vtk::detail Namespace Reference

Namespaces
namespace	smp
namespace	iarrays

Classes
struct	TupleRange
struct	ValueRange
struct	CollectionRange
struct	CollectionIterator
struct	IsCollection
struct	GetCollectionItemType
struct	IsVtkDataArray
struct	IsValidTupleSize
struct	IsStaticTupleSize
struct	AreStaticTupleSizes
struct	IsEitherTupleSizeDynamic
struct	GenericTupleSize
struct	GenericTupleSize< DynamicTupleSize >
struct	GetAPITypeImpl
struct	GetAPITypeImpl< vtkDataArray, ForceValueTypeForVtkDataArray >
struct	IsAOSDataArrayImpl
struct	SelectTupleRange
struct	SelectValueRange
struct	ConstTupleReference
struct	TupleReference
struct	ConstTupleIterator
struct	TupleIterator
struct	ConstTupleReference< vtkAOSDataArrayTemplate< ValueType >, TupleSize >
struct	TupleReference< vtkAOSDataArrayTemplate< ValueType >, TupleSize >
struct	ConstTupleIterator< vtkAOSDataArrayTemplate< ValueType >, TupleSize >
struct	TupleIterator< vtkAOSDataArrayTemplate< ValueType >, TupleSize >
struct	TupleRange< vtkAOSDataArrayTemplate< ValueType >, TupleSize >
struct	ConstComponentReference
struct	ComponentReference
struct	ConstComponentIterator
struct	ComponentIterator
struct	ValueRange< vtkAOSDataArrayTemplate< ValueTypeT >, TupleSize, ForceValueTypeForVtkDataArray >
struct	ValueReference
struct	ConstValueReference
struct	ValueIterator
struct	ConstValueIterator
struct	IdStorage
struct	make_void
struct	has_map_trait
	used to check whether the template type has a method named map More...
struct	has_map_trait< T, void_t< decltype(&std::remove_reference< T >::type::map)> >
struct	has_map_trait< T * >
struct	has_map_trait< const T >
struct	has_map_trait< R(T::*)(Arg) const >
struct	has_map_trait< R(Arg)>
struct	is_closure_trait
	A trait determining whether an object acts like a mono-variable integer closure. More...
struct	is_closure_trait< Closure, void_t< decltype(&Closure::operator())> >
struct	is_closure_trait< Closure * >
struct	is_closure_trait< const Closure >
struct	is_closure_trait< Closure & >
struct	is_closure_trait< R(Closure::*)(Arg) const >
struct	is_closure_trait< R(*)(Arg)>
struct	is_closure_trait< R(Arg)>
struct	has_map_tuple_trait
	used to check whether the template type has a method named mapTuple More...
struct	has_map_tuple_trait< T, void_t< decltype(&std::remove_reference< T >::type::mapTuple)> >
struct	has_map_tuple_trait< T * >
struct	has_map_tuple_trait< const T >
struct	has_map_tuple_trait< void(T::*)(ArgIdx, ArgTup *) const >
struct	has_map_tuple_trait< void(ArgIdx, ArgTup *)>
struct	has_map_component_trait
	used to check whether the template type has a method named mapComponent More...
struct	has_map_component_trait< T, void_t< decltype(&std::remove_reference< T >::type::mapComponent)> >
struct	has_map_component_trait< T * >
struct	has_map_component_trait< const T >
struct	has_map_component_trait< R(T::*)(ArgTupIdx, ArgCompIdx) const >
struct	has_map_component_trait< R(ArgTupIdx, ArgCompIdx)>
struct	can_map_trait
	An intermediate trait for exposing a unified trait interface. More...
struct	can_map_trait< T, void_t< typename has_map_trait< T >::rtype > >
struct	can_close_trait
	An intermediate trait for exposing a unified trait interface. More...
struct	can_close_trait< T, void_t< typename is_closure_trait< T >::rtype > >
struct	can_map_tuple_trait
	An intermediate trait for exposing a unified trait interface. More...
struct	can_map_tuple_trait< T, void_t< typename has_map_tuple_trait< T >::rtype > >
struct	can_map_component_trait
	An intermediate trait for exposing a unified trait interface. More...
struct	can_map_component_trait< T, void_t< typename has_map_component_trait< T >::rtype > >
struct	can_get_memory_size_trait
	used to check whether the template type has a method named getMemorySize More...
struct	can_get_memory_size_trait< T, void_t< decltype(&std::remove_reference< T >::type::getMemorySize)> >
struct	can_get_memory_size_trait< T * >
struct	can_get_memory_size_trait< const T >
struct	implicit_array_traits
	A composite trait for handling all the different capabilities a "backend" to an implicit array can have. More...
struct	AddNames
struct	StripPointers
struct	StripPointers< T * >
struct	StripPointers< vtkNew< ArrayType > >
struct	StripPointers< vtkSmartPointer< ArrayType > >
struct	StripPointers< vtkWeakPointer< ArrayType > >
struct	IsComplete
struct	IterableTraits
struct	Name
struct	MTimeWatcher
struct	NoOpMTimeWatcher
struct	CompositeDataSetIterator
struct	CompositeDataSetRange
struct	DataObjectTreeIterator
struct	DataObjectTreeRange

Typedefs
template<typename CollectionType, typename T = CollectionType>
using	EnableIfIsCollection = typename std::enable_if<IsCollection<CollectionType>::value, T>::type
template<typename T>
using	EnableIfVtkDataArray = typename std::enable_if<IsVtkDataArray<T>::value>::type
template<ComponentIdType TupleSize>
using	EnableIfValidTupleSize = typename std::enable_if<IsValidTupleSize<TupleSize>::value>::type
template<ComponentIdType TupleSize>
using	EnableIfStaticTupleSize = typename std::enable_if<IsStaticTupleSize<TupleSize>::value>::type
template<ComponentIdType S1, ComponentIdType S2, typename T = void>
using	EnableIfStaticTupleSizes
template<ComponentIdType S1, ComponentIdType S2, typename T = void>
using	EnableIfEitherTupleSizeIsDynamic
template<typename... Ts>
using	void_t = typename make_void<Ts...>::type
using	DebugMTimeWatcher = MTimeWatcher
template<class ObjectType>
using	DebugWeakPointer = vtkWeakPointer<ObjectType>
using	CompositeDataSetIteratorReference
using	DataObjectTreeIteratorReference

Functions
template<typename ArrayType, ComponentIdType TupleSize, typename ValueType = typename ArrayType::ValueType, typename AOSArrayType = vtkAOSDataArrayTemplate<ValueType>, typename = typename std::enable_if<IsAOSDataArray<ArrayType>::value>::type>
TupleRange< AOSArrayType, TupleSize >	DeclareTupleRangeSpecialization (ArrayType *)
template<typename ArrayType, ComponentIdType TupleSize>
TupleRange< ArrayType, TupleSize >	DeclareTupleRangeSpecialization (vtkDataArray *)
template<typename ArrayType, ComponentIdType TupleSize, typename ForceValueTypeForVtkDataArray, typename ValueType = typename ArrayType::ValueType, typename AOSArrayType = vtkAOSDataArrayTemplate<ValueType>, typename = typename std::enable_if<IsAOSDataArray<ArrayType>::value>::type>
ValueRange< AOSArrayType, TupleSize, ForceValueTypeForVtkDataArray >	DeclareValueRangeSpecialization (ArrayType *)
template<typename ArrayType, ComponentIdType TupleSize, typename ForceValueTypeForVtkDataArray>
ValueRange< ArrayType, TupleSize, ForceValueTypeForVtkDataArray >	DeclareValueRangeSpecialization (vtkDataArray *)
template<typename CollectionType, typename = typename std::enable_if<std::is_base_of<vtkCollection, CollectionType>::value>::type>
CollectionRange< CollectionType > &	DeduceRangeType (const CollectionType &)
CompositeDataSetRange &	DeduceRangeType (const vtkCompositeDataSet &)
DataObjectTreeRange &	DeduceRangeType (const vtkDataObjectTree &)

Variables
static constexpr ComponentIdType	DynamicTupleSize = 0

Typedef Documentation

EnableIfIsCollection

template<typename CollectionType, typename T = CollectionType>

using vtk::detail::EnableIfIsCollection = typename std::enable_if<IsCollection<CollectionType>::value, T>::type

Definition at line 33 of file vtkCollectionRange.h.

EnableIfVtkDataArray

template<typename T>

using vtk::detail::EnableIfVtkDataArray = typename std::enable_if<IsVtkDataArray<T>::value>::type

Definition at line 81 of file vtkDataArrayMeta.h.

EnableIfValidTupleSize

template<ComponentIdType TupleSize>

using vtk::detail::EnableIfValidTupleSize = typename std::enable_if<IsValidTupleSize<TupleSize>::value>::type

Definition at line 91 of file vtkDataArrayMeta.h.

EnableIfStaticTupleSize

template<ComponentIdType TupleSize>

using vtk::detail::EnableIfStaticTupleSize = typename std::enable_if<IsStaticTupleSize<TupleSize>::value>::type

Definition at line 101 of file vtkDataArrayMeta.h.

EnableIfStaticTupleSizes

template<ComponentIdType S1, ComponentIdType S2, typename T = void>

using vtk::detail::EnableIfStaticTupleSizes

Initial value:

 
typename std::enable_if<AreStaticTupleSizes<S1, S2>::value, T>::type

Definition at line 112 of file vtkDataArrayMeta.h.

EnableIfEitherTupleSizeIsDynamic

template<ComponentIdType S1, ComponentIdType S2, typename T = void>

using vtk::detail::EnableIfEitherTupleSizeIsDynamic

Initial value:

 
typename std::enable_if<IsEitherTupleSizeDynamic<S1, S2>::value, T>::type

Definition at line 124 of file vtkDataArrayMeta.h.

void_t

template<typename... Ts>

using vtk::detail::void_t = typename make_void<Ts...>::type

Definition at line 49 of file vtkImplicitArrayTraits.h.

DebugMTimeWatcher

using vtk::detail::DebugMTimeWatcher = MTimeWatcher

Definition at line 60 of file vtkCompositeDataSetNodeReference.h.

DebugWeakPointer

template<class ObjectType>

using vtk::detail::DebugWeakPointer = vtkWeakPointer<ObjectType>

Definition at line 70 of file vtkCompositeDataSetNodeReference.h.

CompositeDataSetIteratorReference

using vtk::detail::CompositeDataSetIteratorReference

Initial value:

 
vtk::CompositeDataSetNodeReference<vtkCompositeDataIterator, CompositeDataSetIterator>

Definition at line 43 of file vtkCompositeDataSetRange.h.

DataObjectTreeIteratorReference

using vtk::detail::DataObjectTreeIteratorReference

Initial value:

 
vtk::CompositeDataSetNodeReference<vtkDataObjectTreeIterator, DataObjectTreeIterator>

Definition at line 45 of file vtkDataObjectTreeRange.h.

Function Documentation

DeclareTupleRangeSpecialization() [1/2]

template<typename ArrayType, ComponentIdType TupleSize, typename ValueType = typename ArrayType::ValueType, typename AOSArrayType = vtkAOSDataArrayTemplate<ValueType>, typename = typename std::enable_if<IsAOSDataArray<ArrayType>::value>::type>

TupleRange< AOSArrayType, TupleSize > vtk::detail::DeclareTupleRangeSpecialization

(

ArrayType *

)

DeclareTupleRangeSpecialization() [2/2]

template<typename ArrayType, ComponentIdType TupleSize>

TupleRange< ArrayType, TupleSize > vtk::detail::DeclareTupleRangeSpecialization

(

vtkDataArray *

)

DeclareValueRangeSpecialization() [1/2]

template<typename ArrayType, ComponentIdType TupleSize, typename ForceValueTypeForVtkDataArray, typename ValueType = typename ArrayType::ValueType, typename AOSArrayType = vtkAOSDataArrayTemplate<ValueType>, typename = typename std::enable_if<IsAOSDataArray<ArrayType>::value>::type>

ValueRange< AOSArrayType, TupleSize, ForceValueTypeForVtkDataArray > vtk::detail::DeclareValueRangeSpecialization

(

ArrayType *

)

DeclareValueRangeSpecialization() [2/2]

template<typename ArrayType, ComponentIdType TupleSize, typename ForceValueTypeForVtkDataArray>

ValueRange< ArrayType, TupleSize, ForceValueTypeForVtkDataArray > vtk::detail::DeclareValueRangeSpecialization

(

vtkDataArray *

)

DeduceRangeType() [1/3]

template<typename CollectionType, typename = typename std::enable_if<std::is_base_of<vtkCollection, CollectionType>::value>::type>

CollectionRange< CollectionType > & vtk::detail::DeduceRangeType

(

const CollectionType &

)

DeduceRangeType() [2/3]

CompositeDataSetRange & vtk::detail::DeduceRangeType

(

const vtkCompositeDataSet &

)

DeduceRangeType() [3/3]

DataObjectTreeRange & vtk::detail::DeduceRangeType

(

const vtkDataObjectTree &

)

Variable Documentation

DynamicTupleSize

ComponentIdType vtk::detail::DynamicTupleSize = 0

staticconstexpr

Definition at line 71 of file vtkDataArrayMeta.h.