Dune::Fufem::Forms::ProductOperator< P, Operator0, Operator1 > Class Template Reference

Generic product of two multilinear operators. More...

#include <dune/fufem/forms/productoperator.hh>

Inheritance diagram for Dune::Fufem::Forms::ProductOperator< P, Operator0, Operator1 >:

Classes
class	LocalOperator

Public Types
using	Element = typename Operator0::Element
using	Range = decltype(std::declval< Contraction >()(std::declval< typename Operator0::Range >(), std::declval< typename Operator1::Range >()))

Public Member Functions
	ProductOperator (const Contraction &product, const Operator0 &operator0, const Operator1 &operator1)
const Operator0 &	operator0 () const
const Operator1 &	operator1 () const
const Contraction &	contraction () const
auto	basis () const
auto	treePath () const

Friends
LocalOperator	localOperator (const ProductOperator &productOperator)
template<bool dummy = true, std::enable_if_t< dummy and(ProductOperator::arity==0), int > = 0>
LocalFunctionAdaptor< LocalOperator >	localFunction (const ProductOperator &productOperator)

Detailed Description

template<class P, class Operator0, class Operator1>
class Dune::Fufem::Forms::ProductOperator< P, Operator0, Operator1 >

Generic product of two multilinear operators.

Template Parameters

Operator0	First factor
Operator1	Second factor

Member Typedef Documentation

Element

template<class P , class Operator0 , class Operator1 >

using Dune::Fufem::Forms::ProductOperator< P, Operator0, Operator1 >::Element = typename Operator0::Element

Range

template<class P , class Operator0 , class Operator1 >

using Dune::Fufem::Forms::ProductOperator< P, Operator0, Operator1 >::Range = decltype(std::declval<Contraction>()(std::declval<typename Operator0::Range>(), std::declval<typename Operator1::Range>()))

Constructor & Destructor Documentation

ProductOperator()

template<class P , class Operator0 , class Operator1 >

Dune::Fufem::Forms::ProductOperator< P, Operator0, Operator1 >::ProductOperator ( const Contraction &  product, const Operator0 &  operator0, const Operator1 &  operator1  )

inline

Member Function Documentation

basis()

template<class P , class Operator0 , class Operator1 >

auto Dune::Fufem::Forms::ProductOperator< P, Operator0, Operator1 >::basis ( ) const

inline

contraction()

template<class P , class Operator0 , class Operator1 >

const Contraction & Dune::Fufem::Forms::ProductOperator< P, Operator0, Operator1 >::contraction ( ) const

inline

operator0()

template<class P , class Operator0 , class Operator1 >

const Operator0 & Dune::Fufem::Forms::ProductOperator< P, Operator0, Operator1 >::operator0 ( ) const

inline

operator1()

template<class P , class Operator0 , class Operator1 >

const Operator1 & Dune::Fufem::Forms::ProductOperator< P, Operator0, Operator1 >::operator1 ( ) const

inline

treePath()

template<class P , class Operator0 , class Operator1 >

auto Dune::Fufem::Forms::ProductOperator< P, Operator0, Operator1 >::treePath ( ) const

inline

Friends And Related Symbol Documentation

localFunction

template<class P , class Operator0 , class Operator1 >

template<bool dummy = true, std::enable_if_t< dummy and(ProductOperator::arity==0), int > = 0>

LocalFunctionAdaptor< LocalOperator > localFunction ( const ProductOperator< P, Operator0, Operator1 > &  productOperator )

friend

localOperator

template<class P , class Operator0 , class Operator1 >

LocalOperator localOperator ( const ProductOperator< P, Operator0, Operator1 > &  productOperator )

friend

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

• productoperator.hh