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bool | CTF_int::hptt_is_applicable (int order, int const *new_order, int elementSize) |
| Checks if the HPTT library is applicable. More...
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void | CTF_int::nosym_transpose_hptt (int order, int const *st_new_order, int const *st_edge_len, int dir, char const *st_buffer, char *new_buffer, algstrct const *sr) |
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void | CTF_int::nosym_transpose (tensor *A, int all_fdim_A, int const *all_flen_A, int const *new_order, int dir) |
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void | CTF_int::nosym_transpose (int order, int const *new_order, int const *edge_len, char *data, int dir, algstrct const *sr) |
| transposes a non-symmetric (folded) tensor More...
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void | CTF_int::nosym_transpose (int order, int const *new_order, int const *edge_len, char const *data, int dir, int max_ntd, char **tswap_data, int64_t *chunk_size, algstrct const *sr) |
| transposes a non-symmetric (folded) tensor internal kernel More...
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double | CTF_int::est_time_transp (int order, int const *new_order, int const *edge_len, int dir, algstrct const *sr) |
| estimates time needed to transposes a non-symmetric (folded) tensor based on performance models More...
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