1, const Grid &grid2)
double	zRayIntersectsTriangle (const double *p, const double *v0, const double *v1, const double *v2, double *intersection)
template<typename ResultType >
boost::enable_if < boost::is_complex < ResultType >, void >::type	exportSingleDataSetToVtk (VtkWriter &vtkWriter, const arma::Mat< ResultType > &data, VtkWriter::DataType dataType, const char *dataLabel, const char *fileNamesBase, const char *filesPath, VtkWriter::OutputType outputType)
template<typename ResultType >
boost::disable_if < boost::is_complex < ResultType >, void >::type	exportSingleDataSetToVtk (VtkWriter &vtkWriter, const arma::Mat< ResultType > &data, VtkWriter::DataType dataType, const char *dataLabel, const char *fileNamesBase, const char *filesPath, VtkWriter::OutputType outputType)
template void	exportSingleDataSetToVtk (VtkWriter &vtkWriter, const arma::Mat< float > &data, VtkWriter::DataType dataType, const char *dataLabel, const char *fileNamesBase, const char *filesPath, VtkWriter::OutputType outputType)
template void	exportSingleDataSetToVtk (VtkWriter &vtkWriter, const arma::Mat< std::complex< float > > &data, VtkWriter::DataType dataType, const char *dataLabel, const char *fileNamesBase, const char *filesPath, VtkWriter::OutputType outputType)
template void	exportSingleDataSetToVtk (VtkWriter &vtkWriter, const arma::Mat< double > &data, VtkWriter::DataType dataType, const char *dataLabel, const char *fileNamesBase, const char *filesPath, VtkWriter::OutputType outputType)
template void	exportSingleDataSetToVtk (VtkWriter &vtkWriter, const arma::Mat< std::complex< double > > &data, VtkWriter::DataType dataType, const char *dataLabel, const char *fileNamesBase, const char *filesPath, VtkWriter::OutputType outputType)
Teuchos::RCP < Teuchos::ParameterList >	defaultGmresParameterList (double tol, int maxIterationCount)
Teuchos::RCP < Teuchos::ParameterList >	defaultGmresParameterList (float tol, int maxIterationCount)
Teuchos::RCP < Teuchos::ParameterList >	defaultCgParameterList (double tol, int maxIterationCount)
Teuchos::RCP < Teuchos::ParameterList >	defaultCgParameterList (float tol, int maxIterationCount)
	FIBER_INSTANTIATE_CLASS_TEMPLATED_ON_RESULT (BelosSolverWrapper)
	FIBER_INSTANTIATE_CLASS_TEMPLATED_ON_BASIS_AND_RESULT (BlockedSolution)
	FIBER_INSTANTIATE_CLASS_TEMPLATED_ON_BASIS_AND_RESULT (DefaultDirectSolver)
template<typename ValueType >
Teuchos::RCP < Thyra::DefaultSpmdVector < ValueType > >	wrapInTrilinosVector (arma::Col< ValueType > &col)
	FIBER_INSTANTIATE_CLASS_TEMPLATED_ON_BASIS_AND_RESULT (DefaultIterativeSolver)
template<typename ValueType >
Preconditioner< ValueType >	discreteOperatorToPreconditioner (const shared_ptr< const DiscreteBoundaryOperator< ValueType > > &discreteOperator)
	Create a preconditioner from a discrete operator.
template<typename ValueType >
Preconditioner< ValueType >	discreteBlockDiagonalPreconditioner (const std::vector< shared_ptr< const DiscreteBoundaryOperator< ValueType > > > &opVector)
	FIBER_INSTANTIATE_CLASS_TEMPLATED_ON_RESULT (Preconditioner)
	FIBER_INSTANTIATE_CLASS_TEMPLATED_ON_RESULT_REAL_ONLY (RealWrapperOfComplexThyraLinearOperator)
	FIBER_INSTANTIATE_CLASS_TEMPLATED_ON_RESULT_REAL_ONLY (RealWrapperOfComplexThyraPreconditioner)
	FIBER_INSTANTIATE_CLASS_TEMPLATED_ON_BASIS_AND_RESULT (Solution)
	FIBER_INSTANTIATE_CLASS_TEMPLATED_ON_BASIS_AND_RESULT (SolutionBase)
	FIBER_INSTANTIATE_CLASS_TEMPLATED_ON_BASIS_AND_RESULT (Solver)
	FIBER_INSTANTIATE_CLASS_TEMPLATED_ON_BASIS (PiecewiseConstantDiscontinuousScalarSpaceBarycentric)
	FIBER_INSTANTIATE_CLASS_TEMPLATED_ON_BASIS (PiecewiseConstantDualGridDiscontinuousScalarSpace)
	FIBER_INSTANTIATE_CLASS_TEMPLATED_ON_BASIS (PiecewiseConstantDualGridScalarSpace)
	FIBER_INSTANTIATE_CLASS_TEMPLATED_ON_BASIS (PiecewiseConstantScalarSpace)
	FIBER_INSTANTIATE_CLASS_TEMPLATED_ON_BASIS (PiecewiseConstantScalarSpaceBarycentric)
	FIBER_INSTANTIATE_CLASS_TEMPLATED_ON_BASIS (PiecewiseLinearContinuousScalarSpace)
	FIBER_INSTANTIATE_CLASS_TEMPLATED_ON_BASIS (PiecewiseLinearContinuousScalarSpaceBarycentric)
	FIBER_INSTANTIATE_CLASS_TEMPLATED_ON_BASIS (PiecewiseLinearDiscontinuousScalarSpace)
	FIBER_INSTANTIATE_CLASS_TEMPLATED_ON_BASIS (PiecewiseLinearDiscontinuousScalarSpaceBarycentric)
	FIBER_INSTANTIATE_CLASS_TEMPLATED_ON_BASIS (PiecewiseLinearScalarSpace)
	FIBER_INSTANTIATE_CLASS_TEMPLATED_ON_BASIS (PiecewisePolynomialContinuousScalarSpace)
	FIBER_INSTANTIATE_CLASS_TEMPLATED_ON_BASIS (PiecewisePolynomialDiscontinuousScalarSpace)
	FIBER_INSTANTIATE_CLASS_TEMPLATED_ON_BASIS (RaviartThomas0VectorSpace)
	FIBER_INSTANTIATE_CLASS_TEMPLATED_ON_BASIS (ScalarSpace)
template<typename BasisFunctionType >
void	getAllShapesets (const Space< BasisFunctionType > &space, std::vector< const Fiber::Shapeset< BasisFunctionType > * > &shapesets)
template<typename BasisFunctionType >
void	getAllBases (const Space< BasisFunctionType > &space, std::vector< const Fiber::Basis< BasisFunctionType > * > &bases)
template<typename BasisFunctionType >
int	maximumShapesetOrder (const Space< BasisFunctionType > &space)
template<typename BasisFunctionType , typename ResultType >
shared_ptr < DiscreteSparseBoundaryOperator < ResultType > >	constructOperatorMappingGlobalToFlatLocalDofs (const Space< BasisFunctionType > &space)
template<typename BasisFunctionType , typename ResultType >
shared_ptr < DiscreteSparseBoundaryOperator < ResultType > >	constructOperatorMappingFlatLocalToGlobalDofs (const Space< BasisFunctionType > &space)
	FIBER_INSTANTIATE_CLASS_TEMPLATED_ON_BASIS (Space)
	FIBER_ITERATE_OVER_BASIS_TYPES (INSTANTIATE_FUNCTIONS_DEPENDENT_ON_BASIS)
	FIBER_ITERATE_OVER_BASIS_AND_RESULT_TYPES (INSTANTIATE_constructOperators)
	FIBER_INSTANTIATE_CLASS_TEMPLATED_ON_BASIS (SpaceHelper)
	FIBER_INSTANTIATE_CLASS_TEMPLATED_ON_BASIS (UnitScalarSpace)

Variables
const int	DEFAULT_HELMHOLTZ_INTERPOLATION_DENSITY = 5000

Detailed Description

Function Documentation

template<typename Container >

Container::reference Bempp::acc ( Container &  v, typename Container::size_type  i  )

inline

Returns i'th element of the container v, optionally checking bounds.

If NDEBUG is not defined, this function returns v.at(i), otherwise v[i].

Referenced by Bempp::GridSegment::closedDomain(), Bempp::RaviartThomas0VectorSpace< BasisFunctionType >::flatLocal2localDofs(), Bempp::PiecewiseConstantDualGridDiscontinuousScalarSpace< BasisFunctionType >::getFlatLocalDofBoundingBoxes(), Bempp::PiecewiseConstantDualGridScalarSpace< BasisFunctionType >::getFlatLocalDofBoundingBoxes(), Bempp::PiecewiseLinearContinuousScalarSpace< BasisFunctionType >::getFlatLocalDofBoundingBoxes(), Bempp::PiecewiseLinearDiscontinuousScalarSpaceBarycentric< BasisFunctionType >::getFlatLocalDofBoundingBoxes(), Bempp::PiecewiseLinearContinuousScalarSpaceBarycentric< BasisFunctionType >::getFlatLocalDofBoundingBoxes(), Bempp::RaviartThomas0VectorSpace< BasisFunctionType >::getFlatLocalDofBoundingBoxes(), Bempp::RaviartThomas0VectorSpace< BasisFunctionType >::getFlatLocalDofPositions(), Bempp::PiecewiseConstantScalarSpace< BasisFunctionType >::getGlobalDofBoundingBoxes(), Bempp::RaviartThomas0VectorSpace< BasisFunctionType >::getGlobalDofNormals(), Bempp::PiecewisePolynomialContinuousScalarSpace< BasisFunctionType >::getGlobalDofPositions(), Bempp::PiecewisePolynomialDiscontinuousScalarSpace< BasisFunctionType >::getGlobalDofPositions(), Bempp::RaviartThomas0VectorSpace< BasisFunctionType >::getGlobalDofPositions(), Bempp::RaviartThomas0VectorSpace< BasisFunctionType >::getGlobalDofs(), Bempp::GridSegment::markExcludedEntities(), and Bempp::GridSegment::openDomain().

template<typename Container >

Container::const_reference Bempp::acc ( const Container &  v, typename Container::size_type  i  )

inline

Returns i'th element of the container v, optionally checking bounds.

If NDEBUG is not defined, this function returns v.at(i), otherwise v[i].