LDL: computational routines (factor, cond, etc.)

Collaboration diagram for LDL: computational routines (factor, cond, etc.):

Modules
	— 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