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Fiber::QuadratureStrategy< BasisFunctionType, ResultType, GeometryFactory, Enable > Class Template Referenceabstract
Quadrature

Base class for quadrature strategies. More...

#include </home/wojtek/Projects/BEM/bempp-sven/bempp/lib/fiber/quadrature_strategy.hpp>

Inheritance diagram for Fiber::QuadratureStrategy< BasisFunctionType, ResultType, GeometryFactory, Enable >:
Fiber::QuadratureStrategyBase< BasisFunctionType, ResultType, GeometryFactory > Fiber::NumericalQuadratureStrategyBase< BasisFunctionType, ResultType, GeometryFactory, Enable > Fiber::NumericalQuadratureStrategy< BasisFunctionType, ResultType, GeometryFactory, Enable >

Public Types

typedef Base::CoordinateType CoordinateType
 
- Public Types inherited from Fiber::QuadratureStrategyBase< BasisFunctionType, ResultType, GeometryFactory >
typedef ScalarTraits
< ResultType >::RealType 		CoordinateType
 

Public Member Functions

std::auto_ptr
< LocalAssemblerForIntegralOperators
< ResultType > > 		makeAssemblerForIntegralOperators (const shared_ptr< const GeometryFactory > &testGeometryFactory, const shared_ptr< const GeometryFactory > &trialGeometryFactory, const shared_ptr< const RawGridGeometry< CoordinateType > > &testRawGeometry, const shared_ptr< const RawGridGeometry< CoordinateType > > &trialRawGeometry, const shared_ptr< const std::vector< const Shapeset< BasisFunctionType > * > > &testShapesets, const shared_ptr< const std::vector< const Shapeset< BasisFunctionType > * > > &trialShapesets, const shared_ptr< const CollectionOfShapesetTransformations< CoordinateType > > &testTransformations, const shared_ptr< const CollectionOfKernels< ResultType > > &kernels, const shared_ptr< const CollectionOfShapesetTransformations< CoordinateType > > &trialTransformations, const shared_ptr< const TestKernelTrialIntegral< BasisFunctionType, ResultType, ResultType > > &integral, const shared_ptr< const OpenClHandler > &openClHandler, const ParallelizationOptions &parallelizationOptions, VerbosityLevel::Level verbosityLevel, bool cacheSingularIntegrals) const
 Allocate a Galerkin-mode local assembler for an integral operator with complex kernel.
 
std::auto_ptr
< LocalAssemblerForGridFunctions
< ResultType > > 		makeAssemblerForGridFunctions (const shared_ptr< const GeometryFactory > &geometryFactory, const shared_ptr< const RawGridGeometry< CoordinateType > > &rawGeometry, const shared_ptr< const std::vector< const Shapeset< BasisFunctionType > * > > &testShapesets, const shared_ptr< const CollectionOfShapesetTransformations< CoordinateType > > &testTransformations, const shared_ptr< const Function< ResultType > > &function, const shared_ptr< const OpenClHandler > &openClHandler) const
 Allocate a local assembler for calculations of the projections of complex-valued functions from a given space on a Fiber::Function.
 
std::auto_ptr
< EvaluatorForIntegralOperators
< ResultType > > 		makeEvaluatorForIntegralOperators (const shared_ptr< const GeometryFactory > &geometryFactory, const shared_ptr< const RawGridGeometry< CoordinateType > > &rawGeometry, const shared_ptr< const std::vector< const Shapeset< BasisFunctionType > * > > &trialShapesets, const shared_ptr< const CollectionOfKernels< ResultType > > &kernel, const shared_ptr< const CollectionOfShapesetTransformations< CoordinateType > > &trialTransformations, const shared_ptr< const KernelTrialIntegral< BasisFunctionType, ResultType, ResultType > > &integral, const shared_ptr< const std::vector< std::vector< ResultType > > > &argumentLocalCoefficients, const shared_ptr< const OpenClHandler > &openClHandler, const ParallelizationOptions &parallelizationOptions) const
 Allocate an evaluator for an integral operator with complex-valued kernel applied to a grid function.
 
std::auto_ptr
< LocalAssemblerForPotentialOperators
< ResultType > > 		makeAssemblerForPotentialOperators (const arma::Mat< CoordinateType > &evaluationPoints, const shared_ptr< const GeometryFactory > &geometryFactory, const shared_ptr< const RawGridGeometry< CoordinateType > > &rawGeometry, const shared_ptr< const std::vector< const Shapeset< BasisFunctionType > * > > &trialShapesets, const shared_ptr< const CollectionOfKernels< ResultType > > &kernels, const shared_ptr< const CollectionOfShapesetTransformations< CoordinateType > > &trialTransformations, const shared_ptr< const KernelTrialIntegral< BasisFunctionType, ResultType, ResultType > > &integral, const shared_ptr< const OpenClHandler > &openClHandler, const ParallelizationOptions &parallelizationOptions, VerbosityLevel::Level verbosityLevel) const
 Allocate a local assembler for a potential operator with complex kernel.
 
- Public Member Functions inherited from Fiber::QuadratureStrategyBase< BasisFunctionType, ResultType, GeometryFactory >
std::auto_ptr
< LocalAssemblerForIntegralOperators
< ResultType > > 		makeAssemblerForIntegralOperators (const shared_ptr< const GeometryFactory > &testGeometryFactory, const shared_ptr< const GeometryFactory > &trialGeometryFactory, const shared_ptr< const RawGridGeometry< CoordinateType > > &testRawGeometry, const shared_ptr< const RawGridGeometry< CoordinateType > > &trialRawGeometry, const shared_ptr< const std::vector< const Shapeset< BasisFunctionType > * > > &testShapesets, const shared_ptr< const std::vector< const Shapeset< BasisFunctionType > * > > &trialShapesets, const shared_ptr< const CollectionOfShapesetTransformations< CoordinateType > > &testTransformations, const shared_ptr< const CollectionOfKernels< CoordinateType > > &kernels, const shared_ptr< const CollectionOfShapesetTransformations< CoordinateType > > &trialTransformations, const shared_ptr< const TestKernelTrialIntegral< BasisFunctionType, CoordinateType, ResultType > > &integral, const shared_ptr< const OpenClHandler > &openClHandler, const ParallelizationOptions &parallelizationOptions, VerbosityLevel::Level verbosityLevel, bool cacheSingularIntegrals) const
 Allocate a Galerkin-mode local assembler for an integral operator with real kernel.
 
virtual std::auto_ptr
< LocalAssemblerForLocalOperators
< ResultType > > 		makeAssemblerForIdentityOperators (const shared_ptr< const GeometryFactory > &geometryFactory, const shared_ptr< const RawGridGeometry< CoordinateType > > &rawGeometry, const shared_ptr< const std::vector< const Shapeset< BasisFunctionType > * > > &testShapesets, const shared_ptr< const std::vector< const Shapeset< BasisFunctionType > * > > &trialShapesets, const shared_ptr< const CollectionOfShapesetTransformations< CoordinateType > > &testTransformations, const shared_ptr< const CollectionOfShapesetTransformations< CoordinateType > > &trialTransformations, const shared_ptr< const OpenClHandler > &openClHandler) const =0
 Allocate a Galerkin-mode local assembler for the identity operator. More...
 
virtual std::auto_ptr
< LocalAssemblerForLocalOperators
< ResultType > > 		makeAssemblerForLocalOperators (const shared_ptr< const GeometryFactory > &geometryFactory, const shared_ptr< const RawGridGeometry< CoordinateType > > &rawGeometry, const shared_ptr< const std::vector< const Shapeset< BasisFunctionType > * > > &testShapesets, const shared_ptr< const std::vector< const Shapeset< BasisFunctionType > * > > &trialShapesets, const shared_ptr< const CollectionOfShapesetTransformations< CoordinateType > > &testTransformations, const shared_ptr< const CollectionOfShapesetTransformations< CoordinateType > > &trialTransformations, const shared_ptr< const TestTrialIntegral< BasisFunctionType, ResultType > > &integral, const shared_ptr< const OpenClHandler > &openClHandler) const =0
 Allocate a Galerkin-mode local assembler for a local operator.
 
std::auto_ptr
< LocalAssemblerForGridFunctions
< ResultType > > 		makeAssemblerForGridFunctions (const shared_ptr< const GeometryFactory > &geometryFactory, const shared_ptr< const RawGridGeometry< CoordinateType > > &rawGeometry, const shared_ptr< const std::vector< const Shapeset< BasisFunctionType > * > > &testShapesets, const shared_ptr< const CollectionOfShapesetTransformations< CoordinateType > > &testTransformations, const shared_ptr< const Function< ResultType > > &function, const shared_ptr< const OpenClHandler > &openClHandler) const
 Allocate a local assembler for calculations of the projections of functions from a given space on a Fiber::Function.
 
std::auto_ptr
< EvaluatorForIntegralOperators
< ResultType > > 		makeEvaluatorForIntegralOperators (const shared_ptr< const GeometryFactory > &geometryFactory, const shared_ptr< const RawGridGeometry< CoordinateType > > &rawGeometry, const shared_ptr< const std::vector< const Shapeset< BasisFunctionType > * > > &trialShapesets, const shared_ptr< const CollectionOfKernels< CoordinateType > > &kernels, const shared_ptr< const CollectionOfShapesetTransformations< CoordinateType > > &trialTransformations, const shared_ptr< const KernelTrialIntegral< BasisFunctionType, CoordinateType, ResultType > > &integral, const shared_ptr< const std::vector< std::vector< ResultType > > > &argumentLocalCoefficients, const shared_ptr< const OpenClHandler > &openClHandler, const ParallelizationOptions &parallelizationOptions) const
 Allocate an evaluator for an integral operator with real kernel applied to a grid function.
 
std::auto_ptr
< LocalAssemblerForPotentialOperators
< ResultType > > 		makeAssemblerForPotentialOperators (const arma::Mat< CoordinateType > &evaluationPoints, const shared_ptr< const GeometryFactory > &geometryFactory, const shared_ptr< const RawGridGeometry< CoordinateType > > &rawGeometry, const shared_ptr< const std::vector< const Shapeset< BasisFunctionType > * > > &trialShapesets, const shared_ptr< const CollectionOfKernels< CoordinateType > > &kernels, const shared_ptr< const CollectionOfShapesetTransformations< CoordinateType > > &trialTransformations, const shared_ptr< const KernelTrialIntegral< BasisFunctionType, CoordinateType, ResultType > > &integral, const shared_ptr< const OpenClHandler > &openClHandler, const ParallelizationOptions &parallelizationOptions, VerbosityLevel::Level verbosityLevel) const
 Allocate a local assembler for a potential operator with real kernel.
 

Private Types

typedef QuadratureStrategyBase
< BasisFunctionType,
ResultType, GeometryFactory > 		Base
 

Private Member Functions

virtual std::auto_ptr
< LocalAssemblerForIntegralOperators
< ResultType > > 		makeAssemblerForIntegralOperatorsImplComplexKernel (const shared_ptr< const GeometryFactory > &testGeometryFactory, const shared_ptr< const GeometryFactory > &trialGeometryFactory, const shared_ptr< const RawGridGeometry< CoordinateType > > &testRawGeometry, const shared_ptr< const RawGridGeometry< CoordinateType > > &trialRawGeometry, const shared_ptr< const std::vector< const Shapeset< BasisFunctionType > * > > &testShapesets, const shared_ptr< const std::vector< const Shapeset< BasisFunctionType > * > > &trialShapesets, const shared_ptr< const CollectionOfShapesetTransformations< CoordinateType > > &testTransformations, const shared_ptr< const CollectionOfKernels< ResultType > > &kernels, const shared_ptr< const CollectionOfShapesetTransformations< CoordinateType > > &trialTransformations, const shared_ptr< const TestKernelTrialIntegral< BasisFunctionType, ResultType, ResultType > > &integral, const shared_ptr< const OpenClHandler > &openClHandler, const ParallelizationOptions &parallelizationOptions, VerbosityLevel::Level verbosityLevel, bool cacheSingularIntegrals) const =0
 
virtual std::auto_ptr
< LocalAssemblerForGridFunctions
< ResultType > > 		makeAssemblerForGridFunctionsImplComplexUserFunction (const shared_ptr< const GeometryFactory > &geometryFactory, const shared_ptr< const RawGridGeometry< CoordinateType > > &rawGeometry, const shared_ptr< const std::vector< const Shapeset< BasisFunctionType > * > > &testShapesets, const shared_ptr< const CollectionOfShapesetTransformations< CoordinateType > > &testTransformations, const shared_ptr< const Function< ResultType > > &function, const shared_ptr< const OpenClHandler > &openClHandler) const =0
 
virtual std::auto_ptr
< EvaluatorForIntegralOperators
< ResultType > > 		makeEvaluatorForIntegralOperatorsImplComplexKernel (const shared_ptr< const GeometryFactory > &geometryFactory, const shared_ptr< const RawGridGeometry< CoordinateType > > &rawGeometry, const shared_ptr< const std::vector< const Shapeset< BasisFunctionType > * > > &trialShapesets, const shared_ptr< const CollectionOfKernels< ResultType > > &kernels, const shared_ptr< const CollectionOfShapesetTransformations< CoordinateType > > &trialTransformations, const shared_ptr< const KernelTrialIntegral< BasisFunctionType, ResultType, ResultType > > &integral, const shared_ptr< const std::vector< std::vector< ResultType > > > &argumentLocalCoefficients, const shared_ptr< const OpenClHandler > &openClHandler, const ParallelizationOptions &parallelizationOptions) const =0
 
virtual std::auto_ptr
< LocalAssemblerForPotentialOperators
< ResultType > > 		makeAssemblerForPotentialOperatorsImplComplexKernel (const arma::Mat< CoordinateType > &evaluationPoints, const shared_ptr< const GeometryFactory > &geometryFactory, const shared_ptr< const RawGridGeometry< CoordinateType > > &rawGeometry, const shared_ptr< const std::vector< const Shapeset< BasisFunctionType > * > > &trialShapesets, const shared_ptr< const CollectionOfKernels< ResultType > > &kernels, const shared_ptr< const CollectionOfShapesetTransformations< CoordinateType > > &trialTransformations, const shared_ptr< const KernelTrialIntegral< BasisFunctionType, ResultType, ResultType > > &integral, const shared_ptr< const OpenClHandler > &openClHandler, const ParallelizationOptions &parallelizationOptions, VerbosityLevel::Level verbosityLevel) const =0
 

Detailed Description

template<typename BasisFunctionType, typename ResultType, typename GeometryFactory, typename Enable = void>
class Fiber::QuadratureStrategy< BasisFunctionType, ResultType, GeometryFactory, Enable >

Base class for quadrature strategies.

A quadrature strategy provides functions constructing local assemblers used to discretize boundary operators and user-defined functions. A particular quadrature strategy determines how the integrals involved in this discretization are evaluated.

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