Namespaces
	detail

	tuple

Classes
struct	DerivedReferenceWrapperVariantTraits

struct	unwrap_reference

struct	unwrap_reference< std::reference_wrapper< U > >

struct	unwrap_ref_decay

Typedefs
using	MeshVariantTraits = DerivedReferenceWrapperVariantTraits< Mesh, PointMesh, EdgeMesh, TriMesh, TetMesh >

using	MeshVariantType = MeshVariantTraits::ReferenceVariant

using	ConstMeshVariantType = MeshVariantTraits::ConstReferenceVariant

template<typename Functor , typename BaseVariantTraitsType , typename ComparatorType , typename... OtherArgumentTypes>
using	ReferenceWrappedFunctorReturnCacheCustomComparator = std::conditional_t< all_return_void_v< Functor, BaseVariantTraitsType, OtherArgumentTypes... >, std::monostate, detail::ReferenceWrappedFunctorReturnCache< Functor, BaseVariantTraitsType, ComparatorType, OtherArgumentTypes... > >

template<typename Functor , typename BaseVariantTraitsType , typename... OtherArgumentTypes>
using	ReferenceWrappedFunctorReturnCache = std::conditional_t< all_return_void_v< Functor, BaseVariantTraitsType, OtherArgumentTypes... >, std::monostate, detail::ReferenceWrappedFunctorReturnCache< Functor, BaseVariantTraitsType, detail::DefaultComparatorType, OtherArgumentTypes... > >

template<typename Functor , typename ReferenceWrapperTraits , typename... Ts>
using	ReferenceWrappedFunctorReturnType = typename detail::ReferenceWrappedFunctorReturnType< Functor, typename ReferenceWrapperTraits::ReferenceTuple, Ts... >::type

template<typename... T>
using	ReferenceWrapperVariant = std::variant< std::reference_wrapper< T >... >

template<class T >
using	unwrap_ref_decay_t = typename unwrap_ref_decay< T >::type

Functions
MeshVariantType	as_mesh_variant (Mesh &mesh)

ConstMeshVariantType	as_const_mesh_variant (const Mesh &mesh)

template<typename BaseVariantTraitsType >
BaseVariantTraitsType::ReferenceVariant	as_variant (typename BaseVariantTraitsType::BaseType &value)

template<typename BaseVariantTraitsType >
BaseVariantTraitsType::ConstReferenceVariant	as_const_variant (const typename BaseVariantTraitsType::BaseType &value)

Typedef Documentation

◆ ConstMeshVariantType

using wmtk::utils::metaprogramming::ConstMeshVariantType = typedef MeshVariantTraits::ConstReferenceVariant

Definition at line 17 of file MeshVariantTraits.hpp.

◆ MeshVariantTraits

using wmtk::utils::metaprogramming::MeshVariantTraits = typedef DerivedReferenceWrapperVariantTraits<Mesh, PointMesh, EdgeMesh, TriMesh, TetMesh>

Definition at line 14 of file MeshVariantTraits.hpp.

◆ MeshVariantType

using wmtk::utils::metaprogramming::MeshVariantType = typedef MeshVariantTraits::ReferenceVariant

Definition at line 16 of file MeshVariantTraits.hpp.

◆ ReferenceWrappedFunctorReturnCache

template<typename Functor , typename BaseVariantTraitsType , typename... OtherArgumentTypes>

using wmtk::utils::metaprogramming::ReferenceWrappedFunctorReturnCache = typedef std::conditional_t< all_return_void_v<Functor, BaseVariantTraitsType, OtherArgumentTypes...>, std::monostate, detail::ReferenceWrappedFunctorReturnCache< Functor, BaseVariantTraitsType, detail::DefaultComparatorType, OtherArgumentTypes...> >

Definition at line 203 of file ReferenceWrappedFunctorReturnCache.hpp.

◆ ReferenceWrappedFunctorReturnCacheCustomComparator

template<typename Functor , typename BaseVariantTraitsType , typename ComparatorType , typename... OtherArgumentTypes>

using wmtk::utils::metaprogramming::ReferenceWrappedFunctorReturnCacheCustomComparator = typedef std::conditional_t< all_return_void_v<Functor, BaseVariantTraitsType, OtherArgumentTypes...>, std::monostate, detail::ReferenceWrappedFunctorReturnCache< Functor, BaseVariantTraitsType, ComparatorType, OtherArgumentTypes...> >

Definition at line 194 of file ReferenceWrappedFunctorReturnCache.hpp.

◆ ReferenceWrappedFunctorReturnType

template<typename Functor , typename ReferenceWrapperTraits , typename... Ts>

using wmtk::utils::metaprogramming::ReferenceWrappedFunctorReturnType = typedef typename detail::ReferenceWrappedFunctorReturnType< Functor, typename ReferenceWrapperTraits::ReferenceTuple, Ts...>::type

Definition at line 59 of file ReferenceWrappedFunctorReturnType.hpp.

◆ ReferenceWrapperVariant

template<typename... T>

using wmtk::utils::metaprogramming::ReferenceWrapperVariant = typedef std::variant<std::reference_wrapper<T>...>

Definition at line 15 of file ReferenceWrapperVariant.hpp.

◆ unwrap_ref_decay_t

template<class T >

using wmtk::utils::metaprogramming::unwrap_ref_decay_t = typedef typename unwrap_ref_decay<T>::type

Definition at line 31 of file unwrap_ref.hpp.

Function Documentation

◆ as_const_mesh_variant()

ConstMeshVariantType wmtk::utils::metaprogramming::as_const_mesh_variant ( const Mesh & mesh )

Definition at line 16 of file as_mesh_variant.cpp.

Referenced by wmtk::simplex::link_condition().

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◆ as_const_variant()

template<typename BaseVariantTraitsType >

BaseVariantTraitsType::ConstReferenceVariant wmtk::utils::metaprogramming::as_const_variant ( const typename BaseVariantTraitsType::BaseType & value )

Definition at line 70 of file as_variant.hpp.

◆ as_mesh_variant()

MeshVariantType wmtk::utils::metaprogramming::as_mesh_variant ( Mesh & mesh )

Definition at line 12 of file as_mesh_variant.cpp.

Referenced by wmtk::multimesh::MultiMeshVisitor< NodeFunctor_ >::execute_from_root(), wmtk::multimesh::MultiMeshSimplexVisitor< cell_dimension_, NodeFunctor_ >::execute_from_root(), wmtk::multimesh::MultiMeshVisitorExecutor< MMVisitor >::run(), wmtk::multimesh::MultiMeshSimplexEventVisitor< cell_dimension, Functor >::run_on_edges(), and wmtk::multimesh::MultiMeshSimplexEventVisitor< cell_dimension, Functor >::run_on_nodes().

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◆ as_variant()