BitPackedInt.hpp File Reference

#include "../Core.hpp"
#include "../ProxyRefOpMixin.hpp"
#include "Common.hpp"
#include <climits>
#include <type_traits>

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Classes
struct	llama::mapping::internal::BitPackedIntRef< Integral, StoredIntegralCV, VHBits, SizeType, SignBit >
struct	llama::mapping::internal::BitPackedIntCommon< TArrayExtents, TRecordDim, Bits, SignBit, TLinearizeArrayIndexFunctor, TStoredIntegral >
struct	llama::mapping::BitPackedIntSoA< TArrayExtents, TRecordDim, Bits, SignBit, TLinearizeArrayIndexFunctor, TStoredIntegral >
struct	llama::mapping::BindBitPackedIntSoA< Bits, SignBit, LinearizeArrayIndexFunctor, StoredIntegral >
struct	llama::mapping::BitPackedIntAoS< TArrayExtents, TRecordDim, Bits, SignBit, TLinearizeArrayIndexFunctor, PermuteFields, TStoredIntegral >
struct	llama::mapping::BindBitPackedIntAoS< Bits, SignBit, LinearizeArrayIndexFunctor, PermuteFields, StoredIntegral >

Namespaces
	llama
	llama::mapping
	llama::mapping::internal

Typedefs
template<typename A , typename B >
using	llama::mapping::internal::HasLargerSize = mp_bool< sizeof(A)< sizeof(B)>
template<typename RecordDim >
using	llama::mapping::internal::LargestIntegral = mp_max_element< FlatRecordDim< RecordDim >, HasLargerSize >
template<typename RecordDim >
using	llama::mapping::internal::StoredUnsignedFor = std::conditional_t<(sizeof(LargestIntegral< RecordDim >) > sizeof(std::uint32_t)), std::uint64_t, std::uint32_t >

Enumerations
enum class	llama::mapping::SignBit {   llama::mapping::Keep ,   llama::mapping::Discard }

Functions
template<typename Integral >
constexpr auto	llama::mapping::internal::makeMask (Integral bits) -> Integral
template<bool KeepSignBit, typename Integral , typename StoredIntegral >
constexpr auto	llama::mapping::internal::bitunpack (const StoredIntegral *ptr, StoredIntegral bitOffset, StoredIntegral bitCount) -> Integral
template<bool KeepSignBit, typename StoredIntegral , typename Integral >
constexpr void	llama::mapping::internal::bitpack (StoredIntegral *ptr, StoredIntegral bitOffset, StoredIntegral bitCount, Integral value)
template<typename Integral , typename StoredIntegral >
constexpr auto	llama::mapping::internal::bitunpack1 (const StoredIntegral *ptr, StoredIntegral bitOffset) -> Integral
template<typename StoredIntegral , typename Integral >
constexpr void	llama::mapping::internal::bitpack1 (StoredIntegral *ptr, StoredIntegral bitOffset, Integral value)

Variables
template<typename Mapping >
constexpr bool	llama::mapping::isBitPackedIntSoA = false
template<typename ArrayExtents , typename RecordDim , typename Bits , SignBit SignBit, typename LinearizeArrayIndexFunctor , typename StoredIntegral >
constexpr bool	llama::mapping::isBitPackedIntSoA< BitPackedIntSoA< ArrayExtents, RecordDim, Bits, SignBit, LinearizeArrayIndexFunctor, StoredIntegral > > = true
template<typename Mapping >
constexpr bool	llama::mapping::isBitPackedIntAoS = false
template<typename ArrayExtents , typename RecordDim , typename Bits , SignBit SignBit, typename LinearizeArrayIndexFunctor , template< typename > typename PermuteFields, typename StoredIntegral >
constexpr bool	llama::mapping::isBitPackedIntAoS< BitPackedIntAoS< ArrayExtents, RecordDim, Bits, SignBit, LinearizeArrayIndexFunctor, PermuteFields, StoredIntegral > > = true