📦 lapack

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S (continued)

stbtrs(3)✨
stbtrs.f(3)✨
stebz(3)stebz: eig, Kahan✨
stedc(3)stedc: eig, divide and conquer✨
stegr(3)stegr: eig, bisection, see stemr✨
stein(3)stein: eig, inverse iteration✨
stemr(3)stemr: eig, relatively robust representation (RRR)✨
sten(3)LA_CONSTANTS is a module for the scaling constants for the compiled Fortran single and double precisions✨
steqr(3)steqr: eig, QR iteration✨
sterf(3)sterf: eig, QR iteration✨
stest(3)✨
stest1(3)✨
stev(3)stev: eig, QR iteration✨
stev_comp_grp(3)tridiag bisection routines✨
stev_driver(3)--- tridiagonal ---✨
stevd(3)stevd: eig, divide and conquer✨
stevr(3)stevr: eig, MRRR✨
stevx(3)stevx: eig, bisection✨
stfsm(3)✨
stfsm.f(3)✨
stftri(3)✨
stftri.f(3)✨
stfttp(3)✨
stfttp.f(3)✨
stfttr(3)✨
stfttr.f(3)✨
stgevc(3)✨
stgevc.f(3)✨
stgex2(3)✨
stgex2.f(3)✨
stgexc(3)✨
stgexc.f(3)✨
stgsen(3)✨
stgsen.f(3)✨
stgsja(3)✨
stgsja.f(3)✨
stgsna(3)✨
stgsna.f(3)✨
stgsy2(3)✨
stgsy2.f(3)✨
stgsyl(3)✨
stgsyl.f(3)✨
sthree(3)LA_CONSTANTS is a module for the scaling constants for the compiled Fortran single and double precisions✨
stpcon(3)✨
stpcon.f(3)✨
stplqt(3)✨
stplqt.f(3)✨
stplqt2(3)✨
stplqt2.f(3)✨
stpmlqt(3)✨
stpmlqt.f(3)✨
stpmqrt(3)✨
stpmqrt.f(3)✨
stpqrt(3)✨
stpqrt.f(3)✨
stpqrt2(3)✨
stpqrt2.f(3)✨
stprfb(3)✨
stprfb.f(3)✨
stprfs(3)✨
stprfs.f(3)✨
stpt01(3)✨
stpt01.f(3)✨
stpt02(3)✨
stpt02.f(3)✨
stpt03(3)✨
stpt03.f(3)✨
stpt05(3)✨
stpt05.f(3)✨
stpt06(3)✨
stpt06.f(3)✨
stptri(3)✨
stptri.f(3)✨
stptrs(3)✨
stptrs.f(3)✨
stpttf(3)✨
stpttf.f(3)✨
stpttr(3)✨
stpttr.f(3)✨
strcon(3)✨
strcon.f(3)✨
strevc(3)✨
strevc.f(3)✨
strevc3(3)✨
strevc3.f(3)✨
strexc(3)✨
strexc.f(3)✨
strrfs(3)✨
strrfs.f(3)✨
strsen(3)✨
strsen.f(3)✨
strsna(3)✨
strsna.f(3)✨
strsyl(3)✨
strsyl.f(3)✨
strsyl3(3)✨
strsyl3.f(3)✨
strt01(3)✨
strt01.f(3)✨
strt02(3)✨
strt02.f(3)✨
strt03(3)✨
strt03.f(3)✨
strt05(3)✨
strt05.f(3)✨
strt06(3)✨
strt06.f(3)✨
strti2(3)✨
strti2.f(3)✨
strtri(3)✨
strtri.f(3)✨
strtrs(3)✨
strtrs.f(3)✨
strttf(3)✨
strttf.f(3)✨
strttp(3)✨
strttp.f(3)✨
stsml(3)LA_CONSTANTS is a module for the scaling constants for the compiled Fortran single and double precisions✨
stsqr01(3)✨
stsqr01.f(3)✨
stwo(3)LA_CONSTANTS is a module for the scaling constants for the compiled Fortran single and double precisions✨
stzrqf(3)✨
stzrqf.f(3)✨
stzrzf(3)✨
stzrzf.f(3)✨
sulp(3)LA_CONSTANTS is a module for the scaling constants for the compiled Fortran single and double precisions✨
sum1(3)sum1: sum | x_i | (in LAPACK)✨
svd_driver_grp(3)Standard SVD driver, A = UΣV^H✨
svd_top(3)Singular Value Decomposition (SVD)✨
swap(3)swap: x <=> y✨
syconv(3)syconv: convert to/from L and D from hetrf✨
syconvf(3)syconvf: convert to/from hetrf to hetrf_rk format✨
syconvf_rook(3)syconvf_rook: convert to/from hetrf_rook to hetrf_rk format✨
szero(3)LA_CONSTANTS is a module for the scaling constants for the compiled Fortran single and double precisions✨

T

tbcon(3)tbcon: condition number estimate✨
tbmv(3)tbmv: triangular matrix-vector multiply✨
tbrfs(3)tbrfs: triangular iterative refinement✨
tbsv(3)tbsv: triangular matrix-vector solve✨
tbsv_comp(3)--- banded ---✨
tbtrs(3)tbtrs: triangular solve✨
TEST_COL_MJR(3)✨
TEST_ROW_MJR(3)✨
test_zcomplexabs.f(3)✨
test_zcomplexdiv.f(3)✨
test_zcomplexmult.f(3)✨
test_zminMax.f(3)✨
testdsdot(3)✨
tfsm(3)tfsm: triangular-matrix solve, RFP format✨
tfsv_comp(3)--- rectangular full packed (RFP) ---✨
tftri(3)tftri: triangular inverse, RFP✨
tfttp(3)tfttp: triangular matrix, RFP (tf) to packed (tp)✨
tfttr(3)tfttr: triangular matrix, RFP (tf) to full (tr)✨
tgevc(3)tgevc: eigvec of pair of matrices✨
tgex2(3)tgex2: reorder generalized Schur form✨
tgexc(3)tgexc: reorder generalized Schur form✨
tgsen(3)tgsen: reorder generalized Schur form✨
tgsja(3)tgsja: generalized SVD of trapezoidal matrices, step in ggsvd3✨
tgsna(3)tgsna: reciprocal cond est✨
tgsy2(3)tgsy2: Sylvester equation panel (?)✨
tgsyl(3)tgsyl: Sylvester equation✨
tpcon(3)tpcon: condition number estimate✨
tplq_comp_grp(3)LQ, triangular-pentagonal✨
tplqt(3)tplqt: QR factor✨
tplqt2(3)tplqt2: QR factor, level 2✨
tpmlqt(3)tpmlqt: applies Q✨
tpmqrt(3)tpmqrt: applies Q✨
tpmv(3)tpmv: triangular matrix-vector multiply✨
tpqr_comp_grp(3)QR, triangular-pentagonal✨
tpqrt(3)tpqrt: QR factor✨
tpqrt2(3)tpqrt2: QR factor, level 2✨
tprfb(3)tprfb: applies Q (like larfb)✨
tprfs(3)tprfs: triangular iterative refinement✨
tpsv(3)tpsv: triangular matrix-vector solve✨
tpsv_comp(3)--- packed ---✨
tptri(3)tptri: triangular inverse✨
tptrs(3)tptrs: triangular solve✨
tpttf(3)tpttf: triangular matrix, packed (tp) to RFP (tf)✨
tpttr(3)tpttr: triangular matrix, packed (tp) to full (tr)✨
trcon(3)trcon: condition number estimate✨
trevc(3)trevc: eigenvectors of triangular Schur form, old✨
trevc3(3)trevc3: eigenvectors of triangular Schur form, blocked✨
trexc(3)trexc: reorder Schur form✨
trmm(3)trmm: triangular matrix-matrix multiply✨
trmv(3)trmv: triangular matrix-vector multiply✨
trrfs(3)trrfs: triangular iterative refinement✨
trsen(3)trsen: reorder Schur form✨
trsm(3)trsm: triangular matrix-matrix solve✨
trsna(3)trsna: eig condition numbers✨
trsv(3)trsv: triangular matrix-vector solve✨
trsv_comp(3)--- full ---✨
trsv_comp_grp(3)Triangular computational routines (solve, cond, etc.)✨
trsyl(3)trsyl: Sylvester equation✨
trsyl3(3)trsyl3: Sylvester equation, level 3✨
trti2(3)trti2: triangular inverse, level 2✨
trtri(3)trtri: triangular inverse✨
trtrs(3)trtrs: triangular solve✨
trttf(3)trttf: triangular matrix, full (tr) to RFP (tf)✨
trttp(3)trttp: triangular matrix, full (tr) to packed (tp)✨
TRUE(3)✨
tstiee(3)✨