Inheritance diagram for Fiber::TypicalTestScalarKernelTrialIntegralBase< BasisFunctionType_, KernelType_, ResultType_ >:

Public Types
typedef Base::CoordinateType	CoordinateType

typedef Base::BasisFunctionType	BasisFunctionType

typedef Base::KernelType	KernelType

typedef Base::ResultType	ResultType

Public Types inherited from Fiber::TestKernelTrialIntegral< BasisFunctionType_, KernelType_, ResultType_ >
typedef BasisFunctionType_	BasisFunctionType

typedef KernelType_	KernelType

typedef ResultType_	ResultType

typedef ScalarTraits < ResultType >::RealType	CoordinateType

Public Member Functions
virtual void	addGeometricalDependencies (size_t &testGeomDeps, size_t &trialGeomDeps) const
	Retrieve types of geometrical data on which the integrand of this integral depends explicitly. More...

Public Member Functions inherited from Fiber::TestKernelTrialIntegral< BasisFunctionType_, KernelType_, ResultType_ >
virtual	~TestKernelTrialIntegral ()
	Destructor.

virtual void	evaluateWithTensorQuadratureRule (const GeometricalData< CoordinateType > &testGeomData, const GeometricalData< CoordinateType > &trialGeomData, const CollectionOf3dArrays< BasisFunctionType > &testTransformations, const CollectionOf3dArrays< BasisFunctionType > &trialTransformations, const CollectionOf4dArrays< KernelType > &kernels, const std::vector< CoordinateType > &testQuadWeights, const std::vector< CoordinateType > &trialQuadWeights, arma::Mat< ResultType > &result) const =0
	Evaluate the integral using a tensor-product quadrature rule. More...

virtual void	evaluateWithNontensorQuadratureRule (const GeometricalData< CoordinateType > &testGeomData, const GeometricalData< CoordinateType > &trialGeomData, const CollectionOf3dArrays< BasisFunctionType > &testTransformations, const CollectionOf3dArrays< BasisFunctionType > &trialTransformations, const CollectionOf3dArrays< KernelType > &kernels, const std::vector< CoordinateType > &quadWeights, arma::Mat< ResultType > &result) const =0
	Evaluate the integral using a non-tensor-product quadrature rule. More...

Private Types
typedef TestKernelTrialIntegral < BasisFunctionType_, KernelType_, ResultType_ >	Base

Member Function Documentation

template<typename BasisFunctionType , typename KernelType , typename ResultType >

void Fiber::TypicalTestScalarKernelTrialIntegralBase< BasisFunctionType, KernelType, ResultType >::addGeometricalDependencies	(	size_t &	testGeomDeps,
		size_t &	trialGeomDeps
	)		const

virtual

Retrieve types of geometrical data on which the integrand of this integral depends explicitly.

An implementation of this function for a particular integral should modify the testGeomDeps and trialGeomDeps bitfields by adding to them, using the bitwise OR operation, an appropriate combination of the flags defined in the enum GeometricalDataType.

For example, an integral whose integrand depends explicitly on the global coordinates of test and trial points and on the orientation of the vector normal to the trial element at trial points should modify the arguments as follows:

testGeomDeps |= GLOBALS;

trialGeomDeps |= GLOBALS | NORMALS;

Note: It is only necessary to modify testGeomDeps and trialGeomDeps if the geometric quantities occur in the integral outside any kernels or shape function transformations. For example, it is not necessary to add NORMALS to trialGeomDeps just because a weak form contains the double-layer-potential boundary operator, which requires the normal to the trial element. It is not necessary, either, to ever add the flag INTEGRATION_ELEMENTS as integration elements (see Bempp::Geometry::getIntegrationElements() for their definition) are automatically included in the list of geometrical data required by integrals.

Implements Fiber::TestKernelTrialIntegral< BasisFunctionType_, KernelType_, ResultType_ >.

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

/home/wojtek/Projects/BEM/bempp-sven/bempp/lib/fiber/typical_test_scalar_kernel_trial_integral.hpp
/home/wojtek/Projects/BEM/bempp-sven/bempp/lib/fiber/typical_test_scalar_kernel_trial_integral.cpp

Public Types

Public Member Functions

Private Types

Member Function Documentation