llama::mapping::internal::PartitionFoldOpImpl< Acc, TagList > Struct Template Reference

#include <Split.hpp>

Public Types
using	Part1Before = mp_first< Acc >
using	Part2Before = mp_second< Acc >
using	R = decltype(partitionRecordDim(Part2Before{}, GetCoordFromTags< Part2Before, TagList >{}))
using	Part1After = mp_first< R >
using	Part2After = mp_second< R >
using	type = mp_list< MergedRecordDims< Part1Before, Part1After >, Part2After >

Detailed Description

template<typename Acc, typename TagList>
struct llama::mapping::internal::PartitionFoldOpImpl< Acc, TagList >

Definition at line 35 of file Split.hpp.

Member Typedef Documentation

Part1After

template<typename Acc , typename TagList >

using llama::mapping::internal::PartitionFoldOpImpl< Acc, TagList >::Part1After = mp_first<R>

Definition at line 40 of file Split.hpp.

Part1Before

template<typename Acc , typename TagList >

using llama::mapping::internal::PartitionFoldOpImpl< Acc, TagList >::Part1Before = mp_first<Acc>

Definition at line 37 of file Split.hpp.

Part2After

template<typename Acc , typename TagList >

using llama::mapping::internal::PartitionFoldOpImpl< Acc, TagList >::Part2After = mp_second<R>

Definition at line 41 of file Split.hpp.

Part2Before

template<typename Acc , typename TagList >

using llama::mapping::internal::PartitionFoldOpImpl< Acc, TagList >::Part2Before = mp_second<Acc>

Definition at line 38 of file Split.hpp.

R

template<typename Acc , typename TagList >

using llama::mapping::internal::PartitionFoldOpImpl< Acc, TagList >::R = decltype(partitionRecordDim(Part2Before{}, GetCoordFromTags<Part2Before, TagList>{}))

Definition at line 39 of file Split.hpp.

type

template<typename Acc , typename TagList >

using llama::mapping::internal::PartitionFoldOpImpl< Acc, TagList >::type = mp_list<MergedRecordDims<Part1Before, Part1After>, Part2After>

Definition at line 43 of file Split.hpp.

---

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

• /home/runner/work/llama/llama/include/llama/mapping/Split.hpp