var group__geev__comp__grp =
[
    [ "gebal:          balance matrix", "df/df3/group__gebal.html", "df/df3/group__gebal" ],
    [ "gehrd:          reduction to Hessenberg", "d2/d28/group__gehrd.html", "d2/d28/group__gehrd" ],
    [ "gehd2:          reduction to Hessenberg, level 2", "d1/da6/group__gehd2.html", "d1/da6/group__gehd2" ],
    [ "lahr2:          step in gehrd", "d4/d64/group__lahr2.html", "d4/d64/group__lahr2" ],
    [ "{un,or}ghr:     generate Q from gehrd", "de/d26/group__unghr.html", "de/d26/group__unghr" ],
    [ "{un,or}mhr:     multiply by Q from gehrd", "d7/db9/group__unmhr.html", "d7/db9/group__unmhr" ],
    [ "gebak:          back-transform eigvec", "de/dfa/group__gebak.html", "de/dfa/group__gebak" ],
    [ "hseqr:          Hessenberg eig, QR iteration", "d9/dc6/group__hseqr.html", "d9/dc6/group__hseqr" ],
    [ "hsein:          Hessenberg inverse iteration for eigvec", "d1/dc8/group__hsein.html", "d1/dc8/group__hsein" ],
    [ "trevc:          eigenvectors of triangular Schur form, old", "da/d6a/group__trevc.html", "da/d6a/group__trevc" ],
    [ "trevc3:         eigenvectors of triangular Schur form, blocked", "d2/d98/group__trevc3.html", "d2/d98/group__trevc3" ],
    [ "laln2:          1x1 or 2x2 solve, step in trevc", "d2/d8b/group__laln2.html", "d2/d8b/group__laln2" ],
    [ "trsyl:          Sylvester equation", "df/d8b/group__trsyl.html", "df/d8b/group__trsyl" ],
    [ "trsyl3:         Sylvester equation, level 3", "d6/d85/group__trsyl3.html", "d6/d85/group__trsyl3" ],
    [ "lasy2:          Sylvester equation", "d4/dcd/group__lasy2.html", "d4/dcd/group__lasy2" ],
    [ "trsna:          eig condition numbers", "d2/db3/group__trsna.html", "d2/db3/group__trsna" ],
    [ "laqtr:          quasi-triangular solve", "df/d6a/group__laqtr.html", "df/d6a/group__laqtr" ],
    [ "trexc:          reorder Schur form", "d8/d86/group__trexc.html", "d8/d86/group__trexc" ],
    [ "trsen:          reorder Schur form", "d3/d09/group__trsen.html", "d3/d09/group__trsen" ],
    [ "laexc:          reorder Schur form", "d8/dd8/group__laexc.html", "d8/dd8/group__laexc" ],
    [ "lanv2:          2x2 Schur factor", "d1/d61/group__lanv2.html", "d1/d61/group__lanv2" ],
    [ "— hseqr auxiliary —", "da/df1/group__laqr__group.html", null ],
    [ "laein:          eigvec by Hessenberg inverse iteration", "db/dbc/group__laein.html", "db/dbc/group__laein" ],
    [ "lahqr:          eig of Hessenberg, step in hseqr", "d8/df4/group__lahqr.html", "d8/df4/group__lahqr" ],
    [ "laqr0:          eig of Hessenberg, step in hseqr", "d4/d22/group__laqr0.html", "d4/d22/group__laqr0" ],
    [ "laqr1:          step in hseqr", "d3/d57/group__laqr1.html", "d3/d57/group__laqr1" ],
    [ "laqr2:          step in hseqr", "d3/d0d/group__laqr2.html", "d3/d0d/group__laqr2" ],
    [ "laqr3:          step in hseqr", "de/d56/group__laqr3.html", "de/d56/group__laqr3" ],
    [ "laqr4:          eig of Hessenberg, step in hseqr", "d2/db8/group__laqr4.html", "d2/db8/group__laqr4" ],
    [ "laqr5:          step in hseqr", "de/df4/group__laqr5.html", "de/df4/group__laqr5" ],
    [ "iparmq:         set parameters for hseqr", "d3/d75/group__iparmq.html", "d3/d75/group__iparmq" ],
    [ "— ggev3, gges3 auxiliary —", "d4/d39/group__laqz__group.html", null ],
    [ "laqz0:          step in ggev3, gges3", "d2/d2d/group__laqz0.html", "d2/d2d/group__laqz0" ],
    [ "laqz1:          step in ggev3, gges3", "d2/d29/group__laqz1.html", "d2/d29/group__laqz1" ],
    [ "laqz2:          step in ggev3, gges3", "dd/d5c/group__laqz2.html", "dd/d5c/group__laqz2" ],
    [ "laqz3:          step in ggev3, gges3", "d2/da9/group__laqz3.html", "d2/da9/group__laqz3" ],
    [ "laqz4:          step in ggev3, gges3", "de/d69/group__laqz4.html", "de/d69/group__laqz4" ]
];
.