var group__gesv__comp__grp =
[
    [ "— full —", "dc/de8/group__gesv__comp.html", null ],
    [ "gecon:          condition number estimate", "d4/daf/group__gecon.html", "d4/daf/group__gecon" ],
    [ "getrf:          triangular factor", "db/d04/group__getrf.html", "db/d04/group__getrf" ],
    [ "getrf2:         triangular factor panel, recursive?", "d8/d2f/group__getrf2.html", "d8/d2f/group__getrf2" ],
    [ "getf2:          triangular factor panel, level 2", "db/d4e/group__getf2.html", "db/d4e/group__getf2" ],
    [ "getrs:          triangular solve using factor", "df/d36/group__getrs.html", "df/d36/group__getrs" ],
    [ "getri:          triangular inverse", "da/d28/group__getri.html", "da/d28/group__getri" ],
    [ "gerfs:          iterative refinement", "d5/da4/group__gerfs.html", "d5/da4/group__gerfs" ],
    [ "gerfsx:         iterative refinement, expert", "da/d5b/group__gerfsx.html", "da/d5b/group__gerfsx" ],
    [ "geequ:          equilibration", "d5/d8a/group__geequ.html", "d5/d8a/group__geequ" ],
    [ "geequb:         equilibration, power of 2", "df/d0a/group__geequb.html", "df/d0a/group__geequb" ],
    [ "laqge:          row/col scale matrix", "d3/d21/group__laqge.html", "d3/d21/group__laqge" ],
    [ "laswp:          swap permutation", "d1/d7e/group__laswp.html", "d1/d7e/group__laswp" ],
    [ "getc2:          triangular factor, with complete pivoting", "d8/d4d/group__getc2.html", "d8/d4d/group__getc2" ],
    [ "gesc2:          triangular solve using factor, with complete pivoting", "d6/d0a/group__gesc2.html", "d6/d0a/group__gesc2" ],
    [ "latdf:          Dif-estimate with complete pivoting LU, step in tgsen", "d8/d67/group__latdf.html", "d8/d67/group__latdf" ],
    [ "la_gercond: Skeel condition number estimate", "d5/da4/group__la__gercond.html", "d5/da4/group__la__gercond" ],
    [ "la_gerpvgrw: reciprocal pivot growth", "db/d9b/group__la__gerpvgrw.html", "db/d9b/group__la__gerpvgrw" ],
    [ "la_gerfsx_extended:  step in gerfsx", "dc/df6/group__la__gerfsx__extended.html", "dc/df6/group__la__gerfsx__extended" ],
    [ "— banded —", "da/de5/group__gbsv__comp.html", null ],
    [ "gbcon:          condition number estimate", "db/d34/group__gbcon.html", "db/d34/group__gbcon" ],
    [ "gbtrf:          triangular factor", "df/dd6/group__gbtrf.html", "df/dd6/group__gbtrf" ],
    [ "gbtf2:          triangular factor, level 2", "d1/dfc/group__gbtf2.html", "d1/dfc/group__gbtf2" ],
    [ "gbtrs:          triangular solve using factor", "d1/dd7/group__gbtrs.html", "d1/dd7/group__gbtrs" ],
    [ "gbrfs:          iterative refinement", "d7/d78/group__gbrfs.html", "d7/d78/group__gbrfs" ],
    [ "gbrfsx:         iterative refinement, expert", "d1/d58/group__gbrfsx.html", "d1/d58/group__gbrfsx" ],
    [ "gbequ:          equilibration", "d8/d73/group__gbequ.html", "d8/d73/group__gbequ" ],
    [ "gbequb:         equilibration, power of 2", "d9/d3e/group__gbequb.html", "d9/d3e/group__gbequb" ],
    [ "laqgb:          row/col scale matrix", "dc/da1/group__laqgb.html", "dc/da1/group__laqgb" ],
    [ "la_gbrcond:     Skeel condition number estimate", "d5/d44/group__la__gbrcond.html", "d5/d44/group__la__gbrcond" ],
    [ "la_gbrpvgrw:    reciprocal pivot growth", "d1/ddf/group__la__gbrpvgrw.html", "d1/ddf/group__la__gbrpvgrw" ],
    [ "la_gbrfsx_extended:  step in gbrfsx", "d3/dd8/group__la__gbrfsx__extended.html", "d3/dd8/group__la__gbrfsx__extended" ],
    [ "— tridiagonal —", "da/d9d/group__gtsv__comp.html", null ],
    [ "gtcon:          condition number estimate", "da/d76/group__gtcon.html", "da/d76/group__gtcon" ],
    [ "gttrf:          triangular factor", "d6/d46/group__gttrf.html", "d6/d46/group__gttrf" ],
    [ "gttrs:          triangular solve using factor", "d4/dfa/group__gttrs.html", "d4/dfa/group__gttrs" ],
    [ "gtts2:          triangular solve using factor", "d2/dea/group__gtts2.html", "d2/dea/group__gtts2" ],
    [ "gtrfs:          iterative refinement", "d9/d60/group__gtrfs.html", "d9/d60/group__gtrfs" ]
];
.