trsv_comp_grp(3)

πŸ’… trsv_comp_grp(3) πŸ’…

okay bestie, welcome to the Library Functions Manual page for trsv_comp_grp(3). This is the triangular computational routines group chat β€” solve, cond, and the whole iconic crew. No cap, every single member is listed below, so let's get into it. πŸ¦‹βœ¨


🌸 NAME 🌸

trsv_comp_grp β€” Triangular computational routines (solve, cond, etc.)

✨ SYNOPSIS ✨

πŸŽ€ Topics πŸŽ€

okay so here's the full topic roster, bestie. I kept every name and every one-liner exactly as it appears, because we do not gatekeep and we do not drop details. πŸ’…

🌈 full 🌈

  • trcon β€” condition number estimate
  • trtrs β€” triangular solve
  • latrs β€” triangular solve with robust scaling
  • latrs3 β€” triangular solve with robust scaling, level 3
  • trtri β€” triangular inverse
  • trti2 β€” triangular inverse, level 2
  • trrfs β€” triangular iterative refinement
  • lauum β€” triangular multiply: U^H U
  • lauu2 β€” triangular multiply: U^H U, level 2

🧚 packed 🧚

  • tpcon β€” condition number estimate
  • tptrs β€” triangular solve
  • latps β€” triangular solve with robust scaling
  • tptri β€” triangular inverse
  • tprfs β€” triangular iterative refinement

πŸ¦‹ rectangular full packed (RFP) πŸ¦‹

  • tftri β€” triangular inverse, RFP

πŸ”₯ banded πŸ”₯

  • tbcon β€” condition number estimate
  • tbtrs β€” triangular solve
  • latbs β€” triangular solve with scaling
  • tbrfs β€” triangular iterative refinement

πŸ’œ DETAILED DESCRIPTION πŸ’œ

bestie, this section is literally titled Detailed Description, and there is nothing under it before the Author section. That's not me skipping it β€” it's giving empty. The whole detailed vibe is the topic list above. Periodt. 😭

🫢 AUTHOR 🫢

Generated automatically by Doxygen for LAPACK from the source code.

That's the actual author line, no edits, no embellishment. Doxygen said what it said. πŸ’€


mwah πŸ’‹ β€” LAPACK Version 3.12.0, page trsv_comp_grp(3). No date in the footer, so we're not inventing one, bestie. Stay sliving, and may your triangles always be solved. πŸŽ€βœ¨