BoundaryIter.hpp File Reference

#include "alpaka/CVec.hpp"
#include "alpaka/Vec.hpp"
#include "alpaka/api/api.hpp"
#include "alpaka/api/host/Api.hpp"
#include "alpaka/concepts.hpp"
#include "alpaka/core/Assert.hpp"
#include "alpaka/utility.hpp"
#include <ostream>

Go to the source code of this file.

Classes
struct	alpaka::BoundaryDirection< T_dim, T_LowHaloVec, T_UpHaloVec >
	An n-dimensional boundary direction. More...
struct	alpaka::BoundaryDirectionIter< T_dim, T_LowHaloVec, T_UpHaloVec >
	The iterator type for BoundaryDirectionsContainer. More...
struct	alpaka::BoundaryDirectionsContainer< T_dim, T_LowHaloVec, T_UpHaloVec >
	A container for boundary directions of an n-dimensional volume. More...
struct	alpaka::trait::IsBoundaryDirection< T >
struct	alpaka::trait::IsBoundaryDirection< BoundaryDirection< T_dim, T_LowHaloVec, T_UpHaloVec > >

Namespaces
namespace	alpaka
	main alpaka namespace.
namespace	alpaka::concepts
namespace	alpaka::trait

Concepts
concept	alpaka::concepts::BoundaryDirection
	Concept checking whether T is a boundary direction.

Enumerations
enum class	alpaka::BoundaryType : uint32_t {   alpaka::LOWER ,   alpaka::MIDDLE ,   alpaka::UPPER ,   alpaka::OOB }
	An enum representing the different types of boundary, with LOWER, MIDDLE, and UPPER being valid states, and OOB being invalid (out-of-bounds). More...

Functions
template<concepts::Vector LowHaloVecType, concepts::Vector UpHaloVecType>
	alpaka::BoundaryDirectionsContainer (LowHaloVecType const &lowerHalos, UpHaloVecType const &upperHalos) -> BoundaryDirectionsContainer< LowHaloVecType::dim(), LowHaloVecType, UpHaloVecType >
template<uint32_t T_dim>
constexpr auto	alpaka::makeBoundaryDirIterator ()
	Construct and return a BoundaryDirectionsContainer.
constexpr auto	alpaka::makeBoundaryDirIterator (concepts::IView auto const &view)
	Construct and return a BoundaryDirectionsContainer for the given view with default (size 1) halo sizes.
constexpr auto	alpaka::makeBoundaryDirIterator (concepts::Vector auto const &haloSizes)
	Construct and return a boundary direction container with the given halo sizes.
constexpr auto	alpaka::makeBoundaryDirIterator (concepts::Vector auto const &lowerHaloSizes, concepts::Vector auto const &upperHaloSizes)
	Construct and return a BoundaryDirectionsContainer with the given halo sizes.
template<uint32_t T_dim>
consteval auto	alpaka::makeCoreBoundaryDirection ()
	Construct and return a single BoundaryDirection specifying the middle of a volume with all halo sizes set to 1.
template<uint32_t T_dim>
constexpr auto	alpaka::makeCoreBoundaryDirection (concepts::Vector auto const &halos)
	Construct and return a single BoundaryDirection specifying the middle of a volume with symmetric halos.
template<uint32_t T_dim>
constexpr auto	alpaka::makeCoreBoundaryDirection (concepts::Vector auto const &lowerHalos, concepts::Vector auto const &upperHalos)
	Construct and return a single BoundaryDirection specifying the middle of a volume.
std::ostream &	alpaka::operator<< (std::ostream &os, concepts::BoundaryDirection auto const &bd)

Variables
template<typename T>
constexpr bool	alpaka::isBoundaryDirection_v = trait::IsBoundaryDirection<T>::value