hesv_comp_grp(3)

👑 hesv_comp_grp(3) — NAME 💅

Okay bestie, this is hesv_comp_grp(3), living its best life in the Library Functions Manual. The name tea is: LDL: computational routines (factor, cond, etc.) ✨

---

🌸 SYNOPSIS 🌸

🎀 Topics 🎀

Here’s the whole topic roster, grouped exactly like the original — no skipping, no cap. 👑

💖 — full, rook v1 — 💖

• {he,sy}con — condition number estimate
• {he,sy}trf — triangular factor
• la{he,sy}f — step in hetrf
• {he,sy}tf2 — triangular factor, level 2
• {he,sy}trs — triangular solve using factor
• {he,sy}tri — triangular inverse
• {he,sy}rfs — iterative refinement
• {he,sy}rfsx — iterative refinement, expert
• {he,sy}equb — equilibration, power of 2
• syconv — convert to/from L and D from hetrf
• {he,sy}con_3 — condition number estimate
• {he,sy}tri2 — inverse
• {he,sy}tri2x — inverse
• {he,sy}tri_3 — inverse
• {he,sy}tri_3x — inverse
• {he,sy}trs2 — solve using factor
• {he,sy}trs_3 — solve using factor
• {he,sy}swapr — apply 2-sided permutation
• la_hercond — Skeel condition number estimate
• la_herfsx_extended — step in herfsx
• la_herpvgrw — reciprocal pivot growth

🦋 — packed, rook v1 — 🦋

• {hp,sp}con — condition number estimate
• {hp,sp}trf — triangular factor
• {hp,sp}trs — triangular solve using factor
• {hp,sp}tri — triangular inverse
• {hp,sp}rfs — iterative refinement

🌈 — full, rook v2 — 🌈

• {he,sy}con_rook — condition number estimate
• {he,sy}trf_rook — triangular factor
• la{he,sy}f_rook — triangular factor step
• {he,sy}tf2_rook — triangular factor, level 2
• {he,sy}trs_rook — triangular solve using factor
• {he,sy}tri_rook — triangular inverse

⭐ — full, rook v3 — ⭐

• {he,sy}trf_rk — triangular factor
• la{he,sy}f_rk — triangular factor step
• {he,sy}tf2_rk — triangular factor, level 2
• syconvf — convert to/from hetrf to hetrf_rk format
• syconvf_rook — convert to/from hetrf_rook to hetrf_rk format

🧚 — full, Aasen — 🧚

• {he,sy}trf_aa — triangular factor
• la{he,sy}f_aa — triangular factor partial factor
• {he,sy}trs_aa — triangular solve using factor

🔥 — full, Aasen, blocked 2-stage — 🔥

• {he,sy}trf_aa_2stage — triangular factor
• {he,sy}trs_aa_2stage — triangular solve using factor

---

🧐 Detailed Description 🧐

The original page literally has the Detailed Description heading and then no prose under it, bestie. No hidden lore, no extra paragraph — it just moves straight on to Author. 💀

---

✍️ Author ✍️

Generated automatically by Doxygen for LAPACK from the source code.

---

Footer sign-off, because she deserves her flowers: this page comes from LAPACK, Version 3.12.0, and the original footer didn’t print a separate date — so that’s the whole source/version situation. hesv_comp_grp(3) out. 💖✨