mepack_options_blocksize_double(3)

📦
version 1.1.2 · 3 versions
, in fedora 43

💖 mepack_options_blocksize_double — NAME 💖

okay so bestie, welcome to mepack_options_blocksize_double(3) — the MEPACK page all about the Blocksize for Double Precision Calculations. that's it, that's the whole vibe. ✨

🎀 SYNOPSIS 🎀

Functions/Subroutines 🌸

like, it's a whole squad of little getters and setters, and each one is doing its own tiny main character moment. here's the full lineup, no cap, nothing skipped:

  • integer function trsylv_blocksize_mb (m, n) — Return the row blocksize for TRSYLV. 👑
  • integer function trsylv_blocksize_nb (m, n) — Return the column blocksize for TRSYLV.
  • subroutine trsylv_blocksize_mb_set (mb) — Set the row blocksize for TRSYLV.
  • subroutine trsylv_blocksize_nb_set (nb) — Set the column blocksize for TRSYLV.
  • integer function trsylv2_blocksize_mb (m, n) — Return the row blocksize for TRSYLV2. 💅
  • integer function trsylv2_blocksize_nb (m, n) — Return the column blocksize for TRSYLV2.
  • subroutine trsylv2_blocksize_mb_set (mb) — Set the row blocksize for TRSYLV2.
  • subroutine trsylv2_blocksize_nb_set (nb) — Set the column blocksize for TRSYLV2.
  • integer function tgsylv_blocksize_mb (m, n) — Return the row blocksize for TGSYLV. ✨
  • integer function tgsylv_blocksize_nb (m, n) — Return the column blocksize for TGSYLV.
  • subroutine tgsylv_blocksize_mb_set (mb) — Set the row blocksize for TGSYLV.
  • subroutine tgsylv_blocksize_nb_set (nb) — Set the column blocksize for TGSYLV.
  • integer function tgcsylv_blocksize_mb (m, n) — Return the row blocksize for TGCSYLV. 🦋
  • integer function tgcsylv_blocksize_nb (m, n) — Return the column blocksize for TGCSYLV.
  • subroutine tgcsylv_blocksize_mb_set (mb) — Set the row blocksize for TGCSYLV.
  • subroutine tgcsylv_blocksize_nb_set (nb) — Set the column blocksize for TGCSYLV.
  • integer function tgcsylv_dual_blocksize_mb (m, n) — Return the row blocksize for TGCSYLV_DUAL. 💜
  • integer function tgcsylv_dual_blocksize_nb (m, n) — Return the column blocksize for TGCSYLV_DUAL.
  • subroutine tgcsylv_dual_blocksize_mb_set (mb) — Set the row blocksize for TGCSYLV_DUAL.
  • subroutine tgcsylv_dual_blocksize_nb_set (nb) — Set the column blocksize for TGCSYLV_DUAL.
  • integer function trlyap_blocksize (m) — Return the blocksize for TRLYAP. 🌈
  • subroutine trlyap_blocksize_set (mb) — Set the blocksize for TRLYAP.
  • integer function trstein_blocksize (m) — Return the blocksize for TRSTEIN. ⭐
  • subroutine trstein_blocksize_set (mb) — Set the blocksize for TRSTEIN.
  • integer function tglyap_blocksize (m) — Return the blocksize for TGLYAP. 🍓
  • subroutine tglyap_blocksize_set (mb) — Set the blocksize for TGLYAP.
  • integer function tgstein_blocksize (m) — Return the blocksize for TGSTEIN. 🧚
  • subroutine tgstein_blocksize_set (mb) — Set the blocksize for TGSTEIN.
  • integer function trlyap_blocksize_2stage (m) — Return the big blocksize for 2-stage TRLYAP. 🔥
  • subroutine trlyap_blocksize_2stage_set (mb) — Set the blocksize for TRLYAP two-stage algorithms.
  • integer function trstein_blocksize_2stage (m) — Return the big blocksize for 2-stage TRSTEIN. 🔥
  • subroutine trstein_blocksize_2stage_set (mb) — Set the blocksize for TRSTEIN two-stage algorithms.
  • integer function tglyap_blocksize_2stage (m) — Return the big blocksize for 2-stage TGLYAP. 🔥
  • subroutine tglyap_blocksize_2stage_set (mb) — Set the blocksize for TGLYAP two-stage algorithms.
  • integer function tgstein_blocksize_2stage (m) — Return the big blocksize for 2-stage TGSTEIN. 🔥
  • subroutine tgstein_blocksize_2stage_set (mb) — Set the blocksize for TGSTEIN two-stage algorithms.
  • integer function trsylv_blocksize_2stage (m, n) — Return the big blocksize for 2-stage TRSYLV. 🌟
  • subroutine trsylv_blocksize_2stage_set (mb) — Set the blocksize for TRSYLV two-stage algorithms.
  • integer function trsylv2_blocksize_2stage (m, n) — Return the big blocksize for 2-stage TRSYLV2. 🌟
  • subroutine trsylv2_blocksize_2stage_set (mb) — Set the blocksize for TRSYLV2 two-stage algorithms.
  • integer function tgsylv_blocksize_2stage (m, n) — Return the big blocksize for 2-stage TGSYLV. 🌟
  • subroutine tgsylv_blocksize_2stage_set (mb) — Set the blocksize for TGSYLV two-stage algorithms.
  • integer function tgcsylv_blocksize_2stage (m, n) — Return the big blocksize for 2-stage TGCSYLV. 🌟
  • subroutine tgcsylv_blocksize_2stage_set (mb) — Set the blocksize for TGCSYLV two-stage algorithms.
  • integer function tgcsylv_dual_blocksize_2stage (m, n) — Return the big blocksize for 2-stage TGCSYLV_DUAL. 🌟
  • subroutine tgcsylv_dual_blocksize_2stage_set (mb) — Set the blocksize for TGCSYLV_DUAL two-stage algorithms.

💅 DETAILED DESCRIPTION 💅

Blocksize for Double Precision Calculations.

the MEPACK_BLOCKSIZE_DOUBLE module contains the blocksize parameters specific parameters for double prevent calculations. periodt. that's literally what it says, i'm not paraphrasing the technical bit, bestie. 🫶

✨ AUTHOR ✨

Generated automatically by Doxygen for MEPACK from the source code. (not me writing it by hand, it's giving robot-authored, and honestly? iconic.) 🤖💖

and that's a wrap, babe! 🎀 this was Version 1.1.2, dated Thu Oct 9 2025 — the MEPACK girlies really said "ship it" and i respect it. bye bestie, go set some blocksizes! 💜🦋✨

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