Base class for potential operators related to the Laplace equation in 3D. More...

#include </home/wojtek/Projects/BEM/bempp-sven/bempp/lib/assembly/laplace_3d_potential_operator_base.hpp>

Inheritance diagram for Bempp::Laplace3dPotentialOperatorBase< Impl, BasisFunctionType_, ResultType_ >:

Public Types
typedef Base::BasisFunctionType	BasisFunctionType
	Type of the values of the basis functions into which functions acted upon by the operator are expanded.

typedef Base::KernelType	KernelType
	Type of the values of kernel functions.

typedef Base::ResultType	ResultType
	Type of the values of the potential.

typedef Base::CoordinateType	CoordinateType
	Type used to represent coordinates. More...

typedef Base::CollectionOfBasisTransformations	CollectionOfBasisTransformations
	Type of the appropriate instantiation of Fiber::CollectionOfBasisTransformations. More...

typedef Base::CollectionOfKernels	CollectionOfKernels
	Type of the appropriate instantiation of Fiber::CollectionOfKernels. More...

typedef Base::KernelTrialIntegral	KernelTrialIntegral
	Type of the appropriate instantiation of Fiber::KernelTrialIntegral. More...

Public Types inherited from Bempp::ElementaryPotentialOperator< BasisFunctionType_, ScalarTraits< ResultType_ >::RealType, ResultType_ >
typedef Base::BasisFunctionType	BasisFunctionType

typedef ScalarTraits < ResultType_ >::RealType	KernelType
	Type of the values of the (components of the) kernel functions.

typedef Base::ResultType	ResultType

typedef Base::CoordinateType	CoordinateType

typedef Base::QuadratureStrategy	QuadratureStrategy

typedef Fiber::EvaluatorForIntegralOperators < ResultType >	Evaluator
	Type of the appropriate instantiation of Fiber::EvaluatorForIntegralOperators.

typedef Fiber::LocalAssemblerForPotentialOperators < ResultType >	LocalAssembler
	Type of the appropriate instantiation of Fiber::LocalAssemblerForPotentialOperators.

typedef Fiber::CollectionOfShapesetTransformations < CoordinateType >	CollectionOfShapesetTransformations
	Type of the appropriate instantiation of Fiber::CollectionOfShapesetTransformations.

typedef Fiber::CollectionOfShapesetTransformations < CoordinateType >	CollectionOfBasisTransformations
	Type of the appropriate instantiation of Fiber::CollectionOfBasisTransformations. More...

typedef Fiber::CollectionOfKernels < KernelType >	CollectionOfKernels
	Type of the appropriate instantiation of Fiber::CollectionOfKernels.

typedef Fiber::KernelTrialIntegral < BasisFunctionType, KernelType, ResultType >	KernelTrialIntegral
	Type of the appropriate instantiation of Fiber::KernelTrialIntegral.

Public Types inherited from Bempp::PotentialOperator< BasisFunctionType_, ResultType_ >
typedef BasisFunctionType_	BasisFunctionType
	Type of the values of the (components of the) basis functions into which functions acted upon by the operator are expanded.

typedef ResultType_	ResultType
	Type of the values of the (components of the) potential.

typedef ScalarTraits < ResultType >::RealType	CoordinateType
	Type used to represent coordinates.

typedef Fiber::QuadratureStrategy < BasisFunctionType, ResultType, GeometryFactory >	QuadratureStrategy
	Type of the appropriate instantiation of Fiber::QuadratureStrategy.

Public Member Functions
	Laplace3dPotentialOperatorBase ()
	Constructor.

	Laplace3dPotentialOperatorBase (const Laplace3dPotentialOperatorBase &other)
	Copy constructor.

virtual	~Laplace3dPotentialOperatorBase ()
	Destructor.

Laplace3dPotentialOperatorBase &	operator= (const Laplace3dPotentialOperatorBase &rhs)
	Assignment operator.

Public Member Functions inherited from Bempp::ElementaryPotentialOperator< BasisFunctionType_, ScalarTraits< ResultType_ >::RealType, ResultType_ >
virtual std::auto_ptr < InterpolatedFunction < ResultType_ > >	evaluateOnGrid (const GridFunction< BasisFunctionType, ResultType > &argument, const Grid &evaluationGrid, const QuadratureStrategy &quadStrategy, const EvaluationOptions &options) const
	Evaluate the potential of a given charge distribution on a prescribed grid. More...

virtual arma::Mat< ResultType_ >	evaluateAtPoints (const GridFunction< BasisFunctionType, ResultType > &argument, const arma::Mat< CoordinateType > &evaluationPoints, const QuadratureStrategy &quadStrategy, const EvaluationOptions &options) const
	Evaluate the potential of a given charge distribution at prescribed points. More...

virtual AssembledPotentialOperator < BasisFunctionType_, ResultType_ >	assemble (const shared_ptr< const Space< BasisFunctionType > > &space, const shared_ptr< const arma::Mat< CoordinateType > > &evaluationPoints, const QuadratureStrategy &quadStrategy, const EvaluationOptions &options) const
	Create and return an AssembledPotentialOperator object. More...

virtual int	componentCount () const
	Number of components of the values of the potential. More...

Public Member Functions inherited from Bempp::PotentialOperator< BasisFunctionType_, ResultType_ >
virtual	~PotentialOperator ()
	Destructor.

Private Types
typedef ElementaryPotentialOperator < BasisFunctionType_, typename ScalarTraits< ResultType_ > ::RealType, ResultType_ >	Base

Private Member Functions
virtual const CollectionOfKernels &	kernels () const
	Return the collection of kernel functions occurring in the integrand of this operator.

virtual const CollectionOfBasisTransformations &	trialTransformations () const
	Return the collection of transformations of the charge distribution that occur in the weak form of this operator.

virtual const KernelTrialIntegral &	integral () const
	Return an object representing the integral used to evaluate the potential of a charge distribution. More...

Detailed Description

template<typename Impl, typename BasisFunctionType_, typename ResultType_ = BasisFunctionType_>
class Bempp::Laplace3dPotentialOperatorBase< Impl, BasisFunctionType_, ResultType_ >

Base class for potential operators related to the Laplace equation in 3D.

Template Parameters

Impl	Type of the internal implementation object.
BasisFunctionType_	Type of the values of the basis functions into which functions acted upon by the operator are expanded.
ResultType_	Type of the values of the potential.

The latter two template parameters can take the following values: float, double, std::complex<float> and std::complex<double>. Both types must have the same precision: for instance, mixing float with std::complex<double> is not allowed. The parameter ResultType_ is by default set to BasisFunctionType_. You should override that only if you set BasisFunctionType_ to a real type, but you want the potential values to be stored as complex numbers.

See Also: Laplace equation in 3D

Member Typedef Documentation

template<typename Impl, typename BasisFunctionType_, typename ResultType_ = BasisFunctionType_>

typedef Base::CollectionOfBasisTransformations Bempp::Laplace3dPotentialOperatorBase< Impl, BasisFunctionType_, ResultType_ >::CollectionOfBasisTransformations

Type of the appropriate instantiation of Fiber::CollectionOfBasisTransformations.

Deprecated:: This type is deprecated; use CollectionOfShapesetTransformations instead.

template<typename Impl, typename BasisFunctionType_, typename ResultType_ = BasisFunctionType_>

typedef Base::CollectionOfKernels Bempp::Laplace3dPotentialOperatorBase< Impl, BasisFunctionType_, ResultType_ >::CollectionOfKernels

Type of the appropriate instantiation of Fiber::CollectionOfKernels.

template<typename Impl, typename BasisFunctionType_, typename ResultType_ = BasisFunctionType_>

typedef Base::CoordinateType Bempp::Laplace3dPotentialOperatorBase< Impl, BasisFunctionType_, ResultType_ >::CoordinateType

Type used to represent coordinates.

template<typename Impl, typename BasisFunctionType_, typename ResultType_ = BasisFunctionType_>

typedef Base::KernelTrialIntegral Bempp::Laplace3dPotentialOperatorBase< Impl, BasisFunctionType_, ResultType_ >::KernelTrialIntegral

Type of the appropriate instantiation of Fiber::KernelTrialIntegral.

Member Function Documentation

template<typename Impl , typename BasisFunctionType , typename ResultType >

const Laplace3dPotentialOperatorBase< Impl, BasisFunctionType, ResultType >::KernelTrialIntegral & Bempp::Laplace3dPotentialOperatorBase< Impl, BasisFunctionType, ResultType >::integral ( ) const

privatevirtual

Return an object representing the integral used to evaluate the potential of a charge distribution.

Subclasses of KernelTrialIntegral implement functions that evaluate the integral using the data provided by a CollectionOfKernels representing the kernel functions occurring in the integrand and a CollectionOfBasisTransformations representing the charge-distribution transformations occurring in the integrand.

Implements Bempp::ElementaryPotentialOperator< BasisFunctionType_, ScalarTraits< ResultType_ >::RealType, ResultType_ >.

The documentation for this class was generated from the following files:

/home/wojtek/Projects/BEM/bempp-sven/bempp/lib/assembly/laplace_3d_potential_operator_base.hpp
/home/wojtek/Projects/BEM/bempp-sven/bempp/lib/assembly/laplace_3d_potential_operator_base_imp.hpp

Public Types

Public Member Functions

Private Types

Private Member Functions

Detailed Description

template<typename Impl, typename BasisFunctionType_, typename ResultType_ = BasisFunctionType_> class Bempp::Laplace3dPotentialOperatorBase< Impl, BasisFunctionType_, ResultType_ >

Member Typedef Documentation

Member Function Documentation

template<typename Impl, typename BasisFunctionType_, typename ResultType_ = BasisFunctionType_>
class Bempp::Laplace3dPotentialOperatorBase< Impl, BasisFunctionType_, ResultType_ >