mepack_options_blocksize_single(3)

💖 mepack_options_blocksize_single — bestie edition 💖

okay so you opened the man page for mepack_options_blocksize_single, and honestly? iconic choice. this is the Blocksize for Double Precision Calculations page from MEPACK. it's basically the group chat where all the double-precision blocksize functions live, and i'm gonna introduce you to every single one of them. no skipping, no scrolling past the "boring" ones. we respect all 46 of them here. 💅

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✨ SYNOPSIS ✨

🫶 Functions/Subroutines 🫶

bestie, here's the full roster. every getter tells you a blocksize, every setter lets you change it. the <name>_mb ones are rows, the <name>_nb ones are columns, and the plain ones are just vibes (aka the blocksize). ✨

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

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🌸 Detailed Description 🌸

Blocksize for Double Precision Calculations.

so here's the tea: the MEPACK_BLOCKSIZE_DOUBLE module is where all the blocksize parameters live — specifically the parameters for double precision calculations. that's the whole vibe of this page. 🫶

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👑 Author 👑

Doxygen was like "i got this" and generated this page automatically for MEPACK straight from the source code. no cap, nobody hand-wrote it. 🤖✨

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that's the whole page, bestie! this was MEPACK version 1.1.2, dated Thu Oct 9 2025. slay, go set some blocksizes. 💅🎀🦋