specialisation of NiHu::double_integral for the collocational formalism More...

#include <double_integral.hpp>

Classes
struct	eval_singular_on_accelerator
	evaluate collocational singular integral with selected singular accelerator More...

struct	eval_singular_on_accelerator< invalid_singular_accelerator, dummy >
	evaluate collocational singular integral with the invalid accelerator More...

Public Types
enum	{ kernel_rows = num_rows<kernel_result_t>::value, kernel_cols = num_cols<kernel_result_t>::value }

typedef std::true_type	WITH_SINGULARITY_CHECK

typedef std::false_type	WITHOUT_SINGULARITY_CHECK

typedef TrialField::elem_t	trial_elem_t
	type of the trial element

typedef kernel_traits< Kernel >::test_input_t	test_input_t
	test input type of kernel

typedef kernel_traits< Kernel >::trial_input_t	trial_input_t
	trial input type of kernel

typedef kernel_traits< Kernel >::result_t	kernel_result_t
	result type of kernel

typedef weighted_input< trial_input_t, trial_elem_t >::type	w_trial_input_t
	weighted trial input type

typedef kernel_traits< Kernel >::quadrature_family_t	quadrature_family_t
	the quadrature family the kernel requires

typedef TestField::nset_t	test_nset_t
	N-set of the test field.

typedef TrialField::nset_t	trial_nset_t
	N-set of the trial field.

typedef traits_t::result_t	result_t
	result type of the weighted residual

Static Public Member Functions
template<class OnSameMesh >
static result_t	eval (kernel_base< Kernel > const &kernel, field_base< TestField > const &test_field, field_base< TrialField > const &trial_field, OnSameMesh)
	evaluate collocational integral on given fields More...

Static Protected Member Functions
template<class dual_iterator_t >
static result_t &	eval_on_accelerator (result_t &result, kernel_base< Kernel > const &kernel, field_base< TestField > const &test_field, field_base< TrialField > const &trial_field, dual_iterator_t first, dual_iterator_t last)
	evaluate regular collocational integral with selected trial field accelerator More...

static result_t &	eval (WITHOUT_SINGULARITY_CHECK, result_t &result, kernel_base< Kernel > const &kernel, field_base< TestField > const &test_field, field_base< TrialField > const &trial_field)
	evaluate single integral of a kernel on specific fields without singularity check More...

static result_t &	eval (WITH_SINGULARITY_CHECK, result_t &result, kernel_base< Kernel > const &kernel, field_base< TestField > const &test_field, field_base< TrialField > const &trial_field)
	evaluate single integral of a kernel on specific fields with singularity check More...

Detailed Description

template<class Kernel, class TestField, class TrialField>
class NiHu::double_integral< Kernel, TestField, TrialField, formalism::collocational >

specialisation of NiHu::double_integral for the collocational formalism

Template Parameters

Kernel	type of the kernel to integrate
TestField	type of the test field
TrialField	type of the trial field

Definition at line 395 of file double_integral.hpp.

Member Enumeration Documentation

◆ anonymous enum

template<class Kernel , class TestField , class TrialField >

anonymous enum

Enumerator
kernel_rows	number of rows of the kernel result
kernel_cols	number of columns of the kernel result

Definition at line 427 of file double_integral.hpp.

Member Function Documentation

◆ eval() [1/3]

template<class Kernel , class TestField , class TrialField >

template<class OnSameMesh >

static result_t NiHu::double_integral< Kernel, TestField, TrialField, formalism::collocational >::eval	(	kernel_base< Kernel > const &	kernel,
		field_base< TestField > const &	test_field,
		field_base< TrialField > const &	trial_field,
		OnSameMesh
	)

inlinestatic

evaluate collocational integral on given fields

Template Parameters

OnSameMesh indicates that the two fields are defined over the same mesh and singularity check may be needed

Parameters

[in]	kernel	the kernel to integrate
[in]	test_field	the test field defining the collocation points
[in]	trial_field	the trial field to integrate on

Returns: the integration result by value

Definition at line 660 of file double_integral.hpp.

◆ eval() [2/3]

template<class Kernel , class TestField , class TrialField >

static result_t& NiHu::double_integral< Kernel, TestField, TrialField, formalism::collocational >::eval	(	WITH_SINGULARITY_CHECK	,
		result_t &	result,
		kernel_base< Kernel > const &	kernel,
		field_base< TestField > const &	test_field,
		field_base< TrialField > const &	trial_field
	)

inlinestaticprotected

evaluate single integral of a kernel on specific fields with singularity check

Parameters

[out]	result	reference to the integration result matrix
[in]	kernel	the kernel to integrate
[in]	test_field	reference to the test field defining the collocation points
[in]	trial_field	reference to the trial field to integrate on

Returns: reference to the stored result

Definition at line 608 of file double_integral.hpp.

◆ eval() [3/3]

template<class Kernel , class TestField , class TrialField >

static result_t& NiHu::double_integral< Kernel, TestField, TrialField, formalism::collocational >::eval	(	WITHOUT_SINGULARITY_CHECK	,
		result_t &	result,
		kernel_base< Kernel > const &	kernel,
		field_base< TestField > const &	test_field,
		field_base< TrialField > const &	trial_field
	)

inlinestaticprotected

evaluate single integral of a kernel on specific fields without singularity check

Parameters

[out]	result	reference to the integration result matrix
[in]	kernel	the kernel to integrate
[in]	test_field	reference to the test field defining the collocation points
[in]	trial_field	reference to the trial field to integrate on

Returns: reference to the stored result

Definition at line 552 of file double_integral.hpp.

◆ eval_on_accelerator()

template<class Kernel , class TestField , class TrialField >

template<class dual_iterator_t >

static result_t& NiHu::double_integral< Kernel, TestField, TrialField, formalism::collocational >::eval_on_accelerator	(	result_t &	result,
		kernel_base< Kernel > const &	kernel,
		field_base< TestField > const &	test_field,
		field_base< TrialField > const &	trial_field,
		dual_iterator_t	first,
		dual_iterator_t	last
	)

inlinestaticprotected

evaluate regular collocational integral with selected trial field accelerator

Template Parameters

dual_iterator the iterator type of the field accelerator

Parameters

[out]	result	reference to the integration result matrix
[in]	kernel	the kernel to integrate
[in]	test_field	defining the collocation points
[in]	trial_field	the trial field to integrate on
[in]	first	the begin iterator of the accelerator
[in]	last	the end iterator of the accelerator

Returns: reference to the integration result

Definition at line 446 of file double_integral.hpp.

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

src/core/double_integral.hpp

Classes

Public Types

Static Public Member Functions

Static Protected Member Functions

Detailed Description

template<class Kernel, class TestField, class TrialField> class NiHu::double_integral< Kernel, TestField, TrialField, formalism::collocational >

Member Enumeration Documentation

◆ anonymous enum

Member Function Documentation

◆ eval() [1/3]

◆ eval() [2/3]

◆ eval() [3/3]

◆ eval_on_accelerator()

template<class Kernel, class TestField, class TrialField>
class NiHu::double_integral< Kernel, TestField, TrialField, formalism::collocational >