Namespaces
namespace	allocator_backends
namespace	buffer_system
namespace	initializers
namespace	detail
namespace	memtag

Classes
class	Allocator
	Aligned memory allocator with offset. More...
class	FieldSlices
	Iteration slices and cell intervals over a field. More...
class	Field
	Primary distributed 3D numerical field data structure. More...
class	FieldView
	View into a field's block-local portion. More...
class	FieldVtkWriter
struct	MemoryTraits
	Memory traits for a given memory tag. More...
struct	MemoryTraits< memtag::stdmem, T >
struct	MemoryTraits< memtag::host, T >
struct	MemoryTraits< memtag::unified, T >
struct	MemoryTraits< memtag::device, T >
struct	MemoryTraits< memtag::pinned, T >
class	BufferSystem
class	BufferView

Typedefs
template<AllocatableType T>
using	HostAllocator = Allocator<T, allocator_backends::HostMemory>
	Aligned allocator with offset for pageable host memory.
template<std::semiregular TValue, size_t fSize, MemTag TMemTag>
using	ConstFieldView = FieldView< const TValue, fSize, TMemTag >
template<IField TField>
using	FieldViewType = FieldView< typename TField::element_type, TField::F_SIZE, typename TField::memory_tag >
template<IField TField>
using	ConstFieldViewType = FieldView< const typename TField::value_type, TField::F_SIZE, typename TField::memory_tag >

Enumerations
enum class	MemcpyKind { HostToHost , HostToDevice , DeviceToHost , DeviceToDevice , Default }

Functions
template<typename FieldType>
	FieldView (const FieldType &, IBlock &) -> FieldView< typename FieldType::element_type, FieldType::F_SIZE, typename FieldType::memory_tag >
template<typename FieldType>
	FieldView (const FieldType &, const IBlock &) -> FieldView< const typename FieldType::value_type, FieldType::F_SIZE, typename FieldType::memory_tag >
template<IBufferView TBViewDst, IBufferView TBViewSrc>
void	bufferCpy (const TBViewDst &bViewDst, const TBViewSrc &bViewSrc)
template<IFieldView TFViewDst, IFieldView TFViewSrc>
void	fieldCpy (const TFViewDst &fViewDst, const TFViewSrc &fViewSrc)
constexpr size_t	hostAlignment ()
constexpr size_t	deviceAlignment ()

Typedef Documentation

◆ ConstFieldView

template<std::semiregular TValue, size_t fSize, MemTag TMemTag>

using walberla::v8::memory::ConstFieldView = FieldView< const TValue, fSize, TMemTag >

◆ ConstFieldViewType

template<IField TField>

using walberla::v8::memory::ConstFieldViewType = FieldView< const typename TField::value_type, TField::F_SIZE, typename TField::memory_tag >

◆ FieldViewType

template<IField TField>

using walberla::v8::memory::FieldViewType = FieldView< typename TField::element_type, TField::F_SIZE, typename TField::memory_tag >

Enumeration Type Documentation

◆ MemcpyKind

enum class walberla::v8::memory::MemcpyKind

strong

Enumerator
HostToHost
HostToDevice
DeviceToHost
DeviceToDevice
Default

Function Documentation

◆ bufferCpy()

template<IBufferView TBViewDst, IBufferView TBViewSrc>

void walberla::v8::memory::bufferCpy	(	const TBViewDst &	bViewDst,
		const TBViewSrc &	bViewSrc )

◆ deviceAlignment()

size_t walberla::v8::memory::deviceAlignment ( )

constexpr

◆ fieldCpy()

template<IFieldView TFViewDst, IFieldView TFViewSrc>

void walberla::v8::memory::fieldCpy	(	const TFViewDst &	fViewDst,
		const TFViewSrc &	fViewSrc )

◆ FieldView() [1/2]

template<typename FieldType>

walberla::v8::memory::FieldView	(	const FieldType &	,
		const IBlock &	) -> FieldView< const typename FieldType::value_type, FieldType::F_SIZE, typename FieldType::memory_tag >

◆ FieldView() [2/2]

template<typename FieldType>

walberla::v8::memory::FieldView	(	const FieldType &	,
		IBlock &	) -> FieldView< typename FieldType::element_type, FieldType::F_SIZE, typename FieldType::memory_tag >

◆ hostAlignment()

size_t walberla::v8::memory::hostAlignment ( )