Dimensions for 3D CUDA arrays. More...

#include <types.hpp>

Public Member Functions
constexpr __host__ __device__	dimensions_t (dimension_t width_, dimension_t height_, dimension_t depth_)

constexpr __host__ __device__	dimensions_t (cudaExtent e)

constexpr __host__ __device__	dimensions_t (const dimensions_t &other)

constexpr __host__ __device__	dimensions_t (dimensions_t &&other)

constexpr __host__ __device__	dimensions_t (dimension_t linear_size)

CPP14_CONSTEXPR dimensions_t &	operator= (const dimensions_t &other)=default

CPP14_CONSTEXPR dimensions_t &	operator= (dimensions_t &&other)=default

constexpr __host__ __device__	operator cudaExtent () const

constexpr __host__ __device__ size_t	volume () const
	The total number of elements in a 3D entity with these dimensions.

constexpr __host__ __device__ size_t	size () const
	The total number of elements in a 3D entity with these dimensions. More...

constexpr __host__ __device__ dimensionality_t	dimensionality () const
	The number of non-trivial dimensions in this object (axes in which an object with these dimensions is not "flat")

Static Public Member Functions
static constexpr __host__ __device__ dimensions_t	cube (dimension_t x)
	Named constructor idiom: Dimensions for an equi-lateral cube.

static constexpr __host__ __device__ dimensions_t	zero ()
	Named constructor idiom: Dimensions for a one-element object: "Flat" in all individual.

Public Attributes
dimension_t	width
	The three constituent individual dimensions, named.

dimension_t	height

dimension_t	depth

Detailed Description

Dimensions for 3D CUDA arrays.

Member Function Documentation

constexpr __host__ __device__ size_t cuda::array::dimensions_t< 3 >::size ( ) const

inline

The total number of elements in a 3D entity with these dimensions.

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