Classes
struct	FloatBitTraits

struct	FloatBitTraits< float >

struct	FloatBitTraits< double >

struct	BitPackedFloatRef

struct	BitPackedIntRef

struct	BitPackedIntCommon

struct	ByteswapProjection

struct	ChangeTypeProjection

struct	MakeProjectionPair

struct	S

struct	FieldAccessCountReference

struct	NullReference

struct	UnaryFunctionTraits

struct	UnaryFunctionTraits< Ret(*)(Arg)>

struct	MakeReplacerProj

struct	ProjectionReference

struct	PartitionFoldOpImpl

struct	ReplaceTagListsByCoords

struct	ReplaceTagListsByCoords< RecordDim, RecordCoord< RCs... > >

struct	ReplaceTagListsByCoords< RecordDim, mp_list< Args... > >

Typedefs
template<typename RecordDim >
using	StoredIntegralFor = std::conditional_t< mp_contains< FlatRecordDim< RecordDim >, double >::value, std::uint64_t, std::uint32_t >

template<typename A , typename B >
using	HasLargerSize = mp_bool< sizeof(A)< sizeof(B)>

template<typename RecordDim >
using	LargestIntegral = mp_max_element< FlatRecordDim< RecordDim >, HasLargerSize >

template<typename RecordDim >
using	StoredUnsignedFor = std::conditional_t<(sizeof(LargestIntegral< RecordDim >) > sizeof(std::uint32_t)), std::uint64_t, std::uint32_t >

template<typename T >
using	ReplaceByByteArray = std::byte[sizeof(T)]

template<typename RecordDim >
using	SplitBytes = TransformLeaves< RecordDim, ReplaceByByteArray >

template<typename T >
using	MakeByteswapProjectionPair = mp_list< T, ByteswapProjection< T > >

template<typename RecordDim >
using	MakeByteswapProjectionMap = mp_transform< MakeByteswapProjectionPair, mp_unique< FlatRecordDim< RecordDim > >>

template<typename RecordDim , typename ReplacementMap >
using	MakeProjectionMap = mp_transform< MakeProjectionPair< RecordDim >::template fn, ReplacementMap >

template<typename A , typename B >
using	LessAlignment = std::bool_constant< alignof(A)< alignof(B)>

template<typename A , typename B >
using	MoreAlignment = std::bool_constant<(alignof(A) > alignof(B))>

template<typename ProjectionMap , typename Coord , typename RecordDimType >
using	ProjectionOrVoid = typename decltype(projectionOrVoidImpl< ProjectionMap, Coord, RecordDimType >())::type

template<typename RecordDim , typename ProjectionMap >
using	ReplaceTypesByProjectionResults = TransformLeavesWithCoord< RecordDim, MakeReplacerProj< ProjectionMap >::template fn >

template<typename Acc , typename TagList >
using	PartitionFoldOp = typename PartitionFoldOpImpl< Acc, TagList >::type

Functions
template<typename Integral >
auto	repackFloat (Integral inFloat, unsigned inMantissaBits, unsigned inExponentBits, unsigned outMantissaBits, unsigned outExponentBits) -> Integral

template<typename E , typename M >
auto	integBits (E e, M m)

template<auto E, auto M>
auto	integBits (llama::internal::BoxedValue< Constant< E >>, llama::internal::BoxedValue< Constant< M >>)

template<typename Integral >
constexpr auto	makeMask (Integral bits) -> Integral

template<bool KeepSignBit, typename Integral , typename StoredIntegral >
constexpr auto	bitunpack (const StoredIntegral *ptr, StoredIntegral bitOffset, StoredIntegral bitCount) -> Integral

template<bool KeepSignBit, typename StoredIntegral , typename Integral >
constexpr void	bitpack (StoredIntegral *ptr, StoredIntegral bitOffset, StoredIntegral bitCount, Integral value)

template<typename Integral , typename StoredIntegral >
constexpr auto	bitunpack1 (const StoredIntegral *ptr, StoredIntegral bitOffset) -> Integral

template<typename StoredIntegral , typename Integral >
constexpr void	bitpack1 (StoredIntegral *ptr, StoredIntegral bitOffset, Integral value)

template<typename T >
auto	byteswap (T t) -> T

template<typename CountType >
void	atomicInc (CountType &i)

template<typename ProjectionMap , typename Coord , typename RecordDimType >
auto	projectionOrVoidImpl ()

template<typename... Fields, std::size_t FirstCoord, std::size_t... Coords>
auto	partitionRecordDim (Record< Fields... >, RecordCoord< FirstCoord, Coords... >)

template<typename... Fields, typename... RCs>
auto	partitionRecordDim (Record< Fields... >, mp_list< RCs... >)

Variables
template<typename RC , typename RecordCoordForMapping1 >
constexpr bool	isSelected = recordCoordCommonPrefixIsSame<RecordCoordForMapping1, RC>

template<typename RC , typename... RecordCoordsForMapping1>
constexpr bool	isSelected< RC, mp_list< RecordCoordsForMapping1... > > = (isSelected<RC, RecordCoordsForMapping1> \|\| ...)

Typedef Documentation

◆ HasLargerSize

template<typename A , typename B >

using llama::mapping::internal::HasLargerSize = typedef mp_bool<sizeof(A) < sizeof(B)>

Definition at line 226 of file BitPackedInt.hpp.

◆ LargestIntegral

template<typename RecordDim >

using llama::mapping::internal::LargestIntegral = typedef mp_max_element<FlatRecordDim<RecordDim>, HasLargerSize>

Definition at line 229 of file BitPackedInt.hpp.

◆ LessAlignment

template<typename A , typename B >

using llama::mapping::internal::LessAlignment = typedef std::bool_constant<alignof(A) < alignof(B)>

Definition at line 222 of file Common.hpp.

◆ MakeByteswapProjectionMap

template<typename RecordDim >

using llama::mapping::internal::MakeByteswapProjectionMap = typedef mp_transform<MakeByteswapProjectionPair, mp_unique<FlatRecordDim<RecordDim> >>

Definition at line 57 of file Byteswap.hpp.

◆ MakeByteswapProjectionPair

template<typename T >

using llama::mapping::internal::MakeByteswapProjectionPair = typedef mp_list<T, ByteswapProjection<T> >

Definition at line 54 of file Byteswap.hpp.

◆ MakeProjectionMap

template<typename RecordDim , typename ReplacementMap >

using llama::mapping::internal::MakeProjectionMap = typedef mp_transform<MakeProjectionPair<RecordDim>::template fn, ReplacementMap>

Definition at line 45 of file ChangeType.hpp.

◆ MoreAlignment

template<typename A , typename B >

using llama::mapping::internal::MoreAlignment = typedef std::bool_constant<(alignof(A) > alignof(B))>

Definition at line 225 of file Common.hpp.

◆ PartitionFoldOp

template<typename Acc , typename TagList >

using llama::mapping::internal::PartitionFoldOp = typedef typename PartitionFoldOpImpl<Acc, TagList>::type

Definition at line 47 of file Split.hpp.

◆ ProjectionOrVoid

template<typename ProjectionMap , typename Coord , typename RecordDimType >

using llama::mapping::internal::ProjectionOrVoid = typedef typename decltype(projectionOrVoidImpl<ProjectionMap, Coord, RecordDimType>())::type

Definition at line 39 of file Projection.hpp.

◆ ReplaceByByteArray

template<typename T >

using llama::mapping::internal::ReplaceByByteArray = typedef std::byte[sizeof(T)]

Definition at line 14 of file Bytesplit.hpp.

◆ ReplaceTypesByProjectionResults

template<typename RecordDim , typename ProjectionMap >

using llama::mapping::internal::ReplaceTypesByProjectionResults = typedef TransformLeavesWithCoord<RecordDim, MakeReplacerProj<ProjectionMap>::template fn>

Definition at line 68 of file Projection.hpp.

◆ SplitBytes

template<typename RecordDim >

using llama::mapping::internal::SplitBytes = typedef TransformLeaves<RecordDim, ReplaceByByteArray>

Definition at line 17 of file Bytesplit.hpp.

◆ StoredIntegralFor

template<typename RecordDim >

using llama::mapping::internal::StoredIntegralFor = typedef std::conditional_t<mp_contains<FlatRecordDim<RecordDim>, double>::value, std::uint64_t, std::uint32_t>

Definition at line 181 of file BitPackedFloat.hpp.

◆ StoredUnsignedFor

template<typename RecordDim >

using llama::mapping::internal::StoredUnsignedFor = typedef std:: conditional_t<(sizeof(LargestIntegral<RecordDim>) > sizeof(std::uint32_t)), std::uint64_t, std::uint32_t>

Definition at line 232 of file BitPackedInt.hpp.

Function Documentation

◆ atomicInc()

template<typename CountType >

void llama::mapping::internal::atomicInc ( CountType & i )

inline

Definition at line 249 of file Common.hpp.

◆ bitpack()

template<bool KeepSignBit, typename StoredIntegral , typename Integral >

constexpr void llama::mapping::internal::bitpack	(	StoredIntegral *	ptr,
		StoredIntegral	bitOffset,
		StoredIntegral	bitCount,
		Integral	value
	)

inlineconstexpr

Definition at line 74 of file BitPackedInt.hpp.

◆ bitpack1()

template<typename StoredIntegral , typename Integral >

constexpr void llama::mapping::internal::bitpack1	(	StoredIntegral *	ptr,
		StoredIntegral	bitOffset,
		Integral	value
	)

inlineconstexpr

Definition at line 139 of file BitPackedInt.hpp.

◆ bitunpack()

template<bool KeepSignBit, typename Integral , typename StoredIntegral >

constexpr auto llama::mapping::internal::bitunpack	(	const StoredIntegral *	ptr,
		StoredIntegral	bitOffset,
		StoredIntegral	bitCount
	)		-> Integral

inlineconstexpr

Definition at line 31 of file BitPackedInt.hpp.

◆ bitunpack1()

template<typename Integral , typename StoredIntegral >

constexpr auto llama::mapping::internal::bitunpack1	(	const StoredIntegral *	ptr,
		StoredIntegral	bitOffset
	)		-> Integral

inlineconstexpr

Definition at line 129 of file BitPackedInt.hpp.

◆ byteswap()

template<typename T >

auto llama::mapping::internal::byteswap ( T t ) -> T

inline

Definition at line 17 of file Byteswap.hpp.

◆ integBits() [1/2]

template<typename E , typename M >

auto llama::mapping::internal::integBits	(	E	e,
		M	m
	)

inline

Definition at line 86 of file BitPackedFloat.hpp.

◆ integBits() [2/2]

template<auto E, auto M>

auto llama::mapping::internal::integBits	(	llama::internal::BoxedValue< Constant< E >>	,
		llama::internal::BoxedValue< Constant< M >>
	)

inline

Definition at line 92 of file BitPackedFloat.hpp.

◆ makeMask()

template<typename Integral >

constexpr auto llama::mapping::internal::makeMask ( Integral bits ) -> Integral

inlineconstexpr

Definition at line 25 of file BitPackedInt.hpp.

◆ partitionRecordDim() [1/2]

template<typename... Fields, typename... RCs>

auto llama::mapping::internal::partitionRecordDim	(	Record< Fields... >	,
		mp_list< RCs... >
	)

Definition at line 50 of file Split.hpp.

◆ partitionRecordDim() [2/2]

template<typename... Fields, std::size_t FirstCoord, std::size_t... Coords>

auto llama::mapping::internal::partitionRecordDim	(	Record< Fields... >	,
		RecordCoord< FirstCoord, Coords... >
	)

Definition at line 14 of file Split.hpp.

◆ projectionOrVoidImpl()

template<typename ProjectionMap , typename Coord , typename RecordDimType >

auto llama::mapping::internal::projectionOrVoidImpl ( )

Definition at line 28 of file Projection.hpp.

◆ repackFloat()

template<typename Integral >

auto llama::mapping::internal::repackFloat	(	Integral	inFloat,
		unsigned	inMantissaBits,
		unsigned	inExponentBits,
		unsigned	outMantissaBits,
		unsigned	outExponentBits
	)		-> Integral

inline

Definition at line 39 of file BitPackedFloat.hpp.

Variable Documentation

◆ isSelected

template<typename RC , typename RecordCoordForMapping1 >

constexpr bool llama::mapping::internal::isSelected = recordCoordCommonPrefixIsSame<RecordCoordForMapping1, RC>

inlineconstexpr

Definition at line 58 of file Split.hpp.

◆ isSelected< RC, mp_list< RecordCoordsForMapping1... > >

template<typename RC , typename... RecordCoordsForMapping1>

constexpr bool llama::mapping::internal::isSelected< RC, mp_list< RecordCoordsForMapping1... > > = (isSelected<RC, RecordCoordsForMapping1> || ...)

inlineconstexpr

Definition at line 61 of file Split.hpp.

Classes

Typedefs

Functions

Variables

Typedef Documentation

◆ HasLargerSize

◆ LargestIntegral

◆ LessAlignment

◆ MakeByteswapProjectionMap

◆ MakeByteswapProjectionPair

◆ MakeProjectionMap

◆ MoreAlignment

◆ PartitionFoldOp

◆ ProjectionOrVoid

◆ ReplaceByByteArray

◆ ReplaceTypesByProjectionResults

◆ SplitBytes

◆ StoredIntegralFor

◆ StoredUnsignedFor

Function Documentation

◆ atomicInc()

◆ bitpack()

◆ bitpack1()

◆ bitunpack()

◆ bitunpack1()

◆ byteswap()

◆ integBits() [1/2]

◆ integBits() [2/2]

◆ makeMask()

◆ partitionRecordDim() [1/2]

◆ partitionRecordDim() [2/2]

◆ projectionOrVoidImpl()

◆ repackFloat()

Variable Documentation

◆ isSelected

◆ isSelected< RC, mp_list< RecordCoordsForMapping1... > >