specialisation of NiHu::singular_accelerator for the general formalism More...

Public Types
typedef Kernel	kernel_t
	template argument as nested type

typedef TestField	test_field_t
	template argument as nested type

typedef TrialField	trial_field_t
	template argument as nested type

typedef test_field_t::elem_t	test_elem_t
	the test eleme type

typedef test_field_t::elem_t::lset_t	test_lset_t
	the L-set of the test domain

typedef trial_field_t::elem_t::lset_t	trial_lset_t
	the L-set of the trial domain

typedef test_field_t::elem_t::domain_t	test_domain_t
	test domain

typedef trial_field_t::elem_t::domain_t	trial_domain_t
	trial domain

typedef test_domain_t::scalar_t	scalar_t
	the scalar type of the quadrature

typedef kernel_traits< kernel_t >::quadrature_family_t	quadrature_family_t
	the quadrature family obtained from the kernel

typedef singular_galerkin_quadrature< quadrature_family_t, test_domain_t, trial_domain_t >	quad_factory_t
	the singular galerkin quadrature generator class

typedef quadrature_type< quadrature_family_t, test_domain_t >::type	test_quadrature_t
	the test quadrature type

typedef quadrature_type< quadrature_family_t, trial_domain_t >::type	trial_quadrature_t
	the trial quadrature type

typedef test_quadrature_t::quadrature_elem_t	quadrature_elem_t
	the quadrature element type (it should be the same for test and trial)

typedef singular_quadrature_iterator< typename test_quadrature_t::const_iterator, typename trial_quadrature_t::const_iterator >	iterator
	the dual iterator type of the singular quadrature

Public Member Functions
iterator	begin (element_match const &elem_match) const
	return begin iterator of the singular quadrature More...

iterator	end (element_match const &elem_match) const
	return end iterator of the singular quadrature More...

	singular_accelerator (void)
	constructor allocating and generating the quadratures

Static Public Attributes
static const bool	is_surface = element_traits::is_surface_element<test_elem_t>::type::value
	indicates if the elements are surface elements or not

static const unsigned	domain_dimension = test_domain_t::dimension
	the domain dimension

static const unsigned	n_test_corners = test_domain_t::num_corners
	number of test domain corners

static const unsigned	n_trial_corners = trial_domain_t::num_corners
	number of trial domain corners

static const bool	face_match_possible = std::is_same<test_field_t, trial_field_t>::value
	indicates whether face match is possible

static const unsigned	singular_quadrature_order = singular_kernel_traits<kernel_t>::singular_quadrature_order
	the singular quadrature order required by the kernel

Detailed Description

specialisation of NiHu::singular_accelerator for the general formalism

Template Parameters

Kernel	the kernel that is integrated
TestField	the test field over which integration is performed
TrialField	the trial field over which integration is performed

Definition at line 141 of file singular_accelerator.hpp.

Member Function Documentation

template<class Kernel , class TestField , class TrialField >

iterator NiHu::singular_accelerator< Kernel, TestField, TrialField, formalism::general >::begin ( element_match const & elem_match ) const

inline

return begin iterator of the singular quadrature

Definition at line 222 of file singular_accelerator.hpp.

template<class Kernel , class TestField , class TrialField >

iterator NiHu::singular_accelerator< Kernel, TestField, TrialField, formalism::general >::end ( element_match const & elem_match ) const

inline

return end iterator of the singular quadrature

Definition at line 250 of file singular_accelerator.hpp.

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