mgis::function::BinaryOperationEvaluatorBase< Child, FirstEvaluatorType, SecondEvaluatorType > Struct Template Reference

a base class to construct an evaluator by applying a binary operation on the results of two evaluators. More...

#include </home/runner/work/MFrontGenericInterfaceSupport/MFrontGenericInterfaceSupport/include/MGIS/Function/BinaryOperationEvaluatorBase.hxx>

Public Types
using	Space = evaluator_space< FirstEvaluatorType >
	a simple alias

Public Member Functions
constexpr	BinaryOperationEvaluatorBase (const FirstEvaluatorType &, const SecondEvaluatorType &)
	constructor
constexpr	BinaryOperationEvaluatorBase (const BinaryOperationEvaluatorBase &)
	copy constructor
constexpr	BinaryOperationEvaluatorBase (BinaryOperationEvaluatorBase &&)
	move constructor
constexpr decltype(auto)	getSpace () const
	return the underlying space
constexpr bool	check (AbstractErrorHandler &) const
	perform consistency checks
constexpr auto	operator() (const element_index< Space > &) const
	call operator
constexpr auto	operator() (const element_workspace< Space > &, const element_index< Space > &) const
	call operator
constexpr auto	operator() (const cell_index< Space >, const quadrature_point_index< Space >) const
	call operator
constexpr auto	operator() (const cell_workspace< Space > &, const cell_index< Space >, const quadrature_point_index< Space >) const
	call operator

Static Public Attributes
static constexpr auto	isElementEvaluator
static constexpr auto	isQuadratureEvaluator

Protected Attributes
FirstEvaluatorType	first_evaluator
	evaluator of the first argument of the binary operation
SecondEvaluatorType	second_evaluator
	evaluator of the second argument of the binary operation

Detailed Description

template<typename Child, EvaluatorConcept FirstEvaluatorType, EvaluatorConcept SecondEvaluatorType>
requires (BinaryOperationEvaluatorBaseRequirement<FirstEvaluatorType, SecondEvaluatorType>)
struct mgis::function::BinaryOperationEvaluatorBase< Child, FirstEvaluatorType, SecondEvaluatorType >

a base class to construct an evaluator by applying a binary operation on the results of two evaluators.

Template Parameters

Child	child class
FirstEvaluatorType	evaluator used to compute the first argument of the binary operation
SecondEvaluatorType	evaluator used to compute the first second of the binary operation

Constructor & Destructor Documentation

BinaryOperationEvaluatorBase()

template<typename Child , EvaluatorConcept FirstEvaluatorType, EvaluatorConcept SecondEvaluatorType>
requires (BinaryOperationEvaluatorBaseRequirement<FirstEvaluatorType, SecondEvaluatorType>)

constexpr mgis::function::BinaryOperationEvaluatorBase< Child, FirstEvaluatorType, SecondEvaluatorType >::BinaryOperationEvaluatorBase ( const FirstEvaluatorType &  e1, const SecondEvaluatorType &  e2  )

constexpr

constructor

Parameters

[in]	e1	first evaluator
[in]	e2	second evaluator

Member Function Documentation

operator()() [1/4]

template<typename Child , EvaluatorConcept FirstEvaluatorType, EvaluatorConcept SecondEvaluatorType>
requires ((internals::EvaluatorResultQuery<FirstEvaluatorType>::b3) && (internals::EvaluatorResultQuery<SecondEvaluatorType>::b3))

constexpr auto mgis::function::BinaryOperationEvaluatorBase< Child, FirstEvaluatorType, SecondEvaluatorType >::operator() ( const cell_index< Space >  e, const quadrature_point_index< Space >  i  ) const

constexpr

call operator

Parameters

[in]	e	cell index
[in]	i	integration point index

operator()() [2/4]

template<typename Child , EvaluatorConcept FirstEvaluatorType, EvaluatorConcept SecondEvaluatorType>
requires ((internals::EvaluatorResultQuery<FirstEvaluatorType>::b4) && (internals::EvaluatorResultQuery<SecondEvaluatorType>::b4))

constexpr auto mgis::function::BinaryOperationEvaluatorBase< Child, FirstEvaluatorType, SecondEvaluatorType >::operator() ( const cell_workspace< Space > &  wk, const cell_index< Space >  e, const quadrature_point_index< Space >  i  ) const

constexpr

call operator

Parameters

[in]	e	cell index
[in]	i	integration point index

operator()() [3/4]

template<typename Child , EvaluatorConcept FirstEvaluatorType, EvaluatorConcept SecondEvaluatorType>
requires ((internals::EvaluatorResultQuery<FirstEvaluatorType>::b1) && (internals::EvaluatorResultQuery<SecondEvaluatorType>::b1))

constexpr auto mgis::function::BinaryOperationEvaluatorBase< Child, FirstEvaluatorType, SecondEvaluatorType >::operator() ( const element_index< Space > &  e ) const

constexpr

call operator

Parameters

[in]

i

integration point index

operator()() [4/4]

template<typename Child , EvaluatorConcept FirstEvaluatorType, EvaluatorConcept SecondEvaluatorType>
requires ((internals::EvaluatorResultQuery<FirstEvaluatorType>::b2) && (internals::EvaluatorResultQuery<SecondEvaluatorType>::b2))

constexpr auto mgis::function::BinaryOperationEvaluatorBase< Child, FirstEvaluatorType, SecondEvaluatorType >::operator() ( const element_workspace< Space > &  wk, const element_index< Space > &  e  ) const

constexpr

call operator

Parameters

[in]

i

integration point index

Member Data Documentation

isElementEvaluator

template<typename Child , EvaluatorConcept FirstEvaluatorType, EvaluatorConcept SecondEvaluatorType>

constexpr auto mgis::function::BinaryOperationEvaluatorBase< Child, FirstEvaluatorType, SecondEvaluatorType >::isElementEvaluator

staticconstexpr

Initial value:

=
        (ElementEvaluatorConcept<FirstEvaluatorType>)&&(
            ElementEvaluatorConcept<SecondEvaluatorType>)

isQuadratureEvaluator

template<typename Child , EvaluatorConcept FirstEvaluatorType, EvaluatorConcept SecondEvaluatorType>

constexpr auto mgis::function::BinaryOperationEvaluatorBase< Child, FirstEvaluatorType, SecondEvaluatorType >::isQuadratureEvaluator

staticconstexpr

Initial value:

=
        (QuadratureEvaluatorConcept<FirstEvaluatorType>)&&(
            QuadratureEvaluatorConcept<SecondEvaluatorType>)

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

• BinaryOperationEvaluatorBase.hxx
• BinaryOperationEvaluatorBase.ixx