TNL::Containers::SlicedNDArray< Value, SizesHolder, Permutation, SliceInfo, Device, Index, Overlaps, Allocator > Class Template Reference

Dynamic N-dimensional array with configurable slicing/tiling. More...

#include <TNL/Containers/NDArray.h>

Inheritance diagram for TNL::Containers::SlicedNDArray< Value, SizesHolder, Permutation, SliceInfo, Device, Index, Overlaps, Allocator >:

Collaboration diagram for TNL::Containers::SlicedNDArray< Value, SizesHolder, Permutation, SliceInfo, Device, Index, Overlaps, Allocator >:

Public Types
using	AllocatorType = Allocator
	Allocator type used for allocating the array.
Public Types inherited from TNL::Containers::ConstStaticSizesHolder< typename SizesHolder::IndexType, SizesHolder::getDimension(), 0 >
using	IndexType

Public Member Functions
	SlicedNDArray ()=default
	Constructs an empty array with zero size.
	SlicedNDArray (const AllocatorType &allocator)
	Constructs an empty array and sets the provided allocator.
	SlicedNDArray (const SlicedNDArray &other, const AllocatorType &allocator)
	Copy constructor with a specific allocator (makes a deep copy).
AllocatorType	getAllocator () const
	Returns the allocator associated with the array.
NDArrayStorage &	operator= (const NDArrayStorage &other)=default
	Copy-assignment operator for deep-copying data from another array. Mismatched sizes cause reallocations.
template<typename OtherArray >
NDArrayStorage &	operator= (const OtherArray &other)
	Templated copy-assignment operator for deep-copying data from another array.
NDArrayStorage &	operator= (NDArrayStorage &&) noexcept(false)=default
	Move-assignment operator for acquiring data from rvalues.
Public Member Functions inherited from TNL::Containers::ConstStaticSizesHolder< typename SizesHolder::IndexType, SizesHolder::getDimension(), 0 >
__cuda_callable__ typename SizesHolder::IndexType	getSize () const
__cuda_callable__ typename SizesHolder::IndexType	operator[] (typename SizesHolder::IndexType level) const
	Returns the dynamic size along a specific axis. It is always equal to the static size.

Additional Inherited Members
Static Public Member Functions inherited from TNL::Containers::ConstStaticSizesHolder< typename SizesHolder::IndexType, SizesHolder::getDimension(), 0 >
static constexpr std::size_t	getDimension ()
static constexpr std::size_t	getStaticSize ()
static constexpr typename SizesHolder::IndexType	getStaticSize (typename SizesHolder::IndexType level)
	Returns the static size of a specific dimension identified by a runtime parameter level.

Detailed Description

template<typename Value, typename SizesHolder, typename Permutation = std::make_index_sequence< SizesHolder::getDimension() >, typename SliceInfo = SliceInfo<>, typename Device = Devices::Host, typename Index = typename SizesHolder::IndexType, typename Overlaps = ConstStaticSizesHolder< typename SizesHolder::IndexType, SizesHolder::getDimension(), 0 >, typename Allocator = typename Allocators::Default< Device >::template Allocator< Value >>
class TNL::Containers::SlicedNDArray< Value, SizesHolder, Permutation, SliceInfo, Device, Index, Overlaps, Allocator >

Dynamic N-dimensional array with configurable slicing/tiling.

Template Parameters

Value	Type of the values stored in the array.
SizesHolder	Instance of SizesHolder that will represent the array sizes.
Permutation	Permutation that will be applied to indices when accessing the array elements. The identity permutation is used by default.
SliceInfo	Type of the slicing configuration.
Device	Type of the device that will be used for running operations on the array.
Index	Type of indices used for addressing the array elements.
Overlaps	Sequence of integers representing the overlaps in each dimension a distributed N-dimensional array.
Allocator	Type of the allocator that will be used for allocating elements of the array.

See also the Users' Guide.

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

• src/TNL/Containers/NDArray.h