Public Member Functions
template<class result_t >
void	operator() (result_t &result, integral_operator_base< Operator > const &op, function_space_base< TestSpace > const &test_space, function_space_base< TrialSpace > const &trial_space)
	evaluate weighted residual on homogeneous function spaces More...

Detailed Description

template<class TestSpace, class TrialSpace, class OnSameMesh>
template<class Operator, class TestField, class TrialField, bool isTrivial = integral_operator_traits<Operator>::is_local && !std::is_same<typename TestField::elem_t, typename TrialField::elem_t>::value>
struct NiHu::assembly< TestSpace, TrialSpace, OnSameMesh >::eval_on_impl< Operator, TestField, TrialField, isTrivial >::type

Definition at line 53 of file assembly.hpp.

Member Function Documentation

◆ operator()()

template<class TestSpace , class TrialSpace , class OnSameMesh >

template<class Operator , class TestField , class TrialField , bool isTrivial = integral_operator_traits<Operator>::is_local && !std::is_same<typename TestField::elem_t, typename TrialField::elem_t>::value>

template<class result_t >

void NiHu::assembly< TestSpace, TrialSpace, OnSameMesh >::eval_on_impl< Operator, TestField, TrialField, isTrivial >::type::operator()	(	result_t &	result,
		integral_operator_base< Operator > const &	op,
		function_space_base< TestSpace > const &	test_space,
		function_space_base< TrialSpace > const &	trial_space
	)

inline

evaluate weighted residual on homogeneous function spaces

Template Parameters

result_t the type of the result matrix

Parameters

[out]	result	reference to the result matrix the result block is inserted to
[in]	op	the integral operator to apply
[in]	test_space	the test function space
[in]	trial_space	the trial function space

Definition at line 62 of file assembly.hpp.

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

src/core/assembly.hpp

Public Member Functions

Detailed Description

Member Function Documentation

◆ operator()()