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-----------------------------------------------------------
Root Directory
path: /
-----------------------------------------------------------
readme.txt Documentation rearding this disc.
docs/ Walnut Creek CDROM Documentation.
netlib.faq Frequently asked questions about Netlib.
netlib/ All the files on Netlib.
netlib/a/ for approximation algorithms from various sources
editor Eric Grosse
master netlib.att.com
netlib/access/ for netlib access tools, such as unshar
editor Eric Grosse
master netlib.att.com
netlib/aicm/ for selected material from Advances in Computational
Mathematics
# journal published by Baltzer
master netlib.att.com
netlib/alliant/ for programs collected from Alliant users
editor Jack Dongarra
master ornl.gov
netlib/amos/ for Bessel functions of complex argument and
nonnegative order
by D.E. Amos
ref ACM TOMS 12 (1986) 265-273 algorithm 644
master ornl.gov
# The Bessel functions H1, H2, I, J, K, and Y, as
well as the Airy functions Ai, Bi, and their
derivatives are provided. Exponential scaling
and sequence generation are optional.
netlib/ampl/ for linear and nonlinear programming.
editor David Gay
master netlib.att.com
netlib/apollo/ for programs collected from Apollo users.
editor Jack Dongarra
master ornl.gov
netlib/benchmark/ for contains benchmark programs and the table of
Linpack timings.
editor Jack Dongarra
master ornl.gov
netlib/bihar/ for biharmonic equation in rectangular geometry and
polar coordinates
by Petter Bjorstad
master nac.no
netlib/blacs/ for Basic Linear Algebra Communication Subprograms
editor Clint Whaley <rwhaley@cs.utk.edu>
contact blacs@cs.utk.edu
master ornl.gov
netlib/blas/ for blas (level 1, 2 and 3) and machine constants
rel excellent
age stable
editor Jack Dongarra
master ornl.gov
netlib/bmp/ for Brent's multiple precision package
master netlib.att.com
netlib/c/ for miscellaneous codes written in C
# Not all C software is in this "miscellaneous"
library. If it clearly fits into domain
specific library, it is assigned there. The
principal contents at present is the c/meschach
subdirectory by David Stewart covering linear
algebra and utilities. See c/index for details.
editor Eric Grosse
master netlib.att.com
netlib/c++/ for miscellaneous codes in C++
editor Eric Grosse
master netlib.att.com
netlib/chammp/ for DOE Computer Hardware, Advanced Mathematics and
Model Physics program
editor Jack Dongarra
master ornl.gov
netlib/cheney-kincaid/ by Ward Cheney & David Kincaid
ref Numerical Mathematics and Computing, 2nd ed.,
1985.
master netlib.att.com
netlib/clapack/ for C version of LAPACK
by J. Demmel and Xiaoye Li
rel pre-release
lang C
master ornl.gov
netlib/commercial/ for advertising material for commercial math
software
editor ehg@research.att.com
master netlib.att.com
netlib/conformal/ for the "parameter problem" associated with
conformal mapping
editor Eric Grosse
master netlib.att.com
netlib/contin/ for continuation and limit points
editor Eric Grosse
master netlib.att.com
netlib/dierckx/ for spline fitting routines for various kinds of
data and geometries
by Paul Dierckx <Paul.Dierckx@cs.kuleuven.ac.be>
# Comp Sci, K. U. Leuven, Celestijnenlaan 200A,
B-3001 Heverlee, Belgium also called fitpack,
but no connection with Alan Cline's library
master netlib.att.com
netlib/domino/ for multiple tasks to communicate and schedule local
tasks for execution.
# These tasks may be on a single processor or
spread among multiple processors connected by a
message-passing network.
by O'Leary, Stewart, Van de Geijn, University of
Maryland
lang C, assembler
master ornl.gov
netlib/eispack/ for eigenvalues and eigenvectors A collection of
Fortran subroutines that compute the eigenvalues
and eigenvectors of nine classes of matrices.
The package can determine the eigensystems of
complex general, complex Hermitian, real
general, real symmetric, real symmetric band,
real symmetric tridiagonal, special real
tridiagonal, generalized real, and generalized
real symmetric matrices. In addition, there are
two routines which use the singular value
decomposition to solve certain least squares
problems.
netlib/eispack/ # Description carried over from above.....
by NATS Project at Argonne National Laboratory
<dongarra@cs.utk.edu>
prec double
see seispack
rel excellent
age stable
ref B.T. Smith, J.M. Boyle, J.J. Dongarra, B.S.
Garbow, Y. Ikebe, V.C. Klema, and C.B. Moler.
Matrix Eigensystem Routines - EISPACK Guide,
volume 6 of Lecture Notes in Computer Science,
Springer-Verlag, Berlin, 1976. B.S. Garbow,
J.M. Boyle, J.J. Dongarra, and C.B. Moler.
Matrix Eigensystem Routines - EISPACK Guide
Extension, volume 51 of Lecture Notes in
Computer Science, Springer-Verlag, Berlin, 1977.
master ornl.gov
netlib/elefunt/ for testing elementary function programs provided
with Fortran compilers
ref Software Manual for the Elementary Functions,
Prentice Hall, 1980.
by W. J. Cody and W. Waite
master netlib.att.com
netlib/env/ for integrated problem solving environments
editor Eric Grosse <ehg@research.att.com>
master netlib.att.com
netlib/f2c/ for converting Fortran to C
by Feldman, Gay, Maimone, and Schryer
editor David Gay
master netlib.att.com
gams s1
netlib/fdlibm/ for C math library for machines that support IEEE
754 floating-point
by Kwok C Ng <kwok.ng@sunpro.eng.sun.com>
# Version: 5.1 Maintained-hy:
fdlibm-comments@sunpro.eng.sun.com
Maintained-at: sunsite.unc.edu Platforms:
Require ANSI C compiler with IEEE 754 style
arithmetic Copying-Policy: Freely
Redistributable Keywords:
libm,exp,log,sin,cos,floating-point,IEEE754
master netlib.att.com
netlib/fftpack/ for Fast Fourier Transform of periodic and other
symmetric sequences
# This package consists of programs which perform
Fast Fourier Transforms for both complex and
real periodic sequences and certain other
symmetric sequences.
by Paul Swarztrauber, NCAR.
see double precision version in bihar
rel excellent
age stable
master netlib.att.com
netlib/fishpack/ for finite differences for elliptic boundary value
problems.
by Paul Swarztrauber and Roland Sweet.
# CRAYFISHPAK is a new expanded version of FISHPAK
that has been totally rewritten for vector
computers, on which order of magnitude speedups
have been commonly observed. For more
information contact Green Mountain Software,
1951 Alpine Ave., Boulder, Colorado, 80304-3657,
USA, phone (303) 447-9224, or by email:
lsweet@greenmtn.com (on internet).
rel excellent
age stable
master netlib.att.com
netlib/fitpack/ for splines under tension. (an early version)
by Alan K. Cline
# For a current copy and for other routines,
contact: Pleasant Valley Software, 8603 Altus
Cove, Austin TX 78759, USA
master netlib.att.com
netlib/fmm/ ref Computer Methods for Mathematical Computations
by George Forsythe, Mike Malcolm, and Cleve Moler.
prec double
see sfmm
master ornl.gov
netlib/fn/ for special functions
by Wayne Fullerton
master netlib.att.com
netlib/fortran/ for tools specific to Fortran: a single/double
converter; static debugger
master netlib.att.com
netlib/fortran-m/ for small set of extensions to f77 that supports
modular message-passing
editor Jack Dongarra <dongarra@cs.utk.edu>
master ornl.gov
netlib/fp/ for floating point arithmetic
editor David Gay
master netlib.att.com
netlib/gcv/ for Generalized Cross Validation spline smoothing
editor Eric Grosse
master netlib.att.com
netlib/gmat/ for multi-processing Time Line and State Graph
tools.
by Mark Seager (LLNL Oct 8, 1987)
master ornl.gov
# werner@ramius.llnl.gov (Nancy Werner) 26 Oct 90
netlib/gnu/ for utilities useful to netlib clients, covered by
GNU public license
editor David Gay
master netlib.att.com
netlib/go/ for Golden Oldies: widely used, but not in
standard libraries.
# Nominations welcome!
rel excellent
age old
editor Eric Grosse
master netlib.att.com
netlib/graphics/ for scientific visualization
editor Eric Grosse
master netlib.att.com
netlib/harwell/ for sparse unsymmetric matrix routine MA28 from the
Harwell library
editor Iain Duff
master ornl.gov
netlib/hence/ for Heterogenous Network Computing Environment
editor Peter Newton <newton@cs.utk.edu>
master ornl.gov
# only available from Tennessee, until either they
agree to
use shorter filenames or Plan9 agrees to allow
long filenames
netlib/hompack/ for solving nonlinear systems of equations by
homotopy methods
# fixed point, zero finding, and general homotopy
curve tracking problems, utilizing both dense
and sparse Jacobian matrices; ODE-based, normal
flow, and augmented Jacobian.
by Layne T. Watson ltw@vtopus.cs.vt.edu (703)
231-7540
# Department of Computer Science, VPI & SU,
Blacksburg, VA 24061
master netlib.att.com
netlib/hpf/ for first draft of language specification
by High Performance Fortran Forum
master ornl.gov
netlib/ijsa/ for International Journal of Supercomputer
Applications
editor Jack Dongarra
master ornl.gov
netlib/image/ for image processing
editor Eric Grosse
master netlib.att.com
see popi, a/blur
netlib/intercom/ for Interprocessor Collective Communications
(InterCom) Library
by Mike Barnett, David Payne, Satya Gupta, Lance
Shuler, Robert van de Geijn, and Jerrell Watts
contact intercom@cs.utexas.edu
editor Jack Dongarra <dongarra@cs.utk.edu>
master ornl.gov
netlib/itpack/ for Iterative Linear System Solvers
# Jacobi method, SOR, SSOR with conjugate gradient
acceleration or with Chebyshev (semi-iteration
- SI) acceleration.
by Young and Kincaid and the group at U of Texas.
# kincaid@cs.utexas.edu oppe@scri1.scri.fsu.edu
joubert@cs.utexas.edu Center for Numerical
Analysis; (512) 471-1242 RLM Bldg. 13.150;
University of Texas at Austin; Austin TX
78713-8510
editor Bill Coughran
master netlib.att.com
netlib/jakef/ for automatic differentiation
# a precompiler that analyses a given Fortran77
source code for the evaluation of a scalar or
vector function and then generates an expanded
Fortran subroutine that simultaneously evaluates
the gradient or Jacobian respectively. For
scalar functions the ratio between the run-time
of the resulting gradient routine and that of
the original evaluation routine is never greater
than a fixed bound of about five. The storage
requirement may be considerable as it is also
proportional to the run-time of the original
routine. Since no differencing is done the
partial derivative values obtained are exact up
to round-off errors.
by A. Griewank, Argonne National Laboratory
<griewank@mcs.anl.gov> 12/1/88.
master ornl.gov
netlib/kincaid-cheney/ by Ward Cheney & David Kincaid
ref Numerical Analysis: The Mathematics of
Scientific Computing, 1990.
master netlib.att.com
netlib/lanczos/ for a few eigenvalues/eigenvectors of a large
(sparse) symmetric matrix
# real symmetric and Hermitian matrices singular
values and vectors of real, rectangular matrices
by Jane Cullum and Ralph A. Willoughby, IBM
Yorktown 914-945-1589
ref Lanczos Algorithms for Large Symmetric
Eigenvalue Computations, Birkhauser
# Additional codes, for factored inverses, real
symmetric generalized problems, complex
symmetric problems and real symmetric block
codes are available from the authors.
master netlib.att.com
see go/underwood.f
netlib/lanz/ for Large Sparse Symmetric Generalized Eigenproblem
by Mark T. Jones and Merrell L. Patrick
master ornl.gov
see go/underwood.f
gams d4b1
netlib/lapack/ for the most common problems in numerical linear
algebra linear equations, linear least squares
problems, eigenvalue problems, and singular
value problems. It has been designed to be
efficient on a wide range of modern
high-performance computers.
by Ed Anderson, Z. Bai, Chris Bischof, Jim Demmel,
Jack Dongarra, Jeremy Du Croz, Anne Greenbaum,
Sven Hammarling, Alan McKenney, Susan
Ostrouchov, and Danny Sorensen
<lapack@cs.utk.edu>
rel excellent
age research
ref LAPACK Users' Guide, May 1992, available from
SIAM; 3600 University City Science Center;
Philadelphia, PA 19104-2688; 215-382-9800, FAX
215-386-7999; service@siam.org
master ornl.gov
contact lapack@cs.utk.edu
netlib/laso/ for a few eigenvalues/eigenvectors of a large
(sparse) symmetric matrix
alg Lanczos
by David Scott
master ornl.gov
see go/underwood.f
netlib/lawson-hanson/ for least squares
by C. Lawson and R. Hanson
ref "Solving Least Squares Problems," SIAM
Publications
lang Fortran77, Fortran90
master netlib.att.com
netlib/linalg/ for various functions complementing the bigger
linear algebra libraries
editor Jack Dongarra
master ornl.gov
netlib/linpack/ for linear equations and linear least squares
problems linear systems whose matrices are
general, banded, symmetric indefinite,
symmetric positive definite, triangular, and
tridiagonal square. In addition, the package
computes the QR and singular value
decompositions of rectangular matrices and
applies them to least squares problems.
by Jack Dongarra <dongarra@cs.utk.edu>, Jim Bunch,
Cleve Moler and Pete Stewart.
rel excellent
age stable
ref J. Bunch, J. Dongarra, C. Moler, and G.W.
Stewart. LINPACK User's Guide. SIAM,
Philadelphia, PA, 1979.
master ornl.gov
netlib/lp/ for linear programming test problems
editor David Gay
master netlib.att.com
netlib/machines/ for information on high performance computers
editor Jack Dongarra
master ornl.gov
netlib/maspar/ for MasPar-specific libraries and tools
editor Petter Bjorstad
master nac.no
netlib/mds/ for multidimensional scaling
age old
editor kruskal@research.att.com
master netlib.att.com
netlib/microscope/ for looking closely at functions
# Given an interpolation or approximation
scheme, it allows the following questions, among
others, to be answered: Does the scheme
interpolate? How often is it
differentiable? What functions does it
reproduce exactly? If the scheme is polynomial,
what is its polynomial degree? Where is the
smoothness of a function reduced? Where are the
bugs in a FORTRAN implementation?
by Peter Alfeld and Bill Harris, Dept. Math.,
University of Utah
# 801-581-6842 or 801-581-6851
master netlib.att.com
netlib/minpack/ for nonlinear equations and nonlinear least squares
problems.
# Five algorithmic paths each include a core
subroutine and an easy-to-use driver. The
algorithms proceed either from an analytic
specification of the Jacobian matrix or directly
from the problem functions. The paths include
facilities for systems of equations with a
banded Jacobian matrix, for least squares
problems with a large amount of data, and for
checking the consistency of the Jacobian matrix
with the functions.
by Jorge More', Burt Garbow, and Ken Hillstrom at
Argonne National Laboratory.
prec double
see sminpack
master ornl.gov
netlib/misc/ for various stuff collected over time
editor Jack Dongarra
master ornl.gov
netlib/mpfun/ for multiple precision arithmetic
by David Bailey <dbailey@nas.nasa.gov>
master netlib.att.com
netlib/napack/ for linear algebra and optimization
# A collection of Fortran subroutines to solve
linear systems, to estimate the condition number
or the norm of a matrix, to compute
determinants, to multiply a matrix by a vector,
to invert a matrix, to solve least squares
problems, to perform unconstrained minimization,
to compute eigenvalues, eigenvectors, the
singular value decomposition, or the QR
decomposition. The package has special routines
for general, band, symmetric, indefinite,
tridiagonal, upper Hessenberg, and circulant
matrices.
by Bill Hager
# Mathematics, Univ. Florida, Gainesville, FL
32611, hager@math.ufl.edu
ref Applied Numerical Linear Algebra, Prentice-Hall,
1988.
master netlib.att.com
netlib/news/ for netlib column for SIAM News
lang LaTeX
by Eric Grosse
master netlib.att.com
netlib/numeralgo/ for algorithms from the new journal "Numerical
Algorithms"
master netlib.att.com
netlib/ode/ for initial and boundary value ordinary differential
equation solvers
# colsys, dverk, rksuite, ode
editor Bill Coughran
master netlib.att.com
netlib/odepack/ for ODE package
by Alan Hindmarsh <alanh@daphne.llnl.gov> and
others
prec double
see sodepack
master netlib.att.com
netlib/odrpack/ for Orthogonal Distance Regression
by Boggs Byrd Rogers Schnabel
# A portable collection of Fortran subprograms for
fitting a model to data. It is designed
primarily for instances when the independent as
well as the dependent variables have significant
errors, implementing a highly efficient
algorithm for solving the weighted orthogonal
distance regression problem, i.e., for
minimizing the sum of the squares of the
weighted orthogonal distances between each data
point and the curve described by the model
equation.
master netlib.att.com
netlib/opt/ for miscellaneous optimization software, e.g.
Brent's praxis.
editor David Gay
master netlib.att.com
netlib/p4/ for parallel programming system.
# subroutines and macors for writing portable
parallel programs in Frtran or C for execution
on a wide variety of parallel machines and
workstation networks.
by Rusty Lusk, Argonne National Laboratory
contact p4@mcs.anl.gov
master netlib.att.com
netlib/paragraph/ for graphical display of message-passing
multiprocessor architectures.
by Jennifer Etheridge and Michael Heath, Oak Ridge
National Lab.
master ornl.gov
netlib/paranoia/ for exploring the floating point system on your
computer.
by Kahan, Berkeley
editor David Gay
master netlib.att.com
netlib/parmacs/ for parallel programmming macros for monitors and
send/receive
by Rusty Lusk, Argonne National Lab
(lusk@anl-mcs.arpa)
master ornl.gov
netlib/pascal/ for miscellaneous codes written in Pascal
# At present, codes from J.C. Nash, Compact
Numerical Methods for Computers: Linear Algebra
and Function Minimisation, Second Edition Adam
Hilger: Bristol & American Institute of Physics:
New York, 1990
editor Eric Grosse
master netlib.att.com
netlib/pdes/ for partial differential equation packages
editor Bill Coughran
master netlib.att.com
netlib/picl/ for generic message-passing interface to
multiprocessors also provides timestamped trace
data
keywords portable, error trapping, parallel,
interprocessor communication, instrumentation
by Geist, Heath, Peyton, and Worley, Oak Ridge
National Lab.
contact worleyph@msr.epm.ornl.gov
master ornl.gov
netlib/pltmg/ for elliptic partial differential equations in
general regions of the plane
# It features adaptive local mesh refinement,
multigrid iteration, and a pseudo-arclength
continuation option for parameter dependencies.
The package includes an initial mesh generator
and several graphics packages.
ref PLTMG User's Guide, SIAM publications
by Randy Bank
editor Bill Coughran
master netlib.att.com
netlib/poly2/ for conversion tools for polyhedra library
by Stewart Dickson
master netlib.att.com
netlib/polyhedra/ for angles, vertex locations, etc of geometric
solids
by Andrew Hume
master netlib.att.com
netlib/popi/ for arbitrary manipulation of digitized images.
ref Chap 5,6 of Beyond Photography--The Digital
Darkroom, PrenticeHall
by Gerard J. Holzmann
master netlib.att.com
netlib/port/ for public subset of the PORT library
# Includes the latest version of Gay's NL2SOL
nonlinear least squares. The rest of the PORT3
library is available by license from AT&T.
editor David Gay
master netlib.att.com
netlib/portfix/ for bug fixes for functions in the proprietary part
of the PORT library
# only at netlib.att.com
netlib/pppack/ for splines
by Carl de Boor
ref A Practical Guide to Splines, Springer Verlag.
# Some calling sequences differ slightly from
those in the book.
rel excellent
age old
editor Eric Grosse
master netlib.att.com
netlib/pvm3/ for software and papers on a Parallel Virtual
Machine (PVM) software for heterogeneous
networking parallel processing in Fortran or C
for execution on a wide variety of parallel
machines, supercomputers, and workstation
networks.
by Beguelin, Dongarra, Geist, Jiang, Manchek,
Moore, and Sunderam
editor Jack Dongarra, University of Tennessee and Oak
Ridge National Lab
contact pvm@msr.epm.ornl.gov
master ornl.gov
netlib/quadpack/ for definite univariate integrals
by Piessens, de Donker, Kahaner
# (slatec version)
master netlib.att.com
netlib/random/ for random number generators
editor Eric Grosse
master netlib.att.com
netlib/research/ for small tools from Computing Science Research,
Bell Labs
editor Eric Grosse
master netlib.att.com
netlib/scalapack/ for software for MIMD distributed memory computers
for some of the
# lapack routines
editor Jack Dongarra, University of Tennessee and Oak
Ridge National Lab
master ornl.gov
netlib/sched/ for the Schedule package, to aid transportable
# implementation of parallel algorithms in a
Fortran setting.
by Jack Dongarra and Dan Sorensen
master ornl.gov
netlib/scilib/ # a portable FORTRAN emulation (by M.J. McBride
and S.H. Lamson) of CRAY SCILIB, a library of
scientific applications subprograms developed by
Cray Research, Inc.
editor Jack Dongarra
contact Scott Lamson <lamson@crd.ge.com>
master ornl.gov
netlib/seispack/ for eigenvalues and eigenvectors
# A collection of Fortran subroutines that compute
the eigenvalues and eigenvectors of nine
classes of matrices. The package can determine
the eigensystems of complex general, complex
Hermitian, real general, real symmetric, real
symmetric band, real symmetric tridiagonal,
special real tridiagonal, generalized real, and
generalized real symmetric matrices. In
addition, there are two routines which use the
singular value decomposition to solve certain
least squares problems.
by NATS Project at Argonne National Laboratory.
prec single
see eispack
master ornl.gov
netlib/sequent/ for software from the Sequent Users Group
editor Jack Dongarra
master ornl.gov
netlib/sfmm/ ref Computer Methods for Mathematical Computations
by George Forsythe, Mike Malcolm, and Cleve Moler.
see fmm
prec single
master ornl.gov
netlib/slap/ for iterative symmetric and non-symmetric linear
system solution
# Sparse Linear Algebra Package.
Included in this package are core routines
to do Iterative
Refinement iteration, Preconditioned
Conjugate Gradient
iteration, Preconditioned Conjugate Gradient
iteration on the
Normal Equations, Preconditioned BiConjugate
Gradient iteration,
Preconditioned BiConjugate Gradient Squared
iteration, Orthomin
iteration and Generalized Minimum Residual
iteration. Core
routines require the user to supply
"MATVEC" (Matrix Vector
Multiply) and "MSOLVE" (Preconditiong) routines.
by Mark K. Seager & Anne Greenbaum
editor Jack Dongarra
master ornl.gov
netlib/slatec/ # comprehensive software library containing over
1400 general
purpose mathematical and statistical routines
written in Fortran 77.
editor Tom Rowan
master ornl.gov
netlib/sminpack/ for nonlinear equations and nonlinear least squares
problems.
# Five algorithmic paths each include a core
subroutine and an easy-to-use driver. The
algorithms proceed either from an analytic
specification of the Jacobian matrix or directly
from the problem functions. The paths include
facilities for systems of equations with a
banded Jacobian matrix, for least squares
problems with a large amount of data, and for
checking the consistency of the Jacobian matrix
with the functions.
by Jorge More', Burt Garbow, and Ken Hillstrom at
Argonne National Laboratory.
prec single
see minpack
master ornl.gov
netlib/sodepack/ for ODE package
by Alan Hindmarch and others
prec single
see odepack
master netlib.att.com
netlib/sparse/ for large sparse systems of linear equations using
LU factorization.
# real and complex square Besides being able to
solve linear systems, it is solves transposed
systems, find determinants, multiplies a vector
by a matrix, and estimate errors due to
ill-conditioning in the system of equations and
instability in the computations. Sparse does
not require symmetry and is able to perform
numerical pivoting (either diagonal or complete)
to avoid unnecessary error in the solution.
by Ken Kundert, Alberto Sangiovanni-Vincentelli.
(sparse@ic.berkeley.edu)
lang C
editor Jack Dongarra
master ornl.gov
netlib/sparse-blas/ for sparse extension to Basic Linear Algebra
Subprograms.
by Dave Dodson convex!dodson@a.cs.uiuc.edu
editor Jack Dongarra
master ornl.gov
netlib/sparspak/ # withdrawn by authors' request
master netlib.att.com
netlib/specfun/ for special functions and accompanying test programs
by W.J. Cody, Argonne National Laboratory
master ornl.gov
netlib/spin/ for Automated Verification of Concurrent Systems.
ref `Design and Validation of Computer Protocols,'
Prentice Hall, 1991
by Gerard J. Holzmann
master netlib.att.com
netlib/stoeplitz/ for linear systems of Toeplitz or circulant form
# and for orthogonal factorization of
column-circulant matrices.
by Burt Garbow at Argonne National Laboratory,
# as a culmination of Soviet-American
collaborative effort.
prec single
see toeplitz
master ornl.gov
netlib/stringsearch/ for testing string matching algorithms
# This is a library of code, test data and
harnesses for various kinds of string matching,
includeing Boyer-Moore.
by Hume and Sunday andrew@netlib.att.com
ref "Fast String Searching", Software-Practice and
Experience
master netlib.att.com
netlib/svdpack/ for singular values and singular vectors of large
sparse matrices.
by Mike Berry, University of Tennessee.
master ornl.gov
contact berry@cs.utk.edu
netlib/templates/ for "one-liner" drivers of common numerical
algorithms Also, codes from Templates book.
master ornl.gov
netlib/toeplitz/ for linear systems of Toeplitz or circulant form
# and for orthogonal factorization of
column-circulant matrices.
by Burt Garbow at Argonne National Laboratory,
# as a culmination of Soviet-American
collaborative effort.
prec double
see stoeplitz
master ornl.gov
netlib/typesetting/ for troff and TeX macros
editor Eric Grosse
master netlib.att.com
netlib/uncon/ for unconstrained optimization
master netlib.att.com
netlib/vanhuffel/ for total least squares, Partial Singular Value
Decomposition
# The TLS problem assumes an overdetermined set of
linear equations AX = B, where both the data
matrix A as well as the observation matrix B are
inaccurate. The subroutine PTLS solves the
Total Least Squares (TLS) problem by using a
Partial Singular Value Decomposition (PSVD),
hereby improving considerably the computational
efficiency with respect to the classi- cal TLS
algorithm.
by Sabine VAN HUFFEL, KU Leuven.
master netlib.att.com
netlib/vfftpack/ for a vectorized version of fftpack, for multiple
sequences.
by Sweet, Lindgren, and Boisvert.
master netlib.att.com
netlib/vfnlib/ for vectorized evaluation of special functions
alg chebyshev series approximation
by Ron Boisvert and Bonita Saunders
ref ACM Trans Math Softw, vol 18 (1992), no 4, pp
456-469
age research
see fn
master netlib.att.com
netlib/voronoi/ for Voronoi regions and Delaunay triangulations
editor Eric Grosse
master netlib.att.com
netlib/y12m/ for sparse linear systems
by Zahari Zlatev, Jerzy Wasniewski and Kjeld
Schaumburg Comp Sci; Math Inst; Univ Aarhus; Ny
Munkegade; DK 8000 Aarhus
ref Z. Zlatev et.al., Y12M solution of large and
sparse systems of
linear algebraic equations, Lecture Notes in
Computer Science
Volume 121, Springer, 1981.
master ornl.gov
-----------------------------------------------------------
Walnut Creek CDROM Documentation.
path: /docs/
-----------------------------------------------------------
catalog.txt 45732 07-17-95 Walnut Creek CDROM Product Catalog -
| English
catalog.fre 40520 03-25-95 Walnut Creek CDROM Product Catalog - French
catalog.ger 44521 07-24-95 Walnut Creek CDROM Product Catalog - German
catalog.ita 38525 06-15-95 Walnut Creek CDROM Product Catalog -
| Italian
catalog.spa 40882 06-10-95 Walnut Creek CDROM Product Catalog -
| Spanish
catalog.jpn 29684 09-07-95 Walnut Creek CDROM Product Catalog -
| Japanese
catalog.pdf 3374815 04-05-95 Walnut Creek CDROM Product Catalog - Adobe
| Acrobat format
view.doc 6832 03-24-95 Documentation about the VIEW.EXE program on
| this CDROM
-----------------------------------------------------------
All the files on Netlib.
path: /netlib/
-----------------------------------------------------------
a/ for approximation algorithms from various sources
editor Eric Grosse
master netlib.att.com
access/ for netlib access tools, such as unshar
editor Eric Grosse
master netlib.att.com
aicm/ for selected material from Advances in Computational
Mathematics
# journal published by Baltzer
master netlib.att.com
alliant/ for programs collected from Alliant users
editor Jack Dongarra
master ornl.gov
amos/ for Bessel functions of complex argument and
nonnegative order
by D.E. Amos
ref ACM TOMS 12 (1986) 265-273 algorithm 644
master ornl.gov
# The Bessel functions H1, H2, I, J, K, and Y, as
well as the Airy functions Ai, Bi, and their
derivatives are provided. Exponential scaling
and sequence generation are optional.
ampl/ for linear and nonlinear programming.
editor David Gay
master netlib.att.com
apollo/ for programs collected from Apollo users.
editor Jack Dongarra
master ornl.gov
benchmark/ for contains benchmark programs and the table of
Linpack timings.
editor Jack Dongarra
master ornl.gov
bihar/ for biharmonic equation in rectangular geometry and
polar coordinates
by Petter Bjorstad
master nac.no
blacs/ for Basic Linear Algebra Communication Subprograms
editor Clint Whaley <rwhaley@cs.utk.edu>
contact blacs@cs.utk.edu
master ornl.gov
blas/ for blas (level 1, 2 and 3) and machine constants
rel excellent
age stable
editor Jack Dongarra
master ornl.gov
bmp/ for Brent's multiple precision package
master netlib.att.com
c/ for miscellaneous codes written in C
# Not all C software is in this "miscellaneous"
library. If it clearly fits into domain
specific library, it is assigned there. The
principal contents at present is the c/meschach
subdirectory by David Stewart covering linear
algebra and utilities. See c/index for details.
editor Eric Grosse
master netlib.att.com
c++/ for miscellaneous codes in C++
editor Eric Grosse
master netlib.att.com
chammp/ for DOE Computer Hardware, Advanced Mathematics and
Model Physics program
editor Jack Dongarra
master ornl.gov
cheney-kincaid/ by Ward Cheney & David Kincaid
ref Numerical Mathematics and Computing, 2nd ed.,
1985.
master netlib.att.com
clapack/ for C version of LAPACK
by J. Demmel and Xiaoye Li
rel pre-release
lang C
master ornl.gov
commercial/ for advertising material for commercial math
software
editor ehg@research.att.com
master netlib.att.com
conformal/ for the "parameter problem" associated with
conformal mapping
editor Eric Grosse
master netlib.att.com
contin/ for continuation and limit points
editor Eric Grosse
master netlib.att.com
dierckx/ for spline fitting routines for various kinds of
data and geometries
by Paul Dierckx <Paul.Dierckx@cs.kuleuven.ac.be>
# Comp Sci, K. U. Leuven, Celestijnenlaan 200A,
B-3001 Heverlee, Belgium also called fitpack,
but no connection with Alan Cline's library
master netlib.att.com
domino/ for multiple tasks to communicate and schedule local
tasks for execution.
# These tasks may be on a single processor or
spread among multiple processors connected by a
message-passing network.
by O'Leary, Stewart, Van de Geijn, University of
Maryland
lang C, assembler
master ornl.gov
eispack/ for eigenvalues and eigenvectors A collection of
Fortran subroutines that compute the eigenvalues
and eigenvectors of nine classes of matrices.
The package can determine the eigensystems of
complex general, complex Hermitian, real
general, real symmetric, real symmetric band,
real symmetric tridiagonal, special real
tridiagonal, generalized real, and generalized
real symmetric matrices. In addition, there are
two routines which use the singular value
decomposition to solve certain least squares
problems.
eispack/ # Description carried over from above.....
by NATS Project at Argonne National Laboratory
<dongarra@cs.utk.edu>
prec double
see seispack
rel excellent
age stable
ref B.T. Smith, J.M. Boyle, J.J. Dongarra, B.S.
Garbow, Y. Ikebe, V.C. Klema, and C.B. Moler.
Matrix Eigensystem Routines - EISPACK Guide,
volume 6 of Lecture Notes in Computer Science,
Springer-Verlag, Berlin, 1976. B.S. Garbow,
J.M. Boyle, J.J. Dongarra, and C.B. Moler.
Matrix Eigensystem Routines - EISPACK Guide
Extension, volume 51 of Lecture Notes in
Computer Science, Springer-Verlag, Berlin, 1977.
master ornl.gov
elefunt/ for testing elementary function programs provided
with Fortran compilers
ref Software Manual for the Elementary Functions,
Prentice Hall, 1980.
by W. J. Cody and W. Waite
master netlib.att.com
env/ for integrated problem solving environments
editor Eric Grosse <ehg@research.att.com>
master netlib.att.com
f2c/ for converting Fortran to C
by Feldman, Gay, Maimone, and Schryer
editor David Gay
master netlib.att.com
gams s1
fdlibm/ for C math library for machines that support IEEE
754 floating-point
by Kwok C Ng <kwok.ng@sunpro.eng.sun.com>
# Version: 5.1 Maintained-hy:
fdlibm-comments@sunpro.eng.sun.com
Maintained-at: sunsite.unc.edu Platforms:
Require ANSI C compiler with IEEE 754 style
arithmetic Copying-Policy: Freely
Redistributable Keywords:
libm,exp,log,sin,cos,floating-point,IEEE754
master netlib.att.com
fftpack/ for Fast Fourier Transform of periodic and other
symmetric sequences
# This package consists of programs which perform
Fast Fourier Transforms for both complex and
real periodic sequences and certain other
symmetric sequences.
by Paul Swarztrauber, NCAR.
see double precision version in bihar
rel excellent
age stable
master netlib.att.com
fishpack/ for finite differences for elliptic boundary value
problems.
by Paul Swarztrauber and Roland Sweet.
# CRAYFISHPAK is a new expanded version of FISHPAK
that has been totally rewritten for vector
computers, on which order of magnitude speedups
have been commonly observed. For more
information contact Green Mountain Software,
1951 Alpine Ave., Boulder, Colorado, 80304-3657,
USA, phone (303) 447-9224, or by email:
lsweet@greenmtn.com (on internet).
rel excellent
age stable
master netlib.att.com
fitpack/ for splines under tension. (an early version)
by Alan K. Cline
# For a current copy and for other routines,
contact: Pleasant Valley Software, 8603 Altus
Cove, Austin TX 78759, USA
master netlib.att.com
fmm/ ref Computer Methods for Mathematical Computations
by George Forsythe, Mike Malcolm, and Cleve Moler.
prec double
see sfmm
master ornl.gov
fn/ for special functions
by Wayne Fullerton
master netlib.att.com
fortran/ for tools specific to Fortran: a single/double
converter; static debugger
master netlib.att.com
fortran-m/ for small set of extensions to f77 that supports
modular message-passing
editor Jack Dongarra <dongarra@cs.utk.edu>
master ornl.gov
fp/ for floating point arithmetic
editor David Gay
master netlib.att.com
gcv/ for Generalized Cross Validation spline smoothing
editor Eric Grosse
master netlib.att.com
gmat/ for multi-processing Time Line and State Graph
tools.
by Mark Seager (LLNL Oct 8, 1987)
master ornl.gov
# werner@ramius.llnl.gov (Nancy Werner) 26 Oct 90
gnu/ for utilities useful to netlib clients, covered by
GNU public license
editor David Gay
master netlib.att.com
go/ for Golden Oldies: widely used, but not in
standard libraries.
# Nominations welcome!
rel excellent
age old
editor Eric Grosse
master netlib.att.com
graphics/ for scientific visualization
editor Eric Grosse
master netlib.att.com
harwell/ for sparse unsymmetric matrix routine MA28 from the
Harwell library
editor Iain Duff
master ornl.gov
hence/ for Heterogenous Network Computing Environment
editor Peter Newton <newton@cs.utk.edu>
master ornl.gov
# only available from Tennessee, until either they
agree to
use shorter filenames or Plan9 agrees to allow
long filenames
hompack/ for solving nonlinear systems of equations by
homotopy methods
# fixed point, zero finding, and general homotopy
curve tracking problems, utilizing both dense
and sparse Jacobian matrices; ODE-based, normal
flow, and augmented Jacobian.
by Layne T. Watson ltw@vtopus.cs.vt.edu (703)
231-7540
# Department of Computer Science, VPI & SU,
Blacksburg, VA 24061
master netlib.att.com
hpf/ for first draft of language specification
by High Performance Fortran Forum
master ornl.gov
ijsa/ for International Journal of Supercomputer
Applications
editor Jack Dongarra
master ornl.gov
image/ for image processing
editor Eric Grosse
master netlib.att.com
see popi, a/blur
intercom/ for Interprocessor Collective Communications
(InterCom) Library
by Mike Barnett, David Payne, Satya Gupta, Lance
Shuler, Robert van de Geijn, and Jerrell Watts
contact intercom@cs.utexas.edu
editor Jack Dongarra <dongarra@cs.utk.edu>
master ornl.gov
itpack/ for Iterative Linear System Solvers
# Jacobi method, SOR, SSOR with conjugate gradient
acceleration or with Chebyshev (semi-iteration
- SI) acceleration.
by Young and Kincaid and the group at U of Texas.
# kincaid@cs.utexas.edu oppe@scri1.scri.fsu.edu
joubert@cs.utexas.edu Center for Numerical
Analysis; (512) 471-1242 RLM Bldg. 13.150;
University of Texas at Austin; Austin TX
78713-8510
editor Bill Coughran
master netlib.att.com
jakef/ for automatic differentiation
# a precompiler that analyses a given Fortran77
source code for the evaluation of a scalar or
vector function and then generates an expanded
Fortran subroutine that simultaneously evaluates
the gradient or Jacobian respectively. For
scalar functions the ratio between the run-time
of the resulting gradient routine and that of
the original evaluation routine is never greater
than a fixed bound of about five. The storage
requirement may be considerable as it is also
proportional to the run-time of the original
routine. Since no differencing is done the
partial derivative values obtained are exact up
to round-off errors.
by A. Griewank, Argonne National Laboratory
<griewank@mcs.anl.gov> 12/1/88.
master ornl.gov
kincaid-cheney/ by Ward Cheney & David Kincaid
ref Numerical Analysis: The Mathematics of
Scientific Computing, 1990.
master netlib.att.com
lanczos/ for a few eigenvalues/eigenvectors of a large
(sparse) symmetric matrix
# real symmetric and Hermitian matrices singular
values and vectors of real, rectangular matrices
by Jane Cullum and Ralph A. Willoughby, IBM
Yorktown 914-945-1589
ref Lanczos Algorithms for Large Symmetric
Eigenvalue Computations, Birkhauser
# Additional codes, for factored inverses, real
symmetric generalized problems, complex
symmetric problems and real symmetric block
codes are available from the authors.
master netlib.att.com
see go/underwood.f
lanz/ for Large Sparse Symmetric Generalized Eigenproblem
by Mark T. Jones and Merrell L. Patrick
master ornl.gov
see go/underwood.f
gams d4b1
lapack/ for the most common problems in numerical linear
algebra linear equations, linear least squares
problems, eigenvalue problems, and singular
value problems. It has been designed to be
efficient on a wide range of modern
high-performance computers.
by Ed Anderson, Z. Bai, Chris Bischof, Jim Demmel,
Jack Dongarra, Jeremy Du Croz, Anne Greenbaum,
Sven Hammarling, Alan McKenney, Susan
Ostrouchov, and Danny Sorensen
<lapack@cs.utk.edu>
rel excellent
age research
ref LAPACK Users' Guide, May 1992, available from
SIAM; 3600 University City Science Center;
Philadelphia, PA 19104-2688; 215-382-9800, FAX
215-386-7999; service@siam.org
master ornl.gov
contact lapack@cs.utk.edu
laso/ for a few eigenvalues/eigenvectors of a large
(sparse) symmetric matrix
alg Lanczos
by David Scott
master ornl.gov
see go/underwood.f
lawson-hanson/ for least squares
by C. Lawson and R. Hanson
ref "Solving Least Squares Problems," SIAM
Publications
lang Fortran77, Fortran90
master netlib.att.com
linalg/ for various functions complementing the bigger
linear algebra libraries
editor Jack Dongarra
master ornl.gov
linpack/ for linear equations and linear least squares
problems linear systems whose matrices are
general, banded, symmetric indefinite,
symmetric positive definite, triangular, and
tridiagonal square. In addition, the package
computes the QR and singular value
decompositions of rectangular matrices and
applies them to least squares problems.
by Jack Dongarra <dongarra@cs.utk.edu>, Jim Bunch,
Cleve Moler and Pete Stewart.
rel excellent
age stable
ref J. Bunch, J. Dongarra, C. Moler, and G.W.
Stewart. LINPACK User's Guide. SIAM,
Philadelphia, PA, 1979.
master ornl.gov
lp/ for linear programming test problems
editor David Gay
master netlib.att.com
machines/ for information on high performance computers
editor Jack Dongarra
master ornl.gov
maspar/ for MasPar-specific libraries and tools
editor Petter Bjorstad
master nac.no
mds/ for multidimensional scaling
age old
editor kruskal@research.att.com
master netlib.att.com
microscope/ for looking closely at functions
# Given an interpolation or approximation
scheme, it allows the following questions, among
others, to be answered: Does the scheme
interpolate? How often is it
differentiable? What functions does it
reproduce exactly? If the scheme is polynomial,
what is its polynomial degree? Where is the
smoothness of a function reduced? Where are the
bugs in a FORTRAN implementation?
by Peter Alfeld and Bill Harris, Dept. Math.,
University of Utah
# 801-581-6842 or 801-581-6851
master netlib.att.com
minpack/ for nonlinear equations and nonlinear least squares
problems.
# Five algorithmic paths each include a core
subroutine and an easy-to-use driver. The
algorithms proceed either from an analytic
specification of the Jacobian matrix or directly
from the problem functions. The paths include
facilities for systems of equations with a
banded Jacobian matrix, for least squares
problems with a large amount of data, and for
checking the consistency of the Jacobian matrix
with the functions.
by Jorge More', Burt Garbow, and Ken Hillstrom at
Argonne National Laboratory.
prec double
see sminpack
master ornl.gov
misc/ for various stuff collected over time
editor Jack Dongarra
master ornl.gov
mpfun/ for multiple precision arithmetic
by David Bailey <dbailey@nas.nasa.gov>
master netlib.att.com
na-digest/ for numerical analysis mailing list
napack/ for linear algebra and optimization
# A collection of Fortran subroutines to solve
linear systems, to estimate the condition number
or the norm of a matrix, to compute
determinants, to multiply a matrix by a vector,
to invert a matrix, to solve least squares
problems, to perform unconstrained minimization,
to compute eigenvalues, eigenvectors, the
singular value decomposition, or the QR
decomposition. The package has special routines
for general, band, symmetric, indefinite,
tridiagonal, upper Hessenberg, and circulant
matrices.
by Bill Hager
# Mathematics, Univ. Florida, Gainesville, FL
32611, hager@math.ufl.edu
ref Applied Numerical Linear Algebra, Prentice-Hall,
1988.
master netlib.att.com
news/ for netlib column for SIAM News
lang LaTeX
by Eric Grosse
master netlib.att.com
numeralgo/ for algorithms from the new journal "Numerical
Algorithms"
master netlib.att.com
ode/ for initial and boundary value ordinary differential
equation solvers
# colsys, dverk, rksuite, ode
editor Bill Coughran
master netlib.att.com
odepack/ for ODE package
by Alan Hindmarsh <alanh@daphne.llnl.gov> and
others
prec double
see sodepack
master netlib.att.com
odrpack/ for Orthogonal Distance Regression
by Boggs Byrd Rogers Schnabel
# A portable collection of Fortran subprograms for
fitting a model to data. It is designed
primarily for instances when the independent as
well as the dependent variables have significant
errors, implementing a highly efficient
algorithm for solving the weighted orthogonal
distance regression problem, i.e., for
minimizing the sum of the squares of the
weighted orthogonal distances between each data
point and the curve described by the model
equation.
master netlib.att.com
opt/ for miscellaneous optimization software, e.g.
Brent's praxis.
editor David Gay
master netlib.att.com
p4/ for parallel programming system.
# subroutines and macors for writing portable
parallel programs in Frtran or C for execution
on a wide variety of parallel machines and
workstation networks.
by Rusty Lusk, Argonne National Laboratory
contact p4@mcs.anl.gov
master netlib.att.com
paragraph/ for graphical display of message-passing
multiprocessor architectures.
by Jennifer Etheridge and Michael Heath, Oak Ridge
National Lab.
master ornl.gov
paranoia/ for exploring the floating point system on your
computer.
by Kahan, Berkeley
editor David Gay
master netlib.att.com
parmacs/ for parallel programmming macros for monitors and
send/receive
by Rusty Lusk, Argonne National Lab
(lusk@anl-mcs.arpa)
master ornl.gov
pascal/ for miscellaneous codes written in Pascal
# At present, codes from J.C. Nash, Compact
Numerical Methods for Computers: Linear Algebra
and Function Minimisation, Second Edition Adam
Hilger: Bristol & American Institute of Physics:
New York, 1990
editor Eric Grosse
master netlib.att.com
pdes/ for partial differential equation packages
editor Bill Coughran
master netlib.att.com
picl/ for generic message-passing interface to
multiprocessors also provides timestamped trace
data
keywords portable, error trapping, parallel,
interprocessor communication, instrumentation
by Geist, Heath, Peyton, and Worley, Oak Ridge
National Lab.
contact worleyph@msr.epm.ornl.gov
master ornl.gov
pltmg/ for elliptic partial differential equations in
general regions of the plane
# It features adaptive local mesh refinement,
multigrid iteration, and a pseudo-arclength
continuation option for parameter dependencies.
The package includes an initial mesh generator
and several graphics packages.
ref PLTMG User's Guide, SIAM publications
by Randy Bank
editor Bill Coughran
master netlib.att.com
poly2/ for conversion tools for polyhedra library
by Stewart Dickson
master netlib.att.com
polyhedra/ for angles, vertex locations, etc of geometric
solids
by Andrew Hume
master netlib.att.com
popi/ for arbitrary manipulation of digitized images.
ref Chap 5,6 of Beyond Photography--The Digital
Darkroom, PrenticeHall
by Gerard J. Holzmann
master netlib.att.com
port/ for public subset of the PORT library
# Includes the latest version of Gay's NL2SOL
nonlinear least squares. The rest of the PORT3
library is available by license from AT&T.
editor David Gay
master netlib.att.com
portfix/ for bug fixes for functions in the proprietary part
of the PORT library
# only at netlib.att.com
pppack/ for splines
by Carl de Boor
ref A Practical Guide to Splines, Springer Verlag.
# Some calling sequences differ slightly from
those in the book.
rel excellent
age old
editor Eric Grosse
master netlib.att.com
pvm3/ for software and papers on a Parallel Virtual
Machine (PVM) software for heterogeneous
networking parallel processing in Fortran or C
for execution on a wide variety of parallel
machines, supercomputers, and workstation
networks.
by Beguelin, Dongarra, Geist, Jiang, Manchek,
Moore, and Sunderam
editor Jack Dongarra, University of Tennessee and Oak
Ridge National Lab
contact pvm@msr.epm.ornl.gov
master ornl.gov
quadpack/ for definite univariate integrals
by Piessens, de Donker, Kahaner
# (slatec version)
master netlib.att.com
random/ for random number generators
editor Eric Grosse
master netlib.att.com
research/ for small tools from Computing Science Research,
Bell Labs
editor Eric Grosse
master netlib.att.com
scalapack/ for software for MIMD distributed memory computers
for some of the
# lapack routines
editor Jack Dongarra, University of Tennessee and Oak
Ridge National Lab
master ornl.gov
sched/ for the Schedule package, to aid transportable
# implementation of parallel algorithms in a
Fortran setting.
by Jack Dongarra and Dan Sorensen
master ornl.gov
scilib/ # a portable FORTRAN emulation (by M.J. McBride
and S.H. Lamson) of CRAY SCILIB, a library of
scientific applications subprograms developed by
Cray Research, Inc.
editor Jack Dongarra
contact Scott Lamson <lamson@crd.ge.com>
master ornl.gov
seispack/ for eigenvalues and eigenvectors
# A collection of Fortran subroutines that compute
the eigenvalues and eigenvectors of nine
classes of matrices. The package can determine
the eigensystems of complex general, complex
Hermitian, real general, real symmetric, real
symmetric band, real symmetric tridiagonal,
special real tridiagonal, generalized real, and
generalized real symmetric matrices. In
addition, there are two routines which use the
singular value decomposition to solve certain
least squares problems.
by NATS Project at Argonne National Laboratory.
prec single
see eispack
master ornl.gov
sequent/ for software from the Sequent Users Group
editor Jack Dongarra
master ornl.gov
sfmm/ ref Computer Methods for Mathematical Computations
by George Forsythe, Mike Malcolm, and Cleve Moler.
see fmm
prec single
master ornl.gov
slap/ for iterative symmetric and non-symmetric linear
system solution
# Sparse Linear Algebra Package.
Included in this package are core routines
to do Iterative
Refinement iteration, Preconditioned
Conjugate Gradient
iteration, Preconditioned Conjugate Gradient
iteration on the
Normal Equations, Preconditioned BiConjugate
Gradient iteration,
Preconditioned BiConjugate Gradient Squared
iteration, Orthomin
iteration and Generalized Minimum Residual
iteration. Core
routines require the user to supply
"MATVEC" (Matrix Vector
Multiply) and "MSOLVE" (Preconditiong) routines.
by Mark K. Seager & Anne Greenbaum
editor Jack Dongarra
master ornl.gov
slatec/ # comprehensive software library containing over
1400 general
purpose mathematical and statistical routines
written in Fortran 77.
editor Tom Rowan
master ornl.gov
sminpack/ for nonlinear equations and nonlinear least squares
problems.
# Five algorithmic paths each include a core
subroutine and an easy-to-use driver. The
algorithms proceed either from an analytic
specification of the Jacobian matrix or directly
from the problem functions. The paths include
facilities for systems of equations with a
banded Jacobian matrix, for least squares
problems with a large amount of data, and for
checking the consistency of the Jacobian matrix
with the functions.
by Jorge More', Burt Garbow, and Ken Hillstrom at
Argonne National Laboratory.
prec single
see minpack
master ornl.gov
sodepack/ for ODE package
by Alan Hindmarch and others
prec single
see odepack
master netlib.att.com
sparse/ for large sparse systems of linear equations using
LU factorization.
# real and complex square Besides being able to
solve linear systems, it is solves transposed
systems, find determinants, multiplies a vector
by a matrix, and estimate errors due to
ill-conditioning in the system of equations and
instability in the computations. Sparse does
not require symmetry and is able to perform
numerical pivoting (either diagonal or complete)
to avoid unnecessary error in the solution.
by Ken Kundert, Alberto Sangiovanni-Vincentelli.
(sparse@ic.berkeley.edu)
lang C
editor Jack Dongarra
master ornl.gov
sparse-blas/ for sparse extension to Basic Linear Algebra
Subprograms.
by Dave Dodson convex!dodson@a.cs.uiuc.edu
editor Jack Dongarra
master ornl.gov
sparspak/ # withdrawn by authors' request
master netlib.att.com
specfun/ for special functions and accompanying test programs
by W.J. Cody, Argonne National Laboratory
master ornl.gov
spin/ for Automated Verification of Concurrent Systems.
ref `Design and Validation of Computer Protocols,'
Prentice Hall, 1991
by Gerard J. Holzmann
master netlib.att.com
stoeplitz/ for linear systems of Toeplitz or circulant form
# and for orthogonal factorization of
column-circulant matrices.
by Burt Garbow at Argonne National Laboratory,
# as a culmination of Soviet-American
collaborative effort.
prec single
see toeplitz
master ornl.gov
stringsearch/ for testing string matching algorithms
# This is a library of code, test data and
harnesses for various kinds of string matching,
includeing Boyer-Moore.
by Hume and Sunday andrew@netlib.att.com
ref "Fast String Searching", Software-Practice and
Experience
master netlib.att.com
svdpack/ for singular values and singular vectors of large
sparse matrices.
by Mike Berry, University of Tennessee.
master ornl.gov
contact berry@cs.utk.edu
templates/ for "one-liner" drivers of common numerical
algorithms Also, codes from Templates book.
master ornl.gov
toeplitz/ for linear systems of Toeplitz or circulant form
# and for orthogonal factorization of
column-circulant matrices.
by Burt Garbow at Argonne National Laboratory,
# as a culmination of Soviet-American
collaborative effort.
prec double
see stoeplitz
master ornl.gov
typesetting/ for troff and TeX macros
editor Eric Grosse
master netlib.att.com
uncon/ for unconstrained optimization
master netlib.att.com
vanhuffel/ for total least squares, Partial Singular Value
Decomposition
# The TLS problem assumes an overdetermined set of
linear equations AX = B, where both the data
matrix A as well as the observation matrix B are
inaccurate. The subroutine PTLS solves the
Total Least Squares (TLS) problem by using a
Partial Singular Value Decomposition (PSVD),
hereby improving considerably the computational
efficiency with respect to the classi- cal TLS
algorithm.
by Sabine VAN HUFFEL, KU Leuven.
master netlib.att.com
vfftpack/ for a vectorized version of fftpack, for multiple
sequences.
by Sweet, Lindgren, and Boisvert.
master netlib.att.com
vfnlib/ for vectorized evaluation of special functions
alg chebyshev series approximation
by Ron Boisvert and Bonita Saunders
ref ACM Trans Math Softw, vol 18 (1992), no 4, pp
456-469
age research
see fn
master netlib.att.com
voronoi/ for Voronoi regions and Delaunay triangulations
editor Eric Grosse
master netlib.att.com
y12m/ for sparse linear systems
by Zahari Zlatev, Jerzy Wasniewski and Kjeld
Schaumburg Comp Sci; Math Inst; Univ Aarhus; Ny
Munkegade; DK 8000 Aarhus
ref Z. Zlatev et.al., Y12M solution of large and
sparse systems of
linear algebraic equations, Lecture Notes in
Computer Science
Volume 121, Springer, 1981.
master ornl.gov
-----------------------------------------------------------
for approximation algorithms from various sources
path: /netlib/a/
-----------------------------------------------------------
dloess/ for smoothing of multivariate scattered data
by Cleveland, Grosse, and Shyu
ref Statistics and Computation 1:1
prec double
lang Fortran77 and C
gams K5, L8h
alg moving least squares quadratic, k-d trees,
blending functions
see go/lowess (for the older, univariate code)
cloess.ps for user manual for a/dloess
by Cleveland, Grosse, and Shyu
size 701 kB
loess/ for Fortran-only, limited version of a/dloess
stl/ for decompose time series into trend + seasonal +
remainder
by Cleveland and Cleveland
lang Fortran77
gams K5, L10a
cdfcor.f for rational approximation to finite set of data
by E. H. Kaufman, Jr. and G. D. Taylor
alg differential correction algorithm to compute a
best uniform generalized rational approximation
p/q to a function defined on a finite set of
grid points, with the options of including a
weight function and linear equality and
inequality constraints on the coefficients.
gams k2
difcor for rational approximation to finite set of data
by E. H. KAUFMAN, JR. AND G. D. TAYLOR
lang Fortran77
alg differential correction
sdifcor for rational approximation to finite set of data
by E. H. KAUFMAN, JR. AND G. D. TAYLOR
lang Fortran77
alg differential correction
gams k2
sdifcor.doc for rational approximation to finite set of data
by E. H. KAUFMAN, JR. AND G. D. TAYLOR
lang Fortran77
alg differential correction
gaim for fitting generalized additive models,
by T. Hastie and R. Tibshirani
ref Stat. Sci 1,297 and JASA June 1987.
lang Fortran77
gams l8h
fun.f for test functions for approximation algorithms
gams k6d
masa.f for approximation for scattered data in many
variables
by J. H. Friedman and E. H. Grosse and W.
Stuetzle",
ref SIAM J. Sci Stat Comp 4,291-301 a dusty old deck
from Stanford, 1980
gams k1b1a
dbspvt.f for derivatives of B-splines with respect to knots
by Eric Grosse, derived from de Boor's
pppack/bsplvb
ref Grosse and Hobby, Improved Rounding for Spline
Coefficients...
prec double
gams e3d, k6d
coca/ for COmplex linear Chebyshev Approximation
by Bernd Fischer and Jan Modersitzki
ref Fischer and Modersitzki, An Algorithm for
Complex Linear Approximation..
lang matlab
gams k2
beatson for bivariate monotone interpolation by Beatson and
Ziegler Mar 85
lang fortran
gams e2a
perlman/ for normal, chi-square, and F distributions
alg translations of TOMS algorithms into C
by Gary Perlman.
gams l5a1c, l5a1f, l5a1n
tension for splines under tension
lang C
by J. R. Van Zandt
alg A. K. Cline.
gams e1a
datred/ title P19253
for knot removal from B-spline curve
by Knut Moerken and Tom Lyche
ref IMA J. of Num. Anal. 8 (1988) 185-208. CAGD 4
(1987) 217-230.
lang Fortran uuencoded compressed shar
gams e3d, k2, k6b, k6d
size 274 kB
minsurf1.f for minimal surfaces
alg Sobolev gradients
by R. J. Renka and J. W. Neuberger
ref SIAM J. Sci. Comp., to appear
minsurf2.f for minimal surfaces
alg Sobolev gradients
by R. J. Renka and J. W. Neuberger
ref SIAM J. Sci. Comp., to appear
-----------------------------------------------------------
for COmplex linear Chebyshev Approximation
path: /netlib/a/coca/
-----------------------------------------------------------
README
bounds.m
circle.m
circle_c.m
cluster.m
coca.m
compnorm.m
convstr.m
def_var.m
ellips_c.m
ellipse.m
errfun.m
exam_11.m
exam_12.m
exam_13.m
exam_14.m
exam_21.m
exam_22.m
exam_23.m
exam_31.m
exam_32.m
exam_33.m
exam_34.m
exam_41.m
exam_42.m
exam_43.m
exam_51.m
exam_52.m
exam_53.m
fcos.m
fexp.m
fmonom.m
fone.m
fpole_c.m
fsin.m
improve.m
initial.m
interval.m
l_shape.m
menustr.m
monom.m
monom_c.m
newton_f.m
picture.m
plot_ext.m
q_newton.m
recangle.m
remez.m
sector.m
set_colm.m
set_extr.m
set_para.m
sign_spe.m
simplex.m
stopiter.m
stopmenu.m
two_circ.m
-----------------------------------------------------------
title P19253
path: /netlib/a/datred/
-----------------------------------------------------------
README
curve.f
doc.ps
p19119.f
p19120.f
p19121.f
p19122.f
p19123.f
p19124.f
p19125.f
p19126.f
p19132.f
p19133.f
p19134.f
p19135.f
p19136.f
p19154.f
p19155.f
p19156.f
p19191.f
p19192.f
p19193.f
p19194.f
p19215.f
p19216.f
p19225.f
p19226.f
p19227.f
p19228.f
p19250.f
p19251.f
p19252.f
p19253.f
p19254.f
p19255.f
p19256.f
p19257.f
p19260.f
p19261.f
p19262.f
p19263.f
p19747.f
p19838.f
p19839.f
p19err.f
surf.f
-----------------------------------------------------------
for smoothing of multivariate scattered data
path: /netlib/a/dloess/
-----------------------------------------------------------
README
S.h
air.c
changes
depend.ps
ethanol.c
galaxy.c
gas.c
loess.c
loess.h
loess.m
loessc.c
loessf.f
loessf.m
madeup.c
makefile
misc.c
predict.c
predict.m
struct.m
supp.f
-----------------------------------------------------------
for Fortran-only, limited version of a/dloess
path: /netlib/a/loess/
-----------------------------------------------------------
README
bbox.f
changes
cpvert.f
depend.ps
descend.f
ehg106.f
ehg127.f
ehg131.f
ehg133.f
ehg140.f
ehg141.f
ehg167.f
ehg168.f
ehg169.f
ehg170.f
ehg176.f
ehg182.f
ehg191.f
ehg196.f
ehg197.f
eval.f
f77.f
getxy.f
internal
l2fit.f
l2tr.f
lofort.f
lohead.f
loread.f
losave.f
lowesa.f
lowesb.f
lowesc.f
lowesd.f
lowese.f
lowesf.f
lowesl.f
lowesp.f
lowesw.f
rbuild.f
sample.f
sample.in
spread.f
vleaf.f
-----------------------------------------------------------
for normal, chi-square, and F distributions
path: /netlib/a/perlman/
-----------------------------------------------------------
chisq.c
f.c
z.c
-----------------------------------------------------------
for decompose time series into trend + seasonal +
path: /netlib/a/stl/
-----------------------------------------------------------
Makefile
co2
sample.f
stl.3
stl.doc
stl.f
stl.int
stl.r
stlez.3
stlez.doc
-----------------------------------------------------------
for netlib access tools, such as unshar
path: /netlib/access/
-----------------------------------------------------------
unshar.c for unpacking shell archives from netlib
by Eric Grosse <ehg@research.att.com>
stree/ for C source for Unix programs that collapse
(restore) file trees
into (from) a single file -- ASCII if the file
trees are ASCII,
with times, links, and execute permissions
preserved.
by Eric Grosse and David Gay
# (ehg 1995: shar or tar are now preferred, but
we keep this for historical reasons, in case
backup files need unarchiving.)
-----------------------------------------------------------
for C source for Unix programs that collapse
path: /netlib/access/stree/
-----------------------------------------------------------
ftw.body
ftw.c
ftw.h
getpats.c
makefile
match.c
matchtst.c
ok.c
patlist.h
prune.c
stree.1
stree.c
ustree.c
-----------------------------------------------------------
for selected material from Advances in Computational
path: /netlib/aicm/
-----------------------------------------------------------
smmp/ for sparse matrix multiply, transpose, format
conversion
by Bank and Douglas
ref Advances in Computational Mathematics, 1 (1993)
lang Fortran, PostScript
sl11f.f for eigenvalue problems for Hamiltonian systems
by Marco Marletta
ref Advances in Computational Mathematics, 2 (1994)
155-184
sl11f.tex for documentation on sl11f.f
sl12f.f for eigenvalue problems for Hamiltonian systems
by Marco Marletta
ref Advances in Computational Mathematics, 2 (1994)
155-184
sl12f.tex for documentation on sl12f.f
-----------------------------------------------------------
for sparse matrix multiply, transpose, format
path: /netlib/aicm/smmp/
-----------------------------------------------------------
aicm.tex
doc.txt
smmp.f
-----------------------------------------------------------
for programs collected from Alliant users
path: /netlib/alliant/
-----------------------------------------------------------
ansitapes
benchmark/ for Contains Alliant specific standard benchmarks.
by David Krowitz 11/17/86
mit-erl!mit-kermit!krowitz@eddie.mit.edu
cholesky
ibss/
llt
new.lu
qr
v2d for V2d is a demo program originally written by Jim
Rees to
show how an Apollo network could get transparent
file access
to any BSD 4.2 system running TCP/IP.
sendrec for package which converts Apollo binary data file
(REC file types)
to Alliant binary format data files which can be
read with an
unformatted Fortran READ statement on the
Alliant and vice-versa
(ie. it will convert Alliant format files for
reading on an Apollo).
shar for does the same function as your BUNDLE shell
script, but is more
extensive. It adds in some error checking and
can handle packing
entire directories into an archive file for
mailing out over the network. This file was
created by the command 'shar shar.dir'.
mm/ for Simple matrix-matrix multiply that runs fast on
the Alliant.
by Jack Dongarra and Dan Sorensen, 1/26/87.
lu/ for LU decomposition with partial pivoting designed
to run fast on the Alliant.
by Dan Sorensen, 2/18/87.
compress for a utility which can save a considerable amount
of disk space.
by David Krowitz, MIT 2/11/87
vtu for This program reads the VAX/VMS DCL command
procedure and converts the DCL commands to the
equivalent C Shell Script commands that run
under
the ALLIANT CONCENTRIX operating system which is
a Berkeley Unix 4.2 system.
by Glen D. West, May 23, 1987
libcray/ for This shar file contains the source code (and
test routines) for the Cray Compatibility
Library (libCRAY.a).
libCRAY.a is a set of routines for Concentrix
V3.0 that give the same multiprocessing
capability for fortran and C programs on the
Alliant FX/8 as the Cray Research
multiprocessing
library (eg, tskstart, lockon and evpost) on the
Cray X-MP.
by Mark Seager, Oct 8, 1987
makemake for A utility to generate automatically the makefile
needed to build
the executable image of a fortran application
program to be run on
an ALLIANT computer.
by Dick Hessel, Oct 16, 1987
quad/ for A subset of the quadpack routines optimized for
the alliant. To get the
index use "send index from alliant/quad". The
complete non-Alliant
versions are available via "send index from
quadpack"
by Dick Hessel, Oct 16, 1987
ode/ for A subset of the odepack routines optimized for
the alliant. To get the
index use "send index from alliant/ode". The
complete non-Alliant
versions are available via "send index from
odepack"
by Dick Hessel, Oct 16, 1987
screen for is a virtual terminal manager for people with
regular terminals (folks
too poor to buy Sun's for every programmer). It
lets you have multiple
independant sessions, each on it's own full size
screen. It's very
useful, seemingly bug free, and we use it here
quite a lot.
by Patrick Wolfe <pwolfe@KAI.COM> Nov 1987
vgrindefs for additions for Alliant fortran
Appending this to your /usr/lib/vgrindefs file
allows you to
use "vgrind -lf" on your *.f files. Nothing
fancy.
by bob@uhmanoa.ics.hawaii.edu Wed Apr 20 18:06:01
1988
vmstapes for Here is a program for reading VMS backup tapes
on BSD4.2 systems
which I got from the comp.sources archive on
uunet.uu.net. For
some reason people keep sending us data on VMS
backup tapes as
a "standard" distribution method!
by David Krowitz krowitz@richter.mit.edu
(18.83.0.109)
-----------------------------------------------------------
for Contains Alliant specific standard benchmarks.
path: /netlib/alliant/benchmark/
-----------------------------------------------------------
1
10
11
12
13
14
15
16
17
18
19
2
3
4
5
6
7
8
9
-----------------------------------------------------------
path: /netlib/alliant/ibss/
-----------------------------------------------------------
f1
f2
f3
f4
f5
-----------------------------------------------------------
for This shar file contains the source code (and
path: /netlib/alliant/libcray/
-----------------------------------------------------------
README
barrier.c
bars.f
c_logs.c
c_tskcomend.h
events.f
lockoff.s
lockon.s
locks.f
logs.f
makefile
man/
tasks.f
tests/
tskcombgn.h
tskcomend.h
-----------------------------------------------------------
path: /netlib/alliant/libcray/man/
-----------------------------------------------------------
barasgn.man
barrel.man
barsync.man
evasgn.man
evclear.man
evpost.man
evrel.man
evtest.man
evwait.man
lgclose.man
lgdsable.man
lgenable.man
lgentry.man
lgoff.man
lgon.man
lgopen.man
lockasgn.man
lockoff.man
lockon.man
lockrel.man
locktest.man
tskstart.man
tsktest.man
tsktune.man
tskvalue.man
tskwait.man
-----------------------------------------------------------
path: /netlib/alliant/libcray/tests/
-----------------------------------------------------------
cltest.f
frkcom.f
frkcom.h
frktest.f
iotest.f
makefile
matcom.f
matcom.h
matmult.f
runtests.sh
vecadd.f
vecadd.h
vecaddcom.f
veccom.f
vector.f
vector.h
wa.c
-----------------------------------------------------------
for LU decomposition with partial pivoting designed
path: /netlib/alliant/lu/
-----------------------------------------------------------
ludpiv.f
lufac.f
makefile
matvec8.s
mmul7.s
prepare.f
reduce.f
second2.f
smxpyp8.f
-----------------------------------------------------------
for Simple matrix-matrix multiply that runs fast on
path: /netlib/alliant/mm/
-----------------------------------------------------------
check.f
dgemm.f
dgemv.f
lsame.f
main.f
makefile
matgen.f
mvmul.s
xerbla.f
zero.f
-----------------------------------------------------------
for A subset of the odepack routines optimized for
path: /netlib/alliant/ode/
-----------------------------------------------------------
demo/
doc
prog/
readme
-----------------------------------------------------------
path: /netlib/alliant/ode/demo/
-----------------------------------------------------------
# Index for alliant/ode/demo
ex2lsode.f
exlsoda.f
exlsodar.f
exlsode.f
exlsodes.f
exlsodi.f
exlsoibt.f
make.lsoda
make.lsodar
make.lsode
make.lsode2
make.lsodes
make.lsodi
make.lsoibt
test.lsoibt
-----------------------------------------------------------
path: /netlib/alliant/ode/prog/
-----------------------------------------------------------
adjlr.f
aigbt.f
ainvg.f
bnorm.f
cdrv.f
cfode.f
cntnzu.f
decbt-1.f
decbt.f
demo.index
ewset.f
fnorm.f
intdy.f
iprep.f
jgroup.f
lsoda.f
lsodar.f
lsode.f
lsodes.f
lsodi.f
lsoibt.f
md.f
mdi.f
mdm.f
mdp.f
mdu.f
nnfc.f
nnsc.f
nntc.f
nroc.f
nsfc.f
odrv.f
pjibt.f
prep.f
prepj.f
prepji.f
prja.f
prjs.f
rchek.f
roots.f
slsbt.f
slss.f
solbt-1.f
solbt.f
solsy.f
sro.f
stoda-1.f
stoda.f
stode-1.f
stode-1.s
stode.f
stodi-1.f
stodi.f
vmnorm.f
vnorx.f
xerrwx.f
-----------------------------------------------------------
for A subset of the quadpack routines optimized for
path: /netlib/alliant/quad/
-----------------------------------------------------------
# Index for alliant/quad
makefile.1 # Makefile.1 is the makefile for the program
testp.f which tests the subroutines dqk15,
dqk21, dqk31, dqk41, dqk51, dqk61 with the
CNCALL directive inserted to allow concurrent
calls to the external function to be integrated.
I used four different functions provided by the
subroutines testf1 testf2 testf3 test4 which
must be compiled with the recursive option. The
functions to be integrated and the corresponding
intervals of integration are as follow: -1:
sin(x) on [0, 314.14159]; -2:
exp(x) on [0, 1]; -3: sqrt (abs
(x-.2345)) on [0, 1]; -4: 1+x**2+1/(1+100*x**2)
on [-1, 2].
makefile.2 # Makefile.2 makes the executable for the adaptive
quadrature. The test program is called dquad.f
and uses one the external functions as before.
dqag.f
dqage.f
dqk15.f
dqk21.f
dqk31.f
dqk41.f
dqk51.f
dqk61.f
dqpsrt.f
dquad.f
fdump.f
j4save.f
s88fmt.f
testf1.f
testf2.f
testf3.f
testf4.f
testp.f
xerabt.f
xerctl.f
xerprt.f
xerror.f
xerrwv.f
xersav.f
xgetua.f
-----------------------------------------------------------
for Bessel functions of complex argument and
path: /netlib/amos/
-----------------------------------------------------------
.depend
cacai.f
cacon.f
casyi.f
cbinu.f
cbknu.f
cbuni.f
cbunk.f
ckscl.f
cmlri.f
cqcai.f
cqcbh.f
cqcbi.f
cqcbj.f
cqcbk.f
cqcby.f
crati.f
cs1s2.f
cseri.f
cshch.f
cuchk.f
cunhj.f
cuni1.f
cuni2.f
cunik.f
cunk1.f
cunk2.f
cuoik.f
cwrsk.f
d1mach.f
dependencies
diffs
disclaimer
dsclmr.f
errors
fdump.f
i1mach.f
makefile
r1mach.f
readme for overview of amos
cairy.f gams C10d
cbesh.f gams C10a4
cbesi.f gams C10b4
cbesj.f gams C10a4
cbesk.f gams C10b4
cbesy.f gams C10a4
cbiry.f gams C10d
dgamln.f gams C7a
gamln.f gams C7a
xerror.f
zabs.f
zacai.f
zacon.f
zairy.f gams C10d
zasyi.f
zbesh.f gams C10a4
zbesi.f gams C10b4
zbesj.f gams C10a4
zbesk.f gams C10b4
zbesy.f gams C10a4
zbinu.f
zbiry.f gams C10d
zbknu.f
zbuni.f
zbunk.f
zdiv.f
zexp.f
zkscl.f
zlog.f
zmlri.f
zmlt.f
zqcai.f
zqcbh.f
zqcbi.f
zqcbj.f
zqcbk.f
zqcby.f
zrati.f
zs1s2.f
zseri.f
zshch.f
zsqrt.f
zuchk.f
zunhj.f
zuni1.f
zuni2.f
zunik.f
zunk1.f
zunk2.f
zuoik.f
zwrsk.f
-----------------------------------------------------------
for linear and nonlinear programming.
path: /netlib/ampl/
-----------------------------------------------------------
ampl.info for Information about the AMPL book and other AMPL
documentation.
fixlog for Log of bug fixes and changes since 1 Nov. 1992.
models/ for sample models from older papers.
solvers/ for solver interface code.
ampl.exe for Updated version, compiled by Symantec, of the
AMPL.EXE that accompanies the AMPL book, with
bug fixes and new flow-of-control constructs.
size 253 kB
amplexe.info for More details on ampl.exe amd watampl.exe.
looping/ for Description and examples of new flow-of-control
constructs.
watampl.exe for Updated version, compiled by WATCOM, of the
AMPL.EXE that accompanies the AMPL book, with
bug fixes and new flow-of-control constructs.
Requires DOS4GW.EXE.
size 282 kB
dos4gw.exe for Helper program (DOS4GW.EXE) required by
WATAMPL.EXE.
readme
wemu387.386
-----------------------------------------------------------
for Description and examples of new flow-of-control
path: /netlib/ampl/looping/
-----------------------------------------------------------
.depend
NEW_CMDS
README
cut.mod
cut.run
cutA.dat
cutB.dat
cutC.dat
cutD.dat
cutE.dat
cutF.dat
dependencies
multi1.dat
multi1.mod
multi1.run
multi2.dat
multi2.mod
multi2.run
multi3.dat
multi3.mod
multi3.run
new_cmds
readme
sens.dat
sens.mod
sens.run
stoch.dat
stoch.mod
stoch.run
trnloc1.dat
trnloc1d.mod
trnloc1d.run
trnloc1p.mod
trnloc1p.run
trnloc2.dat
trnloc2a.mod
trnloc2a.run
trnloc2b.mod
trnloc2b.run
trnloc2c.mod
trnloc2c.run
-----------------------------------------------------------
for sample models from older papers.
path: /netlib/ampl/models/
-----------------------------------------------------------
# ===== index for ampl/models =====
dist.mod for DIST model from CSTR
dist.n for network (nodes and arcs) version of DIST
dist03.dat
dist08.dat
dist13.dat
egypt1.dat
egypt1.mod for ordered-pair version of CSTR's EGYPT model
egypt2.dat
egypt2.mod for EGYPT model from CSTR
m2a/ lang awk
for converting MPS to AMPL data for mps.mod or
mps1.mod
mod8.dat for Figure 1-4 in CSTR
mod8.mod for Figure 1-3 in CSTR
oil.dat
mps.mod for model for use with m2a and MPS data: short, but
may change row order
mps1.mod for model for use with m2a and MPS data: preserves
row order
oil.mod
optimal.val for optimal values for some of the models
p2gon.mod for Nonlinear model--maximize area of unit N-gon,
Prieto version 2
pgon.mod for Prieto version 1 of p2gon.mod
prod.mod for PROD model from CSTR
prod03.dat
prod08.dat
prod13.dat
score.mod for Appendix B in "Expressing Special Structure..."
(TM 11274-910530-06)
score1.dat
struc.mod for Appendix C in "Expressing Special Structure..."
(TM 11274-910530-06)
struc1.dat
struc6.dat
struc8.dat
train.n for node-and-arc version of TRAIN -- use with
train1.dat
train1.dat
train1.mod
train2.dat
train2.mod
-----------------------------------------------------------
lang awk
path: /netlib/ampl/models/m2a/
-----------------------------------------------------------
m2a
-----------------------------------------------------------
for solver interface code.
path: /netlib/ampl/solvers/
-----------------------------------------------------------
.depend
README
arith.h.ibm
arith.h0
atof.c
b_search.c
basename.c
bscanf.c
conval.c
cplex/ for interface to CPLEX (a linear and mixed-integer
solver)
dependencies
derprop.c
dtoa.c
dvalue.hd
dynlink.c
edagread.c
examples/ for examples to accompany "Hooking Your Solver to
AMPL" Postscript for which is
netlib/research/nam/93-10.Z by anonymous ftp
from netlib.att.com, or "send 93-10 from
research/nam" from netlib@research.att.com
float.h0
fpecatch.c
funcadd.c
funcadd.h
funcadd0.c
g_fmt.c
jacdim.c
jacdim.h
korbx/ for interface to KMP (nee KORBX), a linear solver
from AT&T
linedagread.c
mach.c
makefile
minos/ for interface to MINOS 5.4 (a linear and nonlinear
solver)
mip_pri.c
mypow.c
nlc/ for program "nlc" that converts AMPL .nl files to C
or Fortran 77
nlp.h
nlp1.h
op_type.hd
osl/ for interface to OSL (a linear and mixed-integer
solver) based on IBM's Optimization Subroutine
Library
r_op.hd
rnd_prod.s
rops.c
sprintf.c
sscanf.c
writesol.c
xectim.c
xsum0.out for checksums
objval.c
wrtsol_.c
r_opn.hd
readsol.c
qpcheck.c
dtoa1.c
obj_prec.c
readme
punknown.c
r_qp.hd
npsol/
-----------------------------------------------------------
for interface to CPLEX (a linear and mixed-integer
path: /netlib/ampl/solvers/cplex/
-----------------------------------------------------------
.depend
README.1st
README.cplex
cplex.c
dependencies
version.c
xsum0.out for checksums
makefile
-----------------------------------------------------------
for examples to accompany "Hooking Your Solver to
path: /netlib/ampl/solvers/examples/
-----------------------------------------------------------
.depend
README
dependencies
dualconv.c
fmng1.f
fnl21.f
getstub.c
getstub.h
lin1.c
lin2.c
lin3.c
linrc.c
makefile
mng.c
mng1.c
nl2.c
nl21.c
tnmain.c
xsum0.out for checksums
#### sample input and output files: see README ####
diet.amp
diet.nl
diet.row
diet.col
dietl1.out
dietl2.out
dietl3.out
dietlrc.out
dietd.nl
diet.sol
dietd.sol
dietu.sol
ch3.amp
ch3.nl
ch3mng.out
ch3mng.sol
ch3nl21.out
ch3nl2.out
ch3nl2.sol
ch3tn.out
ch3tn.sol
-----------------------------------------------------------
for interface to KMP (nee KORBX), a linear solver
path: /netlib/ampl/solvers/korbx/
-----------------------------------------------------------
.depend
README.1st
README.korbx
dependencies
korbx.c
kversion.c
xsum0.out
makefile
-----------------------------------------------------------
for interface to MINOS 5.4 (a linear and nonlinear
path: /netlib/ampl/solvers/minos/
-----------------------------------------------------------
.depend
README.1st
README.minos
dependencies
funcon.c
m54.c
m54ver.c
makefile
src/
xsum0.out for checksums
-----------------------------------------------------------
path: /netlib/ampl/solvers/minos/src/
-----------------------------------------------------------
.depend
Malloc.c
README.0
dependencies
dummyfuncon.c
dummyfunobj.c
dummymatmod.c
makefile
minos2.c
need_nl.c
sprintf.c
xectim.c
minos4.f
-----------------------------------------------------------
for program "nlc" that converts AMPL .nl files to C
path: /netlib/ampl/solvers/nlc/
-----------------------------------------------------------
.depend
README
c_op.hd
cops.c
dependencies
makefile
nlc.c
nlc.h
nlcmisc.c
opcode.hd
r_ops1.hd
#### sample input and output files: see README ####
ch3.amp
ch3.nl
ch3.c
ch3.kc
ch3.f
mngnlc.c
nl2nlc.c
xsum0.out
ch3mng.out
ch3nl2.out
-----------------------------------------------------------
path: /netlib/ampl/solvers/npsol/
-----------------------------------------------------------
.depend
README
dependencies
makefile
npsol.c
version.c
xsum0.out
-----------------------------------------------------------
for interface to OSL (a linear and mixed-integer
path: /netlib/ampl/solvers/osl/
-----------------------------------------------------------
.depend
README.1st
README.osl
dependencies
ftncls.f
ftnopn.f
makefile
osl.c
osl.h
version.c
xsum0.out for checksums
-----------------------------------------------------------
for programs collected from Apollo users.
path: /netlib/apollo/
-----------------------------------------------------------
# Index for apollo
dm_format
hp7475-2
hp7475-3
hp7550-2
hp7550-3
hp7570-2
hp7570-3
hpplot for program which converts Apollo GMR graphics
output files into ascii text
files of HPGL (Hewlitt Packard Graphics
Language) commands which can then be sent to
any HP graphics device (the HP7550 plotter in
particular).
7550a for pen plotter which runs on the Apollo.
Complete instructions on compiling and
installing the print-server are
included.
hpprint
index2
qsend for program allows a user at one Apollo
workstation to send messages to other users,
other nodes, all
users, all nodes, their own node (from a
background job), and
to themselves (if they are logged in on more
than one machine).
toshiba for print-server for a Toshiba 1351 dot matrix
printer running on an Apollo workstation with an
RS232 interface.
image for Apple Imagewriter dot matrixprinter running on
an Apollo
workstation with an RS232 interface.
rand for random number generators for the Apollos
v2d for V2d is a demo program originally written by Jim
Rees to
show how an Apollo network could get transparent
file access
to any BSD 4.2 system running TCP/IP.
ftp for A set of small programs which will startup
the TCP/IP FTP, RIP, and TELNET servers on the
Apollos after
a suitable delay to allow the TCP/IP server to
get initialized.
sendrec for package which converts Apollo binary data file
(REC file types)
to Alliant binary format data files which can be
read with an
unformatted Fortran READ statement on the
Alliant and vice-versa
(ie. it will convert Alliant format files for
reading on an Apollo).
ckmail for checks if new network mail has arrived for you
on the Apollo network
and will (optionally) pop up a window to notify
you about the new mail.
shar for does the same function as your BUNDLE shell
script, but is more
extensive. It adds in some error checking and
can handle packing
entire directories into an archive file for
mailing out over the network (e.g. this file
was created by the command 'shar shar.dir
>foobar').
batch for allows you to start a background job running on
any machine in
the network and then log out without killing the
job.
compress for a utility which can save a considerable amount
of disk space.
by From: David Krowitz, MIT 2/11/87
v2 for Apollo to BSD 4.2 (Alliant FX/1)
transparent file access software. This version
works correctly on
Apollo workstations running the new SR9.5
release of AEGIS. The
version I gave you previously works under SR9.2
-- the new version
will not run on SR9.2. Please add this to your
software library.
by David Krowitz 2/28/87
gone for When the user wants to leave the node
unattended, the gone routine borrows
the display, puts a message on the screen, and
waits for the user to type
a password. The user can specify the password
and the message
font with a configuration file in the user's
~user_data directory.
by David Krowitz, MIT 3/21/87
hp7570 for new HP 7570 print server
by David Krowitz, MIT 5/16/87
hp7475 for new HP 7475 print server
by David Krowitz, MIT 5/16/87
hp7550 for revised HP 7550 print server
by David Krowitz, MIT 5/16/87
nec-p9xl for Apollo print server for NEC P9XL Pinwriter
by David Krowitz, MIT 7/30/87
remote for is a short file daemon program which
periodically
checks a directory and executes a shell command
for each of the
files it finds there before deleting them.
kermit for kermit program for the apollo
-----------------------------------------------------------
for contains benchmark programs and the table of
path: /netlib/benchmark/
-----------------------------------------------------------
1000
bandcray
bandcray.f
bell-winner
bell1
bell2
benchmark.letter
benchmark.tape
bnd.f
cbenchmark
clu.f
crayxmp.band
crayxmp4
crayxmp42
dhrystone
dhrystone-ada
dlpsubhalf.f
dmr
downloadmmmooo
error
indirect
indirect.f
indirectd.f
karp.challenge
linpackc.new
linpacks for The LINPACK benchmark program in single
precision.
linpackd for The LINPACK benchmark program in double
precision.
1000s for The LINPACK 1000x1000 benchmark program in
single precision.
1000d for The LINPACK 1000x1000 benchmark program in
double precision.
linpackc for The LINPACK benchmark program done in C.
lang C
by Bonnie Toy 5/88.
livermore # The Livermore loops in double precision.
(Fortran)
A program used by some to benchmark
supercomputers.
by Frank McMahaon LLNL 1/26/88
livermores # Same as LIVERMORE only single precision.
livermorec # A 'C' version of the Livermore loops program,
a program used by some to benchmark
supercomputers.
by Frank McMahaon LLNL 1/26/88
llt.f
lus for The linear equation solver used in the paper by
Dongarra and Eisenstat
that is based on matrix-vector operations. This
is the single
precision version.
lud for The linear equation solver used in the paper by
Dongarra and Eisenstat
that is based on matrix-vector operations. This
is the double
precision version.
mail
new.perf-upd
nhalf
nsubhalf.sendtape
nsubhalf.tape
old.livermore
perform.scr
performance.ps by J. Dongarra
lang PostScript
# Performance of Various Computers Using Standard
Linear Algebra Software
in a Fortran Environment', also known as the
Linpack Benchmark Report
perf-upd # A log of updates made to the above report.
performance.reason
sendpaper
sendtape
slpsubhalf.f
sparsed
to-get-lp-benchmark
to.dgh
v.ibm
v.ibm2
vector.bit
vector1
vector2
vector3
vector4
vector5
vectorold
vectors/ for A test suite for vectorizing Fortran compilers.
Single precision.
# D. Levine, D. Callahan, and J. Dongarra.
1/4/91.
vectord/ for A test suite for vectorizing Fortran compilers.
Double precision.
# D. Levine, D. Callahan, and J. Dongarra.
1/4/91.
higbie for a collection of vectorizable loops.
# Lee Higbie, 2/13/91.
whetstonec for The Whetstone benchmark in C. This program is a
translation of the
original Algol version in "A Synthetic
Benchmark" by H.J. Curnow
and B.A. Wichman in Computer Journal, Vol 19
#1, February 1976.
whetstones for The Whetstone benchmark in single precision
Fortran.
whetstoned for The Whetstone benchmark in double precision
Fortran.
dhry-ada/ for Dhrystone benchmark program in Ada, current
version.
dhry-c/ for Dhrystone benchmark program in C, current
version.
dhry-pascal/ for Dhrystone benchmark program in Pascal, current
version.
karp-challenge for Alan Karp's challenge on parallel vs sequential
computing.
nbslib for A version of netlib runs at NBS and they
distribute benchmark
software.
bell-award for details of the following prize:
Beginning in 1988, two $1000 awards will be
given each year for 10
years to the person or team that demonstrates
the greatest speedup on a
multiple-instruction, multiple-data parallel
processor.
nas for A benchmark test program has been developed for
use by the NAS program at
NASA Ames Research Center to aid in the
evaluation of supercomputer
performance.
by David H. Bailey, NASA Ames Research Center, June
24, 1988
nas-doc for tex documentation for NAS
parallel/ for loops to test an compilers ability to
parallelize
by Jack Dongarra Dec 1991.
bipopt/ for bipolar operating point benchmark suite
by Bob Melville
laserprinter.ps for benchmark for postscript laser printers.
by Jim Sullivan
top500-1993.ps for a list of the top 500 high-performance computer
centers
as rated by floating point performance in 1993.
by Jack Dongarra July 1993.
top500.ps for a list of the top 500 high-performance computer
centers
as rated by floating point performance in
November 1994.
by Jack Dongarra November 1994.
mp-computers.ps for Overview of recent high-performance computers.
Machines are ordered
by there type. The most important
characteristics of the systems and
some performance figures for these systems are
given.
by Aad van der Steen, November 1993.
comm/ for Benchmark program to measure bandwidth and
latency of
message passing systems.
MPI and PVM versions included.
by Jack Dongarra and Tom Dunigan, May 1995.
-----------------------------------------------------------
for bipolar operating point benchmark suite
path: /netlib/benchmark/bipopt/
-----------------------------------------------------------
intro.bmrk for Troff(-mm)/Eqn/Pic file; general description,
references;
cmmode.bmrk for common-mode circuit; Troff/Eqn and PostScript at
end!
casc.bmrk for Schmitt trigger cascade
dcnine.bmrk for circuit from Chua
hybr.bmrk for all-NPN voltage reference from Banwell
oa741.bmrk for input stage of 741 op-amp
vref.bmrk for Brokaw voltage reference
-----------------------------------------------------------
for Benchmark program to measure bandwidth and
path: /netlib/benchmark/comm/
-----------------------------------------------------------
mpi.c
pvm.c
script
-----------------------------------------------------------
for Dhrystone benchmark program in Ada, current
path: /netlib/benchmark/dhry-ada/
-----------------------------------------------------------
d_global.s
d_main.b
d_pack_1.b
d_pack_1.s
d_pack_2.b
d_pack_2.s
dhry_c.dif
submit.frm
-----------------------------------------------------------
for Dhrystone benchmark program in C, current
path: /netlib/benchmark/dhry-c/
-----------------------------------------------------------
RATIONALE
README_C
VARIATIONS
dhry.h
dhry_1.c
dhry_2.c
dhry_c.dif
submit.frm
-----------------------------------------------------------
for Dhrystone benchmark program in Pascal, current
path: /netlib/benchmark/dhry-pascal/
-----------------------------------------------------------
RATIONALE
README_P
dhry.p-1
dhry.p-2
dhry_c.dif
submit.frm
-----------------------------------------------------------
for loops to test an compilers ability to
path: /netlib/benchmark/parallel/
-----------------------------------------------------------
loops2.f
subs.f
-----------------------------------------------------------
for A test suite for vectorizing Fortran compilers.
path: /netlib/benchmark/vectord/
-----------------------------------------------------------
loopd.f
maind.f
-----------------------------------------------------------
for A test suite for vectorizing Fortran compilers.
path: /netlib/benchmark/vectors/
-----------------------------------------------------------
loops.f
mains.f
-----------------------------------------------------------
for biharmonic equation in rectangular geometry and
path: /netlib/bihar/
-----------------------------------------------------------
.depend
Makefile
dbihar.f for biharmonic PDE solver in rectangular geometry
prec double
gams I2b1c
dbiplr.f for biharmonic PDE solver in polar coordinates
prec double
gams I2b1c
dbmult.f for biharmonic multiply in rectangular geometry
prec double
gams I2b4
dbplrm.f for biharmonic multiply in polar coordinates
prec double
gams I2b4
dependencies
disclaimer
dlmult.f for Laplace multiply in rectangular geometry
prec double
gams I2b4
dlplrm.f for Laplace multiply in polar coordinates
prec double
gams I2b4
sbihar.f for biharmonic PDE solver in rectangular geometry
prec single
gams I2b1c
sbiplr.f for biharmonic PDE solver in polar coordinates
prec single
gams I2b1c
sbmult.f for biharmonic multiply in rectangular geometry
prec single
gams I2b4
sbplrm.f for biharmonic multiply in polar coordinates
prec single
gams I2b4
slmult.f for Laplace multiply in rectangular geometry
prec single
gams I2b4
slplrm.f for Laplace multiply in polar coordinates
prec single
gams I2b4
fft.doc for documentation of FFT routines used in the bihar
routines
prec double
see fftpack
drffti.f for initialize drfftf and drfftb
prec double
see fftpack
drfftf.f for forward transform of a real periodic sequence
prec double
see fftpack
drfftb.f for backward transform of a real coefficient array
prec double
see fftpack
defftf.f for a simplified real periodic forward transform
prec double
see fftpack
defftb.f for a simplified real periodic backward transform
prec double
see fftpack
dsinti.f for initialize dsint
prec double
see fftpack
dsint.f for sine transform of a real odd sequence
prec double
see fftpack
dcosti.f for initialize dcost
prec double
see fftpack
dcost.f for cosine transform of a real even sequence
prec double
see fftpack
dsinqi.f for initialize dsinqf and dsinqb
prec double
see fftpack
dsinqf.f for forward sine transform with odd wave numbers
prec double
see fftpack
dsinqb.f for unnormalized inverse of dsinqf
prec double
see fftpack
dcosqi.f for initialize dcosqf and dcosqb
prec double
see fftpack
dcosqf.f for forward cosine transform with odd wave numbers
prec double
see fftpack
dcosqb.f for unnormalized inverse of dcosqf
prec double
see fftpack
dcffti.f for initialize dcfftf and dcfftb
prec double
see fftpack
dcfftf.f for forward transform of a complex periodic sequence
prec double
see fftpack
dcfftb.f for unnormalized inverse of dcfftf
prec double
see fftpack
dbipl.f
dbisld.f
dbislf.f
dcftb1.f
dcftf1.f
dcfti1.f
dcmult.f
dconju.f
dcsqb1.f
dcsqf1.f
defft1.f
deffti.f
dftrnx.f
dftrny.f
dpssb.f
dhzeri.f
dhzero.f
dmatge.f
dpentf.f
dpmult.f
dpplrm.f
dpreco.f
dpssb2.f
dpssb3.f
dpssb4.f
dpssb5.f
dpssf.f
dpssf2.f
dpssf3.f
dpssf4.f
dpssf5.f
dradb2.f
dradb3.f
dradb4.f
dradb5.f
dradbg.f
dradf2.f
dradf3.f
dradf4.f
dradf5.f
dradfg.f
drftb1.f
drftf1.f
drfti1.f
dstart.f
dtrigi.f
dupdat.f
pois.f
sbipl.f
sbisld.f
sbislf.f
scfftb.f
scfftf.f
scffti.f
scftb1.f
scftf1.f
scfti1.f
scmult.f
sconju.f
scosqb.f
scosqf.f
scosqi.f
scost.f
scosti.f
scsqb1.f
scsqf1.f
sefft1.f
sefftb.f
sefftf.f
seffti.f
sftrnx.f
sftrny.f
shzeri.f
shzero.f
smatge.f
spentf.f
spmult.f
spplrm.f
spreco.f
spssb.f
spssb2.f
spssb3.f
spssb4.f
spssb5.f
spssf.f
spssf2.f
spssf3.f
spssf4.f
spssf5.f
sradb2.f
sradb3.f
sradb4.f
sradb5.f
sradbg.f
sradf2.f
sradf3.f
sradf4.f
sradf5.f
sradfg.f
srfftb.f
srfftf.f
srffti.f
srftb1.f
srftf1.f
srfti1.f
ssinqb.f
ssinqf.f
ssinqi.f
ssint.f
ssinti.f
sstart.f
strigi.f
supdat.f
-----------------------------------------------------------
for Basic Linear Algebra Communication Subprograms
path: /netlib/blacs/
-----------------------------------------------------------
# BLACS directory
# =====
# This directory contains machine-specific versions of the
# BLACS ( Basic Linear Algebra Communication Subprograms ). The
# platforms currently supported are: Intel series (NX), PVM,
# SP series (MPL), Thinking Machines CM-5 (CMMD).
# Several vendors are producing optimized versions of the BLACS
# ( e.g. Cray, IBM, and Meiko).
#
# Alpha test release of MPI BLACS is now available! (Oct, 1995)
# (See details below and the errata.mpiblacs file for a list of
# platforms where the software has been tested, and any
# difficulties that were encountered.)
#
# For further information, please refer to the URL:
# http://www.netlib.org/blacs/Blacs.html
# ############
# # SOFTWARE #
# ############
cmmdblacs/ for TMC CM-5 version of the BLACS, written on top of
CMMD. UPDATED: February 28, 1995
size 640699 bytes
mpiblacs/ for MPI version of the BLACS (!!ALPHA TEST
RELEASE!!) UPDATED: October 5, 1995
size 879229 bytes
mplblacs/ for IBM SP series version of the BLACS, written on
top of MPL. UPDATED: February 28, 1995
size 656646 bytes
nxblacs/ for Intel series version of the BLACS, written on
top of NX. UPDATED: February 28, 1995
size 564689 bytes
pvmblacs/ for PVM version of the BLACS. UPDATED: February
28, 1995
size 621387 bytes
blacstester/ for Test Suite for the BLACS. UPDATED: February
28, 1995
size 974678 bytes
mpiblacstester/ for Test Suite for the MPI BLACS. UPDATED: October
5, 1995
size 1100157 bytes
# #################
# # DOCUMENTATION #
# #################
errata.mpiblacs for ERRATA file for the MPIBLACS. Specifically
lists all platforms for which they have been
tested, and any difficulties that were
encountered.
size 8281 bytes
blacs_install.ps for DRAFT of "Installing and Testing the BLACS"
(VERY IMPORTANT FOR MPIBLACS INSTALLATION!!)
UPDATED: October 3, 1995
size 168390 bytes
mpiblacs_issues.ps for DRAFT of "Outstanding Issues in the MPIBLACS"
UPDATED: October 3, 1995
size 110944 bytes
mpi_prop.ps for DRAFT of "Some Plebian Extensions to MPI"
UPDATED: October 3, 1995
size 97398 bytes
btest_ug.ps for Installation Guide for the BLACS and its Test
Suite. UPDATED: February 28, 1995
size 128004 bytes
lawn94.ps for Draft of "A User's Guide to the BLACS v1.0".
UPDATED: June 7, 1995
size 409788 bytes
cblacsqref.ps for Quick Reference Guide to the C interface for the
BLACS. UPDATED: February 28, 1995
size 69240 bytes
f77blacsqref.ps for Quick Reference Guide to the Fortran 77
interface for the BLACS. UPDATED: February 28,
1995
size 67842 bytes
-----------------------------------------------------------
for Test Suite for the BLACS. UPDATED: February
path: /netlib/blacs/blacstester/
-----------------------------------------------------------
BLACS/
-----------------------------------------------------------
path: /netlib/blacs/blacstester/BLACS/
-----------------------------------------------------------
BMAKES/
Bmake.inc
Makefile
TESTING/
-----------------------------------------------------------
path: /netlib/blacs/blacstester/BLACS/BMAKES/
-----------------------------------------------------------
Bmake.ALPHA
Bmake.CM5
Bmake.HPPA
Bmake.I860
Bmake.LINUX
Bmake.PMAX
Bmake.RS6K
Bmake.SGI
Bmake.SP1
Bmake.SP2
Bmake.SUN4
-----------------------------------------------------------
path: /netlib/blacs/blacstester/BLACS/TESTING/
-----------------------------------------------------------
Cbt.c
Cbt.h
EXE/
Makefile
README
blacstest.f
btprim_CMMD.f
btprim_MPL.f
btprim_NX.f
btprim_PVM.f
tools.f
-----------------------------------------------------------
path: /netlib/blacs/blacstester/BLACS/TESTING/EXE/
-----------------------------------------------------------
bsbr.dat
bt.dat
comb.dat
sdrv.dat
-----------------------------------------------------------
for TMC CM-5 version of the BLACS, written on top of
path: /netlib/blacs/cmmdblacs/
-----------------------------------------------------------
BLACS/
-----------------------------------------------------------
path: /netlib/blacs/cmmdblacs/BLACS/
-----------------------------------------------------------
BMAKES/
Bmake.inc
LIB/
Makefile
SRC/
-----------------------------------------------------------
path: /netlib/blacs/cmmdblacs/BLACS/BMAKES/
-----------------------------------------------------------
Bmake.ALPHA
Bmake.CM5
Bmake.HPPA
Bmake.I860
Bmake.LINUX
Bmake.PMAX
Bmake.RS6K
Bmake.SGI
Bmake.SP1
Bmake.SP2
Bmake.SUN4
-----------------------------------------------------------
path: /netlib/blacs/cmmdblacs/BLACS/LIB/
-----------------------------------------------------------
LIB.log
-----------------------------------------------------------
path: /netlib/blacs/cmmdblacs/BLACS/SRC/
-----------------------------------------------------------
CMMD/
README
-----------------------------------------------------------
path: /netlib/blacs/cmmdblacs/BLACS/SRC/CMMD/
-----------------------------------------------------------
Bconfig.h
Bdef.h
INTERNAL/
Makefile
blacs_abort_.c
blacs_barrier_.c
blacs_exit_.c
blacs_freebuff_.c
blacs_get_.c
blacs_gridexit_.c
blacs_gridinfo_.c
blacs_gridinit_.c
blacs_gridmap_.c
blacs_pcoord_.c
blacs_pinfo_.c
blacs_pnum_.c
blacs_set_.c
blacs_setup_.c
cgamn2d_.c
cgamx2d_.c
cgebr2d_.c
cgebs2d_.c
cgerv2d_.c
cgesd2d_.c
cgsum2d_.c
ctrbr2d_.c
ctrbs2d_.c
ctrrv2d_.c
ctrsd2d_.c
dcputime00_.c
dgamn2d_.c
dgamx2d_.c
dgebr2d_.c
dgebs2d_.c
dgerv2d_.c
dgesd2d_.c
dgsum2d_.c
dtrbr2d_.c
dtrbs2d_.c
dtrrv2d_.c
dtrsd2d_.c
dwalltime00_.c
igamn2d_.c
igamx2d_.c
igebr2d_.c
igebs2d_.c
igerv2d_.c
igesd2d_.c
igsum2d_.c
itrbr2d_.c
itrbs2d_.c
itrrv2d_.c
itrsd2d_.c
kbrid_.c
kbsid_.c
krecvid_.c
ksendid_.c
sgamn2d_.c
sgamx2d_.c
sgebr2d_.c
sgebs2d_.c
sgerv2d_.c
sgesd2d_.c
sgsum2d_.c
strbr2d_.c
strbs2d_.c
strrv2d_.c
strsd2d_.c
zgamn2d_.c
zgamx2d_.c
zgebr2d_.c
zgebs2d_.c
zgerv2d_.c
zgesd2d_.c
zgsum2d_.c
ztrbr2d_.c
ztrbs2d_.c
ztrrv2d_.c
ztrsd2d_.c
-----------------------------------------------------------
path: /netlib/blacs/cmmdblacs/BLACS/SRC/CMMD/INTERNAL/
-----------------------------------------------------------
Ahyp_br.c
Ahyp_bs.c
Aidring_br.c
Aidring_bs.c
Ampath_br.c
Ampath_bs.c
Arecv2d00.c
Arecv2dID.c
ArgCheck00.c
Asend2d00.c
Asend2dID.c
Asring_br.c
Asring_bs.c
Atree_br.c
Atree_bs.c
BE_comb.c
Bconfig.h
Bdef.h
BlacsAbort00.c
BlacsErr.c
BlacsWarn.c
BuffIsFree.c
GlobalVars.c
Shyp_br.c
Shyp_bs.c
Sidring_br.c
Sidring_bs.c
Smpath_br.c
Smpath_bs.c
Srecv2d00.c
Srecv2dID.c
Ssend2d00.c
Ssend2dID.c
Ssring_br.c
Ssring_bs.c
Stree_br.c
Stree_bs.c
TransDist.c
UpdateBuffs.c
cvvamn.c
cvvamn2.c
cvvamx.c
cvvamx2.c
cvvsum.c
dvvamn.c
dvvamn2.c
dvvamx.c
dvvamx2.c
dvvsum.c
emergency_buff.c
getbuff.c
ivvamn.c
ivvamn2.c
ivvamx.c
ivvamx2.c
ivvsum.c
mvcopy4.c
mvcopy8.c
svvamn.c
svvamn2.c
svvamx.c
svvamx2.c
svvsum.c
tree_comb.c
tvcopy16.c
tvcopy4.c
tvcopy8.c
vmcopy4.c
vmcopy8.c
vtcopy16.c
vtcopy4.c
vtcopy8.c
zvvamn.c
zvvamn2.c
zvvamx.c
zvvamx2.c
zvvsum.c
-----------------------------------------------------------
for MPI version of the BLACS (!!ALPHA TEST
path: /netlib/blacs/mpiblacs/
-----------------------------------------------------------
BLACS/
-----------------------------------------------------------
path: /netlib/blacs/mpiblacs/BLACS/
-----------------------------------------------------------
BMAKES/
INSTALL/
LIB/
Makefile
README
SRC/
-----------------------------------------------------------
path: /netlib/blacs/mpiblacs/BLACS/BMAKES/
-----------------------------------------------------------
Bmake.CMMD-CM5
Bmake.MPI-ALPHA
Bmake.MPI-HPPA
Bmake.MPI-I860
Bmake.MPI-LINUX
Bmake.MPI-RS6K
Bmake.MPI-SGI
Bmake.MPI-SP2
Bmake.MPI-SUN4
Bmake.MPL-SP1
Bmake.MPL-SP2
Bmake.NX-I860
Bmake.PVM-ALPHA
Bmake.PVM-HPPA
Bmake.PVM-LINUX
Bmake.PVM-PMAX
Bmake.PVM-RS6K
Bmake.PVM-SGI
Bmake.PVM-SUN4
-----------------------------------------------------------
path: /netlib/blacs/mpiblacs/BLACS/INSTALL/
-----------------------------------------------------------
Cintface.c
EXE/
Fintface.f
Makefile
README
size.c
syserrors.c
transcomm.c
-----------------------------------------------------------
path: /netlib/blacs/mpiblacs/BLACS/INSTALL/EXE/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/blacs/mpiblacs/BLACS/LIB/
-----------------------------------------------------------
LIB.log
-----------------------------------------------------------
path: /netlib/blacs/mpiblacs/BLACS/SRC/
-----------------------------------------------------------
MPI/
README
-----------------------------------------------------------
path: /netlib/blacs/mpiblacs/BLACS/SRC/MPI/
-----------------------------------------------------------
Bconfig.h
Bdef.h
INTERNAL/
Makefile
blacs2sys_handle_.c
blacs_abort_.c
blacs_barrier_.c
blacs_exit_.c
blacs_freebuff_.c
blacs_get_.c
blacs_gridexit_.c
blacs_gridinfo_.c
blacs_gridinit_.c
blacs_gridmap_.c
blacs_pcoord_.c
blacs_pinfo_.c
blacs_pnum_.c
blacs_set_.c
blacs_setup_.c
cgamn2d_.c
cgamx2d_.c
cgebr2d_.c
cgebs2d_.c
cgerv2d_.c
cgesd2d_.c
cgsum2d_.c
ctrbr2d_.c
ctrbs2d_.c
ctrrv2d_.c
ctrsd2d_.c
dcputime00_.c
dgamn2d_.c
dgamx2d_.c
dgebr2d_.c
dgebs2d_.c
dgerv2d_.c
dgesd2d_.c
dgsum2d_.c
dtrbr2d_.c
dtrbs2d_.c
dtrrv2d_.c
dtrsd2d_.c
dwalltime00_.c
free_blacs_system_handle_.c
igamn2d_.c
igamx2d_.c
igebr2d_.c
igebs2d_.c
igerv2d_.c
igesd2d_.c
igsum2d_.c
itrbr2d_.c
itrbs2d_.c
itrrv2d_.c
itrsd2d_.c
kbrid_.c
kbsid_.c
krecvid_.c
ksendid_.c
sgamn2d_.c
sgamx2d_.c
sgebr2d_.c
sgebs2d_.c
sgerv2d_.c
sgesd2d_.c
sgsum2d_.c
strbr2d_.c
strbs2d_.c
strrv2d_.c
strsd2d_.c
sys2blacs_handle_.c
zgamn2d_.c
zgamx2d_.c
zgebr2d_.c
zgebs2d_.c
zgerv2d_.c
zgesd2d_.c
zgsum2d_.c
ztrbr2d_.c
ztrbs2d_.c
ztrrv2d_.c
ztrsd2d_.c
-----------------------------------------------------------
path: /netlib/blacs/mpiblacs/BLACS/SRC/MPI/INTERNAL/
-----------------------------------------------------------
BI_Arecv.c
BI_ArgCheck.c
BI_Asend.c
BI_BeComb.c
BI_BlacsAbort.c
BI_BlacsErr.c
BI_BlacsWarn.c
BI_BuffIsFree.c
BI_ContxtNum.c
BI_EmergencyBuff.c
BI_GetBuff.c
BI_GetMpiGeType.c
BI_GetMpiTrType.c
BI_GlobalVars.c
BI_HypBR.c
BI_HypBS.c
BI_IdringBR.c
BI_IdringBS.c
BI_MPI_C_to_f77_trans_comm.c
BI_MPI_F77_to_c_trans_comm.c
BI_MpathBR.c
BI_MpathBS.c
BI_MringComb.c
BI_Pack.c
BI_Rsend.c
BI_Srecv.c
BI_SringBR.c
BI_SringBS.c
BI_Ssend.c
BI_TransDist.c
BI_TransUserComm.c
BI_TreeBR.c
BI_TreeBS.c
BI_TreeComb.c
BI_Unpack.c
BI_UpdateBuffs.c
BI_cMPI_amn.c
BI_cMPI_amn2.c
BI_cMPI_amx.c
BI_cMPI_amx2.c
BI_cMPI_sum.c
BI_cvvamn.c
BI_cvvamn2.c
BI_cvvamx.c
BI_cvvamx2.c
BI_cvvsum.c
BI_dMPI_amn.c
BI_dMPI_amn2.c
BI_dMPI_amx.c
BI_dMPI_amx2.c
BI_dmvcopy.c
BI_dvmcopy.c
BI_dvvamn.c
BI_dvvamn2.c
BI_dvvamx.c
BI_dvvamx2.c
BI_dvvsum.c
BI_iMPI_amn.c
BI_iMPI_amn2.c
BI_iMPI_amx.c
BI_iMPI_amx2.c
BI_imvcopy.c
BI_ivmcopy.c
BI_ivvamn.c
BI_ivvamn2.c
BI_ivvamx.c
BI_ivvamx2.c
BI_ivvsum.c
BI_sMPI_amn.c
BI_sMPI_amn2.c
BI_sMPI_amx.c
BI_sMPI_amx2.c
BI_smvcopy.c
BI_svmcopy.c
BI_svvamn.c
BI_svvamn2.c
BI_svvamx.c
BI_svvamx2.c
BI_svvsum.c
BI_zMPI_amn.c
BI_zMPI_amn2.c
BI_zMPI_amx.c
BI_zMPI_amx2.c
BI_zMPI_sum.c
BI_zvvamn.c
BI_zvvamn2.c
BI_zvvamx.c
BI_zvvamx2.c
BI_zvvsum.c
Bconfig.h
Bdef.h
bi_f77_get_constants.f
bi_f77_mpi_attr_get.f
bi_f77_mpi_initialized.f
bi_f77_mpi_op_create.f
bi_f77_mpi_test.f
bi_f77_mpi_testall.f
-----------------------------------------------------------
for Test Suite for the MPI BLACS. UPDATED: October
path: /netlib/blacs/mpiblacstester/
-----------------------------------------------------------
BLACS/
-----------------------------------------------------------
path: /netlib/blacs/mpiblacstester/BLACS/
-----------------------------------------------------------
BMAKES/
INSTALL/
Makefile
README
TESTING/
-----------------------------------------------------------
path: /netlib/blacs/mpiblacstester/BLACS/BMAKES/
-----------------------------------------------------------
Bmake.CMMD-CM5
Bmake.MPI-ALPHA
Bmake.MPI-HPPA
Bmake.MPI-I860
Bmake.MPI-LINUX
Bmake.MPI-RS6K
Bmake.MPI-SGI
Bmake.MPI-SP2
Bmake.MPI-SUN4
Bmake.MPL-SP1
Bmake.MPL-SP2
Bmake.NX-I860
Bmake.PVM-ALPHA
Bmake.PVM-HPPA
Bmake.PVM-LINUX
Bmake.PVM-PMAX
Bmake.PVM-RS6K
Bmake.PVM-SGI
Bmake.PVM-SUN4
-----------------------------------------------------------
path: /netlib/blacs/mpiblacstester/BLACS/INSTALL/
-----------------------------------------------------------
Cintface.c
EXE/
Fintface.f
Makefile
README
size.c
syserrors.c
transcomm.c
-----------------------------------------------------------
path: /netlib/blacs/mpiblacstester/BLACS/INSTALL/EXE/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/blacs/mpiblacstester/BLACS/TESTING/
-----------------------------------------------------------
Cbt.c
Cbt.h
EXE/
Makefile
README
blacstest.f
bsbr.dat
bt.dat
btprim_CMMD.f
btprim_MPI.f
btprim_MPL.f
btprim_NX.f
btprim_PVM.f
comb.dat
sdrv.dat
tools.f
-----------------------------------------------------------
path: /netlib/blacs/mpiblacstester/BLACS/TESTING/EXE/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
for IBM SP series version of the BLACS, written on
path: /netlib/blacs/mplblacs/
-----------------------------------------------------------
BLACS/
-----------------------------------------------------------
path: /netlib/blacs/mplblacs/BLACS/
-----------------------------------------------------------
BMAKES/
Bmake.inc
LIB/
Makefile
SRC/
-----------------------------------------------------------
path: /netlib/blacs/mplblacs/BLACS/BMAKES/
-----------------------------------------------------------
Bmake.ALPHA
Bmake.CM5
Bmake.HPPA
Bmake.I860
Bmake.LINUX
Bmake.PMAX
Bmake.RS6K
Bmake.SGI
Bmake.SP1
Bmake.SP2
Bmake.SUN4
-----------------------------------------------------------
path: /netlib/blacs/mplblacs/BLACS/LIB/
-----------------------------------------------------------
LIB.log
-----------------------------------------------------------
path: /netlib/blacs/mplblacs/BLACS/SRC/
-----------------------------------------------------------
MPL/
README
-----------------------------------------------------------
path: /netlib/blacs/mplblacs/BLACS/SRC/MPL/
-----------------------------------------------------------
Bconfig.h
Bdef.h
INTERNAL/
Makefile
blacs_abort_.c
blacs_barrier_.c
blacs_exit_.c
blacs_freebuff_.c
blacs_get_.c
blacs_gridexit_.c
blacs_gridinfo_.c
blacs_gridinit_.c
blacs_gridmap_.c
blacs_pcoord_.c
blacs_pinfo_.c
blacs_pnum_.c
blacs_set_.c
blacs_setup_.c
cgamn2d_.c
cgamx2d_.c
cgebr2d_.c
cgebs2d_.c
cgerv2d_.c
cgesd2d_.c
cgsum2d_.c
ctrbr2d_.c
ctrbs2d_.c
ctrrv2d_.c
ctrsd2d_.c
dcputime00_.c
dgamn2d_.c
dgamx2d_.c
dgebr2d_.c
dgebs2d_.c
dgerv2d_.c
dgesd2d_.c
dgsum2d_.c
dtrbr2d_.c
dtrbs2d_.c
dtrrv2d_.c
dtrsd2d_.c
dwalltime00_.c
igamn2d_.c
igamx2d_.c
igebr2d_.c
igebs2d_.c
igerv2d_.c
igesd2d_.c
igsum2d_.c
itrbr2d_.c
itrbs2d_.c
itrrv2d_.c
itrsd2d_.c
kbrid_.c
kbsid_.c
krecvid_.c
ksendid_.c
sgamn2d_.c
sgamx2d_.c
sgebr2d_.c
sgebs2d_.c
sgerv2d_.c
sgesd2d_.c
sgsum2d_.c
strbr2d_.c
strbs2d_.c
strrv2d_.c
strsd2d_.c
zgamn2d_.c
zgamx2d_.c
zgebr2d_.c
zgebs2d_.c
zgerv2d_.c
zgesd2d_.c
zgsum2d_.c
ztrbr2d_.c
ztrbs2d_.c
ztrrv2d_.c
ztrsd2d_.c
-----------------------------------------------------------
path: /netlib/blacs/mplblacs/BLACS/SRC/MPL/INTERNAL/
-----------------------------------------------------------
Ahyp_br.c
Ahyp_bs.c
Aidring_br.c
Aidring_bs.c
Ampath_br.c
Ampath_bs.c
Arecv2d00.c
Arecv2dID.c
ArgCheck00.c
Asend2d00.c
Asend2dID.c
Asring_br.c
Asring_bs.c
Atree_br.c
Atree_bs.c
BE_comb.c
Bconfig.h
Bdef.h
BlacsAbort00.c
BlacsErr.c
BlacsWarn.c
BuffIsFree.c
ContxtNum.c
GlobalVars.c
Shyp_br.c
Shyp_bs.c
Sidring_br.c
Sidring_bs.c
Smpath_br.c
Smpath_bs.c
Srecv2d00.c
Srecv2dID.c
Ssend2d00.c
Ssend2dID.c
Ssring_br.c
Ssring_bs.c
Stree_br.c
Stree_bs.c
TransDist.c
UpdateBuffs.c
cvvamn.c
cvvamn2.c
cvvamx.c
cvvamx2.c
cvvsum.c
dvvamn.c
dvvamn2.c
dvvamx.c
dvvamx2.c
dvvsum.c
emergency_buff.c
getbuff.c
ivvamn.c
ivvamn2.c
ivvamx.c
ivvamx2.c
ivvsum.c
mvcopy4.c
mvcopy8.c
svvamn.c
svvamn2.c
svvamx.c
svvamx2.c
svvsum.c
tree_comb.c
tvcopy16.c
tvcopy4.c
tvcopy8.c
vmcopy4.c
vmcopy8.c
vtcopy16.c
vtcopy4.c
vtcopy8.c
zvvamn.c
zvvamn2.c
zvvamx.c
zvvamx2.c
zvvsum.c
-----------------------------------------------------------
for Intel series version of the BLACS, written on
path: /netlib/blacs/nxblacs/
-----------------------------------------------------------
BLACS/
-----------------------------------------------------------
path: /netlib/blacs/nxblacs/BLACS/
-----------------------------------------------------------
BMAKES/
Bmake.inc
LIB/
Makefile
SRC/
-----------------------------------------------------------
path: /netlib/blacs/nxblacs/BLACS/BMAKES/
-----------------------------------------------------------
Bmake.ALPHA
Bmake.CM5
Bmake.HPPA
Bmake.I860
Bmake.LINUX
Bmake.PMAX
Bmake.RS6K
Bmake.SGI
Bmake.SP1
Bmake.SP2
Bmake.SUN4
-----------------------------------------------------------
path: /netlib/blacs/nxblacs/BLACS/LIB/
-----------------------------------------------------------
LIB.log
-----------------------------------------------------------
path: /netlib/blacs/nxblacs/BLACS/SRC/
-----------------------------------------------------------
NX/
README
-----------------------------------------------------------
path: /netlib/blacs/nxblacs/BLACS/SRC/NX/
-----------------------------------------------------------
Bconfig.h
Bdef.h
INTERNAL/
Makefile
blacs_abort_.c
blacs_barrier_.c
blacs_exit_.c
blacs_freebuff_.c
blacs_get_.c
blacs_gridexit_.c
blacs_gridinfo_.c
blacs_gridinit_.c
blacs_gridmap_.c
blacs_pcoord_.c
blacs_pinfo_.c
blacs_pnum_.c
blacs_set_.c
blacs_setup_.c
cgamn2d_.c
cgamx2d_.c
cgebr2d_.c
cgebs2d_.c
cgerv2d_.c
cgesd2d_.c
cgsum2d_.c
ctrbr2d_.c
ctrbs2d_.c
ctrrv2d_.c
ctrsd2d_.c
dcputime00_.c
dgamn2d_.c
dgamx2d_.c
dgebr2d_.c
dgebs2d_.c
dgerv2d_.c
dgesd2d_.c
dgsum2d_.c
dtrbr2d_.c
dtrbs2d_.c
dtrrv2d_.c
dtrsd2d_.c
dwalltime00_.c
igamn2d_.c
igamx2d_.c
igebr2d_.c
igebs2d_.c
igerv2d_.c
igesd2d_.c
igsum2d_.c
itrbr2d_.c
itrbs2d_.c
itrrv2d_.c
itrsd2d_.c
kbrid_.c
kbsid_.c
krecvid_.c
ksendid_.c
sgamn2d_.c
sgamx2d_.c
sgebr2d_.c
sgebs2d_.c
sgerv2d_.c
sgesd2d_.c
sgsum2d_.c
strbr2d_.c
strbs2d_.c
strrv2d_.c
strsd2d_.c
zgamn2d_.c
zgamx2d_.c
zgebr2d_.c
zgebs2d_.c
zgerv2d_.c
zgesd2d_.c
zgsum2d_.c
ztrbr2d_.c
ztrbs2d_.c
ztrrv2d_.c
ztrsd2d_.c
-----------------------------------------------------------
path: /netlib/blacs/nxblacs/BLACS/SRC/NX/INTERNAL/
-----------------------------------------------------------
Arecv2d00.c
Arecv2dID.c
ArgCheck00.c
Asend2d00.c
Asend2dID.c
BE_comb.c
Bconfig.h
Bdef.h
BlacsAbort00.c
BlacsErr.c
BlacsWarn.c
BuffIsFree.c
GetCombBuff.c
GlobalVars.c
Shyp_br.c
Shyp_bs.c
Sidring_br.c
Sidring_bs.c
Smpath_br.c
Smpath_bs.c
Srecv2d00.c
Srecv2dID.c
Ssend2d00.c
Ssend2dID.c
Ssring_br.c
Ssring_bs.c
Stree_br.c
Stree_bs.c
TransDist.c
cvvamn.c
cvvamn2.c
cvvamx.c
cvvamx2.c
cvvsum.c
dvvamn.c
dvvamn2.c
dvvamx.c
dvvamx2.c
dvvsum.c
getbuff.c
ivvamn.c
ivvamn2.c
ivvamx.c
ivvamx2.c
ivvsum.c
mvcopy4.c
mvcopy8.c
svvamn.c
svvamn2.c
svvamx.c
svvamx2.c
svvsum.c
tree_comb.c
tvcopy16.c
tvcopy4.c
tvcopy8.c
vmcopy4.c
vmcopy8.c
vtcopy16.c
vtcopy4.c
vtcopy8.c
zvvamn.c
zvvamn2.c
zvvamx.c
zvvamx2.c
zvvsum.c
-----------------------------------------------------------
for PVM version of the BLACS. UPDATED: February
path: /netlib/blacs/pvmblacs/
-----------------------------------------------------------
BLACS/
-----------------------------------------------------------
path: /netlib/blacs/pvmblacs/BLACS/
-----------------------------------------------------------
BMAKES/
Bmake.inc
LIB/
Makefile
SRC/
-----------------------------------------------------------
path: /netlib/blacs/pvmblacs/BLACS/BMAKES/
-----------------------------------------------------------
Bmake.ALPHA
Bmake.CM5
Bmake.HPPA
Bmake.I860
Bmake.LINUX
Bmake.PMAX
Bmake.RS6K
Bmake.SGI
Bmake.SP1
Bmake.SP2
Bmake.SUN4
-----------------------------------------------------------
path: /netlib/blacs/pvmblacs/BLACS/LIB/
-----------------------------------------------------------
LIB.log
-----------------------------------------------------------
path: /netlib/blacs/pvmblacs/BLACS/SRC/
-----------------------------------------------------------
PVM/
README
-----------------------------------------------------------
path: /netlib/blacs/pvmblacs/BLACS/SRC/PVM/
-----------------------------------------------------------
Bconfig.h
Bdef.h
INTERNAL/
Makefile
blacs_abort_.c
blacs_barrier_.c
blacs_exit_.c
blacs_freebuff_.c
blacs_get_.c
blacs_gridexit_.c
blacs_gridinfo_.c
blacs_gridinit_.c
blacs_gridmap_.c
blacs_pcoord_.c
blacs_pinfo_.c
blacs_pnum_.c
blacs_set_.c
blacs_setup_.c
cgamn2d_.c
cgamx2d_.c
cgebr2d_.c
cgebs2d_.c
cgerv2d_.c
cgesd2d_.c
cgsum2d_.c
ctrbr2d_.c
ctrbs2d_.c
ctrrv2d_.c
ctrsd2d_.c
dcputime00_.c
dgamn2d_.c
dgamx2d_.c
dgebr2d_.c
dgebs2d_.c
dgerv2d_.c
dgesd2d_.c
dgsum2d_.c
dtrbr2d_.c
dtrbs2d_.c
dtrrv2d_.c
dtrsd2d_.c
dwalltime00_.c
igamn2d_.c
igamx2d_.c
igebr2d_.c
igebs2d_.c
igerv2d_.c
igesd2d_.c
igsum2d_.c
itrbr2d_.c
itrbs2d_.c
itrrv2d_.c
itrsd2d_.c
kbrid_.c
kbsid_.c
krecvid_.c
ksendid_.c
setpvmtids_.c
sgamn2d_.c
sgamx2d_.c
sgebr2d_.c
sgebs2d_.c
sgerv2d_.c
sgesd2d_.c
sgsum2d_.c
strbr2d_.c
strbs2d_.c
strrv2d_.c
strsd2d_.c
zgamn2d_.c
zgamx2d_.c
zgebr2d_.c
zgebs2d_.c
zgerv2d_.c
zgesd2d_.c
zgsum2d_.c
ztrbr2d_.c
ztrbs2d_.c
ztrrv2d_.c
ztrsd2d_.c
-----------------------------------------------------------
path: /netlib/blacs/pvmblacs/BLACS/SRC/PVM/INTERNAL/
-----------------------------------------------------------
ArgCheck00.c
BE_comb.c
Bconfig.h
Bdef.h
BlacsAbort00.c
BlacsErr.c
BlacsWarn.c
GlobalVars.c
Shyp_br.c
Shyp_bs.c
Sidring_br.c
Sidring_bs.c
Smpath_br.c
Smpath_bs.c
Srecv2d00.c
Srecv2dID.c
Ssend2d00.c
Ssend2dID.c
Ssring_br.c
Ssring_bs.c
Stree_br.c
Stree_bs.c
TransDist.c
cgpk4amxamn.c
cgpk4op.c
cgupk4amxamn.c
cgupk4op.c
cgupk_amn.c
cgupk_amn2.c
cgupk_amx.c
cgupk_amx2.c
cgupk_sum.c
cpack00.c
ctrpack00.c
ctrunpack00.c
cunpack00.c
dgpk4amxamn.c
dgpk4op.c
dgupk4amxamn.c
dgupk4op.c
dgupk_amn.c
dgupk_amn2.c
dgupk_amx.c
dgupk_amx2.c
dgupk_sum.c
dpack00.c
dtrpack00.c
dtrunpack00.c
dunpack00.c
getbuff.c
igpk4amxamn.c
igpk4op.c
igupk4amxamn.c
igupk4op.c
igupk_amn.c
igupk_amn2.c
igupk_amx.c
igupk_amx2.c
igupk_sum.c
ipack00.c
itrpack00.c
itrunpack00.c
iunpack00.c
sgpk4amxamn.c
sgpk4op.c
sgupk4amxamn.c
sgupk4op.c
sgupk_amn.c
sgupk_amn2.c
sgupk_amx.c
sgupk_amx2.c
sgupk_sum.c
spack00.c
strpack00.c
strunpack00.c
sunpack00.c
tree_comb.c
zgpk4amxamn.c
zgpk4op.c
zgupk4amxamn.c
zgupk4op.c
zgupk_amn.c
zgupk_amn2.c
zgupk_amx.c
zgupk_amx2.c
zgupk_sum.c
zpack00.c
ztrpack00.c
ztrunpack00.c
zunpack00.c
-----------------------------------------------------------
for blas (level 1, 2 and 3) and machine constants
path: /netlib/blas/
-----------------------------------------------------------
#####################################################################
# BLAS Index (Levels 1, 2, and 3) #
# #
# NOTE: All BLAS routines are listed in the order in which #
# they appear on the BLAS Quick Reference Guide. #
# #
# Organization of this index: #
# Documentation and Test Suites #
# Miscellaneous and Auxiliary Routines #
# Level 1 BLAS routines #
# Level 2 BLAS routines #
# Level 3 BLAS routines #
# Extended precision Level 2 BLAS routines #
#####################################################################
.depend
alg-post
blas/ for LEVEL 1, 2, and 3 BLAS routines in all
precisions
# (If only a specific precision or level is
desired, please see the appropriate section of
this index for details.)
prec single, double, complex, doublecomplex
lang fortran
#
# DOCUMENTATION AND TEST SUITES
#
blas2-paper.roff
blasqr.ps for quick reference guide for the BLAS.
lang postscript
blas3-paper.ps for details on the Level 3 BLAS
lang PostScript
blas2-paper.ps for details on the Level 2 BLAS
lang PostScript
blas2test.f for original test driver for the real level two blas
dependencies
doc/
index2
old/
paper-post
quick_reference
readme
sblat1
dblat1
cblat1
tuned
zblat1 for Level 1 BLAS Test Suite
prec single, double, complex, doublecomplex
lang fortran
sblat2
dblat2
cblat2
zblat2 for Level 2 BLAS Test Suite
prec single, double, complex, doublecomplex
lang fortran
sblat2d
dblat2d
cblat2d
zblat2d for Data files required by the Level 2 BLAS Test
Suite
sblat3
dblat3
cblat3
zblat3 for Level 3 BLAS Test Suite
prec single, double, complex, doublecomplex
lang fortran
sblat3d
dblat3d
cblat3d
zblat3d for Data files required by the Level 3 BLAS Test
Suite
#
# MISCELLANEOUS AND AUXILIARY ROUTINES
#
i1mach.f gams r1
for integer machine constants (like Fortran units
for standard input)
r1mach.f gams r1
for real machine constants (like "machine epsilon"
and "biggest number")
d1mach.f gams r1
for double precision machine constants
machar.f gams r1
prec single, double
# precisions can be extracted from the supplied
source code with simple editing changes. NOTE:
at least one version MUST be extracted before
the source will compile. MACHAR is an evolving
subroutine for dynamically determining thirteen
fundamental parameters associated with
floating-point arithmetic. The original version
was published in Cody and Waite, Software Manual
for the Elementary Functions, Prentice-Hall,
1980. The present version has been modified to
operate correctly with IEEE floating-point
arithmetic. It will malfunction on many CRAY
and most CYBER systems, however. See
by W. J. Cody
ref "MACHAR: dynamically determine machine
parameters," TOMS 14, Dec 1988
machar.c gams r1
# C source for machar and a driver. Float and
double versions are selected with compiler
directives.
smach.f
dmach.f
cmach.f
zmach.f for computes machine parameters of floating point
arithmetic for use in testing only.
prec single, double, complex, doublecomplex
slamch.f
dlamch.f for LAPACK routine to determine machine parameters
prec single, double
dgelu.f
dgelub.f for LU factorization of an m-by-n matrix A
prec double
dmr prec double
for DGEMM for IBM RS/6000 by Dongarra, Mayes, and
Radicatti
gams D1b6
lang Fortran
dcabs1.f for computes absolute value of a doublecomplex
number (Auxiliary Routine for a few Level 1 BLAS
routines)
prec doublecomplex
lsame.f for Test if the characters are equal. (Auxiliary
Routine in Level 2 and 3 BLAS routines)
xerbla.f for error handler for the Level 2 and 3 BLAS
routines. (Auxiliary Routine)
#
# LEVEL 1 BLAS ROUTINES
#
blas1/ for Level 1 BLAS routines in all precisions
prec single, double, complex, doublecomplex
gams D1a
sblas1.f
dblas1.f
cblas1.f
zblas1.f for all the Level 1 BLAS for this type
prec single, double, complex, doublecomplex
gams D1a
srotg.f
drotg.f
crotg.f
zrotg.f for setup Givens rotation
prec single, double, complex, doublecomplex
gams D1b10
srotmg.f
drotmg.f for setup modified Givens rotation
prec single, double
srot.f
drot.f
csrot.f
zdrot.f for apply Givens rotation
prec single, double, complex, doublecomplex
gams D1a8, D1b10
srotm.f
drotm.f for apply modified Givens rotation
prec single, double
sswap.f
dswap.f
cswap.f
zswap.f for swap x and y
prec single, double, complex, doublecomplex
gams D1a5
sscal.f
dscal.f
cscal.f
zscal.f
csscal.f
zdscal.f for x = a*x
prec single, double, complex, doublecomplex, complex,
doublecomplex
gams D1a6
scopy.f
dcopy.f
ccopy.f
zcopy.f for copy x into y
prec single, double, complex, doublecomplex
gams D1a5
saxpy.f
daxpy.f
caxpy.f
zaxpy.f for y = a*x + y
prec single, double, complex, doublecomplex
gams D1a7
sdot.f
ddot.f for dot product
prec single, double
gams D1a4
sdsdot.f for dot product with extended precision accumulation
dsdot.f for dot product with extended precision accumulation
and result
cdotu.f
zdotu.f for dot product
prec complex, doublecomplex
gams D1a4
cdotc.f
zdotc.f for dot product, conjugating the first vector
prec complex, doublecomplex
gams D1a4
snrm2.f
dnrm2.f
scnrm2.f
dznrm2.f for Euclidean norm
prec single, double, complex, doublecomplex
gams D1a3b
sasum.f
dasum.f
scasum.f
dzasum.f for sum of absolute values
prec single, double, complex, doublecomplex
gams D1a3a
isamax.f
idamax.f
icamax.f
izamax.f for index of max abs value
prec single, double, complex, doublecomplex
gams D1a2,D1a3c,N5a
#
# LEVEL 2 BLAS ROUTINES
#
blas2/ for Level 2 BLAS routines in all precisions
prec single, double, complex, doublecomplex
gams D1a
sblas2.f
dblas2.f
cblas2.f
zblas2.f for all the Level 2 BLAS for this type
prec single, double, complex, doublecomplex
gams D1a
sblas2time.f
dblas2time.f
cblas2time.f
zblas2time.f for timing the Level 2 BLAS
prec single, double, complex, doublecomplex
sgemv.f
dgemv.f
cgemv.f
zgemv.f for matrix vector multiply
prec single, double, complex, doublecomplex
gams D1b4
sgbmv.f
dgbmv.f
cgbmv.f
zgbmv.f for banded matrix vector multiply
prec single, double, complex, doublecomplex
gams D1b4
chemv.f
zhemv.f for hermitian matrix vector multiply
prec complex, doublecomplex
gams D1b6
chbmv.f
zhbmv.f for hermitian banded matrix vector multiply
prec complex, doublecomplex
gams D1b4
chpmv.f
zhpmv.f for hermitian packed matrix vector multiply
prec complex, doublecomplex
gams D1b4
ssymv.f
dsymv.f for symmetric matrix vector multiply
prec single, double
gams D1b4
ssbmv.f
dsbmv.f for symmetric banded matrix vector multiply
prec single, double
gams D1b4
sspmv.f
dspmv.f for symmetric packed matrix vector multiply
prec single, double
gams D1b4
strmv.f
dtrmv.f
ctrmv.f
ztrmv.f for triangular matrix vector multiply
prec single, double, complex, doublecomplex
gams D1b4
stbmv.f
dtbmv.f
ctbmv.f
ztbmv.f for triangular banded matrix vector multiply
prec single, double, complex, doublecomplex
gams D1b4
stpmv.f
dtpmv.f
ctpmv.f
ztpmv.f for triangular packed matrix vector multiply
prec single, double, complex, doublecomplex
gams D1b4
strsv.f
dtrsv.f
ctrsv.f
ztrsv.f for solving triangular matrix problems
prec single, double, complex, doublecomplex
gams D2a3,D2c3
stbsv.f
dtbsv.f
ctbsv.f
ztbsv.f for solving triangular banded matrix problems
prec single, double, complex, doublecomplex
gams D2a3,D2a2,D2c2,D2c3
stpsv.f
dtpsv.f
ctpsv.f
ztpsv.f for solving triangular packed matrix problems
prec single, double, complex, doublecomplex
gams D2a3,D2c3
sger.f
dger.f for performs the rank 1 operation A := alpha*x*y' +
A,
prec single, double
gams D1b5
cgeru.f
zgeru.f for performs the rank 1 operation A := alpha*x*y' +
A
prec complex, doublecomplex
gams D1a5
cgerc.f
zgerc.f for performs the rank 1 operation A :=
alpha*x*conjg( y' ) + A
prec complex, doublecomplex
gams D1a5
cher.f
zher.f for hermitian rank 1 operation A :=
alpha*x*conjg(x') + A
prec complex, doublecomplex
gams D1b5
chpr.f
zhpr.f for hermitian packed rank 1 operation A :=
alpha*x*conjg( x' ) + A
prec complex, doublecomplex
gams D1b5
cher2.f
zher2.f for hermitian rank 2 operation
A := alpha*x*conjg( y' ) + conjg( alpha
)*y*conjg( x' ) + A
prec complex, doublecomplex
gams D1b5
chpr2.f
zhpr2.f for hermitian packed rank 2 operation
A := alpha*x*conjg( y' ) + conjg( alpha
)*y*conjg( x' ) + A
prec complex, doublecomplex
gams D1b5
ssyr.f
dsyr.f for performs the symmetric rank 1 operation A :=
alpha*x*x' + A
prec single, double
gams D1b5
sspr.f
dspr.f for symmetric packed rank 1 operation A :=
alpha*x*x' + A
prec single, double
gams D1b5
ssyr2.f
dsyr2.f for performs the symmetric rank 2 operation A :=
alpha*x*y' + alpha*y*x' + A
prec single, double
gams D1b5
sspr2.f
dspr2.f for performs the symmetric packed rank 2 operation A
:= alpha*x*y' + alpha*y*x' + A
prec single, double
gams D1b5
#
# LEVEL 3 BLAS ROUTINES
#
blas3/ for Level 3 BLAS routines in all precisions
prec single, double, complex, doublecomplex
gams D1b
sblas3.f
dblas3.f
cblas3.f
zblas3.f for all the Level 3 BLAS of this type
prec single, double, complex, doublecomplex
gams D1b
sblas3time.f
dblas3time.f
cblas3time.f
zblas3time.f for timing the Level 3 BLAS
prec single, double, complex, doublecomplex
sgemm.f
dgemm.f
cgemm.f
zgemm.f for matrix matrix multiply
prec single, double, complex, doublecomplex
gams D1b6
ssymm.f
dsymm.f
csymm.f
zsymm.f for symmetric matrix matrix multiply
prec single, double, complex, doublecomplex
gams D1b6
chemm.f
zhemm.f for hermitian matrix matrix multiply
prec complex, doublecomplex
gams D1b6
ssyrk.f
dsyrk.f
csyrk.f
zsyrk.f for symmetric rank-k update to a matrix
prec single, double, complex, doublecomplex
gams D1b5
cherk.f
zherk.f for hermitian rank-k update to a matrix
prec complex, doublecomplex
gams D1b5
ssyr2k.f
dsyr2k.f
csyr2k.f
zsyr2k.f for symmetric rank-2k update to a matrix
prec single, double, complex, doublecomplex
gams D1b5
cher2k.f
zher2k.f for hermitian rank-2k update to a matrix
prec complex, doublecomplex
gams D1b5
strmm.f
dtrmm.f
ctrmm.f
ztrmm.f for triangular matrix matrix multiply
prec single, double, complex, doublecomplex
gams D1b6
strsm.f
dtrsm.f
ctrsm.f
ztrsm.f for solving triangular matrix with multiple right
hand sides
prec single, double, complex, doublecomplex
gams D2a3,D2c3
#
# EXTENDED PRECISION LEVEL 2 BLAS
#
ecblas2.f for all the Level 2 BLAS for this type, with
extended precision accumulation
prec complex
gams D1a
ecgbmv.f
ecgemv.f for performs one of the matrix-vector operations: y
:= alpha*A*x + beta*y, or y := alpha*A'*x +
beta*y, or y := alpha*conjg( A' )*x + beta*y
ecgerc.f for performs the rank 1 operation A :=
alpha*x*conjg( y' ) + A
ecgeru.f for performs the rank 1 operation A := alpha*x*y' +
A
echemv.f
echbmv.f
echpmv.f for performs the matrix-vector operation y :=
alpha*A*x + beta*y
echer.f for performs the hermitian rank 1 operation A :=
alpha*x*conjg( x' ) + A
echer2.f for hermitian rank 2 operation A := alpha*x*conjg(
y' ) + conjg( alpha )*y*conjg( x' ) + A
echpr.f for hermitian rank 1 operation A := alpha*x*conjg(
x' ) + A
echpr2.f for hermitian rank 2 operation A := alpha*x*conjg(
y' ) + conjg( alpha )*y*conjg( x' ) + A
ectrmv.f
ectbmv.f
ectpmv.f for performs one of the matrix-vector operations x
:= A*x, or x := A'*x, or x := conjg( A'
)*x
ectrsv.f
ectbsv.f
ectpsv.f for solves one of the systems of equations A*x = b,
or A'*x = b, or conjg( A' )*x = b
esblas2.f for all the Level 2 BLAS for this type, with
extended precision accumulation
prec single
gams D1a
esgbmv.f
esgemv.f for performs one of the matrix-vector operations y
:= alpha*A*x + beta*y, or y := alpha*A'*x +
beta*y
esger.f for performs the rank 1 operation A := alpha*x*y' +
A where alpha is a scalar, x is an m element
vector, y is an n element vector and A is an m
by n matrix.
essymv.f
essbmv.f
esspmv.f for performs the matrix-vector operation y :=
alpha*A*x + beta*y
essyr.f
esspr.f for performs the symmetric rank 1 operation A :=
alpha*x*x' + A where alpha is a real scalar, x
is an n element vector and A is an n by n
symmetric matrix.
essyr2.f
esspr2.f for performs the symmetric rank 2 operation A :=
alpha*x*y' + alpha*y*x' + A, where alpha is a
scalar, x and y are n element vectors and A is
an n by n symmetric matrix.
estrmv.f
estbmv.f
estpmv.f for performs one of the matrix-vector operations x
:= A*x, or x := A'*x where x is n element vector
and A is an n by n unit, or non-unit, upper or
lower triangular matrix.
estrsv.f
estbsv.f
estpsv.f for solves one of the systems of equations A*x = b,
or A'*x = b, where b and x are n element vectors
and A is an n by n unit, or non-unit, upper or
lower triangular matrix.
gemm_based/ for Level 3 BLAS tuned for single processors with
caches
by Kagstrom B., Ling P., and Van Loan C.
title High Performance GEMM-Based Level-3 BLAS
ref High Performance Computing II, 1991,
North-Holland
lang Fortran
-----------------------------------------------------------
for LEVEL 1, 2, and 3 BLAS routines in all
path: /netlib/blas/blas/
-----------------------------------------------------------
caxpy.f
ccopy.f
cdotc.f
cdotu.f
cgbmv.f
cgemm.f
cgemv.f
cgerc.f
cgeru.f
chbmv.f
chemm.f
chemv.f
cher.f
cher2.f
cher2k.f
cherk.f
chpmv.f
chpr.f
chpr2.f
crotg.f
cscal.f
csrot.f
csscal.f
cswap.f
csymm.f
csyr2k.f
csyrk.f
ctbmv.f
ctbsv.f
ctpmv.f
ctpsv.f
ctrmm.f
ctrmv.f
ctrsm.f
ctrsv.f
dasum.f
daxpy.f
dcabs1.f
dcopy.f
ddot.f
dgbmv.f
dgemm.f
dgemv.f
dger.f
dnrm2.f
drot.f
drotg.f
drotm.f
drotmg.f
dsbmv.f
dscal.f
dspmv.f
dspr.f
dspr2.f
dswap.f
dsymm.f
dsymv.f
dsyr.f
dsyr2.f
dsyr2k.f
dsyrk.f
dtbmv.f
dtbsv.f
dtpmv.f
dtpsv.f
dtrmm.f
dtrmv.f
dtrsm.f
dtrsv.f
dzasum.f
dznrm2.f
icamax.f
idamax.f
isamax.f
izamax.f
lsame.f
sasum.f
saxpy.f
scasum.f
scnrm2.f
scopy.f
sdot.f
sgbmv.f
sgemm.f
sgemv.f
sger.f
snrm2.f
srot.f
srotg.f
srotm.f
srotmg.f
ssbmv.f
sscal.f
sspmv.f
sspr.f
sspr2.f
sswap.f
ssymm.f
ssymv.f
ssyr.f
ssyr2.f
ssyr2k.f
ssyrk.f
stbmv.f
stbsv.f
stpmv.f
stpsv.f
strmm.f
strmv.f
strsm.f
strsv.f
xerbla.f
zaxpy.f
zcopy.f
zdotc.f
zdotu.f
zdrot.f
zdscal.f
zgbmv.f
zgemm.f
zgemv.f
zgerc.f
zgeru.f
zhbmv.f
zhemm.f
zhemv.f
zher.f
zher2.f
zher2k.f
zherk.f
zhpmv.f
zhpr.f
zhpr2.f
zrotg.f
zscal.f
zswap.f
zsymm.f
zsyr2k.f
zsyrk.f
ztbmv.f
ztbsv.f
ztpmv.f
ztpsv.f
ztrmm.f
ztrmv.f
ztrsm.f
ztrsv.f
-----------------------------------------------------------
for Level 1 BLAS routines in all precisions
path: /netlib/blas/blas1/
-----------------------------------------------------------
caxpy.f
ccopy.f
cdotc.f
cdotu.f
crotg.f
cscal.f
csrot.f
csscal.f
cswap.f
dasum.f
daxpy.f
dcabs1.f
dcopy.f
ddot.f
dnrm2.f
drot.f
drotg.f
drotm.f
drotmg.f
dscal.f
dswap.f
dzasum.f
dznrm2.f
icamax.f
idamax.f
isamax.f
izamax.f
sasum.f
saxpy.f
scasum.f
scnrm2.f
scopy.f
sdot.f
snrm2.f
srot.f
srotg.f
srotm.f
srotmg.f
sscal.f
sswap.f
zaxpy.f
zcopy.f
zdotc.f
zdotu.f
zdrot.f
zdscal.f
zrotg.f
zscal.f
zswap.f
-----------------------------------------------------------
for Level 2 BLAS routines in all precisions
path: /netlib/blas/blas2/
-----------------------------------------------------------
cgbmv.f
cgemv.f
cgerc.f
cgeru.f
chbmv.f
chemv.f
cher.f
cher2.f
chpmv.f
chpr.f
chpr2.f
ctbmv.f
ctbsv.f
ctpmv.f
ctpsv.f
ctrmv.f
ctrsv.f
dgbmv.f
dgemv.f
dger.f
dsbmv.f
dspmv.f
dspr.f
dspr2.f
dsymv.f
dsyr.f
dsyr2.f
dtbmv.f
dtbsv.f
dtpmv.f
dtpsv.f
dtrmv.f
dtrsv.f
lsame.f
sgbmv.f
sgemv.f
sger.f
ssbmv.f
sspmv.f
sspr.f
sspr2.f
ssymv.f
ssyr.f
ssyr2.f
stbmv.f
stbsv.f
stpmv.f
stpsv.f
strmv.f
strsv.f
xerbla.f
zgbmv.f
zgemv.f
zgerc.f
zgeru.f
zhbmv.f
zhemv.f
zher.f
zher2.f
zhpmv.f
zhpr.f
zhpr2.f
ztbmv.f
ztbsv.f
ztpmv.f
ztpsv.f
ztrmv.f
ztrsv.f
-----------------------------------------------------------
for Level 3 BLAS routines in all precisions
path: /netlib/blas/blas3/
-----------------------------------------------------------
cgemm.f
chemm.f
cher2k.f
cherk.f
csymm.f
csyr2k.f
csyrk.f
ctrmm.f
ctrsm.f
dgemm.f
dsymm.f
dsyr2k.f
dsyrk.f
dtrmm.f
dtrsm.f
lsame.f
sgemm.f
ssymm.f
ssyr2k.f
ssyrk.f
strmm.f
strsm.f
xerbla.f
zgemm.f
zhemm.f
zher2k.f
zherk.f
zsymm.f
zsyr2k.f
zsyrk.f
ztrmm.f
ztrsm.f
-----------------------------------------------------------
path: /netlib/blas/doc/
-----------------------------------------------------------
cblas.ps
cblas.tex
permission
-----------------------------------------------------------
for Level 3 BLAS tuned for single processors with
path: /netlib/blas/gemm_based/
-----------------------------------------------------------
dbench/ for performance evaluation of Level 3 BLAS kernel
programs
prec double
size 314 kB
dgbl3b/ for Level 3 BLAS tuned for single processors with
caches
prec double
size 207 kB
info.ps
readme
sbench/ for performance evaluation of Level 3 BLAS kernel
programs
prec single
size 314 kB
sgbl3b/ for Level 3 BLAS tuned for single processors with
caches
prec single
size 207 kB
zbench/ for performance evaluation of Level 3 BLAS kernel
programs
prec doublecomplex
size 418 kB
zgbl3b/ for Level 3 BLAS tuned for singlecomplex processors
with caches
prec doublecomplex
size 260 kB
cbench/ for performance evaluation of Level 3 BLAS kernel
programs
prec singlecomplex
size 418 kB
cgbl3b/ for Level 3 BLAS tuned for singlecomplex processors
with caches
prec singlecomplex
size 260 kB
-----------------------------------------------------------
for performance evaluation of Level 3 BLAS kernel
path: /netlib/blas/gemm_based/cbench/
-----------------------------------------------------------
INSTALL
Makefile
cgb02.f
cgb03.f
cgb04.f
cgb05.f
cgb06.f
cgb07.f
cgb08.f
cgb09.f
cgb90.f
cgb91.f
cgbt01.f
cgbt02.f
cgbtim.f
cgbtp1.f
cgbtp2.f
cmark01.in
cmark02.in
csbpm.f
eoln.f
example.in
getwrd.f
lsame.f
newcgpm.in
second.f
xerbla.f
-----------------------------------------------------------
for Level 3 BLAS tuned for singlecomplex processors
path: /netlib/blas/gemm_based/cgbl3b/
-----------------------------------------------------------
INSTALL
Makefile
cbigp.f
ccld.f
cgpm.in
chemm.f
cher2k.f
cherk.f
csgpm.f
csymm.f
csyr2k.f
csyrk.f
ctrmm.f
ctrsm.f
eoln.f
getwrd.f
lsame.f
xerbla.f
-----------------------------------------------------------
for performance evaluation of Level 3 BLAS kernel
path: /netlib/blas/gemm_based/dbench/
-----------------------------------------------------------
INSTALL
Makefile
README
dgb02.f
dgb04.f
dgb06.f
dgb08.f
dgb09.f
dgb90.f
dgb91.f
dgbt01.f
dgbt02.f
dgbtim.f
dgbtp1.f
dgbtp2.f
dmark01.in
dmark02.in
dsbpm.f
dsecnd.f
eoln.f
example.in
example2.in
getwrd.f
lsame.f
newdgpm.in
xerbla.f
-----------------------------------------------------------
for Level 3 BLAS tuned for single processors with
path: /netlib/blas/gemm_based/dgbl3b/
-----------------------------------------------------------
INSTALL
Makefile
README
dbigp.f
dcld.f
dgpm.in
dsgpm.f
dsymm.f
dsyr2k.f
dsyrk.f
dtrmm.f
dtrsm.f
eoln.f
getwrd.f
lsame.f
xerbla.f
-----------------------------------------------------------
for performance evaluation of Level 3 BLAS kernel
path: /netlib/blas/gemm_based/sbench/
-----------------------------------------------------------
INSTALL
Makefile
README
eoln.f
example.in
example2.in
getwrd.f
lsame.f
newsgpm.in
second.f
sgb02.f
sgb04.f
sgb06.f
sgb08.f
sgb09.f
sgb90.f
sgb91.f
sgbt01.f
sgbt02.f
sgbtim.f
sgbtp1.f
sgbtp2.f
smark01.in
smark02.in
ssbpm.f
xerbla.f
-----------------------------------------------------------
for Level 3 BLAS tuned for single processors with
path: /netlib/blas/gemm_based/sgbl3b/
-----------------------------------------------------------
INSTALL
Makefile
README
eoln.f
getwrd.f
lsame.f
sbigp.f
scld.f
sgpm.in
ssgpm.f
ssymm.f
ssyr2k.f
ssyrk.f
strmm.f
strsm.f
xerbla.f
-----------------------------------------------------------
for performance evaluation of Level 3 BLAS kernel
path: /netlib/blas/gemm_based/zbench/
-----------------------------------------------------------
INSTALL
Makefile
dsecnd.f
eoln.f
example.in
getwrd.f
lsame.f
newzgpm.in
xerbla.f
zgb02.f
zgb03.f
zgb04.f
zgb05.f
zgb06.f
zgb07.f
zgb08.f
zgb09.f
zgb90.f
zgb91.f
zgbt01.f
zgbt02.f
zgbtim.f
zgbtp1.f
zgbtp2.f
zmark01.in
zmark02.in
zsbpm.f
-----------------------------------------------------------
for Level 3 BLAS tuned for singlecomplex processors
path: /netlib/blas/gemm_based/zgbl3b/
-----------------------------------------------------------
INSTALL
Makefile
eoln.f
getwrd.f
lsame.f
xerbla.f
zbigp.f
zcld.f
zgpm.in
zhemm.f
zher2k.f
zherk.f
zsgpm.f
zsymm.f
zsyr2k.f
zsyrk.f
ztrmm.f
ztrsm.f
-----------------------------------------------------------
path: /netlib/blas/old/
-----------------------------------------------------------
dnrm2.f
dznrm2.f
scnrm2.f
snrm2.f
-----------------------------------------------------------
for Brent's multiple precision package
path: /netlib/bmp/
-----------------------------------------------------------
descr.deck for description of sorts of a multi-precision
arithmetic in Fortran
istkgt.f for stack allocation routines for the
multi-precision arithmetic package
mcsupport.f for multi-precision complex arithmetic in a
meta-Fortran
mcsupport.aug for multi-precision complex artihmetic using bmp
routines
mp.f for multi-precision arithmetic in Fortran
size 237 kB
msupport.f for multi-precision mathematical functions using bmp
routines
msupport2.f for multi-precision arithmetic auxillary routines in
a meta-Fortran
msupport2.aug for auxillary routines for (mp)
seterr.f for error handling routines
test1.f for a test code for the multi-precision arithmetic
package
test2.f for a test code for the multi-precision arithmetic
package
guide for user's guide
-----------------------------------------------------------
for miscellaneous codes in C++
path: /netlib/c++/
-----------------------------------------------------------
brent_cc/ for Brent's univariate minimizer and zero finder.
by Oleg Kiselyov <oleg@ponder.csci.unt.edu,
oleg@unt.edu>
ref G.Forsythe, M.Malcolm, C.Moler, Computer methods
for mathematical computations.
prec double
see c++/serv_cc.shar
fft/ for Radix-2 Fast Fourier Transform
by Oleg Kiselyov <oleg@ponder.csci.unt.edu,
oleg@unt.edu>
prec single/double
see c++/lin_alg.shar, c++/serv_cc.shar
hl_vector/ for High level vector operations
# Contains the Aitken-Lagrange interpolation over
the table of uniform or arbitrary mesh, and the
Hook-Jeevse multidimensional minimizer.
by Oleg Kiselyov <oleg@ponder.csci.unt.edu,
oleg@unt.edu>
prec single/double
see c++/lin_alg.shar, c++/serv_cc.shar
lapack++/ for LAPACK++ LAPACK extensions for high
performance linear algebra computations. This
version includes support for solving linear
systems using LU, Cholesky, and QR matrix
factorizations.
by Roldan Pozo <pozo@cs.utk.edu>
lin_alg/ for basic linear algebra classes
by Oleg Kiselyov <oleg@ponder.csci.unt.edu,
oleg@unt.edu>
prec single/double
see c++/serv_cc.shar
# vastly expanded, Feb 1995. Added various
multiplications/
inversion/transpositions, and the new style of
returning matrices (via LazyMatrix) and filling
them out.
lang ANSI-C++ compliant (compiles on g++ v2.6.3)
serv_cc/ for a couple of functions that ought to be in the
standard C++ environment; - Updated G++ class
File that allows now for the file name to
include pipes, say, File in_file("zcat aaa.Z
|","r"); - Resource facility, or managing global
"private" parameters that specify various
program "options". It helps keep reasonable
number of arguments in function calls.
by Oleg Kiselyov <oleg@ponder.csci.unt.edu,
oleg@unt.edu>
lparx-1.0/ for LPARX provides efficient run-time support for
dynamic, non-uniform scientific calculations
running on MIMD distributed memory
architectures. It extends HPF's data
decomposition model to provide support for
dynamic, block irregular data structures. LPARX
represents data decompositions as first-class
objects and expresses data dependencies in a
manner which is logically independent of data
decomposition and problem dimension. LPARX
applications are portable across a diversity of
MIMD machines.
by Scott Baden and Scott Kohn
<na.baden@na-net.ornl.gov skohn@cs.ucsd.edu>
size 1.8 MB
-----------------------------------------------------------
for Brent's univariate minimizer and zero finder.
path: /netlib/c++/brent_cc/
-----------------------------------------------------------
Makefile
c++
c++l
fminbr.cc
math_num.h
myenv.cc
myenv.h
vfminbr.cc
vfminbr.dat
vzeroin.cc
vzeroin.dat
zeroin.cc
-----------------------------------------------------------
for Radix-2 Fast Fourier Transform
path: /netlib/c++/fft/
-----------------------------------------------------------
Makefile
c++
c++l
fft.h
fft_init.cc
fft_input.cc
fft_output.cc
math_num.h
myenv.cc
myenv.h
vfft.cc
vfft.dat
-----------------------------------------------------------
for High level vector operations
path: /netlib/c++/hl_vector/
-----------------------------------------------------------
Makefile
ali.cc
c++
c++l
hjmin.cc
math_num.h
myenv.cc
myenv.h
vali.cc
vali.dat
vhjmin.cc
vhjmin.lst
-----------------------------------------------------------
for LAPACK++ LAPACK extensions for high
path: /netlib/c++/lapack++/
-----------------------------------------------------------
overview.ps for "LAPACK++: A Design Overview of Object-Oriented
Extensions for High Performance Linear Algebra,"
J. J. Dongarra, R. Pozo, David W. Walker
size 272 kB
rel10.ps for Release notes and Installation manual for
LAPACK++
user.ps for User Guide for LAPACK++
size 376 kB
lapack++/ for source code for LAPACK++
size 655 kB
readme
-----------------------------------------------------------
for source code for LAPACK++
path: /netlib/c++/lapack++/lapack++/
-----------------------------------------------------------
LAPACK++/
-----------------------------------------------------------
path: /netlib/c++/lapack++/lapack++/LAPACK++/
-----------------------------------------------------------
BLAS++/
COPYRIGHT
INCLUDE/
LIBS/
MATRIX/
README
SRC/
TESTING/
makeHPPA.def
makeRS6K.def
makeSPARC.def
makeSUN4.def
makeSUN4CC.def
makeSUN4g++.def
makefile
makefile.def
-----------------------------------------------------------
path: /netlib/c++/lapack++/lapack++/LAPACK++/BLAS++/
-----------------------------------------------------------
SRC/
TESTING/
-----------------------------------------------------------
path: /netlib/c++/lapack++/lapack++/LAPACK++/BLAS++/SRC/
-----------------------------------------------------------
README
blas1++.cc
blas2++.cc
blas3++.cc
makefile
-----------------------------------------------------------
path: /netlib/c++/lapack++/lapack++/LAPACK++/BLAS++/TESTING/
-----------------------------------------------------------
SUN4g++.out
blas++_test
makefile
tblasc++.cc
tblasc++.out
tblasd++.cc
tblasd++.out
-----------------------------------------------------------
path: /netlib/c++/lapack++/lapack++/LAPACK++/INCLUDE/
-----------------------------------------------------------
arch.h
bfd.h
blas++.h
blas1++.h
blas1.h
blas2++.h
blas2.h
blas3++.h
blas3.h
bmd.h
f2c.h
fmd.h
genmd.h
gfd.h
gmc.h
gmd.h
gmf.h
gmi.h
gmli.h
lacvd.h
laexcp.h
lafnames.h
laindex.h
lapack++.h
lapack.h
lapackc.h
lapackd.h
larvd.h
laslv.h
lautil.h
lavc.h
lavd.h
lavf.h
lavi.h
lavli.h
ltgmd.h
spdbmd.h
spdfd.h
spdmd.h
spdtrmd.h
sybfd.h
sybmd.h
syfd.h
symd.h
sytrmd.h
template_v.h
trfd.h
trmd.h
ultgmd.h
utgmd.h
uutgmd.h
vc.h
vd.h
vf.h
vi.h
vli.h
-----------------------------------------------------------
path: /netlib/c++/lapack++/lapack++/LAPACK++/LIBS/
-----------------------------------------------------------
HPPA/
RS6K/
SUN4/
-----------------------------------------------------------
path: /netlib/c++/lapack++/lapack++/LAPACK++/LIBS/HPPA/
-----------------------------------------------------------
blank
-----------------------------------------------------------
path: /netlib/c++/lapack++/lapack++/LAPACK++/LIBS/RS6K/
-----------------------------------------------------------
blank
-----------------------------------------------------------
path: /netlib/c++/lapack++/lapack++/LAPACK++/LIBS/SUN4/
-----------------------------------------------------------
CC/
g++/
-----------------------------------------------------------
path: /netlib/c++/lapack++/lapack++/LAPACK++/LIBS/SUN4/CC/
-----------------------------------------------------------
blank
-----------------------------------------------------------
path: /netlib/c++/lapack++/lapack++/LAPACK++/LIBS/SUN4/g++/
-----------------------------------------------------------
blank
-----------------------------------------------------------
path: /netlib/c++/lapack++/lapack++/LAPACK++/MATRIX/
-----------------------------------------------------------
SRC/
TESTING/
-----------------------------------------------------------
path: /netlib/c++/lapack++/lapack++/LAPACK++/MATRIX/SRC/
-----------------------------------------------------------
MAKEFILE
bmd.cc
gmc.cc
gmd.cc
gmf.cc
gmi.cc
gmli.cc
index.cc
lamatrix.rsp
lavc.cc
lavd.cc
lavi.cc
lavli.cc
ltgmd.cc
makefile
spdbmd.cc
spdmd.cc
spdtrmd.cc
sybmd.cc
symd.cc
sytrmd.cc
trmd.cc
ultgmd.cc
utgmd.cc
uutgmd.cc
vc.cc
vd.cc
vf.cc
vi.cc
vli.cc
-----------------------------------------------------------
path: /netlib/c++/lapack++/lapack++/LAPACK++/MATRIX/TESTING/
-----------------------------------------------------------
makefile
matrix_test
tbd.cc
tcvd.cc
tgc.cc
tgd.DATA
tgd.cc
tld.DATA
tld.cc
trvd.cc
tsbd.cc
tsd.cc
tsfd.cc
tstd.DATA
tstd.cc
ttdd.cc
tud.DATA
tud.cc
tuld.DATA
tuld.cc
tuud.DATA
tuud.cc
tvd.cc
tvi.DATA
tvi.cc
-----------------------------------------------------------
path: /netlib/c++/lapack++/lapack++/LAPACK++/SRC/
-----------------------------------------------------------
dopla.c
dtimmg.c
eigslv.cc
lautil.cc
linslv.cc
makefile
systime.c
-----------------------------------------------------------
path: /netlib/c++/lapack++/lapack++/LAPACK++/TESTING/
-----------------------------------------------------------
lapack++_test
makefile
tEigSolve.cc
tGenSolve.cc
tSpdSolve.cc
tSymmSolve.cc
tutil.cc
-----------------------------------------------------------
for basic linear algebra classes
path: /netlib/c++/lin_alg/
-----------------------------------------------------------
LinAlg.h
Makefile
NumMath.dr
README
c++
c++l
determinant.cc
fminbr.cc
math_num.h
matrix1.cc
matrix2.cc
matrix_inv.cc
matrix_sub.cc
myenv.cc
myenv.h
sample_adv.cc
sample_adv.dat
vali.dat
vector.cc
vfminbr.cc
vfminbr.dat
vmatrix.cc
vmatrix.dat
vmatrix1.cc
vmatrix1.dat
vvector.cc
vvector.dat
vzeroin.cc
vzeroin.dat
zeroin.cc
-----------------------------------------------------------
for LPARX provides efficient run-time support for
path: /netlib/c++/lparx-1.0/
-----------------------------------------------------------
AAAREADME
array/
bin/
config/
configure
docs/
dpo++/
graph/
lparx/
makefile
mp++/
papers/
pde/
sph3d/
-----------------------------------------------------------
path: /netlib/c++/lparx-1.0/array/
-----------------------------------------------------------
AAAREADME
Array.h
ArrayX.h.m4
BitArrayX.C.m4
BitArrayX.h.m4
PointX.C.m4
PointX.h.m4
RegionX.C.m4
RegionX.h.m4
makefile
-----------------------------------------------------------
path: /netlib/c++/lparx-1.0/bin/
-----------------------------------------------------------
AAAREADME
Xto1
Xto2
Xto3
Xto4
ipckill
pvmload.csh
pvmxhost.csh
pvmxload.csh
pvmxload2.csh
-----------------------------------------------------------
path: /netlib/c++/lparx-1.0/config/
-----------------------------------------------------------
cm5-acl
cm5-berkeley
ksr
make.suffix
ncube2-g++
paragon-g++
paragon-iCC
pvm-alpha
pvm-c90
pvm-sun4-CC
pvm-sun4-g++
serial-alpha
serial-c90
serial-sun4-CC
serial-sun4-g++
shmem-CC
shmem-g++
-----------------------------------------------------------
path: /netlib/c++/lparx-1.0/docs/
-----------------------------------------------------------
lparx.1l
sor/
uguide.ps
-----------------------------------------------------------
path: /netlib/c++/lparx-1.0/docs/sor/
-----------------------------------------------------------
parallel/
serial/
-----------------------------------------------------------
path: /netlib/c++/lparx-1.0/docs/sor/parallel/
-----------------------------------------------------------
fillPatch.C
initData.C
makefile
redblack2d.C
redblack2d.h
redblack5.F
relax.C
-----------------------------------------------------------
path: /netlib/c++/lparx-1.0/docs/sor/serial/
-----------------------------------------------------------
initData.C
makefile
redblack2d.C
redblack2d.h
redblack5.F
relax.C
-----------------------------------------------------------
path: /netlib/c++/lparx-1.0/dpo++/
-----------------------------------------------------------
AAAREADME
RecurseX.C.m4
UniformX.C.m4
XArrayX.C.m4
XArrayX.h.m4
XObject.C
XObject.h
dpo++.h
dpo.C
dpo.h
makefile
partition.h
rpo.C
rpo.h
-----------------------------------------------------------
path: /netlib/c++/lparx-1.0/graph/
-----------------------------------------------------------
AAAREADME
XWindow.C
XWindow.h
XWindow3.C
XWindow3.h
makefile
simple.C
-----------------------------------------------------------
path: /netlib/c++/lparx-1.0/lparx/
-----------------------------------------------------------
AAAREADME
GridX.h.m4
lparx.h
makefile
-----------------------------------------------------------
path: /netlib/c++/lparx-1.0/mp++/
-----------------------------------------------------------
AAAREADME
Abort.C
CM5.h
PackBuf.C
PackBuf.h
PackMsg.C
PackMsg.h
SendPkt.C
SendPkt.h
TimeSection.C
TimeSection.h
arch.h
barrier.C
concat.C
cray.C
fastAlloc.C
fastAlloc.h
fixedAlloc.C
fixedAlloc.h
iPSC860.h
init.C
makefile
message.C
mp++.h
nCUBE2.h
paragon.h
partition.C
pvm.C
pvm.h
pvmhost.C
reduce.C
seconds.C
serial.h
shmem.c
shmem.h
-----------------------------------------------------------
path: /netlib/c++/lparx-1.0/papers/
-----------------------------------------------------------
AAAREADME
sc94-abstract.ps
shpcc94.ps
software-talk.ps
uqe-paper.ps
uqe-talk.ps
-----------------------------------------------------------
path: /netlib/c++/lparx-1.0/pde/
-----------------------------------------------------------
AAAREADME
Amr2d.test
Amr3d.test
AmrXd.C.m4
Chop2d.test
Chop3d.test
ChopX.C.m4
ChopXd.C.m4
CoverX.C.m4
DisplayX.C.m4
MarkX.C.m4
RegridX.C.m4
RegridXd.C.m4
Shaded2d.C
amg2d.test
amg3d.test
amgX.C.m4
amgX.h.m4
amgXd.C.m4
bAx19.F
bAx9.F
c20h20d2.F
c20h20d3.F
coarse2d.F
coarse3d.F
correct2d.F
correct3d.F
fixerror2d.F
fixerror3d.F
gauss19.F
genhXd.C.m4
getrand.F
gradu2d.F
gradu3d.F
histo2d.F
histo3d.F
jacobi.C
jacobiXd.C.m4
makefile
mgX.C.m4
mgX.h.m4
mgXd.C.m4
plot2d.C
plot3d.C
project2d.F
project3d.F
redblack9.F
refine2d.F
refine3d.F
residual19.F
residual9.F
sgX.C.m4
sgX.h.m4
update2d.F
update3d.F
-----------------------------------------------------------
path: /netlib/c++/lparx-1.0/sph3d/
-----------------------------------------------------------
AAAREADME
Vector3.h
bins.C
bins.h
c90-vector/
density.F
densityd.F
densitys.F
display.C
elb.C
fortran.h
gravity.F
makefile
particles.C
particles.F
particles.h
pressure.F
pressured.F
pressures.F
reduce.C
sph3d.C
spiral.C
update.F
-----------------------------------------------------------
path: /netlib/c++/lparx-1.0/sph3d/c90-vector/
-----------------------------------------------------------
density.F
density.perf.data
makefile
particles.F
pressure.F
pressure.perf.data
-----------------------------------------------------------
for a couple of functions that ought to be in the
path: /netlib/c++/serv_cc/
-----------------------------------------------------------
File.cc
Makefile
c++
c++l
myenv.cc
myenv.h
task_env.cc
task_env.h
-----------------------------------------------------------
for miscellaneous codes written in C
path: /netlib/c/
-----------------------------------------------------------
meschach/ by David E. Stewart des@thrain.anu.edu.au
for numerical linear algebra, dense and sparse, with
permutations, error handling, input/output,
dynamic allocation, de-allocation, re-sizing and
copying of objects, dense complex matrices and
vectors as well as real matrices and vectors,
input and output routines for these objects, and
MATLAB save/load format, error/exception
handling, basic numerical linear algebra --
linear combinations, inner products,
matrix-vector and matrix-matrix products,
including transposed and adjoint forms, vector
min, max, sorting, componentwise products,
quotients, dense matrix factorise and solve --
LU, Cholesky, LDL^T, QR, QR with column
pivoting, symmetric indefinite (BKP), dense
matrix factorisation update routines -- LDL^T,
QR (real matrix updates only),
eigenvector/eigenvalue routines -- symmetric,
real Schur decomposition, SVD, extract
eigenvector, sparse matrix "utility" routines,
sparse matrix factorise and solve -- Cholesky,
LU and BKP (Bunch-Kaufman-Parlett symmetric
indefinite factorisation), sparse incomplete
factorisations -- Cholesky and LU, iterative
techniques -- pre-conditioned conjugate
gradients, CGNE, LSQR, CGS, GMRES, MGCR,
Lanczos, Arnoldi, allowance for "procedurally
defined" matrices in the iterative techniques,
various "torture" routines for checking aspects
of Meschach, memory tracking for locating memory
leaks
lang C
prec double
# true master copy: ftp
thrain.anu.edu.au:pub/meschach/
dcg/ for Preconditioned Conjugate Gradient
by Mark Seager, LLNL.
sge/ for LINPACK functions SGECO/SGEFA/SGESL (dense
matrix conditon number estimate, factorization
and solution routines) and some of the BLAS in
C. There is a driver which shows how to set up
column oriented matrices in C for these
routines.
by Mark K. Seager (seager@lll-crg.llnl.gov) 4/8/88.
gams d2a1
frac for finds rational approximation to floating point
value
by Robert Craig, AT&T Bell Labs - Naperville
ref Jerome Spanier and Keith B. Oldham, "An Atlas of
Functions," Springer-Verlag, 1987, pp. 665-7.
gams a2, a6c
brent/ for Brent's univariate minimizer and zero finder.
by Oleg Keselyov <oleg@ponder.csci.unt.edu,
oleg@unt.edu> May 23, 1991
ref G.Forsythe, M.Malcolm, C.Moler, Computer methods
for mathematical computations.
# Contains the source code for the program
fminbr.c and zeroin.c, test drivers for both,
and verifivation protocols.
see serv.shar
gams f1b, g1a2
serv/ for numerical programming in C
# These files are needed to compile the programs
in packages brent.shar *vector.shar shar.shar
task_env.shar Verification programs and data are
included as well.
by Oleg Keselyov <oleg@ponder.csci.unt.edu,
oleg@unt.edu> May 23, 1991
gams l6a14, n1, r1
vector/ for Low and Intermediate Level functions to manage
vectors in C.
# In fact, the vector declaration as a special
structure and a wide set of procedures to handle
it define a class (in the sence of C++ or
SMALLTALK). It is still a common C, however.
Features: high reliability and fool-proof
checking, the user can operate on single
elements of the vector in the customary C
manner, or he may wish to handle the vector as a
whole (as an atomary object) with high-effective
functions (that can clear the vector, assign
vectors or obtain their scalar product, find the
vector norm(s), etc.).
by Oleg Keselyov <oleg@ponder.csci.unt.edu,
oleg@unt.edu> May 23, 1991
gams d1a
hl_vector/ for high level vector operations. Involves the
Aitken-Lagrange interpolation over the table of
uniform or arbitrary mesh, Hook-Jeevse local
multidimensional minimizer.
by Oleg Keselyov <oleg@ponder.csci.unt.edu,
oleg@unt.edu> May 23, 1991
gams e2a, g1b2
task_env/ for Resource facility, or managing global "private"
parameters that specify various program
"options". It help keep reasonable number of
arguments in function calls.
by Oleg Keselyov <oleg@ponder.csci.unt.edu,
oleg@unt.edu> May 23, 1991
gams z
shar/ for Builder for the .shar archive.
# Uses service functions and header files from the
serv.shar archive
by Oleg Keselyov <oleg@ponder.csci.unt.edu,
oleg@unt.edu> May 23, 1991
numcomp-free-c for index of free source code for numerical
computation written in C or C++
by Ajay Shah
gams z
sgefa/
# see also ode/cvode.tar.Z
-----------------------------------------------------------
for Brent's univariate minimizer and zero finder.
path: /netlib/c/brent/
-----------------------------------------------------------
fminbr.c
vfminbr.c
vfminbr.dat
vfminbr.dat.vax
vzeroin.c
vzeroin.dat
vzeroin.dat.vax
zeroin.c
-----------------------------------------------------------
for Preconditioned Conjugate Gradient
path: /netlib/c/dcg/
-----------------------------------------------------------
READ.ME
dbatimes.c
dblas.c
dbmsolve.c
dcg.c
dcg.h
dcgdrv.c
dcgutil.c
makefile
-----------------------------------------------------------
for high level vector operations. Involves the
path: /netlib/c/hl_vector/
-----------------------------------------------------------
ali.c
hjmin.c
valin.c
valin.dat
valin.dat.vax
valis.c
valis.dat
valis.dat.vax
vhjmin.c
vhjmin.dat
vhjmin.dat.vax
-----------------------------------------------------------
by David E. Stewart des@thrain.anu.edu.au
path: /netlib/c/meschach/
-----------------------------------------------------------
.depend
meschach0/ for housekeeping routines + utility stuff
size 429 kB
meschach1/ for basic dense linear algebra
meschach2/ for dense factorisations
meschach3/ for sparse matrix operations
meschach4/ for complex matrix operations
oldmeschach/
rcs_logs
readme
-----------------------------------------------------------
for housekeeping routines + utility stuff
path: /netlib/c/meschach/meschach0/
-----------------------------------------------------------
DOC/
FILELIST
MACHINES/
README
configure.in
copyright
dmacheps.c
err.h
extras.c
fmacheps.c
iotort.c
iter.h
itertort.c
ls.dat
machine.h
machine.h.in
makefile
makefile.in
matlab.h
matrix.h
matrix2.h
maxint.c
meminfo.h
memtort.c
mfuntort.c
oldnames.h
rk4.dat
sparse.h
sparse2.h
sptort.c
torture.c
tutadv.c
tutorial.c
zmatrix.h
zmatrix2.h
ztorture.c
-----------------------------------------------------------
path: /netlib/c/meschach/meschach0/DOC/
-----------------------------------------------------------
fnindex.txt
tutorial.txt
-----------------------------------------------------------
path: /netlib/c/meschach/meschach0/MACHINES/
-----------------------------------------------------------
Cray/
GCC/
Linux/
RS6000/
SGI/
SPARC/
-----------------------------------------------------------
path: /netlib/c/meschach/meschach0/MACHINES/Cray/
-----------------------------------------------------------
machine.h
makefile
patch.1
patch.2
patch.3
-----------------------------------------------------------
path: /netlib/c/meschach/meschach0/MACHINES/GCC/
-----------------------------------------------------------
machine.h
makefile
-----------------------------------------------------------
path: /netlib/c/meschach/meschach0/MACHINES/Linux/
-----------------------------------------------------------
machine.h
makefile
-----------------------------------------------------------
path: /netlib/c/meschach/meschach0/MACHINES/RS6000/
-----------------------------------------------------------
machine.c
machine.h
makefile
-----------------------------------------------------------
path: /netlib/c/meschach/meschach0/MACHINES/SGI/
-----------------------------------------------------------
machine.h
makefile
-----------------------------------------------------------
path: /netlib/c/meschach/meschach0/MACHINES/SPARC/
-----------------------------------------------------------
machine.h
makefile
-----------------------------------------------------------
for basic dense linear algebra
path: /netlib/c/meschach/meschach1/
-----------------------------------------------------------
copy.c
err.c
init.c
ivecop.c
machine.c
matlab.c
matop.c
matrixio.c
meminfo.c
memory.c
memstat.c
otherio.c
pxop.c
submat.c
vecop.c
version.c
-----------------------------------------------------------
for dense factorisations
path: /netlib/c/meschach/meschach2/
-----------------------------------------------------------
bdfactor.c
bkpfacto.c
chfactor.c
fft.c
givens.c
hessen.c
hsehldr.c
lufactor.c
mfunc.c
norm.c
qrfactor.c
schur.c
solve.c
svd.c
symmeig.c
update.c
-----------------------------------------------------------
for sparse matrix operations
path: /netlib/c/meschach/meschach3/
-----------------------------------------------------------
iter0.c
iternsym.c
itersym.c
sparse.c
sparseio.c
spbkp.c
spchfctr.c
splufctr.c
sprow.c
spswap.c
-----------------------------------------------------------
for complex matrix operations
path: /netlib/c/meschach/meschach4/
-----------------------------------------------------------
zcopy.c
zfunc.c
zgivens.c
zhessen.c
zhsehldr.c
zlufctr.c
zmachine.c
zmatio.c
zmatlab.c
zmatop.c
zmemory.c
znorm.c
zqrfctr.c
zschur.c
zsolve.c
zvecop.c
-----------------------------------------------------------
path: /netlib/c/meschach/oldmeschach/
-----------------------------------------------------------
arnoldi.c
conjgrad.c
lanczos.c
-----------------------------------------------------------
for numerical programming in C
path: /netlib/c/serv/
-----------------------------------------------------------
assert.h
epsilon.c
epsilon.dat
math.h
servio.c
servmath.c
stdio.h
vservmath.c
vservmath.dat
-----------------------------------------------------------
for LINPACK functions SGECO/SGEFA/SGESL (dense
path: /netlib/c/sge/
-----------------------------------------------------------
READ.ME
blas.c
ge.h
makefile
sample.c
sample.out
sgeco.c
sgefa.c
sgesl.c
-----------------------------------------------------------
path: /netlib/c/sgefa/
-----------------------------------------------------------
READ.ME
blas.c
driver.c
ge.h
makefile
sgefa.c
sgefat.out
sgesl.c
-----------------------------------------------------------
for Builder for the .shar archive.
path: /netlib/c/shar/
-----------------------------------------------------------
shar.c
-----------------------------------------------------------
for Resource facility, or managing global "private"
path: /netlib/c/task_env/
-----------------------------------------------------------
task_env.c
task_env.h
-----------------------------------------------------------
for Low and Intermediate Level functions to manage
path: /netlib/c/vector/
-----------------------------------------------------------
vec_base.c
vec_norm.c
vec_serv.c
vector.h
vvector.c
vvector.dat
-----------------------------------------------------------
for DOE Computer Hardware, Advanced Mathematics and
path: /netlib/chammp/
-----------------------------------------------------------
# chammp
# ======
#
# This directory contains items relating to the numerical solution
# of the shallow water equations in spherical geometry.
# The shallow water equations are used as a kernel for both
# oceanic and atomospheric general circulation models and
# are of interest in evaluating numerical methods for weather
# forecasting and climate modeling. The DOE Computer Hardware,
# Advanced Mathematics and Model Physics (CHAMMP) program
# is interested in the development of new mathematical methods
# for these problems. To promote this developmet, a set of
# test cases has been proposed and example software and reference
# solutions are provided.
# Email users trying to retrieve the .Z files -- please retrieve
# the .uu versions of those files.
shallow.tex # LaTeX document containing benchmarks and results
pertaining to
shallow water equation solution methods.
To retrieve from netlib type: "send shallow.tex
from chammp"
Last updated: 10/1/93
shallow.bib # LaTeX bibliography file of articles and reports
dealing with
the test cases.
To retrieve from netlib type: "send shallow.bib
from chammp"
Last updated: 10/1/93
stswm/ # NCAR spectral transform shallow water model and
documentation.
This code computes reference solutions for all
test cases in
Williamson et. al., JCP Vol 102, p. 211-224
(1992).
Authors J.J. Hack and R. Jakob
[Reference solutions generated by this code are
available by
anonymous ftp from ftp.ucar.edu (IP address
128.117.64.4)
in directory chammp/shallow.]
To retrieve from netlib type: "send
stswm.tar.z.uu from chammp"
Last updated: 10/1/93
pstswm/ # Parallel version of stswm for message passing
parallel computers.
Contains a variety of parallel algorithms
implementing the
spectral transform method. Code useful for
comparison of
parallel algorithms: transpose vs. transform,
overlapped vs.
nonoverlapped communication, etc. Uses PICL for
portability.
Authors: P.H. Worley and I.T. Foster
To retrieve from netlib type: "send
pstswm.tar.z.uu from chammp"
Last updated: 10/1/93
-----------------------------------------------------------
# Parallel version of stswm for message passing
path: /netlib/chammp/pstswm/
-----------------------------------------------------------
pstswm.v1/
-----------------------------------------------------------
path: /netlib/chammp/pstswm/pstswm.v1/
-----------------------------------------------------------
advect.f
alginp.f
algorithm.i
anlytc.f
bubfnc.i
calp.f
comp1.f
consts.i
denormal.f
denormal860.c
diffuse.f
dpupim.f
dzpuv.f
dzsc.f
epslon.f
erranl.f
exchsum.f
explic.f
finit.i
fltsum.f
force.f
fourier.i
frfft.f
ftdpev.f
ftdpiv.f
ftrnpe.f
glats.f
globalgrid.f
globalops.f
halfsum.f
iltcast.f
init.f
input/
input.f
irfft.f
itrnpe.f
lib/
log2.f
logtrans.f
machine.i
makefile.ipsc860
makefile.paragon
map.f
msgbase.f
nonladv.f
nonlex.f
nonlim.f
nrgtcs.f
params.i
parrft.f
physical.i
prbinp.f
problem.i
psc.f
pstswm.f
rftfax.f
rftlon.f
ringsum.f
rotate.f
sendrecv.f
shiftcast.f
shiftsum.f
shtrns.f
simplic.f
spcanl.f
spectral.i
speed.f
srtrans.f
step.f
swap.f
swaptrans.f
tdvars.i
tdvmod.f
timing.f
timing.i
tracing.i
transpose.f
treesum.f
trnsfm.i
wrkspc.i
-----------------------------------------------------------
path: /netlib/chammp/pstswm/pstswm.v1/input/
-----------------------------------------------------------
algorithm
pinp42.0001
pinp42.0002
pinp42.0003
pinp42.0004
pinp42.0005
pinp42.0006
problem
-----------------------------------------------------------
path: /netlib/chammp/pstswm/pstswm.v1/lib/
-----------------------------------------------------------
adquad.f
dclock.c
picl.f
-----------------------------------------------------------
# NCAR spectral transform shallow water model and
path: /netlib/chammp/stswm/
-----------------------------------------------------------
README
docu/
lib/
src/
test1/
test2/
test3/
test4/
test5/
test6/
test7/
-----------------------------------------------------------
path: /netlib/chammp/stswm/docu/
-----------------------------------------------------------
description.txt
-----------------------------------------------------------
path: /netlib/chammp/stswm/lib/
-----------------------------------------------------------
README
adquad.f
fft99f.f
ncarg.f
netcdf.f
-----------------------------------------------------------
path: /netlib/chammp/stswm/src/
-----------------------------------------------------------
advect.f
agpwrt.f
anlytc.f
bf2.f
bubfnc.f
calp.f
case4.i
ceps.f
comp1.f
complt.i
consts.i
cpcnrc.f
cpmpxy.f
cpmvxy.f
d2bubf.f
dbubf.f
dcalp.f
dceps.f
dft991.f
dftfax.f
drawcl.f
dtrns.f
duv.f
epslon.f
erranl.f
eval.f
finit.i
force.f
ftrnde.f
ftrndi.f
ftrnex.f
ftrnim.f
ftrnpe.f
ftrnpi.f
ftrnve.f
fu.f
func2.f
glat.f
glats.f
glon.f
infld.f
init.f
inptp.f
input.f
labtop.f
makefile
netcdf.inc
nrgtcs.f
ordleg.f
ortho.f
outptp.f
params.i
plots.f
prnt.f
rotate.f
shader.f
shtrns.f
spcanl.f
step.f
stswm.f
tdvars.i
trnsfm.i
us.f
uv.f
velvct.f
weight.f
wrkspc.i
zd.f
-----------------------------------------------------------
path: /netlib/chammp/stswm/test1/
-----------------------------------------------------------
README
cray.sh
exp.0001
stderr.0001
stdout.0001
sun.sh
-----------------------------------------------------------
path: /netlib/chammp/stswm/test2/
-----------------------------------------------------------
README
cray.sh
exp.0002
stderr.0002
stdout.0002
sun.sh
-----------------------------------------------------------
path: /netlib/chammp/stswm/test3/
-----------------------------------------------------------
README
cray.sh
exp.0003
stderr.0003
stdout.0003
sun.sh
-----------------------------------------------------------
path: /netlib/chammp/stswm/test4/
-----------------------------------------------------------
README
cray.sh
exp.0004
stderr.0004
stdout.0004
sun.sh
-----------------------------------------------------------
path: /netlib/chammp/stswm/test5/
-----------------------------------------------------------
README
cray.sh
exp.0005
stderr.0005
stdout.0005
sun.sh
-----------------------------------------------------------
path: /netlib/chammp/stswm/test6/
-----------------------------------------------------------
README
cray.sh
exp.0006
stderr.0006
stdout.0006
sun.sh
-----------------------------------------------------------
path: /netlib/chammp/stswm/test7/
-----------------------------------------------------------
README
cray.sh
exp.0007
stderr.0007
stdout.0007
sun.sh
-----------------------------------------------------------
by Ward Cheney & David Kincaid
path: /netlib/cheney-kincaid/
-----------------------------------------------------------
.depend
pi.f ref text 4
for Simple code to illustrate programming in double
precision
exp.f ref text 11-12
for First programming experiment
xsinx.f ref text 63-65
for Example of programming f(x) = x - sin(x)
carefully (F)
bisect1.f ref text 77-78
for First version of Bisection method (BISECT,F,G)
bisect2.f ref text 77-78
for Second version of Bisection method (BISECT,F,G)
newton.f ref text 85-86
for Sample Newton method program
coef.f ref text 117-118
for Newton interpolation polynomial for sin(x) at
equidistant points (COEF,EVAL)
deriv.f ref text 141-142
for Derivative by center differences and Richardson
extrapolation (DERIV,F)
ulsum.f ref text 155-156
for Upper and lower sums programming experiment for
an integral
trap.f ref text 161
for Trapezoid rule programming experiment for an
integral
rombrg.f ref text 173-174
for Romberg arrays for three separate functions
(ROMBRG,F,G,P)
simp.f ref text 187-190
for Adaptive scheme for Simpson's rule
(SIMP,ASMP,PUSH,POP,FCN)
ngauss.f ref text 208-209
for Naive Gaussian elimination to solve linear
systems (NGAUSS)
gauss.f ref text 220-223
for Gaussian elimination with scaled partial
pivoting (GAUSS,SOLVE,TSTGAUS)
triqnt.f ref text 233-236
for Solves tridiagonal & pentadiagonal linear
systems (TRI,PENTA)
spl1.f ref text 261
for Interpolates table using a first-degree spline
function (SPL1)
spl3.f ref text 277-278
for Natural cubic spline function for sin(x) at
equidistant points (SPL3,ZSPL3)
aspl2.f ref text 297-298
for Interpolates table using a quadratic B-spline
function (ASPL2,BSPL2)
sch.f ref text 300
for Interpolates table using Schoenberg's process
(SCH,ESCH,F)
euler.f ref text 306-307
for Euler's method for solving an ordinary
differential equation
taylor.f ref text 307-308
for Taylor series method (order 4) for solving an
ordinary differential equation
rk4.f ref text 315-316
for Runge-Kutta method of order 4 for solving an
initial value problem (RK4,F)
rk45.f ref text 326
for Runge-Kutta-Fehlberg method for solving an
initial value problem (RK45,F)
rk45ad.f ref text 326-328
for Adaptive scheme based on Runge-Kutta-Fehlberg
method (RK45AD,RK45,F)
random.f ref text 337
for Example to compute, store, and print random
numbers (RANDOM)
testra.f ref text 338
for Coarse check on the random-number generator
(RANDOM)
mctst1.f ref text 347
for Volume of a complicated region in three-space by
Monte Carlo (RANDOM)
mctst2.f ref text 345-346
for Numerical value of integral over a disk in
xy-space by Monte Carlo (RANDOM)
cone.f ref text 348
for Ice cream cone example (RANDOM)
sim1.f ref text 351-352
for Loaded die problem simulation (RANDOM)
brthdy.f ref text 352-354
for Birthday problem simulation (PROB,BRTHDY,RANDOM)
sim2.f ref text 354-355
for Buffon's needle problem simulation (RANDOM)
sim3.f ref text 355-356
for Two dice problem simulation (RANDOM)
sim4.f ref text 356-358
for Neutron shielding problem simulation (RANDOM)
taysys.f ref text 393
for Taylor series method (order 4) for system of
ordinary differential equations
rk4sys.f ref text 394-396
for Runge-Kutta method of order 4 for a system of
ode's (RK4SYS,XPSYS)
amrk.f ref text 406-408
for Adams-Moulton method for systems of ode's
(AMRK,RKSYS,AMSYS,XPSYS)
amrkad.f ref text 408-409
for Adaptive scheme for Adams-Moulton method for
systems of ode's (AMRKAD,XPSYS,AMSYS,AMRK,RKSYS)
bvp1.f ref text 418-420
for Boundary value problem solved by discretization
technique (TRI)
bvp2.f ref text 421-423
for Boundary value problem solved by shooting method
(RK4SYS,XPSYS)
pde1.f ref text 433
for Parabolic partial differential equation problem
pde2.f ref text 434
for Parabolic pde problem solved by Crank-Nicolson
method (TRI)
string.f ref text 441-442
for Hyperbolic pde problem solved by discretization
(F,TRUE)
seidel.f ref text 449-451
for Elliptic pde solved by discretization and
Gauss-Seidel method
(SEIDEL,F,G,BNDY,USTART,TRUE)
info-code.tex for TeX file with general code information
info-code.tty for text file with general code information
makefile
-----------------------------------------------------------
for C version of LAPACK
path: /netlib/clapack/
-----------------------------------------------------------
############################################################################
# PLEASE NOTE: #
# #
# THE CBLAS ARE NOT PROVIDED BY NETLIB WHEN CLAPACK ROUTINES ARE REQUESTED.#
# #
# It is assumed that an optimized version of the BLAS are already #
# present on your machine. If this is not the case, please refer #
# to the clapack/cblas directory. #
############################################################################
readme for overview of clapack
clapack/ for (FOR NON EMAIL USERS ONLY) This is the COMPLETE
package
(installation, testing, and timing) in tar gzip
form (5206025 bytes). This cannot be retrieved
via email.
Updated: September 30, 1994 (LAPACK, version
2.0)
by Jim Demmel (demmel@cs.berkeley.edu) & Xiaoye Li
(xiaoye@cs.berkeley.edu)
testing/ for (FOR NON EMAIL USERS ONLY) This is a gzip tar
file of
the testing directory (1762774 bytes).
REQUIRES f2clibs.tar.z, so MUST download this
tar file too.
This cannot be retrieved via email.
timing/ for (FOR NON EMAIL USERS ONLY) This is a gzip tar
file of
the timing directory (933866 bytes).
REQUIRES f2clibs.tar.z, so MUST download this
tar file too.
This cannot be retrieved via email.
f2clibs/ for (FOR NON EMAIL USERS ONLY) Required by the
library and testing/timing
routines for I/O and math functions. Included
in the tar file of the
complete package (62251 bytes).
single/ for single precision real CLAPACK routines
REQUIRES f2clibs.tar.z, so MUST download this
tar file too.
prec single
double/ for double precision real CLAPACK routines
REQUIRES f2clibs.tar.z, so MUST download this
tar file too.
prec double
complex/ for single precision complex CLAPACK routines
REQUIRES f2clibs.tar.z, so MUST download this
tar file too.
prec complex
complex16/ for double precision complex CLAPACK routines
REQUIRES f2clibs.tar.z, so MUST download this
tar file too.
prec doublecomplex
util/ for CLAPACK utility routines
cblas/ for Subdirectory containing f2c'ed BLAS routines.
REQUIRES f2clibs.tar.z, so MUST download this
tar file too.
testing/ for Subdirectory containing the testing routines for
clapack.
REQUIRES f2clibs.tar.z, so MUST download this
tar file too.
timing/ for Subdirectory containing the timing routines for
clapack.
REQUIRES f2clibs.tar.z, so MUST download this
tar file too.
# For the Fortran 77 implementation of LAPACK see directory lapack
# lapack/ for LAPACK.
# For a c++ implementation of LAPACK see directory c++/lapack++
# c++/lapack++/ for LAPACK++. LAPACK extensions for high
performance linear algebra computations. This
version includes support for solving linear
systems using LU, Cholesky, and QR matrix
factorizations.
by Roldan Pozo <pozo@cs.utk.edu>
# For a distributed-memory implementation of LAPACK see directory scalapack
# scalapack/ for ScaLAPACK. A portable implementation of some of
the core
routines in LAPACK across PVM, Intel machines,
CM-5, and IBM SPs.
# *******************
# Questions/comments? Direct email to lapack@cs.utk.edu
# *******************
-----------------------------------------------------------
for Subdirectory containing f2c'ed BLAS routines.
path: /netlib/clapack/cblas/
-----------------------------------------------------------
.depend
caxpy.c
ccopy.c
cdotc.c
cdotu.c
cgbmv.c
cgemm.c
cgemv.c
cgerc.c
cgeru.c
chbmv.c
chemm.c
chemv.c
cher.c
cher2.c
cher2k.c
cherk.c
chpmv.c
chpr.c
chpr2.c
crotg.c
cscal.c
csscal.c
cswap.c
csymm.c
csyr2k.c
csyrk.c
ctbmv.c
ctbsv.c
ctpmv.c
ctpsv.c
ctrmm.c
ctrmv.c
ctrsm.c
ctrsv.c
dasum.c
daxpy.c
dcabs1.c
dcopy.c
ddot.c
dgbmv.c
dgemm.c
dgemv.c
dger.c
dnrm2.c
drot.c
drotg.c
dsbmv.c
dscal.c
dspmv.c
dspr.c
dspr2.c
dswap.c
dsymm.c
dsymv.c
dsyr.c
dsyr2.c
dsyr2k.c
dsyrk.c
dtbmv.c
dtbsv.c
dtpmv.c
dtpsv.c
dtrmm.c
dtrmv.c
dtrsm.c
dtrsv.c
dzasum.c
dznrm2.c
icamax.c
idamax.c
isamax.c
izamax.c
lsame.c
sasum.c
saxpy.c
scasum.c
scnrm2.c
scopy.c
sdot.c
sgbmv.c
sgemm.c
sgemv.c
sger.c
snrm2.c
srot.c
srotg.c
ssbmv.c
sscal.c
sspmv.c
sspr.c
sspr2.c
sswap.c
ssymm.c
ssymv.c
ssyr.c
ssyr2.c
ssyr2k.c
ssyrk.c
stbmv.c
stbsv.c
stpmv.c
stpsv.c
strmm.c
strmv.c
strsm.c
strsv.c
xerbla.c
zaxpy.c
zcopy.c
zdotc.c
zdotu.c
zdscal.c
zgbmv.c
zgemm.c
zgemv.c
zgerc.c
zgeru.c
zhbmv.c
zhemm.c
zhemv.c
zher.c
zher2.c
zher2k.c
zherk.c
zhpmv.c
zhpr.c
zhpr2.c
zrotg.c
zscal.c
zswap.c
zsymm.c
zsyr2k.c
zsyrk.c
ztbmv.c
ztbsv.c
ztpmv.c
ztpsv.c
ztrmm.c
ztrmv.c
ztrsm.c
ztrsv.c
-----------------------------------------------------------
for (FOR NON EMAIL USERS ONLY) This is the COMPLETE
path: /netlib/clapack/clapack/
-----------------------------------------------------------
CLAPACK/
-----------------------------------------------------------
path: /netlib/clapack/clapack/CLAPACK/
-----------------------------------------------------------
BLAS/
F2CLIBS/
INSTALL/
Makefile
README
SRC/
TESTING/
TIMING/
Translate/
make.inc
-----------------------------------------------------------
path: /netlib/clapack/clapack/CLAPACK/BLAS/
-----------------------------------------------------------
SRC/
TESTING/
cblat2.in
cblat3.in
dblat2.in
dblat3.in
sblat2.in
sblat3.in
zblat2.in
zblat3.in
-----------------------------------------------------------
path: /netlib/clapack/clapack/CLAPACK/BLAS/SRC/
-----------------------------------------------------------
#Makefile#
Makefile
caxpy.c
ccopy.c
cdotc.c
cdotu.c
cgbmv.c
cgemm.c
cgemv.c
cgerc.c
cgeru.c
chbmv.c
chemm.c
chemv.c
cher.c
cher2.c
cher2k.c
cherk.c
chpmv.c
chpr.c
chpr2.c
crotg.c
cscal.c
csscal.c
cswap.c
csymm.c
csyr2k.c
csyrk.c
ctbmv.c
ctbsv.c
ctpmv.c
ctpsv.c
ctrmm.c
ctrmv.c
ctrsm.c
ctrsv.c
dasum.c
daxpy.c
dcabs1.c
dcopy.c
ddot.c
dgbmv.c
dgemm.c
dgemv.c
dger.c
dnrm2.c
drot.c
drotg.c
dsbmv.c
dscal.c
dspmv.c
dspr.c
dspr2.c
dswap.c
dsymm.c
dsymv.c
dsyr.c
dsyr2.c
dsyr2k.c
dsyrk.c
dtbmv.c
dtbsv.c
dtpmv.c
dtpsv.c
dtrmm.c
dtrmv.c
dtrsm.c
dtrsv.c
dzasum.c
dznrm2.c
f2c.h
icamax.c
icamax.u
idamax.c
isamax.c
izamax.c
lsame.c
sasum.c
saxpy.c
scasum.c
scnrm2.c
scopy.c
sdot.c
sgbmv.c
sgemm.c
sgemv.c
sger.c
snrm2.c
srot.c
srotg.c
ssbmv.c
sscal.c
sspmv.c
sspr.c
sspr2.c
sswap.c
ssymm.c
ssymv.c
ssyr.c
ssyr2.c
ssyr2k.c
ssyrk.c
stbmv.c
stbsv.c
stpmv.c
stpsv.c
strmm.c
strmv.c
strsm.c
strsv.c
xerbla.c
zaxpy.c
zcopy.c
zdotc.c
zdotu.c
zdscal.c
zgbmv.c
zgemm.c
zgemv.c
zgerc.c
zgeru.c
zhbmv.c
zhemm.c
zhemv.c
zher.c
zher2.c
zher2k.c
zherk.c
zhpmv.c
zhpr.c
zhpr2.c
zrotg.c
zscal.c
zswap.c
zsymm.c
zsyr2k.c
zsyrk.c
ztbmv.c
ztbsv.c
ztpmv.c
ztpsv.c
ztrmm.c
ztrmv.c
ztrsm.c
ztrsv.c
-----------------------------------------------------------
path: /netlib/clapack/clapack/CLAPACK/BLAS/TESTING/
-----------------------------------------------------------
Makeblat1
Makeblat2
Makeblat3
cblat1.c
cblat2.c
cblat3.c
dblat1.c
dblat2.c
dblat3.c
f2c.h
sblat1.c
sblat2.c
sblat3.c
zblat1.c
zblat2.c
zblat3.c
-----------------------------------------------------------
path: /netlib/clapack/clapack/CLAPACK/F2CLIBS/
-----------------------------------------------------------
f2c.h
libF77/
libI77/
-----------------------------------------------------------
path: /netlib/clapack/clapack/CLAPACK/F2CLIBS/libF77/
-----------------------------------------------------------
Notice
README
Version.c
abort_.c
c_abs.c
c_cos.c
c_div.c
c_exp.c
c_log.c
c_sin.c
c_sqrt.c
cabs.c
d_abs.c
d_acos.c
d_asin.c
d_atan.c
d_atn2.c
d_cnjg.c
d_cos.c
d_cosh.c
d_dim.c
d_exp.c
d_imag.c
d_int.c
d_lg10.c
d_log.c
d_mod.c
d_nint.c
d_prod.c
d_sign.c
d_sin.c
d_sinh.c
d_sqrt.c
d_tan.c
d_tanh.c
derf_.c
derfc_.c
ef1asc_.c
ef1cmc_.c
erf_.c
erfc_.c
f2c.h
f2ch.add
getarg_.c
getenv_.c
h_abs.c
h_dim.c
h_dnnt.c
h_indx.c
h_len.c
h_mod.c
h_nint.c
h_sign.c
hl_ge.c
hl_gt.c
hl_le.c
hl_lt.c
i_abs.c
i_dim.c
i_dnnt.c
i_indx.c
i_len.c
i_mod.c
i_nint.c
i_sign.c
iargc_.c
l_ge.c
l_gt.c
l_le.c
l_lt.c
libF77.xsum
main.c
makefile
pow_ci.c
pow_dd.c
pow_di.c
pow_hh.c
pow_ii.c
pow_qq.c
pow_ri.c
pow_zi.c
pow_zz.c
r_abs.c
r_acos.c
r_asin.c
r_atan.c
r_atn2.c
r_cnjg.c
r_cos.c
r_cosh.c
r_dim.c
r_exp.c
r_imag.c
r_int.c
r_lg10.c
r_log.c
r_mod.c
r_nint.c
r_sign.c
r_sin.c
r_sinh.c
r_sqrt.c
r_tan.c
r_tanh.c
s_cat.c
s_cmp.c
s_copy.c
s_paus.c
s_rnge.c
s_stop.c
sig_die.c
signal_.c
system_.c
z_abs.c
z_cos.c
z_div.c
z_exp.c
z_log.c
z_sin.c
z_sqrt.c
-----------------------------------------------------------
path: /netlib/clapack/clapack/CLAPACK/F2CLIBS/libI77/
-----------------------------------------------------------
Notice
README
Version.c
backspace.c
close.c
dfe.c
dolio.c
due.c
endfile.c
err.c
f2c.h
f2ch.add
fio.h
fmt.c
fmt.h
fmtlib.c
fp.h
iio.c
ilnw.c
inquire.c
libI77.xsum
lio.h
lread.c
lwrite.c
makefile
open.c
rawio.h
rdfmt.c
rewind.c
rsfe.c
rsli.c
rsne.c
sfe.c
sue.c
typesize.c
uio.c
util.c
wref.c
wrtfmt.c
wsfe.c
wsle.c
wsne.c
xwsne.c
-----------------------------------------------------------
path: /netlib/clapack/clapack/CLAPACK/INSTALL/
-----------------------------------------------------------
Makefile
dlamch.c
dlamchtst.c
dsecnd.c
dsecndtst.c
f2c.h
lawn81.ps
lawn81.tex
lsame.c
lsametst.c
org2.ps
psfig.tex
second.c
secondtst.c
slamch.c
slamchtst.c
-----------------------------------------------------------
path: /netlib/clapack/clapack/CLAPACK/SRC/
-----------------------------------------------------------
Makefile
cbdsqr.c
cgbbrd.c
cgbcon.c
cgbequ.c
cgbrfs.c
cgbsv.c
cgbsvx.c
cgbtf2.c
cgbtrf.c
cgbtrs.c
cgebak.c
cgebal.c
cgebd2.c
cgebrd.c
cgecon.c
cgeequ.c
cgees.c
cgeesx.c
cgeev.c
cgeevx.c
cgegs.c
cgegv.c
cgehd2.c
cgehrd.c
cgelq2.c
cgelqf.c
cgels.c
cgelss.c
cgelsx.c
cgeql2.c
cgeqlf.c
cgeqpf.c
cgeqr2.c
cgeqrf.c
cgerfs.c
cgerq2.c
cgerqf.c
cgesv.c
cgesvd.c
cgesvx.c
cgetf2.c
cgetrf.c
cgetri.c
cgetrs.c
cggbak.c
cggbal.c
cggglm.c
cgghrd.c
cgglse.c
cggqrf.c
cggrqf.c
cggsvd.c
cggsvp.c
cgtcon.c
cgtrfs.c
cgtsv.c
cgtsvx.c
cgttrf.c
cgttrs.c
chbev.c
chbevd.c
chbevx.c
chbgst.c
chbgv.c
chbtrd.c
checon.c
cheev.c
cheevd.c
cheevx.c
chegs2.c
chegst.c
chegv.c
cherfs.c
chesv.c
chesvx.c
chetd2.c
chetf2.c
chetrd.c
chetrf.c
chetri.c
chetrs.c
chgeqz.c
chpcon.c
chpev.c
chpevd.c
chpevx.c
chpgst.c
chpgv.c
chprfs.c
chpsv.c
chpsvx.c
chptrd.c
chptrf.c
chptri.c
chptrs.c
chsein.c
chseqr.c
clabrd.c
clacgv.c
clacon.c
clacpy.c
clacrm.c
clacrt.c
cladiv.c
claed0.c
claed7.c
claed8.c
claein.c
claesy.c
claev2.c
clags2.c
clagtm.c
clahef.c
clahqr.c
clahrd.c
claic1.c
clangb.c
clange.c
clangt.c
clanhb.c
clanhe.c
clanhp.c
clanhs.c
clanht.c
clansb.c
clansp.c
clansy.c
clantb.c
clantp.c
clantr.c
clapll.c
clapmt.c
claqgb.c
claqge.c
claqhb.c
claqhe.c
claqhp.c
claqsb.c
claqsp.c
claqsy.c
clar2v.c
clarf.c
clarfb.c
clarfg.c
clarft.c
clarfx.c
clargv.c
clarnv.c
clartg.c
clartv.c
clascl.c
claset.c
clasr.c
classq.c
claswp.c
clasyf.c
clatbs.c
clatps.c
clatrd.c
clatrs.c
clatzm.c
clauu2.c
clauum.c
cpbcon.c
cpbequ.c
cpbrfs.c
cpbstf.c
cpbsv.c
cpbsvx.c
cpbtf2.c
cpbtrf.c
cpbtrs.c
cpocon.c
cpoequ.c
cporfs.c
cposv.c
cposvx.c
cpotf2.c
cpotrf.c
cpotri.c
cpotrs.c
cppcon.c
cppequ.c
cpprfs.c
cppsv.c
cppsvx.c
cpptrf.c
cpptri.c
cpptrs.c
cptcon.c
cpteqr.c
cptrfs.c
cptsv.c
cptsvx.c
cpttrf.c
cpttrs.c
crot.c
cspcon.c
cspmv.c
cspr.c
csprfs.c
cspsv.c
cspsvx.c
csptrf.c
csptri.c
csptrs.c
csrot.c
csrscl.c
cstedc.c
cstein.c
csteqr.c
csycon.c
csymv.c
csyr.c
csyrfs.c
csysv.c
csysvx.c
csytf2.c
csytrf.c
csytri.c
csytrs.c
ctbcon.c
ctbrfs.c
ctbtrs.c
ctgevc.c
ctgsja.c
ctpcon.c
ctprfs.c
ctptri.c
ctptrs.c
ctrcon.c
ctrevc.c
ctrexc.c
ctrrfs.c
ctrsen.c
ctrsna.c
ctrsyl.c
ctrti2.c
ctrtri.c
ctrtrs.c
ctzrqf.c
cung2l.c
cung2r.c
cungbr.c
cunghr.c
cungl2.c
cunglq.c
cungql.c
cungqr.c
cungr2.c
cungrq.c
cungtr.c
cunm2l.c
cunm2r.c
cunmbr.c
cunmhr.c
cunml2.c
cunmlq.c
cunmql.c
cunmqr.c
cunmr2.c
cunmrq.c
cunmtr.c
cupgtr.c
cupmtr.c
dbdsqr.c
ddisna.c
dgbbrd.c
dgbcon.c
dgbequ.c
dgbrfs.c
dgbsv.c
dgbsvx.c
dgbtf2.c
dgbtrf.c
dgbtrs.c
dgebak.c
dgebal.c
dgebd2.c
dgebrd.c
dgecon.c
dgeequ.c
dgees.c
dgeesx.c
dgeev.c
dgeevx.c
dgegs.c
dgegv.c
dgehd2.c
dgehrd.c
dgelq2.c
dgelqf.c
dgels.c
dgelss.c
dgelsx.c
dgeql2.c
dgeqlf.c
dgeqpf.c
dgeqr2.c
dgeqrf.c
dgerfs.c
dgerq2.c
dgerqf.c
dgesv.c
dgesvd.c
dgesvx.c
dgetf2.c
dgetrf.c
dgetri.c
dgetrs.c
dggbak.c
dggbal.c
dggglm.c
dgghrd.c
dgglse.c
dggqrf.c
dggrqf.c
dggsvd.c
dggsvp.c
dgtcon.c
dgtrfs.c
dgtsv.c
dgtsvx.c
dgttrf.c
dgttrs.c
dhgeqz.c
dhsein.c
dhseqr.c
dlabad.c
dlabrd.c
dlacon.c
dlacpy.c
dladiv.c
dlae2.c
dlaebz.c
dlaed0.c
dlaed1.c
dlaed2.c
dlaed3.c
dlaed4.c
dlaed5.c
dlaed6.c
dlaed7.c
dlaed8.c
dlaed9.c
dlaeda.c
dlaein.c
dlaev2.c
dlaexc.c
dlag2.c
dlags2.c
dlagtf.c
dlagtm.c
dlagts.c
dlahqr.c
dlahrd.c
dlaic1.c
dlaln2.c
dlamch.c
dlamrg.c
dlangb.c
dlange.c
dlangt.c
dlanhs.c
dlansb.c
dlansp.c
dlanst.c
dlansy.c
dlantb.c
dlantp.c
dlantr.c
dlanv2.c
dlapll.c
dlapmt.c
dlapy2.c
dlapy3.c
dlaqgb.c
dlaqge.c
dlaqsb.c
dlaqsp.c
dlaqsy.c
dlaqtr.c
dlar2v.c
dlarf.c
dlarfb.c
dlarfg.c
dlarft.c
dlarfx.c
dlargv.c
dlarnv.c
dlartg.c
dlartv.c
dlaruv.c
dlas2.c
dlascl.c
dlaset.c
dlasq1.c
dlasq2.c
dlasq3.c
dlasq4.c
dlasr.c
dlasrt.c
dlassq.c
dlasv2.c
dlaswp.c
dlasy2.c
dlasyf.c
dlatbs.c
dlatps.c
dlatrd.c
dlatrs.c
dlatzm.c
dlauu2.c
dlauum.c
dopgtr.c
dopmtr.c
dorg2l.c
dorg2r.c
dorgbr.c
dorghr.c
dorgl2.c
dorglq.c
dorgql.c
dorgqr.c
dorgr2.c
dorgrq.c
dorgtr.c
dorm2l.c
dorm2r.c
dormbr.c
dormhr.c
dorml2.c
dormlq.c
dormql.c
dormqr.c
dormr2.c
dormrq.c
dormtr.c
dpbcon.c
dpbequ.c
dpbrfs.c
dpbstf.c
dpbsv.c
dpbsvx.c
dpbtf2.c
dpbtrf.c
dpbtrs.c
dpocon.c
dpoequ.c
dporfs.c
dposv.c
dposvx.c
dpotf2.c
dpotrf.c
dpotri.c
dpotrs.c
dppcon.c
dppequ.c
dpprfs.c
dppsv.c
dppsvx.c
dpptrf.c
dpptri.c
dpptrs.c
dptcon.c
dpteqr.c
dptrfs.c
dptsv.c
dptsvx.c
dpttrf.c
dpttrs.c
drscl.c
dsbev.c
dsbevd.c
dsbevx.c
dsbgst.c
dsbgv.c
dsbtrd.c
dsecnd.c
dspcon.c
dspev.c
dspevd.c
dspevx.c
dspgst.c
dspgv.c
dsprfs.c
dspsv.c
dspsvx.c
dsptrd.c
dsptrf.c
dsptri.c
dsptrs.c
dstebz.c
dstedc.c
dstein.c
dsteqr.c
dsterf.c
dstev.c
dstevd.c
dstevx.c
dsycon.c
dsyev.c
dsyevd.c
dsyevx.c
dsygs2.c
dsygst.c
dsygv.c
dsyrfs.c
dsysv.c
dsysvx.c
dsytd2.c
dsytf2.c
dsytrd.c
dsytrf.c
dsytri.c
dsytrs.c
dtbcon.c
dtbrfs.c
dtbtrs.c
dtgevc.c
dtgsja.c
dtpcon.c
dtprfs.c
dtptri.c
dtptrs.c
dtrcon.c
dtrevc.c
dtrexc.c
dtrrfs.c
dtrsen.c
dtrsna.c
dtrsyl.c
dtrti2.c
dtrtri.c
dtrtrs.c
dtzrqf.c
dzsum1.c
f2c.h
icmax1.c
ilaenv.c
izmax1.c
lsame.c
lsamen.c
lsamen.u
sbdsqr.c
scsum1.c
sdisna.c
second.c
sgbbrd.c
sgbcon.c
sgbequ.c
sgbrfs.c
sgbsv.c
sgbsvx.c
sgbtf2.c
sgbtrf.c
sgbtrs.c
sgebak.c
sgebal.c
sgebd2.c
sgebrd.c
sgecon.c
sgeequ.c
sgees.c
sgeesx.c
sgeev.c
sgeevx.c
sgegs.c
sgegv.c
sgehd2.c
sgehrd.c
sgelq2.c
sgelqf.c
sgels.c
sgelss.c
sgelsx.c
sgeql2.c
sgeqlf.c
sgeqpf.c
sgeqr2.c
sgeqrf.c
sgerfs.c
sgerq2.c
sgerqf.c
sgesv.c
sgesvd.c
sgesvx.c
sgetf2.c
sgetrf.c
sgetri.c
sgetrs.c
sggbak.c
sggbal.c
sggglm.c
sgghrd.c
sgglse.c
sggqrf.c
sggrqf.c
sggsvd.c
sggsvp.c
sgtcon.c
sgtrfs.c
sgtsv.c
sgtsvx.c
sgttrf.c
sgttrs.c
shgeqz.c
shsein.c
shseqr.c
slabad.c
slabrd.c
slacon.c
slacpy.c
sladiv.c
slae2.c
slaebz.c
slaed0.c
slaed1.c
slaed2.c
slaed3.c
slaed4.c
slaed5.c
slaed6.c
slaed7.c
slaed8.c
slaed9.c
slaeda.c
slaein.c
slaev2.c
slaexc.c
slag2.c
slags2.c
slagtf.c
slagtm.c
slagts.c
slahqr.c
slahqr.u
slahrd.c
slaic1.c
slaln2.c
slamch.c
slamrg.c
slangb.c
slange.c
slangt.c
slanhs.c
slansb.c
slansp.c
slanst.c
slansy.c
slantb.c
slantp.c
slantr.c
slanv2.c
slapll.c
slapmt.c
slapy2.c
slapy3.c
slaqgb.c
slaqge.c
slaqsb.c
slaqsp.c
slaqsy.c
slaqtr.c
slar2v.c
slarf.c
slarfb.c
slarfg.c
slarft.c
slarfx.c
slargv.c
slarnv.c
slartg.c
slartv.c
slaruv.c
slas2.c
slascl.c
slaset.c
slasq1.c
slasq2.c
slasq3.c
slasq4.c
slasr.c
slasrt.c
slassq.c
slasv2.c
slaswp.c
slasy2.c
slasyf.c
slatbs.c
slatps.c
slatrd.c
slatrs.c
slatzm.c
slauu2.c
slauum.c
sopgtr.c
sopmtr.c
sorg2l.c
sorg2r.c
sorgbr.c
sorghr.c
sorgl2.c
sorglq.c
sorgql.c
sorgqr.c
sorgr2.c
sorgrq.c
sorgtr.c
sorm2l.c
sorm2r.c
sormbr.c
sormhr.c
sorml2.c
sormlq.c
sormql.c
sormqr.c
sormr2.c
sormrq.c
sormtr.c
spbcon.c
spbequ.c
spbrfs.c
spbstf.c
spbsv.c
spbsvx.c
spbtf2.c
spbtrf.c
spbtrs.c
spocon.c
spoequ.c
sporfs.c
sposv.c
sposvx.c
spotf2.c
spotrf.c
spotri.c
spotrs.c
sppcon.c
sppequ.c
spprfs.c
sppsv.c
sppsvx.c
spptrf.c
spptri.c
spptrs.c
sptcon.c
spteqr.c
sptrfs.c
sptsv.c
sptsvx.c
spttrf.c
spttrs.c
srscl.c
ssbev.c
ssbevd.c
ssbevx.c
ssbgst.c
ssbgv.c
ssbtrd.c
sspcon.c
sspev.c
sspevd.c
sspevx.c
sspgst.c
sspgv.c
ssprfs.c
sspsv.c
sspsvx.c
ssptrd.c
ssptrf.c
ssptri.c
ssptrs.c
sstebz.c
sstedc.c
sstein.c
ssteqr.c
ssterf.c
sstev.c
sstevd.c
sstevx.c
ssycon.c
ssyev.c
ssyevd.c
ssyevx.c
ssygs2.c
ssygst.c
ssygv.c
ssyrfs.c
ssysv.c
ssysvx.c
ssytd2.c
ssytf2.c
ssytrd.c
ssytrf.c
ssytri.c
ssytrs.c
stbcon.c
stbrfs.c
stbtrs.c
stgevc.c
stgsja.c
stpcon.c
stprfs.c
stptri.c
stptrs.c
strcon.c
strevc.c
strexc.c
strrfs.c
strsen.c
strsna.c
strsyl.c
strti2.c
strtri.c
strtrs.c
stzrqf.c
xerbla.c
zbdsqr.c
zdrot.c
zdrscl.c
zgbbrd.c
zgbcon.c
zgbequ.c
zgbrfs.c
zgbsv.c
zgbsvx.c
zgbtf2.c
zgbtrf.c
zgbtrs.c
zgebak.c
zgebal.c
zgebd2.c
zgebrd.c
zgecon.c
zgeequ.c
zgees.c
zgeesx.c
zgeev.c
zgeevx.c
zgegs.c
zgegv.c
zgehd2.c
zgehrd.c
zgelq2.c
zgelqf.c
zgels.c
zgelss.c
zgelsx.c
zgeql2.c
zgeqlf.c
zgeqpf.c
zgeqr2.c
zgeqrf.c
zgerfs.c
zgerq2.c
zgerqf.c
zgesv.c
zgesvd.c
zgesvx.c
zgetf2.c
zgetrf.c
zgetri.c
zgetrs.c
zggbak.c
zggbal.c
zggglm.c
zgghrd.c
zgglse.c
zggqrf.c
zggrqf.c
zggsvd.c
zggsvp.c
zgtcon.c
zgtrfs.c
zgtsv.c
zgtsvx.c
zgttrf.c
zgttrs.c
zhbev.c
zhbevd.c
zhbevx.c
zhbgst.c
zhbgv.c
zhbtrd.c
zhecon.c
zheev.c
zheevd.c
zheevx.c
zhegs2.c
zhegst.c
zhegv.c
zherfs.c
zhesv.c
zhesvx.c
zhetd2.c
zhetf2.c
zhetrd.c
zhetrf.c
zhetri.c
zhetrs.c
zhgeqz.c
zhpcon.c
zhpev.c
zhpevd.c
zhpevx.c
zhpgst.c
zhpgv.c
zhprfs.c
zhpsv.c
zhpsvx.c
zhptrd.c
zhptrf.c
zhptri.c
zhptrs.c
zhsein.c
zhseqr.c
zlabrd.c
zlacgv.c
zlacon.c
zlacpy.c
zlacrm.c
zlacrt.c
zladiv.c
zlaed0.c
zlaed7.c
zlaed8.c
zlaein.c
zlaesy.c
zlaev2.c
zlags2.c
zlagtm.c
zlahef.c
zlahqr.c
zlahrd.c
zlaic1.c
zlangb.c
zlange.c
zlangt.c
zlanhb.c
zlanhe.c
zlanhp.c
zlanhs.c
zlanht.c
zlansb.c
zlansp.c
zlansy.c
zlantb.c
zlantp.c
zlantr.c
zlapll.c
zlapmt.c
zlaqgb.c
zlaqge.c
zlaqhb.c
zlaqhe.c
zlaqhp.c
zlaqsb.c
zlaqsp.c
zlaqsy.c
zlar2v.c
zlarf.c
zlarfb.c
zlarfg.c
zlarft.c
zlarfx.c
zlargv.c
zlarnv.c
zlartg.c
zlartv.c
zlascl.c
zlaset.c
zlasr.c
zlassq.c
zlaswp.c
zlasyf.c
zlatbs.c
zlatps.c
zlatrd.c
zlatrs.c
zlatzm.c
zlauu2.c
zlauum.c
zpbcon.c
zpbequ.c
zpbrfs.c
zpbstf.c
zpbsv.c
zpbsvx.c
zpbtf2.c
zpbtrf.c
zpbtrs.c
zpocon.c
zpoequ.c
zporfs.c
zposv.c
zposvx.c
zpotf2.c
zpotrf.c
zpotri.c
zpotrs.c
zppcon.c
zppequ.c
zpprfs.c
zppsv.c
zppsvx.c
zpptrf.c
zpptri.c
zpptrs.c
zptcon.c
zpteqr.c
zptrfs.c
zptsv.c
zptsvx.c
zpttrf.c
zpttrs.c
zrot.c
zspcon.c
zspmv.c
zspr.c
zsprfs.c
zspsv.c
zspsvx.c
zsptrf.c
zsptri.c
zsptrs.c
zstedc.c
zstein.c
zsteqr.c
zsycon.c
zsymv.c
zsyr.c
zsyrfs.c
zsysv.c
zsysvx.c
zsytf2.c
zsytrf.c
zsytri.c
zsytrs.c
ztbcon.c
ztbrfs.c
ztbtrs.c
ztgevc.c
ztgsja.c
ztpcon.c
ztprfs.c
ztptri.c
ztptrs.c
ztrcon.c
ztrevc.c
ztrexc.c
ztrrfs.c
ztrsen.c
ztrsna.c
ztrsyl.c
ztrti2.c
ztrtri.c
ztrtrs.c
ztzrqf.c
zung2l.c
zung2r.c
zungbr.c
zunghr.c
zungl2.c
zunglq.c
zungql.c
zungqr.c
zungr2.c
zungrq.c
zungtr.c
zunm2l.c
zunm2r.c
zunmbr.c
zunmhr.c
zunml2.c
zunmlq.c
zunmql.c
zunmqr.c
zunmr2.c
zunmrq.c
zunmtr.c
zupgtr.c
zupmtr.c
-----------------------------------------------------------
path: /netlib/clapack/clapack/CLAPACK/TESTING/
-----------------------------------------------------------
EIG/
LIN/
MATGEN/
Makefile
Makefile.sgi
cbak.in
cbal.in
cbb.in
cec.in
ced.in
cgbak.in
cgbal.in
cgg.in
csb.in
csg.in
ctest.in
dbak.in
dbal.in
dbb.in
dec.in
ded.in
dgbak.in
dgbal.in
dgg.in
dsb.in
dsg.in
dtest.in
glm.in
gqr.in
gsv.in
lse.in
nep.in
sbak.in
sbal.in
sbb.in
sec.in
sed.in
sep.in
sgbak.in
sgbal.in
sgg.in
ssb.in
ssg.in
stest.in
svd.in
zbak.in
zbal.in
zbb.in
zec.in
zed.in
zgbak.in
zgbal.in
zgg.in
zsb.in
zsg.in
ztest.in
-----------------------------------------------------------
path: /netlib/clapack/clapack/CLAPACK/TESTING/EIG/
-----------------------------------------------------------
Makefile
alahdg.c
alareq.c
alarqg.c
alasmg.c
alasum.c
alasvm.c
cbdt01.c
cbdt02.c
cbdt03.c
cchkbb.c
cchkbd.c
cchkbk.c
cchkbl.c
cchkec.c
cchkee.c
cchkgb.c
cchkgg.c
cchkgk.c
cchkgl.c
cchkhb.c
cchkhs.c
cchkst.c
cckglm.c
cckgqr.c
cckgsv.c
ccklse.c
cdrvbd.c
cdrves.c
cdrvev.c
cdrvgg.c
cdrvsg.c
cdrvst.c
cdrvsx.c
cdrvvx.c
cerrbd.c
cerrec.c
cerred.c
cerrgg.c
cerrhs.c
cerrst.c
cget02.c
cget10.c
cget22.c
cget23.c
cget24.c
cget35.c
cget36.c
cget37.c
cget38.c
cget51.c
cget52.c
cglmts.c
cgqrts.c
cgrqts.c
cgsvts.c
chbt21.c
chet21.c
chet22.c
chkxer.c
chpt21.c
chst01.c
clarfy.c
clarhs.c
clatm4.c
clsets.c
csbmv.c
csgt01.c
cslect.c
cstt21.c
cunt01.c
cunt03.c
dbdt01.c
dbdt02.c
dbdt03.c
dchkbb.c
dchkbd.c
dchkbk.c
dchkbl.c
dchkec.c
dchkee.c
dchkgb.c
dchkgg.c
dchkgk.c
dchkgl.c
dchkhs.c
dchksb.c
dchkst.c
dckglm.c
dckgqr.c
dckgsv.c
dcklse.c
ddrvbd.c
ddrves.c
ddrvev.c
ddrvgg.c
ddrvsg.c
ddrvst.c
ddrvsx.c
ddrvvx.c
derrbd.c
derrec.c
derred.c
derrgg.c
derrhs.c
derrst.c
dget02.c
dget10.c
dget22.c
dget23.c
dget24.c
dget31.c
dget32.c
dget33.c
dget34.c
dget35.c
dget36.c
dget37.c
dget38.c
dget39.c
dget51.c
dget52.c
dget53.c
dglmts.c
dgqrts.c
dgrqts.c
dgsvts.c
dhst01.c
dlafts.c
dlahd2.c
dlarfy.c
dlarhs.c
dlasum.c
dlatb9.c
dlatm4.c
dlsets.c
dort01.c
dort03.c
dsbt21.c
dsgt01.c
dslect.c
dspt21.c
dstech.c
dstect.c
dstt21.c
dstt22.c
dsvdch.c
dsvdct.c
dsxt1.c
dsyt21.c
dsyt22.c
f2c.h
ilaenv.c
sbdt01.c
sbdt02.c
sbdt03.c
schkbb.c
schkbd.c
schkbk.c
schkbl.c
schkec.c
schkee.c
schkgb.c
schkgg.c
schkgk.c
schkgl.c
schkhs.c
schksb.c
schkst.c
sckglm.c
sckgqr.c
sckgsv.c
scklse.c
sdrvbd.c
sdrves.c
sdrvev.c
sdrvgg.c
sdrvsg.c
sdrvst.c
sdrvsx.c
sdrvvx.c
serrbd.c
serrec.c
serred.c
serrgg.c
serrhs.c
serrst.c
sget02.c
sget10.c
sget22.c
sget23.c
sget24.c
sget31.c
sget32.c
sget33.c
sget34.c
sget35.c
sget36.c
sget37.c
sget38.c
sget39.c
sget51.c
sget52.c
sget53.c
sglmts.c
sgqrts.c
sgrqts.c
sgsvts.c
shst01.c
slafts.c
slahd2.c
slarfy.c
slarhs.c
slasum.c
slatb9.c
slatm4.c
slsets.c
sort01.c
sort03.c
ssbt21.c
ssgt01.c
sslect.c
sspt21.c
sstech.c
sstect.c
sstt21.c
sstt22.c
ssvdch.c
ssvdct.c
ssxt1.c
ssyt21.c
ssyt22.c
xerbla.c
xlaenv.c
zbdt01.c
zbdt02.c
zbdt03.c
zchkbb.c
zchkbd.c
zchkbk.c
zchkbl.c
zchkec.c
zchkee.c
zchkgb.c
zchkgg.c
zchkgk.c
zchkgl.c
zchkhb.c
zchkhs.c
zchkst.c
zckglm.c
zckgqr.c
zckgsv.c
zcklse.c
zdrvbd.c
zdrves.c
zdrvev.c
zdrvgg.c
zdrvsg.c
zdrvst.c
zdrvsx.c
zdrvvx.c
zerrbd.c
zerrec.c
zerred.c
zerrgg.c
zerrhs.c
zerrst.c
zget02.c
zget10.c
zget22.c
zget23.c
zget24.c
zget35.c
zget36.c
zget37.c
zget38.c
zget51.c
zget52.c
zglmts.c
zgqrts.c
zgrqts.c
zgsvts.c
zhbt21.c
zhet21.c
zhet22.c
zhpt21.c
zhst01.c
zlarfy.c
zlarhs.c
zlatm4.c
zlsets.c
zsbmv.c
zsgt01.c
zslect.c
zstt21.c
zunt01.c
zunt03.c
-----------------------------------------------------------
path: /netlib/clapack/clapack/CLAPACK/TESTING/LIN/
-----------------------------------------------------------
Makefile
aladhd.c
alaerh.c
alaesm.c
alahd.c
alareq.c
alasum.c
alasvm.c
cchkaa.c
cchkeq.c
cchkgb.c
cchkge.c
cchkgt.c
cchkhe.c
cchkhp.c
cchklq.c
cchkpb.c
cchkpo.c
cchkpp.c
cchkpt.c
cchkql.c
cchkqp.c
cchkqr.c
cchkrq.c
cchksp.c
cchksy.c
cchktb.c
cchktp.c
cchktr.c
cchktz.c
cdrvgb.c
cdrvge.c
cdrvgt.c
cdrvhe.c
cdrvhp.c
cdrvls.c
cdrvpb.c
cdrvpo.c
cdrvpp.c
cdrvpt.c
cdrvsp.c
cdrvsy.c
cerrge.c
cerrgt.c
cerrhe.c
cerrlq.c
cerrls.c
cerrpo.c
cerrql.c
cerrqp.c
cerrqr.c
cerrrq.c
cerrsy.c
cerrtr.c
cerrtz.c
cerrvx.c
cgbt01.c
cgbt02.c
cgbt05.c
cgelqs.c
cgeqls.c
cgeqrs.c
cgerqs.c
cget01.c
cget02.c
cget03.c
cget04.c
cget07.c
cgtt01.c
cgtt02.c
cgtt05.c
chet01.c
chkxer.c
chpt01.c
claipd.c
claptm.c
clarhs.c
clatb4.c
clatsp.c
clatsy.c
clattb.c
clattp.c
clattr.c
clavhe.c
clavhp.c
clavsp.c
clavsy.c
clqt01.c
clqt02.c
clqt03.c
cpbt01.c
cpbt02.c
cpbt05.c
cpot01.c
cpot02.c
cpot03.c
cpot05.c
cppt01.c
cppt02.c
cppt03.c
cppt05.c
cptt01.c
cptt02.c
cptt05.c
cqlt01.c
cqlt02.c
cqlt03.c
cqpt01.c
cqrt01.c
cqrt02.c
cqrt03.c
cqrt11.c
cqrt12.c
cqrt13.c
cqrt14.c
cqrt15.c
cqrt16.c
cqrt17.c
crqt01.c
crqt02.c
crqt03.c
csbmv.c
cspt01.c
cspt02.c
cspt03.c
csyt01.c
csyt02.c
csyt03.c
ctbt02.c
ctbt03.c
ctbt05.c
ctbt06.c
ctpt01.c
ctpt02.c
ctpt03.c
ctpt05.c
ctpt06.c
ctrt01.c
ctrt02.c
ctrt03.c
ctrt05.c
ctrt06.c
ctzt01.c
ctzt02.c
dchkaa.c
dchkeq.c
dchkgb.c
dchkge.c
dchkgt.c
dchklq.c
dchkpb.c
dchkpo.c
dchkpp.c
dchkpt.c
dchkql.c
dchkqp.c
dchkqr.c
dchkrq.c
dchksp.c
dchksy.c
dchktb.c
dchktp.c
dchktr.c
dchktz.c
ddrvgb.c
ddrvge.c
ddrvgt.c
ddrvls.c
ddrvpb.c
ddrvpo.c
ddrvpp.c
ddrvpt.c
ddrvsp.c
ddrvsy.c
derrge.c
derrgt.c
derrlq.c
derrls.c
derrpo.c
derrql.c
derrqp.c
derrqr.c
derrrq.c
derrsy.c
derrtr.c
derrtz.c
derrvx.c
dgbt01.c
dgbt02.c
dgbt05.c
dgelqs.c
dgeqls.c
dgeqrs.c
dgerqs.c
dget01.c
dget02.c
dget03.c
dget04.c
dget06.c
dget07.c
dgtt01.c
dgtt02.c
dgtt05.c
dlaord.c
dlaptm.c
dlarhs.c
dlatb4.c
dlattb.c
dlattp.c
dlattr.c
dlavsp.c
dlavsy.c
dlqt01.c
dlqt02.c
dlqt03.c
dpbt01.c
dpbt02.c
dpbt05.c
dpot01.c
dpot02.c
dpot03.c
dpot05.c
dppt01.c
dppt02.c
dppt03.c
dppt05.c
dptt01.c
dptt02.c
dptt05.c
dqlt01.c
dqlt02.c
dqlt03.c
dqpt01.c
dqrt01.c
dqrt02.c
dqrt03.c
dqrt11.c
dqrt12.c
dqrt13.c
dqrt14.c
dqrt15.c
dqrt16.c
dqrt17.c
drqt01.c
drqt02.c
drqt03.c
dspt01.c
dsyt01.c
dtbt02.c
dtbt03.c
dtbt05.c
dtbt06.c
dtpt01.c
dtpt02.c
dtpt03.c
dtpt05.c
dtpt06.c
dtrt01.c
dtrt02.c
dtrt03.c
dtrt05.c
dtrt06.c
dtzt01.c
dtzt02.c
f2c.h
ilaenv.c
schkaa.c
schkeq.c
schkgb.c
schkge.c
schkgt.c
schklq.c
schkpb.c
schkpo.c
schkpp.c
schkpt.c
schkql.c
schkqp.c
schkqr.c
schkrq.c
schksp.c
schksy.c
schktb.c
schktp.c
schktr.c
schktz.c
sdrvgb.c
sdrvge.c
sdrvgt.c
sdrvls.c
sdrvpb.c
sdrvpo.c
sdrvpp.c
sdrvpt.c
sdrvsp.c
sdrvsy.c
serrge.c
serrgt.c
serrlq.c
serrls.c
serrpo.c
serrql.c
serrqp.c
serrqr.c
serrrq.c
serrsy.c
serrtr.c
serrtz.c
serrvx.c
sgbt01.c
sgbt02.c
sgbt05.c
sgelqs.c
sgeqls.c
sgeqrs.c
sgerqs.c
sget01.c
sget02.c
sget03.c
sget04.c
sget06.c
sget07.c
sgtt01.c
sgtt02.c
sgtt05.c
slaord.c
slaptm.c
slarhs.c
slatb4.c
slattb.c
slattp.c
slattr.c
slavsp.c
slavsy.c
slqt01.c
slqt02.c
slqt03.c
spbt01.c
spbt02.c
spbt05.c
spot01.c
spot02.c
spot03.c
spot05.c
sppt01.c
sppt02.c
sppt03.c
sppt05.c
sptt01.c
sptt02.c
sptt05.c
sqlt01.c
sqlt02.c
sqlt03.c
sqpt01.c
sqrt01.c
sqrt02.c
sqrt03.c
sqrt11.c
sqrt12.c
sqrt13.c
sqrt14.c
sqrt15.c
sqrt16.c
sqrt17.c
srqt01.c
srqt02.c
srqt03.c
sspt01.c
ssyt01.c
stbt02.c
stbt03.c
stbt05.c
stbt06.c
stpt01.c
stpt02.c
stpt03.c
stpt05.c
stpt06.c
strt01.c
strt02.c
strt03.c
strt05.c
strt06.c
stzt01.c
stzt02.c
xerbla.c
xlaenv.c
zchkaa.c
zchkeq.c
zchkgb.c
zchkge.c
zchkgt.c
zchkhe.c
zchkhp.c
zchklq.c
zchkpb.c
zchkpo.c
zchkpp.c
zchkpt.c
zchkql.c
zchkqp.c
zchkqr.c
zchkrq.c
zchksp.c
zchksy.c
zchktb.c
zchktp.c
zchktr.c
zchktz.c
zdrvgb.c
zdrvge.c
zdrvgt.c
zdrvhe.c
zdrvhp.c
zdrvls.c
zdrvpb.c
zdrvpo.c
zdrvpp.c
zdrvpt.c
zdrvsp.c
zdrvsy.c
zerrge.c
zerrgt.c
zerrhe.c
zerrlq.c
zerrls.c
zerrpo.c
zerrql.c
zerrqp.c
zerrqr.c
zerrrq.c
zerrsy.c
zerrtr.c
zerrtz.c
zerrvx.c
zgbt01.c
zgbt02.c
zgbt05.c
zgelqs.c
zgeqls.c
zgeqrs.c
zgerqs.c
zget01.c
zget02.c
zget03.c
zget04.c
zget07.c
zgtt01.c
zgtt02.c
zgtt05.c
zhet01.c
zhpt01.c
zlaipd.c
zlaptm.c
zlarhs.c
zlatb4.c
zlatsp.c
zlatsy.c
zlattb.c
zlattp.c
zlattr.c
zlavhe.c
zlavhp.c
zlavsp.c
zlavsy.c
zlqt01.c
zlqt02.c
zlqt03.c
zpbt01.c
zpbt02.c
zpbt05.c
zpot01.c
zpot02.c
zpot03.c
zpot05.c
zppt01.c
zppt02.c
zppt03.c
zppt05.c
zptt01.c
zptt02.c
zptt05.c
zqlt01.c
zqlt02.c
zqlt03.c
zqpt01.c
zqrt01.c
zqrt02.c
zqrt03.c
zqrt11.c
zqrt12.c
zqrt13.c
zqrt14.c
zqrt15.c
zqrt16.c
zqrt17.c
zrqt01.c
zrqt02.c
zrqt03.c
zsbmv.c
zspt01.c
zspt02.c
zspt03.c
zsyt01.c
zsyt02.c
zsyt03.c
ztbt02.c
ztbt03.c
ztbt05.c
ztbt06.c
ztpt01.c
ztpt02.c
ztpt03.c
ztpt05.c
ztpt06.c
ztrt01.c
ztrt02.c
ztrt03.c
ztrt05.c
ztrt06.c
ztzt01.c
ztzt02.c
-----------------------------------------------------------
path: /netlib/clapack/clapack/CLAPACK/TESTING/MATGEN/
-----------------------------------------------------------
Makefile
clagge.c
claghe.c
clagsy.c
clarge.c
clarnd.c
claror.c
clarot.c
clatm1.c
clatm2.c
clatm3.c
clatme.c
clatmr.c
clatms.c
dlagge.c
dlagsy.c
dlaran.c
dlarge.c
dlarnd.c
dlaror.c
dlarot.c
dlatm1.c
dlatm2.c
dlatm3.c
dlatme.c
dlatmr.c
dlatms.c
f2c.h
slagge.c
slagsy.c
slaran.c
slarge.c
slarnd.c
slaror.c
slarot.c
slatm1.c
slatm2.c
slatm3.c
slatme.c
slatmr.c
slatms.c
zlagge.c
zlaghe.c
zlagsy.c
zlarge.c
zlarnd.c
zlaror.c
zlarot.c
zlatm1.c
zlatm2.c
zlatm3.c
zlatme.c
zlatmr.c
zlatms.c
-----------------------------------------------------------
path: /netlib/clapack/clapack/CLAPACK/TIMING/
-----------------------------------------------------------
CBAND.in
CBLASA.in
CBLASB.in
CBLASC.in
CGEPTIM.in
CNEPTIM.in
CSEPTIM.in
CSVDTIM.in
CTIME.in
CTIME2.in
DBAND.in
DBLASA.in
DBLASB.in
DBLASC.in
DGEPTIM.in
DNEPTIM.in
DSEPTIM.in
DSVDTIM.in
DTIME.in
DTIME2.in
EIG/
LIN/
Makefile
Makefile.sgi
SBAND.in
SBLASA.in
SBLASB.in
SBLASC.in
SGEPTIM.in
SNEPTIM.in
SSEPTIM.in
SSVDTIM.in
STIME.in
STIME2.in
ZBAND.in
ZBLASA.in
ZBLASB.in
ZBLASC.in
ZGEPTIM.in
ZNEPTIM.in
ZSEPTIM.in
ZSVDTIM.in
ZTIME.in
ZTIME2.in
cband.in
cblasa.in
cblasb.in
cblasc.in
cgeptim.in
cneptim.in
cseptim.in
csvdtim.in
ctime.in
ctime2.in
dband.in
dblasa.in
dblasb.in
dblasc.in
dgeptim.in
dneptim.in
dseptim.in
dsvdtim.in
dtime.in
dtime2.in
sband.in
sblasa.in
sblasb.in
sblasc.in
sgeptim.in
sneptim.in
sseptim.in
ssvdtim.in
stime.in
stime2.in
zband.in
zblasa.in
zblasb.in
zblasc.in
zgeptim.in
zneptim.in
zseptim.in
zsvdtim.in
ztime.in
ztime2.in
-----------------------------------------------------------
path: /netlib/clapack/clapack/CLAPACK/TIMING/EIG/
-----------------------------------------------------------
EIGSRC/
Makefile
atimin.c
ceispack.c
claqzh.c
clatm4.c
ctim21.c
ctim22.c
ctim26.c
ctim51.c
ctimee.c
deispack.c
dlaqzh.c
dlatm4.c
dmflop.c
dopla.c
dopla2.c
dprtbe.c
dprtbg.c
dprtbr.c
dprtbs.c
dprtbv.c
dtim21.c
dtim22.c
dtim26.c
dtim51.c
dtimee.c
f2c.h
ilaenv.c
seispack.c
slaqzh.c
slatm4.c
smflop.c
sopla.c
sopla2.c
sprtbe.c
sprtbg.c
sprtbr.c
sprtbs.c
sprtbv.c
stim21.c
stim22.c
stim26.c
stim51.c
stimee.c
xlaenv.c
zeispack.c
zlaqzh.c
zlatm4.c
ztim21.c
ztim22.c
ztim26.c
ztim51.c
ztimee.c
-----------------------------------------------------------
path: /netlib/clapack/clapack/CLAPACK/TIMING/EIG/EIGSRC/
-----------------------------------------------------------
Makefile
cbdsqr.c
cgghrd.c
chgeqz.c
chsein.c
chseqr.c
claed0.c
claed7.c
claed8.c
claein.c
clahqr.c
cpteqr.c
cstedc.c
cstein.c
csteqr.c
ctgevc.c
ctrevc.c
dbdsqr.c
dgghrd.c
dhgeqz.c
dhsein.c
dhseqr.c
dlaebz.c
dlaed0.c
dlaed1.c
dlaed2.c
dlaed3.c
dlaed4.c
dlaed5.c
dlaed6.c
dlaed7.c
dlaed8.c
dlaed9.c
dlaeda.c
dlaein.c
dlahqr.c
dlasq1.c
dlasq2.c
dlasq3.c
dlasq4.c
dpteqr.c
dstebz.c
dstedc.c
dstein.c
dsteqr.c
dsterf.c
dtgevc.c
dtrevc.c
f2c.h
sbdsqr.c
sgghrd.c
shgeqz.c
shsein.c
shseqr.c
slaebz.c
slaed0.c
slaed1.c
slaed2.c
slaed3.c
slaed4.c
slaed5.c
slaed6.c
slaed7.c
slaed8.c
slaed9.c
slaeda.c
slaein.c
slahqr.c
slasq1.c
slasq2.c
slasq3.c
slasq4.c
spteqr.c
sstebz.c
sstedc.c
sstein.c
ssteqr.c
ssterf.c
stgevc.c
strevc.c
zbdsqr.c
zgghrd.c
zhgeqz.c
zhsein.c
zhseqr.c
zlaed0.c
zlaed7.c
zlaed8.c
zlaein.c
zlahqr.c
zpteqr.c
zstedc.c
zstein.c
zsteqr.c
ztgevc.c
ztrevc.c
-----------------------------------------------------------
path: /netlib/clapack/clapack/CLAPACK/TIMING/LIN/
-----------------------------------------------------------
Makefile
atimck.c
atimin.c
clinpk.c
ctimaa.c
ctimb2.c
ctimb3.c
ctimbr.c
ctimgb.c
ctimge.c
ctimgt.c
ctimhe.c
ctimhp.c
ctimhr.c
ctimlq.c
ctimmg.c
ctimmm.c
ctimmv.c
ctimpb.c
ctimpo.c
ctimpp.c
ctimpt.c
ctimql.c
ctimqp.c
ctimqr.c
ctimrq.c
ctimsp.c
ctimsy.c
ctimtb.c
ctimtd.c
ctimtp.c
ctimtr.c
deispk.c
dlinpk.c
dmflop.c
dopaux.c
dopbl2.c
dopbl3.c
dopgb.c
dopla.c
dprtb2.c
dprtb3.c
dprtb4.c
dprtb5.c
dprtbl.c
dtimaa.c
dtimb2.c
dtimb3.c
dtimbr.c
dtimgb.c
dtimge.c
dtimgt.c
dtimhr.c
dtimlq.c
dtimmg.c
dtimmm.c
dtimmv.c
dtimpb.c
dtimpo.c
dtimpp.c
dtimpt.c
dtimql.c
dtimqp.c
dtimqr.c
dtimrq.c
dtimsp.c
dtimsy.c
dtimtb.c
dtimtd.c
dtimtp.c
dtimtr.c
f2c.h
icopy.c
ilaenv.c
seispk.c
slinpk.c
smflop.c
sopaux.c
sopbl2.c
sopbl3.c
sopgb.c
sopla.c
sprtb2.c
sprtb3.c
sprtb4.c
sprtb5.c
sprtbl.c
stimaa.c
stimb2.c
stimb3.c
stimbr.c
stimgb.c
stimge.c
stimgt.c
stimhr.c
stimlq.c
stimmg.c
stimmm.c
stimmv.c
stimpb.c
stimpo.c
stimpp.c
stimpt.c
stimql.c
stimqp.c
stimqr.c
stimrq.c
stimsp.c
stimsy.c
stimtb.c
stimtd.c
stimtp.c
stimtr.c
xlaenv.c
zlinpk.c
ztimaa.c
ztimb2.c
ztimb3.c
ztimbr.c
ztimgb.c
ztimge.c
ztimgt.c
ztimhe.c
ztimhp.c
ztimhr.c
ztimlq.c
ztimmg.c
ztimmm.c
ztimmv.c
ztimpb.c
ztimpo.c
ztimpp.c
ztimpt.c
ztimql.c
ztimqp.c
ztimqr.c
ztimrq.c
ztimsp.c
ztimsy.c
ztimtb.c
ztimtd.c
ztimtp.c
ztimtr.c
-----------------------------------------------------------
path: /netlib/clapack/clapack/CLAPACK/Translate/
-----------------------------------------------------------
CompletePolish
Makefile
PartialPolish
comment.l
delete.sed
f2c
lenscrub.l
lex_for_comment.c
lex_for_lenscrub.c
lex_for_lint.c
lex_for_substitute_locals.c
main.c
run_comment
run_macro
run_splitter
run_stripper
split.sed
test_tool.c
test_yacc.c
-----------------------------------------------------------
for single precision complex CLAPACK routines
path: /netlib/clapack/complex/
-----------------------------------------------------------
# -------------------------------------------------------
# Available SIMPLE and DIVIDE AND CONQUER DRIVER routines:
# -------------------------------------------------------
.depend
cgbtf2.c
cgebd2.c
cgehd2.c
cgelq2.c
cgeql2.c
cgeqr2.c
cgerq2.c
cgesv.c for Solves a general system of linear equations
AX=B.
gams d2c1
cgbsv.c for Solves a general banded system of linear
equations AX=B.
gams d2c2
cgetf2.c
cgetri.c
cgetrs.c
cgtsv.c for Solves a general tridiagonal system of linear
equations AX=B.
gams d2c2a
chegs2.c
chetd2.c
chetf2.c
clabrd.c
clacgv.c
clacon.c
clacpy.c
clacrm.c
clacrt.c
cladiv.c
claed0.c
claed7.c
claed8.c
claein.c
claesy.c
claev2.c
clags2.c
clagtm.c
clahef.c
clahqr.c
clahrd.c
claic1.c
clangb.c
clange.c
clangt.c
clanhb.c
clanhe.c
clanhp.c
clanhs.c
clanht.c
clansb.c
clansp.c
clansy.c
clantb.c
clantp.c
clantr.c
clapll.c
clapmt.c
claqgb.c
claqge.c
claqhb.c
claqhe.c
claqhp.c
claqsb.c
claqsp.c
claqsy.c
clar2v.c
clarf.c
clarfb.c
clarfg.c
clarft.c
clarfx.c
clargv.c
clarnv.c
clartg.c
clartv.c
clascl.c
claset.c
clasr.c
classq.c
claswp.c
clasyf.c
clatbs.c
clatps.c
clatrd.c
clatrs.c
clatzm.c
clauu2.c
clauum.c
cpbtf2.c
cposv.c for Solves a Hermitian positive definite system of
linear
equations AX=B.
gams d2d1b
cpotf2.c
cppsv.c for Solves a Hermitian positive definite system of
linear
equations AX=B, where A is in packed storage.
gams d2d1b
cpbsv.c for Solves a Hermitian positive definite banded
system
of linear equations AX=B.
gams d2d2
cptsv.c for Solves a Hermitian positive definite tridiagonal
system
of linear equations AX=B.
gams d2d2a
crot.c
cspmv.c
cspr.c
csrot.c
csrscl.c
csymv.c
csyr.c
csysv.c for Solves a complex symmetric indefinite system of
linear equations AX=B.
gams d2c1
chesv.c for Solves a complex Hermitian indefinite system of
linear equations AX=B.
gams d2d1a
cspsv.c for Solves a complex symmetric indefinite system of
linear equations AX=B,
where A is held in packed storage.
gams d2c1
chpsv.c for Solves a complex Hermitian indefinite system of
linear equations AX=B,
where A is held in packed storage.
gams d2d1a
cgels.c for Computes the least squares solution to an
over-determined system
of linear equations, A X=B or A**H X=B, or the
minimum norm
solution of an under-determined system, where A
is a general
rectangular matrix of full rank, using a QR or
LQ factorization
of A.
gams d9a1
cgglse.c for Solves the LSE (Constrained Linear Least Squares
Problem) using
the GRQ (Generalized RQ) factorization
gams d9b1
cggglm.c for Solves the GLM (Generalized Linear Regression
Model) using
the GQR (Generalized QR) factorization
cheev.c for Computes all eigenvalues and, optionally,
eigenvectors of a complex
Hermitian matrix.
gams d4a3
cheevd.c for Computes all eigenvalues and, optionally,
eigenvectors of a complex
Hermitian matrix. If eigenvectors are desired,
it uses a divide
and conquer algorithm.
gams d4a3
chpev.c for Computes all eigenvalues and, optionally,
eigenvectors of a complex
Hermitian matrix in packed storage.
gams d4a3
chpevd.c for Computes all eigenvalues and, optionally,
eigenvectors of a complex
Hermitian matrix in packed storage. If
eigenvectors are desired, it
uses a divide and conquer algorithm.
gams d4a3
chbev.c for Computes all eigenvalues and, optionally,
eigenvectors of a complex
Hermitian band matrix.
gams d4a3, d4a6
chbevd.c for Computes all eigenvalues and, optionally,
eigenvectors of a complex
Hermitian band matrix. If eigenvectors are
desired, it uses a divide
and conquer algorithm.
gams d4a3, d4a6
cgees.c for Computes the eigenvalues and Schur factorization
of a general
matrix, and orders the factorization so that
selected eigenvalues
are at the top left of the Schur form.
gams d4a4
cgeev.c for Computes the eigenvalues and left and right
eigenvectors of
a general matrix.
gams d4a4
cgesvd.c for Computes the singular value decomposition (SVD)
of a general
rectangular matrix.
gams d6
chegv.c for Computes all eigenvalues and the eigenvectors of
a generalized
Hermitian-definite generalized eigenproblem,
Ax= lambda Bx, ABx= lambda x, or BAx= lambda
x.
gams d4b3
chpgv.c for Computes all eigenvalues and eigenvectors of a
generalized
Hermitian-definite generalized eigenproblem,
Ax= lambda
Bx, ABx= lambda x, or BAx= lambda x, where A
and B are in packed
storage.
gams d4b3
chbgv.c for Computes all the eigenvalues, and optionally,
the eigenvectors
of a complex generalized Hermitian-definite
banded eigenproblem, of
the form A*x=(lambda)*B*x. A and B are assumed
to be Hermitian
and banded, and B is also positive definite.
cgegs.c for Computes the generalized eigenvalues, Schur
form, and left and/or
right Schur vectors for a pair of nonsymmetric
matrices
cgegv.c for Computes the generalized eigenvalues, and left
and/or right
generalized eigenvectors for a pair of
nonsymmetric matrices
cggsvd.c for Computes the Generalized Singular Value
Decomposition
# ---------------------------------
# Available EXPERT DRIVER routines:
# ---------------------------------
cgesvx.c for Solves a general system of linear equations
AX=B, A**T X=B
or A**H X=B, and provides an estimate of the
condition number
and error bounds on the solution.
gams d2c1
cgbsvx.c for Solves a general banded system of linear
equations AX=B,
A**T X=B or A**H X=B, and provides an estimate
of the condition
number and error bounds on the solution.
gams d2c2
cgtsvx.c for Solves a general tridiagonal system of linear
equations AX=B,
A**T X=B or A**H X=B, and provides an estimate
of the condition
number and error bounds on the solution.
gams d2c2a
cposvx.c for Solves a Hermitian positive definite system of
linear
equations AX=B, and provides an estimate of the
condition number
and error bounds on the solution.
gams d2d1b
cppsvx.c for Solves a Hermitian positive definite system of
linear
equations AX=B, where A is held in packed
storage, and provides
an estimate of the condition number and error
bounds on the
solution.
gams d2d1b
cpbsvx.c for Solves a Hermitian positive definite banded
system
of linear equations AX=B, and provides an
estimate of the condition
number and error bounds on the solution.
gams d2d2
cptsvx.c for Solves a Hermitian positive definite tridiagonal
system of linear equations AX=B, and provides an
estimate of
the condition number and error bounds on the
solution.
gams d2d2a
csysvx.c for Solves a complex symmetric
indefinite system of linear equations AX=B, and
provides an
estimate of the condition number and error
bounds on the solution.
gams d2c1
chesvx.c for Solves a complex Hermitian
indefinite system of linear equations AX=B, and
provides an
estimate of the condition number and error
bounds on the solution.
gams d2d1a
cspsvx.c for Solves a complex symmetric
indefinite system of linear equations AX=B,
where A is held
in packed storage, and provides an estimate of
the condition
number and error bounds on the solution.
gams d2c1
chpsvx.c for Solves a complex Hermitian
indefinite system of linear equations AX=B,
where A is held
in packed storage, and provides an estimate of
the condition
number and error bounds on the solution.
gams d2d1a
cgelsx.c for Computes the minimum norm least squares solution
to an over-
or under-determined system of linear equations A
X=B, using a
complete orthogonal factorization of A.
gams d9a1
cgelss.c for Computes the minimum norm least squares solution
to an over-
or under-determined system of linear equations A
X=B, using
the singular value decomposition of A.
gams d9a1
cheevx.c for Computes selected eigenvalues and eigenvectors
of a Hermitian matrix.
gams d4a3
chpevx.c for Computes selected eigenvalues and eigenvectors
of a
Hermitian matrix in packed storage.
gams d4a3
chbevx.c for Computes selected eigenvalues and eigenvectors
of a
Hermitian band matrix.
gams d4a3, d4a6
cgeesx.c for Computes the eigenvalues and Schur factorization
of a general
matrix, orders the factorization so that
selected eigenvalues
are at the top left of the Schur form, and
computes reciprocal
condition numbers for the average of the
selected eigenvalues,
and for the associated right invariant subspace.
gams d4a4
cgeevx.c for Computes the eigenvalues and left and right
eigenvectors of
a general matrix, with preliminary balancing of
the matrix,
and computes reciprocal condition numbers for
the eigenvalues
and right eigenvectors.
gams d4a4
# ---------------------------------
# Available COMPUTATIONAL routines:
# ---------------------------------
cbdsqr.c for Computes the singular value decomposition (SVD)
of a real bidiagonal
matrix, using the bidiagonal QR algorithm.
gams d6
cgbbrd.c Reduces a complex general band matrix to real
upper bidiagonal form
by a unitary transformation.
cgbcon.c for Estimates the reciprocal of the condition number
of a general
band matrix, in either the 1-norm or the
infinity-norm, using
the LU factorization computed by CGBTRF.
gams d2c2
cgbequ.c for Computes row and column scalings to equilibrate
a general band
matrix and reduce its condition number.
gams d2c2
cgbrfs.c for Improves the computed solution to a general
banded system of
linear equations AX=B, A**T X=B or A**H X=B, and
provides forward
and backward error bounds for the solution.
gams d2c2
cgbtrf.c for Computes an LU factorization of a general band
matrix, using
partial pivoting with row interchanges.
gams d2c2
cgbtrs.c for Solves a general banded system of linear
equations AX=B,
A**T X=B or A**H X=B, using the LU factorization
computed
by CGBTRF.
gams d2c2
cgebak.c for Transforms eigenvectors of a balanced matrix to
those of the
original matrix supplied to CGEBAL.
gams d4c4
cgebal.c for Balances a general matrix in order to improve
the accuracy
of computed eigenvalues.
gams d4c1a
cgebrd.c for Reduces a general rectangular matrix to real
bidiagonal form
by an orthogonal/unitary transformation.
gams d6
cgecon.c for Estimates the reciprocal of the condition number
of a general
matrix, in either the 1-norm or the
infinity-norm, using the
LU factorization computed by CGETRF.
gams d2c1
cgeequ.c for Computes row and column scalings to equilibrate
a general
rectangular matrix and reduce its condition
number.
gams d2c1
cgehrd.c for Reduces a general matrix to upper Hessenberg
form by an
unitary similarity transformation.
gams d4c1b2
cgelqf.c for Computes an LQ factorization of a general
rectangular matrix.
gams d5
cgeqlf.c for Computes a QL factorization of a general
rectangular matrix.
gams d5
cgeqpf.c for Computes a QR factorization with column pivoting
of a general
rectangular matrix.
gams d5
cgeqrf.c for Computes a QR factorization of a general
rectangular matrix.
gams d5
cgerfs.c for Improves the computed solution to a general
system of linear
equations AX=B, A**T X=B or A**H X=B, and
provides forward and
backward error bounds for the solution.
gams d2c1
cgerqf.c for Computes an RQ factorization of a general
rectangular matrix.
gams d5
cgetrf.c for Computes an LU factorization of a general
matrix, using partial
pivoting with row interchanges.
gams d2c1
cggbak.c for Forms the right or left eigenvectors of the
generalized eigenvalue
problem by backward transformation on the
computed eigenvectors of
the balanced pair of matrices output by CGGBAL.
cggbal.c for Balances a pair of general complex matrices for
the generalized
eigenvalue problem A x = lambda B x.
cgghrd.c for Reduces a pair of complex matrices to
generalized upper
Hessenberg form using unitary similarity
transformations.
cggqrf.c for Computes a generalized QR factorization of a
pair of matrices.
cggrqf.c for Computes a generalized RQ factorization of a
pair of matrices.
cggsvp.c for Computes unitary matrices as a preprocessing
step
for computing the generalized singular value
decomposition
cgtcon.c for Estimates the reciprocal of the condition number
of a general
tridiagonal matrix, in either the 1-norm or the
infinity-norm,
using the LU factorization computed by CGTTRF.
gams d2c2a
cgtrfs.c for Improves the computed solution to a general
tridiagonal system
of linear equations AX=B, A**T X=B or A**H X=B,
and provides
forward and backward error bounds for the
solution.
gams d2c2a
cgttrf.c for Computes an LU factorization of a general
tridiagonal matrix,
using partial pivoting with row interchanges.
gams d2c2a
cgttrs.c for Solves a general tridiagonal system of linear
equations AX=B,
A**T X=B or A**H X=B, using the LU factorization
computed by
CGTTRF.
gams d2c2a
chgeqz.c for Implements a single-/double-shift version of the
QZ method for
finding the generalized eigenvalues of the
equation
det(A - w(i) B) = 0
chsein.c for Computes specified right and/or left
eigenvectors of an upper
Hessenberg matrix by inverse iteration.
gams d4c3
chseqr.c for Computes the eigenvalues and Schur factorization
of an upper
Hessenberg matrix, using the multishift QR
algorithm.
gams d4c2b
csytf2.c
ctrti2.c
cung2l.c
cung2r.c
cungl2.c
cungr2.c
cunm2l.c
cunm2r.c
cunml2.c
cunmr2.c
cupgtr.c for Generates the unitary transformation matrix from
a reduction to tridiagonal form determined by
CHPTRD.
gams d4c1b1
cupmtr.c for Multiplies a general matrix by the unitary
transformation matrix from a reduction to
tridiagonal form
determined by CHPTRD.
gams d4c4
cungbr.c for Generates the unitary transformation matrices
from
a reduction to bidiagonal form determined by
CGEBRD.
gams d6
cunghr.c for Generates the unitary transformation matrix from
a reduction to Hessenberg form determined by
CGEHRD.
gams d4c1b2
cunglq.c for Generates all or part of the unitary matrix Q
from
an LQ factorization determined by CGELQF.
gams d5
cungql.c for Generates all or part of the unitary matrix Q
from
a QL factorization determined by CGEQLF.
gams d5
cungqr.c for Generates all or part of the unitary matrix Q
from
a QR factorization determined by CGEQRF.
gams d5
cungrq.c for Generates all or part of the unitary matrix Q
from
an RQ factorization determined by CGERQF.
gams d5
cungtr.c for Generates the unitary transformation matrix from
a reduction to tridiagonal form determined by
CHETRD.
gams d4c1b1
cunmbr.c for Multiplies a general matrix by one of the
unitary
transformation matrices from a reduction to
bidiagonal form
determined by CGEBRD.
gams d6
cunmhr.c for Multiplies a general matrix by the unitary
transformation
matrix from a reduction to Hessenberg form
determined by CGEHRD.
gams d4c4
cunmlq.c for Multiplies a general matrix by the unitary
matrix
from an LQ factorization determined by CGELQF.
gams d5
cunmql.c for Multiplies a general matrix by the unitary
matrix
from a QL factorization determined by CGEQLF.
gams d5
cunmqr.c for Multiplies a general matrix by the unitary
matrix
from a QR factorization determined by CGEQRF.
gams d5
cunmrq.c for Multiplies a general matrix by the unitary
matrix
from an RQ factorization determined by CGERQF.
gams d5
cunmtr.c for Multiplies a general matrix by the unitary
transformation matrix from a reduction to
tridiagonal form
determined by CHETRD.
gams d4c4
cpbcon.c for Estimates the reciprocal of the condition number
of a
Hermitian positive definite band matrix, using
the
Cholesky factorization computed by CPBTRF.
gams d2d2
cpbequ.c for Computes row and column scalings to equilibrate
a Hermitian
positive definite band matrix and reduce its
condition number.
gams d2d2
cpbrfs.c for Improves the computed solution to a Hermitian
positive
definite banded system of linear equations AX=B,
and provides
forward and backward error bounds for the
solution.
gams d2d2
cpbstf.c for Computes a split Cholesky factorization of a
complex Hermitian
positive definite band matrix.
cpbtrf.c for Computes the Cholesky factorization of a
Hermitian
positive definite band matrix.
gams d2d2
cpbtrs.c for Solves a Hermitian positive definite banded
system
of linear equations AX=B, using the Cholesky
factorization
computed by CPBTRF.
gams d2d2
cpocon.c for Estimates the reciprocal of the condition number
of a
Hermitian positive definite matrix, using the
Cholesky factorization computed by CPOTRF.
gams d2d1b
cpoequ.c for Computes row and column scalings to equilibrate
a Hermitian
positive definite matrix and reduce its
condition number.
gams d2d1b
cporfs.c for Improves the computed solution to a Hermitian
positive
definite system of linear equations AX=B, and
provides forward
and backward error bounds for the solution.
gams d2d1b
cpotrf.c for Computes the Cholesky factorization of a
Hermitian
positive definite matrix.
gams d2d1b
cpotri.c for Computes the inverse of a Hermitian positive
definite
matrix, using the Cholesky factorization
computed by CPOTRF.
gams d2d1b
cpotrs.c for Solves a Hermitian positive definite system of
linear
equations AX=B, using the Cholesky factorization
computed by
CPOTRF.
gams d2d1b
cppcon.c for Estimates the reciprocal of the condition number
of a
Hermitian positive definite matrix in packed
storage,
using the Cholesky factorization computed by
CPPTRF.
gams d2d1b
cppequ.c for Computes row and column scalings to equilibrate
a Hermitian
positive definite matrix in packed storage and
reduce its condition
number.
gams d2d1b
cpprfs.c for Improves the computed solution to a Hermitian
positive
definite system of linear equations AX=B, where
A is held in
packed storage, and provides forward and
backward error bounds
for the solution.
gams d2d1b
cpptrf.c for Computes the Cholesky factorization of a
Hermitian
positive definite matrix in packed storage.
gams d2d1b
cpptri.c for Computes the inverse of a Hermitian positive
definite
matrix in packed storage, using the Cholesky
factorization computed
by CPPTRF.
gams d2d1b
cpptrs.c for Solves a Hermitian positive definite system of
linear
equations AX=B, where A is held in packed
storage, using the
Cholesky factorization computed by CPPTRF.
gams d2d1b
cptcon.c for Computes the reciprocal of the condition number
of a
Hermitian positive definite tridiagonal matrix,
using the LDL**H factorization computed by
CPTTRF.
gams d2d2a
cpteqr.c for Computes all eigenvalues and eigenvectors of a
complex symmetric
positive definite tridiagonal matrix, by
computing the SVD of
its bidiagonal Cholesky factor.
gams d4c2a
cptrfs.c for Improves the computed solution to a Hermitian
positive
definite tridiagonal system of linear equations
AX=B, and provides
forward and backward error bounds for the
solution.
gams d2d2a
cpttrf.c for Computes the LDL**H factorization of a Hermitian
positive definite tridiagonal matrix.
gams d2d2a
cpttrs.c for Solves a Hermitian positive definite tridiagonal
system of linear equations, using the LDL**H
factorization
computed by CPTTRF.
gams d2d2a
chbgst.c for Reduces a complex Hermitian-definite banded
generalized eigenproblem
A x = lambda B x to standard form, where B has
been factorized by
CPBSTF (Crawford's algorithm).
chbtrd.c for Reduces a Hermitian band matrix to real
symmetric
tridiagonal form by a unitary similarity
transformation.
gams d4c1b1
cspcon.c for Estimates the reciprocal of the condition number
of a
complex symmetric indefinite
matrix in packed storage, using the
factorization computed
by CSPTRF.
gams d2c1
chpcon.c for Estimates the reciprocal of the condition number
of a
complex Hermitian indefinite
matrix in packed storage, using the
factorization computed
by CHPTRF.
gams d2d1a
chpgst.c for Reduces a Hermitian-definite generalized
eigenproblem
Ax= lambda Bx, ABx= lambda x, or BAx= lambda
x, to standard
form, where A and B are held in packed storage,
and B has been
factorized by CPPTRF.
gams d4c1c
csprfs.c for Improves the computed solution to a complex
symmetric indefinite system of linear equations
AX=B, where A is held in packed storage, and
provides forward
and backward error bounds for the solution.
gams d2c1
chprfs.c for Improves the computed solution to a complex
Hermitian indefinite system of linear equations
AX=B, where A is held in packed storage, and
provides forward
and backward error bounds for the solution.
gams d2d1a
chptrd.c for Reduces a Hermitian matrix in packed storage to
real
symmetric tridiagonal form by a unitary
similarity
transformation.
gams d4c1b1
csptrf.c for Computes the factorization of a complex
symmetric-indefinite matrix in packed storage,
using the diagonal pivoting method.
gams d2c1
chptrf.c for Computes the factorization of a complex
Hermitian-indefinite matrix in packed storage,
using the diagonal pivoting method.
gams d2d1a
csptri.c for Computes the inverse of a complex symmetric
indefinite matrix in packed storage, using the
factorization
computed by CSPTRF.
gams d2c1
chptri.c for Computes the inverse of a complex
Hermitian indefinite matrix in packed storage,
using the factorization
computed by CHPTRF.
gams d2d1a
csptrs.c for Solves a complex symmetric
indefinite system of linear equations AX=B,
where A is held
in packed storage, using the factorization
computed
by CSPTRF.
gams d2c1
chptrs.c for Solves a complex Hermitian
indefinite system of linear equations AX=B,
where A is held
in packed storage, using the factorization
computed
by CHPTRF.
gams d2d1a
cstedc.c for Computes all eigenvalues and, optionally,
eigenvectors of a
symmetric tridiagonal matrix using the divide
and conquer algorithm.
cstein.c for Computes selected eigenvectors of a real
symmetric tridiagonal
matrix by inverse iteration.
gams d4c3
csteqr.c for Computes all eigenvalues and eigenvectors of a
real symmetric
tridiagonal matrix, using the implicit QL or QR
algorithm.
gams d4a1, d4a5, d4c2a
csycon.c for Estimates the reciprocal of the condition number
of a
complex symmetric indefinite matrix,
using the factorization computed by CSYTRF.
gams d2c1
checon.c for Estimates the reciprocal of the condition number
of a
complex Hermitian indefinite matrix,
using the factorization computed by CHETRF.
gams d2d1a
chegst.c for Reduces a Hermitian-definite generalized
eigenproblem
Ax= lambda Bx, ABx= lambda x, or BAx= lambda
x, to standard
form, where B has been factorized by CPOTRF.
gams d4c1c
csyrfs.c for Improves the computed solution to a complex
symmetric indefinite system of linear equations
AX=B, and provides forward and backward error
bounds for the
solution.
gams d2c1
cherfs.c for Improves the computed solution to a complex
Hermitian indefinite system of linear equations
AX=B, and provides forward and backward error
bounds for the
solution.
gams d2d1a
chetrd.c for Reduces a Hermitian matrix to real symmetric
tridiagonal
form by an orthogonal/unitary similarity
transformation.
gams d4c1b1
csytrf.c for Computes the factorization of a complex
symmetric-indefinite matrix,
using the diagonal pivoting method.
gams d2c1
chetrf.c for Computes the factorization of a complex
Hermitian-indefinite matrix,
using the diagonal pivoting method.
gams d2d1a
csytri.c for Computes the inverse of a complex symmetric
indefinite matrix,
using the factorization computed by CSYTRF.
gams d2c1
chetri.c for Computes the inverse of a complex Hermitian
indefinite matrix,
using the factorization computed by CHETRF.
gams d2d1a
csytrs.c for Solves a complex symmetric indefinite system of
linear equations AX=B,
using the factorization computed by CSPTRF.
gams d2c1
chetrs.c for Solves a complex Hermitian indefinite system of
linear equations AX=B,
using the factorization computed by CHPTRF.
gams d2d1a
ctbcon.c for Estimates the reciprocal of the condition number
of a triangular
band matrix, in either the 1-norm or the
infinity-norm.
gams d2c2, d2c3
ctbrfs.c for Provides forward and backward error bounds for
the solution
of a triangular banded system of linear
equations AX=B,
A**T X=B or A**H X=B.
gams d2c2, d2c3
ctbtrs.c for Solves a triangular banded system of linear
equations AX=B,
A**T X=B or A**H X=B.
gams d2c2, d2c3
ctgevc.c for Computes some or all of the right and/or left
generalized eigenvectors
of a pair of complex upper triangular matrices.
gams d4b4
ctgsja.c for Computes the generalized singular value
decomposition of two complex
upper triangular (or trapezoidal) matrices as
output by CGGSVP.
gams d6
ctpcon.c for Estimates the reciprocal of the condition number
of a triangular
matrix in packed storage, in either the 1-norm
or the infinity-norm.
gams d2c3
ctprfs.c for Provides forward and backward error bounds for
the solution
of a triangular system of linear equations AX=B,
A**T X=B or
A**H X=B, where A is held in packed storage.
gams d2c3
ctptri.c for Computes the inverse of a triangular matrix in
packed storage.
gams d2c3
ctptrs.c for Solves a triangular system of linear equations
AX=B,
A**T X=B or A**H X=B, where A is held in packed
storage.
gams d2c3
ctrcon.c for Estimates the reciprocal of the condition number
of a triangular
matrix, in either the 1-norm or the
infinity-norm.
gams d2c3
ctrevc.c for Computes left and right eigenvectors of an
complex upper triangular
matrix.
gams d4c3
ctrexc.c for Reorders the Schur factorization of a matrix by
a unitary
similarity transformation.
gams d4c
ctrrfs.c for Provides forward and backward error bounds for
the solution
of a triangular system of linear equations A
X=B, A**T X=B or
A**H X=B.
gams d2c3
ctrsen.c for Reorders the Schur factorization of a matrix in
order to find
an orthonormal basis of a right invariant
subspace corresponding
to selected eigenvalues, and returns reciprocal
condition numbers
(sensitivities) of the average of the cluster of
eigenvalues
and of the invariant subspace.
gams d4c
ctrsna.c for Estimates the reciprocal condition numbers
(sensitivities)
of selected eigenvalues and eigenvectors of a
complex upper
triangular matrix.
gams d4c
ctrsyl.c for Solves the Sylvester matrix equation A X +/- X
B=C where A
and B are complex upper triangular, and may be
transposed.
gams d8
ctrtri.c for Computes the inverse of a triangular matrix.
gams d2c3
ctrtrs.c for Solves a triangular system of linear equations
AX=B,
A**T X=B or A**H X=B.
gams d2c3
ctzrqf.c for Computes an RQ factorization of an upper
trapezoidal matrix.
gams d5
-----------------------------------------------------------
for double precision complex CLAPACK routines
path: /netlib/clapack/complex16/
-----------------------------------------------------------
# -------------------------------------------------------
# Available SIMPLE and DIVIDE AND CONQUER DRIVER routines:
# -------------------------------------------------------
.depend
zdrot.c
zdrscl.c
zgbtf2.c
zgebd2.c
zgehd2.c
zgelq2.c
zgeql2.c
zgeqr2.c
zgerq2.c
zgesv.c for Solves a general system of linear equations
AX=B.
gams d2c1
zgbsv.c for Solves a general banded system of linear
equations AX=B.
gams d2c2
zgetf2.c
zgetri.c
zgetrs.c
zgtsv.c for Solves a general tridiagonal system of linear
equations AX=B.
gams d2c2a
zhegs2.c
zhetd2.c
zhetf2.c
zlabrd.c
zlacgv.c
zlacon.c
zlacpy.c
zlacrm.c
zlacrt.c
zladiv.c
zlaed0.c
zlaed7.c
zlaed8.c
zlaein.c
zlaesy.c
zlaev2.c
zlags2.c
zlagtm.c
zlahef.c
zlahqr.c
zlahrd.c
zlaic1.c
zlangb.c
zlange.c
zlangt.c
zlanhb.c
zlanhe.c
zlanhp.c
zlanhs.c
zlanht.c
zlansb.c
zlansp.c
zlansy.c
zlantb.c
zlantp.c
zlantr.c
zlapll.c
zlapmt.c
zlaqgb.c
zlaqge.c
zlaqhb.c
zlaqhe.c
zlaqhp.c
zlaqsb.c
zlaqsp.c
zlaqsy.c
zlar2v.c
zlarf.c
zlarfb.c
zlarfg.c
zlarft.c
zlarfx.c
zlargv.c
zlarnv.c
zlartg.c
zlartv.c
zlascl.c
zlaset.c
zlasr.c
zlassq.c
zlaswp.c
zlasyf.c
zlatbs.c
zlatps.c
zlatrd.c
zlatrs.c
zlatzm.c
zlauu2.c
zlauum.c
zpbtf2.c
zposv.c for Solves a Hermitian positive definite system of
linear
equations AX=B.
gams d2d1b
zpotf2.c
zppsv.c for Solves a Hermitian positive definite system of
linear
equations AX=B, where A is in packed storage.
gams d2d1b
zpbsv.c for Solves a Hermitian positive definite banded
system
of linear equations AX=B.
gams d2d2
zptsv.c for Solves a Hermitian positive definite tridiagonal
system
of linear equations AX=B.
gams d2d2a
zrot.c
zspmv.c
zspr.c
zsymv.c
zsyr.c
zsysv.c for Solves a complex symmetric indefinite system of
linear equations AX=B.
gams d2c1
zhesv.c for Solves a complex Hermitian indefinite system of
linear equations AX=B.
gams d2d1a
zspsv.c for Solves a complex symmetric indefinite system of
linear equations AX=B,
where A is held in packed storage.
gams d2c1
zhpsv.c for Solves a complex Hermitian indefinite system of
linear equations AX=B,
where A is held in packed storage.
gams d2d1a
zgels.c for Computes the least squares solution to an
over-determined system
of linear equations, A X=B or A**H X=B, or the
minimum norm
solution of an under-determined system, where A
is a general
rectangular matrix of full rank, using a QR or
LQ factorization
of A.
gams d9a1
zgglse.c for Solves the LSE (Constrained Linear Least Squares
Problem) using
the GRQ (Generalized RQ) factorization
gams d9b1
zggglm.c for Solves the GLM (Generalized Linear Regression
Model) using
the GQR (Generalized QR) factorization
zheev.c for Computes all eigenvalues and, optionally,
eigenvectors of a complex
Hermitian matrix.
gams d4a3
zheevd.c for Computes all eigenvalues and, optionally,
eigenvectors of a complex
Hermitian matrix. If eigenvectors are desired,
it uses a divide
and conquer algorithm.
gams d4a3
zhpev.c for Computes all eigenvalues and, optionally,
eigenvectors of a complex
Hermitian matrix in packed storage.
gams d4a3
zhpevd.c for Computes all eigenvalues and, optionally,
eigenvectors of a complex
Hermitian matrix in packed storage. If
eigenvectors are desired, it
uses a divide and conquer algorithm.
gams d4a3
zhbev.c for Computes all eigenvalues and, optionally,
eigenvectors of a complex
Hermitian band matrix.
gams d4a3, d4a6
zhbevd.c for Computes all eigenvalues and, optionally,
eigenvectors of a complex
Hermitian band matrix. If eigenvectors are
desired, it uses a divide
and conquer algorithm.
gams d4a3, d4a6
zgees.c for Computes the eigenvalues and Schur factorization
of a general
matrix, and orders the factorization so that
selected eigenvalues
are at the top left of the Schur form.
gams d4a4
zgeev.c for Computes the eigenvalues and left and right
eigenvectors of
a general matrix.
gams d4a4
zgesvd.c for Computes the singular value decomposition (SVD)
of a general
rectangular matrix.
gams d6
zhegv.c for Computes all eigenvalues and the eigenvectors of
a generalized
Hermitian-definite generalized eigenproblem,
Ax= lambda Bx, ABx= lambda x, or BAx= lambda
x.
gams d4b3
zhpgv.c for Computes all eigenvalues and eigenvectors of a
generalized
Hermitian-definite generalized eigenproblem,
Ax= lambda
Bx, ABx= lambda x, or BAx= lambda x, where A
and B are in packed
storage.
gams d4b3
zhbgv.c for Computes all the eigenvalues, and optionally,
the eigenvectors
of a complex generalized Hermitian-definite
banded eigenproblem, of
the form A*x=(lambda)*B*x. A and B are assumed
to be Hermitian
and banded, and B is also positive definite.
zgegs.c for Computes the generalized eigenvalues, Schur
form, and left and/or
right Schur vectors for a pair of nonsymmetric
matrices
zgegv.c for Computes the generalized eigenvalues, and left
and/or right
generalized eigenvectors for a pair of
nonsymmetric matrices
zggsvd.c for Computes the Generalized Singular Value
Decomposition
# ---------------------------------
# Available EXPERT DRIVER routines:
# ---------------------------------
zgesvx.c for Solves a general system of linear equations
AX=B, A**T X=B
or A**H X=B, and provides an estimate of the
condition number
and error bounds on the solution.
gams d2c1
zgbsvx.c for Solves a general banded system of linear
equations AX=B,
A**T X=B or A**H X=B, and provides an estimate
of the condition
number and error bounds on the solution.
gams d2c2
zgtsvx.c for Solves a general tridiagonal system of linear
equations AX=B,
A**T X=B or A**H X=B, and provides an estimate
of the condition
number and error bounds on the solution.
gams d2c2a
zposvx.c for Solves a Hermitian positive definite system of
linear
equations AX=B, and provides an estimate of the
condition number
and error bounds on the solution.
gams d2d1b
zppsvx.c for Solves a Hermitian positive definite system of
linear
equations AX=B, where A is held in packed
storage, and provides
an estimate of the condition number and error
bounds on the
solution.
gams d2d1b
zpbsvx.c for Solves a Hermitian positive definite banded
system
of linear equations AX=B, and provides an
estimate of the condition
number and error bounds on the solution.
gams d2d2
zptsvx.c for Solves a Hermitian positive definite tridiagonal
system of linear equations AX=B, and provides an
estimate of
the condition number and error bounds on the
solution.
gams d2d2a
zsysvx.c for Solves a complex symmetric
indefinite system of linear equations AX=B, and
provides an
estimate of the condition number and error
bounds on the solution.
gams d2c1
zhesvx.c for Solves a complex Hermitian
indefinite system of linear equations AX=B, and
provides an
estimate of the condition number and error
bounds on the solution.
gams d2d1a
zspsvx.c for Solves a complex symmetric
indefinite system of linear equations AX=B,
where A is held
in packed storage, and provides an estimate of
the condition
number and error bounds on the solution.
gams d2c1
zhpsvx.c for Solves a complex Hermitian
indefinite system of linear equations AX=B,
where A is held
in packed storage, and provides an estimate of
the condition
number and error bounds on the solution.
gams d2d1a
zgelsx.c for Computes the minimum norm least squares solution
to an over-
or under-determined system of linear equations A
X=B, using a
complete orthogonal factorization of A.
gams d9a1
zgelss.c for Computes the minimum norm least squares solution
to an over-
or under-determined system of linear equations A
X=B, using
the singular value decomposition of A.
gams d9a1
zheevx.c for Computes selected eigenvalues and eigenvectors
of a Hermitian matrix.
gams d4a3
zhpevx.c for Computes selected eigenvalues and eigenvectors
of a
Hermitian matrix in packed storage.
gams d4a3
zhbevx.c for Computes selected eigenvalues and eigenvectors
of a
Hermitian band matrix.
gams d4a3, d4a6
zgeesx.c for Computes the eigenvalues and Schur factorization
of a general
matrix, orders the factorization so that
selected eigenvalues
are at the top left of the Schur form, and
computes reciprocal
condition numbers for the average of the
selected eigenvalues,
and for the associated right invariant subspace.
gams d4a4
zgeevx.c for Computes the eigenvalues and left and right
eigenvectors of
a general matrix, with preliminary balancing of
the matrix,
and computes reciprocal condition numbers for
the eigenvalues
and right eigenvectors.
gams d4a4
# ---------------------------------
# Available COMPUTATIONAL routines:
# ---------------------------------
zbdsqr.c for Computes the singular value decomposition (SVD)
of a real bidiagonal
matrix, using the bidiagonal QR algorithm.
gams d6
zgbbrd.c Reduces a complex general band matrix to real
upper bidiagonal form
by a unitary transformation.
zgbcon.c for Estimates the reciprocal of the condition number
of a general
band matrix, in either the 1-norm or the
infinity-norm, using
the LU factorization computed by CGBTRF.
gams d2c2
zgbequ.c for Computes row and column scalings to equilibrate
a general band
matrix and reduce its condition number.
gams d2c2
zgbrfs.c for Improves the computed solution to a general
banded system of
linear equations AX=B, A**T X=B or A**H X=B, and
provides forward
and backward error bounds for the solution.
gams d2c2
zgbtrf.c for Computes an LU factorization of a general band
matrix, using
partial pivoting with row interchanges.
gams d2c2
zgbtrs.c for Solves a general banded system of linear
equations AX=B,
A**T X=B or A**H X=B, using the LU factorization
computed
by CGBTRF.
gams d2c2
zgebak.c for Transforms eigenvectors of a balanced matrix to
those of the
original matrix supplied to CGEBAL.
gams d4c4
zgebal.c for Balances a general matrix in order to improve
the accuracy
of computed eigenvalues.
gams d4c1a
zgebrd.c for Reduces a general rectangular matrix to real
bidiagonal form
by an unitary transformation.
gams d6
zgecon.c for Estimates the reciprocal of the condition number
of a general
matrix, in either the 1-norm or the
infinity-norm, using the
LU factorization computed by CGETRF.
gams d2c1
zgeequ.c for Computes row and column scalings to equilibrate
a general
rectangular matrix and reduce its condition
number.
gams d2c1
zgehrd.c for Reduces a general matrix to upper Hessenberg
form by an
unitary similarity transformation.
gams d4c1b2
zgelqf.c for Computes an LQ factorization of a general
rectangular matrix.
gams d5
zgeqlf.c for Computes a QL factorization of a general
rectangular matrix.
gams d5
zgeqpf.c for Computes a QR factorization with column pivoting
of a general
rectangular matrix.
gams d5
zgeqrf.c for Computes a QR factorization of a general
rectangular matrix.
gams d5
zgerfs.c for Improves the computed solution to a general
system of linear
equations AX=B, A**T X=B or A**H X=B, and
provides forward and
backward error bounds for the solution.
gams d2c1
zgerqf.c for Computes an RQ factorization of a general
rectangular matrix.
gams d5
zgetrf.c for Computes an LU factorization of a general
matrix, using partial
pivoting with row interchanges.
gams d2c1
zggbak.c for Forms the right or left eigenvectors of the
generalized eigenvalue
problem by backward transformation on the
computed eigenvectors of
the balanced pair of matrices output by CGGBAL.
zggbal.c for Balances a pair of general complex matrices for
the generalized
eigenvalue problem A x = lambda B x.
zgghrd.c for Reduces a pair of complex matrices to
generalized upper
Hessenberg form using unitary similarity
transformations.
zggqrf.c for Computes a generalized QR factorization of a
pair of matrices.
zggrqf.c for Computes a generalized RQ factorization of a
pair of matrices.
zggsvp.c for Computes unitary matrices as a preprocessing
step
for computing the generalized singular value
decomposition
zgtcon.c for Estimates the reciprocal of the condition number
of a general
tridiagonal matrix, in either the 1-norm or the
infinity-norm,
using the LU factorization computed by CGTTRF.
gams d2c2a
zgtrfs.c for Improves the computed solution to a general
tridiagonal system
of linear equations AX=B, A**T X=B or A**H X=B,
and provides
forward and backward error bounds for the
solution.
gams d2c2a
zgttrf.c for Computes an LU factorization of a general
tridiagonal matrix,
using partial pivoting with row interchanges.
gams d2c2a
zgttrs.c for Solves a general tridiagonal system of linear
equations AX=B,
A**T X=B or A**H X=B, using the LU factorization
computed by
CGTTRF.
gams d2c2a
zhgeqz.c for Implements a single-/double-shift version of the
QZ method for
finding the generalized eigenvalues of the
equation
det(A - w(i) B) = 0
zhsein.c for Computes specified right and/or left
eigenvectors of an upper
Hessenberg matrix by inverse iteration.
gams d4c3
zhseqr.c for Computes the eigenvalues and Schur factorization
of an upper
Hessenberg matrix, using the multishift QR
algorithm.
gams d4c2b
zsytf2.c
ztrti2.c
zung2l.c
zung2r.c
zungl2.c
zungr2.c
zunm2l.c
zunm2r.c
zunml2.c
zunmr2.c
zupgtr.c for Generates the unitary transformation matrix from
a reduction to tridiagonal form determined by
CHPTRD.
gams d4c1b1
zupmtr.c for Multiplies a general matrix by the unitary
transformation matrix from a reduction to
tridiagonal form
determined by CHPTRD.
gams d4c4
zungbr.c for Generates the unitary transformation matrices
from
a reduction to bidiagonal form determined by
CGEBRD.
gams d6
zunghr.c for Generates the unitary transformation matrix from
a reduction to Hessenberg form determined by
CGEHRD.
gams d4c1b2
zunglq.c for Generates all or part of the unitary matrix Q
from
an LQ factorization determined by CGELQF.
gams d5
zungql.c for Generates all or part of the unitary matrix Q
from
a QL factorization determined by CGEQLF.
gams d5
zungqr.c for Generates all or part of the unitary matrix Q
from
a QR factorization determined by CGEQRF.
gams d5
zungrq.c for Generates all or part of the unitary matrix Q
from
an RQ factorization determined by CGERQF.
gams d5
zungtr.c for Generates the unitary transformation matrix from
a reduction to tridiagonal form determined by
CHETRD.
gams d4c1b1
zunmbr.c for Multiplies a general matrix by one of the
unitary
transformation matrices from a reduction to
bidiagonal form
determined by CGEBRD.
gams d6
zunmhr.c for Multiplies a general matrix by the unitary
transformation
matrix from a reduction to Hessenberg form
determined by CGEHRD.
gams d4c4
zunmlq.c for Multiplies a general matrix by the unitary
matrix
from an LQ factorization determined by CGELQF.
gams d5
zunmql.c for Multiplies a general matrix by the unitary
matrix
from a QL factorization determined by CGEQLF.
gams d5
zunmqr.c for Multiplies a general matrix by the unitary
matrix
from a QR factorization determined by CGEQRF.
gams d5
zunmrq.c for Multiplies a general matrix by the unitary
matrix
from an RQ factorization determined by CGERQF.
gams d5
zunmtr.c for Multiplies a general matrix by the unitary
transformation matrix from a reduction to
tridiagonal form
determined by CHETRD.
gams d4c4
zpbcon.c for Estimates the reciprocal of the condition number
of a
Hermitian positive definite band matrix, using
the
Cholesky factorization computed by CPBTRF.
gams d2d2
zpbequ.c for Computes row and column scalings to equilibrate
a Hermitian
positive definite band matrix and reduce its
condition number.
gams d2d2
zpbrfs.c for Improves the computed solution to a Hermitian
positive
definite banded system of linear equations AX=B,
and provides
forward and backward error bounds for the
solution.
gams d2d2
zpbstf.c for Computes a split Cholesky factorization of a
complex Hermitian
positive definite band matrix.
zpbtrf.c for Computes the Cholesky factorization of a
Hermitian
positive definite band matrix.
gams d2d2
zpbtrs.c for Solves a Hermitian positive definite banded
system
of linear equations AX=B, using the Cholesky
factorization
computed by CPBTRF.
gams d2d2
zpocon.c for Estimates the reciprocal of the condition number
of a
Hermitian positive definite matrix, using the
Cholesky factorization computed by CPOTRF.
gams d2d1b
zpoequ.c for Computes row and column scalings to equilibrate
a Hermitian
positive definite matrix and reduce its
condition number.
gams d2d1b
zporfs.c for Improves the computed solution to a Hermitian
positive
definite system of linear equations AX=B, and
provides forward
and backward error bounds for the solution.
gams d2d1b
zpotrf.c for Computes the Cholesky factorization of a
Hermitian
positive definite matrix.
gams d2d1b
zpotri.c for Computes the inverse of a Hermitian positive
definite
matrix, using the Cholesky factorization
computed by CPOTRF.
gams d2d1b
zpotrs.c for Solves a Hermitian positive definite system of
linear
equations AX=B, using the Cholesky factorization
computed by
CPOTRF.
gams d2d1b
zppcon.c for Estimates the reciprocal of the condition number
of a
Hermitian positive definite matrix in packed
storage,
using the Cholesky factorization computed by
CPPTRF.
gams d2d1b
zppequ.c for Computes row and column scalings to equilibrate
a Hermitian
positive definite matrix in packed storage and
reduce its condition
number.
gams d2d1b
zpprfs.c for Improves the computed solution to a Hermitian
positive
definite system of linear equations AX=B, where
A is held in
packed storage, and provides forward and
backward error bounds
for the solution.
gams d2d1b
zpptrf.c for Computes the Cholesky factorization of a
Hermitian
positive definite matrix in packed storage.
gams d2d1b
zpptri.c for Computes the inverse of a Hermitian positive
definite
matrix in packed storage, using the Cholesky
factorization computed
by CPPTRF.
gams d2d1b
zpptrs.c for Solves a Hermitian positive definite system of
linear
equations AX=B, where A is held in packed
storage, using the
Cholesky factorization computed by CPPTRF.
gams d2d1b
zptcon.c for Computes the reciprocal of the condition number
of a
Hermitian positive definite tridiagonal matrix,
using the LDL**H factorization computed by
CPTTRF.
gams d2d2a
zpteqr.c for Computes all eigenvalues and eigenvectors of a
complex symmetric
positive definite tridiagonal matrix, by
computing the SVD of
its bidiagonal Cholesky factor.
gams d4c2a
zptrfs.c for Improves the computed solution to a Hermitian
positive
definite tridiagonal system of linear equations
AX=B, and provides
forward and backward error bounds for the
solution.
gams d2d2a
zpttrf.c for Computes the LDL**H factorization of a Hermitian
positive definite tridiagonal matrix.
gams d2d2a
zpttrs.c for Solves a Hermitian positive definite tridiagonal
system of linear equations, using the LDL**H
factorization
computed by CPTTRF.
gams d2d2a
zhbgst.c for Reduces a complex Hermitian-definite banded
generalized eigenproblem
A x = lambda B x to standard form, where B has
been factorized by
CPBSTF (Crawford's algorithm).
zhbtrd.c for Reduces a Hermitian band matrix to real
symmetric
tridiagonal form by a unitary similarity
transformation.
gams d4c1b1
zspcon.c for Estimates the reciprocal of the condition number
of a
complex symmetric indefinite
matrix in packed storage, using the
factorization computed
by CSPTRF.
gams d2c1
zhpcon.c for Estimates the reciprocal of the condition number
of a
complex Hermitian indefinite
matrix in packed storage, using the
factorization computed
by CHPTRF.
gams d2d1a
zhpgst.c for Reduces a Hermitian-definite generalized
eigenproblem
Ax= lambda Bx, ABx= lambda x, or BAx= lambda
x, to standard
form, where A and B are held in packed storage,
and B has been
factorized by CPPTRF.
gams d4c1c
zsprfs.c for Improves the computed solution to a complex
symmetric indefinite system of linear equations
AX=B, where A is held in packed storage, and
provides forward
and backward error bounds for the solution.
gams d2c1
zhprfs.c for Improves the computed solution to a complex
Hermitian indefinite system of linear equations
AX=B, where A is held in packed storage, and
provides forward
and backward error bounds for the solution.
gams d2d1a
zhptrd.c for Reduces a Hermitian matrix in packed storage to
real
symmetric tridiagonal form by a unitary
similarity
transformation.
gams d4c1b1
zsptrf.c for Computes the factorization of a complex
symmetric-indefinite matrix in packed storage,
using the diagonal pivoting method.
gams d2c1
zhptrf.c for Computes the factorization of a complex
Hermitian-indefinite matrix in packed storage,
using the diagonal pivoting method.
gams d2d1a
zsptri.c for Computes the inverse of a complex symmetric
indefinite matrix in packed storage, using the
factorization
computed by CSPTRF.
gams d2c1
zhptri.c for Computes the inverse of a complex
Hermitian indefinite matrix in packed storage,
using the factorization
computed by CHPTRF.
gams d2d1a
zsptrs.c for Solves a complex symmetric
indefinite system of linear equations AX=B,
where A is held
in packed storage, using the factorization
computed
by CSPTRF.
gams d2c1
zhptrs.c for Solves a complex Hermitian
indefinite system of linear equations AX=B,
where A is held
in packed storage, using the factorization
computed
by CHPTRF.
gams d2d1a
zstedc.c for Computes all eigenvalues and, optionally,
eigenvectors of a
symmetric tridiagonal matrix using the divide
and conquer algorithm.
zstein.c for Computes selected eigenvectors of a real
symmetric tridiagonal
matrix by inverse iteration.
gams d4c3
zsteqr.c for Computes all eigenvalues and eigenvectors of a
real symmetric
tridiagonal matrix, using the implicit QL or QR
algorithm.
gams d4a1, d4a5, d4c2a
zsycon.c for Estimates the reciprocal of the condition number
of a
complex symmetric indefinite matrix,
using the factorization computed by CSYTRF.
gams d2c1
zhecon.c for Estimates the reciprocal of the condition number
of a
complex Hermitian indefinite matrix,
using the factorization computed by CHETRF.
gams d2d1a
zhegst.c for Reduces a Hermitian-definite generalized
eigenproblem
Ax= lambda Bx, ABx= lambda x, or BAx= lambda
x, to standard
form, where B has been factorized by CPOTRF.
gams d4c1c
zsyrfs.c for Improves the computed solution to a complex
symmetric indefinite system of linear equations
AX=B, and provides forward and backward error
bounds for the
solution.
gams d2c1
zherfs.c for Improves the computed solution to a complex
Hermitian indefinite system of linear equations
AX=B, and provides forward and backward error
bounds for the
solution.
gams d2d1a
zhetrd.c for Reduces a Hermitian matrix to real symmetric
tridiagonal
form by an unitary similarity transformation.
gams d4c1b1
zsytrf.c for Computes the factorization of a complex
symmetric-indefinite matrix,
using the diagonal pivoting method.
gams d2c1
zhetrf.c for Computes the factorization of a complex
Hermitian-indefinite matrix,
using the diagonal pivoting method.
gams d2d1a
zsytri.c for Computes the inverse of a complex symmetric
indefinite matrix,
using the factorization computed by CSYTRF.
gams d2c1
zhetri.c for Computes the inverse of a complex Hermitian
indefinite matrix,
using the factorization computed by CHETRF.
gams d2d1a
zsytrs.c for Solves a complex symmetric indefinite system of
linear equations AX=B,
using the factorization computed by CSPTRF.
gams d2c1
zhetrs.c for Solves a complex Hermitian indefinite system of
linear equations AX=B,
using the factorization computed by CHPTRF.
gams d2d1a
ztbcon.c for Estimates the reciprocal of the condition number
of a triangular
band matrix, in either the 1-norm or the
infinity-norm.
gams d2c2, d2c3
ztbrfs.c for Provides forward and backward error bounds for
the solution
of a triangular banded system of linear
equations AX=B,
A**T X=B or A**H X=B.
gams d2c2, d2c3
ztbtrs.c for Solves a triangular banded system of linear
equations AX=B,
A**T X=B or A**H X=B.
gams d2c2, d2c3
ztgevc.c for Computes some or all of the right and/or left
generalized eigenvectors
of a pair of complex upper triangular matrices.
gams d4b4
ztgsja.c for Computes the generalized singular value
decomposition of two complex
upper triangular (or trapezoidal) matrices as
output by CGGSVP.
gams d6
ztpcon.c for Estimates the reciprocal of the condition number
of a triangular
matrix in packed storage, in either the 1-norm
or the infinity-norm.
gams d2c3
ztprfs.c for Provides forward and backward error bounds for
the solution
of a triangular system of linear equations AX=B,
A**T X=B or
A**H X=B, where A is held in packed storage.
gams d2c3
ztptri.c for Computes the inverse of a triangular matrix in
packed storage.
gams d2c3
ztptrs.c for Solves a triangular system of linear equations
AX=B,
A**T X=B or A**H X=B, where A is held in packed
storage.
gams d2c3
ztrcon.c for Estimates the reciprocal of the condition number
of a triangular
matrix, in either the 1-norm or the
infinity-norm.
gams d2c3
ztrevc.c for Computes left and right eigenvectors of an
complex upper triangular
matrix.
gams d4c3
ztrexc.c for Reorders the Schur factorization of a matrix by
a unitary
similarity transformation.
gams d4c
ztrrfs.c for Provides forward and backward error bounds for
the solution
of a triangular system of linear equations A
X=B, A**T X=B or
A**H X=B.
gams d2c3
ztrsen.c for Reorders the Schur factorization of a matrix in
order to find
an orthonormal basis of a right invariant
subspace corresponding
to selected eigenvalues, and returns reciprocal
condition numbers
(sensitivities) of the average of the cluster of
eigenvalues
and of the invariant subspace.
gams d4c
ztrsna.c for Estimates the reciprocal condition numbers
(sensitivities)
of selected eigenvalues and eigenvectors of a
complex upper
triangular matrix.
gams d4c
ztrsyl.c for Solves the Sylvester matrix equation A X +/- X
B=C where A
and B are complex upper triangular, and may be
transposed.
gams d8
ztrtri.c for Computes the inverse of a triangular matrix.
gams d2c3
ztrtrs.c for Solves a triangular system of linear equations
AX=B,
A**T X=B or A**H X=B.
gams d2c3
ztzrqf.c for Computes an RQ factorization of an upper
trapezoidal matrix.
gams d5
-----------------------------------------------------------
for double precision real CLAPACK routines
path: /netlib/clapack/double/
-----------------------------------------------------------
# --------------------------------------------------------
# Available SIMPLE and DIVIDE AND CONQUER DRIVER routines:
# --------------------------------------------------------
.depend
dgbtf2.c
dgebd2.c
dgehd2.c
dgelq2.c
dgeql2.c
dgeqr2.c
dgerq2.c
dgesv.c for Solves a general system of linear equations
AX=B.
gams d2a1
dgbsv.c for Solves a general banded system of linear
equations AX=B.
gams d2a2
dgetf2.c
dgtsv.c for Solves a general tridiagonal system of linear
equations AX=B.
gams d2a2a
dlabad.c
dlabrd.c
dlacon.c
dlacpy.c
dladiv.c
dlae2.c
dlaebz.c
dlaed0.c
dlaed1.c
dlaed2.c
dlaed3.c
dlaed4.c
dlaed5.c
dlaed6.c
dlaed7.c
dlaed8.c
dlaed9.c
dlaeda.c
dlaein.c
dlaev2.c
dlaexc.c
dlag2.c
dlags2.c
dlagtf.c
dlagtm.c
dlagts.c
dlahqr.c
dlahrd.c
dlaic1.c
dlaln2.c
dlamch.c
dlamrg.c
dlangb.c
dlange.c
dlangt.c
dlanhs.c
dlansb.c
dlansp.c
dlanst.c
dlansy.c
dlantb.c
dlantp.c
dlantr.c
dlanv2.c
dlapll.c
dlapmt.c
dlapy2.c
dlapy3.c
dlaqgb.c
dlaqge.c
dlaqsb.c
dlaqsp.c
dlaqsy.c
dlaqtr.c
dlar2v.c
dlarf.c
dlarfb.c
dlarfg.c
dlarft.c
dlarfx.c
dlargv.c
dlarnv.c
dlartg.c
dlartv.c
dlaruv.c
dlas2.c
dlascl.c
dlaset.c
dlasq1.c
dlasq2.c
dlasq3.c
dlasq4.c
dlasr.c
dlasrt.c
dlassq.c
dlasv2.c
dlaswp.c
dlasy2.c
dlasyf.c
dlatbs.c
dlatps.c
dlatrd.c
dlatrs.c
dlatzm.c
dlauu2.c
dlauum.c
dorg2l.c
dorg2r.c
dorgl2.c
dorgr2.c
dorm2l.c
dorm2r.c
dorml2.c
dormr2.c
dpbtf2.c
dposv.c for Solves a symmetric positive definite system of
linear
equations AX=B.
gams d2b1b
dpotf2.c
dppsv.c for Solves a symmetric positive definite system of
linear
equations AX=B, where A is held in packed
storage.
gams d2b1b
dpbsv.c for Solves a symmetric positive definite banded
system
of linear equations AX=B.
gams d2b2
dptsv.c for Solves a symmetric positive definite tridiagonal
system
of linear equations AX=B.
gams d2b2a
drscl.c
dsecnd.c
dsygs2.c
dsysv.c for Solves a real symmetric indefinite system of
linear equations AX=B.
gams d2b1a
dspsv.c for Solves a real symmetric indefinite system of
linear equations AX=B,
where A is held in packed storage.
gams d2b1a
dgels.c for Computes the least squares solution to an
over-determined system
of linear equations, A X=B or A**H X=B, or the
minimum norm
solution of an under-determined system, where A
is a general
rectangular matrix of full rank, using a QR or
LQ factorization
of A.
gams d9a1
dgglse.c for Solves the LSE (Constrained Linear Least Squares
Problem) using
the GRQ (Generalized RQ) factorization
gams d9b1
dggglm.c for Solves the GLM (Generalized Linear Regression
Model) using
the GQR (Generalized QR) factorization
dsyev.c for Computes all eigenvalues, and optionally,
eigenvectors of a real
symmetric matrix.
gams d4a1
dsyevd.c for Computes all eigenvalues, and optionally,
eigenvectors of a real
symmetric matrix. If eigenvectors are desired,
it uses a divide
and conquer algorithm.
gams d4a1
dspev.c for Computes all eigenvalues, and optionally,
eigenvectors of a real
symmetric matrix in packed storage.
gams d4a1
dspevd.c for Computes all eigenvalues, and optionally,
eigenvectors of a real
symmetric matrix in packed storage. If
eigenvectors are desired,
it uses a divide and conquer algorithm.
gams d4a1
dsbev.c for Computes all eigenvalues, and optionally,
eigenvectors of a real
symmetric band matrix.
gams d4a1, d4a6
dsbevd.c for Computes all eigenvalues, and optionally,
eigenvectors of a real
symmetric band matrix. If eigenvectors are
desired, it uses a
divide and conquer algorithm.
gams d4a1, d4a6
dstev.c for Computes all eigenvalues, and optionally,
eigenvectors of a real
symmetric tridiagonal matrix.
gams d4a1, d4a5
dstevd.c for Computes all eigenvalues, and optionally,
eigenvectors of a real
symmetric tridiagonal matrix. If eigenvectors
are desired, it uses
a divide and conquer algorithm.
gams d4a1, d4a5
dgees.c for Computes the eigenvalues and Schur factorization
of a general
matrix, and orders the factorization so that
selected eigenvalues
are at the top left of the Schur form.
gams d4a2
dgeev.c for Computes the eigenvalues and left and right
eigenvectors of
a general matrix.
gams d4a2
dgesvd.c for Computes the singular value decomposition (SVD)
of a general
rectangular matrix.
gams d6
dsygv.c for Computes all eigenvalues and the eigenvectors of
a generalized
symmetric-definite generalized eigenproblem,
Ax= lambda Bx, ABx= lambda x, or BAx= lambda
x.
gams d4b1
dspgv.c for Computes all eigenvalues and eigenvectors of a
generalized
symmetric-definite generalized eigenproblem,
Ax= lambda
Bx, ABx= lambda x, or BAx= lambda x, where A
and B are in packed
storage.
gams d4b1
dsbgv.c for Computes all the eigenvalues, and optionally,
the eigenvectors
of a real generalized symmetric-definite banded
eigenproblem, of
the form A*x=(lambda)*B*x. A and B are assumed
to be symmetric
and banded, and B is also positive definite.
dgegs.c for Computes the generalized eigenvalues, Schur
form, and left and/or
right Schur vectors for a pair of nonsymmetric
matrices
dgegv.c for Computes the generalized eigenvalues, and left
and/or right
generalized eigenvectors for a pair of
nonsymmetric matrices
dggsvd.c for Computes the Generalized Singular Value
Decomposition
# ---------------------------------
# Available EXPERT DRIVER routines:
# ---------------------------------
dgesvx.c for Solves a general system of linear equations
AX=B, A**T X=B
or A**H X=B, and provides an estimate of the
condition number
and error bounds on the solution.
gams d2a1
dgbsvx.c for Solves a general banded system of linear
equations AX=B,
A**T X=B or A**H X=B, and provides an estimate
of the condition
number and error bounds on the solution.
gams d2a2
dgtsvx.c for Solves a general tridiagonal system of linear
equations AX=B,
A**T X=B or A**H X=B, and provides an estimate
of the condition
number and error bounds on the solution.
gams d2a2a
dposvx.c for Solves a symmetric positive definite system of
linear
equations AX=B, and provides an estimate of the
condition number
and error bounds on the solution.
gams d2b1b
dppsvx.c for Solves a symmetric positive definite system of
linear
equations AX=B, where A is held in packed
storage, and provides
an estimate of the condition number and error
bounds on the
solution.
gams d2b1b
dpbsvx.c for Solves a symmetric positive definite banded
system
of linear equations AX=B, and provides an
estimate of the condition
number and error bounds on the solution.
gams d2b2
dptsvx.c for Solves a symmetric positive definite tridiagonal
system of linear equations AX=B, and provides an
estimate of
the condition number and error bounds on the
solution.
gams d2b2a
dsysvx.c for Solves a real symmetric
indefinite system of linear equations AX=B, and
provides an
estimate of the condition number and error
bounds on the solution.
gams d2b1a
dspsvx.c for Solves a real symmetric
indefinite system of linear equations AX=B,
where A is held
in packed storage, and provides an estimate of
the condition
number and error bounds on the solution.
gams d2b1a
dgelsx.c for Computes the minimum norm least squares solution
to an over-
or under-determined system of linear equations A
X=B, using a
complete orthogonal factorization of A.
gams d9a1
dgelss.c for Computes the minimum norm least squares solution
to an over-
or under-determined system of linear equations A
X=B, using
the singular value decomposition of A.
gams d9a1
dsyevx.c for Computes selected eigenvalues and eigenvectors
of a symmetric matrix.
gams d4a1
dspevx.c for Computes selected eigenvalues and eigenvectors
of a
symmetric matrix in packed storage.
gams d4a1
dsbevx.c for Computes selected eigenvalues and eigenvectors
of a
symmetric band matrix.
gams d4a1, d4a6
dstevx.c for Computes selected eigenvalues and eigenvectors
of a real
symmetric tridiagonal matrix.
gams d4a1, d4a5
dgeesx.c for Computes the eigenvalues and Schur factorization
of a general
matrix, orders the factorization so that
selected eigenvalues
are at the top left of the Schur form, and
computes reciprocal
condition numbers for the average of the
selected eigenvalues,
and for the associated right invariant subspace.
gams d4a2
dgeevx.c for Computes the eigenvalues and left and right
eigenvectors of
a general matrix, with preliminary balancing of
the matrix,
and computes reciprocal condition numbers for
the eigenvalues
and right eigenvectors.
gams d4a2
# ---------------------------------
# Available COMPUTATIONAL routines:
# ---------------------------------
dbdsqr.c for Computes the singular value decomposition (SVD)
of a real bidiagonal
matrix, using the bidiagonal QR algorithm.
gams d6
ddisna.c for Computes the reciprocal condition numbers for
the eigenvectors of a
real symmetric or complex Hermitian matrix or
for the left or right
singular vectors of a general matrix.
dgbbrd.c Reduces a general band matrix to real upper
bidiagonal form
by an orthogonal transformation.
dgbcon.c for Estimates the reciprocal of the condition number
of a general
band matrix, in either the 1-norm or the
infinity-norm, using
the LU factorization computed by DGBTRF.
gams d2a2
dgbequ.c for Computes row and column scalings to equilibrate
a general band
matrix and reduce its condition number.
gams d2a2
dgbrfs.c for Improves the computed solution to a general
banded system of
linear equations AX=B, A**T X=B or A**H X=B, and
provides forward
and backward error bounds for the solution.
gams d2a2
dgbtrf.c for Computes an LU factorization of a general band
matrix, using
partial pivoting with row interchanges.
gams d2a2
dgbtrs.c for Solves a general banded system of linear
equations AX=B,
A**T X=B or A**H X=B, using the LU factorization
computed
by DGBTRF.
gams d2a2
dgebak.c for Transforms eigenvectors of a balanced matrix to
those of the
original matrix supplied to DGEBAL.
gams d4c4
dgebal.c for Balances a general matrix in order to improve
the accuracy
of computed eigenvalues.
gams d4c1a
dgebrd.c for Reduces a general rectangular matrix to real
bidiagonal form
by an orthogonal transformation.
gams d6
dgecon.c for Estimates the reciprocal of the condition number
of a general
matrix, in either the 1-norm or the
infinity-norm, using the
LU factorization computed by DGETRF.
gams d2a1
dgeequ.c for Computes row and column scalings to equilibrate
a general
rectangular matrix and reduce its condition
number.
gams d2a1
dgehrd.c for Reduces a general matrix to upper Hessenberg
form by an
orthogonal similarity transformation.
gams d4c1b2
dgelqf.c for Computes an LQ factorization of a general
rectangular matrix.
gams d5
dgeqlf.c for Computes a QL factorization of a general
rectangular matrix.
gams d5
dgeqpf.c for Computes a QR factorization with column pivoting
of a general
rectangular matrix.
gams d5
dgeqrf.c for Computes a QR factorization of a general
rectangular matrix.
gams d5
dgerfs.c for Improves the computed solution to a general
system of linear
equations AX=B, A**T X=B or A**H X=B, and
provides forward and
backward error bounds for the solution.
gams d2a1
dgerqf.c for Computes an RQ factorization of a general
rectangular matrix.
gams d5
dgetrf.c for Computes an LU factorization of a general
matrix, using partial
pivoting with row interchanges.
gams d2a1
dgetri.c for Computes the inverse of a general matrix, using
the LU factorization
computed by DGETRF.
gams d2a1
dgetrs.c for Solves a general system of linear equations
AX=B, A**T X=B
or A**H X=B, using the LU factorization computed
by DGETRF.
gams d2a1
dggbak.c for Forms the right or left eigenvectors of the
generalized eigenvalue
problem by backward transformation on the
computed eigenvectors of
the balanced pair of matrices output by DGGBAL.
dggbal.c for Balances a pair of general real matrices for the
generalized
eigenvalue problem A x = lambda B x.
dgghrd.c for Reduces a pair of real matrices to generalized
upper
Hessenberg form using orthogonal transformations
dggqrf.c for Computes a generalized QR factorization of a
pair of matrices.
dggrqf.c for Computes a generalized RQ factorization of a
pair of matrices.
dggsvp.c for Computes orthogonal matrices as a preprocessing
step
for computing the generalized singular value
decomposition
dgtcon.c for Estimates the reciprocal of the condition number
of a general
tridiagonal matrix, in either the 1-norm or the
infinity-norm,
using the LU factorization computed by DGTTRF.
gams d2a2a
dgtrfs.c for Improves the computed solution to a general
tridiagonal system
of linear equations AX=B, A**T X=B or A**H X=B,
and provides
forward and backward error bounds for the
solution.
gams d2a2a
dgttrf.c for Computes an LU factorization of a general
tridiagonal matrix,
using partial pivoting with row interchanges.
gams d2a2a
dgttrs.c for Solves a general tridiagonal system of linear
equations AX=B,
A**T X=B or A**H X=B, using the LU factorization
computed by
DGTTRF.
gams d2a2a
dhgeqz.c for Implements a single-/double-shift version of the
QZ method for
finding the generalized eigenvalues of the
equation
det(A - w(i) B) = 0
dhsein.c for Computes specified right and/or left
eigenvectors of an upper
Hessenberg matrix by inverse iteration.
gams d4c3
dhseqr.c for Computes the eigenvalues and Schur factorization
of an upper
Hessenberg matrix, using the multishift QR
algorithm.
gams d4c2b
dopgtr.c for Generates the orthogonal transformation matrix
from
a reduction to tridiagonal form determined by
SSPTRD.
gams d4c1b1
dopmtr.c for Multiplies a general matrix by the orthogonal
transformation matrix from a reduction to
tridiagonal form
determined by DSPTRD.
gams d4c4
dorgbr.c for Generates the orthogonal transformation matrices
from
a reduction to bidiagonal form determined by
DGEBRD.
gams d6
dorghr.c for Generates the orthogonal transformation matrix
from
a reduction to Hessenberg form determined by
DGEHRD.
gams d4c1b2
dorglq.c for Generates all or part of the orthogonal matrix Q
from
an LQ factorization determined by DGELQF.
gams d5
dorgql.c for Generates all or part of the orthogonal matrix Q
from
a QL factorization determined by DGEQLF.
gams d5
dorgqr.c for Generates all or part of the orthogonal matrix Q
from
a QR factorization determined by DGEQRF.
gams d5
dorgrq.c for Generates all or part of the orthogonal matrix Q
from
an RQ factorization determined by DGERQF.
gams d5
dorgtr.c for Generates the orthogonal transformation matrix
from
a reduction to tridiagonal form determined by
DSYTRD.
gams d4c1b1
dormbr.c for Multiplies a general matrix by one of the
orthogonal
transformation matrices from a reduction to
bidiagonal form
determined by DGEBRD.
gams d6
dormhr.c for Multiplies a general matrix by the orthogonal
transformation
matrix from a reduction to Hessenberg form
determined by DGEHRD.
gams d4c4
dormlq.c for Multiplies a general matrix by the orthogonal
matrix
from an LQ factorization determined by DGELQF.
gams d5
dormql.c for Multiplies a general matrix by the orthogonal
matrix
from a QL factorization determined by DGEQLF.
gams d5
dormqr.c for Multiplies a general matrix by the orthogonal
matrix
from a QR factorization determined by DGEQRF.
gams d5
dormrq.c for Multiplies a general matrix by the orthogonal
matrix
from an RQ factorization determined by DGERQF.
gams d5
dormtr.c for Multiplies a general matrix by the orthogonal
transformation matrix from a reduction to
tridiagonal form
determined by DSYTRD.
gams d4c4
dpbcon.c for Estimates the reciprocal of the condition number
of a
symmetric positive definite band matrix, using
the
Cholesky factorization computed by DPBTRF.
gams d2b2
dpbequ.c for Computes row and column scalings to equilibrate
a symmetric
positive definite band matrix and reduce its
condition number.
gams d2b2
dpbrfs.c for Improves the computed solution to a symmetric
positive
definite banded system of linear equations AX=B,
and provides
forward and backward error bounds for the
solution.
gams d2b2
dpbstf.c for Computes a split Cholesky factorization of a
real symmetric positive
definite band matrix.
dpbtrf.c for Computes the Cholesky factorization of a
symmetric
positive definite band matrix.
gams d2b2
dpbtrs.c for Solves a symmetric positive definite banded
system
of linear equations AX=B, using the Cholesky
factorization
computed by DPBTRF.
gams d2b2
dpocon.c for Estimates the reciprocal of the condition number
of a
symmetric positive definite matrix, using the
Cholesky factorization computed by DPOTRF.
gams d2b1b
dpoequ.c for Computes row and column scalings to equilibrate
a symmetric
positive definite matrix and reduce its
condition number.
gams d2b1b
dporfs.c for Improves the computed solution to a symmetric
positive
definite system of linear equations AX=B, and
provides forward
and backward error bounds for the solution.
gams d2b1b
dpotrf.c for Computes the Cholesky factorization of a
symmetric
positive definite matrix.
gams d2b1b
dpotri.c for Computes the inverse of a symmetric positive
definite
matrix, using the Cholesky factorization
computed by DPOTRF.
gams d2b1b
dpotrs.c for Solves a symmetric positive definite system of
linear
equations AX=B, using the Cholesky factorization
computed by
DPOTRF.
gams d2b1b
dppcon.c for Estimates the reciprocal of the condition number
of a
symmetric positive definite matrix in packed
storage,
using the Cholesky factorization computed by
DPPTRF.
gams d2b1b
dppequ.c for Computes row and column scalings to equilibrate
a symmetric
positive definite matrix in packed storage and
reduce its condition
number.
gams d2b1b
dpprfs.c for Improves the computed solution to a symmetric
positive
definite system of linear equations AX=B, where
A is held in
packed storage, and provides forward and
backward error bounds
for the solution.
gams d2b1b
dpptrf.c for Computes the Cholesky factorization of a
symmetric
positive definite matrix in packed storage.
gams d2b1b
dpptri.c for Computes the inverse of a symmetric positive
definite
matrix in packed storage, using the Cholesky
factorization computed
by DPPTRF.
gams d2b1b
dpptrs.c for Solves a symmetric positive definite system of
linear
equations AX=B, where A is held in packed
storage, using the
Cholesky factorization computed by DPPTRF.
gams d2b1b
dptcon.c for Computes the reciprocal of the condition number
of a
symmetric positive definite tridiagonal matrix,
using the LDL**H factorization computed by
DPTTRF.
gams d2b2a
dpteqr.c for Computes all eigenvalues and eigenvectors of a
real symmetric
positive definite tridiagonal matrix, by
computing the SVD of
its bidiagonal Cholesky factor.
gams d4c2a
dptrfs.c for Improves the computed solution to a symmetric
positive
definite tridiagonal system of linear equations
AX=B, and provides
forward and backward error bounds for the
solution.
gams d2b2a
dpttrf.c for Computes the LDL**H factorization of a symmetric
positive definite tridiagonal matrix.
gams d2b2a
dpttrs.c for Solves a symmetric positive definite tridiagonal
system of linear equations, using the LDL**H
factorization
computed by DPTTRF.
gams d2b2a
dsbgst.c for Reduces a real symmetric-definite banded
generalized eigenproblem
A x = lambda B x to standard form, where B has
been factorized by
DPBSTF (Crawford's algorithm).
dsbtrd.c for Reduces a symmetric band matrix to real
symmetric
tridiagonal form by an orthogonal similarity
transformation.
gams d4c1b1
dspcon.c for Estimates the reciprocal of the condition number
of a
real symmetric indefinite
matrix in packed storage, using the
factorization computed
by DSPTRF.
gams d2b1a
dspgst.c for Reduces a symmetric-definite generalized
eigenproblem
Ax= lambda Bx, ABx= lambda x, or BAx= lambda
x, to standard
form, where A and B are held in packed storage,
and B has been
factorized by DPPTRF.
gams d4c1c
dsprfs.c for Improves the computed solution to a real
symmetric indefinite system of linear equations
AX=B, where A is held in packed storage, and
provides forward
and backward error bounds for the solution.
gams d2b1a
dsptrd.c for Reduces a symmetric matrix in packed storage to
real
symmetric tridiagonal form by an orthogonal
similarity
transformation.
gams d4c1b1
dsptrf.c for Computes the factorization of a real
symmetric-indefinite matrix in packed storage,
using the diagonal pivoting method.
gams d2b1a
dsptri.c for Computes the inverse of a real symmetric
indefinite matrix in packed storage, using the
factorization
computed by DSPTRF.
gams d2b1a
dsptrs.c for Solves a real symmetric
indefinite system of linear equations AX=B,
where A is held
in packed storage, using the factorization
computed
by DSPTRF.
gams d2b1a
dstebz.c for Computes selected eigenvalues of a real
symmetric tridiagonal
matrix by bisection.
gams d4c2a
dstedc.c for Computes all eigenvalues and, optionally,
eigenvectors of a
symmetric tridiagonal matrix using the divide
and conquer algorithm.
dstein.c for Computes selected eigenvectors of a real
symmetric tridiagonal
matrix by inverse iteration.
gams d4c3
dsteqr.c for Computes all eigenvalues and eigenvectors of a
real symmetric
tridiagonal matrix, using the implicit QL or QR
algorithm.
gams d4a1, d4a5, d4c2a
dsterf.c for Computes all eigenvalues of a real symmetric
tridiagonal matrix,
using a root-free variant of the QL or QR
algorithm.
gams d4c2a
dsycon.c for Estimates the reciprocal of the condition number
of a
real symmetric indefinite matrix,
using the factorization computed by DSYTRF.
gams d2b1a
dsygst.c for Reduces a symmetric-definite generalized
eigenproblem
Ax= lambda Bx, ABx= lambda x, or BAx= lambda
x, to standard
form, where B has been factorized by DPOTRF.
gams d4c1c
dsyrfs.c for Improves the computed solution to a real
symmetric indefinite system of linear equations
AX=B, and provides forward and backward error
bounds for the
solution.
gams d2b1a
dsytd2.c
dsytf2.c
dsytrd.c for Reduces a symmetric matrix to real symmetric
tridiagonal
form by an orthogonal similarity transformation.
gams d4c1b1
dsytrf.c for Computes the factorization of a real
symmetric-indefinite matrix,
using the diagonal pivoting method.
gams d2b1a
dsytri.c for Computes the inverse of a real symmetric
indefinite matrix,
using the factorization computed by DSYTRF.
gams d2b1a
dsytrs.c for Solves a real symmetric indefinite system of
linear equations AX=B,
using the factorization computed by DSPTRF.
gams d2b1a
dtbcon.c for Estimates the reciprocal of the condition number
of a triangular
band matrix, in either the 1-norm or the
infinity-norm.
gams d2a2, d2a3
dtbrfs.c for Provides forward and backward error bounds for
the solution
of a triangular banded system of linear
equations AX=B,
A**T X=B or A**H X=B.
gams d2a2, d2a3
dtbtrs.c for Solves a triangular banded system of linear
equations AX=B,
A**T X=B or A**H X=B.
gams d2a2, d2a3
dtgevc.c for Computes some or all of the right and/or left
generalized eigenvectors
of a pair of upper triangular matrices.
gams d4b2
dtgsja.c for Computes the generalized singular value
decomposition of two real
upper triangular (or trapezoidal) matrices as
output by DGGSVP.
gams d6
dtpcon.c for Estimates the reciprocal of the condition number
of a triangular
matrix in packed storage, in either the 1-norm
or the infinity-norm.
gams d2a3
dtprfs.c for Provides forward and backward error bounds for
the solution
of a triangular system of linear equations AX=B,
A**T X=B or
A**H X=B, where A is held in packed storage.
gams d2a3
dtptri.c for Computes the inverse of a triangular matrix in
packed storage.
gams d2a3
dtptrs.c for Solves a triangular system of linear equations
AX=B,
A**T X=B or A**H X=B, where A is held in packed
storage.
gams d2a3
dtrcon.c for Estimates the reciprocal of the condition number
of a triangular
matrix, in either the 1-norm or the
infinity-norm.
gams d2a3
dtrevc.c for Computes some or all of the right and/or left
eigenvectors of
an upper quasi-triangular matrix.
gams d4c3
dtrexc.c for Reorders the Schur factorization of a matrix by
an orthogonal
similarity transformation.
gams d4c
dtrrfs.c for Provides forward and backward error bounds for
the solution
of a triangular system of linear equations A
X=B, A**T X=B or
A**H X=B.
gams d2a3
dtrsen.c for Reorders the Schur factorization of a matrix in
order to find
an orthonormal basis of a right invariant
subspace corresponding
to selected eigenvalues, and returns reciprocal
condition numbers
(sensitivities) of the average of the cluster of
eigenvalues
and of the invariant subspace.
gams d4c
dtrsna.c for Estimates the reciprocal condition numbers
(sensitivities)
of selected eigenvalues and eigenvectors of an
upper
quasi-triangular matrix.
gams d4c
dtrsyl.c for Solves the Sylvester matrix equation A X +/- X
B=C where A
and B are upper quasi-triangular, and may be
transposed.
gams d8
dtrti2.c
dtrtri.c for Computes the inverse of a triangular matrix.
gams d2a3
dtrtrs.c for Solves a triangular system of linear equations
AX=B,
A**T X=B or A**H X=B.
gams d2a3
dtzrqf.c for Computes an RQ factorization of an upper
trapezoidal matrix.
gams d5
dzsum1.c
-----------------------------------------------------------
for (FOR NON EMAIL USERS ONLY) Required by the
path: /netlib/clapack/f2clibs/
-----------------------------------------------------------
F2CLIBS/
-----------------------------------------------------------
path: /netlib/clapack/f2clibs/F2CLIBS/
-----------------------------------------------------------
f2c.h
libF77/
libI77/
-----------------------------------------------------------
path: /netlib/clapack/f2clibs/F2CLIBS/libF77/
-----------------------------------------------------------
Notice
README
Version.c
abort_.c
c_abs.c
c_cos.c
c_div.c
c_exp.c
c_log.c
c_sin.c
c_sqrt.c
cabs.c
d_abs.c
d_acos.c
d_asin.c
d_atan.c
d_atn2.c
d_cnjg.c
d_cos.c
d_cosh.c
d_dim.c
d_exp.c
d_imag.c
d_int.c
d_lg10.c
d_log.c
d_mod.c
d_nint.c
d_prod.c
d_sign.c
d_sin.c
d_sinh.c
d_sqrt.c
d_tan.c
d_tanh.c
derf_.c
derfc_.c
ef1asc_.c
ef1cmc_.c
erf_.c
erfc_.c
f2c.h
f2ch.add
getarg_.c
getenv_.c
h_abs.c
h_dim.c
h_dnnt.c
h_indx.c
h_len.c
h_mod.c
h_nint.c
h_sign.c
hl_ge.c
hl_gt.c
hl_le.c
hl_lt.c
i_abs.c
i_dim.c
i_dnnt.c
i_indx.c
i_len.c
i_mod.c
i_nint.c
i_sign.c
iargc_.c
l_ge.c
l_gt.c
l_le.c
l_lt.c
libF77.xsum
main.c
makefile
pow_ci.c
pow_dd.c
pow_di.c
pow_hh.c
pow_ii.c
pow_qq.c
pow_ri.c
pow_zi.c
pow_zz.c
r_abs.c
r_acos.c
r_asin.c
r_atan.c
r_atn2.c
r_cnjg.c
r_cos.c
r_cosh.c
r_dim.c
r_exp.c
r_imag.c
r_int.c
r_lg10.c
r_log.c
r_mod.c
r_nint.c
r_sign.c
r_sin.c
r_sinh.c
r_sqrt.c
r_tan.c
r_tanh.c
s_cat.c
s_cmp.c
s_copy.c
s_paus.c
s_rnge.c
s_stop.c
sig_die.c
signal_.c
system_.c
z_abs.c
z_cos.c
z_div.c
z_exp.c
z_log.c
z_sin.c
z_sqrt.c
-----------------------------------------------------------
path: /netlib/clapack/f2clibs/F2CLIBS/libI77/
-----------------------------------------------------------
Notice
README
Version.c
backspace.c
close.c
dfe.c
dolio.c
due.c
endfile.c
err.c
f2c.h
f2ch.add
fio.h
fmt.c
fmt.h
fmtlib.c
fp.h
iio.c
ilnw.c
inquire.c
libI77.xsum
lio.h
lread.c
lwrite.c
makefile
open.c
rawio.h
rdfmt.c
rewind.c
rsfe.c
rsli.c
rsne.c
sfe.c
sue.c
typesize.c
uio.c
util.c
wref.c
wrtfmt.c
wsfe.c
wsle.c
wsne.c
xwsne.c
-----------------------------------------------------------
for single precision real CLAPACK routines
path: /netlib/clapack/single/
-----------------------------------------------------------
# --------------------------------------------------------
# Available SIMPLE and DIVIDE AND CONQUER DRIVER routines:
# --------------------------------------------------------
.depend
scsum1.c
second.c
sgbtf2.c
sgebd2.c
sgehd2.c
sgelq2.c
sgeql2.c
sgeqr2.c
sgerq2.c
sgesv.c for Solves a general system of linear equations
AX=B.
gams d2a1
sgbsv.c for Solves a general banded system of linear
equations AX=B.
gams d2a2
sgetf2.c
sgtsv.c for Solves a general tridiagonal system of linear
equations AX=B.
gams d2a2a
slabad.c
slabrd.c
slacon.c
slacpy.c
sladiv.c
slae2.c
slaebz.c
slaed0.c
slaed1.c
slaed2.c
slaed3.c
slaed4.c
slaed5.c
slaed6.c
slaed7.c
slaed8.c
slaed9.c
slaeda.c
slaein.c
slaev2.c
slaexc.c
slag2.c
slags2.c
slagtf.c
slagtm.c
slagts.c
slahqr.c
slahrd.c
slaic1.c
slaln2.c
slamch.c
slamrg.c
slangb.c
slange.c
slangt.c
slanhs.c
slansb.c
slansp.c
slanst.c
slansy.c
slantb.c
slantp.c
slantr.c
slanv2.c
slapll.c
slapmt.c
slapy2.c
slapy3.c
slaqgb.c
slaqge.c
slaqsb.c
slaqsp.c
slaqsy.c
slaqtr.c
slar2v.c
slarf.c
slarfb.c
slarfg.c
slarft.c
slarfx.c
slargv.c
slarnv.c
slartg.c
slartv.c
slaruv.c
slas2.c
slascl.c
slaset.c
slasq1.c
slasq2.c
slasq3.c
slasq4.c
slasr.c
slasrt.c
slassq.c
slasv2.c
slaswp.c
slasy2.c
slasyf.c
slatbs.c
slatps.c
slatrd.c
slatrs.c
slatzm.c
slauu2.c
slauum.c
sorg2l.c
sorg2r.c
sorgl2.c
sorgr2.c
sorm2l.c
sorm2r.c
sorml2.c
sormr2.c
spbtf2.c
sposv.c for Solves a symmetric positive definite system of
linear
equations AX=B.
gams d2b1b
spotf2.c
sppsv.c for Solves a symmetric positive definite system of
linear
equations AX=B, where A is held in packed
storage.
gams d2b1b
spbsv.c for Solves a symmetric positive definite banded
system
of linear equations AX=B.
gams d2b2
sptsv.c for Solves a symmetric positive definite tridiagonal
system
of linear equations AX=B.
gams d2b2a
srscl.c
ssygs2.c
ssysv.c for Solves a real symmetric indefinite system of
linear equations AX=B.
gams d2b1a
sspsv.c for Solves a real symmetric indefinite system of
linear equations AX=B,
where A is held in packed storage.
gams d2b1a
sgels.c for Computes the least squares solution to an
over-determined system
of linear equations, A X=B or A**H X=B, or the
minimum norm
solution of an under-determined system, where A
is a general
rectangular matrix of full rank, using a QR or
LQ factorization
of A.
gams d9a1
sgglse.c for Solves the LSE (Constrained Linear Least Squares
Problem) using
the GRQ (Generalized RQ) factorization
gams d9b1
sggglm.c for Solves the GLM (Generalized Linear Regression
Model) using
the GQR (Generalized QR) factorization
ssyev.c for Computes all eigenvalues, and optionally,
eigenvectors of a real
symmetric matrix.
gams d4a1
ssyevd.c for Computes all eigenvalues, and optionally,
eigenvectors of a real
symmetric matrix. If eigenvectors are desired,
it uses a divide
and conquer algorithm.
gams d4a1
sspev.c for Computes all eigenvalues, and optionally,
eigenvectors of a real
symmetric matrix in packed storage.
gams d4a1
sspevd.c for Computes all eigenvalues, and optionally,
eigenvectors of a real
symmetric matrix in packed storage. If
eigenvectors are desired,
it uses a divide and conquer algorithm.
gams d4a1
ssbev.c for Computes all eigenvalues, and optionally,
eigenvectors of a real
symmetric band matrix.
gams d4a1, d4a6
ssbevd.c for Computes all eigenvalues, and optionally,
eigenvectors of a real
symmetric band matrix. If eigenvectors are
desired, it uses a
divide and conquer algorithm.
gams d4a1, d4a6
sstev.c for Computes all eigenvalues, and optionally,
eigenvectors of a real
symmetric tridiagonal matrix.
gams d4a1, d4a5
sstevd.c for Computes all eigenvalues, and optionally,
eigenvectors of a real
symmetric tridiagonal matrix. If eigenvectors
are desired, it uses
a divide and conquer algorithm.
gams d4a1, d4a5
sgees.c for Computes the eigenvalues and Schur factorization
of a general
matrix, and orders the factorization so that
selected eigenvalues
are at the top left of the Schur form.
gams d4a2
sgeev.c for Computes the eigenvalues and left and right
eigenvectors of
a general matrix.
gams d4a2
sgesvd.c for Computes the singular value decomposition (SVD)
of a general
rectangular matrix.
gams d6
ssygv.c for Computes all eigenvalues and the eigenvectors of
a generalized
symmetric-definite generalized eigenproblem,
Ax= lambda Bx, ABx= lambda x, or BAx= lambda
x.
gams d4b1
sspgv.c for Computes all eigenvalues and eigenvectors of a
generalized
symmetric-definite generalized eigenproblem,
Ax= lambda
Bx, ABx= lambda x, or BAx= lambda x, where A
and B are in packed
storage.
gams d4b1
ssbgv.c for Computes all the eigenvalues, and optionally,
the eigenvectors
of a real generalized symmetric-definite banded
eigenproblem, of
the form A*x=(lambda)*B*x. A and B are assumed
to be symmetric
and banded, and B is also positive definite.
sgegs.c for Computes the generalized eigenvalues, Schur
form, and left and/or
right Schur vectors for a pair of nonsymmetric
matrices
sgegv.c for Computes the generalized eigenvalues, and left
and/or right
generalized eigenvectors for a pair of
nonsymmetric matrices
sggsvd.c for Computes the Generalized Singular Value
Decomposition
# ---------------------------------
# Available EXPERT DRIVER routines:
# ---------------------------------
sgesvx.c for Solves a general system of linear equations
AX=B, A**T X=B
or A**H X=B, and provides an estimate of the
condition number
and error bounds on the solution.
gams d2a1
sgbsvx.c for Solves a general banded system of linear
equations AX=B,
A**T X=B or A**H X=B, and provides an estimate
of the condition
number and error bounds on the solution.
gams d2a2
sgtsvx.c for Solves a general tridiagonal system of linear
equations AX=B,
A**T X=B or A**H X=B, and provides an estimate
of the condition
number and error bounds on the solution.
gams d2a2a
sposvx.c for Solves a symmetric positive definite system of
linear
equations AX=B, and provides an estimate of the
condition number
and error bounds on the solution.
gams d2b1b
sppsvx.c for Solves a symmetric positive definite system of
linear
equations AX=B, where A is held in packed
storage, and provides
an estimate of the condition number and error
bounds on the
solution.
gams d2b1b
spbsvx.c for Solves a symmetric positive definite banded
system
of linear equations AX=B, and provides an
estimate of the condition
number and error bounds on the solution.
gams d2b2
sptsvx.c for Solves a symmetric positive definite tridiagonal
system of linear equations AX=B, and provides an
estimate of
the condition number and error bounds on the
solution.
gams d2b2a
ssysvx.c for Solves a real symmetric
indefinite system of linear equations AX=B, and
provides an
estimate of the condition number and error
bounds on the solution.
gams d2b1a
sspsvx.c for Solves a real symmetric
indefinite system of linear equations AX=B,
where A is held
in packed storage, and provides an estimate of
the condition
number and error bounds on the solution.
gams d2b1a
sgelsx.c for Computes the minimum norm least squares solution
to an over-
or under-determined system of linear equations A
X=B, using a
complete orthogonal factorization of A.
gams d9a1
sgelss.c for Computes the minimum norm least squares solution
to an over-
or under-determined system of linear equations A
X=B, using
the singular value decomposition of A.
gams d9a1
ssyevx.c for Computes selected eigenvalues and eigenvectors
of a symmetric matrix.
gams d4a1
sspevx.c for Computes selected eigenvalues and eigenvectors
of a
symmetric matrix in packed storage.
gams d4a1
ssbevx.c for Computes selected eigenvalues and eigenvectors
of a
symmetric band matrix.
gams d4a1, d4a6
sstevx.c for Computes selected eigenvalues and eigenvectors
of a real
symmetric tridiagonal matrix.
gams d4a1, d4a5
sgeesx.c for Computes the eigenvalues and Schur factorization
of a general
matrix, orders the factorization so that
selected eigenvalues
are at the top left of the Schur form, and
computes reciprocal
condition numbers for the average of the
selected eigenvalues,
and for the associated right invariant subspace.
gams d4a2
sgeevx.c for Computes the eigenvalues and left and right
eigenvectors of
a general matrix, with preliminary balancing of
the matrix,
and computes reciprocal condition numbers for
the eigenvalues
and right eigenvectors.
gams d4a2
# ---------------------------------
# Available COMPUTATIONAL routines:
# ---------------------------------
sbdsqr.c for Computes the singular value decomposition (SVD)
of a real bidiagonal
matrix, using the bidiagonal QR algorithm.
gams d6
sdisna.c for Computes the reciprocal condition numbers for
the eigenvectors of a
real symmetric or complex Hermitian matrix or
for the left or right
singular vectors of a general matrix.
sgbbrd.c Reduces a general band matrix to real upper
bidiagonal form
by an orthogonal transformation.
sgbcon.c for Estimates the reciprocal of the condition number
of a general
band matrix, in either the 1-norm or the
infinity-norm, using
the LU factorization computed by SGBTRF.
gams d2a2
sgbequ.c for Computes row and column scalings to equilibrate
a general band
matrix and reduce its condition number.
gams d2a2
sgbrfs.c for Improves the computed solution to a general
banded system of
linear equations AX=B, A**T X=B or A**H X=B, and
provides forward
and backward error bounds for the solution.
gams d2a2
sgbtrf.c for Computes an LU factorization of a general band
matrix, using
partial pivoting with row interchanges.
gams d2a2
sgbtrs.c for Solves a general banded system of linear
equations AX=B,
A**T X=B or A**H X=B, using the LU factorization
computed
by SGBTRF.
gams d2a2
sgebak.c for Transforms eigenvectors of a balanced matrix to
those of the
original matrix supplied to SGEBAL.
gams d4c4
sgebal.c for Balances a general matrix in order to improve
the accuracy
of computed eigenvalues.
gams d4c1a
sgebrd.c for Reduces a general rectangular matrix to real
bidiagonal form
by an orthogonal transformation.
gams d6
sgecon.c for Estimates the reciprocal of the condition number
of a general
matrix, in either the 1-norm or the
infinity-norm, using the
LU factorization computed by SGETRF.
gams d2a1
sgeequ.c for Computes row and column scalings to equilibrate
a general
rectangular matrix and reduce its condition
number.
gams d2a1
sgehrd.c for Reduces a general matrix to upper Hessenberg
form by an
orthogonal similarity transformation.
gams d4c1b2
sgelqf.c for Computes an LQ factorization of a general
rectangular matrix.
gams d5
sgeqlf.c for Computes a QL factorization of a general
rectangular matrix.
gams d5
sgeqpf.c for Computes a QR factorization with column pivoting
of a general
rectangular matrix.
gams d5
sgeqrf.c for Computes a QR factorization of a general
rectangular matrix.
gams d5
sgerfs.c for Improves the computed solution to a general
system of linear
equations AX=B, A**T X=B or A**H X=B, and
provides forward and
backward error bounds for the solution.
gams d2a1
sgerqf.c for Computes an RQ factorization of a general
rectangular matrix.
gams d5
sgetrf.c for Computes an LU factorization of a general
matrix, using partial
pivoting with row interchanges.
gams d2a1
sgetri.c for Computes the inverse of a general matrix, using
the LU factorization
computed by SGETRF.
gams d2a1
sgetrs.c for Solves a general system of linear equations
AX=B, A**T X=B
or A**H X=B, using the LU factorization computed
by SGETRF.
gams d2a1
sggbak.c for Forms the right or left eigenvectors of the
generalized eigenvalue
problem by backward transformation on the
computed eigenvectors of
the balanced pair of matrices output by SGGBAL.
sggbal.c for Balances a pair of general real matrices for the
generalized
eigenvalue problem A x = lambda B x.
sgghrd.c for Reduces a pair of real matrices to generalized
upper
Hessenberg form using orthogonal transformations
sggqrf.c for Computes a generalized QR factorization of a
pair of matrices.
sggrqf.c for Computes a generalized RQ factorization of a
pair of matrices.
sggsvp.c for Computes orthogonal matrices as a preprocessing
step
for computing the generalized singular value
decomposition
sgtcon.c for Estimates the reciprocal of the condition number
of a general
tridiagonal matrix, in either the 1-norm or the
infinity-norm,
using the LU factorization computed by SGTTRF.
gams d2a2a
sgtrfs.c for Improves the computed solution to a general
tridiagonal system
of linear equations AX=B, A**T X=B or A**H X=B,
and provides
forward and backward error bounds for the
solution.
gams d2a2a
sgttrf.c for Computes an LU factorization of a general
tridiagonal matrix,
using partial pivoting with row interchanges.
gams d2a2a
sgttrs.c for Solves a general tridiagonal system of linear
equations AX=B,
A**T X=B or A**H X=B, using the LU factorization
computed by
SGTTRF.
gams d2a2a
shgeqz.c for Implements a single-/double-shift version of the
QZ method for
finding the generalized eigenvalues of the
equation
det(A - w(i) B) = 0
shsein.c for Computes specified right and/or left
eigenvectors of an upper
Hessenberg matrix by inverse iteration.
gams d4c3
shseqr.c for Computes the eigenvalues and Schur factorization
of an upper
Hessenberg matrix, using the multishift QR
algorithm.
gams d4c2b
sopgtr.c for Generates the orthogonal transformation matrix
from
a reduction to tridiagonal form determined by
SSPTRD.
gams d4c1b1
sopmtr.c for Multiplies a general matrix by the orthogonal
transformation matrix from a reduction to
tridiagonal form
determined by SSPTRD.
gams d4c4
sorgbr.c for Generates the orthogonal transformation matrices
from
a reduction to bidiagonal form determined by
SGEBRD.
gams d6
sorghr.c for Generates the orthogonal transformation matrix
from
a reduction to Hessenberg form determined by
SGEHRD.
gams d4c1b2
sorglq.c for Generates all or part of the orthogonal matrix Q
from
an LQ factorization determined by SGELQF.
gams d5
sorgql.c for Generates all or part of the orthogonal matrix Q
from
a QL factorization determined by SGEQLF.
gams d5
sorgqr.c for Generates all or part of the orthogonal matrix Q
from
a QR factorization determined by SGEQRF.
gams d5
sorgrq.c for Generates all or part of the orthogonal matrix Q
from
an RQ factorization determined by SGERQF.
gams d5
sorgtr.c for Generates the orthogonal transformation matrix
from
a reduction to tridiagonal form determined by
SSYTRD.
gams d4c1b1
sormbr.c for Multiplies a general matrix by one of the
orthogonal
transformation matrices from a reduction to
bidiagonal form
determined by SGEBRD.
gams d6
sormhr.c for Multiplies a general matrix by the orthogonal
transformation
matrix from a reduction to Hessenberg form
determined by SGEHRD.
gams d4c4
sormlq.c for Multiplies a general matrix by the orthogonal
matrix
from an LQ factorization determined by SGELQF.
gams d5
sormql.c for Multiplies a general matrix by the orthogonal
matrix
from a QL factorization determined by SGEQLF.
gams d5
sormqr.c for Multiplies a general matrix by the orthogonal
matrix
from a QR factorization determined by SGEQRF.
gams d5
sormrq.c for Multiplies a general matrix by the orthogonal
matrix
from an RQ factorization determined by SGERQF.
gams d5
sormtr.c for Multiplies a general matrix by the orthogonal
transformation matrix from a reduction to
tridiagonal form
determined by SSYTRD.
gams d4c4
spbcon.c for Estimates the reciprocal of the condition number
of a
symmetric positive definite band matrix, using
the
Cholesky factorization computed by SPBTRF.
gams d2b2
spbequ.c for Computes row and column scalings to equilibrate
a symmetric
positive definite band matrix and reduce its
condition number.
gams d2b2
spbrfs.c for Improves the computed solution to a symmetric
positive
definite banded system of linear equations AX=B,
and provides
forward and backward error bounds for the
solution.
gams d2b2
spbstf.c for Computes a split Cholesky factorization of a
real symmetric positive
definite band matrix.
spbtrf.c for Computes the Cholesky factorization of a
symmetric
positive definite band matrix.
gams d2b2
spbtrs.c for Solves a symmetric positive definite banded
system
of linear equations AX=B, using the Cholesky
factorization
computed by SPBTRF.
gams d2b2
spocon.c for Estimates the reciprocal of the condition number
of a
symmetric positive definite matrix, using the
Cholesky factorization computed by SPOTRF.
gams d2b1b
spoequ.c for Computes row and column scalings to equilibrate
a symmetric
positive definite matrix and reduce its
condition number.
gams d2b1b
sporfs.c for Improves the computed solution to a symmetric
positive
definite system of linear equations AX=B, and
provides forward
and backward error bounds for the solution.
gams d2b1b
spotrf.c for Computes the Cholesky factorization of a
symmetric
positive definite matrix.
gams d2b1b
spotri.c for Computes the inverse of a symmetric positive
definite
matrix, using the Cholesky factorization
computed by SPOTRF.
gams d2b1b
spotrs.c for Solves a symmetric positive definite system of
linear
equations AX=B, using the Cholesky factorization
computed by
SPOTRF.
gams d2b1b
sppcon.c for Estimates the reciprocal of the condition number
of a
symmetric positive definite matrix in packed
storage,
using the Cholesky factorization computed by
SPPTRF.
gams d2b1b
sppequ.c for Computes row and column scalings to equilibrate
a symmetric
positive definite matrix in packed storage and
reduce its condition
number.
gams d2b1b
spprfs.c for Improves the computed solution to a symmetric
positive
definite system of linear equations AX=B, where
A is held in
packed storage, and provides forward and
backward error bounds
for the solution.
gams d2b1b
spptrf.c for Computes the Cholesky factorization of a
symmetric
positive definite matrix in packed storage.
gams d2b1b
spptri.c for Computes the inverse of a symmetric positive
definite
matrix in packed storage, using the Cholesky
factorization computed
by SPPTRF.
gams d2b1b
spptrs.c for Solves a symmetric positive definite system of
linear
equations AX=B, where A is held in packed
storage, using the
Cholesky factorization computed by SPPTRF.
gams d2b1b
sptcon.c for Computes the reciprocal of the condition number
of a
symmetric positive definite tridiagonal matrix,
using the LDL**H factorization computed by
SPTTRF.
gams d2b2a
spteqr.c for Computes all eigenvalues and eigenvectors of a
real symmetric
positive definite tridiagonal matrix, by
computing the SVD of
its bidiagonal Cholesky factor.
gams d4c2a
sptrfs.c for Improves the computed solution to a symmetric
positive
definite tridiagonal system of linear equations
AX=B, and provides
forward and backward error bounds for the
solution.
gams d2b2a
spttrf.c for Computes the LDL**H factorization of a symmetric
positive definite tridiagonal matrix.
gams d2b2a
spttrs.c for Solves a symmetric positive definite tridiagonal
system of linear equations, using the LDL**H
factorization
computed by SPTTRF.
gams d2b2a
ssbgst.c for Reduces a real symmetric-definite banded
generalized eigenproblem
A x = lambda B x to standard form, where B has
been factorized by
SPBSTF (Crawford's algorithm).
ssbtrd.c for Reduces a symmetric band matrix to real
symmetric
tridiagonal form by an orthogonal similarity
transformation.
gams d4c1b1
sspcon.c for Estimates the reciprocal of the condition number
of a
real symmetric indefinite
matrix in packed storage, using the
factorization computed
by SSPTRF.
gams d2b1a
sspgst.c for Reduces a symmetric-definite generalized
eigenproblem
Ax= lambda Bx, ABx= lambda x, or BAx= lambda
x, to standard
form, where A and B are held in packed storage,
and B has been
factorized by SPPTRF.
gams d4c1c
ssprfs.c for Improves the computed solution to a real
symmetric indefinite system of linear equations
AX=B, where A is held in packed storage, and
provides forward
and backward error bounds for the solution.
gams d2b1a
ssptrd.c for Reduces a symmetric matrix in packed storage to
real
symmetric tridiagonal form by an orthogonal
similarity
transformation.
gams d4c1b1
ssptrf.c for Computes the factorization of a real
symmetric-indefinite matrix in packed storage,
using the diagonal pivoting method.
gams d2b1a
ssptri.c for Computes the inverse of a real symmetric
indefinite matrix in packed storage, using the
factorization
computed by SSPTRF.
gams d2b1a
ssptrs.c for Solves a real symmetric
indefinite system of linear equations AX=B,
where A is held
in packed storage, using the factorization
computed
by SSPTRF.
gams d2b1a
sstebz.c for Computes selected eigenvalues of a real
symmetric tridiagonal
matrix by bisection.
gams d4c2a
sstedc.c for Computes all eigenvalues and, optionally,
eigenvectors of a
symmetric tridiagonal matrix using the divide
and conquer algorithm.
sstein.c for Computes selected eigenvectors of a real
symmetric tridiagonal
matrix by inverse iteration.
gams d4c3
ssteqr.c for Computes all eigenvalues and eigenvectors of a
real symmetric
tridiagonal matrix, using the implicit QL or QR
algorithm.
gams d4a1, d4a5, d4c2a
ssterf.c for Computes all eigenvalues of a real symmetric
tridiagonal matrix,
using a root-free variant of the QL or QR
algorithm.
gams d4c2a
ssycon.c for Estimates the reciprocal of the condition number
of a
real symmetric indefinite matrix,
using the factorization computed by SSYTRF.
gams d2b1a
ssygst.c for Reduces a symmetric-definite generalized
eigenproblem
Ax= lambda Bx, ABx= lambda x, or BAx= lambda
x, to standard
form, where B has been factorized by SPOTRF.
gams d4c1c
ssyrfs.c for Improves the computed solution to a real
symmetric indefinite system of linear equations
AX=B, and provides forward and backward error
bounds for the
solution.
gams d2b1a
ssytd2.c
ssytf2.c
ssytrd.c for Reduces a symmetric matrix to real symmetric
tridiagonal
form by an orthogonal similarity transformation.
gams d4c1b1
ssytrf.c for Computes the factorization of a real
symmetric-indefinite matrix,
using the diagonal pivoting method.
gams d2b1a
ssytri.c for Computes the inverse of a real symmetric
indefinite matrix,
using the factorization computed by SSYTRF.
gams d2b1a
ssytrs.c for Solves a real symmetric indefinite system of
linear equations AX=B,
using the factorization computed by SSPTRF.
gams d2b1a
stbcon.c for Estimates the reciprocal of the condition number
of a triangular
band matrix, in either the 1-norm or the
infinity-norm.
gams d2a2, d2a3
stbrfs.c for Provides forward and backward error bounds for
the solution
of a triangular banded system of linear
equations AX=B,
A**T X=B or A**H X=B.
gams d2a2, d2a3
stbtrs.c for Solves a triangular banded system of linear
equations AX=B,
A**T X=B or A**H X=B.
gams d2a2, d2a3
stgevc.c for Computes some or all of the right and/or left
generalized eigenvectors
of a pair of upper triangular matrices.
gams d4b2
stgsja.c for Computes the generalized singular value
decomposition of two real
upper triangular (or trapezoidal) matrices as
output by SGGSVP.
gams d6
stpcon.c for Estimates the reciprocal of the condition number
of a triangular
matrix in packed storage, in either the 1-norm
or the infinity-norm.
gams d2a3
stprfs.c for Provides forward and backward error bounds for
the solution
of a triangular system of linear equations AX=B,
A**T X=B or
A**H X=B, where A is held in packed storage.
gams d2a3
stptri.c for Computes the inverse of a triangular matrix in
packed storage.
gams d2a3
stptrs.c for Solves a triangular system of linear equations
AX=B,
A**T X=B or A**H X=B, where A is held in packed
storage.
gams d2a3
strcon.c for Estimates the reciprocal of the condition number
of a triangular
matrix, in either the 1-norm or the
infinity-norm.
gams d2a3
strevc.c for Computes some or all of the right and/or left
eigenvectors of
an upper quasi-triangular matrix.
gams d4c3
strexc.c for Reorders the Schur factorization of a matrix by
an orthogonal
similarity transformation.
gams d4c
strrfs.c for Provides forward and backward error bounds for
the solution
of a triangular system of linear equations A
X=B, A**T X=B or
A**H X=B.
gams d2a3
strsen.c for Reorders the Schur factorization of a matrix in
order to find
an orthonormal basis of a right invariant
subspace corresponding
to selected eigenvalues, and returns reciprocal
condition numbers
(sensitivities) of the average of the cluster of
eigenvalues
and of the invariant subspace.
gams d4c
strsna.c for Estimates the reciprocal condition numbers
(sensitivities)
of selected eigenvalues and eigenvectors of an
upper
quasi-triangular matrix.
gams d4c
strsyl.c for Solves the Sylvester matrix equation A X +/- X
B=C where A
and B are upper quasi-triangular, and may be
transposed.
gams d8
strti2.c
strtri.c for Computes the inverse of a triangular matrix.
gams d2a3
strtrs.c for Solves a triangular system of linear equations
AX=B,
A**T X=B or A**H X=B.
gams d2a3
stzrqf.c for Computes an RQ factorization of an upper
trapezoidal matrix.
gams d5
-----------------------------------------------------------
for Subdirectory containing the testing routines for
path: /netlib/clapack/testing/
-----------------------------------------------------------
#######################################
# Index for clapack/testing #
#######################################
eig/ for Subdirectory of Eigenproblem Testing
lin/ for Subdirectory of Linear Equation Testing
matgen/ for Subdirectory of Matrix Generation Routines (used
in testing
and timing directories)
# =======================================
# Input Files for Linear Equation Testing
# =======================================
stest.in for Data file for linear equations/linear least
squares test programs
prec single
dtest.in for Data file for linear equations/linear least
squares test programs
prec double
ctest.in for Data file for linear equations/linear least
squares test programs
prec complex
ztest.in for Data file for linear equations/linear least
squares test programs
prec doublecomplex
# =======================================
# Input Files for Eigenproblem Testing
# =======================================
nep.in for Data file for testing the (s,d,c,z) Nonsymmetric
Eigenproblem computational routines
prec single, double, complex, doublecomplex
sep.in for Data file for testing the (s,d,c,z) Symmetric
Eigenproblem computational and simple/expert
driver routines
prec single, double, complex, doublecomplex
svd.in for Data file for testing the (s,d,c,z) Singular
Value
Decomposition computational and simple/expert
driver routines
prec single, double, complex, doublecomplex
sec.in for Data file for testing real Eigen Condition
Routines
prec single
dec.in for Data file for testing real Eigen Condition
Routines
prec double
cec.in for Data file for testing complex Eigen Condition
Routines
prec complex
zec.in for Data file for testing complex Eigen Condition
Routines
prec doublecomplex
sed.in for Data file for testing real Nonsymmetric
Eigenvalue Driver
prec single
ded.in for Data file for testing real Nonsymmetric
Eigenvalue Driver
prec double
ced.in for Data file for testing complex Nonsymmetric
Eigenvalue Driver
prec complex
zed.in for Data file for testing complex Nonsymmetric
Eigenvalue Driver
prec doublecomplex
sgg.in for Data file for testing the real Nonsymmetric
Generalized
Eigenvalue Problem routines
prec single
dgg.in for Data file for testing the real Nonsymmetric
Generalized
Eigenvalue Problem routines
prec double
cgg.in for Data file for testing the complex Nonsymmetric
Generalized
Eigenvalue Problem routines
prec complex
zgg.in for Data file for testing the complex Nonsymmetric
Generalized
Eigenvalue Problem routines
prec doublecomplex
ssb.in for Data file for testing real Symmetric Banded
Eigenvalue Problem routines
prec single
dsb.in for Data file for testing real Symmetric Banded
Eigenvalue Problem routines
prec double
csb.in for Data file for testing complex Symmetric Banded
Eigenvalue Problem routines
prec complex
zsb.in for Data file for testing complex Symmetric Banded
Eigenvalue Problem routines
prec doublecomplex
ssg.in for Data file for testing real Symmetric Generalized
Eigenvalue Problem routines
prec single
dsg.in for Data file for testing real Symmetric Generalized
Eigenvalue Problem routines
prec double
csg.in for Data file for testing complex Symmetric
Generalized
Eigenvalue Problem routines
prec complex
zsg.in for Data file for testing complex Symmetric
Generalized
Eigenvalue Problem routines
prec doublecomplex
sbal.in for Data file for testing SGEBAL
prec single
dbal.in for Data file for testing DGEBAL
prec double
cbal.in for Data file for testing CGEBAL
prec complex
zbal.in for Data file for testing ZGEBAL
prec doublecomplex
sbak.in for Data file for testing SGEBAK
prec single
dbak.in for Data file for testing DGEBAK
prec double
cbak.in for Data file for testing CGEBAK
prec complex
zbak.in for Data file for testing ZGEBAK
prec doublecomplex
sgbal.in for Data file for testing SGGBAL
prec single
dgbal.in for Data file for testing DGGBAL
prec double
cgbal.in for Data file for testing CGGBAL
prec complex
zgbal.in for Data file for testing ZGGBAL
prec doublecomplex
sgbak.in for Data file for testing SGGBAK
prec single
dgbak.in for Data file for testing DGGBAK
prec double
cgbak.in for Data file for testing CGGBAK
prec complex
zgbak.in for Data file for testing ZGGBAK
prec doublecomplex
sbb.in for Data file for testing banded SVD routines
prec single
dbb.in for Data file for testing banded SVD routines
prec double
cbb.in for Data file for testing banded SVD routines
prec complex
zbb.in for Data file for testing banded SVD routines
prec complex16
glm.in for Data file for testing the (s, d, c, z) GLM
routines
prec single, double, complex, doublecomplex
gqr.in for Data file for testing the (s, d, c, z) GQR and
GRQ routines
prec single, double, complex, doublecomplex
gsv.in for Data file for testing the (s, d, c, z) GSVD
routines
prec single, double, complex, doublecomplex
lse.in for Data file for testing the (s, d, c, z) LSE
routines
prec single, double, complex, doublecomplex
-----------------------------------------------------------
for Subdirectory of Eigenproblem Testing
path: /netlib/clapack/testing/eig/
-----------------------------------------------------------
#######################################
# Index for clapack/testing/eig #
#######################################
alahdg.c
alareq.c
alarqg.c
alasmg.c
alasum.c
alasvm.c
cbdt01.c
cbdt02.c
cbdt03.c
cchkgb.c
cchkgk.c
cchkgl.c
cget02.c
cget10.c
cget22.c
cget23.c
cget24.c
cget35.c
cget36.c
cget37.c
cget38.c
cget51.c
cget52.c
cglmts.c
cgqrts.c
cgrqts.c
cgsvts.c
chbt21.c
chet21.c
chet22.c
chkxer.c
chpt21.c
chst01.c
clarfy.c
clarhs.c
clatm4.c
clsets.c
csbmv.c
csgt01.c
cslect.c
cstt21.c
cunt01.c
cunt03.c
dbdt01.c
dbdt02.c
dbdt03.c
dchkgb.c
dchkgk.c
dchkgl.c
dget02.c
dget10.c
dget22.c
dget23.c
dget24.c
dget31.c
dget32.c
dget33.c
dget34.c
dget35.c
dget36.c
dget37.c
dget38.c
dget39.c
dget51.c
dget52.c
dget53.c
dglmts.c
dgqrts.c
dgrqts.c
dgsvts.c
dhst01.c
dlafts.c
dlahd2.c
dlarfy.c
dlarhs.c
dlasum.c
dlatb9.c
dlatm4.c
dlsets.c
dort01.c
dort03.c
dsbt21.c
dsgt01.c
dslect.c
dspt21.c
dstech.c
dstect.c
dstt21.c
dstt22.c
dsvdch.c
dsvdct.c
dsxt1.c
dsyt21.c
dsyt22.c
sbdt01.c
sbdt02.c
sbdt03.c
schkgb.c
schkgk.c
schkgl.c
sget02.c
sget10.c
sget22.c
sget23.c
sget24.c
sget31.c
sget32.c
sget33.c
sget34.c
sget35.c
sget36.c
sget37.c
sget38.c
sget39.c
sget51.c
sget52.c
sget53.c
sglmts.c
sgqrts.c
sgrqts.c
sgsvts.c
shst01.c
slafts.c
slahd2.c
slarfy.c
slarhs.c
slasum.c
slatb9.c
slatm4.c
slsets.c
sort01.c
sort03.c
ssbt21.c
ssgt01.c
sslect.c
sspt21.c
sstech.c
sstect.c
sstt21.c
sstt22.c
ssvdch.c
ssvdct.c
ssxt1.c
ssyt21.c
ssyt22.c
xerbla.c for Special version of this routine used in testing
ilaenv.c for Special version of this routine for testing and
timing purposes
xlaenv.c for Resets ILAENV values for testing purposes
# ==========================================
# Available Eigenproblem Testing Routines
# ==========================================
schkee.c for Test program driver for eigenproblem testing
prec single
dchkee.c for Test program driver for eigenproblem testing
prec double
cchkee.c for Test program driver for eigenproblem testing
prec complex
zbdt01.c
zbdt02.c
zbdt03.c
zchkee.c for Test program driver for eigenproblem testing
prec doublecomplex
# ===
schkbb.c for Checks the banded SVD routine SGBBRD
prec single
dchkbb.c for Checks the banded SVD routine DGBBRD
prec double
cchkbb.c for Checks the banded SVD routine CGBBRD
prec complex
zchkbb.c for Checks the banded SVD routine ZGBBRD
prec doublecomplex
schkbd.c for Checks the SVD routines (SGEBRD, SORGBR, SBDSQR)
prec single
dchkbd.c for Checks the SVD routines (DGEBRD, DORGBR, DBDSQR)
prec double
cchkbd.c for Checks the SVD routines (CGEBRD, CUNGBR, CBDSQR)
prec complex, doublecomplex
zchkbd.c for Checks the SVD routines (ZGEBRD, ZUNGBR, ZBDSQR)
prec doublecomplex
sdrvbd.c for Checks the SVD driver SGESVD
prec single
ddrvbd.c for Checks the SVD driver DGESVD
prec double
cdrvbd.c for Checks the SVD driver CGESVD
prec complex
zchkgb.c
zchkgk.c
zchkgl.c
zdrvbd.c for Checks the SVD driver ZGESVD
prec doublecomplex
serrbd.c for Tests the error exits for
SGEBRD,SORGBR,SORMBR,SBDSQR
prec single
derrbd.c for Tests the error exits for
DGEBRD,DORGBR,DORMBR,DBDSQR
prec double
cerrbd.c for Tests the error exits for
CGEBRD,CUNGBR,CUNMBR,CBDSQR
prec complex
zerrbd.c for Tests the error exits for
ZGEBRD,ZUNGBR,ZUNMBR,ZBDSQR
prec doublecomplex
# ===
schkbk.c for Tests SGEBAK
prec single
dchkbk.c for Tests DGEBAK
prec double
cchkbk.c for Tests CGEBAK
prec complex
zchkbk.c for Tests ZGEBAK
prec doublecomplex
# ===
schkbl.c for Tests SGEBAL
prec single
dchkbl.c for Tests DGEBAL
prec double
cchkbl.c for Tests CGEBAL
prec complex
zchkbl.c for Tests ZGEBAL
prec doublecomplex
# ===
schkec.c for Tests the eigen- condition estimation routines
STRSYL, STREXC, STRSNA, STRSEN
prec single
dchkec.c for Tests the eigen- condition estimation routines
DTRSYL, DTREXC, DTRSNA, DTRSEN
prec double
cchkec.c for Tests the eigen- condition estimation routines
CTRSYL, CTREXC, CTRSNA, CTRSEN
prec complex
zchkec.c for Tests the eigen- condition estimation routines
ZTRSYL, ZTREXC, ZTRSNA, ZTRSEN
prec doublecomplex
serrec.c for Tests the error exits for the eigen- condition
estimation
routines (STRSYL, STREXC, STRSNA, STRSEN)
prec single
derrec.c for Tests the error exits for the eigen- condition
estimation
routines (DTRSYL, DTREXC, DTRSNA, DTRSEN)
prec double
cerrec.c for Tests the error exits for the eigen- condition
estimation
routines (CTRSYL, CTREXC, CTRSNA, CTRSEN)
prec complex
zerrec.c for Tests the error exits for the eigen- condition
estimation
routines (ZTRSYL, ZTREXC, ZTRSNA, ZTRSEN)
prec doublecomplex
# ===
schkgg.c for Tests SGGHRD, SHGEQZ, and STGEVC
prec single
dchkgg.c for Tests DGGHRD, DHGEQZ, and DTGEVC
prec double
cchkgg.c for Tests CGGHRD, CHGEQZ, and CTGEVC
prec complex
zchkgg.c for Tests ZGGHRD, ZHGEQZ, and ZTGEVC
prec doublecomplex
sdrvgg.c for Tests SGEGS and SGEGV
prec single
ddrvgg.c for Tests DGEGS and DGEGV
prec double
cdrvgg.c for Tests CGEGS and CGEGV
prec complex
zdrvgg.c for Tests ZGEGS and ZGEGV
prec doublecomplex
serrgg.c for Tests the error exits for SGGHRD, SHGEQZ, and
STGEVC
prec single
derrgg.c for Tests the error exits for DGGHRD, DHGEQZ, and
DTGEVC
prec double
cerrgg.c for Tests the error exits for CGGHRD, CHGEQZ, and
CTGEVC
prec complex
zerrgg.c for Tests the error exits for ZGGHRD, ZHGEQZ, and
ZTGEVC
prec doublecomplex
# ===
schkbk.c for Testing SGGBAK
prec single
dchkbk.c for Testing DGGBAK
prec double
cchkbk.c for Testing CGGBAK
prec complex
zchkbk.c for Testing ZGGBAK
prec doublecomplex
# ===
schkbl.c for Testing SGGBAL
prec single
dchkbl.c for Testing DGGBAL
prec double
cchkbl.c for Testing CGGBAL
prec complex
zchkbl.c for Testing ZGGBAL
prec doublecomplex
# ===
schkhs.c for Checks the nonsymmetric eigenvalue problem
routines
(SGEHRD, SORGHR, SORMHR, SHSEQR, STREVC, and
SHSEIN)
prec single
dchkhs.c for Checks the nonsymmetric eigenvalue problem
routines
(DGEHRD, DORGHR, DORMHR, DHSEQR, DTREVC, and
DHSEIN)
prec double
cchkhs.c for Checks the nonsymmetric eigenvalue problem
routines
(CGEHRD, CUNGHR, CUNMHR, CHSEQR, CTREVC, and
CHSEIN)
prec complex
zchkhs.c for Checks the nonsymmetric eigenvalue problem
routines
(ZGEHRD, ZUNGHR, ZUNMHR, ZHSEQR, ZTREVC, and
ZHSEIN)
prec doublecomplex
serrhs.c for Tests the error exits for SGEHRD, SORGHR,
SORMHR, SHSEQR,
SHSEIN, and STREVC
prec single
derrhs.c for Tests the error exits for DGEHRD, DORGHR,
DORMHR, DHSEQR,
DHSEIN, and DTREVC
prec double
cerrhs.c for Tests the error exits for CGEHRD, CUNGHR,
CUNMHR, CHSEQR,
CHSEIN, and CTREVC
prec complex
zerrhs.c for Tests the error exits for ZGEHRD, ZUNGHR,
ZUNMHR, ZHSEQR,
ZHSEIN, and ZTREVC
prec doublecomplex
sdrves.c for Checks the nonsymmetric eigenvalue (Schur form)
problem
driver SGEES
prec single
ddrves.c for Checks the nonsymmetric eigenvalue (Schur form)
problem
driver DGEES
prec double
cdrves.c for Checks the nonsymmetric eigenvalue (Schur form)
problem
driver CGEES
prec complex
zdrves.c for Checks the nonsymmetric eigenvalue (Schur form)
problem
driver ZGEES
prec doublecomplex
sdrvsx.c for Checks the nonsymmetric eigenvalue (Schur form)
problem
expert driver SGEESX
prec single
ddrvsx.c for Checks the nonsymmetric eigenvalue (Schur form)
problem
expert driver DGEESX
prec double
cdrvsx.c for Checks the nonsymmetric eigenvalue (Schur form)
problem
expert driver CGEESX
prec complex
zdrvsx.c for Checks the nonsymmetric eigenvalue (Schur form)
problem
expert driver ZGEESX
prec doublecomplex
sdrvev.c for Checks the nonsymmetric eigenvalue problem
driver SGEEV
prec single
ddrvev.c for Checks the nonsymmetric eigenvalue problem
driver DGEEV
prec double
cdrvev.c for Checks the nonsymmetric eigenvalue problem
driver CGEEV
prec complex
zdrvev.c for Checks the nonsymmetric eigenvalue problem
driver ZGEEV
prec doublecomplex
sdrvvx.c for Checks the nonsymmetric eigenvalue problem
expert driver SGEEVX
prec single
ddrvvx.c for Checks the nonsymmetric eigenvalue problem
expert driver DGEEVX
prec double
cdrvvx.c for Checks the nonsymmetric eigenvalue problem
expert driver CGEEVX
prec complex
zdrvvx.c for Checks the nonsymmetric eigenvalue problem
expert driver ZGEEVX
prec doublecomplex
serred.c for Tests the error exits for the eigenvalue driver
routines
(SGEEV,SGEES,SGEEVX,SGEESX,SGESVD)
prec single
derred.c for Tests the error exits for the eigenvalue driver
routines
(DGEEV,DGEES,DGEEVX,DGEESX,DGESVD)
prec double
cerred.c for Tests the error exits for the eigenvalue driver
routines
(CGEEV,CGEES,CGEEVX,CGEESX,CGESVD)
prec complex
zerred.c for Tests the error exits for the eigenvalue driver
routines
(ZGEEV,ZGEES,ZGEEVX,ZGEESX,ZGESVD)
prec doublecomplex
# ===
schksb.c for Tests SSBTRD (the reduction of a symmetric band
matrix to
tridiagonal form, used with the symmetric
eigenvalue problem
prec single
dchksb.c for Tests DSBTRD (the reduction of a symmetric band
matrix to
tridiagonal form, used with the symmetric
eigenvalue problem
prec double
cchkhb.c for Tests CHBTRD (the reduction of a Hermitian band
matrix to
tridiagonal form), used with the Hermitian
eigenvalue problem
prec complex
zchkhb.c for Tests ZHBTRD (the reduction of a Hermitian band
matrix to
tridiagonal form), used with the Hermitian
eigenvalue problem
prec doublecomplex
# ===
schkst.c for Checks the symmetric eigenvalue problem routines
(SSYTRD,
R,SSTEBZ,SSTEIN)
prec single
dchkst.c for Checks the symmetric eigenvalue problem routines
(DSYTRD,
R,DSTEBZ,DSTEIN)
prec double
cchkst.c for Checks the (complex) hermitian eigenvalue
problem routines
EQR,SSTEBZ,CSTEIN)
prec complex
zchkst.c for Checks the (complex) hermitian eigenvalue
problem routines
EQR,DSTEBZ,ZSTEIN)
prec doublecomplex
sdrvst.c for Checks the symmetric eigenvalue problem drivers
, (SSTEV,SSTEVX,SSYEV,SSYEVX,SSPEV,SSPEVX,SSB
EV,SSBEVX)
prec single
ddrvst.c for Checks the symmetric eigenvalue problem drivers
, (DSTEV,DSTEVX,DSYEV,DSYEVX,DSPEV,DSPEVX,DSB
EV,DSBEVX)
prec double
cdrvst.c for Checks the Hermitian eigenvalue problem drivers
(CHEEV,CHEEVX,CHPEV,CHPEVX,CHBEV,CHBEVX)
prec complex
zdrvst.c for Checks the Hermitian eigenvalue problem drivers
(ZHEEV,ZHEEVX,ZHPEV,ZHPEVX,ZHBEV,ZHBEVX)
prec doublecomplex
serrst.c for Tests the error exits for
SSYTRD,SORGTR,SORMTR,SSPTRD,
,SPTEQR,SSBTRD
prec single
derrst.c for Tests the error exits for
DSYTRD,DORGTR,DORMTR,DSPTRD,
,DPTEQR,DSBTRD
prec double
cerrst.c for Tests the error exits for CHETRD, CUNGTR,
CUNMTR, CHPTRD,
CUPGTR, CUPMTR, CSTEQR, CSTEIN, CPTEQR, and
CHBTRD
prec complex
zerrst.c for Tests the error exits for ZHETRD, ZUNGTR,
ZUNMTR, ZHPTRD,
ZUPGTR, ZUPMTR, ZSTEQR, ZSTEIN, ZPTEQR, and
ZHBTRD
prec doublecomplex
sdrvsg.c for Checks the symmetric generalized eigenvalue
problem routines
(SSYGST, SSYTRD, SORGTR, SSTEQR, SSTERF)
prec single
ddrvsg.c for Checks the symmetric generalized eigenvalue
problem routines
(DSYGST, DSYTRD, DORGTR, DSTEQR, DSTERF)
prec double
cdrvsg.c for Checks the complex hermitian generalized
eigenvalue problem
routines (CHEGST, CHETRD, CUNGTR, CSTEQR,
SSTERF, CSTEIN)
prec complex, doublecomplex
zdrvsg.c for Checks the complex hermitian generalized
eigenvalue problem
routines (ZHEGST, ZHETRD, ZUNGTR, ZSTEQR,
SSTERF, ZSTEIN)
prec doublecomplex
# ===
sckglm.c for Tests SGGGLM
prec single
dckglm.c for Tests DGGGLM
prec double
cckglm.c for Tests CGGGLM
prec complex
zckglm.c for Tests ZGGGLM
prec doublecomplex
# ===
sckgqr.c for Tests SGGQRF and SGGRQF
prec single
dckgqr.c for Tests DGGQRF and DGGRQF
prec double
cckgqr.c for Tests CGGQRF and CGGRQF
prec complex
zckgqr.c for Tests ZGGQRF and ZGGRQF
prec doublecomplex
# ===
sckgsv.c for Tests SGGSVD
prec single
dckgsv.c for Tests DGGSVD
prec double
cckgsv.c for Tests CGGSVD
prec complex
zckgsv.c for Tests ZGGSVD
prec doublecomplex
# ===
scklse.c for Tests SGGLSE
prec single
dcklse.c for Tests DGGLSE
prec double
ccklse.c for Tests CGGLSE
prec complex
zcklse.c for Tests ZGGLSE
prec doublecomplex
zget02.c
zget10.c
zget22.c
zget23.c
zget24.c
zget35.c
zget36.c
zget37.c
zget38.c
zget51.c
zget52.c
zglmts.c
zgqrts.c
zgrqts.c
zgsvts.c
zhbt21.c
zhet21.c
zhet22.c
zhpt21.c
zhst01.c
zlarfy.c
zlarhs.c
zlatm4.c
zlsets.c
zsbmv.c
zsgt01.c
zslect.c
zstt21.c
zunt01.c
zunt03.c
-----------------------------------------------------------
for Subdirectory of Linear Equation Testing
path: /netlib/clapack/testing/lin/
-----------------------------------------------------------
#######################################
# Index for clapack/testing/lin #
#######################################
aladhd.c
alaerh.c
alaesm.c
alahd.c
alareq.c
alasum.c
alasvm.c
cgbt01.c
cgbt02.c
cgbt05.c
cget01.c
cget02.c
cget03.c
cget04.c
cget07.c
cgtt01.c
cgtt02.c
cgtt05.c
chet01.c
chkxer.c
chpt01.c
claipd.c
claptm.c
clarhs.c
clatb4.c
clatsp.c
clatsy.c
clattb.c
clattp.c
clattr.c
clavhe.c
clavhp.c
clavsp.c
clavsy.c
clqt01.c
clqt02.c
clqt03.c
cpbt01.c
cpbt02.c
cpbt05.c
cpot01.c
cpot02.c
cpot03.c
cpot05.c
cppt01.c
cppt02.c
cppt03.c
cppt05.c
cptt01.c
cptt02.c
cptt05.c
cqlt01.c
cqlt02.c
cqlt03.c
cqpt01.c
cqrt01.c
cqrt02.c
cqrt03.c
cqrt11.c
cqrt12.c
cqrt13.c
cqrt14.c
cqrt15.c
cqrt16.c
cqrt17.c
crqt01.c
crqt02.c
crqt03.c
csbmv.c
cspt01.c
cspt02.c
cspt03.c
csyt01.c
csyt02.c
csyt03.c
ctbt02.c
ctbt03.c
ctbt05.c
ctbt06.c
ctpt01.c
ctpt02.c
ctpt03.c
ctpt05.c
ctpt06.c
ctrt01.c
ctrt02.c
ctrt03.c
ctrt05.c
ctrt06.c
ctzt01.c
ctzt02.c
dgbt01.c
dgbt02.c
dgbt05.c
dget01.c
dget02.c
dget03.c
dget04.c
dget06.c
dget07.c
dgtt01.c
dgtt02.c
dgtt05.c
dlaord.c
dlaptm.c
dlarhs.c
dlatb4.c
dlattb.c
dlattp.c
dlattr.c
dlavsp.c
dlavsy.c
dlqt01.c
dlqt02.c
dlqt03.c
dpbt01.c
dpbt02.c
dpbt05.c
dpot01.c
dpot02.c
dpot03.c
dpot05.c
dppt01.c
dppt02.c
dppt03.c
dppt05.c
dptt01.c
dptt02.c
dptt05.c
dqlt01.c
dqlt02.c
dqlt03.c
dqpt01.c
dqrt01.c
dqrt02.c
dqrt03.c
dqrt11.c
dqrt12.c
dqrt13.c
dqrt14.c
dqrt15.c
dqrt16.c
dqrt17.c
drqt01.c
drqt02.c
drqt03.c
dspt01.c
dsyt01.c
dtbt02.c
dtbt03.c
dtbt05.c
dtbt06.c
dtpt01.c
dtpt02.c
dtpt03.c
dtpt05.c
dtpt06.c
dtrt01.c
dtrt02.c
dtrt03.c
dtrt05.c
dtrt06.c
dtzt01.c
dtzt02.c
sgbt01.c
sgbt02.c
sgbt05.c
sget01.c
sget02.c
sget03.c
sget04.c
sget06.c
sget07.c
sgtt01.c
sgtt02.c
sgtt05.c
slaord.c
slaptm.c
slarhs.c
slatb4.c
slattb.c
slattp.c
slattr.c
slavsp.c
slavsy.c
slqt01.c
slqt02.c
slqt03.c
spbt01.c
spbt02.c
spbt05.c
spot01.c
spot02.c
spot03.c
spot05.c
sppt01.c
sppt02.c
sppt03.c
sppt05.c
sptt01.c
sptt02.c
sptt05.c
sqlt01.c
sqlt02.c
sqlt03.c
sqpt01.c
sqrt01.c
sqrt02.c
sqrt03.c
sqrt11.c
sqrt12.c
sqrt13.c
sqrt14.c
sqrt15.c
sqrt16.c
sqrt17.c
srqt01.c
srqt02.c
srqt03.c
sspt01.c
ssyt01.c
stbt02.c
stbt03.c
stbt05.c
stbt06.c
stpt01.c
stpt02.c
stpt03.c
stpt05.c
stpt06.c
strt01.c
strt02.c
strt03.c
strt05.c
strt06.c
stzt01.c
stzt02.c
xerbla.c for Special version of this routine used in testing
ilaenv.c for Special version used in conjunction with XLAENV
xlaenv.c for Resets ILAENV values for testing purposes
# ==========================================
# Available Linear Equation Testing Routines
# ==========================================
schkaa.c for Test program driver for linear equation testing
prec single
dchkaa.c for Test program driver for linear equation testing
prec double
cchkaa.c for Test program driver for linear equation testing
prec complex
zchkaa.c for Test program driver for linear equation testing
prec doublecomplex
# ===
schkeq.c for Tests equilibration routines (SGEEQU, SGBEQU,
SPOEQU,
SPPEQU and SPBEQU)
prec single
dchkeq.c for Tests equilibration routines (DGEEQU, DGBEQU,
DPOEQU,
# DPPEQU and DPBEQU)
prec double
cchkeq.c for Tests equilibration routines (CGEEQU, CGBEQU)
prec complex
zchkeq.c for Tests equilibration routines (ZGEEQU, ZGBEQU)
prec doublecomplex
# ===
schkgb.c for Tests SGBTRF, SGBTRS, SGBRFS, and SGBCON
prec single
dchkgb.c for Tests DGBTRF, DGBTRS, DGBRFS, and DGBCON
prec double
cchkgb.c for Tests CGBTRF, CGBTRS, CGBRFS, and CGBCON
prec complex
zchkgb.c for Tests ZGBTRF, ZGBTRS, ZGBRFS, and ZGBCON
prec doublecomplex
sdrvgb.c for Tests the driver routines SGBSV and SGBSVX
prec single
ddrvgb.c for Tests the driver routines DGBSV and DGBSVX
prec double
cdrvgb.c for Tests the driver routines CGBSV and CGBSVX
prec complex
zdrvgb.c for Tests the driver routines ZGBSV and ZGBSVX
prec doublecomplex
schkge.c for Tests SGETRF, SGETRI, SGETRS, SGERFS, and SGECON
prec single
dchkge.c for Tests DGETRF, DGETRI, DGETRS, DGERFS, and DGECON
prec double
cchkge.c for Tests CGETRF, CGETRI, CGETRS, CGERFS, and CGECON
prec complex
zchkge.c for Tests ZGETRF, ZGETRI, ZGETRS, ZGERFS, and ZGECON
prec doublecomplex
sdrvge.c for Tests the driver routines SGESV and SGESVX
prec single
ddrvge.c for Tests the driver routines DGESV and DGESVX
prec double
cdrvge.c for Tests the driver routines CGESV and CGESVX
prec complex
zdrvge.c for Tests the driver routines ZGESV and ZGESVX
prec doublecomplex
serrge.c for Tests the error exits for the SGE- and SGB-
routines
prec single
derrge.c for Tests the error exits for the DGE- and DGB-
routines
prec double
cerrge.c for Tests the error exits for the CGE- and CGB-
routines
prec complex
zerrge.c for Tests the error exits for the ZGE- and ZGB-
routines
prec doublecomplex
# ===
schkgt.c for Tests SGTTRF, SGTTRS, SGTRFS, and SGTCON
prec single
dchkgt.c for Tests DGTTRF, DGTTRS, DGTRFS, and DGTCON
prec double
cchkgt.c for Tests CGTTRF, CGTTRS, CGTRFS, and CGTCON
prec complex
zchkgt.c for Tests ZGTTRF, ZGTTRS, ZGTRFS, and ZGTCON
prec doublecomplex
sdrvgt.c for Tests SGTSV and SGTSVX
prec single
ddrvgt.c for Tests DGTSV and DGTSVX
prec double
cdrvgt.c for Tests CGTSV and CGTSVX
prec complex
zdrvgt.c for Tests ZGTSV and ZGTSVX
prec doublecomplex
serrgt.c for Tests the error exits for the tridiagonal
routines (SGT- and SPT-)
prec single
derrgt.c for Tests the error exits for the tridiagonal
routines (DGT- and DPT-)
prec double
cerrgt.c for Tests the error exits for the tridiagonal
routines (CGT- and CPT-)
prec complex
zerrgt.c for Tests the error exits for the tridiagonal
routines (ZGT- and ZPT-)
prec doublecomplex
# ===
schklq.c for Tests SGELQF, SORGLQ and SORMLQ
prec single
dchklq.c for Tests DGELQF, DORGLQ and DORMLQ
prec double
cchklq.c for Tests CGELQF, CUNGLQ and CUNMLQ
prec complex
zchklq.c for Tests ZGELQF, ZUNGLQ and ZUNMLQ
prec doublecomplex
serrlq.c for Tests the error exits for the LQ routines
prec single
derrlq.c for Tests the error exits for the LQ routines
prec double
cerrlq.c for Tests the error exits for the LQ routines
prec complex
zerrlq.c for Tests the error exits for the LQ routines
prec doublecomplex
# ===
schkpb.c for Tests SPBTRF, SPBTRS, SPBRFS, and SPBCON
prec single
dchkpb.c for Tests DPBTRF, DPBTRS, DPBRFS, and DPBCON
prec double
cchkpb.c for Tests CPBTRF, CPBTRS, CPBRFS, and CPBCON
prec complex
zchkpb.c for Tests ZPBTRF, ZPBTRS, ZPBRFS, and ZPBCON
prec doublecomplex
sdrvpb.c for Tests the driver routines SPBSV and SPBSVX
prec single
ddrvpb.c for Tests the driver routines DPBSV and DPBSVX
prec double
cdrvpb.c for Tests the driver routines CPBSV and CPBSVX
prec complex
zdrvpb.c for Tests the driver routines ZPBSV and ZPBSVX
prec doublecomplex
schkpo.c for Tests SPOTRF, SPOTRI, SPOTRS, SPORFS, and SPOCON
prec single
dchkpo.c for Tests DPOTRF, DPOTRI, DPOTRS, DPORFS, and DPOCON
prec double
cchkpo.c for Tests CPOTRF, CPOTRI, CPOTRS, CPORFS, and CPOCON
prec complex
zchkpo.c for Tests ZPOTRF, ZPOTRI, ZPOTRS, ZPORFS, and ZPOCON
prec doublecomplex
sdrvpo.c for Tests the driver routines SPOSV and SPOSVX
prec single
ddrvpo.c for Tests the driver routines DPOSV and DPOSVX
prec double
cdrvpo.c for Tests the driver routines CPOSV and CPOSVX
prec complex
zdrvpo.c for Tests the driver routines ZPOSV and ZPOSVX
prec doublecomplex
schkpp.c for Tests SPPTRF, SPPTRI, SPPTRS, SPPRFS, and SPPCON
prec single
dchkpp.c for Tests DPPTRF, DPPTRI, DPPTRS, DPPRFS, and DPPCON
prec double
cchkpp.c for Tests CPPTRF, CPPTRI, CPPTRS, CPPRFS, and CPPCON
prec complex
zchkpp.c for Tests ZPPTRF, ZPPTRI, ZPPTRS, ZPPRFS, and ZPPCON
prec doublecomplex
sdrvpp.c for Tests the driver routines SPPSV and SPPSVX
prec single
ddrvpp.c for Tests the driver routines DPPSV and DPPSVX
prec double
cdrvpp.c for Tests the driver routines CPPSV and CPPSVX
prec complex
zdrvpp.c for Tests the driver routines ZPPSV and ZPPSVX
prec doublecomplex
serrpo.c for Tests the error exits for the (SPB-, SPO-, SPP-)
routines
prec single
derrpo.c for Tests the error exits for the (DPB-, DPO-, DPP-)
routines
prec double
cerrpo.c for Tests the error exits for the (CPB-, CPO-, CPP-)
routines
prec complex
zerrpo.c for Tests the error exits for the (ZPB-, ZPO-, ZPP-)
routines
prec doublecomplex
# ===
schkpt.c for Tests SPTTRF, SPTTRS, SPTRFS, and SPTCON
prec single
dchkpt.c for Tests DPTTRF, DPTTRS, DPTRFS, and DPTCON
prec double
cchkpt.c for Tests CPTTRF, CPTTRS, CPTRFS, and CPTCON
prec complex
zchkpt.c for Tests ZPTTRF, ZPTTRS, ZPTRFS, and ZPTCON
prec doublecomplex
sdrvpt.c for Tests SPTSV and SPTSVX
prec single
ddrvpt.c for Tests DPTSV and DPTSVX
prec double
cdrvpt.c for Tests CPTSV and CPTSVX
prec complex
zdrvpt.c for Tests ZPTSV and ZPTSVX
prec doublecomplex
# ===
schkql.c for Tests SGEQLF, SORGQL and SORMQL
prec single
dchkql.c for Tests DGEQLF, DORGQL and DORMQL
prec double
cchkql.c for Tests CGEQLF, CUNGQL and CUNMQL
prec complex
zchkql.c for Tests ZGEQLF, ZUNGQL and ZUNMQL
prec doublecomplex
serrql.c for Tests the error exits for the QL routines
prec single
derrql.c for Tests the error exits for the QL routines
prec double
cerrql.c for Tests the error exits for the QL routines
prec complex
zerrql.c for Tests the error exits for the QL routines
prec doublecomplex
# ===
schkqp.c for Tests SGEQPF
prec single
dchkqp.c for Tests DGEQPF
prec double
cchkqp.c for Tests CGEQPF
prec complex
zchkqp.c for Tests ZGEQPF
prec doublecomplex
serrqp.c for Tests the error exits for SGEQPF
prec single
derrqp.c for Tests the error exits for DGEQPF
prec double
cerrqp.c for Tests the error exits for CGEQPF
prec complex
zerrqp.c for Tests the error exits for ZGEQPF
prec doublecomplex
# ===
schkqr.c for Tests SGEQRF, SORGQR and SORMQR
prec single
dchkqr.c for Tests DGEQRF, DORGQR and DORMQR
prec double
cchkqr.c for Tests CGEQRF, CUNGQR and CUNMQR
prec complex
zchkqr.c for Tests ZGEQRF, ZUNGQR and ZUNMQR
prec doublecomplex
serrqr.c for Tests the error exits for the QR routines
prec single
derrqr.c for Tests the error exits for the QR routines
prec double
cerrqr.c for Tests the error exits for the QR routines
prec complex
zerrqr.c for Tests the error exits for the QR routines
prec doublecomplex
# ===
schkrq.c for Tests SGERQF, SORGRQ and SORMRQ
prec single
dchkrq.c for Tests DGERQF, DORGRQ and DORMRQ
prec double
cchkrq.c for Tests CGERQF, CUNGRQ and CUNMRQ
prec complex
zchkrq.c for Tests ZGERQF, ZUNGRQ and ZUNMRQ
prec doublecomplex
serrrq.c for Tests the error exits for the RQ routines
prec single
derrrq.c for Tests the error exits for the RQ routines
prec double
cerrrq.c for Tests the error exits for the RQ routines
prec complex
zerrrq.c for Tests the error exits for the RQ routines
prec doublecomplex
# ===
schksp.c for Tests SSPTRF, SSPTRI, SSPTRS, SSPRFS, and SSPCON
prec single
dchksp.c for Tests DSPTRF, DSPTRI, DSPTRS, DSPRFS, and DSPCON
prec double
cchksp.c for Tests CSPTRF, CSPTRI, CSPTRS, CSPRFS, and CSPCON
prec complex
zchksp.c for Tests ZSPTRF, ZSPTRI, ZSPTRS, ZSPRFS, and ZSPCON
prec doublecomplex
cchkhp.c for Tests CHPTRF, CHPTRI, CHPTRS, CHPRFS, and CHPCON
prec complex
zchkhp.c for Tests ZHPTRF, ZHPTRI, ZHPTRS, ZHPRFS, and ZHPCON
prec doublecomplex
sdrvsp.c for Tests the driver routines SSPSV and SSPSVX
prec single
ddrvsp.c for Tests the driver routines DSPSV and DSPSVX
prec double
cdrvsp.c for Tests the driver routines CSPSV and CSPSVX
prec complex
zdrvsp.c for Tests the driver routines ZSPSV and ZSPSVX
prec doublecomplex
cdrvhp.c for Tests the driver routines CHPSV and CHPSVX
prec complex
zdrvhp.c for Tests the driver routines ZHPSV and ZHPSVX
prec doublecomplex
schksy.c for Tests SSYTRF, SSYTRI, SSYTRS, SSYRFS, and SSYCON
prec single
dchksy.c for Tests DSYTRF, DSYTRI, DSYTRS, DSYRFS, and DSYCON
prec double
cchksy.c for Tests CSYTRF, CSYTRI, CSYTRS, CSYRFS, and CSYCON
prec complex
zchksy.c for Tests ZSYTRF, ZSYTRI, ZSYTRS, ZSYRFS, and ZSYCON
prec doublecomplex
cchkhe.c for Tests CHETRF, CHETRI, CHETRS, CHERFS, and CHECON
prec complex
zchkhe.c for Tests ZHETRF, ZHETRI, ZHETRS, ZHERFS, and ZHECON
prec doublecomplex
sdrvsy.c for Tests the driver routines SSYSV and SSYSVX
prec single
ddrvsy.c for Tests the driver routines DSYSV and DSYSVX
prec double
cdrvsy.c for Tests the driver routines SSYSV and SSYSVX
prec complex
zdrvsy.c for Tests the driver routines ZSYSV and ZSYSVX
prec doublecomplex
cdrvhe.c for Tests the driver routines CHESV and CHESVX
prec complex
zdrvhe.c for Tests the driver routines ZHESV and ZHESVX
prec doublecomplex
serrsy.c for Tests the error exits for the (SSP- and SSY-)
routines
prec single
derrsy.c for Tests the error exits for the (DSP- and DSY-)
routines
prec double
cerrsy.c for Tests the error exits for the (DSP- and DSY-)
routines
prec complex
zerrsy.c for Tests the error exits for the (DSP- and DSY-)
routines
prec doublecomplex
cerrhe.c for Tests the error exits for the (CHE- and CHP-)
routines
prec complex
zerrhe.c for Tests the error exits for the (ZHE- and ZHP-)
routines
prec doublecomplex
# ===
schktb.c for Tests STBTRI, STBTRS, STBRFS, and STBCON, and
SLATBS
prec single
dchktb.c for Tests DTBTRI, DTBTRS, DTBRFS, and DTBCON, and
DLATBS
prec double
cchktb.c for Tests CTBTRI, CTBTRS, CTBRFS, and CTBCON, and
CLATBS
prec complex
zchktb.c for Tests ZTBTRI, ZTBTRS, ZTBRFS, and ZTBCON, and
ZLATBS
prec doublecomplex
schktp.c for Tests STPTRI, STPTRS, STPRFS, and STPCON, and
SLATPS
prec single
dchktp.c for Tests DTPTRI, DTPTRS, DTPRFS, and DTPCON, and
DLATPS
prec double
cchktp.c for Tests CTPTRI, CTPTRS, CTPRFS, and CTPCON, and
CLATPS
prec complex
zchktp.c for Tests ZTPTRI, ZTPTRS, ZTPRFS, and ZTPCON, and
ZLATPS
prec doublecomplex
schktr.c for Tests STRTRI, STRTRS, STRRFS, and STRCON, and
SLATRS
prec single
dchktr.c for Tests DTRTRI, DTRTRS, DTRRFS, and DTRCON, and
DLATRS
prec double
cchktr.c for Tests CTRTRI, CTRTRS, CTRRFS, and CTRCON, and
CLATRS
prec complex
zchktr.c for Tests ZTRTRI, ZTRTRS, ZTRRFS, and ZTRCON, and
ZLATRS
prec doublecomplex
serrtr.c for Tests the error exits for the -TR routines
prec single
derrtr.c for Tests the error exits for the -TR routines
prec double
cerrtr.c for Tests the error exits for the -TR routines
prec complex
zerrtr.c for Tests the error exits for the -TR routines
prec doublecomplex
# ===
schktz.c for Tests STZRQF
prec single
dchktz.c for Tests DTZRQF
prec double
cchktz.c for Tests CTZRQF
prec complex
zchktz.c for Tests ZTZRQF
prec doublecomplex
serrtz.c for Tests the error exits for STZRQF
prec single
derrtz.c for Tests the error exits for DTZRQF
prec double
cerrtz.c for Tests the error exits for CTZRQF
prec complex
zerrtz.c for Tests the error exits for ZTZRQF
prec doublecomplex
# ===
sdrvls.c for Tests the least squares driver routines SGELS,
SGELSX, and SGELSS
prec single
ddrvls.c for Tests the least squares driver routines DGELS,
DGELSX, and DGELSS
prec double
cdrvls.c for Tests the least squares driver routines CGELS,
CGELSX, and CGELSS
prec complex
zdrvls.c for Tests the least squares driver routines ZGELS,
ZGELSX, and ZGELSS
prec doublecomplex
serrls.c for Tests the error exits for the (SGELS, SGELSS,
SGELSX) routines
prec single
derrls.c for Tests the error exits for the (DGELS, DGELSS,
DGELSX) routines
prec double
cerrls.c for Tests the error exits for the (CGELS, CGELSS,
CGELSX) routines
prec complex
zerrls.c for Tests the error exits for the (ZGELS, ZGELSS,
ZGELSX) routines
prec doublecomplex
# ===
serrvx.c for Tests the error exits for the (-SV and -SVX)
routines
prec single
derrvx.c for Tests the error exits for the (-SV and -SVX)
routines
prec double
cerrvx.c for Tests the error exits for the (-SV and -SVX)
routines
prec complex
zerrvx.c for Tests the error exits for the (-SV and -SVX)
routines
prec doublecomplex
# ==========================================
# Other Available Testing Routines
# ==========================================
sgelqs.c for Compute a minimum norm solution using the LQ
factorization computed by SGELQF
prec single
dgelqs.c for Compute a minimum norm solution using the LQ
factorization computed by DGELQF
prec double
cgelqs.c for Compute a minimum norm solution using the LQ
factorization computed by CGELQF
prec complex
zgbt01.c
zgbt02.c
zgbt05.c
zgelqs.c for Compute a minimum norm solztion using the LQ
factorization computed by ZGELQF
prec doublecomplex
sgeqls.c for Solve the least squares problem using the QL
factorization computed by SGEQLF
prec single
dgeqls.c for Solve the least squares problem using the QL
factorization computed by DGEQLF
prec double
cgeqls.c for Solve the least squares problem using the QL
factorization computed by CGEQLF
prec complex
zgeqls.c for Solve the least squares problem using the QL
factorization computed by ZGEQLF
prec doublecomplex
sgeqrs.c for Solve the least squares problem using the QR
factorization computed by SGEQRF
prec single
dgeqrs.c for Solve the least squares problem using the QR
factorization computed by DGEQRF
prec double
cgeqrs.c for Solve the least squares problem using the QR
# factorization computed by CGEQRF
prec complex
zgeqrs.c for Solve the least squares problem using the QR
factorization computed by ZGEQRF
prec doublecomplex
sgerqs.c for Compute a minimum-norm solution using the RQ
# factorization computed by SGERQF
prec single
dgerqs.c for Compute a minimum-norm solution using the RQ
factorization computed by DGERQF
prec double
cgerqs.c for Compute a minimum-norm solution using the RQ
# factorization computed by CGERQF
prec complex
zgerqs.c for Compute a minimum-norm solution using the RQ
factorization computed by ZGERQF
prec doublecomplex
zget01.c
zget02.c
zget03.c
zget04.c
zget07.c
zgtt01.c
zgtt02.c
zgtt05.c
zhet01.c
zhpt01.c
zlaipd.c
zlaptm.c
zlarhs.c
zlatb4.c
zlatsp.c
zlatsy.c
zlattb.c
zlattp.c
zlattr.c
zlavhe.c
zlavhp.c
zlavsp.c
zlavsy.c
zlqt01.c
zlqt02.c
zlqt03.c
zpbt01.c
zpbt02.c
zpbt05.c
zpot01.c
zpot02.c
zpot03.c
zpot05.c
zppt01.c
zppt02.c
zppt03.c
zppt05.c
zptt01.c
zptt02.c
zptt05.c
zqlt01.c
zqlt02.c
zqlt03.c
zqpt01.c
zqrt01.c
zqrt02.c
zqrt03.c
zqrt11.c
zqrt12.c
zqrt13.c
zqrt14.c
zqrt15.c
zqrt16.c
zqrt17.c
zrqt01.c
zrqt02.c
zrqt03.c
zsbmv.c
zspt01.c
zspt02.c
zspt03.c
zsyt01.c
zsyt02.c
zsyt03.c
ztbt02.c
ztbt03.c
ztbt05.c
ztbt06.c
ztpt01.c
ztpt02.c
ztpt03.c
ztpt05.c
ztpt06.c
ztrt01.c
ztrt02.c
ztrt03.c
ztrt05.c
ztrt06.c
ztzt01.c
ztzt02.c
-----------------------------------------------------------
for Subdirectory of Matrix Generation Routines (used
path: /netlib/clapack/testing/matgen/
-----------------------------------------------------------
#
#========= index for clapack/testing/matgen =========
#
slagge.c for Generates a real general matrix
prec single
dlagge.c for Generates a real general matrix
prec double
clagge.c for Generates a complex general matrix
prec complex
zlagge.c for Generates a complex general matrix
prec doublecomplex
claghe.c for Generates a complex Hermitian matrix
prec complex
zlaghe.c for Generates a complex Hermitian matrix
prec doublecomplex
slagsy.c for Generates a real symmetric matrix
prec single
dlagsy.c for Generates a real symmetric matrix
prec double
clagsy.c for Generates a complex symmetric matrix
prec complex
zlagsy.c for Generates a complex symmetric matrix
prec doublecomplex
slaran.c for Returns a random real number from a uniform
(0,1) distribution
prec single
dlaran.c for Returns a random real number from a uniform
(0,1) distribution
prec double
slarge.c for Pre- and post-multiples a real general matrix
with a random
orthogonal matrix
prec single
dlarge.c for Pre- and post-multiples a real general matrix
with a random
orthogonal matrix
prec double
clarge.c for Pre- and post-multiples a complex general matrix
with a random
unitary matrix
prec complex
zlarge.c for Pre- and post-multiples a complex general matrix
with a random
unitary matrix
prec doublecomplex
slarnd.c for Returns a random real number from a uniform or
normal distribution
prec single
dlarnd.c for Returns a random real number from a uniform or
normal distribution
prec double
clarnd.c for Returns a random complex number from a uniform
or normal distribution
prec complex
zlarnd.c for Returns a random complex number from a uniform
or normal distribution
prec doublecomplex
slaror.c for Pre- or post-multiplies a real general matrix by
a random
orthogonal matrix
prec single
dlaror.c for Pre- or post-multiplies a real general matrix by
a random
orthogonal matrix
prec double
claror.c for Pre- or post-multiplies a complex general matrix
by a random
unitary matrix
prec complex
zlaror.c for Pre- or post-multiplies a complex general matrix
by a random
unitary matrix
prec doublecomplex
slarot.c for Applies a (Givens) rotation to two adjacent rows
or columns,
where one element of the first and/or last
column/row may be
a separate variable.
prec single
dlarot.c for Applies a (Givens) rotation to two adjacent rows
or columns,
where one element of the first and/or last
column/row may be
a separate variable.
prec double
clarot.c for Applies a (Givens) rotation to two adjacent rows
or columns,
where one element of the first and/or last
column/row may be
a separate variable.
prec complex
zlarot.c for Applies a (Givens) rotation to two adjacent rows
or columns,
where one element of the first and/or last
column/row may be
a separate variable.
prec doublecomplex
slatm1.c for Called by SLATMR to generate random test
matrices
prec single
dlatm1.c for Called by DLATMR to generate random test
matrices
prec double
clatm1.c for Called by CLATMR to generate random test
matrices
prec complex
zlatm1.c for Called by ZLATMR to generate random test
matrices
prec doublecomplex
slatm2.c for Called by SLATMR to generate random test
matrices
prec single
dlatm2.c for Called by DLATMR to generate random test
matrices
prec double
clatm2.c for Called by CLATMR to generate random test
matrices
prec complex
zlatm2.c for Called by ZLATMR to generate random test
matrices
prec doublecomplex
slatm3.c for Called by SLATMR to generate random test
matrices
prec single
dlatm3.c for Called by DLATMR to generate random test
matrices
prec double
clatm3.c for Called by CLATMR to generate random test
matrices
prec complex
zlatm3.c for Called by ZLATMR to generate random test
matrices
prec doublecomplex
slatme.c for Generates random non-symmetric square matrices
with
specified eigenvalues
prec single
dlatme.c for Generates random non-symmetric square matrices
with
specified eigenvalues
prec double
clatme.c for Generates random non-symmetric square matrices
with
specified eigenvalues
prec complex
zlatme.c for Generates random non-symmetric square matrices
with
specified eigenvalues
prec doublecomplex
slatmr.c for Generates random matrices of various types
prec single
dlatmr.c for Generates random matrices of various types
prec double
clatmr.c for Generates random matrices of various types
prec complex
zlatmr.c for Generates random matrices of various types
prec doublecomplex
slatms.c for generates random matrices with specified
singular values
(or symmetric with specified eigenvalues)
prec single
dlatms.c for generates random matrices with specified
singular values
(or symmetric with specified eigenvalues)
prec double
clatms.c for generates random matrices with specified
singular values
(or Hermitian with specified eigenvalues)
prec complex
zlatms.c for generates random matrices with specified
singular values
(or Hermitian with specified eigenvalues)
prec doublecomplex
-----------------------------------------------------------
for Subdirectory containing the timing routines for
path: /netlib/clapack/timing/
-----------------------------------------------------------
#######################################
# Index for clapack/timing #
#######################################
eig/ for Subdirectory of Eigenproblem Timing
lin/ for Subdirectory of Linear Equation Timing
large/ for Shar file of LARGE timing data files (xBLASA.in,
xBLASB.in,
xBLASC.in, xTIME.in, xBAND.in, xTIME2.in,
xGEPTIM.in,
xNEPTIM.in, xSEPTIM.in, and xSVDTIM.in)
prec single, double, complex, doublecomplex
# ====
# NOTE: SMALL and LARGE refer to the size of the matrices being
# ==== generated. Because of nondifferentiation between upper
# and lowercase letters, the LARGE data set can only be obtained
# via the large.shar file.
# =======================================
# Input Files for BLAS Timing
# =======================================
sblasa.in for SMALL Data file for timing BLAS (parameters M,
N, and K)
with K small
prec single
dblasa.in for SMALL Data file for timing BLAS (parameters M,
N, and K)
with K small
prec double
cblasa.in for SMALL Data file for timing BLAS (parameters M,
N, and K)
with K small
prec complex
zblasa.in for SMALL Data file for timing BLAS (parameters M,
N, and K)
with K small
prec doublecomplex
sblasb.in for SMALL Data file for timing BLAS (parameters M,
N, and K)
with M small
prec single
dblasb.in for SMALL Data file for timing BLAS (parameters M,
N, and K)
with M small
prec double
cblasb.in for SMALL Data file for timing BLAS (parameters M,
N, and K)
with M small
prec complex
zblasb.in for SMALL Data file for timing BLAS (parameters M,
N, and K)
with M small
prec doublecomplex
sblasc.in for SMALL Data file for timing BLAS (parameters M,
N, and K)
with N small
prec single
dblasc.in for SMALL Data file for timing BLAS (parameters M,
N, and K)
with N small
prec double
cblasc.in for SMALL Data file for timing BLAS (parameters M,
N, and K)
with N small
prec complex
zblasc.in for SMALL Data file for timing BLAS (parameters M,
N, and K)
with N small
prec doublecomplex
# =======================================
# Input Files for Linear Equation Timing
# =======================================
stime.in for SMALL Data file for timing square real linear
equations/linear least squares routines
prec single
dtime.in for SMALL Data file for timing square real linear
equations/linear least squares routines
prec double
ctime.in for SMALL Data file for timing square complex linear
equations/linear least squares routines
prec complex
ztime.in for SMALL Data file for timing square complex linear
equations/linear least squares routines
prec doublecomplex
sband.in for SMALL Data file for timing banded real linear
equations/linear least squares routines
prec single, double, complex, doublecomplex
dband.in for SMALL Data file for timing banded real linear
equations/linear least squares routines
prec double
cband.in for SMALL Data file for timing banded complex linear
equations/linear least squares routines
prec complex
zband.in for SMALL Data file for timing banded complex linear
equations/linear least squares routines
prec doublecomplex
stime2.in for SMALL Data file for timing rectangular real
linear
equations/least squares routines
prec single
dtime2.in for SMALL Data file for timing rectangular real
linear
equations/least squares routines
prec double
ctime2.in for SMALL Data file for timing rectangular complex
linear
equations/least squares routines
prec complex
ztime2.in for SMALL Data file for timing rectangular complex
linear
equations/least squares routines
prec doublecomplex
# =======================================
# Input Files for Eigenproblem Timing
# =======================================
sgeptim.in for SMALL Data file for timing the real Generalized
Nonsymmetric Eigenproblem computational and
simple driver routines
prec single
dgeptim.in for SMALL Data file for timing the real Generalized
Nonsymmetric Eigenproblem computational and
simple driver routines
prec double
cgeptim.in for SMALL Data file for timing the complex
Generalized
Nonsymmetric Eigenproblem computational and
simple driver routines
prec complex
zgeptim.in for SMALL Data file for timing the complex
Generalized
Nonsymmetric Eigenproblem computational and
simple driver routines
prec doublecomplex
sneptim.in for SMALL Data file for timing the real Nonsymmetric
Eigenproblem computational and simple/expert
driver routines
prec single
dneptim.in for SMALL Data file for timing the real Nonsymmetric
Eigenproblem computational and simple/expert
driver routines
prec double
cneptim.in for SMALL Data file for timing the complex
Nonsymmetric
Eigenproblem computational and simple/expert
driver routines
prec complex
zneptim.in for SMALL Data file for timing the complex
Nonsymmetric
Eigenproblem computational and simple/expert
driver routines
prec doublecomplex
sseptim.in for SMALL Data file for timing the real Symmetric
Eigenproblem and Generalized Symmetric
Eigenproblem
computational and simple/expert driver routines
prec single
dseptim.in for SMALL Data file for timing the real Symmetric
Eigenproblem and Generalized Symmetric
Eigenproblem
computational and simple/expert driver routines
prec double
cseptim.in for SMALL Data file for timing the complex Symmetric
Eigenproblem and Generalized Symmetric
Eigenproblem
computational and simple/expert driver routines
prec complex
zseptim.in for SMALL Data file for timing the complex Symmetric
Eigenproblem and Generalized Symmetric
Eigenproblem
computational and simple/expert driver routines
prec doublecomplex
ssvdtim.in for SMALL Data file for timing the real Singular
Value
Decomposition computational and simple/expert
driver routines
prec single
dsvdtim.in for SMALL Data file for timing the real Singular
Value
Decomposition computational and simple/expert
driver routines
prec double
csvdtim.in for SMALL Data file for timing the complex Singular
Value
Decomposition computational and simple/expert
driver routines
prec complex
zsvdtim.in for SMALL Data file for timing the complex Singular
Value
Decomposition computational and simple/expert
driver routines
prec doublecomplex
-----------------------------------------------------------
for Subdirectory of Eigenproblem Timing
path: /netlib/clapack/timing/eig/
-----------------------------------------------------------
#######################################
# Index for clapack/timing/eig #
#######################################
atimin.c
claqzh.c
clatm4.c
dlaqzh.c
dlatm4.c
dmflop.c
dopla.c
dopla2.c
dprtbe.c
dprtbg.c
dprtbr.c
dprtbs.c
dprtbv.c
eigsrc/ for Subdirectory containing instrumented LAPACK
routines
ilaenv.c for Special version to be used in conjunction with
XLAENV
slaqzh.c
slatm4.c
smflop.c
sopla.c
sopla2.c
sprtbe.c
sprtbg.c
sprtbr.c
sprtbs.c
sprtbv.c
xlaenv.c for Resets ILAENV values for timing purposes
# ==========================================
# Available Eigenproblem Timing Routines
# ==========================================
stimee.c for Timing program driver for eigenvalue problem
timing
prec single
dtimee.c for Timing program driver for eigenvalue problem
timing
prec double
ctimee.c for Timing program driver for eigenvalue problem
timing
prec complex
zlaqzh.c
zlatm4.c
ztimee.c for Timing program driver for eigenvalue problem
timing
prec doublecomplex
# ===
seispack.c for Instrumented EISPACK routines used for timing
purposes
prec single
deispack.c for Instrumented EISPACK routines used for timing
purposes
prec double
ceispack.c for Instrumented EISPACK routines used for timing
purposes
prec complex
zeispack.c for Instrumented EISPACK routines used for timing
purposes
prec doublecomplex
# ===
stim21.c for Times the nonsymmetric eigenvalue problem LAPACK
routines
prec single
dtim21.c for Times the nonsymmetric eigenvalue problem LAPACK
routines
prec double
ctim21.c for Times the nonsymmetric eigenvalue problem LAPACK
routines
prec complex
ztim21.c for Times the nonsymmetric eigenvalue problem LAPACK
routines
prec doublecomplex
# ===
stim22.c for Times the symmetric eigenvalue problem LAPACK
routines
prec single
dtim22.c for Times the symmetric eigenvalue problem LAPACK
routines
prec double
ctim22.c for Times the symmetric eigenvalue problem LAPACK
routines
prec complex
ztim22.c for Times the symmetric eigenvalue problem LAPACK
routines
prec doublecomplex
# ===
stim26.c for Times the singular value decomposition LAPACK
routines
prec single
dtim26.c for Times the singular value decomposition LAPACK
routines
prec double
ctim26.c for Times the singular value decomposition LAPACK
routines
prec complex
ztim26.c for Times the singular value decomposition LAPACK
routines
prec doublecomplex
# ===
stim51.c for Times the generalized nonsymmetric eigenvalue
problem LAPACK
routines
prec single
dtim51.c for Times the generalized nonsymmetric eigenvalue
problem LAPACK
routines
prec double
ctim51.c for Times the generalized nonsymmetric eigenvalue
problem LAPACK
routines
prec complex
ztim51.c for Times the generalized nonsymmetric eigenvalue
problem LAPACK
routines
prec doublecomplex
-----------------------------------------------------------
for Subdirectory containing instrumented LAPACK
path: /netlib/clapack/timing/eig/eigsrc/
-----------------------------------------------------------
#########################################
# Index for clapack/timing/eig/eigsrc #
#########################################
# ===================================================
# Available Instrumented Eigenproblem LAPACK Routines
# ===================================================
sbdsqr.c for instrumented SBDSQR to count operations
prec single
dbdsqr.c for instrumented DBDSQR to count operations
prec double
cbdsqr.c for instrumented CBDSQR to count operations
prec complex
zbdsqr.c for instrumented ZBDSQR to count operations
prec doublecomplex
sgghrd.c for instrumented SGGHRD to count operations
prec single
dgghrd.c for instrumented DGGHRD to count operations
prec double
cgghrd.c for instrumented CGGHRD to count operations
prec complex
zgghrd.c for instrumented ZGGHRD to count operations
prec doublecomplex
shgeqz.c for instrumented SHGEQZ to count operations
prec single
dhgeqz.c for instrumented DHGEQZ to count operations
prec double
chgeqz.c for instrumented CHGEQZ to count operations
prec complex
zhgeqz.c for instrumented ZHGEQZ to count operations
prec doublecomplex
shsein.c for instrumented SHSEIN to count operations
prec single
dhsein.c for instrumented DHSEIN to count operations
prec double
chsein.c for instrumented CHSEIN to count operations
prec complex
zhsein.c for instrumented ZHSEIN to count operations
prec doublecomplex
shseqr.c for instrumented SHSEQR to count operations
prec single
dhseqr.c for instrumented DHSEQR to count operations
prec double
chseqr.c for instrumented CHSEQR to count operations
prec complex
zhseqr.c for instrumented ZHSEQR to count operations
prec doublecomplex
slaebz.c for instrumented SLAEBZ to count operations
prec single
dlaebz.c for instrumented DLAEBZ to count operations
prec double
slaed0.c for instrumented SLAED0 to count operations
prec single
dlaed0.c for instrumented DLAED0 to count operations
prec double
claed0.c for instrumented CLAED0 to count operations
prec complex
zlaed0.c for instrumented ZLAED0 to count operations
prec doublecomplex
slaed1.c for instrumented SLAED1 to count operations
prec single
dlaed1.c for instrumented DLAED1 to count operations
prec double
slaed2.c for instrumented SLAED2 to count operations
prec single
dlaed2.c for instrumented DLAED2 to count operations
prec double
slaed3.c for instrumented SLAED3 to count operations
prec single
dlaed3.c for instrumented DLAED3 to count operations
prec double
slaed4.c for instrumented SLAED4 to count operations
prec single
dlaed4.c for instrumented DLAED4 to count operations
prec double
slaed5.c for instrumented SLAED5 to count operations
prec single
dlaed5.c for instrumented DLAED5 to count operations
prec double
slaed6.c for instrumented SLAED6 to count operations
prec single
dlaed6.c for instrumented DLAED6 to count operations
prec double
slaed7.c for instrumented SLAED7 to count operations
prec single
dlaed7.c for instrumented DLAED7 to count operations
prec double
claed7.c for instrumented CLAED7 to count operations
prec complex
zlaed7.c for instrumented ZLAED7 to count operations
prec doublecomplex
slaed8.c for instrumented SLAED8 to count operations
prec single
dlaed8.c for instrumented DLAED8 to count operations
prec double
claed8.c for instrumented CLAED8 to count operations
prec complex
zlaed8.c for instrumented ZLAED8 to count operations
prec doublecomplex
slaed9.c for instrumented SLAED9 to count operations
prec single
dlaed9.c for instrumented DLAED9 to count operations
prec double
slaeda.c for instrumented SLAEDA to count operations
prec single
dlaeda.c for instrumented DLAEDA to count operations
prec double
slaein.c for instrumented SLAEIN to count operations
prec single
dlaein.c for instrumented DLAEIN to count operations
prec double
claein.c for instrumented CLAEIN to count operations
prec complex
zlaein.c for instrumented ZLAEIN to count operations
prec doublecomplex
slahqr.c for instrumented SLAHQR to count operations
prec single
dlahqr.c for instrumented DLAHQR to count operations
prec double
clahqr.c for instrumented CLAHQR to count operations
prec complex
zlahqr.c for instrumented ZLAHQR to count operations
prec doublecomplex
slasq1.c for instrumented SLASQ1 to count operations
prec single
dlasq1.c for instrumented DLASQ1 to count operations
prec double
slasq2.c for instrumented SLASQ2 to count operations
prec single
dlasq2.c for instrumented DLASQ2 to count operations
prec double
slasq3.c for instrumented SLASQ3 to count operations
prec single
dlasq3.c for instrumented DLASQ3 to count operations
prec double
slasq4.c for instrumented SLASQ4 to count operations
prec single
dlasq4.c for instrumented DLASQ4 to count operations
prec double
spteqr.c for instrumented SPTEQR to count operations
prec single
dpteqr.c for instrumented DPTEQR to count operations
prec double
cpteqr.c for instrumented CPTEQR to count operations
prec complex
zpteqr.c for instrumented ZPTEQR to count operations
prec doublecomplex
sstebz.c for instrumented SSTEBZ to count operations
prec single
dstebz.c for instrumented DSTEBZ to count operations
prec double
sstedc.c for instrumented SSTEDC to count operations
prec single
dstedc.c for instrumented DSTEDC to count operations
prec double
cstedc.c for instrumented CSTEDC to count operations
prec complex
zstedc.c for instrumented ZSTEDC to count operations
prec doublecomplex
sstein.c for instrumented SSTEIN to count operations
prec single
dstein.c for instrumented DSTEIN to count operations
prec double
cstein.c for instrumented CSTEIN to count operations
prec complex
zstein.c for instrumented ZSTEIN to count operations
prec doublecomplex
ssteqr.c for instrumented SSTEQR to count operations
prec single
dsteqr.c for instrumented DSTEQR to count operations
prec double
csteqr.c for instrumented CSTEQR to count operations
prec complex
zsteqr.c for instrumented ZSTEQR to count operations
prec doublecomplex
ssterf.c for instrumented SSTERF to count operations
prec single
dsterf.c for instrumented DSTERF to count operations
prec double
stgevc.c for instrumented STGEVC to count operations
prec single
dtgevc.c for instrumented DTGEVC to count operations
prec double
ctgevc.c for instrumented CTGEVC to count operations
prec complex
ztgevc.c for instrumented ZTGEVC to count operations
prec doublecomplex
strevc.c for instrumented STREVC to count operations
prec single
dtrevc.c for instrumented DTREVC to count operations
prec double
ctrevc.c for instrumented CTREVC to count operations
prec complex
ztrevc.c for instrumented ZTREVC to count operations
prec doublecomplex
-----------------------------------------------------------
for Shar file of LARGE timing data files (xBLASA.in,
path: /netlib/clapack/timing/large/
-----------------------------------------------------------
CBAND.in
CBLASA.in
CBLASB.in
CBLASC.in
CGEPTIM.in
CNEPTIM.in
CSEPTIM.in
CSVDTIM.in
CTIME.in
CTIME2.in
DBAND.in
DBLASA.in
DBLASB.in
DBLASC.in
DGEPTIM.in
DNEPTIM.in
DSEPTIM.in
DSVDTIM.in
DTIME.in
DTIME2.in
SBAND.in
SBLASA.in
SBLASB.in
SBLASC.in
SGEPTIM.in
SNEPTIM.in
SSEPTIM.in
SSVDTIM.in
STIME.in
STIME2.in
ZBAND.in
ZBLASA.in
ZBLASB.in
ZBLASC.in
ZGEPTIM.in
ZNEPTIM.in
ZSEPTIM.in
ZSVDTIM.in
ZTIME.in
ZTIME2.in
-----------------------------------------------------------
for Subdirectory of Linear Equation Timing
path: /netlib/clapack/timing/lin/
-----------------------------------------------------------
#######################################
# Index for clapack/timing/lin #
#######################################
atimck.c
atimin.c
dmflop.c
dopaux.c
dopbl2.c
dopbl3.c
dopgb.c
dopla.c
dprtb2.c
dprtb3.c
dprtb4.c
dprtb5.c
dprtbl.c
icopy.c
ilaenv.c for Special version used in conjunction with XLAENV
smflop.c
sopaux.c
sopbl2.c
sopbl3.c
sopgb.c
sopla.c
sprtb2.c
sprtb3.c
sprtb4.c
sprtb5.c
sprtbl.c
xlaenv.c for Resets ILAENV values for timing purposes
# ==========================================
# Available Linear Equation Timing Routines
# ==========================================
stimaa.c for Timing program driver for linear equation timing
prec single
dtimaa.c for Timing program driver for linear equation timing
prec double
ctimaa.c for Timing program driver for linear equation timing
prec complex
ztimaa.c for Timing program driver for linear equation timing
prec doublecomplex
# ===
seispk.c for Instrumented eispack routines used in timing
comparisons
prec single
deispk.c for Instrumented eispack routines used in timing
comparisons
prec double
# ===
slinpk.c for Instrumented linpack routines used in timing
comparisons
prec single
dlinpk.c for Instrumented linpack routines used in timing
comparisons
prec double
clinpk.c for Instrumented linpack routines used in timing
comparisons
prec complex
zlinpk.c for Instrumented linpack routines used in timing
comparisons
prec doublecomplex
# ===
stimmg.c for Generates a toeplitz test matrix
prec single
dtimmg.c for Generates a toeplitz test matrix
prec double
ctimmg.c for Generates a toeplitz test matrix
prec complex
ztimmg.c for Generates a toeplitz test matrix
prec doublecomplex
# ===
stimb2.c for Times the BLAS 2 routines
prec single
dtimb2.c for Times the BLAS 2 routines
prec double
ctimb2.c for Times the BLAS 2 routines
prec complex
ztimb2.c for Times the BLAS 2 routines
prec doublecomplex
stimb3.c for Times the BLAS 3 routines
prec single
dtimb3.c for Times the BLAS 3 routines
prec double
ctimb3.c for Times the BLAS 3 routines
prec complex
ztimb3.c for Times the BLAS 3 routines
prec doublecomplex
stimmm.c for Times SGEMM
prec single
dtimmm.c for Times DGEMM
prec double
ctimmm.c for Times CGEMM
prec complex
ztimmm.c for Times ZGEMM
prec doublecomplex
stimmv.c for Times individual BLAS 2 routines
prec single
dtimmv.c for Times individual BLAS 2 routines
prec double
ctimmv.c for Times individual BLAS 2 routines
prec complex
ztimmv.c for Times individual BLAS 2 routines
prec doublecomplex
# ===
stimbr.c for Times SGEBRD, SORGBR, and SORMBR
prec single
dtimbr.c for Times DGEBRD, DORGBR, and DORMBR
prec double
ctimbr.c for Times CGEBRD, CUNGBR, and CUNMBR
prec complex
ztimbr.c for Times ZGEBRD, ZUNGBR, and ZUNMBR
prec doublecomplex
# ===
stimgb.c for Times SGBTRF and SGBTRS
prec single
dtimgb.c for Times DGBTRF and DGBTRS
prec double
ctimgb.c for Times CGBTRF and CGBTRS
prec complex
ztimgb.c for Times ZGBTRF and ZGBTRS
prec doublecomplex
# ===
stimge.c for Times SGETRF, SGETRS, and SGETRI
prec single
dtimge.c for Times DGETRF, DGETRS, and DGETRI
prec double
ctimge.c for Times CGETRF, CGETRS, and CGETRI
prec complex
ztimge.c for Times ZGETRF, ZGETRS, and ZGETRI
prec doublecomplex
# ===
stimgt.c for Times SGTTRF, -TRS, -SV, and -SL.
prec single
dtimgt.c for Times DGTTRF, -TRS, -SV, and -SL.
prec double
ctimgt.c for Times CGTTRF, -TRS, -SV, and -SL.
prec complex
ztimgt.c for Times ZGTTRF, -TRS, -SV, and -SL.
prec doublecomplex
# ===
stimhr.c for Times the LAPACK routines SGEHRD, SORGHR, and
SORMHR,
and the EISPACK routine ORTHES
prec single
dtimhr.c for Times the LAPACK routines DGEHRD, DORGHR, and
DORMHR,
and the EISPACK routine ORTHES
prec double
ctimhr.c for Times the LAPACK routines CGEHRD, CUNGHR, and
CUNMHR
prec complex
ztimhr.c for Times the LAPACK routines ZGEHRD, ZUNGHR, and
ZUNMHR
prec doublecomplex
# ===
stimlq.c for Times the LAPACK routines to perform the LQ
factorization
(SGELQF, SORGLQ, SORMLQ)
prec single
dtimlq.c for Times the LAPACK routines to perform the LQ
factorization
(DGELQF, DORGLQ, DORMLQ)
prec double
ctimlq.c for Times the LAPACK routines to perform the LQ
factorization
(CGELQF, CUNGLQ, CUNMLQ)
prec complex
ztimlq.c for Times the LAPACK routines to perform the LQ
factorization
(ZGELQF, ZUNGLQ, ZUNMLQ)
prec doublecomplex
# ===
stimpb.c for Times SPBTRF and SPBTRS
prec single
dtimpb.c for Times DPBTRF and DPBTRS
prec double
ctimpb.c for Times CPBTRF and CPBTRS
prec complex
ztimpb.c for Times ZPBTRF and ZPBTRS
prec doublecomplex
# ===
stimpo.c for Times SPOTRF, SPOTRS, and SPOTRI
prec single
dtimpo.c for Times DPOTRF, DPOTRS, and DPOTRI
prec double
ctimpo.c for Times CPOTRF, CPOTRS, and CPOTRI
prec complex
ztimpo.c for Times ZPOTRF, ZPOTRS, and ZPOTRI
prec doublecomplex
# ===
stimpp.c for Times SPPTRF, SPPTRS, and SPPTRI
prec single
dtimpp.c for Times DPPTRF, DPPTRS, and DPPTRI
prec double
ctimpp.c for Times CPPTRF, CPPTRS, and CPPTRI
prec complex
ztimpp.c for Times ZPPTRF, ZPPTRS, and ZPPTRI
prec doublecomplex
# ===
stimpt.c for Times SPTTRF, -TRS, -SV, and -SL.
prec single
dtimpt.c for Times DPTTRF, -TRS, -SV, and -SL.
prec double
ctimpt.c for Times CPTTRF, -TRS, -SV, and -SL.
prec complex
ztimpt.c for Times ZPTTRF, -TRS, -SV, and -SL.
prec doublecomplex
# ===
stimql.c for Times the LAPACK routines to perform the QL
factorization
(SGEQLF, SORGQL, SORMQL)
prec single
dtimql.c for Times the LAPACK routines to perform the QL
factorization
(DGEQLF, DORGQL, DORMQL)
prec double
ctimql.c for Times the LAPACK routines to perform the QL
factorization
(CGEQLF, CUNGQL, CUNMQL)
prec complex
ztimql.c for Times the LAPACK routines to perform the QL
factorization
(ZGEQLF, ZUNGQL, ZUNMQL)
prec doublecomplex
# ===
stimqp.c for Times the LAPACK routines to perform the QR
factorization
with column pivoting (SGEQPF)
prec single
dtimqp.c for Times the LAPACK routines to perform the QR
factorization
with column pivoting (DGEQPF)
prec double
ctimqp.c for Times the LAPACK routines to perform the QR
factorization
with column pivoting (CGEQPF)
prec complex
ztimqp.c for Times the LAPACK routines to perform the QR
factorization
with column pivoting (ZGEQPF)
prec doublecomplex
# ===
stimqr.c for Times the LAPACK routines to perform the QR
factorization
(SGEQRF, SORGQR, SORMQR)
prec single
dtimqr.c for Times the LAPACK routines to perform the QR
factorization
(DGEQRF, DORGQR, DORMQR)
prec double
ctimqr.c for Times the LAPACK routines to perform the QR
factorization
(CGEQRF, CUNGQR, CUNMQR)
prec complex
ztimqr.c for Times the LAPACK routines to perform the QR
factorization
(ZGEQRF, ZUNGQR, ZUNMQR)
prec doublecomplex
# ===
stimrq.c for Times the LAPACK routines to perform the RQ
factorization
(SGERQF, SORGRQ, SORMRQ)
prec single
dtimrq.c for Times the LAPACK routines to perform the RQ
factorization
(DGERQF, DORGRQ, DORMRQ)
prec double
ctimrq.c for Times the LAPACK routines to perform the RQ
factorization
(CGERQF, CUNGRQ, CUNMRQ)
prec complex
ztimrq.c for Times the LAPACK routines to perform the RQ
factorization
(ZGERQF, ZUNGRQ, ZUNMRQ)
prec doublecomplex
# ===
stimsp.c for Times SSPTRF, SSPTRS, and SSPTRI
prec single
dtimsp.c for Times DSPTRF, DSPTRS, and DSPTRI
prec double
ctimsp.c for Times CSPTRF, CSPTRS, and CSPTRI
prec complex
ztimsp.c for Times ZSPTRF, ZSPTRS, and ZSPTRI
prec doublecomplex
ctimhp.c for Times CHPTRF, CHPTRS, and CHPTRI
prec complex
ztimhp.c for Times ZHPTRF, ZHPTRS, and ZHPTRI
prec doublecomplex
# ===
stimsy.c for Times SSYTRF, SSYTRS, and SSYTRI
prec single
dtimsy.c for Times DSYTRF, DSYTRS, and DSYTRI
prec double
ctimsy.c for Times CSYTRF, CSYTRS, and CSYTRI
prec complex
ztimsy.c for Times ZSYTRF, ZSYTRS, and ZSYTRI
prec doublecomplex
ctimhe.c for Times CHETRF, CHETRS, and CHETRI
prec complex
ztimhe.c for Times ZHETRF, ZHETRS, and ZHETRI
prec doublecomplex
# ===
stimtb.c for Times STBTRS
prec single
dtimtb.c for Times DTBTRS
prec double
ctimtb.c for Times CTBTRS
prec complex
ztimtb.c for Times ZTBTRS
prec doublecomplex
# ===
stimtd.c for Times the LAPACK routines SSYTRD, SORGTR, and
SORMTR,
and the EISPACK routine TRED1
prec single
dtimtd.c for Times the LAPACK routines DSYTRD, DORGTR, and
DORMTR,
and the EISPACK routine TRED1
prec double
ctimtd.c for Times the LAPACK routines CHETRD, CUNGTR, and
CUNMTR
prec complex
ztimtd.c for Times the LAPACK routines ZHETRD, ZUNGTR, and
ZUNMTR
prec doublecomplex
# ===
stimtp.c for Times STPTRI and STPTRS
prec single
dtimtp.c for Times DTPTRI and DTPTRS
prec double
ctimtp.c for Times CTPTRI and CTPTRS
prec complex
ztimtp.c for Times ZTPTRI and ZTPTRS
prec doublecomplex
# ===
stimtr.c for Times STRTRI and STRTRS
prec single
dtimtr.c for Times DTRTRI and DTRTRS
prec double
ctimtr.c for Times CTRTRI and CTRTRS
prec complex
ztimtr.c for Times ZTRTRI and ZTRTRS
prec doublecomplex
-----------------------------------------------------------
for CLAPACK utility routines
path: /netlib/clapack/util/
-----------------------------------------------------------
.depend
f2c.h
dsecnd.c
dlamch.c
icmax1.c
ilaenv.c
izmax1.c
lsame.c
lsamen.c
second.c
slamch.c
xerbla.c
-----------------------------------------------------------
for advertising material for commercial math
path: /netlib/commercial/
-----------------------------------------------------------
harmonic for O-Matrix, A high-performance Visual Data
Analysis environment
by Harmonic Software Inc.
http://world.std.com/~harmonic
hiq for HiQ (interactive problem-solving environment for
Macintosh)
imsl for Visual Numerics (former IMSL and Precision
Visuals)
mlab for description and ordering information for MLAB
keywords mathematics, statistics, modeling, differential
equations, linear algebra
nag for Numerical Algorithms Group
nr for Numerical Recipes
ve for Visual Engineering
keywords visualization and presentation
windward for Windward Technologies, Inc. (WTI)
by TomAird@aol.com PWSmith@aol.com
-----------------------------------------------------------
for the "parameter problem" associated with
path: /netlib/conformal/
-----------------------------------------------------------
cap for conformal mapping of circular arc polygons
by P. Bjorstad and E. Grosse
ref SIAM J Scientific Computing 8,19-32
rel ok
age experimental
scpack for Schwarz-Christoffel conformal mapping, disk to
polygon
prec single
by L. N. Trefethen
ref SCPACK User's Guide, Internal Report 24, ICASE,
NASA Langley, 1983.
rel excellent
age stable
gams i2b4, p
lang fortran
scpdbl for Schwarz-Christoffel conformal mapping, disk to
polygon
prec double
by L. N. Trefethen
ref SCPACK User's Guide, Internal Report 24, ICASE,
NASA Langley, 1983.
rel excellent
age stable
gams i2b4, p
lang fortran
scdoc for users guide for conformal/scpack
by L. N. Trefethen
sclibdbl for requisite utility routines for conformal/scpack
prec double
by L. N. Trefethen
testdbl for three tests for conformal/scpack
prec double
by L. N. Trefethen
sclib for requisite utility routines for conformal/scpack
prec single
by L. N. Trefethen
tests for three tests for conformal/scpack
prec single
by L. N. Trefethen
kirch1 for free-streamline flows code for conformal/scpdbl
by L. N. Trefethen
gams i2b4, p, z
lang fortran
gearlike/ for conformal mapping from the unit disk to a
gear-like domain consisting of concentric
circular arcs and radial line segments.
by Kent Pearce
ref SIAM J Sci and Stat Comp.
gams p
lang fortran
gearplot for plotting output of conformal/gearlike using
DISSPLA
by Kent Pearce
confpack for The CONFPACK subroutine library
size 412 kB
alg Symm's integral equation
by Gutknecht and Hough
ref David M. Hough, August 1990, "User's Guide to
CONFPACK, Version 1.0", IPS Research Report No.
90-11. ETH-Zentrum, Ch-8092 Zurich,
Switzerland.
# CONFPACK 1.0, 6 Apr 1991 by ftp from
129.132.17.1 in Zurich.
see linpack, quadpack
# send isamax sasum saxpy sdot sgeco sgefa sgedi
sgesl sscal sswap from linpack. send qaws qawse
qc25s qcheb qk15w qmaco qmomo qsort qwgts from
quadpack. But netlib has slatec version of
quadpack, this code uses book version! We'll fix
this when we get a chance. Martin Gutknecht
mhg@ips.ethz.ch or na.gutknecht@na-net.ornl.gov
David Hough mtx005@cck.cov.ac.uk or
na.dhough@na-net.ornl.gov
gams i2b4, p
lang fortran
pargen for preprocessor program PARGEN for
conformal/confpack
confdrivers for 10 example driver programs for
conformal/confpack
readme
-----------------------------------------------------------
for conformal mapping from the unit disk to a
path: /netlib/conformal/gearlike/
-----------------------------------------------------------
gl.f
gl.txt
gldrv.f
readme
-----------------------------------------------------------
for continuation and limit points
path: /netlib/contin/
-----------------------------------------------------------
pcon61.f title PITCON 6.1
for continuation and limit points
by Werner Rheinboldt and John Burkardt, University
of Pittsburgh. wcrhein@vms.cis.pitt.edu
burkardt@psc.edu
prec single
age stable
gams f2
dpcon61.f title PITCON 6.1
for continuation and limit points
by Werner Rheinboldt and John Burkardt, University
of Pittsburgh. wcrhein@vms.cis.pitt.edu
burkardt@psc.edu
prec double
age stable
gams f2
pcon61subs.f for LINPACK routines needed by contin/pcon61.f
prec single
pcon61subd.f for LINPACK routines needed by contin/dpcon61.f
prec double
pcprb1.f for sample problem for contin/pcon61.f
pcprb2.f for sample problem for contin/pcon61.f
pcprb3.f for sample problem for contin/pcon61.f
pcprb4.f for sample problem for contin/pcon61.f
pcprb5.f for sample problem for contin/pcon61.f
pcprb6.f for sample problem for contin/pcon61.f
pcprb7.f for sample problem for contin/pcon61.f
pcprb8.f for sample problem for contin/pcon61.f
abcon.f for predictor-corrector continuation
alg variable order Adams-Bashforth
by Bruce N. Lundberg and Aubrey B. Poore;
lundberg@math.colostate.edu
prec single
age research
-----------------------------------------------------------
for spline fitting routines for various kinds of
path: /netlib/dierckx/
-----------------------------------------------------------
#======== Curve fitting routines ======
.depend
curfit.f for general curve fitting
gams k1a1a1, k5, l8g, l8h
dependencies
percur.f for curve fitting with periodic splines
gams k1a1a1, k5, l8g, l8h
parcur.f for smoothing of parametric curves
gams k1a1a1, k5, l8g, l8h
clocur.f for smoothing of closed curves
gams k1a1a1, k5, l8g, l8h
concur.f for smoothing with end point derivative constraints
gams k1a1a1, k5, l8g, l8h
cocosp.f for least-squares fitting with convexity constraints
gams k1a2a
concon.f for automatic smoothing with convexity constraints
gams k5, k1a2a
#======== Curve application routines ======
splev.f for evaluation of a spline function
gams e3a1, k6a1
splder.f for derivative calculation of a spline function
gams e3a2, k6a2
spalde.f for all derivatives of a spline function
gams e3a2, k6a2
curev.f for evaluation of a spline curve
gams e3a1, k6a1
cualde.f for all derivatives of a spline curve
gams k6a2
insert.f for inserting a knot into a given spline
gams e3a3, k6c
splint.f for integration of a spline function
gams e3a3, k6a3
fourco.f for fourier coefficients of a cubic spline
gams e3d, k6d
sproot.f for the zeros of a cubic spline
gams e3d, f1b, k6d
#======== Surface fitting routines ======
surfit.f for surface fitting to scattered data
gams k1a1b, k5, l8g, l8h
regrid.f for surface fitting to data on a rectangular grid
gams k1a1b, k5, l8g, l8h
polar.f for surface fitting using generalized polar
coordinates
gams k1a1b, k5, l8g, l8h
pogrid.f for surface fitting to data on a polar grid
gams k1a1b, k5, l8g, l8h
sphere.f for surface fitting using spherical coordinates
gams k1a1b, k5, l8g, l8h
spgrid.f for surface fitting to data on a spherical grid
gams k1a1b, k5, l8g, l8h
parsur.f for parametric surface fitting to data on a grid
gams k1a1b, k5, l8g, l8h
#======== Surface application routines ======
bispev.f for evaluation of a bivariate spline function
gams k6a1
parder.f for partial derivatives of a bivariate spline
gams e3a2, k6a2
dblint.f for integration of a bivariate spline
gams e3a3, k6a3
profil.f for cross sections of a bivariate spline
gams e3d, k6d
evapol.f for evaluation of a polar spline
gams e3a1, k6a1
surev.f for evaluation of a parametric spline surface
gams e3a1, k6a1
ex/ for test programs for each of the 29 main routines
# This index file only describes the top-level routines.
# The remaining FITPACK programs are lower level routines either called
# directly
# or indirectly by one or more of the user-level routines below. Their
# names all
# begin with the initials fp (fpader, fpadno,...) to avoid confusion
# with other
# possible user-supplied routines.
fpader.f
fpadno.f
fpadpo.f
fpback.f
fpbacp.f
fpbfout.f
fpbisp.f
fpbspl.f
fpchec.f
fpched.f
fpchep.f
fpclos.f
fpcoco.f
fpcons.f
fpcosp.f
fpcsin.f
fpcurf.f
fpcuro.f
fpcyt1.f
fpcyt2.f
fpdeno.f
fpdisc.f
fpfrno.f
fpgivs.f
fpgrdi.f
fpgrpa.f
fpgrre.f
fpgrsp.f
fpinst.f
fpintb.f
fpknot.f
fpopdi.f
fpopsp.f
fporde.f
fppara.f
fppasu.f
fpperi.f
fppocu.f
fppogr.f
fppola.f
fprank.f
fprati.f
fpregr.f
fprota.f
fprppo.f
fprpsp.f
fpseno.f
fpspgr.f
fpsphe.f
fpsuev.f
fpsurf.f
fpsysy.f
fptrnp.f
fptrpe.f
readme
-----------------------------------------------------------
for test programs for each of the 29 main routines
path: /netlib/dierckx/ex/
-----------------------------------------------------------
dapasu
dapogr
dapola
daregr
daspgr
dasphe
dasurf
mnbisp.f
mncloc.f
mncoco.f
mnconc.f
mncosp.f
mncual.f
mncuev.f
mncurf.f
mndbin.f
mnevpo.f
mnfour.f
mninst.f
mnpade.f
mnparc.f
mnpasu.f
mnperc.f
mnpogr.f
mnpola.f
mnprof.f
mnregr.f
mnspal.f
mnspde.f
mnspev.f
mnspgr.f
mnsphe.f
mnspin.f
mnspro.f
mnsuev.f
mnsurf.f
-----------------------------------------------------------
for multiple tasks to communicate and schedule local
path: /netlib/domino/
-----------------------------------------------------------
index2
readme for overview of domino
conofacepc for domino conoface for an IBM-PC (lattice C)
conofaces for domino conoface for a Sun workstation
conofacevcc for domino conoface for a Z80 (Vandata vcc compiler)
conofacevu for domino conoface for a Vax (Berkeley Unix)
conofacevv for domino conoface for a Vax (VMS)
doc for documentation on how to create conoface and
proface as well as notes
on linking node programs in Fortran
source for system for multiple task/processor scheduling,
communicating and handling
-----------------------------------------------------------
# Description carried over from above.....
path: /netlib/eispack/
-----------------------------------------------------------
.depend
cdiv.f
csroot.f
dependencies
double/
epslon.f
error
files
makefile
otqlrat.f
pythag.f
readme for overview of eispack
3090vf/ by Cline, Dubrulle, and Meyering
for vectorizing on an IBM 3090-VF computer
# These codes might be a useful starting point for
vectorized versions on other computers as well.
ex/ for This directory contains a complete set of
testing routines for eispack.
bakvec.f gams D4c4
for back transformation, sign-symmetric matrix
balanc.f gams D4c1a
for scaling, general matrix
balbak.f gams D4c4
for back scaling, general matrix
bandr.f gams D4c1b1
for reduction, symmetric band matrix
bandv.f gams D4c3
for some eigenvectors, symmetric band matrix
bisect.f gams D4a5,D4c2a
for some eigenvalues, symmetric tridiagonal matrix
bqr.f gams D4a6
for some eigenvalues, symmetric band matrix
cbabk2.f gams D4c4
for back scaling, complex matrix
cbal.f gams D4c1a
for scaling, complex matrix
cg.f gams D4a4
for find eigenvalues and eigenvectors, complex
general matrix
ch.f gams D4a3
for find eigenvalues and eigenvectors, complex
Hermitian matrix
cinvit.f gams D4c2b
for some eigenvectors, complex Hessenberg matrix
combak.f gams D4c4
for back transformation, complex matrix
comhes.f gams D4c1b2
for reduction, complex matrix
comlr.f gams D4c2b
for all eigenvalues, complex Hessenberg matrix
comlr2.f gams D4c2b
for all eigenvalues and eigenvectors, complex
Hessenberg matrix
comqr.f gams D4c2b
for all eigenvalues, complex Hessenberg matrix
comqr2.f gams D4c2b
for all eigenvalues and eigenvectors, complex
Hessenberg matrix
cortb.f gams D4c4
for back transformation, complex matrix
corth.f gams D4c1b2
for reduction, complex matrix
elmbak.f gams D4c4
for back transformation, real matrix
elmhes.f gams D4c1b2
for reduction, real matrix
eltran.f gams D4c4
for reduction, real matrix
figi.f gams D4c1c
for reduction, sign-symmetric matrix
figi2.f gams D4c1c
for reduction, sign-symmetric matrix
hqr.f gams D4c2b
for all eigenvalues, real Hessenberg matrix
hqr2.f gams D4c2b
for all eigenvalues and eigenvectors, real
Hessenberg matrix
htrib3.f gams D4c4
for back transformation, Hermitian packed matrix
htribk.f gams D4c4
for back transformation, Hermitian matrix
htrid3.f gams D4c1b1
for reduction, Hermitian packed matrix
htridi.f gams D4c1b1
for reduction, Hermitian matrix
imtql1.f gams D4a5,D4c2a
for all eigenvalues, symmetric tridiagonal matrix
imtql2.f gams D4a5,D4c2a
for all eigenvalues and eigenvectors, symmetric
tridiagonal matrix
imtqlv.f gams D4a5,D4c2a
for all eigenvalues, symmetric tridiagonal matrix
invit.f gams D4c2b
for some eigenvectors, real Hessenberg matrix
minfit.f gams D6
for least squares, real matrix
ortbak.f gams D4c4
for back transformation, real matrix
orthes.f gams D4c1b2
for reduction, real matrix
ortran.f gams D4c4
for reduction, real matrix
qzhes.f gams D4c1b3
for reduction, generalized matrix
qzit.f gams D4c1b3
for further reduction, generalized Hessenberg matrix
qzval.f gams D4c2c
for all eigenvalues, generalized Hessenberg matrix
qzvec.f gams D4c3
for all eigenvectors, generalized Hessenberg matrix
ratqr.f gams D4a5,D4c2a
for some eigenvalues, symmetric tridiagonal matrix
rebak.f gams D4c4
for back transformation, symmetric generalized
matrix
rebakb.f gams D4c4
for back transformation, symmetric generalized
matrix
reduc.f gams D4c1c
for reduction, symmetric generalized matrix
reduc2.f gams D4c1c
for reduction, symmetric generalized matrix
rg.f gams D4a2
for find eigenvalues and eigenvectors, general
matrix
rgg.f gams D4b2
for find eigenvalues and eigenvectors, generalized
matrix
rs.f gams D4a1
for find eigenvalues and eigenvectors, symmetric
matrix
rsb.f gams D4a6
for find eigenvalues and eigenvectors, band
symmetric matrix
rsg.f gams D4b1
for find eigenvalues and eigenvectors, generalized
symmetric matrix
rsgab.f gams D4b1
for find eigenvalues and eigenvectors, generalized
symmetric matrix
rsgba.f gams D4b1
for find eigenvalues and eigenvectors, generalized
symmetric matrix
rsm.f for find eigenvalues and eigenvectors, symmetric
matrix
rsp.f gams D4a1
for find eigenvalues and eigenvectors, packed
symmetric matrix
rst.f gams D4a5
for find eigenvalues and eigenvectors, tridiagonal
symmetric matrix
rt.f gams D4a5
for find eigenvalues and eigenvectors,
sign-symmetric tridiagonal matrix
single/
svd.f gams D6
for singular value decomposition, real matrix
tape.file1
tinvit.f gams D4c3
for some eigenvectors, symmetric tridiagonal matrix
to.eric
tql1.f gams D4a5,D4c2a
for all eigenvalues, symmetric tridiagonal matrix
tql2.f gams D4a5,D4c2a
for all eigenvalues and eigenvectors, symmetric
tridiagonal matrix
tqlrat.f gams D4a5,D4c2a
for all eigenvalues, symmetric tridiagonal matrix
trbak1.f gams D4c4
for back transformation, symmetric matrix
trbak3.f gams D4c4
for back transformation, packed symmetric matrix
tred1.f gams D4c1b1
for reduction, symmetric matrix
tred2.f gams D4c1b1
for reduction, symmetric matrix
tred3.f gams D4c1b1
for reduction, packed symmetric matrix
tridib.f gams D4a5,D4c2a
for some eigenvalues, symmetric tridiagonal matrix
tsturm.f gams D4a5,D4c2a
for some eigenvalues and eigenvectors, symmetric
tridiagonal matrix
-----------------------------------------------------------
by Cline, Dubrulle, and Meyering
path: /netlib/eispack/3090vf/
-----------------------------------------------------------
# The files here comprise a version of EISPACK that has been tuned to
# take advantage of the cache, the vector registers, and the vectorizing
# compiler of the IBM 3090-VF. Some of these files were not modified at
# all (from the original EISPACK versions), but are included here for
# completeness.
3090vf
paper/ for description of changes to eispack
by Cline and Meyering
single/ prec single
by Cline and Meyering
double/ prec double
by Augustin Dubrulle
# Thus to get the file double precision vectorized tql2 subroutine, say
# send tql2 from eispack/3090vf/d.
# To get the corresponding single precision, say
# send tql2 from eispack/3090vf/s.
# Because the code contains a few IBM-specific constructions not understood
# by the compiler here, netlib can not provide its customary dependency
# analysis. So you have to ask for each subroutine individually. For a
# list of subroutines, see the index for (standard) eispack.
#
# Patches posted to the na-digest have been applied to the appropriate
# files. For details, "send changes from eispack/3090vf/s".
#
# A. Cline and J. Meyering, "Converting EISPACK to run efficiently on
# a vector processor", Tech. Memo., Pleasant Valley Software,
# Austin TX, 1989.
#
# A.A. Dubrulle, "A version of EISPACK for the IBM 3090VF", TR G320-3510,
# IBM Scientific Center, Palo Alto CA, 1988.
-----------------------------------------------------------
prec double
path: /netlib/eispack/3090vf/double/
-----------------------------------------------------------
# The files in this directory comprise a version of double-precision
# EISPACK that has been tuned to take advantage of the cache, the vector
# registers, and the vectorizing compiler of the ibm 3090-vf.
# This version is the work of Augustin Dubrulle of IBM's Palo Alto
# Scientific Center.
# For more details, see the paper by Cline and Meyering in the
# directory, ../paper.
README
bakvec.f
balanc.f
balbak.f
bandr.f
bandv.f
bisect.f
bqr.f
cbabk2.f
cbal.f
cdiv.f
cg.f
ch.f
cinvit.f
combak.f
comhes.f
comlr.f
comlr2.f
comqr.f
comqr2.f
cortb.f
corth.f
csroot.f
dsc16.f
elmbak.f
elmhes.f
eltran.f
epslon.f
figi.f
figi2.f
hqr.f
hqr2.f
htrib3.f
htribk.f
htrid3.f
htridi.f
imtql1.f
imtql2.f
imtqlv.f
invit.f
kachel.f
minfit.f
ortbak.f
orthes.f
ortran.f
pythag.f
qzhes.f
qzit.f
qzval.f
qzvec.f
ratqr.f
rebak.f
rebakb.f
reduc.f
reduc2.f
rg.f
rgg.f
rs.f
rsb.f
rsg.f
rsgab.f
rsgba.f
rsm.f
rsp.f
rst.f
rt.f
svd.f
tinvit.f
tql1.f
tql2.f
tqlrat.f
trbak1.f
trbak3.f
tred1.f
tred2.f
tred3.f
tridib.f
tsturm.f
-----------------------------------------------------------
for description of changes to eispack
path: /netlib/eispack/3090vf/paper/
-----------------------------------------------------------
GNUmakefile
Makefile-tex-template
ibm.tex for description of changes to eispack
by Cline and Meyering
size 41 kilobytes
ibm.ps for PostScript formof ibm.tex
size 310 kilobytes
-----------------------------------------------------------
prec single
path: /netlib/eispack/3090vf/single/
-----------------------------------------------------------
# The files in this directory comprise a version of single-precision
# EISPACK that has been tuned to take advantage of the cache, the vector
# registers, and the vectorizing compiler of the ibm 3090-vf. Some of
# these files were not modified at all (from the original EISPACK versions),
# but are included here for completeness.
# The patches posted to the netlib mailing list have been
# applied to the appropriate files. See the file NETLIB_PATCHES.
# For more details, see the paper by Cline and Meyering in the
# directory, ../paper.
NETLIB-PATCHES
README
bakvec.f
balanc.f
balbak.f
bandr.f
bandv.f
bisect.f
bqr.f
cbabk2.f
cbal.f
cdiv.f
cg.f
ch.f
cinvit.f
combak.f
comhes.f
comlr.f
comlr2.f
comqr.f
comqr2.f
cortb.f
corth.f
csroot.f
elmbak.f
elmhes.f
eltran.f
epslon.f
figi.f
figi2.f
hqr.f
hqr2.f
htrib3.f
htribk.f
htrid3.f
htridi.f
imtql1.f
imtql2.f
imtqlv.f
invit.f
minfit.f
ortbak.f
orthes.f
ortran.f
pythag.f
qzhes.f
qzit.f
qzval.f
qzvec.f
ratqr.f
rebak.f
rebakb.f
reduc.f
reduc2.f
rg.f
rgg.f
rs.f
rsb.f
rsg.f
rsgab.f
rsgba.f
rsm.f
rsp.f
rst.f
rt.f
svd.f
tinvit.f
tql1.f
tql2.f
tqlrat.f
trbak1.f
trbak3.f
tred1.f
tred2.f
tred3.f
tridib.f
tsturm.f
-----------------------------------------------------------
path: /netlib/eispack/double/
-----------------------------------------------------------
comments
source
-----------------------------------------------------------
for This directory contains a complete set of
path: /netlib/eispack/ex/
-----------------------------------------------------------
# Index for eispack/x
ch.f
file35
file36
file37
file38
file39
file41
file42
file43
file44
file45
file46
file47
file48
file49
file50
file51
file52
foo
foo2
newst.f
rs.f
rsb.f
rsg.bak1
rsgab.f
rsgba.f
rsp.f
rteispak.f
cgeispak.f
cgtest.f
rsgbapk.f
cg.d
ch.d
cg.l
rsgbatest.f
rsgeispk.f
rsgtest.f
rsp.d
rspeispk.f
rsp.l
rsptest.f
rst.l
rst.f
rsteispk.f
rst.d
rsttest.f
rstest.f
rt.l
rt.d
run2
rttest.f
single.test
single/
sven.report
stript.f
tape.ascii
tampr
tape.ebcdic
unixtests
treds.f
tape.oldibm
ch.l
cheispak.f
comments.f
cover
chtest.f
cover2
debug
diffs
load2
maketape
double.test
oldstript.f
rbleispk.f
rbl.d
rbl.l
pfort
rblres.f
rg.d
rbltest.f
rg.f
rgeispak.f
rg.l
rgg.d
rgg.l
rggeispk.f
rggtest.f
rl.d
rl.l
rleispak.f
rlres.f
rltest.f
rs.d
rs.l
rsb.l
rsb.d
rsbeispk.f
rsbtest.f
rseispak.f
rsg.d
rsg.f
rsgab.d
rsgab.l
rsg.l
rsgabpk.f
rsgabtest.f
rsgabr.f
rsgba.d
rsgba.l
file34
rgtest.f
file33
file40
-----------------------------------------------------------
path: /netlib/eispack/ex/single/
-----------------------------------------------------------
FILE33
FILE34
FILE35
FILE36
FILE37
FILE38
FILE39
FILE40
FILE41
FILE42
FILE43
FILE44
FILE45
FILE46
FILE47
FILE48
FILE49
FILE50
FILE51
FILE52
TAMPR
cg.d
cg.l
cgtest.f
ch.d
ch.l
chtest.f
foo
load2
rbl.d
rbl.l
rbltest.f
rg.d
rg.l
rgg.d
rgg.l
rggtest.f
rgtest.f
rl.d
rl.l
rltest.f
rs.d
rs.l
rsb.d
rsb.l
rsbtest.f
rsg.d
rsg.l
rsgab.d
rsgab.l
rsgabtest.f
rsgba.d
rsgba.l
rsgbatest.f
rsgtest.f
rsp.d
rsp.l
rsptest.f
rst.d
rst.l
rstest.f
rsttest.f
rt.d
rt.l
rttest.f
run2
-----------------------------------------------------------
path: /netlib/eispack/single/
-----------------------------------------------------------
TAMPR
comments
-----------------------------------------------------------
for testing elementary function programs provided
path: /netlib/elefunt/
-----------------------------------------------------------
alog.f for test of alog and alog10
prec single
gams c4a
asin.f for test of asin and acos
prec single
gams c4a
atan.f for test of atan
prec single
gams c4a
dasin.f for test of dasin and dacos
prec double
gams c4a
datan.f for test of datan
prec double
gams c4a
dexp.f for test of exponential
prec double
gams c4a
dlog.f for test of dlog and dlog10
prec double
gams c4a
dmachar.f for environmental parameters
prec double
dpower.f for test of dpower
prec double
gams c2
dsin.f for test of dsin and dcos
prec double
gams c4a
dsinh.f for test of dsinh and dcosh
prec double
gams c4c
dsqrt.f for test of dsqrt
prec double
gams c2
dtan.f for test of dtan and dcotan
prec double
gams c4a
dtanh.f for test of dtanh
prec double
gams c4c
exp.f for test of exponential
prec single
gams c4a
machar.f for floating point environmental parameters
prec single/double
machar.c for floating point environmental parameters
prec single/double
machar-basic lang Basic
for floating point environmental parameters
prec single/double
power.f for test of power
prec single
gams c2
sin.f for test of sin and cos
prec single
gams c4a
sinh.f for test of sinh and cosh
prec single
gams c4c
sqrt.f for test of sqrt
prec single
gams c2
tan.f for test of tan and cotan
prec single
gams c4a
tanh.f for test of tanh
prec single
gams c4c
makefile
-----------------------------------------------------------
for integrated problem solving environments
path: /netlib/env/
-----------------------------------------------------------
yorick/ for developing simulations codes and pre- and
post-processors
by David H. Munro <munro@icf.llnl.gov>
lang Standard C
# *** This is a pre-release of yorick-1.0, which
will come out soon. *** Yorick is an interpreted
language like Basic or Lisp, but far faster. *
A C-like language, but without declarative
statements. Operations between arrays produce
array results, which is one reason for Yorick's
high speed. Scientific computing and numerical
analysis are the goals of most Yorick programs.
* An X window system interactive graphics
package. Concentrates on x-y plots and filling
and contouring quadrilateral meshes. Also
handles cell arrays. Hardcopy to binary CGM or
PostScript files. A separate CGM browser is
included. * Yorick's binary file package can
read or write floating point formats foreign to
the machine where Yorick is running. Thus, you
can share binary files freely on heterogeneous
networks. * A library of functions written in
the Yorick language. These include Bessel,
gamma, and related functions, multiple key
sorting, spline, rational function, and least
squares fitting, and routines to read and write
netCDF files. * Provisions for embedding
compiled subroutines and functions within a
Yorick interpreter. A compiled package which
solves matrices and performs FFTs is supplied.
size 1.4 MB
# (NOT AVAILABLE BY EMAIL)
yorick.readme
-----------------------------------------------------------
for developing simulations codes and pre- and
path: /netlib/env/yorick/
-----------------------------------------------------------
yorick-1.1/
-----------------------------------------------------------
path: /netlib/env/yorick/yorick-1.1/
-----------------------------------------------------------
ANNOUNCE
Browser/
Drat/
Gist/
IAFA-PACKAGE
INSTALL
LEGAL
Makefile.in
Math/
MathC/
NEWS
README
Yorick/
configure
configure.in
gist.1
install-sh
yorick-1.1.lsm
yorick.1
-----------------------------------------------------------
path: /netlib/env/yorick/yorick-1.1/Browser/
-----------------------------------------------------------
Makefile.in
README
cgmin.c
cgmin.h
eps.c
eps.h
main.c
-----------------------------------------------------------
path: /netlib/env/yorick/yorick-1.1/Drat/
-----------------------------------------------------------
Makefile
README
bound.c
bound.h
check.i
drat.c
drat.h
drat.i
drat.tex
dratt.i
texinfo.tex
track.c
track.h
trans.c
trans.h
ydrat.c
-----------------------------------------------------------
path: /netlib/env/yorick/yorick-1.1/Gist/
-----------------------------------------------------------
EXTERNS
GUIDE
Makefile.in
README
README.B
axes.gs
bench.c
boxed.gs
boxed2.gs
cgm.c
cgm.h
clip.c
clip.h
dispas.c
dispas.h
dispat.c
dispat.h
dispax.c
dispax.h
draw.c
draw.h
draw0.c
earth.gp
engine.c
engine.h
events.c
events.h
fort.c
gist.c
gist.h
gray.gp
gread.c
gtext.c
gtext.h
heat.gp
hlevel.c
hlevel.h
host.c
l_nobox.gs
nobox.gs
osmem.c
ospoll.c
osterm.c
ostime.c
osys.c
osys.h
ps.c
ps.h
ps.ps
pscom.ps
rainbow.gp
stern.gp
tick.c
vg.gs
vgbox.gs
work.gs
work2.gs
xbasic.c
xbasic.h
xfancy.c
xfancy.h
xfont.c
xfont.h
xicky.c
xicky.h
yarg.gp
-----------------------------------------------------------
path: /netlib/env/yorick/yorick-1.1/Math/
-----------------------------------------------------------
Makefile
README
cfft2.f
cfftb.f
cfftf.f
cffti.f
check.i
dgblas.f
dgecon.f
dgesv.f
dgtsv.f
dgyor.f
fft.i
matrix.i
roll2.f
testm.i
-----------------------------------------------------------
path: /netlib/env/yorick/yorick-1.1/MathC/
-----------------------------------------------------------
Makefile
README
cfft2.c
cfftb.c
cfftf.c
cffti.c
check.i
dbdsqr.c
dg.h
dgblas.c
dgecon.c
dgels.c
dgelss.c
dgesv.c
dgesv2.c
dgesvd.c
dgtsv.c
dgyor.c
dlamc3.c
dlasr.c
f2c.el
fft.i
matrix.i
roll2.c
testm.i
-----------------------------------------------------------
path: /netlib/env/yorick/yorick-1.1/Yorick/
-----------------------------------------------------------
Makefile.in
Maketmpl
README
array.c
ascio.c
bcast.c
bcast.h
binio.c
binio.h
binit.c
binobj.c
binpdb.c
binstd.c
cache.c
check.i
clog.c
codger.c
convrt.c
custom.i
debug.c
defmem.c
defmem.h
defstr.c
defstr.h
doc/
fmcalc.c
fnctn.c
fortrn.c
graph.c
graph.i
graph0.c
hash.c
hash.h
ieee_sun.c
include/
main.c
nonc.c
ops.c
ops0.c
ops1.c
ops2.c
ops3.c
opsv.c
parse.c
parse.h
paths.i
range.c
std.i
std0.c
std1.c
std2.c
stdx.i
sysdep.c
sysdep.h
task.c
yasync.h
ydata.c
ydata.h
yinput.c
yio.c
yio.h
yorick.c
yorick.el
yorick.y
yrdwr.c
-----------------------------------------------------------
path: /netlib/env/yorick/yorick-1.1/Yorick/doc/
-----------------------------------------------------------
FILE_FORMATS
NOTES
README
dir
drat.doc
graph.doc
math.doc
refs.ps
refs.tex
std.doc
texinfo.tex
yorick.nfo
yorick.nfo-1
yorick.nfo-2
yorick.nfo-3
yorick.ps
yorick.tex
-----------------------------------------------------------
path: /netlib/env/yorick/yorick-1.1/Yorick/include/
-----------------------------------------------------------
README
bessel.i
bowtie.i
button.i
collec.i
copyb.i
custom.i
demo1.i
demo2.i
demo3.i
demo4.i
ellipse.i
fitlsq.i
fitrat.i
gamma.i
legal.i
mkdoc.i
movie.i
msort.i
multi.i
netcdf.i
pixels.i
plwf.i
prefix.i
prmtyp.i
rays.i
readn.i
rezone.i
rkutta.i
romberg.i
series.i
show.i
spline.i
test1.i
test2.i
test3.i
testb.i
testg.i
testlp.i
testp.i
zroots.i
-----------------------------------------------------------
for converting Fortran to C
path: /netlib/f2c/
-----------------------------------------------------------
disclaimer
f2c.1 lang man page
f2c.1t lang troff -man source for man page
f2c.h
f2c.ps lang Postscript
libf77/ lang C (bundle of source)
libi77/ lang C (bundle of source)
msdos/ for MS-DOS f2c binaries (ftp only)
permission
src/ for f2c source NOTE: "all from f2c/src" is the
complete source for f2c. Other files in src are
component modules, so you can request just the
modules that have changed since last you got f2c
source (look at the timestamps at the end of
"readme from f2c").
readme
-----------------------------------------------------------
lang C (bundle of source)
path: /netlib/f2c/libf77/
-----------------------------------------------------------
libF77/
-----------------------------------------------------------
path: /netlib/f2c/libf77/libF77/
-----------------------------------------------------------
F77_aloc.c
Notice
README
Version.c
abort_.c
c_abs.c
c_cos.c
c_div.c
c_exp.c
c_log.c
c_sin.c
c_sqrt.c
cabs.c
d_abs.c
d_acos.c
d_asin.c
d_atan.c
d_atn2.c
d_cnjg.c
d_cos.c
d_cosh.c
d_dim.c
d_exp.c
d_imag.c
d_int.c
d_lg10.c
d_log.c
d_mod.c
d_nint.c
d_prod.c
d_sign.c
d_sin.c
d_sinh.c
d_sqrt.c
d_tan.c
d_tanh.c
derf_.c
derfc_.c
ef1asc_.c
ef1cmc_.c
erf_.c
erfc_.c
exit.c
f2ch.add
getarg_.c
getenv_.c
h_abs.c
h_dim.c
h_dnnt.c
h_indx.c
h_len.c
h_mod.c
h_nint.c
h_sign.c
hl_ge.c
hl_gt.c
hl_le.c
hl_lt.c
i_abs.c
i_dim.c
i_dnnt.c
i_indx.c
i_len.c
i_mod.c
i_nint.c
i_sign.c
iargc_.c
l_ge.c
l_gt.c
l_le.c
l_lt.c
libF77.xsum
main.c
makefile
pow_ci.c
pow_dd.c
pow_di.c
pow_hh.c
pow_ii.c
pow_qq.c
pow_ri.c
pow_zi.c
pow_zz.c
r_abs.c
r_acos.c
r_asin.c
r_atan.c
r_atn2.c
r_cnjg.c
r_cos.c
r_cosh.c
r_dim.c
r_exp.c
r_imag.c
r_int.c
r_lg10.c
r_log.c
r_mod.c
r_nint.c
r_sign.c
r_sin.c
r_sinh.c
r_sqrt.c
r_tan.c
r_tanh.c
s_cat.c
s_cmp.c
s_copy.c
s_paus.c
s_rnge.c
s_stop.c
sig_die.c
signal_.c
system_.c
z_abs.c
z_cos.c
z_div.c
z_exp.c
z_log.c
z_sin.c
z_sqrt.c
-----------------------------------------------------------
lang C (bundle of source)
path: /netlib/f2c/libi77/
-----------------------------------------------------------
libI77/
-----------------------------------------------------------
path: /netlib/f2c/libi77/libI77/
-----------------------------------------------------------
Notice
README
Version.c
backspace.c
close.c
dfe.c
dolio.c
due.c
endfile.c
err.c
f2ch.add
fio.h
fmt.c
fmt.h
fmtlib.c
fp.h
iio.c
ilnw.c
inquire.c
libI77.xsum
lio.h
lread.c
lwrite.c
makefile
open.c
rawio.h
rdfmt.c
rewind.c
rsfe.c
rsli.c
rsne.c
sfe.c
sue.c
typesize.c
uio.c
util.c
wref.c
wrtfmt.c
wsfe.c
wsle.c
wsne.c
xwsne.c
-----------------------------------------------------------
for MS-DOS f2c binaries (ftp only)
path: /netlib/f2c/msdos/
-----------------------------------------------------------
README
f2c.exe for conventional-memory MSDOS version of f2c
(compiled by Borland C++ 4.02)
f2cx.exe for extended-memory MSDOS version of f2c (compiled
by Symantec C/C++)
ccb.bat for compilation of f2c.exe (for people curious about
how it was done)
ccs.bat for compilation of f2cx.exe (for people curious
about how it was done)
ccm.bat
etime.exe
-----------------------------------------------------------
for f2c source NOTE: "all from f2c/src" is the
path: /netlib/f2c/src/
-----------------------------------------------------------
# ====== index for f2c/src ======
# NOTE: "all from f2c/src" is the complete f2c source
# (sans libraries).
# The remaining files in this directory are the component modules
# of "all from f2c/src", so you can request just the modules that
# have changed since last you updated your f2c source. You can
# tell what has changed by looking at the timestamps at the end
# of "readme from f2c".
.depend
cds.c
data.c
defines.h
defs.h
dependencies
equiv.c
error.c
exec.c
expr.c
f2c.1
f2c.1t
f2c.h
format.c
format.h
formatdata.c
ftypes.h
gram.c
gram.dcl
gram.exec
gram.expr
gram.head
gram.io
init.c
intr.c
io.c
iob.h
lex.c
machdefs.h
main.c
makefile
malloc.c
mem.c
memset.c
misc.c
names.c
names.h
niceprintf.c
niceprintf.h
notice
output.c
output.h
p1defs.h
p1output.c
parse.h
parse_args.c
pccdefs.h
pread.c
proc.c
put.c
putpcc.c
sysdep.c
sysdep.h
tokens
usignal.h
vax.c
version.c
xsum.c
xsum0.out
Notice
README
readme
-----------------------------------------------------------
for C math library for machines that support IEEE
path: /netlib/fdlibm/
-----------------------------------------------------------
.depend
dependencies
fdlibm.h
e_acos.c
e_acosh.c
e_asin.c
e_atan2.c
e_atanh.c
e_cosh.c
e_exp.c
e_fmod.c
e_gamma.c
e_gamma_r.c
e_hypot.c
e_j0.c
e_j1.c
e_jn.c
e_lgamma.c
e_lgamma_r.c
e_log.c
e_log10.c
e_pow.c
e_rem_pio2.c
e_remainder.c
e_scalb.c
e_sinh.c
e_sqrt.c
k_cos.c
k_rem_pio2.c
k_sin.c
k_standard.c
k_tan.c
makefile
s_asinh.c
s_atan.c
s_cbrt.c
s_ceil.c
s_copysign.c
s_cos.c
s_erf.c
s_expm1.c
s_fabs.c
s_finite.c
s_floor.c
s_frexp.c
s_ilogb.c
s_isnan.c
s_ldexp.c
s_lib_version.c
s_log1p.c
s_logb.c
s_matherr.c
s_modf.c
s_nextafter.c
s_rint.c
s_scalbn.c
s_signgam.c
s_significand.c
s_sin.c
s_tan.c
s_tanh.c
w_acos.c
w_acosh.c
w_asin.c
w_atan2.c
w_atanh.c
w_cosh.c
w_exp.c
w_fmod.c
w_gamma.c
w_gamma_r.c
w_hypot.c
w_j0.c
w_j1.c
w_jn.c
w_lgamma.c
w_lgamma_r.c
w_log.c
w_log10.c
w_pow.c
w_remainder.c
w_scalb.c
w_sinh.c
w_sqrt.c
readme
-----------------------------------------------------------
for Fast Fourier Transform of periodic and other
path: /netlib/fftpack/
-----------------------------------------------------------
# see also the double precision version in /netlib/bihar
.depend
Makefile
dependencies
doc for user guide for fftpack
cfftb.f gams J1a2
for FFT, backward transform (synthesis) of a complex
Fourier coefficient array
cfftf.f gams J1a2
for FFT, forward transform of a complex periodic
sequence
cosqf.f gams J1a3
for FFT, forward cosine transform with odd wave
numbers
cost.f gams J1a3
for FFT, discrete cosine transform of a real even
sequence
ezfftb.f gams J1a1
for FFT, backward transform (synthesis) of a real
Fourier coefficient array, simplified and slower
version of (fftpack/rfftb)
ezfftf.f gams J1a1
for FFT, forward transform of a real periodic
sequence, simplified and slower version of
(fftpack/rfftf)
rfftb.f gams J1a1
for FFT, backward transform (synthesis) of a real
Fourier coefficient array
rfftf.f gams J1a1
for FFT, forward transform of a real periodic
sequence
sinqb.f gams J1a3
for FFT, backward sine transform (synthesis) with
odd wave numbers
sinqf.f gams J1a3
for FFT, forward sine transform with odd wave
numbers
sint.f gams J1a3
for FFT, discrete sine transform of a real odd
sequence
cffti.f gams -0-
for initialization routine for (fftpack/cfftf) and
(fftpack/cfftb)
cosqb.f gams J1a3
for FFT, backward cosine transform (synthesis) with
odd wave numbers
cosqi.f gams -0-
for initialization routine for (fftpack/cosqf) and
(fftpack/cosqb)
ezffti.f for initialization routine for (fftpack/ezfftf) and
(fftpack/ezfftb)
costi.f gams -0-
for initialization routine for (fftpack/cost)
rffti.f gams J1a1
for initialization routine for (fftpack/rfftf) and
(ftpack/rfftb)
sinqi.f gams -0-
for initialization routtine for (fftpack/sinqf) and
(fftpack/sinqb)
sinti.f gams -0-
for initialization routine for (fftpack/sint)
cfftb1.f
cfftf1.f
cffti1.f
cosqb1.f
cosqf1.f
ezfft1.f
passb.f
passb2.f
passb3.f
passb4.f
passb5.f
passf.f
passf2.f
passf3.f
passf4.f
passf5.f
radb2.f
radb3.f
radb4.f
radb5.f
radbg.f
radf2.f
radf3.f
radf4.f
radf5.f
radfg.f
rfftb1.f
rfftf1.f
rffti1.f
sint1.f
test.f
-----------------------------------------------------------
for finite differences for elliptic boundary value
path: /netlib/fishpack/
-----------------------------------------------------------
.depend
Makefile
dependencies
disclaimer
hwscrt.f for solves the standard Helmholtz 5-point
approximation in Cartesian coordinates using a
centered finite difference grid
gams i2b1a1a
hwsplr.f for solves a Helmholtz 5-point approximation in
polar coordinates using a centered finite
difference grid
gams i2b1a1a
hwscyl.f for solves a modified Helmholtz 5-point
approximation in cylindrical coordinates using a
centered finite difference grid
gams i2b1a1a
hwsssp.f for solves a Helmholtz 5-point approximation in
spherical coordinates and on the surface of the
unit sphere using a centered finite difference
grid
gams i2b1a1a
hwscsp.f for solves modified Helmholtz 5-point approximation
in spherical coordinate assuming axis symmetry
and using a centered finite difference grid
gams i2b1a1a
hstcrt.f for solves the standard Helmholtz 5-point
approximation in Cartesian coordinates using a
staggered finite difference grid
gams i2b1a1a
hstplr.f for solves a Helmholtz 5-point approximation in
polar coordinates using a staggered finite
difference grid
gams i2b1a1a
hstcyl.f for solves a modified Helmholtz 5-point
approximation in cylindrical coordinates using a
staggered finite difference grid
gams i2b1a1a
hstssp.f for solves a Helmholtz 5-point approximation in
spherical coordinates and on the surface of the
unit sphere using a staggered finite difference
grid
gams i2b1a1a
hstcsp.f for solves a modified Helmholtz 5-point
approximation in spherical coordinates assuming
axis symmetry
gams i2b1a1a
hw3crt.f for solves the standard Helmholtz 7-point
approximation in Cartesian coordinates using a
centered finite difference grid
gams i2b1a1a
sepx4.f for discretizes and solves 2nd and optionally 4th
order approximations to separable elliptic PDEs
with constant coefficients in one direction
gams i2b1a1a, i2b1a2
sepeli.f for discretizes and solves 2nd and optionally 4th
order approximations on a uniform grid to a
separable elliptic PDE on a rectangle
gams i2b1a1a, i2b1a2
genbun.f for solves the linear system of equations resulting
from an approximation to 2-dimensional elliptic
PDEs with constant coefficients in one direction
gams i2b4b
blktri.f for solves block tridiagonal linear systems arising
from approximations to separable 2-dimensional
elliptic PDEs
gams i2b4b
poistg.f for solves a block tridiagonal linear system arising
from staggered grid approximations to
2-dimensional elliptic PDEs with constant
coefficients
gams d2a4, i2b4b
pois3d.f for solves a block tridiagonal linear system of
equations arising from approximations to
3-dimensional elliptic PDEs in a box
gams d2a4, i2b4b
cmgnbn.f for solves a complex block tridiagonal linear system
arising from approximations to separable complex
2-dimensional elliptic PDEs
gams i2b4b
cblktr.f for solves a complex block tridiagonal linear system
arising from approximations to separable complex
2-dimensional elliptic PDEs
gams i2b4b
ex/
bcrh.f
blktr1.f
bsrh.f
cblkt1.f
ccmpb.f
chkpr4.f
chkprm.f
chksn4.f
chksng.f
cmpcsg.f
cmpmrg.f
cmposd.f
cmposn.f
cmposp.f
cmptr3.f
cmptrx.f
cofx.f
cofx4.f
cofy.f
compb.f
cosgen.f
cpadd.f
cproc.f
cprocp.f
cprod.f
cprodp.f
defe4.f
defer.f
dx.f
dx4.f
dy.f
dy4.f
epmach.f
hstcs1.f
hwscs1.f
hwsss1.f
indxa.f
indxb.f
indxc.f
inxca.f
inxcb.f
inxcc.f
merge.f
minso4.f
minsol.f
ortho4.f
orthog.f
pgsf.f
pimach.f
poisd2.f
poisn2.f
poisp2.f
pos3d1.f
postg2.f
ppadd.f
ppgsf.f
pppsf.f
ppsgf.f
ppspf.f
proc.f
procp.f
prod.f
prodp.f
psgf.f
speli4.f
spelip.f
store.f
tevlc.f
tevls.f
tri3.f
trid.f
tris4.f
trisp.f
trix.f
-----------------------------------------------------------
path: /netlib/fishpack/ex/
-----------------------------------------------------------
tstblktri.f
tstcblktr.f
tstcmgnbn.f
tstgenbun.f
tsthstcrt.f
tsthstcsp.f
tsthstcyl.f
tsthstplr.f
tsthstssp.f
tsthw3crt.f
tsthwscrt.f
tsthwscsp.f
tsthwscyl.f
tsthwsplr.f
tsthwsssp.f
tstpois3d.f
tstpoistg.f
tstsepeli.f
tstsepx4.f
-----------------------------------------------------------
for splines under tension. (an early version)
path: /netlib/fitpack/
-----------------------------------------------------------
all for spline under tension
# Interested parties can obtain the entire package
on disk or tape from Pleasant Valley Software,
8603 Altus Cove, Austin TX (USA), 78759 at a
cost of $495 US. A 340 page manual is
available for $30 US per copy. The package
includes examples and machine readable
documentation.
-----------------------------------------------------------
ref Computer Methods for Mathematical Computations
path: /netlib/fmm/
-----------------------------------------------------------
.depend
dependencies
error
f.f
fehl.f
fmm.lib
fun.f
makefile
orbit.f
readme for overview of fmm
decomp.f for decomposes a matrix by Gaussian elimination and
estimates the condition of the matrix
prec double
rkfs.f
seval.f
solve.f for solution of linear system, A*x = b, do not use
if (fmm/decomp) has detected a singularity
prec double
quanc8.f for estimate the integral of f(x) in a finite
interval, user provided tolerance using an
automatic adaptive routine based on the 8-panel
Newton-Cotes rule
prec double
rkf45.f for Fehlberg fourth-fifth order Runge-Kutta method
prec double
spline.f for the coefficients for a cubic interpolating
spline are computed
prec double
svd.f for determines the singular value decomposition,
SVD, of a real rectangular matrix, using
Householder bidiagonalization and a variant of
the QR algorithm
prec double
fmin.f for an approximation to the point where a user
function attains a minimum on an interval is
determined
prec double
urand.f for is a uniform random number generator based on
theory and suggestions given in D.E. Knuth
(1969), Vol 2
prec double
xxx2
xxx3
xxx4
zeroin.f for find a zero of a user function in an interval
prec double
-----------------------------------------------------------
for special functions
path: /netlib/fn/
-----------------------------------------------------------
.depend
Makefile
acos.f gams C4a
for arc cosine
acosh.f gams C4c
for arc hyperbolic cosine
ai.f gams C10d
for Airy function
aid.f gams C10d
for derivative of Airy function
aide.f gams C10d
for derivative of expontential scaled Airy function
aie.f gams C10d
for exponential scaled Airy function
aint.f gams C1
for truncate real to an integral value
albeta.f gams C7b
for log beta function
algams.f gams C7a
for log gamma function with sign
ali.f gams C5
for logarithmic integral
alngam.f gams C7a
for log absolute gamma function
alnrel.f gams C4b
for relative error logarithm
alog.f gams C4b
for natural logarithm
alog10.f gams C4b
for common logarithm
asin.f gams C4a
for arc sine
asinh.f gams C4c
for arc hyperbolic sine
atan.f gams C4a
for arc tangent
atan2.f gams C4a
for quadrant correct arc tangent
atanh.f gams C4c
for arc hyperbolic tangent
besi0.f gams C10b1
for modified Bessel function of first kind, order
zero
besi0e.f gams C10b1
for exponential scaled modified Bessel function,
first kind, order zero
besi1.f gams C10b1
for modified Bessel function of first kind, order
one
besi1e.f gams C10b1
for exponential scaled modified Bessel function of
first kind, order one
besj0.f gams C10a1
for Bessel function of first kind, order zero
besj1.f gams C10a1
for Bessel function of first kind, order one
besk0.f gams C10b1
for modified Bessel function of third kind, order
zero
besk0e.f gams C10b1
for exponential scaled modified Bessel function,
third kind, order zero
besk1.f gams C10b1
for modified Bessel function of third kind, order
one
besk1e.f gams C10b1
for exponential scaled modified Bessel function,
third kind, order one
beskes.f gams C10b3
for sequence of exponential scaled modified Bessel
function, third kind
besks.f gams C10b3
for sequence of n modified Bessel function of third
kind
besy0.f gams C10a1
for Bessel function of second kind, order zero
besy1.f gams C10a1
for Bessel function of second kind, order one
beta.f gams C7b
for beta function
betai.f gams C7f
for incomplete beta function
bi.f gams C10d
for Airy function of second kind, bAiry function
bid.f gams C10d
for derivative of Airy function of second kind
bide.f gams C10d
for derivative of exponential scaled Airy function
of second kind
bie.f gams C10d
for exponential scaled Airy function of second kind
c8lgmc.f for complex log gamma correction term
c9lgmc.f for complex log gamma correction term
c9ln2r.f for complex relative error logarithm from second
order
cabs.f gams C19
for absolute value of complex number
cacos.f gams C4a
for complex arc cosine
cacosh.f gams C4c
for complex arc hyperbolic cosine
carg.f gams A4a
for argument (angle) of complex number
casin.f gams C4a
for complex arc sine
casinh.f gams C4c
for complex arc hyperbolic sine
catan.f gams C4a
for complex arc tangent
catan2.f gams C4a
for complex quadrant correct arc tangent
catanh.f gams C4c
for complex arc hyperbolic tangent
cbeta.f gams C7b
for complex beta function
cbrt.f gams C2
for cube root
ccbrt.f gams C2
for complex cube root
ccos.f gams C4a
for complex cosine
ccosh.f gams C4c
for complex hyperbolic cosine
ccot.f gams C4a
for complex cotangent
cexp.f gams C4b
for complex exponential function
cexprl.f gams C4b
for complex relative error exp from first order
cgamma.f gams C7a
for complex gamma function
cgamr.f gams C7a
for complex reciprocal gamma function
chi.f gams C6
for hyperbolic cosine integral
chu.f gams C11
for confluent hypergeometric function, logarithmic
solution
ci.f gams C6
for cosine integral
cin.f gams C6
for cosine integral inverse
cinh.f gams C6
for hyperbolic cosine integral inverse
clbeta.f gams C7b
for complex log beta function
clngam.f gams C7a
for complex log gamma function
clnrel.f gams C4b
for complex relative error logarithm
clog.f gams C4b
for complex natural logarithm
clog10.f gams C4b
for complex common logarithm
comp1.f for compare single and double precision functions
comp2.f for compare single and double precision functions
comp3.f for compare single and double precision functions
cos.f gams C4a
for cosine
cosdg.f gams C4a
for cosine, degree
cosh.f gams C4c
for hyperbolic cosine
cot.f gams C4a
for cotangent
cpsi.f gams C7c
for complex digamma function
csevl.f gams C3a2
for Chebyshev series
csin.f gams C4a
for complex sine
csinh.f gams C4c
for complex hyperbolic sine
csqrt.f gams C2
for complex square root
ctan.f gams C4a
for complex tangent
ctanh.f gams C4c
for complex hyperbolic tangent
d9atn1.f for arc tangent from first order
prec double
d9gaml.f for gamma under and overflow limits
prec double
d9lgmc.f for log gamma correction term
prec double
d9ln2r.f for relative error logarithm from second order
prec double
d9pak.f for pack number
prec double
d9upak.f for subroutine to unpack number
prec double
dacos.f gams C4a
for arc cosine
prec double
dacosh.f gams C4c
for arc hyperbolic cosine
prec double
dai.f gams C10d
for Airy function
prec double
daid.f gams C10d
for derivative of Airy function
daide.f gams C10d
for derivative of exp scaled Airy function
daie.f gams C10d
for exp scaled Airy function
prec double
dasin.f gams C4a
for arc sine
prec double
dasinh.f gams C4c
for arc hyperbolic sine
prec double
datan.f gams C4a
for arc tangent
prec double
datan2.f gams C4a
for quadrant correct arc tangent
prec double
datanh.f gams C4c
for arc hyperbolic tangent
prec double
daws.f gams C8c
for Dawson function
dbesi0.f gams C10b1
for modified Bessel function of first kind, order
zero
prec double
dbesi1.f gams C10b1
for modified Bessel function of first kind, order
one
prec double
dbesj0.f gams C10a1
for Bessel function of first kind, order zero
prec double
dbesj1.f gams C10a1
for Bessel function of first kind, order one
prec double
dbesk0.f gams C10b1
for modified Bessel function of third kind, order
zero
prec double
dbesk1.f gams C10b1
for modified Bessel function of third kind, order
one
prec double
dbesks.f gams C10b3
for sequence of n modified Bessel function, third
kind
prec double
dbesy0.f gams C10a1
for Bessel function of second kind, order zero
prec double
dbesy1.f gams C10a1
for Bessel function of second kind, order one
prec double
dbeta.f gams C7b
for beta function
prec double
dbetai.f gams C7f
for incomplete beta function
prec double
dbi.f gams C10d
for Airy function of second kind, bAiry function
prec double
dbid.f gams C10d
for derivative of Airy function of second kind
dbide.f gams C10d
for derivative of exp scaled Airy function of second
kind
dbie.f gams C10d
for exp scaled Airy function of second kind
prec double
dbsi0e.f gams C10b1
for exp scaled modified Bessel, first kind, order
zero
prec double
dbsi1e.f gams C10b1
for exp scaled modified Bessel, first kind, order
one
prec double
dbsk0e.f gams C10b1
for exp scaled modified Bessel, third kind, order
zero
prec double
dbsk1e.f gams C10b1
for exp scaled modified Bessel, third kind, order
one
prec double
dbskes.f gams C10b3
for sequence n exp scaled modified Bessel, third
kind
prec double
dcbrt.f gams C2
for cube root
prec double
dchi.f gams C6
for hyperbolic cosine integral
dchu.f gams C11
for confluent hypergeometric function, log solution
prec double
dci.f gams C6
for cosine integral
prec double
dcin.f gams C6
for cosine integral inverse
prec double
dcinh.f gams C6
for hyperbolic cosine integral inverse
prec double
dcos.f gams C4a
for cosine
prec double
dcosdg.f gams C4a
for cosine, degree
prec double
dcosh.f gams C4c
for hyperbolic cosine
prec double
dcot.f gams C4a
for cotangent
prec double
dcsevl.f gams C3a2
for Chebyshev series
prec double
ddaws.f gams C8c
for Dawson function
prec double
de1.f gams C5
for exponential integral
prec double
dei.f gams C5
for exponential integral
prec double
dependencies
derf.f gams C8a,L5a1e
for error function
prec double
derfc.f gams C8a,L5a1e
for complementary error function
prec double
dexp.f gams C4b
for exponential function
prec double
dexprl.f gams C4b
for relative error exp from first order
prec double
dfac.f gams C1
for factorial
prec double
dgami.f gams C7e
for incomplete gamma function
prec double
dgamic.f gams C7e
for complementary incomplete gamma function
prec double
dgamit.f gams C7e
for Tricomi incomplete gamma function
prec double
dgamma.f gams C7a
for gamma function
prec double
dgamr.f gams C7a
for reciprocal gamma function
prec double
dint.f gams C1
for truncate double precision to integral value
prec double
disclaimer
dlbeta.f gams C7b
for log beta function
prec double
dlgams.f gams C7a
for log gamma function with sign
prec double
dli.f gams C5
for logarithmic integral
prec double
dlngam.f gams C7a
for log absolute gamma function
prec double
dlnrel.f gams C4b
for relative error logarithm
prec double
dlog.f gams C4b
for natural logarithm
prec double
dlog10.f gams C4b
for common logarithm
prec double
dpoch.f gams C7a
for Pochhammer generalized symbol
prec double
dpsi.f gams C7c
for psi or digamma function
prec double
dshi.f gams C6
for hyperbolic sine integral
prec double
dsi.f gams C6
for sine integral
prec double
dsin.f gams C4a
for sine
prec double
dsindg.f gams C4a
for sine, degree
prec double
dsinh.f gams C4c
for hyperbolic sine
prec double
dspenc.f gams C5
for Spence function, related to dilogarithm
prec double
dsqrt.f gams C2
for square root
prec double
dtan.f gams C4a
for tangent
prec double
dtanh.f gams C4c
for hyperbolic tangent
prec double
e1.f gams C5
for exponential integral
ei.f gams C5
for exponential integral
erf.f gams C8a,L5a1e
for error function
erfc.f gams C8a,L5a1e
for complementary error function
exp.f gams C4b
for exponential function
exprel.f gams C4b
for relative error exp from first order
fac.f gams C1
for factorial
gami.f gams C7e
for incomplete gamma function
gamic.f gams C7e
for complementary incomplete gamma function
gamit.f gams C7e
for tricomi incomplete gamma function
gamma.f gams C7a
for gamma function
gamr.f gams C7a
for reciprocal gamma function
initds.f gams C3a2
for initialize orthogonal polynomial series
prec double
inits.f gams C3a2
for initialize orthogonal polynomial series
poch.f gams C7a
for Pochhammer generalized symbol
psi.f gams C7c
for psi or digamma function
r9atn1.f for arc tangent from first order
r9gaml.f for gamma under and overflow limits
r9lgmc.f for log gamma correction term
r9ln2r.f for relative error logarithm from second order
r9pak.f for pack floating point number
r9upak.f for unpack floating point number
rand.f gams L6a21
for portable uniform random numbers
randgs.f gams L6a14
for portable normal random numbers
random.f gams L6a21
for portable uniform random numbers
ranf.f gams L6a21
for portable uniform random numbers
shi.f gams C6
for hyperbolic sine integral
si.f gams C6
for sine integral
sin.f gams C4a
for sine
sindg.f gams C4a
for sine in degree
sinh.f gams C4c
for hyperbolic sine
spenc.f gams C5
for Spence function, related to dilogarithm
sqrt.f gams C2
for square root
tan.f gams C4a
for tangent
tanh.f gams C4c
for hyperbolic tangent
binom.f gams C1
for binomial fac(n)/(fac(m)*fac(n-m))
dbinom.f gams C1
for binomial fac(n)/(fac(m)*fac(n-m))
prec double
poch1.f gams C7a
for Pochhammer generalized symbol, (poch(a, x)-1)/x
dpoch1.f gams C7a
for Pochhammer generalized symbol, (poch(a, x)-1)/x
prec double
Deleted/ for machine constants, stack that duplicate
supported routines in port
c0lgmc.f
d9admp.f
d9aimp.f
d9b0mp.f
d9b1mp.f
d9chm.f
d9chu.f
d9gmic.f
d9gmit.f
d9knus.f
d9lgic.f
d9lgit.f
d9sifg.f
e9rint.f
entsrc.f
eprint.f
erroff.f
i0tk00.f
i8save.f
istkgt.f
istkin.f
istkmd.f
istkpr.f
istkqu.f
istkrl.f
istkst.f
nerror.f
r9admp.f
r9aimp.f
r9chm.f
r9chu.f
r9gmic.f
r9gmit.f
r9knus.f
r9lgic.f
r9lgit.f
r9sifg.f
retsrc.f
s88fmt.f
s9comp.f
seterr.f
seteru.f
slatec_index
-----------------------------------------------------------
for machine constants, stack that duplicate
path: /netlib/fn/Deleted/
-----------------------------------------------------------
d1mach.f
i1mach.f
istkgs.f
r1mach.f
-----------------------------------------------------------
for small set of extensions to f77 that supports
path: /netlib/fortran-m/
-----------------------------------------------------------
# ======================================================================
# Fortran M, Version 1.0 Date: February 3, 1994
# ======================================================================
#
# --------------------------
# Available software/reports:
# --------------------------
PAPER.ps
PAPER/
README
fm_v1.0/ for (FOR XNETLIB USERS ONLY) This is the Fortran M
compiler
and user manual in tar compressed form (1545886
bytes).
# This cannot be retrieved via email.
fm_prog_v1.0.ps for (FOR XNETLIB USERS ONLY) This is a compressed
tar
file of the user manual "Programming in Fortran
M"
in postscript format (127675 bytes).
# This cannot be retrieved via email.
fm_prog_v1.0/ for (FOR XNETLIB USERS ONLY) This is a compressed
tar
file of the user manual "Programming in Fortran
M"
in latex format (64447 bytes).
# This cannot be retrieved via email.
reports/ for Subdirectory containing various Fortran
M-related papers
and technical reports
# *******************
# Questions/comments? Direct email to fortran-m@mcs.anl.gov
# *******************
# Ian Foster
# Robert Olson
# Steven Tuecke
# ======================================================================
# ******************
# WHAT IS Fortran M?
# ******************
# Fortran M is a small set of extensions to Fortran 77 that supports
# a modular approach to the design of message-passing programs. It has
# the following features.
# (1) Modularity. Programs are constructed by using explicitly-declared
# communication channels to plug together program modules called
# processes. A process can encapsulate common data, subprocesses, and
# internal communication.
# (2) Safety. Operations on channels are restricted so as to guarantee
# deterministic execution, even in dynamic computations that create and
# delete processes and channels. Channels are typed, so a compiler can
# check for correct usage.
# (3) Architecture Independence. The mapping of processes to processors
# can be specified with respect to a virtual computer with size and
# shape different from that of the target computer. Mapping is
# specified by annotations that influence performance but not
# correctness.
# (4) Efficiency. Fortran M can be compiled efficiently for
# uniprocessors, shared-memory computers, distributed-memory computers,
# and networks of workstations. Because message passing is incorporated
# into the language, a compiler can optimize communication as well as
# computation.
# Compatability libraries are available that allow the integration of
# message-passing programs into an Fortran M framework. Send mail to
# fortran-m@mcs.anl.gov for details. A compilation system that
# integrates Fortran M and HPF is under development in collaboration
# with Syracuse University.
# For more information, see the user manual or use World Wide Web at
# address
# http://www.mcs.anl.gov/fortran-m
# (WWW is a distributed multimedia system, accessible for example
# via NCSA XMosaic.) The server currently provides FM tutorial slides,
# the FM manual, application case studies, and programming examples.
# Fortran M has been funded in part by NSF and DOE.
# ======================================================================
-----------------------------------------------------------
path: /netlib/fortran-m/PAPER/
-----------------------------------------------------------
atm.eps
atm_ocn.eps
dynamic.eps
histo.eps
map.eps
p.dvi
-----------------------------------------------------------
for (FOR XNETLIB USERS ONLY) This is a compressed
path: /netlib/fortran-m/fm_prog_v1.0/
-----------------------------------------------------------
argonne.ps
fm_prog.tex
makefile
map.eps
programs/
rel_hdr.tex
tr_hdr.tex
-----------------------------------------------------------
path: /netlib/fortran-m/fm_prog_v1.0/programs/
-----------------------------------------------------------
cpp_ex.FM
example1.fm
intent1.fm
intent2.fm
makefile
merger1.fm
ring1.fm
ring2.fm
tree.fm
work_man.fm
-----------------------------------------------------------
for (FOR XNETLIB USERS ONLY) This is the Fortran M
path: /netlib/fortran-m/fm_v1.0/
-----------------------------------------------------------
COPYRIGHT_and_DISCLAIMER
HELP
INSTALL
Makefile
Projects
README
configs/
configure
docs/
examples/
scripts/
src/
support/
test/
-----------------------------------------------------------
path: /netlib/fortran-m/fm_v1.0/configs/
-----------------------------------------------------------
crayc90.cf/
iris.cf/
next040.cf/
next486.cf/
rs6000.cf/
rs6000_f2c.cf/
sun4.cf/
-----------------------------------------------------------
path: /netlib/fortran-m/fm_v1.0/configs/crayc90.cf/
-----------------------------------------------------------
config
config.sh
-----------------------------------------------------------
path: /netlib/fortran-m/fm_v1.0/configs/iris.cf/
-----------------------------------------------------------
config
config.sh
-----------------------------------------------------------
path: /netlib/fortran-m/fm_v1.0/configs/next040.cf/
-----------------------------------------------------------
config
config.sh
-----------------------------------------------------------
path: /netlib/fortran-m/fm_v1.0/configs/next486.cf/
-----------------------------------------------------------
config
config.sh
-----------------------------------------------------------
path: /netlib/fortran-m/fm_v1.0/configs/rs6000.cf/
-----------------------------------------------------------
config
config.sh
-----------------------------------------------------------
path: /netlib/fortran-m/fm_v1.0/configs/rs6000_f2c.cf/
-----------------------------------------------------------
config
config.sh
-----------------------------------------------------------
path: /netlib/fortran-m/fm_v1.0/configs/sun4.cf/
-----------------------------------------------------------
config
config.sh
-----------------------------------------------------------
path: /netlib/fortran-m/fm_v1.0/docs/
-----------------------------------------------------------
fm_prog_v1.0/
fm_prog_v1.0.ps
fortran-m.ps
-----------------------------------------------------------
path: /netlib/fortran-m/fm_v1.0/docs/fm_prog_v1.0/
-----------------------------------------------------------
argonne.ps
fm_prog.tex
makefile
map.eps
programs/
rel_hdr.tex
tr_hdr.tex
-----------------------------------------------------------
path: /netlib/fortran-m/fm_v1.0/docs/fm_prog_v1.0/programs/
-----------------------------------------------------------
cpp_ex.FM
example1.fm
intent1.fm
intent2.fm
makefile
merger1.fm
ring1.fm
ring2.fm
tree.fm
work_man.fm
-----------------------------------------------------------
path: /netlib/fortran-m/fm_v1.0/examples/
-----------------------------------------------------------
Makefile
README
dirichlet.fm
fm_prog_examples/
hello.fm
hello2.fm
oneproc.fm
par_prefix.fm
par_prefix.fmp
par_prefix_driver.fm
par_prefix_driver.fmp
prodcons.fm
prodcons2.fm
ring.fm
test_common.fm
test_common_1.fm
-----------------------------------------------------------
path: /netlib/fortran-m/fm_v1.0/examples/fm_prog_examples/
-----------------------------------------------------------
README
cpp_ex.FM
example1.fm
intent1.fm
intent2.fm
makefile
merger1.fm
ring1.fm
ring2.fm
tree.fm
work_man.fm
-----------------------------------------------------------
path: /netlib/fortran-m/fm_v1.0/scripts/
-----------------------------------------------------------
move-if-change
-----------------------------------------------------------
path: /netlib/fortran-m/fm_v1.0/src/
-----------------------------------------------------------
Makefile.base
TAGS
compiler/
cpp/
fm_yoke_runtime/
include/
parser/
perl/
yoke/
-----------------------------------------------------------
path: /netlib/fortran-m/fm_v1.0/src/compiler/
-----------------------------------------------------------
CodeGenNotes
Makefile.base
TAGS
all.pl
array.pl
cf_utils.pl
code.pl
debug.pl
dump.pl
error.pl
f72.pl
fm
fm_collect
fm_collect_old
fm_collect_proc
fm_main.pl
ftypes.ph
getline.pl
loops.pl
newgetopt.pl
portdict.pl
prim.ph
proc-gen-spawn.pl
proc-gen-sr-wrap.pl
proc-par-block.pl
proc-ports.pl
proc-stmt.pl
proc-wrapperHeader.pl
processors.pl
readfile.pl
recvcode
state.pl
tree.pl
types-new.pl
types.pl
utils.pl
vardict.pl
-----------------------------------------------------------
path: /netlib/fortran-m/fm_v1.0/src/cpp/
-----------------------------------------------------------
Makefile.base
alloca.c
cccp.c
cexp.y
-----------------------------------------------------------
path: /netlib/fortran-m/fm_v1.0/src/fm_yoke_runtime/
-----------------------------------------------------------
FM_Notes
Makefile
Makefile.base
TAGS
channel.c
debug.c
fm.h
fm_defs.h
fm_fortran_interface.h
fm_fortran_types.h
fm_funcs.h
fm_globals.h
fm_types.h
handler.c
init.c
manager.c
manager_req.c
migrate.c
migrate_new.c
pblock.c
pindex.c
process.c
shutdown.c
sr.c
vcomputer.c
-----------------------------------------------------------
path: /netlib/fortran-m/fm_v1.0/src/include/
-----------------------------------------------------------
Makefile.base
util.h
yoke.h
yoke_c_hdr.h
-----------------------------------------------------------
path: /netlib/fortran-m/fm_v1.0/src/parser/
-----------------------------------------------------------
Makefile.base
alloca.c
ftest
ftest-old.pl
ftest.pl
gram.c
gram.h
gram.output
gram.y
lex.c
lex.l
mktoknames
parse.c
perl_subs.c
prim.h
prim.ph
prim2ph
symbol_redefines.h
toknames.c
tree.c
tree.h
types.def
types.h
usersubs.def
-----------------------------------------------------------
path: /netlib/fortran-m/fm_v1.0/src/perl/
-----------------------------------------------------------
Artistic
Configure
Copying
EXTERN.h
INTERN.h
MANIFEST
Makefile.SH
PACKINGLIST@3
README
README.ncr
README.uport
README.xenix
TAGS
Wishlist
arg.h
array.c
array.h
c2ph.SH
c2ph.doc
cflags.SH
client
cmd.c
cmd.h
config.H
config_h.SH
cons.c
consarg.c
doSH
doarg.c
doio.c
dolist.c
dump.c
eval.c
form.c
form.h
gettest
h2ph.SH
handy.h
hash.c
hash.h
installperl
ioctl.pl
isuidperl
makedepend.SH
makedir.SH
malloc.c
patchlevel.h
patchout
perl.c
perl.c.p18
perl.c.save
perl.h
perl.h.p18
perl.man
perlsh
perly.fixer
perly.y
pstruct
regcomp.c
regcomp.h
regexec.c
regexp.h
server
spat.h
stab.c
stab.h
str.c
str.h
toke.c
usersub.c
util.c
util.h
-----------------------------------------------------------
path: /netlib/fortran-m/fm_v1.0/src/yoke/
-----------------------------------------------------------
Makefile.base
Makefile.crayc90
Makefile.sun4
TAGS
args.c
config_orig.h
defs.h
error.c
funcs.h
getpagesize.h
globals.h
gmalloc.c
interface.c
macros.h
malloc.h
md_unix.c
proto_tcp.c
proto_tcp.c.save
proto_tcp.h
sys_incs.h
test.f
test_c.c
types.h
util.c
util.h
yoke.h
yoke_c_hdr.h
yoke_internal.h
-----------------------------------------------------------
path: /netlib/fortran-m/fm_v1.0/support/
-----------------------------------------------------------
constants
genMakefile
install_vars
remove_makefile_include
remove_makefile_include.ed
run_tests
shadow_tree
tar.exclude
-----------------------------------------------------------
path: /netlib/fortran-m/fm_v1.0/test/
-----------------------------------------------------------
.dbxinit
Makefile
Makefile.base
Makefile.base.in
channels.FM
char.fm
fm_common.fm
gauss.fm
merger_test.fm
migboth.fm
migin.fm
migmany.FM
migmany.fm
migout.fm
node_test.fm
node_test_c.c
probe_test.fm
processes.fm
ring_checksum.fm
str2int.c
test_moveport.fm
test_submachine.fm
-----------------------------------------------------------
for Subdirectory containing various Fortran
path: /netlib/fortran-m/reports/
-----------------------------------------------------------
# This directory contains the following Fortran M-related reports:
fortran-m.ps # Fortran M: A Language for Modular Parallel
Programming
Ian Foster and Mani Chandy
Preprint MCS-P327-0992, Argonne National Lab.
Compressed postscript: 127337 bytes.
fortran-m/ # Fortran M: A Language for Modular Parallel
Programming
Ian Foster and Mani Chandy
Preprint MCS-P327-0992, Argonne National Lab.
Compressed tar file: 84201 bytes.
determinism.ps # A Deterministic Notation for Cooperating
Processes
Mani Chandy and Ian Foster
Preprint MCS-P346-0193, Argonne National Lab.
Compressed postscript: 76843 bytes.
determinism/ # A Deterministic Notation for Cooperating
Processes
Mani Chandy and Ian Foster
Preprint MCS-P346-0193, Argonne National Lab.
Compressed tar file: 36455 bytes.
shpcc94.ps # A Compilation System that Integrates High
Performance Fortran and
Fortran M (extended abstract)
Ian Foster, Bhaven Avalani, Alok Choudhary, and
Ming Xu
Proc. 1994 Scalable High Performance Computing
Conference (to appear).
Compressed postscript: 46813 bytes.
shpcc94/ # A Compilation System that Integrates High
Performance Fortran and
Fortran M (extended abstract)
Ian Foster, Bhaven Avalani, Alok Choudhary, and
Ming Xu
Proc. 1994 Scalable High Performance Computing
Conference (to appear).
Compressed tar file: 22690 bytes.
ijsa.ps # Integrated Support for Task and Data Parallelism
Mani Chandy, Ian Foster, Ken Kennedy, Charles
Koelbel, and Chau-Wen Tseng
International Journal of Supercomputer
Applications (to appear).
Compressed postscript: 93419 bytes.
ijsa/ # Integrated Support for Task and Data Parallelism
Mani Chandy, Ian Foster, Ken Kennedy, Charles
Koelbel, and Chau-Wen Tseng
International Journal of Supercomputer
Applications (to appear).
Compressed tar file: 36086 bytes.
definition.ps # Ian Foster and Mani Chandy
Fortran M Language Definition
Technical Report ANL-93/28, Argonne National
Lab, 1993.
Compressed postscript: 42547 bytes.
definition/ # Ian Foster and Mani Chandy
Fortran M Language Definition
Technical Report ANL-93/28, Argonne National
Lab, 1993.
Compressed tar file: 10485 bytes.
-----------------------------------------------------------
# Ian Foster and Mani Chandy
path: /netlib/fortran-m/reports/definition/
-----------------------------------------------------------
p.tex
-----------------------------------------------------------
# A Deterministic Notation for Cooperating
path: /netlib/fortran-m/reports/determinism/
-----------------------------------------------------------
channel.eps
diamond.eps
dsav.eps
p.tex
-----------------------------------------------------------
# Fortran M: A Language for Modular Parallel
path: /netlib/fortran-m/reports/fortran-m/
-----------------------------------------------------------
atm.eps
atm_ocn.eps
dynamic.eps
histo.eps
map.eps
p.dvi
-----------------------------------------------------------
# Integrated Support for Task and Data Parallelism
path: /netlib/fortran-m/reports/ijsa/
-----------------------------------------------------------
fortD.tex
p.tex
title.ps
-----------------------------------------------------------
# A Compilation System that Integrates High
path: /netlib/fortran-m/reports/shpcc94/
-----------------------------------------------------------
convolution.eps
fmd.eps
p.tex
-----------------------------------------------------------
for tools specific to Fortran: a single/double
path: /netlib/fortran/
-----------------------------------------------------------
s2d/ for converting between Fortran single and double
precision
by Jim Meyering, Univ. Texas
gams s1
lang C
# shar of uuencode of gzip of gzip of tar (sic)
ftnchek/ for detecting unused, uninitialized, and undeclared
variables
by moniot@dsm.fordham.edu (Robert Moniot)
gams s2
# compressed binary file, not available by email
size 495 kB
-----------------------------------------------------------
for detecting unused, uninitialized, and undeclared
path: /netlib/fortran/ftnchek/
-----------------------------------------------------------
ftnchek-2.8.3/
-----------------------------------------------------------
path: /netlib/fortran/ftnchek/ftnchek-2.8.3/
-----------------------------------------------------------
PATCHES
README
average.f
average.out
build-alpha.com
build.com
cc.com
dcl2inc.awk
dcl2inc.doc
dcl2inc.man
dcl2inc.ps
dcl2inc.sh
exprtype.c
fcl2vcg.doc
fcl2vcg.man
fcl2vcg.ps
fcl2vcg.sh
forlex.c
fortran.c
fortran.y
ftnchek.c
ftnchek.def
ftnchek.doc
ftnchek.h
ftnchek.hlp
ftnchek.man
ftnchek.ps
intrins.h
iokeywds.h
keywords.h
link-alpha.com
link.com
makefile
makefile.bc
makefile.mpw
makefile.unix
man2ps
pgsymtab.c
plsymtab.c
pointer.patch
project.c
shell_mung.c
symtab.c
symtab.h
test/
tokdefs.h
-----------------------------------------------------------
path: /netlib/fortran/ftnchek/ftnchek-2.8.3/test/
-----------------------------------------------------------
Compare.sh
Include/
Makefile
Okay/
args01.f
args02.f
args03.f
args04.f
args05.f
args06.f
args07.f
args08.f
args09.f
args10.f
args11.f
args12.f
args13.f
args14.f
args15.f
arrayclash.f
assign.f
average.f
backslash.f
backslash.opt
chestnuts.f
chestnuts.opt
comclash.f
comcmp.f
comcmp.opt
complex.f
complex.opt
comtest.f
comusage.f
comusage.opt
correct.f
dectab.f
dectab.opt
dims.f
dims.opt
do_enddo.f
do_enddo.opt
help.opt
include.f
include.opt
intrinstest.f
namelist.f
namelist.opt
noblanks.f
noblanks.opt
strings.f
strings.opt
t208a.f
t208b.f
t208c.f
t208d.f
t208e.f
t208f.f
t208g.f
t208h.f
t208i.f
t208j.f
t208k.f
t208l.f
t208m.f
t208n.f
t208o.f
t208p.f
t208q.f
t208r.f
t208s.f
t208t.f
t208u.f
t208v.f
t208w.f
t208x.f
unixincluded.f
unixincluded.opt
usage.f
-----------------------------------------------------------
path: /netlib/fortran/ftnchek/ftnchek-2.8.3/test/Include/
-----------------------------------------------------------
stats.h
-----------------------------------------------------------
path: /netlib/fortran/ftnchek/ftnchek-2.8.3/test/Okay/
-----------------------------------------------------------
adp.inc
agg.inc
args01.fc0
args01.fc1
args01.fc2
args01.fc3
args02.fc0
args02.fc1
args02.fc2
args02.fc3
args03.fc0
args03.fc1
args03.fc2
args03.fc3
args04.fc0
args04.fc1
args04.fc2
args04.fc3
args05.fc0
args05.fc1
args05.fc2
args05.fc3
args06.fc0
args06.fc1
args06.fc2
args06.fc3
args07.fc0
args07.fc1
args07.fc2
args07.fc3
args08.fc0
args08.fc1
args08.fc2
args08.fc3
args09.fc0
args09.fc1
args09.fc2
args09.fc3
args10.fc0
args10.fc1
args10.fc2
args10.fc3
args11.fc0
args11.fc1
args11.fc2
args11.fc3
args12.fc0
args12.fc1
args12.fc2
args12.fc3
args13.fc0
args13.fc1
args13.fc2
args13.fc3
args14.fc0
args14.fc1
args14.fc2
args14.fc3
args15.fc0
args15.fc1
args15.fc2
args15.fc3
arrayclash.fc0
arrayclash.fc1
arrayclash.fc2
arrayclash.fc3
assign.fc1
assign.fc2
assign.fc3
assign.fc4
assign.fc5
assign.fc6
assign.fc7
assign.fc8
assign.fcA
assign.fcB
assign.fcC
average.fc2
average.fcl
average.out
backslash.fcl
char.inc
chestnuts.fcl
cnd.inc
coefs.inc
comclash.fcl
comcmp.fc0
comcmp.fc1
comcmp.fc2
comcmp.fc3
comcmp.fcl
comcmp.vcg
complex.fcl
comtest.fcl
comusage.fc0
comusage.fc1
comusage.fc2
comusage.fc3
comusage.fcl
comusage.vcg
correct.fc1
correct.fcl
correct.pcl
correct.prj
dectab.fcl
diffc.inc
diffn.inc
dims.dc0
dims.dc1
dims.dc2
dims.dc3
dims.dc4
dims.dc5
dims.dc6
dims.dc7
dims.dc8
dims.fcl
do_enddo.fcl
efnum.inc
fft.inc
fmarkers.inc
force.inc
forceb.inc
grid.inc
help.fcl
include.fcl
intrinstest.fcl
link.inc
linkb.inc
linkf.inc
mth.inc
namelist.dc0
namelist.dc1
namelist.dc2
namelist.dc3
namelist.dc4
namelist.dc5
namelist.dc6
namelist.dc7
namelist.dc8
namelist.fcl
noblanks.fcl
phi.inc
pres.inc
psteps.inc
ptds.inc
rsize.inc
steps.inc
stiff.inc
strings.fcl
t208a.dc0
t208a.dc2
t208a.dc3
t208a.dc4
t208a.dc5
t208a.dc6
t208a.dc7
t208a.dc8
t208b.dc0
t208b.dc1
t208b.dc2
t208b.dc3
t208b.dc4
t208b.dc5
t208b.dc6
t208b.dc7
t208b.dc8
t208c.dc0
t208c.dc2
t208c.dc3
t208c.dc4
t208c.dc5
t208c.dc6
t208c.dc7
t208c.dc8
t208d.dc0
t208d.dc1
t208d.dc2
t208d.dc3
t208d.dc4
t208d.dc5
t208d.dc6
t208d.dc7
t208d.dc8
t208e.dc0
t208e.dc1
t208e.dc2
t208e.dc3
t208e.dc4
t208e.dc5
t208e.dc6
t208e.dc7
t208e.dc8
t208f.dc0
t208f.dc1
t208f.dc2
t208f.dc3
t208f.dc4
t208f.dc5
t208f.dc6
t208f.dc7
t208f.dc8
t208g.dc0
t208g.dc2
t208g.dc3
t208g.dc4
t208g.dc5
t208g.dc6
t208g.dc7
t208g.dc8
t208h.dc0
t208h.dc1
t208h.dc2
t208h.dc3
t208h.dc4
t208h.dc5
t208h.dc6
t208h.dc7
t208h.dc8
t208i.dc0
t208i.dc1
t208i.dc2
t208i.dc3
t208i.dc4
t208i.dc5
t208i.dc6
t208i.dc7
t208i.dc8
t208j.dc0
t208j.dc1
t208j.dc2
t208j.dc3
t208j.dc4
t208j.dc5
t208j.dc6
t208j.dc7
t208j.dc8
t208k.dc0
t208k.dc2
t208k.dc3
t208k.dc4
t208k.dc5
t208k.dc6
t208k.dc7
t208k.dc8
t208l.dc0
t208l.dc2
t208l.dc3
t208l.dc4
t208l.dc5
t208l.dc6
t208l.dc7
t208l.dc8
t208m.dc0
t208m.dc2
t208m.dc3
t208m.dc4
t208m.dc5
t208m.dc6
t208m.dc7
t208m.dc8
t208n.dc0
t208n.dc1
t208n.dc2
t208n.dc3
t208n.dc4
t208n.dc5
t208n.dc6
t208n.dc7
t208n.dc8
t208o.dc0
t208o.dc1
t208o.dc2
t208o.dc3
t208o.dc4
t208o.dc5
t208o.dc6
t208o.dc7
t208o.dc8
t208p.dc0
t208p.dc2
t208p.dc3
t208p.dc4
t208p.dc5
t208p.dc6
t208p.dc7
t208p.dc8
t208q.dc0
t208q.dc2
t208q.dc3
t208q.dc4
t208q.dc5
t208q.dc6
t208q.dc7
t208q.dc8
t208r.dc0
t208r.dc1
t208r.dc2
t208r.dc3
t208r.dc4
t208r.dc5
t208r.dc6
t208r.dc7
t208r.dc8
t208s.dc0
t208s.dc2
t208s.dc3
t208s.dc4
t208s.dc5
t208s.dc6
t208s.dc7
t208s.dc8
t208t.dc0
t208t.dc2
t208t.dc3
t208t.dc4
t208t.dc5
t208t.dc6
t208t.dc7
t208t.dc8
t208u.dc0
t208u.dc2
t208u.dc3
t208u.dc4
t208u.dc5
t208u.dc6
t208u.dc7
t208u.dc8
t208v.dc0
t208v.dc2
t208v.dc3
t208v.dc4
t208v.dc5
t208v.dc6
t208v.dc7
t208v.dc8
t208w.dc0
t208w.dc1
t208w.dc2
t208w.dc3
t208w.dc4
t208w.dc5
t208w.dc6
t208w.dc7
t208w.dc8
t208x.dc0
t208x.dc1
t208x.dc2
t208x.dc3
t208x.dc4
t208x.dc5
t208x.dc6
t208x.dc7
t208x.dc8
t208x.dcl
t208x.dcn
t208x.err
t208x.mak
tdspace.inc
unixincluded.fcl
usage.fc0
usage.fc1
usage.fc2
usage.fc3
vel.inc
wave.inc
-----------------------------------------------------------
for converting between Fortran single and double
path: /netlib/fortran/s2d/
-----------------------------------------------------------
f-s2d-1.2.1/
-----------------------------------------------------------
path: /netlib/fortran/s2d/f-s2d-1.2.1/
-----------------------------------------------------------
COPYING
ChangeLog
INSTALL
Makefile.in
README
config.h.in
configure
configure.in
install-sh
lib/
man/
mkinstalldirs
src/
-----------------------------------------------------------
path: /netlib/fortran/s2d/f-s2d-1.2.1/lib/
-----------------------------------------------------------
Makefile.in
alloca.c
error.c
getopt.c
getopt.h
getopt1.c
memcmp.c
xmalloc.c
-----------------------------------------------------------
path: /netlib/fortran/s2d/f-s2d-1.2.1/man/
-----------------------------------------------------------
Makefile.in
f-ai.1
s2d.1
-----------------------------------------------------------
path: /netlib/fortran/s2d/f-s2d-1.2.1/src/
-----------------------------------------------------------
Makefile.in
Test/
config/
d2s-lex.c
d2s.l
f-ai.sh
flbreak.c
fljoin.c
init-d2s.h
init-s2d.h
init.c
init.h
main.c
readline.c
readline.h
s2d-lex.c
s2d.l
symbol.c
symbol.h
system.h
version.c
yydecl.h
-----------------------------------------------------------
path: /netlib/fortran/s2d/f-s2d-1.2.1/src/Test/
-----------------------------------------------------------
Makefile
fljoin-in
idem-double.f
idem-single.f
single.f
-----------------------------------------------------------
path: /netlib/fortran/s2d/f-s2d-1.2.1/src/config/
-----------------------------------------------------------
GNUmakefile
Makefile
README
config.sh
core.names
f77.names
in
in-d2s
in-s2d
linpack.names
pchip.names
sqpe.names
-----------------------------------------------------------
for floating point arithmetic
path: /netlib/fp/
-----------------------------------------------------------
dtoa.c by David Gay
for ANSI C or C++ source for functions strtod and
dtoa that do decimal-to-binary and
binary-to-decimal conversions. Comments at the
beginning describe various preprocessor
variables that can be defined to make this code
work with binary IEEE, VAX, or IBM-mainframe
arithmetic. To get Postscript for a paper about
dtoa.c, ask netlib@research.att.com to send
att/cs/doc/90/4-10.ps
g_fmt.c by David Gay
for ANSI C or C++ source for function g_fmt(char *,
double): with help from dtoa, g_fmt(buf, x) sets
buf to the shortest decimal string that
correctly rounds to x.
rnd_prod.s Assembly code, usable under UNIX UTS System V
Release 2.6b, that uses IBM-mainframe
extended-precision floating-point instructions
to compute rounded products and quotients.
testbase by Vern Paxson
for announcing ftp access for test program
ucbtest/ for testing certain difficult cases of IEEE 754
floating-point arithmetic
by dgh@validgh.com (David G. Hough) et al.
lang C
size 1 megabyte
# Retrieve by ftp or http, not email.
-----------------------------------------------------------
for testing certain difficult cases of IEEE 754
path: /netlib/fp/ucbtest/
-----------------------------------------------------------
ucb/
-----------------------------------------------------------
path: /netlib/fp/ucbtest/ucb/
-----------------------------------------------------------
libctest/
libftest/
ucbDOS/
ucbREADME/
ucbctest/
ucbeef/
ucbftest/
ucblib/
ucbtest/
-----------------------------------------------------------
path: /netlib/fp/ucbtest/ucb/libctest/
-----------------------------------------------------------
Makefile
libctest.h
testabsd.c
testabss.c
testabsx.c
testacosd.c
testacoss.c
testacosx.c
testadd.c
testaddd.c
testadds.c
testaddx.c
testasind.c
testasins.c
testasinx.c
testatan2d.c
testatan2s.c
testatan2x.c
testatand.c
testatans.c
testatanx.c
testcabs.c
testcabsd.c
testcabss.c
testcabsx.c
testceild.c
testceils.c
testceilx.c
testcosd.c
testcoshd.c
testcoshs.c
testcoshx.c
testcoss.c
testcosx.c
testdiv.c
testdivd.c
testdivs.c
testdivx.c
testexpd.c
testexpm1d.c
testexpm1s.c
testexpm1x.c
testexps.c
testexpx.c
testfloord.c
testfloors.c
testfloorx.c
testfunc1.c
testfunc2.c
testhypotd.c
testhypots.c
testhypotx.c
testlog10d.c
testlog10s.c
testlog10x.c
testlog1pd.c
testlog1ps.c
testlog1px.c
testlogd.c
testlogs.c
testlogx.c
testmodd.c
testmods.c
testmodx.c
testmul.c
testmuld.c
testmuls.c
testmulx.c
testpowd.c
testpows.c
testpowx.c
testsignif.c
testsignifd.c
testsignifs.c
testsignifx.c
testsind.c
testsinhd.c
testsinhs.c
testsinhx.c
testsins.c
testsinx.c
testsqrtd.c
testsqrts.c
testsqrtx.c
testsub.c
testsubd.c
testsubs.c
testsubx.c
testtand.c
testtanhd.c
testtanhs.c
testtanhx.c
testtans.c
testtanx.c
testtodouble.c
testtodoubled.c
testtodoubles.c
testtodoublex.c
testtoext.c
testtoextd.c
testtoexts.c
testtoextx.c
testtoint.c
testtointd.c
testtoints.c
testtointx.c
testtosingle.c
testtosingled.c
testtosingles.c
testtosinglex.c
-----------------------------------------------------------
path: /netlib/fp/ucbtest/ucb/libftest/
-----------------------------------------------------------
Makefile
libftest.h
testabsd.F
testabss.F
testabsx.F
testacosd.F
testacoss.F
testacosx.F
testadd.F
testaddd.F
testadds.F
testaddx.F
testasind.F
testasins.F
testasinx.F
testatan2d.F
testatan2s.F
testatan2x.F
testatand.F
testatans.F
testatanx.F
testcabsd.F
testcabss.F
testcabsx.F
testceil.F
testceild.F
testceils.F
testceilx.F
testcosd.F
testcoshd.F
testcoshs.F
testcoshx.F
testcoss.F
testcosx.F
testdiv.F
testdivd.F
testdivs.F
testdivx.F
testexpd.F
testexpm1.F
testexpm1d.F
testexpm1s.F
testexpm1x.F
testexps.F
testexpx.F
testfloor.F
testfloord.F
testfloors.F
testfloorx.F
testfunc1.F
testfunc1c.F
testfunc2.F
testfunc2c.F
testhypotd.F
testhypots.F
testhypotx.F
testlog10d.F
testlog10s.F
testlog10x.F
testlog1p.F
testlog1pd.F
testlog1ps.F
testlog1px.F
testlogd.F
testlogs.F
testlogx.F
testmodd.F
testmods.F
testmodx.F
testmul.F
testmuld.F
testmuls.F
testmulx.F
testpow.F
testpowd.F
testpows.F
testpowx.F
testsignif.F
testsignifd.F
testsignifs.F
testsignifx.F
testsind.F
testsinhd.F
testsinhs.F
testsinhx.F
testsins.F
testsinx.F
testsqrtd.F
testsqrts.F
testsqrtx.F
testsub.F
testsubd.F
testsubs.F
testsubx.F
testtand.F
testtanhd.F
testtanhs.F
testtanhx.F
testtans.F
testtanx.F
testtodouble.F
testtodoubled.F
testtodoubles.F
testtodoublex.F
testtoext.F
testtoextd.F
testtoexts.F
testtoextx.F
testtoint.F
testtointd.F
testtoints.F
testtointx.F
testtosingle.F
testtosingled.F
testtosingles.F
testtosinglex.F
-----------------------------------------------------------
path: /netlib/fp/ucbtest/ucb/ucbDOS/
-----------------------------------------------------------
README
copysign.c
ddivtest.exe
ddivtest.ide
dmultest.exe
dmultest.ide
dsqrtest.exe
dsqrtest.ide
fdivtest.exe
fdivtest.ide
fdlibm.h
fmultest.exe
fmultest.ide
fsqrtest.exe
fsqrtest.ide
readme
results
rint.c
runall.bat
scalbn.c
ucbdivte.c
ucbmulte.c
ucbsqrte.c
ucbtest.c
ucbtest.h
wdivtest.exe
wdivtest.ide
wmultest.exe
wmultest.ide
wsqrtest.exe
wsqrtest.ide
-----------------------------------------------------------
path: /netlib/fp/ucbtest/ucb/ucbREADME/
-----------------------------------------------------------
Makefile
README
TESTING
aix.sh
alpha.osf.gcc.log
alpha.osf.gcc.sh
apogee30.log
apogee30.sh
aux.log
aux.sh
dolog.sh
generic.sh
hpux.log
hpux.sh
irix.log
irix.sh
linux.log
linux.sh
log.sh
m68k.hp.netbsd1.0a.log
m68k.hp.netbsd1.0a.sh
mips.ultrix.gcc.log
mips.ultrix.gcc.sh
pc201.fix.log
pc201.flaw.log
pc201.sh
readme
readme.about.testing
sc301.log
sc301.sh
sunos3.fpa.log
sunos3.fpa.sh
sunos3.log
sunos3.sh
sunos4.log
sunos4.sh
sunos5.fdlibm.gcc.log
sunos5.fdlibm.gcc.sh
sunos5.gcc.log
sunos5.gcc.sh
-----------------------------------------------------------
path: /netlib/fp/ucbtest/ucb/ucbctest/
-----------------------------------------------------------
Makefile
beefmain.c
divmain.c
findpimain.c
libmain.c
mulmain.c
par.c
pi.c
sqrmain.c
-----------------------------------------------------------
path: /netlib/fp/ucbtest/ucb/ucbeef/
-----------------------------------------------------------
README
anlyzr.c
beefscan.c
distd.c
er_atn.c
er_dfl.c
er_em1.c
er_l1p.c
er_log.c
er_sin.c
findpi.c
local.h
mpwglue.c
others.c
phase1.c
randm.c
report.c
sys.h
-----------------------------------------------------------
path: /netlib/fp/ucbtest/ucb/ucbftest/
-----------------------------------------------------------
Makefile
beefmain.F
divmain.F
findpimain.F
libmain.F
mulmain.F
par.F
pi.F
sqrmain.F
ucbftest.h
-----------------------------------------------------------
path: /netlib/fp/ucbtest/ucb/ucblib/
-----------------------------------------------------------
acosd.input
acosq.input
acoss.input
addd.input
addq.input
adds.input
asind.input
asinq.input
asins.input
atan2d.input
atan2q.input
atan2s.input
atand.input
atanq.input
atans.input
cabsd.input
cabsq.input
cabss.input
ceild.input
ceilq.input
ceils.input
cosd.input
coshd.input
coshq.input
coshs.input
cosq.input
coss.input
divd.input
divq.input
divs.input
expd.input
expq.input
exps.input
fabsd.input
fabsq.input
fabss.input
floord.input
floorq.input
floors.input
fmodd.input
fmodq.input
fmods.input
hypotd.input
hypotq.input
hypots.input
log10d.input
log10q.input
log10s.input
logd.input
logq.input
logs.input
muld.input
mulq.input
muls.input
powd.input
powq.input
pows.input
sind.input
sinhd.input
sinhq.input
sinhs.input
sinq.input
sins.input
sqrtd.input
sqrtq.input
sqrts.input
subd.input
subq.input
subs.input
tand.input
tanhd.input
tanhq.input
tanhs.input
tanq.input
tans.input
-----------------------------------------------------------
path: /netlib/fp/ucbtest/ucb/ucbtest/
-----------------------------------------------------------
beef.c
div.c
findpi.c
fpce.S
fpce.aux.c
fpce.i386.c
fpce.m68k.c
fpce.sparc.c
ieee.c
init.F
init.c
lib.c
lib.h
mul.c
sqr.c
ucbexit.c
ucbtest.h
-----------------------------------------------------------
for Generalized Cross Validation spline smoothing
path: /netlib/gcv/
-----------------------------------------------------------
# see also toms/642.
sbart.r for univariate smoothing spline automatically
choosing the smoothing parameter by minimizing
generalized cross validation
lang Ratfor language with comments
by Finbarr O'Sullivan
ref "Comments on Dr. Silverman's Paper", J. Royal
Statistical Society B (1985) 47, pp.39-40
sbart.f for univariate smoothing spline automatically
choosing the smoothing parameter by minimizing
generalized cross validation
lang Fortran language with NO comments
by Finbarr O'Sullivan
ref "Comments on Dr. Silverman's Paper", J. Royal
Statistical Society B (1985) 47, pp.39-40
bart/ for smoothing spline
by Finbarr O'Sullivan
size 200 kB
gcvspl for B-spline data smoothing using generalized
cross-validation and mean squared prediction or
explicit user smoothing
by H.J. Woltring, University of Nijmegen, Philips
Medical Systems, Eindhoven (The Netherlands)
# Natural B-spline data smoothing subroutine,
using the Generalized Cross- Validation and
Mean-Squared Prediction Error Criteria of Craven
& Wahba (1979). Alternatively, the amount of
smoothing can be given explicitly, or it can be
based on the effective number of degrees of
freedom in the smoothing process as defined by
Wahba (1980). The model assumes uncorrelated,
additive noise and essentially smooth,
underlying functions. The noise may be
non-stationary, and the independent co-ordinates
may be spaced non-equidistantly. Multiple
datasets, with common independent variables and
weight factors are accomodated. A full
description of the package is provided in: H.J.
Woltring (1986), A FORTRAN package for
generalized, cross-validatory spline smoothing
and differentiation. Advances in Engineering
Software 8(2):104-113
gcv1/ title gcvpack release 2, part 1
for generalized cross validation, also requires
(gcv/gcv2)
by D. Bates, M. Lindstrom, G. Wahba and B. Yandell
Univ Wisconsin-Madison
ref "GCVPACK-ROUTINES FOR GENERALIZED CROSS
VALIDATION", TR 775(rev.), October, 1986.
# Uses: dcopy dasum dqrsl dtrco dtrsl ddot dswap
dqrdc dchdc dsvdc from linpack and the blas. If
you have problems or questions, please mail
details to gcvpack@stat.wisc.edu We may be
contacted individually as follows:
bates@stat.wisc.edu - Douglas Bates
lindstro@stat.wisc.edu - Mary Lindstrom
wahba@stat.wisc.edu - Grace Wahba
yandell@stat.wisc.edu - Brian Yandell
gcv2/ title gcvpack release 2, part 2
see gcv/gcv1
gcvdoc/ for error codes and update notices for (gcv/gcv1)
and (gcv/gcv2)
see gcv/gcv1
rkpk/ title RKPACK
for smoothing spline by generalized cross validation
or generalized maximum likelihood
lang ratfor
by C. Gu, University of Wisconsin-Madison
[gu@stat.wisc.edu]
ref SIAM J. Sci. Stat. Comp. 12, 383-398.
alg Householder tridiagonalization with distributed
truncation
size 305 kB
rkpk.tex
vspline for non-parametric estimate of a smooth
vector-valued function from noisy measurements
by Jeff Fessler, Stanford University
lang C
alg generalization of (scalar) cubic-spline
smoothing
ref "Non-parametric fixed-interval smoothing with
vector splines", IEEE ASSP
grkpack/ title GRKPACK
for smoothing spline ANOVA for data from exponential
families
lang ratfor
by Yuedong Wang, University of Michigan
[yuedong@umich.edu]
ref Tech. Rep. 940, University of Wisconsin-Madison,
Dept. of Statistics.
alg generalization of RKPACK
size 721 kB
-----------------------------------------------------------
for smoothing spline
path: /netlib/gcv/bart/
-----------------------------------------------------------
bart.d
bart.i
bden.d
bden.i
bhaz.d
breslw.r
cbnm.r
cxghs.r
elabsrcx.r
evalle.r
evalpl.r
evlkdn.r
evlkhz.r
gden.r
ghaz.r
grhss.r
gxv.r
icreg.r
icreg1.r
iden.r
iden1.r
ihaz.r
ihaz1.r
lamv.r
lamval.r
lsamp1.r
pcg.r
sbart.r
sbcox.r
sbden.r
sbhaz.r
sbvc.r
scvdn.r
scvhz.r
sdircx.r
sdirdn.r
sdirhz.r
search.r
setup.r
sg.r
sgram.r
shessc.r
shessd.r
shessh.r
shist.r
sinerp.r
sknotl.r
slap.r
slvcxp.r
smv5.r
srchcx.r
srchdn.r
srchhz.r
sslvcx.r
sslvdn.r
sslvhz.r
sslvlp.r
sslvrg.r
step.r
stepp.r
strap.r
stxwx.r
-----------------------------------------------------------
title gcvpack release 2, part 1
path: /netlib/gcv/gcv1/
-----------------------------------------------------------
Makefile
dcfcr.f
dcfcr1.f
dcpmut.f
dcrtz.f
dctsx.f
ddcom.f
ddiag.f
dftkf.f
dgcv.f
dgcv1.f
dgemv.f
dmakek.f
dmaket.f
dpdcr.f
dpmse.f
dpred.f
dprmut.f
dptpss.f
dreps.f
drsap.f
dset.f
dsetup.f
dsgdc.f
dsgdc1.f
-----------------------------------------------------------
title gcvpack release 2, part 2
path: /netlib/gcv/gcv2/
-----------------------------------------------------------
dsnsm.f
dsuy.f
dtpss.f
dtsvdc.f
duni.f
dvl.f
dvlop.f
dvmin.f
dzdc.f
fact.f
inteqn.f
inteqn.in
inteqn.out
mkpoly.f
mktpar.f
mkxys.f
prmut.f
testptpss.f
testptpss.in
testptpss.out
testtpss.f
testtpss.in
testtpss.out
-----------------------------------------------------------
for error codes and update notices for (gcv/gcv1)
path: /netlib/gcv/gcvdoc/
-----------------------------------------------------------
info.numbers.doc
major.changes.doc
-----------------------------------------------------------
title GRKPACK
path: /netlib/gcv/grkpack/
-----------------------------------------------------------
README
examples/
grkpack/
grkpack.ps
lib/
rkpack/
-----------------------------------------------------------
path: /netlib/gcv/grkpack/examples/
-----------------------------------------------------------
Makefile
README
bbci.r
pima.dat
pima.doc
pima1.r
pima2.r
wesdr.dat
wesdr.doc
wesdr.r
-----------------------------------------------------------
path: /netlib/gcv/grkpack/grkpack/
-----------------------------------------------------------
Makefile
README
dbimdr.f
dbimdr.r
dbisdr.f
dbisdr.r
dbmdr.f
dbmdr.r
dbsdr.f
dbsdr.r
dgmdr.f
dgmdr.r
dgsdr.f
dgsdr.r
dpmdr.f
dpmdr.r
dpsdr.f
dpsdr.r
-----------------------------------------------------------
path: /netlib/gcv/grkpack/lib/
-----------------------------------------------------------
Makefile
README
dasum.f
daxpy.f
dcopy.f
ddot.f
devlpl.f
dgemv.f
dlanor.f
dln1px.f
dnrm2.f
dpbfa.f
dpbsl.f
dpofa.f
dposl.f
dprmut.f
dqrdc.f
dqrsl.f
dscal.f
dset.f
dsort.f
dswap.f
dsymv.f
dsyr2.f
dtrsl.f
dumnor.f
idamax.f
invnor.f
lsame.f
rnor.f
uni.f
xerbla.f
-----------------------------------------------------------
path: /netlib/gcv/grkpack/rkpack/
-----------------------------------------------------------
Makefile
README
dcoef.f
dcoef.r
dcore.f
dcore.r
dcrdr.f
dcrdr.r
ddeev.f
ddeev.r
deval.f
deval.r
dgold.f
dgold.r
dmcdc.f
dmcdc.r
dmudr.f
dmudr.r
dmudr1.f
dmudr1.r
dqrslm.f
dqrslm.r
dsidr.f
dsidr.r
dsms.f
dsms.r
dstup.f
dstup.r
dsytr.f
dsytr.r
dtrev.f
dtrev.r
-----------------------------------------------------------
title RKPACK
path: /netlib/gcv/rkpk/
-----------------------------------------------------------
Makefile
dcoef.r
dcore.r
dcrdr.r
ddeev.r
demo/
deval.r
dgold.r
dmcdc.r
dmudr.r
rkpk/
rkpk.header
-----------------------------------------------------------
path: /netlib/gcv/rkpk/demo/
-----------------------------------------------------------
Makefile
README
cubic.r
in.tptp
input
tensor.r
tensor1.r
thin.r
tptp.r
tptp1.r
-----------------------------------------------------------
path: /netlib/gcv/rkpk/rkpk/
-----------------------------------------------------------
README
demo/
lib/
rkpk/
rkpk.tex
-----------------------------------------------------------
path: /netlib/gcv/rkpk/rkpk/demo/
-----------------------------------------------------------
Makefile
README
cubic.r
in.tptp
input
tensor.r
tensor1.r
thin.r
tptp.r
tptp1.r
-----------------------------------------------------------
path: /netlib/gcv/rkpk/rkpk/lib/
-----------------------------------------------------------
Makefile
README
dasum.f
daxpy.f
dcopy.f
ddot.f
dgemv.f
dnrm2.f
dpbfa.f
dpbsl.f
dpofa.f
dposl.f
dprmut.f
dqrdc.f
dqrsl.f
dscal.f
dset.f
dswap.f
dsymv.f
dsyr2.f
dtrsl.f
idamax.f
lsame.f
rnor.f
uni.f
xerbla.f
-----------------------------------------------------------
path: /netlib/gcv/rkpk/rkpk/rkpk/
-----------------------------------------------------------
Makefile
README
dcoef.f
dcoef.r
dcore.f
dcore.r
dcrdr.f
dcrdr.r
ddeev.f
ddeev.r
deval.f
deval.r
dgold.f
dgold.r
dmcdc.f
dmcdc.r
dmudr.f
dmudr.r
dmudr1.f
dmudr1.r
dqrslm.f
dqrslm.r
dsidr.f
dsidr.r
dsms.f
dsms.r
dstup.f
dstup.r
dsytr.f
dsytr.r
dtrev.f
dtrev.r
-----------------------------------------------------------
for multi-processing Time Line and State Graph
path: /netlib/gmat/
-----------------------------------------------------------
readme for overview of gmat
gmat/ for documentation for the GMAT multiprocessing
Timeline and Stategraph tools
# It includes example data files for both logging
styles (CRI and NLTSS { same as the Cray
Compatibility library on the Alliant FX/8 }).
The README file has appropriate instructions
and information.
size 139266 bytes
stategraph/ for source code for the GMAT Stategraph Analysis
tool
# This tool analyzes multiprocessing log files as
an inheritance tree of tasks. Code for both
Sunview and X-Window (R3 & R4 - Athena toolkit)
implementations is included.
size 817604 bytes
timeline/ for source for the GMAT Timeline tool
# This tool analyzes multiprocessing log files as
a flowing sequence of events for multiple
concurrent tasks. Code for both Sunview
and X-Window (R3 & R4 - Athena toolkit)
implementations is included.
size 1119621 bytes
-----------------------------------------------------------
for documentation for the GMAT multiprocessing
path: /netlib/gmat/gmat/
-----------------------------------------------------------
README
examples/
gmat.ms
-----------------------------------------------------------
path: /netlib/gmat/gmat/examples/
-----------------------------------------------------------
User_Actions
trc.CRAY.Z
trc.CTSS.Z
-----------------------------------------------------------
for source code for the GMAT Stategraph Analysis
path: /netlib/gmat/stategraph/
-----------------------------------------------------------
state/
-----------------------------------------------------------
path: /netlib/gmat/stategraph/state/
-----------------------------------------------------------
Nmakefile
SCCS/
Smakefile
Xmakefile
assign.c
clscreen.c
confirm.c
data_input.c
defines.h
display.c
doevents.c
dotask.c
draw.c
driver.c
externvars.h
icons/
initialize.c
key.c
loads.c
log_entry.h
message.c
notify.c
open_dump.c
open_trace.c
plot_hist.c
read_user.c
state.msg
winit.c
xdoevents.c
xdraw.c
xexterns.h
xicons/
xkey.c
xnotify.c
xwinit.c
-----------------------------------------------------------
path: /netlib/gmat/stategraph/state/SCCS/
-----------------------------------------------------------
s.Smakefile
s.Xmakefile
s.assign.c
s.clscreen.c
s.confirm.c
s.data_input.c
s.defines.h
s.display.c
s.doevents.c
s.dotask.c
s.draw.c
s.driver.c
s.externvars.h
s.initialize.c
s.key.c
s.loads.c
s.log_entry.h
s.message.c
s.notify.c
s.open_dump.c
s.open_trace.c
s.plot_hist.c
s.read_user.c
s.state.msg
s.winit.c
s.xdoevents.c
s.xdraw.c
s.xexterns.h
s.xkey.c
s.xnotify.c
s.xwinit.c
-----------------------------------------------------------
path: /netlib/gmat/stategraph/state/icons/
-----------------------------------------------------------
barrier.node
choice.icon
choice.node
convert.icon
five.icon
five.node
four.icon
four.node
hollow.icon
hollow.node
infray.icon
infray.tri
key_slv.icon
key_slv.node
master.icon
master.node
newpidle.c
one.icon
one.node
pbind.icon
pidle.icon
preacq.icon
proc.icon
psuspnd.icon
punbind.icon
sg.icon
solid.icon
solid.node
status.icon
templat.node
test.icon
three.icon
three.node
two.icon
two.node
view.box
wait_cs.icon
wait_cs.tri
wait_g.icon
wait_g.tri
wait_gn.icon
wait_gn.tri
wait_w.icon
wait_w.tri
waitb.icon
waitb.node
waitcs.icon
waitcs.node
waite.node
waitf.icon
waitf.node
waitg.icon
waitg.node
waitgn.icon
waitgn.node
waitl.icon
waitl.node
waitt.node
-----------------------------------------------------------
path: /netlib/gmat/stategraph/state/xicons/
-----------------------------------------------------------
choice.icon
five.icon
four.icon
hollow.icon
hollow.node
infray.icon
infray.node
key_slv.icon
master.icon
master.node
one.icon
pbind.icon
pidle.icon
preacq.icon
psuspnd.icon
punbind.icon
rv_chce.icon
rv_fray.icon
rv_key.icon
rv_mstr.icon
rv_sold.icon
rv_sold.node
rv_wait.icon
sg.icon
solid.icon
solid.node
three.icon
two.icon
wait_cs.icon
wait_g.icon
wait_gn.icon
wait_w.icon
waitb.node
waitcs.node
waite.node
waitf.node
waitg.node
waitgn.node
waitl.node
waitt.node
waitw.node
-----------------------------------------------------------
for source for the GMAT Timeline tool
path: /netlib/gmat/timeline/
-----------------------------------------------------------
time/
-----------------------------------------------------------
path: /netlib/gmat/timeline/time/
-----------------------------------------------------------
NEWS
Nmakefile
SCCS/
Smakefile
Xmakefile
assign.c
check.c
check_init.h
clscreen.c
confirm.c
data_input.c
defines.h
display.c
doevents.c
draw.c
driver.c
externvars.h
icons/
initialize.c
key.c
load_user.c
loads.c
log_entry.h
message.c
news.c
notify.c
open_dump.c
open_trace.c
plot_hist.c
process.c
rawdump.c
time.msg
winit.c
xdisplay.c
xdraw.c
xexterns.h
xicons/
xkey.c
xnotify.c
xwinit.c
xwinit.h
-----------------------------------------------------------
path: /netlib/gmat/timeline/time/SCCS/
-----------------------------------------------------------
s.NEWS
s.Smakefile
s.Xmakefile
s.assign.c
s.check.c
s.check_init.h
s.clscreen.c
s.confirm.c
s.data_input.c
s.defines.h
s.display.c
s.doevents.c
s.draw.c
s.driver.c
s.externvars.h
s.initialize.c
s.key.c
s.load_user.c
s.loads.c
s.log_entry.h
s.message.c
s.news.c
s.notify.c
s.open_dump.c
s.open_trace.c
s.plot_hist.c
s.process.c
s.rawdump.c
s.time.msg
s.winit.c
s.xdisplay.c
s.xdraw.c
s.xexterns.h
s.xkey.c
s.xnotify.c
s.xwinit.c
s.xwinit.h
-----------------------------------------------------------
path: /netlib/gmat/timeline/time/icons/
-----------------------------------------------------------
blank.box
blank.icon
bottom.icon
complet.icon
complete.box
dotted.line
five.icon
four.icon
light.box
light.icon
mvic
nfive.icon
nfour.icon
none.icon
nseven.icon
nsix.icon
nthree.icon
ntwo.icon
octxic
octxic%
one.icon
pbind.icon
pidle.icon
preacq.icon
proc.icon
psuspnd.icon
punbind.icon
recover.box
recover.icon
seven.icon
six.icon
start.box
start.icon
templat.icon
template.box
test.icon
three.icon
tl.icon
two.icon
zero.icon
zspeed.icon
-----------------------------------------------------------
path: /netlib/gmat/timeline/time/xicons/
-----------------------------------------------------------
blank.box
blank.icon
bottom.icon
complet.icon
complete.box
dotted.line
five.icon
four.icon
light.box
mvxic
nfive.icon
nfour.icon
none.icon
nseven.icon
nsix.icon
nthree.icon
ntwo.icon
octxxic
octxxic%
one.icon
pbind.bm
pbind.icon
pidle.icon
pidle.pbm
preacq.icon
preacq.pbm
proc.icon
proc.pbm
psuspnd.icon
punbind.icon
ready.line
recover.box
recover.icon
running.line
seven.icon
six.icon
start.box
start.icon
templat.icon
test.icon
three.icon
tl.icon
two.icon
waitbnd.line
zero.icon
zspeed.icon
-----------------------------------------------------------
for utilities useful to netlib clients, covered by
path: /netlib/gnu/
-----------------------------------------------------------
copying for GNU General Public License (version 2, June
1991)
gzip/ for source for gzip and some machine-specific
executable versions: gzip is a program for
compressing and uncompressing files. See
gzip/readme for more details. File "copying"
gives general conditions for copying gzip.
# These are large, binary files unsuitable for
email. Use ftp or the Web to download.
-----------------------------------------------------------
for source for gzip and some machine-specific
path: /netlib/gnu/gzip/
-----------------------------------------------------------
# All of the following files are binary, unsuitable for email.
# Instead, use "ftp netlib.att.com" to retrieve.
# Most of the binaries (Sun, HP, RS6000) are linked
# with dynamic libraries. This can cause error messages
# on machines that lack the libraries, or that have
# older versions of them than the ones I linked against.
# If this causes too many complaints, I can replace them
# with statically linked binaries (which are usually
# much larger). dmg@research.att.com
src/ for gzip source
size 220 kB
cray.unicos.executable for gzip for Crays running UNICOS (built on a YMP)
dec5000.executable for gzip for DECStation 5000
dos.executable for gzip for MS-DOS (compiled by Microsoft C 6.0A)
hp.executable for gzip for HP 9000
rs6000.executable for gzip for IBM Risc System 6000
sgi.executable for gzip for SGI machines
sun.executable for gzip for Sun Sparc
readme
-----------------------------------------------------------
for gzip source
path: /netlib/gnu/gzip/src/
-----------------------------------------------------------
gzip-1.2.4/
-----------------------------------------------------------
path: /netlib/gnu/gzip/src/gzip-1.2.4/
-----------------------------------------------------------
COPYING
ChangeLog
INSTALL
Makefile.in
NEWS
README
THANKS
TODO
algorithm.doc
amiga/
atari/
bits.c
configure
configure.in
crypt.c
crypt.h
deflate.c
getopt.c
getopt.h
gpl.texinfo
gzexe.1
gzexe.in
gzip.1
gzip.c
gzip.doc
gzip.h
gzip.info
gzip.texi
inflate.c
lzw.c
lzw.h
match.S
msdos/
nt/
os2/
primos/
revision.h
sample/
tailor.h
texinfo.tex
trees.c
unlzh.c
unlzw.c
unpack.c
unzip.c
util.c
vms/
zdiff.1
zdiff.in
zforce.1
zforce.in
zgrep.1
zgrep.in
zip.c
zmore.1
zmore.in
znew.1
znew.in
-----------------------------------------------------------
path: /netlib/gnu/gzip/src/gzip-1.2.4/amiga/
-----------------------------------------------------------
Makefile.gcc
Makefile.sasc
match.a
tailor.c
utime.h
-----------------------------------------------------------
path: /netlib/gnu/gzip/src/gzip-1.2.4/atari/
-----------------------------------------------------------
Makefile.st
-----------------------------------------------------------
path: /netlib/gnu/gzip/src/gzip-1.2.4/msdos/
-----------------------------------------------------------
Makefile.bor
Makefile.djg
Makefile.msc
doturboc.bat
gzip.prj
match.asm
tailor.c
-----------------------------------------------------------
path: /netlib/gnu/gzip/src/gzip-1.2.4/nt/
-----------------------------------------------------------
Makefile.nt
-----------------------------------------------------------
path: /netlib/gnu/gzip/src/gzip-1.2.4/os2/
-----------------------------------------------------------
Makefile.os2
gzip.def
gzip16.def
-----------------------------------------------------------
path: /netlib/gnu/gzip/src/gzip-1.2.4/primos/
-----------------------------------------------------------
build.cpl
ci.opts
include/
primos.c
readme
-----------------------------------------------------------
path: /netlib/gnu/gzip/src/gzip-1.2.4/primos/include/
-----------------------------------------------------------
errno.h
fcntl.h
stdlib.h
sysStat.h
sysTypes.h
-----------------------------------------------------------
path: /netlib/gnu/gzip/src/gzip-1.2.4/sample/
-----------------------------------------------------------
add.c
makecrc.c
sub.c
zfile
zread.c
ztouch
-----------------------------------------------------------
path: /netlib/gnu/gzip/src/gzip-1.2.4/vms/
-----------------------------------------------------------
Makefile.gcc
Makefile.mms
Makefile.vms
Readme.vms
gzip.hlp
makegzip.com
vms.c
-----------------------------------------------------------
for Golden Oldies: widely used, but not in
path: /netlib/go/
-----------------------------------------------------------
.depend
Makefile
dependencies
gaussq.f gams H2c
for weights for Gaussian quadrature rules
prec double
sgausq.f gams H2c
for weights for Gaussian quadrature rules
prec single
zeroin.f gams F1b
for univariate zero-finding
by Brent
prec double
seroin.f gams F1b
for univariate zero-finding
by Brent
prec single
fmin.f gams G1a1a
for univariate minimization
by Brent
prec double
sfmin.f gams G1a1a
for univariate minimization
by Brent
prec single
ibmblas gams D1a
for IBM assembly language level-1 BLAS
lowess.f gams L8h
for smoothing scatterplots by locally weighted
regression
by Bill Cleveland
fft.f gams J1b
for complex FFT
prec single
by Singleton 1968
realtr.f gams J1a1
for real FFT
prec single
by Singleton 1968
pfort/ title PFORT Verifier
gams S2
for checking adherence to the 1966 standard.
size 283 kB
underwood.f for sparse symmetric eigenproblems
alg iterative block Lanczos
by Richard Ray Underwood retyped by Cheryl M. M.
Carey
prec double actually REAL*8 but maybe your compiler
can cope
underwood-out for sample output of go/underwood.f
accuracy
-----------------------------------------------------------
title PFORT Verifier
path: /netlib/go/pfort/
-----------------------------------------------------------
ARDECL.f
ASLEV.f
ASSASF.f
ASSIGN.f
BLOCKDATA0.f
BLOCKDATA1.f
BLOCKDATA2.f
BLOCKDATA3.f
CALLS.f
CHECKS.f
CHK1.f
CHK2.f
CHK3.f
CHKALL.f
COMCHK.f
COMMON.f
COMPAR.f
COMPIL.f
CONSTR.f
DATA.f
DIMENS.f
DOCHK.f
DOSPEC.f
DOSTMT.f
DOVAR.f
END.f
EQUIV.f
ERROR1.f
ERROR2.f
EXCH.f
EXPR.f
EXTERN.f
FIND.f
FINDCM.f
FINDND.f
FIXLAB.f
FORMAT.f
GETTOK.f
GOTO.f
ID.f
IDLIST.f
IFS.f
IGATT1.f
IGATT2.f
IN.f
INOPT.f
INREF.f
INSTMT.f
INSYM.f
INTEXT.f
INVOKE.f
IO.f
LDOVAR.f
LIST.f
LOOKUP.f
MAIN0.f
MAIN1.f
MAPCHR.f
MATCH.f
MKCOM.f
Makefile
NEXTOK.f
OUT2.f
OUT2A.f
OUT2C.f
OUTCOM.f
OUTLAT.f
OUTSYM.f
OVRLAY.f
POP.f
PROC.f
PU.f
RDLIST.f
RDSYM.f
RFLIST.f
SATT1.f
SATT2.f
SCAN.f
SEPAR.f
SETARG.f
SETASF.f
SETCOM.f
SETEXT.f
SETNAM.f
SETNOD.f
SETPD.f
SETREF.f
SORT.f
SSORT.f
SUBFCN.f
SUBS.f
TOKCOM.f
TOKLAB.f
TOKLOG.f
TOKLOP.f
TOKPNO.f
TOKRL.f
TYPE.f
TYPST.f
TYPST2.f
UNSAFE.f
checkL
combine
lod
mktst
outt
pack.f
pfortlst
pfortlstsh
readme
readpfort1
readpfort2
rmwar
run
sum0
sum2
tstpak.f
tstx
ttI4
ttrewind
unpack.f
-----------------------------------------------------------
for scientific visualization
path: /netlib/graphics/
-----------------------------------------------------------
haines for database constructor programs for testing ray
tracer efficiency
by Eric Haines <erich@eye.com>
rainbow.c for equally spaced colors, primarily for level plots
by Eric Grosse
ref "Automatic Choice of Colors for Level Plots",
AT&T Bell Labs, Murray Hill NJ 07974
hotiron.c for sample driver for rainbow, also defining "hot
iron" and "zebra"
by Eric Grosse
tk_colorscale.c for another sample driver, useful with Tcl/Tk
by Eric Grosse
cie.c for CIE 1931 colour matching functions
by Tom Duff
conic by J. Hu & T. Pavlidis
ref "Function Plotting using Conic Splines," IEEE
CGNA, January 1991.
for adaptive fitting of a function using relatively
few conic segments
xfarbe/ for area filled, labelled contour plot of grid data
for X displays and PostScript
by A. Preusser
alg Akima bicubic
size 336 kB
video.signals for notes on video signal formats
by Tom Duff <td@research.att.com>
# See also:
# ImageMagick by John Cristy <cristy@dupont.com>
# ftp://ftp.x.org/contrib/ImageMagick.tar.Z
# the NCSA Scientific Visualization Software Suite
# ftp://ftp.ncsa.uiuc.edu/
-----------------------------------------------------------
for area filled, labelled contour plot of grid data
path: /netlib/graphics/xfarbe/
-----------------------------------------------------------
xfarbe-2.1/
-----------------------------------------------------------
path: /netlib/graphics/xfarbe/xfarbe-2.1/
-----------------------------------------------------------
Copyright
Imakefile
README
XFarbe
arrya.dat
bormet.dat
example.ps
farbe2d.c
gie2.dat
gray64.pal
help.tcl
itplbv.c
makefile.alt
mm.c
muk2.dat
mukher.dat
pal.pro
post.c
resources.h
rhod3.dat
rhod8.dat
test.dat
wilke.dat
wilke.sym
xf_prof.pro
xfarbe.FAQ
xfarbe.batch
xfarbe.c
xfarbe.dat
xfarbe.doc
xfarbe.help
xfarbe.pal
xfarbe.ps
xfarbe.sym
-----------------------------------------------------------
for sparse unsymmetric matrix routine MA28 from the
path: /netlib/harwell/
-----------------------------------------------------------
.depend
bug.ma28.netlib
common.f
dependencies
disclaimer
error
ma28dd.f
ma30dd.f
makefile
mc13d.f
mc13e.f
mc20ad.f
mc20bd.f
mc21a.f
mc21b.f
mc22ad.f
mc23ad.f
mc24ad.f
readme for overview of harwell
ma28ad.f for LU factorization, general sparse matrix,
pivoting for sparsity and stability, may be
unsymmetric
gams d2a4
ma28id.f for LU factors from (harwell/ma28ad or ma28bd),
solves linear equations by iterative refinement
gams d2a4
ma28cd.f for solves linear equations using LU factors
computed from (harwell/ma28ad) or
(harwell/ma2bbd)
gams d2a4
ma28bd.f for LU factorization, general sparse matrix,
previously factored by (harwell/ma28d) but with
numerical different values
gams d2a4
ma30ad.f for Performs an LU factorization of a general sparse
unsymmetric matrix,
with pivoting for sparsity and stability.
(For an easy-to-use driver for this
subroutine, see Harwell subroutine MA28AD).
gams d2a4
ma30bd.f for Performs an LU factorization of a general sparse
unsymmetric matrix
with a similar sparsity pattern to a matrix
previously factored by
subroutine MA30AD. (For an easy-to-use driver
for this subroutine,
see Harwell subroutine MA28BD).
gams d2a4
ma30cd.f for Solves a system of linear equations (without
iterative refinement),
using LU factors from MA30AD or MA30BD.
(For an easy-to-use driver for this
subroutine, see Harwell subroutine MA28CD).
gams d2a4
blkdta000.f for BLOCK DATA subprogram to initialize data in
COMMON blocks ma28ed, ma28fd, ma28gd, ma28hd.
Needs to be linked with routines using these
COMMON blocks.
blkdta001.f for BLOCK DATA subprogram to initialize data in
COMMON blocks ma30ed, ma30gd, ma30id. Needs to
be linked with routines using these COMMON
blocks.
blkdta002.f for BLOCK DATA subprogram to initialize data in
COMMON block mc23bd. Needs to be linked with
routines using this COMMON block.
-----------------------------------------------------------
for Heterogenous Network Computing Environment
path: /netlib/hence/
-----------------------------------------------------------
hence-2.0-patch1
readme for Overview of HeNCE
see hence-2.0-doc.ps.Z.uu
hence-2.0-examples/ for Example programs for HeNCE 2.0.
lang HeNCE
age experimental
HeNCE-2.0-full.RS6K/ for Complete HeNCE environment compiled for RS6K,
AIX 3.2.5
size 1.9 MB
age experimental
HeNCE-2.0-full.SUN4/ for Complete HeNCE environment compiled for SUN4,
SunOS 4.1.3
size 1.2 MB
age experimental
HeNCE-2.0-rtl.RS6K/ for HeNCE runtime support libraries compiled for
RS6K, AIX 3.2.5
size 332 KB
age experimental
HeNCE-2.0-rtl.SUN4/ for HeNCE runtime support libraries compiled for
SUN4, SunOS 4.1.3
size 282 KB
age experimental
HeNCE-2.0-src/ for Complete source code to HeNCE environment
size 654 KB
age experimental
HeNCE-2.0-doc.ps title HeNCE 2.0 User Manual and Installation Guide
size 242 KB
lang PostScript
keywords visual,parallel,computation,graph,PVM,Heterog
eneous
old-hence/ for Out-of-date versions of the HeNCE visual
parallel programming environment
age old
hence-2.0-doc-html/ title HeNCE 2.0 User Manual and Installation Guide
lang HTML
-----------------------------------------------------------
for Complete HeNCE environment compiled for RS6K,
path: /netlib/hence/HeNCE-2.0-full.RS6K/
-----------------------------------------------------------
pvm3/
-----------------------------------------------------------
path: /netlib/hence/HeNCE-2.0-full.RS6K/pvm3/
-----------------------------------------------------------
bin/
include/
lib/
-----------------------------------------------------------
path: /netlib/hence/HeNCE-2.0-full.RS6K/pvm3/bin/
-----------------------------------------------------------
RS6K/
-----------------------------------------------------------
path: /netlib/hence/HeNCE-2.0-full.RS6K/pvm3/bin/RS6K/
-----------------------------------------------------------
htool
master
proxyd
-----------------------------------------------------------
path: /netlib/hence/HeNCE-2.0-full.RS6K/pvm3/include/
-----------------------------------------------------------
dlist.h
hence.h
htypes.h
imalloc.h
list.h
rb.h
std.h
-----------------------------------------------------------
path: /netlib/hence/HeNCE-2.0-full.RS6K/pvm3/lib/
-----------------------------------------------------------
RS6K/
-----------------------------------------------------------
path: /netlib/hence/HeNCE-2.0-full.RS6K/pvm3/lib/RS6K/
-----------------------------------------------------------
liballoc.a
libdl.a
libhence3.a
librb.a
libslave3.a
-----------------------------------------------------------
for Complete HeNCE environment compiled for SUN4,
path: /netlib/hence/HeNCE-2.0-full.SUN4/
-----------------------------------------------------------
pvm3/
-----------------------------------------------------------
path: /netlib/hence/HeNCE-2.0-full.SUN4/pvm3/
-----------------------------------------------------------
bin/
include/
lib/
-----------------------------------------------------------
path: /netlib/hence/HeNCE-2.0-full.SUN4/pvm3/bin/
-----------------------------------------------------------
SUN4/
-----------------------------------------------------------
path: /netlib/hence/HeNCE-2.0-full.SUN4/pvm3/bin/SUN4/
-----------------------------------------------------------
htool
master
proxyd
-----------------------------------------------------------
path: /netlib/hence/HeNCE-2.0-full.SUN4/pvm3/include/
-----------------------------------------------------------
dlist.h
hence.h
htypes.h
imalloc.h
list.h
rb.h
std.h
-----------------------------------------------------------
path: /netlib/hence/HeNCE-2.0-full.SUN4/pvm3/lib/
-----------------------------------------------------------
SUN4/
-----------------------------------------------------------
path: /netlib/hence/HeNCE-2.0-full.SUN4/pvm3/lib/SUN4/
-----------------------------------------------------------
liballoc.a
libdl.a
libhence3.a
librb.a
libslave3.a
-----------------------------------------------------------
for HeNCE runtime support libraries compiled for
path: /netlib/hence/HeNCE-2.0-rtl.RS6K/
-----------------------------------------------------------
pvm3/
-----------------------------------------------------------
path: /netlib/hence/HeNCE-2.0-rtl.RS6K/pvm3/
-----------------------------------------------------------
bin/
include/
lib/
-----------------------------------------------------------
path: /netlib/hence/HeNCE-2.0-rtl.RS6K/pvm3/bin/
-----------------------------------------------------------
RS6K/
-----------------------------------------------------------
path: /netlib/hence/HeNCE-2.0-rtl.RS6K/pvm3/bin/RS6K/
-----------------------------------------------------------
proxyd
-----------------------------------------------------------
path: /netlib/hence/HeNCE-2.0-rtl.RS6K/pvm3/include/
-----------------------------------------------------------
dlist.h
hence.h
htypes.h
imalloc.h
list.h
rb.h
std.h
-----------------------------------------------------------
path: /netlib/hence/HeNCE-2.0-rtl.RS6K/pvm3/lib/
-----------------------------------------------------------
RS6K/
-----------------------------------------------------------
path: /netlib/hence/HeNCE-2.0-rtl.RS6K/pvm3/lib/RS6K/
-----------------------------------------------------------
liballoc.a
libdl.a
libhence3.a
librb.a
libslave3.a
-----------------------------------------------------------
for HeNCE runtime support libraries compiled for
path: /netlib/hence/HeNCE-2.0-rtl.SUN4/
-----------------------------------------------------------
pvm3/
-----------------------------------------------------------
path: /netlib/hence/HeNCE-2.0-rtl.SUN4/pvm3/
-----------------------------------------------------------
bin/
include/
lib/
-----------------------------------------------------------
path: /netlib/hence/HeNCE-2.0-rtl.SUN4/pvm3/bin/
-----------------------------------------------------------
SUN4/
-----------------------------------------------------------
path: /netlib/hence/HeNCE-2.0-rtl.SUN4/pvm3/bin/SUN4/
-----------------------------------------------------------
proxyd
-----------------------------------------------------------
path: /netlib/hence/HeNCE-2.0-rtl.SUN4/pvm3/include/
-----------------------------------------------------------
dlist.h
hence.h
htypes.h
imalloc.h
list.h
rb.h
std.h
-----------------------------------------------------------
path: /netlib/hence/HeNCE-2.0-rtl.SUN4/pvm3/lib/
-----------------------------------------------------------
SUN4/
-----------------------------------------------------------
path: /netlib/hence/HeNCE-2.0-rtl.SUN4/pvm3/lib/SUN4/
-----------------------------------------------------------
liballoc.a
libdl.a
libhence3.a
librb.a
libslave3.a
-----------------------------------------------------------
for Complete source code to HeNCE environment
path: /netlib/hence/HeNCE-2.0-src/
-----------------------------------------------------------
hence2/
-----------------------------------------------------------
path: /netlib/hence/HeNCE-2.0-src/hence2/
-----------------------------------------------------------
Brain-Damage
Compiling
Imakefile
Makefile.lib
READ-ME
htool/
imake.defs
master/
-----------------------------------------------------------
path: /netlib/hence/HeNCE-2.0-src/hence2/htool/
-----------------------------------------------------------
Bondo/
Canvas.c
Canvas.h
CanvasP.h
ChangeLog
FileSelect.c
FileSelect.h
FileSelectP.h
Imakefile
Makefile.lib
Matrix.c
Matrix.h
MatrixP.h
arches.c
arches.h
bitmaps/
build.c
build.h
build_help.c
config.c
config.h
costmat.c
costmat.h
dot_htool.c
dot_htool.h
eaccess.c
exp.c
exp.h
filenames.c
filenames.h
filever.c
filever.h
global.h
graph.c
graph.h
graph_critic.c
graph_critic.h
graph_draw.c
graph_draw.h
graph_edit.c
graph_edit.h
graph_panel.c
graph_panel.h
graph_parse.h
graph_parse.lex
graph_parse.y
graph_print.c
graph_unparse.c
graph_unparse.h
help.c
help.h
help.txt
histo.c
histo.h
info_panel.c
labels.c
labels.h
main.c
make_proxyd
menu.c
menu.h
mode.c
mode.h
msg.c
msg.h
param.c
param.h
proxy.c
proxy.c.old
proxy.h
proxyd.c
psheader.ps
pvm_panel.c
pvmglue.c
pvmglue.h
rb.c
rb.h
regexp-glue.c
regexp.c
regexp.h
regmagic.h
subdefs.h
subdefs.lex
subdefs.y
subproc.c
subproc.h
text_sink.c
text_sink.h
tfdump.c
tfnew.h
tfread.c
tilde.c
tilde.h
trace_new.c
trace_new.h
version.h
xgr.c
xtglue.c
xtglue.h
-----------------------------------------------------------
path: /netlib/hence/HeNCE-2.0-src/hence2/htool/Bondo/
-----------------------------------------------------------
Errno.h
File.h
Imakefile
Malloc.h
Malloc.h.OLD
Select.h
Signal.h
Stat.h
String.h
Utime.h
Wait.h
a.out
emalloc.c
getpagesize.h
imalloc.c
setenv.c
setfiletime.c
strdup.c
strerror.c
-----------------------------------------------------------
path: /netlib/hence/HeNCE-2.0-src/hence2/htool/bitmaps/
-----------------------------------------------------------
arc.xbm
beginloop.xbm
beginpipe.xbm
beginswitch.xbm
dead.xbm
done.xbm
down.xbm
endloop.xbm
endpipe.xbm
endswitch.xbm
error.xbm
fanin.xbm
fanout.xbm
fwd.xbm
fwdstep.xbm
lines.xbm
node.xbm
ready.xbm
rev.xbm
rev.xbm.old
revstep.xbm
run1.xbm
run2.xbm
scissors.xbm
stop.xbm
up.xbm
warn.xbm
-----------------------------------------------------------
path: /netlib/hence/HeNCE-2.0-src/hence2/master/
-----------------------------------------------------------
Imakefile
Makefile.lib
anc.c
arc.c
array.c
check.c
cost.c
eval.c
eval.h
execute.c
exp.c
fslave.c
grparse.l
grparse.y
hstrings.c
include/
liballoc/
libdl/
librb/
manip.c
master.c
new.trace
node.c
param.c
print.c
pvmhelp.c
rbhelp.c
rbhelp.h
req.c
slave.c
slave_trace.c
tfwrite.c
tfwrite.h
trace.c
type.c
wrap.c
yucky.h
-----------------------------------------------------------
path: /netlib/hence/HeNCE-2.0-src/hence2/master/include/
-----------------------------------------------------------
dlist.h
hence.h
htypes.h
imalloc.h
list.h
rb.h
std.h
-----------------------------------------------------------
path: /netlib/hence/HeNCE-2.0-src/hence2/master/liballoc/
-----------------------------------------------------------
Imakefile
imalloc.c
imalloc.h
-----------------------------------------------------------
path: /netlib/hence/HeNCE-2.0-src/hence2/master/libdl/
-----------------------------------------------------------
Imakefile
Makefile.libs
Makefile.vanilla
dlist.c
dlist.h
-----------------------------------------------------------
path: /netlib/hence/HeNCE-2.0-src/hence2/master/librb/
-----------------------------------------------------------
Imakefile
Makefile.libs
Makefile.vanilla
README
list.c
list.h
main.c
rb.c
rb.h
rb.sh
-----------------------------------------------------------
title HeNCE 2.0 User Manual and Installation Guide
path: /netlib/hence/hence-2.0-doc-html/
-----------------------------------------------------------
hence-2.0-doc.html for HeNCE User Manual and Installation Guide in HTML
format (root doc).
lang html
keywords visual,parallel,computation,graph,PVM,Heterog
eneous
by hence@cs.utk.edu
.names
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bibliography3_17.html
hence-2.0-doc.html
section3_1.html
section3_10.html
section3_11.html
section3_12.html
section3_13.html
section3_14.html
section3_15.html
section3_16.html
section3_18.html
section3_2.html
section3_3.html
section3_4.html
section3_5.html
section3_6.html
section3_7.html
section3_8.html
section3_9.html
subsection3_11_1.html
subsection3_11_2.html
subsection3_13_1.html
subsection3_13_2.html
subsection3_3_1.html
subsection3_3_2.html
subsection3_4_2.html
subsection3_4_3.html
subsection3_4_4.html
subsection3_5_1.html
subsection3_6_1.html
subsection3_6_2.html
subsection3_6_3.html
subsection3_6_4.html
subsection3_7_1.html
subsection3_7_2.html
subsection3_7_3.html
-----------------------------------------------------------
for Example programs for HeNCE 2.0.
path: /netlib/hence/hence-2.0-examples/
-----------------------------------------------------------
README
bts_hence/
cannon/
christmas/
dprod/
fortran/
lu/
mandlebrot/
phys/
static_integ/
test/
-----------------------------------------------------------
path: /netlib/hence/hence-2.0-examples/bts_hence/
-----------------------------------------------------------
GetSys.c
PrintAns.c
README
blkmult.c
bts.gr
solve.c
-----------------------------------------------------------
path: /netlib/hence/hence-2.0-examples/cannon/
-----------------------------------------------------------
README
cannon.c
cw_initarray.c
cw_null.c
initmatrix.c
mm.gr
mmu.c
moveblocks.c
multi_add.c
multiply.c
printmatrix.c
shiftblocks.c
showmatrices.c
swapmatrix.c
-----------------------------------------------------------
path: /netlib/hence/hence-2.0-examples/christmas/
-----------------------------------------------------------
README
add.c
christmas.gr
mult.c
null.c
pall.c
-----------------------------------------------------------
path: /netlib/hence/hence-2.0-examples/dprod/
-----------------------------------------------------------
README
dprod-cheat.gr
dprod.c
init.c
output.c
-----------------------------------------------------------
path: /netlib/hence/hence-2.0-examples/fortran/
-----------------------------------------------------------
README
dp.gr
dprod.f
init.f
output.f
printarray.f
-----------------------------------------------------------
path: /netlib/hence/hence-2.0-examples/lu/
-----------------------------------------------------------
README
cw_null.c
initarray.c
lu.gr
ludecomp.c
output.c
pivot.c
printresult.c
printvector.c
solve.c
trisolve.c
update2.c
verify.c
-----------------------------------------------------------
path: /netlib/hence/hence-2.0-examples/mandlebrot/
-----------------------------------------------------------
README
demo0/
demo1/
demo2/
demo3/
-----------------------------------------------------------
path: /netlib/hence/hence-2.0-examples/mandlebrot/demo0/
-----------------------------------------------------------
README
collect.c
demo0.gr
start.c
tile.c
xpx.c
-----------------------------------------------------------
path: /netlib/hence/hence-2.0-examples/mandlebrot/demo1/
-----------------------------------------------------------
Makefile
README
collect.c
demo1.gr
foo.bat
start.c
tile.c
-----------------------------------------------------------
path: /netlib/hence/hence-2.0-examples/mandlebrot/demo2/
-----------------------------------------------------------
Makefile
README
collect.c
demo2.gr
fw_collect.c
fw_start.c
fw_tile.c
hence.gr
mail
oldcw_collect.c
oldcw_start.c
oldcw_tile.c
start.c
tile.c
-----------------------------------------------------------
path: /netlib/hence/hence-2.0-examples/mandlebrot/demo3/
-----------------------------------------------------------
Makefile
README
collect.c
demo3.gr
hence.gr
start.c
tile.c
-----------------------------------------------------------
path: /netlib/hence/hence-2.0-examples/phys/
-----------------------------------------------------------
README
data
engLost.c
fan.c
fel.gr
hdata
init.c
init1.c
nlin.c
nonlin.c
oldout.c
output.c
-----------------------------------------------------------
path: /netlib/hence/hence-2.0-examples/static_integ/
-----------------------------------------------------------
PrintAns.c
README
SetInputs.c
simp.c
static_integ.gr
-----------------------------------------------------------
path: /netlib/hence/hence-2.0-examples/test/
-----------------------------------------------------------
README
bar.c
foo.c
hence.gr
mumble.c
-----------------------------------------------------------
for Out-of-date versions of the HeNCE visual
path: /netlib/hence/old-hence/
-----------------------------------------------------------
.names
hence.ps
hence/
hence1.2/
readme for overview of hence
hence1.4/ for HeNCE source code (supports either pvm2.4.2 or
pvm3.x)
size 1.8 megabytes
hence-1.4-changes for changes from version 1.3 to 1.4 of HeNCE
read-me.pvm3 for notes on HeNCE 1.4 support for pvm3
hence1.3/ for HeNCE source code
size 1.8 megabytes
1.3-to-1.3.1.patch for patches to allow HeNCE 1.3 to compile/run on
SGIs & PMAX w/Ultrix 4.3
hence-1.3-changes for changes from version 1.2 to 1.3 of HeNCE
faq for answers to frequently asked questions about
HeNCE
buglist for known bugs in the current release of the HeNCE
# Please check here before reporting a bug. When
reporting a bug
give explicit steps which will reproduce the
bug. Also include
o the machine type you are running on (vendor,
model),
o the operating system version (ie ULTRIX V4.1),
o the Version of X windows (R4, R5, IBM's...),
and
o the window manager you're using
porting-status for list of machines HeNCE 1.4 runs on (last update:
May 16 1993)
hug.ps for The HeNCE User's Guide
lang PostScript form
size 540 kilobytes
# This version of the HeNCE User's Guide has been
reformatted to make it easier to print on
postscript printers with limited memory.
hug/ for source code for HeNCE User's Guide
lang LaTeX (and PostScript figures)
sc91.ps for paper from Supercomputing 91 describing HeNCE
lang PostScript
size 756 kilobytes
sc91/ size 107 kilobytes
short.ps for short description of HeNCE
lang PostScript
-----------------------------------------------------------
path: /netlib/hence/old-hence/hence/
-----------------------------------------------------------
AIXbuild.sh
Compiling
FAQ
HeNCE-1.3-Changes
HeNCE-1.4-Changes
Imakefile
READ-ME
READ-ME.AIX
READ-ME.PVM3
READ-ME.SunOS
STATUS
demos/
htool/
icons/
imake.defs
master/
mkwrap/
pvmrsh/
-----------------------------------------------------------
path: /netlib/hence/old-hence/hence/demos/
-----------------------------------------------------------
cannon/
demo0/
demo1/
demo2/
demo3/
demo4/
demo5/
demo6/
fortran/
lu/
phys/
-----------------------------------------------------------
path: /netlib/hence/old-hence/hence/demos/cannon/
-----------------------------------------------------------
README
cannon.c
hence.gr
hence.trace
initmatrix.c
mm.gr
mmu.c
moveblocks.c
multi_add.c
multiply.c
printmatrix.c
shiftblocks.c
showmatrices.c
swapmatrix.c
-----------------------------------------------------------
path: /netlib/hence/old-hence/hence/demos/demo0/
-----------------------------------------------------------
README
collect.c
demo0.gr
hence.gr
hence.trace
start.c
sub.defs
tile.c
xpx.c
-----------------------------------------------------------
path: /netlib/hence/old-hence/hence/demos/demo1/
-----------------------------------------------------------
README
collect.c
demo1.gr
foo.bat
hence.gr
hence.trace
start.c
sub.defs
tile.c
-----------------------------------------------------------
path: /netlib/hence/old-hence/hence/demos/demo2/
-----------------------------------------------------------
README
collect.c
demo2.gr
demo2.trace
hence.gr
hence.trace
start.c
sub.defs
tile.c
-----------------------------------------------------------
path: /netlib/hence/old-hence/hence/demos/demo3/
-----------------------------------------------------------
README
collect.c
demo3.gr
demo3.trace
hence.gr
hence.trace
start.c
sub.defs
tile.c
-----------------------------------------------------------
path: /netlib/hence/old-hence/hence/demos/demo4/
-----------------------------------------------------------
README
add.c
demo4.gr
hence.gr
hence.trace
mult.c
null.c
pall.c
sub.defs
-----------------------------------------------------------
path: /netlib/hence/old-hence/hence/demos/demo5/
-----------------------------------------------------------
README
bar.c
demo5.gr
foo.c
hence.gr
hence.trace
mumble.c
sub.defs
-----------------------------------------------------------
path: /netlib/hence/old-hence/hence/demos/demo6/
-----------------------------------------------------------
Makefile.old
README
dpro4d.gr
dprod.c
dprod.gr
hence.gr
hence.trace
init.c
output.c
pvm_hosts
sub.defs
-----------------------------------------------------------
path: /netlib/hence/old-hence/hence/demos/fortran/
-----------------------------------------------------------
README
dp.gr
dprod.f
hence.gr
hence.trace
init.f
output.f
printarray.f
-----------------------------------------------------------
path: /netlib/hence/old-hence/hence/demos/lu/
-----------------------------------------------------------
README
hence.gr
hence.trace
initarray.c
lu.gr
lu1.gr
ludecomp.c
output.c
pivot.c
printresult.c
printvector.c
solve.c
sub.defs
trace.file
trisolve.c
update2.c
verify.c
-----------------------------------------------------------
path: /netlib/hence/old-hence/hence/demos/phys/
-----------------------------------------------------------
README
data
engLost.c
fan.c
fel.gr
hdata
hence.gr
hence.trace
init.c
init1.c
nlin.c
nonlin.c
oldout.c
output.c
parameters.h
-----------------------------------------------------------
path: /netlib/hence/old-hence/hence/htool/
-----------------------------------------------------------
ChangeLog
FileSelect.c
FileSelect.h
FileSelectP.h
Hgw/
Imakefile
Makefile.vanilla
build.c
checkinstall.c
comn.h
compose-help.tr
compose.c
compose.c.orig
config.c
costmat.c
costmat.h
critic.c
eaccess.c
execute.c
exp.c
exp.h
expP.h
filever.c
filter.c
funcdefs.h
funcdefs.lex
funcdefs.y
graph.c
graph.h
graphP.h
histo.c
histo.c.old
histo.h
hostmap.c
hostmap.h
icon.h
misc.c
misc.h
msg.c
msg.h
param.c
param.h
parse.h
parse.lex
parse.y
parseP.h
patchlevel.h
psgraph.c
psheader.ps
pvmglue.c
pvmglue.h
rb/
regexp.c
regexp.h
regmagic.h
subdefs.c
subproc.c
subproc.h
symtab.c
symtab.h
testgraph.c
tf.c
tf.h
tilde.c
tilde.h
trace.c
trace.c.old
trace.h
unparse.c
unparse.h
util.c
util.c.foo
widgen.c
widmain.c
xbm/
xcomn.h
xdraw.c
xdraw.h
xgraph.c
xgraph.h
xincl.h
xsetup.c
-----------------------------------------------------------
path: /netlib/hence/old-hence/hence/htool/Hgw/
-----------------------------------------------------------
Imakefile
Makefile.vanilla
Matrix.c
Matrix.h
MatrixP.h
mwt.c
-----------------------------------------------------------
path: /netlib/hence/old-hence/hence/htool/rb/
-----------------------------------------------------------
Imakefile
README
main.c
rb.c
rb.h
rbP.h
-----------------------------------------------------------
path: /netlib/hence/old-hence/hence/htool/xbm/
-----------------------------------------------------------
bl_ic
bp_ic
bpoint.xbm
bs_ic
compose_help
down.xbm
el_ic
ep_ic
es_ic
everywhere.xbm
fi_ic
fo_ic
fwd.xbm
fwdstep.xbm
genhost.xbm
here.xbm
hostmap.xbm
legend.xbm
load.xbm
monitor.xbm
no_dead_ic
no_done_ic
no_error_ic
no_ic
no_ready_ic
no_run1_ic
no_run2_ic
no_run_ic
no_warn_ic
quit.xbm
rev.xbm
revstep.xbm
rewind.xbm
stop.xbm
up.xbm
usage.xbm
-----------------------------------------------------------
path: /netlib/hence/old-hence/hence/icons/
-----------------------------------------------------------
alliant.xbm
alpha.xbm
banana6000.xbm
chili.xbm
cow.xbm
crayicon.xbm
dec5200.xbm
fred_flintstone.xbm
hal.xbm
intelicon.xbm
robot.xbm
roo.xbm
rs6000.orig.xbm
rs6000.xbm
sequent.xbm
sparcserver.xbm
sun.xbm
sunrack.xbm
symmetry.xbm
tmc.xbm
-----------------------------------------------------------
path: /netlib/hence/old-hence/hence/master/
-----------------------------------------------------------
ChangeLog
Imakefile
Makefile.libs
Makefile.vanilla
README
Roadmap
anc.c
arc.c
archtype
array.c
check.c
cost.c
eval.c
eval.h
examples/
execute.c
exp.c
fslave.c
grparse.inc
grparse.l
grparse.y
hstrings.c
include/
liballoc/
libdl/
librb/
makepvmdep
maketmplt
manip.c
master.c
node.c
param.c
patchlevel.h
print.c
pvmhelp.c
rbhelp.c
rbhelp.h
req.c
slave.c
test
trace.c
trace.doc
type.c
wrap.c
yucky.h
-----------------------------------------------------------
path: /netlib/hence/old-hence/hence/master/examples/
-----------------------------------------------------------
Makefile.orig
Makefile.vanilla
add.c
bs.gr
cost.mat
duh.c
duh.def
hosts
mult.c
null.c
pall.c
pvm_hosts
sub.defs
test.gr
transpose.c
-----------------------------------------------------------
path: /netlib/hence/old-hence/hence/master/include/
-----------------------------------------------------------
dlist.h
hence.h
htypes.h
imalloc.h
list.h
rb.h
std.h
-----------------------------------------------------------
path: /netlib/hence/old-hence/hence/master/liballoc/
-----------------------------------------------------------
Imakefile
Makefile.libs
Makefile.vanilla
imalloc.c
imalloc.h
-----------------------------------------------------------
path: /netlib/hence/old-hence/hence/master/libdl/
-----------------------------------------------------------
Imakefile
Makefile.libs
Makefile.vanilla
dlist.c
dlist.h
-----------------------------------------------------------
path: /netlib/hence/old-hence/hence/master/librb/
-----------------------------------------------------------
Imakefile
Makefile.libs
Makefile.vanilla
README
list.c
list.h
main.c
rb.c
rb.h
rb.sh
-----------------------------------------------------------
path: /netlib/hence/old-hence/hence/mkwrap/
-----------------------------------------------------------
Imakefile
Makefile.vanilla
dlist.h
fmain.f
hstrings.c
std.h
sub.defs
test
wrap.l
wrap.y
-----------------------------------------------------------
path: /netlib/hence/old-hence/hence/pvmrsh/
-----------------------------------------------------------
Imakefile
Makefile.vanilla
client_io.c
cmd.h
hosts
pvm_fput.c
pvmrsh.c
pvmrshd.c
xmake
-----------------------------------------------------------
path: /netlib/hence/old-hence/hence1.2/
-----------------------------------------------------------
Compiling
Imakefile
READ-ME
demo0/
demo1/
demo2/
demo3/
demo4/
demo5/
demo6/
htool/
icons/
imake.defs
master/
mkwrap/
-----------------------------------------------------------
path: /netlib/hence/old-hence/hence1.2/demo0/
-----------------------------------------------------------
README
collect.c
demo0.gr
start.c
sub.defs
tile.c
xpx.c
-----------------------------------------------------------
path: /netlib/hence/old-hence/hence1.2/demo1/
-----------------------------------------------------------
README
collect.c
demo1.gr
start.c
sub.defs
tile.c
-----------------------------------------------------------
path: /netlib/hence/old-hence/hence1.2/demo2/
-----------------------------------------------------------
README
collect.c
demo2.gr
start.c
sub.defs
tile.c
-----------------------------------------------------------
path: /netlib/hence/old-hence/hence1.2/demo3/
-----------------------------------------------------------
README
collect.c
demo3.gr
start.c
sub.defs
tile.c
-----------------------------------------------------------
path: /netlib/hence/old-hence/hence1.2/demo4/
-----------------------------------------------------------
README
add.c
demo4.gr
mult.c
null.c
pall.c
sub.defs
-----------------------------------------------------------
path: /netlib/hence/old-hence/hence1.2/demo5/
-----------------------------------------------------------
README
bar.c
demo5.gr
foo.c
hence.gr
mumble.c
sub.defs
-----------------------------------------------------------
path: /netlib/hence/old-hence/hence1.2/demo6/
-----------------------------------------------------------
Makefile.old
README
austin.mat
dpro4d.gr
dprod.c
dprod.gr
elvis.mat
hence.gr
hence.trace
init.c
la.mat
ornl.mat
output.c
pvm_hosts
sub.defs
ta.mat
thud.mat
-----------------------------------------------------------
path: /netlib/hence/old-hence/hence1.2/htool/
-----------------------------------------------------------
ChangeLog
FileSelect.c
FileSelect.h
FileSelectP.h
Hgw/
Imakefile
Makefile.vanilla
build.c
comn.h
compose-help
compose-help.tr
compose.c
compose.c.orig
config.c
costmat.c
costmat.h
critic.c
eaccess.c
execute.c
exp.c
exp.h
expP.h
filever.c
filter.c
funcdefs.h
funcdefs.lex
funcdefs.y
graph.c
graph.h
graphP.h
hostmap.c
hostmap.h
icon.h
misc.c
misc.h
msg.c
msg.h
param.c
param.h
parse.h
parse.lex
parse.y
parseP.h
patchlevel.h
psgraph.c
psheader.ps
pvmglue.c
pvmglue.h
rb/
regexp.c
regexp.h
regmagic.h
subdefs.c
subproc.c
subproc.h
symtab.c
symtab.h
testgraph.c
tf.c
tf.h
tilde.c
tilde.h
trace.c
trace.h
unparse.c
unparse.h
util.c
widgen.c
widmain.c
xbm/
xcomn.h
xdraw.c
xdraw.h
xgraph.c
xgraph.h
xincl.h
xsetup.c
-----------------------------------------------------------
path: /netlib/hence/old-hence/hence1.2/htool/Hgw/
-----------------------------------------------------------
Imakefile
Makefile.vanilla
Matrix.c
Matrix.h
MatrixP.h
mwt.c
-----------------------------------------------------------
path: /netlib/hence/old-hence/hence1.2/htool/rb/
-----------------------------------------------------------
Imakefile
README
main.c
rb.c
rb.h
rbP.h
-----------------------------------------------------------
path: /netlib/hence/old-hence/hence1.2/htool/xbm/
-----------------------------------------------------------
bl_ic
bp_ic
bpoint.xbm
bs_ic
compose_help
el_ic
ep_ic
es_ic
fi_ic
fo_ic
fwd.xbm
fwdstep.xbm
genhost.xbm
hostmap.xbm
legend.xbm
load.xbm
monitor.xbm
no_dead_ic
no_done_ic
no_error_ic
no_ic
no_ready_ic
no_run1_ic
no_run2_ic
no_run_ic
no_warn_ic
quit.xbm
rev.xbm
revstep.xbm
rewind.xbm
stop.xbm
usage.xbm
-----------------------------------------------------------
path: /netlib/hence/old-hence/hence1.2/icons/
-----------------------------------------------------------
alliant.xbm
banana6000.xbm
chili.xbm
cow.xbm
crayicon.xbm
dec5200.xbm
fred_flintstone.xbm
hal.xbm
intelicon.xbm
robot.xbm
roo.xbm
rs6000.orig.xbm
rs6000.xbm
sequent.xbm
sparcserver.xbm
sun.xbm
sunrack.xbm
symmetry.xbm
tmc.xbm
-----------------------------------------------------------
path: /netlib/hence/old-hence/hence1.2/master/
-----------------------------------------------------------
ChangeLog
Imakefile
Makefile.libs
Makefile.vanilla
README
Roadmap
anc.c
arc.c
archtype
array.c
check.c
cost.c
eval.c
eval.h
examples/
execute.c
exp.c
fslave.c
grparse.inc
grparse.l
grparse.y
hstrings.c
include/
liballoc/
libdl/
librb/
makepvmdep
maketmplt
manip.c
master.c
node.c
param.c
patchlevel.h
print.c
pvmhelp.c
rbhelp.c
rbhelp.h
req.c
slave.c
test
trace.c
type.c
wrap.c
yucky.h
-----------------------------------------------------------
path: /netlib/hence/old-hence/hence1.2/master/examples/
-----------------------------------------------------------
Makefile.orig
Makefile.vanilla
add.c
bs.gr
cost.mat
duh.c
duh.def
hosts
mult.c
null.c
pall.c
pvm_hosts
sub.defs
test.gr
transpose.c
-----------------------------------------------------------
path: /netlib/hence/old-hence/hence1.2/master/include/
-----------------------------------------------------------
dlist.h
hence.h
htypes.h
imalloc.h
list.h
rb.h
std.h
-----------------------------------------------------------
path: /netlib/hence/old-hence/hence1.2/master/liballoc/
-----------------------------------------------------------
Imakefile
Makefile.libs
Makefile.vanilla
imalloc.c
imalloc.h
-----------------------------------------------------------
path: /netlib/hence/old-hence/hence1.2/master/libdl/
-----------------------------------------------------------
Imakefile
Makefile.libs
Makefile.vanilla
dlist.c
dlist.h
-----------------------------------------------------------
path: /netlib/hence/old-hence/hence1.2/master/librb/
-----------------------------------------------------------
Imakefile
Makefile.libs
Makefile.vanilla
README
list.c
list.h
main.c
rb.c
rb.h
rb.sh
-----------------------------------------------------------
path: /netlib/hence/old-hence/hence1.2/mkwrap/
-----------------------------------------------------------
Imakefile
Makefile.vanilla
dlist.h
fmain.f
hstrings.c
std.h
sub.defs
test
wrap.l
wrap.y
-----------------------------------------------------------
for HeNCE source code
path: /netlib/hence/old-hence/hence1.3/
-----------------------------------------------------------
AIXbuild.sh
Compiling
FAQ
HeNCE-1.3-Changes
Imakefile
READ-ME
READ-ME.AIX
READ-ME.SunOS
STATUS
demos/
htool/
icons/
imake.defs
master/
mkwrap/
pvmrsh/
-----------------------------------------------------------
path: /netlib/hence/old-hence/hence1.3/demos/
-----------------------------------------------------------
cannon/
demo0/
demo1/
demo2/
demo3/
demo4/
demo5/
demo6/
fortran/
lu/
phys/
-----------------------------------------------------------
path: /netlib/hence/old-hence/hence1.3/demos/cannon/
-----------------------------------------------------------
README
cannon.c
hence.gr
hence.trace
initmatrix.c
mm.gr
mmu.c
moveblocks.c
multi_add.c
multiply.c
printmatrix.c
shiftblocks.c
showmatrices.c
swapmatrix.c
-----------------------------------------------------------
path: /netlib/hence/old-hence/hence1.3/demos/demo0/
-----------------------------------------------------------
README
collect.c
demo0.gr
hence.gr
hence.trace
start.c
sub.defs
tile.c
xpx.c
-----------------------------------------------------------
path: /netlib/hence/old-hence/hence1.3/demos/demo1/
-----------------------------------------------------------
README
collect.c
demo1.gr
foo.bat
hence.gr
hence.trace
start.c
sub.defs
tile.c
-----------------------------------------------------------
path: /netlib/hence/old-hence/hence1.3/demos/demo2/
-----------------------------------------------------------
README
collect.c
demo2.gr
demo2.trace
hence.gr
hence.trace
start.c
sub.defs
tile.c
-----------------------------------------------------------
path: /netlib/hence/old-hence/hence1.3/demos/demo3/
-----------------------------------------------------------
README
collect.c
demo3.gr
demo3.trace
hence.gr
hence.trace
start.c
sub.defs
tile.c
-----------------------------------------------------------
path: /netlib/hence/old-hence/hence1.3/demos/demo4/
-----------------------------------------------------------
README
add.c
demo4.gr
hence.gr
hence.trace
mult.c
null.c
pall.c
sub.defs
-----------------------------------------------------------
path: /netlib/hence/old-hence/hence1.3/demos/demo5/
-----------------------------------------------------------
README
bar.c
demo5.gr
foo.c
hence.gr
hence.trace
mumble.c
sub.defs
-----------------------------------------------------------
path: /netlib/hence/old-hence/hence1.3/demos/demo6/
-----------------------------------------------------------
Makefile.old
README
dpro4d.gr
dprod.c
dprod.gr
hence.gr
hence.trace
init.c
output.c
pvm_hosts
sub.defs
-----------------------------------------------------------
path: /netlib/hence/old-hence/hence1.3/demos/fortran/
-----------------------------------------------------------
README
dp.gr
dprod.f
hence.gr
hence.trace
init.f
output.f
printarray.f
-----------------------------------------------------------
path: /netlib/hence/old-hence/hence1.3/demos/lu/
-----------------------------------------------------------
README
hence.gr
hence.trace
initarray.c
lu.gr
lu1.gr
ludecomp.c
output.c
pivot.c
printresult.c
printvector.c
solve.c
sub.defs
trace.file
trisolve.c
update2.c
verify.c
-----------------------------------------------------------
path: /netlib/hence/old-hence/hence1.3/demos/phys/
-----------------------------------------------------------
README
data
engLost.c
fan.c
fel.gr
hdata
hence.gr
hence.trace
init.c
init1.c
nlin.c
nonlin.c
oldout.c
output.c
parameters.h
-----------------------------------------------------------
path: /netlib/hence/old-hence/hence1.3/htool/
-----------------------------------------------------------
ChangeLog
FileSelect.c
FileSelect.h
FileSelectP.h
Hgw/
Imakefile
Makefile.vanilla
build.c
comn.h
compose-help.tr
compose.c
compose.c.orig
config.c
costmat.c
costmat.h
critic.c
eaccess.c
execute.c
exp.c
exp.h
expP.h
filever.c
filter.c
funcdefs.h
funcdefs.lex
funcdefs.y
graph.c
graph.h
graphP.h
histo.c
histo.c.old
histo.h
hostmap.c
hostmap.h
icon.h
misc.c
misc.h
msg.c
msg.h
param.c
param.h
parse.h
parse.lex
parse.y
parseP.h
patchlevel.h
psgraph.c
psheader.ps
pvmglue.c
pvmglue.h
rb/
regexp.c
regexp.h
regmagic.h
subdefs.c
subproc.c
subproc.h
symtab.c
symtab.h
testgraph.c
tf.c
tf.h
tilde.c
tilde.h
trace.c
trace.c.old
trace.h
unparse.c
unparse.h
util.c
util.c.foo
widgen.c
widmain.c
xbm/
xcomn.h
xdraw.c
xdraw.h
xgraph.c
xgraph.h
xincl.h
xsetup.c
-----------------------------------------------------------
path: /netlib/hence/old-hence/hence1.3/htool/Hgw/
-----------------------------------------------------------
Imakefile
Makefile.vanilla
Matrix.c
Matrix.h
MatrixP.h
mwt.c
-----------------------------------------------------------
path: /netlib/hence/old-hence/hence1.3/htool/rb/
-----------------------------------------------------------
Imakefile
README
main.c
rb.c
rb.h
rbP.h
-----------------------------------------------------------
path: /netlib/hence/old-hence/hence1.3/htool/xbm/
-----------------------------------------------------------
bl_ic
bp_ic
bpoint.xbm
bs_ic
compose_help
down.xbm
el_ic
ep_ic
es_ic
everywhere.xbm
fi_ic
fo_ic
fwd.xbm
fwdstep.xbm
genhost.xbm
here.xbm
hostmap.xbm
legend.xbm
load.xbm
monitor.xbm
no_dead_ic
no_done_ic
no_error_ic
no_ic
no_ready_ic
no_run1_ic
no_run2_ic
no_run_ic
no_warn_ic
quit.xbm
rev.xbm
revstep.xbm
rewind.xbm
stop.xbm
up.xbm
usage.xbm
-----------------------------------------------------------
path: /netlib/hence/old-hence/hence1.3/icons/
-----------------------------------------------------------
alliant.xbm
banana6000.xbm
chili.xbm
cow.xbm
crayicon.xbm
dec5200.xbm
fred_flintstone.xbm
hal.xbm
intelicon.xbm
robot.xbm
roo.xbm
rs6000.orig.xbm
rs6000.xbm
sequent.xbm
sparcserver.xbm
sun.xbm
sunrack.xbm
symmetry.xbm
tmc.xbm
-----------------------------------------------------------
path: /netlib/hence/old-hence/hence1.3/master/
-----------------------------------------------------------
ChangeLog
Imakefile
Makefile.libs
Makefile.vanilla
README
Roadmap
anc.c
arc.c
archtype
array.c
check.c
cost.c
eval.c
eval.h
examples/
execute.c
exp.c
fslave.c
grparse.inc
grparse.l
grparse.y
hstrings.c
include/
liballoc/
libdl/
librb/
makepvmdep
maketmplt
manip.c
master.c
node.c
param.c
patchlevel.h
print.c
pvmhelp.c
rbhelp.c
rbhelp.h
req.c
slave.c
test
trace.c
trace.doc
type.c
wrap.c
yucky.h
-----------------------------------------------------------
path: /netlib/hence/old-hence/hence1.3/master/examples/
-----------------------------------------------------------
Makefile.orig
Makefile.vanilla
add.c
bs.gr
cost.mat
duh.c
duh.def
hosts
mult.c
null.c
pall.c
pvm_hosts
sub.defs
test.gr
transpose.c
-----------------------------------------------------------
path: /netlib/hence/old-hence/hence1.3/master/include/
-----------------------------------------------------------
dlist.h
hence.h
htypes.h
imalloc.h
list.h
rb.h
std.h
-----------------------------------------------------------
path: /netlib/hence/old-hence/hence1.3/master/liballoc/
-----------------------------------------------------------
Imakefile
Makefile.libs
Makefile.vanilla
imalloc.c
imalloc.h
-----------------------------------------------------------
path: /netlib/hence/old-hence/hence1.3/master/libdl/
-----------------------------------------------------------
Imakefile
Makefile.libs
Makefile.vanilla
dlist.c
dlist.h
-----------------------------------------------------------
path: /netlib/hence/old-hence/hence1.3/master/librb/
-----------------------------------------------------------
Imakefile
Makefile.libs
Makefile.vanilla
README
list.c
list.h
main.c
rb.c
rb.h
rb.sh
-----------------------------------------------------------
path: /netlib/hence/old-hence/hence1.3/mkwrap/
-----------------------------------------------------------
Imakefile
Makefile.vanilla
dlist.h
fmain.f
hstrings.c
std.h
sub.defs
test
wrap.l
wrap.y
-----------------------------------------------------------
path: /netlib/hence/old-hence/hence1.3/pvmrsh/
-----------------------------------------------------------
Imakefile
Makefile.vanilla
client_io.c
cmd.h
hosts
pvm_fput.c
pvmrsh.c
pvmrshd.c
xmake
-----------------------------------------------------------
for HeNCE source code (supports either pvm2.4.2 or
path: /netlib/hence/old-hence/hence1.4/
-----------------------------------------------------------
AIXbuild.sh
Compiling
FAQ
HeNCE-1.3-Changes
HeNCE-1.4-Changes
Imakefile
READ-ME
READ-ME.AIX
READ-ME.PVM3
READ-ME.SunOS
STATUS
demos/
htool/
icons/
imake.defs
master/
mkwrap/
pvmrsh/
-----------------------------------------------------------
path: /netlib/hence/old-hence/hence1.4/demos/
-----------------------------------------------------------
cannon/
demo0/
demo1/
demo2/
demo3/
demo4/
demo5/
demo6/
fortran/
lu/
phys/
-----------------------------------------------------------
path: /netlib/hence/old-hence/hence1.4/demos/cannon/
-----------------------------------------------------------
README
cannon.c
hence.gr
hence.trace
initmatrix.c
mm.gr
mmu.c
moveblocks.c
multi_add.c
multiply.c
printmatrix.c
shiftblocks.c
showmatrices.c
swapmatrix.c
-----------------------------------------------------------
path: /netlib/hence/old-hence/hence1.4/demos/demo0/
-----------------------------------------------------------
README
collect.c
demo0.gr
hence.gr
hence.trace
start.c
sub.defs
tile.c
xpx.c
-----------------------------------------------------------
path: /netlib/hence/old-hence/hence1.4/demos/demo1/
-----------------------------------------------------------
README
collect.c
demo1.gr
foo.bat
hence.gr
hence.trace
start.c
sub.defs
tile.c
-----------------------------------------------------------
path: /netlib/hence/old-hence/hence1.4/demos/demo2/
-----------------------------------------------------------
README
collect.c
demo2.gr
demo2.trace
hence.gr
hence.trace
start.c
sub.defs
tile.c
-----------------------------------------------------------
path: /netlib/hence/old-hence/hence1.4/demos/demo3/
-----------------------------------------------------------
README
collect.c
demo3.gr
demo3.trace
hence.gr
hence.trace
start.c
sub.defs
tile.c
-----------------------------------------------------------
path: /netlib/hence/old-hence/hence1.4/demos/demo4/
-----------------------------------------------------------
README
add.c
demo4.gr
hence.gr
hence.trace
mult.c
null.c
pall.c
sub.defs
-----------------------------------------------------------
path: /netlib/hence/old-hence/hence1.4/demos/demo5/
-----------------------------------------------------------
README
bar.c
demo5.gr
foo.c
hence.gr
hence.trace
mumble.c
sub.defs
-----------------------------------------------------------
path: /netlib/hence/old-hence/hence1.4/demos/demo6/
-----------------------------------------------------------
Makefile.old
README
dpro4d.gr
dprod.c
dprod.gr
hence.gr
hence.trace
init.c
output.c
pvm_hosts
sub.defs
-----------------------------------------------------------
path: /netlib/hence/old-hence/hence1.4/demos/fortran/
-----------------------------------------------------------
README
dp.gr
dprod.f
hence.gr
hence.trace
init.f
output.f
printarray.f
-----------------------------------------------------------
path: /netlib/hence/old-hence/hence1.4/demos/lu/
-----------------------------------------------------------
README
hence.gr
hence.trace
initarray.c
lu.gr
lu1.gr
ludecomp.c
output.c
pivot.c
printresult.c
printvector.c
solve.c
sub.defs
trace.file
trisolve.c
update2.c
verify.c
-----------------------------------------------------------
path: /netlib/hence/old-hence/hence1.4/demos/phys/
-----------------------------------------------------------
README
data
engLost.c
fan.c
fel.gr
hdata
hence.gr
hence.trace
init.c
init1.c
nlin.c
nonlin.c
oldout.c
output.c
parameters.h
-----------------------------------------------------------
path: /netlib/hence/old-hence/hence1.4/htool/
-----------------------------------------------------------
ChangeLog
FileSelect.c
FileSelect.h
FileSelectP.h
Hgw/
Imakefile
Makefile.vanilla
build.c
checkinstall.c
comn.h
compose-help.tr
compose.c
compose.c.orig
config.c
costmat.c
costmat.h
critic.c
eaccess.c
execute.c
exp.c
exp.h
expP.h
filever.c
filter.c
funcdefs.h
funcdefs.lex
funcdefs.y
graph.c
graph.h
graphP.h
histo.c
histo.c.old
histo.h
hostmap.c
hostmap.h
icon.h
misc.c
misc.h
msg.c
msg.h
param.c
param.h
parse.h
parse.lex
parse.y
parseP.h
patchlevel.h
psgraph.c
psheader.ps
pvmglue.c
pvmglue.h
rb/
regexp.c
regexp.h
regmagic.h
subdefs.c
subproc.c
subproc.h
symtab.c
symtab.h
testgraph.c
tf.c
tf.h
tilde.c
tilde.h
trace.c
trace.c.old
trace.h
unparse.c
unparse.h
util.c
util.c.foo
widgen.c
widmain.c
xbm/
xcomn.h
xdraw.c
xdraw.h
xgraph.c
xgraph.h
xincl.h
xsetup.c
-----------------------------------------------------------
path: /netlib/hence/old-hence/hence1.4/htool/Hgw/
-----------------------------------------------------------
Imakefile
Makefile.vanilla
Matrix.c
Matrix.h
MatrixP.h
mwt.c
-----------------------------------------------------------
path: /netlib/hence/old-hence/hence1.4/htool/rb/
-----------------------------------------------------------
Imakefile
README
main.c
rb.c
rb.h
rbP.h
-----------------------------------------------------------
path: /netlib/hence/old-hence/hence1.4/htool/xbm/
-----------------------------------------------------------
bl_ic
bp_ic
bpoint.xbm
bs_ic
compose_help
down.xbm
el_ic
ep_ic
es_ic
everywhere.xbm
fi_ic
fo_ic
fwd.xbm
fwdstep.xbm
genhost.xbm
here.xbm
hostmap.xbm
legend.xbm
load.xbm
monitor.xbm
no_dead_ic
no_done_ic
no_error_ic
no_ic
no_ready_ic
no_run1_ic
no_run2_ic
no_run_ic
no_warn_ic
quit.xbm
rev.xbm
revstep.xbm
rewind.xbm
stop.xbm
up.xbm
usage.xbm
-----------------------------------------------------------
path: /netlib/hence/old-hence/hence1.4/icons/
-----------------------------------------------------------
alliant.xbm
alpha.xbm
banana6000.xbm
chili.xbm
cow.xbm
crayicon.xbm
dec5200.xbm
fred_flintstone.xbm
hal.xbm
intelicon.xbm
robot.xbm
roo.xbm
rs6000.orig.xbm
rs6000.xbm
sequent.xbm
sparcserver.xbm
sun.xbm
sunrack.xbm
symmetry.xbm
tmc.xbm
-----------------------------------------------------------
path: /netlib/hence/old-hence/hence1.4/master/
-----------------------------------------------------------
ChangeLog
Imakefile
Makefile.libs
Makefile.vanilla
README
Roadmap
anc.c
arc.c
archtype
array.c
check.c
cost.c
eval.c
eval.h
examples/
execute.c
exp.c
fslave.c
grparse.inc
grparse.l
grparse.y
hstrings.c
include/
liballoc/
libdl/
librb/
makepvmdep
maketmplt
manip.c
master.c
node.c
param.c
patchlevel.h
print.c
pvmhelp.c
rbhelp.c
rbhelp.h
req.c
slave.c
test
trace.c
trace.doc
type.c
wrap.c
yucky.h
-----------------------------------------------------------
path: /netlib/hence/old-hence/hence1.4/master/examples/
-----------------------------------------------------------
Makefile.orig
Makefile.vanilla
add.c
bs.gr
cost.mat
duh.c
duh.def
hosts
mult.c
null.c
pall.c
pvm_hosts
sub.defs
test.gr
transpose.c
-----------------------------------------------------------
path: /netlib/hence/old-hence/hence1.4/master/include/
-----------------------------------------------------------
dlist.h
hence.h
htypes.h
imalloc.h
list.h
rb.h
std.h
-----------------------------------------------------------
path: /netlib/hence/old-hence/hence1.4/master/liballoc/
-----------------------------------------------------------
Imakefile
Makefile.libs
Makefile.vanilla
imalloc.c
imalloc.h
-----------------------------------------------------------
path: /netlib/hence/old-hence/hence1.4/master/libdl/
-----------------------------------------------------------
Imakefile
Makefile.libs
Makefile.vanilla
dlist.c
dlist.h
-----------------------------------------------------------
path: /netlib/hence/old-hence/hence1.4/master/librb/
-----------------------------------------------------------
Imakefile
Makefile.libs
Makefile.vanilla
README
list.c
list.h
main.c
rb.c
rb.h
rb.sh
-----------------------------------------------------------
path: /netlib/hence/old-hence/hence1.4/mkwrap/
-----------------------------------------------------------
Imakefile
Makefile.vanilla
dlist.h
fmain.f
hstrings.c
std.h
sub.defs
test
wrap.l
wrap.y
-----------------------------------------------------------
path: /netlib/hence/old-hence/hence1.4/pvmrsh/
-----------------------------------------------------------
Imakefile
Makefile.vanilla
client_io.c
cmd.h
hosts
pvm_fput.c
pvmrsh.c
pvmrshd.c
xmake
-----------------------------------------------------------
for source code for HeNCE User's Guide
path: /netlib/hence/old-hence/hug/
-----------------------------------------------------------
cond.eps
dprod.eps
fan.eps
htcompbw.eps
htdpbuildbw.eps
htdpcostbw.eps
htdppvmbw.eps
htdptracebw.eps
htmainbw.eps
hug.bbl
hug.tex
loop.eps
pipe.eps
-----------------------------------------------------------
size 107 kilobytes
path: /netlib/hence/old-hence/sc91/
-----------------------------------------------------------
Xnt.mono.ps
cond.eps
fan.eps
htconfig-mono.ps
htexample-mono.ps
loop.eps
pipe.eps
sc91.bbl
sc91.tex
stps.idr
-----------------------------------------------------------
for solving nonlinear systems of equations by
path: /netlib/hompack/
-----------------------------------------------------------
.depend
Makefile
dependencies
readme for overview of hompack
fixpdf.f for dense Jacobian
alg ODE-based
gams f2
fixpds.f for sparse Jacobian
alg ODE-based
gams f2
fixpnf.f for dense Jacobian
alg normal flow
gams f2
fixpns.f for sparse Jacobian
alg normal flow
gams f2
fixpqf.f for dense Jacobian
alg augmented Jacobian
gams f2
fixpqs.f for sparse Jacobian
alg augmented Jacobian
gams f2
polsys.f for all (complex) solutions to a system of n
polynomial equations in n unknowns with real
coefficients. Can return solutions at infinity
if requested.
gams f2
dcpose.f
divp.f
f.f
ffunp.f
fjac.f
fjacs.f
fode.f
fodeds.f
gfunp.f
gmfads.f
hfun1p.f
hfunp.f
initp.f
innhp.dat
mainf.f
mainp.f
mains.f
mfacds.f
mulp.f
multds.f
odoc.for
otputp.f
pcgds.f
pcgns.f
pcgqs.f
polyp.f
powp.f
qimuds.f
qrfaqf.f
qrslqf.f
rho.f
rhoa.f
rhojac.f
rhojs.f
root.f
rootnf.f
rootns.f
rootqf.f
rootqs.f
sclgnp.f
sintrp.f
solvds.f
stepds.f
stepnf.f
stepns.f
stepqf.f
stepqs.f
steps.f
strptp.f
tangnf.f
tangns.f
tangqf.f
tangqs.f
upqrqf.f
-----------------------------------------------------------
for first draft of language specification
path: /netlib/hpf/
-----------------------------------------------------------
glombnf.c
readme for overview of hpf
hpf-info # hpf-info : General description of the High
Performance Fortran
Forum, including instructions for joining the
mailing lists and
retrieving documents related to HPF.
-----------------------------------
hpf-v10-final.ps # hpf-v10-final.ps : This is the HPF Language
specification, in
Postscript(TM) format.
Version 1.0 final.
Last updated 5/24/93 (1155932 bytes).
-----------------------------------
make-hpf-report # MAKE-HPF-REPORT : This is a UNIX shellscript to
format the HPF
language specification.
Version 1.0 final
Last updated 5/24/93 (2949 bytes)
make-hpf-jod # MAKE-HPF-JOD: This is a UNIX shellscript to
format the HPF
language specification.
Version 1.0 final
Last updated 5/24/93 (2206 bytes)
appendixes.tex # appendixes.tex: Main body of the HPF Journal of
Development, LaTeX
format.
Version 1.0 final
Last updated 5/24/93 (67805 bytes)
bibliography.tex # bibliography.tex : Bibliography of the HPF
language specification,
LaTeX format.
Version 1.0 final
Last updated 5/24/93 (7346 bytes)
bnf.tex # bnf.tex: BNF cross-reference appendix for the
HPF language definition,
LaTeX format.
Version 1.0 final
Last updated 5/24/93 (35711 bytes)
credits.tex # credits.tex : Acknowledgements of the HPF
language specification, LaTeX
format.
Version 1.0 final
Last updated 5/24/93 (11194 bytes)
distribution.tex # distribution.tex : Data distribution chapter of
the HPF language
specification, LaTeX format.
Version 1.0 final
Last updated 11/5/92 (121659 bytes)
foreign.tex # foreign.tex : EXTRINSIC procedures chapter of
the HPF language
specification, LaTeX format.
Version 1.0 final
Last updated 5/24/93 (9347 bytes)
hpf-jod.tex # hpf-jod.tex: Root file for the HPF Journal of
Development (features
not accepted in HPF, but of interest for future
efforts), LaTeX format.
Version 1.0 final
Last updated 5/24/93 (3146 bytes)
hpf-report.tex # hpf-report.tex : Root file for the HPF language
specification, LaTeX
format.
Version 1.0 final
Last updated 5/24/93 (3830 bytes)
hpf-subset.tex # hpf-subset.tex : Official HPF subset chapter of
the HPF language
specification, LaTeX format.
Version 1.0 final
Last updated 5/24/93 (11045 bytes)
intrinsics.tex # intrinsics.tex : Intrinsics and standard library
chapter of the HPF
language specification, LaTeX format.
Version 1.0 final
Last updated 5/24/93 (36943 bytes)
jod-overview.tex # jod-overview.tex: Introduction to the HPF
Journal of Development, LaTeX
format.
Version 1.0 final
Last updated 5/24/93 (1017 bytes)
local-annex.tex # local-annex.tex: HPF_LOCAL programming model for
extrinsic functions in
HPF language specification, LaTeX format.
Version 1.0 final
Last updated 5/24/93 (33399 bytes)
overview.tex # overview.tex : Introduction chapter of the HPF
language specification,
LaTeX format.
Version 1.0 final
Last updated 5/24/93 (22587 bytes)
sequence.tex # sequence.tex : Sequence and storage association
chapter of the HPF
language specification, LaTeX format.
Version 1.0 final
Last updated 5/24/93 (18204 bytes)
statements.tex # statements.tex : FORALL and INDEPENDENT chapter
of the HPF language
specification, LaTeX format.
Version 1.0 final
Last updated 5/24/93 (86011 bytes)
syntax-macs.tex # syntax-macs.tex : Macros used in processing the
HPF language
specification, LaTeX format.
Version 1.0 final
Last updated 5/24/93 (15630 bytes)
terms.tex # terms.tex : Terminology and model chapter of the
HPF language
specification, LaTeX format.
Version 1.0 final
Last updated 5/24/93 (34198 bytes)
elemental/ # Elemental: Directory containing definitions of
elemental intrinsics
in HPF language specification, LaTeX format.
Includes files
ilen.tex: defines ILEN
leadz.tex: defines LEADZ
popcnt.tex: defines POPCNT
poppar.tex: defines POPPAR
Version 1.0 final
Last updated 5/24/93
grade/ # Grade: Directory containing definitions of
sorting functions
in HPF language specification, LaTeX format.
Includes files
grade-down.tex: defines GRADE_DOWN
grade-up.tex: defines GRADE_UP
inquiry/ # Inquiry: Directory containing definitions of
system inquiry functions
in HPF language specification, LaTeX format.
Includes files
number-of-processors.tex: defines
NUMBER_OF_PROCESSORS
processors-shape.tex: defines PROCESSORS_SHAPE
mapping/ # Mapping: Directory containing definitions of
mapping inquiry functions
in HPF language specification, LaTeX format.
Includes files
mapping-inquiry.tex: defines HPF_ALIGNMENT,
HPF_TEMPLATE, HPF_DISTRIBUTE
minloc/ # Minloc: Directory containing definitions of
extended MINLOC and MAXLOC
in HPF language specification, LaTeX format.
Includes files
maxloc.tex: defines MAXLOC
minloc.tex: defines MINLOC
prefix/ # Prefix: Directory containing definitions of
prefix and suffix functions
in HPF language specification, LaTeX format.
Includes files
all-prefix.tex: defines ALL_PREFIX
all-suffix.tex: defines ALL_SUFFIX
any-prefix.tex: defines ANY_PREFIX
any-suffix.tex: defines ANY_SUFFIX
copy-prefix.tex: defines COPY_PREFIX
copy-suffix.tex: defines COPY_SUFFIX
count-prefix.tex: defines COUNT_PREFIX
count-suffix.tex: defines COUNT_SUFFIX
iall-prefix.tex: defines IALL_PREFIX
iall-suffix.tex: defines IALL_SUFFIX
iany-prefix.tex: defines IANY_PREFIX
iany-suffix.tex: defines IANY_SUFFIX
iparity-prefix.tex: defines IPARITY_PREFIX
iparity-suffix.tex: defines IPARITY_SUFFIX
maxval-prefix.tex: defines MAXVAL_PREFIX
maxval-suffix.tex: defines MAXVAL_SUFFIX
minval-prefix.tex: defines MINVAL_PREFIX
minval-suffix.tex: defines MINVAL_SUFFIX
parity-prefix.tex: defines PARITY_PREFIX
parity-suffix.tex: defines PARITY_SUFFIX
product-prefix.tex: defines PRODUCT_PREFIX
product-suffix.tex: defines PRODUCT_SUFFIX
sum-prefix.tex: defines SUM_PREFIX
sum-suffix.tex: defines SUM_SUFFIX
reduction/ # Reduction: Directory containing definitions of
reduction functions
in HPF language specification, LaTeX format.
Includes files
iall.tex: defines IALL
iany.tex: defines IANY
iparity.tex: defines IPARITY
parity.tex: defines PARITY
scatter/ # Scatter: Directory containing definitions of
combining scatter functions
in HPF language specification, LaTeX format.
Includes files
all-scatter.tex: defines ALL_SCATTER
any-scatter.tex: defines ANY_SCATTER
copy-scatter.tex: defines COPY_SCATTER
count-scatter.tex: defines COUNT_SCATTER
iall-scatter.tex: defines IALL_SCATTER
iany-scatter.tex: defines IANY_SCATTER
iparity-scatter.tex: defines IPARITY_SCATTER
maxval-scatter.tex: defines MAXVAL_SCATTER
minval-scatter.tex: defines MINVAL_SCATTER
parity-scatter.tex: defines PARITY_SCATTER
product-scatter.tex: defines PRODUCT_SCATTER
sum-scatter.tex: defines SUM_SCATTER
-----------------------------------------------------------
# Elemental: Directory containing definitions of
path: /netlib/hpf/elemental/
-----------------------------------------------------------
# index for hpf/elemental
# Elemental: Directory containing definitions of elemental intrinsics
# in HPF language specification, LaTeX format.
ilen.tex
leadz.tex
popcnt.tex
poppar.tex
-----------------------------------------------------------
# Grade: Directory containing definitions of
path: /netlib/hpf/grade/
-----------------------------------------------------------
# index for hpf/grade
# Grade: Directory containing definitions of sorting functions
# in HPF language specification, LaTeX format.
grade-down.tex
grade-up.tex
-----------------------------------------------------------
# Inquiry: Directory containing definitions of
path: /netlib/hpf/inquiry/
-----------------------------------------------------------
# index for hpf/inquiry
# Inquiry: Directory containing definitions of system inquiry functions
# in HPF language specification, LaTeX format.
number-of-processors.tex
processors-shape.tex
-----------------------------------------------------------
# Mapping: Directory containing definitions of
path: /netlib/hpf/mapping/
-----------------------------------------------------------
# index for hpf/mapping
# Mapping: Directory containing definitions of mapping inquiry functions
# in HPF language specification, LaTeX format.
mapping-inquiry.tex # defines HPF_ALIGNMENT, HPF_TEMPLATE,
HPF_DISTRIBUTE
-----------------------------------------------------------
# Minloc: Directory containing definitions of
path: /netlib/hpf/minloc/
-----------------------------------------------------------
# index for hpf/minloc
# Minloc: Directory containing definitions of extended MINLOC and MAXLOC
# in HPF language specification, LaTeX format.
maxloc.tex
minloc.tex
-----------------------------------------------------------
# Prefix: Directory containing definitions of
path: /netlib/hpf/prefix/
-----------------------------------------------------------
# index for hpf/prefix
# Prefix: Directory containing definitions of prefix and suffix functions
# in HPF language specification, LaTeX format.
all-prefix.tex
all-suffix.tex
any-prefix.tex
any-suffix.tex
copy-prefix.tex
copy-suffix.tex
count-prefix.tex
count-suffix.tex
iall-prefix.tex
iall-suffix.tex
iany-prefix.tex
iany-suffix.tex
iparity-prefix.tex
iparity-suffix.tex
maxval-prefix.tex
maxval-suffix.tex
minval-prefix.tex
minval-suffix.tex
parity-prefix.tex
parity-suffix.tex
product-prefix.tex
product-suffix.tex
sum-prefix.tex
sum-suffix.tex
-----------------------------------------------------------
# Reduction: Directory containing definitions of
path: /netlib/hpf/reduction/
-----------------------------------------------------------
# index for hpf/reduction
# Reduction: Directory containing definitions of reduction functions
# in HPF language specification, LaTeX format.
iall.tex
iany.tex
iparity.tex
parity.tex
-----------------------------------------------------------
# Scatter: Directory containing definitions of
path: /netlib/hpf/scatter/
-----------------------------------------------------------
# index for hpf/scatter
# Scatter: Directory containing definitions of combining scatter functions
# in HPF language specification, LaTeX format.
all-scatter.tex
any-scatter.tex
copy-scatter.tex
count-scatter.tex
iall-scatter.tex
iany-scatter.tex
iparity-scatter.tex
maxval-scatter.tex
minval-scatter.tex
parity-scatter.tex
product-scatter.tex
sum-scatter.tex
-----------------------------------------------------------
for International Journal of Supercomputer
path: /netlib/ijsa/
-----------------------------------------------------------
# IJSA
# ====
# Information on the International Journal of Supercomputer Applications
#
issues for The content of the past issues of the Journal
# Last updated 2/6/94 (31306 bytes).
contributors for information on contributing to the Journal
# Late updated 2/22/94 (13218 bytes).
readme
-----------------------------------------------------------
for image processing
path: /netlib/image/
-----------------------------------------------------------
morph/ for 2D and 3D Mathematical Morphology
by Richard Alan Peters II, Electrical Engineering,
Vanderbilt (615) 322-7924
rap2@vuse.vanderbilt.edu Mathematical morphology
is a powerful tool for image analysis and
enhancement. Morphological operators are
shape-dependent, nonlinear image transforms such
as erosion, dilation, opening, closing, and rank
filters. The mathematical operators are defined
in $n$ dimensions so it is possible to create
programs that will operate on 1D signals, 2D
images, or 3D datasets using exactly the same
concepts.
size 379 kB
-----------------------------------------------------------
for 2D and 3D Mathematical Morphology
path: /netlib/image/morph/
-----------------------------------------------------------
2d/
3d/
Makefile
arith/
docs/
kernels/
man/
mclean/
scripts/
seq/
utils/
-----------------------------------------------------------
path: /netlib/image/morph/2d/
-----------------------------------------------------------
.make.state
.nse_depinfo
Makefile
README
Version_4.0
changes.doc
mdilate.c
merode.c
mgetargs.c
mimgmanip.c
mloadse.c
morph.c
morph.h
morph_sub.c
morph_sub.h
mrank.c
msetupop.c
mthresh.c
-----------------------------------------------------------
path: /netlib/image/morph/3d/
-----------------------------------------------------------
.make.state
.nse_depinfo
Makefile
m3dargs.c
m3ddelay.c
m3ddilate.c
m3derode.c
m3dmanip.c
m3dmaxmin.c
m3dminmax.c
m3drank.c
m3dse.c
m3dse.h
m3dsetup.c
m3dthresh.c
morph3d.c
morph3d.h
morph3d_sub.c
morph3d_sub.h
-----------------------------------------------------------
path: /netlib/image/morph/arith/
-----------------------------------------------------------
.make.state
.nse_depinfo
Makefile
andimg.c
andimg.h
combimg.c
combimg.h
linco.c
linco.h
maximg.c
maximg.h
minimg.c
minimg.h
orimg.c
-----------------------------------------------------------
path: /netlib/image/morph/docs/
-----------------------------------------------------------
announce.doc
description.tex
hit-or-miss.doc
howtoinstall.doc
programs.doc
-----------------------------------------------------------
path: /netlib/image/morph/kernels/
-----------------------------------------------------------
bisod4.tfm
bisod8.tfm
d1.tfm
d2.tfm
da1.tfm
da2.tfm
da3.tfm
da4.tfm
gm3d01.tfm
gm3d02.tfm
gm3d03.tfm
gm3d04.tfm
gm3d05.tfm
gm3d06.tfm
gm3d07.tfm
gm3d08.tfm
gm3d09.tfm
gm3ds01.tfm
gm3ds02.tfm
gm3ds03.tfm
gm3ds04.tfm
gm3ds05.tfm
gm3ds06.tfm
gm3ds07.tfm
gm3ds08.tfm
gm3ds09.tfm
gm3ds10.tfm
gm3ds11.tfm
gm3ds12.tfm
isod06.tfm
isod26.tfm
isod4.tfm
isod8.tfm
mmfw01.tfm
mmfw02.tfm
mmfw03.tfm
mmfw04.tfm
s2x2.tfm
s4x4.tfm
test.tfm
-----------------------------------------------------------
path: /netlib/image/morph/man/
-----------------------------------------------------------
man1/
-----------------------------------------------------------
path: /netlib/image/morph/man/man1/
-----------------------------------------------------------
andimg.1
avg3d.1
comb3d.1
combimg.1
linco.1
maximg.1
mclean.1
minimg.1
morph.1
morph3d.1
orimg.1
ras2raw.1
rasremap.1
raw2ras.1
support.1
-----------------------------------------------------------
path: /netlib/image/morph/mclean/
-----------------------------------------------------------
.make.state
.nse_depinfo
Makefile
mclean.c
mclean.h
-----------------------------------------------------------
path: /netlib/image/morph/scripts/
-----------------------------------------------------------
bclose
bdilate
berode
bopen
brank
gfclose
gfdilate
gferode
gfocco
gfopen
grank
gsclose
gsdilate
gserode
gsocco
gsopen
hitormiss
invroll
invtop
isodel
medge
rollball
thresh
tophat
-----------------------------------------------------------
path: /netlib/image/morph/seq/
-----------------------------------------------------------
.make.state
.nse_depinfo
Makefile
avg3d.c
avg3d.h
comb3d.c
comb3d.h
-----------------------------------------------------------
path: /netlib/image/morph/utils/
-----------------------------------------------------------
.make.state
.nse_depinfo
Makefile
ras2raw.c
rasinfo.c
rasremap.c
rasterio.c
rasterio.h
raw2ras.c
support.c
support.h
-----------------------------------------------------------
for Interprocessor Collective Communications
path: /netlib/intercom/
-----------------------------------------------------------
# Index for intercom
# Interprocessor Collective Communications Library (iCC)
#
# To retrieve a these files, send mail in the
# form:
# send <file> from intercom
# (where <file> is from the list below)
# to netlib@ornl.gov
#
# Current version on netlib: Release R2.0.0, March 1, 1995
group_example.f
readme
shpcc94.ps by M. Barnett, S. Gupta, D. Payne, L. Shuler, R.
van de Geijn,
and J. Watts,
for Interprocessor Collective Communication Library
(InterCom),
Proceedings of the Scalable High Performance
Computing Conference
May, 1994
iCC.reference.ps for iCC Reference Guide
iCC.summary.ps for iCC Summary
iCC_group.h for "C" include file for the iCC group interface
iCC_groupf.h for "FORTRAN" include file for the iCC group
interface
-----------------------------------------------------------
for Iterative Linear System Solvers
path: /netlib/itpack/
-----------------------------------------------------------
# There are four packages in the ITPACK directory for solving
# large sparse linear systems by iterative methods: ITPACK 2C (single
# precision), ITPACK 2C (double precision), ITPACKV 2D (a vectorized
# version of ITPACK 2C for the Cray Y-MP and similar vector computers),
# and NSPCG. ITPACK 2C and ITPACKV 2D are intended for symmetric and
# positive-definite matrix problems. NSPCG has preconditioners and
# polynomial accelerators for nonsymmetric matrix problems as well.
# Only single precision versions are available for ITPACKV 2D
# and NSPCG. Machine-dependent constants and the timing function may
# need to be modified by the user when installing the packages for a
# particular computer. They are located in routines DFAULT and TIMER in
# all four packages.
dsrc2c.f for ITPACK 2C source code
prec double
gams d2b4
size 302 kB
dtst2c.f for testing routine for ITPACK 2C
prec double
info.tex for information about CNA iterative packages
lang LaTeX
nspcg1.f for NSPCG source code, part 1
gams d2a4, d2b4
size 270 kB
nspcg2.f for NSPCG source code, part 2
gams d2a4, d2b4
size 216 kB
nspcg3.f for NSPCG source code, part 3
gams d2a4, d2b4
size 303 kB
nspcg4.f for NSPCG source code, part 4
gams d2a4, d2b4
size 279 kB
nspcg5.f for NSPCG source code, part 5
gams d2a4, d2b4
quick.tex for Quick Reference Guide for NSPCG (formatted with
LaTeX)
src2c.f for ITPACK 2C source code
prec single
gams d2b4
size 301 kB
srcv2d.f for ITPACKV 2D source code (vectorized for Cray
Y-MP)
gams d2b4
size 230 kB
tst2c.f for testing routine for s.p. ITPACK 2C
tstnsp1.f for testing program 1 for NSPCG
tstnsp2.f for testing program 2 for NSPCG
tstnsp3.f for testing program 3 for NSPCG
tstnsp4.f for testing program 4 for NSPCG
tstnsp5.f for testing program 5 for NSPCG
tstv2d.f for testing routine for ITPACKV 2D
user2c.tex for ITPACK 2C User's Guide
lang LaTeX
usernsp.tex for NSPCG User's Guide
lang LaTeX
size 208 kB
userv2d.tex for ITPACKV 2D User's Guide
lang LaTeX
-----------------------------------------------------------
for automatic differentiation
path: /netlib/jakef/
-----------------------------------------------------------
abstract
readme for initial remarks about jakef/jakeff
doc for documentation for (jakef/jakeff)
supportf for necessary support routines for (jakef/jakeff)
jakeff for a precompiler to generate Fortran code for
evaluation of gradients or Jacobians given
Fortran code to evaluate a scalar or vector
function
size 200 kilobytes
-----------------------------------------------------------
by Ward Cheney & David Kincaid
path: /netlib/kincaid-cheney/
-----------------------------------------------------------
elimit.f for Example of a slowly converging sequence
ref text 10
sqrt2.f for Example of a rapidly converging sequence
ref text 10
nest.f for Nested multiplication
ref text 14
epsi.f for Approximate value of machine precision
ref text 36
depsi.f for Approximate value of double precision machine
precision
ref text 36
ex2s22.f for Loss of significance
ref text 43-44
unstab1.f for Example of an unstable sequence
ref text 49
unstab2.f for Example of another unstable sequence
ref text 50
instab.f for Example of numerical instability
ref text 50
ex1s31.f for Bisection method to find root of exp(x) = sinx
(bisect)
ref text 58-59
ex1s32.f for Newton's method example
ref text 65
ex2s32.f for Simple Newton's method
ref text 68
ex3s32.f for Implicit function example
ref text 69-70
ex1s33.f for Secant method example (f )
ref text 76
ex3s34.f for Contractive mapping example
ref text 83-84
ex3s35.f for Horner's method example
ref text 93
ex6s35.f for Newton's method on a given polynomial (horner)
ref text 94
ex7s35.f for Bairstow's method example
ref text 99
laguerre.f for Laguerre's method example
ref text 102
forsub.f for Forward substitution example
ref text 127
bacsub.f for Backward substitution example
ref text 127
pforsub.f for Forward substitution for a permuted system
ref text 128
pbacsub.f for Backward substitution for a permuted system
ref text 128
genlu.f for General LU-factorization example
ref text 130
doolt.f for Doolittle's-factorization example
ref text 131
cholsky.f for Cholesky-factorization example
ref text 134
bgauss.f for Basic Gaussian elimination
ref text 143
pbgauss.f for Basic Gaussian elimination with pivoting
ref text 145
gauss.f for Gaussian elimination with scaled row pivoting
ref text 148
paxeb.f for Solves Lz = Pb and then Ux = z (gauss)
ref text 150
yaec.f for Solves UT z = c and then LTPy = z (gauss)
ref text 151
tri.f for Tridiagonal system solver (tri)
ref text 155
ex1s45.f for Neumann series example (setI, mult, store,
add, prt)
ref text 173
ex2s45.f for Gaussian elimination followed by iterative
improvement (residual, gauss, solve)
ref text 175
ex1s46.f for Example of Jacobi and Gauss-Seidel methods
ref text 182
ex2s46.f for Richardson method example (with scaling)
ref text 184
jacobi.f for Jacobi method example (with scaling)
ref text 186
ex3s46.f for Gauss-Seidel method (with scaling)
ref text 190
ex6s46.f for Chebyshev acceleration example (extrap, cheb,
vnorm)
ref text 200
steepd.f for Steepest descent method example (prod, mult)
ref text 207
cg.f for Conjugate gradient method (prod, residual,
mult)
ref text 211
pcg.f for Jacobi preconditioned conjugate gradient method
(prod, residual, mult)
ref text 217
ex1s51.f for Power method example (dot, prod, store, norm,
normal)
ref text 231
poweracc.f for Power method with Aitken acceleration (dot,
prod, store, norm, normal)
ref text 231
ex2s51.f for Inverse power method example (gauss, dot, prod,
store, norm, normal, solve)
ref text 233
ipoweracc.f for Inverse power method with Aitken acceleration
(gauss, dot, prod, store, norm, normal, solve)
ref text 233
ex1s52.f for Schur factorization example (prtmtx, mult)
ref text 239
qrshif.f for Modified Gram-Schmidt example (prtmtx, mgs,
mult)
ref text 248
ex1s53.f for QR-factorization using Householder
transformations (QRfac, setoI, prtmtx, UtimesA,
findV, prod, formU, formW, trans, mult)
ref text 253-255
ex2s55.f for QR-factorization example (QRfac, setoI, prtmtx,
UtimesA, findV, prod, formU, formW, trans, mult,
copy, scale)
ref text 272-273
ex3s55.f for Shifted QR-factorization example (submtx,
shiftA, unshiftA, hess, QRfac, setoI, prtmtx,
UtimesA, findU, findV, prod, formU, formW,
Trans, mult, copy, scale)
ref text 274
coef.f for Coefficients in the Newton form of a polynomial
ref text 280-281
fft.f for Fast Fourier transform example (f )
ref text 419
adapta.f for Adaptive approximation example (f, max)
ref text 426-428
ex1s71.f for Derivative approximations: forward difference
formula
ref text 431-432
ex2s71.f for Derivative approximation: central difference
ref text 434
ex5s71.f for Derivative approximation: Richardson
extrapolation
ref text 437-438
ex6s71.f for Richardson extrapolation
ref text 440-441
gauss5.f for Gaussian five-point quadrature example
ref text 459
romberg.f for Romberg extrapolation
ref text 468
adapt.f for Adaptive quadrature
ref text 475
taylor.f for Taylor-series method
ref text 492
rk4.f for Runge-Kutta method (f, u)
ref text 501-502
rkfelberg.f for Runge-Kutta-Fehlberg method (f )
ref text 503-505
taysys.f for Taylor series for systems
ref text 526-527
exs91.f for Boundary value problem (BVP): Explicit method
example (a, b, vnorm)
ref text 576
exs92.f for BVP: Implicit method example (tri, unorm)
ref text 582
exs93.f for Finite difference method (g )
ref text 589
ex3s96.f for BVP: Method of characteristics (f, g, df, tu)
ref text 613
mgrid1.f for Multigrid method example (vnorm)
ref text 624
exs98.f for Damping of errors
ref text 625
mgrid2.f for Multigrid method V-cycle (vnorm)
ref text 630
code-info.tex for introduction
code-info.tty for introduction
shar for entire library
-----------------------------------------------------------
for a few eigenvalues/eigenvectors of a large
path: /netlib/lanczos/
-----------------------------------------------------------
hleval for distinct eigenvalue of a Hermitian matrix using
Lanczos tridiagonalization without
reorthogonalization
leval for distinct eigenvalues of a real symmetric matrix
using Lanczos tridiagonalization
lsval for distinct singular values of a real, rectangular
matrix using Lanczos tridiagonalization
hlemult for internal routines to generate real symmetric
tridiagonal matrices for (lanczos/hleval) and
(lanczos/hlevec)
hlevec for eigenvectors of a Hermitian matrix, called with
the eigenvalues from (lanczos/hleval)
levec for eigenvectors of a real symmetric matrix, called
with the eigenvalues from (lanczos/leval)
lemult for internal routines to generate real symmetric
tridiagonal matrices for (lanczos/leval) and
(lanczos/levec)
lesub for internal routines for (lanczos/leval) and
(lanczos/levec)
lsvec for singular vectors of a real, rectangular matrix
using singular values from (lanczos/lsval)
lsmult for internal routines to generate real symmetric
tridiagonal matrices for (lanczos/lsval) and
(lanczos/lsvec)
lssub for internal routines for (lanczos/lsval) and
(lanczos/lsvec)
levalhed for documentation for Lanczos real and Hermetian
eigenvalue/eigenvector codes
lsvalhed for documentation for singular value/vector Lanczos
codes
data for input/output file definitions and sample input
files for (lanczos/leval) and (lanczos/levec)
hlevalio for list of i/o files and sample input for
(lanczos/hleval)
hlevecio for list of i/o files and sample input for
(lanczos/hlevec)
levalio for list of i/o files and sample input for
(lanczos/leval)
levecio for list of i/o files and sample input for
(lanczos/levec)
lsvalio for list of i/o files and sample input for
(lanczos/lsval)
lsvecio for list of i/o files and sample input for
(lanczos/lsvec)
# for lgval and lgmult, contact Jane Cullum <cullumj@watson.ibm.com>
# directly.
errata
foo
foo2
foo3
jane1
jane2
jane3
jane4
levaled
lsvaled
lump
message
ralph1
ralph2
singed
xxx
-----------------------------------------------------------
for Large Sparse Symmetric Generalized Eigenproblem
path: /netlib/lanz/
-----------------------------------------------------------
# ======== index for lanz =======
# LANZ: Software for Solving the Large Sparse Symmetric Generalized
# Eigenproblem
# Mark T. Jones, Argonne National Laboratory, Argonne, Illinois 60439-4844
# Merrell L. Patrick, Duke University, Durham, North Carolina 27706
#
# LANZ solves the symmetric generalized eigenproblem,
# \begin{equation}
# Kx=\lambda Mx,
# \end{equation}
# where $K$ is symmetric positive definite and $M$ is
# positive semi-definite. It is also capable of solving
# \begin{equation}
# Kx=-\lambda Mx,
# \end{equation}
# where $M$ can be indefinite.
# It can find either 1) all
# the eigenpairs in a user-specified range, or 2) the $p$ eigenpairs
# closest to some user-specified value, $\sigma$.
# The LANZ package was developed to run efficiently on a range of
# architectures, including vector and parallel computers.
#
# LANZ is an implementation of the algorithm described in
# \cite{jones:lanczos}. The heart of LANZ is
# the Lanczos algorithm used with spectral transformations
# similar to those described in \cite{nour-omid:implement}. LANZ uses
# the partial reorthogonalization algorithm, originally proposed
# in \cite{simon:partial}, and expanded upon in \cite{parlett:semi_ortho},
# to maintain semi-orthogonality among the Lanczos vectors.
# In addition, LANZ uses a dynamic shifting algorithm to accelerate
# convergence to desired eigenpairs in a slightly different fashion
# than in \cite{boeing:small_lan_report}.
# \bibitem{jones:lanczos}
# {\sc Jones, M.~T., and Patrick, M.~L.}
# \newblock {The Use of Lanczos's Method to Solve the Large Generalized
# Symmetric Definite Eigenvalue Problem}.
# \newblock Technical Report 89-67, Institute for Computer Applications in
# Science and Engineering (ICASE), NASA Langley Research Center, Hampton, VA,
# 1989.
# \bibitem{nour-omid:implement}
# {\sc Nour-Omid, B., Parlett, B.~N., Ericsson, T., and Jensen, P.~S.}
# \newblock {How to Implement the Spectral Transformation}.
# \newblock {\em Mathematics of Computation 48}, 178 (April 1987), 663--673.
# \bibitem{simon:partial}
# {\sc Simon, H.~D.}
# \newblock {The Lanczos Algorithm With Partial Reorthogonalization}.
# \newblock {\em Mathematics of Computation 42}, 165 (January 1984), 115--142.
# \bibitem{parlett:semi_ortho}
# {\sc Parlett, B.~N., Nour-Omid, B., and Liu, Z.~A.}
# \newblock {How to Maintain Semi-Orthogonality Among Lanczos Vectors}.
# \newblock {PAM-420}, Center for Pure and Applied Mathematics, University of
# California, Berkeley, July, 1988.
# \bibitem{boeing:small_lan_report}
# {\sc Grimes, R.~G., Lewis, J.~G., and Simon, H.~D.}
# \newblock {The Implementation of a Block Lanczos Algorithm with
# Reorthogonalization Methods}.
# \newblock {ETA-TR-91}, Boeing Computer Servies, Seattle, WA, May, 1988.
lanz_file1/ for code, documentation, makefiles, etc.
size 407 kilobytes
lanz_file2/ for code, documentation, makefiles, etc.
size 1038 kilobytes
lanz_file3 for just code, no documentation
size 462 kilobytes
lang Fortran
lanz_file4 size 4 kilobytes
lang C
# Installation of LANZ, depending on your architecture, may take up
# to 3.5mb of disk space. After installing LANZ, if you desire, you
# can delete all but one or two files created by the installation
# process.
-----------------------------------------------------------
for code, documentation, makefiles, etc.
path: /netlib/lanz/lanz_file1/
-----------------------------------------------------------
lanz_src/
-----------------------------------------------------------
path: /netlib/lanz/lanz_file1/lanz_src/
-----------------------------------------------------------
MAX/
Makedir/
Makefile
README
convex.obj/
convtb.obj/
cray.obj/
cray2tb.obj/
documents/
encore.obj/
matrices/
pymp.obj/
sun3.obj/
sun4.obj/
-----------------------------------------------------------
path: /netlib/lanz/lanz_file1/lanz_src/MAX/
-----------------------------------------------------------
README
makefile.convex
makefile.cray
makefile.encore
makefile.sun3
makefile.sun4
-----------------------------------------------------------
path: /netlib/lanz/lanz_file1/lanz_src/Makedir/
-----------------------------------------------------------
README
all.body1
all.body3
convex.body
convex.head
convtb.body
convtb.head
cray.body
cray.head
cray2tb.body
cray2tb.head
encore.body
encore.head
pymp.body
pymp.head
sun3.body
sun3.head
sun4.body
sun4.head
-----------------------------------------------------------
path: /netlib/lanz/lanz_file1/lanz_src/convex.obj/
-----------------------------------------------------------
README
-----------------------------------------------------------
path: /netlib/lanz/lanz_file1/lanz_src/convtb.obj/
-----------------------------------------------------------
README
-----------------------------------------------------------
path: /netlib/lanz/lanz_file1/lanz_src/cray.obj/
-----------------------------------------------------------
README
-----------------------------------------------------------
path: /netlib/lanz/lanz_file1/lanz_src/cray2tb.obj/
-----------------------------------------------------------
README
-----------------------------------------------------------
path: /netlib/lanz/lanz_file1/lanz_src/documents/
-----------------------------------------------------------
README
driver.doc
install.doc
lanz.bbl
lanz.tex
mach_dep.doc
makefile.doc
memory.doc
notes.encore
notes.pymp
notes.sun
parallel.doc
prog_flow.doc
solver.doc
sub_list.doc
-----------------------------------------------------------
path: /netlib/lanz/lanz_file1/lanz_src/encore.obj/
-----------------------------------------------------------
README
-----------------------------------------------------------
path: /netlib/lanz/lanz_file1/lanz_src/matrices/
-----------------------------------------------------------
README
autotest
cy7.k
cy7.m.diag
cy7.m.indef
cy7.m.sp
input.test1
input.test2
input.test3
input.test4
input.test5
input.test6
input.test7
out1
out2
out3
out4
out5
out6
out7
tmat1.k
tmat1.m
tmat2.k
tmat2.m
tmat3.m
-----------------------------------------------------------
path: /netlib/lanz/lanz_file1/lanz_src/pymp.obj/
-----------------------------------------------------------
README
-----------------------------------------------------------
path: /netlib/lanz/lanz_file1/lanz_src/sun3.obj/
-----------------------------------------------------------
README
-----------------------------------------------------------
path: /netlib/lanz/lanz_file1/lanz_src/sun4.obj/
-----------------------------------------------------------
README
-----------------------------------------------------------
for code, documentation, makefiles, etc.
path: /netlib/lanz/lanz_file2/
-----------------------------------------------------------
lanz_src/
-----------------------------------------------------------
path: /netlib/lanz/lanz_file2/lanz_src/
-----------------------------------------------------------
MAX/
bisect.msc
bound.msc
bsort.msc
bunch.msc
chkfin.msc
dblas.msc
dprep.msc
eigclc.msc
eigmat.msc
falloc.msc
fndsht.msc
genqmd.msc
getind.msc
getnrm.msc
lanczs.msc
lanz.msc
main.msc
matrt.msc
matslv.msc
mshift.msc
newton.msc
numles.msc
patterns
predct.msc
prep.msc
purge.msc
qmdmrg.msc
qmdqt.msc
qmdrch.msc
qmdupd.msc
readit.msc
sblas.msc
smbfct.msc
spelim.msc
spfact.msc
spslve.msc
timdep.msc
timeit.msc
toupper.c
tql2.msc
trans.msc
utilgp.msc
vbldnz.msc
vblds6.msc
vcrout.msc
-----------------------------------------------------------
path: /netlib/lanz/lanz_file2/lanz_src/MAX/
-----------------------------------------------------------
cmxdat.inc
max.convex.f
max.cray.f
max.sun.f
-----------------------------------------------------------
for the most common problems in numerical linear
path: /netlib/lapack/
-----------------------------------------------------------
# ======================================================================
# LAPACK, Version 1.0 Date: February 29, 1992
# LAPACK, Version 1.0a Date: June 30, 1992
# LAPACK, Version 1.0b Date: October 31, 1992
# LAPACK, Version 1.1 Date: March 31, 1993
# LAPACK, Version 2.0 Date: September 30, 1994
# ======================================================================
#
# ( L A P A C K )
# ( L -A P -A C -K )
# ( L A P A -C -K )
# ( L -A P -A -C K )
# ( L A -P -A C K )
# ( L -A -P A C -K )
# --------------------------
# Available software/reports:
# --------------------------
intro
lapack/ for (FOR NON EMAIL USERS ONLY) This is the COMPLETE
package
(installation, testing, and timing) in tar gzip
form (4038816 bytes). All revisions included.
This cannot be retrieved via email.
Updated: September 30, 1994
lapack-pc/ for (FOR NON EMAIL USERS ONLY) This is the PC
version of LAPACK.
All files have been run through a UNIX-to-DOS
file converter
and then put into tar gzip form (4099755 bytes).
lapack_alpha/ for (FOR NON EMAIL USERS ONLY) This tar file
contains a README
file and the lapack.a for a DEC 3000-500 ALPHA.
DEC OSF/1 V1.2. Refer to the README file for
architectural
characteristics. (3247960 bytes)
This cannot be retrieved via email.
lapack_hppa/ for (FOR NON EMAIL USERS ONLY) This tar file
contains a README
file and the lapack.a for an HP 9000/715.
HP-UX 9.01. Refer to the README file for
architectural
characteristics. (2200610 bytes)
This cannot be retrieved via email.
lapack_rs6k/ for (FOR NON EMAIL USERS ONLY) This tar file
contains a README
file and the lapack.a for an IBM RS/6000.
AIX 3.2.5 and XLF 3.1. Refer to the README file
for architectural
characteristics. (2129947 bytes)
This cannot be retrieved via email.
lapack_sgi5/ for (FOR NON EMAIL USERS ONLY) This tar file
contains a README
file and the lapack.a for a SGI5 (Indy). IRIX
5.3.
Refer to the README file for architectural
characteristics.
(2845128 bytes)
This cannot be retrieved via email.
lapack_sun4/ for (FOR NON EMAIL USERS ONLY) This tar file
contains a README
file and the lapack.a for a SUN4.
SunOS 4.1.3 and F77 1.4 (SC 2.0.1). Refer to
the README file for
architectural characteristics. (2454338 bytes)
This cannot be retrieved via email.
note
testing/ for (FOR NON EMAIL USERS ONLY) This is a gzip
tar file of the testing directory (1406501
bytes).
This cannot be retrieved via email.
manpages/ for (FOR NON EMAIL USERS ONLY) This is a gzip tar
file of the manual pages for the LAPACK driver
and
computational routines. Also included is an
equivalence program, giving conversion
equivalence
information for LINPACK and EISPACK to LAPACK.
(618976 bytes). This cannot be retrieved via
email.
revisions.info for Text file explaining the changes that were made
to the
LAPACK software in version 2.0.
release_notes for List of known problems, bugs, and compiler
errors, as
well as ERRATA for the LAPACK Users' Guide and
the
LAPACK code itself.
single/ for single precision real LAPACK routines
prec single
double/ for double precision real LAPACK routines
prec double
complex/ for single precision complex LAPACK routines
prec complex
complex16/ for double precision complex LAPACK routines
prec doublecomplex
util/ for LAPACK utility routines
testing/ for Subdirectory containing the testing routines for
lapack.
timing/ for Subdirectory containing the timing routines for
lapack.
lawns/ for Subdirectory containing the LAPACK Working Notes
# To find out what is available and retrieve a
postscript copy
of these reports, send mail in the form:
send index from lapack/lawns
send lawnxx from lapack/lawns These reports are
kept only at netlib@ornl.gov.
essl/ for Subdirectory containing CCI (Call Conversion
Interface) for
LAPACK/ESSL.
See lawn82 for more information.
# For a c++ implementation of LAPACK see directory c++/lapack++
# c++/lapack++/ for LAPACK++. LAPACK extensions for high
performance linear algebra computations. This
version includes support for solving linear
systems using LU, Cholesky, and QR matrix
factorizations.
by Roldan Pozo <pozo@cs.utk.edu>
# For a c implementation of LAPACK see directory clapack
# clapack/ for CLAPACK. An f2c'ed conversion of LAPACK.
# For a distributed-memory implementation of LAPACK see directory scalapack
# scalapack/ for ScaLAPACK. A portable implementation of some of
the core
routines in LAPACK across PVM, Intel machines,
CM-5, and IBM SPs.
# *******************
# Questions/comments? Direct email to lapack@cs.utk.edu
# *******************
# Jack Dongarra
# Susan Ostrouchov
# ======================================================================
# ***************
# WHAT IS LAPACK?
# ***************
# LAPACK is a transportable library of Fortran 77 subroutines for
# solving the most common problems in numerical linear algebra: systems
# of linear equations, linear least squares problems, eigenvalue problems,
# and singular value problems. It has been designed to be efficient
# on a wide range of modern high-performance computers.
# LAPACK is intended to be the successor to LINPACK and EISPACK.
# It extends the functionality of these packages by including
# equilibration, iterative refinement, error bounds, and driver routines
# for linear systems, routines for computing and re-ordering the Schur
# factorization, and condition estimation routines for eigenvalue
# problems. LAPACK improves on the accuracy of the standard algorithms
# in EISPACK by including high accuracy algorithms for finding singular
# values and eigenvalues of bidiagonal and tridiagonal matrices
# respectively that arise in SVD and symmetric eigenvalue problems.
# The algorithms and software have been restructured to achieve high
# efficiency on vector processors, high-performance ``superscalar''
# workstations, and shared-memory multiprocessors.
# A comprehensive testing and timing suite is provided along with the
# LAPACK software.
# It is highly recommended that you obtain a copy of the Second Edition of
# the LAPACK Users' Guide published by SIAM. This second edition will be
# available February, 1994. This Users' Guide gives a detailed
# description of the philosophy behind LAPACK as well as an explanation of
# its usage. The LAPACK Users' Guide can be purchased from:
# SIAM; 3600 University City Science Center; Philadelphia, PA 19104-2688;
# 215-382-9800, FAX 215-386-7999. It will also be available from booksellers.
# To order by email, send email to service@siam.org.
# The complete LAPACK package can be obtained on magnetic media from NAG
# for a nominal handling charge. For further details contact NAG at one
# of the following addresses:
# NAG Inc NAG Ltd NAG GmbH
# 1400 Opus Place Wilkinson House Schleissheimerstrasse 5
# Suite 200 Jordan Hill Road W-8046 Garching bei Munchen
# Downers Grove, IL 60515-5702 Oxford OX2 8DR Germany
# USA England
# Tel: +1 708 971 2337 Tel: +44 865 511245 Tel: +49 89 3207395
# Fax: +1 708 971 2706 Fax: +44 865 310139 Fax: +49 89 3207396
# LAPACK has been funded in part by NSF, DOE, and DARPA, with
# developmental support from NAG Ltd., Cray Research, and many friends
# and colleagues around the world.
# ( l l l l )
# ( a -a a -a )
# 1/4 * ( p p -p -p )
# ( a -a -a a )
# ( c c -c -c )
# ( k -k -k k )
# ======================================================================
# --------------
# About the BLAS
# --------------
# THE BLAS ARE NOT PROVIDED BY NETLIB WHEN LAPACK ROUTINES ARE REQUESTED.
# LAPACK routines are written so that as much as possible of the computation
# is performed by calls to the Basic Linear Algebra Subprograms (BLAS).
# Highly efficient machine-specific implementations of the BLAS are
# available for many modern high-performance computers. The BLAS
# enable LAPACK routines to achieve high performance with portable software.
# The BLAS are not strictly speaking part of LAPACK, but Fortran 77 code
# for the BLAS is distributed with LAPACK, or can be obtained separately
# from netlib:
# send index from blas
# will retrieve more information. We consider the Fortran version the model
# implementation and as such is not expected to perform as well as a specially
# tuned implementation on most high-performance computers --- on some machines
# it may give much worse performance --- but it allows users to run LAPACK
# software on machines that do not offer any other implementation of the BLAS.
# -------------
# Naming Scheme:
# -------------
# The name of each LAPACK routine is a coded specification of
# its function (within the very tight limits of standard Fortran 77
# 6-character names).
# All driver and computational routines have names of the form XYYZZZ,
# where for some driver routines the 6th character is blank.
# The first letter, X, indicates the data type as follows:
# S REAL
# D DOUBLE PRECISION
# C COMPLEX
# Z COMPLEX*16 or DOUBLE COMPLEX
# The next two letters, YY, indicate the type of matrix (or of the most
# significant matrix). Most of these two-letter codes apply to both real
# and complex matrices; a few apply specifically to one or the other.
# The last three letters ZZZ indicate the computation performed.
# For example, SGEBRD is a single precision routine that performs a
# bidiagonal reduction (BRD) of a real general matrix.
# ======================================================================
-----------------------------------------------------------
for single precision complex LAPACK routines
path: /netlib/lapack/complex/
-----------------------------------------------------------
# -------------------------------------------------------
# Available SIMPLE and DIVIDE AND CONQUER DRIVER routines:
# -------------------------------------------------------
.depend
cgbtf2.f
cgebd2.f
cgehd2.f
cgelq2.f
cgeql2.f
cgeqr2.f
cgerq2.f
cgesv.f for Solves a general system of linear equations
AX=B.
gams d2c1
cgbsv.f for Solves a general banded system of linear
equations AX=B.
gams d2c2
cgetf2.f
cgtsv.f for Solves a general tridiagonal system of linear
equations AX=B.
gams d2c2a
chegs2.f
chetd2.f
chetf2.f
clabrd.f
clacgv.f
clacon.f
clacpy.f
clacrm.f
clacrt.f
cladiv.f
claed0.f
claed7.f
claed8.f
claein.f
claesy.f
claev2.f
clags2.f
clagtm.f
clahef.f
clahqr.f
clahrd.f
claic1.f
clangb.f
clange.f
clangt.f
clanhb.f
clanhe.f
clanhp.f
clanhs.f
clanht.f
clansb.f
clansp.f
clansy.f
clantb.f
clantp.f
clantr.f
clapll.f
clapmt.f
claqgb.f
claqge.f
claqhb.f
claqhe.f
claqhp.f
claqsb.f
claqsp.f
claqsy.f
clar2v.f
clarf.f
clarfb.f
clarfg.f
clarft.f
clarfx.f
clargv.f
clarnv.f
clartg.f
clartv.f
clascl.f
claset.f
clasr.f
classq.f
claswp.f
clasyf.f
clatbs.f
clatps.f
clatrd.f
clatrs.f
clatzm.f
clauu2.f
clauum.f
cpbtf2.f
cposv.f for Solves a Hermitian positive definite system of
linear
equations AX=B.
gams d2d1b
cpotf2.f
cppsv.f for Solves a Hermitian positive definite system of
linear
equations AX=B, where A is in packed storage.
gams d2d1b
cpbsv.f for Solves a Hermitian positive definite banded
system
of linear equations AX=B.
gams d2d2
cptsv.f for Solves a Hermitian positive definite tridiagonal
system
of linear equations AX=B.
gams d2d2a
crot.f
cspmv.f
cspr.f
csrot.f
csrscl.f
csymv.f
csyr.f
csysv.f for Solves a complex symmetric indefinite system of
linear equations AX=B.
gams d2c1
chesv.f for Solves a complex Hermitian indefinite system of
linear equations AX=B.
gams d2d1a
cspsv.f for Solves a complex symmetric indefinite system of
linear equations AX=B,
where A is held in packed storage.
gams d2c1
chpsv.f for Solves a complex Hermitian indefinite system of
linear equations AX=B,
where A is held in packed storage.
gams d2d1a
cgels.f for Computes the least squares solution to an
over-determined system
of linear equations, A X=B or A**H X=B, or the
minimum norm
solution of an under-determined system, where A
is a general
rectangular matrix of full rank, using a QR or
LQ factorization
of A.
gams d9a1
cgglse.f for Solves the LSE (Constrained Linear Least Squares
Problem) using
the GRQ (Generalized RQ) factorization
gams d9b1
cggglm.f for Solves the GLM (Generalized Linear Regression
Model) using
the GQR (Generalized QR) factorization
cheev.f for Computes all eigenvalues and, optionally,
eigenvectors of a complex
Hermitian matrix.
gams d4a3
cheevd.f for Computes all eigenvalues and, optionally,
eigenvectors of a complex
Hermitian matrix. If eigenvectors are desired,
it uses a divide
and conquer algorithm.
gams d4a3
chpev.f for Computes all eigenvalues and, optionally,
eigenvectors of a complex
Hermitian matrix in packed storage.
gams d4a3
chpevd.f for Computes all eigenvalues and, optionally,
eigenvectors of a complex
Hermitian matrix in packed storage. If
eigenvectors are desired, it
uses a divide and conquer algorithm.
gams d4a3
chbev.f for Computes all eigenvalues and, optionally,
eigenvectors of a complex
Hermitian band matrix.
gams d4a3, d4a6
chbevd.f for Computes all eigenvalues and, optionally,
eigenvectors of a complex
Hermitian band matrix. If eigenvectors are
desired, it uses a divide
and conquer algorithm.
gams d4a3, d4a6
cgees.f for Computes the eigenvalues and Schur factorization
of a general
matrix, and orders the factorization so that
selected eigenvalues
are at the top left of the Schur form.
gams d4a4
cgeev.f for Computes the eigenvalues and left and right
eigenvectors of
a general matrix.
gams d4a4
cgesvd.f for Computes the singular value decomposition (SVD)
of a general
rectangular matrix.
gams d6
chegv.f for Computes all eigenvalues and the eigenvectors of
a generalized
Hermitian-definite generalized eigenproblem,
Ax= lambda Bx, ABx= lambda x, or BAx= lambda
x.
gams d4b3
chpgv.f for Computes all eigenvalues and eigenvectors of a
generalized
Hermitian-definite generalized eigenproblem,
Ax= lambda
Bx, ABx= lambda x, or BAx= lambda x, where A
and B are in packed
storage.
gams d4b3
chbgv.f for Computes all the eigenvalues, and optionally,
the eigenvectors
of a complex generalized Hermitian-definite
banded eigenproblem, of
the form A*x=(lambda)*B*x. A and B are assumed
to be Hermitian
and banded, and B is also positive definite.
cgegs.f for Computes the generalized eigenvalues, Schur
form, and left and/or
right Schur vectors for a pair of nonsymmetric
matrices
cgegv.f for Computes the generalized eigenvalues, and left
and/or right
generalized eigenvectors for a pair of
nonsymmetric matrices
cggsvd.f for Computes the Generalized Singular Value
Decomposition
# ---------------------------------
# Available EXPERT DRIVER routines:
# ---------------------------------
cgesvx.f for Solves a general system of linear equations
AX=B, A**T X=B
or A**H X=B, and provides an estimate of the
condition number
and error bounds on the solution.
gams d2c1
cgbsvx.f for Solves a general banded system of linear
equations AX=B,
A**T X=B or A**H X=B, and provides an estimate
of the condition
number and error bounds on the solution.
gams d2c2
cgtsvx.f for Solves a general tridiagonal system of linear
equations AX=B,
A**T X=B or A**H X=B, and provides an estimate
of the condition
number and error bounds on the solution.
gams d2c2a
cposvx.f for Solves a Hermitian positive definite system of
linear
equations AX=B, and provides an estimate of the
condition number
and error bounds on the solution.
gams d2d1b
cppsvx.f for Solves a Hermitian positive definite system of
linear
equations AX=B, where A is held in packed
storage, and provides
an estimate of the condition number and error
bounds on the
solution.
gams d2d1b
cpbsvx.f for Solves a Hermitian positive definite banded
system
of linear equations AX=B, and provides an
estimate of the condition
number and error bounds on the solution.
gams d2d2
cptsvx.f for Solves a Hermitian positive definite tridiagonal
system of linear equations AX=B, and provides an
estimate of
the condition number and error bounds on the
solution.
gams d2d2a
csysvx.f for Solves a complex symmetric
indefinite system of linear equations AX=B, and
provides an
estimate of the condition number and error
bounds on the solution.
gams d2c1
chesvx.f for Solves a complex Hermitian
indefinite system of linear equations AX=B, and
provides an
estimate of the condition number and error
bounds on the solution.
gams d2d1a
cspsvx.f for Solves a complex symmetric
indefinite system of linear equations AX=B,
where A is held
in packed storage, and provides an estimate of
the condition
number and error bounds on the solution.
gams d2c1
chpsvx.f for Solves a complex Hermitian
indefinite system of linear equations AX=B,
where A is held
in packed storage, and provides an estimate of
the condition
number and error bounds on the solution.
gams d2d1a
cgelsx.f for Computes the minimum norm least squares solution
to an over-
or under-determined system of linear equations A
X=B, using a
complete orthogonal factorization of A.
gams d9a1
cgelss.f for Computes the minimum norm least squares solution
to an over-
or under-determined system of linear equations A
X=B, using
the singular value decomposition of A.
gams d9a1
cheevx.f for Computes selected eigenvalues and eigenvectors
of a Hermitian matrix.
gams d4a3
chpevx.f for Computes selected eigenvalues and eigenvectors
of a
Hermitian matrix in packed storage.
gams d4a3
chbevx.f for Computes selected eigenvalues and eigenvectors
of a
Hermitian band matrix.
gams d4a3, d4a6
cgeesx.f for Computes the eigenvalues and Schur factorization
of a general
matrix, orders the factorization so that
selected eigenvalues
are at the top left of the Schur form, and
computes reciprocal
condition numbers for the average of the
selected eigenvalues,
and for the associated right invariant subspace.
gams d4a4
cgeevx.f for Computes the eigenvalues and left and right
eigenvectors of
a general matrix, with preliminary balancing of
the matrix,
and computes reciprocal condition numbers for
the eigenvalues
and right eigenvectors.
gams d4a4
# ---------------------------------
# Available COMPUTATIONAL routines:
# ---------------------------------
cbdsqr.f for Computes the singular value decomposition (SVD)
of a real bidiagonal
matrix, using the bidiagonal QR algorithm.
gams d6
cgbbrd.f Reduces a complex general band matrix to real
upper bidiagonal form
by a unitary transformation.
cgbcon.f for Estimates the reciprocal of the condition number
of a general
band matrix, in either the 1-norm or the
infinity-norm, using
the LU factorization computed by CGBTRF.
gams d2c2
cgbequ.f for Computes row and column scalings to equilibrate
a general band
matrix and reduce its condition number.
gams d2c2
cgbrfs.f for Improves the computed solution to a general
banded system of
linear equations AX=B, A**T X=B or A**H X=B, and
provides forward
and backward error bounds for the solution.
gams d2c2
cgbtrf.f for Computes an LU factorization of a general band
matrix, using
partial pivoting with row interchanges.
gams d2c2
cgbtrs.f for Solves a general banded system of linear
equations AX=B,
A**T X=B or A**H X=B, using the LU factorization
computed
by CGBTRF.
gams d2c2
cgebak.f for Transforms eigenvectors of a balanced matrix to
those of the
original matrix supplied to CGEBAL.
gams d4c4
cgebal.f for Balances a general matrix in order to improve
the accuracy
of computed eigenvalues.
gams d4c1a
cgebrd.f for Reduces a general rectangular matrix to real
bidiagonal form
by an orthogonal/unitary transformation.
gams d6
cgecon.f for Estimates the reciprocal of the condition number
of a general
matrix, in either the 1-norm or the
infinity-norm, using the
LU factorization computed by CGETRF.
gams d2c1
cgeequ.f for Computes row and column scalings to equilibrate
a general
rectangular matrix and reduce its condition
number.
gams d2c1
cgehrd.f for Reduces a general matrix to upper Hessenberg
form by an
unitary similarity transformation.
gams d4c1b2
cgelqf.f for Computes an LQ factorization of a general
rectangular matrix.
gams d5
cgeqlf.f for Computes a QL factorization of a general
rectangular matrix.
gams d5
cgeqpf.f for Computes a QR factorization with column pivoting
of a general
rectangular matrix.
gams d5
cgeqrf.f for Computes a QR factorization of a general
rectangular matrix.
gams d5
cgerfs.f for Improves the computed solution to a general
system of linear
equations AX=B, A**T X=B or A**H X=B, and
provides forward and
backward error bounds for the solution.
gams d2c1
cgerqf.f for Computes an RQ factorization of a general
rectangular matrix.
gams d5
cgetrf.f for Computes an LU factorization of a general
matrix, using partial
pivoting with row interchanges.
gams d2c1
cgetri.f for Computes the inverse of a general matrix, using
the LU factorization
computed by CGETRF.
gams d2c1
cgetrs.f for Solves a general system of linear equations
AX=B, A**T X=B
or A**H X=B, using the LU factorization computed
by CGETRF.
gams d2c1
cggbak.f for Forms the right or left eigenvectors of the
generalized eigenvalue
problem by backward transformation on the
computed eigenvectors of
the balanced pair of matrices output by CGGBAL.
cggbal.f for Balances a pair of general complex matrices for
the generalized
eigenvalue problem A x = lambda B x.
cgghrd.f for Reduces a pair of complex matrices to
generalized upper
Hessenberg form using unitary similarity
transformations.
cggqrf.f for Computes a generalized QR factorization of a
pair of matrices.
cggrqf.f for Computes a generalized RQ factorization of a
pair of matrices.
cggsvp.f for Computes unitary matrices as a preprocessing
step
for computing the generalized singular value
decomposition
cgtcon.f for Estimates the reciprocal of the condition number
of a general
tridiagonal matrix, in either the 1-norm or the
infinity-norm,
using the LU factorization computed by CGTTRF.
gams d2c2a
cgtrfs.f for Improves the computed solution to a general
tridiagonal system
of linear equations AX=B, A**T X=B or A**H X=B,
and provides
forward and backward error bounds for the
solution.
gams d2c2a
cgttrf.f for Computes an LU factorization of a general
tridiagonal matrix,
using partial pivoting with row interchanges.
gams d2c2a
cgttrs.f for Solves a general tridiagonal system of linear
equations AX=B,
A**T X=B or A**H X=B, using the LU factorization
computed by
CGTTRF.
gams d2c2a
chgeqz.f for Implements a single-/double-shift version of the
QZ method for
finding the generalized eigenvalues of the
equation
det(A - w(i) B) = 0
chsein.f for Computes specified right and/or left
eigenvectors of an upper
Hessenberg matrix by inverse iteration.
gams d4c3
chseqr.f for Computes the eigenvalues and Schur factorization
of an upper
Hessenberg matrix, using the multishift QR
algorithm.
gams d4c2b
csytf2.f
ctrti2.f
cung2l.f
cung2r.f
cungl2.f
cungr2.f
cunm2l.f
cunm2r.f
cunml2.f
cunmr2.f
cupgtr.f for Generates the unitary transformation matrix from
a reduction to tridiagonal form determined by
CHPTRD.
gams d4c1b1
cupmtr.f for Multiplies a general matrix by the unitary
transformation matrix from a reduction to
tridiagonal form
determined by CHPTRD.
gams d4c4
cungbr.f for Generates the unitary transformation matrices
from
a reduction to bidiagonal form determined by
CGEBRD.
gams d6
cunghr.f for Generates the unitary transformation matrix from
a reduction to Hessenberg form determined by
CGEHRD.
gams d4c1b2
cunglq.f for Generates all or part of the unitary matrix Q
from
an LQ factorization determined by CGELQF.
gams d5
cungql.f for Generates all or part of the unitary matrix Q
from
a QL factorization determined by CGEQLF.
gams d5
cungqr.f for Generates all or part of the unitary matrix Q
from
a QR factorization determined by CGEQRF.
gams d5
cungrq.f for Generates all or part of the unitary matrix Q
from
an RQ factorization determined by CGERQF.
gams d5
cungtr.f for Generates the unitary transformation matrix from
a reduction to tridiagonal form determined by
CHETRD.
gams d4c1b1
cunmbr.f for Multiplies a general matrix by one of the
unitary
transformation matrices from a reduction to
bidiagonal form
determined by CGEBRD.
gams d6
cunmhr.f for Multiplies a general matrix by the unitary
transformation
matrix from a reduction to Hessenberg form
determined by CGEHRD.
gams d4c4
cunmlq.f for Multiplies a general matrix by the unitary
matrix
from an LQ factorization determined by CGELQF.
gams d5
cunmql.f for Multiplies a general matrix by the unitary
matrix
from a QL factorization determined by CGEQLF.
gams d5
cunmqr.f for Multiplies a general matrix by the unitary
matrix
from a QR factorization determined by CGEQRF.
gams d5
cunmrq.f for Multiplies a general matrix by the unitary
matrix
from an RQ factorization determined by CGERQF.
gams d5
cunmtr.f for Multiplies a general matrix by the unitary
transformation matrix from a reduction to
tridiagonal form
determined by CHETRD.
gams d4c4
cpbcon.f for Estimates the reciprocal of the condition number
of a
Hermitian positive definite band matrix, using
the
Cholesky factorization computed by CPBTRF.
gams d2d2
cpbequ.f for Computes row and column scalings to equilibrate
a Hermitian
positive definite band matrix and reduce its
condition number.
gams d2d2
cpbrfs.f for Improves the computed solution to a Hermitian
positive
definite banded system of linear equations AX=B,
and provides
forward and backward error bounds for the
solution.
gams d2d2
cpbstf.f for Computes a split Cholesky factorization of a
complex Hermitian
positive definite band matrix.
cpbtrf.f for Computes the Cholesky factorization of a
Hermitian
positive definite band matrix.
gams d2d2
cpbtrs.f for Solves a Hermitian positive definite banded
system
of linear equations AX=B, using the Cholesky
factorization
computed by CPBTRF.
gams d2d2
cpocon.f for Estimates the reciprocal of the condition number
of a
Hermitian positive definite matrix, using the
Cholesky factorization computed by CPOTRF.
gams d2d1b
cpoequ.f for Computes row and column scalings to equilibrate
a Hermitian
positive definite matrix and reduce its
condition number.
gams d2d1b
cporfs.f for Improves the computed solution to a Hermitian
positive
definite system of linear equations AX=B, and
provides forward
and backward error bounds for the solution.
gams d2d1b
cpotrf.f for Computes the Cholesky factorization of a
Hermitian
positive definite matrix.
gams d2d1b
cpotri.f for Computes the inverse of a Hermitian positive
definite
matrix, using the Cholesky factorization
computed by CPOTRF.
gams d2d1b
cpotrs.f for Solves a Hermitian positive definite system of
linear
equations AX=B, using the Cholesky factorization
computed by
CPOTRF.
gams d2d1b
cppcon.f for Estimates the reciprocal of the condition number
of a
Hermitian positive definite matrix in packed
storage,
using the Cholesky factorization computed by
CPPTRF.
gams d2d1b
cppequ.f for Computes row and column scalings to equilibrate
a Hermitian
positive definite matrix in packed storage and
reduce its condition
number.
gams d2d1b
cpprfs.f for Improves the computed solution to a Hermitian
positive
definite system of linear equations AX=B, where
A is held in
packed storage, and provides forward and
backward error bounds
for the solution.
gams d2d1b
cpptrf.f for Computes the Cholesky factorization of a
Hermitian
positive definite matrix in packed storage.
gams d2d1b
cpptri.f for Computes the inverse of a Hermitian positive
definite
matrix in packed storage, using the Cholesky
factorization computed
by CPPTRF.
gams d2d1b
cpptrs.f for Solves a Hermitian positive definite system of
linear
equations AX=B, where A is held in packed
storage, using the
Cholesky factorization computed by CPPTRF.
gams d2d1b
cptcon.f for Computes the reciprocal of the condition number
of a
Hermitian positive definite tridiagonal matrix,
using the LDL**H factorization computed by
CPTTRF.
gams d2d2a
cpteqr.f for Computes all eigenvalues and eigenvectors of a
complex symmetric
positive definite tridiagonal matrix, by
computing the SVD of
its bidiagonal Cholesky factor.
gams d4c2a
cptrfs.f for Improves the computed solution to a Hermitian
positive
definite tridiagonal system of linear equations
AX=B, and provides
forward and backward error bounds for the
solution.
gams d2d2a
cpttrf.f for Computes the LDL**H factorization of a Hermitian
positive definite tridiagonal matrix.
gams d2d2a
cpttrs.f for Solves a Hermitian positive definite tridiagonal
system of linear equations, using the LDL**H
factorization
computed by CPTTRF.
gams d2d2a
chbgst.f for Reduces a complex Hermitian-definite banded
generalized eigenproblem
A x = lambda B x to standard form, where B has
been factorized by
CPBSTF (Crawford's algorithm).
chbtrd.f for Reduces a Hermitian band matrix to real
symmetric
tridiagonal form by a unitary similarity
transformation.
gams d4c1b1
cspcon.f for Estimates the reciprocal of the condition number
of a
complex symmetric indefinite
matrix in packed storage, using the
factorization computed
by CSPTRF.
gams d2c1
chpcon.f for Estimates the reciprocal of the condition number
of a
complex Hermitian indefinite
matrix in packed storage, using the
factorization computed
by CHPTRF.
gams d2d1a
chpgst.f for Reduces a Hermitian-definite generalized
eigenproblem
Ax= lambda Bx, ABx= lambda x, or BAx= lambda
x, to standard
form, where A and B are held in packed storage,
and B has been
factorized by CPPTRF.
gams d4c1c
csprfs.f for Improves the computed solution to a complex
symmetric indefinite system of linear equations
AX=B, where A is held in packed storage, and
provides forward
and backward error bounds for the solution.
gams d2c1
chprfs.f for Improves the computed solution to a complex
Hermitian indefinite system of linear equations
AX=B, where A is held in packed storage, and
provides forward
and backward error bounds for the solution.
gams d2d1a
chptrd.f for Reduces a Hermitian matrix in packed storage to
real
symmetric tridiagonal form by a unitary
similarity
transformation.
gams d4c1b1
csptrf.f for Computes the factorization of a complex
symmetric-indefinite matrix in packed storage,
using the diagonal pivoting method.
gams d2c1
chptrf.f for Computes the factorization of a complex
Hermitian-indefinite matrix in packed storage,
using the diagonal pivoting method.
gams d2d1a
csptri.f for Computes the inverse of a complex symmetric
indefinite matrix in packed storage, using the
factorization
computed by CSPTRF.
gams d2c1
chptri.f for Computes the inverse of a complex
Hermitian indefinite matrix in packed storage,
using the factorization
computed by CHPTRF.
gams d2d1a
csptrs.f for Solves a complex symmetric
indefinite system of linear equations AX=B,
where A is held
in packed storage, using the factorization
computed
by CSPTRF.
gams d2c1
chptrs.f for Solves a complex Hermitian
indefinite system of linear equations AX=B,
where A is held
in packed storage, using the factorization
computed
by CHPTRF.
gams d2d1a
cstedc.f for Computes all eigenvalues and, optionally,
eigenvectors of a
symmetric tridiagonal matrix using the divide
and conquer algorithm.
cstein.f for Computes selected eigenvectors of a real
symmetric tridiagonal
matrix by inverse iteration.
gams d4c3
csteqr.f for Computes all eigenvalues and eigenvectors of a
real symmetric
tridiagonal matrix, using the implicit QL or QR
algorithm.
gams d4a1, d4a5, d4c2a
csycon.f for Estimates the reciprocal of the condition number
of a
complex symmetric indefinite matrix,
using the factorization computed by CSYTRF.
gams d2c1
checon.f for Estimates the reciprocal of the condition number
of a
complex Hermitian indefinite matrix,
using the factorization computed by CHETRF.
gams d2d1a
chegst.f for Reduces a Hermitian-definite generalized
eigenproblem
Ax= lambda Bx, ABx= lambda x, or BAx= lambda
x, to standard
form, where B has been factorized by CPOTRF.
gams d4c1c
csyrfs.f for Improves the computed solution to a complex
symmetric indefinite system of linear equations
AX=B, and provides forward and backward error
bounds for the
solution.
gams d2c1
cherfs.f for Improves the computed solution to a complex
Hermitian indefinite system of linear equations
AX=B, and provides forward and backward error
bounds for the
solution.
gams d2d1a
chetrd.f for Reduces a Hermitian matrix to real symmetric
tridiagonal
form by an orthogonal/unitary similarity
transformation.
gams d4c1b1
csytrf.f for Computes the factorization of a complex
symmetric-indefinite matrix,
using the diagonal pivoting method.
gams d2c1
chetrf.f for Computes the factorization of a complex
Hermitian-indefinite matrix,
using the diagonal pivoting method.
gams d2d1a
csytri.f for Computes the inverse of a complex symmetric
indefinite matrix,
using the factorization computed by CSYTRF.
gams d2c1
chetri.f for Computes the inverse of a complex Hermitian
indefinite matrix,
using the factorization computed by CHETRF.
gams d2d1a
csytrs.f for Solves a complex symmetric indefinite system of
linear equations AX=B,
using the factorization computed by CSPTRF.
gams d2c1
chetrs.f for Solves a complex Hermitian indefinite system of
linear equations AX=B,
using the factorization computed by CHPTRF.
gams d2d1a
ctbcon.f for Estimates the reciprocal of the condition number
of a triangular
band matrix, in either the 1-norm or the
infinity-norm.
gams d2c2, d2c3
ctbrfs.f for Provides forward and backward error bounds for
the solution
of a triangular banded system of linear
equations AX=B,
A**T X=B or A**H X=B.
gams d2c2, d2c3
ctbtrs.f for Solves a triangular banded system of linear
equations AX=B,
A**T X=B or A**H X=B.
gams d2c2, d2c3
ctgevc.f for Computes some or all of the right and/or left
generalized eigenvectors
of a pair of complex upper triangular matrices.
gams d4b4
ctgsja.f for Computes the generalized singular value
decomposition of two complex
upper triangular (or trapezoidal) matrices as
output by CGGSVP.
gams d6
ctpcon.f for Estimates the reciprocal of the condition number
of a triangular
matrix in packed storage, in either the 1-norm
or the infinity-norm.
gams d2c3
ctprfs.f for Provides forward and backward error bounds for
the solution
of a triangular system of linear equations AX=B,
A**T X=B or
A**H X=B, where A is held in packed storage.
gams d2c3
ctptri.f for Computes the inverse of a triangular matrix in
packed storage.
gams d2c3
ctptrs.f for Solves a triangular system of linear equations
AX=B,
A**T X=B or A**H X=B, where A is held in packed
storage.
gams d2c3
ctrcon.f for Estimates the reciprocal of the condition number
of a triangular
matrix, in either the 1-norm or the
infinity-norm.
gams d2c3
ctrevc.f for Computes left and right eigenvectors of an
complex upper triangular
matrix.
gams d4c3
ctrexc.f for Reorders the Schur factorization of a matrix by
a unitary
similarity transformation.
gams d4c
ctrrfs.f for Provides forward and backward error bounds for
the solution
of a triangular system of linear equations A
X=B, A**T X=B or
A**H X=B.
gams d2c3
ctrsen.f for Reorders the Schur factorization of a matrix in
order to find
an orthonormal basis of a right invariant
subspace corresponding
to selected eigenvalues, and returns reciprocal
condition numbers
(sensitivities) of the average of the cluster of
eigenvalues
and of the invariant subspace.
gams d4c
ctrsna.f for Estimates the reciprocal condition numbers
(sensitivities)
of selected eigenvalues and eigenvectors of a
complex upper
triangular matrix.
gams d4c
ctrsyl.f for Solves the Sylvester matrix equation A X +/- X
B=C where A
and B are complex upper triangular, and may be
transposed.
gams d8
ctrtri.f for Computes the inverse of a triangular matrix.
gams d2c3
ctrtrs.f for Solves a triangular system of linear equations
AX=B,
A**T X=B or A**H X=B.
gams d2c3
ctzrqf.f for Computes an RQ factorization of an upper
trapezoidal matrix.
gams d5
-----------------------------------------------------------
for double precision complex LAPACK routines
path: /netlib/lapack/complex16/
-----------------------------------------------------------
# -------------------------------------------------------
# Available SIMPLE and DIVIDE AND CONQUER DRIVER routines:
# -------------------------------------------------------
.depend
zdrot.f
zdrscl.f
zgbtf2.f
zgebd2.f
zgehd2.f
zgelq2.f
zgeql2.f
zgeqr2.f
zgerq2.f
zgesv.f for Solves a general system of linear equations
AX=B.
gams d2c1
zgbsv.f for Solves a general banded system of linear
equations AX=B.
gams d2c2
zgetf2.f
zgtsv.f for Solves a general tridiagonal system of linear
equations AX=B.
gams d2c2a
zhegs2.f
zhetd2.f
zhetf2.f
zlabrd.f
zlacgv.f
zlacon.f
zlacpy.f
zlacrm.f
zlacrt.f
zladiv.f
zlaed0.f
zlaed7.f
zlaed8.f
zlaein.f
zlaesy.f
zlaev2.f
zlags2.f
zlagtm.f
zlahef.f
zlahqr.f
zlahrd.f
zlaic1.f
zlangb.f
zlange.f
zlangt.f
zlanhb.f
zlanhe.f
zlanhp.f
zlanhs.f
zlanht.f
zlansb.f
zlansp.f
zlansy.f
zlantb.f
zlantp.f
zlantr.f
zlapll.f
zlapmt.f
zlaqgb.f
zlaqge.f
zlaqhb.f
zlaqhe.f
zlaqhp.f
zlaqsb.f
zlaqsp.f
zlaqsy.f
zlar2v.f
zlarf.f
zlarfb.f
zlarfg.f
zlarft.f
zlarfx.f
zlargv.f
zlarnv.f
zlartg.f
zlartv.f
zlascl.f
zlaset.f
zlasr.f
zlassq.f
zlaswp.f
zlasyf.f
zlatbs.f
zlatps.f
zlatrd.f
zlatrs.f
zlatzm.f
zlauu2.f
zlauum.f
zpbtf2.f
zposv.f for Solves a Hermitian positive definite system of
linear
equations AX=B.
gams d2d1b
zpotf2.f
zppsv.f for Solves a Hermitian positive definite system of
linear
equations AX=B, where A is in packed storage.
gams d2d1b
zpbsv.f for Solves a Hermitian positive definite banded
system
of linear equations AX=B.
gams d2d2
zptsv.f for Solves a Hermitian positive definite tridiagonal
system
of linear equations AX=B.
gams d2d2a
zrot.f
zspmv.f
zspr.f
zsymv.f
zsyr.f
zsysv.f for Solves a complex symmetric indefinite system of
linear equations AX=B.
gams d2c1
zhesv.f for Solves a complex Hermitian indefinite system of
linear equations AX=B.
gams d2d1a
zspsv.f for Solves a complex symmetric indefinite system of
linear equations AX=B,
where A is held in packed storage.
gams d2c1
zhpsv.f for Solves a complex Hermitian indefinite system of
linear equations AX=B,
where A is held in packed storage.
gams d2d1a
zgels.f for Computes the least squares solution to an
over-determined system
of linear equations, A X=B or A**H X=B, or the
minimum norm
solution of an under-determined system, where A
is a general
rectangular matrix of full rank, using a QR or
LQ factorization
of A.
gams d9a1
zgglse.f for Solves the LSE (Constrained Linear Least Squares
Problem) using
the GRQ (Generalized RQ) factorization
gams d9b1
zggglm.f for Solves the GLM (Generalized Linear Regression
Model) using
the GQR (Generalized QR) factorization
zheev.f for Computes all eigenvalues and, optionally,
eigenvectors of a complex
Hermitian matrix.
gams d4a3
zheevd.f for Computes all eigenvalues and, optionally,
eigenvectors of a complex
Hermitian matrix. If eigenvectors are desired,
it uses a divide
and conquer algorithm.
gams d4a3
zhpev.f for Computes all eigenvalues and, optionally,
eigenvectors of a complex
Hermitian matrix in packed storage.
gams d4a3
zhpevd.f for Computes all eigenvalues and, optionally,
eigenvectors of a complex
Hermitian matrix in packed storage. If
eigenvectors are desired, it
uses a divide and conquer algorithm.
gams d4a3
zhbev.f for Computes all eigenvalues and, optionally,
eigenvectors of a complex
Hermitian band matrix.
gams d4a3, d4a6
zhbevd.f for Computes all eigenvalues and, optionally,
eigenvectors of a complex
Hermitian band matrix. If eigenvectors are
desired, it uses a divide
and conquer algorithm.
gams d4a3, d4a6
zgees.f for Computes the eigenvalues and Schur factorization
of a general
matrix, and orders the factorization so that
selected eigenvalues
are at the top left of the Schur form.
gams d4a4
zgeev.f for Computes the eigenvalues and left and right
eigenvectors of
a general matrix.
gams d4a4
zgesvd.f for Computes the singular value decomposition (SVD)
of a general
rectangular matrix.
gams d6
zhegv.f for Computes all eigenvalues and the eigenvectors of
a generalized
Hermitian-definite generalized eigenproblem,
Ax= lambda Bx, ABx= lambda x, or BAx= lambda
x.
gams d4b3
zhpgv.f for Computes all eigenvalues and eigenvectors of a
generalized
Hermitian-definite generalized eigenproblem,
Ax= lambda
Bx, ABx= lambda x, or BAx= lambda x, where A
and B are in packed
storage.
gams d4b3
zhbgv.f for Computes all the eigenvalues, and optionally,
the eigenvectors
of a complex generalized Hermitian-definite
banded eigenproblem, of
the form A*x=(lambda)*B*x. A and B are assumed
to be Hermitian
and banded, and B is also positive definite.
zgegs.f for Computes the generalized eigenvalues, Schur
form, and left and/or
right Schur vectors for a pair of nonsymmetric
matrices
zgegv.f for Computes the generalized eigenvalues, and left
and/or right
generalized eigenvectors for a pair of
nonsymmetric matrices
zggsvd.f for Computes the Generalized Singular Value
Decomposition
# ---------------------------------
# Available EXPERT DRIVER routines:
# ---------------------------------
zgesvx.f for Solves a general system of linear equations
AX=B, A**T X=B
or A**H X=B, and provides an estimate of the
condition number
and error bounds on the solution.
gams d2c1
zgbsvx.f for Solves a general banded system of linear
equations AX=B,
A**T X=B or A**H X=B, and provides an estimate
of the condition
number and error bounds on the solution.
gams d2c2
zgtsvx.f for Solves a general tridiagonal system of linear
equations AX=B,
A**T X=B or A**H X=B, and provides an estimate
of the condition
number and error bounds on the solution.
gams d2c2a
zposvx.f for Solves a Hermitian positive definite system of
linear
equations AX=B, and provides an estimate of the
condition number
and error bounds on the solution.
gams d2d1b
zppsvx.f for Solves a Hermitian positive definite system of
linear
equations AX=B, where A is held in packed
storage, and provides
an estimate of the condition number and error
bounds on the
solution.
gams d2d1b
zpbsvx.f for Solves a Hermitian positive definite banded
system
of linear equations AX=B, and provides an
estimate of the condition
number and error bounds on the solution.
gams d2d2
zptsvx.f for Solves a Hermitian positive definite tridiagonal
system of linear equations AX=B, and provides an
estimate of
the condition number and error bounds on the
solution.
gams d2d2a
zsysvx.f for Solves a complex symmetric
indefinite system of linear equations AX=B, and
provides an
estimate of the condition number and error
bounds on the solution.
gams d2c1
zhesvx.f for Solves a complex Hermitian
indefinite system of linear equations AX=B, and
provides an
estimate of the condition number and error
bounds on the solution.
gams d2d1a
zspsvx.f for Solves a complex symmetric
indefinite system of linear equations AX=B,
where A is held
in packed storage, and provides an estimate of
the condition
number and error bounds on the solution.
gams d2c1
zhpsvx.f for Solves a complex Hermitian
indefinite system of linear equations AX=B,
where A is held
in packed storage, and provides an estimate of
the condition
number and error bounds on the solution.
gams d2d1a
zgelsx.f for Computes the minimum norm least squares solution
to an over-
or under-determined system of linear equations A
X=B, using a
complete orthogonal factorization of A.
gams d9a1
zgelss.f for Computes the minimum norm least squares solution
to an over-
or under-determined system of linear equations A
X=B, using
the singular value decomposition of A.
gams d9a1
zheevx.f for Computes selected eigenvalues and eigenvectors
of a Hermitian matrix.
gams d4a3
zhpevx.f for Computes selected eigenvalues and eigenvectors
of a
Hermitian matrix in packed storage.
gams d4a3
zhbevx.f for Computes selected eigenvalues and eigenvectors
of a
Hermitian band matrix.
gams d4a3, d4a6
zgeesx.f for Computes the eigenvalues and Schur factorization
of a general
matrix, orders the factorization so that
selected eigenvalues
are at the top left of the Schur form, and
computes reciprocal
condition numbers for the average of the
selected eigenvalues,
and for the associated right invariant subspace.
gams d4a4
zgeevx.f for Computes the eigenvalues and left and right
eigenvectors of
a general matrix, with preliminary balancing of
the matrix,
and computes reciprocal condition numbers for
the eigenvalues
and right eigenvectors.
gams d4a4
# ---------------------------------
# Available COMPUTATIONAL routines:
# ---------------------------------
zbdsqr.f for Computes the singular value decomposition (SVD)
of a real bidiagonal
matrix, using the bidiagonal QR algorithm.
gams d6
zgbbrd.f Reduces a complex general band matrix to real
upper bidiagonal form
by a unitary transformation.
zgbcon.f for Estimates the reciprocal of the condition number
of a general
band matrix, in either the 1-norm or the
infinity-norm, using
the LU factorization computed by CGBTRF.
gams d2c2
zgbequ.f for Computes row and column scalings to equilibrate
a general band
matrix and reduce its condition number.
gams d2c2
zgbrfs.f for Improves the computed solution to a general
banded system of
linear equations AX=B, A**T X=B or A**H X=B, and
provides forward
and backward error bounds for the solution.
gams d2c2
zgbtrf.f for Computes an LU factorization of a general band
matrix, using
partial pivoting with row interchanges.
gams d2c2
zgbtrs.f for Solves a general banded system of linear
equations AX=B,
A**T X=B or A**H X=B, using the LU factorization
computed
by CGBTRF.
gams d2c2
zgebak.f for Transforms eigenvectors of a balanced matrix to
those of the
original matrix supplied to CGEBAL.
gams d4c4
zgebal.f for Balances a general matrix in order to improve
the accuracy
of computed eigenvalues.
gams d4c1a
zgebrd.f for Reduces a general rectangular matrix to real
bidiagonal form
by an unitary transformation.
gams d6
zgecon.f for Estimates the reciprocal of the condition number
of a general
matrix, in either the 1-norm or the
infinity-norm, using the
LU factorization computed by CGETRF.
gams d2c1
zgeequ.f for Computes row and column scalings to equilibrate
a general
rectangular matrix and reduce its condition
number.
gams d2c1
zgehrd.f for Reduces a general matrix to upper Hessenberg
form by an
unitary similarity transformation.
gams d4c1b2
zgelqf.f for Computes an LQ factorization of a general
rectangular matrix.
gams d5
zgeqlf.f for Computes a QL factorization of a general
rectangular matrix.
gams d5
zgeqpf.f for Computes a QR factorization with column pivoting
of a general
rectangular matrix.
gams d5
zgeqrf.f for Computes a QR factorization of a general
rectangular matrix.
gams d5
zgerfs.f for Improves the computed solution to a general
system of linear
equations AX=B, A**T X=B or A**H X=B, and
provides forward and
backward error bounds for the solution.
gams d2c1
zgerqf.f for Computes an RQ factorization of a general
rectangular matrix.
gams d5
zgetrf.f for Computes an LU factorization of a general
matrix, using partial
pivoting with row interchanges.
gams d2c1
zgetri.f for Computes the inverse of a general matrix, using
the LU factorization
computed by ZGETRF.
gams d2c1
zgetrs.f for Solves a general system of linear equations
AX=B, A**T X=B
or A**H X=B, using the LU factorization computed
by ZGETRF.
gams d2c1
zggbak.f for Forms the right or left eigenvectors of the
generalized eigenvalue
problem by backward transformation on the
computed eigenvectors of
the balanced pair of matrices output by CGGBAL.
zggbal.f for Balances a pair of general complex matrices for
the generalized
eigenvalue problem A x = lambda B x.
zgghrd.f for Reduces a pair of complex matrices to
generalized upper
Hessenberg form using unitary similarity
transformations.
zggqrf.f for Computes a generalized QR factorization of a
pair of matrices.
zggrqf.f for Computes a generalized RQ factorization of a
pair of matrices.
zggsvp.f for Computes unitary matrices as a preprocessing
step
for computing the generalized singular value
decomposition
zgtcon.f for Estimates the reciprocal of the condition number
of a general
tridiagonal matrix, in either the 1-norm or the
infinity-norm,
using the LU factorization computed by CGTTRF.
gams d2c2a
zgtrfs.f for Improves the computed solution to a general
tridiagonal system
of linear equations AX=B, A**T X=B or A**H X=B,
and provides
forward and backward error bounds for the
solution.
gams d2c2a
zgttrf.f for Computes an LU factorization of a general
tridiagonal matrix,
using partial pivoting with row interchanges.
gams d2c2a
zgttrs.f for Solves a general tridiagonal system of linear
equations AX=B,
A**T X=B or A**H X=B, using the LU factorization
computed by
CGTTRF.
gams d2c2a
zhgeqz.f for Implements a single-/double-shift version of the
QZ method for
finding the generalized eigenvalues of the
equation
det(A - w(i) B) = 0
zhsein.f for Computes specified right and/or left
eigenvectors of an upper
Hessenberg matrix by inverse iteration.
gams d4c3
zhseqr.f for Computes the eigenvalues and Schur factorization
of an upper
Hessenberg matrix, using the multishift QR
algorithm.
gams d4c2b
zsytf2.f
ztrti2.f
zung2l.f
zung2r.f
zungl2.f
zungr2.f
zunm2l.f
zunm2r.f
zunml2.f
zunmr2.f
zupgtr.f for Generates the unitary transformation matrix from
a reduction to tridiagonal form determined by
CHPTRD.
gams d4c1b1
zupmtr.f for Multiplies a general matrix by the unitary
transformation matrix from a reduction to
tridiagonal form
determined by CHPTRD.
gams d4c4
zungbr.f for Generates the unitary transformation matrices
from
a reduction to bidiagonal form determined by
CGEBRD.
gams d6
zunghr.f for Generates the unitary transformation matrix from
a reduction to Hessenberg form determined by
CGEHRD.
gams d4c1b2
zunglq.f for Generates all or part of the unitary matrix Q
from
an LQ factorization determined by CGELQF.
gams d5
zungql.f for Generates all or part of the unitary matrix Q
from
a QL factorization determined by CGEQLF.
gams d5
zungqr.f for Generates all or part of the unitary matrix Q
from
a QR factorization determined by CGEQRF.
gams d5
zungrq.f for Generates all or part of the unitary matrix Q
from
an RQ factorization determined by CGERQF.
gams d5
zungtr.f for Generates the unitary transformation matrix from
a reduction to tridiagonal form determined by
CHETRD.
gams d4c1b1
zunmbr.f for Multiplies a general matrix by one of the
unitary
transformation matrices from a reduction to
bidiagonal form
determined by CGEBRD.
gams d6
zunmhr.f for Multiplies a general matrix by the unitary
transformation
matrix from a reduction to Hessenberg form
determined by CGEHRD.
gams d4c4
zunmlq.f for Multiplies a general matrix by the unitary
matrix
from an LQ factorization determined by CGELQF.
gams d5
zunmql.f for Multiplies a general matrix by the unitary
matrix
from a QL factorization determined by CGEQLF.
gams d5
zunmqr.f for Multiplies a general matrix by the unitary
matrix
from a QR factorization determined by CGEQRF.
gams d5
zunmrq.f for Multiplies a general matrix by the unitary
matrix
from an RQ factorization determined by CGERQF.
gams d5
zunmtr.f for Multiplies a general matrix by the unitary
transformation matrix from a reduction to
tridiagonal form
determined by CHETRD.
gams d4c4
zpbcon.f for Estimates the reciprocal of the condition number
of a
Hermitian positive definite band matrix, using
the
Cholesky factorization computed by CPBTRF.
gams d2d2
zpbequ.f for Computes row and column scalings to equilibrate
a Hermitian
positive definite band matrix and reduce its
condition number.
gams d2d2
zpbrfs.f for Improves the computed solution to a Hermitian
positive
definite banded system of linear equations AX=B,
and provides
forward and backward error bounds for the
solution.
gams d2d2
zpbstf.f for Computes a split Cholesky factorization of a
complex Hermitian
positive definite band matrix.
zpbtrf.f for Computes the Cholesky factorization of a
Hermitian
positive definite band matrix.
gams d2d2
zpbtrs.f for Solves a Hermitian positive definite banded
system
of linear equations AX=B, using the Cholesky
factorization
computed by CPBTRF.
gams d2d2
zpocon.f for Estimates the reciprocal of the condition number
of a
Hermitian positive definite matrix, using the
Cholesky factorization computed by CPOTRF.
gams d2d1b
zpoequ.f for Computes row and column scalings to equilibrate
a Hermitian
positive definite matrix and reduce its
condition number.
gams d2d1b
zporfs.f for Improves the computed solution to a Hermitian
positive
definite system of linear equations AX=B, and
provides forward
and backward error bounds for the solution.
gams d2d1b
zpotrf.f for Computes the Cholesky factorization of a
Hermitian
positive definite matrix.
gams d2d1b
zpotri.f for Computes the inverse of a Hermitian positive
definite
matrix, using the Cholesky factorization
computed by CPOTRF.
gams d2d1b
zpotrs.f for Solves a Hermitian positive definite system of
linear
equations AX=B, using the Cholesky factorization
computed by
CPOTRF.
gams d2d1b
zppcon.f for Estimates the reciprocal of the condition number
of a
Hermitian positive definite matrix in packed
storage,
using the Cholesky factorization computed by
CPPTRF.
gams d2d1b
zppequ.f for Computes row and column scalings to equilibrate
a Hermitian
positive definite matrix in packed storage and
reduce its condition
number.
gams d2d1b
zpprfs.f for Improves the computed solution to a Hermitian
positive
definite system of linear equations AX=B, where
A is held in
packed storage, and provides forward and
backward error bounds
for the solution.
gams d2d1b
zpptrf.f for Computes the Cholesky factorization of a
Hermitian
positive definite matrix in packed storage.
gams d2d1b
zpptri.f for Computes the inverse of a Hermitian positive
definite
matrix in packed storage, using the Cholesky
factorization computed
by CPPTRF.
gams d2d1b
zpptrs.f for Solves a Hermitian positive definite system of
linear
equations AX=B, where A is held in packed
storage, using the
Cholesky factorization computed by CPPTRF.
gams d2d1b
zptcon.f for Computes the reciprocal of the condition number
of a
Hermitian positive definite tridiagonal matrix,
using the LDL**H factorization computed by
CPTTRF.
gams d2d2a
zpteqr.f for Computes all eigenvalues and eigenvectors of a
complex symmetric
positive definite tridiagonal matrix, by
computing the SVD of
its bidiagonal Cholesky factor.
gams d4c2a
zptrfs.f for Improves the computed solution to a Hermitian
positive
definite tridiagonal system of linear equations
AX=B, and provides
forward and backward error bounds for the
solution.
gams d2d2a
zpttrf.f for Computes the LDL**H factorization of a Hermitian
positive definite tridiagonal matrix.
gams d2d2a
zpttrs.f for Solves a Hermitian positive definite tridiagonal
system of linear equations, using the LDL**H
factorization
computed by CPTTRF.
gams d2d2a
zhbgst.f for Reduces a complex Hermitian-definite banded
generalized eigenproblem
A x = lambda B x to standard form, where B has
been factorized by
CPBSTF (Crawford's algorithm).
zhbtrd.f for Reduces a Hermitian band matrix to real
symmetric
tridiagonal form by a unitary similarity
transformation.
gams d4c1b1
zspcon.f for Estimates the reciprocal of the condition number
of a
complex symmetric indefinite
matrix in packed storage, using the
factorization computed
by CSPTRF.
gams d2c1
zhpcon.f for Estimates the reciprocal of the condition number
of a
complex Hermitian indefinite
matrix in packed storage, using the
factorization computed
by CHPTRF.
gams d2d1a
zhpgst.f for Reduces a Hermitian-definite generalized
eigenproblem
Ax= lambda Bx, ABx= lambda x, or BAx= lambda
x, to standard
form, where A and B are held in packed storage,
and B has been
factorized by CPPTRF.
gams d4c1c
zsprfs.f for Improves the computed solution to a complex
symmetric indefinite system of linear equations
AX=B, where A is held in packed storage, and
provides forward
and backward error bounds for the solution.
gams d2c1
zhprfs.f for Improves the computed solution to a complex
Hermitian indefinite system of linear equations
AX=B, where A is held in packed storage, and
provides forward
and backward error bounds for the solution.
gams d2d1a
zhptrd.f for Reduces a Hermitian matrix in packed storage to
real
symmetric tridiagonal form by a unitary
similarity
transformation.
gams d4c1b1
zsptrf.f for Computes the factorization of a complex
symmetric-indefinite matrix in packed storage,
using the diagonal pivoting method.
gams d2c1
zhptrf.f for Computes the factorization of a complex
Hermitian-indefinite matrix in packed storage,
using the diagonal pivoting method.
gams d2d1a
zsptri.f for Computes the inverse of a complex symmetric
indefinite matrix in packed storage, using the
factorization
computed by CSPTRF.
gams d2c1
zhptri.f for Computes the inverse of a complex
Hermitian indefinite matrix in packed storage,
using the factorization
computed by CHPTRF.
gams d2d1a
zsptrs.f for Solves a complex symmetric
indefinite system of linear equations AX=B,
where A is held
in packed storage, using the factorization
computed
by CSPTRF.
gams d2c1
zhptrs.f for Solves a complex Hermitian
indefinite system of linear equations AX=B,
where A is held
in packed storage, using the factorization
computed
by CHPTRF.
gams d2d1a
zstedc.f for Computes all eigenvalues and, optionally,
eigenvectors of a
symmetric tridiagonal matrix using the divide
and conquer algorithm.
zstein.f for Computes selected eigenvectors of a real
symmetric tridiagonal
matrix by inverse iteration.
gams d4c3
zsteqr.f for Computes all eigenvalues and eigenvectors of a
real symmetric
tridiagonal matrix, using the implicit QL or QR
algorithm.
gams d4a1, d4a5, d4c2a
zsycon.f for Estimates the reciprocal of the condition number
of a
complex symmetric indefinite matrix,
using the factorization computed by CSYTRF.
gams d2c1
zhecon.f for Estimates the reciprocal of the condition number
of a
complex Hermitian indefinite matrix,
using the factorization computed by CHETRF.
gams d2d1a
zhegst.f for Reduces a Hermitian-definite generalized
eigenproblem
Ax= lambda Bx, ABx= lambda x, or BAx= lambda
x, to standard
form, where B has been factorized by CPOTRF.
gams d4c1c
zsyrfs.f for Improves the computed solution to a complex
symmetric indefinite system of linear equations
AX=B, and provides forward and backward error
bounds for the
solution.
gams d2c1
zherfs.f for Improves the computed solution to a complex
Hermitian indefinite system of linear equations
AX=B, and provides forward and backward error
bounds for the
solution.
gams d2d1a
zhetrd.f for Reduces a Hermitian matrix to real symmetric
tridiagonal
form by an unitary similarity transformation.
gams d4c1b1
zsytrf.f for Computes the factorization of a complex
symmetric-indefinite matrix,
using the diagonal pivoting method.
gams d2c1
zhetrf.f for Computes the factorization of a complex
Hermitian-indefinite matrix,
using the diagonal pivoting method.
gams d2d1a
zsytri.f for Computes the inverse of a complex symmetric
indefinite matrix,
using the factorization computed by CSYTRF.
gams d2c1
zhetri.f for Computes the inverse of a complex Hermitian
indefinite matrix,
using the factorization computed by CHETRF.
gams d2d1a
zsytrs.f for Solves a complex symmetric indefinite system of
linear equations AX=B,
using the factorization computed by CSPTRF.
gams d2c1
zhetrs.f for Solves a complex Hermitian indefinite system of
linear equations AX=B,
using the factorization computed by CHPTRF.
gams d2d1a
ztbcon.f for Estimates the reciprocal of the condition number
of a triangular
band matrix, in either the 1-norm or the
infinity-norm.
gams d2c2, d2c3
ztbrfs.f for Provides forward and backward error bounds for
the solution
of a triangular banded system of linear
equations AX=B,
A**T X=B or A**H X=B.
gams d2c2, d2c3
ztbtrs.f for Solves a triangular banded system of linear
equations AX=B,
A**T X=B or A**H X=B.
gams d2c2, d2c3
ztgevc.f for Computes some or all of the right and/or left
generalized eigenvectors
of a pair of complex upper triangular matrices.
gams d4b4
ztgsja.f for Computes the generalized singular value
decomposition of two complex
upper triangular (or trapezoidal) matrices as
output by CGGSVP.
gams d6
ztpcon.f for Estimates the reciprocal of the condition number
of a triangular
matrix in packed storage, in either the 1-norm
or the infinity-norm.
gams d2c3
ztprfs.f for Provides forward and backward error bounds for
the solution
of a triangular system of linear equations AX=B,
A**T X=B or
A**H X=B, where A is held in packed storage.
gams d2c3
ztptri.f for Computes the inverse of a triangular matrix in
packed storage.
gams d2c3
ztptrs.f for Solves a triangular system of linear equations
AX=B,
A**T X=B or A**H X=B, where A is held in packed
storage.
gams d2c3
ztrcon.f for Estimates the reciprocal of the condition number
of a triangular
matrix, in either the 1-norm or the
infinity-norm.
gams d2c3
ztrevc.f for Computes left and right eigenvectors of an
complex upper triangular
matrix.
gams d4c3
ztrexc.f for Reorders the Schur factorization of a matrix by
a unitary
similarity transformation.
gams d4c
ztrrfs.f for Provides forward and backward error bounds for
the solution
of a triangular system of linear equations A
X=B, A**T X=B or
A**H X=B.
gams d2c3
ztrsen.f for Reorders the Schur factorization of a matrix in
order to find
an orthonormal basis of a right invariant
subspace corresponding
to selected eigenvalues, and returns reciprocal
condition numbers
(sensitivities) of the average of the cluster of
eigenvalues
and of the invariant subspace.
gams d4c
ztrsna.f for Estimates the reciprocal condition numbers
(sensitivities)
of selected eigenvalues and eigenvectors of a
complex upper
triangular matrix.
gams d4c
ztrsyl.f for Solves the Sylvester matrix equation A X +/- X
B=C where A
and B are complex upper triangular, and may be
transposed.
gams d8
ztrtri.f for Computes the inverse of a triangular matrix.
gams d2c3
ztrtrs.f for Solves a triangular system of linear equations
AX=B,
A**T X=B or A**H X=B.
gams d2c3
ztzrqf.f for Computes an RQ factorization of an upper
trapezoidal matrix.
gams d5
-----------------------------------------------------------
for double precision real LAPACK routines
path: /netlib/lapack/double/
-----------------------------------------------------------
# --------------------------------------------------------
# Available SIMPLE and DIVIDE AND CONQUER DRIVER routines:
# --------------------------------------------------------
.depend
dgbtf2.f
dgebd2.f
dgehd2.f
dgelq2.f
dgeql2.f
dgeqr2.f
dgerq2.f
dgesv.f for Solves a general system of linear equations
AX=B.
gams d2a1
dgbsv.f for Solves a general banded system of linear
equations AX=B.
gams d2a2
dgetf2.f
dgtsv.f for Solves a general tridiagonal system of linear
equations AX=B.
gams d2a2a
dlabad.f
dlabrd.f
dlacon.f
dlacpy.f
dladiv.f
dlae2.f
dlaebz.f
dlaed0.f
dlaed1.f
dlaed2.f
dlaed3.f
dlaed4.f
dlaed5.f
dlaed6.f
dlaed7.f
dlaed8.f
dlaed9.f
dlaeda.f
dlaein.f
dlaev2.f
dlaexc.f
dlag2.f
dlags2.f
dlagtf.f
dlagtm.f
dlagts.f
dlahqr.f
dlahrd.f
dlaic1.f
dlaln2.f
dlamrg.f
dlangb.f
dlange.f
dlangt.f
dlanhs.f
dlansb.f
dlansp.f
dlanst.f
dlansy.f
dlantb.f
dlantp.f
dlantr.f
dlanv2.f
dlapll.f
dlapmt.f
dlapy2.f
dlapy3.f
dlaqgb.f
dlaqge.f
dlaqsb.f
dlaqsp.f
dlaqsy.f
dlaqtr.f
dlar2v.f
dlarf.f
dlarfb.f
dlarfg.f
dlarft.f
dlarfx.f
dlargv.f
dlarnv.f
dlartg.f
dlartv.f
dlaruv.f
dlas2.f
dlascl.f
dlaset.f
dlasq1.f
dlasq2.f
dlasq3.f
dlasq4.f
dlasr.f
dlasrt.f
dlassq.f
dlasv2.f
dlaswp.f
dlasy2.f
dlasyf.f
dlatbs.f
dlatps.f
dlatrd.f
dlatrs.f
dlatzm.f
dlauu2.f
dlauum.f
dorg2l.f
dorg2r.f
dorgl2.f
dorgr2.f
dorm2l.f
dorm2r.f
dorml2.f
dormr2.f
dpbtf2.f
dposv.f for Solves a symmetric positive definite system of
linear
equations AX=B.
gams d2b1b
dpotf2.f
dppsv.f for Solves a symmetric positive definite system of
linear
equations AX=B, where A is held in packed
storage.
gams d2b1b
dpbsv.f for Solves a symmetric positive definite banded
system
of linear equations AX=B.
gams d2b2
dptsv.f for Solves a symmetric positive definite tridiagonal
system
of linear equations AX=B.
gams d2b2a
drscl.f
dsygs2.f
dsysv.f for Solves a real symmetric indefinite system of
linear equations AX=B.
gams d2b1a
dspsv.f for Solves a real symmetric indefinite system of
linear equations AX=B,
where A is held in packed storage.
gams d2b1a
dgels.f for Computes the least squares solution to an
over-determined system
of linear equations, A X=B or A**H X=B, or the
minimum norm
solution of an under-determined system, where A
is a general
rectangular matrix of full rank, using a QR or
LQ factorization
of A.
gams d9a1
dgglse.f for Solves the LSE (Constrained Linear Least Squares
Problem) using
the GRQ (Generalized RQ) factorization
gams d9b1
dggglm.f for Solves the GLM (Generalized Linear Regression
Model) using
the GQR (Generalized QR) factorization
dsyev.f for Computes all eigenvalues, and optionally,
eigenvectors of a real
symmetric matrix.
gams d4a1
dsyevd.f for Computes all eigenvalues, and optionally,
eigenvectors of a real
symmetric matrix. If eigenvectors are desired,
it uses a divide
and conquer algorithm.
gams d4a1
dspev.f for Computes all eigenvalues, and optionally,
eigenvectors of a real
symmetric matrix in packed storage.
gams d4a1
dspevd.f for Computes all eigenvalues, and optionally,
eigenvectors of a real
symmetric matrix in packed storage. If
eigenvectors are desired,
it uses a divide and conquer algorithm.
gams d4a1
dsbev.f for Computes all eigenvalues, and optionally,
eigenvectors of a real
symmetric band matrix.
gams d4a1, d4a6
dsbevd.f for Computes all eigenvalues, and optionally,
eigenvectors of a real
symmetric band matrix. If eigenvectors are
desired, it uses a
divide and conquer algorithm.
gams d4a1, d4a6
dstev.f for Computes all eigenvalues, and optionally,
eigenvectors of a real
symmetric tridiagonal matrix.
gams d4a1, d4a5
dstevd.f for Computes all eigenvalues, and optionally,
eigenvectors of a real
symmetric tridiagonal matrix. If eigenvectors
are desired, it uses
a divide and conquer algorithm.
gams d4a1, d4a5
dgees.f for Computes the eigenvalues and Schur factorization
of a general
matrix, and orders the factorization so that
selected eigenvalues
are at the top left of the Schur form.
gams d4a2
dgeev.f for Computes the eigenvalues and left and right
eigenvectors of
a general matrix.
gams d4a2
dgesvd.f for Computes the singular value decomposition (SVD)
of a general
rectangular matrix.
gams d6
dsygv.f for Computes all eigenvalues and the eigenvectors of
a generalized
symmetric-definite generalized eigenproblem,
Ax= lambda Bx, ABx= lambda x, or BAx= lambda
x.
gams d4b1
dspgv.f for Computes all eigenvalues and eigenvectors of a
generalized
symmetric-definite generalized eigenproblem,
Ax= lambda
Bx, ABx= lambda x, or BAx= lambda x, where A
and B are in packed
storage.
gams d4b1
dsbgv.f for Computes all the eigenvalues, and optionally,
the eigenvectors
of a real generalized symmetric-definite banded
eigenproblem, of
the form A*x=(lambda)*B*x. A and B are assumed
to be symmetric
and banded, and B is also positive definite.
dgegs.f for Computes the generalized eigenvalues, Schur
form, and left and/or
right Schur vectors for a pair of nonsymmetric
matrices
dgegv.f for Computes the generalized eigenvalues, and left
and/or right
generalized eigenvectors for a pair of
nonsymmetric matrices
dggsvd.f for Computes the Generalized Singular Value
Decomposition
# ---------------------------------
# Available EXPERT DRIVER routines:
# ---------------------------------
dgesvx.f for Solves a general system of linear equations
AX=B, A**T X=B
or A**H X=B, and provides an estimate of the
condition number
and error bounds on the solution.
gams d2a1
dgbsvx.f for Solves a general banded system of linear
equations AX=B,
A**T X=B or A**H X=B, and provides an estimate
of the condition
number and error bounds on the solution.
gams d2a2
dgtsvx.f for Solves a general tridiagonal system of linear
equations AX=B,
A**T X=B or A**H X=B, and provides an estimate
of the condition
number and error bounds on the solution.
gams d2a2a
dposvx.f for Solves a symmetric positive definite system of
linear
equations AX=B, and provides an estimate of the
condition number
and error bounds on the solution.
gams d2b1b
dppsvx.f for Solves a symmetric positive definite system of
linear
equations AX=B, where A is held in packed
storage, and provides
an estimate of the condition number and error
bounds on the
solution.
gams d2b1b
dpbsvx.f for Solves a symmetric positive definite banded
system
of linear equations AX=B, and provides an
estimate of the condition
number and error bounds on the solution.
gams d2b2
dptsvx.f for Solves a symmetric positive definite tridiagonal
system of linear equations AX=B, and provides an
estimate of
the condition number and error bounds on the
solution.
gams d2b2a
dsysvx.f for Solves a real symmetric
indefinite system of linear equations AX=B, and
provides an
estimate of the condition number and error
bounds on the solution.
gams d2b1a
dspsvx.f for Solves a real symmetric
indefinite system of linear equations AX=B,
where A is held
in packed storage, and provides an estimate of
the condition
number and error bounds on the solution.
gams d2b1a
dgelsx.f for Computes the minimum norm least squares solution
to an over-
or under-determined system of linear equations A
X=B, using a
complete orthogonal factorization of A.
gams d9a1
dgelss.f for Computes the minimum norm least squares solution
to an over-
or under-determined system of linear equations A
X=B, using
the singular value decomposition of A.
gams d9a1
dsyevx.f for Computes selected eigenvalues and eigenvectors
of a symmetric matrix.
gams d4a1
dspevx.f for Computes selected eigenvalues and eigenvectors
of a
symmetric matrix in packed storage.
gams d4a1
dsbevx.f for Computes selected eigenvalues and eigenvectors
of a
symmetric band matrix.
gams d4a1, d4a6
dstevx.f for Computes selected eigenvalues and eigenvectors
of a real
symmetric tridiagonal matrix.
gams d4a1, d4a5
dgeesx.f for Computes the eigenvalues and Schur factorization
of a general
matrix, orders the factorization so that
selected eigenvalues
are at the top left of the Schur form, and
computes reciprocal
condition numbers for the average of the
selected eigenvalues,
and for the associated right invariant subspace.
gams d4a2
dgeevx.f for Computes the eigenvalues and left and right
eigenvectors of
a general matrix, with preliminary balancing of
the matrix,
and computes reciprocal condition numbers for
the eigenvalues
and right eigenvectors.
gams d4a2
# ---------------------------------
# Available COMPUTATIONAL routines:
# ---------------------------------
dbdsqr.f for Computes the singular value decomposition (SVD)
of a real bidiagonal
matrix, using the bidiagonal QR algorithm.
gams d6
ddisna.f for Computes the reciprocal condition numbers for
the eigenvectors of a
real symmetric or complex Hermitian matrix or
for the left or right
singular vectors of a general matrix.
dgbbrd.f Reduces a general band matrix to real upper
bidiagonal form
by an orthogonal transformation.
dgbcon.f for Estimates the reciprocal of the condition number
of a general
band matrix, in either the 1-norm or the
infinity-norm, using
the LU factorization computed by DGBTRF.
gams d2a2
dgbequ.f for Computes row and column scalings to equilibrate
a general band
matrix and reduce its condition number.
gams d2a2
dgbrfs.f for Improves the computed solution to a general
banded system of
linear equations AX=B, A**T X=B or A**H X=B, and
provides forward
and backward error bounds for the solution.
gams d2a2
dgbtrf.f for Computes an LU factorization of a general band
matrix, using
partial pivoting with row interchanges.
gams d2a2
dgbtrs.f for Solves a general banded system of linear
equations AX=B,
A**T X=B or A**H X=B, using the LU factorization
computed
by DGBTRF.
gams d2a2
dgebak.f for Transforms eigenvectors of a balanced matrix to
those of the
original matrix supplied to DGEBAL.
gams d4c4
dgebal.f for Balances a general matrix in order to improve
the accuracy
of computed eigenvalues.
gams d4c1a
dgebrd.f for Reduces a general rectangular matrix to real
bidiagonal form
by an orthogonal transformation.
gams d6
dgecon.f for Estimates the reciprocal of the condition number
of a general
matrix, in either the 1-norm or the
infinity-norm, using the
LU factorization computed by DGETRF.
gams d2a1
dgeequ.f for Computes row and column scalings to equilibrate
a general
rectangular matrix and reduce its condition
number.
gams d2a1
dgehrd.f for Reduces a general matrix to upper Hessenberg
form by an
orthogonal similarity transformation.
gams d4c1b2
dgelqf.f for Computes an LQ factorization of a general
rectangular matrix.
gams d5
dgeqlf.f for Computes a QL factorization of a general
rectangular matrix.
gams d5
dgeqpf.f for Computes a QR factorization with column pivoting
of a general
rectangular matrix.
gams d5
dgeqrf.f for Computes a QR factorization of a general
rectangular matrix.
gams d5
dgerfs.f for Improves the computed solution to a general
system of linear
equations AX=B, A**T X=B or A**H X=B, and
provides forward and
backward error bounds for the solution.
gams d2a1
dgerqf.f for Computes an RQ factorization of a general
rectangular matrix.
gams d5
dgetrf.f for Computes an LU factorization of a general
matrix, using partial
pivoting with row interchanges.
gams d2a1
dgetri.f for Computes the inverse of a general matrix, using
the LU factorization
computed by DGETRF.
gams d2a1
dgetrs.f for Solves a general system of linear equations
AX=B, A**T X=B
or A**H X=B, using the LU factorization computed
by DGETRF.
gams d2a1
dggbak.f for Forms the right or left eigenvectors of the
generalized eigenvalue
problem by backward transformation on the
computed eigenvectors of
the balanced pair of matrices output by DGGBAL.
dggbal.f for Balances a pair of general real matrices for the
generalized
eigenvalue problem A x = lambda B x.
dgghrd.f for Reduces a pair of real matrices to generalized
upper
Hessenberg form using orthogonal transformations
dggqrf.f for Computes a generalized QR factorization of a
pair of matrices.
dggrqf.f for Computes a generalized RQ factorization of a
pair of matrices.
dggsvp.f for Computes orthogonal matrices as a preprocessing
step
for computing the generalized singular value
decomposition
dgtcon.f for Estimates the reciprocal of the condition number
of a general
tridiagonal matrix, in either the 1-norm or the
infinity-norm,
using the LU factorization computed by DGTTRF.
gams d2a2a
dgtrfs.f for Improves the computed solution to a general
tridiagonal system
of linear equations AX=B, A**T X=B or A**H X=B,
and provides
forward and backward error bounds for the
solution.
gams d2a2a
dgttrf.f for Computes an LU factorization of a general
tridiagonal matrix,
using partial pivoting with row interchanges.
gams d2a2a
dgttrs.f for Solves a general tridiagonal system of linear
equations AX=B,
A**T X=B or A**H X=B, using the LU factorization
computed by
DGTTRF.
gams d2a2a
dhgeqz.f for Implements a single-/double-shift version of the
QZ method for
finding the generalized eigenvalues of the
equation
det(A - w(i) B) = 0
dhsein.f for Computes specified right and/or left
eigenvectors of an upper
Hessenberg matrix by inverse iteration.
gams d4c3
dhseqr.f for Computes the eigenvalues and Schur factorization
of an upper
Hessenberg matrix, using the multishift QR
algorithm.
gams d4c2b
dopgtr.f for Generates the orthogonal transformation matrix
from
a reduction to tridiagonal form determined by
SSPTRD.
gams d4c1b1
dopmtr.f for Multiplies a general matrix by the orthogonal
transformation matrix from a reduction to
tridiagonal form
determined by DSPTRD.
gams d4c4
dorgbr.f for Generates the orthogonal transformation matrices
from
a reduction to bidiagonal form determined by
DGEBRD.
gams d6
dorghr.f for Generates the orthogonal transformation matrix
from
a reduction to Hessenberg form determined by
DGEHRD.
gams d4c1b2
dorglq.f for Generates all or part of the orthogonal matrix Q
from
an LQ factorization determined by DGELQF.
gams d5
dorgql.f for Generates all or part of the orthogonal matrix Q
from
a QL factorization determined by DGEQLF.
gams d5
dorgqr.f for Generates all or part of the orthogonal matrix Q
from
a QR factorization determined by DGEQRF.
gams d5
dorgrq.f for Generates all or part of the orthogonal matrix Q
from
an RQ factorization determined by DGERQF.
gams d5
dorgtr.f for Generates the orthogonal transformation matrix
from
a reduction to tridiagonal form determined by
DSYTRD.
gams d4c1b1
dormbr.f for Multiplies a general matrix by one of the
orthogonal
transformation matrices from a reduction to
bidiagonal form
determined by DGEBRD.
gams d6
dormhr.f for Multiplies a general matrix by the orthogonal
transformation
matrix from a reduction to Hessenberg form
determined by DGEHRD.
gams d4c4
dormlq.f for Multiplies a general matrix by the orthogonal
matrix
from an LQ factorization determined by DGELQF.
gams d5
dormql.f for Multiplies a general matrix by the orthogonal
matrix
from a QL factorization determined by DGEQLF.
gams d5
dormqr.f for Multiplies a general matrix by the orthogonal
matrix
from a QR factorization determined by DGEQRF.
gams d5
dormrq.f for Multiplies a general matrix by the orthogonal
matrix
from an RQ factorization determined by DGERQF.
gams d5
dormtr.f for Multiplies a general matrix by the orthogonal
transformation matrix from a reduction to
tridiagonal form
determined by DSYTRD.
gams d4c4
dpbcon.f for Estimates the reciprocal of the condition number
of a
symmetric positive definite band matrix, using
the
Cholesky factorization computed by DPBTRF.
gams d2b2
dpbequ.f for Computes row and column scalings to equilibrate
a symmetric
positive definite band matrix and reduce its
condition number.
gams d2b2
dpbrfs.f for Improves the computed solution to a symmetric
positive
definite banded system of linear equations AX=B,
and provides
forward and backward error bounds for the
solution.
gams d2b2
dpbstf.f for Computes a split Cholesky factorization of a
real symmetric positive
definite band matrix.
dpbtrf.f for Computes the Cholesky factorization of a
symmetric
positive definite band matrix.
gams d2b2
dpbtrs.f for Solves a symmetric positive definite banded
system
of linear equations AX=B, using the Cholesky
factorization
computed by DPBTRF.
gams d2b2
dpocon.f for Estimates the reciprocal of the condition number
of a
symmetric positive definite matrix, using the
Cholesky factorization computed by DPOTRF.
gams d2b1b
dpoequ.f for Computes row and column scalings to equilibrate
a symmetric
positive definite matrix and reduce its
condition number.
gams d2b1b
dporfs.f for Improves the computed solution to a symmetric
positive
definite system of linear equations AX=B, and
provides forward
and backward error bounds for the solution.
gams d2b1b
dpotrf.f for Computes the Cholesky factorization of a
symmetric
positive definite matrix.
gams d2b1b
dpotri.f for Computes the inverse of a symmetric positive
definite
matrix, using the Cholesky factorization
computed by DPOTRF.
gams d2b1b
dpotrs.f for Solves a symmetric positive definite system of
linear
equations AX=B, using the Cholesky factorization
computed by
DPOTRF.
gams d2b1b
dppcon.f for Estimates the reciprocal of the condition number
of a
symmetric positive definite matrix in packed
storage,
using the Cholesky factorization computed by
DPPTRF.
gams d2b1b
dppequ.f for Computes row and column scalings to equilibrate
a symmetric
positive definite matrix in packed storage and
reduce its condition
number.
gams d2b1b
dpprfs.f for Improves the computed solution to a symmetric
positive
definite system of linear equations AX=B, where
A is held in
packed storage, and provides forward and
backward error bounds
for the solution.
gams d2b1b
dpptrf.f for Computes the Cholesky factorization of a
symmetric
positive definite matrix in packed storage.
gams d2b1b
dpptri.f for Computes the inverse of a symmetric positive
definite
matrix in packed storage, using the Cholesky
factorization computed
by DPPTRF.
gams d2b1b
dpptrs.f for Solves a symmetric positive definite system of
linear
equations AX=B, where A is held in packed
storage, using the
Cholesky factorization computed by DPPTRF.
gams d2b1b
dptcon.f for Computes the reciprocal of the condition number
of a
symmetric positive definite tridiagonal matrix,
using the LDL**H factorization computed by
DPTTRF.
gams d2b2a
dpteqr.f for Computes all eigenvalues and eigenvectors of a
real symmetric
positive definite tridiagonal matrix, by
computing the SVD of
its bidiagonal Cholesky factor.
gams d4c2a
dptrfs.f for Improves the computed solution to a symmetric
positive
definite tridiagonal system of linear equations
AX=B, and provides
forward and backward error bounds for the
solution.
gams d2b2a
dpttrf.f for Computes the LDL**H factorization of a symmetric
positive definite tridiagonal matrix.
gams d2b2a
dpttrs.f for Solves a symmetric positive definite tridiagonal
system of linear equations, using the LDL**H
factorization
computed by DPTTRF.
gams d2b2a
dsbgst.f for Reduces a real symmetric-definite banded
generalized eigenproblem
A x = lambda B x to standard form, where B has
been factorized by
DPBSTF (Crawford's algorithm).
dsbtrd.f for Reduces a symmetric band matrix to real
symmetric
tridiagonal form by an orthogonal similarity
transformation.
gams d4c1b1
dspcon.f for Estimates the reciprocal of the condition number
of a
real symmetric indefinite
matrix in packed storage, using the
factorization computed
by DSPTRF.
gams d2b1a
dspgst.f for Reduces a symmetric-definite generalized
eigenproblem
Ax= lambda Bx, ABx= lambda x, or BAx= lambda
x, to standard
form, where A and B are held in packed storage,
and B has been
factorized by DPPTRF.
gams d4c1c
dsprfs.f for Improves the computed solution to a real
symmetric indefinite system of linear equations
AX=B, where A is held in packed storage, and
provides forward
and backward error bounds for the solution.
gams d2b1a
dsptrd.f for Reduces a symmetric matrix in packed storage to
real
symmetric tridiagonal form by an orthogonal
similarity
transformation.
gams d4c1b1
dsptrf.f for Computes the factorization of a real
symmetric-indefinite matrix in packed storage,
using the diagonal pivoting method.
gams d2b1a
dsptri.f for Computes the inverse of a real symmetric
indefinite matrix in packed storage, using the
factorization
computed by DSPTRF.
gams d2b1a
dsptrs.f for Solves a real symmetric
indefinite system of linear equations AX=B,
where A is held
in packed storage, using the factorization
computed
by DSPTRF.
gams d2b1a
dstebz.f for Computes selected eigenvalues of a real
symmetric tridiagonal
matrix by bisection.
gams d4c2a
dstedc.f for Computes all eigenvalues and, optionally,
eigenvectors of a
symmetric tridiagonal matrix using the divide
and conquer algorithm.
dstein.f for Computes selected eigenvectors of a real
symmetric tridiagonal
matrix by inverse iteration.
gams d4c3
dsteqr.f for Computes all eigenvalues and eigenvectors of a
real symmetric
tridiagonal matrix, using the implicit QL or QR
algorithm.
gams d4a1, d4a5, d4c2a
dsterf.f for Computes all eigenvalues of a real symmetric
tridiagonal matrix,
using a root-free variant of the QL or QR
algorithm.
gams d4c2a
dsycon.f for Estimates the reciprocal of the condition number
of a
real symmetric indefinite matrix,
using the factorization computed by DSYTRF.
gams d2b1a
dsygst.f for Reduces a symmetric-definite generalized
eigenproblem
Ax= lambda Bx, ABx= lambda x, or BAx= lambda
x, to standard
form, where B has been factorized by DPOTRF.
gams d4c1c
dsyrfs.f for Improves the computed solution to a real
symmetric indefinite system of linear equations
AX=B, and provides forward and backward error
bounds for the
solution.
gams d2b1a
dsytd2.f
dsytf2.f
dsytrd.f for Reduces a symmetric matrix to real symmetric
tridiagonal
form by an orthogonal similarity transformation.
gams d4c1b1
dsytrf.f for Computes the factorization of a real
symmetric-indefinite matrix,
using the diagonal pivoting method.
gams d2b1a
dsytri.f for Computes the inverse of a real symmetric
indefinite matrix,
using the factorization computed by DSYTRF.
gams d2b1a
dsytrs.f for Solves a real symmetric indefinite system of
linear equations AX=B,
using the factorization computed by DSPTRF.
gams d2b1a
dtbcon.f for Estimates the reciprocal of the condition number
of a triangular
band matrix, in either the 1-norm or the
infinity-norm.
gams d2a2, d2a3
dtbrfs.f for Provides forward and backward error bounds for
the solution
of a triangular banded system of linear
equations AX=B,
A**T X=B or A**H X=B.
gams d2a2, d2a3
dtbtrs.f for Solves a triangular banded system of linear
equations AX=B,
A**T X=B or A**H X=B.
gams d2a2, d2a3
dtgevc.f for Computes some or all of the right and/or left
generalized eigenvectors
of a pair of upper triangular matrices.
gams d4b2
dtgsja.f for Computes the generalized singular value
decomposition of two real
upper triangular (or trapezoidal) matrices as
output by DGGSVP.
gams d6
dtpcon.f for Estimates the reciprocal of the condition number
of a triangular
matrix in packed storage, in either the 1-norm
or the infinity-norm.
gams d2a3
dtprfs.f for Provides forward and backward error bounds for
the solution
of a triangular system of linear equations AX=B,
A**T X=B or
A**H X=B, where A is held in packed storage.
gams d2a3
dtptri.f for Computes the inverse of a triangular matrix in
packed storage.
gams d2a3
dtptrs.f for Solves a triangular system of linear equations
AX=B,
A**T X=B or A**H X=B, where A is held in packed
storage.
gams d2a3
dtrcon.f for Estimates the reciprocal of the condition number
of a triangular
matrix, in either the 1-norm or the
infinity-norm.
gams d2a3
dtrevc.f for Computes some or all of the right and/or left
eigenvectors of
an upper quasi-triangular matrix.
gams d4c3
dtrexc.f for Reorders the Schur factorization of a matrix by
an orthogonal
similarity transformation.
gams d4c
dtrrfs.f for Provides forward and backward error bounds for
the solution
of a triangular system of linear equations A
X=B, A**T X=B or
A**H X=B.
gams d2a3
dtrsen.f for Reorders the Schur factorization of a matrix in
order to find
an orthonormal basis of a right invariant
subspace corresponding
to selected eigenvalues, and returns reciprocal
condition numbers
(sensitivities) of the average of the cluster of
eigenvalues
and of the invariant subspace.
gams d4c
dtrsna.f for Estimates the reciprocal condition numbers
(sensitivities)
of selected eigenvalues and eigenvectors of an
upper
quasi-triangular matrix.
gams d4c
dtrsyl.f for Solves the Sylvester matrix equation A X +/- X
B=C where A
and B are upper quasi-triangular, and may be
transposed.
gams d8
dtrti2.f
dtrtri.f for Computes the inverse of a triangular matrix.
gams d2a3
dtrtrs.f for Solves a triangular system of linear equations
AX=B,
A**T X=B or A**H X=B.
gams d2a3
dtzrqf.f for Computes an RQ factorization of an upper
trapezoidal matrix.
gams d5
dzsum1.f
-----------------------------------------------------------
for Subdirectory containing CCI (Call Conversion
path: /netlib/lapack/essl/
-----------------------------------------------------------
cci/ for (FOR ANON FTP, email via NETLIB, or XNETLIB
USERS)
CCI (Call Conversion Interface) for LAPACK/ESSL
users.
Refer to LAWN82 for more information.
(this file has been tar; compress; uuencode)
size 69224 bytes
lang Fortran
-----------------------------------------------------------
for (FOR ANON FTP, email via NETLIB, or XNETLIB
path: /netlib/lapack/essl/cci/
-----------------------------------------------------------
LAPACK/
-----------------------------------------------------------
path: /netlib/lapack/essl/cci/LAPACK/
-----------------------------------------------------------
CCI_NOTES
CCI_QUICK_INSTALL
CCI_README
SRC/
make.inc
-----------------------------------------------------------
path: /netlib/lapack/essl/cci/LAPACK/SRC/
-----------------------------------------------------------
cgetrf.f
cgetrs.f
cpotrf.f
cpotrs.f
dgetrf.f
dgetri.f
dgetrs.f
dpbtrf.f
dpotrf.f
dpotri.f
dpotrs.f
dpptrf.f
dpptri.f
dtptri.f
dtrtri.f
sgetrf.f
sgetri.f
sgetrs.f
spbtrf.f
spotrf.f
spotri.f
spotrs.f
spptrf.f
spptri.f
stptri.f
strtri.f
zgetrf.f
zgetrs.f
zpotrf.f
zpotrs.f
-----------------------------------------------------------
for (FOR NON EMAIL USERS ONLY) This is the PC
path: /netlib/lapack/lapack-pc/
-----------------------------------------------------------
LAPACK/
-----------------------------------------------------------
path: /netlib/lapack/lapack-pc/LAPACK/
-----------------------------------------------------------
BLAS/
INSTALL/
Makefile
README
SRC/
TESTING/
TIMING/
latape
make.inc
-----------------------------------------------------------
path: /netlib/lapack/lapack-pc/LAPACK/BLAS/
-----------------------------------------------------------
SRC/
TESTING/
cblat2.in
cblat3.in
dblat2.in
dblat3.in
sblat2.in
sblat3.in
zblat2.in
zblat3.in
-----------------------------------------------------------
path: /netlib/lapack/lapack-pc/LAPACK/BLAS/SRC/
-----------------------------------------------------------
Makefile
caxpy.f
ccopy.f
cdotc.f
cdotu.f
cgbmv.f
cgemm.f
cgemv.f
cgerc.f
cgeru.f
chbmv.f
chemm.f
chemv.f
cher.f
cher2.f
cher2k.f
cherk.f
chpmv.f
chpr.f
chpr2.f
crotg.f
cscal.f
csscal.f
cswap.f
csymm.f
csyr2k.f
csyrk.f
ctbmv.f
ctbsv.f
ctpmv.f
ctpsv.f
ctrmm.f
ctrmv.f
ctrsm.f
ctrsv.f
dasum.f
daxpy.f
dcabs1.f
dcopy.f
ddot.f
dgbmv.f
dgemm.f
dgemv.f
dger.f
dnrm2.f
drot.f
drotg.f
dsbmv.f
dscal.f
dspmv.f
dspr.f
dspr2.f
dswap.f
dsymm.f
dsymv.f
dsyr.f
dsyr2.f
dsyr2k.f
dsyrk.f
dtbmv.f
dtbsv.f
dtpmv.f
dtpsv.f
dtrmm.f
dtrmv.f
dtrsm.f
dtrsv.f
dzasum.f
dznrm2.f
icamax.f
idamax.f
isamax.f
izamax.f
lsame.f
sasum.f
saxpy.f
scasum.f
scnrm2.f
scopy.f
sdot.f
sgbmv.f
sgemm.f
sgemv.f
sger.f
snrm2.f
srot.f
srotg.f
ssbmv.f
sscal.f
sspmv.f
sspr.f
sspr2.f
sswap.f
ssymm.f
ssymv.f
ssyr.f
ssyr2.f
ssyr2k.f
ssyrk.f
stbmv.f
stbsv.f
stpmv.f
stpsv.f
strmm.f
strmv.f
strsm.f
strsv.f
xerbla.f
zaxpy.f
zcopy.f
zdotc.f
zdotu.f
zdscal.f
zgbmv.f
zgemm.f
zgemv.f
zgerc.f
zgeru.f
zhbmv.f
zhemm.f
zhemv.f
zher.f
zher2.f
zher2k.f
zherk.f
zhpmv.f
zhpr.f
zhpr2.f
zrotg.f
zscal.f
zswap.f
zsymm.f
zsyr2k.f
zsyrk.f
ztbmv.f
ztbsv.f
ztpmv.f
ztpsv.f
ztrmm.f
ztrmv.f
ztrsm.f
ztrsv.f
-----------------------------------------------------------
path: /netlib/lapack/lapack-pc/LAPACK/BLAS/TESTING/
-----------------------------------------------------------
Makeblat1
Makeblat2
Makeblat3
cblat1.f
cblat2.f
cblat3.f
dblat1.f
dblat2.f
dblat3.f
sblat1.f
sblat2.f
sblat3.f
zblat1.f
zblat2.f
zblat3.f
-----------------------------------------------------------
path: /netlib/lapack/lapack-pc/LAPACK/INSTALL/
-----------------------------------------------------------
Makefile
dlamch.f
dlamchtst.f
dsecnd.f
dsecndtst.f
lawn81.ps
lawn81.tex
lsame.f
lsametst.f
org2.ps
psfig.tex
second.f
secondtst.f
slamch.f
slamchtst.f
-----------------------------------------------------------
path: /netlib/lapack/lapack-pc/LAPACK/SRC/
-----------------------------------------------------------
Makefile
cbdsqr.f
cgbbrd.f
cgbcon.f
cgbequ.f
cgbrfs.f
cgbsv.f
cgbsvx.f
cgbtf2.f
cgbtrf.f
cgbtrs.f
cgebak.f
cgebal.f
cgebd2.f
cgebrd.f
cgecon.f
cgeequ.f
cgees.f
cgeesx.f
cgeev.f
cgeevx.f
cgegs.f
cgegv.f
cgehd2.f
cgehrd.f
cgelq2.f
cgelqf.f
cgels.f
cgelss.f
cgelsx.f
cgeql2.f
cgeqlf.f
cgeqpf.f
cgeqr2.f
cgeqrf.f
cgerfs.f
cgerq2.f
cgerqf.f
cgesv.f
cgesvd.f
cgesvx.f
cgetf2.f
cgetrf.f
cgetri.f
cgetrs.f
cggbak.f
cggbal.f
cggglm.f
cgghrd.f
cgglse.f
cggqrf.f
cggrqf.f
cggsvd.f
cggsvp.f
cgtcon.f
cgtrfs.f
cgtsv.f
cgtsvx.f
cgttrf.f
cgttrs.f
chbev.f
chbevd.f
chbevx.f
chbgst.f
chbgv.f
chbtrd.f
checon.f
cheev.f
cheevd.f
cheevx.f
chegs2.f
chegst.f
chegv.f
cherfs.f
chesv.f
chesvx.f
chetd2.f
chetf2.f
chetrd.f
chetrf.f
chetri.f
chetrs.f
chgeqz.f
chpcon.f
chpev.f
chpevd.f
chpevx.f
chpgst.f
chpgv.f
chprfs.f
chpsv.f
chpsvx.f
chptrd.f
chptrf.f
chptri.f
chptrs.f
chsein.f
chseqr.f
clabrd.f
clacgv.f
clacon.f
clacpy.f
clacrm.f
clacrt.f
cladiv.f
claed0.f
claed7.f
claed8.f
claein.f
claesy.f
claev2.f
clags2.f
clagtm.f
clahef.f
clahqr.f
clahrd.f
claic1.f
clangb.f
clange.f
clangt.f
clanhb.f
clanhe.f
clanhp.f
clanhs.f
clanht.f
clansb.f
clansp.f
clansy.f
clantb.f
clantp.f
clantr.f
clapll.f
clapmt.f
claqgb.f
claqge.f
claqhb.f
claqhe.f
claqhp.f
claqsb.f
claqsp.f
claqsy.f
clar2v.f
clarf.f
clarfb.f
clarfg.f
clarft.f
clarfx.f
clargv.f
clarnv.f
clartg.f
clartv.f
clascl.f
claset.f
clasr.f
classq.f
claswp.f
clasyf.f
clatbs.f
clatps.f
clatrd.f
clatrs.f
clatzm.f
clauu2.f
clauum.f
cpbcon.f
cpbequ.f
cpbrfs.f
cpbstf.f
cpbsv.f
cpbsvx.f
cpbtf2.f
cpbtrf.f
cpbtrs.f
cpocon.f
cpoequ.f
cporfs.f
cposv.f
cposvx.f
cpotf2.f
cpotrf.f
cpotri.f
cpotrs.f
cppcon.f
cppequ.f
cpprfs.f
cppsv.f
cppsvx.f
cpptrf.f
cpptri.f
cpptrs.f
cptcon.f
cpteqr.f
cptrfs.f
cptsv.f
cptsvx.f
cpttrf.f
cpttrs.f
crot.f
cspcon.f
cspmv.f
cspr.f
csprfs.f
cspsv.f
cspsvx.f
csptrf.f
csptri.f
csptrs.f
csrot.f
csrscl.f
cstedc.f
cstein.f
csteqr.f
csycon.f
csymv.f
csyr.f
csyrfs.f
csysv.f
csysvx.f
csytf2.f
csytrf.f
csytri.f
csytrs.f
ctbcon.f
ctbrfs.f
ctbtrs.f
ctgevc.f
ctgsja.f
ctpcon.f
ctprfs.f
ctptri.f
ctptrs.f
ctrcon.f
ctrevc.f
ctrexc.f
ctrrfs.f
ctrsen.f
ctrsna.f
ctrsyl.f
ctrti2.f
ctrtri.f
ctrtrs.f
ctzrqf.f
cung2l.f
cung2r.f
cungbr.f
cunghr.f
cungl2.f
cunglq.f
cungql.f
cungqr.f
cungr2.f
cungrq.f
cungtr.f
cunm2l.f
cunm2r.f
cunmbr.f
cunmhr.f
cunml2.f
cunmlq.f
cunmql.f
cunmqr.f
cunmr2.f
cunmrq.f
cunmtr.f
cupgtr.f
cupmtr.f
dbdsqr.f
ddisna.f
dgbbrd.f
dgbcon.f
dgbequ.f
dgbrfs.f
dgbsv.f
dgbsvx.f
dgbtf2.f
dgbtrf.f
dgbtrs.f
dgebak.f
dgebal.f
dgebd2.f
dgebrd.f
dgecon.f
dgeequ.f
dgees.f
dgeesx.f
dgeev.f
dgeevx.f
dgegs.f
dgegv.f
dgehd2.f
dgehrd.f
dgelq2.f
dgelqf.f
dgels.f
dgelss.f
dgelsx.f
dgeql2.f
dgeqlf.f
dgeqpf.f
dgeqr2.f
dgeqrf.f
dgerfs.f
dgerq2.f
dgerqf.f
dgesv.f
dgesvd.f
dgesvx.f
dgetf2.f
dgetrf.f
dgetri.f
dgetrs.f
dggbak.f
dggbal.f
dggglm.f
dgghrd.f
dgglse.f
dggqrf.f
dggrqf.f
dggsvd.f
dggsvp.f
dgtcon.f
dgtrfs.f
dgtsv.f
dgtsvx.f
dgttrf.f
dgttrs.f
dhgeqz.f
dhsein.f
dhseqr.f
dlabad.f
dlabrd.f
dlacon.f
dlacpy.f
dladiv.f
dlae2.f
dlaebz.f
dlaed0.f
dlaed1.f
dlaed2.f
dlaed3.f
dlaed4.f
dlaed5.f
dlaed6.f
dlaed7.f
dlaed8.f
dlaed9.f
dlaeda.f
dlaein.f
dlaev2.f
dlaexc.f
dlag2.f
dlags2.f
dlagtf.f
dlagtm.f
dlagts.f
dlahqr.f
dlahrd.f
dlaic1.f
dlaln2.f
dlamch.f
dlamrg.f
dlangb.f
dlange.f
dlangt.f
dlanhs.f
dlansb.f
dlansp.f
dlanst.f
dlansy.f
dlantb.f
dlantp.f
dlantr.f
dlanv2.f
dlapll.f
dlapmt.f
dlapy2.f
dlapy3.f
dlaqgb.f
dlaqge.f
dlaqsb.f
dlaqsp.f
dlaqsy.f
dlaqtr.f
dlar2v.f
dlarf.f
dlarfb.f
dlarfg.f
dlarft.f
dlarfx.f
dlargv.f
dlarnv.f
dlartg.f
dlartv.f
dlaruv.f
dlas2.f
dlascl.f
dlaset.f
dlasq1.f
dlasq2.f
dlasq3.f
dlasq4.f
dlasr.f
dlasrt.f
dlassq.f
dlasv2.f
dlaswp.f
dlasy2.f
dlasyf.f
dlatbs.f
dlatps.f
dlatrd.f
dlatrs.f
dlatzm.f
dlauu2.f
dlauum.f
dopgtr.f
dopmtr.f
dorg2l.f
dorg2r.f
dorgbr.f
dorghr.f
dorgl2.f
dorglq.f
dorgql.f
dorgqr.f
dorgr2.f
dorgrq.f
dorgtr.f
dorm2l.f
dorm2r.f
dormbr.f
dormhr.f
dorml2.f
dormlq.f
dormql.f
dormqr.f
dormr2.f
dormrq.f
dormtr.f
dpbcon.f
dpbequ.f
dpbrfs.f
dpbstf.f
dpbsv.f
dpbsvx.f
dpbtf2.f
dpbtrf.f
dpbtrs.f
dpocon.f
dpoequ.f
dporfs.f
dposv.f
dposvx.f
dpotf2.f
dpotrf.f
dpotri.f
dpotrs.f
dppcon.f
dppequ.f
dpprfs.f
dppsv.f
dppsvx.f
dpptrf.f
dpptri.f
dpptrs.f
dptcon.f
dpteqr.f
dptrfs.f
dptsv.f
dptsvx.f
dpttrf.f
dpttrs.f
drscl.f
dsbev.f
dsbevd.f
dsbevx.f
dsbgst.f
dsbgv.f
dsbtrd.f
dsecnd.f
dspcon.f
dspev.f
dspevd.f
dspevx.f
dspgst.f
dspgv.f
dsprfs.f
dspsv.f
dspsvx.f
dsptrd.f
dsptrf.f
dsptri.f
dsptrs.f
dstebz.f
dstedc.f
dstein.f
dsteqr.f
dsterf.f
dstev.f
dstevd.f
dstevx.f
dsycon.f
dsyev.f
dsyevd.f
dsyevx.f
dsygs2.f
dsygst.f
dsygv.f
dsyrfs.f
dsysv.f
dsysvx.f
dsytd2.f
dsytf2.f
dsytrd.f
dsytrf.f
dsytri.f
dsytrs.f
dtbcon.f
dtbrfs.f
dtbtrs.f
dtgevc.f
dtgsja.f
dtpcon.f
dtprfs.f
dtptri.f
dtptrs.f
dtrcon.f
dtrevc.f
dtrexc.f
dtrrfs.f
dtrsen.f
dtrsna.f
dtrsyl.f
dtrti2.f
dtrtri.f
dtrtrs.f
dtzrqf.f
dzsum1.f
icmax1.f
ilaenv.f
izmax1.f
lsame.f
lsamen.f
sbdsqr.f
scsum1.f
sdisna.f
second.f
sgbbrd.f
sgbcon.f
sgbequ.f
sgbrfs.f
sgbsv.f
sgbsvx.f
sgbtf2.f
sgbtrf.f
sgbtrs.f
sgebak.f
sgebal.f
sgebd2.f
sgebrd.f
sgecon.f
sgeequ.f
sgees.f
sgeesx.f
sgeev.f
sgeevx.f
sgegs.f
sgegv.f
sgehd2.f
sgehrd.f
sgelq2.f
sgelqf.f
sgels.f
sgelss.f
sgelsx.f
sgeql2.f
sgeqlf.f
sgeqpf.f
sgeqr2.f
sgeqrf.f
sgerfs.f
sgerq2.f
sgerqf.f
sgesv.f
sgesvd.f
sgesvx.f
sgetf2.f
sgetrf.f
sgetri.f
sgetrs.f
sggbak.f
sggbal.f
sggglm.f
sgghrd.f
sgglse.f
sggqrf.f
sggrqf.f
sggsvd.f
sggsvp.f
sgtcon.f
sgtrfs.f
sgtsv.f
sgtsvx.f
sgttrf.f
sgttrs.f
shgeqz.f
shsein.f
shseqr.f
slabad.f
slabrd.f
slacon.f
slacpy.f
sladiv.f
slae2.f
slaebz.f
slaed0.f
slaed1.f
slaed2.f
slaed3.f
slaed4.f
slaed5.f
slaed6.f
slaed7.f
slaed8.f
slaed9.f
slaeda.f
slaein.f
slaev2.f
slaexc.f
slag2.f
slags2.f
slagtf.f
slagtm.f
slagts.f
slahqr.f
slahrd.f
slaic1.f
slaln2.f
slamch.f
slamrg.f
slangb.f
slange.f
slangt.f
slanhs.f
slansb.f
slansp.f
slanst.f
slansy.f
slantb.f
slantp.f
slantr.f
slanv2.f
slapll.f
slapmt.f
slapy2.f
slapy3.f
slaqgb.f
slaqge.f
slaqsb.f
slaqsp.f
slaqsy.f
slaqtr.f
slar2v.f
slarf.f
slarfb.f
slarfg.f
slarft.f
slarfx.f
slargv.f
slarnv.f
slartg.f
slartv.f
slaruv.f
slas2.f
slascl.f
slaset.f
slasq1.f
slasq2.f
slasq3.f
slasq4.f
slasr.f
slasrt.f
slassq.f
slasv2.f
slaswp.f
slasy2.f
slasyf.f
slatbs.f
slatps.f
slatrd.f
slatrs.f
slatzm.f
slauu2.f
slauum.f
sopgtr.f
sopmtr.f
sorg2l.f
sorg2r.f
sorgbr.f
sorghr.f
sorgl2.f
sorglq.f
sorgql.f
sorgqr.f
sorgr2.f
sorgrq.f
sorgtr.f
sorm2l.f
sorm2r.f
sormbr.f
sormhr.f
sorml2.f
sormlq.f
sormql.f
sormqr.f
sormr2.f
sormrq.f
sormtr.f
spbcon.f
spbequ.f
spbrfs.f
spbstf.f
spbsv.f
spbsvx.f
spbtf2.f
spbtrf.f
spbtrs.f
spocon.f
spoequ.f
sporfs.f
sposv.f
sposvx.f
spotf2.f
spotrf.f
spotri.f
spotrs.f
sppcon.f
sppequ.f
spprfs.f
sppsv.f
sppsvx.f
spptrf.f
spptri.f
spptrs.f
sptcon.f
spteqr.f
sptrfs.f
sptsv.f
sptsvx.f
spttrf.f
spttrs.f
srscl.f
ssbev.f
ssbevd.f
ssbevx.f
ssbgst.f
ssbgv.f
ssbtrd.f
sspcon.f
sspev.f
sspevd.f
sspevx.f
sspgst.f
sspgv.f
ssprfs.f
sspsv.f
sspsvx.f
ssptrd.f
ssptrf.f
ssptri.f
ssptrs.f
sstebz.f
sstedc.f
sstein.f
ssteqr.f
ssterf.f
sstev.f
sstevd.f
sstevx.f
ssycon.f
ssyev.f
ssyevd.f
ssyevx.f
ssygs2.f
ssygst.f
ssygv.f
ssyrfs.f
ssysv.f
ssysvx.f
ssytd2.f
ssytf2.f
ssytrd.f
ssytrf.f
ssytri.f
ssytrs.f
stbcon.f
stbrfs.f
stbtrs.f
stgevc.f
stgsja.f
stpcon.f
stprfs.f
stptri.f
stptrs.f
strcon.f
strevc.f
strexc.f
strrfs.f
strsen.f
strsna.f
strsyl.f
strti2.f
strtri.f
strtrs.f
stzrqf.f
xerbla.f
zbdsqr.f
zdrot.f
zdrscl.f
zgbbrd.f
zgbcon.f
zgbequ.f
zgbrfs.f
zgbsv.f
zgbsvx.f
zgbtf2.f
zgbtrf.f
zgbtrs.f
zgebak.f
zgebal.f
zgebd2.f
zgebrd.f
zgecon.f
zgeequ.f
zgees.f
zgeesx.f
zgeev.f
zgeevx.f
zgegs.f
zgegv.f
zgehd2.f
zgehrd.f
zgelq2.f
zgelqf.f
zgels.f
zgelss.f
zgelsx.f
zgeql2.f
zgeqlf.f
zgeqpf.f
zgeqr2.f
zgeqrf.f
zgerfs.f
zgerq2.f
zgerqf.f
zgesv.f
zgesvd.f
zgesvx.f
zgetf2.f
zgetrf.f
zgetri.f
zgetrs.f
zggbak.f
zggbal.f
zggglm.f
zgghrd.f
zgglse.f
zggqrf.f
zggrqf.f
zggsvd.f
zggsvp.f
zgtcon.f
zgtrfs.f
zgtsv.f
zgtsvx.f
zgttrf.f
zgttrs.f
zhbev.f
zhbevd.f
zhbevx.f
zhbgst.f
zhbgv.f
zhbtrd.f
zhecon.f
zheev.f
zheevd.f
zheevx.f
zhegs2.f
zhegst.f
zhegv.f
zherfs.f
zhesv.f
zhesvx.f
zhetd2.f
zhetf2.f
zhetrd.f
zhetrf.f
zhetri.f
zhetrs.f
zhgeqz.f
zhpcon.f
zhpev.f
zhpevd.f
zhpevx.f
zhpgst.f
zhpgv.f
zhprfs.f
zhpsv.f
zhpsvx.f
zhptrd.f
zhptrf.f
zhptri.f
zhptrs.f
zhsein.f
zhseqr.f
zlabrd.f
zlacgv.f
zlacon.f
zlacpy.f
zlacrm.f
zlacrt.f
zladiv.f
zlaed0.f
zlaed7.f
zlaed8.f
zlaein.f
zlaesy.f
zlaev2.f
zlags2.f
zlagtm.f
zlahef.f
zlahqr.f
zlahrd.f
zlaic1.f
zlangb.f
zlange.f
zlangt.f
zlanhb.f
zlanhe.f
zlanhp.f
zlanhs.f
zlanht.f
zlansb.f
zlansp.f
zlansy.f
zlantb.f
zlantp.f
zlantr.f
zlapll.f
zlapmt.f
zlaqgb.f
zlaqge.f
zlaqhb.f
zlaqhe.f
zlaqhp.f
zlaqsb.f
zlaqsp.f
zlaqsy.f
zlar2v.f
zlarf.f
zlarfb.f
zlarfg.f
zlarft.f
zlarfx.f
zlargv.f
zlarnv.f
zlartg.f
zlartv.f
zlascl.f
zlaset.f
zlasr.f
zlassq.f
zlaswp.f
zlasyf.f
zlatbs.f
zlatps.f
zlatrd.f
zlatrs.f
zlatzm.f
zlauu2.f
zlauum.f
zpbcon.f
zpbequ.f
zpbrfs.f
zpbstf.f
zpbsv.f
zpbsvx.f
zpbtf2.f
zpbtrf.f
zpbtrs.f
zpocon.f
zpoequ.f
zporfs.f
zposv.f
zposvx.f
zpotf2.f
zpotrf.f
zpotri.f
zpotrs.f
zppcon.f
zppequ.f
zpprfs.f
zppsv.f
zppsvx.f
zpptrf.f
zpptri.f
zpptrs.f
zptcon.f
zpteqr.f
zptrfs.f
zptsv.f
zptsvx.f
zpttrf.f
zpttrs.f
zrot.f
zspcon.f
zspmv.f
zspr.f
zsprfs.f
zspsv.f
zspsvx.f
zsptrf.f
zsptri.f
zsptrs.f
zstedc.f
zstein.f
zsteqr.f
zsycon.f
zsymv.f
zsyr.f
zsyrfs.f
zsysv.f
zsysvx.f
zsytf2.f
zsytrf.f
zsytri.f
zsytrs.f
ztbcon.f
ztbrfs.f
ztbtrs.f
ztgevc.f
ztgsja.f
ztpcon.f
ztprfs.f
ztptri.f
ztptrs.f
ztrcon.f
ztrevc.f
ztrexc.f
ztrrfs.f
ztrsen.f
ztrsna.f
ztrsyl.f
ztrti2.f
ztrtri.f
ztrtrs.f
ztzrqf.f
zung2l.f
zung2r.f
zungbr.f
zunghr.f
zungl2.f
zunglq.f
zungql.f
zungqr.f
zungr2.f
zungrq.f
zungtr.f
zunm2l.f
zunm2r.f
zunmbr.f
zunmhr.f
zunml2.f
zunmlq.f
zunmql.f
zunmqr.f
zunmr2.f
zunmrq.f
zunmtr.f
zupgtr.f
zupmtr.f
-----------------------------------------------------------
path: /netlib/lapack/lapack-pc/LAPACK/TESTING/
-----------------------------------------------------------
EIG/
LIN/
MATGEN/
Makefile
Makefile.sgi
cbak.in
cbal.in
cbb.in
cec.in
ced.in
cgbak.in
cgbal.in
cgg.in
csb.in
csg.in
ctest.in
dbak.in
dbal.in
dbb.in
dec.in
ded.in
dgbak.in
dgbal.in
dgg.in
dsb.in
dsg.in
dtest.in
glm.in
gqr.in
gsv.in
lse.in
nep.in
sbak.in
sbal.in
sbb.in
sec.in
sed.in
sep.in
sgbak.in
sgbal.in
sgg.in
ssb.in
ssg.in
stest.in
svd.in
zbak.in
zbal.in
zbb.in
zec.in
zed.in
zgbak.in
zgbal.in
zgg.in
zsb.in
zsg.in
ztest.in
-----------------------------------------------------------
path: /netlib/lapack/lapack-pc/LAPACK/TESTING/EIG/
-----------------------------------------------------------
Makefile
alahdg.f
alareq.f
alarqg.f
alasmg.f
alasum.f
alasvm.f
cbdt01.f
cbdt02.f
cbdt03.f
cchkbb.f
cchkbd.f
cchkbk.f
cchkbl.f
cchkec.f
cchkee.f
cchkgg.f
cchkgk.f
cchkgl.f
cchkhb.f
cchkhs.f
cchkst.f
cckglm.f
cckgqr.f
cckgsv.f
ccklse.f
cdrvbd.f
cdrves.f
cdrvev.f
cdrvgg.f
cdrvsg.f
cdrvst.f
cdrvsx.f
cdrvvx.f
cerrbd.f
cerrec.f
cerred.f
cerrgg.f
cerrhs.f
cerrst.f
cget02.f
cget10.f
cget22.f
cget23.f
cget24.f
cget35.f
cget36.f
cget37.f
cget38.f
cget51.f
cget52.f
cglmts.f
cgqrts.f
cgrqts.f
cgsvts.f
chbt21.f
chet21.f
chet22.f
chkxer.f
chpt21.f
chst01.f
clarfy.f
clarhs.f
clatm4.f
clsets.f
csbmv.f
csgt01.f
cslect.f
cstt21.f
cunt01.f
cunt03.f
dbdt01.f
dbdt02.f
dbdt03.f
dchkbb.f
dchkbd.f
dchkbk.f
dchkbl.f
dchkec.f
dchkee.f
dchkgg.f
dchkgk.f
dchkgl.f
dchkhs.f
dchksb.f
dchkst.f
dckglm.f
dckgqr.f
dckgsv.f
dcklse.f
ddrvbd.f
ddrves.f
ddrvev.f
ddrvgg.f
ddrvsg.f
ddrvst.f
ddrvsx.f
ddrvvx.f
derrbd.f
derrec.f
derred.f
derrgg.f
derrhs.f
derrst.f
dget02.f
dget10.f
dget22.f
dget23.f
dget24.f
dget31.f
dget32.f
dget33.f
dget34.f
dget35.f
dget36.f
dget37.f
dget38.f
dget39.f
dget51.f
dget52.f
dget53.f
dglmts.f
dgqrts.f
dgrqts.f
dgsvts.f
dhst01.f
dlafts.f
dlahd2.f
dlarfy.f
dlarhs.f
dlasum.f
dlatb9.f
dlatm4.f
dlsets.f
dort01.f
dort03.f
dsbt21.f
dsgt01.f
dslect.f
dspt21.f
dstech.f
dstect.f
dstt21.f
dstt22.f
dsvdch.f
dsvdct.f
dsxt1.f
dsyt21.f
dsyt22.f
ilaenv.f
sbdt01.f
sbdt02.f
sbdt03.f
schkbb.f
schkbd.f
schkbk.f
schkbl.f
schkec.f
schkee.f
schkgg.f
schkgk.f
schkgl.f
schkhs.f
schksb.f
schkst.f
sckglm.f
sckgqr.f
sckgsv.f
scklse.f
sdrvbd.f
sdrves.f
sdrvev.f
sdrvgg.f
sdrvsg.f
sdrvst.f
sdrvsx.f
sdrvvx.f
serrbd.f
serrec.f
serred.f
serrgg.f
serrhs.f
serrst.f
sget02.f
sget10.f
sget22.f
sget23.f
sget24.f
sget31.f
sget32.f
sget33.f
sget34.f
sget35.f
sget36.f
sget37.f
sget38.f
sget39.f
sget51.f
sget52.f
sget53.f
sglmts.f
sgqrts.f
sgrqts.f
sgsvts.f
shst01.f
slafts.f
slahd2.f
slarfy.f
slarhs.f
slasum.f
slatb9.f
slatm4.f
slsets.f
sort01.f
sort03.f
ssbt21.f
ssgt01.f
sslect.f
sspt21.f
sstech.f
sstect.f
sstt21.f
sstt22.f
ssvdch.f
ssvdct.f
ssxt1.f
ssyt21.f
ssyt22.f
xerbla.f
xlaenv.f
zbdt01.f
zbdt02.f
zbdt03.f
zchkbb.f
zchkbd.f
zchkbk.f
zchkbl.f
zchkec.f
zchkee.f
zchkgg.f
zchkgk.f
zchkgl.f
zchkhb.f
zchkhs.f
zchkst.f
zckglm.f
zckgqr.f
zckgsv.f
zcklse.f
zdrvbd.f
zdrves.f
zdrvev.f
zdrvgg.f
zdrvsg.f
zdrvst.f
zdrvsx.f
zdrvvx.f
zerrbd.f
zerrec.f
zerred.f
zerrgg.f
zerrhs.f
zerrst.f
zget02.f
zget10.f
zget22.f
zget23.f
zget24.f
zget35.f
zget36.f
zget37.f
zget38.f
zget51.f
zget52.f
zglmts.f
zgqrts.f
zgrqts.f
zgsvts.f
zhbt21.f
zhet21.f
zhet22.f
zhpt21.f
zhst01.f
zlarfy.f
zlarhs.f
zlatm4.f
zlsets.f
zsbmv.f
zsgt01.f
zslect.f
zstt21.f
zunt01.f
zunt03.f
-----------------------------------------------------------
path: /netlib/lapack/lapack-pc/LAPACK/TESTING/LIN/
-----------------------------------------------------------
Makefile
aladhd.f
alaerh.f
alaesm.f
alahd.f
alareq.f
alasum.f
alasvm.f
cchkaa.f
cchkeq.f
cchkgb.f
cchkge.f
cchkgt.f
cchkhe.f
cchkhp.f
cchklq.f
cchkpb.f
cchkpo.f
cchkpp.f
cchkpt.f
cchkql.f
cchkqp.f
cchkqr.f
cchkrq.f
cchksp.f
cchksy.f
cchktb.f
cchktp.f
cchktr.f
cchktz.f
cdrvgb.f
cdrvge.f
cdrvgt.f
cdrvhe.f
cdrvhp.f
cdrvls.f
cdrvpb.f
cdrvpo.f
cdrvpp.f
cdrvpt.f
cdrvsp.f
cdrvsy.f
cerrge.f
cerrgt.f
cerrhe.f
cerrlq.f
cerrls.f
cerrpo.f
cerrql.f
cerrqp.f
cerrqr.f
cerrrq.f
cerrsy.f
cerrtr.f
cerrtz.f
cerrvx.f
cgbt01.f
cgbt02.f
cgbt05.f
cgelqs.f
cgeqls.f
cgeqrs.f
cgerqs.f
cget01.f
cget02.f
cget03.f
cget04.f
cget07.f
cgtt01.f
cgtt02.f
cgtt05.f
chet01.f
chkxer.f
chpt01.f
claipd.f
claptm.f
clarhs.f
clatb4.f
clatsp.f
clatsy.f
clattb.f
clattp.f
clattr.f
clavhe.f
clavhp.f
clavsp.f
clavsy.f
clqt01.f
clqt02.f
clqt03.f
cpbt01.f
cpbt02.f
cpbt05.f
cpot01.f
cpot02.f
cpot03.f
cpot05.f
cppt01.f
cppt02.f
cppt03.f
cppt05.f
cptt01.f
cptt02.f
cptt05.f
cqlt01.f
cqlt02.f
cqlt03.f
cqpt01.f
cqrt01.f
cqrt02.f
cqrt03.f
cqrt11.f
cqrt12.f
cqrt13.f
cqrt14.f
cqrt15.f
cqrt16.f
cqrt17.f
crqt01.f
crqt02.f
crqt03.f
csbmv.f
cspt01.f
cspt02.f
cspt03.f
csyt01.f
csyt02.f
csyt03.f
ctbt02.f
ctbt03.f
ctbt05.f
ctbt06.f
ctpt01.f
ctpt02.f
ctpt03.f
ctpt05.f
ctpt06.f
ctrt01.f
ctrt02.f
ctrt03.f
ctrt05.f
ctrt06.f
ctzt01.f
ctzt02.f
dchkaa.f
dchkeq.f
dchkgb.f
dchkge.f
dchkgt.f
dchklq.f
dchkpb.f
dchkpo.f
dchkpp.f
dchkpt.f
dchkql.f
dchkqp.f
dchkqr.f
dchkrq.f
dchksp.f
dchksy.f
dchktb.f
dchktp.f
dchktr.f
dchktz.f
ddrvgb.f
ddrvge.f
ddrvgt.f
ddrvls.f
ddrvpb.f
ddrvpo.f
ddrvpp.f
ddrvpt.f
ddrvsp.f
ddrvsy.f
derrge.f
derrgt.f
derrlq.f
derrls.f
derrpo.f
derrql.f
derrqp.f
derrqr.f
derrrq.f
derrsy.f
derrtr.f
derrtz.f
derrvx.f
dgbt01.f
dgbt02.f
dgbt05.f
dgelqs.f
dgeqls.f
dgeqrs.f
dgerqs.f
dget01.f
dget02.f
dget03.f
dget04.f
dget06.f
dget07.f
dgtt01.f
dgtt02.f
dgtt05.f
dlaord.f
dlaptm.f
dlarhs.f
dlatb4.f
dlattb.f
dlattp.f
dlattr.f
dlavsp.f
dlavsy.f
dlqt01.f
dlqt02.f
dlqt03.f
dpbt01.f
dpbt02.f
dpbt05.f
dpot01.f
dpot02.f
dpot03.f
dpot05.f
dppt01.f
dppt02.f
dppt03.f
dppt05.f
dptt01.f
dptt02.f
dptt05.f
dqlt01.f
dqlt02.f
dqlt03.f
dqpt01.f
dqrt01.f
dqrt02.f
dqrt03.f
dqrt11.f
dqrt12.f
dqrt13.f
dqrt14.f
dqrt15.f
dqrt16.f
dqrt17.f
drqt01.f
drqt02.f
drqt03.f
dspt01.f
dsyt01.f
dtbt02.f
dtbt03.f
dtbt05.f
dtbt06.f
dtpt01.f
dtpt02.f
dtpt03.f
dtpt05.f
dtpt06.f
dtrt01.f
dtrt02.f
dtrt03.f
dtrt05.f
dtrt06.f
dtzt01.f
dtzt02.f
ilaenv.f
schkaa.f
schkeq.f
schkgb.f
schkge.f
schkgt.f
schklq.f
schkpb.f
schkpo.f
schkpp.f
schkpt.f
schkql.f
schkqp.f
schkqr.f
schkrq.f
schksp.f
schksy.f
schktb.f
schktp.f
schktr.f
schktz.f
sdrvgb.f
sdrvge.f
sdrvgt.f
sdrvls.f
sdrvpb.f
sdrvpo.f
sdrvpp.f
sdrvpt.f
sdrvsp.f
sdrvsy.f
serrge.f
serrgt.f
serrlq.f
serrls.f
serrpo.f
serrql.f
serrqp.f
serrqr.f
serrrq.f
serrsy.f
serrtr.f
serrtz.f
serrvx.f
sgbt01.f
sgbt02.f
sgbt05.f
sgelqs.f
sgeqls.f
sgeqrs.f
sgerqs.f
sget01.f
sget02.f
sget03.f
sget04.f
sget06.f
sget07.f
sgtt01.f
sgtt02.f
sgtt05.f
slaord.f
slaptm.f
slarhs.f
slatb4.f
slattb.f
slattp.f
slattr.f
slavsp.f
slavsy.f
slqt01.f
slqt02.f
slqt03.f
spbt01.f
spbt02.f
spbt05.f
spot01.f
spot02.f
spot03.f
spot05.f
sppt01.f
sppt02.f
sppt03.f
sppt05.f
sptt01.f
sptt02.f
sptt05.f
sqlt01.f
sqlt02.f
sqlt03.f
sqpt01.f
sqrt01.f
sqrt02.f
sqrt03.f
sqrt11.f
sqrt12.f
sqrt13.f
sqrt14.f
sqrt15.f
sqrt16.f
sqrt17.f
srqt01.f
srqt02.f
srqt03.f
sspt01.f
ssyt01.f
stbt02.f
stbt03.f
stbt05.f
stbt06.f
stpt01.f
stpt02.f
stpt03.f
stpt05.f
stpt06.f
strt01.f
strt02.f
strt03.f
strt05.f
strt06.f
stzt01.f
stzt02.f
xerbla.f
xlaenv.f
zchkaa.f
zchkeq.f
zchkgb.f
zchkge.f
zchkgt.f
zchkhe.f
zchkhp.f
zchklq.f
zchkpb.f
zchkpo.f
zchkpp.f
zchkpt.f
zchkql.f
zchkqp.f
zchkqr.f
zchkrq.f
zchksp.f
zchksy.f
zchktb.f
zchktp.f
zchktr.f
zchktz.f
zdrvgb.f
zdrvge.f
zdrvgt.f
zdrvhe.f
zdrvhp.f
zdrvls.f
zdrvpb.f
zdrvpo.f
zdrvpp.f
zdrvpt.f
zdrvsp.f
zdrvsy.f
zerrge.f
zerrgt.f
zerrhe.f
zerrlq.f
zerrls.f
zerrpo.f
zerrql.f
zerrqp.f
zerrqr.f
zerrrq.f
zerrsy.f
zerrtr.f
zerrtz.f
zerrvx.f
zgbt01.f
zgbt02.f
zgbt05.f
zgelqs.f
zgeqls.f
zgeqrs.f
zgerqs.f
zget01.f
zget02.f
zget03.f
zget04.f
zget07.f
zgtt01.f
zgtt02.f
zgtt05.f
zhet01.f
zhpt01.f
zlaipd.f
zlaptm.f
zlarhs.f
zlatb4.f
zlatsp.f
zlatsy.f
zlattb.f
zlattp.f
zlattr.f
zlavhe.f
zlavhp.f
zlavsp.f
zlavsy.f
zlqt01.f
zlqt02.f
zlqt03.f
zpbt01.f
zpbt02.f
zpbt05.f
zpot01.f
zpot02.f
zpot03.f
zpot05.f
zppt01.f
zppt02.f
zppt03.f
zppt05.f
zptt01.f
zptt02.f
zptt05.f
zqlt01.f
zqlt02.f
zqlt03.f
zqpt01.f
zqrt01.f
zqrt02.f
zqrt03.f
zqrt11.f
zqrt12.f
zqrt13.f
zqrt14.f
zqrt15.f
zqrt16.f
zqrt17.f
zrqt01.f
zrqt02.f
zrqt03.f
zsbmv.f
zspt01.f
zspt02.f
zspt03.f
zsyt01.f
zsyt02.f
zsyt03.f
ztbt02.f
ztbt03.f
ztbt05.f
ztbt06.f
ztpt01.f
ztpt02.f
ztpt03.f
ztpt05.f
ztpt06.f
ztrt01.f
ztrt02.f
ztrt03.f
ztrt05.f
ztrt06.f
ztzt01.f
ztzt02.f
-----------------------------------------------------------
path: /netlib/lapack/lapack-pc/LAPACK/TESTING/MATGEN/
-----------------------------------------------------------
Makefile
clagge.f
claghe.f
clagsy.f
clarge.f
clarnd.f
claror.f
clarot.f
clatm1.f
clatm2.f
clatm3.f
clatme.f
clatmr.f
clatms.f
dlagge.f
dlagsy.f
dlaran.f
dlarge.f
dlarnd.f
dlaror.f
dlarot.f
dlatm1.f
dlatm2.f
dlatm3.f
dlatme.f
dlatmr.f
dlatms.f
slagge.f
slagsy.f
slaran.f
slarge.f
slarnd.f
slaror.f
slarot.f
slatm1.f
slatm2.f
slatm3.f
slatme.f
slatmr.f
slatms.f
zlagge.f
zlaghe.f
zlagsy.f
zlarge.f
zlarnd.f
zlaror.f
zlarot.f
zlatm1.f
zlatm2.f
zlatm3.f
zlatme.f
zlatmr.f
zlatms.f
-----------------------------------------------------------
path: /netlib/lapack/lapack-pc/LAPACK/TIMING/
-----------------------------------------------------------
CBAND.in
CBLASA.in
CBLASB.in
CBLASC.in
CGEPTIM.in
CNEPTIM.in
CSEPTIM.in
CSVDTIM.in
CTIME.in
CTIME2.in
DBAND.in
DBLASA.in
DBLASB.in
DBLASC.in
DGEPTIM.in
DNEPTIM.in
DSEPTIM.in
DSVDTIM.in
DTIME.in
DTIME2.in
EIG/
LIN/
Makefile
Makefile.sgi
SBAND.in
SBLASA.in
SBLASB.in
SBLASC.in
SGEPTIM.in
SNEPTIM.in
SSEPTIM.in
SSVDTIM.in
STIME.in
STIME2.in
ZBAND.in
ZBLASA.in
ZBLASB.in
ZBLASC.in
ZGEPTIM.in
ZNEPTIM.in
ZSEPTIM.in
ZSVDTIM.in
ZTIME.in
ZTIME2.in
cband.in
cblasa.in
cblasb.in
cblasc.in
cgeptim.in
cneptim.in
cseptim.in
csvdtim.in
ctime.in
ctime2.in
dband.in
dblasa.in
dblasb.in
dblasc.in
dgeptim.in
dneptim.in
dseptim.in
dsvdtim.in
dtime.in
dtime2.in
sband.in
sblasa.in
sblasb.in
sblasc.in
sgeptim.in
sneptim.in
sseptim.in
ssvdtim.in
stime.in
stime2.in
zband.in
zblasa.in
zblasb.in
zblasc.in
zgeptim.in
zneptim.in
zseptim.in
zsvdtim.in
ztime.in
ztime2.in
-----------------------------------------------------------
path: /netlib/lapack/lapack-pc/LAPACK/TIMING/EIG/
-----------------------------------------------------------
EIGSRC/
Makefile
atimin.f
ceispack.f
claqzh.f
clatm4.f
ctim21.f
ctim22.f
ctim26.f
ctim51.f
ctimee.f
deispack.f
dlaqzh.f
dlatm4.f
dmflop.f
dopla.f
dopla2.f
dprtbe.f
dprtbg.f
dprtbr.f
dprtbs.f
dprtbv.f
dtim21.f
dtim22.f
dtim26.f
dtim51.f
dtimee.f
ilaenv.f
seispack.f
slaqzh.f
slatm4.f
smflop.f
sopla.f
sopla2.f
sprtbe.f
sprtbg.f
sprtbr.f
sprtbs.f
sprtbv.f
stim21.f
stim22.f
stim26.f
stim51.f
stimee.f
xlaenv.f
zeispack.f
zlaqzh.f
zlatm4.f
ztim21.f
ztim22.f
ztim26.f
ztim51.f
ztimee.f
-----------------------------------------------------------
path: /netlib/lapack/lapack-pc/LAPACK/TIMING/EIG/EIGSRC/
-----------------------------------------------------------
Makefile
cbdsqr.f
cgghrd.f
chgeqz.f
chsein.f
chseqr.f
claed0.f
claed7.f
claed8.f
claein.f
clahqr.f
cpteqr.f
cstedc.f
cstein.f
csteqr.f
ctgevc.f
ctrevc.f
dbdsqr.f
dgghrd.f
dhgeqz.f
dhsein.f
dhseqr.f
dlaebz.f
dlaed0.f
dlaed1.f
dlaed2.f
dlaed3.f
dlaed4.f
dlaed5.f
dlaed6.f
dlaed7.f
dlaed8.f
dlaed9.f
dlaeda.f
dlaein.f
dlahqr.f
dlasq1.f
dlasq2.f
dlasq3.f
dlasq4.f
dpteqr.f
dstebz.f
dstedc.f
dstein.f
dsteqr.f
dsterf.f
dtgevc.f
dtrevc.f
sbdsqr.f
sgghrd.f
shgeqz.f
shsein.f
shseqr.f
slaebz.f
slaed0.f
slaed1.f
slaed2.f
slaed3.f
slaed4.f
slaed5.f
slaed6.f
slaed7.f
slaed8.f
slaed9.f
slaeda.f
slaein.f
slahqr.f
slasq1.f
slasq2.f
slasq3.f
slasq4.f
spteqr.f
sstebz.f
sstedc.f
sstein.f
ssteqr.f
ssterf.f
stgevc.f
strevc.f
zbdsqr.f
zgghrd.f
zhgeqz.f
zhsein.f
zhseqr.f
zlaed0.f
zlaed7.f
zlaed8.f
zlaein.f
zlahqr.f
zpteqr.f
zstedc.f
zstein.f
zsteqr.f
ztgevc.f
ztrevc.f
-----------------------------------------------------------
path: /netlib/lapack/lapack-pc/LAPACK/TIMING/LIN/
-----------------------------------------------------------
Makefile
atimck.f
atimin.f
clinpk.f
ctimaa.f
ctimb2.f
ctimb3.f
ctimbr.f
ctimgb.f
ctimge.f
ctimgt.f
ctimhe.f
ctimhp.f
ctimhr.f
ctimlq.f
ctimmg.f
ctimmm.f
ctimmv.f
ctimpb.f
ctimpo.f
ctimpp.f
ctimpt.f
ctimql.f
ctimqp.f
ctimqr.f
ctimrq.f
ctimsp.f
ctimsy.f
ctimtb.f
ctimtd.f
ctimtp.f
ctimtr.f
deispk.f
dlinpk.f
dmflop.f
dopaux.f
dopbl2.f
dopbl3.f
dopgb.f
dopla.f
dprtb2.f
dprtb3.f
dprtb4.f
dprtb5.f
dprtbl.f
dtimaa.f
dtimb2.f
dtimb3.f
dtimbr.f
dtimgb.f
dtimge.f
dtimgt.f
dtimhr.f
dtimlq.f
dtimmg.f
dtimmm.f
dtimmv.f
dtimpb.f
dtimpo.f
dtimpp.f
dtimpt.f
dtimql.f
dtimqp.f
dtimqr.f
dtimrq.f
dtimsp.f
dtimsy.f
dtimtb.f
dtimtd.f
dtimtp.f
dtimtr.f
icopy.f
ilaenv.f
seispk.f
slinpk.f
smflop.f
sopaux.f
sopbl2.f
sopbl3.f
sopgb.f
sopla.f
sprtb2.f
sprtb3.f
sprtb4.f
sprtb5.f
sprtbl.f
stimaa.f
stimb2.f
stimb3.f
stimbr.f
stimgb.f
stimge.f
stimgt.f
stimhr.f
stimlq.f
stimmg.f
stimmm.f
stimmv.f
stimpb.f
stimpo.f
stimpp.f
stimpt.f
stimql.f
stimqp.f
stimqr.f
stimrq.f
stimsp.f
stimsy.f
stimtb.f
stimtd.f
stimtp.f
stimtr.f
xlaenv.f
zlinpk.f
ztimaa.f
ztimb2.f
ztimb3.f
ztimbr.f
ztimgb.f
ztimge.f
ztimgt.f
ztimhe.f
ztimhp.f
ztimhr.f
ztimlq.f
ztimmg.f
ztimmm.f
ztimmv.f
ztimpb.f
ztimpo.f
ztimpp.f
ztimpt.f
ztimql.f
ztimqp.f
ztimqr.f
ztimrq.f
ztimsp.f
ztimsy.f
ztimtb.f
ztimtd.f
ztimtp.f
ztimtr.f
-----------------------------------------------------------
for (FOR NON EMAIL USERS ONLY) This is the COMPLETE
path: /netlib/lapack/lapack/
-----------------------------------------------------------
BLAS/
INSTALL/
Makefile
README
SRC/
TESTING/
TIMING/
latape
make.inc
-----------------------------------------------------------
path: /netlib/lapack/lapack/BLAS/
-----------------------------------------------------------
SRC/
TESTING/
cblat2.in
cblat3.in
dblat2.in
dblat3.in
sblat2.in
sblat3.in
zblat2.in
zblat3.in
-----------------------------------------------------------
path: /netlib/lapack/lapack/BLAS/SRC/
-----------------------------------------------------------
Makefile
caxpy.f
ccopy.f
cdotc.f
cdotu.f
cgbmv.f
cgemm.f
cgemv.f
cgerc.f
cgeru.f
chbmv.f
chemm.f
chemv.f
cher.f
cher2.f
cher2k.f
cherk.f
chpmv.f
chpr.f
chpr2.f
crotg.f
cscal.f
csscal.f
cswap.f
csymm.f
csyr2k.f
csyrk.f
ctbmv.f
ctbsv.f
ctpmv.f
ctpsv.f
ctrmm.f
ctrmv.f
ctrsm.f
ctrsv.f
dasum.f
daxpy.f
dcabs1.f
dcopy.f
ddot.f
dgbmv.f
dgemm.f
dgemv.f
dger.f
dnrm2.f
drot.f
drotg.f
dsbmv.f
dscal.f
dspmv.f
dspr.f
dspr2.f
dswap.f
dsymm.f
dsymv.f
dsyr.f
dsyr2.f
dsyr2k.f
dsyrk.f
dtbmv.f
dtbsv.f
dtpmv.f
dtpsv.f
dtrmm.f
dtrmv.f
dtrsm.f
dtrsv.f
dzasum.f
dznrm2.f
icamax.f
idamax.f
isamax.f
izamax.f
lsame.f
sasum.f
saxpy.f
scasum.f
scnrm2.f
scopy.f
sdot.f
sgbmv.f
sgemm.f
sgemv.f
sger.f
snrm2.f
srot.f
srotg.f
ssbmv.f
sscal.f
sspmv.f
sspr.f
sspr2.f
sswap.f
ssymm.f
ssymv.f
ssyr.f
ssyr2.f
ssyr2k.f
ssyrk.f
stbmv.f
stbsv.f
stpmv.f
stpsv.f
strmm.f
strmv.f
strsm.f
strsv.f
xerbla.f
zaxpy.f
zcopy.f
zdotc.f
zdotu.f
zdscal.f
zgbmv.f
zgemm.f
zgemv.f
zgerc.f
zgeru.f
zhbmv.f
zhemm.f
zhemv.f
zher.f
zher2.f
zher2k.f
zherk.f
zhpmv.f
zhpr.f
zhpr2.f
zrotg.f
zscal.f
zswap.f
zsymm.f
zsyr2k.f
zsyrk.f
ztbmv.f
ztbsv.f
ztpmv.f
ztpsv.f
ztrmm.f
ztrmv.f
ztrsm.f
ztrsv.f
-----------------------------------------------------------
path: /netlib/lapack/lapack/BLAS/TESTING/
-----------------------------------------------------------
Makeblat1
Makeblat2
Makeblat3
cblat1.f
cblat2.f
cblat3.f
dblat1.f
dblat2.f
dblat3.f
sblat1.f
sblat2.f
sblat3.f
zblat1.f
zblat2.f
zblat3.f
-----------------------------------------------------------
path: /netlib/lapack/lapack/INSTALL/
-----------------------------------------------------------
Makefile
dlamch.f
dlamchtst.f
dsecnd.f
dsecndtst.f
lawn81.ps
lawn81.tex
lsame.f
lsametst.f
org2.ps
psfig.tex
second.f
secondtst.f
slamch.f
slamchtst.f
-----------------------------------------------------------
path: /netlib/lapack/lapack/SRC/
-----------------------------------------------------------
Makefile
cbdsqr.f
cgbbrd.f
cgbcon.f
cgbequ.f
cgbrfs.f
cgbsv.f
cgbsvx.f
cgbtf2.f
cgbtrf.f
cgbtrs.f
cgebak.f
cgebal.f
cgebd2.f
cgebrd.f
cgecon.f
cgeequ.f
cgees.f
cgeesx.f
cgeev.f
cgeevx.f
cgegs.f
cgegv.f
cgehd2.f
cgehrd.f
cgelq2.f
cgelqf.f
cgels.f
cgelss.f
cgelsx.f
cgeql2.f
cgeqlf.f
cgeqpf.f
cgeqr2.f
cgeqrf.f
cgerfs.f
cgerq2.f
cgerqf.f
cgesv.f
cgesvd.f
cgesvx.f
cgetf2.f
cgetrf.f
cgetri.f
cgetrs.f
cggbak.f
cggbal.f
cggglm.f
cgghrd.f
cgglse.f
cggqrf.f
cggrqf.f
cggsvd.f
cggsvp.f
cgtcon.f
cgtrfs.f
cgtsv.f
cgtsvx.f
cgttrf.f
cgttrs.f
chbev.f
chbevd.f
chbevx.f
chbgst.f
chbgv.f
chbtrd.f
checon.f
cheev.f
cheevd.f
cheevx.f
chegs2.f
chegst.f
chegv.f
cherfs.f
chesv.f
chesvx.f
chetd2.f
chetf2.f
chetrd.f
chetrf.f
chetri.f
chetrs.f
chgeqz.f
chpcon.f
chpev.f
chpevd.f
chpevx.f
chpgst.f
chpgv.f
chprfs.f
chpsv.f
chpsvx.f
chptrd.f
chptrf.f
chptri.f
chptrs.f
chsein.f
chseqr.f
clabrd.f
clacgv.f
clacon.f
clacpy.f
clacrm.f
clacrt.f
cladiv.f
claed0.f
claed7.f
claed8.f
claein.f
claesy.f
claev2.f
clags2.f
clagtm.f
clahef.f
clahqr.f
clahrd.f
claic1.f
clangb.f
clange.f
clangt.f
clanhb.f
clanhe.f
clanhp.f
clanhs.f
clanht.f
clansb.f
clansp.f
clansy.f
clantb.f
clantp.f
clantr.f
clapll.f
clapmt.f
claqgb.f
claqge.f
claqhb.f
claqhe.f
claqhp.f
claqsb.f
claqsp.f
claqsy.f
clar2v.f
clarf.f
clarfb.f
clarfg.f
clarft.f
clarfx.f
clargv.f
clarnv.f
clartg.f
clartv.f
clascl.f
claset.f
clasr.f
classq.f
claswp.f
clasyf.f
clatbs.f
clatps.f
clatrd.f
clatrs.f
clatzm.f
clauu2.f
clauum.f
cpbcon.f
cpbequ.f
cpbrfs.f
cpbstf.f
cpbsv.f
cpbsvx.f
cpbtf2.f
cpbtrf.f
cpbtrs.f
cpocon.f
cpoequ.f
cporfs.f
cposv.f
cposvx.f
cpotf2.f
cpotrf.f
cpotri.f
cpotrs.f
cppcon.f
cppequ.f
cpprfs.f
cppsv.f
cppsvx.f
cpptrf.f
cpptri.f
cpptrs.f
cptcon.f
cpteqr.f
cptrfs.f
cptsv.f
cptsvx.f
cpttrf.f
cpttrs.f
crot.f
cspcon.f
cspmv.f
cspr.f
csprfs.f
cspsv.f
cspsvx.f
csptrf.f
csptri.f
csptrs.f
csrot.f
csrscl.f
cstedc.f
cstein.f
csteqr.f
csycon.f
csymv.f
csyr.f
csyrfs.f
csysv.f
csysvx.f
csytf2.f
csytrf.f
csytri.f
csytrs.f
ctbcon.f
ctbrfs.f
ctbtrs.f
ctgevc.f
ctgsja.f
ctpcon.f
ctprfs.f
ctptri.f
ctptrs.f
ctrcon.f
ctrevc.f
ctrexc.f
ctrrfs.f
ctrsen.f
ctrsna.f
ctrsyl.f
ctrti2.f
ctrtri.f
ctrtrs.f
ctzrqf.f
cung2l.f
cung2r.f
cungbr.f
cunghr.f
cungl2.f
cunglq.f
cungql.f
cungqr.f
cungr2.f
cungrq.f
cungtr.f
cunm2l.f
cunm2r.f
cunmbr.f
cunmhr.f
cunml2.f
cunmlq.f
cunmql.f
cunmqr.f
cunmr2.f
cunmrq.f
cunmtr.f
cupgtr.f
cupmtr.f
dbdsqr.f
ddisna.f
dgbbrd.f
dgbcon.f
dgbequ.f
dgbrfs.f
dgbsv.f
dgbsvx.f
dgbtf2.f
dgbtrf.f
dgbtrs.f
dgebak.f
dgebal.f
dgebd2.f
dgebrd.f
dgecon.f
dgeequ.f
dgees.f
dgeesx.f
dgeev.f
dgeevx.f
dgegs.f
dgegv.f
dgehd2.f
dgehrd.f
dgelq2.f
dgelqf.f
dgels.f
dgelss.f
dgelsx.f
dgeql2.f
dgeqlf.f
dgeqpf.f
dgeqr2.f
dgeqrf.f
dgerfs.f
dgerq2.f
dgerqf.f
dgesv.f
dgesvd.f
dgesvx.f
dgetf2.f
dgetrf.f
dgetri.f
dgetrs.f
dggbak.f
dggbal.f
dggglm.f
dgghrd.f
dgglse.f
dggqrf.f
dggrqf.f
dggsvd.f
dggsvp.f
dgtcon.f
dgtrfs.f
dgtsv.f
dgtsvx.f
dgttrf.f
dgttrs.f
dhgeqz.f
dhsein.f
dhseqr.f
dlabad.f
dlabrd.f
dlacon.f
dlacpy.f
dladiv.f
dlae2.f
dlaebz.f
dlaed0.f
dlaed1.f
dlaed2.f
dlaed3.f
dlaed4.f
dlaed5.f
dlaed6.f
dlaed7.f
dlaed8.f
dlaed9.f
dlaeda.f
dlaein.f
dlaev2.f
dlaexc.f
dlag2.f
dlags2.f
dlagtf.f
dlagtm.f
dlagts.f
dlahqr.f
dlahrd.f
dlaic1.f
dlaln2.f
dlamch.f
dlamrg.f
dlangb.f
dlange.f
dlangt.f
dlanhs.f
dlansb.f
dlansp.f
dlanst.f
dlansy.f
dlantb.f
dlantp.f
dlantr.f
dlanv2.f
dlapll.f
dlapmt.f
dlapy2.f
dlapy3.f
dlaqgb.f
dlaqge.f
dlaqsb.f
dlaqsp.f
dlaqsy.f
dlaqtr.f
dlar2v.f
dlarf.f
dlarfb.f
dlarfg.f
dlarft.f
dlarfx.f
dlargv.f
dlarnv.f
dlartg.f
dlartv.f
dlaruv.f
dlas2.f
dlascl.f
dlaset.f
dlasq1.f
dlasq2.f
dlasq3.f
dlasq4.f
dlasr.f
dlasrt.f
dlassq.f
dlasv2.f
dlaswp.f
dlasy2.f
dlasyf.f
dlatbs.f
dlatps.f
dlatrd.f
dlatrs.f
dlatzm.f
dlauu2.f
dlauum.f
dopgtr.f
dopmtr.f
dorg2l.f
dorg2r.f
dorgbr.f
dorghr.f
dorgl2.f
dorglq.f
dorgql.f
dorgqr.f
dorgr2.f
dorgrq.f
dorgtr.f
dorm2l.f
dorm2r.f
dormbr.f
dormhr.f
dorml2.f
dormlq.f
dormql.f
dormqr.f
dormr2.f
dormrq.f
dormtr.f
dpbcon.f
dpbequ.f
dpbrfs.f
dpbstf.f
dpbsv.f
dpbsvx.f
dpbtf2.f
dpbtrf.f
dpbtrs.f
dpocon.f
dpoequ.f
dporfs.f
dposv.f
dposvx.f
dpotf2.f
dpotrf.f
dpotri.f
dpotrs.f
dppcon.f
dppequ.f
dpprfs.f
dppsv.f
dppsvx.f
dpptrf.f
dpptri.f
dpptrs.f
dptcon.f
dpteqr.f
dptrfs.f
dptsv.f
dptsvx.f
dpttrf.f
dpttrs.f
drscl.f
dsbev.f
dsbevd.f
dsbevx.f
dsbgst.f
dsbgv.f
dsbtrd.f
dsecnd.f
dspcon.f
dspev.f
dspevd.f
dspevx.f
dspgst.f
dspgv.f
dsprfs.f
dspsv.f
dspsvx.f
dsptrd.f
dsptrf.f
dsptri.f
dsptrs.f
dstebz.f
dstedc.f
dstein.f
dsteqr.f
dsterf.f
dstev.f
dstevd.f
dstevx.f
dsycon.f
dsyev.f
dsyevd.f
dsyevx.f
dsygs2.f
dsygst.f
dsygv.f
dsyrfs.f
dsysv.f
dsysvx.f
dsytd2.f
dsytf2.f
dsytrd.f
dsytrf.f
dsytri.f
dsytrs.f
dtbcon.f
dtbrfs.f
dtbtrs.f
dtgevc.f
dtgsja.f
dtpcon.f
dtprfs.f
dtptri.f
dtptrs.f
dtrcon.f
dtrevc.f
dtrexc.f
dtrrfs.f
dtrsen.f
dtrsna.f
dtrsyl.f
dtrti2.f
dtrtri.f
dtrtrs.f
dtzrqf.f
dzsum1.f
icmax1.f
ilaenv.f
izmax1.f
lsame.f
lsamen.f
sbdsqr.f
scsum1.f
sdisna.f
second.f
sgbbrd.f
sgbcon.f
sgbequ.f
sgbrfs.f
sgbsv.f
sgbsvx.f
sgbtf2.f
sgbtrf.f
sgbtrs.f
sgebak.f
sgebal.f
sgebd2.f
sgebrd.f
sgecon.f
sgeequ.f
sgees.f
sgeesx.f
sgeev.f
sgeevx.f
sgegs.f
sgegv.f
sgehd2.f
sgehrd.f
sgelq2.f
sgelqf.f
sgels.f
sgelss.f
sgelsx.f
sgeql2.f
sgeqlf.f
sgeqpf.f
sgeqr2.f
sgeqrf.f
sgerfs.f
sgerq2.f
sgerqf.f
sgesv.f
sgesvd.f
sgesvx.f
sgetf2.f
sgetrf.f
sgetri.f
sgetrs.f
sggbak.f
sggbal.f
sggglm.f
sgghrd.f
sgglse.f
sggqrf.f
sggrqf.f
sggsvd.f
sggsvp.f
sgtcon.f
sgtrfs.f
sgtsv.f
sgtsvx.f
sgttrf.f
sgttrs.f
shgeqz.f
shsein.f
shseqr.f
slabad.f
slabrd.f
slacon.f
slacpy.f
sladiv.f
slae2.f
slaebz.f
slaed0.f
slaed1.f
slaed2.f
slaed3.f
slaed4.f
slaed5.f
slaed6.f
slaed7.f
slaed8.f
slaed9.f
slaeda.f
slaein.f
slaev2.f
slaexc.f
slag2.f
slags2.f
slagtf.f
slagtm.f
slagts.f
slahqr.f
slahrd.f
slaic1.f
slaln2.f
slamch.f
slamrg.f
slangb.f
slange.f
slangt.f
slanhs.f
slansb.f
slansp.f
slanst.f
slansy.f
slantb.f
slantp.f
slantr.f
slanv2.f
slapll.f
slapmt.f
slapy2.f
slapy3.f
slaqgb.f
slaqge.f
slaqsb.f
slaqsp.f
slaqsy.f
slaqtr.f
slar2v.f
slarf.f
slarfb.f
slarfg.f
slarft.f
slarfx.f
slargv.f
slarnv.f
slartg.f
slartv.f
slaruv.f
slas2.f
slascl.f
slaset.f
slasq1.f
slasq2.f
slasq3.f
slasq4.f
slasr.f
slasrt.f
slassq.f
slasv2.f
slaswp.f
slasy2.f
slasyf.f
slatbs.f
slatps.f
slatrd.f
slatrs.f
slatzm.f
slauu2.f
slauum.f
sopgtr.f
sopmtr.f
sorg2l.f
sorg2r.f
sorgbr.f
sorghr.f
sorgl2.f
sorglq.f
sorgql.f
sorgqr.f
sorgr2.f
sorgrq.f
sorgtr.f
sorm2l.f
sorm2r.f
sormbr.f
sormhr.f
sorml2.f
sormlq.f
sormql.f
sormqr.f
sormr2.f
sormrq.f
sormtr.f
spbcon.f
spbequ.f
spbrfs.f
spbstf.f
spbsv.f
spbsvx.f
spbtf2.f
spbtrf.f
spbtrs.f
spocon.f
spoequ.f
sporfs.f
sposv.f
sposvx.f
spotf2.f
spotrf.f
spotri.f
spotrs.f
sppcon.f
sppequ.f
spprfs.f
sppsv.f
sppsvx.f
spptrf.f
spptri.f
spptrs.f
sptcon.f
spteqr.f
sptrfs.f
sptsv.f
sptsvx.f
spttrf.f
spttrs.f
srscl.f
ssbev.f
ssbevd.f
ssbevx.f
ssbgst.f
ssbgv.f
ssbtrd.f
sspcon.f
sspev.f
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sspevx.f
sspgst.f
sspgv.f
ssprfs.f
sspsv.f
sspsvx.f
ssptrd.f
ssptrf.f
ssptri.f
ssptrs.f
sstebz.f
sstedc.f
sstein.f
ssteqr.f
ssterf.f
sstev.f
sstevd.f
sstevx.f
ssycon.f
ssyev.f
ssyevd.f
ssyevx.f
ssygs2.f
ssygst.f
ssygv.f
ssyrfs.f
ssysv.f
ssysvx.f
ssytd2.f
ssytf2.f
ssytrd.f
ssytrf.f
ssytri.f
ssytrs.f
stbcon.f
stbrfs.f
stbtrs.f
stgevc.f
stgsja.f
stpcon.f
stprfs.f
stptri.f
stptrs.f
strcon.f
strevc.f
strexc.f
strrfs.f
strsen.f
strsna.f
strsyl.f
strti2.f
strtri.f
strtrs.f
stzrqf.f
xerbla.f
zbdsqr.f
zdrot.f
zdrscl.f
zgbbrd.f
zgbcon.f
zgbequ.f
zgbrfs.f
zgbsv.f
zgbsvx.f
zgbtf2.f
zgbtrf.f
zgbtrs.f
zgebak.f
zgebal.f
zgebd2.f
zgebrd.f
zgecon.f
zgeequ.f
zgees.f
zgeesx.f
zgeev.f
zgeevx.f
zgegs.f
zgegv.f
zgehd2.f
zgehrd.f
zgelq2.f
zgelqf.f
zgels.f
zgelss.f
zgelsx.f
zgeql2.f
zgeqlf.f
zgeqpf.f
zgeqr2.f
zgeqrf.f
zgerfs.f
zgerq2.f
zgerqf.f
zgesv.f
zgesvd.f
zgesvx.f
zgetf2.f
zgetrf.f
zgetri.f
zgetrs.f
zggbak.f
zggbal.f
zggglm.f
zgghrd.f
zgglse.f
zggqrf.f
zggrqf.f
zggsvd.f
zggsvp.f
zgtcon.f
zgtrfs.f
zgtsv.f
zgtsvx.f
zgttrf.f
zgttrs.f
zhbev.f
zhbevd.f
zhbevx.f
zhbgst.f
zhbgv.f
zhbtrd.f
zhecon.f
zheev.f
zheevd.f
zheevx.f
zhegs2.f
zhegst.f
zhegv.f
zherfs.f
zhesv.f
zhesvx.f
zhetd2.f
zhetf2.f
zhetrd.f
zhetrf.f
zhetri.f
zhetrs.f
zhgeqz.f
zhpcon.f
zhpev.f
zhpevd.f
zhpevx.f
zhpgst.f
zhpgv.f
zhprfs.f
zhpsv.f
zhpsvx.f
zhptrd.f
zhptrf.f
zhptri.f
zhptrs.f
zhsein.f
zhseqr.f
zlabrd.f
zlacgv.f
zlacon.f
zlacpy.f
zlacrm.f
zlacrt.f
zladiv.f
zlaed0.f
zlaed7.f
zlaed8.f
zlaein.f
zlaesy.f
zlaev2.f
zlags2.f
zlagtm.f
zlahef.f
zlahqr.f
zlahrd.f
zlaic1.f
zlangb.f
zlange.f
zlangt.f
zlanhb.f
zlanhe.f
zlanhp.f
zlanhs.f
zlanht.f
zlansb.f
zlansp.f
zlansy.f
zlantb.f
zlantp.f
zlantr.f
zlapll.f
zlapmt.f
zlaqgb.f
zlaqge.f
zlaqhb.f
zlaqhe.f
zlaqhp.f
zlaqsb.f
zlaqsp.f
zlaqsy.f
zlar2v.f
zlarf.f
zlarfb.f
zlarfg.f
zlarft.f
zlarfx.f
zlargv.f
zlarnv.f
zlartg.f
zlartv.f
zlascl.f
zlaset.f
zlasr.f
zlassq.f
zlaswp.f
zlasyf.f
zlatbs.f
zlatps.f
zlatrd.f
zlatrs.f
zlatzm.f
zlauu2.f
zlauum.f
zpbcon.f
zpbequ.f
zpbrfs.f
zpbstf.f
zpbsv.f
zpbsvx.f
zpbtf2.f
zpbtrf.f
zpbtrs.f
zpocon.f
zpoequ.f
zporfs.f
zposv.f
zposvx.f
zpotf2.f
zpotrf.f
zpotri.f
zpotrs.f
zppcon.f
zppequ.f
zpprfs.f
zppsv.f
zppsvx.f
zpptrf.f
zpptri.f
zpptrs.f
zptcon.f
zpteqr.f
zptrfs.f
zptsv.f
zptsvx.f
zpttrf.f
zpttrs.f
zrot.f
zspcon.f
zspmv.f
zspr.f
zsprfs.f
zspsv.f
zspsvx.f
zsptrf.f
zsptri.f
zsptrs.f
zstedc.f
zstein.f
zsteqr.f
zsycon.f
zsymv.f
zsyr.f
zsyrfs.f
zsysv.f
zsysvx.f
zsytf2.f
zsytrf.f
zsytri.f
zsytrs.f
ztbcon.f
ztbrfs.f
ztbtrs.f
ztgevc.f
ztgsja.f
ztpcon.f
ztprfs.f
ztptri.f
ztptrs.f
ztrcon.f
ztrevc.f
ztrexc.f
ztrrfs.f
ztrsen.f
ztrsna.f
ztrsyl.f
ztrti2.f
ztrtri.f
ztrtrs.f
ztzrqf.f
zung2l.f
zung2r.f
zungbr.f
zunghr.f
zungl2.f
zunglq.f
zungql.f
zungqr.f
zungr2.f
zungrq.f
zungtr.f
zunm2l.f
zunm2r.f
zunmbr.f
zunmhr.f
zunml2.f
zunmlq.f
zunmql.f
zunmqr.f
zunmr2.f
zunmrq.f
zunmtr.f
zupgtr.f
zupmtr.f
-----------------------------------------------------------
path: /netlib/lapack/lapack/TESTING/
-----------------------------------------------------------
EIG/
LIN/
MATGEN/
Makefile
Makefile.sgi
cbak.in
cbal.in
cbb.in
cec.in
ced.in
cgbak.in
cgbal.in
cgg.in
csb.in
csg.in
ctest.in
dbak.in
dbal.in
dbb.in
dec.in
ded.in
dgbak.in
dgbal.in
dgg.in
dsb.in
dsg.in
dtest.in
glm.in
gqr.in
gsv.in
lse.in
nep.in
sbak.in
sbal.in
sbb.in
sec.in
sed.in
sep.in
sgbak.in
sgbal.in
sgg.in
ssb.in
ssg.in
stest.in
svd.in
zbak.in
zbal.in
zbb.in
zec.in
zed.in
zgbak.in
zgbal.in
zgg.in
zsb.in
zsg.in
ztest.in
-----------------------------------------------------------
path: /netlib/lapack/lapack/TESTING/EIG/
-----------------------------------------------------------
Makefile
alahdg.f
alareq.f
alarqg.f
alasmg.f
alasum.f
alasvm.f
cbdt01.f
cbdt02.f
cbdt03.f
cchkbb.f
cchkbd.f
cchkbk.f
cchkbl.f
cchkec.f
cchkee.f
cchkgg.f
cchkgk.f
cchkgl.f
cchkhb.f
cchkhs.f
cchkst.f
cckglm.f
cckgqr.f
cckgsv.f
ccklse.f
cdrvbd.f
cdrves.f
cdrvev.f
cdrvgg.f
cdrvsg.f
cdrvst.f
cdrvsx.f
cdrvvx.f
cerrbd.f
cerrec.f
cerred.f
cerrgg.f
cerrhs.f
cerrst.f
cget02.f
cget10.f
cget22.f
cget23.f
cget24.f
cget35.f
cget36.f
cget37.f
cget38.f
cget51.f
cget52.f
cglmts.f
cgqrts.f
cgrqts.f
cgsvts.f
chbt21.f
chet21.f
chet22.f
chkxer.f
chpt21.f
chst01.f
clarfy.f
clarhs.f
clatm4.f
clsets.f
csbmv.f
csgt01.f
cslect.f
cstt21.f
cunt01.f
cunt03.f
dbdt01.f
dbdt02.f
dbdt03.f
dchkbb.f
dchkbd.f
dchkbk.f
dchkbl.f
dchkec.f
dchkee.f
dchkgg.f
dchkgk.f
dchkgl.f
dchkhs.f
dchksb.f
dchkst.f
dckglm.f
dckgqr.f
dckgsv.f
dcklse.f
ddrvbd.f
ddrves.f
ddrvev.f
ddrvgg.f
ddrvsg.f
ddrvst.f
ddrvsx.f
ddrvvx.f
derrbd.f
derrec.f
derred.f
derrgg.f
derrhs.f
derrst.f
dget02.f
dget10.f
dget22.f
dget23.f
dget24.f
dget31.f
dget32.f
dget33.f
dget34.f
dget35.f
dget36.f
dget37.f
dget38.f
dget39.f
dget51.f
dget52.f
dget53.f
dglmts.f
dgqrts.f
dgrqts.f
dgsvts.f
dhst01.f
dlafts.f
dlahd2.f
dlarfy.f
dlarhs.f
dlasum.f
dlatb9.f
dlatm4.f
dlsets.f
dort01.f
dort03.f
dsbt21.f
dsgt01.f
dslect.f
dspt21.f
dstech.f
dstect.f
dstt21.f
dstt22.f
dsvdch.f
dsvdct.f
dsxt1.f
dsyt21.f
dsyt22.f
ilaenv.f
sbdt01.f
sbdt02.f
sbdt03.f
schkbb.f
schkbd.f
schkbk.f
schkbl.f
schkec.f
schkee.f
schkgg.f
schkgk.f
schkgl.f
schkhs.f
schksb.f
schkst.f
sckglm.f
sckgqr.f
sckgsv.f
scklse.f
sdrvbd.f
sdrves.f
sdrvev.f
sdrvgg.f
sdrvsg.f
sdrvst.f
sdrvsx.f
sdrvvx.f
serrbd.f
serrec.f
serred.f
serrgg.f
serrhs.f
serrst.f
sget02.f
sget10.f
sget22.f
sget23.f
sget24.f
sget31.f
sget32.f
sget33.f
sget34.f
sget35.f
sget36.f
sget37.f
sget38.f
sget39.f
sget51.f
sget52.f
sget53.f
sglmts.f
sgqrts.f
sgrqts.f
sgsvts.f
shst01.f
slafts.f
slahd2.f
slarfy.f
slarhs.f
slasum.f
slatb9.f
slatm4.f
slsets.f
sort01.f
sort03.f
ssbt21.f
ssgt01.f
sslect.f
sspt21.f
sstech.f
sstect.f
sstt21.f
sstt22.f
ssvdch.f
ssvdct.f
ssxt1.f
ssyt21.f
ssyt22.f
xerbla.f
xlaenv.f
zbdt01.f
zbdt02.f
zbdt03.f
zchkbb.f
zchkbd.f
zchkbk.f
zchkbl.f
zchkec.f
zchkee.f
zchkgg.f
zchkgk.f
zchkgl.f
zchkhb.f
zchkhs.f
zchkst.f
zckglm.f
zckgqr.f
zckgsv.f
zcklse.f
zdrvbd.f
zdrves.f
zdrvev.f
zdrvgg.f
zdrvsg.f
zdrvst.f
zdrvsx.f
zdrvvx.f
zerrbd.f
zerrec.f
zerred.f
zerrgg.f
zerrhs.f
zerrst.f
zget02.f
zget10.f
zget22.f
zget23.f
zget24.f
zget35.f
zget36.f
zget37.f
zget38.f
zget51.f
zget52.f
zglmts.f
zgqrts.f
zgrqts.f
zgsvts.f
zhbt21.f
zhet21.f
zhet22.f
zhpt21.f
zhst01.f
zlarfy.f
zlarhs.f
zlatm4.f
zlsets.f
zsbmv.f
zsgt01.f
zslect.f
zstt21.f
zunt01.f
zunt03.f
-----------------------------------------------------------
path: /netlib/lapack/lapack/TESTING/LIN/
-----------------------------------------------------------
Makefile
aladhd.f
alaerh.f
alaesm.f
alahd.f
alareq.f
alasum.f
alasvm.f
cchkaa.f
cchkeq.f
cchkgb.f
cchkge.f
cchkgt.f
cchkhe.f
cchkhp.f
cchklq.f
cchkpb.f
cchkpo.f
cchkpp.f
cchkpt.f
cchkql.f
cchkqp.f
cchkqr.f
cchkrq.f
cchksp.f
cchksy.f
cchktb.f
cchktp.f
cchktr.f
cchktz.f
cdrvgb.f
cdrvge.f
cdrvgt.f
cdrvhe.f
cdrvhp.f
cdrvls.f
cdrvpb.f
cdrvpo.f
cdrvpp.f
cdrvpt.f
cdrvsp.f
cdrvsy.f
cerrge.f
cerrgt.f
cerrhe.f
cerrlq.f
cerrls.f
cerrpo.f
cerrql.f
cerrqp.f
cerrqr.f
cerrrq.f
cerrsy.f
cerrtr.f
cerrtz.f
cerrvx.f
cgbt01.f
cgbt02.f
cgbt05.f
cgelqs.f
cgeqls.f
cgeqrs.f
cgerqs.f
cget01.f
cget02.f
cget03.f
cget04.f
cget07.f
cgtt01.f
cgtt02.f
cgtt05.f
chet01.f
chkxer.f
chpt01.f
claipd.f
claptm.f
clarhs.f
clatb4.f
clatsp.f
clatsy.f
clattb.f
clattp.f
clattr.f
clavhe.f
clavhp.f
clavsp.f
clavsy.f
clqt01.f
clqt02.f
clqt03.f
cpbt01.f
cpbt02.f
cpbt05.f
cpot01.f
cpot02.f
cpot03.f
cpot05.f
cppt01.f
cppt02.f
cppt03.f
cppt05.f
cptt01.f
cptt02.f
cptt05.f
cqlt01.f
cqlt02.f
cqlt03.f
cqpt01.f
cqrt01.f
cqrt02.f
cqrt03.f
cqrt11.f
cqrt12.f
cqrt13.f
cqrt14.f
cqrt15.f
cqrt16.f
cqrt17.f
crqt01.f
crqt02.f
crqt03.f
csbmv.f
cspt01.f
cspt02.f
cspt03.f
csyt01.f
csyt02.f
csyt03.f
ctbt02.f
ctbt03.f
ctbt05.f
ctbt06.f
ctpt01.f
ctpt02.f
ctpt03.f
ctpt05.f
ctpt06.f
ctrt01.f
ctrt02.f
ctrt03.f
ctrt05.f
ctrt06.f
ctzt01.f
ctzt02.f
dchkaa.f
dchkeq.f
dchkgb.f
dchkge.f
dchkgt.f
dchklq.f
dchkpb.f
dchkpo.f
dchkpp.f
dchkpt.f
dchkql.f
dchkqp.f
dchkqr.f
dchkrq.f
dchksp.f
dchksy.f
dchktb.f
dchktp.f
dchktr.f
dchktz.f
ddrvgb.f
ddrvge.f
ddrvgt.f
ddrvls.f
ddrvpb.f
ddrvpo.f
ddrvpp.f
ddrvpt.f
ddrvsp.f
ddrvsy.f
derrge.f
derrgt.f
derrlq.f
derrls.f
derrpo.f
derrql.f
derrqp.f
derrqr.f
derrrq.f
derrsy.f
derrtr.f
derrtz.f
derrvx.f
dgbt01.f
dgbt02.f
dgbt05.f
dgelqs.f
dgeqls.f
dgeqrs.f
dgerqs.f
dget01.f
dget02.f
dget03.f
dget04.f
dget06.f
dget07.f
dgtt01.f
dgtt02.f
dgtt05.f
dlaord.f
dlaptm.f
dlarhs.f
dlatb4.f
dlattb.f
dlattp.f
dlattr.f
dlavsp.f
dlavsy.f
dlqt01.f
dlqt02.f
dlqt03.f
dpbt01.f
dpbt02.f
dpbt05.f
dpot01.f
dpot02.f
dpot03.f
dpot05.f
dppt01.f
dppt02.f
dppt03.f
dppt05.f
dptt01.f
dptt02.f
dptt05.f
dqlt01.f
dqlt02.f
dqlt03.f
dqpt01.f
dqrt01.f
dqrt02.f
dqrt03.f
dqrt11.f
dqrt12.f
dqrt13.f
dqrt14.f
dqrt15.f
dqrt16.f
dqrt17.f
drqt01.f
drqt02.f
drqt03.f
dspt01.f
dsyt01.f
dtbt02.f
dtbt03.f
dtbt05.f
dtbt06.f
dtpt01.f
dtpt02.f
dtpt03.f
dtpt05.f
dtpt06.f
dtrt01.f
dtrt02.f
dtrt03.f
dtrt05.f
dtrt06.f
dtzt01.f
dtzt02.f
ilaenv.f
schkaa.f
schkeq.f
schkgb.f
schkge.f
schkgt.f
schklq.f
schkpb.f
schkpo.f
schkpp.f
schkpt.f
schkql.f
schkqp.f
schkqr.f
schkrq.f
schksp.f
schksy.f
schktb.f
schktp.f
schktr.f
schktz.f
sdrvgb.f
sdrvge.f
sdrvgt.f
sdrvls.f
sdrvpb.f
sdrvpo.f
sdrvpp.f
sdrvpt.f
sdrvsp.f
sdrvsy.f
serrge.f
serrgt.f
serrlq.f
serrls.f
serrpo.f
serrql.f
serrqp.f
serrqr.f
serrrq.f
serrsy.f
serrtr.f
serrtz.f
serrvx.f
sgbt01.f
sgbt02.f
sgbt05.f
sgelqs.f
sgeqls.f
sgeqrs.f
sgerqs.f
sget01.f
sget02.f
sget03.f
sget04.f
sget06.f
sget07.f
sgtt01.f
sgtt02.f
sgtt05.f
slaord.f
slaptm.f
slarhs.f
slatb4.f
slattb.f
slattp.f
slattr.f
slavsp.f
slavsy.f
slqt01.f
slqt02.f
slqt03.f
spbt01.f
spbt02.f
spbt05.f
spot01.f
spot02.f
spot03.f
spot05.f
sppt01.f
sppt02.f
sppt03.f
sppt05.f
sptt01.f
sptt02.f
sptt05.f
sqlt01.f
sqlt02.f
sqlt03.f
sqpt01.f
sqrt01.f
sqrt02.f
sqrt03.f
sqrt11.f
sqrt12.f
sqrt13.f
sqrt14.f
sqrt15.f
sqrt16.f
sqrt17.f
srqt01.f
srqt02.f
srqt03.f
sspt01.f
ssyt01.f
stbt02.f
stbt03.f
stbt05.f
stbt06.f
stpt01.f
stpt02.f
stpt03.f
stpt05.f
stpt06.f
strt01.f
strt02.f
strt03.f
strt05.f
strt06.f
stzt01.f
stzt02.f
xerbla.f
xlaenv.f
zchkaa.f
zchkeq.f
zchkgb.f
zchkge.f
zchkgt.f
zchkhe.f
zchkhp.f
zchklq.f
zchkpb.f
zchkpo.f
zchkpp.f
zchkpt.f
zchkql.f
zchkqp.f
zchkqr.f
zchkrq.f
zchksp.f
zchksy.f
zchktb.f
zchktp.f
zchktr.f
zchktz.f
zdrvgb.f
zdrvge.f
zdrvgt.f
zdrvhe.f
zdrvhp.f
zdrvls.f
zdrvpb.f
zdrvpo.f
zdrvpp.f
zdrvpt.f
zdrvsp.f
zdrvsy.f
zerrge.f
zerrgt.f
zerrhe.f
zerrlq.f
zerrls.f
zerrpo.f
zerrql.f
zerrqp.f
zerrqr.f
zerrrq.f
zerrsy.f
zerrtr.f
zerrtz.f
zerrvx.f
zgbt01.f
zgbt02.f
zgbt05.f
zgelqs.f
zgeqls.f
zgeqrs.f
zgerqs.f
zget01.f
zget02.f
zget03.f
zget04.f
zget07.f
zgtt01.f
zgtt02.f
zgtt05.f
zhet01.f
zhpt01.f
zlaipd.f
zlaptm.f
zlarhs.f
zlatb4.f
zlatsp.f
zlatsy.f
zlattb.f
zlattp.f
zlattr.f
zlavhe.f
zlavhp.f
zlavsp.f
zlavsy.f
zlqt01.f
zlqt02.f
zlqt03.f
zpbt01.f
zpbt02.f
zpbt05.f
zpot01.f
zpot02.f
zpot03.f
zpot05.f
zppt01.f
zppt02.f
zppt03.f
zppt05.f
zptt01.f
zptt02.f
zptt05.f
zqlt01.f
zqlt02.f
zqlt03.f
zqpt01.f
zqrt01.f
zqrt02.f
zqrt03.f
zqrt11.f
zqrt12.f
zqrt13.f
zqrt14.f
zqrt15.f
zqrt16.f
zqrt17.f
zrqt01.f
zrqt02.f
zrqt03.f
zsbmv.f
zspt01.f
zspt02.f
zspt03.f
zsyt01.f
zsyt02.f
zsyt03.f
ztbt02.f
ztbt03.f
ztbt05.f
ztbt06.f
ztpt01.f
ztpt02.f
ztpt03.f
ztpt05.f
ztpt06.f
ztrt01.f
ztrt02.f
ztrt03.f
ztrt05.f
ztrt06.f
ztzt01.f
ztzt02.f
-----------------------------------------------------------
path: /netlib/lapack/lapack/TESTING/MATGEN/
-----------------------------------------------------------
Makefile
clagge.f
claghe.f
clagsy.f
clarge.f
clarnd.f
claror.f
clarot.f
clatm1.f
clatm2.f
clatm3.f
clatme.f
clatmr.f
clatms.f
dlagge.f
dlagsy.f
dlaran.f
dlarge.f
dlarnd.f
dlaror.f
dlarot.f
dlatm1.f
dlatm2.f
dlatm3.f
dlatme.f
dlatmr.f
dlatms.f
slagge.f
slagsy.f
slaran.f
slarge.f
slarnd.f
slaror.f
slarot.f
slatm1.f
slatm2.f
slatm3.f
slatme.f
slatmr.f
slatms.f
zlagge.f
zlaghe.f
zlagsy.f
zlarge.f
zlarnd.f
zlaror.f
zlarot.f
zlatm1.f
zlatm2.f
zlatm3.f
zlatme.f
zlatmr.f
zlatms.f
-----------------------------------------------------------
path: /netlib/lapack/lapack/TIMING/
-----------------------------------------------------------
CBAND.in
CBLASA.in
CBLASB.in
CBLASC.in
CGEPTIM.in
CNEPTIM.in
CSEPTIM.in
CSVDTIM.in
CTIME.in
CTIME2.in
DBAND.in
DBLASA.in
DBLASB.in
DBLASC.in
DGEPTIM.in
DNEPTIM.in
DSEPTIM.in
DSVDTIM.in
DTIME.in
DTIME2.in
EIG/
LIN/
Makefile
Makefile.sgi
SBAND.in
SBLASA.in
SBLASB.in
SBLASC.in
SGEPTIM.in
SNEPTIM.in
SSEPTIM.in
SSVDTIM.in
STIME.in
STIME2.in
ZBAND.in
ZBLASA.in
ZBLASB.in
ZBLASC.in
ZGEPTIM.in
ZNEPTIM.in
ZSEPTIM.in
ZSVDTIM.in
ZTIME.in
ZTIME2.in
cband.in
cblasa.in
cblasb.in
cblasc.in
cgeptim.in
cneptim.in
cseptim.in
csvdtim.in
ctime.in
ctime2.in
dband.in
dblasa.in
dblasb.in
dblasc.in
dgeptim.in
dneptim.in
dseptim.in
dsvdtim.in
dtime.in
dtime2.in
sband.in
sblasa.in
sblasb.in
sblasc.in
sgeptim.in
sneptim.in
sseptim.in
ssvdtim.in
stime.in
stime2.in
zband.in
zblasa.in
zblasb.in
zblasc.in
zgeptim.in
zneptim.in
zseptim.in
zsvdtim.in
ztime.in
ztime2.in
-----------------------------------------------------------
path: /netlib/lapack/lapack/TIMING/EIG/
-----------------------------------------------------------
EIGSRC/
Makefile
atimin.f
ceispack.f
claqzh.f
clatm4.f
ctim21.f
ctim22.f
ctim26.f
ctim51.f
ctimee.f
deispack.f
dlaqzh.f
dlatm4.f
dmflop.f
dopla.f
dopla2.f
dprtbe.f
dprtbg.f
dprtbr.f
dprtbs.f
dprtbv.f
dtim21.f
dtim22.f
dtim26.f
dtim51.f
dtimee.f
ilaenv.f
seispack.f
slaqzh.f
slatm4.f
smflop.f
sopla.f
sopla2.f
sprtbe.f
sprtbg.f
sprtbr.f
sprtbs.f
sprtbv.f
stim21.f
stim22.f
stim26.f
stim51.f
stimee.f
xlaenv.f
zeispack.f
zlaqzh.f
zlatm4.f
ztim21.f
ztim22.f
ztim26.f
ztim51.f
ztimee.f
-----------------------------------------------------------
path: /netlib/lapack/lapack/TIMING/EIG/EIGSRC/
-----------------------------------------------------------
Makefile
cbdsqr.f
cgghrd.f
chgeqz.f
chsein.f
chseqr.f
claed0.f
claed7.f
claed8.f
claein.f
clahqr.f
cpteqr.f
cstedc.f
cstein.f
csteqr.f
ctgevc.f
ctrevc.f
dbdsqr.f
dgghrd.f
dhgeqz.f
dhsein.f
dhseqr.f
dlaebz.f
dlaed0.f
dlaed1.f
dlaed2.f
dlaed3.f
dlaed4.f
dlaed5.f
dlaed6.f
dlaed7.f
dlaed8.f
dlaed9.f
dlaeda.f
dlaein.f
dlahqr.f
dlasq1.f
dlasq2.f
dlasq3.f
dlasq4.f
dpteqr.f
dstebz.f
dstedc.f
dstein.f
dsteqr.f
dsterf.f
dtgevc.f
dtrevc.f
sbdsqr.f
sgghrd.f
shgeqz.f
shsein.f
shseqr.f
slaebz.f
slaed0.f
slaed1.f
slaed2.f
slaed3.f
slaed4.f
slaed5.f
slaed6.f
slaed7.f
slaed8.f
slaed9.f
slaeda.f
slaein.f
slahqr.f
slasq1.f
slasq2.f
slasq3.f
slasq4.f
spteqr.f
sstebz.f
sstedc.f
sstein.f
ssteqr.f
ssterf.f
stgevc.f
strevc.f
zbdsqr.f
zgghrd.f
zhgeqz.f
zhsein.f
zhseqr.f
zlaed0.f
zlaed7.f
zlaed8.f
zlaein.f
zlahqr.f
zpteqr.f
zstedc.f
zstein.f
zsteqr.f
ztgevc.f
ztrevc.f
-----------------------------------------------------------
path: /netlib/lapack/lapack/TIMING/LIN/
-----------------------------------------------------------
Makefile
atimck.f
atimin.f
clinpk.f
ctimaa.f
ctimb2.f
ctimb3.f
ctimbr.f
ctimgb.f
ctimge.f
ctimgt.f
ctimhe.f
ctimhp.f
ctimhr.f
ctimlq.f
ctimmg.f
ctimmm.f
ctimmv.f
ctimpb.f
ctimpo.f
ctimpp.f
ctimpt.f
ctimql.f
ctimqp.f
ctimqr.f
ctimrq.f
ctimsp.f
ctimsy.f
ctimtb.f
ctimtd.f
ctimtp.f
ctimtr.f
deispk.f
dlinpk.f
dmflop.f
dopaux.f
dopbl2.f
dopbl3.f
dopgb.f
dopla.f
dprtb2.f
dprtb3.f
dprtb4.f
dprtb5.f
dprtbl.f
dtimaa.f
dtimb2.f
dtimb3.f
dtimbr.f
dtimgb.f
dtimge.f
dtimgt.f
dtimhr.f
dtimlq.f
dtimmg.f
dtimmm.f
dtimmv.f
dtimpb.f
dtimpo.f
dtimpp.f
dtimpt.f
dtimql.f
dtimqp.f
dtimqr.f
dtimrq.f
dtimsp.f
dtimsy.f
dtimtb.f
dtimtd.f
dtimtp.f
dtimtr.f
icopy.f
ilaenv.f
seispk.f
slinpk.f
smflop.f
sopaux.f
sopbl2.f
sopbl3.f
sopgb.f
sopla.f
sprtb2.f
sprtb3.f
sprtb4.f
sprtb5.f
sprtbl.f
stimaa.f
stimb2.f
stimb3.f
stimbr.f
stimgb.f
stimge.f
stimgt.f
stimhr.f
stimlq.f
stimmg.f
stimmm.f
stimmv.f
stimpb.f
stimpo.f
stimpp.f
stimpt.f
stimql.f
stimqp.f
stimqr.f
stimrq.f
stimsp.f
stimsy.f
stimtb.f
stimtd.f
stimtp.f
stimtr.f
xlaenv.f
zlinpk.f
ztimaa.f
ztimb2.f
ztimb3.f
ztimbr.f
ztimgb.f
ztimge.f
ztimgt.f
ztimhe.f
ztimhp.f
ztimhr.f
ztimlq.f
ztimmg.f
ztimmm.f
ztimmv.f
ztimpb.f
ztimpo.f
ztimpp.f
ztimpt.f
ztimql.f
ztimqp.f
ztimqr.f
ztimrq.f
ztimsp.f
ztimsy.f
ztimtb.f
ztimtd.f
ztimtp.f
ztimtr.f
-----------------------------------------------------------
for (FOR NON EMAIL USERS ONLY) This tar file
path: /netlib/lapack/lapack_alpha/
-----------------------------------------------------------
README
lapack_alpha.a
-----------------------------------------------------------
for (FOR NON EMAIL USERS ONLY) This tar file
path: /netlib/lapack/lapack_hppa/
-----------------------------------------------------------
README
lapack_hppa.a
-----------------------------------------------------------
for (FOR NON EMAIL USERS ONLY) This tar file
path: /netlib/lapack/lapack_rs6k/
-----------------------------------------------------------
README
lapack_rs6k.a
-----------------------------------------------------------
for (FOR NON EMAIL USERS ONLY) This tar file
path: /netlib/lapack/lapack_sgi5/
-----------------------------------------------------------
README.sgi5
lapack_SGI5.a
-----------------------------------------------------------
for (FOR NON EMAIL USERS ONLY) This tar file
path: /netlib/lapack/lapack_sun4/
-----------------------------------------------------------
README
lapack_sun4.a
-----------------------------------------------------------
for Subdirectory containing the LAPACK Working Notes
path: /netlib/lapack/lawns/
-----------------------------------------------------------
README
-----------------------------------------------------------
for (FOR NON EMAIL USERS ONLY) This is a gzip tar
path: /netlib/lapack/manpages/
-----------------------------------------------------------
README
blas/
equivalence.c
man/
-----------------------------------------------------------
path: /netlib/lapack/manpages/blas/
-----------------------------------------------------------
man/
-----------------------------------------------------------
path: /netlib/lapack/manpages/blas/man/
-----------------------------------------------------------
manl/
-----------------------------------------------------------
path: /netlib/lapack/manpages/blas/man/manl/
-----------------------------------------------------------
cgbmv.l
cgemm.l
cgemv.l
cgerc.l
cgeru.l
chbmv.l
chemm.l
chemv.l
cher.l
cher2.l
cher2k.l
cherk.l
chpmv.l
chpr.l
chpr2.l
cscal.l
csymm.l
csyr2k.l
csyrk.l
ctbmv.l
ctbsv.l
ctpmv.l
ctpsv.l
ctrmm.l
ctrmv.l
ctrsm.l
ctrsv.l
dcabs1.l
dgbmv.l
dgemm.l
dgemv.l
dger.l
dsbmv.l
dspmv.l
dspr.l
dspr2.l
dsymm.l
dsymv.l
dsyr.l
dsyr2.l
dsyr2k.l
dsyrk.l
dtbmv.l
dtbsv.l
dtpmv.l
dtpsv.l
dtrmm.l
dtrmv.l
dtrsm.l
dtrsv.l
lsame.l
sgbmv.l
sgemm.l
sgemv.l
sger.l
ssbmv.l
sspmv.l
sspr.l
sspr2.l
ssymm.l
ssymv.l
ssyr.l
ssyr2.l
ssyr2k.l
ssyrk.l
stbmv.l
stbsv.l
stpmv.l
stpsv.l
strmm.l
strmv.l
strsm.l
strsv.l
xerbla.l
zgbmv.l
zgemm.l
zgemv.l
zgerc.l
zgeru.l
zhbmv.l
zhemm.l
zhemv.l
zher.l
zher2.l
zher2k.l
zherk.l
zhpmv.l
zhpr.l
zhpr2.l
zrotg.l
zscal.l
zsymm.l
zsyr2k.l
zsyrk.l
ztbmv.l
ztbsv.l
ztpmv.l
ztpsv.l
ztrmm.l
ztrmv.l
ztrsm.l
ztrsv.l
-----------------------------------------------------------
path: /netlib/lapack/manpages/man/
-----------------------------------------------------------
manl/
-----------------------------------------------------------
path: /netlib/lapack/manpages/man/manl/
-----------------------------------------------------------
cbdsqr.l
cgbbrd.l
cgbcon.l
cgbequ.l
cgbrfs.l
cgbsv.l
cgbsvx.l
cgbtf2.l
cgbtrf.l
cgbtrs.l
cgebak.l
cgebal.l
cgebd2.l
cgebrd.l
cgecon.l
cgeequ.l
cgees.l
cgeesx.l
cgeev.l
cgeevx.l
cgegs.l
cgegv.l
cgehd2.l
cgehrd.l
cgelq2.l
cgelqf.l
cgels.l
cgelss.l
cgelsx.l
cgeql2.l
cgeqlf.l
cgeqpf.l
cgeqr2.l
cgeqrf.l
cgerfs.l
cgerq2.l
cgerqf.l
cgesv.l
cgesvd.l
cgesvx.l
cgetf2.l
cgetrf.l
cgetri.l
cgetrs.l
cggbak.l
cggbal.l
cggglm.l
cgghrd.l
cgglse.l
cggqrf.l
cggrqf.l
cggsvd.l
cggsvp.l
cgtcon.l
cgtrfs.l
cgtsv.l
cgtsvx.l
cgttrf.l
cgttrs.l
chbev.l
chbevd.l
chbevx.l
chbgst.l
chbgv.l
chbtrd.l
checon.l
cheev.l
cheevd.l
cheevx.l
chegs2.l
chegst.l
chegv.l
cherfs.l
chesv.l
chesvx.l
chetd2.l
chetf2.l
chetrd.l
chetrf.l
chetri.l
chetrs.l
chgeqz.l
chpcon.l
chpev.l
chpevd.l
chpevx.l
chpgst.l
chpgv.l
chprfs.l
chpsv.l
chpsvx.l
chptrd.l
chptrf.l
chptri.l
chptrs.l
chsein.l
chseqr.l
clabrd.l
clacgv.l
clacon.l
clacpy.l
clacrm.l
clacrt.l
cladiv.l
claed0.l
claed7.l
claed8.l
claein.l
claesy.l
claev2.l
clags2.l
clagtm.l
clahef.l
clahqr.l
clahrd.l
claic1.l
clangb.l
clange.l
clangt.l
clanhb.l
clanhe.l
clanhp.l
clanhs.l
clanht.l
clansb.l
clansp.l
clansy.l
clantb.l
clantp.l
clantr.l
clapll.l
clapmt.l
claqgb.l
claqge.l
claqhb.l
claqhe.l
claqhp.l
claqsb.l
claqsp.l
claqsy.l
clar2v.l
clarf.l
clarfb.l
clarfg.l
clarft.l
clarfx.l
clargv.l
clarnv.l
clartg.l
clartv.l
clascl.l
claset.l
clasr.l
classq.l
claswp.l
clasyf.l
clatbs.l
clatps.l
clatrd.l
clatrs.l
clatzm.l
clauu2.l
clauum.l
cpbcon.l
cpbequ.l
cpbrfs.l
cpbstf.l
cpbsv.l
cpbsvx.l
cpbtf2.l
cpbtrf.l
cpbtrs.l
cpocon.l
cpoequ.l
cporfs.l
cposv.l
cposvx.l
cpotf2.l
cpotrf.l
cpotri.l
cpotrs.l
cppcon.l
cppequ.l
cpprfs.l
cppsv.l
cppsvx.l
cpptrf.l
cpptri.l
cpptrs.l
cptcon.l
cpteqr.l
cptrfs.l
cptsv.l
cptsvx.l
cpttrf.l
cpttrs.l
crot.l
cspcon.l
cspmv.l
cspr.l
csprfs.l
cspsv.l
cspsvx.l
csptrf.l
csptri.l
csptrs.l
csrot.l
csrscl.l
cstedc.l
cstein.l
csteqr.l
csycon.l
csymv.l
csyr.l
csyrfs.l
csysv.l
csysvx.l
csytf2.l
csytrf.l
csytri.l
csytrs.l
ctbcon.l
ctbrfs.l
ctbtrs.l
ctgevc.l
ctgsja.l
ctpcon.l
ctprfs.l
ctptri.l
ctptrs.l
ctrcon.l
ctrevc.l
ctrexc.l
ctrrfs.l
ctrsen.l
ctrsna.l
ctrsyl.l
ctrti2.l
ctrtri.l
ctrtrs.l
ctzrqf.l
cung2l.l
cung2r.l
cungbr.l
cunghr.l
cungl2.l
cunglq.l
cungql.l
cungqr.l
cungr2.l
cungrq.l
cungtr.l
cunm2l.l
cunm2r.l
cunmbr.l
cunmhr.l
cunml2.l
cunmlq.l
cunmql.l
cunmqr.l
cunmr2.l
cunmrq.l
cunmtr.l
cupgtr.l
cupmtr.l
dbdsqr.l
ddisna.l
dgbbrd.l
dgbcon.l
dgbequ.l
dgbrfs.l
dgbsv.l
dgbsvx.l
dgbtf2.l
dgbtrf.l
dgbtrs.l
dgebak.l
dgebal.l
dgebd2.l
dgebrd.l
dgecon.l
dgeequ.l
dgees.l
dgeesx.l
dgeev.l
dgeevx.l
dgegs.l
dgegv.l
dgehd2.l
dgehrd.l
dgelq2.l
dgelqf.l
dgels.l
dgelss.l
dgelsx.l
dgeql2.l
dgeqlf.l
dgeqpf.l
dgeqr2.l
dgeqrf.l
dgerfs.l
dgerq2.l
dgerqf.l
dgesv.l
dgesvd.l
dgesvx.l
dgetf2.l
dgetrf.l
dgetri.l
dgetrs.l
dggbak.l
dggbal.l
dggglm.l
dgghrd.l
dgglse.l
dggqrf.l
dggrqf.l
dggsvd.l
dggsvp.l
dgtcon.l
dgtrfs.l
dgtsv.l
dgtsvx.l
dgttrf.l
dgttrs.l
dhgeqz.l
dhsein.l
dhseqr.l
dlabad.l
dlabrd.l
dlacon.l
dlacpy.l
dladiv.l
dlae2.l
dlaebz.l
dlaed0.l
dlaed1.l
dlaed2.l
dlaed3.l
dlaed4.l
dlaed5.l
dlaed6.l
dlaed7.l
dlaed8.l
dlaed9.l
dlaeda.l
dlaein.l
dlaev2.l
dlaexc.l
dlag2.l
dlags2.l
dlagtf.l
dlagtm.l
dlagts.l
dlahqr.l
dlahrd.l
dlaic1.l
dlaln2.l
dlamch.l
dlamrg.l
dlangb.l
dlange.l
dlangt.l
dlanhs.l
dlansb.l
dlansp.l
dlanst.l
dlansy.l
dlantb.l
dlantp.l
dlantr.l
dlanv2.l
dlapll.l
dlapmt.l
dlapy2.l
dlapy3.l
dlaqgb.l
dlaqge.l
dlaqsb.l
dlaqsp.l
dlaqsy.l
dlaqtr.l
dlar2v.l
dlarf.l
dlarfb.l
dlarfg.l
dlarft.l
dlarfx.l
dlargv.l
dlarnv.l
dlartg.l
dlartv.l
dlaruv.l
dlas2.l
dlascl.l
dlaset.l
dlasq1.l
dlasq2.l
dlasq3.l
dlasq4.l
dlasr.l
dlasrt.l
dlassq.l
dlasv2.l
dlaswp.l
dlasy2.l
dlasyf.l
dlatbs.l
dlatps.l
dlatrd.l
dlatrs.l
dlatzm.l
dlauu2.l
dlauum.l
dopgtr.l
dopmtr.l
dorg2l.l
dorg2r.l
dorgbr.l
dorghr.l
dorgl2.l
dorglq.l
dorgql.l
dorgqr.l
dorgr2.l
dorgrq.l
dorgtr.l
dorm2l.l
dorm2r.l
dormbr.l
dormhr.l
dorml2.l
dormlq.l
dormql.l
dormqr.l
dormr2.l
dormrq.l
dormtr.l
dpbcon.l
dpbequ.l
dpbrfs.l
dpbstf.l
dpbsv.l
dpbsvx.l
dpbtf2.l
dpbtrf.l
dpbtrs.l
dpocon.l
dpoequ.l
dporfs.l
dposv.l
dposvx.l
dpotf2.l
dpotrf.l
dpotri.l
dpotrs.l
dppcon.l
dppequ.l
dpprfs.l
dppsv.l
dppsvx.l
dpptrf.l
dpptri.l
dpptrs.l
dptcon.l
dpteqr.l
dptrfs.l
dptsv.l
dptsvx.l
dpttrf.l
dpttrs.l
drscl.l
dsbev.l
dsbevd.l
dsbevx.l
dsbgst.l
dsbgv.l
dsbtrd.l
dsecnd.l
dspcon.l
dspev.l
dspevd.l
dspevx.l
dspgst.l
dspgv.l
dsprfs.l
dspsv.l
dspsvx.l
dsptrd.l
dsptrf.l
dsptri.l
dsptrs.l
dstebz.l
dstedc.l
dstein.l
dsteqr.l
dsterf.l
dstev.l
dstevd.l
dstevx.l
dsycon.l
dsyev.l
dsyevd.l
dsyevx.l
dsygs2.l
dsygst.l
dsygv.l
dsyrfs.l
dsysv.l
dsysvx.l
dsytd2.l
dsytf2.l
dsytrd.l
dsytrf.l
dsytri.l
dsytrs.l
dtbcon.l
dtbrfs.l
dtbtrs.l
dtgevc.l
dtgsja.l
dtpcon.l
dtprfs.l
dtptri.l
dtptrs.l
dtrcon.l
dtrevc.l
dtrexc.l
dtrrfs.l
dtrsen.l
dtrsna.l
dtrsyl.l
dtrti2.l
dtrtri.l
dtrtrs.l
dtzrqf.l
dzsum1.l
icmax1.l
ilaenv.l
izmax1.l
lapack.l
lsame.l
lsamen.l
sbdsqr.l
scsum1.l
sdisna.l
second.l
sgbbrd.l
sgbcon.l
sgbequ.l
sgbrfs.l
sgbsv.l
sgbsvx.l
sgbtf2.l
sgbtrf.l
sgbtrs.l
sgebak.l
sgebal.l
sgebd2.l
sgebrd.l
sgecon.l
sgeequ.l
sgees.l
sgeesx.l
sgeev.l
sgeevx.l
sgegs.l
sgegv.l
sgehd2.l
sgehrd.l
sgelq2.l
sgelqf.l
sgels.l
sgelss.l
sgelsx.l
sgeql2.l
sgeqlf.l
sgeqpf.l
sgeqr2.l
sgeqrf.l
sgerfs.l
sgerq2.l
sgerqf.l
sgesv.l
sgesvd.l
sgesvx.l
sgetf2.l
sgetrf.l
sgetri.l
sgetrs.l
sggbak.l
sggbal.l
sggglm.l
sgghrd.l
sgglse.l
sggqrf.l
sggrqf.l
sggsvd.l
sggsvp.l
sgtcon.l
sgtrfs.l
sgtsv.l
sgtsvx.l
sgttrf.l
sgttrs.l
shgeqz.l
shsein.l
shseqr.l
slabad.l
slabrd.l
slacon.l
slacpy.l
sladiv.l
slae2.l
slaebz.l
slaed0.l
slaed1.l
slaed2.l
slaed3.l
slaed4.l
slaed5.l
slaed6.l
slaed7.l
slaed8.l
slaed9.l
slaeda.l
slaein.l
slaev2.l
slaexc.l
slag2.l
slags2.l
slagtf.l
slagtm.l
slagts.l
slahqr.l
slahrd.l
slaic1.l
slaln2.l
slamch.l
slamrg.l
slangb.l
slange.l
slangt.l
slanhs.l
slansb.l
slansp.l
slanst.l
slansy.l
slantb.l
slantp.l
slantr.l
slanv2.l
slapll.l
slapmt.l
slapy2.l
slapy3.l
slaqgb.l
slaqge.l
slaqsb.l
slaqsp.l
slaqsy.l
slaqtr.l
slar2v.l
slarf.l
slarfb.l
slarfg.l
slarft.l
slarfx.l
slargv.l
slarnv.l
slartg.l
slartv.l
slaruv.l
slas2.l
slascl.l
slaset.l
slasq1.l
slasq2.l
slasq3.l
slasq4.l
slasr.l
slasrt.l
slassq.l
slasv2.l
slaswp.l
slasy2.l
slasyf.l
slatbs.l
slatps.l
slatrd.l
slatrs.l
slatzm.l
slauu2.l
slauum.l
sopgtr.l
sopmtr.l
sorg2l.l
sorg2r.l
sorgbr.l
sorghr.l
sorgl2.l
sorglq.l
sorgql.l
sorgqr.l
sorgr2.l
sorgrq.l
sorgtr.l
sorm2l.l
sorm2r.l
sormbr.l
sormhr.l
sorml2.l
sormlq.l
sormql.l
sormqr.l
sormr2.l
sormrq.l
sormtr.l
spbcon.l
spbequ.l
spbrfs.l
spbstf.l
spbsv.l
spbsvx.l
spbtf2.l
spbtrf.l
spbtrs.l
spocon.l
spoequ.l
sporfs.l
sposv.l
sposvx.l
spotf2.l
spotrf.l
spotri.l
spotrs.l
sppcon.l
sppequ.l
spprfs.l
sppsv.l
sppsvx.l
spptrf.l
spptri.l
spptrs.l
sptcon.l
spteqr.l
sptrfs.l
sptsv.l
sptsvx.l
spttrf.l
spttrs.l
srscl.l
ssbev.l
ssbevd.l
ssbevx.l
ssbgst.l
ssbgv.l
ssbtrd.l
sspcon.l
sspev.l
sspevd.l
sspevx.l
sspgst.l
sspgv.l
ssprfs.l
sspsv.l
sspsvx.l
ssptrd.l
ssptrf.l
ssptri.l
ssptrs.l
sstebz.l
sstedc.l
sstein.l
ssteqr.l
ssterf.l
sstev.l
sstevd.l
sstevx.l
ssycon.l
ssyev.l
ssyevd.l
ssyevx.l
ssygs2.l
ssygst.l
ssygv.l
ssyrfs.l
ssysv.l
ssysvx.l
ssytd2.l
ssytf2.l
ssytrd.l
ssytrf.l
ssytri.l
ssytrs.l
stbcon.l
stbrfs.l
stbtrs.l
stgevc.l
stgsja.l
stpcon.l
stprfs.l
stptri.l
stptrs.l
strcon.l
strevc.l
strexc.l
strrfs.l
strsen.l
strsna.l
strsyl.l
strti2.l
strtri.l
strtrs.l
stzrqf.l
xerbla.l
zbdsqr.l
zdrot.l
zdrscl.l
zgbbrd.l
zgbcon.l
zgbequ.l
zgbrfs.l
zgbsv.l
zgbsvx.l
zgbtf2.l
zgbtrf.l
zgbtrs.l
zgebak.l
zgebal.l
zgebd2.l
zgebrd.l
zgecon.l
zgeequ.l
zgees.l
zgeesx.l
zgeev.l
zgeevx.l
zgegs.l
zgegv.l
zgehd2.l
zgehrd.l
zgelq2.l
zgelqf.l
zgels.l
zgelss.l
zgelsx.l
zgeql2.l
zgeqlf.l
zgeqpf.l
zgeqr2.l
zgeqrf.l
zgerfs.l
zgerq2.l
zgerqf.l
zgesv.l
zgesvd.l
zgesvx.l
zgetf2.l
zgetrf.l
zgetri.l
zgetrs.l
zggbak.l
zggbal.l
zggglm.l
zgghrd.l
zgglse.l
zggqrf.l
zggrqf.l
zggsvd.l
zggsvp.l
zgtcon.l
zgtrfs.l
zgtsv.l
zgtsvx.l
zgttrf.l
zgttrs.l
zhbev.l
zhbevd.l
zhbevx.l
zhbgst.l
zhbgv.l
zhbtrd.l
zhecon.l
zheev.l
zheevd.l
zheevx.l
zhegs2.l
zhegst.l
zhegv.l
zherfs.l
zhesv.l
zhesvx.l
zhetd2.l
zhetf2.l
zhetrd.l
zhetrf.l
zhetri.l
zhetrs.l
zhgeqz.l
zhpcon.l
zhpev.l
zhpevd.l
zhpevx.l
zhpgst.l
zhpgv.l
zhprfs.l
zhpsv.l
zhpsvx.l
zhptrd.l
zhptrf.l
zhptri.l
zhptrs.l
zhsein.l
zhseqr.l
zlabrd.l
zlacgv.l
zlacon.l
zlacpy.l
zlacrm.l
zlacrt.l
zladiv.l
zlaed0.l
zlaed7.l
zlaed8.l
zlaein.l
zlaesy.l
zlaev2.l
zlags2.l
zlagtm.l
zlahef.l
zlahqr.l
zlahrd.l
zlaic1.l
zlangb.l
zlange.l
zlangt.l
zlanhb.l
zlanhe.l
zlanhp.l
zlanhs.l
zlanht.l
zlansb.l
zlansp.l
zlansy.l
zlantb.l
zlantp.l
zlantr.l
zlapll.l
zlapmt.l
zlaqgb.l
zlaqge.l
zlaqhb.l
zlaqhe.l
zlaqhp.l
zlaqsb.l
zlaqsp.l
zlaqsy.l
zlar2v.l
zlarf.l
zlarfb.l
zlarfg.l
zlarft.l
zlarfx.l
zlargv.l
zlarnv.l
zlartg.l
zlartv.l
zlascl.l
zlaset.l
zlasr.l
zlassq.l
zlaswp.l
zlasyf.l
zlatbs.l
zlatps.l
zlatrd.l
zlatrs.l
zlatzm.l
zlauu2.l
zlauum.l
zpbcon.l
zpbequ.l
zpbrfs.l
zpbstf.l
zpbsv.l
zpbsvx.l
zpbtf2.l
zpbtrf.l
zpbtrs.l
zpocon.l
zpoequ.l
zporfs.l
zposv.l
zposvx.l
zpotf2.l
zpotrf.l
zpotri.l
zpotrs.l
zppcon.l
zppequ.l
zpprfs.l
zppsv.l
zppsvx.l
zpptrf.l
zpptri.l
zpptrs.l
zptcon.l
zpteqr.l
zptrfs.l
zptsv.l
zptsvx.l
zpttrf.l
zpttrs.l
zrot.l
zspcon.l
zspmv.l
zspr.l
zsprfs.l
zspsv.l
zspsvx.l
zsptrf.l
zsptri.l
zsptrs.l
zsrscl.l
zstedc.l
zstein.l
zsteqr.l
zsycon.l
zsymv.l
zsyr.l
zsyrfs.l
zsysv.l
zsysvx.l
zsytf2.l
zsytrf.l
zsytri.l
zsytrs.l
ztbcon.l
ztbrfs.l
ztbtrs.l
ztgevc.l
ztgsja.l
ztpcon.l
ztprfs.l
ztptri.l
ztptrs.l
ztrcon.l
ztrevc.l
ztrexc.l
ztrrfs.l
ztrsen.l
ztrsna.l
ztrsyl.l
ztrti2.l
ztrtri.l
ztrtrs.l
ztzrqf.l
zung2l.l
zung2r.l
zungbr.l
zunghr.l
zungl2.l
zunglq.l
zungql.l
zungqr.l
zungr2.l
zungrq.l
zungtr.l
zunm2l.l
zunm2r.l
zunmbr.l
zunmhr.l
zunml2.l
zunmlq.l
zunmql.l
zunmqr.l
zunmr2.l
zunmrq.l
zunmtr.l
zupgtr.l
zupmtr.l
-----------------------------------------------------------
for single precision real LAPACK routines
path: /netlib/lapack/single/
-----------------------------------------------------------
# --------------------------------------------------------
# Available SIMPLE and DIVIDE AND CONQUER DRIVER routines:
# --------------------------------------------------------
.depend
scsum1.f
sgbtf2.f
sgebd2.f
sgehd2.f
sgelq2.f
sgeql2.f
sgeqr2.f
sgerq2.f
sgesv.f for Solves a general system of linear equations
AX=B.
gams d2a1
sgbsv.f for Solves a general banded system of linear
equations AX=B.
gams d2a2
sgetf2.f
sgtsv.f for Solves a general tridiagonal system of linear
equations AX=B.
gams d2a2a
slabad.f
slabrd.f
slacon.f
slacpy.f
sladiv.f
slae2.f
slaebz.f
slaed0.f
slaed1.f
slaed2.f
slaed3.f
slaed4.f
slaed5.f
slaed6.f
slaed7.f
slaed8.f
slaed9.f
slaeda.f
slaein.f
slaev2.f
slaexc.f
slag2.f
slags2.f
slagtf.f
slagtm.f
slagts.f
slahqr.f
slahrd.f
slaic1.f
slaln2.f
slamrg.f
slangb.f
slange.f
slangt.f
slanhs.f
slansb.f
slansp.f
slanst.f
slansy.f
slantb.f
slantp.f
slantr.f
slanv2.f
slapll.f
slapmt.f
slapy2.f
slapy3.f
slaqgb.f
slaqge.f
slaqsb.f
slaqsp.f
slaqsy.f
slaqtr.f
slar2v.f
slarf.f
slarfb.f
slarfg.f
slarft.f
slarfx.f
slargv.f
slarnv.f
slartg.f
slartv.f
slaruv.f
slas2.f
slascl.f
slaset.f
slasq1.f
slasq2.f
slasq3.f
slasq4.f
slasr.f
slasrt.f
slassq.f
slasv2.f
slaswp.f
slasy2.f
slasyf.f
slatbs.f
slatps.f
slatrd.f
slatrs.f
slatzm.f
slauu2.f
slauum.f
sorg2l.f
sorg2r.f
sorgl2.f
sorgr2.f
sorm2l.f
sorm2r.f
sorml2.f
sormr2.f
spbtf2.f
sposv.f for Solves a symmetric positive definite system of
linear
equations AX=B.
gams d2b1b
spotf2.f
sppsv.f for Solves a symmetric positive definite system of
linear
equations AX=B, where A is held in packed
storage.
gams d2b1b
spbsv.f for Solves a symmetric positive definite banded
system
of linear equations AX=B.
gams d2b2
sptsv.f for Solves a symmetric positive definite tridiagonal
system
of linear equations AX=B.
gams d2b2a
srscl.f
ssygs2.f
ssysv.f for Solves a real symmetric indefinite system of
linear equations AX=B.
gams d2b1a
sspsv.f for Solves a real symmetric indefinite system of
linear equations AX=B,
where A is held in packed storage.
gams d2b1a
sgels.f for Computes the least squares solution to an
over-determined system
of linear equations, A X=B or A**H X=B, or the
minimum norm
solution of an under-determined system, where A
is a general
rectangular matrix of full rank, using a QR or
LQ factorization
of A.
gams d9a1
sgglse.f for Solves the LSE (Constrained Linear Least Squares
Problem) using
the GRQ (Generalized RQ) factorization
gams d9b1
sggglm.f for Solves the GLM (Generalized Linear Regression
Model) using
the GQR (Generalized QR) factorization
ssyev.f for Computes all eigenvalues, and optionally,
eigenvectors of a real
symmetric matrix.
gams d4a1
ssyevd.f for Computes all eigenvalues, and optionally,
eigenvectors of a real
symmetric matrix. If eigenvectors are desired,
it uses a divide
and conquer algorithm.
gams d4a1
sspev.f for Computes all eigenvalues, and optionally,
eigenvectors of a real
symmetric matrix in packed storage.
gams d4a1
sspevd.f for Computes all eigenvalues, and optionally,
eigenvectors of a real
symmetric matrix in packed storage. If
eigenvectors are desired,
it uses a divide and conquer algorithm.
gams d4a1
ssbev.f for Computes all eigenvalues, and optionally,
eigenvectors of a real
symmetric band matrix.
gams d4a1, d4a6
ssbevd.f for Computes all eigenvalues, and optionally,
eigenvectors of a real
symmetric band matrix. If eigenvectors are
desired, it uses a
divide and conquer algorithm.
gams d4a1, d4a6
sstev.f for Computes all eigenvalues, and optionally,
eigenvectors of a real
symmetric tridiagonal matrix.
gams d4a1, d4a5
sstevd.f for Computes all eigenvalues, and optionally,
eigenvectors of a real
symmetric tridiagonal matrix. If eigenvectors
are desired, it uses
a divide and conquer algorithm.
gams d4a1, d4a5
sgees.f for Computes the eigenvalues and Schur factorization
of a general
matrix, and orders the factorization so that
selected eigenvalues
are at the top left of the Schur form.
gams d4a2
sgeev.f for Computes the eigenvalues and left and right
eigenvectors of
a general matrix.
gams d4a2
sgesvd.f for Computes the singular value decomposition (SVD)
of a general
rectangular matrix.
gams d6
ssygv.f for Computes all eigenvalues and the eigenvectors of
a generalized
symmetric-definite generalized eigenproblem,
Ax= lambda Bx, ABx= lambda x, or BAx= lambda
x.
gams d4b1
sspgv.f for Computes all eigenvalues and eigenvectors of a
generalized
symmetric-definite generalized eigenproblem,
Ax= lambda
Bx, ABx= lambda x, or BAx= lambda x, where A
and B are in packed
storage.
gams d4b1
ssbgv.f for Computes all the eigenvalues, and optionally,
the eigenvectors
of a real generalized symmetric-definite banded
eigenproblem, of
the form A*x=(lambda)*B*x. A and B are assumed
to be symmetric
and banded, and B is also positive definite.
sgegs.f for Computes the generalized eigenvalues, Schur
form, and left and/or
right Schur vectors for a pair of nonsymmetric
matrices
sgegv.f for Computes the generalized eigenvalues, and left
and/or right
generalized eigenvectors for a pair of
nonsymmetric matrices
sggsvd.f for Computes the Generalized Singular Value
Decomposition
# ---------------------------------
# Available EXPERT DRIVER routines:
# ---------------------------------
sgesvx.f for Solves a general system of linear equations
AX=B, A**T X=B
or A**H X=B, and provides an estimate of the
condition number
and error bounds on the solution.
gams d2a1
sgbsvx.f for Solves a general banded system of linear
equations AX=B,
A**T X=B or A**H X=B, and provides an estimate
of the condition
number and error bounds on the solution.
gams d2a2
sgtsvx.f for Solves a general tridiagonal system of linear
equations AX=B,
A**T X=B or A**H X=B, and provides an estimate
of the condition
number and error bounds on the solution.
gams d2a2a
sposvx.f for Solves a symmetric positive definite system of
linear
equations AX=B, and provides an estimate of the
condition number
and error bounds on the solution.
gams d2b1b
sppsvx.f for Solves a symmetric positive definite system of
linear
equations AX=B, where A is held in packed
storage, and provides
an estimate of the condition number and error
bounds on the
solution.
gams d2b1b
spbsvx.f for Solves a symmetric positive definite banded
system
of linear equations AX=B, and provides an
estimate of the condition
number and error bounds on the solution.
gams d2b2
sptsvx.f for Solves a symmetric positive definite tridiagonal
system of linear equations AX=B, and provides an
estimate of
the condition number and error bounds on the
solution.
gams d2b2a
ssysvx.f for Solves a real symmetric
indefinite system of linear equations AX=B, and
provides an
estimate of the condition number and error
bounds on the solution.
gams d2b1a
sspsvx.f for Solves a real symmetric
indefinite system of linear equations AX=B,
where A is held
in packed storage, and provides an estimate of
the condition
number and error bounds on the solution.
gams d2b1a
sgelsx.f for Computes the minimum norm least squares solution
to an over-
or under-determined system of linear equations A
X=B, using a
complete orthogonal factorization of A.
gams d9a1
sgelss.f for Computes the minimum norm least squares solution
to an over-
or under-determined system of linear equations A
X=B, using
the singular value decomposition of A.
gams d9a1
ssyevx.f for Computes selected eigenvalues and eigenvectors
of a symmetric matrix.
gams d4a1
sspevx.f for Computes selected eigenvalues and eigenvectors
of a
symmetric matrix in packed storage.
gams d4a1
ssbevx.f for Computes selected eigenvalues and eigenvectors
of a
symmetric band matrix.
gams d4a1, d4a6
sstevx.f for Computes selected eigenvalues and eigenvectors
of a real
symmetric tridiagonal matrix.
gams d4a1, d4a5
sgeesx.f for Computes the eigenvalues and Schur factorization
of a general
matrix, orders the factorization so that
selected eigenvalues
are at the top left of the Schur form, and
computes reciprocal
condition numbers for the average of the
selected eigenvalues,
and for the associated right invariant subspace.
gams d4a2
sgeevx.f for Computes the eigenvalues and left and right
eigenvectors of
a general matrix, with preliminary balancing of
the matrix,
and computes reciprocal condition numbers for
the eigenvalues
and right eigenvectors.
gams d4a2
# ---------------------------------
# Available COMPUTATIONAL routines:
# ---------------------------------
sbdsqr.f for Computes the singular value decomposition (SVD)
of a real bidiagonal
matrix, using the bidiagonal QR algorithm.
gams d6
sdisna.f for Computes the reciprocal condition numbers for
the eigenvectors of a
real symmetric or complex Hermitian matrix or
for the left or right
singular vectors of a general matrix.
sgbbrd.f Reduces a general band matrix to real upper
bidiagonal form
by an orthogonal transformation.
sgbcon.f for Estimates the reciprocal of the condition number
of a general
band matrix, in either the 1-norm or the
infinity-norm, using
the LU factorization computed by SGBTRF.
gams d2a2
sgbequ.f for Computes row and column scalings to equilibrate
a general band
matrix and reduce its condition number.
gams d2a2
sgbrfs.f for Improves the computed solution to a general
banded system of
linear equations AX=B, A**T X=B or A**H X=B, and
provides forward
and backward error bounds for the solution.
gams d2a2
sgbtrf.f for Computes an LU factorization of a general band
matrix, using
partial pivoting with row interchanges.
gams d2a2
sgbtrs.f for Solves a general banded system of linear
equations AX=B,
A**T X=B or A**H X=B, using the LU factorization
computed
by SGBTRF.
gams d2a2
sgebak.f for Transforms eigenvectors of a balanced matrix to
those of the
original matrix supplied to SGEBAL.
gams d4c4
sgebal.f for Balances a general matrix in order to improve
the accuracy
of computed eigenvalues.
gams d4c1a
sgebrd.f for Reduces a general rectangular matrix to real
bidiagonal form
by an orthogonal transformation.
gams d6
sgecon.f for Estimates the reciprocal of the condition number
of a general
matrix, in either the 1-norm or the
infinity-norm, using the
LU factorization computed by SGETRF.
gams d2a1
sgeequ.f for Computes row and column scalings to equilibrate
a general
rectangular matrix and reduce its condition
number.
gams d2a1
sgehrd.f for Reduces a general matrix to upper Hessenberg
form by an
orthogonal similarity transformation.
gams d4c1b2
sgelqf.f for Computes an LQ factorization of a general
rectangular matrix.
gams d5
sgeqlf.f for Computes a QL factorization of a general
rectangular matrix.
gams d5
sgeqpf.f for Computes a QR factorization with column pivoting
of a general
rectangular matrix.
gams d5
sgeqrf.f for Computes a QR factorization of a general
rectangular matrix.
gams d5
sgerfs.f for Improves the computed solution to a general
system of linear
equations AX=B, A**T X=B or A**H X=B, and
provides forward and
backward error bounds for the solution.
gams d2a1
sgerqf.f for Computes an RQ factorization of a general
rectangular matrix.
gams d5
sgetrf.f for Computes an LU factorization of a general
matrix, using partial
pivoting with row interchanges.
gams d2a1
sgetri.f for Computes the inverse of a general matrix, using
the LU factorization
computed by SGETRF.
gams d2a1
sgetrs.f for Solves a general system of linear equations
AX=B, A**T X=B
or A**H X=B, using the LU factorization computed
by SGETRF.
gams d2a1
sggbak.f for Forms the right or left eigenvectors of the
generalized eigenvalue
problem by backward transformation on the
computed eigenvectors of
the balanced pair of matrices output by SGGBAL.
sggbal.f for Balances a pair of general real matrices for the
generalized
eigenvalue problem A x = lambda B x.
sgghrd.f for Reduces a pair of real matrices to generalized
upper
Hessenberg form using orthogonal transformations
sggqrf.f for Computes a generalized QR factorization of a
pair of matrices.
sggrqf.f for Computes a generalized RQ factorization of a
pair of matrices.
sggsvp.f for Computes orthogonal matrices as a preprocessing
step
for computing the generalized singular value
decomposition
sgtcon.f for Estimates the reciprocal of the condition number
of a general
tridiagonal matrix, in either the 1-norm or the
infinity-norm,
using the LU factorization computed by SGTTRF.
gams d2a2a
sgtrfs.f for Improves the computed solution to a general
tridiagonal system
of linear equations AX=B, A**T X=B or A**H X=B,
and provides
forward and backward error bounds for the
solution.
gams d2a2a
sgttrf.f for Computes an LU factorization of a general
tridiagonal matrix,
using partial pivoting with row interchanges.
gams d2a2a
sgttrs.f for Solves a general tridiagonal system of linear
equations AX=B,
A**T X=B or A**H X=B, using the LU factorization
computed by
SGTTRF.
gams d2a2a
shgeqz.f for Implements a single-/double-shift version of the
QZ method for
finding the generalized eigenvalues of the
equation
det(A - w(i) B) = 0
shsein.f for Computes specified right and/or left
eigenvectors of an upper
Hessenberg matrix by inverse iteration.
gams d4c3
shseqr.f for Computes the eigenvalues and Schur factorization
of an upper
Hessenberg matrix, using the multishift QR
algorithm.
gams d4c2b
sopgtr.f for Generates the orthogonal transformation matrix
from
a reduction to tridiagonal form determined by
SSPTRD.
gams d4c1b1
sopmtr.f for Multiplies a general matrix by the orthogonal
transformation matrix from a reduction to
tridiagonal form
determined by SSPTRD.
gams d4c4
sorgbr.f for Generates the orthogonal transformation matrices
from
a reduction to bidiagonal form determined by
SGEBRD.
gams d6
sorghr.f for Generates the orthogonal transformation matrix
from
a reduction to Hessenberg form determined by
SGEHRD.
gams d4c1b2
sorglq.f for Generates all or part of the orthogonal matrix Q
from
an LQ factorization determined by SGELQF.
gams d5
sorgql.f for Generates all or part of the orthogonal matrix Q
from
a QL factorization determined by SGEQLF.
gams d5
sorgqr.f for Generates all or part of the orthogonal matrix Q
from
a QR factorization determined by SGEQRF.
gams d5
sorgrq.f for Generates all or part of the orthogonal matrix Q
from
an RQ factorization determined by SGERQF.
gams d5
sorgtr.f for Generates the orthogonal transformation matrix
from
a reduction to tridiagonal form determined by
SSYTRD.
gams d4c1b1
sormbr.f for Multiplies a general matrix by one of the
orthogonal
transformation matrices from a reduction to
bidiagonal form
determined by SGEBRD.
gams d6
sormhr.f for Multiplies a general matrix by the orthogonal
transformation
matrix from a reduction to Hessenberg form
determined by SGEHRD.
gams d4c4
sormlq.f for Multiplies a general matrix by the orthogonal
matrix
from an LQ factorization determined by SGELQF.
gams d5
sormql.f for Multiplies a general matrix by the orthogonal
matrix
from a QL factorization determined by SGEQLF.
gams d5
sormqr.f for Multiplies a general matrix by the orthogonal
matrix
from a QR factorization determined by SGEQRF.
gams d5
sormrq.f for Multiplies a general matrix by the orthogonal
matrix
from an RQ factorization determined by SGERQF.
gams d5
sormtr.f for Multiplies a general matrix by the orthogonal
transformation matrix from a reduction to
tridiagonal form
determined by SSYTRD.
gams d4c4
spbcon.f for Estimates the reciprocal of the condition number
of a
symmetric positive definite band matrix, using
the
Cholesky factorization computed by SPBTRF.
gams d2b2
spbequ.f for Computes row and column scalings to equilibrate
a symmetric
positive definite band matrix and reduce its
condition number.
gams d2b2
spbrfs.f for Improves the computed solution to a symmetric
positive
definite banded system of linear equations AX=B,
and provides
forward and backward error bounds for the
solution.
gams d2b2
spbstf.f for Computes a split Cholesky factorization of a
real symmetric positive
definite band matrix.
spbtrf.f for Computes the Cholesky factorization of a
symmetric
positive definite band matrix.
gams d2b2
spbtrs.f for Solves a symmetric positive definite banded
system
of linear equations AX=B, using the Cholesky
factorization
computed by SPBTRF.
gams d2b2
spocon.f for Estimates the reciprocal of the condition number
of a
symmetric positive definite matrix, using the
Cholesky factorization computed by SPOTRF.
gams d2b1b
spoequ.f for Computes row and column scalings to equilibrate
a symmetric
positive definite matrix and reduce its
condition number.
gams d2b1b
sporfs.f for Improves the computed solution to a symmetric
positive
definite system of linear equations AX=B, and
provides forward
and backward error bounds for the solution.
gams d2b1b
spotrf.f for Computes the Cholesky factorization of a
symmetric
positive definite matrix.
gams d2b1b
spotri.f for Computes the inverse of a symmetric positive
definite
matrix, using the Cholesky factorization
computed by SPOTRF.
gams d2b1b
spotrs.f for Solves a symmetric positive definite system of
linear
equations AX=B, using the Cholesky factorization
computed by
SPOTRF.
gams d2b1b
sppcon.f for Estimates the reciprocal of the condition number
of a
symmetric positive definite matrix in packed
storage,
using the Cholesky factorization computed by
SPPTRF.
gams d2b1b
sppequ.f for Computes row and column scalings to equilibrate
a symmetric
positive definite matrix in packed storage and
reduce its condition
number.
gams d2b1b
spprfs.f for Improves the computed solution to a symmetric
positive
definite system of linear equations AX=B, where
A is held in
packed storage, and provides forward and
backward error bounds
for the solution.
gams d2b1b
spptrf.f for Computes the Cholesky factorization of a
symmetric
positive definite matrix in packed storage.
gams d2b1b
spptri.f for Computes the inverse of a symmetric positive
definite
matrix in packed storage, using the Cholesky
factorization computed
by SPPTRF.
gams d2b1b
spptrs.f for Solves a symmetric positive definite system of
linear
equations AX=B, where A is held in packed
storage, using the
Cholesky factorization computed by SPPTRF.
gams d2b1b
sptcon.f for Computes the reciprocal of the condition number
of a
symmetric positive definite tridiagonal matrix,
using the LDL**H factorization computed by
SPTTRF.
gams d2b2a
spteqr.f for Computes all eigenvalues and eigenvectors of a
real symmetric
positive definite tridiagonal matrix, by
computing the SVD of
its bidiagonal Cholesky factor.
gams d4c2a
sptrfs.f for Improves the computed solution to a symmetric
positive
definite tridiagonal system of linear equations
AX=B, and provides
forward and backward error bounds for the
solution.
gams d2b2a
spttrf.f for Computes the LDL**H factorization of a symmetric
positive definite tridiagonal matrix.
gams d2b2a
spttrs.f for Solves a symmetric positive definite tridiagonal
system of linear equations, using the LDL**H
factorization
computed by SPTTRF.
gams d2b2a
ssbgst.f for Reduces a real symmetric-definite banded
generalized eigenproblem
A x = lambda B x to standard form, where B has
been factorized by
SPBSTF (Crawford's algorithm).
ssbtrd.f for Reduces a symmetric band matrix to real
symmetric
tridiagonal form by an orthogonal similarity
transformation.
gams d4c1b1
sspcon.f for Estimates the reciprocal of the condition number
of a
real symmetric indefinite
matrix in packed storage, using the
factorization computed
by SSPTRF.
gams d2b1a
sspgst.f for Reduces a symmetric-definite generalized
eigenproblem
Ax= lambda Bx, ABx= lambda x, or BAx= lambda
x, to standard
form, where A and B are held in packed storage,
and B has been
factorized by SPPTRF.
gams d4c1c
ssprfs.f for Improves the computed solution to a real
symmetric indefinite system of linear equations
AX=B, where A is held in packed storage, and
provides forward
and backward error bounds for the solution.
gams d2b1a
ssptrd.f for Reduces a symmetric matrix in packed storage to
real
symmetric tridiagonal form by an orthogonal
similarity
transformation.
gams d4c1b1
ssptrf.f for Computes the factorization of a real
symmetric-indefinite matrix in packed storage,
using the diagonal pivoting method.
gams d2b1a
ssptri.f for Computes the inverse of a real symmetric
indefinite matrix in packed storage, using the
factorization
computed by SSPTRF.
gams d2b1a
ssptrs.f for Solves a real symmetric
indefinite system of linear equations AX=B,
where A is held
in packed storage, using the factorization
computed
by SSPTRF.
gams d2b1a
sstebz.f for Computes selected eigenvalues of a real
symmetric tridiagonal
matrix by bisection.
gams d4c2a
sstedc.f for Computes all eigenvalues and, optionally,
eigenvectors of a
symmetric tridiagonal matrix using the divide
and conquer algorithm.
sstein.f for Computes selected eigenvectors of a real
symmetric tridiagonal
matrix by inverse iteration.
gams d4c3
ssteqr.f for Computes all eigenvalues and eigenvectors of a
real symmetric
tridiagonal matrix, using the implicit QL or QR
algorithm.
gams d4a1, d4a5, d4c2a
ssterf.f for Computes all eigenvalues of a real symmetric
tridiagonal matrix,
using a root-free variant of the QL or QR
algorithm.
gams d4c2a
ssycon.f for Estimates the reciprocal of the condition number
of a
real symmetric indefinite matrix,
using the factorization computed by SSYTRF.
gams d2b1a
ssygst.f for Reduces a symmetric-definite generalized
eigenproblem
Ax= lambda Bx, ABx= lambda x, or BAx= lambda
x, to standard
form, where B has been factorized by SPOTRF.
gams d4c1c
ssyrfs.f for Improves the computed solution to a real
symmetric indefinite system of linear equations
AX=B, and provides forward and backward error
bounds for the
solution.
gams d2b1a
ssytd2.f
ssytf2.f
ssytrd.f for Reduces a symmetric matrix to real symmetric
tridiagonal
form by an orthogonal similarity transformation.
gams d4c1b1
ssytrf.f for Computes the factorization of a real
symmetric-indefinite matrix,
using the diagonal pivoting method.
gams d2b1a
ssytri.f for Computes the inverse of a real symmetric
indefinite matrix,
using the factorization computed by SSYTRF.
gams d2b1a
ssytrs.f for Solves a real symmetric indefinite system of
linear equations AX=B,
using the factorization computed by SSPTRF.
gams d2b1a
stbcon.f for Estimates the reciprocal of the condition number
of a triangular
band matrix, in either the 1-norm or the
infinity-norm.
gams d2a2, d2a3
stbrfs.f for Provides forward and backward error bounds for
the solution
of a triangular banded system of linear
equations AX=B,
A**T X=B or A**H X=B.
gams d2a2, d2a3
stbtrs.f for Solves a triangular banded system of linear
equations AX=B,
A**T X=B or A**H X=B.
gams d2a2, d2a3
stgevc.f for Computes some or all of the right and/or left
generalized eigenvectors
of a pair of upper triangular matrices.
gams d4b2
stgsja.f for Computes the generalized singular value
decomposition of two real
upper triangular (or trapezoidal) matrices as
output by SGGSVP.
gams d6
stpcon.f for Estimates the reciprocal of the condition number
of a triangular
matrix in packed storage, in either the 1-norm
or the infinity-norm.
gams d2a3
stprfs.f for Provides forward and backward error bounds for
the solution
of a triangular system of linear equations AX=B,
A**T X=B or
A**H X=B, where A is held in packed storage.
gams d2a3
stptri.f for Computes the inverse of a triangular matrix in
packed storage.
gams d2a3
stptrs.f for Solves a triangular system of linear equations
AX=B,
A**T X=B or A**H X=B, where A is held in packed
storage.
gams d2a3
strcon.f for Estimates the reciprocal of the condition number
of a triangular
matrix, in either the 1-norm or the
infinity-norm.
gams d2a3
strevc.f for Computes some or all of the right and/or left
eigenvectors of
an upper quasi-triangular matrix.
gams d4c3
strexc.f for Reorders the Schur factorization of a matrix by
an orthogonal
similarity transformation.
gams d4c
strrfs.f for Provides forward and backward error bounds for
the solution
of a triangular system of linear equations A
X=B, A**T X=B or
A**H X=B.
gams d2a3
strsen.f for Reorders the Schur factorization of a matrix in
order to find
an orthonormal basis of a right invariant
subspace corresponding
to selected eigenvalues, and returns reciprocal
condition numbers
(sensitivities) of the average of the cluster of
eigenvalues
and of the invariant subspace.
gams d4c
strsna.f for Estimates the reciprocal condition numbers
(sensitivities)
of selected eigenvalues and eigenvectors of an
upper
quasi-triangular matrix.
gams d4c
strsyl.f for Solves the Sylvester matrix equation A X +/- X
B=C where A
and B are upper quasi-triangular, and may be
transposed.
gams d8
strti2.f
strtri.f for Computes the inverse of a triangular matrix.
gams d2a3
strtrs.f for Solves a triangular system of linear equations
AX=B,
A**T X=B or A**H X=B.
gams d2a3
stzrqf.f for Computes an RQ factorization of an upper
trapezoidal matrix.
gams d5
-----------------------------------------------------------
for Subdirectory containing the testing routines for
path: /netlib/lapack/testing/
-----------------------------------------------------------
#######################################
# Index for lapack/testing #
#######################################
eig/ for Subdirectory of Eigenproblem Testing
lin/ for Subdirectory of Linear Equation Testing
matgen/ for Subdirectory of Matrix Generation Routines (used
in testing
and timing directories)
# =======================================
# Input Files for Linear Equation Testing
# =======================================
stest.in for Data file for linear equations/linear least
squares test programs
prec single
dtest.in for Data file for linear equations/linear least
squares test programs
prec double
ctest.in for Data file for linear equations/linear least
squares test programs
prec complex
ztest.in for Data file for linear equations/linear least
squares test programs
prec doublecomplex
# =======================================
# Input Files for Eigenproblem Testing
# =======================================
nep.in for Data file for testing the (s,d,c,z) Nonsymmetric
Eigenproblem computational routines
prec single, double, complex, doublecomplex
sep.in for Data file for testing the (s,d,c,z) Symmetric
Eigenproblem computational and simple/expert
driver routines
prec single, double, complex, doublecomplex
svd.in for Data file for testing the (s,d,c,z) Singular
Value
Decomposition computational and simple/expert
driver routines
prec single, double, complex, doublecomplex
sec.in for Data file for testing real Eigen Condition
Routines
prec single
dec.in for Data file for testing real Eigen Condition
Routines
prec double
cec.in for Data file for testing complex Eigen Condition
Routines
prec complex
zec.in for Data file for testing complex Eigen Condition
Routines
prec doublecomplex
sed.in for Data file for testing real Nonsymmetric
Eigenvalue Driver
prec single
ded.in for Data file for testing real Nonsymmetric
Eigenvalue Driver
prec double
ced.in for Data file for testing complex Nonsymmetric
Eigenvalue Driver
prec complex
zed.in for Data file for testing complex Nonsymmetric
Eigenvalue Driver
prec doublecomplex
sgg.in for Data file for testing the real Nonsymmetric
Generalized
Eigenvalue Problem routines
prec single
dgg.in for Data file for testing the real Nonsymmetric
Generalized
Eigenvalue Problem routines
prec double
cgg.in for Data file for testing the complex Nonsymmetric
Generalized
Eigenvalue Problem routines
prec complex
zgg.in for Data file for testing the complex Nonsymmetric
Generalized
Eigenvalue Problem routines
prec doublecomplex
ssb.in for Data file for testing real Symmetric Banded
Eigenvalue Problem routines
prec single
dsb.in for Data file for testing real Symmetric Banded
Eigenvalue Problem routines
prec double
csb.in for Data file for testing complex Symmetric Banded
Eigenvalue Problem routines
prec complex
zsb.in for Data file for testing complex Symmetric Banded
Eigenvalue Problem routines
prec doublecomplex
ssg.in for Data file for testing real Symmetric Generalized
Eigenvalue Problem routines
prec single
dsg.in for Data file for testing real Symmetric Generalized
Eigenvalue Problem routines
prec double
csg.in for Data file for testing complex Symmetric
Generalized
Eigenvalue Problem routines
prec complex
zsg.in for Data file for testing complex Symmetric
Generalized
Eigenvalue Problem routines
prec doublecomplex
sbal.in for Data file for testing SGEBAL
prec single
dbal.in for Data file for testing DGEBAL
prec double
cbal.in for Data file for testing CGEBAL
prec complex
zbal.in for Data file for testing ZGEBAL
prec doublecomplex
sbak.in for Data file for testing SGEBAK
prec single
dbak.in for Data file for testing DGEBAK
prec double
cbak.in for Data file for testing CGEBAK
prec complex
zbak.in for Data file for testing ZGEBAK
prec doublecomplex
sgbal.in for Data file for testing SGGBAL
prec single
dgbal.in for Data file for testing DGGBAL
prec double
cgbal.in for Data file for testing CGGBAL
prec complex
zgbal.in for Data file for testing ZGGBAL
prec doublecomplex
sgbak.in for Data file for testing SGGBAK
prec single
dgbak.in for Data file for testing DGGBAK
prec double
cgbak.in for Data file for testing CGGBAK
prec complex
zgbak.in for Data file for testing ZGGBAK
prec doublecomplex
sbb.in for Data file for testing banded SVD routines
prec single
dbb.in for Data file for testing banded SVD routines
prec double
cbb.in for Data file for testing banded SVD routines
prec complex
zbb.in for Data file for testing banded SVD routines
prec complex16
glm.in for Data file for testing the (s, d, c, z) GLM
routines
prec single, double, complex, doublecomplex
gqr.in for Data file for testing the (s, d, c, z) GQR and
GRQ routines
prec single, double, complex, doublecomplex
gsv.in for Data file for testing the (s, d, c, z) GSVD
routines
prec single, double, complex, doublecomplex
lse.in for Data file for testing the (s, d, c, z) LSE
routines
prec single, double, complex, doublecomplex
-----------------------------------------------------------
for Subdirectory of Eigenproblem Testing
path: /netlib/lapack/testing/eig/
-----------------------------------------------------------
#######################################
# Index for lapack/testing/eig #
#######################################
alahdg.f
alareq.f
alarqg.f
alasmg.f
alasum.f
alasvm.f
cbdt01.f
cbdt02.f
cbdt03.f
cchkgb.f
cchkgk.f
cchkgl.f
cget02.f
cget10.f
cget22.f
cget23.f
cget24.f
cget35.f
cget36.f
cget37.f
cget38.f
cget51.f
cget52.f
cglmts.f
cgqrts.f
cgrqts.f
cgsvts.f
chbt21.f
chet21.f
chet22.f
chkxer.f
chpt21.f
chst01.f
clarfy.f
clarhs.f
clatm4.f
clsets.f
csbmv.f
csgt01.f
cslect.f
cstt21.f
cunt01.f
cunt03.f
dbdt01.f
dbdt02.f
dbdt03.f
dchkgb.f
dchkgk.f
dchkgl.f
dget02.f
dget10.f
dget22.f
dget23.f
dget24.f
dget31.f
dget32.f
dget33.f
dget34.f
dget35.f
dget36.f
dget37.f
dget38.f
dget39.f
dget51.f
dget52.f
dget53.f
dglmts.f
dgqrts.f
dgrqts.f
dgsvts.f
dhst01.f
dlafts.f
dlahd2.f
dlarfy.f
dlarhs.f
dlasum.f
dlatb9.f
dlatm4.f
dlsets.f
dort01.f
dort03.f
dsbt21.f
dsgt01.f
dslect.f
dspt21.f
dstech.f
dstect.f
dstt21.f
dstt22.f
dsvdch.f
dsvdct.f
dsxt1.f
dsyt21.f
dsyt22.f
sbdt01.f
sbdt02.f
sbdt03.f
schkgb.f
schkgk.f
schkgl.f
sget02.f
sget10.f
sget22.f
sget23.f
sget24.f
sget31.f
sget32.f
sget33.f
sget34.f
sget35.f
sget36.f
sget37.f
sget38.f
sget39.f
sget51.f
sget52.f
sget53.f
sglmts.f
sgqrts.f
sgrqts.f
sgsvts.f
shst01.f
slafts.f
slahd2.f
slarfy.f
slarhs.f
slasum.f
slatb9.f
slatm4.f
slsets.f
sort01.f
sort03.f
ssbt21.f
ssgt01.f
sslect.f
sspt21.f
sstech.f
sstect.f
sstt21.f
sstt22.f
ssvdch.f
ssvdct.f
ssxt1.f
ssyt21.f
ssyt22.f
xerbla.f for Special version of this routine used in testing
ilaenv.f for Special version of this routine for testing and
timing purposes
xlaenv.f for Resets ILAENV values for testing purposes
# ==========================================
# Available Eigenproblem Testing Routines
# ==========================================
schkee.f for Test program driver for eigenproblem testing
prec single
dchkee.f for Test program driver for eigenproblem testing
prec double
cchkee.f for Test program driver for eigenproblem testing
prec complex
zbdt01.f
zbdt02.f
zbdt03.f
zchkee.f for Test program driver for eigenproblem testing
prec doublecomplex
# ===
schkbb.f for Checks the banded SVD routine SGBBRD
prec single
dchkbb.f for Checks the banded SVD routine DGBBRD
prec double
cchkbb.f for Checks the banded SVD routine CGBBRD
prec complex
zchkbb.f for Checks the banded SVD routine ZGBBRD
prec doublecomplex
schkbd.f for Checks the SVD routines (SGEBRD, SORGBR, SBDSQR)
prec single
dchkbd.f for Checks the SVD routines (DGEBRD, DORGBR, DBDSQR)
prec double
cchkbd.f for Checks the SVD routines (CGEBRD, CUNGBR, CBDSQR)
prec complex, doublecomplex
zchkbd.f for Checks the SVD routines (ZGEBRD, ZUNGBR, ZBDSQR)
prec doublecomplex
sdrvbd.f for Checks the SVD driver SGESVD
prec single
ddrvbd.f for Checks the SVD driver DGESVD
prec double
cdrvbd.f for Checks the SVD driver CGESVD
prec complex
zchkgb.f
zchkgk.f
zchkgl.f
zdrvbd.f for Checks the SVD driver ZGESVD
prec doublecomplex
serrbd.f for Tests the error exits for
SGEBRD,SORGBR,SORMBR,SBDSQR
prec single
derrbd.f for Tests the error exits for
DGEBRD,DORGBR,DORMBR,DBDSQR
prec double
cerrbd.f for Tests the error exits for
CGEBRD,CUNGBR,CUNMBR,CBDSQR
prec complex
zerrbd.f for Tests the error exits for
ZGEBRD,ZUNGBR,ZUNMBR,ZBDSQR
prec doublecomplex
# ===
schkbk.f for Tests SGEBAK
prec single
dchkbk.f for Tests DGEBAK
prec double
cchkbk.f for Tests CGEBAK
prec complex
zchkbk.f for Tests ZGEBAK
prec doublecomplex
# ===
schkbl.f for Tests SGEBAL
prec single
dchkbl.f for Tests DGEBAL
prec double
cchkbl.f for Tests CGEBAL
prec complex
zchkbl.f for Tests ZGEBAL
prec doublecomplex
# ===
schkec.f for Tests the eigen- condition estimation routines
STRSYL, STREXC, STRSNA, STRSEN
prec single
dchkec.f for Tests the eigen- condition estimation routines
DTRSYL, DTREXC, DTRSNA, DTRSEN
prec double
cchkec.f for Tests the eigen- condition estimation routines
CTRSYL, CTREXC, CTRSNA, CTRSEN
prec complex
zchkec.f for Tests the eigen- condition estimation routines
ZTRSYL, ZTREXC, ZTRSNA, ZTRSEN
prec doublecomplex
serrec.f for Tests the error exits for the eigen- condition
estimation
routines (STRSYL, STREXC, STRSNA, STRSEN)
prec single
derrec.f for Tests the error exits for the eigen- condition
estimation
routines (DTRSYL, DTREXC, DTRSNA, DTRSEN)
prec double
cerrec.f for Tests the error exits for the eigen- condition
estimation
routines (CTRSYL, CTREXC, CTRSNA, CTRSEN)
prec complex
zerrec.f for Tests the error exits for the eigen- condition
estimation
routines (ZTRSYL, ZTREXC, ZTRSNA, ZTRSEN)
prec doublecomplex
# ===
schkgg.f for Tests SGGHRD, SHGEQZ, and STGEVC
prec single
dchkgg.f for Tests DGGHRD, DHGEQZ, and DTGEVC
prec double
cchkgg.f for Tests CGGHRD, CHGEQZ, and CTGEVC
prec complex
zchkgg.f for Tests ZGGHRD, ZHGEQZ, and ZTGEVC
prec doublecomplex
sdrvgg.f for Tests SGEGS and SGEGV
prec single
ddrvgg.f for Tests DGEGS and DGEGV
prec double
cdrvgg.f for Tests CGEGS and CGEGV
prec complex
zdrvgg.f for Tests ZGEGS and ZGEGV
prec doublecomplex
serrgg.f for Tests the error exits for SGGHRD, SHGEQZ, and
STGEVC
prec single
derrgg.f for Tests the error exits for DGGHRD, DHGEQZ, and
DTGEVC
prec double
cerrgg.f for Tests the error exits for CGGHRD, CHGEQZ, and
CTGEVC
prec complex
zerrgg.f for Tests the error exits for ZGGHRD, ZHGEQZ, and
ZTGEVC
prec doublecomplex
# ===
schkbk.f for Testing SGGBAK
prec single
dchkbk.f for Testing DGGBAK
prec double
cchkbk.f for Testing CGGBAK
prec complex
zchkbk.f for Testing ZGGBAK
prec doublecomplex
# ===
schkbl.f for Testing SGGBAL
prec single
dchkbl.f for Testing DGGBAL
prec double
cchkbl.f for Testing CGGBAL
prec complex
zchkbl.f for Testing ZGGBAL
prec doublecomplex
# ===
schkhs.f for Checks the nonsymmetric eigenvalue problem
routines
(SGEHRD, SORGHR, SORMHR, SHSEQR, STREVC, and
SHSEIN)
prec single
dchkhs.f for Checks the nonsymmetric eigenvalue problem
routines
(DGEHRD, DORGHR, DORMHR, DHSEQR, DTREVC, and
DHSEIN)
prec double
cchkhs.f for Checks the nonsymmetric eigenvalue problem
routines
(CGEHRD, CUNGHR, CUNMHR, CHSEQR, CTREVC, and
CHSEIN)
prec complex
zchkhs.f for Checks the nonsymmetric eigenvalue problem
routines
(ZGEHRD, ZUNGHR, ZUNMHR, ZHSEQR, ZTREVC, and
ZHSEIN)
prec doublecomplex
serrhs.f for Tests the error exits for SGEHRD, SORGHR,
SORMHR, SHSEQR,
SHSEIN, and STREVC
prec single
derrhs.f for Tests the error exits for DGEHRD, DORGHR,
DORMHR, DHSEQR,
DHSEIN, and DTREVC
prec double
cerrhs.f for Tests the error exits for CGEHRD, CUNGHR,
CUNMHR, CHSEQR,
CHSEIN, and CTREVC
prec complex
zerrhs.f for Tests the error exits for ZGEHRD, ZUNGHR,
ZUNMHR, ZHSEQR,
ZHSEIN, and ZTREVC
prec doublecomplex
sdrves.f for Checks the nonsymmetric eigenvalue (Schur form)
problem
driver SGEES
prec single
ddrves.f for Checks the nonsymmetric eigenvalue (Schur form)
problem
driver DGEES
prec double
cdrves.f for Checks the nonsymmetric eigenvalue (Schur form)
problem
driver CGEES
prec complex
zdrves.f for Checks the nonsymmetric eigenvalue (Schur form)
problem
driver ZGEES
prec doublecomplex
sdrvsx.f for Checks the nonsymmetric eigenvalue (Schur form)
problem
expert driver SGEESX
prec single
ddrvsx.f for Checks the nonsymmetric eigenvalue (Schur form)
problem
expert driver DGEESX
prec double
cdrvsx.f for Checks the nonsymmetric eigenvalue (Schur form)
problem
expert driver CGEESX
prec complex
zdrvsx.f for Checks the nonsymmetric eigenvalue (Schur form)
problem
expert driver ZGEESX
prec doublecomplex
sdrvev.f for Checks the nonsymmetric eigenvalue problem
driver SGEEV
prec single
ddrvev.f for Checks the nonsymmetric eigenvalue problem
driver DGEEV
prec double
cdrvev.f for Checks the nonsymmetric eigenvalue problem
driver CGEEV
prec complex
zdrvev.f for Checks the nonsymmetric eigenvalue problem
driver ZGEEV
prec doublecomplex
sdrvvx.f for Checks the nonsymmetric eigenvalue problem
expert driver SGEEVX
prec single
ddrvvx.f for Checks the nonsymmetric eigenvalue problem
expert driver DGEEVX
prec double
cdrvvx.f for Checks the nonsymmetric eigenvalue problem
expert driver CGEEVX
prec complex
zdrvvx.f for Checks the nonsymmetric eigenvalue problem
expert driver ZGEEVX
prec doublecomplex
serred.f for Tests the error exits for the eigenvalue driver
routines
(SGEEV,SGEES,SGEEVX,SGEESX,SGESVD)
prec single
derred.f for Tests the error exits for the eigenvalue driver
routines
(DGEEV,DGEES,DGEEVX,DGEESX,DGESVD)
prec double
cerred.f for Tests the error exits for the eigenvalue driver
routines
(CGEEV,CGEES,CGEEVX,CGEESX,CGESVD)
prec complex
zerred.f for Tests the error exits for the eigenvalue driver
routines
(ZGEEV,ZGEES,ZGEEVX,ZGEESX,ZGESVD)
prec doublecomplex
# ===
schksb.f for Tests SSBTRD (the reduction of a symmetric band
matrix to
tridiagonal form, used with the symmetric
eigenvalue problem
prec single
dchksb.f for Tests DSBTRD (the reduction of a symmetric band
matrix to
tridiagonal form, used with the symmetric
eigenvalue problem
prec double
cchkhb.f for Tests CHBTRD (the reduction of a Hermitian band
matrix to
tridiagonal form), used with the Hermitian
eigenvalue problem
prec complex
zchkhb.f for Tests ZHBTRD (the reduction of a Hermitian band
matrix to
tridiagonal form), used with the Hermitian
eigenvalue problem
prec doublecomplex
# ===
schkst.f for Checks the symmetric eigenvalue problem routines
(SSYTRD,
R,SSTEBZ,SSTEIN)
prec single
dchkst.f for Checks the symmetric eigenvalue problem routines
(DSYTRD,
R,DSTEBZ,DSTEIN)
prec double
cchkst.f for Checks the (complex) hermitian eigenvalue
problem routines
EQR,SSTEBZ,CSTEIN)
prec complex
zchkst.f for Checks the (complex) hermitian eigenvalue
problem routines
EQR,DSTEBZ,ZSTEIN)
prec doublecomplex
sdrvst.f for Checks the symmetric eigenvalue problem drivers
, (SSTEV,SSTEVX,SSYEV,SSYEVX,SSPEV,SSPEVX,SSB
EV,SSBEVX)
prec single
ddrvst.f for Checks the symmetric eigenvalue problem drivers
, (DSTEV,DSTEVX,DSYEV,DSYEVX,DSPEV,DSPEVX,DSB
EV,DSBEVX)
prec double
cdrvst.f for Checks the Hermitian eigenvalue problem drivers
(CHEEV,CHEEVX,CHPEV,CHPEVX,CHBEV,CHBEVX)
prec complex
zdrvst.f for Checks the Hermitian eigenvalue problem drivers
(ZHEEV,ZHEEVX,ZHPEV,ZHPEVX,ZHBEV,ZHBEVX)
prec doublecomplex
serrst.f for Tests the error exits for
SSYTRD,SORGTR,SORMTR,SSPTRD,
,SPTEQR,SSBTRD
prec single
derrst.f for Tests the error exits for
DSYTRD,DORGTR,DORMTR,DSPTRD,
,DPTEQR,DSBTRD
prec double
cerrst.f for Tests the error exits for CHETRD, CUNGTR,
CUNMTR, CHPTRD,
CUPGTR, CUPMTR, CSTEQR, CSTEIN, CPTEQR, and
CHBTRD
prec complex
zerrst.f for Tests the error exits for ZHETRD, ZUNGTR,
ZUNMTR, ZHPTRD,
ZUPGTR, ZUPMTR, ZSTEQR, ZSTEIN, ZPTEQR, and
ZHBTRD
prec doublecomplex
sdrvsg.f for Checks the symmetric generalized eigenvalue
problem routines
(SSYGST, SSYTRD, SORGTR, SSTEQR, SSTERF)
prec single
ddrvsg.f for Checks the symmetric generalized eigenvalue
problem routines
(DSYGST, DSYTRD, DORGTR, DSTEQR, DSTERF)
prec double
cdrvsg.f for Checks the complex hermitian generalized
eigenvalue problem
routines (CHEGST, CHETRD, CUNGTR, CSTEQR,
SSTERF, CSTEIN)
prec complex, doublecomplex
zdrvsg.f for Checks the complex hermitian generalized
eigenvalue problem
routines (ZHEGST, ZHETRD, ZUNGTR, ZSTEQR,
SSTERF, ZSTEIN)
prec doublecomplex
# ===
sckglm.f for Tests SGGGLM
prec single
dckglm.f for Tests DGGGLM
prec double
cckglm.f for Tests CGGGLM
prec complex
zckglm.f for Tests ZGGGLM
prec doublecomplex
# ===
sckgqr.f for Tests SGGQRF and SGGRQF
prec single
dckgqr.f for Tests DGGQRF and DGGRQF
prec double
cckgqr.f for Tests CGGQRF and CGGRQF
prec complex
zckgqr.f for Tests ZGGQRF and ZGGRQF
prec doublecomplex
# ===
sckgsv.f for Tests SGGSVD
prec single
dckgsv.f for Tests DGGSVD
prec double
cckgsv.f for Tests CGGSVD
prec complex
zckgsv.f for Tests ZGGSVD
prec doublecomplex
# ===
scklse.f for Tests SGGLSE
prec single
dcklse.f for Tests DGGLSE
prec double
ccklse.f for Tests CGGLSE
prec complex
zcklse.f for Tests ZGGLSE
prec doublecomplex
zget02.f
zget10.f
zget22.f
zget23.f
zget24.f
zget35.f
zget36.f
zget37.f
zget38.f
zget51.f
zget52.f
zglmts.f
zgqrts.f
zgrqts.f
zgsvts.f
zhbt21.f
zhet21.f
zhet22.f
zhpt21.f
zhst01.f
zlarfy.f
zlarhs.f
zlatm4.f
zlsets.f
zsbmv.f
zsgt01.f
zslect.f
zstt21.f
zunt01.f
zunt03.f
-----------------------------------------------------------
for Subdirectory of Linear Equation Testing
path: /netlib/lapack/testing/lin/
-----------------------------------------------------------
#######################################
# Index for lapack/testing/lin #
#######################################
aladhd.f
alaerh.f
alaesm.f
alahd.f
alareq.f
alasum.f
alasvm.f
cgbt01.f
cgbt02.f
cgbt05.f
cget01.f
cget02.f
cget03.f
cget04.f
cget07.f
cgtt01.f
cgtt02.f
cgtt05.f
chet01.f
chkxer.f
chpt01.f
claipd.f
claptm.f
clarhs.f
clatb4.f
clatsp.f
clatsy.f
clattb.f
clattp.f
clattr.f
clavhe.f
clavhp.f
clavsp.f
clavsy.f
clqt01.f
clqt02.f
clqt03.f
cpbt01.f
cpbt02.f
cpbt05.f
cpot01.f
cpot02.f
cpot03.f
cpot05.f
cppt01.f
cppt02.f
cppt03.f
cppt05.f
cptt01.f
cptt02.f
cptt05.f
cqlt01.f
cqlt02.f
cqlt03.f
cqpt01.f
cqrt01.f
cqrt02.f
cqrt03.f
cqrt11.f
cqrt12.f
cqrt13.f
cqrt14.f
cqrt15.f
cqrt16.f
cqrt17.f
crqt01.f
crqt02.f
crqt03.f
csbmv.f
cspt01.f
cspt02.f
cspt03.f
csyt01.f
csyt02.f
csyt03.f
ctbt02.f
ctbt03.f
ctbt05.f
ctbt06.f
ctpt01.f
ctpt02.f
ctpt03.f
ctpt05.f
ctpt06.f
ctrt01.f
ctrt02.f
ctrt03.f
ctrt05.f
ctrt06.f
ctzt01.f
ctzt02.f
dgbt01.f
dgbt02.f
dgbt05.f
dget01.f
dget02.f
dget03.f
dget04.f
dget06.f
dget07.f
dgtt01.f
dgtt02.f
dgtt05.f
dlaord.f
dlaptm.f
dlarhs.f
dlatb4.f
dlattb.f
dlattp.f
dlattr.f
dlavsp.f
dlavsy.f
dlqt01.f
dlqt02.f
dlqt03.f
dpbt01.f
dpbt02.f
dpbt05.f
dpot01.f
dpot02.f
dpot03.f
dpot05.f
dppt01.f
dppt02.f
dppt03.f
dppt05.f
dptt01.f
dptt02.f
dptt05.f
dqlt01.f
dqlt02.f
dqlt03.f
dqpt01.f
dqrt01.f
dqrt02.f
dqrt03.f
dqrt11.f
dqrt12.f
dqrt13.f
dqrt14.f
dqrt15.f
dqrt16.f
dqrt17.f
drqt01.f
drqt02.f
drqt03.f
dspt01.f
dsyt01.f
dtbt02.f
dtbt03.f
dtbt05.f
dtbt06.f
dtpt01.f
dtpt02.f
dtpt03.f
dtpt05.f
dtpt06.f
dtrt01.f
dtrt02.f
dtrt03.f
dtrt05.f
dtrt06.f
dtzt01.f
dtzt02.f
sgbt01.f
sgbt02.f
sgbt05.f
sget01.f
sget02.f
sget03.f
sget04.f
sget06.f
sget07.f
sgtt01.f
sgtt02.f
sgtt05.f
slaord.f
slaptm.f
slarhs.f
slatb4.f
slattb.f
slattp.f
slattr.f
slavsp.f
slavsy.f
slqt01.f
slqt02.f
slqt03.f
spbt01.f
spbt02.f
spbt05.f
spot01.f
spot02.f
spot03.f
spot05.f
sppt01.f
sppt02.f
sppt03.f
sppt05.f
sptt01.f
sptt02.f
sptt05.f
sqlt01.f
sqlt02.f
sqlt03.f
sqpt01.f
sqrt01.f
sqrt02.f
sqrt03.f
sqrt11.f
sqrt12.f
sqrt13.f
sqrt14.f
sqrt15.f
sqrt16.f
sqrt17.f
srqt01.f
srqt02.f
srqt03.f
sspt01.f
ssyt01.f
stbt02.f
stbt03.f
stbt05.f
stbt06.f
stpt01.f
stpt02.f
stpt03.f
stpt05.f
stpt06.f
strt01.f
strt02.f
strt03.f
strt05.f
strt06.f
stzt01.f
stzt02.f
xerbla.f for Special version of this routine used in testing
ilaenv.f for Special version used in conjunction with XLAENV
xlaenv.f for Resets ILAENV values for testing purposes
# ==========================================
# Available Linear Equation Testing Routines
# ==========================================
schkaa.f for Test program driver for linear equation testing
prec single
dchkaa.f for Test program driver for linear equation testing
prec double
cchkaa.f for Test program driver for linear equation testing
prec complex
zchkaa.f for Test program driver for linear equation testing
prec doublecomplex
# ===
schkeq.f for Tests equilibration routines (SGEEQU, SGBEQU,
SPOEQU,
SPPEQU and SPBEQU)
prec single
dchkeq.f for Tests equilibration routines (DGEEQU, DGBEQU,
DPOEQU,
# DPPEQU and DPBEQU)
prec double
cchkeq.f for Tests equilibration routines (CGEEQU, CGBEQU)
prec complex
zchkeq.f for Tests equilibration routines (ZGEEQU, ZGBEQU)
prec doublecomplex
# ===
schkgb.f for Tests SGBTRF, SGBTRS, SGBRFS, and SGBCON
prec single
dchkgb.f for Tests DGBTRF, DGBTRS, DGBRFS, and DGBCON
prec double
cchkgb.f for Tests CGBTRF, CGBTRS, CGBRFS, and CGBCON
prec complex
zchkgb.f for Tests ZGBTRF, ZGBTRS, ZGBRFS, and ZGBCON
prec doublecomplex
sdrvgb.f for Tests the driver routines SGBSV and SGBSVX
prec single
ddrvgb.f for Tests the driver routines DGBSV and DGBSVX
prec double
cdrvgb.f for Tests the driver routines CGBSV and CGBSVX
prec complex
zdrvgb.f for Tests the driver routines ZGBSV and ZGBSVX
prec doublecomplex
schkge.f for Tests SGETRF, SGETRI, SGETRS, SGERFS, and SGECON
prec single
dchkge.f for Tests DGETRF, DGETRI, DGETRS, DGERFS, and DGECON
prec double
cchkge.f for Tests CGETRF, CGETRI, CGETRS, CGERFS, and CGECON
prec complex
zchkge.f for Tests ZGETRF, ZGETRI, ZGETRS, ZGERFS, and ZGECON
prec doublecomplex
sdrvge.f for Tests the driver routines SGESV and SGESVX
prec single
ddrvge.f for Tests the driver routines DGESV and DGESVX
prec double
cdrvge.f for Tests the driver routines CGESV and CGESVX
prec complex
zdrvge.f for Tests the driver routines ZGESV and ZGESVX
prec doublecomplex
serrge.f for Tests the error exits for the SGE- and SGB-
routines
prec single
derrge.f for Tests the error exits for the DGE- and DGB-
routines
prec double
cerrge.f for Tests the error exits for the CGE- and CGB-
routines
prec complex
zerrge.f for Tests the error exits for the ZGE- and ZGB-
routines
prec doublecomplex
# ===
schkgt.f for Tests SGTTRF, SGTTRS, SGTRFS, and SGTCON
prec single
dchkgt.f for Tests DGTTRF, DGTTRS, DGTRFS, and DGTCON
prec double
cchkgt.f for Tests CGTTRF, CGTTRS, CGTRFS, and CGTCON
prec complex
zchkgt.f for Tests ZGTTRF, ZGTTRS, ZGTRFS, and ZGTCON
prec doublecomplex
sdrvgt.f for Tests SGTSV and SGTSVX
prec single
ddrvgt.f for Tests DGTSV and DGTSVX
prec double
cdrvgt.f for Tests CGTSV and CGTSVX
prec complex
zdrvgt.f for Tests ZGTSV and ZGTSVX
prec doublecomplex
serrgt.f for Tests the error exits for the tridiagonal
routines (SGT- and SPT-)
prec single
derrgt.f for Tests the error exits for the tridiagonal
routines (DGT- and DPT-)
prec double
cerrgt.f for Tests the error exits for the tridiagonal
routines (CGT- and CPT-)
prec complex
zerrgt.f for Tests the error exits for the tridiagonal
routines (ZGT- and ZPT-)
prec doublecomplex
# ===
schklq.f for Tests SGELQF, SORGLQ and SORMLQ
prec single
dchklq.f for Tests DGELQF, DORGLQ and DORMLQ
prec double
cchklq.f for Tests CGELQF, CUNGLQ and CUNMLQ
prec complex
zchklq.f for Tests ZGELQF, ZUNGLQ and ZUNMLQ
prec doublecomplex
serrlq.f for Tests the error exits for the LQ routines
prec single
derrlq.f for Tests the error exits for the LQ routines
prec double
cerrlq.f for Tests the error exits for the LQ routines
prec complex
zerrlq.f for Tests the error exits for the LQ routines
prec doublecomplex
# ===
schkpb.f for Tests SPBTRF, SPBTRS, SPBRFS, and SPBCON
prec single
dchkpb.f for Tests DPBTRF, DPBTRS, DPBRFS, and DPBCON
prec double
cchkpb.f for Tests CPBTRF, CPBTRS, CPBRFS, and CPBCON
prec complex
zchkpb.f for Tests ZPBTRF, ZPBTRS, ZPBRFS, and ZPBCON
prec doublecomplex
sdrvpb.f for Tests the driver routines SPBSV and SPBSVX
prec single
ddrvpb.f for Tests the driver routines DPBSV and DPBSVX
prec double
cdrvpb.f for Tests the driver routines CPBSV and CPBSVX
prec complex
zdrvpb.f for Tests the driver routines ZPBSV and ZPBSVX
prec doublecomplex
schkpo.f for Tests SPOTRF, SPOTRI, SPOTRS, SPORFS, and SPOCON
prec single
dchkpo.f for Tests DPOTRF, DPOTRI, DPOTRS, DPORFS, and DPOCON
prec double
cchkpo.f for Tests CPOTRF, CPOTRI, CPOTRS, CPORFS, and CPOCON
prec complex
zchkpo.f for Tests ZPOTRF, ZPOTRI, ZPOTRS, ZPORFS, and ZPOCON
prec doublecomplex
sdrvpo.f for Tests the driver routines SPOSV and SPOSVX
prec single
ddrvpo.f for Tests the driver routines DPOSV and DPOSVX
prec double
cdrvpo.f for Tests the driver routines CPOSV and CPOSVX
prec complex
zdrvpo.f for Tests the driver routines ZPOSV and ZPOSVX
prec doublecomplex
schkpp.f for Tests SPPTRF, SPPTRI, SPPTRS, SPPRFS, and SPPCON
prec single
dchkpp.f for Tests DPPTRF, DPPTRI, DPPTRS, DPPRFS, and DPPCON
prec double
cchkpp.f for Tests CPPTRF, CPPTRI, CPPTRS, CPPRFS, and CPPCON
prec complex
zchkpp.f for Tests ZPPTRF, ZPPTRI, ZPPTRS, ZPPRFS, and ZPPCON
prec doublecomplex
sdrvpp.f for Tests the driver routines SPPSV and SPPSVX
prec single
ddrvpp.f for Tests the driver routines DPPSV and DPPSVX
prec double
cdrvpp.f for Tests the driver routines CPPSV and CPPSVX
prec complex
zdrvpp.f for Tests the driver routines ZPPSV and ZPPSVX
prec doublecomplex
serrpo.f for Tests the error exits for the (SPB-, SPO-, SPP-)
routines
prec single
derrpo.f for Tests the error exits for the (DPB-, DPO-, DPP-)
routines
prec double
cerrpo.f for Tests the error exits for the (CPB-, CPO-, CPP-)
routines
prec complex
zerrpo.f for Tests the error exits for the (ZPB-, ZPO-, ZPP-)
routines
prec doublecomplex
# ===
schkpt.f for Tests SPTTRF, SPTTRS, SPTRFS, and SPTCON
prec single
dchkpt.f for Tests DPTTRF, DPTTRS, DPTRFS, and DPTCON
prec double
cchkpt.f for Tests CPTTRF, CPTTRS, CPTRFS, and CPTCON
prec complex
zchkpt.f for Tests ZPTTRF, ZPTTRS, ZPTRFS, and ZPTCON
prec doublecomplex
sdrvpt.f for Tests SPTSV and SPTSVX
prec single
ddrvpt.f for Tests DPTSV and DPTSVX
prec double
cdrvpt.f for Tests CPTSV and CPTSVX
prec complex
zdrvpt.f for Tests ZPTSV and ZPTSVX
prec doublecomplex
# ===
schkql.f for Tests SGEQLF, SORGQL and SORMQL
prec single
dchkql.f for Tests DGEQLF, DORGQL and DORMQL
prec double
cchkql.f for Tests CGEQLF, CUNGQL and CUNMQL
prec complex
zchkql.f for Tests ZGEQLF, ZUNGQL and ZUNMQL
prec doublecomplex
serrql.f for Tests the error exits for the QL routines
prec single
derrql.f for Tests the error exits for the QL routines
prec double
cerrql.f for Tests the error exits for the QL routines
prec complex
zerrql.f for Tests the error exits for the QL routines
prec doublecomplex
# ===
schkqp.f for Tests SGEQPF
prec single
dchkqp.f for Tests DGEQPF
prec double
cchkqp.f for Tests CGEQPF
prec complex
zchkqp.f for Tests ZGEQPF
prec doublecomplex
serrqp.f for Tests the error exits for SGEQPF
prec single
derrqp.f for Tests the error exits for DGEQPF
prec double
cerrqp.f for Tests the error exits for CGEQPF
prec complex
zerrqp.f for Tests the error exits for ZGEQPF
prec doublecomplex
# ===
schkqr.f for Tests SGEQRF, SORGQR and SORMQR
prec single
dchkqr.f for Tests DGEQRF, DORGQR and DORMQR
prec double
cchkqr.f for Tests CGEQRF, CUNGQR and CUNMQR
prec complex
zchkqr.f for Tests ZGEQRF, ZUNGQR and ZUNMQR
prec doublecomplex
serrqr.f for Tests the error exits for the QR routines
prec single
derrqr.f for Tests the error exits for the QR routines
prec double
cerrqr.f for Tests the error exits for the QR routines
prec complex
zerrqr.f for Tests the error exits for the QR routines
prec doublecomplex
# ===
schkrq.f for Tests SGERQF, SORGRQ and SORMRQ
prec single
dchkrq.f for Tests DGERQF, DORGRQ and DORMRQ
prec double
cchkrq.f for Tests CGERQF, CUNGRQ and CUNMRQ
prec complex
zchkrq.f for Tests ZGERQF, ZUNGRQ and ZUNMRQ
prec doublecomplex
serrrq.f for Tests the error exits for the RQ routines
prec single
derrrq.f for Tests the error exits for the RQ routines
prec double
cerrrq.f for Tests the error exits for the RQ routines
prec complex
zerrrq.f for Tests the error exits for the RQ routines
prec doublecomplex
# ===
schksp.f for Tests SSPTRF, SSPTRI, SSPTRS, SSPRFS, and SSPCON
prec single
dchksp.f for Tests DSPTRF, DSPTRI, DSPTRS, DSPRFS, and DSPCON
prec double
cchksp.f for Tests CSPTRF, CSPTRI, CSPTRS, CSPRFS, and CSPCON
prec complex
zchksp.f for Tests ZSPTRF, ZSPTRI, ZSPTRS, ZSPRFS, and ZSPCON
prec doublecomplex
cchkhp.f for Tests CHPTRF, CHPTRI, CHPTRS, CHPRFS, and CHPCON
prec complex
zchkhp.f for Tests ZHPTRF, ZHPTRI, ZHPTRS, ZHPRFS, and ZHPCON
prec doublecomplex
sdrvsp.f for Tests the driver routines SSPSV and SSPSVX
prec single
ddrvsp.f for Tests the driver routines DSPSV and DSPSVX
prec double
cdrvsp.f for Tests the driver routines CSPSV and CSPSVX
prec complex
zdrvsp.f for Tests the driver routines ZSPSV and ZSPSVX
prec doublecomplex
cdrvhp.f for Tests the driver routines CHPSV and CHPSVX
prec complex
zdrvhp.f for Tests the driver routines ZHPSV and ZHPSVX
prec doublecomplex
schksy.f for Tests SSYTRF, SSYTRI, SSYTRS, SSYRFS, and SSYCON
prec single
dchksy.f for Tests DSYTRF, DSYTRI, DSYTRS, DSYRFS, and DSYCON
prec double
cchksy.f for Tests CSYTRF, CSYTRI, CSYTRS, CSYRFS, and CSYCON
prec complex
zchksy.f for Tests ZSYTRF, ZSYTRI, ZSYTRS, ZSYRFS, and ZSYCON
prec doublecomplex
cchkhe.f for Tests CHETRF, CHETRI, CHETRS, CHERFS, and CHECON
prec complex
zchkhe.f for Tests ZHETRF, ZHETRI, ZHETRS, ZHERFS, and ZHECON
prec doublecomplex
sdrvsy.f for Tests the driver routines SSYSV and SSYSVX
prec single
ddrvsy.f for Tests the driver routines DSYSV and DSYSVX
prec double
cdrvsy.f for Tests the driver routines SSYSV and SSYSVX
prec complex
zdrvsy.f for Tests the driver routines ZSYSV and ZSYSVX
prec doublecomplex
cdrvhe.f for Tests the driver routines CHESV and CHESVX
prec complex
zdrvhe.f for Tests the driver routines ZHESV and ZHESVX
prec doublecomplex
serrsy.f for Tests the error exits for the (SSP- and SSY-)
routines
prec single
derrsy.f for Tests the error exits for the (DSP- and DSY-)
routines
prec double
cerrsy.f for Tests the error exits for the (DSP- and DSY-)
routines
prec complex
zerrsy.f for Tests the error exits for the (DSP- and DSY-)
routines
prec doublecomplex
cerrhe.f for Tests the error exits for the (CHE- and CHP-)
routines
prec complex
zerrhe.f for Tests the error exits for the (ZHE- and ZHP-)
routines
prec doublecomplex
# ===
schktb.f for Tests STBTRI, STBTRS, STBRFS, and STBCON, and
SLATBS
prec single
dchktb.f for Tests DTBTRI, DTBTRS, DTBRFS, and DTBCON, and
DLATBS
prec double
cchktb.f for Tests CTBTRI, CTBTRS, CTBRFS, and CTBCON, and
CLATBS
prec complex
zchktb.f for Tests ZTBTRI, ZTBTRS, ZTBRFS, and ZTBCON, and
ZLATBS
prec doublecomplex
schktp.f for Tests STPTRI, STPTRS, STPRFS, and STPCON, and
SLATPS
prec single
dchktp.f for Tests DTPTRI, DTPTRS, DTPRFS, and DTPCON, and
DLATPS
prec double
cchktp.f for Tests CTPTRI, CTPTRS, CTPRFS, and CTPCON, and
CLATPS
prec complex
zchktp.f for Tests ZTPTRI, ZTPTRS, ZTPRFS, and ZTPCON, and
ZLATPS
prec doublecomplex
schktr.f for Tests STRTRI, STRTRS, STRRFS, and STRCON, and
SLATRS
prec single
dchktr.f for Tests DTRTRI, DTRTRS, DTRRFS, and DTRCON, and
DLATRS
prec double
cchktr.f for Tests CTRTRI, CTRTRS, CTRRFS, and CTRCON, and
CLATRS
prec complex
zchktr.f for Tests ZTRTRI, ZTRTRS, ZTRRFS, and ZTRCON, and
ZLATRS
prec doublecomplex
serrtr.f for Tests the error exits for the -TR routines
prec single
derrtr.f for Tests the error exits for the -TR routines
prec double
cerrtr.f for Tests the error exits for the -TR routines
prec complex
zerrtr.f for Tests the error exits for the -TR routines
prec doublecomplex
# ===
schktz.f for Tests STZRQF
prec single
dchktz.f for Tests DTZRQF
prec double
cchktz.f for Tests CTZRQF
prec complex
zchktz.f for Tests ZTZRQF
prec doublecomplex
serrtz.f for Tests the error exits for STZRQF
prec single
derrtz.f for Tests the error exits for DTZRQF
prec double
cerrtz.f for Tests the error exits for CTZRQF
prec complex
zerrtz.f for Tests the error exits for ZTZRQF
prec doublecomplex
# ===
sdrvls.f for Tests the least squares driver routines SGELS,
SGELSX, and SGELSS
prec single
ddrvls.f for Tests the least squares driver routines DGELS,
DGELSX, and DGELSS
prec double
cdrvls.f for Tests the least squares driver routines CGELS,
CGELSX, and CGELSS
prec complex
zdrvls.f for Tests the least squares driver routines ZGELS,
ZGELSX, and ZGELSS
prec doublecomplex
serrls.f for Tests the error exits for the (SGELS, SGELSS,
SGELSX) routines
prec single
derrls.f for Tests the error exits for the (DGELS, DGELSS,
DGELSX) routines
prec double
cerrls.f for Tests the error exits for the (CGELS, CGELSS,
CGELSX) routines
prec complex
zerrls.f for Tests the error exits for the (ZGELS, ZGELSS,
ZGELSX) routines
prec doublecomplex
# ===
serrvx.f for Tests the error exits for the (-SV and -SVX)
routines
prec single
derrvx.f for Tests the error exits for the (-SV and -SVX)
routines
prec double
cerrvx.f for Tests the error exits for the (-SV and -SVX)
routines
prec complex
zerrvx.f for Tests the error exits for the (-SV and -SVX)
routines
prec doublecomplex
# ==========================================
# Other Available Testing Routines
# ==========================================
sgelqs.f for Compute a minimum norm solution using the LQ
factorization computed by SGELQF
prec single
dgelqs.f for Compute a minimum norm solution using the LQ
factorization computed by DGELQF
prec double
cgelqs.f for Compute a minimum norm solution using the LQ
factorization computed by CGELQF
prec complex
zgbt01.f
zgbt02.f
zgbt05.f
zgelqs.f for Compute a minimum norm solztion using the LQ
factorization computed by ZGELQF
prec doublecomplex
sgeqls.f for Solve the least squares problem using the QL
factorization computed by SGEQLF
prec single
dgeqls.f for Solve the least squares problem using the QL
factorization computed by DGEQLF
prec double
cgeqls.f for Solve the least squares problem using the QL
factorization computed by CGEQLF
prec complex
zgeqls.f for Solve the least squares problem using the QL
factorization computed by ZGEQLF
prec doublecomplex
sgeqrs.f for Solve the least squares problem using the QR
factorization computed by SGEQRF
prec single
dgeqrs.f for Solve the least squares problem using the QR
factorization computed by DGEQRF
prec double
cgeqrs.f for Solve the least squares problem using the QR
# factorization computed by CGEQRF
prec complex
zgeqrs.f for Solve the least squares problem using the QR
factorization computed by ZGEQRF
prec doublecomplex
sgerqs.f for Compute a minimum-norm solution using the RQ
# factorization computed by SGERQF
prec single
dgerqs.f for Compute a minimum-norm solution using the RQ
factorization computed by DGERQF
prec double
cgerqs.f for Compute a minimum-norm solution using the RQ
# factorization computed by CGERQF
prec complex
zgerqs.f for Compute a minimum-norm solution using the RQ
factorization computed by ZGERQF
prec doublecomplex
zget01.f
zget02.f
zget03.f
zget04.f
zget07.f
zgtt01.f
zgtt02.f
zgtt05.f
zhet01.f
zhpt01.f
zlaipd.f
zlaptm.f
zlarhs.f
zlatb4.f
zlatsp.f
zlatsy.f
zlattb.f
zlattp.f
zlattr.f
zlavhe.f
zlavhp.f
zlavsp.f
zlavsy.f
zlqt01.f
zlqt02.f
zlqt03.f
zpbt01.f
zpbt02.f
zpbt05.f
zpot01.f
zpot02.f
zpot03.f
zpot05.f
zppt01.f
zppt02.f
zppt03.f
zppt05.f
zptt01.f
zptt02.f
zptt05.f
zqlt01.f
zqlt02.f
zqlt03.f
zqpt01.f
zqrt01.f
zqrt02.f
zqrt03.f
zqrt11.f
zqrt12.f
zqrt13.f
zqrt14.f
zqrt15.f
zqrt16.f
zqrt17.f
zrqt01.f
zrqt02.f
zrqt03.f
zsbmv.f
zspt01.f
zspt02.f
zspt03.f
zsyt01.f
zsyt02.f
zsyt03.f
ztbt02.f
ztbt03.f
ztbt05.f
ztbt06.f
ztpt01.f
ztpt02.f
ztpt03.f
ztpt05.f
ztpt06.f
ztrt01.f
ztrt02.f
ztrt03.f
ztrt05.f
ztrt06.f
ztzt01.f
ztzt02.f
-----------------------------------------------------------
for Subdirectory of Matrix Generation Routines (used
path: /netlib/lapack/testing/matgen/
-----------------------------------------------------------
#
#========= index for lapack/testing/matgen =========
#
slagge.f for Generates a real general matrix
prec single
dlagge.f for Generates a real general matrix
prec double
clagge.f for Generates a complex general matrix
prec complex
zlagge.f for Generates a complex general matrix
prec doublecomplex
claghe.f for Generates a complex Hermitian matrix
prec complex
zlaghe.f for Generates a complex Hermitian matrix
prec doublecomplex
slagsy.f for Generates a real symmetric matrix
prec single
dlagsy.f for Generates a real symmetric matrix
prec double
clagsy.f for Generates a complex symmetric matrix
prec complex
zlagsy.f for Generates a complex symmetric matrix
prec doublecomplex
slaran.f for Returns a random real number from a uniform
(0,1) distribution
prec single
dlaran.f for Returns a random real number from a uniform
(0,1) distribution
prec double
slarge.f for Pre- and post-multiples a real general matrix
with a random
orthogonal matrix
prec single
dlarge.f for Pre- and post-multiples a real general matrix
with a random
orthogonal matrix
prec double
clarge.f for Pre- and post-multiples a complex general matrix
with a random
unitary matrix
prec complex
zlarge.f for Pre- and post-multiples a complex general matrix
with a random
unitary matrix
prec doublecomplex
slarnd.f for Returns a random real number from a uniform or
normal distribution
prec single
dlarnd.f for Returns a random real number from a uniform or
normal distribution
prec double
clarnd.f for Returns a random complex number from a uniform
or normal distribution
prec complex
zlarnd.f for Returns a random complex number from a uniform
or normal distribution
prec doublecomplex
slaror.f for Pre- or post-multiplies a real general matrix by
a random
orthogonal matrix
prec single
dlaror.f for Pre- or post-multiplies a real general matrix by
a random
orthogonal matrix
prec double
claror.f for Pre- or post-multiplies a complex general matrix
by a random
unitary matrix
prec complex
zlaror.f for Pre- or post-multiplies a complex general matrix
by a random
unitary matrix
prec doublecomplex
slarot.f for Applies a (Givens) rotation to two adjacent rows
or columns,
where one element of the first and/or last
column/row may be
a separate variable.
prec single
dlarot.f for Applies a (Givens) rotation to two adjacent rows
or columns,
where one element of the first and/or last
column/row may be
a separate variable.
prec double
clarot.f for Applies a (Givens) rotation to two adjacent rows
or columns,
where one element of the first and/or last
column/row may be
a separate variable.
prec complex
zlarot.f for Applies a (Givens) rotation to two adjacent rows
or columns,
where one element of the first and/or last
column/row may be
a separate variable.
prec doublecomplex
slatm1.f for Called by SLATMR to generate random test
matrices
prec single
dlatm1.f for Called by DLATMR to generate random test
matrices
prec double
clatm1.f for Called by CLATMR to generate random test
matrices
prec complex
zlatm1.f for Called by ZLATMR to generate random test
matrices
prec doublecomplex
slatm2.f for Called by SLATMR to generate random test
matrices
prec single
dlatm2.f for Called by DLATMR to generate random test
matrices
prec double
clatm2.f for Called by CLATMR to generate random test
matrices
prec complex
zlatm2.f for Called by ZLATMR to generate random test
matrices
prec doublecomplex
slatm3.f for Called by SLATMR to generate random test
matrices
prec single
dlatm3.f for Called by DLATMR to generate random test
matrices
prec double
clatm3.f for Called by CLATMR to generate random test
matrices
prec complex
zlatm3.f for Called by ZLATMR to generate random test
matrices
prec doublecomplex
slatme.f for Generates random non-symmetric square matrices
with
specified eigenvalues
prec single
dlatme.f for Generates random non-symmetric square matrices
with
specified eigenvalues
prec double
clatme.f for Generates random non-symmetric square matrices
with
specified eigenvalues
prec complex
zlatme.f for Generates random non-symmetric square matrices
with
specified eigenvalues
prec doublecomplex
slatmr.f for Generates random matrices of various types
prec single
dlatmr.f for Generates random matrices of various types
prec double
clatmr.f for Generates random matrices of various types
prec complex
zlatmr.f for Generates random matrices of various types
prec doublecomplex
slatms.f for generates random matrices with specified
singular values
(or symmetric with specified eigenvalues)
prec single
dlatms.f for generates random matrices with specified
singular values
(or symmetric with specified eigenvalues)
prec double
clatms.f for generates random matrices with specified
singular values
(or Hermitian with specified eigenvalues)
prec complex
zlatms.f for generates random matrices with specified
singular values
(or Hermitian with specified eigenvalues)
prec doublecomplex
-----------------------------------------------------------
for Subdirectory containing the timing routines for
path: /netlib/lapack/timing/
-----------------------------------------------------------
#######################################
# Index for lapack/timing #
#######################################
eig/ for Subdirectory of Eigenproblem Timing
lin/ for Subdirectory of Linear Equation Timing
large/ for Shar file of LARGE timing data files (xBLASA.in,
xBLASB.in,
xBLASC.in, xTIME.in, xBAND.in, xTIME2.in,
xGEPTIM.in,
xNEPTIM.in, xSEPTIM.in, and xSVDTIM.in)
prec single, double, complex, doublecomplex
# ====
# NOTE: SMALL and LARGE refer to the size of the matrices being
# ==== generated. Because of nondifferentiation between upper
# and lowercase letters, the LARGE data set can only be obtained
# via the large.shar file.
# =======================================
# Input Files for BLAS Timing
# =======================================
sblasa.in for SMALL Data file for timing BLAS (parameters M,
N, and K)
with K small
prec single
dblasa.in for SMALL Data file for timing BLAS (parameters M,
N, and K)
with K small
prec double
cblasa.in for SMALL Data file for timing BLAS (parameters M,
N, and K)
with K small
prec complex
zblasa.in for SMALL Data file for timing BLAS (parameters M,
N, and K)
with K small
prec doublecomplex
sblasb.in for SMALL Data file for timing BLAS (parameters M,
N, and K)
with M small
prec single
dblasb.in for SMALL Data file for timing BLAS (parameters M,
N, and K)
with M small
prec double
cblasb.in for SMALL Data file for timing BLAS (parameters M,
N, and K)
with M small
prec complex
zblasb.in for SMALL Data file for timing BLAS (parameters M,
N, and K)
with M small
prec doublecomplex
sblasc.in for SMALL Data file for timing BLAS (parameters M,
N, and K)
with N small
prec single
dblasc.in for SMALL Data file for timing BLAS (parameters M,
N, and K)
with N small
prec double
cblasc.in for SMALL Data file for timing BLAS (parameters M,
N, and K)
with N small
prec complex
zblasc.in for SMALL Data file for timing BLAS (parameters M,
N, and K)
with N small
prec doublecomplex
# =======================================
# Input Files for Linear Equation Timing
# =======================================
stime.in for SMALL Data file for timing square real linear
equations/linear least squares routines
prec single
dtime.in for SMALL Data file for timing square real linear
equations/linear least squares routines
prec double
ctime.in for SMALL Data file for timing square complex linear
equations/linear least squares routines
prec complex
ztime.in for SMALL Data file for timing square complex linear
equations/linear least squares routines
prec doublecomplex
sband.in for SMALL Data file for timing banded real linear
equations/linear least squares routines
prec single, double, complex, doublecomplex
dband.in for SMALL Data file for timing banded real linear
equations/linear least squares routines
prec double
cband.in for SMALL Data file for timing banded complex linear
equations/linear least squares routines
prec complex
zband.in for SMALL Data file for timing banded complex linear
equations/linear least squares routines
prec doublecomplex
stime2.in for SMALL Data file for timing rectangular real
linear
equations/least squares routines
prec single
dtime2.in for SMALL Data file for timing rectangular real
linear
equations/least squares routines
prec double
ctime2.in for SMALL Data file for timing rectangular complex
linear
equations/least squares routines
prec complex
ztime2.in for SMALL Data file for timing rectangular complex
linear
equations/least squares routines
prec doublecomplex
# =======================================
# Input Files for Eigenproblem Timing
# =======================================
sgeptim.in for SMALL Data file for timing the real Generalized
Nonsymmetric Eigenproblem computational and
simple driver routines
prec single
dgeptim.in for SMALL Data file for timing the real Generalized
Nonsymmetric Eigenproblem computational and
simple driver routines
prec double
cgeptim.in for SMALL Data file for timing the complex
Generalized
Nonsymmetric Eigenproblem computational and
simple driver routines
prec complex
zgeptim.in for SMALL Data file for timing the complex
Generalized
Nonsymmetric Eigenproblem computational and
simple driver routines
prec doublecomplex
sneptim.in for SMALL Data file for timing the real Nonsymmetric
Eigenproblem computational and simple/expert
driver routines
prec single
dneptim.in for SMALL Data file for timing the real Nonsymmetric
Eigenproblem computational and simple/expert
driver routines
prec double
cneptim.in for SMALL Data file for timing the complex
Nonsymmetric
Eigenproblem computational and simple/expert
driver routines
prec complex
zneptim.in for SMALL Data file for timing the complex
Nonsymmetric
Eigenproblem computational and simple/expert
driver routines
prec doublecomplex
sseptim.in for SMALL Data file for timing the real Symmetric
Eigenproblem and Generalized Symmetric
Eigenproblem
computational and simple/expert driver routines
prec single
dseptim.in for SMALL Data file for timing the real Symmetric
Eigenproblem and Generalized Symmetric
Eigenproblem
computational and simple/expert driver routines
prec double
cseptim.in for SMALL Data file for timing the complex Symmetric
Eigenproblem and Generalized Symmetric
Eigenproblem
computational and simple/expert driver routines
prec complex
zseptim.in for SMALL Data file for timing the complex Symmetric
Eigenproblem and Generalized Symmetric
Eigenproblem
computational and simple/expert driver routines
prec doublecomplex
ssvdtim.in for SMALL Data file for timing the real Singular
Value
Decomposition computational and simple/expert
driver routines
prec single
dsvdtim.in for SMALL Data file for timing the real Singular
Value
Decomposition computational and simple/expert
driver routines
prec double
csvdtim.in for SMALL Data file for timing the complex Singular
Value
Decomposition computational and simple/expert
driver routines
prec complex
zsvdtim.in for SMALL Data file for timing the complex Singular
Value
Decomposition computational and simple/expert
driver routines
prec doublecomplex
-----------------------------------------------------------
for Subdirectory of Eigenproblem Timing
path: /netlib/lapack/timing/eig/
-----------------------------------------------------------
#######################################
# Index for lapack/timing/eig #
#######################################
atimin.f
claqzh.f
clatm4.f
dlaqzh.f
dlatm4.f
dmflop.f
dopla.f
dopla2.f
dprtbe.f
dprtbg.f
dprtbr.f
dprtbs.f
dprtbv.f
eigsrc/ for Subdirectory containing instrumented LAPACK
routines
ilaenv.f for Special version to be used in conjunction with
XLAENV
slaqzh.f
slatm4.f
smflop.f
sopla.f
sopla2.f
sprtbe.f
sprtbg.f
sprtbr.f
sprtbs.f
sprtbv.f
xlaenv.f for Resets ILAENV values for timing purposes
# ==========================================
# Available Eigenproblem Timing Routines
# ==========================================
stimee.f for Timing program driver for eigenvalue problem
timing
prec single
dtimee.f for Timing program driver for eigenvalue problem
timing
prec double
ctimee.f for Timing program driver for eigenvalue problem
timing
prec complex
zlaqzh.f
zlatm4.f
ztimee.f for Timing program driver for eigenvalue problem
timing
prec doublecomplex
# ===
seispack.f for Instrumented EISPACK routines used for timing
purposes
prec single
deispack.f for Instrumented EISPACK routines used for timing
purposes
prec double
ceispack.f for Instrumented EISPACK routines used for timing
purposes
prec complex
zeispack.f for Instrumented EISPACK routines used for timing
purposes
prec doublecomplex
# ===
stim21.f for Times the nonsymmetric eigenvalue problem LAPACK
routines
prec single
dtim21.f for Times the nonsymmetric eigenvalue problem LAPACK
routines
prec double
ctim21.f for Times the nonsymmetric eigenvalue problem LAPACK
routines
prec complex
ztim21.f for Times the nonsymmetric eigenvalue problem LAPACK
routines
prec doublecomplex
# ===
stim22.f for Times the symmetric eigenvalue problem LAPACK
routines
prec single
dtim22.f for Times the symmetric eigenvalue problem LAPACK
routines
prec double
ctim22.f for Times the symmetric eigenvalue problem LAPACK
routines
prec complex
ztim22.f for Times the symmetric eigenvalue problem LAPACK
routines
prec doublecomplex
# ===
stim26.f for Times the singular value decomposition LAPACK
routines
prec single
dtim26.f for Times the singular value decomposition LAPACK
routines
prec double
ctim26.f for Times the singular value decomposition LAPACK
routines
prec complex
ztim26.f for Times the singular value decomposition LAPACK
routines
prec doublecomplex
# ===
stim51.f for Times the generalized nonsymmetric eigenvalue
problem LAPACK
routines
prec single
dtim51.f for Times the generalized nonsymmetric eigenvalue
problem LAPACK
routines
prec double
ctim51.f for Times the generalized nonsymmetric eigenvalue
problem LAPACK
routines
prec complex
ztim51.f for Times the generalized nonsymmetric eigenvalue
problem LAPACK
routines
prec doublecomplex
-----------------------------------------------------------
for Subdirectory containing instrumented LAPACK
path: /netlib/lapack/timing/eig/eigsrc/
-----------------------------------------------------------
#########################################
# Index for lapack/timing/eig/eigsrc #
#########################################
# ===================================================
# Available Instrumented Eigenproblem LAPACK Routines
# ===================================================
sbdsqr.f for instrumented SBDSQR to count operations
prec single
dbdsqr.f for instrumented DBDSQR to count operations
prec double
cbdsqr.f for instrumented CBDSQR to count operations
prec complex
zbdsqr.f for instrumented ZBDSQR to count operations
prec doublecomplex
sgghrd.f for instrumented SGGHRD to count operations
prec single
dgghrd.f for instrumented DGGHRD to count operations
prec double
cgghrd.f for instrumented CGGHRD to count operations
prec complex
zgghrd.f for instrumented ZGGHRD to count operations
prec doublecomplex
shgeqz.f for instrumented SHGEQZ to count operations
prec single
dhgeqz.f for instrumented DHGEQZ to count operations
prec double
chgeqz.f for instrumented CHGEQZ to count operations
prec complex
zhgeqz.f for instrumented ZHGEQZ to count operations
prec doublecomplex
shsein.f for instrumented SHSEIN to count operations
prec single
dhsein.f for instrumented DHSEIN to count operations
prec double
chsein.f for instrumented CHSEIN to count operations
prec complex
zhsein.f for instrumented ZHSEIN to count operations
prec doublecomplex
shseqr.f for instrumented SHSEQR to count operations
prec single
dhseqr.f for instrumented DHSEQR to count operations
prec double
chseqr.f for instrumented CHSEQR to count operations
prec complex
zhseqr.f for instrumented ZHSEQR to count operations
prec doublecomplex
slaebz.f for instrumented SLAEBZ to count operations
prec single
dlaebz.f for instrumented DLAEBZ to count operations
prec double
slaed0.f for instrumented SLAED0 to count operations
prec single
dlaed0.f for instrumented DLAED0 to count operations
prec double
claed0.f for instrumented CLAED0 to count operations
prec complex
zlaed0.f for instrumented ZLAED0 to count operations
prec doublecomplex
slaed1.f for instrumented SLAED1 to count operations
prec single
dlaed1.f for instrumented DLAED1 to count operations
prec double
slaed2.f for instrumented SLAED2 to count operations
prec single
dlaed2.f for instrumented DLAED2 to count operations
prec double
slaed3.f for instrumented SLAED3 to count operations
prec single
dlaed3.f for instrumented DLAED3 to count operations
prec double
slaed4.f for instrumented SLAED4 to count operations
prec single
dlaed4.f for instrumented DLAED4 to count operations
prec double
slaed5.f for instrumented SLAED5 to count operations
prec single
dlaed5.f for instrumented DLAED5 to count operations
prec double
slaed6.f for instrumented SLAED6 to count operations
prec single
dlaed6.f for instrumented DLAED6 to count operations
prec double
slaed7.f for instrumented SLAED7 to count operations
prec single
dlaed7.f for instrumented DLAED7 to count operations
prec double
claed7.f for instrumented CLAED7 to count operations
prec complex
zlaed7.f for instrumented ZLAED7 to count operations
prec doublecomplex
slaed8.f for instrumented SLAED8 to count operations
prec single
dlaed8.f for instrumented DLAED8 to count operations
prec double
claed8.f for instrumented CLAED8 to count operations
prec complex
zlaed8.f for instrumented ZLAED8 to count operations
prec doublecomplex
slaed9.f for instrumented SLAED9 to count operations
prec single
dlaed9.f for instrumented DLAED9 to count operations
prec double
slaeda.f for instrumented SLAEDA to count operations
prec single
dlaeda.f for instrumented DLAEDA to count operations
prec double
slaein.f for instrumented SLAEIN to count operations
prec single
dlaein.f for instrumented DLAEIN to count operations
prec double
claein.f for instrumented CLAEIN to count operations
prec complex
zlaein.f for instrumented ZLAEIN to count operations
prec doublecomplex
slahqr.f for instrumented SLAHQR to count operations
prec single
dlahqr.f for instrumented DLAHQR to count operations
prec double
clahqr.f for instrumented CLAHQR to count operations
prec complex
zlahqr.f for instrumented ZLAHQR to count operations
prec doublecomplex
slasq1.f for instrumented SLASQ1 to count operations
prec single
dlasq1.f for instrumented DLASQ1 to count operations
prec double
slasq2.f for instrumented SLASQ2 to count operations
prec single
dlasq2.f for instrumented DLASQ2 to count operations
prec double
slasq3.f for instrumented SLASQ3 to count operations
prec single
dlasq3.f for instrumented DLASQ3 to count operations
prec double
slasq4.f for instrumented SLASQ4 to count operations
prec single
dlasq4.f for instrumented DLASQ4 to count operations
prec double
spteqr.f for instrumented SPTEQR to count operations
prec single
dpteqr.f for instrumented DPTEQR to count operations
prec double
cpteqr.f for instrumented CPTEQR to count operations
prec complex
zpteqr.f for instrumented ZPTEQR to count operations
prec doublecomplex
sstebz.f for instrumented SSTEBZ to count operations
prec single
dstebz.f for instrumented DSTEBZ to count operations
prec double
sstedc.f for instrumented SSTEDC to count operations
prec single
dstedc.f for instrumented DSTEDC to count operations
prec double
cstedc.f for instrumented CSTEDC to count operations
prec complex
zstedc.f for instrumented ZSTEDC to count operations
prec doublecomplex
sstein.f for instrumented SSTEIN to count operations
prec single
dstein.f for instrumented DSTEIN to count operations
prec double
cstein.f for instrumented CSTEIN to count operations
prec complex
zstein.f for instrumented ZSTEIN to count operations
prec doublecomplex
ssteqr.f for instrumented SSTEQR to count operations
prec single
dsteqr.f for instrumented DSTEQR to count operations
prec double
csteqr.f for instrumented CSTEQR to count operations
prec complex
zsteqr.f for instrumented ZSTEQR to count operations
prec doublecomplex
ssterf.f for instrumented SSTERF to count operations
prec single
dsterf.f for instrumented DSTERF to count operations
prec double
stgevc.f for instrumented STGEVC to count operations
prec single
dtgevc.f for instrumented DTGEVC to count operations
prec double
ctgevc.f for instrumented CTGEVC to count operations
prec complex
ztgevc.f for instrumented ZTGEVC to count operations
prec doublecomplex
strevc.f for instrumented STREVC to count operations
prec single
dtrevc.f for instrumented DTREVC to count operations
prec double
ctrevc.f for instrumented CTREVC to count operations
prec complex
ztrevc.f for instrumented ZTREVC to count operations
prec doublecomplex
-----------------------------------------------------------
for Shar file of LARGE timing data files (xBLASA.in,
path: /netlib/lapack/timing/large/
-----------------------------------------------------------
CBAND.in
CBLASA.in
CBLASB.in
CBLASC.in
CGEPTIM.in
CNEPTIM.in
CSEPTIM.in
CSVDTIM.in
CTIME.in
CTIME2.in
DBAND.in
DBLASA.in
DBLASB.in
DBLASC.in
DGEPTIM.in
DNEPTIM.in
DSEPTIM.in
DSVDTIM.in
DTIME.in
DTIME2.in
SBAND.in
SBLASA.in
SBLASB.in
SBLASC.in
SGEPTIM.in
SNEPTIM.in
SSEPTIM.in
SSVDTIM.in
STIME.in
STIME2.in
ZBAND.in
ZBLASA.in
ZBLASB.in
ZBLASC.in
ZGEPTIM.in
ZNEPTIM.in
ZSEPTIM.in
ZSVDTIM.in
ZTIME.in
ZTIME2.in
-----------------------------------------------------------
for Subdirectory of Linear Equation Timing
path: /netlib/lapack/timing/lin/
-----------------------------------------------------------
#######################################
# Index for lapack/timing/lin #
#######################################
atimck.f
atimin.f
dmflop.f
dopaux.f
dopbl2.f
dopbl3.f
dopgb.f
dopla.f
dprtb2.f
dprtb3.f
dprtb4.f
dprtb5.f
dprtbl.f
icopy.f
ilaenv.f for Special version used in conjunction with XLAENV
smflop.f
sopaux.f
sopbl2.f
sopbl3.f
sopgb.f
sopla.f
sprtb2.f
sprtb3.f
sprtb4.f
sprtb5.f
sprtbl.f
xlaenv.f for Resets ILAENV values for timing purposes
# ==========================================
# Available Linear Equation Timing Routines
# ==========================================
stimaa.f for Timing program driver for linear equation timing
prec single
dtimaa.f for Timing program driver for linear equation timing
prec double
ctimaa.f for Timing program driver for linear equation timing
prec complex
ztimaa.f for Timing program driver for linear equation timing
prec doublecomplex
# ===
seispk.f for Instrumented eispack routines used in timing
comparisons
prec single
deispk.f for Instrumented eispack routines used in timing
comparisons
prec double
# ===
slinpk.f for Instrumented linpack routines used in timing
comparisons
prec single
dlinpk.f for Instrumented linpack routines used in timing
comparisons
prec double
clinpk.f for Instrumented linpack routines used in timing
comparisons
prec complex
zlinpk.f for Instrumented linpack routines used in timing
comparisons
prec doublecomplex
# ===
stimmg.f for Generates a toeplitz test matrix
prec single
dtimmg.f for Generates a toeplitz test matrix
prec double
ctimmg.f for Generates a toeplitz test matrix
prec complex
ztimmg.f for Generates a toeplitz test matrix
prec doublecomplex
# ===
stimb2.f for Times the BLAS 2 routines
prec single
dtimb2.f for Times the BLAS 2 routines
prec double
ctimb2.f for Times the BLAS 2 routines
prec complex
ztimb2.f for Times the BLAS 2 routines
prec doublecomplex
stimb3.f for Times the BLAS 3 routines
prec single
dtimb3.f for Times the BLAS 3 routines
prec double
ctimb3.f for Times the BLAS 3 routines
prec complex
ztimb3.f for Times the BLAS 3 routines
prec doublecomplex
stimmm.f for Times SGEMM
prec single
dtimmm.f for Times DGEMM
prec double
ctimmm.f for Times CGEMM
prec complex
ztimmm.f for Times ZGEMM
prec doublecomplex
stimmv.f for Times individual BLAS 2 routines
prec single
dtimmv.f for Times individual BLAS 2 routines
prec double
ctimmv.f for Times individual BLAS 2 routines
prec complex
ztimmv.f for Times individual BLAS 2 routines
prec doublecomplex
# ===
stimbr.f for Times SGEBRD, SORGBR, and SORMBR
prec single
dtimbr.f for Times DGEBRD, DORGBR, and DORMBR
prec double
ctimbr.f for Times CGEBRD, CUNGBR, and CUNMBR
prec complex
ztimbr.f for Times ZGEBRD, ZUNGBR, and ZUNMBR
prec doublecomplex
# ===
stimgb.f for Times SGBTRF and SGBTRS
prec single
dtimgb.f for Times DGBTRF and DGBTRS
prec double
ctimgb.f for Times CGBTRF and CGBTRS
prec complex
ztimgb.f for Times ZGBTRF and ZGBTRS
prec doublecomplex
# ===
stimge.f for Times SGETRF, SGETRS, and SGETRI
prec single
dtimge.f for Times DGETRF, DGETRS, and DGETRI
prec double
ctimge.f for Times CGETRF, CGETRS, and CGETRI
prec complex
ztimge.f for Times ZGETRF, ZGETRS, and ZGETRI
prec doublecomplex
# ===
stimgt.f for Times SGTTRF, -TRS, -SV, and -SL.
prec single
dtimgt.f for Times DGTTRF, -TRS, -SV, and -SL.
prec double
ctimgt.f for Times CGTTRF, -TRS, -SV, and -SL.
prec complex
ztimgt.f for Times ZGTTRF, -TRS, -SV, and -SL.
prec doublecomplex
# ===
stimhr.f for Times the LAPACK routines SGEHRD, SORGHR, and
SORMHR,
and the EISPACK routine ORTHES
prec single
dtimhr.f for Times the LAPACK routines DGEHRD, DORGHR, and
DORMHR,
and the EISPACK routine ORTHES
prec double
ctimhr.f for Times the LAPACK routines CGEHRD, CUNGHR, and
CUNMHR
prec complex
ztimhr.f for Times the LAPACK routines ZGEHRD, ZUNGHR, and
ZUNMHR
prec doublecomplex
# ===
stimlq.f for Times the LAPACK routines to perform the LQ
factorization
(SGELQF, SORGLQ, SORMLQ)
prec single
dtimlq.f for Times the LAPACK routines to perform the LQ
factorization
(DGELQF, DORGLQ, DORMLQ)
prec double
ctimlq.f for Times the LAPACK routines to perform the LQ
factorization
(CGELQF, CUNGLQ, CUNMLQ)
prec complex
ztimlq.f for Times the LAPACK routines to perform the LQ
factorization
(ZGELQF, ZUNGLQ, ZUNMLQ)
prec doublecomplex
# ===
stimpb.f for Times SPBTRF and SPBTRS
prec single
dtimpb.f for Times DPBTRF and DPBTRS
prec double
ctimpb.f for Times CPBTRF and CPBTRS
prec complex
ztimpb.f for Times ZPBTRF and ZPBTRS
prec doublecomplex
# ===
stimpo.f for Times SPOTRF, SPOTRS, and SPOTRI
prec single
dtimpo.f for Times DPOTRF, DPOTRS, and DPOTRI
prec double
ctimpo.f for Times CPOTRF, CPOTRS, and CPOTRI
prec complex
ztimpo.f for Times ZPOTRF, ZPOTRS, and ZPOTRI
prec doublecomplex
# ===
stimpp.f for Times SPPTRF, SPPTRS, and SPPTRI
prec single
dtimpp.f for Times DPPTRF, DPPTRS, and DPPTRI
prec double
ctimpp.f for Times CPPTRF, CPPTRS, and CPPTRI
prec complex
ztimpp.f for Times ZPPTRF, ZPPTRS, and ZPPTRI
prec doublecomplex
# ===
stimpt.f for Times SPTTRF, -TRS, -SV, and -SL.
prec single
dtimpt.f for Times DPTTRF, -TRS, -SV, and -SL.
prec double
ctimpt.f for Times CPTTRF, -TRS, -SV, and -SL.
prec complex
ztimpt.f for Times ZPTTRF, -TRS, -SV, and -SL.
prec doublecomplex
# ===
stimql.f for Times the LAPACK routines to perform the QL
factorization
(SGEQLF, SORGQL, SORMQL)
prec single
dtimql.f for Times the LAPACK routines to perform the QL
factorization
(DGEQLF, DORGQL, DORMQL)
prec double
ctimql.f for Times the LAPACK routines to perform the QL
factorization
(CGEQLF, CUNGQL, CUNMQL)
prec complex
ztimql.f for Times the LAPACK routines to perform the QL
factorization
(ZGEQLF, ZUNGQL, ZUNMQL)
prec doublecomplex
# ===
stimqp.f for Times the LAPACK routines to perform the QR
factorization
with column pivoting (SGEQPF)
prec single
dtimqp.f for Times the LAPACK routines to perform the QR
factorization
with column pivoting (DGEQPF)
prec double
ctimqp.f for Times the LAPACK routines to perform the QR
factorization
with column pivoting (CGEQPF)
prec complex
ztimqp.f for Times the LAPACK routines to perform the QR
factorization
with column pivoting (ZGEQPF)
prec doublecomplex
# ===
stimqr.f for Times the LAPACK routines to perform the QR
factorization
(SGEQRF, SORGQR, SORMQR)
prec single
dtimqr.f for Times the LAPACK routines to perform the QR
factorization
(DGEQRF, DORGQR, DORMQR)
prec double
ctimqr.f for Times the LAPACK routines to perform the QR
factorization
(CGEQRF, CUNGQR, CUNMQR)
prec complex
ztimqr.f for Times the LAPACK routines to perform the QR
factorization
(ZGEQRF, ZUNGQR, ZUNMQR)
prec doublecomplex
# ===
stimrq.f for Times the LAPACK routines to perform the RQ
factorization
(SGERQF, SORGRQ, SORMRQ)
prec single
dtimrq.f for Times the LAPACK routines to perform the RQ
factorization
(DGERQF, DORGRQ, DORMRQ)
prec double
ctimrq.f for Times the LAPACK routines to perform the RQ
factorization
(CGERQF, CUNGRQ, CUNMRQ)
prec complex
ztimrq.f for Times the LAPACK routines to perform the RQ
factorization
(ZGERQF, ZUNGRQ, ZUNMRQ)
prec doublecomplex
# ===
stimsp.f for Times SSPTRF, SSPTRS, and SSPTRI
prec single
dtimsp.f for Times DSPTRF, DSPTRS, and DSPTRI
prec double
ctimsp.f for Times CSPTRF, CSPTRS, and CSPTRI
prec complex
ztimsp.f for Times ZSPTRF, ZSPTRS, and ZSPTRI
prec doublecomplex
ctimhp.f for Times CHPTRF, CHPTRS, and CHPTRI
prec complex
ztimhp.f for Times ZHPTRF, ZHPTRS, and ZHPTRI
prec doublecomplex
# ===
stimsy.f for Times SSYTRF, SSYTRS, and SSYTRI
prec single
dtimsy.f for Times DSYTRF, DSYTRS, and DSYTRI
prec double
ctimsy.f for Times CSYTRF, CSYTRS, and CSYTRI
prec complex
ztimsy.f for Times ZSYTRF, ZSYTRS, and ZSYTRI
prec doublecomplex
ctimhe.f for Times CHETRF, CHETRS, and CHETRI
prec complex
ztimhe.f for Times ZHETRF, ZHETRS, and ZHETRI
prec doublecomplex
# ===
stimtb.f for Times STBTRS
prec single
dtimtb.f for Times DTBTRS
prec double
ctimtb.f for Times CTBTRS
prec complex
ztimtb.f for Times ZTBTRS
prec doublecomplex
# ===
stimtd.f for Times the LAPACK routines SSYTRD, SORGTR, and
SORMTR,
and the EISPACK routine TRED1
prec single
dtimtd.f for Times the LAPACK routines DSYTRD, DORGTR, and
DORMTR,
and the EISPACK routine TRED1
prec double
ctimtd.f for Times the LAPACK routines CHETRD, CUNGTR, and
CUNMTR
prec complex
ztimtd.f for Times the LAPACK routines ZHETRD, ZUNGTR, and
ZUNMTR
prec doublecomplex
# ===
stimtp.f for Times STPTRI and STPTRS
prec single
dtimtp.f for Times DTPTRI and DTPTRS
prec double
ctimtp.f for Times CTPTRI and CTPTRS
prec complex
ztimtp.f for Times ZTPTRI and ZTPTRS
prec doublecomplex
# ===
stimtr.f for Times STRTRI and STRTRS
prec single
dtimtr.f for Times DTRTRI and DTRTRS
prec double
ctimtr.f for Times CTRTRI and CTRTRS
prec complex
ztimtr.f for Times ZTRTRI and ZTRTRS
prec doublecomplex
-----------------------------------------------------------
for LAPACK utility routines
path: /netlib/lapack/util/
-----------------------------------------------------------
.depend
dsecnd.f
dlamch.f
icmax1.f
ilaenv.f
izmax1.f
lsame.f
lsamen.f
second.f
slamch.f
xerbla.f
-----------------------------------------------------------
for a few eigenvalues/eigenvectors of a large
path: /netlib/laso/
-----------------------------------------------------------
.depend
codes
daxpy.f
dcopy.f
ddot.f
dependencies
dippla.f
diwla.f
dlabax.f
dlabcm.f
dlabfc.f
dlaeig.f
dlager.f
dlaran.f
dmvpc.f
dnppla.f
dnrm2.f
dnwla.f
dortqr.f
dscal.f
dswap.f
dvsort.f
makefile
readme for overview of laso
dilaso.f for all eigenvalues and eigenvectors of a sparse
symmetric matrix outside
an excluded interval, block Lanczos with
orthogonalization
prec double
gams d4a1, d4a7
saxpy.f
scopy.f
sdot.f
silaso.f for all eigenvalues and eigenvectors of a sparse
symmetric matrix outside
an excluded interval, block Lanczos with
orthogonalization
prec single
gams d4a1, d4a7
dnlaso.f for a few eigenvalues and eigenvectors of a sparse
symmetric matrix from
either end of the spectrum, block Lanczos with
orthogonalization
prec double
gams d4a1, d4a7
sippla.f
siwla.f
slabax.f
slabcm.f
slabfc.f
slaeig.f
slager.f
slaran.f
smvpc.f
snlaso.f for a few eigenvalues and eigenvectors of a sparse
symmetric matrix from
either end of the spectrum, block Lanczos with
orthogonalization
prec single
gams d4a1, d4a7
doc for user manual for the LASO package
lanczos3 for sample driver program for the LASO package
snppla.f
snrm2.f
snwla.f
sortqr.f
sscal.f
sswap.f
svsort.f
to.scott
urand.f
-----------------------------------------------------------
for least squares
path: /netlib/lawson-hanson/
-----------------------------------------------------------
all
-----------------------------------------------------------
for various functions complementing the bigger
path: /netlib/linalg/
-----------------------------------------------------------
# The templates files that were here are now in /netlib/templates/.
readme for overview of linalg
axxbc.f for solution of A*X + X*B = C
lang fortran
by Stephen Nash <snash@mason1.gmu.edu>
binary-lu for lu decomposition on a binary matrix in binary
arithmetic.
by Burt Garbow, ANL, 11/86
bemw/ for 4 implementations of the mixed block elimination
method
by W. Govaerts <Willy.Govaerts@rug.ac.be> and J.
D. Pryce
lang fortran
prec single real, double real, single complex, double
complex
gams d2a4, d2b4, d2c4
bmr/ for An MPI implementation of the
Broadcast-Multiply-Roll algorithm for parallel
matrix multiplication
by Anna Tsao, Supercomputing Research Center,
tsao@super.org
gams d1b6
encoding compress
bsmp.f by Bank and Smith
for sparse LU made simple
gams d2a4, d2b4
cg/ for A collection of conjugate gradient type
iterative methods for distributed memory
architectures, using PVM as the message passing
protocol. Includes demo and X window interface.
(371886 bytes)
by Victor Eijkhout <eijkhout@cs.utk.edu>
conest for estimates the 1-norm of a square, complex matrix
A. reverse communication is used for evaluating
matrix-vector product.
by N.J. Higham, 1987.
dcgc for a preconditioned conjugate gradient code written
in 'c' using double precision.
by Mark Seager, LLNL, 10/26/86
lang c
gams d2b1b, d2b4
eiginv for numerical solution of the inverse eigenvalue
problem
by Burt Garbow, ANL, 11/86
gemmw/ for a highly portable Level 3 BLAS implementation of
Winograd's variant Strassen's matrix
multiplication algorithm
by douglas-craig@CS.YALE.EDU ("Craig C. Douglas")
May 22 1992
gams d1b6
goliath.f for Fortran with driver for exact analysis of sparse
rectangular rational linear systems
by Peter Alfeld and David Eyre, 1989.
goliath.tex for user manual for the exact analysis of sparse
rectangular rational linear systems
by Peter Alfeld and David Eyre, 1989.
guptri for This package of routines contains robust
software with error bounds for computing the
generalized Schur decomposition of an arbitrary
pencil A - zB (regular or singular). The
decomposition (guptri - generalized upper
triangular form) is a generalization of the
Schur canonical form of A -zI to matrix pencils
and reveals the Kronecker structure of a
singular pencil. More information of the
package is placed in README, where you also can
find references to papers describing software,
algorithms and error bounds used in the package.
The package is developed by Jim Demmel and Bo
Kagstrom (adresses in README).
gams d4b4
lang fortran
hssxev/ for - An out-of-core symmetric eigensolve r for
large dense problems. It uses block householder
reductions to reduce the full dense matrix to
banded form. The banded form is then reduced to
tridiagonal form and all eigenvalues are
computed. Specified eigenvectors are computed
using inverse iteration with the band matrix
and then back transformed to orginal form.
by Roger Grimes, Boeing Computer Services, Nov 1987
gams d4a1
ibmblas3/ for A Fortran implementation of the Level 3 BLAS
optimized for the IBM 3090. Bo Kagstrom
bokg@cs.umu.se Tue Oct 30 10:37:01 1990
gams d1b
iccg for nonsymmetric sparse solver using implicite
normal equations
by Dongarra, Leaf, and Minkoff.
lang fortran
gams d2a4
iccg-doc by Dongarra, Leaf, and Minkoff.
iccg-paper lang troff
by Dongarra, Leaf, and Minkoff.
l3abdsol/ for almost block diagonal linear systems
by Cyphers and Paprzycki
ref SMU Software Report 92-3
prec single or double
lang Fortran 77
gams d2a2
lalqmr/ for A package implementing the Freund, Gutknecht,
and Nachtigal version of the look-ahead Lanczos
algorithm. Includes driver code to compute
eigenvalues of matrices, as well as a linear
systems solver using the quasi-minimal residual
method. Roland Freund and Noel Nachtigal, RIACS
by Noel M. Nachtigal <santa@riacs.edu> Tue Jan 14
16:20:35 1992
gams d2a1, d4a2
laspack/ for LASPack is a package for solving large sparse
systems of linear
equations like those which arise from
discretization of partial
differential equations. It contains classical
as well as selected state-of-the-art algorithms
which are commonly used for large sparse systems
such as CG-like methods for non-symmetric
systems (CGN, GMRES, BiCG, QMR, CGS, and
BiCGStab) and multilevel methods such as
multigrid and conjugate gradient method
preconditioned by multigrid and BPX
preconditioners. LASPack is written in ANSI C
and is thus largely portable. Postscript and
HTML version of the reference manual are
included.
by Tomas Skalicky
lang c
gams d2a4
lsqr for finds a solution x to the following problems:
1. Unsymmetric equations -- solve A*x = b 2.
Linear least squares -- solve A*x = b in the
least-squares sense 3. Damped least squares --
solve ( A )*x = ( b )
damp*I ) ( 0 in the least-squares sense where
A is a matrix with m rows and n columns, b
is an m-vector, and damp is a scalar. (All
quantities are real.) The matrix A is intended
to be large and sparse. It is accessed by means
of subroutine calls of the form CALL APROD (
mode,m,n,x,y,LENIW,LENRW,IW,RW )
lang fortran
gams d2a4, d9a1
sgefac for a 'c' implementation of the LINPACK routines
sgefa and sgesl which do LU decomposition with
partial pivoting (single precision).
by Mark Seager, LLNL, 10/26/86
gams d2a1
lang c
smmp
sonest for estimates the 1-norm of a square, real matrix
A. reverse communication is used for evaluating
matrix-vector product.
by N.J. Higham, 1987.
sparsdyn/ for SparseDynamics is a sparse matrix algorithm
development tool that runs on a Sun workstation
under suntools. It allows the developer to
observe the dynamic changes in a sparse matrix
as it is operated on by a sparse matrix
algorithm. In its current state, it only
demonstrates an early sequential version of the
D2 algorithm. SparseDynamics is a prototype
package, so no documentation is provided on how
to connect it to a different sparse matrix
algorithm. It has been tested on a Sun 3/60
with 4 megabytes, a SPARCsystem 330, and a
SPARCstation 1. For more information, refer to
"A nondeterministic parallel algorithm for
unsymmetric sparse LU factorization," T. A.
Davis, and P.-C. Yew, SIAM Journal on Matrix
Analysis and Applications (July 1990).
gams d2a4, s3
sqr/
symmlq for is designed to solve the system of linear
equations A*x = b where A is an n*n
symmetric matrix and b is a given vector. The
matrix A is not required to be positive
definite. (If A is known to be definite, the
method of conjugate gradients may be used -- it
will require about the same number of iterations
as SYMMLQ but slightly less work per
iteration.) The matrix A is intended to be
large and sparse. It is accessed by means of a
subroutine call of the form CALL APROD( n,x,y )
which must return the product y = A*x for any
given vector x.
gams d2b4
testmats/ # A collection of 44 parametrized test matrices,
in the form of MATLAB M-files. The matrices are
mostly square, dense, nonrandom, and of
arbitrary dimension. The collection includes
matrices with known inverses or known
eigenvalues; ill-conditioned or rank deficient
matrices; and symmetric, positive definite,
orthogonal, defective, involutary, and totally
positive matrices. In addition, there are some
further M-files of interest for viewing and
modifying the test matrices. The M-files are
provided in the form of a Unix shar file. By
Nick Higham, July 4 1989.
tricyclic.f title tricyc
for vectorized in-place tridiagonal solution
by Dodson and Levin
ref SIMAX 13:4 1246-1254 (1992)
size 11 kilobytes
prec real
age stable
gams D2a2a
rel ok
# No pivoting
underwood for A version of block lanczos based on Richard
Underwood's work.
linpackc++ for partial interface to LINPACK routines for C++
# single values are passed by reference, arrays by
pointer
gams d2a1, d3a1
qmrpack/ for iterative solution of linear systems
by Roland Freund and Noel Nachtigal
alg QMR (with lookahead, no-lookahead,
transpose-free, and other variants)
size 500 kilobytes
# Since this is a large, binary file you must use
ftp, not email, to get it.
gams d2a1, d2b1, d2c1, d4a1, d4a2, d4a4
qmr/ for iterative solution of linear systems
by Roland Freund and Noel Nachtigal
alg QMR (with lookahead, no-lookahead,
transpose-free, and other variants)
gams d2a1, d2b1, d2c1, d4a1, d4a2, d4a4
umfpack2/ title Unsymmetric-pattern MultiFrontal Package
(UMFPACK Version 2.0)
for Solves Ax=b using LU factorization, where A is a
general unsymmetric sparse matrix. The method
relies on dense matrix kernels (the BLAS) to
factorize rectangular frontal matrices, which
are dense submatrices of the sparse matrix being
factorized.
# Includes a Users' Guide (README file in ASCII)
and both double and single precision versions.
Requires the BLAS, and two subroutines from the
Harwell MA28 code (available from netlib). For
non-commercial use only (see the licensing
restrictions in the package itself). Since this
is a binary file, you must use ftp, not email,
to get it.
lang ANSI Fortran 77
by Tim Davis, University of Florida
(davis@cis.ufl.edu or
na.tdavis@na-net.ornl.gov). Joint work with
Iain Duff.
gams d2a4
prec single, double
-----------------------------------------------------------
for 4 implementations of the mixed block elimination
path: /netlib/linalg/bemw/
-----------------------------------------------------------
cbemw.f
dbemw.f
readme
sbemw.f
ssbemw.f
stest.f
stest1.f
-----------------------------------------------------------
for An MPI implementation of the
path: /netlib/linalg/bmr/
-----------------------------------------------------------
README_BIMMER
code/
create_bimmer
make_include/
-----------------------------------------------------------
path: /netlib/linalg/bmr/code/
-----------------------------------------------------------
include/
mm/
mm_test/
utility/
-----------------------------------------------------------
path: /netlib/linalg/bmr/code/include/
-----------------------------------------------------------
README
mm.h
mm_test.h
stdeig.h
-----------------------------------------------------------
path: /netlib/linalg/bmr/code/mm/
-----------------------------------------------------------
Makefile
README
prism_v_bca_rb.c
prism_v_bca_rc.c
prism_v_bcb_rc.c
prism_v_bimmer.c
prism_v_dlacpy.f
prism_v_ra_bcb.c
prism_v_ra_bcc.c
prism_v_rb_bcc.c
prism_v_scl_mtrx.c
-----------------------------------------------------------
path: /netlib/linalg/bmr/code/mm_test/
-----------------------------------------------------------
Makefile
README
ap1000-.run
intelnx-ch_nx.run
meiko-ch_meiko.run
paragon-ch_nx.run
prism_bimmer_test.c
prism_v_error_chk.c
rs6000-ch_eui-ANL.run
rs6000-ch_eui-NAS.run
rs6000-mpif-ANL.run
rs6000-mpif-NAS.run
sun4-ch_cmmd.run
sun4-ch_p4.run
-----------------------------------------------------------
path: /netlib/linalg/bmr/code/utility/
-----------------------------------------------------------
Make_bimmer
README
prism_i_datatype_size.c
prism_i_ldim.c
prism_i_ldwk.c
prism_s_m_d_alloc_matrix.c
prism_s_v_generror.c
prism_v_bc.c
prism_v_copy.c
prism_v_free_matrix.c
prism_v_init_var.c
prism_v_layout.c
prism_v_prt_m.c
prism_v_skew.c
prism_x_datatype.c
-----------------------------------------------------------
path: /netlib/linalg/bmr/make_include/
-----------------------------------------------------------
Make-ap1000-.include
Make-intelnx-ch_nx.include
Make-meiko-ch_meiko.include
Make-paragon-ch_nx.include
Make-rs6000-ch_eui.include
Make-rs6000-mpif.include
Make-sun4-ch_cmmd.include
Make-sun4-ch_p4.include
README
-----------------------------------------------------------
for A collection of conjugate gradient type
path: /netlib/linalg/cg/
-----------------------------------------------------------
pvm3/
-----------------------------------------------------------
path: /netlib/linalg/cg/pvm3/
-----------------------------------------------------------
examples/
-----------------------------------------------------------
path: /netlib/linalg/cg/pvm3/examples/
-----------------------------------------------------------
cg/
-----------------------------------------------------------
path: /netlib/linalg/cg/pvm3/examples/cg/
-----------------------------------------------------------
AFX8/
ALPHA/
BFLY/
BSD386/
C2MP/
CM2/
CM5/
CRAY/
CRAYSMP/
HP300/
HPPA/
I860/
IPSC2/
KSR1/
Makefile
NEXT/
PGON/
PMAX/
RS6K/
Readme
SGI/
SUN2/
SUN3/
SUN4/
SUN4SOL2/
SYMM/
TITN/
UVAX/
VAX/
Xdemo
aimk
cg_run
input.data/
local.data/
man/
pvmgetarch
src/
util/
-----------------------------------------------------------
path: /netlib/linalg/cg/pvm3/examples/cg/AFX8/
-----------------------------------------------------------
Makefile
cg_headers.h
-----------------------------------------------------------
path: /netlib/linalg/cg/pvm3/examples/cg/ALPHA/
-----------------------------------------------------------
Makefile
cg_headers.h
-----------------------------------------------------------
path: /netlib/linalg/cg/pvm3/examples/cg/BFLY/
-----------------------------------------------------------
Makefile
cg_headers.h
-----------------------------------------------------------
path: /netlib/linalg/cg/pvm3/examples/cg/BSD386/
-----------------------------------------------------------
Makefile
cg_headers.h
-----------------------------------------------------------
path: /netlib/linalg/cg/pvm3/examples/cg/C2MP/
-----------------------------------------------------------
Makefile
cg_headers.h
-----------------------------------------------------------
path: /netlib/linalg/cg/pvm3/examples/cg/CM2/
-----------------------------------------------------------
Makefile
cg_headers.h
-----------------------------------------------------------
path: /netlib/linalg/cg/pvm3/examples/cg/CM5/
-----------------------------------------------------------
Makefile
cg_headers.h
-----------------------------------------------------------
path: /netlib/linalg/cg/pvm3/examples/cg/CRAY/
-----------------------------------------------------------
Makefile
cg_headers.h
-----------------------------------------------------------
path: /netlib/linalg/cg/pvm3/examples/cg/CRAYSMP/
-----------------------------------------------------------
Makefile
cg_headers.h
-----------------------------------------------------------
path: /netlib/linalg/cg/pvm3/examples/cg/HP300/
-----------------------------------------------------------
Makefile
cg_headers.h
-----------------------------------------------------------
path: /netlib/linalg/cg/pvm3/examples/cg/HPPA/
-----------------------------------------------------------
HPtimer
Makefile
cg_headers.h
-----------------------------------------------------------
path: /netlib/linalg/cg/pvm3/examples/cg/I860/
-----------------------------------------------------------
Makefile
cg_headers.h
-----------------------------------------------------------
path: /netlib/linalg/cg/pvm3/examples/cg/IPSC2/
-----------------------------------------------------------
Makefile
cg_headers.h
-----------------------------------------------------------
path: /netlib/linalg/cg/pvm3/examples/cg/KSR1/
-----------------------------------------------------------
Makefile
cg_headers.h
-----------------------------------------------------------
path: /netlib/linalg/cg/pvm3/examples/cg/NEXT/
-----------------------------------------------------------
Makefile
cg_headers.h
-----------------------------------------------------------
path: /netlib/linalg/cg/pvm3/examples/cg/PGON/
-----------------------------------------------------------
Makefile
cg_headers.h
-----------------------------------------------------------
path: /netlib/linalg/cg/pvm3/examples/cg/PMAX/
-----------------------------------------------------------
Makefile
cg_headers.h
-----------------------------------------------------------
path: /netlib/linalg/cg/pvm3/examples/cg/RS6K/
-----------------------------------------------------------
Makefile
cg_headers.h
-----------------------------------------------------------
path: /netlib/linalg/cg/pvm3/examples/cg/SGI/
-----------------------------------------------------------
Makefile
cg_headers.h
-----------------------------------------------------------
path: /netlib/linalg/cg/pvm3/examples/cg/SUN2/
-----------------------------------------------------------
Makefile
cg_headers.h
-----------------------------------------------------------
path: /netlib/linalg/cg/pvm3/examples/cg/SUN3/
-----------------------------------------------------------
Makefile
cg_headers.h
-----------------------------------------------------------
path: /netlib/linalg/cg/pvm3/examples/cg/SUN4/
-----------------------------------------------------------
Makefile
cg_headers.h
-----------------------------------------------------------
path: /netlib/linalg/cg/pvm3/examples/cg/SUN4SOL2/
-----------------------------------------------------------
Makefile
cg_headers.h
-----------------------------------------------------------
path: /netlib/linalg/cg/pvm3/examples/cg/SYMM/
-----------------------------------------------------------
Makefile
cg_headers.h
-----------------------------------------------------------
path: /netlib/linalg/cg/pvm3/examples/cg/TITN/
-----------------------------------------------------------
Makefile
cg_headers.h
-----------------------------------------------------------
path: /netlib/linalg/cg/pvm3/examples/cg/UVAX/
-----------------------------------------------------------
Makefile
cg_headers.h
-----------------------------------------------------------
path: /netlib/linalg/cg/pvm3/examples/cg/VAX/
-----------------------------------------------------------
Makefile
cg_headers.h
-----------------------------------------------------------
path: /netlib/linalg/cg/pvm3/examples/cg/input.data/
-----------------------------------------------------------
!
a_inprod.bat
abs_stop.bat
all_read
axb_stop.bat
bcgs.bat
bicg.bat
cg.bat
cgne.bat
cgs.bat
compress_col.bat
compress_row.bat
compress_sym.bat
coor2matlab
dbx.bat
def_fmt
def_meth
def_trace
dst_mat
fish
fulilu
fuljac
full_recur.bat
fulsor
gg-norm.bat
gh-norm.bat
gmres
gmres.bat
hh-norm.bat
ilujac
indef
inprod
int_mat
it-diff.bat
lapjac
load_rhs.bat
make_extdiv
make_extmat
mat_cprs.bat
mat_diag.bat
mat_ext.bat
mat_grid.bat
mat_int.bat
matlab2coor
max_iter.bat
min_res.bat
minres.bat
mod_gs.bat
no_spectrum
nodbx
nomemch
nonblock.bat
normal_eq.bat
nscg.bat
one_read
parilu
parsor
part_consec.bat
part_file
part_func.bat
part_point
part_simple
part_zilch.bat
poly
prec_block.bat
prec_colour.bat
prec_full_ilu.bat
prec_full_jacobi.bat
prec_full_ssor.bat
prec_ilu_jacobi.bat
prec_loc_ilu.bat
prec_loc_jac.bat
prec_loc_sor.bat
prec_loc_ssor.bat
prec_neu.bat
prec_none.bat
prec_par_ilu.bat
prec_par_ssor.bat
prec_ssor_jacobi.bat
prec_sweep.bat
prec_swsweep.bat
prec_test.bat
proc_grid
qmr.bat
regen.bat
rel_stop.bat
restart.bat
rhs_load
rhs_stop.bat
rhs_unit
rstart
size
sorjac
spars_symm.bat
spars_unsymm.bat
store_symm.bat
store_unsymm.bat
sure_stop.bat
symm
tcg
test_external_mat
tmp
tolerance.bat
trace_allocation.bat
trace_communication.bat
trace_fileio.bat
trace_iteration.bat
trace_log-file.bat
trace_matrix-dump.bat
trace_memtest.bat
trace_paragraph.bat
trace_progress.bat
trace_screen.bat
trace_setup.bat
trace_solution-dump.bat
trace_stats.bat
trunc.bat
twoterm
unit_rhs.bat
unsym
unsync.bat
yes_spectrum
yesdbx
yesmemch
-----------------------------------------------------------
path: /netlib/linalg/cg/pvm3/examples/cg/local.data/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/linalg/cg/pvm3/examples/cg/man/
-----------------------------------------------------------
Makefile
man.dvi
man.ps
-----------------------------------------------------------
path: /netlib/linalg/cg/pvm3/examples/cg/src/
-----------------------------------------------------------
demo/
ftnchek/
library/
-----------------------------------------------------------
path: /netlib/linalg/cg/pvm3/examples/cg/src/demo/
-----------------------------------------------------------
cghost.f
demo.f
demo_cinp.c
demo_cmatread.c
demo_comv.f
demo_matread.f
mat_read.c
node.f
r-auxs.f
r-blas_auxs.f
r-coma.f
r-comm.f
r-comv.f
r-demo.f
r-demo_cinp.c
r-demo_cmatread.c
r-demo_comv.f
r-demo_matread.f
r-domain.f
r-iter.f
r-lapack_auxs.f
r-mat_crs.f
r-mat_grd.f
r-mat_read.c
r-matrix.f
r-node.f
r-prec.f
r-readr.f
r-views.f
readr.f
-----------------------------------------------------------
path: /netlib/linalg/cg/pvm3/examples/cg/src/ftnchek/
-----------------------------------------------------------
c-acomm.f
c-clock00.f
c-demo_cinp.f
c-iterate.f
c-precreate.f
c-traffic.f
-----------------------------------------------------------
path: /netlib/linalg/cg/pvm3/examples/cg/src/library/
-----------------------------------------------------------
acomm.c
auxs.f
blas_auxs.f
clock00.c
coma.f
comm.f
domain.f
iter.f
iterate.c
lapack_auxs.f
mat_crs.f
mat_dia.f
mat_grd.f
matrix.f
prec.f
prec_crs.f
prec_dia.f
prec_grd.f
precreate.c
traffic.c
varmap.f
views.f
-----------------------------------------------------------
path: /netlib/linalg/cg/pvm3/examples/cg/util/
-----------------------------------------------------------
Makefile
asmbl_cprs.f
asmbl_grid.f
auxs.f
blas_auxs.f
comm.f
custom.f
demo.f
demo_matread.f
domain.f
gendiv.f
genmat.f
hb_read.f
lapack_auxs.f
mat_crs.f
mat_dia.f
mat_grd.f
matrix.f
node.f
readr.f
user.f
views.f
-----------------------------------------------------------
for a highly portable Level 3 BLAS implementation of
path: /netlib/linalg/gemmw/
-----------------------------------------------------------
Makefile
README
Runs/
clock.c
gemmw.c
gemmw.h
gemmwh.yuk
gemul3.f
gemul3.rat
gemul390.f
gemul390.rat
gemul3n.f
heroux-1.f
jcp.tex
pfblas.f
pfblas.rat
pfblas90.f
pfblas90.rat
second.c
testc.c
testc.f
testd.c
testd.f
tests.c
tests.f
testz.c
testz.f
urand.c
winolap.c
-----------------------------------------------------------
path: /netlib/linalg/gemmw/Runs/
-----------------------------------------------------------
Makefile
alpha.blas
c90.sci
conv.f
conv.rat
es9000-982.essl
figs.aux
figs.empty
figs.tex
lnblnk.f
lnblnk.rat
r6k560.blas
r6k560.essl
r6k560.nag
testd.output
testz.output
ymp.sci
-----------------------------------------------------------
for - An out-of-core symmetric eigensolve r for
path: /netlib/linalg/hssxev/
-----------------------------------------------------------
hssxev.f An out-of-core symmetric eigensolve r for large
dense problems. It uses block householder reductions to reduce the
full dense matrix to banded form. The banded form is then reduced to
tridiagonal form and all eigenvalues are computed. Specified
eigenvectors are computed using inverse iteration with the band
matrix and then back transformed to orginal form.
test-program.f
tex
-----------------------------------------------------------
for A Fortran implementation of the Level 3 BLAS
path: /netlib/linalg/ibmblas3/
-----------------------------------------------------------
README
cld.f
dgemm.f
dsymm.f
dsyr2k.f
dsyrk.f
dtrmm.f
dtrsm.f
lsame.f
xerbla.f
-----------------------------------------------------------
for almost block diagonal linear systems
path: /netlib/linalg/l3abdsol/
-----------------------------------------------------------
abd2.f
abdml.f
blkchk.f
example1.f
read.me
sget.f
test1.f
-----------------------------------------------------------
for A package implementing the Freund, Gutknecht,
path: /netlib/linalg/lalqmr/
-----------------------------------------------------------
dble/
-----------------------------------------------------------
path: /netlib/linalg/lalqmr/dble/
-----------------------------------------------------------
README
bru/
csr/
dat/
dns/
inc/
lal/
local.mak
makefile
skeleton.mak
sup/
v.dat
version.h
w.dat
x.dat
-----------------------------------------------------------
path: /netlib/linalg/lalqmr/dble/bru/
-----------------------------------------------------------
axb.inc
cpyrit.doc
daxb.f
daxbpr.f
makefile
-----------------------------------------------------------
path: /netlib/linalg/lalqmr/dble/csr/
-----------------------------------------------------------
cpyrit.doc
csr.inc
dcilut.f
dclilut.f
dclssor.f
dcrilut.f
dcrssor.f
dcsr.f
ilut.f
makefile
sparskit.f
-----------------------------------------------------------
path: /netlib/linalg/lalqmr/dble/dat/
-----------------------------------------------------------
csr.dat
csrv.dat
csrw.dat
csrx.dat
dns.dat
dnsv.dat
dnsw.dat
-----------------------------------------------------------
path: /netlib/linalg/lalqmr/dble/dns/
-----------------------------------------------------------
cpyrit.doc
ddlssor.f
ddns.f
ddrssor.f
dns.inc
makefile
-----------------------------------------------------------
path: /netlib/linalg/lalqmr/dble/inc/
-----------------------------------------------------------
dimblk.inc
precon.inc
-----------------------------------------------------------
path: /netlib/linalg/lalqmr/dble/lal/
-----------------------------------------------------------
cpyrit.doc
dcoeff.f
deig.F
deiglal.F
dlal.F
dlal.inc
dsys.F
dsysbcg.F
dsyslal.F
getomg.f
makefile
-----------------------------------------------------------
path: /netlib/linalg/lalqmr/dble/sup/
-----------------------------------------------------------
cpyrit.doc
eispack.f
linpack.f
makefile
support.f
-----------------------------------------------------------
for LASPack is a package for solving large sparse
path: /netlib/linalg/laspack/
-----------------------------------------------------------
install
laspack/
readme
xc/
-----------------------------------------------------------
path: /netlib/linalg/laspack/laspack/
-----------------------------------------------------------
check/
copyrght.h
doc/
eigenval.c
eigenval.h
elcmp.h
errhandl.c
errhandl.h
examples/
factor.c
factor.h
html/
itersolv.c
itersolv.h
lastypes.h
makefile
matrix.c
matrix.h
mlsolv.c
mlsolv.h
operats.c
operats.h
precond.c
precond.h
qmatrix.c
qmatrix.h
rtc.c
rtc.h
vector.c
vector.h
version.h
-----------------------------------------------------------
path: /netlib/linalg/laspack/laspack/check/
-----------------------------------------------------------
bpxpcg.tpl
check
mg.tpl
mgpcg.tpl
mlstest.org
-----------------------------------------------------------
path: /netlib/linalg/laspack/laspack/doc/
-----------------------------------------------------------
laspack1.ps
laspack2.ps
-----------------------------------------------------------
path: /netlib/linalg/laspack/laspack/examples/
-----------------------------------------------------------
lastest/
matropt/
mlstest/
vectopt/
-----------------------------------------------------------
path: /netlib/linalg/laspack/laspack/examples/lastest/
-----------------------------------------------------------
config
lastest.c
makefile
-----------------------------------------------------------
path: /netlib/linalg/laspack/laspack/examples/matropt/
-----------------------------------------------------------
config
makefile
matropt.c
testproc.c
testproc.h
-----------------------------------------------------------
path: /netlib/linalg/laspack/laspack/examples/mlstest/
-----------------------------------------------------------
config
extrsolv.c
extrsolv.h
makefile
mlstest.c
mlstest.h
-----------------------------------------------------------
path: /netlib/linalg/laspack/laspack/examples/vectopt/
-----------------------------------------------------------
config
makefile
testproc.c
testproc.h
vectopt.c
-----------------------------------------------------------
path: /netlib/linalg/laspack/laspack/html/
-----------------------------------------------------------
bugs.html
change_begin.gif
change_delete.gif
change_end.gif
comment.html
contents_motif.gif
cross_ref_motif.gif
foot_motif.gif
form-mail.pl
image.gif
images.aux
images.log
images.pl
images.tex
img1.gif
img2.gif
index_motif.gif
labels.pl
laspack.html
netlib.html
next_group_motif.gif
next_group_motif_gr.gif
next_motif.gif
next_motif_gr.gif
node1.html
node10.html
node11.html
node12.html
node13.html
node14.html
node15.html
node16.html
node17.html
node18.html
node19.html
node2.html
node20.html
node21.html
node22.html
node23.html
node24.html
node25.html
node26.html
node27.html
node28.html
node29.html
node3.html
node4.html
node5.html
node6.html
node7.html
node8.html
node9.html
previous_group_motif.gif
previous_group_motif_gr.gif
previous_motif.gif
previous_motif_gr.gif
up_motif.gif
up_motif_gr.gif
-----------------------------------------------------------
path: /netlib/linalg/laspack/xc/
-----------------------------------------------------------
getopts.c
getopts.h
makefile
version.h
xstring.c
xstring.h
xtypes.h
-----------------------------------------------------------
for iterative solution of linear systems
path: /netlib/linalg/qmr/
-----------------------------------------------------------
.depend
caxpby.f for support routine for QMRPACK codes
by Roland Freund and Noel Nachtigal
prec single precision complex
cpyrit.doc for copyright for QMRPACK codes
by Roland Freund and Noel Nachtigal
kind text
crandn.f for support routine for QMRPACK codes
by Roland Freund and Noel Nachtigal
gams L6
prec single precision complex
cscpl.f for iterative solution of complex symmetric linear
systems
alg coupled two-term QMR with look-ahead
by Roland Freund and Noel Nachtigal
gams D2c1
prec single precision complex
cscpx.f for iterative solution of complex symmetric linear
systems
alg coupled two-term QMR without look-ahead
by Roland Freund and Noel Nachtigal
gams D2c1
prec single precision complex
cslal.f for few eigenvalues of complex symmetric matrices
alg look-ahead Lanczos for eigenvalues
by Roland Freund and Noel Nachtigal
gams D4a4
prec single precision complex
csqbg.f for iterative solution of complex symmetric linear
systems
alg QMR-from-BCG
by Roland Freund and Noel Nachtigal
gams D2c1
prec single precision complex
csqmr.f for iterative solution of complex symmetric linear
systems
alg three-term QMR with look-ahead
by Roland Freund and Noel Nachtigal
gams D2c1
prec single precision complex
csqmx.f for iterative solution of complex symmetric linear
systems
alg three-term QMR without look-ahead
by Roland Freund and Noel Nachtigal
gams D2c1
prec single precision complex
cucpl.f for iterative solution of nonsymmetric linear
systems
alg coupled two-term QMR with look-ahead
by Roland Freund and Noel Nachtigal
gams D2c1
prec single precision complex
cucpx.f for iterative solution of nonsymmetric linear
systems
alg coupled two-term QMR without look-ahead
by Roland Freund and Noel Nachtigal
gams D2c1
prec single precision complex
culal.f for few eigenvalues of nonsymmetric matrices
alg look-ahead Lanczos for eigenvalues
by Roland Freund and Noel Nachtigal
gams D4a4
prec single precision complex
cuqbg.f for iterative solution of nonsymmetric linear
systems
alg QMR-from-BCG
by Roland Freund and Noel Nachtigal
gams D2c1
prec single precision complex
cuqmr.f for iterative solution of nonsymmetric linear
systems
alg three-term QMR with look-ahead
by Roland Freund and Noel Nachtigal
gams D2c1
prec single precision complex
cuqmx.f for iterative solution of nonsymmetric linear
systems
alg three-term QMR without look-ahead
by Roland Freund and Noel Nachtigal
gams D2c1
prec single precision complex
cutfx.f for iterative solution of nonsymmetric linear
systems
alg transpose-free QMR
by Roland Freund and Noel Nachtigal
gams D2c1
prec single precision complex
daxpby.f for support routine for QMRPACK codes
by Roland Freund and Noel Nachtigal
prec double precision real
dependencies
dhpsrt.f for support routine for QMRPACK codes
alg heapsort
by Roland Freund and Noel Nachtigal
gams N6a2b
prec double precision real
drandn.f for support routine for QMRPACK codes
by Roland Freund and Noel Nachtigal
gams L6
prec double precision real
dscpl.f for iterative solution of real symmetric linear
systems
alg coupled two-term QMR with look-ahead
by Roland Freund and Noel Nachtigal
gams D2b1
prec double precision real
dscpx.f for iterative solution of real symmetric linear
systems
alg coupled two-term QMR without look-ahead
by Roland Freund and Noel Nachtigal
gams D2b1
prec double precision real
dslal.f for few eigenvalues of real symmetric matrices
alg look-ahead Lanczos for eigenvalues
by Roland Freund and Noel Nachtigal
gams D4a1
prec double precision real
dsqbg.f for iterative solution of real symmetric linear
systems
alg QMR-from-BCG
by Roland Freund and Noel Nachtigal
gams D2b1
prec double precision real
dsqmr.f for iterative solution of real symmetric linear
systems
alg three-term QMR with look-ahead
by Roland Freund and Noel Nachtigal
gams D2b1
prec double precision real
dsqmx.f for iterative solution of real symmetric linear
systems
alg three-term QMR without look-ahead
by Roland Freund and Noel Nachtigal
gams D2b1
prec double precision real
ducpl.f for iterative solution of nonsymmetric linear
systems
alg coupled two-term QMR with look-ahead
by Roland Freund and Noel Nachtigal
gams D2a1
prec double precision real
ducpx.f for iterative solution of nonsymmetric linear
systems
alg coupled two-term QMR without look-ahead
by Roland Freund and Noel Nachtigal
gams D2a1
prec double precision real
dulal.f for few eigenvalues of nonsymmetric matrices
alg look-ahead Lanczos for eigenvalues
by Roland Freund and Noel Nachtigal
gams D4a2
prec double precision real
duqbg.f for iterative solution of nonsymmetric linear
systems
alg QMR-from-BCG
by Roland Freund and Noel Nachtigal
gams D2a1
prec double precision real
duqmr.f for iterative solution of nonsymmetric linear
systems
alg three-term QMR with look-ahead
by Roland Freund and Noel Nachtigal
gams D2a1
prec double precision real
duqmx.f for iterative solution of nonsymmetric linear
systems
alg three-term QMR without look-ahead
by Roland Freund and Noel Nachtigal
gams D2a1
prec double precision real
dutfx.f for iterative solution of nonsymmetric linear
systems
alg transpose-free QMR
by Roland Freund and Noel Nachtigal
gams D2a1
prec double precision real
dznrm1.f for support routine for QMRPACK codes
by Roland Freund and Noel Nachtigal
prec double precision complex
saxpby.f for support routine for QMRPACK codes
by Roland Freund and Noel Nachtigal
prec single precision real
scnrm1.f for support routine for QMRPACK codes
by Roland Freund and Noel Nachtigal
prec single precision real
shpsrt.f for support routine for QMRPACK codes
alg heapsort
by Roland Freund and Noel Nachtigal
gams N6a2b
prec single precision real
srandn.f for support routine for QMRPACK codes
by Roland Freund and Noel Nachtigal
gams L6
prec single precision real
sscpl.f for iterative solution of real symmetric linear
systems
alg coupled two-term QMR with look-ahead
by Roland Freund and Noel Nachtigal
gams D2b1
prec single precision real
sscpx.f for iterative solution of real symmetric linear
systems
alg coupled two-term QMR without look-ahead
by Roland Freund and Noel Nachtigal
gams D2b1
prec single precision real
sslal.f for few eigenvalues of real symmetric matrices
alg look-ahead Lanczos for eigenvalues
by Roland Freund and Noel Nachtigal
gams D4a1
prec single precision real
ssqbg.f for iterative solution of real symmetric linear
systems
alg QMR-from-BCG
by Roland Freund and Noel Nachtigal
gams D2b1
prec single precision real
ssqmr.f for iterative solution of real symmetric linear
systems
alg three-term QMR with look-ahead
by Roland Freund and Noel Nachtigal
gams D2b1
prec single precision real
ssqmx.f for iterative solution of real symmetric linear
systems
alg three-term QMR without look-ahead
by Roland Freund and Noel Nachtigal
gams D2b1
prec single precision real
sucpl.f for iterative solution of nonsymmetric linear
systems
alg coupled two-term QMR with look-ahead
by Roland Freund and Noel Nachtigal
gams D2a1
prec single precision real
sucpx.f for iterative solution of nonsymmetric linear
systems
alg coupled two-term QMR without look-ahead
by Roland Freund and Noel Nachtigal
gams D2a1
prec single precision real
sulal.f for few eigenvalues of nonsymmetric matrices
alg look-ahead Lanczos for eigenvalues
by Roland Freund and Noel Nachtigal
gams D4a2
prec single precision real
suqbg.f for iterative solution of nonsymmetric linear
systems
alg QMR-from-BCG
by Roland Freund and Noel Nachtigal
gams D2a1
prec single precision real
suqmr.f for iterative solution of nonsymmetric linear
systems
alg three-term QMR with look-ahead
by Roland Freund and Noel Nachtigal
gams D2a1
prec single precision real
suqmx.f for iterative solution of nonsymmetric linear
systems
alg three-term QMR without look-ahead
by Roland Freund and Noel Nachtigal
gams D2a1
prec single precision real
sutfx.f for iterative solution of nonsymmetric linear
systems
alg transpose-free QMR
by Roland Freund and Noel Nachtigal
gams D2a1
prec single precision real
zaxpby.f for support routine for QMRPACK codes
by Roland Freund and Noel Nachtigal
prec double precision complex
zrandn.f for support routine for QMRPACK codes
by Roland Freund and Noel Nachtigal
gams L6
prec double precision complex
zscpl.f for iterative solution of complex symmetric linear
systems
alg coupled two-term QMR with look-ahead
by Roland Freund and Noel Nachtigal
gams D2c1
prec double precision complex
zscpx.f for iterative solution of complex symmetric linear
systems
alg coupled two-term QMR without look-ahead
by Roland Freund and Noel Nachtigal
gams D2c1
prec double precision complex
zslal.f for few eigenvalues of complex symmetric matrices
alg look-ahead Lanczos for eigenvalues
by Roland Freund and Noel Nachtigal
gams D4a4
prec double precision complex
zsqbg.f for iterative solution of complex symmetric linear
systems
alg QMR-from-BCG
by Roland Freund and Noel Nachtigal
gams D2c1
prec double precision complex
zsqmr.f for iterative solution of complex symmetric linear
systems
alg three-term QMR with look-ahead
by Roland Freund and Noel Nachtigal
gams D2c1
prec double precision complex
zsqmx.f for iterative solution of complex symmetric linear
systems
alg three-term QMR without look-ahead
by Roland Freund and Noel Nachtigal
gams D2c1
prec double precision complex
zucpl.f for iterative solution of nonsymmetric linear
systems
alg coupled two-term QMR with look-ahead
by Roland Freund and Noel Nachtigal
gams D2c1
prec double precision complex
zucpx.f for iterative solution of nonsymmetric linear
systems
alg coupled two-term QMR without look-ahead
by Roland Freund and Noel Nachtigal
gams D2c1
prec double precision complex
zulal.f for few eigenvalues of nonsymmetric matrices
alg look-ahead Lanczos for eigenvalues
by Roland Freund and Noel Nachtigal
gams D4a4
prec double precision complex
zuqbg.f for iterative solution of nonsymmetric linear
systems
alg QMR-from-BCG
by Roland Freund and Noel Nachtigal
gams D2c1
prec double precision complex
zuqmr.f for iterative solution of nonsymmetric linear
systems
alg three-term QMR with look-ahead
by Roland Freund and Noel Nachtigal
gams D2c1
prec double precision complex
zuqmx.f for iterative solution of nonsymmetric linear
systems
alg three-term QMR without look-ahead
by Roland Freund and Noel Nachtigal
gams D2c1
prec double precision complex
zutfx.f for iterative solution of nonsymmetric linear
systems
alg transpose-free QMR
by Roland Freund and Noel Nachtigal
gams D2c1
prec double precision complex
-----------------------------------------------------------
for iterative solution of linear systems
path: /netlib/linalg/qmrpack/
-----------------------------------------------------------
History
INSTALL
MANIFEST
Makefile
README
Setup
algs/
cpyrit.doc
csr/
filelist
incl/
libs/
-----------------------------------------------------------
path: /netlib/linalg/qmrpack/algs/
-----------------------------------------------------------
Makefile
filelist
scpl/
scpx/
slal/
sqbg/
sqmr/
sqmx/
ucpl/
ucpx/
ulal/
uqbg/
uqmr/
uqmx/
utfx/
-----------------------------------------------------------
path: /netlib/linalg/qmrpack/algs/scpl/
-----------------------------------------------------------
Makefile
dscpl.src
zscpl.doc
zscpl.src
-----------------------------------------------------------
path: /netlib/linalg/qmrpack/algs/scpx/
-----------------------------------------------------------
Makefile
zscpx.doc
zscpx.src
-----------------------------------------------------------
path: /netlib/linalg/qmrpack/algs/slal/
-----------------------------------------------------------
Makefile
dslal.src
zslal.doc
zslal.src
-----------------------------------------------------------
path: /netlib/linalg/qmrpack/algs/sqbg/
-----------------------------------------------------------
Makefile
zsqbg.doc
zsqbg.src
-----------------------------------------------------------
path: /netlib/linalg/qmrpack/algs/sqmr/
-----------------------------------------------------------
Makefile
dsqmr.src
dsqmrvw.src
zsqmr.doc
zsqmr.src
zsqmrvw.src
-----------------------------------------------------------
path: /netlib/linalg/qmrpack/algs/sqmx/
-----------------------------------------------------------
Makefile
zsqmx.doc
zsqmx.src
-----------------------------------------------------------
path: /netlib/linalg/qmrpack/algs/ucpl/
-----------------------------------------------------------
Makefile
ducpl.src
filelist
zucpl.doc
zucpl.src
zucplcof.src
zucplcom.inc
-----------------------------------------------------------
path: /netlib/linalg/qmrpack/algs/ucpx/
-----------------------------------------------------------
Makefile
filelist
zucpx.doc
zucpx.src
zucpxcof.src
-----------------------------------------------------------
path: /netlib/linalg/qmrpack/algs/ulal/
-----------------------------------------------------------
Makefile
dulal.src
filelist
zulal.doc
zulal.src
zulalcof.src
zulalcom.inc
-----------------------------------------------------------
path: /netlib/linalg/qmrpack/algs/uqbg/
-----------------------------------------------------------
Makefile
filelist
zuqbg.doc
zuqbg.src
-----------------------------------------------------------
path: /netlib/linalg/qmrpack/algs/uqmr/
-----------------------------------------------------------
Makefile
duqmr.src
duqmrcof.chb
duqmrvw.src
filelist
zuqmr.doc
zuqmr.src
zuqmrcof.src
zuqmrcom.inc
zuqmromg.src
zuqmrvw.src
-----------------------------------------------------------
path: /netlib/linalg/qmrpack/algs/uqmx/
-----------------------------------------------------------
Makefile
filelist
zuqmx.doc
zuqmx.src
zuqmxcof.src
-----------------------------------------------------------
path: /netlib/linalg/qmrpack/algs/utfx/
-----------------------------------------------------------
Makefile
filelist
zutfx.doc
zutfx.src
-----------------------------------------------------------
path: /netlib/linalg/qmrpack/csr/
-----------------------------------------------------------
Makefile
csr.inc
data/
filelist
zascraw.src
zcoocsr.f
zmagic.inc
zrawasc.src
zsillt.src
zslal.src
zsplib.src
zsssor.src
zssys.src
ztransp.f
zubcg.src
zucpl.src
zucpx.src
zuilut.src
zulal.src
zuqbg.src
zuqmr.src
zuqmx.src
zusrc.inc
zussor.src
zusys.src
zutfx.src
-----------------------------------------------------------
path: /netlib/linalg/qmrpack/csr/data/
-----------------------------------------------------------
ducsr.dat
ducsrb.dat
ducsrx.dat
filelist
zcsrx.dat
zscsr.dat
zscsrb.dat
zsexact.dat
zucsr.dat
zucsrb.dat
zuexact.dat
-----------------------------------------------------------
path: /netlib/linalg/qmrpack/incl/
-----------------------------------------------------------
convert.awk
convert.sed
d2s.sed
filelist
local.mak
z2c.sed
z2d.sed
-----------------------------------------------------------
path: /netlib/linalg/qmrpack/libs/
-----------------------------------------------------------
Makefile
blas/
deis/
filelist
lapk/
linp/
misc/
seis/
-----------------------------------------------------------
path: /netlib/linalg/qmrpack/libs/blas/
-----------------------------------------------------------
Makefile
caxpy.f
dasum.f
daxpy.f
dcabs1.f
dcopy.f
ddot.f
dnrm2.f
drot.f
drotg.f
dscal.f
dswap.f
dznrm2.f
filelist
zaxpy.f
zcopy.f
zdotc.f
zdotu.f
zdrot.f
zrotg.f
zscal.f
zswap.f
-----------------------------------------------------------
path: /netlib/linalg/qmrpack/libs/deis/
-----------------------------------------------------------
Makefile
balanc.f
cbal.f
comqr.f
filelist
hqr.f
-----------------------------------------------------------
path: /netlib/linalg/qmrpack/libs/lapk/
-----------------------------------------------------------
Makefile
dlamch.f
filelist
lsame.f
-----------------------------------------------------------
path: /netlib/linalg/qmrpack/libs/linp/
-----------------------------------------------------------
Makefile
cqrdc.f
cqrsl.f
csvdc.f
dqrdc.f
dqrsl.f
dsvdc.f
filelist
zqrdc.f
zqrsl.f
zsvdc.f
-----------------------------------------------------------
path: /netlib/linalg/qmrpack/libs/misc/
-----------------------------------------------------------
Makefile
daxpby.f
dhpsrt.f
drandn.f
dznrm1.f
filelist
zaxpby.f
zrandn.f
-----------------------------------------------------------
path: /netlib/linalg/qmrpack/libs/seis/
-----------------------------------------------------------
Makefile
balanc.f
cbal.f
comqr.f
filelist
hqr.f
-----------------------------------------------------------
for SparseDynamics is a sparse matrix algorithm
path: /netlib/linalg/sparsdyn/
-----------------------------------------------------------
Makefile
README
ash85
cdefine.h
dir.c
display.c
dump.c
dwt_59
fdefine.h
fortran-1.3.1
global.h
ibm32
icon.h
instructions
io.c
m1.F
m2.F
m2a.F
m3.F
m4.F
main.F
mark.c
marko.F
mattool.c
mattool.h
mback.F
proc.c
read.F
store.F
will199
will57
-----------------------------------------------------------
path: /netlib/linalg/sqr/
-----------------------------------------------------------
README
amalg.m
cne.m
csne.m
description.ps
qls.m
sqr.m
sqrA.m
sqrB.m
-----------------------------------------------------------
# A collection of 44 parametrized test matrices,
path: /netlib/linalg/testmats/
-----------------------------------------------------------
bandred.m
cauchy.m
chebspec.m
chebvand.m
chop.m
chow.m
circul.m
clement.m
comp.m
compan.m
condex.m
cycol.m
dingdong.m
dorr.m
dramadah.m
fiedler.m
forsythe.m
frank.m
fv.m
gallery.m
gear.m
gfpp.m
hadamard.m
hanowa.m
hilb.m
house.m
invol.m
ipjfact.m
jordan.m
kahan.m
kms.m
krylov.m
lauchli.m
lehmer.m
lotkin.m
matrix.m
minij.m
moler.m
ohess.m
orthog.m
pascal.m
pei.m
qmult.m
rando.m
randsvd.m
riemann.m
rq.m
see.m
seqa.m
seqcheb.m
seqm.m
show.m
skew.m
sparse.m
sparsify.m
sub.m
symm.m
tridiag.m
triw.m
vand.m
wathen.m
wilk.m
-----------------------------------------------------------
title Unsymmetric-pattern MultiFrontal Package
path: /netlib/linalg/umfpack2/
-----------------------------------------------------------
UMFPACK2/
-----------------------------------------------------------
path: /netlib/linalg/umfpack2/UMFPACK2/
-----------------------------------------------------------
Makefile
README
dmain.f
dmain.out0
in
smain.f
smain.out0
umd2co.f
umd2er.f
umd2f0.f
umd2f1.f
umd2f2.f
umd2fa.f
umd2fb.f
umd2fg.f
umd2in.f
umd2lt.f
umd2of.f
umd2p1.f
umd2p2.f
umd2r0.f
umd2r2.f
umd2ra.f
umd2rf.f
umd2rg.f
umd2s2.f
umd2sl.f
umd2so.f
umd2su.f
umd2ut.f
ums2co.f
ums2er.f
ums2f0.f
ums2f1.f
ums2f2.f
ums2fa.f
ums2fb.f
ums2fg.f
ums2in.f
ums2lt.f
ums2of.f
ums2p1.f
ums2p2.f
ums2r0.f
ums2r2.f
ums2ra.f
ums2rf.f
ums2rg.f
ums2s2.f
ums2sl.f
ums2so.f
ums2su.f
ums2ut.f
-----------------------------------------------------------
for linear equations and linear least squares
path: /netlib/linpack/
-----------------------------------------------------------
# Netlib Index for LINPACK
#
# NOTE:
# 1. Entries are arranged in alphabetical order by the real routine
# name.
# (If you are looking for a specific complex Hermitian routine, you
# will find it listed with its real symmetric equivalent.)
# 2. Specifications for pairs of real and complex routines have been
# merged. In a few cases, specifications of three routines have been
# merged, one for real symmetric, one for complex symmetric, and one
# for complex Hermitian matrices.
# 3. Specifications are given only for single precision routines. To
# adapt them for the double precision version of the software, simply
# interpret REAL as DOUBLE PRECISION and COMPLEX and COMPLEX*16 (or
# DOUBLE COMPLEX).
.depend
cmach.f
comment
conferenceInfo.txt
dcabs1.f
dependencies
dmach.f
error
index.bak
makefile
makefile2
makesun
readme for README file for LINPACK
chk/ for test drivers for LINPACK
rm
schdc.f gams D2b1b
for computes the Cholesky decomposition of a
positive definite matrix, a pivoting option
allows the user to estimate the condition of a
positive definite matrix or determine the rank
of a positive semidefinite matrix
prec single
dchdc.f gams D2b1b
for computes the Cholesky decomposition of a
positive definite matrix, a pivoting option
allows the user to estimate the condition of a
positive definite matrix or determine the rank
of a positive semidefinite matrix
prec double
cchdc.f gams D2d1b
for computes the Cholesky decomposition of a
positive definite matrix, a pivoting option
allows the user to estimate the condition of a
positive definite matrix or determine the rank
of a positive semidefinite matrix
prec complex
smach.f
zchdc.f gams D2d1b
for computes the Cholesky decomposition of a
positive definite matrix, a pivoting option
allows the user to estimate the condition of a
positive definite matrix or determine the rank
of a positive semidefinite matrix
prec doublecomplex
schdd.f gams D7b
for downdates an augmented Cholesky decomposition or
the triangular factor of an augmented QR
decomposition
prec single
dchdd.f gams D7b
for downdates an augmented Cholesky decomposition or
the triangular factor of an augmented QR
decomposition
prec double
cchdd.f gams D7b
for downdates an augmented Cholesky decomposition or
the triangular factor of an augmented QR
decomposition
prec complex
zchdd.f gams D7b
for downdates an augmented Cholesky decomposition or
the triangular factor of an augmented QR
decomposition
prec doublecomplex
schex.f gams D7b
for updates the Cholesky factorization
prec single
dchex.f gams D7b
for updates the Cholesky factorization
prec double
cchex.f gams D7b
for updates the Cholesky factorization
prec complex
zchex.f gams D7b
for updates the Cholesky factorization
prec doublecomplex
schud.f gams D7b
for updates an augmented Cholesky decomposition or
the triangular part of an augmented QR
decomposition
prec single
dchud.f gams D7b
for updates an augmented Cholesky decomposition or
the triangular part of an augmented QR
decomposition
prec double
cchud.f gams D7b
for updates an augmented Cholesky decomposition or
the triangular part of an augmented QR
decomposition
prec complex
zchud.f gams D7b
for updates an augmented Cholesky decomposition or
the triangular part of an augmented QR
decomposition
prec doublecomplex
sgbco.f gams D2a2
for factors a real band matrix by Gaussian
elimination and estimates the condition number
of the matrix
prec single
dgbco.f gams D2a2
for factors a real band matrix by Gaussian
elimination and estimates the condition number
of the matrix
prec double
cgbco.f gams D2c2
for factors a complex band matrix by Gaussian
elimination and estimates the condition number
of the matrix
prec complex
zgbco.f gams D2c2
for factors a complex band matrix by Gaussian
elimination and estimates the condition number
of the matrix
prec doublecomplex
sgbdi.f gams D3a2
for computes the determinant of a band matrix using
the factors computed by (linpack/sgbco) or
(linpack/sgbfa), if the inverse is needed use
(linpack/sgbsl) n times
prec single
dgbdi.f gams D3a2
for computes the determinant of a band matrix using
the factors computed by (linpack/dgbco) or
(linpack/dgbfa), if the inverse is needed use
(linpack/dgbsl) n times
prec double
cgbdi.f gams D3c2
for computes the determinant of a band matrix using
the factors computed by (linpack/cgbco) or
(linpack/cgbfa), if the inverse is needed use
(linpack/cgbsl) n times
prec complex
zgbdi.f gams D3c2
for computes the determinant of a band matrix using
the factors computed by (linpack/zgbco) or
(linpack/zgbfa), if the inverse is needed use
(linpack/zgbsl) n times
prec doublecomplex
sgbfa.f gams D2a2
for factors a band matrix by elimination
prec single
dgbfa.f gams D2a2
for factors a band matrix by elimination
prec double
cgbfa.f gams D2c2
for factors a band matrix by elimination
prec complex
zgbfa.f gams D2c2
for factors a band matrix by elimination
prec doublecomplex
sgbsl.f gams D2a2
for solves the real band system Ax = b or trans(A)x
= b using the factors computed by
(linpack/sgbco) or (linpack/sgbfa)
prec single
dgbsl.f gams D2a2
for solves the real band system Ax = b or trans(A)x
= b using the factors computed by
(linpack/dgbco) or (linpack/dgbfa)
prec double
cgbsl.f gams D2c2
for solves the complex band system Ax = b or
trans(A)x = b using the factors computed by
(linpack/cgbco) or (linpack/cgbfa)
prec complex
zgbsl.f gams D2c2
for solves the complex band system Ax = b or
trans(A)x = b using the factors computed by
(linpack/zgbco) or (linpack/zgbfa)
prec doublecomplex
sgeco.f gams D2a1
for factors a matrix by Gaussian elimination and
estimates the condition number of the matrix
prec single
dgeco.f gams D2a1
for factors a matrix by Gaussian elimination and
estimates the condition number of the matrix
prec double
cgeco.f gams D2c1
for factors a matrix by Gaussian elimination and
estimates the condition number of the matrix
prec complex
zgeco.f gams D2c1
for factors a matrix by Gaussian elimination and
estimates the condition number of the matrix
prec doublecomplex
sgedi.f gams D3a1, D2a1
for computes the determinant and inverse of a matrix
using the factors computed by (linpack/sgeco)
or (linpack/sgefa)
prec single
dgedi.f gams D3a1, D2a1
for computes the determinant and inverse of a matrix
using the factors computed by (linpack/dgeco)
or (linpack/dgefa)
prec double
cgedi.f gams D2c1, D3c1
for computes the determinant and inverse of a matrix
using the factors computed by (linpack/cgeco)
or (linpack/cgefa)
prec complex
zgedi.f gams D2c1, D3c1
for computes the determinant and inverse of a matrix
using the factors computed by (linpack/zgeco)
or (linpack/zgefa)
prec doublecomplex
sgefa.f gams D2a1
for factors a real matrix by Gaussian elimination
prec single
dgefa.f gams D2a1
for factors a real matrix by Gaussian elimination
prec double
cgefa.f gams D2c1
for factors a complex matrix by Gaussian elimination
prec complex
zgefa.f gams D2c1
for factors a complex matrix by Gaussian elimination
prec doublecomplex
sgesl.f gams D2a1
for solves the real system Ax = b or trans(A)x = b
using the factors computed by (linpack/sgeco)
or (linpack/sgefa)
prec single
dgesl.f gams D2a1
for solves the real system Ax = b or trans(A)x = b
using the factors computed by (linpack/dgeco)
or (linpack/dgefa)
prec double
cgesl.f gams D2c1
for solves the complex system Ax = b or trans(A)x =
b using the factors computed by (linpack/cgeco)
or (linpack/cgefa)
prec complex
zgesl.f gams D2c1
for solves the complex system Ax = b or trans(A)x =
b using the factors computed by (linpack/zgeco)
or (linpack/zgefa)
prec doublecomplex
sgtsl.f gams D2a2a
for given a general tridiagonal matrix and a right
hand side will find the solution
prec single
dgtsl.f gams D2a2a
for given a general tridiagonal matrix and a right
hand side will find the solution
prec double
cgtsl.f gams D2c2a
for given a general tridiagonal matrix and a right
hand side will find the solution
prec complex
zgtsl.f gams D2c2a
for given a general tridiagonal matrix and a right
hand side will find the solution
prec doublecomplex
spbco.f gams D2b2
for factors a real symmetric positive definite
matrix stored in band form and estimates the
condition of the matrix
prec single
dpbco.f gams D2b2
for factors a real symmetric positive definite
matrix stored in band form and estimates the
condition of the matrix
prec double
cpbco.f gams D2d2
for factors a complex symmetric positive definite
matrix stored in band form and estimates the
condition of the matrix
prec complex
zmach.f
zpbco.f gams D2d2
for factors a complex symmetric positive definite
matrix stored in band form and estimates the
condition of the matrix
prec doublecomplex
spbdi.f gams D3b2
for computes the determinant of a real symmetric
positive definite band matrix using the factors
computed by (linpack/spbco) or (linpack/spbfa),
if the inverse is needed use (linpack/spbsl) n
times
prec single
dpbdi.f gams D3b2
for computes the determinant of a real symmetric
positive definite band matrix using the factors
computed by (linpack/dpbco) or (linpack/dpbfa),
if the inverse is needed use (linpack/dpbsl) n
times
prec double
cpbdi.f gams D3d2
for computes the determinant of a complex symmetric
positive definite band matrix using the factors
computed by (linpack/cpbco) or (linpack/cpbfa),
if the inverse is needed use (linpack/cpbsl) n
times
prec complex
zpbdi.f gams D3d2
for computes the determinant of a complex symmetric
positive definite band matrix using the factors
computed by (linpack/zpbco) or (linpack/zpbfa),
if the inverse is needed use (linpack/zpbsl) n
times
prec doublecomplex
spbfa.f gams D2b2
for factors a real symmetric positive definite
matrix stored in band form
prec single
dpbfa.f gams D2b2
for factors a real symmetric positive definite
matrix stored in band form
prec double
cpbfa.f gams D2d2
for factors a complex symmetric positive definite
matrix stored in band form
prec complex
zpbfa.f gams D2d2
for factors a complex symmetric positive definite
matrix stored in band form
prec doublecomplex
spbsl.f gams D2b2
for solves the real symmetric positive definite band
system Ax = b using the factors computed by
(linpack/spbco) or (linpack/spbfa)
prec single
dpbsl.f gams D2b2
for solves the real symmetric positive definite band
system Ax = b using the factors computed by
(linpack/dpbco) or (linpack/dpbfa)
prec double
cpbsl.f gams D2d2
for solves the complex symmetric positive definite
band system Ax = b using the factors computed by
(linpack/cpbco) or (linpack/cpbfa)
prec complex
zpbsl.f gams D2d2
for solves the complex symmetric positive definite
band system Ax = b using the factors computed by
(linpack/zpbco) or (linpack/zpbfa)
prec doublecomplex
spoco.f gams D2b1b
for factors a real symmetric positive definite
matrix and estimates the condition number of the
matrix
prec single
dpoco.f gams D2b1b
for factors a real symmetric positive definite
matrix and estimates the condition number of the
matrix
prec double
cpoco.f gams D2d1b
for factors a complex symmetric positive definite
matrix and estimates the condition number of the
matrix
prec complex
zpoco.f gams D2d1b
for factors a complex symmetric positive definite
matrix and estimates the condition number of the
matrix
prec doublecomplex
spodi.f gams D2b1b,D3b1b
for computes the determinant and inverse of a
certain real symmetric positive definite matrix
using the factors computed by (linpack/spoco),
(linpack/spofa) or (linpack/sqrdc)
prec single
dpodi.f gams D2b1b,D3b1b
for computes the determinant and inverse of a
certain real symmetric positive definite matrix
using the factors computed by (linpack/dpoco),
(linpack/dpofa) or (linpack/dqrdc)
prec double
cpodi.f gams D2d1b, D3d1b
for computes the determinant and inverse of a
certain complex symmetric positive definite
matrix using the factors computed by
(linpack/cpoco), (linpack/cpofa) or
(linpack/cqrdc)
prec complex
zpodi.f gams D2d1b, D3d1b
for computes the determinant and inverse of a
certain complex symmetric positive definite
matrix using the factors computed by
(linpack/zpoco), (linpack/zpofa) or
(linpack/zqrdc)
prec doublecomplex
spofa.f gams D2b1b
for factors a real symmetric positive definite
matrix
prec single
dpofa.f gams D2b1b
for factors a real symmetric positive definite
matrix
prec double
cpofa.f gams D2d1b
for factors a complex symmetric positive definite
matrix
prec complex
zpofa.f gams D2d1b
for factors a complex symmetric positive definite
matrix
prec doublecomplex
sposl.f gams D2b1b
for solves the real symmetric positive definite
system Ax = b using the factors computed by
(linpack/spoco) or (linpack/spofa)
prec single
dposl.f gams D2b1b
for solves the real symmetric positive definite
system Ax = b using the factors computed by
(linpack/dpoco) or (linpack/dpofa)
prec double
cposl.f gams D2d1b
for solves the complex symmetric positive definite
system Ax = b using the factors computed by
(linpack/cpoco) or (linpack/cpofa)
prec complex
zposl.f gams D2d1b
for solves the complex symmetric positive definite
system Ax = b using the factors computed by
(linpack/zpoco) or (linpack/zpofa)
prec doublecomplex
sppco.f gams D2b1b
for factors a real symmetric positive definite
matrix stored in packed form and estimates the
condition number of the matrix
prec single
dppco.f gams D2b1b
for factors a real symmetric positive definite
matrix stored in packed form and estimates the
condition number of the matrix
prec double
cppco.f gams D2d1b
for factors a complex symmetric positive definite
matrix stored in packed form and estimates the
condition number of the matrix
prec complex
zppco.f gams D2d1b
for factors a complex symmetric positive definite
matrix stored in packed form and estimates the
condition number of the matrix
prec doublecomplex
sppdi.f gams D2b1b,D3b1b
for computes the determinant and inverse of a real
symmetric positive definite matrix using the
factors computed by (linpack/sppco) or
(linpack/sppfa)
prec single
dppdi.f gams D2b1b,D3b1b
for computes the determinant and inverse of a real
symmetric positive definite matrix using the
factors computed by (linpack/dppco) or
(linpack/dppfa)
prec double
cppdi.f gams D2d1b, D3d1b
for computes the determinant and inverse of a
complex symmetric positive definite matrix using
the factors computed by (linpack/cppco) or
(linpack/cppfa)
prec complex
zppdi.f gams D2d1b, D3d1b
for computes the determinant and inverse of a
complex symmetric positive definite matrix using
the factors computed by (linpack/zppco) or
(linpack/zppfa)
prec doublecomplex
sppfa.f gams D2b1b
for factors a real symmetric positive definite
matrix stored in packed form
prec single
dppfa.f gams D2b1b
for factors a real symmetric positive definite
matrix stored in packed form
prec double
cppfa.f gams D2d1b
for factors a complex symmetric positive definite
matrix stored in packed form
prec complex
zppfa.f gams D2d1b
for factors a complex symmetric positive definite
matrix stored in packed form
prec doublecomplex
sppsl.f gams D2b1b
for solves the real symmetric positive definite
system Ax = b using the factors computed by
(linpack/sppco) or (linpack/sppfa)
prec single
dppsl.f gams D2b1b
for solves the real symmetric positive definite
system Ax = b using the factors computed by
(linpack/dppco) or (linpack/dppfa)
prec double
cppsl.f gams D2d1b
for solves the complex symmetric positive definite
system Ax = b using the factors computed by
(linpack/cppco) or (linpack/cppfa)
prec complex
zppsl.f gams D2d1b
for solves the complex symmetric positive definite
system Ax = b using the factors computed by
(linpack/zppco) or (linpack/zppfa)
prec doublecomplex
sptsl.f gams D2b2a
for given a positive definite tridiagonal matrix and
a right hand side will find the solution
prec single
dptsl.f gams D2b2a
for given a positive definite tridiagonal matrix and
a right hand side will find the solution
prec double
cptsl.f gams D2d2a
for given a positive definite tridiagonal matrix and
a right hand side will find the solution
prec complex
zptsl.f gams D2d2a
for given a positive definite tridiagonal matrix and
a right hand side will find the solution
prec doublecomplex
sqrdc.f gams D5
for uses Householder transformations to compute the
QR factorization, column pivoting based on the
2-norms of the reduced columns may be performed
at the user's option
prec single
dqrdc.f gams D5
for uses Householder transformations to compute the
QR factorization, column pivoting based on the
2-norms of the reduced columns may be performed
at the user's option
prec double
cqrdc.f gams D5
for uses Householder transformations to compute the
QR factorization, column pivoting based on the
2-norms of the reduced columns may be performed
at the user's option
prec complex
zqrdc.f gams D5
for uses Householder transformations to compute the
QR factorization, column pivoting based on the
2-norms of the reduced columns may be performed
at the user's option
prec doublecomplex
sqrsl.f gams D2a1, D9a1
for applies the output of (linpack/sqrdc) to compute
coordinate transformations, projections, and
least squares solutions
prec single
dqrsl.f gams D2a1, D9a1
for applies the output of (linpack/dqrdc) to compute
coordinate transformations, projections, and
least squares solutions
prec double
cqrsl.f gams D9a1, D2c1
for applies the output of (linpack/cqrdc) to compute
coordinate transformations, projections, and
least squares solutions
prec complex
zqrsl.f gams D9a1, D2c1
for applies the output of (linpack/zqrdc) to compute
coordinate transformations, projections, and
least squares solutions
prec doublecomplex
ssico.f gams D2b1a
for factors a real symmetric matrix by elimination
with symmetric pivoting and estimates the
condition number of the matrix
prec single
dsico.f gams D2b1a
for factors a real symmetric matrix by elimination
with symmetric pivoting and estimates the
condition number of the matrix
prec double
csico.f gams D2c1
for factors a complex symmetric matrix by eliminatin
with symmetric pivoting and estimates the
condition number of the matrix
prec complex
zsico.f gams D2c1
for factors a complex symmetric matrix by eliminatin
with symmetric pivoting and estimates the
condition number of the matrix
prec doublecomplex
chico.f gams D2d1a
for factors a complex Hermitian matrix by
elimination with symmetric pivoting and
estimates the condition number of the matrix
prec complex
zhico.f gams D2d1a
for factors a complex Hermitian matrix by
elimination with symmetric pivoting and
estimates the condition number of the matrix
prec doublecomplex
ssidi.f gams D2b1a, D3b1a
for computes the determinant, inertia and inverse of
a real symmetric matrix using the factors from
linpack/ssifa
prec single
dsidi.f gams D2b1a, D3b1a
for computes the determinant, inertia and inverse of
a real symmetric matrix using the factors from
linpack/dsifa
prec double
csidi.f gams D2c1, D3c1
for computes the determinant, inertia and inverse of
a complex symmetric matrix using the factors
from linpack/csifa
prec complex
zsidi.f gams D2c1, D3c1
for computes the determinant, inertia and inverse of
a complex symmetric matrix using the factors
from linpack/zsifa
prec doublecomplex
chidi.f gams D2d1a, D3d1a
for computes the determinant, inertia and inverse of
a complex Hermitian matrix using the factors
from linpack/chifa
prec complex
zhidi.f gams D2d1a, D3d1a
for computes the determinant, inertia and inverse of
a complex Hermitian matrix using the factors
from linpack/zhifa)
prec doublecomplex
ssifa.f gams D2b1a
for factors a real symmetric matrix by elimination
with symmetric pivoting
prec single
dsifa.f gams D2b1a
for factors a real symmetric matrix by elimination
with symmetric pivoting
prec double
csifa.f gams D2c1
for factors a complex symmetric matrix by
elimination with symmetric pivoting
prec complex
zsifa.f gams D2c1
for factors a complex symmetric matrix by
elimination with symmetric pivoting
prec doublecomplex
chifa.f gams D2d1a
for factors a complex Hermitian matrix by
elimination with symmetric pivoting
prec complex
zhifa.f gams D2d1a
for factors a complex Hermitian matrix by
elimination with symmetric pivoting
prec doublecomplex
ssisl.f gams D2b1a
for solves the real symmetric system Ax = b using
the factors computed by linpack/ssifa
prec single
dsisl.f gams D2b1a
for solves the real symmetric system Ax = b using
the factors computed by linpack/dsifa
prec double
csisl.f gams D2c1
for solves the complex symmetric system Ax = b using
the factors computed by linpack/csifa
prec complex
zsisl.f gams D2c1
for solves the complex symmetric system Ax = b using
the factors computed by linpack/zsifa
prec doublecomplex
chisl.f gams D2d1a
for solves the complex Hermitian system Ax = b using
the factors computed by linpack/chifa
prec complex
zhisl.f gams D2d1a
for solves the complex Hermitian system Ax = b using
the factors computed by linpack/zhifa
prec doublecomplex
sspco.f gams D2b1a
for factors a real symmetric matrix stored in packed
form by elimination with symmetric pivoting and
estimates the condition number of the matrix
prec single
dspco.f gams D2b1a
for factors a real symmetric matrix stored in packed
form by elimination with symmetric pivoting and
estimates the condition number of the matrix
prec double
cspco.f gams D2c1
for factors a complex symmetric matrix stored in
packed form by elimination with symmetric
pivoting and estimates the condition number of
the matrix
prec complex
zspco.f gams D2c1
for factors a complex symmetric matrix stored in
packed form by elimination with symmetric
pivoting and estimates the condition number of
the matrix
prec doublecomplex
chpco.f gams D2d1a
for factors a complex Hermitian matrix stored in
packed form by elimination with symmetric
pivoting and estimates the condition number of
the matrix
prec complex
zhpco.f gams D2d1a
for factors a complex Hermitian matrix stored in
packed form by elimination with symmetric
pivoting and estimates the condition number of
the matrix
prec doublecomplex
sspdi.f gams D2b1a, D3b1a
for computes the determinant, inertia and inverse of
a real symmetric matrix using the factors from
linpack/sspfa, where the matrix is stored in
packed form
prec single
dspdi.f gams D2b1a, D3b1a
for computes the determinant, inertia and inverse of
a real symmetric matrix using the factors from
linpack/dspfa, where the matrix is stored in
packed form
prec double
cspdi.f gams D2c1, D3c1
for computes the determinant, inertia and inverse of
a complex symmetric matrix using the factors
from linpack/cspfa, where the matrix is stored
in packed form
prec complex
zspdi.f gams D2c1, D3c1
for computes the determinant, inertia and inverse of
a complex symmetric matrix using the factors
from linpack/zspfa, where the matrix is stored
in packed form
prec doublecomplex
chpdi.f gams D2d1a, D3d1a
for computes the determinant, inertia and inverse of
a complex Hermitian matrix using the factors
from linpack/chpfa, where the matrix is stored
in packed form
prec complex
zhpdi.f gams D2d1a, D3d1a
for computes the determinant, inertia and inverse of
a complex Hermitian matrix using the factors
from linpack/zhpfa, where the matrix is stored
in packed form
prec doublecomplex
sspfa.f gams D2b1a
for factors a real symmetric matrix stored in packed
form by elimination with symmetric pivoting
prec single
dspfa.f gams D2b1a
for factors a real symmetric matrix stored in packed
form by elimination with symmetric pivoting
prec double
cspfa.f gams D2c1
for factors a complex symmetric matrix stored in
packed form by elimination with symmetric
pivoting
prec complex
zspfa.f gams D2c1
for factors a complex symmetric matrix stored in
packed form by elimination with symmetric
pivoting
prec doublecomplex
chpfa.f gams D2d1a
for factors a complex Hermitian matrix stored in
packed form by elimination with symmetric
pivoting
prec complex
zhpfa.f gams D2d1a
for factors a complex Hermitian matrix stored in
packed form by elimination with symmetric
pivoting
prec doublecomplex
sspsl.f gams D2b1a
for solves the real symmetric system Ax = b using
the factors computed by linpack/sspfa
prec single
dspsl.f gams D2b1a
for solves the real symmetric system Ax = b using
the factors computed by linpack/dspfa
prec double
cspsl.f gams D2c1
for solves the complex symmetric system Ax = b using
the factors computed by linpack/cspfa
prec complex
zspsl.f gams D2c1
for solves the complex symmetric system Ax = b using
the factors computed by linpack/zspfa
prec doublecomplex
chpsl.f gams D2d1a
for solves the complex Hermitian system Ax = b using
the factors computed by linpack/chpfa
prec complex
zhpsl.f gams D2d1a
for solves the complex Hermitian system Ax = b using
the factors computed by linpack/zhpfa
prec doublecomplex
ssvdc.f gams D6
for reduces a real matrix to diagonal form by
orthogonal/unitary transformations
prec single
dsvdc.f gams D6
for reduces a real matrix to diagonal form by
orthogonal/unitary transformations
prec double
csvdc.f gams D6
for reduces a complex matrix to diagonal form by
orthogonal/unitary transformations
prec complex
zsvdc.f gams D6
for reduces a complex matrix to diagonal form by
orthogonal/unitary transformations
prec doublecomplex
strco.f gams D2a3
for estimates the condition number of a triangular
matrix
prec single
dtrco.f gams D2a3
for estimates the condition number of a triangular
matrix
prec double
ctrco.f gams D2c3
for estimates the condition number of a triangular
matrix
prec complex
ztrco.f gams D2c3
for estimates the condition number of a triangular
matrix
prec doublecomplex
strdi.f gams D2a3, D3a3
for computes the determinant and inverse of a
triangular matrix
prec single
dtrdi.f gams D2a3, D3a3
for computes the determinant and inverse of a
triangular matrix
prec double
ctrdi.f gams D2c3, D3c3
for computes the determinant and inverse of a
triangular matrix
prec complex
ztrdi.f gams D2c3, D3c3
for computes the determinant and inverse of a
triangular matrix
prec doublecomplex
strsl.f gams D2a3
for solves systems of the form Tx = b or trans(T)x =
b where T is a triangular matrix of order n,
trans(T) denotes the transpose of the matrix T
prec single
dtrsl.f gams D2a3
for solves systems of the form Tx = b or trans(T)x =
b where T is a triangular matrix of order n,
trans(T) denotes the transpose of the matrix T
prec double
ctrsl.f gams D2c3
for solves systems of the form Tx = b or trans(T)x =
b where T is a triangular matrix of order n,
trans(T) denotes the transpose of the matrix T
prec complex
ztrsl.f gams D2c3
for solves systems of the form Tx = b or trans(T)x =
b where T is a triangular matrix of order n,
trans(T) denotes the transpose of the matrix T
prec doublecomplex
-----------------------------------------------------------
for test drivers for LINPACK
path: /netlib/linpack/chk/
-----------------------------------------------------------
####################################
# Index for linpack/chk #
####################################
bandcray.f for matrix decomposition for banded positive
definite matrices
cch.f
cex.f
cg.f
cgt.f
ch.f
cp.f
cqr.f
cs.f
csv.f
ct.f
cud.f
dch.f
dex.f
dg.f
dgt.f
dp.f
dqr.f
ds.f
dsv.f
dt.f
dud.f
foo.f
foo.out
index.bak
sch.f
sex.f
sg.f
sgt.f
sp.f
sqr.f
ss.f
ssv.f
st.f
sud.f
zh.f for Test program to check the xHICO, xHIFA, xHISL,
xHIDI, xHPCO,
xHPFA, xHPSL, and xHPDI Hermitian routines
(where x is only
replaced by C or Z)
prec complex, double complex
zch.f for Test program to check the xCHDC routines
prec single, double, complex, double complex
zex.f for Test program to check the xCHEX routines
prec single, double, complex, double complex
zg.f for Test program to check the xGECO, xGEFA, xGESL,
xGEDI, xGBCO,
xGBFA, xGBSL, and xGBDI routines
prec single, double, complex, double complex
zgt.f for Test program to check the xGTSL and xPTSL
routines
prec single, double, complex, double complex
zp.f for Test program to check the xPOCO, xPOFA, xPOSL,
xPODI, xPPCO,
xPPFA, xPPSL, xPPDI, xPBCO, xPBFA, xPBSL, and
xPBDI routines
prec single, double, complex, double complex
zqr.f for Test program to check the xQRDC and xQRSL
routines
prec single, double, complex, double complex
zs.f for Test program to check the xSICO, xSIFA, xSISL,
xSIDI, xSPCO,
xSPFA, xSPSL, and xSPDI routines
prec single, double, complex, double complex
zsv.f for Test program to check the xSVDC routines
prec single, double, complex, double complex
zt.f for Test program to check the xTRCO and xTRSL
routines
prec single, double, complex, double complex
zud.f for Test program to check the xCHDD routines
prec single, double, complex, double complex
-----------------------------------------------------------
for linear programming test problems
path: /netlib/lp/
-----------------------------------------------------------
data/ for a set of test problems in MPS format.
generators/ for programs that generate linear programming test
problems
infeas/ for infeasible linear programming test problems
-----------------------------------------------------------
for a set of test problems in MPS format.
path: /netlib/lp/data/
-----------------------------------------------------------
# ===== LP/DATA index =====
# NOTE: The former "index from lp/data" is now "readme from lp/data".
# It contains details on the following files.
25fv47 lang compressed MPS
80bau3b lang compressed MPS
size 298 kB
adlittle lang compressed MPS
afiro lang compressed MPS
agg lang compressed MPS
agg2 lang compressed MPS
agg3 lang compressed MPS
ascii for list of ASCII characters that can appear in
compressed MPS files
bandm lang compressed MPS
beaconfd lang compressed MPS
blend lang compressed MPS
bnl1 lang compressed MPS
bnl2 lang compressed MPS
boeing1 lang compressed MPS
boeing2 lang compressed MPS
bore3d lang compressed MPS
brandy lang compressed MPS
capri lang compressed MPS
cycle lang compressed MPS
czprob lang compressed MPS
d2q06c lang compressed MPS
size 258 kB
d6cube lang compressed MPS
degen2 lang compressed MPS
degen3 lang compressed MPS
dfl001 lang compressed MPS
size 353 kB
e226 lang compressed MPS
emps.c for C source for EMPS (to uncompress the compressed
MPS files)
emps.f for Fortran source for EMPS (to uncompress the
compressed MPS files)
etamacro lang compressed MPS
fffff800 lang compressed MPS
finnis lang compressed MPS
fit1d lang compressed MPS
fit1p lang compressed MPS
fit2d lang compressed MPS
size 482 kB
fit2p lang compressed MPS
size 439 kB
forplan lang compressed MPS
ganges lang compressed MPS
gfrd-pnc lang compressed MPS
greenbea lang compressed MPS
size 235 kB
greenbeb lang compressed MPS
size 235 kB
grow15 lang compressed MPS
grow22 lang compressed MPS
grow7 lang compressed MPS
israel lang compressed MPS
kb2 lang compressed MPS
kennington/ for Kennington test problems
lotfi lang compressed MPS
maros lang compressed MPS
maros-r7 lang compressed MPS
size 746 kB
minos for notes on MINOS 5.0 on problems supplied by
Michael Saunders
modszk1 lang compressed MPS
mpc.src for bundle of source for mpc, the program that
compresses MPS files
nesm lang compressed MPS
perold lang compressed MPS
pilot lang compressed MPS
size 278 kB
pilot.ja lang compressed MPS
pilot.we lang compressed MPS
pilot4 lang compressed MPS
pilot87 lang compressed MPS
size 514 kB
pilotnov lang compressed MPS
recipe lang compressed MPS
sc105 lang compressed MPS
sc205 lang compressed MPS
sc50a lang compressed MPS
sc50b lang compressed MPS
scagr25 lang compressed MPS
scagr7 lang compressed MPS
scfxm1 lang compressed MPS
scfxm2 lang compressed MPS
scfxm3 lang compressed MPS
scorpion lang compressed MPS
scrs8 lang compressed MPS
scsd1 lang compressed MPS
scsd6 lang compressed MPS
scsd8 lang compressed MPS
sctap1 lang compressed MPS
sctap2 lang compressed MPS
sctap3 lang compressed MPS
seba lang compressed MPS
share1b lang compressed MPS
share2b lang compressed MPS
shell lang compressed MPS
ship04l lang compressed MPS
ship04s lang compressed MPS
ship08l lang compressed MPS
ship08s lang compressed MPS
ship12l lang compressed MPS
ship12s lang compressed MPS
sierra lang compressed MPS
stair lang compressed MPS
standata lang compressed MPS
standgub lang compressed MPS with GUB markers
standmps lang compressed MPS
stocfor1 lang compressed MPS
stocfor2 lang compressed MPS
stocfor3/ for bundle of Fortran source and data for problem
STOCFOR3
size 227 kB
stocfor3.old/ for previous version (prior to 4 Feb. 1993) of
lp/data/stocfor3
truss/ for bundle of Fortran source and data for problem
TRUSS
tuff lang compressed MPS
vtp.base lang compressed MPS
wood1p lang compressed MPS
size 328 kB
woodw lang compressed MPS
size 240 kB
readme
-----------------------------------------------------------
for Kennington test problems
path: /netlib/lp/data/kennington/
-----------------------------------------------------------
# ===== LP/DATA/KENNINGTON index
cre-a lang compressed MPS
cre-b lang compressed MPS
size 877 kB
cre-c lang compressed MPS
cre-d lang compressed MPS
size 824 kB
ken-07 lang compressed MPS
ken-11 lang compressed MPS
size 533 kB
ken-13 lang compressed MPS
size 1.0 MB
ken-18 lang compressed MPS
size 3.7 MB
osa-07 lang compressed MPS
size 472 kB
osa-14 lang compressed MPS
size 999 kB
osa-30 lang compressed MPS
size 1.8 MB
osa-60 lang compressed MPS
size 4.2 MB
pds-02 lang compressed MPS
pds-06 lang compressed MPS
size 365 kB
pds-10 lang compressed MPS
size 628 kB
pds-20 lang compressed MPS
size 1.3 MB
readme
-----------------------------------------------------------
for previous version (prior to 4 Feb. 1993) of
path: /netlib/lp/data/stocfor3.old/
-----------------------------------------------------------
common5.for
core.mpc
input.f
paper.lis
read.me
std2mps.f
stoch1.frs
stoch2.frs
stoch3.frs
time7.frs
-----------------------------------------------------------
for bundle of Fortran source and data for problem
path: /netlib/lp/data/stocfor3/
-----------------------------------------------------------
common6.for
core.mpc
input.f
paper.lis
read.me
std2mps.f
stoch1.frs
stoch2.frs
stoch3.frs
time7.frs
-----------------------------------------------------------
for bundle of Fortran source and data for problem
path: /netlib/lp/data/truss/
-----------------------------------------------------------
READ.ME
loads.dat
nodepos.dat
numfrnds.dat
truss.desc
truss.f
-----------------------------------------------------------
for programs that generate linear programming test
path: /netlib/lp/generators/
-----------------------------------------------------------
# ===== LP/GENERATORS index =====
netgen/ lang Fortran
for NETGEN (Darwin Klingman's generator for
transportation networks and assignment problems,
along with data for generating 50 problems).
gnetgen/ lang Fortran
for GNETGEN (Fred Glover's modification of NETGEN
into a generator for generalized network flow
problems, with input data by M. Ramamurti for 15
specific problem instances).
-----------------------------------------------------------
lang Fortran
path: /netlib/lp/generators/gnetgen/
-----------------------------------------------------------
README
gnetgen.f
seed/
-----------------------------------------------------------
path: /netlib/lp/generators/gnetgen/seed/
-----------------------------------------------------------
2.13.000
2.13.050
2.13.100
2.25.000
2.25.050
2.25.100
2.50.000
2.50.050
2.50.100
4.26.000
4.26.050
4.26.100
6.39.000
6.39.050
6.39.100
-----------------------------------------------------------
lang Fortran
path: /netlib/lp/generators/netgen/
-----------------------------------------------------------
Data/
README
data0
netgen.f
-----------------------------------------------------------
path: /netlib/lp/generators/netgen/Data/
-----------------------------------------------------------
netgn101
netgn102
netgn103
netgn104
netgn105
netgn106
netgn107
netgn108
netgn109
netgn110
netgn111
netgn112
netgn113
netgn114
netgn115
netgn116
netgn117
netgn118
netgn119
netgn120
netgn121
netgn122
netgn123
netgn124
netgn125
netgn126
netgn127
netgn128
netgn129
netgn130
netgn131
netgn132
netgn133
netgn134
netgn135
netgn136
netgn137
netgn138
netgn139
netgn140
netgn141
netgn142
netgn143
netgn144
netgn145
netgn146
netgn147
netgn148
netgn149
netgn150
-----------------------------------------------------------
for infeasible linear programming test problems
path: /netlib/lp/infeas/
-----------------------------------------------------------
# ===== LP/INFEAS index =====
ceria3d lang compressed MPS
chemcom lang compressed MPS
cplex1 lang compressed MPS
cplex2 lang compressed MPS
forest6 lang compressed MPS
galenet lang compressed MPS
greenbea lang compressed MPS
size 258 kB
itest2 lang compressed MPS
itest6 lang compressed MPS
klein1 lang compressed MPS
klein2 lang compressed MPS
klein3 lang compressed MPS
mondou2 lang compressed MPS
qual lang compressed MPS
reactor lang compressed MPS
readme lang compressed MPS
refinery lang compressed MPS
vol1 lang compressed MPS
woodinfe lang compressed MPS
bgdbg1
bgetam
bgindy size 446 kB
bgprtr
box1
ex72a
ex73a
gosh size 622 kB
gran
pang
pilot4i
-----------------------------------------------------------
for information on high performance computers
path: /netlib/machines/
-----------------------------------------------------------
abs.tex
abstract.tex
abstract2.tex
begin.tex
cover.tex
readme for overview of machines
alliant.tex
amdahl.tex
ametek.tex
amt.tex
ardent.tex
bbn.tex
cdc190.tex
cdc205.tex
convex.tex
cray1.tex
cray2.tex
cray3.tex
crayea.tex
crayxmp.tex
crayymp.tex
culler.tex
cyberplus.tex
cydrome.tex
elxsi.tex
encore.tex
eta10.tex
flex.tex
fps1.tex
fps2.tex
fps3.tex
fps4.tex
fpst.tex
galaxy.tex
goodyear.tex
gould.tex
hitachi.tex
ibm3090.tex
intel.tex
ip1.tex
isis.tex
ksr.tex
loral.tex
machines.tex
meiko.tex
multiflow.tex
myrias.tex
nas.tex
ncube.tex
nec.tex
prevec.tex
printex
ps2000.tex
saxpy.tex
scs.tex
sequent.tex
sequent2.tex
sgi.tex
star.tex
startech.tex
stellar.tex
supertek.tex
tmc.tex
toc.tex
unisys.tex
-----------------------------------------------------------
for MasPar-specific libraries and tools
path: /netlib/maspar/
-----------------------------------------------------------
f90/ for purely Fortran version of library
by Petter Bjorstad, Erik Boman, Jeremy Cook, Hans
Munthe-Kaas, Tor Sorevik
lang Fortran90
mpl/ for mixed MPL and Fortran version of library
(sometimes faster than maspar/f90)
by Petter Bjorstad, Erik Boman, Jeremy Cook, Hans
Munthe-Kaas, Tor Sorevik
lang Fortran90, MPL
readme
-----------------------------------------------------------
for purely Fortran version of library
path: /netlib/maspar/f90/
-----------------------------------------------------------
dblas/ for purely Fortran version of BLAS library
prec double real
by Petter Bjorstad, Erik Boman, Jeremy Cook, Hans
Munthe-Kaas, Tor Sorevik
lang Fortran90
sblas/ for purely Fortran version of BLAS library
prec single real
by Petter Bjorstad, Erik Boman, Jeremy Cook, Hans
Munthe-Kaas, Tor Sorevik
lang Fortran90
readme
-----------------------------------------------------------
for purely Fortran version of BLAS library
path: /netlib/maspar/f90/dblas/
-----------------------------------------------------------
.depend
dasum.f for sum of absolute values
prec double real
gams D1a3a
daxpy.f for y = a*x + y
prec double real
gams D1a7
dcopy.f for copy x into y
prec double real
gams D1a5
ddot.f for dot product
prec double real
gams D1a4
dgbmv.f for matrix vector multiply
prec double real
gams D1b4
dgemm.f for matrix matrix multiply
prec double real
gams D1b6
dgemv.f for matrix vector multiply
prec double real
gams D1b4
dger.f for rank one update to a matrix
prec double real
gams D1b5
dnrm2.f for Euclidean norm
prec double real
gams D1a3b
drot.f for apply Givens rotation
prec double real
gams D1a8
drotg.f for setup Givens rotation
prec double real
gams D1b10
dsbmv.f for matrix vector multiply
prec double real
gams D1b4
dscal.f for x = a*x
prec double real
gams D1a6
dspmv.f for matrix vector multiply
prec double real
gams D1b4
dspr.f for rank one update to a matrix
prec double real
gams D1b5
dspr2.f for rank two update to a matrix
prec double real
gams D1b5
dswap.f for swap x and y
prec double real
gams D1a5
dsymm.f for matrix matrix multiply
prec double real
gams D1b6
dsymv.f for matrix vector multiply
prec double real
gams D1b4
dsyr.f for rank one update to a matrix
prec double real
gams D1b5
dsyr2.f for rank two update to a matrix
prec double real
gams D1b5
dsyr2k.f for rank-2k update to a matrix
prec double real
gams D1b5
dsyrk.f for rank-k update to a matrix
prec double real
gams D1b5
dtbmv.f for matrix vector multiply
prec double real
gams D1b4
dtbsv.f for solving certain triangular matrix problems
prec double real
gams D2a3,D2a2
dtpmv.f for matrix vector multiply
prec double real
gams D1b4
dtpsv.f for solving certain triangular matrix problems
prec double real
gams D2a3
dtrmm.f for matrix matrix multiply
prec double real
gams D1b6
dtrmv.f for matrix vector multiply
prec double real
gams D1b4
dtrsm.f for solving triangular matrix with many
right--hand-sides
prec double real
gams D2a3
dtrsv.f for solving certain triangular matrix problems
prec double real
gams D2a3
idamax.f for index of max abs value
prec double real
gams D1a2,D1a3c,N5a
degad.f
dfillo.f
dpacku.f
lsame.f
xerbla.f
makefile
readme
-----------------------------------------------------------
for purely Fortran version of BLAS library
path: /netlib/maspar/f90/sblas/
-----------------------------------------------------------
.depend
isamax.f for index of max abs value
prec single real
gams D1a2,D1a3c,N5a
sasum.f for sum of absolute values
prec single real
gams D1a3a
saxpy.f for y = a*x + y
prec single real
gams D1a7
scopy.f for copy x into y
prec single real
gams D1a5
sdot.f for dot product
prec single real
gams D1a4
sgbmv.f for matrix vector multiply
prec single real
gams D1b4
sgemm.f for matrix matrix multiply
prec single real
gams D1b6
sgemv.f for matrix vector multiply
prec single real
gams D1b4
sger.f for rank one update to a matrix
prec single real
gams D1b5
snrm2.f for Euclidean norm
prec single real
gams D1a3b
srot.f for apply Givens rotation
prec single real
gams D1a8
srotg.f for setup Givens rotation
prec single real
gams D1b10
ssbmv.f for matrix vector multiply
prec single real
gams D1b4
sscal.f for x = a*x
prec single real
gams D1a6
sspmv.f for matrix vector multiply
prec single real
gams D1b4
sspr.f for rank one update to a matrix
prec single real
gams D1b5
sspr2.f for rank two update to a matrix
prec single real
gams D1b5
sswap.f for swap x and y
prec single real
gams D1a5
ssymm.f for matrix matrix multiply
prec single real
gams D1b6
ssymv.f for matrix vector multiply
prec single real
gams D1b4
ssyr.f for rank one update to a matrix
prec single real
gams D1b5
ssyr2.f for rank two update to a matrix
prec single real
gams D1b5
ssyr2k.f for rank-2k update to a matrix
prec single real
gams D1b5
ssyrk.f for rank-k update to a matrix
prec single real
gams D1b5
stbmv.f for matrix vector multiply
prec single real
gams D1b4
stbsv.f for solving certain triangular matrix problems
prec single real
gams D2a3,D2a2
stpmv.f for matrix vector multiply
prec single real
gams D1b4
stpsv.f for solving certain triangular matrix problems
prec single real
gams D2a3
strmm.f for matrix matrix multiply
prec single real
gams D1b6
strmv.f for matrix vector multiply
prec single real
gams D1b4
strsm.f for solving triangular matrix with many
right--hand-sides
prec single real
gams D2a3
strsv.f for solving certain triangular matrix problems
prec single real
gams D2a3
lsame.f
segad.f
sfillo.f
spacku.f
xerbla.f
makefile
readme
-----------------------------------------------------------
for mixed MPL and Fortran version of library
path: /netlib/maspar/mpl/
-----------------------------------------------------------
dblas/ for Mixed Fortran90/MPL version of BLAS library
prec double real
by Petter Bjorstad, Erik Boman, Jeremy Cook, Hans
Munthe-Kaas, Tor Sorevik
lang Fortran90
sblas/ for Mixed Fortran90/MPL version of BLAS library
prec single real
by Petter Bjorstad, Erik Boman, Jeremy Cook, Hans
Munthe-Kaas, Tor Sorevik
lang Fortran90
p3pack/ for Permutation of Data
prec double real int
by Hans Munthe-Kaas
lang Fortran90, MPL
spfft/ for Fast Fourier Transforms
prec double real
by Hans Munthe-Kaas
lang Fortran90, MPL
readme
-----------------------------------------------------------
for Mixed Fortran90/MPL version of BLAS library
path: /netlib/maspar/mpl/dblas/
-----------------------------------------------------------
.depend
dasum.f for sum of absolute values
prec double real
gams D1a3a
daxpy.f for y = a*x + y
prec double real
gams D1a7
dcopy.f for copy x into y
prec double real
gams D1a5
ddot.f for dot product
prec double real
gams D1a4
dgbmv.f for matrix vector multiply
prec double real
gams D1b4
dgemm.f for matrix matrix multiply
prec double real
gams D1b6
dgemv.f for matrix vector multiply
prec double real
gams D1b4
dger.f for rank one update to a matrix
prec double real
gams D1b5
dnrm2.f for Euclidean norm
prec double real
gams D1a3b
drot.f for apply Givens rotation
prec double real
gams D1a8
drotg.f for setup Givens rotation
prec double real
gams D1b10
dsbmv.f for matrix vector multiply
prec double real
gams D1b4
dscal.f for x = a*x
prec double real
gams D1a6
dspmv.f for matrix vector multiply
prec double real
gams D1b4
dspr.f for rank one update to a matrix
prec double real
gams D1b5
dspr2.f for rank two update to a matrix
prec double real
gams D1b5
dswap.f for swap x and y
prec double real
gams D1a5
dsymm.f for matrix matrix multiply
prec double real
gams D1b6
dsymv.f for matrix vector multiply
prec double real
gams D1b4
dsyr.f for rank one update to a matrix
prec double real
gams D1b5
dsyr2.f for rank two update to a matrix
prec double real
gams D1b5
dsyr2k.f for rank-2k update to a matrix
prec double real
gams D1b5
dsyrk.f for rank-k update to a matrix
prec double real
gams D1b5
dtbmv.f for matrix vector multiply
prec double real
gams D1b4
dtbsv.f for solving certain triangular matrix problems
prec double real
gams D2a3,D2a2
dtpmv.f for matrix vector multiply
prec double real
gams D1b4
dtpsv.f for solving certain triangular matrix problems
prec double real
gams D2a3
dtrmm.f for matrix matrix multiply
prec double real
gams D1b6
dtrmv.f for matrix vector multiply
prec double real
gams D1b4
dtrsm.f for solving triangular matrix with many
right--hand-sides
prec double real
gams D2a3
dtrsv.f for solving certain triangular matrix problems
prec double real
gams D2a3
idamax.f for index of max abs value
prec double real
gams D1a2,D1a3c,N5a
degad.f
dfillo.f
dpacku.f
lsame.f
xerbla.f
MPL_DAXPY.m
MPL_DCOPY.m
MPL_DGEMM1.m
MPL_DGEMV1.m
MPL_DGEMV2.m
MPL_DGER.m
MPL_DSCAL.m
MPL_DSWAP.m
MPL_DTRSM_LON.m
MPL_DTRSM_UPN.m
MPL_DTRSV_LO.m
MPL_DTRSV_UP.m
MPL_IDAMAX.m
mpl_daxpy.m
mpl_dcopy.m
mpl_dgemm1.m
mpl_dger.m
mpl_dgemv1.m
mpl_dgemv2.m
mpl_dlrsolve.m
mpl_dlssolve.m
mpl_dscal.m
mpl_dswap.m
mpl_dtri_rln.m
mplwrap
mpl_dtri_run.m
mpl_dtri_sln.m
mpl_dtri_sun.m
mpl_dtrsm_lon.m
mpl_dtrsm_upn.m
mpl_dtrsv_lo.m
mpl_dtrsv_up.m
mpl_dursolve.m
mpl_dussolve.m
mpl_idamax.m
mpl_rec_dmul.m
mpl_rec_dps.m
mpl_sq_dmul.m
mpl_sq_dps.m
mpl_blas.h
makefile
readme
-----------------------------------------------------------
for Permutation of Data
path: /netlib/maspar/mpl/p3pack/
-----------------------------------------------------------
.depend
genutil.h
hpftest.f
makefile
mpltest.m
p3pack.doc
p3pack.h
p3pack.m
p3wrap.m
-----------------------------------------------------------
for Mixed Fortran90/MPL version of BLAS library
path: /netlib/maspar/mpl/sblas/
-----------------------------------------------------------
.depend
isamax.f for index of max abs value
prec single real
gams D1a2,D1a3c,N5a
sasum.f for sum of absolute values
prec single real
gams D1a3a
saxpy.f for y = a*x + y
prec single real
gams D1a7
scopy.f for copy x into y
prec single real
gams D1a5
sdot.f for dot product
prec single real
gams D1a4
sgbmv.f for matrix vector multiply
prec single real
gams D1b4
sgemm.f for matrix matrix multiply
prec single real
gams D1b6
sgemv.f for matrix vector multiply
prec single real
gams D1b4
sger.f for rank one update to a matrix
prec single real
gams D1b5
snrm2.f for Euclidean norm
prec single real
gams D1a3b
srot.f for apply Givens rotation
prec single real
gams D1a8
srotg.f for setup Givens rotation
prec single real
gams D1b10
ssbmv.f for matrix vector multiply
prec single real
gams D1b4
sscal.f for x = a*x
prec single real
gams D1a6
sspmv.f for matrix vector multiply
prec single real
gams D1b4
sspr.f for rank one update to a matrix
prec single real
gams D1b5
sspr2.f for rank two update to a matrix
prec single real
gams D1b5
sswap.f for swap x and y
prec single real
gams D1a5
ssymm.f for matrix matrix multiply
prec single real
gams D1b6
ssymv.f for matrix vector multiply
prec single real
gams D1b4
ssyr.f for rank one update to a matrix
prec single real
gams D1b5
ssyr2.f for rank two update to a matrix
prec single real
gams D1b5
ssyr2k.f for rank-2k update to a matrix
prec single real
gams D1b5
ssyrk.f for rank-k update to a matrix
prec single real
gams D1b5
stbmv.f for matrix vector multiply
prec single real
gams D1b4
stbsv.f for solving certain triangular matrix problems
prec single real
gams D2a3,D2a2
stpmv.f for matrix vector multiply
prec single real
gams D1b4
stpsv.f for solving certain triangular matrix problems
prec single real
gams D2a3
strmm.f for matrix matrix multiply
prec single real
gams D1b6
strmv.f for matrix vector multiply
prec single real
gams D1b4
strsm.f for solving triangular matrix with many
right--hand-sides
prec single real
gams D2a3
strsv.f for solving certain triangular matrix problems
prec single real
gams D2a3
lsame.f
segad.f
sfillo.f
spacku.f
xerbla.f
MPL_ISAMAX.m
MPL_SAXPY.m
MPL_SCOPY.m
MPL_SGEMM1.m
MPL_SGEMV1.m
MPL_SGEMV2.m
MPL_SGER.m
MPL_SSCAL.m
MPL_SSWAP.m
MPL_STRSM_LON.m
MPL_STRSM_UPN.m
MPL_STRSV_LO.m
MPL_STRSV_UP.m
mpl_isamax.m
mpl_rec_smul.m
mpl_rec_sps.m
mpl_saxpy.m
mpl_scopy.m
mpl_sgemm1.m
mpl_sgemv1.m
mpl_sgemv2.m
mpl_sger.m
mpl_slrsolve.m
mpl_slssolve.m
mpl_sq_smul.m
mpl_sq_sps.m
mpl_sscal.m
mpl_sswap.m
mpl_stri_rln.m
mpl_stri_run.m
mpl_stri_sln.m
mpl_stri_sun.m
mpl_strsm_lon.m
mpl_strsm_upn.m
mpl_strsv_lo.m
mpl_strsv_up.m
mpl_sursolve.m
mpl_sussolve.m
makefile
mpl_blas.h
mplwrap
readme
-----------------------------------------------------------
for Fast Fourier Transforms
path: /netlib/maspar/mpl/spfft/
-----------------------------------------------------------
.depend
fftwrap.m for Fast Fourier Transform routines callable from
Fortran
prec single and double real (for complex transforms)
spfft.m for Fast Fourier Transform routines from MPL
prec single and double real (for complex transforms)
mpltest.m for test programs in mpl for FFT's
prec single and double (for complex transforms)
hpftest.f for test program in Fortran for FFT's
prec single and double real (for complex transforms)
hpftest2.f for test program in Fortran for FFT's
prec single and double real (for complex transforms)
hpftest3.f for test program in Fortran for FFT's
prec single and double real (for complex transforms)
genutil.h
makefile
p3pack.h
p3pack.m
realtest.m
spfft.doc
spfft.h
spfftOptim.h
testcodes.doc
-----------------------------------------------------------
for multidimensional scaling
path: /netlib/mds/
-----------------------------------------------------------
cancor.f for canonical correlation analysis of 3 or more sets
of variables
by dcarroll@gandalf.rutgers.edu
ref Proc.76th Amer.Psych.Assoc., 1968, 3:227-228
kind command
ccm.f for categorical conjoint measurement
by dcarroll@gandalf.rutgers.edu
kind command
hiclust.f for hierarchical clustering
contact kruskal@research.att.com
ref Psychometrika, 1967, 32:241-254
see another version in icicle
kind command
# Different from (though similar to) hiclust.f in
icicle.shar below
icicle/ for plotting the output of hierarchical clustering
by kruskal@research.att.com
ref Amer.Statistician, 1983, 37:162-168
kind shell archive, i.e., files combined by Unix
command "bundle"
# Files included: icicle.r ratfor function
icicle.f fortran IV expansion (modified)
hiclust.r ratfor command hiclust.f
fortran IV expansion (modified)
Different from (though similar to) mds/hiclust.f
above icicle.data sample data and results
idioscal.f for model more general than the INDSCAL model
by dcarroll@gandalf.rutgers.edu
ref Psychometrika, 1970, 35:283-319
kind command
indclus/ for individual differences clustering (INDCLUS
model)
by dcarroll@gandalf.rutgers.edu
ref Psychological Review, 1979, 86:87-123
kind shell archive, i.e., files combined by Unix
command "bundle"
# Files included: indclus.f fortran command
indclus.data sample data and results
indscal.f for individual differences scaling (INDSCAL model)
by dcarroll@gandalf.rutgers.edu
ref Psychometrika, 1970, 35:283-319
see sindscal.f
kind command
# sindscal.f is recommended instead of this for
most uses
indscals.f for individual differences scaling (INDSCAL model)
by dcarroll@gandalf.rutgers.edu
ref Psychometrika, 1970, 35:283-319
see sindscal.f
kind command
# sindscal.f is recommended instead of this for
most uses
kyst.f for multidimensional scaling
by kruskal@research.att.com
ref Psychometrika, 1964, 29:1-17
kind command
see kyst2a_manual
see kyst2a.f, mdscal.f
# historical order: mdscal.f, kyst.f, kyst2a.f
kyst2a.f for multidimensional scaling
by kruskal@research.att.com
ref Psychometrika, 1964, 29:1-17
kind command
see kyst2a_manual
see kyst.f, mdscal.f
# historical order: mdscal.f, kyst.f, kyst2a.f
kyst2a_manual.ps by chella@diepa.unipa.it
contact kruskal@research.att.com
kind text in PostScript form
see mds/kyst2a_manual, mds/kyst2a_manual.BinHex
# Also helpful in using kyst and mdscal
kyst2a_manual.BinHex by chella@diepa.unipa.it
contact kruskal@research.att.com
kind text in Macintosh BinHex form
see mds/kyst2a_manual, mds/kyst2a_manual.ps
# Also helpful in using kyst and mdscal
mapclus/ for fitting ADCLUS model
by 2018001@rutvm1.rutgers.edu
ref Psychometrika, 1980, 45:211-235
kind shell archive, i.e., files combined by Unix
command "bundle"
# Files included: mapclus.f fortran command
mapclus.data sample data and results
maxscal4.1.f for maximum likelihood multidimensional scaling
by takane@takane2.psych.mcgill.ca
ref Psychometrika, 1981, 46:389-405
kind command
mdpref.f for multidimensional preference mapping
by dcarroll@gandalf.rutgers.edu
ref "Multidimensional Scaling", Seminar Press, 1972,
1:105-155
see mdprefs.f
kind command
mdprefs.f for multidimensional preference mapping
by dcarroll@gandalf.rutgers.edu
ref "Multidimensional Scaling", Seminar Press, 1972,
1:105-155
see mdpref.f
kind command
mdscal.f for multidimensional scaling
by kruskal@research.att.com
ref Psychometrika, 1964, 29:1-17
kind command
see kyst2a_manual
see kyst2a.f, kyst.f
# historical order: mdscal.f, kyst.f, kyst2a.f
monanova.f for monotone analysis of variance (MONANOVA model)
by kruskal@research.att.com
ref J.Roy.Stat.Soc.,Ser.B, 1965, 27:251-263
kind command
nindscal.f for individual differences scaling (INDSCAL model)
by dcarroll@gandalf.rutgers.edu
ref Psychometrika, 1970, 35:283-319
see sindscal.f
kind command
# sindscal.f is recommended instead of this for
most uses
paramap.f for parametric mapping
by dcarroll@gandalf.rutgers.edu
ref "Multivariate Analysis", Academic Press, 1966,
pp.561-592
kind command
polyfac.f for polynomial factor analysis
by dcarroll@gandalf.rutgers.edu
ref Proc.77th Amer.Psych.Assoc., 1969, 4:103-104
kind command
prefmap.f for preference mapping
by dcarroll@gandalf.rutgers.edu
ref "Multidimensional Scaling", Seminar Press, 1972,
1:105-155
see prefmap2.f
kind command
prefmap2.f for preference mapping
by dcarroll@gandalf.rutgers.edu
ref "Multidimensional Scaling", Seminar Press, 1972,
1:105-155
see prefmap.f
kind command
profit.f for application of nonlinear correlation to psychol
and physical dimensions
by dcarroll@gandalf.rutgers.edu
ref American Psychologist, 1964, 19:540
kind command
readme
simules.f for simultaneous linear equation scaling
by dcarroll@gandalf.rutgers.edu
ref Proc.80th Amer.Psych.Assoc., 1972, 7:11-12
kind command
sindscal.f for individual differences scaling (INDSCAL model)
by pru@research.att.com
ref Psychometrika, 1970, 35:283-319
kind command
# this is recommended in place of indscal.f,
indscals.f, ninscal.f
addtree.pas for fitting additive trees to proximity data
by jec34@columbia.edu
ref Behavior Research Methods and Instrumentation,
1982, 14:353-54. Psychometrika, 1977,
42:319-345.
see addtree_manual
kind command
lang Pascal
addtree_manual by jec34@columbia.edu
kind text in plain ascii form
extree.pas for fitting extended tree model to proximity data
by jec34@columbia.edu
ref Psychometrika, 1986, 51:429-451.
see extree_manual
kind command
lang Pascal
extree_manual by jec34@columbia.edu
kind text in plain ascii form
-----------------------------------------------------------
for plotting the output of hierarchical clustering
path: /netlib/mds/icicle/
-----------------------------------------------------------
hiclust.f
hiclust.r
icicle.data
icicle.f
icicle.r
-----------------------------------------------------------
for individual differences clustering (INDCLUS
path: /netlib/mds/indclus/
-----------------------------------------------------------
indclus.data
indclus.f
-----------------------------------------------------------
for fitting ADCLUS model
path: /netlib/mds/mapclus/
-----------------------------------------------------------
mapclus.data
mapclus.f
-----------------------------------------------------------
for looking closely at functions
path: /netlib/microscope/
-----------------------------------------------------------
main.f for multivariate function analysis package; studies
an interpolation or approximation schemes
continuity, interpolation, degree
pltdmy.f for default plot package for the microscope package
screen.f for machine-dependent display editing terminal
handler for the microscope package
scroll.f for portable dumb terminal handler for the
microscope system, alternative to
(microscope/screen)
usrdmy.f for dummy routine, to be replaced by user to
implement the USER commands
helplc for one line command summaries for (microscope/*),
called by (microscope/main)
lc.f for more routines for (microscope/*)
pos.f for routine to seek to line n, used in
(microscope/*)
usrlc.f for examples for (microscope/*) from manual
manlc for users manual for (microscope/*), for terminal
output
size 270 kB
# These manuals are (apparently) the same as MRC
Tech. Rpt. 2701, by Alfeld and Harris, June
1984, University of Wisconsin-Madison. Ask for
at most one of "manual" or "manlc". Try
"helplc" first.
manual for users manual for (microscope/*) with printer
control characters
size 327 kB
# These manuals are (apparently) the same as MRC
Tech. Rpt. 2701, by Alfeld and Harris, June
1984, University of Wisconsin-Madison. Ask for
at most one of "manual" or "manlc". Try
"helplc" first.
supprt.f for computational core routines for
(microscope/main)
# So, a typical request to get a minimal version of MICROSCOPE would be:
# mail research!netlib
# send helplc from microscope
# send main supprt lc pos pltdmy usrlc scroll from microscope
Other/
-----------------------------------------------------------
path: /netlib/microscope/Other/
-----------------------------------------------------------
helpuc
manuc
pen07.f
pen18.f
pendmy.f
pltlc.f
pltuc.f
uc.f
usruc.f
-----------------------------------------------------------
for nonlinear equations and nonlinear least squares
path: /netlib/minpack/
-----------------------------------------------------------
.depend
chkdrv.f
covar.f
dependencies
dmchar.f
errjac.f
ex/ for test programs
grdfcn.f
hesfcn.f
hybdrv.f
hybipt.f
hyjdrv.f
ibmdpdr.f
lhesfcn.f
lmddrv.f
lmdipt.f
lmfdrv.f
lmsdrv.f
makefile
objfcn.f
ocpipt.f
readme for overview of minpack
chkder.f gams F3,G4c,K6d
for check gradients for consistency with functions
dogleg.f for determine combination of gauss-newton and
gradient directions
dpmpar.f for provide double precision machine parameters
enorm.f for calculate euclidean norm of vector
fdjac1.f for calculate difference approximation to jacobian
(nonlinear equations)
fdjac2.f for calculate difference approximation to jacobian
(least squares)
hybrd.f gams F2
for solve systems of nonlinear equations
(approximate jacobian)
hybrd1.f gams F2
for easy-to-use driver for (minpack/hybrd)
hybrj.f gams F2
for solve systems of nonlinear equations (analytic
jacobian)
hybrj1.f gams F2
for easy-to-use driver for (minpack/hybrj)
lmder.f gams K1b1a2
for solve nonlinear least squares problem (analytic
jacobian)
lmder1.f gams K1b1a2
for easy-to-use driver for (minpack/lmder)
lmdif.f gams K1b1a1
for solve nonlinear least squares problem
(approximate jacobian)
lmdif1.f gams K1b1a1
for easy-to-use driver for (minpack/lmdif)
lmpar.f for determine levenberg-marquardt parameter
lmstr.f gams K1b1a2
for solve nonlinear least squares problem (storage
conserving)
lmstr1.f gams K1b1a2
for easy-to-use driver for (minpack/lmstr)
qform.f for accumulate orthogonal matrix from qr
factorization
qrfac.f for compute qr factorization of rectangular matrix
qrsolv.f for complete solution of least squares problem
rwupdt.f for update qr factorization after row addition
r1mpyq.f for apply orthogonal transformations from qr
factorization
r1updt.f for update qr factorization after rank-1 addition
ssqfcn.f
ssqjac.f
ucodrv.f
vecfcn.f
vecjac.f
-----------------------------------------------------------
for test programs
path: /netlib/minpack/ex/
-----------------------------------------------------------
file01 for Function SPMPAR
file02 for MINPACK-1
prec single
file03 for MINPACK-1 documentation
prec single
# unfortunately, column 73 was lost at Argonne
long ago
file04 for Function DPMPAR
file05 for MINPACK-1
file06 for MINPACK-1 documentation
prec double
# unfortunately, column 73 was lost at Argonne
long ago
file07 for SMCHAR test
file08 for HYBRD test
prec single
file09 for HYBRJ test
prec single
file10 for LMDER test
prec single
file11 for LMSTR test
prec single
file12 for LMDIF test
prec single
file13 for CHKDER test
prec single
file14 for DMCHAR test
file15 for HYBRD test
prec double
file16 for HYBRJ test
prec double
file17 for LMDER test
prec double
file18 for LMSTR test
prec double
file19 for LMDIF test
prec double
file20 for CHKDER test
prec double
file21 for HYBRD and HYBRJ data
file22 for LMDER, LMSTR, and LMDIf data
file23 for CHKDER data
-----------------------------------------------------------
for various stuff collected over time
path: /netlib/misc/
-----------------------------------------------------------
SEV/
add.to.index
anllist.b
anllist.b.ia
anllist.b.ib
anllist.b.ic
anllist.b.ig
axlbx2
bartels
bartels.b
beatson
bell-prize-results
bib.readme
bib.warning
biblio
binary-lu
bio-parallel
bio.copyright
bsmp.f
c-standard
conest
cpc.index
crawford.f
cycred
cycred-doc
dcgc
dec-blas
difcor
dmr
dpmpar.c
dqed.f
eiginv
fft.mail
files
ftpdiff
gcvspl
gemmw
gmres/
goliath.f
goliath.tex
guptri
hartley
hssxev
ibmblas3
iccg
iccg-doc
iccg-paper
ickp/ for for checkpointing programs on the Intel iPSC/2 &
iPSC/860
by James Plank, Princeton University
gams z
iqd.for
iqtest.for
jgraph.readme gams q
jgraph/ for program to plot graphs in Postscript
by Jim Plank, Princeton University
gams q
jobs
lalqmr
laops.f
laops2.f
lo
lottery
lsqr
mach1
mach2
makefile
map/
mfft
mglab/ for tutorial 1d multigrid
gams i1b1
contrib for a checklist for netlib contributors
mpsimdoc
multiprocess.ref
nanet/ for the software for running the na-net.
netlib-paper for The troff form of the paper describing netlib.
netlib for The source and scripts for netlib.
bitnet for a list of bitnet sites.
fft.f for yet another fft subroutine, this one from
Ferziger's text
gams j1a2
machar for this program prints hardware-determined machine
constants obtained by smchar, a subroutine due
to w. j. cody. descriptions of the machine
constants are given in the prologue comments of
smchar. subprograms called smchar version Fri
Oct 25 22:54:26 BST 1985
lang C
by Tim Hopkins Computing Laboratory, University of
Kent, Canterbury CT2 7NF Kent U.K.
nielsen
parti
perlman
positions
qmr.index
rainbow
randnum-cray for vectorised random number generator for the CRAY
X-MP.
by Oscar Buneman, 10/16/86
gams l6a21
groups for list of people interested in na at varous
centers.
# Gene Golub, Stanford, 3/87
rolex
rolex.b
rolex.b.ig
sdifcor
sdifcor.doc
sgefac
sledge
smchar.c
sonest
soviet_interval
sparsdyn
spline
stree
symmlq
testmats
to.dasher
tql2.f
trace/
trace2au_report/
trace2au_tools/
tred2v.f
treeql
treeqr
treeqr.comments
tstmach
tymnet for list of tymnet numbers around the country.
iqpack/ for - Fortran subroutines for the weights of
interpolatory quadratures
the package is an implementation of the method
described in
"Calculation of the Weights of Interpolatory
Quadratures",
J. Kautsky and S. Elhay, Numer Math 40 (1982)
407-422,
by S. Elhay, Feb 1988.
gams h2c
lang fortran
mus for A package for solving two-point BVPs Double
precision version
# Authors: R.M.M. Mattheij, G.W.M. Staarink.
G.W.M. Staarink; Economisch Instituut; Thomas
van Aquinostraat 6;
6525 GD Nijmegen; The Netherlands
jet-lag-diet for Argonne's Anti-Jet-Lag Diet helps travelers
adjust to new time zones.
sleign for eigenvalues and eigenfunctions of regular and
singular Sturm-Liouville
boundary value problems. The package is a
modification and
extension of the code developed by Bailey,
Gordon, and Shampine,
described in ACM-TOMS 4(1978).(Burt Garbow, ANL,
11/29/88)
gams i1b3
lang fortran
mpsim/ # Portable (to most UNIX systems) message-passing
simulator
that supports both C and FORTRAN. Uses forks
and pipes
to support up to 8 to 16 processes on UNIX bsd
4.x, SYS V 3.x,
DYNIX, Encore, Ultrix, Sun, XENIX, Tek UNIX,
3B2s. Simulates
Intel iPSC/1 and iPSC/2 hypercubes and produces
trace file of message
events. Trace-file analyzers produces tabular
or graphical
summaries. (Encore and Sequent versions will
utilize
multiple processors.)
Tom Dunigan, Oak Ridge Nat Lab, 2/89,
dunigan@msr.epm.ornl.gov
gams z
dlamch.f for determines double precision machine parameters.
gams r1
slamch.f for determines single precision machine parameters.
gams r1
rktec.c for computes the truncation error coefficients,
tecs, of a Runge-Kutta
formula, or a pair of formulas, specified in an
input file.
Version 2.1
by Mike Hosea (na.hosea@na-net.ornl.gov) June 6,
1994
gams i1c
syevj for the code implements the accurate symmetric
eigensolver
which consist of the symmetric indefinite
decomposition
followed by implicit Jacobi iteration.
by "Dr. Ivan Slapnicar"
<islapnicar@uni-zg.ac.mail.yu> , 3 Dec 1992
gams d4a1
lang fortran
underwood
varp2
varpro
varpro-drv
varpro-input
varpro-output
vax-blas
vrend/ for 3-D volume-renderer (using ray-casting); a PVM
2.4 implementation.
by Hugh Caffey, caffey@tc.cornell.edu Dec 10, 1992
gams q
blocksolve/ for BlockSolve is a software library module for
solving large,
sparse, symmetric systems of linear equations on
parallel
computers. The package contains source code,
Unix "man"
pages and a manual. To achieve portability,
BlockSolve uses
the Chameleon package developed by Bill Gropp
and others at
Argonne National Laboratory. BlockSolve has
been tested on the
Intel DELTA, the IBM SP series, and a network of
Sun
workstations, but can be expected to run without
modification
of source code on other architectures.
This file CANNOT be retrieved by email.
by Mark Jones jones@cs.utk.edu, Paul Plassmann
plassman@mcs.anl.gov
contact jones@cs.utk.edu
prec single/double
gams d2b4
lang c
age research
# misc/umfpack.shar moved to linalg/umfpack.shar
besz.c for fast zero finder for bessel functions J_nu(x)
lang c
by E. Onofri (onofri@parma.infn.it)
gams c10a3
whitepages
xplayer/ for trace2au is a tool that takes trace stream as
input and outputs sounds
on a Sun workstation. E.g., can be used with a
trace file produced by
picl to identify communication patterns,
hotspots, and bottlenecks.
by Jean Yves Peterschmitt <jypeters@cs.utk.edu> and
Bernard Tourancheau <btouranc@cs.utk.edu>
gams n1, s3
nonsymdc/ by Jack J. Dongarra & Majed Sidani,
for This software is a sequential version of a
parallel algorithm for
computing the eigenvalues and eigenvectors of a
non-symmetric matrix. The algorithm is based on
a
divide-and-conquer procedure and uses an
iterative
refinement technique.
see tennessee/ut-cs-91-137.ps for details on the
approach.
by Jack Dongarra <dongarra@cs.utk.edu>
Majed Sidani <sidani@cray.com>
-----------------------------------------------------------
path: /netlib/misc/SEV/
-----------------------------------------------------------
README
letter
tape
tred2v.f
treeqr
-----------------------------------------------------------
for BlockSolve is a software library module for
path: /netlib/misc/blocksolve/
-----------------------------------------------------------
BMmsg.h
BSdepend.h
BSlog.h
BSprivate.h
BSsparse.h
BStree.h
TAR.README
doc/
examples/
src/
-----------------------------------------------------------
path: /netlib/misc/blocksolve/doc/
-----------------------------------------------------------
man/
manual/
-----------------------------------------------------------
path: /netlib/misc/blocksolve/doc/man/
-----------------------------------------------------------
man3/
-----------------------------------------------------------
path: /netlib/misc/blocksolve/doc/man/man3/
-----------------------------------------------------------
BSb_back_solve.3
BSb_backward.3
BSb_for_solve.3
BSb_forward.3
BSback_solve.3
BSback_solve1.3
BSbackward.3
BSbackward1.3
BSbjacobi.3
BScopy_nz.3
BScopy_par_mat.3
BScreate_ctx.3
BSctx_set_cs.3
BSctx_set_ct.3
BSctx_set_err.3
BSctx_set_id.3
BSctx_set_is.3
BSctx_set_np.3
BSctx_set_pr.3
BSctx_set_ps.3
BSctx_set_rt.3
BSctx_set_si.3
BSeasy_A.3
BSfactor.3
BSfor_solve.3
BSfor_solve1.3
BSforward.3
BSforward1.3
BSfree_comm.3
BSfree_copy_par_mat.3
BSfree_ctx.3
BSfree_easymat.3
BSfree_off_map.3
BSfree_par_mat.3
BSfree_reperm.3
BSfree_spmat.3
BSfreeg2l.3
BSfreel2g.3
BSget_diag.3
BSglob2loc.3
BSglob2proc.3
BSinv_diag_block.3
BSloc2glob.3
BSmain_perm.3
BSmain_reperm.3
BSmake_off_map.3
BSmat_subtract.3
BSoffset.3
BSpar_isolve.3
BSpar_solve.3
BSsave_diag.3
BSscale_diag.3
BSset_diag.3
BSset_diagv.3
BSsetup_block.3
BSsetup_factor.3
BSsetup_forward.3
BStri_mult.3
BStri_solve.3
-----------------------------------------------------------
path: /netlib/misc/blocksolve/doc/manual/
-----------------------------------------------------------
acks.tex
manual.bbl
manual.dvi
manual.ps
manual.tex
sec1.tex
sec2.tex
sec3.tex
sec4.tex
sec5.tex
title.tex
-----------------------------------------------------------
path: /netlib/misc/blocksolve/examples/
-----------------------------------------------------------
Makefile
Makefile.NULL
get_mat.c
get_mat0.c
get_mat3.c
get_mat4.c
makeeui
makenx
makesun4null
makesun4p4
map3.c
master0.c
master1.c
master2.c
master3.c
master4.c
pargrid.h
pargrid2.h
testrun.sun4
testrun2.sun4
worker0.c
worker1.c
worker2.c
worker3.c
worker4.c
-----------------------------------------------------------
path: /netlib/misc/blocksolve/src/
-----------------------------------------------------------
BMcomp_msg.c
BSallc_distr.c
BSallc_keyarr.c
BSallc_number.c
BSallc_perm.c
BSb_back_solve.c
BSb_backward.c
BSb_for_solve.c
BSb_forward.c
BSback_solve.c
BSback_solve1.c
BSbackward.c
BSbackward1.c
BSbase.c
BSbjacobi.c
BSbulletin.c
BSbulletin_d.c
BSclique_2_inode.c
BScolor_2_clique.c
BScontext.c
BScontract.c
BScopy_nz.c
BScopy_par_mat.c
BScount_nz.c
BSeasy_A.c
BSfactor.c
BSfactor1.c
BSfactorn.c
BSfnd_clique.c
BSfnd_inode.c
BSfold_distr.c
BSfor_solve.c
BSfor_solve1.c
BSforward.c
BSforward1.c
BSfree_cl2i.c
BSfree_comm.c
BSfree_easymat.c
BSfree_inlist.c
BSfree_par_mat.c
BSfree_reperm.c
BSfree_spmat.c
BSget_diag.c
BSglobal_perm.c
BSheap_sort.c
BSido_color.c
BSins_diag.c
BSinv_diag_block.c
BSlow2high.c
BSmain_perm.c
BSmain_reperm.c
BSmap.c
BSmat_subtract.c
BSmisc_perm.c
BSmy_rand.c
BSnum2distr.c
BSnum2perm.c
BSnz_2_inode.c
BSoff_gnum.c
BSoffset.c
BSorig_inode.c
BSpack_n_send.c
BSpar_bcg.c
BSpar_bip.c
BSpar_ip.c
BSpar_isolve.c
BSpar_solve.c
BSpar_symmlq.c
BSperm_rows.c
BSrem_diag.c
BSrow_err_check.c
BSrow_perm.c
BSrows_2_inode.c
BSsave_diag.c
BSscale_diag.c
BSsdo_color.c
BSset_diag.c
BSset_diagv.c
BSsetup_block.c
BSsetup_factor.c
BSsetup_forward.c
BSsort_rows.c
BSsort_rows.o
BSspace.c
BStrans_perm_cl.c
BStrans_perm_in.c
BStri_mult.c
BStri_solve.c
BSx_color.c
Makefile
Makefile.NULL
makeeui
makenx
makesun4null
makesun4p4
-----------------------------------------------------------
path: /netlib/misc/gmres/
-----------------------------------------------------------
READ_ME_FIRST
bvp.f
circ.f
condif.f
gmresdb1.f
gmresdb2.f
hwscrtd.f
overview
pnbex.f
-----------------------------------------------------------
for for checkpointing programs on the Intel iPSC/2 &
path: /netlib/misc/ickp/
-----------------------------------------------------------
FILES
INFO
README
bin/
examples/
lib/
man/
src/
-----------------------------------------------------------
path: /netlib/misc/ickp/bin/
-----------------------------------------------------------
README
doickp
iload
-----------------------------------------------------------
path: /netlib/misc/ickp/examples/
-----------------------------------------------------------
hpart/
part/
-----------------------------------------------------------
path: /netlib/misc/ickp/examples/hpart/
-----------------------------------------------------------
.ickprc
README
hpart.c
hpart.h
in500
makefile
mkpar
mkpar.c
part.c
-----------------------------------------------------------
path: /netlib/misc/ickp/examples/part/
-----------------------------------------------------------
.ickprc
README
in500
makefile
mkpar
mkpar.c
part.c
-----------------------------------------------------------
path: /netlib/misc/ickp/lib/
-----------------------------------------------------------
860/
ickp_conv.sh
ickp_fmain.o
ickp_main.o
libickp.a
makedep.awk
makedep.sh
mkckpmain.sh
mkmake.sh
-----------------------------------------------------------
path: /netlib/misc/ickp/lib/860/
-----------------------------------------------------------
ickp_conv.sh
ickp_fmain.o
ickp_main.o
libickp.a
makedep.sh
mkckpmain.sh
mkmake.sh
-----------------------------------------------------------
path: /netlib/misc/ickp/man/
-----------------------------------------------------------
doickp.1
ickp.1
iload.1
-----------------------------------------------------------
path: /netlib/misc/ickp/src/
-----------------------------------------------------------
mkmake/
tools/
-----------------------------------------------------------
path: /netlib/misc/ickp/src/mkmake/
-----------------------------------------------------------
README
mkmake.head
mkmake.sh
mkmake.tail
-----------------------------------------------------------
path: /netlib/misc/ickp/src/tools/
-----------------------------------------------------------
.mkdep
doickp.c
iload.c
makefile
-----------------------------------------------------------
for - Fortran subroutines for the weights of
path: /netlib/misc/iqpack/
-----------------------------------------------------------
iqd.f
iqtest.d
iqtest.f
-----------------------------------------------------------
for program to plot graphs in Postscript
path: /netlib/misc/jgraph/
-----------------------------------------------------------
MSDOS.help
NeXT.help
README
acc.jgr
acc.tex
ad.jgr
alb.jgr
bailey.jgr
bailey.pts
cube.jgr
data.txt
descrip.mms
disk.jgr
draw.c
ebars.jgr
edit.c
ex1.jgr
ex2.jgr
exit.c
g8.jgr
g8col.jgr
g9n10.jgr
gpaper.jgr
hypercube.jgr
jgraph.1
jgraph.c
jgraph.com
jgraph.h
jmalloc.c
list.c
list.h
mab2.jgr
mab2.times
makefile
nr.jgr
printline.c
prio_list.c
prio_list.h
process.c
redexp.vms
show.c
sin.c
sin.jgr
sin.pts
sin1.jgr
sin2.c
sin2.jgr
sin2.pts
sin3.jgr
sin3.pts
token.c
tree.awk
wortman.jgr
-----------------------------------------------------------
path: /netlib/misc/map/
-----------------------------------------------------------
makefile
map.c
map.icon
memory.lu2
memory.luall
memory.mm
memory.sgeinv
memory.sgetrf
memory.sgetrf2
memory.spoinv
memory.spoinvl
memory.spotrf
memory.spotrfl
memory.tredb
-----------------------------------------------------------
for tutorial 1d multigrid
path: /netlib/misc/mglab/
-----------------------------------------------------------
# mglab.for is a tutorial multigrid program.
# It solves elliptic boundary values in one dimension.
# The user may choose various multigrid cycles, transfer operators, smoothing
# methods, and nested iteration end defect correction. Cell-centered and
# vertex-centered discretization and multigrid is included.
# Documentation is included in the program.
# The program is written in portable FORTRAN-77, and has run on MS-DOS PC's
# and Unix mainframes.
# The methods used are fully described in the following book:
# An Introduction to Multigrid Methods, Wiley, Chichester, 1992 by
# P.Wesseling.
mglab.for for FORTRAN source of the tutorial multigrid
program.
mglab.dat for example of an input file.
mglab.res for corresponding output.
readme
-----------------------------------------------------------
# Portable (to most UNIX systems) message-passing
path: /netlib/misc/mpsim/
-----------------------------------------------------------
mpsim/
-----------------------------------------------------------
path: /netlib/misc/mpsim/mpsim/
-----------------------------------------------------------
README
ccplot.c
chol.h
cholh.c
cholhv2.c
choln.c
cholnv2.c
echoh.c
echon.c
iph.c
iphf.f
iphfv2.f
iphg.c
iphv2.c
ipn.c
ipnf.f
ipnfv2.f
ipnv2.c
nstats.c
recthv2.c
rectnv2.c
ringh.f
ringhv1.f
ringn.f
ringnv1.f
sbld
sfbld
src/
trace1.c
-----------------------------------------------------------
path: /netlib/misc/mpsim/mpsim/src/
-----------------------------------------------------------
CHANGES
README
drive.c
f286toc.f
ftnsubs.c
makefile
makefile.seq
makefile.sysv
makefile.sysv3
makefile.vax
makefile.xenix
mpsim.c
mpsim.man
sbld
sbld.xenix
seqftn.f
sfbld
sfbld.seq
sfbld.vax
sfbld.xenix
sim.h
simlib.c
simlib.h
userin.c
-----------------------------------------------------------
for the software for running the na-net.
path: /netlib/misc/nanet/
-----------------------------------------------------------
Makefile
README
addresses.txt
convert.c
daily_mail.c
help.txt
message.txt
namailer.c
nanet.c
nanet.doc
nanet_daemon.c
netlib.c
netlib.help
next_mail.message
process.mail
send_digest.c
send_one_message.c
sendmail.cf
usage.addresses
usage.txt
-----------------------------------------------------------
by Jack J. Dongarra & Majed Sidani,
path: /netlib/misc/nonsymdc/
-----------------------------------------------------------
d1mach.f
daxpy.f
dchk21.f
dcopy.f
ddot.f
depslon.f
dgehd3.f
dgemm.f
dgemv.f
dger.f
dget21.f
dget22.f
dhqr2.f
dhsein.f
dhseqr.f
dlabad.f
dlacpy.f
dlaein.f
dlafts.f
dlahd2.f
dlahqr.f
dlahrd.f
dlaln2.f
dlamch.f
dlangb.f
dlange.f
dlanhs.f
dlansb.f
dlansp.f
dlansy.f
dlapy2.f
dlaran.f
dlarf.f
dlarfg.f
dlarfy.f
dlarnd.f
dlaror.f
dlarot.f
dlartg.f
dlassq.f
dlasum.f
dlatm1.f
dlatm2.f
dlatm3.f
dlatme.f
dlatmr.f
dlatms.f
dlatrs.f
dlazro.f
dmachr.f
dnrm2.f
dorgc3.f
dormc2.f
dorml2.f
drandom.f
drot.f
dscal.f
dstech.f
dstect.f
dstt21.f
dsvdch.f
dsvdct.f
dsymv.f
dsyr.f
dsyr2.f
dsyt21.f
dtrevc.f
dtrsv.f
envir.f
fcaltol.f
fdandc.f
fdefcnt.f
fiterat.f
fmylun.f
fmysoln.f
fresid.f
fscale.f
fvec.f
fxops.f
idamax.f
lsame.f
lsamen.f
makefile
test.f
xerbla.f
-----------------------------------------------------------
path: /netlib/misc/trace/
-----------------------------------------------------------
README
makefile
newt.h
sched.trace.c
trace.DC
trace.PASCAL
trace.SG
trace.SOLVE
-----------------------------------------------------------
path: /netlib/misc/trace2au_report/
-----------------------------------------------------------
deduce.ps
duration.ps
sound.bib
sound.tex
xplayer.ps
-----------------------------------------------------------
path: /netlib/misc/trace2au_tools/
-----------------------------------------------------------
Makefile
README
TRF/
play.c
tr_send.c
tr_sendmix.c
tr_sendnum.c
-----------------------------------------------------------
path: /netlib/misc/trace2au_tools/TRF/
-----------------------------------------------------------
README
chol.trf
exch.trf
fac.trf
fans.trf
fft.trf
fft64.trf
flops.trf
matrix.trf
shuffle.trf
sort.trf
sparse.trf
test.trf
transpose.trf
-----------------------------------------------------------
for 3-D volume-renderer (using ray-casting); a PVM
path: /netlib/misc/vrend/
-----------------------------------------------------------
vrend.README.Makefile/
vrend.c.source/
vrend.fortran.source/
vrend.includes/
vrend.test.problem/
ximstuff/
-----------------------------------------------------------
path: /netlib/misc/vrend/vrend.README.Makefile/
-----------------------------------------------------------
Makefile
README
getrtc.s
-----------------------------------------------------------
path: /netlib/misc/vrend/vrend.c.source/
-----------------------------------------------------------
ccls.c
copn.c
rleout.c
-----------------------------------------------------------
path: /netlib/misc/vrend/vrend.fortran.source/
-----------------------------------------------------------
chnks.f
chunks.f
cput.f
dinit.f
encode.f
fixit.f
gethosts.f
hlsrgb.f
in3dfmt.f
int2char.f
pallslabs.f
plndst.f
pvrmain.f
pvrplot.f
read3d.f
rgbval.f
setshl.f
startit.f
varld.f
varsve.f
vrrays.f
wallt.f
-----------------------------------------------------------
path: /netlib/misc/vrend/vrend.includes/
-----------------------------------------------------------
bcst.rcv.pvm.incl
bcst.snd.pvm.incl
begcpuplot.rs6k.incl
begcpuslab.rs6k.incl
begwholetime.rs6k.incl
chnk.incl
chnkdone.rcv.pvm.incl
chnkdone.snd.pvm.incl
chnkptr.rcv.pvm.incl
chnkptr.snd.pvm.incl
datary.rcv.pvm.incl
datary.snd.pvm.incl
endcpuplot.rs6k.incl
endcpuslab.rs6k.incl
endwholetime.rs6k.incl
framno2slb.rcv.pvm.incl
framno2slb.snd.pvm.incl
frk.pvm.incl
lst_chnkptr.setup.pvm.incl
lst_chnkptr.snd.pvm.incl
lst_framedone.rcv.pvm.incl
lst_framedone.snd.pvm.incl
lst_framno.snd.pvm.incl
msgtypes.pvm.incl
pallslabs.decl.pvm.incl
pvrmain.decl.pvm.incl
pvrplot.decl.pvm.incl
scrn_strp.rcv.pvm.incl
scrn_strp.snd.pvm.incl
sysvers.pvm.incl
thisimagedone.rcv.pvm.incl
thisimagedone.snd.pvm.incl
vrparam.incl
vrr2plot.rcv.pvm.incl
vrr2plot.snd.pvm.incl
vrrays.decl.pvm.incl
-----------------------------------------------------------
path: /netlib/misc/vrend/vrend.test.problem/
-----------------------------------------------------------
runsphere
sph0
sphere.in
sphere5.VRPARM
-----------------------------------------------------------
path: /netlib/misc/vrend/ximstuff/
-----------------------------------------------------------
ImageHeader.h
Makefile.xim
README.xim
RLAHeader.h
alcols.c
declarations.h
gstoxim.c
gstoxim.n
quantizim.c
quantizim.n
rgbtoxim.c
rgbtoxim.n
rlatoxim.c
rlatoxim.n
rletoxim.c
runlen.c
smoothim.c
smoothim.n
xim.c
xim.n
xim.shar.bld
-----------------------------------------------------------
for trace2au is a tool that takes trace stream as
path: /netlib/misc/xplayer/
-----------------------------------------------------------
Makefile
README
fast_forward.icon
loudspeaker.icon
minus.icon
musicbox.icon
play.icon
plus.icon
stop.icon
time_popup.G
time_popup.info
time_popup_stubs.c
time_popup_ui.c
time_popup_ui.h
xp_create.c
xp_defs.h
xp_mix.c
xp_sound.c
xp_speed.c
xp_utils.c
xplayer.G
xplayer.P
xplayer.c
xplayer.h
xplayer.info
xplayer.make
xplayer_stubs.c
xplayer_ui.c
xplayer_ui.h
-----------------------------------------------------------
for multiple precision arithmetic
path: /netlib/mpfun/
-----------------------------------------------------------
f77-cray/ for multiple precision arithmetic, Cray version
lang Fortran77
size 536 kB
f77-ieee/ for multiple precision arithmetic, IEEEfp version
lang Fortran77
size 537 kB
f90-cray/ for multiple precision arithmetic, Cray version
lang Fortran90
size 444 kB
f90-ieee/ for multiple precision arithmetic, IEEEfp version
lang Fortran90
size 444 kB
papers/ for multiple precision arithmetic
lang TeX
-----------------------------------------------------------
for multiple precision arithmetic, Cray version
path: /netlib/mpfun/f77-cray/
-----------------------------------------------------------
mpfunc.f
readme-f77-cray
testmpc.f
testran.f
testran.out
transmpc.f
-----------------------------------------------------------
for multiple precision arithmetic, IEEEfp version
path: /netlib/mpfun/f77-ieee/
-----------------------------------------------------------
mpfun.f
readme-f77-ieee
testmp.f
testran.f
testran.out
transmp.f
-----------------------------------------------------------
for multiple precision arithmetic, Cray version
path: /netlib/mpfun/f90-cray/
-----------------------------------------------------------
mpfun.f90
mpmod.f90
readme-f90-cray
testmp.f90
tmpmod.f90
tmpmod.out
-----------------------------------------------------------
for multiple precision arithmetic, IEEEfp version
path: /netlib/mpfun/f90-ieee/
-----------------------------------------------------------
mpfun90.f
mpmod90.f
readme-f90-ieee
testmp90.f
tmpmod.out
tmpmod90.f
-----------------------------------------------------------
for multiple precision arithmetic
path: /netlib/mpfun/papers/
-----------------------------------------------------------
mpf90.tex
mpfun.tex
readme-papers
transmp.tex
-----------------------------------------------------------
for numerical analysis mailing list
path: /netlib/na-digest/
-----------------------------------------------------------
v86/
v87/
v88/
v89/
v90/
v91/
v92/
v93/
v94/
-----------------------------------------------------------
path: /netlib/na-digest/v86/
-----------------------------------------------------------
na-v1n1
na-v1n2
na-v2n1
na-v2n2
na-v2n3
na-v2n4
na-v3n1
na-v3n2
na-v4n1
na-v4n2
na-v4n3
na-v4n4
-----------------------------------------------------------
path: /netlib/na-digest/v87/
-----------------------------------------------------------
n1
n12
n13
n14
n15
n16
n17
n2
n21
n22
n23
n24
n25
n26
n28
n3
n31
n32
n33
n35
n37
n38
n39
n4
n40
n41
n42
n43
n44
n49
n5
n50
n51
n52
n53
n54
n55
n56
n57
n58
n59
n6
n61
n62
n62b
n63
n64
n65
n66
n67
n68
n69
n7
n70
n71
n72
n73
n74
n75
n76
n77
n78
n79
n80
n81
n82
n83
n84
-----------------------------------------------------------
path: /netlib/na-digest/v88/
-----------------------------------------------------------
n1
n10
n11
n12
n13
n14
n15
n16
n17
n18
n19
n2
n20
n21
n22
n23
n24
n25
n26
n27
n28
n29
n3
n30
n32
n33
n34
n35
n36
n38
n39
n4
n40
n41
n42
n43
n44
n45
n46
n47
n48
n49
n5
n50
n51
n6
n7
n8
n9
v88engl
-----------------------------------------------------------
path: /netlib/na-digest/v89/
-----------------------------------------------------------
n1
n10
n11
n12
n13
n14
n15
n16
n17
n18
n19
n2
n20
n21
n22
n23
n24
n25
n26
n27
n28
n29
n3
n30
n31
n32
n33
n34
n35
n36
n37
n38
n39
n4
n40
n41
n42
n43
n44
n45
n46
n47
n48
n49
n5
n50
n6
n7
n8
n9
-----------------------------------------------------------
path: /netlib/na-digest/v90/
-----------------------------------------------------------
n01
n02
n03
n04
n05
n06
n07
n08
n09
n10
n11
n12
n13
n14
n15
n16
n17
n18
n19
n20
n21
n22
n23
n24
n25
n26
n27
n28
n29
n30
n31
n32
n33
n34
n35
n36
n37
n38
n39
n40
n41
n42
n43
n44
n45
n46
-----------------------------------------------------------
path: /netlib/na-digest/v91/
-----------------------------------------------------------
n01
n02
n03
n04
n05
n06
n07
n08
n09
n10
n11
n12
n13
n14
n15
n16
n17
n18
n19
n20
n21
n22
n23
n24
n25
n26
n27
n28
n29
n30
n31
n32
n33
n34
n35
n36
n37
n38
n39
n40
n41
n42
n43
n44
n45
n46
n47
n48
n49
n50
n51
n52
-----------------------------------------------------------
path: /netlib/na-digest/v92/
-----------------------------------------------------------
n01
n02
n03
n04
n05
n06
n07
n08
n09
n10
n11
n12
n13
n14
n15
n16
n17
n18
n19
n20
n21
n22
n23
n24
n25
n26
n27
n28
n29
n30
n31
n32
n33
n34
n35
n36
n37
n38
n39
n40
n41
n42
n43
n44
n45
n46
n47
n48
n49
-----------------------------------------------------------
path: /netlib/na-digest/v93/
-----------------------------------------------------------
n01
n02
n03
n04
n05
n06
n07
n08
n09
n10
n11
n12
n13
n14
n15
n16
n17
n18
n19
n20
n21
n22
n23
n24
n25
n26
n27
n28
n29
n30
n31
n32
n33
n34
n35
n36
n37
n38
n39
n40
n41
n42
n43
n44
n45
n46
n47
n48
-----------------------------------------------------------
path: /netlib/na-digest/v94/
-----------------------------------------------------------
n01
n02
n03
n04
n05
n06
n07
n08
n09
n10
n11
n12
n13
n14
n15
n16
n17
n18
n19
n20
n21
n22
n23
n24
n25
n26
n27
n28
n29
n30
n31
n32
n33
n34
n35
n36
n37
n38
n39
n40
n41
n42
n43
n44
n45
n46
n47
-----------------------------------------------------------
for linear algebra and optimization
path: /netlib/napack/
-----------------------------------------------------------
.depend
addchg.f for Add one vector to another and evaluate 1-norm of
the increment and 1-norm of the sum
basis.f for Compute an orthonormal basis for a collection of
vectors
bidag.f for Reduce a matrix to bidiagonal form
bidag2.f for Reduce a matrix to bidiagonal form and evaluate
all or part of the orthogonal matrices used in
the reduction process
cg.f for Compute an unconstrained minimum for a
multivariate function using the (preconditioned)
conjugate gradient method
czero.f for Compute zeros of a (complex) polynomial
dependencies
ffc.f for Conjugate fast Fourier transform
fft.f for Fast Fourier transform
lancz.f for Perform an iteration of Lanczos method to reduce
a matrix to tridiagonal form
newton.f for Apply one step of Newton's method to the
characteristic polynomial for a tridiagonal
matrix
norm1.f for Estimate 1-norm of a matrix
null.f for Compute an orthonormal basis for the space
perpendicular to a given collection of vectors
over.f for Compute the least squares solution to an
overdetermined linear system
precg.f for Solve a linear system using (preconditioned)
conjugate gradients
pseudo.f for Compute regularized pseudoinverse
qr.f for QR factor a matrix
quasi.f for Use a quasi-Newton method to solve a nonlinear
system
root.f for Solve a scalar equation
rsolve.f for Compute the regularized solution to a linear
system
sdiag2.f for Same as SDIAG except the input matrix is not
stored in compressed format
sing.f for Compute the singular value decomposition of a
general matrix
singb.f for Compute the singular value decomposition of a
bidiagonal matrix
slice.f for Compute the eigenvalues contained on a given
interval for a tridiagonal matrix whose
cross-diagonal products are nonnegative
stopit.f for Test for convergence
tval.f for Compute the k-th smallest or the k-th largest
eigenvalue of a tridiagonal matrix whose
cross-diagonal products are nonnegative
under.f for Compute the least squares (minimum norm)
solution to an underdetermined linear system
update.f for Equate one vector to another and evaluate 1-norm
of the difference and 1-norm of the new vector
whatis.f for Print iteration number, iteration difference,
and stopping criterion
# Most of the other files in napack obey the following naming scheme
# B - Band matrix
# C - Complex matrix
# E - Upper Hessenberg matrix
# H - Symmetric band matrix
# I - Symmetric matrix (symmetric pivoting)
# K - General matrix (complete pivoting)
# O - Circulant matrix
# P - Tridiagonal matrix (partial pivoting)
# S - Symmetric matrix
# T - Tridiagonal matrix
# The stems which allow one or more prefixes are the following:
# Stem Prefixes Action
# ---- -------- ------
# BAL C Balance the matrix
# CON B,C,E,H,I,K,P,S,T Estimate condition number
# DET B,C,E,H,I,K,P,S,T Compute the determinant
# DIAG C,E,H,S,T Compute the diagonalization
# FACT B,C,E,H,I,K,P,S,T Compute the LU factorization
# HESS C,H,S Reduce to upper Hessenberg form
# (insert A prefix to also balance)
# MULT B,C,E,H,O,S,T Multiply matrix by vector
# PACK C,R Rearrange elements of an array so that
# elements
# of a square matrix are stored sequentially
# (use R prefix if matrix is rectangular)
# POWER C,M Compute dominant eigenpairs by the power
# method
# (use M prefix to compute several eigenpairs)
# SIM C,H,S Compute the similarity transform used in
# the
# reduction to either Hessenberg or tridiagonal form
# SOLVE B,C,E,H,I,K,O,P,S,T Solve a factored system of equations
# TRANS B,C,E,K,P,T Solve the transpose of a factored system
# VALS C,E,H,O,S,T Compute eigenvalues
# VECT C,E,H,S,T Compute eigenvector corresponding to
# given
# eigenvalue
# VERT B,C,E,H,I,K,O,P,S,T Invert a matrix
ahess.f
bal.f
bcon.f
bdet.f
bfact.f
bmult.f
bsolve.f
btrans.f
bvert.f
cahess.f
cbal.f
ccon.f
cdet.f
cdiag.f
cediag.f
ceig.f
cemult.f
cevals.f
cevect.f
cfact.f
chess.f
cmult.f
con.f
cpack.f
cpower.f
csim.f
csolve.f
ctrans.f
cvals.f
cvect.f
cvert.f
dag.f
det.f
diag.f
dmag.f
econ.f
edet.f
ediag.f
efact.f
eig2.f
eig3.f
emult.f
esolve.f
etrans.f
evals.f
evect.f
evert.f
fact.f
fasem.f
ffc0.f
fft0.f
fix.Sep88
hcon.f
hdet.f
hdiag.f
hess.f
hfact.f
hhess.f
hmult.f
hsim.f
hsolve.f
hsr1.f
hsr2.f
hsr3.f
hsr4.f
hsr5.f
hvals.f
hvect.f
hvert.f
icon.f
idet.f
ifact.f
isolve.f
ivert.f
kcon.f
kdet.f
kfact.f
ksolve.f
ktrans.f
kvert.f
mag.f
mgrid.f
mpower.f
mult.f
omult.f
osolve.f
ovals.f
overt.f
pack.f
pcon.f
pdet.f
pfact.f
power.f
psolve.f
ptrans.f
pvect.f
pvert.f
rpack.f
scon.f
sdet.f
sdiag.f
semcon.f
sfact.f
shess.f
sim.f
smult.f
solve.f
sort.f
sort2.f
sqr.f
ssim.f
ssolve.f
svals.f
svect.f
svert.f
tcon.f
tdet.f
tdg.f
tdiag.f
tfact.f
tmult.f
trans.f
tsolve.f
ttrans.f
tvals.f
tvect.f
tvert.f
vals.f
vect.f
vert.f
vls.f
-----------------------------------------------------------
for netlib column for SIAM News
path: /netlib/news/
-----------------------------------------------------------
bibnet.ps
bibnet.tex
gams.ps by Ron Boisvert
size 239 kB
wwwtn.tex # a followup note on the Tennessee facilities
www.tex # netlib.att.com joined the World Wide Web in Oct
1993 here is the SIAM News article describing
that.
www.ps
searching # written Jun 92
bigfiles # written Aug 91
contributions # written Dec 90
greetings # written Jul 90
# the following are of, at best, historical interest
nanet1
nanet2
nanet3
netnews1
bibnet.ps
bibnet.tex
-----------------------------------------------------------
for algorithms from the new journal "Numerical
path: /netlib/numeralgo/
-----------------------------------------------------------
na1 for avoiding breakdown and near-breakdown in Lanczos
type algorithms
by Brezinski, Sadok, Zaglia
ref Numerical Algorithms 1(1991) 261-284
lang Fortran
na2 for B-nets of box splines on three- and
four-directional meshes
by M.-J. Lai
ref Numerical Algorithms 2 (1992) 33-38
lang Fortran
na3 for recurrence relations of biorthogonality
by Zelia Da Rocha
ref Numerical Algorithms 3 (1992) 173-183
lang Mathematica2.0
na4/ for regularization of discrete ill-posed problems
by P. C. Hansen
ref Numerical Algorithms 6,1-35
lang Matlab, PostScript
size 1.1 MB
na5 for near-breakdown in CGS
by Brezinski and Zaglia
ref Numerical Algorithms 7, 33-73
size 235 kB
na6 # name: DQAINF
for integration of infinite oscillating tails
by Espelid and Overholt
ref Numerical Algorithms 8, 83-101
na7 # name: DECUHR
for integrations of singular functions over
hyperrectangle
by Espelid and Genz
ref Numerical Algorithms 8, 201-220
na8/ for L_2 reduced-order model problem with fixed
denominator degree
by Krajewski, Lepschy, Redivo-Zaglia, Viaro
ref Numerical Algorithms 9, 355-377
lang Matlab
-----------------------------------------------------------
for regularization of discrete ill-posed problems
path: /netlib/numeralgo/na4/
-----------------------------------------------------------
AREADME.1ST
Contents.m
Manual.ps
app_hh.m
baart.m
bidiag.m
bsvd.m
cgls.m
csd.m
csvd.m
deriv2.m
discrep.m
dsvd.m
fil_fac.m
fnder.m
foxgood.m
gcv.m
gen_form.m
gen_hh.m
get_l.m
gsvd.m
heat.m
heb_new.m
ilaplace.m
l_corner.m
l_curve.m
lagrange.m
lanc_b.m
lsolve.m
lsqi.m
lsqr.m
ltsolve.m
maxent.m
mgs.m
mtsvd.m
newton.m
nu.m
parallax.m
pcgls.m
phillips.m
picard.m
pinit.m
plot_lc.m
plsqr.m
pnu.m
ppbrk.m
ppcut.m
ppmak.m
ppual.m
pythag.m
quasiopt.m
regudemo.m
shaw.m
sorted.m
sp2pp.m
spbrk.m
spikes.m
spleval.m
spmak.m
sprpp.m
std_form.m
tgsvd.m
tikhonov.m
tsvd.m
ttls.m
ursell.m
wing.m
-----------------------------------------------------------
for L_2 reduced-order model problem with fixed
path: /netlib/numeralgo/na8/
-----------------------------------------------------------
READ.ME
energy.m
l2mimo.m
l2siso.m
mino.m
minr.m
mour.m
rever.m
sino.m
sinr.m
sour.m
-----------------------------------------------------------
for initial and boundary value ordinary differential
path: /netlib/ode/
-----------------------------------------------------------
.depend
Makefile
disclaimer
rksuite/ alg Runge-Kutta
for initial value problem for first order ordinary
differential equations A suite of codes for
solving IVPs in ODEs. A choice of RK methods is
available. Includes an error assessment facility
and a sophisticated stiffness checker. Template
programs and example results provided.
Supersedes RKF45, DDERKF, D02PAF.
ref RKSUITE, Softreport 92-S1, Dept of Math, SMU,
Dallas, Texas
by R.W. Brankin (NAG), I. Gladwell and L.F.
Shampine (SMU)
lang Fortran
prec double
gams I1a1a
colnew.f by Ascher and Bader
for ordinary differential equation boundary-value
problem solver
alg truncated powers collocation (modification of
colsys)
prec double
rel good
age stable
gams I1b2
colsys.f by Ascher, Christiansen, and Russell
for ordinary differential equation boundary-value
problem solver
alg B-spline collocation
prec double
rel good
age stable
gams I1b2
coldae.f by Ascher and Spiteri
for semi-explicit differential-algebraic equations
with index at most 2.
alg collocation, proj on constraint manifold
(modification of colnew)
prec double
ddasrt.f by Petzold
for stiff differential-algebraic system solver with
root stopping
alg backward differentiation formulae
prec double
rel good
age stable
# needs routines from ode/ddassl.f but duplicated
auxiliary routines are different
gams I1a2
ddassl.f by Petzold
for stiff differential-algebraic system solver
alg backward differentiation formulae
prec double
rel good
age stable
gams I1a2
dmebdf.f by Cash <j.cash@ic.ac.uk>
for stiff ordinary differential equation
initial-value problem solver
alg extended backward differentiation formulae
prec double
gams I1a2
# replaces dp12.f and sp12.f
dresol.f by Dieci
for solving stiff/nonstiff matrix differential
Riccati equations (DREs)
ref SIAM J. Numerical Analysis 29-3
prec single
alg Adams' and backward differentiation formulae
gams I1a1b I1a2
# Based on lsode by Hindmarsh. Solves symmetric
and unsymmetric DREs.
dverk.f by Jackson, Hull, and Enright
for ordinary differential equation initial-value
problem solver with global error control
alg Verner's fifth and sixth order Runge-Kutta pair
prec double
gams I1a1a
epsode.f by Bryne and Hindmarsh
for stiff ordinary differential equation
initial-value problem solver
alg backward differentiation formulae (variable
coefficient formulae)
prec double
gams I1a2
mus.doc by Mattheij and Staarink
for ordinary differential equation boundary-value
problem solver
alg multiple shooting
prec double
gams I1b1 I1b2
mus1.f
mus2.f
mus3.f
muslex.f for example driver for MUSL
musnex.f for example driver for MUSN
ode.f by Shampine and Gordon
for ordinary differential equation initial-value
problem solver
alg Adam's methods
prec double
rel excellent
age old
gams I1a1b
rkc.f by Sommeijer
for nearly-stiff ordinary differential equation
initial-value problem solver
alg second-order explicit Runge-Kutta formulae
gams I1a1a
rkf45.f by Watts and Shampine
for ordinary differential equation initial-value
problem solver
alg Runge-Kutta Fehlberg fourth-fifth order
prec double
rel good
age old
gams I1a1a
scolsys.f by Ascher, Christiansen, and Russell
for ordinary differential equation boundary-value
problem solver
alg B-spline collocation
prec single
rel good
age stable
gams I1b2
sdasrt.f by Petzold
for stiff differential-algebraic system solver with
root stopping
alg backward differentiation formulae
prec single
rel good
age stable
# needs routines from ode/sdassl.f but duplicated
auxiliary routines are different
gams I1a2
sdassl.f by Petzold
for differential-algebraic system solver
alg backward differentiation formulae
prec double
rel good
age stable
gams I1a2
sderoot.f by Shampine, Gordon, and Allen
for ordinary differential equation initial-value
problem solver with root stopping
alg Adam's methods
prec single
rel good
age old
gams I1a1b
sode.f by Shampine and Gordon
for ordinary differential equation initial-value
problem solver
alg Adam's methods
prec single
rel excellent
age old
gams I1a1b
srkf45.f by Watts and Shampine
for ordinary differential equation initial-value
problem solver
alg Runge-Kutta Fehlberg fourth-fifth order
prec single
rel good
age old
gams I1a1a
svode.f by Brown, Byrne and Hindmarsh
for non-stiff or stiff ordinary differential
equation initial-value problem solver
alg backward differentiation formulae (variable
coefficient formulae)
prec single
# updated version of epsode
gams I1a2
svodpk.f by Brown, Byrne and Hindmarsh
for large non-stiff or stiff ordinary differential
equation initial-value problem solver
alg backward differentiation formulae (variable
coefficient formulae) with GMRES with
user-suppled preconditioner
prec single
# updated version of epsode
gams I1a2
vode.f by Brown, Byrne and Hindmarsh
for non-stiff or stiff ordinary differential
equation initial-value problem solver
alg backward differentiation formulae (variable
coefficient formulae)
prec double
# updated version of epsode
gams I1a2
vodpk.f by Brown, Byrne and Hindmarsh
for large non-stiff or stiff ordinary differential
equation initial-value problem solver
alg backward differentiation formulae (variable
coefficient formulae) with GMRES with
user-suppled preconditioner
prec double
# updated version of epsode
gams I1a2
size 200 kB
ex/ for example programs
cvode/ for large non-stiff or stiff ordinary differential
equation initial-value problem solver
alg combines earlier vode.f and vodpk.f
lang C
by Scott D. Cohen and Alan C. Hindmarsh
size 380 kB
# get it by ftp or Mosaic and say "uncompress <
cvode.tar.Z | tar xf -"
twpbvp.f by Cash and Wright
for ordinary differential equation boundary-value
problem solver
alg deferred correction with mono-implicit Runge
Kutta
ref ode/twpbvp.tex (LaTeX)
lang Fortran
prec double
rel good
age new
gams I1b2
twpbvp.tex by Cash and Wright
for documentation for twpbvp.tex
-----------------------------------------------------------
for large non-stiff or stiff ordinary differential
path: /netlib/ode/cvode/
-----------------------------------------------------------
CVODE/
-----------------------------------------------------------
path: /netlib/ode/cvode/CVODE/
-----------------------------------------------------------
Makefile
README
doc/
examples/
include/
source/
-----------------------------------------------------------
path: /netlib/ode/cvode/CVODE/doc/
-----------------------------------------------------------
cvuguide.ps
-----------------------------------------------------------
path: /netlib/ode/cvode/CVODE/examples/
-----------------------------------------------------------
band_ex/
dense_ex/
direct_dem/
krylov_dem/
krylov_ex/
-----------------------------------------------------------
path: /netlib/ode/cvode/CVODE/examples/band_ex/
-----------------------------------------------------------
Makefile
cvbx.c
cvbx.out
-----------------------------------------------------------
path: /netlib/ode/cvode/CVODE/examples/dense_ex/
-----------------------------------------------------------
Makefile
cvdx.c
cvdx.out
-----------------------------------------------------------
path: /netlib/ode/cvode/CVODE/examples/direct_dem/
-----------------------------------------------------------
Makefile
cvdemd.c
cvdemd.out
-----------------------------------------------------------
path: /netlib/ode/cvode/CVODE/examples/krylov_dem/
-----------------------------------------------------------
Makefile
cvdemk.c
cvdemk.out
-----------------------------------------------------------
path: /netlib/ode/cvode/CVODE/examples/krylov_ex/
-----------------------------------------------------------
Makefile
cvkx.c
cvkx.out
-----------------------------------------------------------
path: /netlib/ode/cvode/CVODE/include/
-----------------------------------------------------------
band.h
cvband.h
cvdense.h
cvdiag.h
cvode.h
cvspgmr.h
dense.h
iterativ.h
llnlmath.h
llnltyps.h
spgmr.h
vector.h
-----------------------------------------------------------
path: /netlib/ode/cvode/CVODE/source/
-----------------------------------------------------------
band.c
cvband.c
cvdense.c
cvdiag.c
cvode.c
cvspgmr.c
dense.c
iterativ.c
llnlmath.c
spgmr.c
vector.c
-----------------------------------------------------------
for example programs
path: /netlib/ode/ex/
-----------------------------------------------------------
colnew.f for example program for (ode/colnew)
colsys.f for example program for (ode/colsys)
ddassl.f for example program for (ode/ddassl)
dresol.f for example programs for (ode/dresol)
dverk.f for example program for (ode/dverk)
epsode1.f for example program for(ode/epsode)
epsode2.f for example program for (ode/epsode)
ode.f for example program for (ode/ode)
sdassl.f for example program for (ode/sdassl)
ddasrt.f
scolsys.f
sdasrt.f
sderoot.f
sode.f
-----------------------------------------------------------
alg Runge-Kutta
path: /netlib/ode/rksuite/
-----------------------------------------------------------
.depend
rksuite_90_v1.0/ for initial value problem for first order ordinary
differential equations
lang Fortran90
rksuite.f alg Runge-Kutta
for initial value problem for first order ordinary
differential equations
lang Fortran77
rksuite.doc for how to use the suite of codes to solve initial
value problems.
details.doc for how the codes are organized. In particular,
there is a list showing for each routine which
routines it calls and which call it directly.
Also, routines communicate with each other by
means of labelled COMMON blocks. They are
described and details of their usage by the
routines are given.
templates/ for samples of how to use the suite to solve typical
problems. Each template comes in two variants.
An output file for each template showing the
results of the use of the template in both its
variants is provided. Other choices of methods
are possible in some templates; output using
them is included in the output file. That is,
there are nine files in total (six with
extension .f and three with extension .out).
readme
-----------------------------------------------------------
for initial value problem for first order ordinary
path: /netlib/ode/rksuite/rksuite_90_v1.0/
-----------------------------------------------------------
rksuite_90_v1.0/
-----------------------------------------------------------
path: /netlib/ode/rksuite/rksuite_90_v1.0/rksuite_90_v1.0/
-----------------------------------------------------------
CODE/
DOCS/
EXAMPLES/
README
RESULTS/
rksuite_90.tex
-----------------------------------------------------------
path: /netlib/ode/rksuite/rksuite_90_v1.0/rksuite_90_v1.0/CODE/
-----------------------------------------------------------
do_1_to_0
do_1_to_2
do_r_to_c
make_rk
rksuite_90.bas
-----------------------------------------------------------
path: /netlib/ode/rksuite/rksuite_90_v1.0/rksuite_90_v1.0/DOCS/
-----------------------------------------------------------
rksuite_90.doc
-----------------------------------------------------------
path: /netlib/ode/rksuite/rksuite_90_v1.0/rksuite_90_v1.0/EXAMPLES/
-----------------------------------------------------------
eg_invar_imbed.f90
eg_orr_somm.f90
eg_orr_somm_r.f90
eg_quadrature.f90
eg_simple.f90
eg_simple_c0.f90
eg_simple_c0_a.f90
eg_stiff_r0.f90
eg_two_body.f90
-----------------------------------------------------------
path: /netlib/ode/rksuite/rksuite_90_v1.0/rksuite_90_v1.0/RESULTS/
-----------------------------------------------------------
eg_invar_imbed.r
eg_orr_somm.r
eg_orr_somm_r.r
eg_quadrature.r
eg_simple.r
eg_simple_c0.r
eg_simple_c0_a.r
eg_stiff_r0.r
eg_two_body.r
-----------------------------------------------------------
for samples of how to use the suite to solve typical
path: /netlib/ode/rksuite/templates/
-----------------------------------------------------------
tmpl1.out
tmpl1a.f
tmpl1b.f
tmpl2.out
tmpl2a.f
tmpl2b.f
tmpl3.out
tmpl3a.f
tmpl3b.f
-----------------------------------------------------------
for ODE package
path: /netlib/odepack/
-----------------------------------------------------------
.depend
Makefile
demo.f for example program for the routines in the odepack
library
prec double
dependencies
doc for document describing the set of routines in the
odepack library, recommended reading
prec double
lsoda.f for ODEs of the form dy/dt=f, automatic selection
between stiff and nonstiff methods
gams I1a1b I1a2
prec double
lsodar.f for a variant of (odepack/lsoda) for ODEs of the
form dy/dt=f for stiff and nostiff odes with
root finding for a set of functions, usefule for
stopping conditions or switching forms of the
function f
gams I1a1b I1a2
prec double
lsode.f for stiff and nonstiff systems of ODEs of the form
dy/dt = f, Adams method or
Backward-Differentiation Formula, user supplied
or difference quotient Jacobians
gams I1a1b I1a2
prec double
lsodes.f for stiff and nonstiff ODEs of the form dy/dt=f,
general sparse Jacobian
gams I1a1b I1a2
prec double
lsodi.f for systems of ODEs of the form A(t,y) dy/dt =
g(t,y), this can include differential-algebraic
systems
gams I1a1b I1a2
prec double
lsoibt.f for systems of ODEs of the form A(t,y) dy/dt =
g(t,y), all matrices involved are assumed to be
block-tridiagonal
gams I1a1b I1a2
prec double
adjlr.f
aigbt.f
ainvg.f
blkdta000.f
bnorm.f
cdrv.f
cfode.f
cntnzu.f
decbt.f
ewset.f
fnorm.f
intdy.f
iprep.f
jgroup.f
md.f
mdi.f
mdm.f
mdp.f
mdu.f
nnfc.f
nnsc.f
nntc.f
nroc.f
nsfc.f
odrv.f
pjibt.f
prep.f
prepj.f
prepji.f
prja.f
prjs.f
rchek.f
roots.f
slsbt.f
slss.f
solbt.f
solsy.f
srcar.f
srcma.f
srcms.f
srcom.f
sro.f
stoda.f
stode.f
stodi.f
vmnorm.f
vnorm.f
xerrwv.f
xsetf.f
xsetun.f
readme
-----------------------------------------------------------
for Orthogonal Distance Regression
path: /netlib/odrpack/
-----------------------------------------------------------
readme for installation instructions for odrpack 2.01
readme.update for instructions for updating from odrpack 2.00 to
odrpack 2.01
guide.ps for odrpack 2.01 user's reference guide, in
postscript format
size 926 kB
makefile for unix makefile for installing odrpack 2.01
makefile.update for unix makefile for updating from odrpack 2.00 to
odrpack 2.01
d_odr.f prec double
gams K1a1a3, K1b1a2, L8a4, L8c5, L8d1, L8e5
for odrpack 2.01 source code, excluding linpack,
blas, and machine dependent subprograms
size 367 kB
d_lpkbls.f prec double
for subprograms from linpack and blas
d_mprec0.f prec double
for odrpack 2.01 machine dependent subprogram
s_odr.f gams K1a1a3, K1b1a2, L8a4, L8c5, L8d1, L8e5
prec single
for odrpack 2.01 source code, excluding linpack,
blas, and machine dependent subprograms
size 367 kB
s_lpkbls.f prec single
for subprograms from linpack and blas
s_mprec0.f prec single
for odrpack 2.01 machine dependent subprogram
d_update.f prec double
for source code for subprograms that changed between
odrpack 2.00 and odrpack 2.01
size 283 kB
s_update.f prec single
for source code for subprograms that changed between
odrpack 2.00 and odrpack 2.01
size 283 kB
test.txt for results for d_test.f from running odrpack 2.01
on a sparc workstation
d_test.f prec double
for test driver
d_drive1.f prec double
for driver for explicit single response problem
d_drive2.f prec double
for driver for implicit single response problem
d_drive3.f prec double
for driver for explicit multiresponse problem
s_test.f prec single
for test driver
s_drive1.f prec single
for driver for explicit single response problem
s_drive2.f prec single
for driver for implicit single response problem
s_drive3.f prec single
for driver for explicit multiresponse problem
data1.dat for data set for drivers d_drive1.f and s_drive1.f
data2.dat for data set for drivers d_drive2.f and s_drive2.f
data3.dat for data set for drivers d_drive3.f and s_drive3.f
-----------------------------------------------------------
for miscellaneous optimization software, e.g.
path: /netlib/opt/
-----------------------------------------------------------
praxis for minimum of the function f(x,n) of n variables,
no gradient
alg principal axis method
ref Algorithms for finding zeros and extrema of
functions without calculating derivatives
by Richard Brent.
# version from Stanford Linear Accelerator Center,
dated 3/1/73
lang fortran
gams g1a1a
praxisp for minimum of the function f(x,n) of n variables,
no gradient
alg principal axis method
ref Algorithms for finding zeros and extrema of
functions without calculating derivatives
by Richard Brent.
# version calling the Port library workspace
package
gams g1a1a
lang fortran
dqed.f for Hanson/Krogh nonlinear least squares with linear
constraints based on quadratic-tensor local
model. Double precision only. Certain codes from
LINPACK and BLAS not included. 7/11/89
by R. Hanson.
gams k1b2a, k1b2b
size 298 kB
varpro for separable nonlinear least squares by variable
projection method of Golub and Pereyra, with
Levenberg-Marquardt code by Bolstad. See "nsf"
in the library "port" for Gay and Kaufman's
version.
gams k1b1a2, l8e1b4
varpro-drv for separable nonlinear least squares driver
varpro-input for separable nonlinear least squares input
varpro-output for separable nonlinear least squares output
varp2 for separable nonlinear least squares with multiple
right hand sides
by Randy Leveque Jun 85
gams k1b1a2, l8e1b4
lang fortran
tn/ by Stephen G. Nash
for unconstrained and simply bounded optimization
alg truncated Newton algorithm
ref SIAM J. Num. Anal. 21 (1984) 770-788
gams g1b1b, g2h1a2
lang fortran
ve08/ by Phillipe Toint
title VE08AD
for minimizing a partially separable objective
function
ref 1. Griewank, A. and Ph.L. Toint, "Partitioned
Variable Metric Updates for Large Structured
Optimization Problems", Numerische Mathematik
(39):119-137, 1982. 2. Griewank, A. and Ph.L.
Toint, "Local Convergence Analysis for
Partitioned Quasi-Newton Updates", Numerische
Mathematik (39):429-448, 1982. 3. Griewank, A.
and Ph.L. Toint, "On the Unconstrained
Optimization of Partially Separable Functions".
In Nonlinear Optimization 1981, edited by M.J.D.
Powell, Academic Press, New-York, 1982.
gams g1b1a, g1b1b, g2h1a1. g2h1a2
lang fortran
nlr/ for Maximum Likelihood and Quasi-Likelihood
Estimation in Nonlinear Regression
by David S. Bunch, David M. Gay, and Roy E. Welsch
simann.f by Bill Goffe
title SA
for optimizing a simply constrained, multi-optima
objective function
alg simulated annealing
ref Goffe, Ferrier and Rogers, J. Econometrics,
60:1/2,65-100 (Jan/Feb 1994) "Global
Optimization of Statistical Functions with
Simulated Annealing"
gams g1b2
ampl.info for A Modeling Language for Mathematical Programming
by Robert Fourer, David Gay, Brian Kernighan
# information on the book; code is in diskettes
in book
see ampl/models/
subplex/ by Tom Rowan <na.rowan@na-net.ornl.gov>
for unconstrained optimization of general
multivariate functions
alg subspace-searching simplex method
gams g1b2
lang fortran
nnes/ by Rod Bain <bain@gandolf.commerce.ubc.ca>
for nonlinear equations with simple bound
constraints
alg nonmonotonic line search
lang Fortran
size 419 kB
# four of the files are drivers: EX1 and EX2 are
samples, NNESDR is a generic driver and MDR is a
master driver for More, Garbow & Hillstrom test
problems. On a PC the test suite will run
through but if the max exponent allowed is 38
then there will be a couple failures.
gams f2
nnes.ps by Rod Bain <bain@gandolf.commerce.ubc.ca>
for user manual for NNES
size 1.1 MB
# ... so you should probably get it by ftp, not
email a version for A4-size paper is also
available from Prof. Bain
lsnno/ for nonlinear optimization subject to linear network
constraints
by Phillipe Toint and D. Tuyttens
gams g2d3a
donlp/ for general differentiable nonlinear programming
using dense linear algebra
by P. Spellucci
ref see donlpdoc.txt (which is part of the
opt/donlp.shar bundle)
prec double
lang Fortran 77 with milstd1753 extensions (include;
do/enddo)
alg sequential equality constrained quadratic
programming with regularized full QP in case of
rank defiency of active constraints
gams g2h3b1b
size 302 kB
hooke.c for "minimum" of the function f(x,n) of n variables,
no derivatives
alg Hooke and Jeeves's direct search --
discontinuous objectives OK easy to use, but not
always reliable
ref CACM June 1963 p. 313.
prec double
by M. G. Johnson
vfsr
asa
hopdm/ by Jacek Gondzio
for (sparse) linear programming by a higher order
primal-dual predictor-corrector logarithmic
barrier algorithm.
lang fortran
ref Gondzio J. (1994). Multiple centrality
corrections in a primal-dual method for linear
programming, Technical Report No 1994.20,
Department of Management Studies, University of
Geneva, 102, Bd. Carl-Vogt, 1211 Geneva,
Switzerland, November 1994. Ask
gondzio@divsun.unige.ch for a copy.
lbfgs_bcm/ for bound constrained optimization problems
alg limited memory BFGS method
by Ciyou Zhu in collaboration with R.H. Byrd, P.
Lu-Chen and J. Nocedal
contact ciyou@eecs.nwu.edu or nocedal@eecs.nwu.edu
ref R. H. Byrd, P. Lu, J. Nocedal and C. Zhu ``A
limited memory algorithm for bound constrained
optimization'', SIAM J. Scientific Computing 16
(1995), no. 5. C. Zhu, R.H. Byrd, P. Lu, J.
Nocedal. ``L-BFGS-B: a limited limited memory
FORTRAN code for solving bound constrained
memory FORTRAN code for solving bound
constrained optimization
problems'', Tech. Report, EECS Department,
Northwestern University, 1994.
(Postscript files of these papers are available
via anonymous
ftp to eecs.nwu.edu in the directory
pub/lbfgs/lbfgs_bcm.)
size 217kB
prec double
lbfgs_um/ for unconstrained optimization problems
alg limited memory BFGS method
by J. Nocedal
contact nocedal@eecs.nwu.edu
ref D. C. Liu and J. Nocedal, ``On the limited
memory BFGS method for large scale optimization
methods'' Mathematical Programming 45 (1989),
pp. 503-528. (Postscript file of this paper is
available via anonymous ftp to eecs.nwu.edu in
the directory pub/lbfgs/lbfgs_um.)
size 44kB
prec double
-----------------------------------------------------------
for general differentiable nonlinear programming
path: /netlib/opt/donlp/
-----------------------------------------------------------
DONLPBLOCO.INC
DONLPCOMMON.INC
DONLPCONST.INC
DONLPFUCO.INC
DONLPPARAM.INC
README
dependencies
donlp.f
donlpdoc.txt
donlpmain.f
donlpusrfc.f
examples/
gettimeofday.c
testgrad.f
testgraddoc.txt
-----------------------------------------------------------
path: /netlib/opt/donlp/examples/
-----------------------------------------------------------
alkylation.f
barnes.f
boxparamid.f
dembo1asc.f
dembo4c.f
dembo7.f
equilibrium.f
maratos.f
murtyexa.f
paviani2.f
weapon.f
-----------------------------------------------------------
by Jacek Gondzio
path: /netlib/opt/hopdm/
-----------------------------------------------------------
hopdm.src/
-----------------------------------------------------------
path: /netlib/opt/hopdm/hopdm.src/
-----------------------------------------------------------
adlittle.mps
adlittle.spc
afiro.mps
afiro.spc
blas.f
cheap.f
cntaat.f
dattim.f
daxpy.f
dcopy.f
ddot.f
defaat.f
detspl.f
dtsort.f
dtsrta.f
elcnst.f
elvrbl.f
emptyr.f
errwrt.f
factor.f
fdaggr.f
fdiden.f
fsaty.f
fsax.f
ftime.c
genqmd.f
get
getcol.f
getdat.f
getdim.f
getrow.f
gettim.f
hmain2.f
irsolv.f
ldaat.f
limtim.f
lkcode.f
lkindx.f
makefile
mdo.f
mkspar.f
mmd.f
mycode.f
mytime.f
mywrt.f
numfct.f
pcchck.f
pcdir.f
pcelim.f
pcinit.f
pcpdm.f
pcstep.f
postsl.f
prepro.f
presol.f
rclsng.f
rdmps1.f
rdmps2.f
rdrhs.f
rdspec.f
read.me
reorda.f
reordi.f
reordv.f
rrwsng.f
run
runall
rungay
saty.f
sax.f
saxpy.f
scalea.f
schur1.f
schur2.f
sclcol.f
sclrow.f
sdot.f
setmap.f
smplx.f
solaat.f
solvl.f
solvlt.f
specs/
split.f
symfct.f
symref.f
timepf.f
wrtsol.f
xgtcol.f
xgtrow.f
-----------------------------------------------------------
path: /netlib/opt/hopdm/hopdm.src/specs/
-----------------------------------------------------------
25fv47.spc
80bau3b.spc
adlittle.spc
afiro.spc
agg.spc
agg2.spc
agg3.spc
aircraft.spc
bandm.spc
beaconfd.spc
bl.spc
bl2.spc
blend.spc
bnl1.spc
bnl2.spc
boeing1.spc
boeing2.spc
bore3d.spc
brandy.spc
capri.spc
capuc.spc
car4.spc
cari.spc
ch.spc
co5.spc
co9.spc
complex.spc
cq5.spc
cq9.spc
cr42.spc
cre-a.spc
cre-b.spc
cre-c.spc
cre-d.spc
cycle.spc
czprob.spc
d2q06c.spc
d6cube.spc
degen2.spc
degen3.spc
df2177.spc
dfl001.spc
disp3.spc
e226.spc
embed.spc
etamacro.spc
farm.spc
fffff800.spc
finnis.spc
fit1d.spc
fit1p.spc
fit2d.spc
fit2p.spc
forplan.spc
ganges.spc
ge.spc
gen.spc
gen1.spc
gen2.spc
geneva.spc
gfrd-pnc.spc
greenbea.spc
greenbeb.spc
grow15.spc
grow22.spc
grow7.spc
hedge.spc
israel.spc
kb2.spc
ken-07.spc
ken-11.spc
ken-13.spc
ken-18.spc
klopot1.spc
klopot2.spc
l30.spc
l9.spc
lotfi.spc
marek.spc
maros-r7.spc
maros.spc
mod2.spc
modszk1.spc
nesm.spc
nl.spc
orswq2.spc
osa-07.spc
osa-14.spc
osa-30.spc
pata01.spc
pata02.spc
patb01.spc
patb02.spc
pc001.spc
pc002.spc
pds-02.spc
pds-06.spc
pds-10.spc
pds-20.spc
perold.spc
pf2177.spc
pilot.spc
pilot4.spc
pilot87.spc
pilot_ja.spc
pilot_we.spc
pilotnov.spc
progas.spc
recipe.spc
refine.spc
sc105.spc
sc205.spc
sc50a.spc
sc50b.spc
scagr25.spc
scagr7.spc
scfxm1.spc
scfxm2.spc
scfxm3.spc
scorpion.spc
scrs8.spc
scsd1.spc
scsd6.spc
scsd8.spc
sctap1.spc
sctap2.spc
sctap3.spc
seba.spc
share1b.spc
share2b.spc
shell.spc
ship04l.spc
ship04s.spc
ship08l.spc
ship08s.spc
ship12l.spc
ship12s.spc
sierra.spc
slptsk.spc
south31.spc
stair.spc
standata.spc
standgub.spc
standmps.spc
stocfor1.spc
stocfor2.spc
stocfor3.spc
t7.spc
t7b.spc
t7be.spc
t9.spc
t9b.spc
testbig.spc
trans3.spc
trans4.spc
truss.spc
tuff.spc
uk.spc
unzul.spc
vschna02.spc
vschnb01.spc
vschnb02.spc
vtp_base.spc
willett.spc
wood1p.spc
woodw.spc
world.spc
world2.spc
world3.spc
world4.spc
world5.spc
zed.spc
-----------------------------------------------------------
for bound constrained optimization problems
path: /netlib/opt/lbfgs_bcm/
-----------------------------------------------------------
Makefile
Readme
driver1.f
driver2.f
driver3.f
driver4.f
routines.f
-----------------------------------------------------------
for unconstrained optimization problems
path: /netlib/opt/lbfgs_um/
-----------------------------------------------------------
Readme
lbfgs.f
makefile
sdrive.f
-----------------------------------------------------------
for nonlinear optimization subject to linear network
path: /netlib/opt/lsnno/
-----------------------------------------------------------
.depend
README.FIRST
a4.sty for use with lsnno.tex
lang LaTeX
active.f
analg.f
analys.f
anhess.f
assgra.f
basis.f
bcycle.f
bding.f
blas1.f
canli.f
cg.f
dcmach.f
dcopcd.f
ddotcd.f
deact.f
dealag.f
dembo.f
dependencies
dkstem.f
dsetcd.f
dsetvl.f
dtscal.f
dxpycd.f
elcvx.f
elfnct.f
elhqn.f
elint.f
endprt.f
exflag.f
exmain.f
fapbep.f
fdelgf.f
fdelhf.f
fdelhg.f
fdingf.f
fdinhf.f
fdinhg.f
fgh0.f
gathr0.f
getdbl.f
gxba.f
gxbdg.f
gxcon.f
gxdej.f
gxdeja.f
gxfix.f
gxnb.f
gxnbl.f
gxnbu.f
gxndis.f
gxsu.f
hessid.f
hpivot.f
hrgra.f
inelst.f
inptst.f
inschk.f
inset.f
inset0.f
intprt.f
invpss.f
inxst.f
isetcd.f
isetvl.f
lagmul.f
lnsrch.f
lsnno.f
lsnno.tex
ltcmvp.f
makefile
mbst.f
mxflow.f
nbstat.f
normrg.f
optim.f
pcg.f
pivot.f
prcond.f
prod.f
psprdt.f
qatst.f
range.f
rg.f
rgrad.f
rhs.f
robs.f
scattr.f
scbfgs.f
scrk1.f
second.f
selhqn.f
selint.f
setdbl.f
simplx.f
snelcv.f
snxbdg.f
snxcon.f
snxdej.f
snxdja.f
snxnds.f
status.f
super.f
sxba.f
sxbdg.f
sxcon.f
sxdej.f
sxdeja.f
sxnbl.f
sxnbu.f
sxndis.f
sxsu.f
tblock.f
testfs.f
update.f
updtfl.f
wkorg.f
xlower.f
xpdbs.f
xupper.f
-----------------------------------------------------------
for Maximum Likelihood and Quasi-Likelihood
path: /netlib/opt/nlr/
-----------------------------------------------------------
# The files in this directory are associated with
# Subroutines for Maximum Likelihood and Quasi-Likelihood
# Estimation of Parameters in Nonlinear Regression Models
# by David S. Bunch (UC Davis), David M. Gay (AT&T Bell
# Laboratories), and Roy E. Welsch (MIT)
# which has been submitted to ACM Transactions on Mathematical Software.
# For now, you can get Postscript for this paper by asking
# netlib@research.att.com to
# send 91-13 from research/nam
oindex The former "index from opt/nlr" is now "oindex
from opt/nlr". It contains the following
information in a format you may find easier to
read.
makefile for Compiles and runs all tests.
makefile.gla for Alternate makefile that creates a library.
### DOUBLE-PRECISON SOURCE (recommended if your single
# precision has only 32 bits, particularly if you use
# finite differences):
dmdc.f0 for Supplies machine-dependent constants; edit into
dmdc.f .
dglfg.f for Top-level routines DGLG, DGLF, DRGLG (no
bounds), followed by routines they call that are
not in dgletc.f .
dglfgb.f for Top-level routines DGLGB, DGLFB, DRGLGB (simple
bounds), followed by routines they call that are
not in dgletc.f .
dgletc.f for Routines needed whether or not there are simple
bounds.
madsen.f for Simple example program, no bounds. Needs
dmdc.f, dglfg.f, dgletc.f .
madsenb.f for Simple test program, variant of madsen.f with
bounds. Needs dmdc.f, dglfgb.f, dgletc.f .
dpmain.f for General test program PMAIN. Needs dmdc.f,
dglfg.f, dglfgb.f, dgletc.f, and mecdf.f .
mecdf.f for Computes approximation to multivariate normal
cumulative distribution function (uses
Mendell-Elston approximation.)
mlmnp.f for Program MLMNP for linear-in-parameter
multinomial probit models, no bounds. Needs
dmdc.f, dglfg.f, dgletc.f, mecdf.f, mnpsubs.f .
mlmnpb.f for Program MLMNPB for linear-in-parameter
multinomial probit models with simple bounds.
Needs dmdc.f, dglfgb.f, dgletc.f, mecdf.f,
mnpsubs.f .
mnpsubs.f for Needed by mlmnp.f and mlmnpb.f .
### TEST DATA
mlmnp.dat/ for Bundle of test data (files 16-21 of README) for
programs MLMNP and MLMNPB.
pmain.in for Input for PMAIN (from Gay & Welsch, 1988).
#### SINGLE-PRECISION SOURCE (and corresponding
# double-precision source file names):
# smdc.f0 dmdc.f0
# sglfg.f dglfg.f
# sglfgb.f dglfgb.f
# sgletc.f dgletc.f
# smadsen.f madsen.f
# smadsenb.f madsenb.f
# spmain.f pmain.f
# smecdf.f mecdf.f
# smlmnp.f mlmnp.f
# smlmnpb.f mlmnpb.f
# smnpsubs.f mnpsubs.f
smdc.f0 for single-precision version of dmdc.f0
sglfg.f for single-precision version of dglfg.f
sglfgb.f for single-precision version of dglfgb.f
sgletc.f for single-precision version of dgletc.f
smadsen.f for single-precision version of madsen.f
smadsenb.f for single-precision version of madsenb.f
spmain.f for single-precision version of pmain.f
smecdf.f for single-precision version of mecdf.f
smlmnp.f for single-precision version of mlmnp.f
smlmnpb.f for single-precision version of mlmnpb.f
smnpsubs.f for single-precision version of mnpsubs.f
#### SAMPLE OUTPUTS, DOUBLE PRECISION (from an SGI computer, with
# compilation by f2c and cc):
madsen.sgb/ Bundle of output from madsen.f and madsenb.f .
pmain.sgi for Output from PMAIN on input pmain.in .
mlmnp.sgb/ for Bundle of output from MLMNP and MLMNPB on
mlmnp.dat .
#### SAMPLE OUTPUTS, SINGLE PRECISION (from an SGI computer, with
# compilation by f2c and cc):
smadsen.sgb/ for single-precision sample output
spmain.sgi for single-precision sample output
smlmnp.sgb/ for single-precision sample output
#### POSTSCRIPT
mnpdoc.ps for Postscript for "MLMNP and MLMNPB: Fortran
Programs for Maximum Likelihood Estimation of
Linear-in-Parameter Multinomial Probit Models"
by David S. Bunch.
usage.ps for Postscript for "Driver PMAIN for DGL[FG][B ]",
by David M. Gay.
README
readme
-----------------------------------------------------------
Bundle of output from madsen.f and madsenb.f .
path: /netlib/opt/nlr/madsen.sgb/
-----------------------------------------------------------
madsen.out
madsenb.out
-----------------------------------------------------------
for Bundle of test data (files 16-21 of README) for
path: /netlib/opt/nlr/mlmnp.dat/
-----------------------------------------------------------
daganzo.fu2
mnpex1.fu1
mnpex2.fu1
rent.fu2
rent1.fu1
rent2.fu1
-----------------------------------------------------------
for Bundle of output from MLMNP and MLMNPB on
path: /netlib/opt/nlr/mlmnp.sgb/
-----------------------------------------------------------
mnpex1.out
mnpex1b.out
mnpex2.out
mnpex2b.out
rent1.out
rent1b.out
rent2.out
rent2b.out
-----------------------------------------------------------
for single-precision sample output
path: /netlib/opt/nlr/smadsen.sgb/
-----------------------------------------------------------
smadsen.out
smadsenb.out
-----------------------------------------------------------
for single-precision sample output
path: /netlib/opt/nlr/smlmnp.sgb/
-----------------------------------------------------------
smnpex1.out
smnpex1b.out
smnpex2.out
smnpex2b.out
srent1.out
srent1b.out
srent2.out
srent2b.out
-----------------------------------------------------------
by Rod Bain <bain@gandolf.commerce.ubc.ca>
path: /netlib/opt/nnes/
-----------------------------------------------------------
abmul.f
ascalf.f
ascalx.f
atamul.f
ataov.f
atbmul.f
atvov.f
avmul.f
bakdif.f
bnddif.f
broyfa.f
broyun.f
cholde.f
chsolv.f
condno.f
delcau.f
deufls.f
dogleg.f
ex1.f
ex2.f
fcnevl.f
fordif.f
gradf.f
hlpchk.f
initch.f
innerp.f
jaccd.f
jacfd.f
jacobi.f
jacrot.f
line.f
llfa.f
llun.f
lsolv.f
ltsolv.f
machar.f
matcop.f
matprt.f
maxst.f
mdr.f
nersl.f
nestop.f
nnes.f
nnesdr.f
nstpfa.f
nstpun.f
olhelp.f
onenrm.f
qform.f
qmin.f
qrdcom.f
qrsolv.f
qrupda.f
rcdprt.f
rod.f
rsolv.f
rtrmul.f
setup.f
title.f
trstup.f
twonrm.f
update.f
utbmul.f
utumul.f
uvmul.f
-----------------------------------------------------------
by Tom Rowan <na.rowan@na-net.ornl.gov>
path: /netlib/opt/subplex/
-----------------------------------------------------------
Makefile
README
calcc.f
dasum.f
daxpy.f
dcopy.f
demo.f
demo.in
dist.f
dscal.f
evalf.f
fstats.f
newpt.f
order.f
partx.f
setstp.f
simplx.f
sortd.f
start.f
subopt.f
subplx.f
-----------------------------------------------------------
by Stephen G. Nash
path: /netlib/opt/tn/
-----------------------------------------------------------
README
blas.f
mainc.f
mainc.out
maincb.f
maincb.out
mainfc.f
mainfc.out
mains.f
mains.out
mainsb.f
mainsb.out
tn.f
-----------------------------------------------------------
by Phillipe Toint
path: /netlib/opt/ve08/
-----------------------------------------------------------
README
ve08ad.f
ve08ts.f
ve08ts.out
-----------------------------------------------------------
for parallel programming system.
path: /netlib/p4/
-----------------------------------------------------------
p4-manual.ps for The postscript for the p4 User's Guide
size 275 kB
p4-refcard.ps for A reference card for the p4 functions
# The following files are available only by ftp, not by email
p4-1.3/ for programming a variety of parallel machines in C
and Fortran
size 380 kB
upshot/ for The upshot logfile visualization system
size 345 kB
p4-paper.ps for A journal article on p4
size 282 kB
readme
-----------------------------------------------------------
for programming a variety of parallel machines in C
path: /netlib/p4/p4-1.3/
-----------------------------------------------------------
CHANGES
DISCLAIMER
Makefile
OPTIONS
README
alog/
bin/
contrib/
contrib_f/
doc/
include/
lib/
lib_f/
messages/
messages_f/
misc/
monitors/
servers/
usc/
util/
-----------------------------------------------------------
path: /netlib/p4/p4-1.3/alog/
-----------------------------------------------------------
README
README_ALOG
adjlogs.c
alog.c
alog.h
alog_evntdfs.h
alogf.c
makefile.proto
mergelogs.c
-----------------------------------------------------------
path: /netlib/p4/p4-1.3/bin/
-----------------------------------------------------------
README
format
kill_servers
killipc
killp4
kj
listener_p4.c
makefile.proto
makefuncs
makefuncs.tags
start_servers
-----------------------------------------------------------
path: /netlib/p4/p4-1.3/contrib/
-----------------------------------------------------------
README
bcast.c
bcast.pg
lm.h
lm.pg
lm1_master.c
lm1_slave.c
lm_master.c
lm_slave.c
makefile.proto
simpglob.c
slave_main.c
-----------------------------------------------------------
path: /netlib/p4/p4-1.3/contrib_f/
-----------------------------------------------------------
README
comm_master.f
comm_slave.f
fslave_main.f
makefile.proto
norm_master.f
norm_slave.f
pi.f
pi.pg
-----------------------------------------------------------
path: /netlib/p4/p4-1.3/doc/
-----------------------------------------------------------
README
latexinfo-1.2.sty
makefile.proto
p4.1
p4.bib
p4.info
p4.info-1
p4.info-2
p4.info-3
p4.tex
p4.txt
p4refcard.ps
-----------------------------------------------------------
path: /netlib/p4/p4-1.3/include/
-----------------------------------------------------------
makefile.proto
-----------------------------------------------------------
path: /netlib/p4/p4-1.3/lib/
-----------------------------------------------------------
listener_p4.c
makefile.proto
p4.h
p4_MD.c
p4_MD.h
p4_alloc.c
p4_args.c
p4_bm.c
p4_broadcast.c
p4_debug.c
p4_defs.h
p4_error.c
p4_funcs.h
p4_globals.c
p4_globals.h
p4_macros.h
p4_mon.c
p4_mon.h
p4_patchlevel.h
p4_procgroup.c
p4_rm.c
p4_secure.c
p4_shmem_sr.c
p4_sock_conn.c
p4_sock_cr.c
p4_sock_list.c
p4_sock_sr.c
p4_sock_util.c
p4_sock_util.h
p4_sr.h
p4_sys.h
p4_sys_funcs.h
p4_tsr.c
p4_utils.c
-----------------------------------------------------------
path: /netlib/p4/p4-1.3/lib_f/
-----------------------------------------------------------
README
makefile.proto
p4_args.c
p4_fargs.f
p4_fmaster.c
p4_fort.c
p4_fort.h
p4f.h
-----------------------------------------------------------
path: /netlib/p4/p4-1.3/messages/
-----------------------------------------------------------
README
grid_comm.c
grid_master.c
grid_master.pg
grid_slave.c
makefile.proto
run_delta
run_ipsc
run_ncube
slave_main.c
sr1_test.c
sr1_test.pg
sr_master.c
sr_slave.c
sr_test.c
sr_test.pg
sr_user.h
systest.c
systest.pg
vec_master.c
vec_slave.c
-----------------------------------------------------------
path: /netlib/p4/p4-1.3/messages_f/
-----------------------------------------------------------
README
makefile.proto
simpglob.f
simpglob.pg
slave_main.f
sr1_master.f
sr1_master.pg
sr1_slave.f
sr_log.f
sr_log.pg
sr_master.f
sr_slave.f
sr_test.f
sr_test.pg
-----------------------------------------------------------
path: /netlib/p4/p4-1.3/misc/
-----------------------------------------------------------
README
buftest.c
buftest.pg
dirtest.c
dirtest.pg
mutual.c
procgroup
sockperf.c
sr_user.h
temp1.c
temp1.f
temp2.f
temprunsockdelta
-----------------------------------------------------------
path: /netlib/p4/p4-1.3/monitors/
-----------------------------------------------------------
README
addtwo.ask.c
addtwo.data
addtwo.data.big
addtwo.gs.c
adquad.c
adquad.data
grid.data
grid.shmem.c
gridlog.shmem.c
makefile.proto
procgroup
-----------------------------------------------------------
path: /netlib/p4/p4-1.3/servers/
-----------------------------------------------------------
README
inetd.entry.base
iserv_p4.c
killiserv_p4.c
makefile.proto
serv_p4.c
services.entry.base
-----------------------------------------------------------
path: /netlib/p4/p4-1.3/usc/
-----------------------------------------------------------
README_USC
makefile.proto
usc.c
usc.h
usc_sys.h
usctest/
-----------------------------------------------------------
path: /netlib/p4/p4-1.3/usc/usctest/
-----------------------------------------------------------
capcell.c
makefile.proto
usctest.c
usctest2.c
-----------------------------------------------------------
path: /netlib/p4/p4-1.3/util/
-----------------------------------------------------------
defs.all
install.awk
machines
makefile.proto
-----------------------------------------------------------
for The upshot logfile visualization system
path: /netlib/p4/upshot/
-----------------------------------------------------------
Imakefile
Makefile
README
app-defaults
bin/
doc/
logfiles/
src/
-----------------------------------------------------------
path: /netlib/p4/upshot/bin/
-----------------------------------------------------------
Imakefile
Makefile
-----------------------------------------------------------
path: /netlib/p4/upshot/doc/
-----------------------------------------------------------
grid4.ps
nwt.ps
sam2.ps
texput.log
upshot.1
upshot.aux
upshot.bbl
upshot.bib
upshot.blg
upshot.dvi
upshot.log
upshot.ps
upshot.tex
-----------------------------------------------------------
path: /netlib/p4/upshot/logfiles/
-----------------------------------------------------------
grid.16.log
grid.sts
mv.16.log
roo.sts
sam_hyp.16.log
-----------------------------------------------------------
path: /netlib/p4/upshot/src/
-----------------------------------------------------------
Imakefile
Makefile
Makefile.sample
bl
bl2
check.bm
comm.sta
fontdef.def
graphics.c
hstripes.bm
lslant.bm
lslant2.bm
lslant3.bm
new128.sts
rslant.bm
rslant2.bm
rslant3.bm
solid.bm
square.bm
states.c
upshot.c
upshot.h
upshotxedge.c
upshotxhist.c
upshotxsum.c
vstripes.bm
x_graphics.c
xedge.c
xedge.h
xhist.c
xhist.h
xhist.mf
xsum.c
xsum.h
-----------------------------------------------------------
for graphical display of message-passing
path: /netlib/paragraph/
-----------------------------------------------------------
manual.tex for ParaGraph User Guide in Latex format
lang tex
paragraph/ for ParaGraph distribution, including source code,
documentation, and sample trace files
pg.man
readme for description of ParaGraph
short
update for list of recent changes to ParaGraph
-----------------------------------------------------------
for ParaGraph distribution, including source code,
path: /netlib/paragraph/paragraph/
-----------------------------------------------------------
Makefile.386
Makefile.bsdi
Makefile.dec
Makefile.hp
Makefile.ibm
Makefile.ncsa
Makefile.open
Makefile.sgi
Makefile.star
Makefile.sun3
Makefile.sun4
backwards.c
bitmaps.h
button.c
defaults.h
defines.h
draw.c
expose.c
get_event.c
get_trace.c
hypercube.c
keypress.c
main.c
manual.tex
parse.c
pg.man
pg.update
preprocess.c
resize.c
scan.c
short
stripes.h
tracefiles/
u_count/
u_graph/
u_matrix/
u_sort/
u_stubs/
u_transpose/
-----------------------------------------------------------
path: /netlib/paragraph/paragraph/tracefiles/
-----------------------------------------------------------
README
blockcheck.awk
blockcheck.old
chol.trf
converter/
exch.trf
fac.trf
fans.trf
fft.trf
fft64.trf
flops.trf
matrix.trf
shuffle.trf
sort.trf
sparse.trf
tachyon.awk
tachyon.old
tracesort
tracesort.old
transpose.trf
-----------------------------------------------------------
path: /netlib/paragraph/paragraph/tracefiles/converter/
-----------------------------------------------------------
README
converter.c
defines.h
-----------------------------------------------------------
path: /netlib/paragraph/paragraph/u_count/
-----------------------------------------------------------
Makefile.386
Makefile.bsdi
Makefile.dec
Makefile.hp
Makefile.ibm
Makefile.ncsa
Makefile.open
Makefile.sgi
Makefile.star
Makefile.sun3
Makefile.sun4
u_defines.h
u_draw.c
u_event.c
u_init.c
u_preprocess.c
u_reinit.c
u_reset.c
u_scan.c
-----------------------------------------------------------
path: /netlib/paragraph/paragraph/u_graph/
-----------------------------------------------------------
Makefile.386
Makefile.bsdi
Makefile.dec
Makefile.hp
Makefile.ibm
Makefile.ncsa
Makefile.open
Makefile.sgi
Makefile.star
Makefile.sun3
Makefile.sun4
u_defines.h
u_draw.c
u_event.c
u_init.c
u_preprocess.c
u_reinit.c
u_reset.c
u_scan.c
-----------------------------------------------------------
path: /netlib/paragraph/paragraph/u_matrix/
-----------------------------------------------------------
Makefile.386
Makefile.bsdi
Makefile.dec
Makefile.hp
Makefile.ibm
Makefile.ncsa
Makefile.open
Makefile.sgi
Makefile.star
Makefile.sun3
Makefile.sun4
u_defines.h
u_draw.c
u_event.c
u_preprocess.c
u_reinit.c
u_reset.c
u_scan.c
-----------------------------------------------------------
path: /netlib/paragraph/paragraph/u_sort/
-----------------------------------------------------------
Makefile.386
Makefile.bsdi
Makefile.dec
Makefile.hp
Makefile.ibm
Makefile.ncsa
Makefile.open
Makefile.sgi
Makefile.star
Makefile.sun3
Makefile.sun4
u_defines.h
u_draw.c
u_event.c
u_init.c
u_preprocess.c
u_reinit.c
u_reset.c
u_scan.c
-----------------------------------------------------------
path: /netlib/paragraph/paragraph/u_stubs/
-----------------------------------------------------------
Makefile.386
Makefile.bsdi
Makefile.dec
Makefile.hp
Makefile.ibm
Makefile.ncsa
Makefile.open
Makefile.sgi
Makefile.star
Makefile.sun3
Makefile.sun4
u_draw.c
u_event.c
u_init.c
u_preprocess.c
u_reinit.c
u_reset.c
u_scan.c
-----------------------------------------------------------
path: /netlib/paragraph/paragraph/u_transpose/
-----------------------------------------------------------
Makefile.386
Makefile.bsdi
Makefile.dec
Makefile.hp
Makefile.ibm
Makefile.ncsa
Makefile.open
Makefile.sgi
Makefile.star
Makefile.sun3
Makefile.sun4
u_defines.h
u_draw.c
u_event.c
u_init.c
u_preprocess.c
u_reinit.c
u_reset.c
u_scan.c
-----------------------------------------------------------
for exploring the floating point system on your
path: /netlib/paranoia/
-----------------------------------------------------------
paranoia.c for test a computers floating-point arithmetic, C,
31 July 1986
gams a3, r1, r2
dpara.f for test a computers floating-point arithmetic,
Fortran, 31 July 1986
prec double
gams a3, r1, r2
spara.f for test a computers floating-point arithmetic,
Fortran, 31 July 1986
prec single
gams a3, r1, r2
paranoia.b for test a computers floating-point arithmetic,
Basic, 25 Jan. 1986
gams a3, r1, r2
paranoia.m2 for test a computers floating-point arithmetic,
Modula, 27 January 1986
gams a3, r1, r2
paranoia.p for test a computers floating-point arithmetic,
Pascal, 25 February 1988
gams a3, r1, r2
disclaimer
-----------------------------------------------------------
for parallel programmming macros for monitors and
path: /netlib/parmacs/
-----------------------------------------------------------
balance/
five.liner
one.liner
readme for overview of parmacs
sun/ for *COMPLETE* Sun-3 version of the macros and test
problems. last update april 21, 1988.
alliant/ for The alliant version of the machine-dependent
macros and supporting subroutines
baldep.shr/ for The Sequent version of the machine-dependent
macros and supporting subroutines
encdep.shr/ for The Encore version of the machine-dependent
macros and supporting subroutines
cray.shr/ for The Cray-2 version of the machine-dependent
macros and supporting subroutines
test.c
vaxdep.shr/ for The Vax (Berkeley Unix) version of the
machine-dependent
macros and supporting subroutines
cubedep.shr/ for The intel Hypercube version of the
machine-dependent
macros and supporting subroutines
sysvdep.shr/ for The AT&T System V version (for the 3B series) of
the machine-dependent macros and supporting
subroutines
genlib.shr/ for The machine-independent macros and supporting
subroutines, required for all versions not
needed for the versions marked COMPLETE
genpro.shr/ for The example programs, machine independent not
needed for the versions marked COMPLETE
instructions for Instructions for unbundling the above files
-----------------------------------------------------------
for The alliant version of the machine-dependent
path: /netlib/parmacs/alliant/
-----------------------------------------------------------
monmacs/
-----------------------------------------------------------
path: /netlib/parmacs/alliant/monmacs/
-----------------------------------------------------------
lib/
pub/
-----------------------------------------------------------
path: /netlib/parmacs/alliant/monmacs/lib/
-----------------------------------------------------------
c.m4.monmacs
c.m4.smacs
cputm.c
inmain
makefile
rec.U
send.U
shmem.U
sox.U
trace.c
xptrace.c
-----------------------------------------------------------
path: /netlib/parmacs/alliant/monmacs/pub/
-----------------------------------------------------------
README
chap2/
chap3/
chap4/
makefile
ser.U
services
trash
-----------------------------------------------------------
path: /netlib/parmacs/alliant/monmacs/pub/chap2/
-----------------------------------------------------------
addtwo.ask.U
addtwo.data
addtwo.gs.U
event_defs
grid.ch2.U
makefile
mat.data
process_defs
-----------------------------------------------------------
path: /netlib/parmacs/alliant/monmacs/pub/chap3/
-----------------------------------------------------------
grid.comm.U
grid.data
grid.master.U
grid.procgroup.U
grid.slave.U
makefile
sort.data
sort.master.U
sort.merge.U
sort.procgroup.U
sort.sort.U
srtest.data
srtest.master.U
srtest.procgroup.U
srtest.procgroup.r.U
srtest.slave.U
-----------------------------------------------------------
path: /netlib/parmacs/alliant/monmacs/pub/chap4/
-----------------------------------------------------------
grid.comm.U
grid.master.U
grid.procgroup.U
grid.procgroup.r.U
grid.slave.U
makefile
master.U
slave.U
stsp.comm.U
stsp.pent.U
stsp.procgroup.U
stsp.procgroup.r.U
-----------------------------------------------------------
path: /netlib/parmacs/balance/
-----------------------------------------------------------
monmacs/
-----------------------------------------------------------
path: /netlib/parmacs/balance/monmacs/
-----------------------------------------------------------
lib/
pub/
-----------------------------------------------------------
path: /netlib/parmacs/balance/monmacs/lib/
-----------------------------------------------------------
c.m4.monmacs
c.m4.smacs
cputm.c
inmain
makefile
rec.U
send.U
shmem.U
sox.U
trace.c
xptrace.c
-----------------------------------------------------------
path: /netlib/parmacs/balance/monmacs/pub/
-----------------------------------------------------------
README
chap2/
chap3/
chap4/
makefile
ser.U
services
trash
-----------------------------------------------------------
path: /netlib/parmacs/balance/monmacs/pub/chap2/
-----------------------------------------------------------
addtwo.ask.U
addtwo.data
addtwo.gs.U
event_defs
grid.ch2.U
makefile
mat.data
process_defs
tracefile
-----------------------------------------------------------
path: /netlib/parmacs/balance/monmacs/pub/chap3/
-----------------------------------------------------------
grid.comm.U
grid.data
grid.master.U
grid.procgroup.U
grid.slave.U
makefile
sort.data
sort.master.U
sort.merge.U
sort.procgroup.U
sort.sort.U
srtest.data
srtest.master.U
srtest.procgroup.U
srtest.procgroup.r.U
srtest.slave.U
-----------------------------------------------------------
path: /netlib/parmacs/balance/monmacs/pub/chap4/
-----------------------------------------------------------
grid.comm.U
grid.master.U
grid.procgroup.U
grid.procgroup.r.U
grid.slave.U
makefile
master.U
slave.U
stsp.comm.U
stsp.pent.U
stsp.procgroup.U
stsp.procgroup.r.U
-----------------------------------------------------------
for The Sequent version of the machine-dependent
path: /netlib/parmacs/baldep.shr/
-----------------------------------------------------------
monmacs/
-----------------------------------------------------------
path: /netlib/parmacs/baldep.shr/monmacs/
-----------------------------------------------------------
lib/
pub/
-----------------------------------------------------------
path: /netlib/parmacs/baldep.shr/monmacs/lib/
-----------------------------------------------------------
c.m4.monmacs
c.m4.smacs
cputm.c
inmain
makefile
rec.U
send.U
shmem.U
sox.U
trace.c
xptrace.c
-----------------------------------------------------------
path: /netlib/parmacs/baldep.shr/monmacs/pub/
-----------------------------------------------------------
README
chap2/
chap3/
chap4/
makefile
ser.U
services
trash
-----------------------------------------------------------
path: /netlib/parmacs/baldep.shr/monmacs/pub/chap2/
-----------------------------------------------------------
addtwo.ask.U
addtwo.data
addtwo.gs.U
event_defs
grid.ch2.U
makefile
mat.data
process_defs
tracefile
-----------------------------------------------------------
path: /netlib/parmacs/baldep.shr/monmacs/pub/chap3/
-----------------------------------------------------------
grid.comm.U
grid.data
grid.master.U
grid.procgroup.U
grid.slave.U
makefile
sort.data
sort.master.U
sort.merge.U
sort.procgroup.U
sort.sort.U
srtest.data
srtest.master.U
srtest.procgroup.U
srtest.procgroup.r.U
srtest.slave.U
-----------------------------------------------------------
path: /netlib/parmacs/baldep.shr/monmacs/pub/chap4/
-----------------------------------------------------------
grid.comm.U
grid.master.U
grid.procgroup.U
grid.procgroup.r.U
grid.slave.U
makefile
master.U
slave.U
stsp.comm.U
stsp.pent.U
stsp.procgroup.U
stsp.procgroup.r.U
-----------------------------------------------------------
for The Cray-2 version of the machine-dependent
path: /netlib/parmacs/cray.shr/
-----------------------------------------------------------
mpbook.cray/
-----------------------------------------------------------
path: /netlib/parmacs/cray.shr/mpbook.cray/
-----------------------------------------------------------
README
c.m4.monmacs
c.m4.smacs
grid.ch2.U
makefile
rec.U
send.U
shmem.U
sr2.U
srtest.m.U
srtest.p.U
srtest.s.U
-----------------------------------------------------------
for The intel Hypercube version of the
path: /netlib/parmacs/cubedep.shr/
-----------------------------------------------------------
disk/
-----------------------------------------------------------
path: /netlib/parmacs/cubedep.shr/disk/
-----------------------------------------------------------
c.m4.monmacs.H
c.m4.monmacs.N
cnode.def
cputm.c
grid.master.H
grid.proc.H
grid.slave.N
makefile
nodemem.c
sed.strip
shmem.c
sr.mast.H
sr.proc.H
sr.slave.N
srdump.U
trace.U
-----------------------------------------------------------
for The Encore version of the machine-dependent
path: /netlib/parmacs/encdep.shr/
-----------------------------------------------------------
encore/
-----------------------------------------------------------
path: /netlib/parmacs/encdep.shr/encore/
-----------------------------------------------------------
lib/
pub/
-----------------------------------------------------------
path: /netlib/parmacs/encdep.shr/encore/lib/
-----------------------------------------------------------
c.m4.monmacs
cputm.U
inmain
makefile
shmem.U
trace.c
-----------------------------------------------------------
path: /netlib/parmacs/encdep.shr/encore/pub/
-----------------------------------------------------------
chap2/
chap3/
chap4/
extras/
makefile
trash
-----------------------------------------------------------
path: /netlib/parmacs/encdep.shr/encore/pub/chap2/
-----------------------------------------------------------
makefile
-----------------------------------------------------------
path: /netlib/parmacs/encdep.shr/encore/pub/chap3/
-----------------------------------------------------------
makefile
-----------------------------------------------------------
path: /netlib/parmacs/encdep.shr/encore/pub/chap4/
-----------------------------------------------------------
makefile
-----------------------------------------------------------
path: /netlib/parmacs/encdep.shr/encore/pub/extras/
-----------------------------------------------------------
makefile
-----------------------------------------------------------
for The machine-independent macros and supporting
path: /netlib/parmacs/genlib.shr/
-----------------------------------------------------------
lib/
-----------------------------------------------------------
path: /netlib/parmacs/genlib.shr/lib/
-----------------------------------------------------------
c.m4.smacs
rec.U
send.U
sox.U
xptrace.c
-----------------------------------------------------------
for The example programs, machine independent not
path: /netlib/parmacs/genpro.shr/
-----------------------------------------------------------
pub/
-----------------------------------------------------------
path: /netlib/parmacs/genpro.shr/pub/
-----------------------------------------------------------
README
chap2/
chap3/
chap4/
ser.U
services
-----------------------------------------------------------
path: /netlib/parmacs/genpro.shr/pub/chap2/
-----------------------------------------------------------
addtwo.ask.U
addtwo.data
addtwo.gs.U
event_defs
grid.ch2.U
mat.data
process_defs
-----------------------------------------------------------
path: /netlib/parmacs/genpro.shr/pub/chap3/
-----------------------------------------------------------
grid.comm.U
grid.data
grid.master.U
grid.procgroup.U
grid.procgroup.r.U
grid.slave.U
sort.data
sort.master.U
sort.merge.U
sort.procgroup.U
sort.sort.U
srtest.data
srtest.master.U
srtest.procgroup.U
srtest.procgroup.r.U
srtest.slave.U
-----------------------------------------------------------
path: /netlib/parmacs/genpro.shr/pub/chap4/
-----------------------------------------------------------
grid.comm.U
grid.master.U
grid.procgroup.U
grid.procgroup.r.U
grid.slave.U
master.U
slave.U
stsp.comm.U
stsp.pent.U
stsp.procgroup.U
stsp.procgroup.r.U
-----------------------------------------------------------
for *COMPLETE* Sun-3 version of the macros and test
path: /netlib/parmacs/sun/
-----------------------------------------------------------
monmacs/
-----------------------------------------------------------
path: /netlib/parmacs/sun/monmacs/
-----------------------------------------------------------
lib/
pub/
-----------------------------------------------------------
path: /netlib/parmacs/sun/monmacs/lib/
-----------------------------------------------------------
c.m4.monmacs
c.m4.smacs
cputm.c
inmain
makefile
rec.U
send.U
shmem.U
sox.U
sysv.mp.subs.U
trace.c
xptrace.c
-----------------------------------------------------------
path: /netlib/parmacs/sun/monmacs/pub/
-----------------------------------------------------------
README
chap2/
chap3/
chap4/
makefile
ser.U
services
trash
-----------------------------------------------------------
path: /netlib/parmacs/sun/monmacs/pub/chap2/
-----------------------------------------------------------
addtwo.ask.U
addtwo.data
addtwo.gs.U
event_defs
grid.ch2.U
makefile
mat.data
process_defs
tracefile
-----------------------------------------------------------
path: /netlib/parmacs/sun/monmacs/pub/chap3/
-----------------------------------------------------------
grid.comm.U
grid.data
grid.master.U
grid.procgroup.U
grid.slave.U
makefile
sort.data
sort.master.U
sort.merge.U
sort.procgroup.U
sort.sort.U
srtest.data
srtest.master.U
srtest.procgroup.U
srtest.procgroup.r.U
srtest.slave.U
-----------------------------------------------------------
path: /netlib/parmacs/sun/monmacs/pub/chap4/
-----------------------------------------------------------
grid.comm.U
grid.master.U
grid.procgroup.U
grid.procgroup.r.U
grid.slave.U
makefile
master.U
slave.U
stsp.comm.U
stsp.pent.U
stsp.procgroup.U
stsp.procgroup.r.U
-----------------------------------------------------------
for The AT&T System V version (for the 3B series) of
path: /netlib/parmacs/sysvdep.shr/
-----------------------------------------------------------
sysv/
-----------------------------------------------------------
path: /netlib/parmacs/sysvdep.shr/sysv/
-----------------------------------------------------------
lib/
pub/
-----------------------------------------------------------
path: /netlib/parmacs/sysvdep.shr/sysv/lib/
-----------------------------------------------------------
c.m4.monmacs
c.m4.smacs
makefile
rec.U
send.U
shmem.U
sox.U
sysv.mp.subs.U
trace.c
-----------------------------------------------------------
path: /netlib/parmacs/sysvdep.shr/sysv/pub/
-----------------------------------------------------------
addtwo.ask.U
addtwo.data
addtwo.gs.U
grid.ch2.U
ipckill
makefile
sort.data
sort.mg.U
sort.mst.U
sort.pg.U
sort.sort.U
srtest.data
srtest.mst.U
srtest.pg.U
srtest.s1.U
-----------------------------------------------------------
for The Vax (Berkeley Unix) version of the
path: /netlib/parmacs/vaxdep.shr/
-----------------------------------------------------------
vax/
-----------------------------------------------------------
path: /netlib/parmacs/vaxdep.shr/vax/
-----------------------------------------------------------
lib/
pub/
-----------------------------------------------------------
path: /netlib/parmacs/vaxdep.shr/vax/lib/
-----------------------------------------------------------
c.m4.monmacs
c.m4.smacs
makefile
rec.U
send.U
shmem.U
sox.U
trace.c
-----------------------------------------------------------
path: /netlib/parmacs/vaxdep.shr/vax/pub/
-----------------------------------------------------------
README
addtwo.ask.U
addtwo.data
addtwo.gs.U
event_defs
grid.master.r.U
grid.procgroup.r.U
grid.slave.r.U
makefile
process_defs
ser.U
sort.data
sort.master.U
sort.merge.U
sort.procgroup.U
sort.sort.U
srtest.data
srtest.master.r.U
srtest.procgroup.3mach
srtest.procgroup.U
srtest.procgroup.r.U
srtest.slave.U
srtest.slave.r.U
-----------------------------------------------------------
for miscellaneous codes written in Pascal
path: /netlib/pascal/
-----------------------------------------------------------
cnm/ for algorithms to accompany "Compact Numerical
Methods"
by "John C. Nash" <jcnash@aix1.uottawa.ca>
# gzip-compressed tar file, not suitable for email
(until we get MIME working inside netlib).
Meanwhile, use ftp.
-----------------------------------------------------------
for algorithms to accompany "Compact Numerical
path: /netlib/pascal/cnm/
-----------------------------------------------------------
alg01.pas
alg02.pas
alg03.pas
alg03a.pas
alg04.pas
alg05.pas
alg06.pas
alg07.pas
alg08.pas
alg09.pas
alg10.pas
alg11.pas
alg12.pas
alg13.pas
alg14.pas
alg15.pas
alg16.pas
alg17.pas
alg18.pas
alg19.pas
alg20.pas
alg21.pas
alg22.pas
alg23.pas
alg24.pas
alg25.pas
alg26.pas
alg27.pas
calceps.pas
cnm3test.bat
cnm5test.bat
constyp3.def
constyp5.def
constype.def
cubefn.pas
dr0102.pas
dr0102x
dr03.pas
dr03a.pas
dr03ax
dr03x
dr04.pas
dr04x
dr0506.pas
dr0506x
dr0506xa
dr0506xb
dr0708.pas
dr0708x
dr09.pas
dr09x
dr10.pas
dr10x
dr13.pas
dr13x
dr14.pas
dr14x
dr15.pas
dr15x
dr1617.pas
dr1617x
dr1618.pas
dr1618x
dr1920.pas
dr1920rx
dr19x
dr21.pas
dr21x
dr22.pas
dr22x
dr23.pas
dr23a.pas
dr23ax
dr23x
dr24ii.pas
dr24iix
dr24le.pas
dr24lex
dr24ls.pas
dr24lsx
dr25.pas
dr25x
dr26.pas
dr26x
dr27.pas
dr27x
errata.cnm
ex0102.cnm
ex03.cnm
ex03a.cnm
ex04.cnm
ex044-2.cnm
ex0506.cnm
ex0506s.cnm
ex0708.cnm
ex09.cnm
ex10.cnm
ex13.cnm
ex13a.cnm
ex14.cnm
ex14a.cnm
ex15.cnm
ex15a.cnm
ex1617.cnm
ex1618.cnm
ex19.cnm
ex1920.cnm
ex1920j.cnm
ex21.cnm
ex22.cnm
ex23.cnm
ex23a.cnm
ex24ii.cnm
ex24le.cnm
ex24ls.cnm
ex24ls1.cnm
ex25.cnm
ex26.cnm
ex26a.cnm
ex27j.cnm
ex27r.cnm
filelist.cnm
fnmin.pas
genevres.pas
getobsn.pas
htanfn.pas
jjacf.pas
logistic.pas
matcopy.pas
matmul.pas
matrixin.pas
psvdres.pas
quadfn.pas
rayquo.pas
readme.cnm
resids.pas
rosen.pas
spendfn.pas
startup.pas
startup3.pas
startup5.pas
svdtst.pas
tdstamp.pas
tdstamp3.pas
tdstamp5.pas
turbo.cnm
turbo3.cnm
turbo5.cnm
usetp3.bat
usetp5.bat
vectorin.pas
warning.dir
-----------------------------------------------------------
for partial differential equation packages
path: /netlib/pdes/
-----------------------------------------------------------
mgghat/ for 2D elliptic partial differential equations on
polygonal domains
alg adaptive refinement and multigrid using linear,
quadratic or cubic elements
by William F. Mitchell
ref SIAM J. Sci. Statist. Comput. 13, 1992, pp.
146-167.
gams I2b1a
prec single real
age research
lang mostly FORTRAN 77, some C
see many related packages at
ftp://na.cs.yale.edu/mgnet
claw/ for hyperbolic systems of conservation laws
by Randall J. LeVeque <rjl@amath.washington.edu>
lang Fortran
prec double real
age research
-----------------------------------------------------------
for hyperbolic systems of conservation laws
path: /netlib/pdes/claw/
-----------------------------------------------------------
# This collection is large enough that ftp or http is probably the
# best way to do bulk download. For example, try
# ftp netlib.att.com
# binary
# cd netlib/pdes
# get claw.tar
# or use a Web browser on http://netlib.att.com/netlib/pdes/claw
# or, if email is all you have,
# mail netlib@research.att.com
# send pdes/claw/doc.shar
# send pdes/claw/clawpack.shar
doc/ for clawpack documentation
clawpack/ for clawpack source code
applications/ for examples of clawpack in use
COPYING for copyright notice
readme
-----------------------------------------------------------
for examples of clawpack in use
path: /netlib/pdes/claw/applications/
-----------------------------------------------------------
README
acoustics/
euler/
advection/
burgers/
-----------------------------------------------------------
path: /netlib/pdes/claw/applications/acoustics/
-----------------------------------------------------------
1d/
2d/
-----------------------------------------------------------
path: /netlib/pdes/claw/applications/acoustics/1d/
-----------------------------------------------------------
accuracy/
rp/
-----------------------------------------------------------
path: /netlib/pdes/claw/applications/acoustics/1d/accuracy/
-----------------------------------------------------------
README
compile
data.1
data.2
data.3
driver.f
errs.2
errs.3
ic.f
plotq.m
qtrue1.f
p0.f
errs.1
-----------------------------------------------------------
path: /netlib/pdes/claw/applications/acoustics/1d/rp/
-----------------------------------------------------------
rp1ac.f
-----------------------------------------------------------
path: /netlib/pdes/claw/applications/acoustics/2d/
-----------------------------------------------------------
constant/
varying/
rp/
-----------------------------------------------------------
path: /netlib/pdes/claw/applications/acoustics/2d/constant/
-----------------------------------------------------------
accuracy/
piston/
-----------------------------------------------------------
path: /netlib/pdes/claw/applications/acoustics/2d/constant/accuracy/
-----------------------------------------------------------
README
data
compile
contourplot.m
p0.f
driver.f
ic1.f
ic2.f
interp.f
qtrue2.f
scatterplot.m
src1rad.f
errs
-----------------------------------------------------------
path: /netlib/pdes/claw/applications/acoustics/2d/constant/piston/
-----------------------------------------------------------
bc2pist.f
driver.f
ic.f
compile
data
README
src2cyl.f
plotp.m
-----------------------------------------------------------
path: /netlib/pdes/claw/applications/acoustics/2d/rp/
-----------------------------------------------------------
rp2Aac.f
rp2Bac.f
rp2Aacv.f
rp2Bacv.f
-----------------------------------------------------------
path: /netlib/pdes/claw/applications/acoustics/2d/varying/
-----------------------------------------------------------
planewave/
piston/
-----------------------------------------------------------
path: /netlib/pdes/claw/applications/acoustics/2d/varying/piston/
-----------------------------------------------------------
driver.f
data
compile
ic.f
bc2pist.f
README
data.test
plotp.m
src2cyl.f
-----------------------------------------------------------
path: /netlib/pdes/claw/applications/acoustics/2d/varying/planewave/
-----------------------------------------------------------
bc2plwv.f
driver.f
ic.f
compile
data
README
bc2plwv.old
qtrue2.f
plotp.m
-----------------------------------------------------------
path: /netlib/pdes/claw/applications/advection/
-----------------------------------------------------------
2d/
1d/
-----------------------------------------------------------
path: /netlib/pdes/claw/applications/advection/1d/
-----------------------------------------------------------
rp/
inflow/
-----------------------------------------------------------
path: /netlib/pdes/claw/applications/advection/1d/inflow/
-----------------------------------------------------------
README
compile
data
driver.f
ic.f
qtrue1.f
bc1inf.f
plotq.m
-----------------------------------------------------------
path: /netlib/pdes/claw/applications/advection/1d/rp/
-----------------------------------------------------------
rp1ad.f
-----------------------------------------------------------
path: /netlib/pdes/claw/applications/advection/2d/
-----------------------------------------------------------
const/
curvilinear/
swirl/
rp/
groundwater/
-----------------------------------------------------------
path: /netlib/pdes/claw/applications/advection/2d/const/
-----------------------------------------------------------
driver.f
fdisc.f
ic.f
xvel.f
yvel.f
compile
data
README
plotq.m
-----------------------------------------------------------
path: /netlib/pdes/claw/applications/advection/2d/curvilinear/
-----------------------------------------------------------
cylinder/
wiggly/
-----------------------------------------------------------
path: /netlib/pdes/claw/applications/advection/2d/curvilinear/cylinder/
-----------------------------------------------------------
compile
driver.f
fdisc.f
README
setxpyp.f
setgrid.f
xpvel.f
ypvel.f
plotq.m
bc2pery.f
out2c.f
data.2
data.1
test.m
ic.f
-----------------------------------------------------------
path: /netlib/pdes/claw/applications/advection/2d/curvilinear/wiggly/
-----------------------------------------------------------
bc2pery.f
driver.f
fdisc.f
out2c.f
ic.f
README
setgrid.f
setxpyp.f
xpvel.f
ypvel.f
compile
data
plotq.m
bc2new.f
-----------------------------------------------------------
path: /netlib/pdes/claw/applications/advection/2d/groundwater/
-----------------------------------------------------------
copper95/
-----------------------------------------------------------
path: /netlib/pdes/claw/applications/advection/2d/groundwater/copper95/
-----------------------------------------------------------
driver.f
ic.f
out2.f
rho.f
README
plotqcolor.m
setvel.f
shape3.m
compile
data
ux.data
plotq.m
vy.data
-----------------------------------------------------------
path: /netlib/pdes/claw/applications/advection/2d/rp/
-----------------------------------------------------------
rp2Aad2.f
rp2Aad3.f
rp2Bad.f
rp2Aad1.f
rp2Aad4.f
-----------------------------------------------------------
path: /netlib/pdes/claw/applications/advection/2d/swirl/
-----------------------------------------------------------
README
compile
driver.f
fdisc.f
ic.f
xvel.f
yvel.f
data
plotq.m
-----------------------------------------------------------
path: /netlib/pdes/claw/applications/burgers/
-----------------------------------------------------------
2d/
1d/
-----------------------------------------------------------
path: /netlib/pdes/claw/applications/burgers/1d/
-----------------------------------------------------------
sine2n/
rp/
-----------------------------------------------------------
path: /netlib/pdes/claw/applications/burgers/1d/rp/
-----------------------------------------------------------
rp1bu.f
-----------------------------------------------------------
path: /netlib/pdes/claw/applications/burgers/1d/sine2n/
-----------------------------------------------------------
driver.f
compile
plotq.m
data
README
ic.f
-----------------------------------------------------------
path: /netlib/pdes/claw/applications/burgers/2d/
-----------------------------------------------------------
rp/
pwconst/
-----------------------------------------------------------
path: /netlib/pdes/claw/applications/burgers/2d/pwconst/
-----------------------------------------------------------
README
compile
data
driver.f
plotq.m
ic.f
-----------------------------------------------------------
path: /netlib/pdes/claw/applications/burgers/2d/rp/
-----------------------------------------------------------
rp2Abu.f
rp2Bbu.f
-----------------------------------------------------------
path: /netlib/pdes/claw/applications/euler/
-----------------------------------------------------------
1d/
2d/
-----------------------------------------------------------
path: /netlib/pdes/claw/applications/euler/1d/
-----------------------------------------------------------
rp/
pbc/
shocktube/
-----------------------------------------------------------
path: /netlib/pdes/claw/applications/euler/1d/pbc/
-----------------------------------------------------------
driver.f
compile
ic.f
data
README
plotq.m
-----------------------------------------------------------
path: /netlib/pdes/claw/applications/euler/1d/rp/
-----------------------------------------------------------
rp1eu.f
-----------------------------------------------------------
path: /netlib/pdes/claw/applications/euler/1d/shocktube/
-----------------------------------------------------------
driver.f
ic.f
compile
plotq.m
data
README
-----------------------------------------------------------
path: /netlib/pdes/claw/applications/euler/2d/
-----------------------------------------------------------
accuracy/
radial/
rp/
-----------------------------------------------------------
path: /netlib/pdes/claw/applications/euler/2d/accuracy/
-----------------------------------------------------------
README
compile1
compile2
contourplot.m
data1.1
data1.2
data1.3
data1.4
data2
driver.f
errs1.1
errs1.2
errs1.3
errs1.4
errs2
ic1.f
ic2.f
interp.f
qtrue2.f
rho1.f
rho2.f
rho3.f
scatterplot.m
src1rad.f
-----------------------------------------------------------
path: /netlib/pdes/claw/applications/euler/2d/radial/
-----------------------------------------------------------
driver.f
data.1
compile
data.2
README
ic2rpc.f
fdisc.f
pcontour.m
pmesh.m
rhomesh.m
rhocontour.m
-----------------------------------------------------------
path: /netlib/pdes/claw/applications/euler/2d/rp/
-----------------------------------------------------------
rp2Aeu.f
rp2Beu.f
-----------------------------------------------------------
for clawpack source code
path: /netlib/pdes/claw/clawpack/
-----------------------------------------------------------
Conversion
Changes
Thanks
COPYING
catenate
README
2d/
limiters/
1d/
matlab/
-----------------------------------------------------------
path: /netlib/pdes/claw/clawpack/1d/
-----------------------------------------------------------
claw1/
bc/
example/
misc/
-----------------------------------------------------------
path: /netlib/pdes/claw/clawpack/1d/bc/
-----------------------------------------------------------
bc1ex0.f
bc1wall.f
bc1per.f
bc1rad.f
bc1ex1.f
bc1ex2.f
bc1inf.f
-----------------------------------------------------------
path: /netlib/pdes/claw/clawpack/1d/claw1/
-----------------------------------------------------------
copyq1.f
step1.f
claw1.f
README
-----------------------------------------------------------
path: /netlib/pdes/claw/clawpack/1d/example/
-----------------------------------------------------------
driver.f
compile
data
README
ic.f
rp1bu.f
test.101
test.102
test.103
test.100
plotq.m
-----------------------------------------------------------
path: /netlib/pdes/claw/clawpack/1d/misc/
-----------------------------------------------------------
dump1.f
src1xx.f
error1.f
out1.f
out1eu.f
out1xt.f
rstrt1.f
-----------------------------------------------------------
path: /netlib/pdes/claw/clawpack/2d/
-----------------------------------------------------------
claw2/
bc/
misc/
example/
-----------------------------------------------------------
path: /netlib/pdes/claw/clawpack/2d/bc/
-----------------------------------------------------------
bc2ex0.f
README
bc2ex1.f
bc2per.f
bc2rad.f
-----------------------------------------------------------
path: /netlib/pdes/claw/clawpack/2d/claw2/
-----------------------------------------------------------
claw2.f
flux2.f
step2.f
copyq2.f
-----------------------------------------------------------
path: /netlib/pdes/claw/clawpack/2d/example/
-----------------------------------------------------------
README
compile
driver.f
test.100
test.101
out2sc1.f
rp2Asc1.f
rp2Bsc1.f
ic.f
plotq.m
-----------------------------------------------------------
path: /netlib/pdes/claw/clawpack/2d/misc/
-----------------------------------------------------------
cellave.f
dump2.f
rstrt2.f
out2eu.f
out2.f
err2.f
src2xx.f
-----------------------------------------------------------
path: /netlib/pdes/claw/clawpack/limiters/
-----------------------------------------------------------
limiter.f
philim.f
-----------------------------------------------------------
path: /netlib/pdes/claw/clawpack/matlab/
-----------------------------------------------------------
plotq1.m
README
readv.m
readq2.m
readq1.m
plot1xt.m
plot1sc.m
plot1eu.m
query.m
plotq2.m
yrbcolormap.m
-----------------------------------------------------------
for clawpack documentation
path: /netlib/pdes/claw/doc/
-----------------------------------------------------------
contents.ascii for list of current contents
contents.ps for list of current contents
note01.ps for general introduction to clawpack
note02.ps for description of the algorithms used in clawpack.
note03.ps
note04.ps
note05.ps
note06.ps size 596 kB
note07.ps
note08.ps size 225 kB
note09.ps size 634 kB
note10.ps size 364 kB
biblio.ps
cover.ps
# to print all the notes in the proper order, give the command
# lpr cover.ps contents.ps note*.ps biblio.ps
hyp94.ps for overview of clawpack Version 1.0 (partly out of
date).
ref 5th Int'l Conf. on Hyperbolic Problems, Stony
Brook, June, 1994.
slides.ps for transparancies from a talk about CLAWPACK, with
numerous figures that attempt to show the basic
ideas more clearly.
size 281 kB
README
-----------------------------------------------------------
for 2D elliptic partial differential equations on
path: /netlib/pdes/mgghat/
-----------------------------------------------------------
.depend
src/ for source code for MGGHAT
size 343 kB
see supplementary routines from linpack and the
blas, e.g. by asking "send ssifa ssisl sgbco
sgbsl scopy from linpack" and put these in
linpack.f
doc/ for user's guide for MGGHAT
lang ASCII text file, LaTeX, PostScript
see <A
.gov/reports/mgghat/userguide/userguide.html">HT
ML version</A>
size 358 kB
graphics/ for examples of how to use gnuplot to display saved
output files
size 640 kB
# "send all from pdes/mgghat" will get all three.
readme
-----------------------------------------------------------
for user's guide for MGGHAT
path: /netlib/pdes/mgghat/doc/
-----------------------------------------------------------
README
acknowl.ascii
changes.ascii
fig1.gif
fig2.gif
fig3.gif
fig4.gif
fig5.gif
fig6.gif
fig7.gif
html.sty
install.ascii
userguide.ascii
userguide.ps
userguide.tex
-----------------------------------------------------------
for examples of how to use gnuplot to display saved
path: /netlib/pdes/mgghat/graphics/
-----------------------------------------------------------
README
contour.gps
converge.gps
facets.gps
gpconv.dat
gpsol.dat
gptri.dat
sol_and_tri.gps
solution.gps
triangle.gps
-----------------------------------------------------------
for source code for MGGHAT
path: /netlib/pdes/mgghat/src/
-----------------------------------------------------------
README
commons
gnuplt.c
gnuplt.cray.c
gnuplt.no_.c
grmenu
inittr.L
makefile
makefile.aix
makefile.convex
makefile.cray
makefile.hpux
makefile.irix
makefile.linux
makefile.sunos
mgghat.f
need.setup
r1mach.f
r1mach8.f
second.aix.f
second.c
second.f
second8.c
system.cray.f
user.f
user.f.poisson
user.f.system
user.f.timedep
-----------------------------------------------------------
for generic message-passing interface to
path: /netlib/picl/
-----------------------------------------------------------
picl2.0/
readme for description and install instructions for PICL
2.0
announcement.picl2 for 6/94 announcement of PICL 2.0 availability and
features
picl2.commands for brief description of PICL 2.0 features and
functionality
picl2.models for brief description of PICL 2.0 programming models
creference.ps for compressed and uuencoded postscript file of the
1990 reference manual
for the C version of PICL. Use uudecode and
uncompress
before printing.
userguide.ps for compressed and uuencoded postscript file of the
1990 PICL users'
guide. Use uudecode and uncompress before
printing.
traceformat.ps for compressed and uuencoded postscript file of the
1992 report
describing the updated PICL trace data format.
Use uudecode and uncompress before printing.
-----------------------------------------------------------
path: /netlib/picl/picl2.0/
-----------------------------------------------------------
NX/
PVM/
README
README.NX
README.PVM
README.VERTEX
VERTEX/
makefile
makefiles/
picl/
port/
trace/
-----------------------------------------------------------
path: /netlib/picl/picl2.0/NX/
-----------------------------------------------------------
host/
mpsimulator/
node/
-----------------------------------------------------------
path: /netlib/picl/picl2.0/NX/host/
-----------------------------------------------------------
common/
ipsc2/
ipsc860/
mpsim/
paragon/
-----------------------------------------------------------
path: /netlib/picl/picl2.0/NX/host/common/
-----------------------------------------------------------
.emacs_382
envalloc.h
envfclose.h
envfflush.h
envfopen.h
envfprintf.h
envfread.h
envfwrite.h
envhost.c
envload.h
envopen.h
envprintf.h
envprobe.c
envprobe.h
envprobef.h
envrecv.c
envrecv.h
envrecvbeg.c
envrecvbeg.h
envrecvbyte.h
envrecvend.c
envrecvend.h
envrecvinfo.h
envrecvstat.c
envrecvstatus.h
envrecvtype.h
envrewind.h
envsend.c
envsend.h
envsendbeg.c
envsendbeg.h
envsendend.c
envsendend.h
envsendstat.c
envsendstatus.h
envsync.c
envsync.h
envunlink.h
envwait.c
envwait.h
-----------------------------------------------------------
path: /netlib/picl/picl2.0/NX/host/ipsc2/
-----------------------------------------------------------
clock0.c
envclock.h
envclocksync.c
envclose.h
envdifftime.h
envglobaldefs.h
envglobals.h
envload.c
envopen.c
envsum.c
envtime.c
envupdatetime.h
f2c.c
ff2c.c
-----------------------------------------------------------
path: /netlib/picl/picl2.0/NX/host/ipsc860/
-----------------------------------------------------------
clock0.c
envclock.h
envclocksync.c
envclose.h
envdifftime.h
envglobaldefs.h
envglobals.h
envload.c
envopen.c
envsum.c
envtime.c
envupdatetime.h
f2c.c
ff2c.c
-----------------------------------------------------------
path: /netlib/picl/picl2.0/NX/host/mpsim/
-----------------------------------------------------------
.emacs_382
clock0.c
envclock.h
envclocksync.c
envclose.h
envdifftime.h
envglobaldefs.h
envglobals.h
envload.c
envopen.c
envsum.c
envtime.c
envupdatetime.h
f2c.c
ff2c.c
-----------------------------------------------------------
path: /netlib/picl/picl2.0/NX/host/paragon/
-----------------------------------------------------------
clock0.c
envclock.h
envclocksync.c
envclose.h
envdifftime.h
envglobaldefs.h
envglobals.h
envload.c
envopen.c
envsum.c
envtime.c
envupdatetime.h
f2c.c
ff2c.c
-----------------------------------------------------------
path: /netlib/picl/picl2.0/NX/mpsimulator/
-----------------------------------------------------------
CHANGES
NOTES
README
drive.c
makefile
makefile.aix
makefile.seq
makefile.sysv
makefile.sysv3
makefile.unicos
makefile.vax
makefile.xenix
mpsim.c
mpsim.man
sbld
sbld.xenix
sim.h
simlib.c
simlib.h
userin.c
-----------------------------------------------------------
path: /netlib/picl/picl2.0/NX/node/
-----------------------------------------------------------
common/
delta/
ipsc2/
ipsc860/
mpsim/
paragon/
sunmos/
-----------------------------------------------------------
path: /netlib/picl/picl2.0/NX/node/common/
-----------------------------------------------------------
.emacs_382
envclose.h
envfclose.h
envfflush.h
envfopen.h
envfprintf.h
envfread.h
envfwrite.h
envhost.c
envopen.c
envopen.h
envprintf.h
envprobe.c
envprobe.h
envrecv.c
envrecv.h
envrecvbeg.c
envrecvbeg.h
envrecvbyte.h
envrecvend.c
envrecvend.h
envrecvinfo.h
envrecvstat.c
envrecvstatus.h
envrecvtype.h
envrewind.h
envsend.c
envsend.h
envsendbeg.c
envsendbeg.h
envsendend.c
envsendend.h
envsendstat.c
envsendstatus.h
envsync.c
envsync.h
envunlink.h
envwait.c
envwait.h
-----------------------------------------------------------
path: /netlib/picl/picl2.0/NX/node/delta/
-----------------------------------------------------------
.emacs_382
clock0.c
envclock.h
envclocksync.c
envdifftime.h
envglobaldefs.h
envglobals.h
envsum.c
envtime.c
envupdatetime.h
f2c.c
ff2c.c
-----------------------------------------------------------
path: /netlib/picl/picl2.0/NX/node/ipsc2/
-----------------------------------------------------------
alarm.c
clock0.c
envclock.h
envclockinit.c
envclocksync.c
envdifftime.h
envglobaldefs.h
envglobals.h
envin.s
envsum.c
envtime.c
envupdatetime.h
f2c.c
ff2c.c
-----------------------------------------------------------
path: /netlib/picl/picl2.0/NX/node/ipsc860/
-----------------------------------------------------------
clock0.c
envclock.h
envclocksync.c
envdifftime.h
envglobaldefs.h
envglobals.h
envsum.c
envtime.c
envupdatetime.h
f2c.c
ff2c.c
-----------------------------------------------------------
path: /netlib/picl/picl2.0/NX/node/mpsim/
-----------------------------------------------------------
clock0.c
envclock.h
envclocksync.c
envdifftime.h
envglobaldefs.h
envglobals.h
envsum.c
envtime.c
envupdatetime.h
f2c.c
ff2c.c
-----------------------------------------------------------
path: /netlib/picl/picl2.0/NX/node/paragon/
-----------------------------------------------------------
clock0.c
envclock.h
envclocksync.c
envdifftime.h
envglobaldefs.h
envglobals.h
envsum.c
envtime.c
envupdatetime.h
f2c.c
ff2c.c
holdclocksync.c
-----------------------------------------------------------
path: /netlib/picl/picl2.0/NX/node/sunmos/
-----------------------------------------------------------
clock0.c
envclock.h
envclocksync.c
envdifftime.h
envglobaldefs.h
envglobals.h
envsum.c
envtime.c
envupdatetime.h
f2c.c
ff2c.c
rpmclocksync.c
-----------------------------------------------------------
path: /netlib/picl/picl2.0/PVM/
-----------------------------------------------------------
host/
node/
-----------------------------------------------------------
path: /netlib/picl/picl2.0/PVM/host/
-----------------------------------------------------------
common/
rs6k/
sun/
-----------------------------------------------------------
path: /netlib/picl/picl2.0/PVM/host/common/
-----------------------------------------------------------
envalloc.h
envclock.h
envclose.h
envdifftime.h
envfclose.h
envfflush.h
envfprintf.h
envfread.h
envfwrite.h
envhost.c
envload.h
envopen.h
envprintf.h
envprobe.c
envprobe.h
envprobef.h
envrecv.c
envrecv.h
envrecvbeg.h
envrecvbyte.h
envrecvend.h
envrecvinfo.h
envrecvstatus.h
envrecvtype.h
envrewind.h
envsend.c
envsend.h
envsendbeg.h
envsendend.h
envsendstatus.h
envsync.c
envsync.h
envunlink.h
envupdatetime.h
envwait.c
envwait.h
-----------------------------------------------------------
path: /netlib/picl/picl2.0/PVM/host/rs6k/
-----------------------------------------------------------
clock0.c
envclocksync.c
envfopen.h
envglobaldefs.h
envglobals.h
envload.c
envopen.c
envsum.c
envtime.c
f2c.c
ff2c.c
-----------------------------------------------------------
path: /netlib/picl/picl2.0/PVM/host/sun/
-----------------------------------------------------------
clock0.c
envclocksync.c
envfopen.h
envglobaldefs.h
envglobals.h
envload.c
envopen.c
envsum.c
envtime.c
f2c.c
ff2c.c
-----------------------------------------------------------
path: /netlib/picl/picl2.0/PVM/node/
-----------------------------------------------------------
common/
rs6k/
sun/
-----------------------------------------------------------
path: /netlib/picl/picl2.0/PVM/node/common/
-----------------------------------------------------------
envclock.h
envclose.h
envdifftime.h
envfclose.h
envfflush.h
envfprintf.h
envfread.h
envfwrite.h
envhost.c
envopen.c
envopen.h
envprintf.h
envprobe.c
envprobe.h
envrecv.c
envrecv.h
envrecvbeg.h
envrecvbyte.h
envrecvend.h
envrecvinfo.h
envrecvstatus.h
envrecvtype.h
envrewind.h
envsend.c
envsend.h
envsendbeg.h
envsendend.h
envsendstatus.h
envsync.c
envsync.h
envunlink.h
envupdatetime.h
envwait.c
envwait.h
holdfopen.h
-----------------------------------------------------------
path: /netlib/picl/picl2.0/PVM/node/rs6k/
-----------------------------------------------------------
clock0.c
envclocksync.c
envfopen.h
envglobaldefs.h
envglobals.h
envsum.c
envtime.c
f2c.c
ff2c.c
-----------------------------------------------------------
path: /netlib/picl/picl2.0/PVM/node/sun/
-----------------------------------------------------------
clock0.c
envclocksync.c
envfopen.h
envglobaldefs.h
envglobals.h
envsum.c
envtime.c
f2c.c
ff2c.c
-----------------------------------------------------------
path: /netlib/picl/picl2.0/VERTEX/
-----------------------------------------------------------
host/
node/
-----------------------------------------------------------
path: /netlib/picl/picl2.0/VERTEX/host/
-----------------------------------------------------------
common/
-----------------------------------------------------------
path: /netlib/picl/picl2.0/VERTEX/host/common/
-----------------------------------------------------------
.emacs_382
clock0.c
envalloc.h
envclock.h
envclocksync.c
envclose.h
envdifftime.h
envfclose.h
envfflush.h
envfopen.h
envfprintf.h
envfread.h
envfwrite.h
envglobaldefs.h
envglobals.h
envhost.c
envload.c
envload.h
envopen.c
envopen.h
envprintf.h
envprobe.c
envprobe.h
envprobef.h
envrecv.c
envrecv.h
envrecvbeg.h
envrecvbyte.h
envrecvend.h
envrecvinfo.h
envrecvstatus.h
envrecvtype.h
envrewind.h
envsend.c
envsend.h
envsendbeg.h
envsendend.h
envsendstatus.h
envsum.c
envsync.c
envsync.h
envtime.c
envunlink.h
envupdatetime.h
envwait.c
envwait.h
f2c.c
ff2c.c
-----------------------------------------------------------
path: /netlib/picl/picl2.0/VERTEX/node/
-----------------------------------------------------------
common/
ncube2/
ncube2S/
-----------------------------------------------------------
path: /netlib/picl/picl2.0/VERTEX/node/common/
-----------------------------------------------------------
envclocksync.c
envclose.h
envfclose.h
envfflush.h
envfopen.h
envfprintf.h
envfread.h
envfwrite.h
envhost.c
envopen.c
envopen.h
envprintf.h
envprobe.c
envprobe.h
envrecv.c
envrecv.h
envrecvbeg.h
envrecvbyte.h
envrecvend.h
envrecvinfo.h
envrecvstatus.h
envrecvtype.h
envrewind.h
envsend.c
envsend.h
envsendbeg.h
envsendend.h
envsendstatus.h
envsync.c
envsync.h
envunlink.h
envwait.c
envwait.h
-----------------------------------------------------------
path: /netlib/picl/picl2.0/VERTEX/node/ncube2/
-----------------------------------------------------------
clock0.c
envclock.h
envdifftime.h
envdwhen.s
envglobaldefs.h
envglobals.h
envsum.c
envtime.c
envupdatetime.h
envwhen.s
f2c.c
ff2c.c
-----------------------------------------------------------
path: /netlib/picl/picl2.0/VERTEX/node/ncube2S/
-----------------------------------------------------------
clock0.c
envclock.h
envdifftime.h
envdwhen.s
envglobaldefs.h
envglobals.h
envsum.c
envtime.c
envupdatetime.h
envwhen.s
f2c.c
ff2c.c
-----------------------------------------------------------
path: /netlib/picl/picl2.0/makefiles/
-----------------------------------------------------------
makefile.delta
makefile.ipsc2
makefile.ipsc860
makefile.mpsim
makefile.ncube2
makefile.ncube2S
makefile.paragon
makefile.rs6kpvm
makefile.sunmos
makefile.sunpvm
-----------------------------------------------------------
path: /netlib/picl/picl2.0/picl/
-----------------------------------------------------------
common/
host/
node/
-----------------------------------------------------------
path: /netlib/picl/picl2.0/picl/common/
-----------------------------------------------------------
host/
node/
-----------------------------------------------------------
path: /netlib/picl/picl2.0/picl/common/host/
-----------------------------------------------------------
check0.c
clocksync0.c
enverrmsg.c
getdata0.c
host0.c
malloc0.c
message0.c
recvbegin0.c
recvend0.c
recvinfo0.c
recvstatus0.c
send0.c
sendbegin0.c
sendend0.c
sendstatus0.c
setdata0.c
statsfile.save
sync0.c
who0.c
-----------------------------------------------------------
path: /netlib/picl/picl2.0/picl/common/node/
-----------------------------------------------------------
check0.c
clocksync0.c
enverrmsg.c
getdata0.c
host0.c
malloc0.c
message0.c
recvbegin0.c
recvend0.c
recvinfo0.c
recvstatus0.c
send0.c
sendbegin0.c
sendend0.c
sendstatus0.c
setdata0.c
statsfile.save
sync0.c
who0.c
-----------------------------------------------------------
path: /netlib/picl/picl2.0/picl/host/
-----------------------------------------------------------
close0.c
globaldefs.h
globals.h
load0.c
open0.c
probe0.c
recv0.c
wait0.c
-----------------------------------------------------------
path: /netlib/picl/picl2.0/picl/node/
-----------------------------------------------------------
close0.c
globaldefs.h
globals.h
open0.c
probe0.c
recv0.c
wait0.c
-----------------------------------------------------------
path: /netlib/picl/picl2.0/port/
-----------------------------------------------------------
host/
node/
-----------------------------------------------------------
path: /netlib/picl/picl2.0/port/host/
-----------------------------------------------------------
bcast0.c
bcast1.c
datasize0.c
gand0.c
gcomb0.c
getarc0.c
ginv0.c
gmax0.c
gmin0.c
gor0.c
gprod0.c
gray0.c
gsum0.c
gxor0.c
portglobaldefs.h
portglobals.h
setarc0.c
traceport.c
-----------------------------------------------------------
path: /netlib/picl/picl2.0/port/node/
-----------------------------------------------------------
antipode0.c
barrier0.c
bcast0.c
bcast1.c
datasize0.c
gand0.c
gather0.c
gcomb0.c
getarc0.c
ginv0.c
gmax0.c
gmin0.c
gor0.c
gprod0.c
gray0.c
gsum0.c
gxor0.c
neighbor0.c
portglobaldefs.h
portglobals.h
setarc0.c
traceport.c
-----------------------------------------------------------
path: /netlib/picl/picl2.0/trace/
-----------------------------------------------------------
common/
host/
node/
trace.h
tracedefs.h
-----------------------------------------------------------
path: /netlib/picl/picl2.0/trace/common/
-----------------------------------------------------------
host/
node/
-----------------------------------------------------------
path: /netlib/picl/picl2.0/trace/common/host/
-----------------------------------------------------------
envfinflush.c
envflush.c
envprocess.c
envtracemsg.c
fclose1.c
fopen1.c
idle1.c
overhead1.c
read1.c
statsfile.save
system1.c
traceblkbeg.c
traceblkend.c
tracedata.c
traceevent.c
traceexit.c
traceflush.c
traceinfo.c
tracelevel.c
tracemark.c
tracemarks.c
tracemsg.c
tracestats.c
write1.c
-----------------------------------------------------------
path: /netlib/picl/picl2.0/trace/common/node/
-----------------------------------------------------------
envfinflush.c
envflush.c
envprocess.c
envtracemsg.c
fclose1.c
fopen1.c
idle1.c
overhead1.c
read1.c
statsfile.save
system1.c
traceblkbeg.c
traceblkend.c
tracedata.c
traceevent.c
traceexit.c
traceflush.c
traceinfo.c
tracelevel.c
tracemark.c
tracemarks.c
tracemsg.c
tracestats.c
write1.c
-----------------------------------------------------------
path: /netlib/picl/picl2.0/trace/host/
-----------------------------------------------------------
traceenable.c
tracefiles.c
tracehost.c
-----------------------------------------------------------
path: /netlib/picl/picl2.0/trace/node/
-----------------------------------------------------------
tracefiles.c
tracenode.c
-----------------------------------------------------------
for elliptic partial differential equations in
path: /netlib/pltmg/
-----------------------------------------------------------
single/ prec single
double/ prec double
journal_files/ for examples in book
other_graphics/ for system-specific graphics (other than X11 and
PostScript)
readme
copyright_notice
-----------------------------------------------------------
prec double
path: /netlib/pltmg/double/
-----------------------------------------------------------
.depend
pltmg.f for a FEM multigrid code for 2D elliptic PDE.
size 696 kB
machdep.f for machine dependent subroutines for pltmg
psgraph.f for PostScript graphics
xgraph.c for X11 graphics
atest.f for example driver for pltmg
circle.f for coefficients, right-hand-side for circle example
domains.f for coefficients, right-hand-side for domains
example
jcn.f for coefficients, right-hand-side for jcn example
naca.f for coefficients, right-hand-side for naca example
square.f for coefficients, right-hand-side for square example
makefile for how to compile test programs
-----------------------------------------------------------
for examples in book
path: /netlib/pltmg/journal_files/
-----------------------------------------------------------
jnl01.sv
jnl02.sv
jnl03.sv
jnl04.sv
jnl05.sv
jnl06.sv
jnl07.sv
jnl08.sv
-----------------------------------------------------------
for system-specific graphics (other than X11 and
path: /netlib/pltmg/other_graphics/
-----------------------------------------------------------
glgraph.c
ibmpc.f
macii.f
psgraph.f
suntool.c
tek4010.f
xgraph.c
-----------------------------------------------------------
prec single
path: /netlib/pltmg/single/
-----------------------------------------------------------
.depend
pltmg.f for a FEM multigrid code for 2D elliptic PDE.
size 690 kB
machdep.f for machine dependent subroutines for pltmg
psgraph.f for PostScript graphics
xgraph.c for X11 graphics
atest.f for example driver for pltmg
circle.f for coefficients, right-hand-side for circle example
domains.f for coefficients, right-hand-side for domains
example
jcn.f for coefficients, right-hand-side for jcn example
naca.f for coefficients, right-hand-side for naca example
square.f for coefficients, right-hand-side for square example
makefile for how to compile test programs
-----------------------------------------------------------
for conversion tools for polyhedra library
path: /netlib/poly2/
-----------------------------------------------------------
p1
p2
p3
p4
dickson size 251 kB
readme
-----------------------------------------------------------
for angles, vertex locations, etc of geometric
path: /netlib/polyhedra/
-----------------------------------------------------------
# Polyhedron Database:
# There is a file for each solid with an index number given below.
# The format is nearly obvious; the details are given in poly.man
# (troff/nroff input). A lot of solids have symbolic data as well as
# numeric data.
# The numeric data is normally accurate to about 1e-11.
# The solids include the regular polyhedra (0-8), Archimedean (9-21),
# some prisms and anti-prisms (22-31), Archimdean duals (32-44), the
# Johnson
# solids (all convex polyhedra with regular faces, 45-136) and some
# weird
# solids (137-141).
# Please send errors, omissions and suggestions to research!andrew.
poly.man for database manual page
poly.src/ for sample C code
0 for tetrahedron
1 for cube
2 for octahedron
3 for dodecahedron
4 for icosahedron
5 for small stellated dodecahedron
6 for great dodecahedron
7 for great stellated dodecahedron
8 for great icosahedron
9 for truncated tetrahedron
10 for cuboctahedron
11 for truncated cube
12 for truncated octahedron
13 for rhombicuboctahedron
14 for great rhombicuboctahedron
15 for snub cube (laevo)
16 for icosidodecahedron
17 for truncated dodecahedron
18 for truncated icosahedron
19 for rhombicosidodecahedron
20 for great rhombicosidodecahedron
21 for snub dodecahedron (laevo)
22 for triangular prism
23 for pentagonal prism
24 for hexagonal prism
25 for octagonal prism
26 for decagonal prism
27 for square antiprism
28 for pentagonal antiprism
29 for hexagonal antiprism
30 for octagonal antiprism
31 for decagonal antiprism
32 for triakis tetrahedron
33 for rhombic dodecahedron
34 for triakis octahedron
35 for tetrakis hexahedron
36 for trapezoidal icositetrahedron
37 for hexakis octahedron
38 for pentagonal icositetrahedron (dextro)
39 for rhombic triacontahedron
40 for triakis icosahedron
41 for pentakis dodecahedron
42 for trapezoidal hexecontahedron
43 for hexakis icosahedron
44 for pentagonal hexecontahedron (dextro)
45 for square pyramid (J1)
46 for pentagonal pyramid (J2)
47 for triangular cupola (J3)
48 for square cupola (J4)
49 for pentagonal cupola (J5)
50 for pentagonal rotunda (J6)
51 for elongated triangular pyramid (J7)
52 for elongated square pyramid (J8)
53 for elongated pentagonal pyramid (J9)
54 for gyroelongated square pyramid (J10)
55 for gyroelongated pentagonal pyramid (J11)
56 for triangular dipyramid (J12)
57 for pentagonal dipyramid (J13)
58 for elongated triangular dipyramid (J14)
59 for elongated square dipyramid (J15)
60 for elongated pentagonal dipyramid (J16)
61 for gyroelongated square dipyramid (J17)
62 for elongated triangular cupola (J18)
63 for elongated square cupola (J19)
64 for elongated pentagonal cupola (J20)
65 for elongated pentagonal rotunds (J21)
66 for gyroelongated triangular cupola (J22)
67 for gyroelongated square cupola (J23)
68 for gyroelongated pentagonal cupola (J24)
69 for gyroelongated pentagonal rotunda (J25)
70 for gyrobifastigium (J26)
71 for triangular orthobicupola (J27)
72 for square orthobicupola (J28)
73 for square gyrobicupola (J29)
74 for pentagonal orthobicupola (J30)
75 for pentagonal gyrobicupola (J31)
76 for pentagonal orthocupolarontunda (J32)
77 for pentagonal gyrocupolarotunda (J33)
78 for pentagonal orthobirotunda (J34)
79 for elongated triangular orthobicupola (J35)
80 for elongated triangular gyrobicupola (J36)
81 for elongated square gyrobicupola (J37)
82 for elongated pentagonal orthobicupola (J38)
83 for elongated pentagonal gyrobicupola (J39)
84 for elongated pentagonal orthocupolarotunda (J40)
85 for elongated pentagonal gyrocupolarotunda (J41)
86 for elongated pentagonal orthobirotunda (J42)
87 for elongated pentagonal gyrobirotunda (J43)
88 for gyroelongated triangular bicupola (J44)
89 for gyroelongated square bicupola (J45)
90 for gyroelongated pentagonal bicupola (J46)
91 for gyroelongated pentagonal cupolarotunda (J47)
92 for gyroelongated pentagonal birotunda (J48)
93 for augmented triangular prism (J49)
94 for biaugmented triangular prism (J50)
95 for triaugmented triangular prism (J51)
96 for augmented pentagonal prism (J52)
97 for biaugmented pentagonal prism (J53)
98 for augmented hexagonal prism (J54)
99 for parabiaugmented hexagonal prism (J55)
100 for metabiaugmented hexagonal prism (J56)
101 for triaugmented hexagonal prism (J57)
102 for augmented dodecahedron (J58)
103 for parabiaugmented dodecahedron (J59)
104 for metabiaugmented dodecahedron (J60)
105 for triaugmented dodecahedron (J61)
106 for metabidiminished icosahedron (J62)
107 for tridiminished icosahedron (J63)
108 for augmented tridiminished icosahedron (J64)
109 for augmented truncated tetrahedron (J65)
110 for augmented truncated cube (J66)
111 for biaugmented truncated cube (J67)
112 for augmented truncated dodecahedron (J68)
113 for parabiaugmented truncated dodecahedron (J69)
114 for metabiaugmented truncated dodecahedron (J70)
115 for triaugmented truncated dodecahedron (J71)
116 for gyrate rhombicosidodecahedron (J72)
117 for parabigyrate rhombicosidodecahedron (J73)
118 for metabigyrate rhombicosidodecahedron (J74)
119 for trigyrate rhombicosidodecahedron (J75)
120 for diminished rhombicosidodecahedron (J76)
121 for paragyrate diminished rhombicosidodecahedron
(J77)
122 for metagyrate diminished rhombicosidodecahedron
(J78)
123 for bigyrate diminished rhombicosidodecahedron (J79)
124 for parabidiminished rhombicosidodecahedron (J80)
125 for metabidiminished rhombicosidodecahedron (J81)
126 for gyrate bidiminished rhombicosidodecahedron (J82)
127 for tridiminished rhombicosidodecahedron (J83)
128 for snub disphenoid (J84)
129 for snub square antiprism (J85)
130 for sphenocorona (J86)
131 for augmented sphenocorona (J87)
132 for sphenomegacorona (J88)
133 for hebesphenomegacorona (J89)
134 for disphenocingulum (J90)
135 for bilunabirotunda (J91)
136 for triangular hebesphenorotunda (J92)
137 for tetrahemihexahedron
138 for octahemioctahedron
139 for small ditrigonal icosidodecahedron
140 for dodecadodecahedron
141 for echidnahedron
poly.n
-----------------------------------------------------------
for sample C code
path: /netlib/polyhedra/poly.src/
-----------------------------------------------------------
README
getfields.c
poly.h
poly_field.c
poly_lk.c
poly_read.c
poly_write.c
-----------------------------------------------------------
for arbitrary manipulation of digitized images.
path: /netlib/popi/
-----------------------------------------------------------
bundle/ for the software (a 500 line C program)
disclaimer
face1 for a sample image from the book.
face2 for a sample image from the book.
face3 for a sample image from the book.
face4 for a sample image from the book.
face5 for a sample image from the book.
rakitzis
readme
-----------------------------------------------------------
for the software (a 500 line C program)
path: /netlib/popi/bundle/
-----------------------------------------------------------
READ.ME
display.bas
expr.c
io.c
lex.c
lib.c
main.c
popi.h
run.c
-----------------------------------------------------------
for public subset of the PORT library
path: /netlib/port/
-----------------------------------------------------------
.depend
Makefile
ex/ for example drivers
chk/ for drivers to verify proper installation of port
Mach/
New
n2f.bon
n2f.dep
readme
a0xtrp.f
a7sst.f
a9rntc.f
a9rntd.f
a9rnti.f
a9rntl.f
a9rntr.f
aprntc.f
aprntd.f
aprnti.f
aprntl.f
aprntr.f
c7vfn.f
call.f
d0xtrp.f
d1mach.f
d4sqr.f
d7dgb.f
d7dog.f
d7dup.f
d7egr.f
d7mlp.f
d7tpr.f
d7upd.f
da7sst.f
dalloc.f
dc7vfn.f
dd4sqr.f
dd7dgb.f
dd7dog.f
dd7dup.f
dd7mlp.f
dd7tpr.f
dd7upd.f
df7dhb.f
df7hes.f
dg7itb.f
dg7lit.f
dg7qsb.f
dg7qts.f
dh2rfa.f
dh2rfg.f
dhqr2.f
ditsum.f
divset.f
dl7itv.f
dl7ivm.f
dl7msb.f
dl7mst.f
dl7nvr.f
dl7sqr.f
dl7srt.f
dl7svn.f
dl7svx.f
dl7tsq.f
dl7tvm.f
dl7upd.f
dl7vml.f
dmnf.f
dmnfb.f
dmng.f
dmngb.f
dmnh.f
dmnhb.f
dn2cvp.f
dn2f.f
dn2fb.f
dn2g.f
dn2gb.f
dn2lrd.f
dn2p.f
dn2pb.f
dn2rdp.f
dnsf.f
dnsfb.f
dnsg.f
dnsgb.f
do7prd.f
dparck.f
dpostx1.f
dpostx10.f
dpostx2.f
dpostx3.f
dpostx4.f
dpostx5.f
dpostx6.f
dpostx7.f
dpostx8.f
dpostx9.f
dq7apl.f
dq7rad.f
dq7rfh.f
dq7rsh.f
dr7mdc.f
dr7tvm.f
drldst.f
drmnf.f
drmnfb.f
drmng.f
drmngb.f
drmnh.f
drmnhb.f
drn2g.f
drn2gb.f
drnsg.f
drnsgb.f
ds3grd.f
ds7bqn.f
ds7cpr.f
ds7dmp.f
ds7grd.f
ds7ipr.f
ds7lup.f
ds7lvm.f
dsm.f
dttgrx1.f
dttgrx1p.f
dttgrx2.f
dttgrx3.f
dttgrx4.f
dttgrx5.f
dttgrx6.f
dttgux1.f
dttgux1p.f
dttgux2.f
dttgux3.f
dttgux4.f
dttgux5.f
dv2axy.f
dv2nrm.f
dv7cpy.f
dv7dfl.f
dv7ipr.f
dv7prm.f
dv7scl.f
dv7scp.f
dv7shf.f
dv7swp.f
dv7vmp.f
dw7zbf.f
dxtrap.f
e9rint.f
enter.f
entsrc.f
eprint.f
erroff.f
f7dhb.f
f7hes.f
fdump.f
frmatd.f
frmati.f
frmatr.f
g7itb.f
g7lit.f
g7qsb.f
g7qts.f
h2rfa.f
h2rfg.f
hqr2.f
i0tk00.f
i0tk01.f
i10wid.f
i1mach.f
i7copy.f
i7do.f
i7mdcn.f
i7pnvr.f
i7shft.f
i8save.f
i8tsel.f
ialloc.f
iceil.f
iflr.f
istkgt.f
istkin.f
istkmd.f
istkqu.f
istkrl.f
istkst.f
itsum.f
ivset.f
l5stp.f
l7itv.f
l7ivm.f
l7msb.f
l7mst.f
l7nvr.f
l7sqr.f
l7srt.f
l7svn.f
l7svx.f
l7tsq.f
l7tvm.f
l7upd.f
l7vml.f
leave.f
m7seq.f
m7slo.f
mnf.f
mnfb.f
mng.f
mngb.f
mnh.f
mnhb.f
movebc.f
movebd.f
movebi.f
movebl.f
movebr.f
movefc.f
movefd.f
movefi.f
movefl.f
movefr.f
mtstak.f
n2cvp.f
n2f.f
n2fb.f
n2g.f
n2gb.f
n2lrd.f
n2p.f
n2pb.f
n2rdp.f
n7msrt.f
nerror.f
nirall.f
nsf.f
nsfb.f
nsg.f
nsgb.f
o7prd.f
parck.f
postx1.f
postx10.f
postx2.f
postx3.f
postx4.f
postx5.f
postx6.f
postx7.f
postx8.f
postx9.f
q7apl.f
q7rad.f
q7rfh.f
q7rsh.f
r1mach.f
r7mdc.f
r7tvm.f
retsrc.f
rldst.f
rmnf.f
rmnfb.f
rmng.f
rmngb.f
rmnh.f
rmnhb.f
rn2g.f
rn2gb.f
rnsg.f
rnsgb.f
s1mach.f
s2mach.f
s3grd.f
s3mach.f
s7bqn.f
s7cpr.f
s7dmp.f
s7etr.f
s7grd.f
s7ipr.f
s7lup.f
s7lvm.f
s7rtdt.f
s88fmt.f
sdump.f
setc.f
setd.f
seterr.f
seti.f
setl.f
setr.f
srecap.f
stinit.f
stkdmp.f
stopx.f
ttgrx1.f
ttgrx1p.f
ttgrx2.f
ttgrx3.f
ttgrx4.f
ttgrx5.f
ttgrx6.f
ttgux1.f
ttgux1p.f
ttgux2.f
ttgux3.f
ttgux4.f
ttgux5.f
u9dmp.f
v2axy.f
v2nrm.f
v7cpy.f
v7dfl.f
v7ipr.f
v7prm.f
v7scl.f
v7scp.f
v7shf.f
v7swp.f
v7vmp.f
w7zbf.f
xtrap.f
-----------------------------------------------------------
path: /netlib/port/Mach/
-----------------------------------------------------------
d1mach.f
i1mach.f
r1mach.f
-----------------------------------------------------------
for drivers to verify proper installation of port
path: /netlib/port/chk/
-----------------------------------------------------------
# Index for port/chk
.depend
Makefile
dependencies
thyp.f for test linguistic hypotheses
mach.f for test the machine constants (for consistency)
err1.f for test the error handling package
err2.f for test the error handling package
err3.f for test the error handling package
stk1.f for first storage allocator test
stk2.f for second allocator test
errk.f for test stkdmp
rnrm.f for test rnorm
plya.f for test the trigonometric polynomial routines
plyc.f for test the orthogonal polynomial routines
extr.f for test extrmr
mntb.f for test the monotonicity routines
gama.f for test gamma
gmad.f for test dgamma
qblg.f for test quad
qbgd.f for test dquad
qgsg.f for test programs for gauss quadrature
qggd.f for test programs for gauss quadrature
(double-precision)
mfte.f for test programs for multiple fft - mftcc, mftrc,
mftcr
mfed.f for test programs for multiple fft (d.p.) -
dmftcc,dmftrc,dmftcr
sdba.f for test dl2sf
sple.f for test splne
vdad.f for test dvdss1
vdbd.f for test dvdss2
vded.f for test dvdss3
ltsq.f for test ltsq and lstsq
ltqd.f for test dltsq and dlstsq
lgea.f for test gece and friends
lgad.f for test dgece and friends
lyma.f for test syce and friends
lyad.f for test dsyce and friends
lgac.f for test cgece and friends
lyrc.f for test chece and friends
lysc.f for second test of the programs chece and friends
prsa.f for test the sparse matrix package
prad.f for test the double precision sparse matrix package
prac.f for test the complex sparse matrix package
svda.f for first test of svd
svdb.f for second test of svd
svdc.f for test of svdls
svad.f for first test of dsvd
svbd.f for second test of dsvd
svcd.f for third test of dsvdls
llza.f for test lz
qpra.f for test iqp
qpad.f for test diqp
lrpa.f for test the linear programming - linpr, etc.
lrad.f for test the linear programming - dlinpr, etc.
README
ltsqc.f
nohup.out
-----------------------------------------------------------
for example drivers
path: /netlib/port/ex/
-----------------------------------------------------------
# Index for port/ex
.depend
Makefile
apnr.f for testing APRNTX
dependencies
lban.f for testing BABS
lbab.f for testing BACE
lbaj.f for testing BADC
lbaf.f for testing BALE
lbal.f for testing BALU
lbap.f for testing BAML
lbak.f for testing BANM
lbaa.f for testing BASS
lpsb.f for testing BPCE
lpsg.f for testing BPDC
lpsk.f for testing BPFS
lpsj.f for testing BPLD
lpsf.f for testing BPLE
lpsm.f for testing BPML
lpsa.f for testing BPSS
permission
qblc.f for testing BQUAD
bura.f for testing BURAM
burb.f for testing BURM1
cdex.f for testing CDEXP
cdlg.f for testing CDLOG
cpla.f for testing CPOLY
cspe.f for testing CSPDI
cspq.f for testing CSPFE
cspg.f for testing CSPIN
cspa.f for testing CSPQU
sdba.f for testing DL2SF
qodd.f for testing DODEQ
rpad.f for testing DRPOLY
xkhd.f for testing DXKTH
ebea.f for testing EEBSF
evaa.f for testing EIGEN
extr.f for testing EXTRMX
lrpe.f for testing FEAS
lrpf.f for testing FEASA
ftrc.f for testing FFTC
ftra.f for testing FFTR
mnna.f for testing FMIN
fmtr.f for testing FRMATT
lgel.f for testing GEBS
lgeb.f for testing GECE
lgef.f for testing GELE
lgej.f for testing GELU
lgem.f for testing GEML
lgeh.f for testing GENM
lgea.f for testing GESS
qgsg.f for testing GQ1
qgsh.f for testing GQEX
qgsj.f for testing GQEX2
qgsm.f for testing GQEXA
qgsp.f for testing GQLOG
qgsr.f for testing GQXA
qgst.f for testing GQXAB
ddea.f for testing IODE
qpra.f for testing IQP
xkhi.f for testing IXKTH
lsfa.f for testing L2SFF
lrpb.f for testing LINPA
lrpg.f for testing LINPA
lrpa.f for testing LINPR
lnab.f for testing LSTSQ
llza.f for testing LZ
mfte.f for testing MFTCC
mftg.f for testing MFTCR
mftf.f for testing MFTRC
nlsa.f for testing MNF
nlsb.f for testing MNFB
mllr.f for testing MULLR
nlsj.f for testing N2F
nlsk.f for testing N2FB
nlsp.f for testing N2PB
nsfa.f for testing NSF1
nlsr.f for testing NSG
nmsk.f for testing NSGB
desa.f for testing ODES
pdea.f for testing POST
pdew.f for testing POSTU
qblg.f for testing QUAD
ranc.f for testing RANBYT
rnrm.f for testing RNORM
qbla.f for testing RQUAD
ntle.f for testing SMNFB
ntlf.f for testing SMNG
ntlh.f for testing SMNGB
ntlk.f for testing SMNH
ntlm.f for testing SMNHB
nsnm.f for testing SMNSX
np2a.f for testing SN2F
np2b.f for testing SN2FB
np2e.f for testing SN2G
np2f.f for testing SN2GB
ntlp.f for testing SNSF
ntlt.f for testing SNSFB
ntlr.f for testing SNSG
ntlu.f for testing SNSGB
prsm.f for testing SPFCE
prsf.f for testing SPFLE
prst.f for testing SPFLU
prsz.f for testing SPFML
prsy.f for testing SPFNF
prea.f for testing SPFOR
splf.f for testing SPLNI
prsj.f for testing SPMCE
prsa.f for testing SPMLE
prsp.f for testing SPMLU
prs1.f for testing SPMML
prs3.f for testing SPMNF
prma.f for testing SPMSF
errk.f for testing STKDMP
lymb.f for testing SYCE
lymp.f for testing SYML
lymk.f for testing SYNM
lyma.f for testing SYSS
vdsa.f for testing VDSS1
vdsb.f for testing VDSS2
vdse.f for testing VDSS3
xkt.f for testing XKTH
zera.f for testing ZERO
zona.f for testing ZONE
zonb.f for testing ZONEJ
README
dpostx1.f
dpostx10.f
dpostx2.f
dpostx3.f
dpostx4.f
dpostx5.f
dpostx6.f
dpostx7.f
dpostx8.f
dpostx9.f
dpt1.f
dpt2.f
dpt3.f
dpt4.f
dpt5.f
dpt6.f
dpt7.f
dpt8.f
dpt9.f
dptt.f
dtg1.f
dtg2.f
dtg3.f
dtg4.f
dtg5.f
dtg6.f
dtgp.f
dttgrx1.f
dttgrx1p.f
dttgrx2.f
dttgrx3.f
dttgrx4.f
dttgrx5.f
dttgrx6.f
ffta
fftc
postx1.f
postx10.f
postx2.f
postx3.f
postx4.f
postx5.f
postx6.f
postx7.f
postx8.f
postx9.f
pst1.f
pst2.f
pst3.f
pst4.f
pst5.f
pst6.f
pst7.f
pst8.f
pst9.f
pstt.f
ttg1.f
ttg2.f
ttg3.f
ttg4.f
ttg5.f
ttg6.f
ttgp.f
ttgrx1.f
ttgrx1p.f
ttgrx2.f
ttgrx3.f
ttgrx4.f
ttgrx5.f
ttgrx6.f
xkth
zap.ed
zap.ex
zap.head
zap.t
zip.ed
-----------------------------------------------------------
for bug fixes for functions in the proprietary part
path: /netlib/portfix/
-----------------------------------------------------------
a4ppg.f
a4pps.f
asym.f
bpld.f
c4nst.f
c4ons.f
c5app.f
cbanm.f
cbpld.f
cbpnm.f
d1rply.f
d2rply.f
d3rply.f
d4clm.f
d4rply.f
d5rply.f
d7rply.f
d8rply.f
d9rply.f
da4ppg.f
da4pps.f
dasym.f
dbpld.f
dc4nst.f
dc4ons.f
dd4clm.f
dg4etc.f
dl4p2.f
dl4ph1.f
dlinpa.f
dlinpr.f
dltsq.f
dm1ft.f
dm2ft.f
dm33ft.f
dm3ft.f
dm44ft.f
dm5ft.f
dm66ft.f
dm7ft.f
dmftcc.f
dmftci.f
dmftcr.f
dmftrc.f
dmftri.f
dnsf1.f
dqp2nt.f
drpoly.f
drquad.f
dspmle.f
dsvdls.f
dsym.f
dt1ued.f
dt1uev.f
dt2uev.f
dt3uev.f
dvdss1.f
dz1one.f
g4etc.f
l4p2.f
l4ph1.f
linpa.f
linpr.f
ltsq.f
m1ft.f
m2ft.f
m33ft.f
m3ft.f
m44ft.f
m5ft.f
m66ft.f
m7ft.f
mftcc.f
mftcr.f
mftrc.f
n5err.f
qp2nt.f
readme
rquad.f
svdls.f
sym.f
vdss1.f
z1one.f
-----------------------------------------------------------
for splines
path: /netlib/pppack/
-----------------------------------------------------------
.depend
banfac.f for LU factorization, banded system, no pivoting
banslv.f for solve, banded system, given LU factors
bchfac.f for Cholesky factorization, banded lower triangular
bchslv.f for solve, banded lower triangular, given Cholesky
factorization
bsplpp.f for convert B-spline representation to piecewise
polynomial
bsplvb.f for value of all B-splines, in support
bsplvd.f for value and derivative, all B-splines in support
bspp2d.f for convert 2-d B-spline representation to piecewise
polynomial
bvalue.f for evaluate B-spline or a derivative
chol1d.f for tridiagonal matrix formation and solution, see
(pppack/smooth)
colloc.f for solve ODE by collocation with splines
colpnt.f for compute collocation points, used with
(pppack/colloc)
cubspl.f for cubic spline interpolant, given data, various
end conditions
cwidth.f for almost block diagonal linear system
alg variation of bandet1 by martin, wilkinson
Numer.Math. 9(1976)279-307
dependencies
difequ.f for specify an ODE and side conditions, used with
(pppack/colloc)
eqblok.f for set up collocation equations, used by
(pppack/colloc)
interv.f for determine interval of point in increasing
sequence
knots.f for generate knot sequence, used by (pppack/colloc)
l2appr.f for construct least square approximation of
B-splines to given data
l2err.f for error evaluator
l2knts.f for generate knot sequence
l2main.f for driver for least squares approximation using
splines
newnot.f for generate new knots, optimal locations, given
picewise polynomial representation
newnotfake.f for generate uniform knots
ppvalu.f for evaluate a picewise polynomial function or a
derivative, given picewise polynomial
representation
putit.f for set-up single block of equations, used by
(pppack/eqblok)
reinsch.f
round.f for rounding. called in example 1 of chapter xiii
setdatex2.f for set-up sample data, for example 2 in chapter xiv
setdatex3.f for set-up sample data, for example 3 in chapter xiv
setdatex4.f for set-up sample data, for example 4 in chapter xiv
setdatx2.f
setdatx3.f
setdatx4.f
setupq.f for set-up routine, used by (pppack/smooth)
slvblktext.f for almost block diagonal linear system
smooth.f for cubic smoothing spline, minimize second
derivative, given data
spli2d.f for tensor product, B-spline interpolant, arbitrary
order, given data
splint.f for B-spline interpolant, arbitrary order, given
data
splopt.f for generate knots for optimal spline interpolation
tautsp.f for taut cubic spline interpolant, given data
titand.f for sample data, titanium property, spline
approximation
iiex.f for example, runge
ivex.f for example, cubic Hermite interpolation, runge
ixex.f for example, comparison, B-spline to knot averages,
cubic function
xex1.f for example, evaluate all B-spline in interval, for
plotting
xex2.f for example, evaluate the polynomials that make up a
B-spline
xex3.f for example, evaluate piecewise polynomial
representation, B-spline
xex4.f for example, construction of B-spline using
(pppack/bvalue)
xiiex2.f for example, cubic sline interpolation with good
knots
xiiex3.f for example, cubic sline interpolation with good
knots
xiiex4.f for example, quasi-interpolant with good knots
xiiiex1.f for example, large norm amplifying noise
xiiiex2.f for example, cubic spline interpolation at knot
averages, good knots
xiiiex3.f for example, optimal spline interpolation, titanium
heat data
xivex1.f for example, cubic smoothing spline
xvex.f for example, second order nonlinear two point
boundary value problem
xviex2.f for example, taut spline interpolation to the
titanium heat data
xviex3.f for example, two parametrizations of some data
xviiex2.f for example, bivariate spline interpolation, uses
(pppack/spli2d)
xviiex3.f for example, bivariate spline interpolation,
(pppack/spli2d & bspp2d)
data.pgs
makefile
run.pgs
xiiex2.dat1
xiiex2.dat2
xiiex3.dat1
xiiex3.dat2
xiiex3.dat3
xiiex4.dat1
xiiex4.dat2
xiiiex1.dat1
xiiiex1.dat2
xiiiex2.dat1
xiiiex2.dat2
xiiiex2.dat3
xiiiex2m.dat1
xiiiex2m.dat2
xiiiex2m.dat3
xiiiex2m.f
xivex1.dat
xivex2.dat
xivex3.dat
xivex4.dat
xviex2.dat
-----------------------------------------------------------
for software and papers on a Parallel Virtual
path: /netlib/pvm3/
-----------------------------------------------------------
# PVM Version 3
# =============
# This directory contains a number of items relating to PVM version 3.
#
# To obtain a short (1 page) writeup on the projects send mail to
# netlib@ornl.gov, in the mail message type:
# send writeup.ps from pvm3
#
comp-phy/
ncwn.html
workshop.slides/
writeup.ps for Short writeup on the PVM project (Postscript).
# Last updated 2/15/93 (44069 bytes).
#
# *** Source code, man pages, examples, patches for version 3.3 ***
# *** version 3.3 includes both uniprocessor and mpp ports ***
#
pvm3.3.9/ for Source code for PVM version 3.3.9
# Equivalent to base version 3.3 with patches #1-9
already applied. Last updated 9/8/95 (1203845
bytes).
pvm3.3.8/
pvm338to9 for Patch #9 for PVM release 3.3 (context diffs).
# Need to get v3.3.8 first Instructions come with
base release in pvm3/patch/README. Last updated
9/8/95 (67209 bytes).
pvm336to7 for Patch #7 for PVM release 3.3 (context diffs).
# Need to get base v3.3 and apply patches #1-6
first Instructions come with base release in
pvm3/patch/README. Last updated 2/7/95 (63970
bytes).
pvm335to6 for Patch #6 for PVM release 3.3 (context diffs).
# Need to get base v3.3 and patches #1-5 first
Instructions come with base release in
pvm3/patch/README. Last updated 12/21/94 (28168
bytes).
pvm334to5 for Patch #5 for PVM release 3.3 (context diffs).
# Need to get base v3.3 and patches #1-4 first
Instructions come with base release in
pvm3/patch/README. Last updated 11/9/94 (245748
bytes).
pvm333to4 for Patch #4 for PVM release 3.3 (context diffs).
# Need to get base v3.3 and patches #1-3 first
Instructions come with base release in
pvm3/patch/README. Last updated 9/4/94 (72234
bytes).
pvm332to3 for Patch #3 for PVM release 3.3 (context diffs).
# Need to get base v3.3 and patches #1-2 first
Instructions come with base release in
pvm3/patch/README. Last updated 7/18/94 (28160
bytes).
pvm331to2 for Patch #2 for PVM release 3.3 (context diffs).
# Need to get base v3.3 and patch #1 first
Instructions come with base release in
pvm3/patch/README. Last updated 7/1/94 (35341
bytes).
pvm330to1 for Patch #1 for PVM release 3.3 (context diffs).
# Need to get base v3.3 first Instructions come
with base release in pvm3/patch/README. Last
updated 6/21/94 (39230 bytes).
pvm3.3/ for Source code for PVM base version 3.3
# Last updated 6/4/94 (739421 bytes).
#
# *** Source code for version 3.2 (old) ***
#
pvm3.2.6/ for Source code for PVM v3.2.6
(tar|compress|uuencode).
# Equiv. to base v3.2 src + man pages with patches
#1..6 already applied. Last updated 12/20/93
(619995 bytes).
#
# *** Documentation ***
#
ug.ps for The users' guide for PVM version 3.3,
ORNL/TM-12187 (Postscript).
# Last updated 9/21/94 (722798 bytes).
refcard.ps for Quick reference card for PVM 3.3 (Postscript).
# Describes the C and Fortran interface to PVM
(Postscript). Last updated 6/06/94 (93545
bytes).
faq.ps for Frequently-asked questions and answers about PVM
(Postscript).
# Version 1.6. Last updated 6/23/95 (198386
bytes).
team_pvm.ps for Postscript file containing the images of the
people involved in putting PVM together.
# Last updated 3/2/93 (166102 bytes).
#
# *** Misc. ***
#
xpvm/ for XPVM is a graphical console and monitor for PVM.
comp-phy.ps for This file contains a postscript version of a
paper that appeared in the April 1993 issue of
Computers in Physics, entitled Integrated PVM
Framework Supports Heterogeneous Network
Computing.
pvm-eet.ps for This file contains a postscript version of a
paper that will appear in the the journal
Parallel Computing, entitled The PVM Concurrent
Computing System: Evolution, Experiences, and
Trends.
contrib/ for Software contributed by PVM users.
pvmtest.32/ for This program is designed to test PVM's important
functions and capabilities, provide means for
measuring PVM's
performance in the message passing area and to
check or
give confidence to various implementations of
PVM.
# For PVM version 3.2.
Last update 6/30/94 (221184 bytes)
pvm_test/ for testing PVM
contact casanova@cs.utk.edu, mucci@cs.utk.edu
size 128kB
age experimental
keywords pvm test
encoding gzip,tar
euro-pvmug94 for Call for papers and registration material for
the European PVM Users' Group Meeting in Rome,
October 9-11 1994.
pvm2.4/ for Version 2.4 of PVM (old)
-----------------------------------------------------------
path: /netlib/pvm3/comp-phy/
-----------------------------------------------------------
comp-phy7.ps
fig1.ps
fig2.ps
fig3.ps
fig4.ps
-----------------------------------------------------------
for Software contributed by PVM users.
path: /netlib/pvm3/contrib/
-----------------------------------------------------------
# PVM Version 3 Contributed Software
# ==================================
# Software in this directory was contributed by users of PVM.
# We'd like to make it available as it's potentially useful
# to other PVM users.
# It is not supported by the PVM authors. We make no
# guarantees or other claims. Please send any questions,
# bug fixes, etc. to the author(s) of the particular
# package.
#
pvmfs/ for PVMFS facilitates I/O for programs utilizing the
PVM system by providing a file server which
presents a common file system and support for
coordinated I/O to its parent and sibling PVM
tasks.
by Christopher G. Phillips
<pefv700@utpe.pe.utexas.edu>
waisq.out
-----------------------------------------------------------
for PVMFS facilitates I/O for programs utilizing the
path: /netlib/pvm3/contrib/pvmfs/
-----------------------------------------------------------
pvm334fs.patch # Diffs to add pvmfs to PVM version 3.3.4 (raw
patches).
Last updated 9/7/93 (580875 bytes).
pvm325fs/ # Diffs to add pvmfs to PVM version 3.2.5 (shar
file).
Last updated 12/17/93 (589045 bytes).
324fs.to.325fs/ # Diffs to update PVM version 3.2.4+pvmfs
to PVM version 3.2.5+pvmfs (shar file).
Last updated 12/17/93 (109510 bytes).
pvm324fs/ # Diffs to add pvmfs to PVM version 3.2.4 (shar
file).
Last updated 11/12/93 (612512 bytes).
pvm3.2.4.fspatch/ # Diffs to add pvmfs to PVM version 3.2.4
Last updated 11/12/93 (258067 bytes).
-----------------------------------------------------------
# Diffs to update PVM version 3.2.4+pvmfs
path: /netlib/pvm3/contrib/pvmfs/324fs.to.325fs/
-----------------------------------------------------------
3.2.4+pvmfs_to_3.2.5+pvmfs
-----------------------------------------------------------
# Diffs to add pvmfs to PVM version 3.2.4
path: /netlib/pvm3/contrib/pvmfs/pvm3.2.4.fspatch/
-----------------------------------------------------------
pvm3/
-----------------------------------------------------------
path: /netlib/pvm3/contrib/pvmfs/pvm3.2.4.fspatch/pvm3/
-----------------------------------------------------------
README.FS
fsexamples/
lib/
libc/
libfpvm/
man/
patches/
pvmfs/
-----------------------------------------------------------
path: /netlib/pvm3/contrib/pvmfs/pvm3.2.4.fspatch/pvm3/fsexamples/
-----------------------------------------------------------
io/
iot/
-----------------------------------------------------------
path: /netlib/pvm3/contrib/pvmfs/pvm3.2.4.fspatch/pvm3/fsexamples/io/
-----------------------------------------------------------
CNVXN/
Makefile.aimk
RS6K/
common_f_r.f
common_f_w.f
common_r.c
common_stdc_r.c
common_stdc_w.c
common_w.c
fstartup.f
independent_f_r.f
independent_f_w.f
independent_r.c
independent_stdc_r.c
independent_stdc_w.c
independent_w.c
mkfiles.c
startup.c
syncBC_f_r.f
syncBC_f_w.f
syncBC_r.c
syncBC_stdc_r.c
syncBC_stdc_w.c
syncBC_w.c
syncseq_f_r.f
syncseq_f_w.f
syncseq_r.c
syncseq_stdc_r.c
syncseq_stdc_w.c
syncseq_w.c
wait4fs.c
-----------------------------------------------------------
path: /netlib/pvm3/contrib/pvmfs/pvm3.2.4.fspatch/pvm3/fsexamples/io/CNVXN/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/contrib/pvmfs/pvm3.2.4.fspatch/pvm3/fsexamples/io/RS6K/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/contrib/pvmfs/pvm3.2.4.fspatch/pvm3/fsexamples/iot/
-----------------------------------------------------------
Makefile.aimk
PMAX/
iot.c
-----------------------------------------------------------
path: /netlib/pvm3/contrib/pvmfs/pvm3.2.4.fspatch/pvm3/fsexamples/iot/PMAX/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/contrib/pvmfs/pvm3.2.4.fspatch/pvm3/lib/
-----------------------------------------------------------
debugger.screen
debugger.xterm
debugger2.screen
debugger2.xterm
-----------------------------------------------------------
path: /netlib/pvm3/contrib/pvmfs/pvm3.2.4.fspatch/pvm3/libc/
-----------------------------------------------------------
ALPHA/
CNVXN/
Makefile.aimk
PMAX/
RS6K/
SUN4/
argtypes.h
cc/
fs.h
fsp.h
malloc.c
pipe.h
posix.c
pvmerrno.c
pvmerrno.h
pvmerrno.pl
syscalls.c
-----------------------------------------------------------
path: /netlib/pvm3/contrib/pvmfs/pvm3.2.4.fspatch/pvm3/libc/ALPHA/
-----------------------------------------------------------
errnoconf.h
-----------------------------------------------------------
path: /netlib/pvm3/contrib/pvmfs/pvm3.2.4.fspatch/pvm3/libc/CNVXN/
-----------------------------------------------------------
errnoconf.h
-----------------------------------------------------------
path: /netlib/pvm3/contrib/pvmfs/pvm3.2.4.fspatch/pvm3/libc/PMAX/
-----------------------------------------------------------
errnoconf.h
-----------------------------------------------------------
path: /netlib/pvm3/contrib/pvmfs/pvm3.2.4.fspatch/pvm3/libc/RS6K/
-----------------------------------------------------------
Mfile
errnoconf.h
syscall-fake.h
syscall.c
syscall.exp
-----------------------------------------------------------
path: /netlib/pvm3/contrib/pvmfs/pvm3.2.4.fspatch/pvm3/libc/SUN4/
-----------------------------------------------------------
errnoconf.h
-----------------------------------------------------------
path: /netlib/pvm3/contrib/pvmfs/pvm3.2.4.fspatch/pvm3/libc/cc/
-----------------------------------------------------------
ccwrap.c
regress.c
-----------------------------------------------------------
path: /netlib/pvm3/contrib/pvmfs/pvm3.2.4.fspatch/pvm3/libfpvm/
-----------------------------------------------------------
pvmffstid.m4
pvmfgetdef.m4
pvmfgetiomode.m4
pvmfgetioord.m4
pvmfsetdef.m4
pvmfsetiomode.m4
pvmfsetioord.m4
pvmfusefs.m4
-----------------------------------------------------------
path: /netlib/pvm3/contrib/pvmfs/pvm3.2.4.fspatch/pvm3/man/
-----------------------------------------------------------
man1/
man3/
-----------------------------------------------------------
path: /netlib/pvm3/contrib/pvmfs/pvm3.2.4.fspatch/pvm3/man/man1/
-----------------------------------------------------------
pvmfs_intro.1
-----------------------------------------------------------
path: /netlib/pvm3/contrib/pvmfs/pvm3.2.4.fspatch/pvm3/man/man3/
-----------------------------------------------------------
getdefiomode.3
getiomode.3
getioorder.3
setdefiomode.3
setiomode.3
setioorder.3
-----------------------------------------------------------
path: /netlib/pvm3/contrib/pvmfs/pvm3.2.4.fspatch/pvm3/patches/
-----------------------------------------------------------
README.FS
pvm3.2.4.fspatch
-----------------------------------------------------------
path: /netlib/pvm3/contrib/pvmfs/pvm3.2.4.fspatch/pvm3/pvmfs/
-----------------------------------------------------------
Makefile.aimk
bitops.h
fs.c
fspro.c
gop.c
lmap.c
map.h
patchlevel.h
-----------------------------------------------------------
# Diffs to add pvmfs to PVM version 3.2.4 (shar
path: /netlib/pvm3/contrib/pvmfs/pvm324fs/
-----------------------------------------------------------
pvm3/
-----------------------------------------------------------
path: /netlib/pvm3/contrib/pvmfs/pvm324fs/pvm3/
-----------------------------------------------------------
README.FS
fsexamples/
lib/
libc/
libfpvm/
man/
patches/
pvmfs/
-----------------------------------------------------------
path: /netlib/pvm3/contrib/pvmfs/pvm324fs/pvm3/fsexamples/
-----------------------------------------------------------
io/
iot/
-----------------------------------------------------------
path: /netlib/pvm3/contrib/pvmfs/pvm324fs/pvm3/fsexamples/io/
-----------------------------------------------------------
CNVXN/
Makefile.aimk
RS6K/
common_f_r.f
common_f_w.f
common_r.c
common_stdc_r.c
common_stdc_w.c
common_w.c
fstartup.f
independent_f_r.f
independent_f_w.f
independent_r.c
independent_stdc_r.c
independent_stdc_w.c
independent_w.c
mkfiles.c
startup.c
syncBC_f_r.f
syncBC_f_w.f
syncBC_r.c
syncBC_stdc_r.c
syncBC_stdc_w.c
syncBC_w.c
syncseq_f_r.f
syncseq_f_w.f
syncseq_r.c
syncseq_stdc_r.c
syncseq_stdc_w.c
syncseq_w.c
wait4fs.c
-----------------------------------------------------------
path: /netlib/pvm3/contrib/pvmfs/pvm324fs/pvm3/fsexamples/io/CNVXN/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/contrib/pvmfs/pvm324fs/pvm3/fsexamples/io/RS6K/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/contrib/pvmfs/pvm324fs/pvm3/fsexamples/iot/
-----------------------------------------------------------
Makefile.aimk
PMAX/
iot.c
-----------------------------------------------------------
path: /netlib/pvm3/contrib/pvmfs/pvm324fs/pvm3/fsexamples/iot/PMAX/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/contrib/pvmfs/pvm324fs/pvm3/lib/
-----------------------------------------------------------
debugger.screen
debugger.xterm
debugger2.screen
debugger2.xterm
-----------------------------------------------------------
path: /netlib/pvm3/contrib/pvmfs/pvm324fs/pvm3/libc/
-----------------------------------------------------------
ALPHA/
CNVXN/
Makefile.aimk
PMAX/
RS6K/
SUN4/
argtypes.h
cc/
fs.h
fsp.h
malloc.c
pipe.h
posix.c
pvmerrno.c
pvmerrno.h
pvmerrno.pl
syscalls.c
-----------------------------------------------------------
path: /netlib/pvm3/contrib/pvmfs/pvm324fs/pvm3/libc/ALPHA/
-----------------------------------------------------------
errnoconf.h
-----------------------------------------------------------
path: /netlib/pvm3/contrib/pvmfs/pvm324fs/pvm3/libc/CNVXN/
-----------------------------------------------------------
errnoconf.h
-----------------------------------------------------------
path: /netlib/pvm3/contrib/pvmfs/pvm324fs/pvm3/libc/PMAX/
-----------------------------------------------------------
errnoconf.h
-----------------------------------------------------------
path: /netlib/pvm3/contrib/pvmfs/pvm324fs/pvm3/libc/RS6K/
-----------------------------------------------------------
Mfile
errnoconf.h
syscall-fake.h
syscall.c
syscall.exp
-----------------------------------------------------------
path: /netlib/pvm3/contrib/pvmfs/pvm324fs/pvm3/libc/SUN4/
-----------------------------------------------------------
errnoconf.h
-----------------------------------------------------------
path: /netlib/pvm3/contrib/pvmfs/pvm324fs/pvm3/libc/cc/
-----------------------------------------------------------
ccwrap.c
regress.c
-----------------------------------------------------------
path: /netlib/pvm3/contrib/pvmfs/pvm324fs/pvm3/libfpvm/
-----------------------------------------------------------
pvmffstid.m4
pvmfgetdef.m4
pvmfgetiomode.m4
pvmfgetioord.m4
pvmfsetdef.m4
pvmfsetiomode.m4
pvmfsetioord.m4
pvmfusefs.m4
-----------------------------------------------------------
path: /netlib/pvm3/contrib/pvmfs/pvm324fs/pvm3/man/
-----------------------------------------------------------
man1/
man3/
-----------------------------------------------------------
path: /netlib/pvm3/contrib/pvmfs/pvm324fs/pvm3/man/man1/
-----------------------------------------------------------
pvmfs_intro.1
-----------------------------------------------------------
path: /netlib/pvm3/contrib/pvmfs/pvm324fs/pvm3/man/man3/
-----------------------------------------------------------
getdefiomode.3
getiomode.3
getioorder.3
setdefiomode.3
setiomode.3
setioorder.3
-----------------------------------------------------------
path: /netlib/pvm3/contrib/pvmfs/pvm324fs/pvm3/patches/
-----------------------------------------------------------
README.FS
pvm3.2.4.fspatch
-----------------------------------------------------------
path: /netlib/pvm3/contrib/pvmfs/pvm324fs/pvm3/pvmfs/
-----------------------------------------------------------
Makefile.aimk
bitops.h
fs.c
fspro.c
gop.c
lmap.c
map.h
patchlevel.h
-----------------------------------------------------------
# Diffs to add pvmfs to PVM version 3.2.5 (shar
path: /netlib/pvm3/contrib/pvmfs/pvm325fs/
-----------------------------------------------------------
3.2.5_to_3.2.5+pvmfs
-----------------------------------------------------------
for Version 2.4 of PVM (old)
path: /netlib/pvm3/pvm2.4/
-----------------------------------------------------------
# Papers describing PVM
# =====================
# This directory contains a number of items relating to pvm and
# HeNCE systems. To obtain a short (1 page) writeup on the projects
# send mail to netlib@ornl.gov, in the mail message type:
# send writeup.ps from pvm
# To receive a copy of the
# HeNCE index send email to netlib@ornl.gov and in the message
# type: send index from hence.
pvm_experiences # pvm_experiences : Describes graphical PVM
interface, portable parallel programming on PVM,
and visualization using ParaGraph. Presents
results and experiences with two large,
real-life, scientific computing applications.
# NOTE: The user interface constructs have undergone numerous small
# changes since the papers were written. To ensure that calling
# conventions and argument lists are consistent with the
# software, please do not use the descriptions in the papers
# while developing PVM applications. Use the users guide instead.
pvm_shar/ # pvm_shar : This is the source code for pvm.
Version 2.4.2. Last updated 12/22/92 (901371
bytes).
pvm_tar # pvm_tar : This is the source code for pvm.(tar;
compress; uuencode) Version 2.4.2. Last updated
12/22/92 (396085 bytes).
patch1_shar/ # This is a shar file of patches to version 2.4.1.
Last updated 8/13/92 (122879 bytes).
userguide_shar/ # userguide_shar : This is the users' guide for
pvm. Last updated 7/29/91 (261274 bytes).
refcard # This is a postscript file containing a quick
reference card which describes the C and Fortran
interface to PVM. Last updated 5/24/92 (79033
bytes).
writeup.ps
xab/ # Xab: A Tool for Monitoring PVM programs This
directory contains a number of items relating to
the Xab system.
pvmug93 # This file contains information on the PVM USers'
Group meeting May 10-11, 1993.
-----------------------------------------------------------
# This is a shar file of patches to version 2.4.1.
path: /netlib/pvm3/pvm2.4/patch1_shar/
-----------------------------------------------------------
patch_diffs
patch_readme
-----------------------------------------------------------
# pvm_shar : This is the source code for pvm.
path: /netlib/pvm3/pvm2.4/pvm_shar/
-----------------------------------------------------------
pvm2.4/
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/pvm_shar/pvm2.4/
-----------------------------------------------------------
Files
Makefile
Readme
UpdMakfs
aimk
chol/
doc/
f2c/
fort_examp/
libfpvm/
man/
mandel/
src/
tsts/
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/pvm_shar/pvm2.4/chol/
-----------------------------------------------------------
cholhost.c
cholnode.c
makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/pvm_shar/pvm2.4/doc/
-----------------------------------------------------------
Arches
FAQ
MsgFormats
PvmPic
Version
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/pvm_shar/pvm2.4/f2c/
-----------------------------------------------------------
CRAY/
CRAYSMP/
HP9K/
I860/
Makefile.body
Makefile.custom
NEXT/
PMAX/
RIOS/
Readme
SUN3/
SUN4/
fbarrier.c
fenroll.c
fgetbytes.c
fgetncplx.c
fgetndcplx.c
fgetndfloat.c
fgetnfloat.c
fgetnint.c
fgetnlong.c
fgetnshort.c
fgetstring.c
fgetstringl.c
finithow.c
finitiate.c
finitiatem.c
finitsend.c
fleave.c
fprobe.c
fprobemulti.c
fpstatus.c
fputbytes.c
fputncplx.c
fputndcplx.c
fputndfloat.c
fputnfloat.c
fputnint.c
fputnlong.c
fputnshort.c
fputstring.c
fputstringl.c
fpvmperror.c
frcv.c
frcvinfo.c
frcvmulti.c
fready.c
fsnd.c
fstatus.c
fterminate.c
fvrcv.c
fvrcvmulti.c
fvsnd.c
fwaituntil.c
fwhoami.c
namefix.h
nulfix.h
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/pvm_shar/pvm2.4/f2c/CRAY/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/pvm_shar/pvm2.4/f2c/CRAYSMP/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/pvm_shar/pvm2.4/f2c/HP9K/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/pvm_shar/pvm2.4/f2c/I860/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/pvm_shar/pvm2.4/f2c/NEXT/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/pvm_shar/pvm2.4/f2c/PMAX/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/pvm_shar/pvm2.4/f2c/RIOS/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/pvm_shar/pvm2.4/f2c/SUN3/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/pvm_shar/pvm2.4/f2c/SUN4/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/pvm_shar/pvm2.4/fort_examp/
-----------------------------------------------------------
CRAY/
HP9K/
Makefile.body
PMAX/
RIOS/
RT/
Readme
SGI/
SUN3/
SUN4/
SYMM/
TITN/
fhost.f
node.f
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/pvm_shar/pvm2.4/fort_examp/CRAY/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/pvm_shar/pvm2.4/fort_examp/HP9K/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/pvm_shar/pvm2.4/fort_examp/PMAX/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/pvm_shar/pvm2.4/fort_examp/RIOS/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/pvm_shar/pvm2.4/fort_examp/RT/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/pvm_shar/pvm2.4/fort_examp/SGI/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/pvm_shar/pvm2.4/fort_examp/SUN3/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/pvm_shar/pvm2.4/fort_examp/SUN4/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/pvm_shar/pvm2.4/fort_examp/SYMM/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/pvm_shar/pvm2.4/fort_examp/TITN/
-----------------------------------------------------------
fhost.f
makefile
node.f
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/pvm_shar/pvm2.4/libfpvm/
-----------------------------------------------------------
BALANCE/
CRAY/
HP9K/
I860/
Makefile.body
Makefile.custom
NEXT/
PMAX/
RIOS/
RT/
Readme
SGI/
SUN3/
SUN4/
SYMM/
TITN/
U370/
UVAX/
fbarrier.m4
fenroll.m4
fgetbytes.m4
fgetncplx.m4
fgetndcplx.m4
fgetndfloat.m4
fgetnfloat.m4
fgetnint.m4
fgetnlong.m4
fgetnshort.m4
fgetstring.m4
finithow.m4
finitiate.m4
finitiatem.m4
finitsend.m4
fleave.m4
fprobe.m4
fprobemulti.m4
fpstatus.m4
fputbytes.m4
fputncplx.m4
fputndcplx.m4
fputndfloat.m4
fputnfloat.m4
fputnint.m4
fputnlong.m4
fputnshort.m4
fputstring.m4
fpvmperror.m4
frcv.m4
frcvinfo.m4
frcvmulti.m4
fready.m4
fsnd.m4
fstatus.m4
fterminate.m4
ftocstr.c
fvrcv.m4
fvrcvmulti.m4
fvsnd.m4
fwaituntil.m4
fwhoami.m4
pvm_consts.h
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/pvm_shar/pvm2.4/libfpvm/BALANCE/
-----------------------------------------------------------
BALANCE.m4
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/pvm_shar/pvm2.4/libfpvm/CRAY/
-----------------------------------------------------------
CRAY.m4
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/pvm_shar/pvm2.4/libfpvm/HP9K/
-----------------------------------------------------------
HP9K.m4
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/pvm_shar/pvm2.4/libfpvm/I860/
-----------------------------------------------------------
I860.m4
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/pvm_shar/pvm2.4/libfpvm/NEXT/
-----------------------------------------------------------
Makefile
NEXT.m4
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/pvm_shar/pvm2.4/libfpvm/PMAX/
-----------------------------------------------------------
Makefile
PMAX.m4
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/pvm_shar/pvm2.4/libfpvm/RIOS/
-----------------------------------------------------------
Makefile
RIOS.m4
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/pvm_shar/pvm2.4/libfpvm/RT/
-----------------------------------------------------------
Makefile
RT.m4
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/pvm_shar/pvm2.4/libfpvm/SGI/
-----------------------------------------------------------
Makefile
SGI.m4
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/pvm_shar/pvm2.4/libfpvm/SUN3/
-----------------------------------------------------------
Makefile
SUN3.m4
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/pvm_shar/pvm2.4/libfpvm/SUN4/
-----------------------------------------------------------
Makefile
SUN4.m4
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/pvm_shar/pvm2.4/libfpvm/SYMM/
-----------------------------------------------------------
Makefile
SYMM.m4
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/pvm_shar/pvm2.4/libfpvm/TITN/
-----------------------------------------------------------
Makefile
TITN.m4
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/pvm_shar/pvm2.4/libfpvm/U370/
-----------------------------------------------------------
Makefile
U370.m4
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/pvm_shar/pvm2.4/libfpvm/UVAX/
-----------------------------------------------------------
Makefile
UVAX.m4
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/pvm_shar/pvm2.4/man/
-----------------------------------------------------------
MkZeroes
man1/
man3/
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/pvm_shar/pvm2.4/man/man1/
-----------------------------------------------------------
pvm_intro.1
pvmd.1
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/pvm_shar/pvm2.4/man/man3/
-----------------------------------------------------------
barrier.3
enroll.3
get.3
initiate.3
initsend.3
leave.3
libpvm.3
probe.3
pstatus.3
put.3
pvm_mstat.3
pvm_perror.3
rcv.3
rcvinfo.3
ready.3
snd.3
status.3
terminate.3
vrcv.3
vsnd.3
waituntil.3
whoami.3
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/pvm_shar/pvm2.4/mandel/
-----------------------------------------------------------
Makefile
Readme
mandel_main.c
mandel_tile.c
xpx.c
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/pvm_shar/pvm2.4/src/
-----------------------------------------------------------
AFX8/
ALPHA/
BFLY/
C2MP/
C2MPCXFP/
CM2/
CM5/
CRAY/
CRAYSMP/
DGAV/
HP9K/
I386/
I860/
IPSC/
KSR1/
Makefile.body
Makefile.custom
NEXT/
PMAX/
RIOS/
RT/
SGI/
SUN3/
SUN3_3_5/
SUN4/
SYMM/
TITN/
UVAX/
VCM2/
archequiv.c
cmd.c
craypatch.h
crunch.c
fdsetpatch.h
global.h
host.c
imalloc.c
loclcomm.c
loclcomm.h
micomm.c
micomm.h
netside.c
proc.c
proc.h
putenv.c
pvmd.c
pvmd.h
pvmuser.h
rem.h
startup.c
sunos3patch.h
titanpatch.h
ulib.c
uliberr.c
uside.c
util.c
wait.c
wait.h
xenixpatch.h
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/pvm_shar/pvm2.4/src/AFX8/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/pvm_shar/pvm2.4/src/ALPHA/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/pvm_shar/pvm2.4/src/BFLY/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/pvm_shar/pvm2.4/src/C2MP/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/pvm_shar/pvm2.4/src/C2MPCXFP/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/pvm_shar/pvm2.4/src/CM2/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/pvm_shar/pvm2.4/src/CM5/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/pvm_shar/pvm2.4/src/CRAY/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/pvm_shar/pvm2.4/src/CRAYSMP/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/pvm_shar/pvm2.4/src/DGAV/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/pvm_shar/pvm2.4/src/HP9K/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/pvm_shar/pvm2.4/src/I386/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/pvm_shar/pvm2.4/src/I860/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/pvm_shar/pvm2.4/src/IPSC/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/pvm_shar/pvm2.4/src/KSR1/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/pvm_shar/pvm2.4/src/NEXT/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/pvm_shar/pvm2.4/src/PMAX/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/pvm_shar/pvm2.4/src/RIOS/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/pvm_shar/pvm2.4/src/RT/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/pvm_shar/pvm2.4/src/SGI/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/pvm_shar/pvm2.4/src/SUN3/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/pvm_shar/pvm2.4/src/SUN3_3_5/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/pvm_shar/pvm2.4/src/SUN4/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/pvm_shar/pvm2.4/src/SYMM/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/pvm_shar/pvm2.4/src/TITN/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/pvm_shar/pvm2.4/src/UVAX/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/pvm_shar/pvm2.4/src/VCM2/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/pvm_shar/pvm2.4/tsts/
-----------------------------------------------------------
Makefile
Readme
askinit.c
barrtest.c
check.c
check_slave.c
conf.c
enrolltest.c
timing.c
timing_slave.c
whome.c
-----------------------------------------------------------
# userguide_shar : This is the users' guide for
path: /netlib/pvm3/pvm2.4/userguide_shar/
-----------------------------------------------------------
Readme
abstract.tex
example.1
example.2
example.3
example.4
fig.1
fig1.ps
psfig.sty
table.1
table.2
table.3
tm.ps
tm.sty
tm.tex
user_guide.tex
-----------------------------------------------------------
# Xab: A Tool for Monitoring PVM programs This
path: /netlib/pvm3/pvm2.4/xab/
-----------------------------------------------------------
# Xab: A Tool for Monitoring PVM programs
# =======================================
# This directory contains a number of items relating to the
# Xab system. If you have questions of comments on Xab
# send email to xab@psc.edu
# Source code for Xab
# ===================
xab/ # Compressed tarfile of Xab source
Only xnetlib users can request this file,
e-mail netlib users please request uu version
below.
xab-post/ # Compressed tarfile of a post processor of xab
events that removes
tachyons from xab tracefiles
Only xnetlib users can request this file,
e-mail netlib users please request uu version
below.
# Paper describing Xab
# ====================
xab_hp93.ps # Compressed postscript paper from HP 93
describing Xab
Only xnetlib users can request this file,
e-mail netlib users please request uu version
below.
xab_avail # Instructions on how to extract the Xab tar file
and the paper.
-----------------------------------------------------------
# Compressed tarfile of a post processor of xab
path: /netlib/pvm3/pvm2.4/xab/xab-post/
-----------------------------------------------------------
xab-post/
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/xab/xab-post/xab-post/
-----------------------------------------------------------
Makefile
README
ab-post.h
xab-post-dag.c
xab-post-io.c
xab-post-sort.c
-----------------------------------------------------------
# Compressed tarfile of Xab source
path: /netlib/pvm3/pvm2.4/xab/xab/
-----------------------------------------------------------
.pgrc
README
examples/
libxpvm/
src/
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/xab/xab/examples/
-----------------------------------------------------------
chol/
fort_examp/
tracefiles/
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/xab/xab/examples/chol/
-----------------------------------------------------------
cholhost.c
cholnode.c
makefile
xab.h
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/xab/xab/examples/fort_examp/
-----------------------------------------------------------
CRAY/
HP9K/
Makefile
Makefile.body
PMAX/
RIOS/
RT/
Readme
SGI/
SUN3/
SUN4/
SYMM/
TITN/
fhost.f
node.f
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/xab/xab/examples/fort_examp/CRAY/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/xab/xab/examples/fort_examp/HP9K/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/xab/xab/examples/fort_examp/PMAX/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/xab/xab/examples/fort_examp/RIOS/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/xab/xab/examples/fort_examp/RT/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/xab/xab/examples/fort_examp/SGI/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/xab/xab/examples/fort_examp/SUN3/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/xab/xab/examples/fort_examp/SUN4/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/xab/xab/examples/fort_examp/SYMM/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/xab/xab/examples/fort_examp/TITN/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/xab/xab/examples/tracefiles/
-----------------------------------------------------------
chol.trf
chol.xab
fort-10.trf
fort-10.xab
fort-15.trf
fort-15.xab
pg.aw
pg2.aw
topg
water.trf
water.xab
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/xab/xab/libxpvm/
-----------------------------------------------------------
BALANCE/
CRAY/
HP9K/
I860/
Makefile.body
Makefile.custom
NEXT/
PMAX/
RIOS/
RT/
Readme
SGI/
SUN3/
SUN4/
SYMM/
TITN/
U370/
UVAX/
fbarrier.m4
fenroll.m4
fgetbytes.m4
fgetncplx.m4
fgetndcplx.m4
fgetndfloat.m4
fgetnfloat.m4
fgetnint.m4
fgetnlong.m4
fgetnshort.m4
fgetstring.m4
finithow.m4
finitiate.m4
finitiatem.m4
finitsend.m4
fleave.m4
fprobe.m4
fprobemulti.m4
fpstatus.m4
fputbytes.m4
fputncplx.m4
fputndcplx.m4
fputndfloat.m4
fputnfloat.m4
fputnint.m4
fputnlong.m4
fputnshort.m4
fputstring.m4
fpvmperror.m4
frcv.m4
frcvinfo.m4
frcvmulti.m4
fready.m4
fsnd.m4
fstatus.m4
fterminate.m4
fvrcv.m4
fvrcvmulti.m4
fvsnd.m4
fwaituntil.m4
fwhoami.m4
pvm_consts.h
pvmuser.h
xab.h
xabinc
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/xab/xab/libxpvm/BALANCE/
-----------------------------------------------------------
BALANCE.m4
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/xab/xab/libxpvm/CRAY/
-----------------------------------------------------------
CRAY.m4
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/xab/xab/libxpvm/HP9K/
-----------------------------------------------------------
HP9K.m4
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/xab/xab/libxpvm/I860/
-----------------------------------------------------------
I860.m4
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/xab/xab/libxpvm/NEXT/
-----------------------------------------------------------
Makefile
NEXT.m4
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/xab/xab/libxpvm/PMAX/
-----------------------------------------------------------
Makefile
PMAX.m4
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/xab/xab/libxpvm/RIOS/
-----------------------------------------------------------
Makefile
RIOS.m4
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/xab/xab/libxpvm/RT/
-----------------------------------------------------------
Makefile
RT.m4
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/xab/xab/libxpvm/SGI/
-----------------------------------------------------------
Makefile
SGI.m4
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/xab/xab/libxpvm/SUN3/
-----------------------------------------------------------
Makefile
SUN3.m4
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/xab/xab/libxpvm/SUN4/
-----------------------------------------------------------
Makefile
SUN4.m4
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/xab/xab/libxpvm/SYMM/
-----------------------------------------------------------
Makefile
SYMM.m4
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/xab/xab/libxpvm/TITN/
-----------------------------------------------------------
Makefile
TITN.m4
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/xab/xab/libxpvm/U370/
-----------------------------------------------------------
Makefile
U370.m4
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/xab/xab/libxpvm/UVAX/
-----------------------------------------------------------
Makefile
UVAX.m4
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/xab/xab/src/
-----------------------------------------------------------
CRAY/
Imakefile
Makefile
Makefile.generic
PMAX/
PMAX_MACH/
README
RIOS/
SUN4/
SUN4_MACH/
ab.h
ab_utils.c
ablib.c
abmon.c
bar.xbm
bard.xbm
both.h
bstates.h
clock.xbm
con.xbm
dis.xbm
discon.xbm
foo.trf
foo.xab
fwdstep.xbm
get.xbm
go.xbm
mlist.h
monitor.xbm
pg.aw
pg.old
pg.old.aw
pg2.aw
probe.xbm
put.xbm
pvmuser.h
rcv.xbm
rcvd.xbm
snd.xbm
sndd.xbm
stop.xbm
testout
topg
utils.c
w2.trf
w2.xab
xab.c
xab.h
xabmon.h
xsetup.c
xsizes.h
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/xab/xab/src/CRAY/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/xab/xab/src/PMAX/
-----------------------------------------------------------
Makefile
w2.xab
water.trf
water.xab
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/xab/xab/src/PMAX_MACH/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/xab/xab/src/RIOS/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/xab/xab/src/SUN4/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm2.4/xab/xab/src/SUN4_MACH/
-----------------------------------------------------------
Makefile
Makefile.BAK
-----------------------------------------------------------
for Source code for PVM v3.2.6
path: /netlib/pvm3/pvm3.2.6/
-----------------------------------------------------------
Makefile
Readme
Readme.mpp
conf/
console/
doc/
examples/
gexamples/
include/
lib/
libfpvm/
man/
patches/
pvmgs/
src/
xep/
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.2.6/conf/
-----------------------------------------------------------
AFX8.def
ALPHA.def
ALPHA.m4
BAL.def
BAL.m4
BFLY.def
BFLY.m4
BSD386.def
BSD386.m4
CM2.def
CM2.m4
CM5.def
CM5.m4
CNVX.def
CNVX.m4
CNVXN.def
CNVXN.m4
CRAY.def
CRAY.m4
CRAY2.def
CRAY2.m4
CRAYSMP.def
CRAYSMP.m4
CUBE.def
DGAV.def
E88K.def
HP300.def
HP300.m4
HPPA.def
HPPA.m4
I860.def
I860.m4
I860I860.def
I860SGI.def
I860SUN4.def
IPSC2.def
IPSC2.m4
KSR1.def
KSR1.m4
LINUX.def
MASPAR.def
MASPAR.m4
MIPS.def
NEXT.def
NEXT.m4
PGON.def
PGON.m4
PMAX.def
PMAX.m4
RS6K.def
RS6K.m4
RT.def
RT.m4
SGI.def
SGI.m4
SUN3.def
SUN3.m4
SUN4.def
SUN4.m4
SUN4SOL2.def
SUN4SOL2.m4
SYMM.def
SYMM.m4
TITN.def
TITN.m4
U370.def
U370.m4
UVAX.def
UVAX.m4
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.2.6/console/
-----------------------------------------------------------
CUBE/
I860/
Makefile.aimk
PGON/
cmd.h
cmds.c
cons.c
job.c
job.h
myalloc.h
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.2.6/console/CUBE/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.2.6/console/I860/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.2.6/console/PGON/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.2.6/doc/
-----------------------------------------------------------
arches
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.2.6/examples/
-----------------------------------------------------------
CM5/
CUBE/
I860/
Makefile.aimk
PGON/
Readme
hello.c
hello_other.c
master1.c
master1.f
nntime.c
slave1.c
slave1.f
spmd.c
spmd.f
testall.f
timing.c
timing_slave.c
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.2.6/examples/CM5/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.2.6/examples/CUBE/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.2.6/examples/I860/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.2.6/examples/PGON/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.2.6/gexamples/
-----------------------------------------------------------
Makefile
ge.c
gexamp.c
gs.c
joinleave.c
thb.c
tjf.c
tjl.c
tnb.c
tst.c
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.2.6/include/
-----------------------------------------------------------
fpvm3.h
pvm3.h
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.2.6/lib/
-----------------------------------------------------------
aimk
cshrc.stub
debugger
debugger2
pvm
pvmd
pvmgetarch
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.2.6/libfpvm/
-----------------------------------------------------------
CUBE/
HPPA/
I860/
Makefile.aimk
Makefile.mimd
PGON/
ftocstr.c
pvm_consts.h
pvmfaddhost.m4
pvmfadvise.m4
pvmfbarrier.m4
pvmfbcast.m4
pvmfbufinfo.m4
pvmfconfig.m4
pvmfdelhost.m4
pvmfexit.m4
pvmffreebuf.m4
pvmfgetinst.m4
pvmfgetopt.m4
pvmfgetrbuf.m4
pvmfgetsbuf.m4
pvmfgettid.m4
pvmfgsize.m4
pvmfinitsend.m4
pvmfjoingrp.m4
pvmfkill.m4
pvmflvgrp.m4
pvmfmcast.m4
pvmfmkbuf.m4
pvmfmstat.m4
pvmfmytid.m4
pvmfnotify.m4
pvmfnrecv.m4
pvmfpack.m4
pvmfparent.m4
pvmfperror.m4
pvmfprobe.m4
pvmfpstat.m4
pvmfrecv.m4
pvmfsend.m4
pvmfsendsig.m4
pvmfserror.m4
pvmfsetopt.m4
pvmfsetrbuf.m4
pvmfsetsbuf.m4
pvmfspawn.m4
pvmftasks.m4
pvmftidtoh.m4
pvmfunpack.m4
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.2.6/libfpvm/CUBE/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.2.6/libfpvm/HPPA/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.2.6/libfpvm/I860/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.2.6/libfpvm/PGON/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.2.6/man/
-----------------------------------------------------------
man1/
man3/
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.2.6/man/man1/
-----------------------------------------------------------
pvm.1
pvm_intro.1
pvmd3.1
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.2.6/man/man3/
-----------------------------------------------------------
addhosts.3
advise.3
barrier.3
bcast.3
bufinfo.3
config.3
delhost.3
exit.3
freebuf.3
getinst.3
getopt.3
getrbuf.3
getsbuf.3
gettid.3
gsize.3
halt.3
initsend.3
joingroup.3
kill.3
lvgroup.3
mcast.3
mkbuf.3
mstat.3
mytid.3
notify.3
nrecv.3
pack.3
parent.3
perror.3
probe.3
pstat.3
recv.3
recvf.3
send.3
sendsig.3
serror.3
setopt.3
setrbuf.3
setsbuf.3
spawn.3
start_pvmd.3
tasks.3
tidtohost.3
unpack.3
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.2.6/patches/
-----------------------------------------------------------
32patch01
32patch02
32patch03
32patch04
32patch05
32patch06
Contents
README
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.2.6/pvmgs/
-----------------------------------------------------------
Makefile.aimk
pvm_gstat.c
pvm_gsulib.c
pvmgdef.h
pvmgroups.c
pvmgs.c
pvmgs.h
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.2.6/src/
-----------------------------------------------------------
CM5/
CUBE/
I860/
Makefile.aimk
Makefile.mimd
PGON/
archcode.c
bfunc.h
ddpro.c
ddpro.h
fromlib.h
global.h
host.c
host.h
imalloc.c
listmac.h
lpvm.c
lpvmgen.c
lpvmmimd.c
lpvmpack.c
mesg.c
mesg.h
nmdclass.c
patchlevel.h
pkt.c
pkt.h
protoglarp.h
pvmalloc.c
pvmalloc.h
pvmcruft.c
pvmd.c
pvmdabuf.c
pvmdabuf.h
pvmfrag.c
pvmfrag.h
pvmlog.c
pvmmimd.h
pvmumbuf.c
pvmumbuf.h
startup.c
task.c
task.h
tdpro.c
tdpro.h
tvdefs.h
waitc.c
waitc.h
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.2.6/src/CM5/
-----------------------------------------------------------
Makefile
Makefile.cm5
pvmdmimd.c
pvmhost.c
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.2.6/src/CUBE/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.2.6/src/I860/
-----------------------------------------------------------
Makefile
pvmdmimd.c
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.2.6/src/PGON/
-----------------------------------------------------------
Makefile
pvmdmimd.c
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.2.6/xep/
-----------------------------------------------------------
CM5/
I860/
Makefile.aimk
PGON/
PMAX/
bars.xbm
mmain.c
mtile.c
neww.xbm
quit.xbm
redo.xbm
xep.c
zout.xbm
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.2.6/xep/CM5/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.2.6/xep/I860/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.2.6/xep/PGON/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.2.6/xep/PMAX/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.8/
-----------------------------------------------------------
F
Makefile
Readme
Readme.mp
conf/
console/
doc/
examples/
gexamples/
hoster/
include/
lib/
libfpvm/
man/
patches/
pvmgs/
src/
tasker/
xep/
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.8/conf/
-----------------------------------------------------------
AFX8.def
ALPHA.def
ALPHA.m4
ALPHAMP.def
ALPHAMP.m4
BAL.def
BAL.m4
BFLY.def
BFLY.m4
BSD386.def
BSD386.m4
CM2.def
CM2.m4
CM5.def
CM5.m4
CNVX.def
CNVX.m4
CNVXN.def
CNVXN.m4
CRAY.def
CRAY.m4
CRAY2.def
CRAY2.m4
CRAYSMP.def
CRAYSMP.m4
CSPP.def
CSPP.m4
CUBE.def
DGAV.def
E88K.def
FREEBSD.def
FREEBSD.m4
HP300.def
HP300.m4
HPPA.def
HPPA.m4
HPPAMP.def
HPPAMP.m4
I860.def
I860.m4
I860I860.def
I860SGI.def
I860SUN4.def
IPSC2.def
IPSC2.m4
KSR1.def
KSR1.m4
LINUX.def
LINUX.m4
MASPAR.def
MASPAR.m4
MIPS.def
MIPS.m4
NETBSDAMIGA.def
NETBSDAMIGA.m4
NETBSDHP300.def
NETBSDHP300.m4
NETBSDI386.def
NETBSDI386.m4
NETBSDMAC68K.def
NETBSDMAC68K.m4
NETBSDPMAX.def
NETBSDPMAX.m4
NETBSDSPARC.def
NETBSDSPARC.m4
NETBSDSUN3.def
NETBSDSUN3.m4
NEXT.def
NEXT.m4
PGON.def
PGON.m4
PMAX.def
PMAX.m4
RS6K.def
RS6K.m4
RS6KMP.def
RS6KMP.m4
RT.def
RT.m4
SCO.def
SGI.def
SGI.m4
SGI5.def
SGI5.m4
SGI64.def
SGI64.m4
SGIMP.def
SGIMP.m4
SGIMP64.def
SGIMP64.m4
SP2MPI.def
SP2MPI.m4
SUN3.def
SUN3.m4
SUN4.def
SUN4.m4
SUN4SOL2.def
SUN4SOL2.m4
SUNMP.def
SUNMP.m4
SX3.def
SX3.m4
SYMM.def
SYMM.m4
TITN.def
TITN.m4
U370.def
U370.m4
UTS2.def
UTS2.m4
UVAX.def
UVAX.m4
UXPM.def
UXPM.m4
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.8/console/
-----------------------------------------------------------
ALPHAMP/
CUBE/
I860/
Makefile.aimk
PGON/
RS6KMP/
SGIMP/
SGIMP64/
SUNMP/
cmd.h
cmds.c
cons.c
job.c
job.h
myalloc.h
tevfmt.c
tevfmt.h
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.8/console/ALPHAMP/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.8/console/CUBE/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.8/console/I860/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.8/console/PGON/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.8/console/RS6KMP/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.8/console/SGIMP/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.8/console/SGIMP64/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.8/console/SUNMP/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.8/doc/
-----------------------------------------------------------
arches
bugreport
example.pvmrc
release-notes
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.8/examples/
-----------------------------------------------------------
CM5/
CSPP/
CUBE/
I860/
Makefile.aimk
PGON/
RS6KMP/
Readme
SGIMP/
SGIMP64/
SP2MPI/
SUNMP/
gexample.c
gexample.f
hello.c
hello_other.c
hitc.f
hitc_slave.f
master1.c
master1.f
nntime.c
slave1.c
slave1.f
spmd.c
spmd.f
testall.f
timing.c
timing_slave.c
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.8/examples/CM5/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.8/examples/CSPP/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.8/examples/CUBE/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.8/examples/I860/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.8/examples/PGON/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.8/examples/RS6KMP/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.8/examples/SGIMP/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.8/examples/SGIMP64/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.8/examples/SP2MPI/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.8/examples/SUNMP/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.8/gexamples/
-----------------------------------------------------------
CSPP/
Makefile
Makefile.aimk
PGON/
README
frsg.f
ge.c
gexamp.c
gs.c
joinleave.c
thb.c
tjf.c
tjl.c
tnb.c
trsg.c
tst.c
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.8/gexamples/CSPP/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.8/gexamples/PGON/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.8/hoster/
-----------------------------------------------------------
Makefile.aimk
Readme
hoster.c
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.8/include/
-----------------------------------------------------------
fpvm3.h
pvm3.h
pvmsdpro.h
pvmtev.h
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.8/lib/
-----------------------------------------------------------
cshrc.stub
debugger
debugger2
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.8/libfpvm/
-----------------------------------------------------------
CSPP/
CUBE/
HPPA/
HPPAMP/
I860/
Makefile.aimk
Makefile.mimd
PGON/
RS6K/
ftocstr.c
pvm_consts.h
pvmfaddhost.m4
pvmfarchcode.m4
pvmfbarrier.m4
pvmfbcast.m4
pvmfbufinfo.m4
pvmfcatchout.m4
pvmfconfig.m4
pvmfdelhost.m4
pvmfexit.m4
pvmffreebuf.m4
pvmffrzgrp.m4
pvmfgather.m4
pvmfgetinst.m4
pvmfgetopt.m4
pvmfgetrbuf.m4
pvmfgetsbuf.m4
pvmfgettid.m4
pvmfgsize.m4
pvmfhalt.m4
pvmfhostsync.m4
pvmfinitsend.m4
pvmfjoingrp.m4
pvmfkill.m4
pvmflvgrp.m4
pvmfmcast.m4
pvmfmkbuf.m4
pvmfmstat.m4
pvmfmytid.m4
pvmfnotify.m4
pvmfnrecv.m4
pvmfpack.m4
pvmfparent.m4
pvmfperror.m4
pvmfprecv.m4
pvmfprobe.m4
pvmfpsend.m4
pvmfpstat.m4
pvmfrecv.m4
pvmfreduce.m4
pvmfscatter.m4
pvmfsend.m4
pvmfsendsig.m4
pvmfsetopt.m4
pvmfsetrbuf.m4
pvmfsetsbuf.m4
pvmfspawn.m4
pvmftasks.m4
pvmftidtoh.m4
pvmftrecv.m4
pvmfunpack.m4
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.8/libfpvm/CSPP/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.8/libfpvm/CUBE/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.8/libfpvm/HPPA/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.8/libfpvm/HPPAMP/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.8/libfpvm/I860/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.8/libfpvm/PGON/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.8/libfpvm/RS6K/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.8/man/
-----------------------------------------------------------
man1/
man3/
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.8/man/man1/
-----------------------------------------------------------
aimk.1
pvm.1
pvm_intro.1
pvmd3.1
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.8/man/man3/
-----------------------------------------------------------
libfpvm.3
libpvm.3
pvm_addhosts.3
pvm_advise.3
pvm_archcode.3
pvm_barrier.3
pvm_bcast.3
pvm_bufinfo.3
pvm_catchout.3
pvm_config.3
pvm_delete.3
pvm_delhosts.3
pvm_exit.3
pvm_freebuf.3
pvm_freezegroup.3
pvm_gather.3
pvm_getfds.3
pvm_getinst.3
pvm_getmwid.3
pvm_getopt.3
pvm_getrbuf.3
pvm_getsbuf.3
pvm_gettid.3
pvm_gettmask.3
pvm_gsize.3
pvm_halt.3
pvm_hostsync.3
pvm_initsend.3
pvm_insert.3
pvm_joingroup.3
pvm_kill.3
pvm_lookup.3
pvm_lvgroup.3
pvm_mcast.3
pvm_mkbuf.3
pvm_mstat.3
pvm_mytid.3
pvm_notify.3
pvm_nrecv.3
pvm_pack.3
pvm_packf.3
pvm_parent.3
pvm_perror.3
pvm_pkbyte.3
pvm_pkcplx.3
pvm_pkdcplx.3
pvm_pkdouble.3
pvm_pkfloat.3
pvm_pkint.3
pvm_pklong.3
pvm_pkshort.3
pvm_pkstr.3
pvm_pkuint.3
pvm_pkulong.3
pvm_pkushort.3
pvm_precv.3
pvm_probe.3
pvm_psend.3
pvm_pstat.3
pvm_recv.3
pvm_recvf.3
pvm_reduce.3
pvm_reg_hoster.3
pvm_reg_rm.3
pvm_reg_tasker.3
pvm_scatter.3
pvm_send.3
pvm_sendsig.3
pvm_serror.3
pvm_setmwid.3
pvm_setopt.3
pvm_setrbuf.3
pvm_setsbuf.3
pvm_settmask.3
pvm_spawn.3
pvm_start_pvmd.3
pvm_tasks.3
pvm_tidtohost.3
pvm_trecv.3
pvm_unpack.3
pvm_unpackf.3
pvm_upkbyte.3
pvm_upkcplx.3
pvm_upkdcplx.3
pvm_upkdouble.3
pvm_upkfloat.3
pvm_upkint.3
pvm_upklong.3
pvm_upkshort.3
pvm_upkstr.3
pvm_upkuint.3
pvm_upkulong.3
pvm_upkushort.3
pvmfaddhost.3
pvmfadvise.3
pvmfarchcode.3
pvmfbarrier.3
pvmfbcast.3
pvmfbufinfo.3
pvmfcatchout.3
pvmfconfig.3
pvmfdelhost.3
pvmfexit.3
pvmffreebuf.3
pvmffrzgrp.3
pvmfgather.3
pvmfgetinst.3
pvmfgetopt.3
pvmfgetrbuf.3
pvmfgetsbuf.3
pvmfgettid.3
pvmfgsize.3
pvmfhalt.3
pvmfhostsync.3
pvmfinitsend.3
pvmfjoingrp.3
pvmfkill.3
pvmflvgrp.3
pvmfmcast.3
pvmfmkbuf.3
pvmfmstat.3
pvmfmytid.3
pvmfnotify.3
pvmfnrecv.3
pvmfpack.3
pvmfparent.3
pvmfperror.3
pvmfprecv.3
pvmfprobe.3
pvmfpsend.3
pvmfpstat.3
pvmfrecv.3
pvmfreduce.3
pvmfscatter.3
pvmfsend.3
pvmfsendsig.3
pvmfserror.3
pvmfsetopt.3
pvmfsetrbuf.3
pvmfsetsbuf.3
pvmfspawn.3
pvmftasks.3
pvmftidtoh.3
pvmftrecv.3
pvmfunpack.3
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.8/patches/
-----------------------------------------------------------
Contents
README
pvm330to1
pvm331to2
pvm332to3
pvm333to4
pvm334to5
pvm335to6
pvm336to7
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.8/pvmgs/
-----------------------------------------------------------
CUBE/
I860/
Makefile.aimk
Makefile.mimd
PGON/
pvm_gstat.c
pvmgroups.c
pvmgs_const.h
pvmgs_core.c
pvmgs_decl.h
pvmgs_ds.h
pvmgs_func.c
pvmgs_mac.h
pvmgsd.h
pvmgsu_aux.c
pvmgsu_core.c
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.8/pvmgs/CUBE/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.8/pvmgs/I860/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.8/pvmgs/PGON/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.8/src/
-----------------------------------------------------------
ALPHAMP/
CM5/
CSPP/
CUBE/
HPPAMP/
I860/
Makefile.aimk
Makefile.mimd
Makefile.shmem
PGON/
RS6KMP/
SGIMP/
SGIMP64/
SP2MPI/
SUNMP/
amem.s
bfunc.h
ddpro.c
ddpro.h
fromlib.h
global.h
host.c
host.h
imalloc.c
listmac.h
lpvm.c
lpvmcat.c
lpvmgen.c
lpvmmimd.c
lpvmpack.c
lpvmshmem.c
mesg.c
mesg.h
nmdclass.c
patchlevel.h
pkt.c
pkt.h
protoglarp.h
pvmalloc.c
pvmalloc.h
pvmarchc.c
pvmcruft.c
pvmd.c
pvmdabuf.c
pvmdabuf.h
pvmdmp.h
pvmdshmem.c
pvmfrag.c
pvmfrag.h
pvmlog.c
pvmmimd.h
pvmshmem.c
pvmshmem.h
pvmumbuf.c
pvmumbuf.h
sdpro.c
startup.c
task.c
task.h
tdpro.c
tdpro.h
tevmac.h
tvdefs.h
waitc.c
waitc.h
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.8/src/ALPHAMP/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.8/src/CM5/
-----------------------------------------------------------
Makefile
Makefile.cm5
pvmdmimd.c
pvmhost.c
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.8/src/CSPP/
-----------------------------------------------------------
Makefile
Makefile.shmem
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.8/src/CUBE/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.8/src/HPPAMP/
-----------------------------------------------------------
Makefile
Makefile.shmem
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.8/src/I860/
-----------------------------------------------------------
Makefile
pvmdmimd.c
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.8/src/PGON/
-----------------------------------------------------------
Makefile
pvmdmimd.c
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.8/src/RS6KMP/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.8/src/SGIMP/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.8/src/SGIMP64/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.8/src/SP2MPI/
-----------------------------------------------------------
Makefile
pvmdmimd.c
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.8/src/SUNMP/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.8/tasker/
-----------------------------------------------------------
Makefile.aimk
tasker.c
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.8/xep/
-----------------------------------------------------------
CM5/
I860/
Makefile.aimk
PGON/
PMAX/
bars.xbm
mmain.c
mtile.c
neww.xbm
quit.xbm
redo.xbm
xep.c
zout.xbm
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.8/xep/CM5/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.8/xep/I860/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.8/xep/PGON/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.8/xep/PMAX/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
for Source code for PVM version 3.3.9
path: /netlib/pvm3/pvm3.3.9/
-----------------------------------------------------------
Makefile
Readme
Readme.mp
conf/
console/
doc/
examples/
gexamples/
hoster/
include/
lib/
libfpvm/
man/
patches/
pvmgs/
src/
tasker/
xep/
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.9/conf/
-----------------------------------------------------------
AFX8.def
ALPHA.def
ALPHA.m4
ALPHAMP.def
ALPHAMP.m4
BAL.def
BAL.m4
BFLY.def
BFLY.m4
BSD386.def
BSD386.m4
CM2.def
CM2.m4
CM5.def
CM5.m4
CNVX.def
CNVX.m4
CNVXN.def
CNVXN.m4
CRAY.def
CRAY.m4
CRAY2.def
CRAY2.m4
CRAYSMP.def
CRAYSMP.m4
CSPP.def
CSPP.m4
CUBE.def
DGAV.def
E88K.def
FREEBSD.def
FREEBSD.m4
HP300.def
HP300.m4
HPPA.def
HPPA.m4
HPPAMP.def
HPPAMP.m4
I860.def
I860.m4
I860I860.def
I860SGI.def
I860SUN4.def
IPSC2.def
IPSC2.m4
KSR1.def
KSR1.m4
LINUX.def
LINUX.m4
MASPAR.def
MASPAR.m4
MIPS.def
MIPS.m4
NETBSDAMIGA.def
NETBSDAMIGA.m4
NETBSDHP300.def
NETBSDHP300.m4
NETBSDI386.def
NETBSDI386.m4
NETBSDMAC68K.def
NETBSDMAC68K.m4
NETBSDPMAX.def
NETBSDPMAX.m4
NETBSDSPARC.def
NETBSDSPARC.m4
NETBSDSUN3.def
NETBSDSUN3.m4
NEXT.def
NEXT.m4
PGON.def
PGON.m4
PMAX.def
PMAX.m4
RS6K.def
RS6K.m4
RS6KMP.def
RS6KMP.m4
RT.def
RT.m4
SCO.def
SGI.def
SGI.m4
SGI5.def
SGI5.m4
SGI64.def
SGI64.m4
SGIMP.def
SGIMP.m4
SGIMP64.def
SGIMP64.m4
SP2MPI.def
SP2MPI.m4
SUN3.def
SUN3.m4
SUN4.def
SUN4.m4
SUN4SOL2.def
SUN4SOL2.m4
SUNMP.def
SUNMP.m4
SX3.def
SX3.m4
SYMM.def
SYMM.m4
TITN.def
TITN.m4
U370.def
U370.m4
UTS2.def
UTS2.m4
UVAX.def
UVAX.m4
UXPM.def
UXPM.m4
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.9/console/
-----------------------------------------------------------
ALPHAMP/
CUBE/
I860/
Makefile.aimk
PGON/
RS6KMP/
SGIMP/
SGIMP64/
SUNMP/
cmd.h
cmds.c
cons.c
job.c
job.h
myalloc.h
tevfmt.c
tevfmt.h
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.9/console/ALPHAMP/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.9/console/CUBE/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.9/console/I860/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.9/console/PGON/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.9/console/RS6KMP/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.9/console/SGIMP/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.9/console/SGIMP64/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.9/console/SUNMP/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.9/doc/
-----------------------------------------------------------
arches
bugreport
example.pvmrc
release-notes
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.9/examples/
-----------------------------------------------------------
CM5/
CSPP/
CUBE/
I860/
Makefile.aimk
PGON/
RS6KMP/
Readme
SGIMP/
SGIMP64/
SP2MPI/
SUNMP/
gexample.c
gexample.f
hello.c
hello_other.c
hitc.f
hitc_slave.f
master1.c
master1.f
nntime.c
slave1.c
slave1.f
spmd.c
spmd.f
testall.f
timing.c
timing_slave.c
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.9/examples/CM5/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.9/examples/CSPP/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.9/examples/CUBE/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.9/examples/I860/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.9/examples/PGON/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.9/examples/RS6KMP/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.9/examples/SGIMP/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.9/examples/SGIMP64/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.9/examples/SP2MPI/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.9/examples/SUNMP/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.9/gexamples/
-----------------------------------------------------------
CSPP/
Makefile
Makefile.aimk
PGON/
README
frsg.f
ge.c
gexamp.c
gs.c
joinleave.c
thb.c
tjf.c
tjl.c
tnb.c
trsg.c
tst.c
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.9/gexamples/CSPP/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.9/gexamples/PGON/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.9/hoster/
-----------------------------------------------------------
Makefile.aimk
Readme
hoster.c
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.9/include/
-----------------------------------------------------------
fpvm3.h
pvm3.h
pvmsdpro.h
pvmtev.h
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.9/lib/
-----------------------------------------------------------
cshrc.stub
debugger
debugger2
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.9/libfpvm/
-----------------------------------------------------------
CSPP/
CUBE/
HPPA/
HPPAMP/
I860/
Makefile.aimk
Makefile.mimd
PGON/
RS6K/
ftocstr.c
pvm_consts.h
pvmfaddhost.m4
pvmfarchcode.m4
pvmfbarrier.m4
pvmfbcast.m4
pvmfbufinfo.m4
pvmfcatchout.m4
pvmfconfig.m4
pvmfdelhost.m4
pvmfexit.m4
pvmffreebuf.m4
pvmffrzgrp.m4
pvmfgather.m4
pvmfgetinst.m4
pvmfgetopt.m4
pvmfgetrbuf.m4
pvmfgetsbuf.m4
pvmfgettid.m4
pvmfgsize.m4
pvmfhalt.m4
pvmfhostsync.m4
pvmfinitsend.m4
pvmfjoingrp.m4
pvmfkill.m4
pvmflvgrp.m4
pvmfmcast.m4
pvmfmkbuf.m4
pvmfmstat.m4
pvmfmytid.m4
pvmfnotify.m4
pvmfnrecv.m4
pvmfpack.m4
pvmfparent.m4
pvmfperror.m4
pvmfprecv.m4
pvmfprobe.m4
pvmfpsend.m4
pvmfpstat.m4
pvmfrecv.m4
pvmfreduce.m4
pvmfscatter.m4
pvmfsend.m4
pvmfsendsig.m4
pvmfsetopt.m4
pvmfsetrbuf.m4
pvmfsetsbuf.m4
pvmfspawn.m4
pvmftasks.m4
pvmftidtoh.m4
pvmftrecv.m4
pvmfunpack.m4
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.9/libfpvm/CSPP/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.9/libfpvm/CUBE/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.9/libfpvm/HPPA/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.9/libfpvm/HPPAMP/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.9/libfpvm/I860/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.9/libfpvm/PGON/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.9/libfpvm/RS6K/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.9/man/
-----------------------------------------------------------
man1/
man3/
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.9/man/man1/
-----------------------------------------------------------
aimk.1
pvm.1
pvm_intro.1
pvmd3.1
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.9/man/man3/
-----------------------------------------------------------
libfpvm.3
libpvm.3
pvm_addhosts.3
pvm_advise.3
pvm_archcode.3
pvm_barrier.3
pvm_bcast.3
pvm_bufinfo.3
pvm_catchout.3
pvm_config.3
pvm_delete.3
pvm_delhosts.3
pvm_exit.3
pvm_freebuf.3
pvm_freezegroup.3
pvm_gather.3
pvm_getfds.3
pvm_getinst.3
pvm_getmwid.3
pvm_getopt.3
pvm_getrbuf.3
pvm_getsbuf.3
pvm_gettid.3
pvm_gettmask.3
pvm_gsize.3
pvm_halt.3
pvm_hostsync.3
pvm_initsend.3
pvm_insert.3
pvm_joingroup.3
pvm_kill.3
pvm_lookup.3
pvm_lvgroup.3
pvm_mcast.3
pvm_mkbuf.3
pvm_mstat.3
pvm_mytid.3
pvm_notify.3
pvm_nrecv.3
pvm_pack.3
pvm_packf.3
pvm_parent.3
pvm_perror.3
pvm_pkbyte.3
pvm_pkcplx.3
pvm_pkdcplx.3
pvm_pkdouble.3
pvm_pkfloat.3
pvm_pkint.3
pvm_pklong.3
pvm_pkshort.3
pvm_pkstr.3
pvm_pkuint.3
pvm_pkulong.3
pvm_pkushort.3
pvm_precv.3
pvm_probe.3
pvm_psend.3
pvm_pstat.3
pvm_recv.3
pvm_recvf.3
pvm_reduce.3
pvm_reg_hoster.3
pvm_reg_rm.3
pvm_reg_tasker.3
pvm_scatter.3
pvm_send.3
pvm_sendsig.3
pvm_serror.3
pvm_setmwid.3
pvm_setopt.3
pvm_setrbuf.3
pvm_setsbuf.3
pvm_settmask.3
pvm_spawn.3
pvm_start_pvmd.3
pvm_tasks.3
pvm_tidtohost.3
pvm_trecv.3
pvm_unpack.3
pvm_unpackf.3
pvm_upkbyte.3
pvm_upkcplx.3
pvm_upkdcplx.3
pvm_upkdouble.3
pvm_upkfloat.3
pvm_upkint.3
pvm_upklong.3
pvm_upkshort.3
pvm_upkstr.3
pvm_upkuint.3
pvm_upkulong.3
pvm_upkushort.3
pvmfaddhost.3
pvmfadvise.3
pvmfarchcode.3
pvmfbarrier.3
pvmfbcast.3
pvmfbufinfo.3
pvmfcatchout.3
pvmfconfig.3
pvmfdelhost.3
pvmfexit.3
pvmffreebuf.3
pvmffrzgrp.3
pvmfgather.3
pvmfgetinst.3
pvmfgetopt.3
pvmfgetrbuf.3
pvmfgetsbuf.3
pvmfgettid.3
pvmfgsize.3
pvmfhalt.3
pvmfhostsync.3
pvmfinitsend.3
pvmfjoingrp.3
pvmfkill.3
pvmflvgrp.3
pvmfmcast.3
pvmfmkbuf.3
pvmfmstat.3
pvmfmytid.3
pvmfnotify.3
pvmfnrecv.3
pvmfpack.3
pvmfparent.3
pvmfperror.3
pvmfprecv.3
pvmfprobe.3
pvmfpsend.3
pvmfpstat.3
pvmfrecv.3
pvmfreduce.3
pvmfscatter.3
pvmfsend.3
pvmfsendsig.3
pvmfserror.3
pvmfsetopt.3
pvmfsetrbuf.3
pvmfsetsbuf.3
pvmfspawn.3
pvmftasks.3
pvmftidtoh.3
pvmftrecv.3
pvmfunpack.3
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.9/patches/
-----------------------------------------------------------
Contents
README
pvm330to1
pvm331to2
pvm332to3
pvm333to4
pvm334to5
pvm335to6
pvm336to7
pvm338to9
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.9/pvmgs/
-----------------------------------------------------------
CUBE/
I860/
Makefile.aimk
Makefile.mimd
PGON/
pvm_gstat.c
pvmgroups.c
pvmgs_const.h
pvmgs_core.c
pvmgs_decl.h
pvmgs_ds.h
pvmgs_func.c
pvmgs_mac.h
pvmgsd.h
pvmgsu_aux.c
pvmgsu_core.c
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.9/pvmgs/CUBE/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.9/pvmgs/I860/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.9/pvmgs/PGON/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.9/src/
-----------------------------------------------------------
ALPHAMP/
CM5/
CSPP/
CUBE/
HPPAMP/
I860/
Makefile.aimk
Makefile.mimd
Makefile.shmem
PGON/
RS6KMP/
SGIMP/
SGIMP64/
SP2MPI/
SUNMP/
amem.s
bfunc.h
ddpro.c
ddpro.h
fromlib.h
global.h
host.c
host.h
imalloc.c
listmac.h
lpvm.c
lpvmcat.c
lpvmgen.c
lpvmmimd.c
lpvmpack.c
lpvmshmem.c
mesg.c
mesg.h
nmdclass.c
patchlevel.h
pkt.c
pkt.h
protoglarp.h
pvmalloc.c
pvmalloc.h
pvmarchc.c
pvmcruft.c
pvmd.c
pvmdabuf.c
pvmdabuf.h
pvmdmp.h
pvmdshmem.c
pvmfrag.c
pvmfrag.h
pvmlog.c
pvmmimd.h
pvmshmem.c
pvmshmem.h
pvmumbuf.c
pvmumbuf.h
sdpro.c
startup.c
task.c
task.h
tdpro.c
tdpro.h
tevmac.h
tvdefs.h
waitc.c
waitc.h
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.9/src/ALPHAMP/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.9/src/CM5/
-----------------------------------------------------------
Makefile
Makefile.cm5
pvmdmimd.c
pvmhost.c
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.9/src/CSPP/
-----------------------------------------------------------
Makefile
Makefile.shmem
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.9/src/CUBE/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.9/src/HPPAMP/
-----------------------------------------------------------
Makefile
Makefile.shmem
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.9/src/I860/
-----------------------------------------------------------
Makefile
pvmdmimd.c
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.9/src/PGON/
-----------------------------------------------------------
Makefile
pvmdmimd.c
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.9/src/RS6KMP/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.9/src/SGIMP/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.9/src/SGIMP64/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.9/src/SP2MPI/
-----------------------------------------------------------
Makefile
pvmdmimd.c
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.9/src/SUNMP/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.9/tasker/
-----------------------------------------------------------
Makefile.aimk
tasker.c
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.9/xep/
-----------------------------------------------------------
CM5/
I860/
Makefile.aimk
PGON/
PMAX/
bars.xbm
mmain.c
mtile.c
neww.xbm
quit.xbm
redo.xbm
xep.c
zout.xbm
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.9/xep/CM5/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.9/xep/I860/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.9/xep/PGON/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3.9/xep/PMAX/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
for Source code for PVM base version 3.3
path: /netlib/pvm3/pvm3.3/
-----------------------------------------------------------
Makefile
Readme
Readme.mp
conf/
console/
doc/
examples/
gexamples/
hoster/
include/
lib/
libfpvm/
man/
patches/
pvmgs/
src/
tasker/
xep/
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3/conf/
-----------------------------------------------------------
AFX8.def
ALPHA.def
ALPHA.m4
ALPHAMP.def
ALPHAMP.m4
BAL.def
BAL.m4
BFLY.def
BFLY.m4
BSD386.def
BSD386.m4
CM2.def
CM2.m4
CM5.def
CM5.m4
CNVX.def
CNVX.m4
CNVXN.def
CNVXN.m4
CRAY.def
CRAY.m4
CRAY2.def
CRAY2.m4
CRAYSMP.def
CRAYSMP.m4
CUBE.def
DGAV.def
E88K.def
HP300.def
HP300.m4
HPPA.def
HPPA.m4
I860.def
I860.m4
I860I860.def
I860SGI.def
I860SUN4.def
IPSC2.def
IPSC2.m4
KSR1.def
KSR1.m4
LINUX.def
LINUX.m4
MASPAR.def
MASPAR.m4
MIPS.def
NEXT.def
NEXT.m4
PGON.def
PGON.m4
PMAX.def
PMAX.m4
POWER4.def
POWER4.m4
RS6K.def
RS6K.m4
RT.def
RT.m4
SGI.def
SGI.m4
SGI5.def
SGI5.m4
SGIMP.def
SGIMP.m4
SUN3.def
SUN3.m4
SUN4.def
SUN4.m4
SUN4SOL2.def
SUN4SOL2.m4
SUNMP.def
SUNMP.m4
SYMM.def
SYMM.m4
TITN.def
TITN.m4
U370.def
U370.m4
UVAX.def
UVAX.m4
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3/console/
-----------------------------------------------------------
ALPHAMP/
CUBE/
I860/
Makefile.aimk
PGON/
SGIMP/
SUNMP/
cmd.h
cmds.c
cons.c
job.c
job.h
myalloc.h
tevfmt.c
tevfmt.h
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3/console/ALPHAMP/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3/console/CUBE/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3/console/I860/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3/console/PGON/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3/console/SGIMP/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3/console/SUNMP/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3/doc/
-----------------------------------------------------------
arches
bugreport
example.pvmrc
release-notes
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3/examples/
-----------------------------------------------------------
CM5/
CUBE/
I860/
Makefile.aimk
PGON/
Readme
SGIMP/
SUNMP/
gexample.c
gexample.f
hello.c
hello_other.c
hitc.f
hitc_slave.f
master1.c
master1.f
nntime.c
slave1.c
slave1.f
spmd.c
spmd.f
testall.f
timing.c
timing_slave.c
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3/examples/CM5/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3/examples/CUBE/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3/examples/I860/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3/examples/PGON/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3/examples/SGIMP/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3/examples/SUNMP/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3/gexamples/
-----------------------------------------------------------
Makefile
ge.c
gexamp.c
gs.c
joinleave.c
thb.c
tjf.c
tjl.c
tnb.c
tst.c
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3/hoster/
-----------------------------------------------------------
Makefile.aimk
Readme
hoster.c
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3/include/
-----------------------------------------------------------
fpvm3.h
pvm3.h
pvmsdpro.h
pvmtev.h
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3/lib/
-----------------------------------------------------------
cshrc.stub
debugger
debugger2
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3/libfpvm/
-----------------------------------------------------------
CUBE/
HPPA/
I860/
Makefile.aimk
Makefile.mimd
PGON/
ftocstr.c
pvm_consts.h
pvmfaddhost.m4
pvmfarchcode.m4
pvmfbarrier.m4
pvmfbcast.m4
pvmfbufinfo.m4
pvmfcatchout.m4
pvmfconfig.m4
pvmfdelhost.m4
pvmfexit.m4
pvmffreebuf.m4
pvmfgather.m4
pvmfgetinst.m4
pvmfgetopt.m4
pvmfgetrbuf.m4
pvmfgetsbuf.m4
pvmfgettid.m4
pvmfgsize.m4
pvmfhalt.m4
pvmfhostsync.m4
pvmfinitsend.m4
pvmfjoingrp.m4
pvmfkill.m4
pvmflvgrp.m4
pvmfmcast.m4
pvmfmkbuf.m4
pvmfmstat.m4
pvmfmytid.m4
pvmfnotify.m4
pvmfnrecv.m4
pvmfpack.m4
pvmfparent.m4
pvmfperror.m4
pvmfprecv.m4
pvmfprobe.m4
pvmfpsend.m4
pvmfpstat.m4
pvmfrecv.m4
pvmfreduce.m4
pvmfscatter.m4
pvmfsend.m4
pvmfsendsig.m4
pvmfsetopt.m4
pvmfsetrbuf.m4
pvmfsetsbuf.m4
pvmfspawn.m4
pvmftasks.m4
pvmftidtoh.m4
pvmftrecv.m4
pvmfunpack.m4
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3/libfpvm/CUBE/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3/libfpvm/HPPA/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3/libfpvm/I860/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3/libfpvm/PGON/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3/man/
-----------------------------------------------------------
man1/
man3/
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3/man/man1/
-----------------------------------------------------------
aimk.1
pvm.1
pvm_intro.1
pvmd3.1
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3/man/man3/
-----------------------------------------------------------
pvm_addhosts.3
pvm_advise.3
pvm_archcode.3
pvm_barrier.3
pvm_bcast.3
pvm_bufinfo.3
pvm_catchout.3
pvm_config.3
pvm_delhosts.3
pvm_exit.3
pvm_freebuf.3
pvm_gather.3
pvm_getinst.3
pvm_getopt.3
pvm_getrbuf.3
pvm_getsbuf.3
pvm_gettid.3
pvm_gsize.3
pvm_halt.3
pvm_hostsync.3
pvm_initsend.3
pvm_joingroup.3
pvm_kill.3
pvm_lvgroup.3
pvm_mcast.3
pvm_mkbuf.3
pvm_mstat.3
pvm_mytid.3
pvm_notify.3
pvm_nrecv.3
pvm_pack.3
pvm_parent.3
pvm_perror.3
pvm_precv.3
pvm_probe.3
pvm_psend.3
pvm_pstat.3
pvm_recv.3
pvm_recvf.3
pvm_reduce.3
pvm_reg_hoster.3
pvm_reg_rm.3
pvm_reg_tasker.3
pvm_scatter.3
pvm_send.3
pvm_sendsig.3
pvm_serror.3
pvm_setmwid.3
pvm_setopt.3
pvm_setrbuf.3
pvm_setsbuf.3
pvm_settmask.3
pvm_spawn.3
pvm_start_pvmd.3
pvm_tasks.3
pvm_tidtohost.3
pvm_trecv.3
pvm_unpack.3
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3/patches/
-----------------------------------------------------------
README
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3/pvmgs/
-----------------------------------------------------------
CUBE/
I860/
Makefile.aimk
Makefile.mimd
pvm_gstat.c
pvm_gsulib.c
pvmgdef.h
pvmgroups.c
pvmgs.c
pvmgs.h
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3/pvmgs/CUBE/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3/pvmgs/I860/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3/src/
-----------------------------------------------------------
ALPHAMP/
CM5/
CUBE/
I860/
Makefile.aimk
Makefile.mimd
Makefile.shmem
PGON/
SGIMP/
SUNMP/
bfunc.h
ddpro.c
ddpro.h
fromlib.h
global.h
host.c
host.h
imalloc.c
listmac.h
lpvm.c
lpvmcat.c
lpvmgen.c
lpvmmimd.c
lpvmpack.c
lpvmshmem.c
mesg.c
mesg.h
nmdclass.c
patchlevel.h
pkt.c
pkt.h
protoglarp.h
pvmalloc.c
pvmalloc.h
pvmarchc.c
pvmcruft.c
pvmd.c
pvmdabuf.c
pvmdabuf.h
pvmdmp.h
pvmdshmem.c
pvmfrag.c
pvmfrag.h
pvmlog.c
pvmmimd.h
pvmshmem.c
pvmshmem.h
pvmumbuf.c
pvmumbuf.h
sdpro.c
startup.c
task.c
task.h
tdpro.c
tdpro.h
tevmac.h
tvdefs.h
waitc.c
waitc.h
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3/src/ALPHAMP/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3/src/CM5/
-----------------------------------------------------------
Makefile
Makefile.cm5
pvmdmimd.c
pvmhost.c
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3/src/CUBE/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3/src/I860/
-----------------------------------------------------------
Makefile
pvmdmimd.c
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3/src/PGON/
-----------------------------------------------------------
Makefile
pvmdmimd.c
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3/src/SGIMP/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3/src/SUNMP/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3/tasker/
-----------------------------------------------------------
Makefile.aimk
tasker.c
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3/xep/
-----------------------------------------------------------
CM5/
I860/
Makefile.aimk
PGON/
PMAX/
bars.xbm
mmain.c
mtile.c
neww.xbm
quit.xbm
redo.xbm
xep.c
zout.xbm
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3/xep/CM5/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3/xep/I860/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3/xep/PGON/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
path: /netlib/pvm3/pvm3.3/xep/PMAX/
-----------------------------------------------------------
Makefile
-----------------------------------------------------------
for testing PVM
path: /netlib/pvm3/pvm_test/
-----------------------------------------------------------
PVM_TEST_TO_TAR/
-----------------------------------------------------------
path: /netlib/pvm3/pvm_test/PVM_TEST_TO_TAR/
-----------------------------------------------------------
Makefile
Makefile.cm5
Makefile.pgon
Makefile.sp2
README
doc/
message_passing.c
module_list.h
pvm_test.c
pvm_test.h
pvm_test_gui
pvm_test_slave.c
sample.input
test_list.c
test_list.h
test_util.c
version_slave.c
-----------------------------------------------------------
path: /netlib/pvm3/pvm_test/PVM_TEST_TO_TAR/doc/
-----------------------------------------------------------
pvm_testdoc.ps
-----------------------------------------------------------
for This program is designed to test PVM's important
path: /netlib/pvm3/pvmtest.32/
-----------------------------------------------------------
test_suite/
-----------------------------------------------------------
path: /netlib/pvm3/pvmtest.32/test_suite/
-----------------------------------------------------------
Makefile
Makefile%
Makefile.cm5
Makefile.cm5_slv
Makefile.pgon
Makefile.pgon_slv
Makefile.slv
Makefile_gcc
Makefile_gcc.slv
Readme
aimk
inc.h
infile
path_file
pvm_test.c
pvm_testdoc.tex
pvm_testlib.c
pvm_testslv.c
-----------------------------------------------------------
path: /netlib/pvm3/workshop.slides/
-----------------------------------------------------------
01.title.id
02.agenda.id
03.team.id
04.pvmis.id
05.overview.id
06.majfeat.id
07.het.id
08.ports.id
09.evol.id
10.system1.id
11.system2.id
12.martian.id
13.newfor3a.id
14.newfor3b.id
15.netlib.id
16.using.id
17.install1.id
18.install2.id
19.gloss.id
20.hostfile.id
21.start.id
22.conf.id
23.programming.id
24.lpvm.id
25.pvm3.croutines1
26.pvm3.croutines2
27.pvm3.froutines1
28.pvm3.froutines2
29.errcode.id
30.message1.id
31.message2.id
32.message3.id
33.group.id
34.writing.id
35.hello.id
36.pll1.id
37.dandc.id
38.bot1.id
39.bot2.id
40.advise.id
41.getfds.id
42.message4.id
43.notify1.id
44.botm.id
45.debug1.id
46.debug2.id
47.imp.id
48.v3anatomy.id
49.imp-tid.id
50.imp-wait.id
51.imp-fdet.id
52.imp-ftol.id
53.tcpudp.id
54.imp-proto.id
55.v3132.id
56.wip.id
57.pvm3.future
58.bib.id
-----------------------------------------------------------
for XPVM is a graphical console and monitor for PVM.
path: /netlib/pvm3/xpvm/
-----------------------------------------------------------
#
# X P V M
#
# XPVM is a graphical console and monitor for PVM. It provides a
# graphical interface to the PVM console commands and information,
# along with several animated views to monitor the execution of PVM
# programs. These views provide information about the interactions
# among tasks in a parallel PVM program, to assist in debugging and
# performance tuning.
#
# To analyze a program using XPVM, a user need only compile their
# program using the PVM library, version 3.3 or later, which has been
# instrumented to capture tracing information at run-time. Then, any
# task spawned from XPVM will return trace event information, for
# analysis in real time, or for post-mortem playback from saved
# trace files.
#
#
# *** Source Code Distribution ***
# *** v 1.1.1 ***
#
XPVM.src.1.1.1/ for Latest Complete Source code distribution for
XPVM version 1.1.1
# (tar|compress|uuencode). (With patch from 1.1.0
to 1.1.1 already applied.) Last updated 7/27/95
(353065 bytes).
XPVM.src.patch.110to111/ For Source Distribution Patch to take XPVM 1.1.0 to
XPVM 1.1.1
# (tar|compress|uuencode). Last updated 7/27/95
(37070 bytes).
#
# *** Binary Distributions ***
# *** v 1.1.1 ***
#
# No guarantees on these folks - compiled on our own vanilla
# flavor for each of the given architectures. If they don't
# work for you, then just grab the source distribution! :-)
#
# (Please feel free to send along any stable executables
# for distribution on your architecture!)
#
XPVM.ALPHA.1.1.1/ for DEC Alpha binary distribution for XPVM 1.1.1
(tar|compress|uuencode).
# Last updated 7/27/95 (1688631 bytes).
XPVM.RS6K.1.1.1/ for IBM RS6000 binary distribution for XPVM 1.1.1
(tar|compress|uuencode).
# Last updated 7/27/95 (1858444 bytes).
XPVM.SGI5.1.1.1/ for SGI IRIX 5.3 binary distribution for XPVM 1.1.1
(tar|compress|uuencode).
# Last updated 7/27/95 (1631238 bytes).
XPVM.SUN4.1.1.1/ for SUN Sparc binary distribution for XPVM 1.1.1
(tar|compress|uuencode).
# Last updated 7/27/95 (1343512 bytes).
-----------------------------------------------------------
for DEC Alpha binary distribution for XPVM 1.1.1
path: /netlib/pvm3/xpvm/XPVM.ALPHA.1.1.1/
-----------------------------------------------------------
xpvm/
-----------------------------------------------------------
path: /netlib/pvm3/xpvm/XPVM.ALPHA.1.1.1/xpvm/
-----------------------------------------------------------
Makefile
README.arch
src/
-----------------------------------------------------------
path: /netlib/pvm3/xpvm/XPVM.ALPHA.1.1.1/xpvm/src/
-----------------------------------------------------------
ALPHA/
Makefile.aimk
Makefile.xpvm
README.arch
cktcl
cshrc.stub
globck
globs.tcl73.tk36.tclsrc
globs.tcl74.tk40.tclsrc
help/
procs.tcl
tcl/
util.tcl
xbm/
xpvm.tclsrc
-----------------------------------------------------------
path: /netlib/pvm3/xpvm/XPVM.ALPHA.1.1.1/xpvm/src/ALPHA/
-----------------------------------------------------------
xpvm
-----------------------------------------------------------
path: /netlib/pvm3/xpvm/XPVM.ALPHA.1.1.1/xpvm/src/help/
-----------------------------------------------------------
author.help
halt.help
hosts.help
quit.help
reset.help
tasks_kill.help
tasks_otf.help
tasks_signal.help
tasks_spawn.help
tasks_systasks.help
traces.help
views_call_trace.help
views_msgq.help
views_network.help
views_space_time.help
views_task_output.help
views_utilization.help
xpvm.help
-----------------------------------------------------------
path: /netlib/pvm3/xpvm/XPVM.ALPHA.1.1.1/xpvm/src/tcl/
-----------------------------------------------------------
button.tcl
dialog.tcl
entry.tcl
focus.tcl
init.tcl
listbox.tcl
menu.tcl
obsolete.tcl
old/
optionMenu.tcl
parray.tcl
scale.tcl
scrollbar.tcl
tclIndex
tearoff.tcl
text.tcl
tk.tcl
tkerror.tcl
-----------------------------------------------------------
path: /netlib/pvm3/xpvm/XPVM.ALPHA.1.1.1/xpvm/src/tcl/old/
-----------------------------------------------------------
button.tcl
dialog.tcl
entry.tcl
init.tcl
listbox.tcl
menu.tcl
parray.tcl
tclIndex
text.tcl
tk.tcl
tkerror.tcl
-----------------------------------------------------------
path: /netlib/pvm3/xpvm/XPVM.ALPHA.1.1.1/xpvm/src/xbm/
-----------------------------------------------------------
adj.xbm
alliant.xbm
alpha.xbm
alphamp.xbm
cm2.xbm
cm5.xbm
cnvx.xbm
convex.xbm
cray.xbm
cspp.xbm
dec5200.xbm
dummy_arch.xbm
fastfwd.xbm
fwd.xbm
fwdstep.xbm
grow.xbm
hppa.xbm
i860.xbm
ipsc2.xbm
ksr1.xbm
laptop.xbm
linux.xbm
next.xbm
pgon.xbm
pmax.xbm
ptrd.xbm
ptrl.xbm
ptrr.xbm
ptru.xbm
rewind.xbm
rs6k.xbm
sequent.xbm
sgi.xbm
sgi5.xbm
sgimp.xbm
shrink.xbm
smile.xbm
sparc.xbm
spin.xbm
spin2.xbm
spin3.xbm
spin4.xbm
stop.xbm
sun3.xbm
sun4.xbm
sun4sol2.xbm
sunmp.xbm
symmetry.xbm
zoom.swipe.l.xbm
zoom.swipe.r.xbm
zoom.swipe.xbm
-----------------------------------------------------------
for IBM RS6000 binary distribution for XPVM 1.1.1
path: /netlib/pvm3/xpvm/XPVM.RS6K.1.1.1/
-----------------------------------------------------------
xpvm/
-----------------------------------------------------------
path: /netlib/pvm3/xpvm/XPVM.RS6K.1.1.1/xpvm/
-----------------------------------------------------------
Makefile
README.arch
src/
-----------------------------------------------------------
path: /netlib/pvm3/xpvm/XPVM.RS6K.1.1.1/xpvm/src/
-----------------------------------------------------------
Makefile.aimk
Makefile.xpvm
README.arch
RS6K/
cktcl
cshrc.stub
globck
globs.tcl73.tk36.tclsrc
globs.tcl74.tk40.tclsrc
help/
procs.tcl
tcl/
util.tcl
xbm/
xpvm.tclsrc
-----------------------------------------------------------
path: /netlib/pvm3/xpvm/XPVM.RS6K.1.1.1/xpvm/src/RS6K/
-----------------------------------------------------------
xpvm
-----------------------------------------------------------
path: /netlib/pvm3/xpvm/XPVM.RS6K.1.1.1/xpvm/src/help/
-----------------------------------------------------------
author.help
halt.help
hosts.help
quit.help
reset.help
tasks_kill.help
tasks_otf.help
tasks_signal.help
tasks_spawn.help
tasks_systasks.help
traces.help
views_call_trace.help
views_msgq.help
views_network.help
views_space_time.help
views_task_output.help
views_utilization.help
xpvm.help
-----------------------------------------------------------
path: /netlib/pvm3/xpvm/XPVM.RS6K.1.1.1/xpvm/src/tcl/
-----------------------------------------------------------
button.tcl
dialog.tcl
entry.tcl
focus.tcl
init.tcl
listbox.tcl
menu.tcl
obsolete.tcl
old/
optionMenu.tcl
parray.tcl
scale.tcl
scrollbar.tcl
tclIndex
tearoff.tcl
text.tcl
tk.tcl
tkerror.tcl
-----------------------------------------------------------
path: /netlib/pvm3/xpvm/XPVM.RS6K.1.1.1/xpvm/src/tcl/old/
-----------------------------------------------------------
button.tcl
dialog.tcl
entry.tcl
init.tcl
listbox.tcl
menu.tcl
parray.tcl
tclIndex
text.tcl
tk.tcl
tkerror.tcl
-----------------------------------------------------------
path: /netlib/pvm3/xpvm/XPVM.RS6K.1.1.1/xpvm/src/xbm/
-----------------------------------------------------------
adj.xbm
alliant.xbm
alpha.xbm
alphamp.xbm
cm2.xbm
cm5.xbm
cnvx.xbm
convex.xbm
cray.xbm
cspp.xbm
dec5200.xbm
dummy_arch.xbm
fastfwd.xbm
fwd.xbm
fwdstep.xbm
grow.xbm
hppa.xbm
i860.xbm
ipsc2.xbm
ksr1.xbm
laptop.xbm
linux.xbm
next.xbm
pgon.xbm
pmax.xbm
ptrd.xbm
ptrl.xbm
ptrr.xbm
ptru.xbm
rewind.xbm
rs6k.xbm
sequent.xbm
sgi.xbm
sgi5.xbm
sgimp.xbm
shrink.xbm
smile.xbm
sparc.xbm
spin.xbm
spin2.xbm
spin3.xbm
spin4.xbm
stop.xbm
sun3.xbm
sun4.xbm
sun4sol2.xbm
sunmp.xbm
symmetry.xbm
zoom.swipe.l.xbm
zoom.swipe.r.xbm
zoom.swipe.xbm
-----------------------------------------------------------
for SGI IRIX 5.3 binary distribution for XPVM 1.1.1
path: /netlib/pvm3/xpvm/XPVM.SGI5.1.1.1/
-----------------------------------------------------------
xpvm/
-----------------------------------------------------------
path: /netlib/pvm3/xpvm/XPVM.SGI5.1.1.1/xpvm/
-----------------------------------------------------------
Makefile
README.arch
src/
-----------------------------------------------------------
path: /netlib/pvm3/xpvm/XPVM.SGI5.1.1.1/xpvm/src/
-----------------------------------------------------------
Makefile.aimk
Makefile.xpvm
README.arch
SGI5/
cktcl
cshrc.stub
globck
globs.tcl73.tk36.tclsrc
globs.tcl74.tk40.tclsrc
help/
procs.tcl
tcl/
util.tcl
xbm/
xpvm.tclsrc
-----------------------------------------------------------
path: /netlib/pvm3/xpvm/XPVM.SGI5.1.1.1/xpvm/src/SGI5/
-----------------------------------------------------------
xpvm
-----------------------------------------------------------
path: /netlib/pvm3/xpvm/XPVM.SGI5.1.1.1/xpvm/src/help/
-----------------------------------------------------------
author.help
halt.help
hosts.help
quit.help
reset.help
tasks_kill.help
tasks_otf.help
tasks_signal.help
tasks_spawn.help
tasks_systasks.help
traces.help
views_call_trace.help
views_msgq.help
views_network.help
views_space_time.help
views_task_output.help
views_utilization.help
xpvm.help
-----------------------------------------------------------
path: /netlib/pvm3/xpvm/XPVM.SGI5.1.1.1/xpvm/src/tcl/
-----------------------------------------------------------
button.tcl
dialog.tcl
entry.tcl
focus.tcl
init.tcl
listbox.tcl
menu.tcl
obsolete.tcl
old/
optionMenu.tcl
parray.tcl
scale.tcl
scrollbar.tcl
tclIndex
tearoff.tcl
text.tcl
tk.tcl
tkerror.tcl
-----------------------------------------------------------
path: /netlib/pvm3/xpvm/XPVM.SGI5.1.1.1/xpvm/src/tcl/old/
-----------------------------------------------------------
button.tcl
dialog.tcl
entry.tcl
init.tcl
listbox.tcl
menu.tcl
parray.tcl
tclIndex
text.tcl
tk.tcl
tkerror.tcl
-----------------------------------------------------------
path: /netlib/pvm3/xpvm/XPVM.SGI5.1.1.1/xpvm/src/xbm/
-----------------------------------------------------------
adj.xbm
alliant.xbm
alpha.xbm
alphamp.xbm
cm2.xbm
cm5.xbm
cnvx.xbm
convex.xbm
cray.xbm
cspp.xbm
dec5200.xbm
dummy_arch.xbm
fastfwd.xbm
fwd.xbm
fwdstep.xbm
grow.xbm
hppa.xbm
i860.xbm
ipsc2.xbm
ksr1.xbm
laptop.xbm
linux.xbm
next.xbm
pgon.xbm
pmax.xbm
ptrd.xbm
ptrl.xbm
ptrr.xbm
ptru.xbm
rewind.xbm
rs6k.xbm
sequent.xbm
sgi.xbm
sgi5.xbm
sgimp.xbm
shrink.xbm
smile.xbm
sparc.xbm
spin.xbm
spin2.xbm
spin3.xbm
spin4.xbm
stop.xbm
sun3.xbm
sun4.xbm
sun4sol2.xbm
sunmp.xbm
symmetry.xbm
zoom.swipe.l.xbm
zoom.swipe.r.xbm
zoom.swipe.xbm
-----------------------------------------------------------
for SUN Sparc binary distribution for XPVM 1.1.1
path: /netlib/pvm3/xpvm/XPVM.SUN4.1.1.1/
-----------------------------------------------------------
xpvm/
-----------------------------------------------------------
path: /netlib/pvm3/xpvm/XPVM.SUN4.1.1.1/xpvm/
-----------------------------------------------------------
Makefile
README.arch
src/
-----------------------------------------------------------
path: /netlib/pvm3/xpvm/XPVM.SUN4.1.1.1/xpvm/src/
-----------------------------------------------------------
Makefile.aimk
Makefile.xpvm
README.arch
SUN4/
cktcl
cshrc.stub
globck
globs.tcl73.tk36.tclsrc
globs.tcl74.tk40.tclsrc
help/
procs.tcl
tcl/
util.tcl
xbm/
xpvm.tclsrc
-----------------------------------------------------------
path: /netlib/pvm3/xpvm/XPVM.SUN4.1.1.1/xpvm/src/SUN4/
-----------------------------------------------------------
xpvm
-----------------------------------------------------------
path: /netlib/pvm3/xpvm/XPVM.SUN4.1.1.1/xpvm/src/help/
-----------------------------------------------------------
author.help
halt.help
hosts.help
quit.help
reset.help
tasks_kill.help
tasks_otf.help
tasks_signal.help
tasks_spawn.help
tasks_systasks.help
traces.help
views_call_trace.help
views_msgq.help
views_network.help
views_space_time.help
views_task_output.help
views_utilization.help
xpvm.help
-----------------------------------------------------------
path: /netlib/pvm3/xpvm/XPVM.SUN4.1.1.1/xpvm/src/tcl/
-----------------------------------------------------------
button.tcl
dialog.tcl
entry.tcl
focus.tcl
init.tcl
listbox.tcl
menu.tcl
obsolete.tcl
old/
optionMenu.tcl
parray.tcl
scale.tcl
scrollbar.tcl
tclIndex
tearoff.tcl
text.tcl
tk.tcl
tkerror.tcl
-----------------------------------------------------------
path: /netlib/pvm3/xpvm/XPVM.SUN4.1.1.1/xpvm/src/tcl/old/
-----------------------------------------------------------
button.tcl
dialog.tcl
entry.tcl
init.tcl
listbox.tcl
menu.tcl
parray.tcl
tclIndex
text.tcl
tk.tcl
tkerror.tcl
-----------------------------------------------------------
path: /netlib/pvm3/xpvm/XPVM.SUN4.1.1.1/xpvm/src/xbm/
-----------------------------------------------------------
adj.xbm
alliant.xbm
alpha.xbm
alphamp.xbm
cm2.xbm
cm5.xbm
cnvx.xbm
convex.xbm
cray.xbm
cspp.xbm
dec5200.xbm
dummy_arch.xbm
fastfwd.xbm
fwd.xbm
fwdstep.xbm
grow.xbm
hppa.xbm
i860.xbm
ipsc2.xbm
ksr1.xbm
laptop.xbm
linux.xbm
next.xbm
pgon.xbm
pmax.xbm
ptrd.xbm
ptrl.xbm
ptrr.xbm
ptru.xbm
rewind.xbm
rs6k.xbm
sequent.xbm
sgi.xbm
sgi5.xbm
sgimp.xbm
shrink.xbm
smile.xbm
sparc.xbm
spin.xbm
spin2.xbm
spin3.xbm
spin4.xbm
stop.xbm
sun3.xbm
sun4.xbm
sun4sol2.xbm
sunmp.xbm
symmetry.xbm
zoom.swipe.l.xbm
zoom.swipe.r.xbm
zoom.swipe.xbm
-----------------------------------------------------------
for Latest Complete Source code distribution for
path: /netlib/pvm3/xpvm/XPVM.src.1.1.1/
-----------------------------------------------------------
xpvm/
-----------------------------------------------------------
path: /netlib/pvm3/xpvm/XPVM.src.1.1.1/xpvm/
-----------------------------------------------------------
Makefile
README
src/
-----------------------------------------------------------
path: /netlib/pvm3/xpvm/XPVM.src.1.1.1/xpvm/src/
-----------------------------------------------------------
Makefile
Makefile.aimk
Makefile.xpvm
README
cktcl
commands.c
compat.pvmtev.h
compat.reverse.h
compat.trace.c
const.h
cshrc.stub
globck
globs.tcl73.tk36.tclsrc
globs.tcl74.tk40.tclsrc
help/
message.c
network.c
procs.tcl
pvm.c
task.c
tevmess.c
tevsort.c
trace.c
trace.h
ut.c
util.c
util.tcl
xbm/
xpvm.c
xpvm.h
xpvm.tclsrc
-----------------------------------------------------------
path: /netlib/pvm3/xpvm/XPVM.src.1.1.1/xpvm/src/help/
-----------------------------------------------------------
author.help
halt.help
hosts.help
quit.help
reset.help
tasks_kill.help
tasks_otf.help
tasks_signal.help
tasks_spawn.help
tasks_systasks.help
traces.help
views_call_trace.help
views_msgq.help
views_network.help
views_space_time.help
views_task_output.help
views_utilization.help
xpvm.help
-----------------------------------------------------------
path: /netlib/pvm3/xpvm/XPVM.src.1.1.1/xpvm/src/xbm/
-----------------------------------------------------------
adj.xbm
alliant.xbm
alpha.xbm
alphamp.xbm
cm2.xbm
cm5.xbm
cnvx.xbm
convex.xbm
cray.xbm
cspp.xbm
dec5200.xbm
dummy_arch.xbm
fastfwd.xbm
fwd.xbm
fwdstep.xbm
grow.xbm
hppa.xbm
i860.xbm
ipsc2.xbm
ksr1.xbm
laptop.xbm
linux.xbm
next.xbm
pgon.xbm
pmax.xbm
ptrd.xbm
ptrl.xbm
ptrr.xbm
ptru.xbm
rewind.xbm
rs6k.xbm
sequent.xbm
sgi.xbm
sgi5.xbm
sgimp.xbm
shrink.xbm
smile.xbm
sparc.xbm
spin.xbm
spin2.xbm
spin3.xbm
spin4.xbm
stop.xbm
sun3.xbm
sun4.xbm
sun4sol2.xbm
sunmp.xbm
symmetry.xbm
zoom.swipe.l.xbm
zoom.swipe.r.xbm
zoom.swipe.xbm
-----------------------------------------------------------
For Source Distribution Patch to take XPVM 1.1.0 to
path: /netlib/pvm3/xpvm/XPVM.src.patch.110to111/
-----------------------------------------------------------
README.patch
patch.src.110to111
-----------------------------------------------------------
for definite univariate integrals
path: /netlib/quadpack/
-----------------------------------------------------------
.depend
Makefile
dependencies
disclaimer
dqc25s.f gams H2a2a2
qc25s.f gams H2a2a2
qage.f gams H2a1a1
for same as (quadpack/qag) but provides more
information and control
dqage.f gams H2a1a1
for same as (quadpack/dqag) but provides more
information and control
qagie.f gams H2a3a1,H2a4a1
for same as (quadpack/qagi) but provides more
information and control
dqagie.f gams H2a3a1,H2a4a1
for same as (quadpack/dqagi) but provides more
information and control
qagpe.f gams H2a2a1
for same as (quadpack/qagp) but provides more
information and control
dqagpe.f gams H2a2a1
for same as (quadpack/dqagp) but provides more
information and control
qagse.f gams H2a1a1
for same as (quadpack/qags) but provides more
information and control
dqagse.f gams H2a1a1
for same as (quadpack/dqags) but provides more
information and control
qawoe.f gams H2a2a1
for same as (quadpack/qawo) but provides more
information and control
dqawoe.f gams H2a2a1
for same as (quadpack/dqawo) but provides more
information and control
qawse.f gams H2a2a1
for same as (quadpack/qaws) but provides more
information and control
dqawse.f gams H2a2a1
for same as (quadpack/dqaws) but provides more
information and control
qawce.f gams H2a2a1,J4
for same as (quadpack/qawc) but provides more
information and control
dqawce.f gams H2a2a1,J4
for same as (quadpack/dqawc) but provides more
information and control
qawfe.f gams H2a3a1
for same as (quadpack/qawf) but provides more
information and control
dqawfe.f gams H2a3a1
for same as (quadpack/dqawf) but provides more
information and control
qag.f gams H2a1a1
for 1D globally adaptive integrator using
Gauss-Kronrod quadrature, oscillating integrand
prec single
dqag.f gams H2a1a1
for 1D globally adaptive integrator using
Gauss-Kronrod quadrature, oscillating integrand
prec double
qagi.f gams H2a3a1,H2a4a1
for 1D globally adaptive integrator, infinite
intervals
prec single
dqagi.f gams H2a3a1,H2a4a1
for 1D globally adaptive integrator, infinite
intervals
prec double
qagp.f gams H2a2a1
for 1D globally adaptive integrator, singularities
or discontinuities
prec single
dqagp.f gams H2a2a1
for 1D globally adaptive integrator, singularities
or discontinuities
prec double
qags.f gams H2a1a1
for 1D globally adaptive integrator using interval
subdivision and extrapolation
prec single
dqags.f gams H2a1a1
for 1D globally adaptive integrator using interval
subdivision and extrapolation
prec double
qawo.f gams H2a2a1
for 1D integration of cos(omega*x)*f(x) or
sin(omega*x)*f(x) over a finite interval,
adaptive subdivision with extrapolation
prec single
dqawo.f gams H2a2a1
for 1D integration of cos(omega*x)*f(x) or
sin(omega*x)*f(x) over a finite interval,
adaptive subdivision with extrapolation
prec double
qaws.f gams H2a2a1
for 1D integration of functions with powers and or
logs over a finite interval
prec single
dqaws.f gams H2a2a1
for 1D integration of functions with powers and or
logs over a finite interval
prec double
qawc.f gams H2a2a1,J4
for compute Cauchy principal value of f(x)/(x-c)
over a finite interval
prec single
dqawc.f gams H2a2a1,J4
for compute Cauchy principal value of f(x)/(x-c)
over a finite interval
prec double
qng.f gams H2a1a1
for 1D non-adaptive automatic integrator
prec single
dqng.f gams H2a1a1
for 1D non-adaptive automatic integrator
prec double
qawf.f gams H2a3a1
for Fourier sine/cosine transform for user supplied
interval a to infinity
prec single
dqawf.f gams H2a3a1
for Fourier sine/cosine transform for user supplied
interval a to infinity
prec double
qk15.f gams H2a1a2
for estimate 1D integral on finite interval using a
15 point rule and give error estimate,
non-automatic
prec single
dqk15.f gams H2a1a2
for estimate 1D integral on finite interval using a
15 point rule and give error estimate,
non-automatic
prec double
qk21.f gams H2a1a2
for estimate 1D integral on finite interval using a
21 point rule and give error estimate,
non-automatic
prec single
dqk21.f gams H2a1a2
for estimate 1D integral on finite interval using a
21 point rule and give error estimate,
non-automatic
prec double
qk31.f gams H2a1a2
for estimate 1D integral on finite interval using a
31 point rule and give error estimate,
non-automatic
prec single
dqk31.f gams H2a1a2
for estimate 1D integral on finite interval using a
31 point rule and give error estimate,
non-automatic
prec double
qk41.f gams H2a1a2
for estimate 1D integral on finite interval using a
41 point rule and give error estimate,
non-automatic
prec single
dqk41.f gams H2a1a2
for estimate 1D integral on finite interval using a
41 point rule and give error estimate,
non-automatic
prec double
qk51.f gams H2a1a2
for estimate 1D integral on finite interval using a
51 point rule and give error estimate,
non-automatic
prec single
dqk51.f gams H2a1a2
for estimate 1D integral on finite interval using a
51 point rule and give error estimate,
non-automatic
prec double
qk61.f gams H2a1a2
for estimate 1D integral on finite interval using a
61 point rule and give error estimate,
non-automatic
prec single
dqk61.f gams H2a1a2
for estimate 1D integral on finite interval using a
61 point rule and give error estimate,
non-automatic
prec double
qk15i.f gams H2a3a2,H2a4a2
for estimate 1D integral on (semi)infinite interval
using a 15 point quadrature rule,non-automatic
prec single
dqk15i.f gams H2a3a2,H2a4a2
for estimate 1D integral on (semi)infinite interval
using a 15 point quadrature rule,non-automatic
prec double
qk15w.f gams H2a2a2
for estimate 1D integral with special singular
weight functions using a 15 point quadrature
rule
prec single
dqk15w.f gams H2a2a2
for estimate 1D integral with special singular
weight functions using a 15 point quadrature
rule
prec double
qc25c.f gams H2a2a2,J4
for 1D integral for Cauchy principal values using a
25 point quadrature rule
prec single
dqc25c.f gams H2a2a2,J4
for 1D integral for Cauchy principal values using a
25 point quadrature rule
prec double
qmomo.f gams H2a2a1,C3a2
for 1D integration of k-th degree Chebyshev
polynomial times a function with singularities
prec single
dqmomo.f gams H2a2a1,C3a2
for 1D integration of k-th degree Chebyshev
polynomial times a function with singularities
prec double
qc25f.f gams H2a2a2
for 1D integral for sin/cos integrand using a 25
point quadrature rule
prec single
dqc25f.f gams H2a2a2
for 1D integral for sin/cos integrand using a 25
point quadrature rule
prec double
doc
dqcheb.f
dqelg.f
dqpsrt.f
dqwgtc.f
dqwgtf.f
dqwgts.f
qcheb.f
qelg.f
qpsrt.f
qwgtc.f
qwgtf.f
qwgts.f
test/
readme
-----------------------------------------------------------
path: /netlib/quadpack/test/
-----------------------------------------------------------
Makefile
qng.f
-----------------------------------------------------------
for random number generators
path: /netlib/random/
-----------------------------------------------------------
# Do NOT use for cryptographic purposes. Read Internet RFC1750.
zufall.f for uniform , gaussian, and poisson random number
generation
alg lagged (-273,-607) Fibonacci; Box-Muller;
by W.P. Petersen, IPS, ETH Zuerich
lang Cray Fortran
zufall/ for uniform , gaussian, and poisson random number
generation
alg lagged (-273,-607) Fibonacci; Box-Muller;
by W.P. Petersen, IPS, ETH Zuerich
lang C
2drwtest.f for two-dimensional random walk test of pseudorandom
numbers
by I. Vattulainen <vattulai@convex.csc.fi>
ref Phys. Rev. Lett. 73, 2513 (1994).
prec single/double
nblocktest.f for n-block test of pseudorandom numbers
by I. Vattulainen <vattulai@convex.csc.fi>
ref Phys. Rev. Lett. 73, 2513 (1994).
prec single/double
acorrtiw.f for 2-d Ising model and autocorrelation test of
pseudorandom numbers
alg Wolff updating
by I. Vattulainen <vattulai@convex.csc.fi>
ref Phys. Rev. Lett. 73, 2513 (1994).
prec single/double
ranlib.f/ for random number generation from the distributions:
beta, chi-square, exponential, F, gamma,
multivariate normal, noncentral chi-square,
noncentral F, univariate normal, uniform,
binomial, negative binomial, multinomial,
Poisson; also: random permutations of an
integer array.
by Barry W. Brown, James Lovato, Kathy Russell
<bwb@odin.mda.uth.tmc.edu>
alg (base) L'Ecuyer and Cote, ACM TOMS 17:98-111
(1991)
lang Fortran
ranlib.c/ for random number generation from the distributions:
beta, chi-square, exponential, F, gamma,
multivariate normal, noncentral chi-square,
noncentral F, univariate normal, uniform,
binomial, negative binomial, multinomial,
Poisson; also: random permutations of an
integer array.
by Barry W. Brown, James Lovato, Kathy Russell
<bwb@odin.mda.uth.tmc.edu>
alg (base) L'Ecuyer and Cote, ACM TOMS 17:98-111
(1991)
lang C
dcdflib.f/ for cumulative distribution functions, inverses, and
parameters for: beta, binomial, chi-square,
noncentral chi-square, F, noncentral F, gamma,
negative binomial, normal, Poisson, Student's t.
alg various TOMS algorithms and Abramowitz&Stegun;
Bux Dekker zero-finding
by Barry W. Brown, James Lovato, Kathy Russell
<bwb@odin.mda.uth.tmc.edu>
lang Fortran
dcdflib.c/ for cumulative distribution functions, inverses, and
parameters for: beta, binomial, chi-square,
noncentral chi-square, F, noncentral F, gamma,
negative binomial, normal, Poisson, Student's t.
alg various TOMS algorithms and Abramowitz&Stegun;
Bux Dekker zero-finding
by Barry W. Brown, James Lovato, Kathy Russell
<bwb@odin.mda.uth.tmc.edu>
lang C
-----------------------------------------------------------
for cumulative distribution functions, inverses, and
path: /netlib/random/dcdflib.c/
-----------------------------------------------------------
README
doc/
src/
-----------------------------------------------------------
path: /netlib/random/dcdflib.c/doc/
-----------------------------------------------------------
dcdflib.chs
dcdflib.fdoc
dcdflib.h
-----------------------------------------------------------
path: /netlib/random/dcdflib.c/src/
-----------------------------------------------------------
cdflib.h
dcdflib.c
ipmpar.c
-----------------------------------------------------------
for cumulative distribution functions, inverses, and
path: /netlib/random/dcdflib.f/
-----------------------------------------------------------
README
doc/
src/
-----------------------------------------------------------
path: /netlib/random/dcdflib.f/doc/
-----------------------------------------------------------
dcdflib.chs
dcdflib.fdoc
-----------------------------------------------------------
path: /netlib/random/dcdflib.f/src/
-----------------------------------------------------------
algdiv.f
alngam.f
alnrel.f
apser.f
basym.f
bcorr.f
betaln.f
bfrac.f
bgrat.f
bpser.f
bratio.f
brcmp1.f
brcomp.f
bup.f
cdfbet.f
cdfbin.f
cdfchi.f
cdfchn.f
cdff.f
cdffnc.f
cdfgam.f
cdfnbn.f
cdfnor.f
cdfpoi.f
cdft.f
cumbet.f
cumbin.f
cumchi.f
cumchn.f
cumf.f
cumfnc.f
cumgam.f
cumnbn.f
cumnor.f
cumpoi.f
cumt.f
dbetrm.f
devlpl.f
dexpm1.f
dinvnr.f
dinvr.f
dlanor.f
dln1mx.f
dln1px.f
dlnbet.f
dlngam.f
dstrem.f
dt1.f
dzror.f
erf.f
erfc1.f
esum.f
exparg.f
fpser.f
gam1.f
gaminv.f
gamln.f
gamln1.f
gamma.f
grat1.f
gratio.f
gsumln.f
ipmpar.f
psi.f
rcomp.f
rexp.f
rlog.f
rlog1.f
spmpar.f
stvaln.f
-----------------------------------------------------------
for random number generation from the distributions:
path: /netlib/random/ranlib.c/
-----------------------------------------------------------
README
doc/
linpack/
src/
test/
-----------------------------------------------------------
path: /netlib/random/ranlib.c/doc/
-----------------------------------------------------------
Basegen.c.doc
ranlib.c.chs
ranlib.c.fdoc
-----------------------------------------------------------
path: /netlib/random/ranlib.c/linpack/
-----------------------------------------------------------
linpack.c
-----------------------------------------------------------
path: /netlib/random/ranlib.c/src/
-----------------------------------------------------------
com.c
ranlib.c
ranlib.h
-----------------------------------------------------------
path: /netlib/random/ranlib.c/test/
-----------------------------------------------------------
ranlib.h
tstbot.c
tstgmn.c
tstmid.c
-----------------------------------------------------------
for random number generation from the distributions:
path: /netlib/random/ranlib.f/
-----------------------------------------------------------
README
doc/
linpack/
src/
test/
-----------------------------------------------------------
path: /netlib/random/ranlib.f/doc/
-----------------------------------------------------------
Basegen.doc
ranlib.chs
ranlib.fdoc
-----------------------------------------------------------
path: /netlib/random/ranlib.f/linpack/
-----------------------------------------------------------
sdot.f
spofa.f
-----------------------------------------------------------
path: /netlib/random/ranlib.f/src/
-----------------------------------------------------------
advnst.f
genbet.f
genchi.f
genexp.f
genf.f
gengam.f
genmn.f
genmul.f
gennch.f
gennf.f
gennor.f
genprm.f
genunf.f
getcgn.f
getsd.f
ignbin.f
ignlgi.f
ignnbn.f
ignpoi.f
ignuin.f
initgn.f
inrgcm.f
lennob.f
mltmod.f
phrtsd.f
qrgnin.f
ranf.f
setall.f
setant.f
setgmn.f
setsd.f
sexpo.f
sgamma.f
snorm.f
-----------------------------------------------------------
path: /netlib/random/ranlib.f/test/
-----------------------------------------------------------
tstbot.f
tstgmn.f
tstmid.f
-----------------------------------------------------------
for uniform , gaussian, and poisson random number
path: /netlib/random/zufall/
-----------------------------------------------------------
READMEC
zufall.c
-----------------------------------------------------------
for small tools from Computing Science Research,
path: /netlib/research/
-----------------------------------------------------------
# All software in this directory is Copyright AT&T.
# Permission to use, copy, modify, and distribute this software for any
# purpose without fee is hereby granted, provided that this entire
# notice
# is included in all copies of any software which is or includes a copy
# or modification of this software and in all copies of the supporting
# documentation for such software.
# THIS SOFTWARE IS BEING PROVIDED "AS IS", WITHOUT ANY EXPRESS OR
# IMPLIED
# WARRANTY. IN PARTICULAR, NEITHER THE AUTHORS NOR AT&T MAKE ANY
# REPRESENTATION OR WARRANTY OF ANY KIND CONCERNING THE MERCHANTABILITY
# OF THIS SOFTWARE OR ITS FITNESS FOR ANY PARTICULAR PURPOSE.
boilerplate for all software leaving AT&T
cstr/
l2fit/ for least squares data fitting with user-specified
model.
by "one-liner" by Jon Bentley, calling optimizer by
David Gay.
cputimes.c by Bentley, Kernighan, Van Wyk
ref (Feb 1991) "A Simple Cost Model for C", Unix
Review.
decryptdb.c for program for decrypting entries in SIAM
membership list
ref "send 91-12 from research/nam"
by Feigenbaum, Grosse, and Reeds
nam/
siamdb.enc for encrypted SIAM membership list
size 1.4 MB
# DO NOT REQUEST BY EMAIL, USE FTP!
siamdb for sample database (uuencoded) of encrypted SIAM
membership list
awk.bundle/ for awk source code
by Aho, Kernighan, Weinberger
awkbookcode/ for programs from the awk book,
ref "The AWK Programming Language"
by Aho, Kernighan, and Weinberger
plauger_chk.c for checking whether a file is likely to survive
email
by Grosse
alg Plauger
anim.bundle/ for algorithm animation
by Bentley & Kernighan
size 343 kB
shm/ for shared memory utilities
by Eric Grosse
oldcputimes.c
stoclist93.ps
copt/ for very simple retargetable peephole optimizer (for
compilers)
by Chris Fraser <cwf@research.att.com>
lang C
sam/ for the Sam editor
by Rob Pike, now maintained by Bob Flandrena
<bobf@research.att.com>
size 976 kB
metapost/ for a graphics language based on METAFONT, but with
PostScript output
by John Hobby
size 1.2 MB
# DO NOT REQUEST BY EMAIL, USE FTP!
-----------------------------------------------------------
for algorithm animation
path: /netlib/research/anim.bundle/
-----------------------------------------------------------
Makefile
README
anim.c
develop
fdevelop.c
int.def
isort.gen
libXg.bundle
movie
movie.1
newer.c
qsort.i
qsort.s
script.def
show.clicks
stills
stills.awk
stills.def
test.i
test.s
view.clicks
-----------------------------------------------------------
for awk source code
path: /netlib/research/awk.bundle/
-----------------------------------------------------------
FIXES
README
awk.1
awk.g.y
awk.h
awk.lx.l
b.c
lib.c
main.c
makefile
maketab.c
parse.c
proto.h
run.c
tran.c
-----------------------------------------------------------
for programs from the awk book,
path: /netlib/research/awkbookcode/
-----------------------------------------------------------
# This contains all the programs from The AWK Programming Language,
# by Aho, Kernighan and Weinberger (Addison-Wesley, 1988).
# They have been packed by the bundle program found on page 81,
# and can be unpacked by the unbundle on page 82, also included
# here. A text editor will also do this pretty easily.
ch1
ch2
ch3
ch4
ch5
ch6
ch7
unbundle.awk
-----------------------------------------------------------
for very simple retargetable peephole optimizer (for
path: /netlib/research/copt/
-----------------------------------------------------------
copt.1
copt.c
rules
test.s
-----------------------------------------------------------
path: /netlib/research/cstr/
-----------------------------------------------------------
readme
-----------------------------------------------------------
for least squares data fitting with user-specified
path: /netlib/research/l2fit/
-----------------------------------------------------------
README
gen.data
l2fit
-----------------------------------------------------------
for a graphics language based on METAFONT, but with
path: /netlib/research/metapost/
-----------------------------------------------------------
CHANGES
DISCLAIMER
Makefile
NOTICE
README
VERSION
defaults.h
doc/
mp/
mplib/
mpware/
site.h
-----------------------------------------------------------
path: /netlib/research/metapost/doc/
-----------------------------------------------------------
agepop91.d
agepopm.d
countries.d
demo.ms
energy.d
examples.mp
figs.1
figs.mp
lead.d
manfig.mp
matmul.d
mp.1
mpgraph.dvi
mpgraph.mp
mpgraph.ps
mpintro.bib
mpintro.tex
mpman.dvi
mpman.ps
timepop.d
-----------------------------------------------------------
path: /netlib/research/metapost/mp/
-----------------------------------------------------------
Makefile
convert
fix.lex
fixcoerce.h
ini_to_trap
mathtest.c
mp.ch
mp.def
mp.h
mp.web
mpext.c
mpmath.c
pathexp.c
pmath.c
test_mpd.h
time.c
trapdir/
trapmp
-----------------------------------------------------------
path: /netlib/research/metapost/mp/trapdir/
-----------------------------------------------------------
README
mtrap.0
mtrap.1
mtrap.log
mtrap.mp
trap.148
trap.149
trap.150
trap.151
trap.197
trap.200
trap.5
trap.6
trap.fot
trap.log
trap.mp
trap.mpx
trap.pl
trap1.in
trap2.in
trapf.pl
trapin.log
writeo
writeo.2
-----------------------------------------------------------
path: /netlib/research/metapost/mplib/
-----------------------------------------------------------
TEX.mp
boxes.mp
charlib/
format.mp
graph.mp
marith.mp
mfplain.mp
mproof.tex
plain.mp
psfonts.map
rboxes.mp
sarith.mp
string.mp
texnum.mp
trchars.adj
trfonts.map
troffnum.mp
-----------------------------------------------------------
path: /netlib/research/metapost/mplib/charlib/
-----------------------------------------------------------
12
14
34
Ao
Fi
Fl
L1
LH
Lb
Sl
ao
bx
ci
ff
lh
ob
rh
sq
~=
-----------------------------------------------------------
path: /netlib/research/metapost/mpware/
-----------------------------------------------------------
Makefile
convert
dmp.c
dvimpext.c
dvitomp.ch
dvitomp.web
makempx
mptotex.c
mptotr.c
mpware.def
mpware.h
newer.c
testex.err
testex.mp
testex.tex
troffmpx
-----------------------------------------------------------
path: /netlib/research/nam/
-----------------------------------------------------------
readme
-----------------------------------------------------------
for the Sam editor
path: /netlib/research/sam/
-----------------------------------------------------------
Makefile
README
boilerplate
doc/
include/
libXg/
libframe/
sam/
samterm/
version
-----------------------------------------------------------
path: /netlib/research/sam/doc/
-----------------------------------------------------------
Sam.ad
add.3
balloc.3
bitblt.3
bitmap.6
cachechars.3
event.3
font.4
frame.3
graphics.3
keyboard.4
regexp.6
rgbpix.3
rune.3
sam.1
sam.ps
sam.tut.ms
se.ps
utf.4
-----------------------------------------------------------
path: /netlib/research/sam/include/
-----------------------------------------------------------
frame.h
libc.h
libg.h
u.h
-----------------------------------------------------------
path: /netlib/research/sam/libXg/
-----------------------------------------------------------
Gwin.h
GwinP.h
Make.BSDi
Make.aix
Make.apollo
Make.convex
Make.dec
Make.dynix
Make.hpux
Make.irix
Make.irix5
Make.mips
Make.osf
Make.ptx
Make.solaris
Make.sun
Make.v10
Makefile
arc.c
arith.c
balloc.c
bitblt.c
bitbltclip.c
border.c
bscreenrect.c
circle.c
clipline.c
clipr.c
copymasked.c
cursorset.c
cursorswitch.c
disc.c
ellipse.c
font.c
gcs.c
getrect.c
gwin.c
latin1.c
ldconvert.c
libgint.h
menuhit.c
mkfont.c
point.c
polysegment.c
rdbitmap.c
rdbitmapfile.c
rdfontfile.c
rectclip.c
rune.c
segment.c
string.c
strwidth.c
test.c
texture.c
wrbitmap.c
wrbitmapfile.c
xtbinit.c
-----------------------------------------------------------
path: /netlib/research/sam/libframe/
-----------------------------------------------------------
Make.BSDi
Make.aix
Make.apollo
Make.convex
Make.dec
Make.dynix
Make.hpux
Make.irix
Make.irix5
Make.mips
Make.osf
Make.ptx
Make.solaris
Make.sun
Make.v10
Makefile
frbox.c
frdelete.c
frdraw.c
frinit.c
frinsert.c
frptofchar.c
frselect.c
frstr.c
frutil.c
misc.c
-----------------------------------------------------------
path: /netlib/research/sam/sam/
-----------------------------------------------------------
B.rc
Make.BSDi
Make.aix
Make.apollo
Make.convex
Make.dec
Make.dynix
Make.hpux
Make.irix
Make.irix5
Make.mips
Make.osf
Make.ptx
Make.solaris
Make.sun
Make.v10
Makefile
address.c
buffer.c
cmd.c
disc.c
error.c
errors.h
file.c
io.c
list.c
mesg.c
mesg.h
moveto.c
multi.c
parse.h
plan9.c
rasp.c
regexp.c
sam.c
sam.h
shell.c
string.c
sys.c
unix.c
xec.c
-----------------------------------------------------------
path: /netlib/research/sam/samterm/
-----------------------------------------------------------
Make.BSDi
Make.aix
Make.apollo
Make.convex
Make.dec
Make.dynix
Make.hpux
Make.irix
Make.irix5
Make.mips
Make.osf
Make.ptx
Make.solaris
Make.sun
Make.v10
Makefile
flayer.c
flayer.h
icons.c
io.c
main.c
menu.c
mesg.c
plan9.c
rasp.c
samterm.h
scroll.c
unix.c
-----------------------------------------------------------
for shared memory utilities
path: /netlib/research/shm/
-----------------------------------------------------------
svid.c for shared memory interface
alg implementation based on the system calls shmget,
shmat, shmdt
by Eric Grosse
ref How shall we connect our software tools?,
Visualization'91 Proceedings
shmid.c for shared memory interface
alg tiny standalone program to print shm identifying
string.
by Eric Grosse
ref How shall we connect our software tools?,
Visualization'91 Proceedings
isshm.c for shared memory interface
by Eric Grosse
ref How shall we connect our software tools?,
Visualization'91 Proceedings
-----------------------------------------------------------
for software for MIMD distributed memory computers
path: /netlib/scalapack/
-----------------------------------------------------------
# SCALAPACK directory
# =========
# This directory contains a number of different software packages
# involved in the ScaLAPACK project.
# PLEASE NOTE: As of February 28, 1995, this directory was
# updated with the PBLAS version of ScaLAPACK.
# Machine-specific versions of the BLACS are no
# longer available in this directory, but in its
# own directory called blacs. This first public
# release of ScaLAPACK is incompatible with previous
# test releases.
#
# The new BLACS version of PUMMA is now available.
#
# The URL for the BLAS is http://www.netlib.org/blas/index.html.
# The URL for the BLACS is http://www.netlib.org/blacs/index.html.
# The URL for PVM is http://www.netlib.org/pvm3/index.html.
#
# Questions/comments should be directed to scalapack@cs.utk.edu.
# ##############################
# # SOFTWARE AND DOCUMENTATION #
# ##############################
index.bak
pumma.ps
scalapack/ for ScaLAPACK, version 1.1, tar file containing
source code and installation guide for the
ScaLAPACK routines and the PBLAS routines.
Assumes the BLAS and the BLACS are available.
UPDATED: March 20, 1995 with patch_1.tar.
size 1731461 bytes
patch_1/ for PATCH 1 for ScaLAPACK (version 1.0 --> version
1.1).
You must cd to your SCALAPACK directory and
untar the file.
size 182388 bytes
errata.scalapack for ERRATA file for ScaLAPACK. Details all "bug
fixes" included in the patches, as well as a
list of "TO BE FIXED" bugs for the upcoming
release.
size 9657 bytes
scalapack_install.ps for Installation Guide for ScaLAPACK and its Test
Suite.
size 271598 bytes
lawn100.ps for LAPACK Working Note 100: A Proposal for a Set
of Parallel Basic Linear Algebra Subprograms
(PBLAS)
size 424966 bytes
pblasqref.ps for PBLAS Quick Reference Guide
size 93391 bytes
# #########
# # PUMMA #
# #########
pumma_refmanual.ps for PUMMA Reference Manual
size 179780 bytes
trans.ps for Parallel Matrix Transpose Algorithms on
Distributed Memory Concurrent Computers This
paper outlines another facet of PUMMA.
size 537057 bytes
pumma_blacs/ for (FOR ANON FTP, email via NETLIB, or XNETLIB
USERS) This is the BLACS version of PUMMA,
version 2.1. (this file has been tar; compress;
uuencode) Updated: July, 1995
size 318504 bytes
lang Fortran
gams d1b6
pumma_picl/ for (FOR ANON FTP, email via NETLIB, or XNETLIB
USERS) This is the PICL version of PUMMA,
version 2.1. (this file has been tar; compress;
uuencode) Updated: March 24, 1995
size 318767 bytes
lang Fortran
gams d1b6
# #########
# # CAPSS #
# #########
capss-beta/ for (FOR ANON FTP and XNETLIB USERS ONLY) NOT
AVAILABLE BY EMAIL CAPSS is a fully parallel
package to solve a sparse linear system of the
form Ax=b on a message passing multiprocessor
using matrix factorization. This is a first
Release which is meant for the Intel iPSC/860
machines; the code has been compiled and tested
on an Intel iPSC/860 with 1-128 processors. The
code is written in C with message passing
extensions as provided provided by PICL, a
Portable Instrumented Communications Library.
It also uses a few native iPSC/860 functions.
(this file has been tar; compress)
by Padma Raghavan <padma@ncsa.uiuc.edu>
size 1067725 bytes
lang C
# ##########
# # ARPACK #
# ##########
readme.arpack for A README file for the ARPACK distribution ARPACK
is a Fortran 77 software package for solving
large scale eigenvalue problems. The package
is designed to compute a few eigenvalues and
corresponding eigenvectors of a large (sparse)
matrix.
size 20644 bytes
instructions.arpack for Installation instructions for ARPACK.
size 3458 bytes
arpack_ug.tex for User's Guide for ARPACK on the Intel Delta
Touchstone
size 10366 bytes
dist/ for ARPACK is an implementation of Arnoldi's
algorithm for computing the eigenvalues and
eigenvectors of a large sparse nonsymmetric
matrix
by Dan Sorensen <sorensen@rice.edu> and Rich
Lehoucq <lehoucq@rice.edu>
size 1958551 bytes
lang Fortran
-----------------------------------------------------------
for (FOR ANON FTP and XNETLIB USERS ONLY) NOT
path: /netlib/scalapack/capss-beta/
-----------------------------------------------------------
Doc/
Index
Readme
Src/
Test/
-----------------------------------------------------------
path: /netlib/scalapack/capss-beta/Doc/
-----------------------------------------------------------
Readme
capss.bib
capss.ps
capss.tex
siam12.sty
-----------------------------------------------------------
path: /netlib/scalapack/capss-beta/Src/
-----------------------------------------------------------
Makefile
capss.c
cnd_stats.h
d_exchange.c
d_n_fact.h
d_n_fact_spd.c
d_s_fact.c
d_s_fact.h
factor.c
l_n_fact.c
l_n_fact.h
l_s_fact.c
l_s_fact.h
map.h
map_grid.c
map_mesh.c
map_tool.c
map_utilities.c
n_defs.h
n_fact.c
n_fact.h
n_merges.c
n_merges.h
n_merges_spd.c
n_routines.h
n_utilities.c
o_counts.c
o_counts.h
o_d.h
o_d_ext.h
o_d_extra.c
o_d_gather.c
o_d_l_glue.c
o_d_l_glue.h
o_d_phase.c
o_d_seps.c
o_d_seps.h
o_defs.h
o_ext.h
o_interface.c
o_items.c
o_l.h
o_l_ext.h
o_l_phase.c
o_l_phase.h
o_l_seps.c
o_lists.c
o_lists.h
o_merges.c
o_s.h
o_s_ext.h
o_s_glue.c
o_show.c
o_utilities.c
order.c
order.h
q_sort.c
redistribute.c
redistribute.h
s_defs.h
s_fact.c
s_fact.h
s_util_spd.c
saxpy_mc.s
set_fsr.c
set_fsr.s
sfill.s
solve.c
sscal.s
-----------------------------------------------------------
path: /netlib/scalapack/capss-beta/Test/
-----------------------------------------------------------
Readme
grid
hammond
shuttle
sphere3
sphere4
sphere6
vaughan
venkat2
venkat2dual
-----------------------------------------------------------
for ARPACK is an implementation of Arnoldi's
path: /netlib/scalapack/dist/
-----------------------------------------------------------
BLAS/
DOCUMENTS/
EXAMPLES/
LAPACK/
README
SRC/
TEST/
UTIL/
makefile
skeleton.mak
-----------------------------------------------------------
path: /netlib/scalapack/dist/BLAS/
-----------------------------------------------------------
dasum.f
daxpy.f
dcopy.f
ddot.f
dgemm.f
dgemv.f
dger.f
dnrm2.f
drot.f
drotg.f
dscal.f
dswap.f
dsymv.f
dsyr2.f
dtrsm.f
idamax.f
isamax.f
makefile
sasum.f
saxpy.f
scopy.f
sdot.f
sgemm.f
sgemv.f
sger.f
snrm2.f
srot.f
srotg.f
sscal.f
sswap.f
ssymv.f
ssyr2.f
strsm.f
-----------------------------------------------------------
path: /netlib/scalapack/dist/DOCUMENTS/
-----------------------------------------------------------
README
debug.doc
ex-nonsym.doc
ex-sym.doc
stat.doc
-----------------------------------------------------------
path: /netlib/scalapack/dist/EXAMPLES/
-----------------------------------------------------------
README
makefile
sgttrf.f
sgttrs.f
shinv.f
simple.f
-----------------------------------------------------------
path: /netlib/scalapack/dist/LAPACK/
-----------------------------------------------------------
dgetf2.f
dgetrf.f
dgetrs.f
dlabad.f
dlacpy.f
dladiv.f
dlae2.f
dlaev2.f
dlagtm.f
dlahqr.f
dlaln2.f
dlamch.f
dlanhs.f
dlanst.f
dlanv2.f
dlaptm.f
dlapy2.f
dlaran.f
dlarf.f
dlarfg.f
dlarnd.f
dlarnv.f
dlartg.f
dlaruv.f
dlascl.f
dlasr.f
dlassq.f
dlaswp.f
dlazro.f
dsteqr.f
dtrevc.f
ilaenv.f
lsame.f
lsamen.f
makefile
sgetf2.f
sgetrf.f
sgetrs.f
slabad.f
slacpy.f
sladiv.f
slae2.f
slaev2.f
slagtm.f
slahqr.f
slaln2.f
slamch.f
slanhs.f
slanst.f
slanv2.f
slaptm.f
slapy2.f
slaran.f
slarf.f
slarfg.f
slarnd.f
slarnv.f
slartg.f
slaruv.f
slascl.f
slasr.f
slassq.f
slaswp.f
slazro.f
ssteqr.f
strevc.f
xerbla.f
xlaenv.f
-----------------------------------------------------------
path: /netlib/scalapack/dist/SRC/
-----------------------------------------------------------
README
debug.h
dgetv0.f
dlaqrb.f
dnaitr.f
dnapps.f
dnaup2.f
dnaupd.f
dnconv.f
dneigh.f
dnevec.f
dngets.f
dsaitr.f
dsapps.f
dsaup2.f
dsaupd.f
dsconv.f
dseigt.f
dsesrt.f
dseupd.f
dsgets.f
dsortc.f
dsortr.f
dstatn.f
dstats.f
dstqlb.f
dstqrb.f
makefile
namedef.h
sgetv0.f
slaqrb.f
snaitr.f
snapps.f
snaup2.f
snaupd.f
snconv.f
sneigh.f
snevec.f
sngets.f
ssaitr.f
ssapps.f
ssaup2.f
ssaupd.f
ssconv.f
sseigt.f
ssesrt.f
sseupd.f
ssgets.f
ssortc.f
ssortr.f
sstatn.f
sstats.f
sstqlb.f
sstqrb.f
stat.h
version.h
-----------------------------------------------------------
path: /netlib/scalapack/dist/TEST/
-----------------------------------------------------------
README
craymv.f
debug.h
dense.h
dense_d_sym
dense_nonsym.f
dense_s_sym
dsmgen.f
dsymt.f
input_nonsym
input_sym
makefile
matgen.f
matgen_need.f
read_nonsym.h
read_sym.h
snmgen.f
sparse.h
sparse1.f
sparse2.f
sparseutil.f
ssmgen.f
ssymt.f
stat.h
testbcs.f
testlin.f
-----------------------------------------------------------
path: /netlib/scalapack/dist/UTIL/
-----------------------------------------------------------
dmout.f
dvout.f
icnteq.f
icopy.f
iset.f
iswap.f
ivout.f
makefile
second.f
smout.f
svout.f
-----------------------------------------------------------
for PATCH 1 for ScaLAPACK (version 1.0 --> version
path: /netlib/scalapack/patch_1/
-----------------------------------------------------------
PBLAS/
README.patch1
SLmake.LINUX
SRC/
TESTING/
make.patch
-----------------------------------------------------------
path: /netlib/scalapack/patch_1/PBLAS/
-----------------------------------------------------------
SRC/
-----------------------------------------------------------
path: /netlib/scalapack/patch_1/PBLAS/SRC/
-----------------------------------------------------------
Makefile
PBBLAS/
pberror_.c
pblas.h
pblas_.c
pcaxpy_.c
pccopy_.c
pcdotc_.c
pcdotu_.c
pcscal_.c
pcsscal_.c
pcswap_.c
pctranc_.c
pctranu_.c
pctrsm_.c
pctrsv_.c
pdaxpy_.c
pdcopy_.c
pddot_.c
pdscal_.c
pdswap_.c
pdtran_.c
pdtrsm_.c
pdtrsv_.c
psaxpy_.c
pscopy_.c
psdot_.c
psscal_.c
psswap_.c
pstran_.c
pstrsm_.c
pstrsv_.c
pzaxpy_.c
pzcopy_.c
pzdotc_.c
pzdotu_.c
pzdscal_.c
pzscal_.c
pzswap_.c
pztranc_.c
pztranu_.c
pztrsm_.c
pztrsv_.c
-----------------------------------------------------------
path: /netlib/scalapack/patch_1/PBLAS/SRC/PBBLAS/
-----------------------------------------------------------
pbctrsv.f
pbdtrsv.f
pbstrsv.f
pbztrsv.f
-----------------------------------------------------------
path: /netlib/scalapack/patch_1/SRC/
-----------------------------------------------------------
pcgebd2.f
pcgebrd.f
pclange.f
pclanhe.f
pclanhs.f
pclansy.f
pclantr.f
pclassq.f
pdgebd2.f
pdgebrd.f
pdlange.f
pdlanhs.f
pdlansy.f
pdlantr.f
pdlassq.f
psgebd2.f
psgebrd.f
pslange.f
pslanhs.f
pslansy.f
pslantr.f
pslassq.f
pzgebd2.f
pzgebrd.f
pzlange.f
pzlanhe.f
pzlanhs.f
pzlansy.f
pzlantr.f
pzlassq.f
-----------------------------------------------------------
path: /netlib/scalapack/patch_1/TESTING/
-----------------------------------------------------------
EIG/
LIN/
-----------------------------------------------------------
path: /netlib/scalapack/patch_1/TESTING/EIG/
-----------------------------------------------------------
pcbrddriver.f
pcgebdrv.f
pchrddriver.f
pctrddriver.f
pdbrddriver.f
pdgebdrv.f
pdhrddriver.f
pdtrddriver.f
psbrddriver.f
psgebdrv.f
pshrddriver.f
pstrddriver.f
pzbrddriver.f
pzgebdrv.f
pzhrddriver.f
pztrddriver.f
-----------------------------------------------------------
path: /netlib/scalapack/patch_1/TESTING/LIN/
-----------------------------------------------------------
pcinvdriver.f
pclltdriver.f
pcludriver.f
pcqrdriver.f
pdinvdriver.f
psinvdriver.f
pzinvdriver.f
-----------------------------------------------------------
for (FOR ANON FTP, email via NETLIB, or XNETLIB
path: /netlib/scalapack/pumma_blacs/
-----------------------------------------------------------
README
SRC/
TESTING/
-----------------------------------------------------------
path: /netlib/scalapack/pumma_blacs/SRC/
-----------------------------------------------------------
Makefile
pcmma.f
pcmnna.f
pcmnnb.f
pcmntc.f
pcmtnc.f
pcpuminc.f
pctrans.f
pdmma.f
pdmnna.f
pdmnnb.f
pdmntc.f
pdmtnc.f
pdpuminc.f
pdtrans.f
psmma.f
psmnna.f
psmnnb.f
psmntc.f
psmtnc.f
pspuminc.f
pstrans.f
puminc.f
pxerbla.f
pzmma.f
pzmnna.f
pzmnnb.f
pzmntc.f
pzmtnc.f
pzpuminc.f
pztrans.f
toolsinc.f
-----------------------------------------------------------
path: /netlib/scalapack/pumma_blacs/TESTING/
-----------------------------------------------------------
Makefile
PUMMA.CPLX
PUMMA.REAL
PUMMA.dat
dlamch.f
icopy.f
pcmatgen.f
pcmmadriver.f
pcmmainfo.f
pcpumchk.f
pdlamch.f
pdmatgen.f
pdmmadriver.f
pdmmainfo.f
pdpumchk.f
pmatgeninc.f
pslamch.f
psmatgen.f
psmmadriver.f
psmmainfo.f
pspumchk.f
pzmatgen.f
pzmmadriver.f
pzmmainfo.f
pzpumchk.f
slamch.f
sltimer.f
-----------------------------------------------------------
for (FOR ANON FTP, email via NETLIB, or XNETLIB
path: /netlib/scalapack/pumma_picl/
-----------------------------------------------------------
README
SRC/
TESTING/
-----------------------------------------------------------
path: /netlib/scalapack/pumma_picl/SRC/
-----------------------------------------------------------
Makefile
pcmma.f
pcmnna.f
pcmnnb.f
pcmntc.f
pcmtnc.f
pcpuminc.f
pctrans.f
pdmma.f
pdmnna.f
pdmnnb.f
pdmntc.f
pdmtnc.f
pdpuminc.f
pdtrans.f
psmma.f
psmnna.f
psmnnb.f
psmntc.f
psmtnc.f
pspuminc.f
pstrans.f
puminc.f
pxerbla.f
pzmma.f
pzmnna.f
pzmnnb.f
pzmntc.f
pzmtnc.f
pzpuminc.f
pztrans.f
toolsinc.f
-----------------------------------------------------------
path: /netlib/scalapack/pumma_picl/TESTING/
-----------------------------------------------------------
Makefile
PUMMA.CPLX
PUMMA.REAL
PUMMA.dat
dlamch.f
icopy.f
pcmatgen.f
pcmmadriver.f
pcmmainfo.f
pcpumchk.f
pdmatgen.f
pdmmadriver.f
pdmmainfo.f
pdpumchk.f
pmatgeninc.f
psmatgen.f
psmmadriver.f
psmmainfo.f
pspumchk.f
pzmatgen.f
pzmmadriver.f
pzmmainfo.f
pzpumchk.f
slamch.f
-----------------------------------------------------------
for ScaLAPACK, version 1.1, tar file containing
path: /netlib/scalapack/scalapack/
-----------------------------------------------------------
DOC/
Makefile
PBLAS/
README
REDIST/
SLmake.ALPHA
SLmake.CM5
SLmake.HPPA
SLmake.I860
SLmake.LINUX
SLmake.NEXT
SLmake.PGON
SLmake.PMAX
SLmake.RS6K
SLmake.SGI
SLmake.SP1
SLmake.SP2
SLmake.SUN4
SLmake.SUN4SOL2
SLmake.SUNMP
SLmake.T3D
SLmake.inc
SRC/
TESTING/
TOOLS/
-----------------------------------------------------------
path: /netlib/scalapack/scalapack/DOC/
-----------------------------------------------------------
scalapack_install.ps
-----------------------------------------------------------
path: /netlib/scalapack/scalapack/PBLAS/
-----------------------------------------------------------
SRC/
TESTING/
-----------------------------------------------------------
path: /netlib/scalapack/scalapack/PBLAS/SRC/
-----------------------------------------------------------
Makefile
PBBLAS/
pberror_.c
pblas.h
pblas_.c
pcamax_.c
pcaxpy_.c
pccopy_.c
pcdotc_.c
pcdotu_.c
pcgemm_.c
pcgemv_.c
pcgerc_.c
pcgeru_.c
pchemm_.c
pchemv_.c
pcher2_.c
pcher2k_.c
pcher_.c
pcherk_.c
pcscal_.c
pcsscal_.c
pcswap_.c
pcsymm_.c
pcsyr2k_.c
pcsyrk_.c
pctranc_.c
pctranu_.c
pctrmm_.c
pctrmv_.c
pctrsm_.c
pctrsv_.c
pdamax_.c
pdasum_.c
pdaxpy_.c
pdcopy_.c
pddot_.c
pdgemm_.c
pdgemv_.c
pdger_.c
pdnrm2_.c
pdscal_.c
pdswap_.c
pdsymm_.c
pdsymv_.c
pdsyr2_.c
pdsyr2k_.c
pdsyr_.c
pdsyrk_.c
pdtran_.c
pdtrmm_.c
pdtrmv_.c
pdtrsm_.c
pdtrsv_.c
pdzasum_.c
pdznrm2_.c
psamax_.c
psasum_.c
psaxpy_.c
pscasum_.c
pscnrm2_.c
pscopy_.c
psdot_.c
psgemm_.c
psgemv_.c
psger_.c
psnrm2_.c
psscal_.c
psswap_.c
pssymm_.c
pssymv_.c
pssyr2_.c
pssyr2k_.c
pssyr_.c
pssyrk_.c
pstran_.c
pstrmm_.c
pstrmv_.c
pstrsm_.c
pstrsv_.c
pzamax_.c
pzaxpy_.c
pzcopy_.c
pzdotc_.c
pzdotu_.c
pzdscal_.c
pzgemm_.c
pzgemv_.c
pzgerc_.c
pzgeru_.c
pzhemm_.c
pzhemv_.c
pzher2_.c
pzher2k_.c
pzher_.c
pzherk_.c
pzscal_.c
pzswap_.c
pzsymm_.c
pzsyr2k_.c
pzsyrk_.c
pztranc_.c
pztranu_.c
pztrmm_.c
pztrmv_.c
pztrsm_.c
pztrsv_.c
-----------------------------------------------------------
path: /netlib/scalapack/scalapack/PBLAS/SRC/PBBLAS/
-----------------------------------------------------------
Makefile
pbcdzero.f
pbcdzro1.f
pbcgemm.f
pbcgemv.f
pbcgerc.f
pbcgeru.f
pbchemm.f
pbchemv.f
pbcher.f
pbcher2.f
pbcher2k.f
pbcherk.f
pbclacp1.f
pbclacpz.f
pbcmatadd.f
pbcsymm.f
pbcsyr2k.f
pbcsyrk.f
pbctrad1.f
pbctradd.f
pbctran.f
pbctrget.f
pbctrmm.f
pbctrmv.f
pbctrnv.f
pbctrsm.f
pbctrsrt.f
pbctrst1.f
pbctrsv.f
pbcvecadd.f
pbddzero.f
pbddzro1.f
pbdgemm.f
pbdgemv.f
pbdger.f
pbdlacp1.f
pbdlacpz.f
pbdmatadd.f
pbdsymm.f
pbdsymv.f
pbdsyr.f
pbdsyr2.f
pbdsyr2k.f
pbdsyrk.f
pbdtrad1.f
pbdtradd.f
pbdtran.f
pbdtrget.f
pbdtrmm.f
pbdtrmv.f
pbdtrnv.f
pbdtrsm.f
pbdtrsrt.f
pbdtrst1.f
pbdtrsv.f
pbdvecadd.f
pbsdzero.f
pbsdzro1.f
pbsgemm.f
pbsgemv.f
pbsger.f
pbslacp1.f
pbslacpz.f
pbsmatadd.f
pbssymm.f
pbssymv.f
pbssyr.f
pbssyr2.f
pbssyr2k.f
pbssyrk.f
pbstrad1.f
pbstradd.f
pbstran.f
pbstrget.f
pbstrmm.f
pbstrmv.f
pbstrnv.f
pbstrsm.f
pbstrsrt.f
pbstrst1.f
pbstrsv.f
pbsvecadd.f
pbzdzero.f
pbzdzro1.f
pbzgemm.f
pbzgemv.f
pbzgerc.f
pbzgeru.f
pbzhemm.f
pbzhemv.f
pbzher.f
pbzher2.f
pbzher2k.f
pbzherk.f
pbzlacp1.f
pbzlacpz.f
pbzmatadd.f
pbzsymm.f
pbzsyr2k.f
pbzsyrk.f
pbztrad1.f
pbztradd.f
pbztran.f
pbztrget.f
pbztrmm.f
pbztrmv.f
pbztrnv.f
pbztrsm.f
pbztrsrt.f
pbztrst1.f
pbztrsv.f
pbzvecadd.f
pxerbla.f
-----------------------------------------------------------
path: /netlib/scalapack/scalapack/PBLAS/TESTING/
-----------------------------------------------------------
Makefile
PBBLAS/
PBC2BLAS.dat
PBC3BLAS.dat
PBD2BLAS.dat
PBD3BLAS.dat
PBS2BLAS.dat
PBS3BLAS.dat
PBZ2BLAS.dat
PBZ3BLAS.dat
delta.exe
gamma.exe
pgon.exe
sp1.exe
-----------------------------------------------------------
path: /netlib/scalapack/scalapack/PBLAS/TESTING/PBBLAS/
-----------------------------------------------------------
Makefile
PBC2BLAS.dat
PBC3BLAS.dat
PBD2BLAS.dat
PBD3BLAS.dat
PBS2BLAS.dat
PBS3BLAS.dat
PBZ2BLAS.dat
PBZ3BLAS.dat
pbc2check.f
pbc2chkinfo.f
pbc3check.f
pbc3chkinfo.f
pbchkinc.f
pbd2check.f
pbd2chkinfo.f
pbd3check.f
pbd3chkinfo.f
pbs2check.f
pbs2chkinfo.f
pbs3check.f
pbs3chkinfo.f
pbz2check.f
pbz2chkinfo.f
pbz3check.f
pbz3chkinfo.f
pcmatchk.f
pcmatgen.f
pcmt2chk.f
pcvecchk.f
pdmatchk.f
pdmatgen.f
pdmt2chk.f
pdvecchk.f
pmatgeninc.f
psmatchk.f
psmatgen.f
psmt2chk.f
psvecchk.f
pzmatchk.f
pzmatgen.f
pzmt2chk.f
pzvecchk.f
-----------------------------------------------------------
path: /netlib/scalapack/scalapack/REDIST/
-----------------------------------------------------------
SRC/
TESTING/
-----------------------------------------------------------
path: /netlib/scalapack/scalapack/REDIST/SRC/
-----------------------------------------------------------
Makefile
pcgemr.c
pcgemr2.c
pctrmr.c
pctrmr2.c
pdgemr.c
pdgemr2.c
pdtrmr.c
pdtrmr2.c
pgemraux.c
pigemr.c
pigemr2.c
pitrmr.c
pitrmr2.c
psgemr.c
psgemr2.c
pstrmr.c
pstrmr2.c
pzgemr.c
pzgemr2.c
pztrmr.c
pztrmr2.c
-----------------------------------------------------------
path: /netlib/scalapack/scalapack/REDIST/TESTING/
-----------------------------------------------------------
GEMR2D.dat
Makefile
TRMR2D.dat
pcgemrdrv.c
pctrmrdrv.c
pdgemrdrv.c
pdtrmrdrv.c
pigemrdrv.c
pitrmrdrv.c
psgemrdrv.c
pstrmrdrv.c
pzgemrdrv.c
pztrmrdrv.c
-----------------------------------------------------------
path: /netlib/scalapack/scalapack/SRC/
-----------------------------------------------------------
Makefile
dlasrt2.f
dstein2.f
pcgebd2.f
pcgebrd.f
pcgeequ.f
pcgehd2.f
pcgehrd.f
pcgelq2.f
pcgelqf.f
pcgeql2.f
pcgeqlf.f
pcgeqpf.f
pcgeqr2.f
pcgeqrf.f
pcgerq2.f
pcgerqf.f
pcgesv.f
pcgetf2.f
pcgetrf.f
pcgetri.f
pcgetrs.f
pchetd2.f
pchetrd.f
pclabrd.f
pclacgv.f
pclacp2.f
pclacpy.f
pclahrd.f
pclange.f
pclanhe.f
pclanhs.f
pclansy.f
pclantr.f
pclapiv.f
pclapv2.f
pclaqge.f
pclaqsy.f
pclarf.f
pclarfb.f
pclarfc.f
pclarfg.f
pclarft.f
pclascl.f
pclase2.f
pclaset.f
pclassq.f
pclaswp.f
pclatra.f
pclatrd.f
pclauu2.f
pclauum.f
pcpoequ.f
pcposv.f
pcpotf2.f
pcpotrf.f
pcpotri.f
pcpotrs.f
pctrti2.f
pctrtri.f
pctrtrs.f
pcung2l.f
pcung2r.f
pcungl2.f
pcunglq.f
pcungql.f
pcungqr.f
pcungr2.f
pcungrq.f
pcunm2l.f
pcunm2r.f
pcunmbr.f
pcunmhr.f
pcunml2.f
pcunmlq.f
pcunmql.f
pcunmqr.f
pcunmr2.f
pcunmrq.f
pcunmtr.f
pdgebd2.f
pdgebrd.f
pdgeequ.f
pdgehd2.f
pdgehrd.f
pdgelq2.f
pdgelqf.f
pdgeql2.f
pdgeqlf.f
pdgeqpf.f
pdgeqr2.f
pdgeqrf.f
pdgerq2.f
pdgerqf.f
pdgesv.f
pdgetf2.f
pdgetrf.f
pdgetri.f
pdgetrs.f
pdlabad.f
pdlabrd.f
pdlacp2.f
pdlacpy.f
pdlaevswp.f
pdlahrd.f
pdlaiect.c
pdlamch.f
pdlange.f
pdlanhs.f
pdlansy.f
pdlantr.f
pdlapiv.f
pdlapv2.f
pdlaqge.f
pdlaqsy.f
pdlared1d.f
pdlarf.f
pdlarfb.f
pdlarfg.f
pdlarft.f
pdlascl.f
pdlase2.f
pdlaset.f
pdlassq.f
pdlaswp.f
pdlatra.f
pdlatrd.f
pdlauu2.f
pdlauum.f
pdorg2l.f
pdorg2r.f
pdorgl2.f
pdorglq.f
pdorgql.f
pdorgqr.f
pdorgr2.f
pdorgrq.f
pdorm2l.f
pdorm2r.f
pdormbr.f
pdormhr.f
pdorml2.f
pdormlq.f
pdormql.f
pdormqr.f
pdormr2.f
pdormrq.f
pdormtr.f
pdpoequ.f
pdposv.f
pdpotf2.f
pdpotrf.f
pdpotri.f
pdpotrs.f
pdstebz.f
pdstein.f
pdsyevx.f
pdsyevx.h
pdsytd2.f
pdsytrd.f
pdtrti2.f
pdtrtri.f
pdtrtrs.f
psgebd2.f
psgebrd.f
psgeequ.f
psgehd2.f
psgehrd.f
psgelq2.f
psgelqf.f
psgeql2.f
psgeqlf.f
psgeqpf.f
psgeqr2.f
psgeqrf.f
psgerq2.f
psgerqf.f
psgesv.f
psgetf2.f
psgetrf.f
psgetri.f
psgetrs.f
pslabad.f
pslabrd.f
pslacp2.f
pslacpy.f
pslahrd.f
pslamch.f
pslange.f
pslanhs.f
pslansy.f
pslantr.f
pslapiv.f
pslapv2.f
pslaqge.f
pslaqsy.f
pslarf.f
pslarfb.f
pslarfg.f
pslarft.f
pslascl.f
pslase2.f
pslaset.f
pslassq.f
pslaswp.f
pslatra.f
pslatrd.f
pslauu2.f
pslauum.f
psorg2l.f
psorg2r.f
psorgl2.f
psorglq.f
psorgql.f
psorgqr.f
psorgr2.f
psorgrq.f
psorm2l.f
psorm2r.f
psormbr.f
psormhr.f
psorml2.f
psormlq.f
psormql.f
psormqr.f
psormr2.f
psormrq.f
psormtr.f
pspoequ.f
psposv.f
pspotf2.f
pspotrf.f
pspotri.f
pspotrs.f
pssytd2.f
pssytrd.f
pstrti2.f
pstrtri.f
pstrtrs.f
pzgebd2.f
pzgebrd.f
pzgeequ.f
pzgehd2.f
pzgehrd.f
pzgelq2.f
pzgelqf.f
pzgeql2.f
pzgeqlf.f
pzgeqpf.f
pzgeqr2.f
pzgeqrf.f
pzgerq2.f
pzgerqf.f
pzgesv.f
pzgetf2.f
pzgetrf.f
pzgetri.f
pzgetrs.f
pzhetd2.f
pzhetrd.f
pzlabrd.f
pzlacgv.f
pzlacp2.f
pzlacpy.f
pzlahrd.f
pzlange.f
pzlanhe.f
pzlanhs.f
pzlansy.f
pzlantr.f
pzlapiv.f
pzlapv2.f
pzlaqge.f
pzlaqsy.f
pzlarf.f
pzlarfb.f
pzlarfc.f
pzlarfg.f
pzlarft.f
pzlascl.f
pzlase2.f
pzlaset.f
pzlassq.f
pzlaswp.f
pzlatra.f
pzlatrd.f
pzlauu2.f
pzlauum.f
pzpoequ.f
pzposv.f
pzpotf2.f
pzpotrf.f
pzpotri.f
pzpotrs.f
pztrti2.f
pztrtri.f
pztrtrs.f
pzung2l.f
pzung2r.f
pzungl2.f
pzunglq.f
pzungql.f
pzungqr.f
pzungr2.f
pzungrq.f
pzunm2l.f
pzunm2r.f
pzunmbr.f
pzunmhr.f
pzunml2.f
pzunmlq.f
pzunmql.f
pzunmqr.f
pzunmr2.f
pzunmrq.f
pzunmtr.f
-----------------------------------------------------------
path: /netlib/scalapack/scalapack/TESTING/
-----------------------------------------------------------
BRD.dat
EIG/
HRD.dat
INV.dat
LIN/
LLT.dat
LU.dat
QR.dat
SEP.dat
TRD.dat
delta.exe
gamma.exe
pgon.exe
sp1.exe
-----------------------------------------------------------
path: /netlib/scalapack/scalapack/TESTING/EIG/
-----------------------------------------------------------
Makefile
pcbrddriver.f
pcbrdinfo.f
pcgebdrv.f
pcgehdrv.f
pchetdrv.f
pchrddriver.f
pchrdinfo.f
pclafchk.f
pcmatgen.f
pctrddriver.f
pctrdinfo.f
pdbrddriver.f
pdbrdinfo.f
pdgebdrv.f
pdgehdrv.f
pdhrddriver.f
pdhrdinfo.f
pdlafchk.f
pdlagsy.f
pdlatms.f
pdmatgen.f
pdsepchk.f
pdsepdriver.f
pdsepinfo.f
pdsepqtq.f
pdsepreq.f
pdseptst.f
pdseptst2.f
pdsytdrv.f
pdtrddriver.f
pdtrdinfo.f
pmatgeninc.f
psbrddriver.f
psbrdinfo.f
psgebdrv.f
psgehdrv.f
pshrddriver.f
pshrdinfo.f
pslafchk.f
psmatgen.f
pssytdrv.f
pstrddriver.f
pstrdinfo.f
pzbrddriver.f
pzbrdinfo.f
pzgebdrv.f
pzgehdrv.f
pzhetdrv.f
pzhrddriver.f
pzhrdinfo.f
pzlafchk.f
pzmatgen.f
pztrddriver.f
pztrdinfo.f
sample_pdsyevx_call.f
-----------------------------------------------------------
path: /netlib/scalapack/scalapack/TESTING/LIN/
-----------------------------------------------------------
Makefile
pcgelqrv.f
pcgeqlrv.f
pcgeqrrv.f
pcgerqrv.f
pcgetrrv.f
pcinvchk.f
pcinvdriver.f
pcinvinfo.f
pclafchk.f
pclaschk.f
pclltdriver.f
pclltinfo.f
pcludriver.f
pcluinfo.f
pcmatgen.f
pcpotrrv.f
pcqrdriver.f
pcqrinfo.f
pdgelqrv.f
pdgeqlrv.f
pdgeqrrv.f
pdgerqrv.f
pdgetrrv.f
pdinvchk.f
pdinvdriver.f
pdinvinfo.f
pdlafchk.f
pdlaschk.f
pdlltdriver.f
pdlltinfo.f
pdludriver.f
pdluinfo.f
pdmatgen.f
pdpotrrv.f
pdqrdriver.f
pdqrinfo.f
pmatgeninc.f
psgelqrv.f
psgeqlrv.f
psgeqrrv.f
psgerqrv.f
psgetrrv.f
psinvchk.f
psinvdriver.f
psinvinfo.f
pslafchk.f
pslaschk.f
pslltdriver.f
pslltinfo.f
psludriver.f
psluinfo.f
psmatgen.f
pspotrrv.f
psqrdriver.f
psqrinfo.f
pzgelqrv.f
pzgeqlrv.f
pzgeqrrv.f
pzgerqrv.f
pzgetrrv.f
pzinvchk.f
pzinvdriver.f
pzinvinfo.f
pzlafchk.f
pzlaschk.f
pzlltdriver.f
pzlltinfo.f
pzludriver.f
pzluinfo.f
pzmatgen.f
pzpotrrv.f
pzqrdriver.f
pzqrinfo.f
-----------------------------------------------------------
path: /netlib/scalapack/scalapack/TOOLS/
-----------------------------------------------------------
LAPACK/
Makefile
ccdotc.f
ccdotu.f
chk1mat.f
cmatadd.f
dddot.f
descinit.f
descset.f
dmatadd.f
dsasum.f
dscasum.f
dscnrm2.f
dsnrm2.f
iceil.f
ilacpy.f
ilcm.f
indxg2l.f
indxg2p.f
indxl2g.f
infog1l.f
infog2l.f
npreroc.f
numroc.f
pcchekpad.f
pccol2row.f
pcelget.f
pcelset.f
pcelset2.f
pcfillpad.f
pchkxmat.f
pclaprnt.f
pcmatadd.f
pcrow2col.f
pctreecomb.f
pdchekpad.f
pdcol2row.f
pdelget.f
pdelset.f
pdelset2.f
pdfillpad.f
pdlaprnt.f
pdmatadd.f
pdrow2col.f
pdtreecomb.f
pichekpad.f
picol2row.f
pielget.f
pielset.f
pielset2.f
pifillpad.f
pilaprnt.f
pirow2col.f
pitreecomb.f
pschekpad.f
pscol2row.f
pselget.f
pselset.f
pselset2.f
psfillpad.f
pslaprnt.f
psmatadd.f
psrow2col.f
pstreecomb.f
pzchekpad.f
pzcol2row.f
pzelget.f
pzelset.f
pzelset2.f
pzfillpad.f
pzlaprnt.f
pzmatadd.f
pzrow2col.f
pztreecomb.f
sltimer.f
smatadd.f
ssdot.f
zmatadd.f
zzdotc.f
zzdotu.f
-----------------------------------------------------------
path: /netlib/scalapack/scalapack/TOOLS/LAPACK/
-----------------------------------------------------------
Makefile
clacgv.f
clacpy.f
cladiv.f
clagge.f
claghe.f
clagsy.f
clarf.f
clarfb.f
clarfg.f
clarft.f
clarnd.f
clarot.f
clascl.f
claset.f
classq.f
clatms.f
cstein.f
cunm2l.f
cunm2r.f
cunmql.f
cunmqr.f
cunmtr.f
dlabad.f
dlacpy.f
dladiv.f
dlagge.f
dlagsy.f
dlagtf.f
dlagts.f
dlamch.f
dlapy2.f
dlapy3.f
dlaran.f
dlarf.f
dlarfb.f
dlarfg.f
dlarft.f
dlarnd.f
dlarnv.f
dlarot.f
dlartg.f
dlaruv.f
dlascl.f
dlaset.f
dlasrt.f
dlassq.f
dlatm1.f
dlatms.f
dorm2l.f
dorm2r.f
dormql.f
dormqr.f
dormtr.f
dstein.f
dzsum1.f
icmax1.f
icopy.f
ilaenv.f
izmax1.f
lsame.f
lsamen.f
scsum1.f
slabad.f
slacpy.f
sladiv.f
slagge.f
slagsy.f
slagtf.f
slagts.f
slamch.f
slapy2.f
slapy3.f
slaran.f
slarf.f
slarfb.f
slarfg.f
slarft.f
slarnd.f
slarnv.f
slarot.f
slartg.f
slaruv.f
slascl.f
slaset.f
slasrt.f
slassq.f
slatm1.f
slatms.f
sorm2l.f
sorm2r.f
sormql.f
sormqr.f
sormtr.f
sstein.f
xerbla.f
zlacgv.f
zlacpy.f
zladiv.f
zlagge.f
zlaghe.f
zlagsy.f
zlarf.f
zlarfb.f
zlarfg.f
zlarft.f
zlarnd.f
zlarot.f
zlascl.f
zlaset.f
zlassq.f
zlatms.f
zstein.f
zunm2l.f
zunm2r.f
zunmql.f
zunmqr.f
zunmtr.f
-----------------------------------------------------------
for the Schedule package, to aid transportable
path: /netlib/sched/
-----------------------------------------------------------
alliant2/
build/
diaz/
flex.notes
map/
new.alliant/
newalliant/
newtrace/
readme for overview of sched
alliant/ for Alliant verion of the Schedule program
size 140479 bytes
balance/ for Sequent Balance verion of the Schedule program
size 183136 bytes
sched.doc
sequent/
spark.note
symmetry for Sequent Symmetry verion of the Schedule program
size 140140 bytes
encore/ for Encore verion of the Schedule program
size 159373 bytes
usersguide
vax/ for Vax verion of the Schedule program
size 139817 bytes
sun/ for Sun verion of the Schedule program
size 139817 bytes
sun4/ for Sun-4 verion of the Schedule program
size 96203 bytes
cray2/ for Cray-2 verion of the Schedule program
size 163628 bytes
flex for Flex version of the Schedule program
size 34347 bytes
ncube/ for Ncube version of the Schedule program
size 75878 bytes
ibm for IBM version of the Schedule program
size 175747 bytes
trace/ for trace the flow of execution for an application
using the Schedule package.
size 236501 bytes
uguide for Users' Guide for the Schedule package and
Tracing facility.
size 66765 bytes
uguide-post for Users' Guide for the Schedule package and
Tracing facility
lang PostScript
paper for Tech Memo describing the Schedule package
size 70181 bytes
# pic file | tbl | eqn | troff -ms
paper-post for Tech Memo describing the Schedule package
lang PostScript
refer for refer file used with paper
size 19878 bytes
encore-notes size 1219 bytes
sequent-notes size 1434 bytes
user-changes size 2468 bytes
shmap/ for SHMAP programs as a shar file.
size 2384011 bytes
map-post for postscript version of the MAP paper.
size 90289 bytes
-----------------------------------------------------------
for Alliant verion of the Schedule program
path: /netlib/sched/alliant/
-----------------------------------------------------------
README
blkjac.f
d_and_c.f
data
data.blkjac
data.ts_dynamic
example.f
ftsubs.f
ftsubs.graph.f
indx0.h
indxj.h
lockoff.s
lockon.s
maindp.f
make1
makefile
maxparms.h
newevdp0.f
nops.s
old.test
putq.c
second.f
stateig.f
statses.f
stseswait.f
stuffspawn.f
testrun
ts_dynamic.f
-----------------------------------------------------------
path: /netlib/sched/alliant2/
-----------------------------------------------------------
README
d_and_c.f
data
ftsubs.f
ftsubs.graph.f
lockoff.s
lockon.s
maindp.f
make1
makefile
newevdp0.f
nops.s
oldtest
putq.c
second.f
stateig.f
statses.f
stseswait.f
stuffspawn.f
testrun
-----------------------------------------------------------
for Sequent Balance verion of the Schedule program
path: /netlib/sched/balance/
-----------------------------------------------------------
README
blkjac.f
cputm.c
d_and_c.f
data
data.blkjac
data.ts_dynamic
example.f
ftsubs.f
ftsubs.graph.f
indx0.h
indxj.h
maindp.f
make1
makefile
maxparms.h
newevdp0.f
oldtest
putq.c
second.f
stateig.f
statses.f
stseswait.f
stuffspawn.f
testrun
ts_dynamic.f
-----------------------------------------------------------
path: /netlib/sched/build/
-----------------------------------------------------------
BUILD/
-----------------------------------------------------------
path: /netlib/sched/build/BUILD/
-----------------------------------------------------------
README
SUNVIEW/
X/
daxpy.f
dgefa.f
graph.100
graph.abcd
graph.dcnew
graph.example
graph.loop
graph.tsbig
graph.tsnew
graph.tsotb
src/
stuff1.f
stuff2.f
sub.list
sub.list.danny
sub.list2
-----------------------------------------------------------
path: /netlib/sched/build/BUILD/SUNVIEW/
-----------------------------------------------------------
build.icon
makefile
move.cursor
procs.c
wd_drawing.c
window_init.c
-----------------------------------------------------------
path: /netlib/sched/build/BUILD/X/
-----------------------------------------------------------
Command.c
Command.h
CommandI.h
CommandP.h
Label.h
LabelP.h
Simple.h
SimpleP.h
color_stuff.c
load.map
makefile
procs.c
wd_drawing.c
window_init.c
-----------------------------------------------------------
path: /netlib/sched/build/BUILD/src/
-----------------------------------------------------------
add_to_list.c
assign_level.c
assign_xy.c
at_level.c
build.h
cgiconstants.h
cgidefs.h
cgipw.h
draw_arc.c
draw_graph.c
draw_level.c
drawing.c
dump.c
find_parents.c
load.c
main.c
make_node.c
makefile
mouse.c
new_tree.c
open_graphfi.c
parse_name.c
sampop.h
save_file.c
searches.c
-----------------------------------------------------------
for Cray-2 verion of the Schedule program
path: /netlib/sched/cray2/
-----------------------------------------------------------
README
chekin.f
d_and_c.f
data
dep.f
dump.f
graph.chekin.f
graph.dep.f
graph.dump.f
graph.gtprb.f
graph.ientry.f
graph.libopn.f
graph.nxtag.f
graph.place.f
graph.start2.f
graph.wait.f
gtprb.f
ientry.f
libopn.f
maindp.f
make1
makefile
newevdp0.f
nxtag.f
place.f
putq.c
start2.f
stateig.f
statses.f
stseswait.f
stuffspawn.f
testrun
to.harwell.f
trace.graph
wait.f
-----------------------------------------------------------
path: /netlib/sched/diaz/
-----------------------------------------------------------
README
bulk.f
makefile
mtrprd.f
ttl.f
-----------------------------------------------------------
for Encore verion of the Schedule program
path: /netlib/sched/encore/
-----------------------------------------------------------
README
compile
d_and_c.f
data
edcommand
encore_preproc.c
ftsubs.f
ftsubsgraph.f
maindp.f
make1
makefile
maketrace
mclock.c
newevdp0.f
oldtest
putq.c
second.f
secondproc.c
stateig.f
statses.f
stseswait.f
stuffspawn.f
testrun
-----------------------------------------------------------
path: /netlib/sched/map/
-----------------------------------------------------------
MAPA/
MAPI/
README
makefile
-----------------------------------------------------------
path: /netlib/sched/map/MAPA/
-----------------------------------------------------------
README
cache_stuff.c
flash_access.c
load.c
makefile
map_matrix.c
mapa.c
mapa.h
mapa.icon
memory.lu1
memory.lu2
memory.lu3
memory.luall
memory.sgetrf
memory.sgetrf2
memory.spotrf
memory.spotrfl
open_memoryfile.c
print_stats.c
process_file.c
procs.c
program_init.c
read_args.c
wd_drawing.c
window_init.c
-----------------------------------------------------------
path: /netlib/sched/map/MAPI/
-----------------------------------------------------------
README
add_new_parameters.c
assignment.c
do_initial_stuff.c
get_next_line.c
lib/
lu1.f
lu2.f
lu3.f
lumain.f
main.c
makefile
mapi.h
process_input.c
remove_blanks.c
sub_call.c
to_upper.c
-----------------------------------------------------------
path: /netlib/sched/map/MAPI/lib/
-----------------------------------------------------------
README
init.f
isamax.f
lsame.f
makefile
matgen.f
mclock.c
msaxpy.f
mscopy.f
msgemm.f
msgemv.f
msscal.f
msswap.f
mssymm.f
mssymv.f
mssyr.f
mssyr2k.f
mssyrk.f
mstrmm.f
mstrmv.f
mstrsm.f
mstrsv.f
ops.f
r.f
saxpy.f
scopy.f
second.f
sgemv.f
sgetf2.f
sscal.f
sswap.f
ssymv.f
ssyr2k.f
strsv.f
w.f
xerbla.f
-----------------------------------------------------------
for Ncube version of the Schedule program
path: /netlib/sched/ncube/
-----------------------------------------------------------
README
cmake
dmain.fn
doc.fortran
fcs.c
fl
fln
fntoc
fp
fpn
fs
fsn
ftsubs.f
gtprb.f
lstar.hqx
lstar.hx
makefile
nxtag.fn
pmake
pnmake
ptoi.hqx
ptoi.hx
putq.f
sched.f
slen.f
slen.fn
sndtag.f
sp.fn
spawn.fn
split.fn
spt.f
star.hqx
star.hx
sumsqrt.fn
swrapup.f
wait.fn
work.f
wrapup.f
-----------------------------------------------------------
path: /netlib/sched/new.alliant/
-----------------------------------------------------------
B1
B2
B3
B4
B5
B6
B7
B8
I1
I2
I3
I4
I5
I6
I7
I8
README
blkjac.f
ftsubs.f
i1
i2
i3
i4
i5
i6
i7
i8
indx0.h
indxj.h
lockoff.s
lockon.s
make.archive
makefile
maxparms.h
nops.s
pgm.big.f
putq.c
second.f
speedup.f
ts_dynamic.f
-----------------------------------------------------------
path: /netlib/sched/newalliant/
-----------------------------------------------------------
README
d_and_c.f
data
ftsubs.f
ftsubs.graph.f
lockoff.s
lockon.s
maindp.f
make1
makefile
newevdp0.f
nops.s
oldtest
putq.c
second.f
stateig.f
statses.f
stseswait.f
stuffspawn.f
testrun
trace.graph
trace.ts
trace2.graph
ts_static.f
-----------------------------------------------------------
path: /netlib/sched/newtrace/
-----------------------------------------------------------
active.c
all_else.c
assign_xy.c
atlevel.c
build_levels.c
c_time.c
constants.h
draw_level.c
drawing.c
dumps.c
events.c
find_parents.c
load.c
main.c
makefile
names.c
new_tree.c
open_tracefile.c
procs.c
rebuild.c
sched.trace.c
sched.trace.h
sched.trace.icon
scheddefs.h
search.c
structures.h
sundecs.h
trace.100
trace.dc2new
trace.dcnew
trace.graph
trace.tsnew
trcxx.1
trcxx.2
trcxx.3
trcxx.foo
window_init.c
xxxyyy
-----------------------------------------------------------
path: /netlib/sched/sequent/
-----------------------------------------------------------
README
cputm.c
d_and_c.f
data
example.f
ftsubs.f
ftsubs.graph.f
maindp.f
make1
makefile
newevdp0.f
oldtest
putq.c
second.f
stateig.f
statses.f
stseswait.f
stuffspawn.f
testrun
-----------------------------------------------------------
for SHMAP programs as a shar file.
path: /netlib/sched/shmap/
-----------------------------------------------------------
SHMAPA/
-----------------------------------------------------------
path: /netlib/sched/shmap/SHMAPA/
-----------------------------------------------------------
SUNVIEW/
X/
makefile
src/
trace.Parallel
trace.Parallel2
trace.Parallel3
trace.Parallel4
trace.high
trace.lu1
trace.lu1.100
trace.lu1pd
trace.lu2
trace.lu2.100
trace.lu2pd
trace.lu3
trace.lu3.100
trace.lu3.1000
trace.lu3pd
trace.luall
trace.luallpd
trace.makeup
trace.mm
trace.sgeinv
trace.sgetrf
trace.sgetrf2
trace.shmlu1
trace.spoinv
trace.spoinvl
trace.spotrf
trace.spotrfl
trace.tredb
trace.wide
-----------------------------------------------------------
path: /netlib/sched/shmap/SHMAPA/SUNVIEW/
-----------------------------------------------------------
anl.cursor
makefile
procs.c
shmapa.cursor
shmapa.icon
window_init.c
-----------------------------------------------------------
path: /netlib/sched/shmap/SHMAPA/X/
-----------------------------------------------------------
makefile
procs.c
window_init.c
-----------------------------------------------------------
path: /netlib/sched/shmap/SHMAPA/src/
-----------------------------------------------------------
cache_stuff.c
color_map.c
flash_access.c
load.c
map_matrix.c
open_tracefile.c
print_stats.c
process_file.c
program_init.c
read_args.c
shmapa.c
shmapa.h
use_pool.c
wd_drawing.c
-----------------------------------------------------------
for Sun verion of the Schedule program
path: /netlib/sched/sun/
-----------------------------------------------------------
README
blkjac.f
d_and_c.f
data
data.blkjac
data.ts_dynamic
example.f
ftsubs.f
ftsubs.graph.f
indx0.h
indxj.h
make1
makefile
maxparms.h
oldtest
putq.c
second.f
stuffspawn.f
testrun
ts_dynamic.f
-----------------------------------------------------------
for Sun-4 verion of the Schedule program
path: /netlib/sched/sun4/
-----------------------------------------------------------
README
args.h
assign.h
blkjac.f
d_and_c.f
data
data.blkjac
data.ts_dynamic
defs.h
example.f
ftsubs.F
indx0.h
indxj.h
make1
makefile
newsched.h
oldtest
putq.c
second.f
stuffspawn.f
testrun
ts_dynamic.f
-----------------------------------------------------------
for trace the flow of execution for an application
path: /netlib/sched/trace/
-----------------------------------------------------------
TRACE/
-----------------------------------------------------------
path: /netlib/sched/trace/TRACE/
-----------------------------------------------------------
README
SUNVIEW/
X/
shar_me
src/
trace.100
trace.b21eig
trace.dandc
trace.eth
trace.simple
trace.tsnew
trace.tsspawn
-----------------------------------------------------------
path: /netlib/sched/trace/TRACE/SUNVIEW/
-----------------------------------------------------------
color_stuff.c
main.c
makefile
procs.c
sched.trace.icon
wd_drawing.c
window_init.c
-----------------------------------------------------------
path: /netlib/sched/trace/TRACE/X/
-----------------------------------------------------------
Slider.c
Slider.h
SliderP.h
c_time.c
color_stuff.c
main.c
makefile
procs.c
wd_drawing.c
window_init.c
-----------------------------------------------------------
path: /netlib/sched/trace/TRACE/src/
-----------------------------------------------------------
Slider.h
active.c
assign_xy.c
atlevel.c
build_levels.c
c_time.c
cgiconstants.h
cgidefs.h
cgipw.h
draw_level.c
draw_path.c
draw_subtree.c
drawing.c
dumps.c
events.c
find_parents.c
get_path_len.c
legend.c
load.c
new_tree.c
open_tracefi.c
pathes.c
rebuild.c
sched.trace.h
searches.c
-----------------------------------------------------------
for Vax verion of the Schedule program
path: /netlib/sched/vax/
-----------------------------------------------------------
README
d_and_c.f
data
ftsubs.f
ftsubs.graph.f
lockoff.f
lockon.f
maindp.f
make1
makefile
newevdp0.f
nops.f
oldtest
putq.c
second.f
stateig.f
statses.f
stseswait.f
stuffspawn.f
testrun
-----------------------------------------------------------
# a portable FORTRAN emulation (by M.J. McBride
path: /netlib/scilib/
-----------------------------------------------------------
blasd.out
blass.out
date.f
doc
fftd.out
ffts.out
filterd.out
filters.out
gatscatd.out
gatscats.out
info
linrecd.out
linrecs.out
mail
makefile
matrix.out
matrixd.out
matrixs.out
readme for overview of scilib
blass.f prec single
for Basic Linear Algebra Subprograms
searchd.out
searchs.f prec single
for Search/When/Ordered Search subprograms
linrecs.f prec single
for Linear Recurrence subprograms
matrixs.f prec single
for Matrix Utilities subprograms
ffts.f prec single
for Fast Fourier Transform subprograms
filters.f prec single
for Filter subprograms
gatscats.f prec single
for Gather/Scatter subprograms
linpacks.f prec single
for LINPACK
eispacks.f prec single
for EISPACK
blasd.f prec double
for Basic Linear Algebra Subprograms
searchd.f prec double
for Search/When/Ordered Search subprograms
linrecd.f prec double
for Linear Recurrence subprograms
matrixd.f prec double
for Matrix Utilities subprograms
fftd.f prec double
for Fast Fourier Transform subprograms
filterd.f prec double
for Filter subprograms
gatscatd.f prec double
for Gather/Scatter subprograms
linpackd.f prec double
for LINPACK
eispackd.f prec double
for EISPACK
drblass.f prec single
for Test driver for BLAS
drsrchs.f prec single
for Test driver for SEARCH/WHEN/Ordered Search
drlinrs.f prec single
for Test driver for Linear Recurrence
drmats.f prec single
for Test driver for Matrix Utilities
drffts.f prec single
for Test driver for FFT
drfilts.f prec single
for Test driver for filters
drgats.f prec single
for Test driver for Gather/Scatter
drblasd.f prec double
for Test driver for BLAS
drsrchd.f prec double
for Test driver for SEARCH/WHEN/Ordered Search
drlinrd.f prec double
for Test driver for Linear Recurrence
drmatd.f prec double
for Test driver for Matrix Utilities
drfftd.f prec double
for Test driver for FFT
drfiltd.f prec double
for Test driver for filters
drgatd.f prec double
for Test driver for Gather/Scatter
blas.dat for Test database for BLAS
search.dat for Test database for SEARCH/WHEN/Ordered Search
linrec.dat for Test database for Linear Recurrence
matrix.dat for Test database for Matrix Utilities
fft.dat for Test database for FFT
filter.dat for Test database for filters
gatscat.dat for Test database for Gather/Scatter
sciport.hlp for Help file for creating help library for VAX/VMS
sciport.1 for UNIX man pages for sciport
craysys.dat for file used to identify cray machine and system
software used to accumulate scilib results for
checking sciport. Read on unit 3 by test
drivers.
searchs.out
sunf77
udate.f
-----------------------------------------------------------
for eigenvalues and eigenvectors
path: /netlib/seispack/
-----------------------------------------------------------
.depend
cdiv.f
csroot.f
dependencies
epslon.f
error
files
makefile
otqlrat.f
pythag.f
readme for overview of seispack
ex/ for This directory contains a complete set of
testing routines for seispack.
bakvec.f gams D4c4
for back transformation, sign-symmetric matrix
balanc.f gams D4c1a
for scaling, general matrix
balbak.f gams D4c4
for back scaling, general matrix
bandr.f gams D4c1b1
for reduction, symmetric band matrix
bandv.f gams D4c3
for some eigenvectors, symmetric band matrix
bisect.f gams D4a5,D4c2a
for some eigenvalues, symmetric tridiagonal matrix
bqr.f gams D4a6
for some eigenvalues, symmetric band matrix
cbabk2.f gams D4c4
for back scaling, complex matrix
cbal.f gams D4c1a
for scaling, complex matrix
cg.f gams D4a4
for find eigenvalues and eigenvectors, complex
general matrix
ch.f gams D4a3
for find eigenvalues and eigenvectors, complex
Hermitian matrix
cinvit.f gams D4c2b
for some eigenvectors, complex Hessenberg matrix
combak.f gams D4c4
for back transformation, complex matrix
comhes.f gams D4c1b2
for reduction, complex matrix
comlr.f gams D4c2b
for all eigenvalues, complex Hessenberg matrix
comlr2.f gams D4c2b
for all eigenvalues and eigenvectors, complex
Hessenberg matrix
comqr.f gams D4c2b
for all eigenvalues, complex Hessenberg matrix
comqr2.f gams D4c2b
for all eigenvalues and eigenvectors, complex
Hessenberg matrix
cortb.f gams D4c4
for back transformation, complex matrix
corth.f gams D4c1b2
for reduction, complex matrix
elmbak.f gams D4c4
for back transformation, real matrix
elmhes.f gams D4c1b2
for reduction, real matrix
eltran.f gams D4c4
for reduction, real matrix
figi.f gams D4c1c
for reduction, sign-symmetric matrix
figi2.f gams D4c1c
for reduction, sign-symmetric matrix
hqr.f gams D4c2b
for all eigenvalues, real Hessenberg matrix
hqr2.f gams D4c2b
for all eigenvalues and eigenvectors, real
Hessenberg matrix
htrib3.f gams D4c4
for back transformation, Hermitian packed matrix
htribk.f gams D4c4
for back transformation, Hermitian matrix
htrid3.f gams D4c1b1
for reduction, Hermitian packed matrix
htridi.f gams D4c1b1
for reduction, Hermitian matrix
imtql1.f gams D4a5,D4c2a
for all eigenvalues, symmetric tridiagonal matrix
imtql2.f gams D4a5,D4c2a
for all eigenvalues and eigenvectors, symmetric
tridiagonal matrix
imtqlv.f gams D4a5,D4c2a
for all eigenvalues, symmetric tridiagonal matrix
invit.f gams D4c2b
for some eigenvectors, real Hessenberg matrix
minfit.f gams D6
for least squares, real matrix
ortbak.f gams D4c4
for back transformation, real matrix
orthes.f gams D4c1b2
for reduction, real matrix
ortran.f gams D4c4
for reduction, real matrix
qzhes.f gams D4c1b3
for reduction, generalized matrix
qzit.f gams D4c1b3
for further reduction, generalized Hessenberg matrix
qzval.f gams D4c2c
for all eigenvalues, generalized Hessenberg matrix
qzvec.f gams D4c3
for all eigenvectors, generalized Hessenberg matrix
ratqr.f gams D4a5,D4c2a
for some eigenvalues, symmetric tridiagonal matrix
rebak.f gams D4c4
for back transformation, symmetric generalized
matrix
rebakb.f gams D4c4
for back transformation, symmetric generalized
matrix
reduc.f gams D4c1c
for reduction, symmetric generalized matrix
reduc2.f gams D4c1c
for reduction, symmetric generalized matrix
rg.f gams D4a2
for find eigenvalues and eigenvectors, general
matrix
rgg.f gams D4b2
for find eigenvalues and eigenvectors, generalized
matrix
rs.f gams D4a1
for find eigenvalues and eigenvectors, symmetric
matrix
rsb.f gams D4a6
for find eigenvalues and eigenvectors, band
symmetric matrix
rsg.f gams D4b1
for find eigenvalues and eigenvectors, generalized
symmetric matrix
rsgab.f gams D4b1
for find eigenvalues and eigenvectors, generalized
symmetric matrix
rsgba.f gams D4b1
for find eigenvalues and eigenvectors, generalized
symmetric matrix
rsm.f for find eigenvalues and eigenvectors, symmetric
matrix
rsp.f gams D4a1
for find eigenvalues and eigenvectors, packed
symmetric matrix
rst.f gams D4a5
for find eigenvalues and eigenvectors, tridiagonal
symmetric matrix
rt.f gams D4a5
for find eigenvalues and eigenvectors,
sign-symmetric tridiagonal matrix
svd.f gams D6
for singular value decomposition, real matrix
tinvit.f gams D4c3
for some eigenvectors, symmetric tridiagonal matrix
tql1.f gams D4a5,D4c2a
for all eigenvalues, symmetric tridiagonal matrix
tql2.f gams D4a5,D4c2a
for all eigenvalues and eigenvectors, symmetric
tridiagonal matrix
tqlrat.f gams D4a5,D4c2a
for all eigenvalues, symmetric tridiagonal matrix
trbak1.f gams D4c4
for back transformation, symmetric matrix
trbak3.f gams D4c4
for back transformation, packed symmetric matrix
tred1.f gams D4c1b1
for reduction, symmetric matrix
tred2.f gams D4c1b1
for reduction, symmetric matrix
tred3.f gams D4c1b1
for reduction, packed symmetric matrix
tridib.f gams D4a5,D4c2a
for some eigenvalues, symmetric tridiagonal matrix
tsturm.f gams D4a5,D4c2a
for some eigenvalues and eigenvectors, symmetric
tridiagonal matrix
-----------------------------------------------------------
for This directory contains a complete set of
path: /netlib/seispack/ex/
-----------------------------------------------------------
# Index file for seispack/ex
cgtest.f
chtest.f
file33
file34
file35
file36
file37
file38
file39
file40
file41
file42
file43
file44
file45
file46
file47
file48
file49
file50
file51
file52
foo2
rbltest.f
rggtest.f
rgtest.f
rltest.f
rsbtest.f
rsgatst.f
rsgbtst.f
rsgtest.f
rsptest.f
rstest.f
rsttest.f
rttest.f
-----------------------------------------------------------
for software from the Sequent Users Group
path: /netlib/sequent/
-----------------------------------------------------------
readme for overview of sequent
screen for is a virtual terminal manager for people with
regular terminals (folks
too poor to buy Sun's for every programmer). It
lets you have multiple
independant sessions, each on it's own full size
screen. It's very
useful, seemingly bug free, and we use it here
quite a lot.
by Patrick Wolfe <pwolfe@KAI.COM> Nov 1987
prolog/ for implements "standard" (Clocksin & Mellish)
Prolog, including a
compiler to translate prolog to Warren Abstract
Machine (WAM)
byte codes.
# To receive the files try: send prolog from
sequent
by Bob Beck, Sequent 12/23/87
team for was motivated by requests for single user mode
privileges for
benchmarking purposes. Its predecessor was a
shell script from Southern
Methodist University.
by Russell Ruby - russ@cs.orst.edu - February 1988
- Oregon State University
schedule/ for The Schedule Package is an environment for the
transportable
implementation of parallel algorithms in a
Fortran setting.
By this we mean that a user's code is virtually
identical for
each machine. The Schedule Package has been
designed to aid
a programmer familiar with a Fortran programming
environment
to implement a parallel algorithm in a manner
that will lend
itself to transporting the resulting program
across a wide
variety of parallel machines. The package is
designed to allow
existing Fortran subroutines to be called
through Schedule,
without modification, thereby permitting users
access to a wide
body of existing library software in a parallel
setting.
by Jack Dongarra and Dan Sorensen
Mathematics and Computer Science Division
Argonne National Laboratory
June 1987
parmacs/ for This is an implementation of the shared-memory
constructs from ANL Parmacs (Lusk, Overbeek,
et.al.) in C++. It illustrates how C++ can be
used to build parallel programming constructs,
and numerous advantages over the ANL M4
implementation. These advantages include
extensibility, strong type checking, ease of
readability and use, and use of an
object-oriented lanuage.
by Bob Beck, Sequent Computer Systems, 9/88
-----------------------------------------------------------
for This is an implementation of the shared-memory
path: /netlib/sequent/parmacs/
-----------------------------------------------------------
Makefile
PCC
README
examples/
main.C
parmacs.C
parmacs.h
pfinish.C
pinit.C
shdelete.C
shnew.C
slist.C
slist.h
workQ.h
-----------------------------------------------------------
path: /netlib/sequent/parmacs/examples/
-----------------------------------------------------------
Makefile
af.C
gQ.C
gs.C
gsaf.C
ll.C
lo.C
mQ.C
prime.C
sQ.C
-----------------------------------------------------------
for implements "standard" (Clocksin & Mellish)
path: /netlib/sequent/prolog/
-----------------------------------------------------------
COPYING
Makefile
README
README.2
SIMPATH
VERSIONS
cmplib/
doc/
lib/
modlib/
prolog
sim/
-----------------------------------------------------------
path: /netlib/sequent/prolog/cmplib/
-----------------------------------------------------------
$alloctvars1
$asm1
$asmbgen1
$asmpass11
$asmpass21
$aux1
$compile
$compile1
$computil1
$cond1
$convrhs1
$disjunc1
$eval1
$factor1
$flatten1
$geninline1
$getclauses
$index1
$inline1
$inprog1
$inst1
$listutil1
$normvarocc1
$peephole1
$preprocess1
$procarglist1
$procclp1
$prococc1
$prococcbody1
$procvars1
$targlist1
$tcond1
$tgoal1
$tindex1
$tprog1
$transform1
$translate1
$translcuts1
README
cmplib_src/
-----------------------------------------------------------
path: /netlib/sequent/prolog/cmplib/cmplib_src/
-----------------------------------------------------------
$alloctvars1.P
$asm1.P
$asmbgen1.P
$asmpass11.P
$asmpass21.P
$aux1.P
$compile1.P
$computil1.P
$cond1.P
$cond1.P.asl
$convrhs1.P
$disjunc1.P
$eval1.P
$factor1.P
$flatten1.P
$geninline1.P
$getclauses.P
$index1.P
$inline1.P
$inprog1.P
$inst1.P
$listutil1.P
$normvarocc1.P
$peephole1.P
$preprocess1.P
$procarglist1.P
$procclp1.P
$prococc1.P
$prococcbody1.P
$procvars1.P
$targlist1.P
$tcond1.P
$tgoal1.P
$tindex1.P
$tprog1.P
$translate1.P
$translcuts1.P
catf
defs/
makeall
-----------------------------------------------------------
path: /netlib/sequent/prolog/cmplib/cmplib_src/defs/
-----------------------------------------------------------
$alloctvars1.P.def
$asm1.P.def
$asmbgen1.P.def
$asmpass11.P.def
$asmpass21.P.def
$aux1.P.def
$computil1.P.def
$cond1.P.def
$convrhs1.P.def
$eval1.P.def
$factor1.P.def
$flatten1.P.def
$geninline1.P.def
$index1.P.def
$inline1.P.def
$inprog1.P.def
$inst1.P.def
$listutil1.P.def
$macro1.P.def
$normvarocc1.P.def
$peephole1.P.def
$preprocess1.P.def
$procarglist1.P.def
$prococc1.P.def
$prococcbody1.P.def
$tgoal1.P.def
$tindex1.P.def
$tprog1.P.def
$translcuts1.P.def
-----------------------------------------------------------
path: /netlib/sequent/prolog/doc/
-----------------------------------------------------------
data.rep
macros
man.0
man.1
man.10
man.11
man.12
man.13
man.14
man.15
man.16
man.17
man.18
man.19
man.2
man.3
man.4
man.5
man.6
man.7
man.8
man.9
xmk
-----------------------------------------------------------
path: /netlib/sequent/prolog/lib/
-----------------------------------------------------------
$exists
access
call_ref
errno
flags
mode
op
restore
save
sockets
src/
statistics
subsumes
-----------------------------------------------------------
path: /netlib/sequent/prolog/lib/src/
-----------------------------------------------------------
$exists.P
access.P
call_ref.P
errno.P
flags.P
makeall
mode.P
op.P
restore.P
save.P
sockets.P
statistics.P
subsumes.P
-----------------------------------------------------------
path: /netlib/sequent/prolog/modlib/
-----------------------------------------------------------
$arith
$assert
$bio
$blist
$bmeta
$buff
$call
$compare
$consult
$db
$dbcmpl
$deb
$defint
$et
$glob
$init_sys
$inlines
$io
$listutil1
$mac
$meta
$name
$o
$osys
$prag
$prof
$prorc
$read
$readloop
$retr
$setof
src/
-----------------------------------------------------------
path: /netlib/sequent/prolog/modlib/src/
-----------------------------------------------------------
$arith.P
$assert.P
$bio.P
$blist.P
$bmeta.P
$buff.P
$call.P
$compare.P
$consult.P
$db.P
$dbcmpl.P
$deb.P
$defint.P
$et.P
$glob.P
$init_sys.P
$inlines.P
$io.P
$listutil1.P
$mac.P
$meta.P
$name.P
$o.P
$osys.P
$prag.P
$prof.P
$prorc.P
$read.P
$readloop.P
$retr.P
$setof.P
defs/
makeall
-----------------------------------------------------------
path: /netlib/sequent/prolog/modlib/src/defs/
-----------------------------------------------------------
$assertf.P.def
$call.P.def
$dbcmpl.P.def
$inlines.P.def
$read.P.def
-----------------------------------------------------------
path: /netlib/sequent/prolog/sim/
-----------------------------------------------------------
Makefile
README
aux.c
aux.h
bench
builtin/
dis.c
dispatch.c
eofinst
float.c
index.h
init.c
inst.h
io.c
load_work.c
loader.c
main.c
newlips.P
parse_oprnd.c
print_inst.c
sim.h
simdef.h
sub_inst.c
unify.c
-----------------------------------------------------------
path: /netlib/sequent/prolog/sim/builtin/
-----------------------------------------------------------
Makefile
README
arith.c
buffer.c
builtin.c
builtin.h
compare.c
file.c
init_branch.c
meta.c
name.c
other.c
pseudo_curses.h
saverest.c
structure.c
substuff.c
syscmap.c
time.c
tio.c
-----------------------------------------------------------
for The Schedule Package is an environment for the
path: /netlib/sequent/schedule/
-----------------------------------------------------------
README
cputm.c
d_and_c.f
data
example.f
ftsubs.f
ftsubs.graph.f
maindp.f
make1
makefile
newevdp0.f
oldtest
putq.c
second.f
stateig.f
statses.f
stseswait.f
stuffspawn.f
testrun
-----------------------------------------------------------
ref Computer Methods for Mathematical Computations
path: /netlib/sfmm/
-----------------------------------------------------------
.depend
dependencies
error
f.f
fehl.f
fun.f
makefile
orbit.f
readme for overview of sfmm
decomp.f for decomposes a matrix by Gaussian elimination and
estimates the condition of the matrix
prec single
rkfs.f
seval.f
sfmm.lib
solve.f for solution of linear system, A*x = b, do not use
if (fmm/decomp) has detected a singularity
prec single
quanc8.f for estimate the integral of f(x) in a finite
interval, user provided tolerance using an
automatic adaptive routine based on the 8-panel
Newton-Cotes rule
prec single
rkf45.f for Fehlberg fourth-fifth order Runge-Kutta method
prec single
spline.f for the coefficients for a cubic interpolating
spline are computed
prec single
svd.f for determines the singular value decomposition,
SVD, of a real rectangular matrix, using
Householder bidiagonalization and a variant of
the QR algorithm
prec single
fmin.f for an approximation to the point where a user
function attains a minimum on an interval is
determined
prec single
zeroin.f for find a zero of a user function in an interval
prec single
-----------------------------------------------------------
for iterative symmetric and non-symmetric linear
path: /netlib/slap/
-----------------------------------------------------------
quick.index
readme for overview of slap
slap/ for SLAP Version 2.0 source code
# This is all you need to get SLAP.
prec single
dlap/ for SLAP Version 2.0 source code
# This is all you need to get SLAP.
prec double
slapqc/ for SLAP Quick Check, support, documentation
prec single
dlapqc/ for SLAP Quick Check, support, documentation
prec single
-----------------------------------------------------------
for SLAP Version 2.0 source code
path: /netlib/slap/dlap/
-----------------------------------------------------------
READ.ME
dbcg.f
dcg.f
dcgn.f
dcgs.f
dgmres.f
dir.f
dlaputil.f
dmset.f
dmvops.f
domn.f
makefile
-----------------------------------------------------------
for SLAP Quick Check, support, documentation
path: /netlib/slap/dlapqc/
-----------------------------------------------------------
blas.f
dlapdoc.f
dlapqc.f
mach.f
xersla.f
-----------------------------------------------------------
for SLAP Version 2.0 source code
path: /netlib/slap/slap/
-----------------------------------------------------------
READ.ME
makefile
sbcg.f
scg.f
scgn.f
scgs.f
sgmres.f
sir.f
slaputil.f
smset.f
smvops.f
somn.f
-----------------------------------------------------------
for SLAP Quick Check, support, documentation
path: /netlib/slap/slapqc/
-----------------------------------------------------------
blas.f
mach.f
slapdoc.f
slapqc.f
tstutil.f
xersla.f
-----------------------------------------------------------
# comprehensive software library containing over
path: /netlib/slatec/
-----------------------------------------------------------
# SLATEC Common Mathematical Library, Version 4.1, July 1993
# a comprehensive software library containing over
# 1400 general purpose mathematical and statistical routines
# written in Fortran 77.
dependencies
disclaimer
readme for overview of slatec
slatec_src/ for (FOR NON EMAIL USERS ONLY) Compressed tar file
of complete SLATEC source. (4027585 bytes)
Individual routines can be retrieved from src
subdirectory.
slatec_chk/ for (FOR NON EMAIL USERS ONLY) Compressed tar file
of SLATEC quick checks. (671029 bytes)
Individual routines can be retrieved from chk
subdirectory.
err/ for xersav and other error handling from old version
of SLATEC used by several other packages in
netlib
toc for SLATEC table of contents
size 227 kB
gams for GAMS classification
guide for Guide to the SLATEC Common Mathematical Library
slatecm/ for browser for any library using SLATEC prologues
by David M Woodcock <dmw@engin.umich.edu>
age experimental
src/ # This library contains the main SLATEC Fortran
source. There are five (5) machine specific
subprograms, (D1MACH, I1MACH, R1MACH, FDUMP
and XERHLT) in the source file. These are
described further in the next two
paragraphs. Machine constants, such as word
length and maximum positive exponent, are
supplied to routines in SLATEC source via
the functions D1MACH, I1MACH and R1MACH.
Make sure that each machine type at your
site returns the correct values for these
functions. In most cases, this only
requires replacing a "C" with a blank in
the first column of several lines of each
function. The copies of D1MACH, I1MACH and
R1MACH included in the source have all the
machine specific constants commented out
with a "C" in column one. The standard
error handler has two machine dependent
subroutines in it: FDUMP and XERHLT. The
routine XERHLT is called via XERMSG when a
fatal error is encountered and must
terminate the job. The copy of XERHLT
included in this file contains a "STOP" and
thus does stop execution. However, in most
circumstances, this normal exit is
unacceptable when an error has been detected
and this subroutine should be replaced at
each site. The routine FDUMP is called via
XERMSG when traceback information is
desired. This routine should provide the
traceback information to appropriate output
files. The copy of FDUMP included in the
source does not produce traceback
information. If this function is desired,
it must be implemented at each site. It is
assumed that all ANSI-77 standard intrinsic
functions are vendor-supplied and,
therefore, are not included in the main
SLATEC source. In the event that some of
these subprograms are not resident on the
system (e.g. DINT on CDC), many are included
in the subsid. (See below.) In some cases,
the higher special functions (e.g. error
functions, Bessel functions) anticipate that
certain errors will be handled in the
intrinsic functions. This may not be done
appropriately in vendor-supplied intrinsic
functions and may
cause difficulties.
lin/ for the BLAS, LINPACK, EISPACK, SLAP subset of
SLATEC
# removed from slatec/src to make the main source
more accessible see also /netlib/blas,
/netlib/linpack, /netlib/eispack, /netlib/slap
fishfft/ for the FISHPACK, FFTPACK subset of SLATEC
# removed from slatec/src to make the main source
more accessible see also /netlib/fishpack,
/netlib/fftpack
fnlib/ for the FNLIB subset of SLATEC
# removed from slatec/src to make the main source
more accessible see also /netlib/fn, which is
another version; we don't really know which one
is more recent or bug-free. If you figure it
out please send email to ehg@research.att.com.
pchip/ for piecewise cubic hermite approximation
# removed from slatec/src to make the main source
more accessible see also /netlib/pchip
chk/ for 54 quick check drivers
# If some of the quick checks fail on certain
machines, it
does not necessarily indicate a problem in the
source, but
possibly in the quick checks themselves, or the
machine
architecture or the operating system or the
compiler or
vendor or user supplied software.
The main programs (quick check drivers) are
test01.f,...,test54.f.
On the VAX under VMS, the quick checks should be
run with
KPRINT = 0 or 1 (zero or one).
docinstall for installation note for the Los Alamos
documentation program
slprep for Los Alamos on-line documentation
# generates four files which comprise the database
for the on-line
documentation program
sladoc for on-line documentation
subsid for subsidiary programs for slprep and sladoc
spfun for elementary special functions
spfunchk for quick checks for the elementary special
functions
install for installation note
list for list of subprograms
tree1 for list of routines directly referenced
tree for list of routines directly or indirectly
referenced
-----------------------------------------------------------
for 54 quick check drivers
path: /netlib/slatec/chk/
-----------------------------------------------------------
.depend
avntst.f for Quick check for AVINT.
by (UNKNOWN)
bikck.f for Quick check for BESI and BESK.
by Amos, D. E., (SNLA)
bjyck.f for Quick check for BESJ and BESY.
by Amos, D. E., (SNLA)
blachk.f for Quick check for Basic Linear Algebra
Subprograms.
by Lawson, C. L., (JPL)
bspck.f for Quick check for the B-Spline package.
by (UNKNOWN)
cbeg.f for Generate random numbers.
by Du Croz, J. (NAG)
cblat2.f for Driver for testing Level 2 BLAS complex
subroutines.
gams A4
by Du Croz, J. J., (NAG)
cblat3.f for Driver for testing Level 3 BLAS complex
subroutines.
gams A4
by Dongarra, J. J., (ANL)
cchk12.f for Quick check for CGEMV and CGBMV.
by Du Croz, J. (NAG)
cchk13.f for Quick check for CGEMM.
by Dongarra, J. J., (ANL)
cchk22.f for Quick check for CHEMV, CHBMV, CHPMV.
by Du Croz, J. (NAG)
cchk23.f for Quick check for CHEMM and CSYMM.
by Dongarra, J. J., (ANL)
cchk32.f for Quick check for CTRMV, CTBMV, CTPMV, CTRSV,
CTBSV and
by Du Croz, J. (NAG)
cchk33.f for Quick check for CTRMM and CTRSM.
by Dongarra, J. J., (ANL)
cchk42.f for Quick check for CGERC and CGERU.
by Du Croz, J. (NAG)
cchk43.f for Quick check for CHERK and CSYRK.
by Dongarra, J. J., (ANL)
cchk52.f for Quick check for CHER and CHPR.
by Du Croz, J. (NAG)
cchk53.f for Quick check for CHER2K and CSYR2K.
by Dongarra, J. J., (ANL)
cchk62.f for Quick check for CHER2 and CHPR2.
by Du Croz, J. (NAG)
cchke2.f for Test the error exits from the Level 2 Blas.
by Du Croz, J. J., (NAG)
cchke3.f for Test the error exits from the Level 3 Blas.
by Dongarra, J. J., (ANL)
cchqc.f for Quick check for CCHDC.
by Voorhees, E. A., (LANL)
cdf.f for Quick check for SLATEC routines CDRIV1, CDRIV2
and CDRIV3.
gams I1A2, I1A1B
by Kahaner, D. K., (NIST)
cdqag.f for Quick check for DQAG.
by (UNKNOWN)
cdqagi.f for Quick check for DQAGI.
by (UNKNOWN)
cdqagp.f for Quick check for DQAGP.
by (UNKNOWN)
cdqags.f for Quick check for DQAGS.
by (UNKNOWN)
cdqawc.f for Quick check for DQAWC.
by (UNKNOWN)
cdqawf.f for Quick check for DQAWF.
by (UNKNOWN)
cdqawo.f for Quick check for DQAWO.
by (UNKNOWN)
cdqaws.f for Quick check for DQAWS.
by (UNKNOWN)
cdqck.f for Quick check for SLATEC routines CDRIV1, CDRIV2
and CDRIV3.
gams I1A2, I1A1B
by Kahaner, D. K., (NIST)
cdqng.f for Quick check for DQNG.
by (UNKNOWN)
cfnck.f for Quick check for the complex Fullerton special
functions.
by Boland, W. Robert, (LANL)
cgbqc.f for Quick check for CGBFA, CGBCO, CGBSL and CGBDI.
by Voorhees, E. A., (LANL)
cgeck.f for Quick check for CGEFA, CGECO, CGESL and CGEDI.
by Voorhees, E. A., (LANL)
cgeqc.f for Quick check for CGEFS and CGEIR.
by Jacobsen, Nancy, (LANL)
cgtqc.f for Quick check for CGTSL.
by Voorhees, E. A., (LANL)
check0.f for (UNKNOWN)
by Lawson, C. L., (JPL)
check1.f for (UNKNOWN)
by Lawson, C. L., (JPL)
check2.f for (UNKNOWN)
by Lawson, C. L., (JPL)
chiqc.f for Quick check for CHIFA, CHICO, CHISL and CHIDI.
by Voorhees, E. A., (LANL)
chkxer.f for Test whether an error has been detected.
by Du Croz, J. J., (NAG)
chpqc.f for Quick check for CHPFA, CHPCO, CHPSL and CHPDI.
by Voorhees, E. A., (LANL)
cmake2.f for Generate values for an M by N matrix A.
by Du Croz, J. J., (NAG)
cmake3.f for Generate values for an M by N matrix A.
by Dongarra, J. J., (ANL)
cmmch.f for Check the results of the computational tests.
by Dongarra, J. J., (ANL)
cmpare.f for Compare values in COMMON block CHECK for quick
check
by (UNKNOWN)
cmvch.f for Check the results of the computational tests.
by Du Croz, J. J., (NAG)
comp.f for Compare actual and expected values of error
flag.
by Fritsch, F. N., (LLNL)
cpbqc.f for Quick check for CPBFA, CPBCO, CPBSL and CPBDI.
by Voorhees, E. A., (LANL)
cpoqc.f for Quick check for CPOFA, CPOCO, CPOSL and CPODI.
by Voorhees, E. A., (LANL)
cppqc.f for Quick check for CPPFA, CPPCO, CPPSL and CPPDI.
by Voorhees, E. A., (LANL)
cprin.f for Subsidiary to CQAG, CQAG, CQAGI, CQAGP, CQAGS,
CQAWC,
by Piessens, Robert
cprpqx.f for Quick check for CPZERO and RPZERO.
by Kahaner, D. K., (NBS)
cptqc.f for Quick check for CPTSL.
by Voorhees, E. A., (LANL)
cqag.f for Quick check for QAG.
by (UNKNOWN)
cqagi.f for Quick check for QAGI.
by (UNKNOWN)
cqagp.f for Quick check for QAGP.
by (UNKNOWN)
cqags.f for Quick check for QAGS.
by (UNKNOWN)
cqawc.f for Quick check for QAWC.
by (UNKNOWN)
cqawf.f for Quick check for QAWF.
by (UNKNOWN)
cqawo.f for Quick check for QAWO.
by (UNKNOWN)
cqaws.f for Quick check for QAWS.
by (UNKNOWN)
cqcai.f for Quick check for SLATEC subroutines
gams C10D
by Amos, Don, (SNL)
cqcbh.f for Quick check for SLATEC subroutine
gams C10A4
by Amos, Don, (SNL)
cqcbi.f for Quick check for SLATEC subroutine
gams C10B4
by Amos, Don, (SNL)
cqcbj.f for Quick check for SLATEC subroutine
gams C10A4
by Amos, Don, (SNL)
cqcbk.f for Quick check for SLATEC subroutine
gams C10B4
by Amos, Don, (SNL)
cqcby.f for Quick check for SLATEC subroutine
gams C10A4
by Amos, Don, (SNL)
cqck.f for Quick check for CPOFS, CPOIR, CNBFS and CNBIR.
by Voorhees, E. A., (LANL)
cqng.f for Quick check for QNG.
by (UNKNOWN)
cqrqc.f for Quick check for CQRDC and CQRSL.
by Voorhees, E. A., (LANL)
cqrtst.f for Quick check for CPQR79.
by (UNKNOWN)
csiqc.f for Quick check for CSIFA, CSICO, CSISL and CSIDI.
by Voorhees, E. A., (LANL)
cspqc.f for Quick check for CSPFA, CSPCO, CSPSL and CSPDI.
by Voorhees, E. A., (LANL)
csvqc.f for Quick check for CSVDC.
by Voorhees, E. A., (LANL)
ctrqc.f for Quick check for CTRFA, CTRCO, CTRSL and CTRDI.
by Voorhees, E. A., (LANL)
davnts.f for Quick check for DAVINT.
by (UNKNOWN)
dbeg.f for Generate random numbers.
by Du Croz, J. (NAG)
dbikck.f for Quick check for DBESI and DBESK.
by Amos, D. E., (SNLA)
dbjyck.f for Quick check for DBESJ and DBESY.
by Amos, D. E., (SNLA)
dblat2.f for Driver for testing Level 2 BLAS double precision
gams A3B
by Du Croz, J. J., (NAG)
dblat3.f for Driver for testing Level 3 BLAS double precision
gams A3B
by Dongarra, J. J., (ANL)
dbocqx.f for Quick check for DBOCLS.
by (UNKNOWN)
dbspck.f for Quick check for the B-spline package.
by (UNKNOWN)
dchk12.f for Test DGEMV and DGBMV.
by Du Croz, J. (NAG)
dchk13.f for Test DGEMM.
by Dongarra, J. J., (ANL)
dchk22.f for Test DSYMV, DSBMV and DSPMV.
by Du Croz, J. (NAG)
dchk23.f for Test DSYMM.
by Dongarra, J. J., (ANL)
dchk32.f for Test DTRMV, DTBMV, DTPMV, DTRSV, DTBSV and
DTPSV.
by Du Croz, J. (NAG)
dchk33.f for Test DTRMM and DTRSM.
by Dongarra, J. J., (ANL)
dchk42.f for Test DGER.
by Du Croz, J. (NAG)
dchk43.f for Test DSYRK.
by Dongarra, J. J., (ANL)
dchk52.f for Test DSYR and DSPR.
by Du Croz, J. (NAG)
dchk53.f for Test DSYR2K.
by Dongarra, J. J., (ANL)
dchk62.f for Test DSYR2 and DSPR2.
by Du Croz, J. (NAG)
dchke2.f for Test the error exits from the Level 2 Blas.
by Du Croz, J. J., (NAG)
dchke3.f for Test the error exits from the Level 3 Blas.
by Dongarra, J. J., (ANL)
dcmpar.f for Compare values in COMMON block DCHECK for quick
check
by (UNKNOWN)
ddasqc.f for Quick check for SLATEC routine DDASSL.
gams I1A2
by PETZOLD, LINDA R., (LLNL)
ddf.f for Quick check for SLATEC routines DDRIV1, DDRIV2
and DDRIV3.
gams I1A2, I1A1B
by Kahaner, D. K., (NIST)
ddjac1.f for First Jacobian evaluator for DDASQC.
by PETZOLD, LINDA R., (LLNL)
ddjac2.f for Second Jacobian evaluator for DDASQC.
by PETZOLD, LINDA R., (LLNL)
ddqck.f for Quick check for SLATEC routines DDRIV1, DDRIV2
and DDRIV3.
gams I1A2, I1A1B
by Kahaner, D. K., (NIST)
ddres1.f for First residual evaluator for DDASQC.
by PETZOLD, LINDA R., (LLNL)
ddres2.f for Second residual evaluator for DDASQC.
by PETZOLD, LINDA R., (LLNL)
dedit2.f for Subsidiary to DDASQC.
by PETZOLD, LINDA R., (LLNL)
deg8ck.f for Quick check for DEXINT and DGAUS8.
by Amos, D. E., (SNLA)
devchk.f for Test evaluation accuracy of DCHFDV and DCHFEV
for DPCHQ1.
by Fritsch, F. N., (LLNL)
deverk.f for Test error returns from DPCHIP evaluators for
DPCHQ1.
by Fritsch, F. N., (LLNL)
devpck.f for Test usage of increment argument in DPCHFD and
DPCHFE for
by Fritsch, F. N., (LLNL)
df0c.f for Subsidiary to
by (UNKNOWN)
df0f.f for Subsidiary to
by (UNKNOWN)
df0o.f for Subsidiary to
by (UNKNOWN)
df0s.f for Subsidiary to
by (UNKNOWN)
df0ws.f for Subsidiary to
by (UNKNOWN)
df1c.f for Subsidiary to
by (UNKNOWN)
df1f.f for Subsidiary to
by (UNKNOWN)
df1g.f for Subsidiary to
by (UNKNOWN)
df1n.f for Subsidiary to
by (UNKNOWN)
df1o.f for Subsidiary to
by (UNKNOWN)
df1p.f for Subsidiary to
by (UNKNOWN)
df1s.f for Subsidiary to
by (UNKNOWN)
df1ws.f for Subsidiary to
by (UNKNOWN)
df2g.f for Subsidiary to
by (UNKNOWN)
df2n.f for Subsidiary to
by (UNKNOWN)
df2o.f for Subsidiary to
by (UNKNOWN)
df2p.f for Subsidiary to
by (UNKNOWN)
df2s.f for Subsidiary to
by (UNKNOWN)
df3g.f for Subsidiary to
by (UNKNOWN)
df3p.f for Subsidiary to
by (UNKNOWN)
df3s.f for Subsidiary to
by (UNKNOWN)
df4p.f for Subsidiary to
by (UNKNOWN)
df4s.f for Subsidiary to
by (UNKNOWN)
df5s.f for Subsidiary to
by (UNKNOWN)
dfb.f for Subsidiary to
by (UNKNOWN)
dfcn1.f for (UNKNOWN)
by (UNKNOWN)
dfcn2.f for (UNKNOWN)
by (UNKNOWN)
dfcn3.f for (UNKNOWN)
by (UNKNOWN)
dfcqx.f for Quick check for DFC.
by Hanson, R. J., (SNLA)
dfdeqc.f for Derivative evaluator for DDEPAC quick checks.
by Chow, Jeff, (LANL)
dfdtru.f for Compute exact function values for DEVCHK.
by Fritsch, F. N., (LLNL)
dfein.f for Subsidiary to DEG8CK.
by (UNKNOWN)
dfill.f for Fill a vector with a value.
by Seager, Mark K., (LLNL)
dfmat.f for Subsidiary to
by (UNKNOWN)
dfnck.f for Quick check for the double precision Fullerton
by Boland, W. Robert, (LANL)
dfqd1.f for Function evaluator for DQNC79 and DGAUS8 quick
checks.
by Boland, W. Robert, (LANL)
dfqd2.f for Function evaluator for DQNC79 and DGAUS8 quick
checks.
by Boland, W. Robert, (LANL)
dfztst.f for Quick check for DFZERO.
by Boland, W. Robert, (LANL)
dgeqc.f for Quick check for DGEFS.
by Jacobsen, Nancy, (LANL)
dgvec.f for Subsidiary to
by (UNKNOWN)
djac.f for Evaluate Jacobian for DDEBDF quick check.
by Chow, Jeff (LANL)
dlapqc.f for Quick check for testing Sparse Linear Algebra
Package
gams D2A4, D2B4
by Mark K. Seager (LLNL)
dlseit.f for Quick check for DLSEI.
by Hanson, R. J., (SNLA)
dmake2.f for Generate values for an M by N matrix A.
by Du Croz, J. J., (NAG)
dmake3.f for Generate values for an M by N matrix A.
by Dongarra, J. J., (ANL)
dmmch.f for Check the results of the computational tests.
by Dongarra, J. J., (ANL)
dmvch.f for Check the results of the computational tests.
by Du Croz, J. J., (NAG)
dnls1q.f for Quick check for DNLS1E, DNLS1, and DCOV.
by (UNKNOWN)
dnsqqk.f for Quick check for DNSQE and DNSQ.
by (UNKNOWN)
dpchq1.f for Test the PCHIP evaluators DCHFDV, DCHFEV,
DPCHFD, DPCHFE.
by Fritsch, F. N., (LLNL)
dpchq2.f for Test the PCHIP integrators DPCHIA and DPCHID.
by Fritsch, F. N., (LLNL)
dpchq3.f for Test the PCHIP interpolators DPCHIC, DPCHIM,
DPCHSP.
by Fritsch, F. N., (LLNL)
dpchq4.f for Test the PCHIP monotonicity checker DPCHCM.
by Fritsch, F. N., (LLNL)
dpchq5.f for Test the PCH to B-spline conversion routine
DPCHBS.
by FRITSCH, F. N., (LLNL)
dpfitt.f for Quick check for DPOLFT, DPCOEF and DP1VLU.
by (UNKNOWN)
dplpqx.f for Quick check for DSPLP.
by (UNKNOWN)
dpntck.f for Quick check for DPLINT, DPOLCF and DPOLVL
by Boland, W. Robert, (LANL)
dprin.f for Subsidiary to CDQAG, CDQAG, CDQAGI, CDQAGP,
CDQAGS, CDQAWC,
by Piessens, Robert
dqc36j.f for THIS IS A QUICK CHECK PROGRAM FOR THE
SUBROUTINES DRC3JJ,
gams C19
by LOZIER, DANIEL W., (NIST)
dqcgls.f for Quick check for DGLSS.
by Voorhees, E. A., (LANL)
dqck.f for Quick check for DPOFS AND DNBFS.
by Voorhees, E. A., (LANL)
dqckin.f for Quick check for DBSKIN.
by Amos, D. E., (SNLA)
dqcpsi.f for Quick check for DPSIFN.
by Amos, D. E., (SNLA)
dqfcn2.f for (UNKNOWN)
by (UNKNOWN)
dqg8ts.f for Quick check for DGAUS8.
by (UNKNOWN)
dqjac2.f for (UNKNOWN)
by (UNKNOWN)
dqn79q.f for Quick check for DQNC79.
by (UNKNOWN)
drmgen.f for This routine generates a "Random" symmetric or
by Seager, Mark K., (LLNL)
dsosfn.f for Function evaluator for DSOS quick check.
by Watts, H. A., (SNLA)
dsosqx.f for Quick check for DSOS.
by Watts, H. A., (SNLA)
dsrtqc.f for Quick check for SLATEC routines DSORT, DPSORT,
DPPERM
gams N6A
by BOISVERT, RONALD, (NIST)
dt0.f for Subsidiary to
by (UNKNOWN)
dt1.f for Subsidiary to
by (UNKNOWN)
dt2.f for Subsidiary to
by (UNKNOWN)
dt3.f for Subsidiary to
by (UNKNOWN)
dt4.f for Subsidiary to
by (UNKNOWN)
dt5.f for Subsidiary to
by (UNKNOWN)
dtest.f for Compare arrays DCOMP and DTRUE.
by Lawson, C. L., (JPL)
duivp.f for Dummy routine for DBVSUP quick check.
by Watts, H. A., (SNLA)
duterr.f for Output error messages for the SLAP Quick Check.
by Seager, Mark K., (LLNL)
duvec.f for Dummy routine for DBVSUP quick check.
by Watts, H. A., (SNLA)
dxcsrt.f for TO COMPUTE CHECK VALUES FOR LEGENDRE FUNCTIONS
gams C3A2, C9
by SMITH, JOHN M., (NBS AND GEORGE MASON
UNIVERSITY)
edit2.f for Subsidiary to SDASQC.
by PETZOLD, LINDA R., (LLNL)
eg8ck.f for Quick check for EXINT and GAUS8.
by Amos, D. E., (SNLA)
eisqx1.f for Quick check for SGEEV and CGEEV.
by (UNKNOWN)
eisqx2.f for Quick check for SSIEV, CHIEV and SSPEV.
by Kahaner, D. K., (NBS)
evchck.f for Test evaluation accuracy of CHFDV and CHFEV for
PCHQK1.
by Fritsch, F. N., (LLNL)
everck.f for Test error returns from PCHIP evaluators for
PCHQK1.
by Fritsch, F. N., (LLNL)
evpcck.f for Test usage of increment argument in PCHFD and
PCHFE for
by Fritsch, F. N., (LLNL)
f0c.f for Subsidiary to
by (UNKNOWN)
f0f.f for Subsidiary to
by (UNKNOWN)
f0o.f for Subsidiary to
by (UNKNOWN)
f0s.f for Subsidiary to
by (UNKNOWN)
f0ws.f for Subsidiary to
by (UNKNOWN)
f1c.f for Subsidiary to
by (UNKNOWN)
f1f.f for Subsidiary to
by (UNKNOWN)
f1g.f for Subsidiary to
by (UNKNOWN)
f1n.f for Subsidiary to
by (UNKNOWN)
f1o.f for Subsidiary to
by (UNKNOWN)
f1p.f for Subsidiary to
by (UNKNOWN)
f1s.f for Subsidiary to
by (UNKNOWN)
f1ws.f for Subsidiary to
by (UNKNOWN)
f2g.f for Subsidiary to
by (UNKNOWN)
f2n.f for Subsidiary to
by (UNKNOWN)
f2o.f for Subsidiary to
by (UNKNOWN)
f2p.f for Subsidiary to
by (UNKNOWN)
f2s.f for Subsidiary to
by (UNKNOWN)
f3g.f for Subsidiary to
by (UNKNOWN)
f3p.f for Subsidiary to
by (UNKNOWN)
f3s.f for Subsidiary to
by (UNKNOWN)
f4p.f for Subsidiary to
by (UNKNOWN)
f4s.f for Subsidiary to
by (UNKNOWN)
f5s.f for Subsidiary to
by (UNKNOWN)
fb.f for Subsidiary to
by (UNKNOWN)
fcn1.f for Subsidiary to
by (UNKNOWN)
fcn2.f for (UNKNOWN)
by (UNKNOWN)
fcn3.f for (UNKNOWN)
by (UNKNOWN)
fcnqx1.f for THIS IS A QUICK CHECK PROGRAM FOR THE
SUBROUTINES XLEGF
gams C3A2, C9
by LOZIER, DANIEL W., (NIST)
fcnqx2.f for THIS IS A QUICK CHECK PROGRAM FOR THE
SUBROUTINES DXLEGF
gams C3A2, C9
by LOZIER, DANIEL W., (NIST)
fcqx.f for Quick check for FC.
by Hanson, R. J., (SNLA)
fdeqc.f for Derivative evaluator for DEPAC quick checks.
by Chow, Jeff, (LANL)
fdtrue.f for Compute exact function values for EVCHCK.
by Fritsch, F. N., (LLNL)
fein.f for Subsidiary to EG8CK.
by (UNKNOWN)
fftqx.f for Quick check for the NCAR FFT routines.
by Swarztrauber, P. N., (NCAR)
fmat.f for Subsidiary to
by (UNKNOWN)
fqd1.f for Function evaluator for QNC79 and GAUS8 quick
checks.
by Boland, W. Robert, (LANL)
fqd2.f for Function evaluator for QNC79 and GAUS8 quick
checks.
by Boland, W. Robert, (LANL)
fztest.f for Quick check for FZERO.
by (UNKNOWN)
gvec.f for Subsidiary to
by (UNKNOWN)
header.f for Print header for BLAS quick checks.
by Lawson, C. L., (JPL)
hsrtqc.f for Quick check for SLATEC routine HPSORT, HPPERM
gams N6A
by BOISVERT, RONALD, (NIST)
ismpl.f for Generate integer sample.
by Seager, Mark K., (LLNL)
isrtqc.f for Quick check for SLATEC routines ISORT, IPSORT,
IPPERM
gams N6A
by BOISVERT, RONALD, (NIST)
itest.f for Compare arrays ICOMP and ITRUE.
by Lawson, C. L., (JPL)
jac.f for Evaluate Jacobian for DEBDF quick check.
by Chow, Jeff (LANL)
lce.f for Test if two arrays are identical.
by Du Croz, J. J., (NAG)
lceres.f for Test if selected elements in two arrays are
equal.
by Du Croz, J. J., (NAG)
lde.f for Test if two arrays are identical.
by Du Croz, J. J., (NAG)
lderes.f for Test if selected elements in two arrays are
equal.
by Du Croz, J. J., (NAG)
lse.f for Test if two arrays are identical.
by Du Croz, J. J., (NAG)
lseiqx.f for Quick check for LSEI.
by Hanson, R. J., (SNLA)
lseres.f for Test if selected elements in two arrays are
equal.
by Du Croz, J. J., (NAG)
outerr.f for Output error messages for the SLAP Quick Check.
by Seager, Mark K., (LLNL)
pass.f for Print a PASS/FAIL message for a particular quick
check
by (UNKNOWN)
pchqk1.f for Test the PCHIP evaluators CHFDV, CHFEV, PCHFD
and PCHFE.
by Fritsch, F. N., (LLNL)
pchqk2.f for Test the PCHIP integrators PCHIA and PCHID.
by Fritsch, F. N., (LLNL)
pchqk3.f for Test the PCHIP interpolators PCHIC, PCHIM,
PCHSP.
by Fritsch, F. N., (LLNL)
pchqk4.f for Test the PCHIP monotonicity checker PCHCM.
by Fritsch, F. N., (LLNL)
pchqk5.f for Test the PCH to B-spline conversion routine
PCHBS.
by FRITSCH, F. N., (LLNL)
pfitqx.f for Quick check for POLFIT, PCOEF and PVALUE.
by (UNKNOWN)
pntchk.f for Quick check for POLINT, POLCOF and POLYVL
by (UNKNOWN)
qc36j.f for THIS IS A QUICK CHECK PROGRAM FOR THE
SUBROUTINES RC3JJ,
gams C19
by LOZIER, DANIEL W., (NIST)
qc6a.f for Test subroutine AAAAAA.
by Boland, W. Robert, (LANL)
qcdrc.f for Quick check for DRC.
by Pexton, R. L., (LLNL)
qcdrd.f for Quick check for DRD.
by Pexton, R. L., (LLNL)
qcdrf.f for Quick check for DRF.
by Pexton, R. L., (LLNL)
qcdrj.f for Quick check for DRJ.
by Pexton, R. L., (LLNL)
qcglss.f for Quick check for SGLSS.
by Voorhees, E. A., (LANL)
qckin.f for Quick check for BSKIN.
by Amos, D. E., (SNLA)
qcpsi.f for Quick check for PSIFN.
by Amos, D. E., (SNLA)
qcrc.f for Quick check for RC.
by Pexton, R. L., (LLNL)
qcrd.f for Quick check for RD.
by Pexton, R. L., (LLNL)
qcrf.f for Quick check for RF.
by Pexton, R. L., (LLNL)
qcrj.f for Quick check for RJ.
by Pexton, R. L., (LLNL)
qg8tst.f for Quick check for GAUS8.
by (UNKNOWN)
qn79qx.f for Quick check for QNC79.
by (UNKNOWN)
qxabm.f for Test the DEPAC routine DEABM.
by Chow, Jeff, (LANL)
qxbdf.f for Test the DEPAC routine DEBDF.
by Chow, Jeff, (LANL)
qxblkt.f for (UNKNOWN)
by (UNKNOWN)
qxbvsp.f for Quick check for BVSUP.
by (UNKNOWN)
qxcrt.f for (UNKNOWN)
by (UNKNOWN)
qxcsp.f for (UNKNOWN)
by (UNKNOWN)
qxcyl.f for (UNKNOWN)
by (UNKNOWN)
qxdabm.f for Test the DEPAC routine DDEABM.
by Chow, Jeff, (LANL)
qxdbdf.f for Test the DEPAC routine DDEBDF.
by Chow, Jeff, (LANL)
qxdbvs.f for Quick check for DBVSUP.
by (UNKNOWN)
qxdrkf.f for Test the DEPAC routine DDERKF.
by Chow, Jeff, (LANL)
qxgbun.f for (UNKNOWN)
by (UNKNOWN)
qxplr.f for (UNKNOWN)
by (UNKNOWN)
qxrkf.f for Test the DEPAC routine DERKF.
by Chow, Jeff, (LANL)
qxssp.f for (UNKNOWN)
by (UNKNOWN)
rqrtst.f for Quick check for RPQR79.
by (UNKNOWN)
sbeg.f for Generate random numbers.
by Du Croz, J. (NAG)
sblat2.f for Driver for testing Level 2 BLAS single precision
gams A3A
by Du Croz, J. J., (NAG)
sblat3.f for Driver for testing Level 3 BLAS single precision
gams A3A
by Dongarra, J. J., (ANL)
sbocqx.f for Quick check for SBOCLS.
by (UNKNOWN)
schk12.f for Quick check for SGEMV and SGBMV.
by Du Croz, J. (NAG)
schk13.f for Quick check for SGEMM.
by Dongarra, J. J., (ANL)
schk22.f for Quick check for SSYMV, SSBMV and SSPMV.
by Du Croz, J. (NAG)
schk23.f for Quick check for SSYMM.
by Dongarra, J. J., (ANL)
schk32.f for Quick check for STRMV, STBMV, STPMV, STRSV,
STBSV and
by Du Croz, J. (NAG)
schk33.f for Quick check for STRMM and STRSM.
by Dongarra, J. J., (ANL)
schk42.f for Quick check for SGER.
by Du Croz, J. (NAG)
schk43.f for Quick check for SSYRK.
by Dongarra, J. J., (ANL)
schk52.f for Quick check for SSYR and SSPR.
by Du Croz, J. (NAG)
schk53.f for Quick check for SSYR2K.
by Dongarra, J. J., (ANL)
schk62.f for Quick check for SSYR2 and SSPR2.
by Du Croz, J. (NAG)
schke2.f for Test the error exits from the Level 2 Blas.
by Du Croz, J. J., (NAG)
schke3.f for Test the error exits from the Level 3 Blas.
by Dongarra, J. J., (ANL)
sdasqc.f for Quick check for SLATEC routine SDASSL.
gams I1A2
by PETZOLD, LINDA R., (LLNL)
sdf.f for Quick check for SLATEC routines SDRIV1, SDRIV2
and SDRIV3.
gams I1A2, I1A1B
by Kahaner, D. K., (NIST)
sdjac1.f for First Jacobian evaluator for SDASQC.
by PETZOLD, LINDA R., (LLNL)
sdjac2.f for Second Jacobian evaluator for SDASQC.
by PETZOLD, LINDA R., (LLNL)
sdqck.f for Quick check for SLATEC routines SDRIV1, SDRIV2
and SDRIV3.
gams I1A2, I1A1B
by Kahaner, D. K., (NIST)
sdres1.f for First residual evaluator for SDASQC.
by PETZOLD, LINDA R., (LLNL)
sdres2.f for Second residual evaluator for SDASQC.
by PETZOLD, LINDA R., (LLNL)
sfnck.f for Quick check for the single precision Fullerton
by Boland, W. Robert, (LANL)
sgeqc.f for Quick check for SGEFS and SGEIR.
by Jacobsen, Nancy, (LANL)
slapqc.f for Quick check for testing Sparse Linear Algebra
Package
gams D2A4, D2B4
by Mark K. Seager (LLNL)
smake2.f for Generate values for an M by N matrix A.
by Du Croz, J. J., (NAG)
smake3.f for Generate values for an M by N matrix A.
by Dongarra, J. J., (ANL)
smmch.f for Check the results of the computational tests.
by Dongarra, J. J., (ANL)
smvch.f for Check the results of the computational tests.
by Du Croz, J. J., (NAG)
snls1q.f for Quick check for SNLS1E, SNLS1 and SCOV.
by (UNKNOWN)
snsqqk.f for Quick check for SNSQE and SNSQ.
by (UNKNOWN)
sosfnc.f for Function evaluator for SOS quick check.
by Watts, H. A., (SNLA)
sosnqx.f for Quick check for SOS.
by Watts, H. A., (SNLA)
splpqx.f for Quick check for SPLP.
by (UNKNOWN)
sqck.f for Quick check for SPOFS, SPOIR, SNBFS and SNBIR.
by Voorhees, E. A., (LANL)
sqfcn2.f for Evaluate function used in SNSQE.
by (UNKNOWN)
sqjac2.f for Evaluate full Jacobian for SNSQE test.
by (UNKNOWN)
srmgen.f for This routine generates a "Random" symmetric or
by Seager, Mark K., (LLNL)
ssrtqc.f for Quick check for SLATEC routines SSORT, SPSORT,
SPPERM
gams N6A
by BOISVERT, RONALD, (NIST)
stest.f for Compare arrays SCOMP and STRUE.
by Lawson, C. L., (JPL)
t0.f for Subsidiary to
by (UNKNOWN)
t1.f for Subsidiary to
by (UNKNOWN)
t2.f for Subsidiary to
by (UNKNOWN)
t3.f for Subsidiary to
by (UNKNOWN)
t4.f for Subsidiary to
by (UNKNOWN)
t5.f for Subsidiary to
by (UNKNOWN)
test01.f for Driver for testing SLATEC subprogram
gams Z
by SLATEC Common Mathematical Library Committee
test02.f for Driver for testing SLATEC subprograms
gams C
by SLATEC Common Mathematical Library Committee
test03.f for Driver for testing SLATEC subprograms
gams C
by SLATEC Common Mathematical Library Committee
test04.f for Driver for testing SLATEC subprograms
gams C
by SLATEC Common Mathematical Library Committee
test05.f for Driver for testing SLATEC subprograms
gams C
by SLATEC Common Mathematical Library Committee
test06.f for Driver for testing SLATEC subprograms
gams C
by SLATEC Common Mathematical Library Committee
test07.f for Driver for testing SLATEC subprograms
gams C
by SLATEC Common Mathematical Library Committee
test08.f for Driver for testing SLATEC subprograms
gams C
by SLATEC Common Mathematical Library Committee
test09.f for Driver for testing SLATEC subprograms.
gams C7A, C10A4, C10B4, C10D
by SLATEC Common Mathematical Library Committee
test10.f for Driver for testing SLATEC subprograms.
gams C7A, C10A4, C10B4, C10D
by SLATEC Common Mathematical Library Committee
test11.f for Driver for testing SLATEC subprograms
gams A3D, C3A2, C7C, C9
by SLATEC Common Mathematical Library Committee
test12.f for Driver for testing SLATEC subprograms
gams A3D, C3A2, C7C, C9
by SLATEC Common Mathematical Library Committee
test13.f for Driver for testing SLATEC subprograms
gams C14
by SLATEC Common Mathematical Library Committee
test14.f for Driver for testing SLATEC subprograms
gams C14
by SLATEC Common Mathematical Library Committee
test15.f for Driver for testing SLATEC subprograms
gams C19
by SLATEC Common Mathematical Library Committee
test16.f for Driver for testing SLATEC subprograms
gams C19
by SLATEC Common Mathematical Library Committee
test17.f for Driver for testing SLATEC subprograms
gams D1
by SLATEC Common Mathematical Library Committee
test18.f for Driver for testing SLATEC subprograms
gams D1B
by SLATEC Common Mathematical Library Committee
test19.f for Driver for testing SLATEC subprograms
gams D1B
by SLATEC Common Mathematical Library Committee
test20.f for Driver for testing SLATEC subprograms
gams D1B
by SLATEC Common Mathematical Library Committee
test21.f for Driver for testing SLATEC subprograms
gams D2
by SLATEC Common Mathematical Library Committee
test22.f for Driver for testing SLATEC subprograms
gams D2
by SLATEC Common Mathematical Library Committee
test23.f for Driver for testing SLATEC subprograms
gams D2
by SLATEC Common Mathematical Library Committee
test24.f for Driver for testing SLATEC subprograms
gams D2
by SLATEC Common Mathematical Library Committee
test25.f for Driver for testing SLATEC subprograms.
gams D2A4, D2B4
by SLATEC Common Mathematical Library Committee
test26.f for Driver for testing SLATEC subprograms.
gams D2A4, D2B4
by SLATEC Common Mathematical Library Committee
test27.f for Driver for testing SLATEC subprograms
gams D5, D9
by SLATEC Common Mathematical Library Committee
test28.f for Driver for testing SLATEC subprograms
gams D5, D9
by SLATEC Common Mathematical Library Committee
test29.f for Driver for testing SLATEC subprograms
gams E1, E3
by SLATEC Common Mathematical Library Committee
test30.f for Driver for testing SLATEC subprograms
gams E, E1A, E3
by SLATEC Common Mathematical Library Committee
test31.f for Driver for testing SLATEC subprograms
gams E, E1A, E3
by SLATEC Common Mathematical Library Committee
test32.f for Driver for testing SLATEC subprograms
gams E1A
by SLATEC Common Mathematical Library Committee
test33.f for Driver for testing SLATEC subprograms
gams E1A
by SLATEC Common Mathematical Library Committee
test34.f for Driver for testing SLATEC subprograms
gams F1A
by SLATEC Common Mathematical Library Committee
test35.f for Driver for testing SLATEC subprograms
gams F2
by SLATEC Common Mathematical Library Committee
test36.f for Driver for testing SLATEC subprograms
gams F2
by SLATEC Common Mathematical Library Committee
test37.f for Driver for testing SLATEC subprograms
gams G2
by SLATEC Common Mathematical Library Committee
test38.f for Driver for testing SLATEC subprograms
gams G2
by SLATEC Common Mathematical Library Committee
test39.f for Driver for testing SLATEC subprograms
gams H2
by SLATEC Common Mathematical Library Committee
test40.f for Driver for testing SLATEC subprograms
gams H2
by SLATEC Common Mathematical Library Committee
test41.f for Driver for testing SLATEC subprograms
gams H2
by SLATEC Common Mathematical Library Committee
test42.f for Driver for testing SLATEC subprograms
gams H2
by SLATEC Common Mathematical Library Committee
test43.f for Driver for testing SLATEC subprograms
gams I1
by SLATEC Common Mathematical Library Committee
test44.f for Driver for testing SLATEC subprograms
gams I1
by SLATEC Common Mathematical Library Committee
test45.f for Driver for testing SLATEC subprograms
gams I1A2, I1A1B
by SLATEC Common Mathematical Library Committee
test46.f for Driver for testing SLATEC subprograms
gams I1A2, I1A1B
by SLATEC Common Mathematical Library Committee
test47.f for Driver for testing SLATEC subprograms
gams I1A2, I1A1B
by SLATEC Common Mathematical Library Committee
test48.f for Driver for testing SLATEC subprograms
gams I1A2
by SLATEC Common Mathematical Library Committee
test49.f for Driver for testing SLATEC subprograms
gams I1A2
by SLATEC Common Mathematical Library Committee
test50.f for Driver for testing SLATEC subprograms
gams I2
by SLATEC Common Mathematical Library Committee
test51.f for Driver for testing SLATEC subprograms
gams J1
by SLATEC Common Mathematical Library Committee
test52.f for Driver for testing SLATEC subprograms
gams K1, E3, K6, L
by SLATEC Common Mathematical Library Committee
test53.f for Driver for testing SLATEC subprograms
gams K1, E3, K6, L
by SLATEC Common Mathematical Library Committee
test54.f for Driver for testing SLATEC subprograms
gams N6A
by BOISVERT, RONALD, (NIST)
uivp.f for Dummy routine for BVSUP quick check.
by Watts, H. A., (SNLA)
uvec.f for Dummy routine for BVSUP quick check.
by Watts, H. A., (SNLA)
vfill.f for Fill a vector with a value.
by Seager, Mark K., (LLNL)
xcsrt.f for TO COMPUTE CHECK VALUES FOR LEGENDRE FUNCTIONS
gams C3A2, C9
by SMITH, JOHN M., (NBS AND GEORGE MASON
UNIVERSITY)
zqcai.f for Quick check for SLATEC subroutines
gams C10D
by Amos, Don, (SNL)
zqcbh.f for Quick check for SLATEC subroutine
gams C10A4
by Amos, Don, (SNL)
zqcbi.f for Quick check for SLATEC subroutine
gams C10B4
by Amos, Don, (SNL)
zqcbj.f for Quick check for SLATEC subroutine
gams C10A4
by Amos, Don, (SNL)
zqcbk.f for Quick check for SLATEC subroutine
gams C10B4
by Amos, Don, (SNL)
zqcby.f for Quick check for SLATEC subroutine
gams C10A4
by Amos, Don, (SNL)
-----------------------------------------------------------
for xersav and other error handling from old version
path: /netlib/slatec/err/
-----------------------------------------------------------
.depend
dependencies
fdump.f for Symbolic dump (should be locally written).
gams R3
by Jones, R. E., (SNLA)
j4save.f for Save or recall global variables needed by error
by Jones, R. E., (SNLA)
xerclr.f for Reset current error number to zero.
gams R3C
by Jones, R. E., (SNLA)
xerdmp.f for Print the error tables and then clear them.
gams R3C
by Jones, R. E., (SNLA)
xermax.f for Set maximum number of times any error message is
to be
gams R3C
by Jones, R. E., (SNLA)
xgetf.f for Return the current value of the error control
flag.
gams R3C
by Jones, R. E., (SNLA)
xgetua.f for Return unit number(s) to which error messages
are being
gams R3C
by Jones, R. E., (SNLA)
xgetun.f for Return the (first) output file to which error
messages
gams R3C
by Jones, R. E., (SNLA)
xsetf.f for Set the error control flag.
gams R3A
by Jones, R. E., (SNLA)
xsetua.f for Set logical unit numbers (up to 5) to which
error
gams R3B
by Jones, R. E., (SNLA)
xsetun.f for Set output file to which error messages are to
be sent.
gams R3B
by Jones, R. E., (SNLA)
-----------------------------------------------------------
for the FISHPACK, FFTPACK subset of SLATEC
path: /netlib/slatec/fishfft/
-----------------------------------------------------------
.depend
blktri.f for Solve a block tridiagonal system of linear
equations
gams I2B4B
by Adams, J., (NCAR)
cblktr.f for Solve a block tridiagonal system of linear
equations
gams I2B4B
by Adams, J., (NCAR)
cfftb.f for Compute the unnormalized inverse of CFFTF.
gams J1A2
by Swarztrauber, P. N., (NCAR)
cfftb1.f for Compute the unnormalized inverse of CFFTF1.
gams J1A2
by Swarztrauber, P. N., (NCAR)
cfftf.f for Compute the forward transform of a complex,
periodic
gams J1A2
by Swarztrauber, P. N., (NCAR)
cfftf1.f for Compute the forward transform of a complex,
periodic
gams J1A2
by Swarztrauber, P. N., (NCAR)
cffti.f for Initialize a work array for CFFTF and CFFTB.
gams J1A2
by Swarztrauber, P. N., (NCAR)
cffti1.f for Initialize a real and an integer work array for
CFFTF1 and
gams J1A2
by Swarztrauber, P. N., (NCAR)
cmgnbn.f for Solve a complex block tridiagonal linear system
of
gams I2B4B
by Adams, J., (NCAR)
cosqb.f for Compute the unnormalized inverse cosine
transform.
gams J1A3
by Swarztrauber, P. N., (NCAR)
cosqb1.f for Compute the unnormalized inverse of COSQF1.
gams J1A3
by Swarztrauber, P. N., (NCAR)
cosqf.f for Compute the forward cosine transform with odd
wave numbers.
gams J1A3
by Swarztrauber, P. N., (NCAR)
cosqf1.f for Compute the forward cosine transform with odd
wave numbers.
gams J1A3
by Swarztrauber, P. N., (NCAR)
cosqi.f for Initialize a work array for COSQF and COSQB.
gams J1A3
by Swarztrauber, P. N., (NCAR)
cost.f for Compute the cosine transform of a real, even
sequence.
gams J1A3
by Swarztrauber, P. N., (NCAR)
costi.f for Initialize a work array for COST.
gams J1A3
by Swarztrauber, P. N., (NCAR)
ezfft1.f for EZFFTI calls EZFFT1 with appropriate work array
by Swarztrauber, P. N., (NCAR)
ezfftb.f for A simplified real, periodic, backward fast
Fourier
gams J1A1
by Swarztrauber, P. N., (NCAR)
ezfftf.f for Compute a simplified real, periodic, fast
Fourier forward
gams J1A1
by Swarztrauber, P. N., (NCAR)
ezffti.f for Initialize a work array for EZFFTF and EZFFTB.
gams J1A1
by Swarztrauber, P. N., (NCAR)
genbun.f for Solve by a cyclic reduction algorithm the linear
system
gams I2B4B
by Adams, J., (NCAR)
hstcrt.f for Solve the standard five-point finite difference
gams I2B1A1A
by Adams, J., (NCAR)
hstcsp.f for Solve the standard five-point finite difference
gams I2B1A1A
by Adams, J., (NCAR)
hstcyl.f for Solve the standard five-point finite difference
gams I2B1A1A
by Adams, J., (NCAR)
hstplr.f for Solve the standard five-point finite difference
gams I2B1A1A
by Adams, J., (NCAR)
hstssp.f for Solve the standard five-point finite difference
gams I2B1A1A
by Adams, J., (NCAR)
hw3crt.f for Solve the standard seven-point finite difference
gams I2B1A1A
by Adams, J., (NCAR)
hwscrt.f for Solves the standard five-point finite difference
gams I2B1A1A
by Adams, J., (NCAR)
hwscsp.f for Solve a finite difference approximation to the
modified
gams I2B1A1A
by Adams, J., (NCAR)
hwscyl.f for Solve a standard finite difference approximation
gams I2B1A1A
by Adams, J., (NCAR)
hwsplr.f for Solve a finite difference approximation to the
Helmholtz
gams I2B1A1A
by Adams, J., (NCAR)
hwsssp.f for Solve a finite difference approximation to the
Helmholtz
gams I2B1A1A
by Adams, J., (NCAR)
passb.f for Calculate the fast Fourier transform of
subvectors of
by Swarztrauber, P. N., (NCAR)
passb2.f for Calculate the fast Fourier transform of
subvectors of
by Swarztrauber, P. N., (NCAR)
passb3.f for Calculate the fast Fourier transform of
subvectors of
by Swarztrauber, P. N., (NCAR)
passb4.f for Calculate the fast Fourier transform of
subvectors of
by Swarztrauber, P. N., (NCAR)
passb5.f for Calculate the fast Fourier transform of
subvectors of
by Swarztrauber, P. N., (NCAR)
passf.f for Calculate the fast Fourier transform of
subvectors of
by Swarztrauber, P. N., (NCAR)
passf2.f for Calculate the fast Fourier transform of
subvectors of
by Swarztrauber, P. N., (NCAR)
passf3.f for Calculate the fast Fourier transform of
subvectors of
by Swarztrauber, P. N., (NCAR)
passf4.f for Calculate the fast Fourier transform of
subvectors of
by Swarztrauber, P. N., (NCAR)
passf5.f for Calculate the fast Fourier transform of
subvectors of
by Swarztrauber, P. N., (NCAR)
pois3d.f for Solve a three-dimensional block tridiagonal
linear system
gams I2B4B
by Adams, J., (NCAR)
poistg.f for Solve a block tridiagonal system of linear
equations
gams I2B4B
by Adams, J., (NCAR)
radb2.f for Calculate the fast Fourier transform of
subvectors of
by Swarztrauber, P. N., (NCAR)
radb3.f for Calculate the fast Fourier transform of
subvectors of
by Swarztrauber, P. N., (NCAR)
radb4.f for Calculate the fast Fourier transform of
subvectors of
by Swarztrauber, P. N., (NCAR)
radb5.f for Calculate the fast Fourier transform of
subvectors of
by Swarztrauber, P. N., (NCAR)
radbg.f for Calculate the fast Fourier transform of
subvectors of
by Swarztrauber, P. N., (NCAR)
radf2.f for Calculate the fast Fourier transform of
subvectors of
by Swarztrauber, P. N., (NCAR)
radf3.f for Calculate the fast Fourier transform of
subvectors of
by Swarztrauber, P. N., (NCAR)
radf4.f for Calculate the fast Fourier transform of
subvectors of
by Swarztrauber, P. N., (NCAR)
radf5.f for Calculate the fast Fourier transform of
subvectors of
by Swarztrauber, P. N., (NCAR)
radfg.f for Calculate the fast Fourier transform of
subvectors of
by Swarztrauber, P. N., (NCAR)
rfftb.f for Compute the backward fast Fourier transform of a
real
gams J1A1
by Swarztrauber, P. N., (NCAR)
rfftb1.f for Compute the backward fast Fourier transform of a
real
gams J1A1
by Swarztrauber, P. N., (NCAR)
rfftf.f for Compute the forward transform of a real,
periodic sequence.
gams J1A1
by Swarztrauber, P. N., (NCAR)
rfftf1.f for Compute the forward transform of a real,
periodic sequence.
gams J1A1
by Swarztrauber, P. N., (NCAR)
rffti.f for Initialize a work array for RFFTF and RFFTB.
gams J1A1
by Swarztrauber, P. N., (NCAR)
rffti1.f for Initialize a real and an integer work array for
RFFTF1 and
gams J1A1
by Swarztrauber, P. N., (NCAR)
sepeli.f for Discretize and solve a second and, optionally, a
fourth
gams I2B1A2
by Adams, J., (NCAR)
sepx4.f for Solve for either the second or fourth order
finite
gams I2B1A2
by Adams, J., (NCAR)
sinqb.f for Compute the unnormalized inverse of SINQF.
gams J1A3
by Swarztrauber, P. N., (NCAR)
sinqf.f for Compute the forward sine transform with odd wave
numbers.
gams J1A3
by Swarztrauber, P. N., (NCAR)
sinqi.f for Initialize a work array for SINQF and SINQB.
gams J1A3
by Swarztrauber, P. N., (NCAR)
sint.f for Compute the sine transform of a real, odd
sequence.
gams J1A3
by Swarztrauber, P. N., (NCAR)
sinti.f for Initialize a work array for SINT.
gams J1A3
by Swarztrauber, P. N., (NCAR)
-----------------------------------------------------------
for the FNLIB subset of SLATEC
path: /netlib/slatec/fnlib/
-----------------------------------------------------------
.depend
acosh.f for Compute the arc hyperbolic cosine.
gams C4C
by Fullerton, W., (LANL)
ai.f for Evaluate the Airy function.
gams C10D
by Fullerton, W., (LANL)
aie.f for Calculate the Airy function for a negative
argument and an
gams C10D
by Fullerton, W., (LANL)
albeta.f for Compute the natural logarithm of the complete
Beta
gams C7B
by Fullerton, W., (LANL)
algams.f for Compute the logarithm of the absolute value of
the Gamma
gams C7A
by Fullerton, W., (LANL)
ali.f for Compute the logarithmic integral.
gams C5
by Fullerton, W., (LANL)
alngam.f for Compute the logarithm of the absolute value of
the Gamma
gams C7A
by Fullerton, W., (LANL)
alnrel.f for Evaluate ln(1+X) accurate in the sense of
relative error.
gams C4B
by Fullerton, W., (LANL)
asinh.f for Compute the arc hyperbolic sine.
gams C4C
by Fullerton, W., (LANL)
atanh.f for Compute the arc hyperbolic tangent.
gams C4C
by Fullerton, W., (LANL)
besi0.f for Compute the hyperbolic Bessel function of the
first kind
gams C10B1
by Fullerton, W., (LANL)
besi0e.f for Compute the exponentially scaled modified
(hyperbolic)
gams C10B1
by Fullerton, W., (LANL)
besi1.f for Compute the modified (hyperbolic) Bessel
function of the
gams C10B1
by Fullerton, W., (LANL)
besi1e.f for Compute the exponentially scaled modified
(hyperbolic)
gams C10B1
by Fullerton, W., (LANL)
besj0.f for Compute the Bessel function of the first kind of
order
gams C10A1
by Fullerton, W., (LANL)
besj1.f for Compute the Bessel function of the first kind of
order one.
gams C10A1
by Fullerton, W., (LANL)
besk0.f for Compute the modified (hyperbolic) Bessel
function of the
gams C10B1
by Fullerton, W., (LANL)
besk0e.f for Compute the exponentially scaled modified
(hyperbolic)
gams C10B1
by Fullerton, W., (LANL)
besk1.f for Compute the modified (hyperbolic) Bessel
function of the
gams C10B1
by Fullerton, W., (LANL)
besk1e.f for Compute the exponentially scaled modified
(hyperbolic)
gams C10B1
by Fullerton, W., (LANL)
beskes.f for Compute a sequence of exponentially scaled
modified Bessel
gams C10B3
by Fullerton, W., (LANL)
besks.f for Compute a sequence of modified Bessel functions
of the
gams C10B3
by Fullerton, W., (LANL)
besy0.f for Compute the Bessel function of the second kind
of order
gams C10A1
by Fullerton, W., (LANL)
besy1.f for Compute the Bessel function of the second kind
of order
gams C10A1
by Fullerton, W., (LANL)
beta.f for Compute the complete Beta function.
gams C7B
by Fullerton, W., (LANL)
betai.f for Calculate the incomplete Beta function.
gams C7F
by Fullerton, W., (LANL)
bi.f for Evaluate the Bairy function (the Airy function
of the
gams C10D
by Fullerton, W., (LANL)
bie.f for Calculate the Bairy function for a negative
argument and an
gams C10D
by Fullerton, W., (LANL)
binom.f for Compute the binomial coefficients.
gams C1
by Fullerton, W., (LANL)
c0lgmc.f for Evaluate (Z+0.5)*LOG((Z+1.)/Z) - 1.0 with
relative
gams C7A
by Fullerton, W., (LANL)
c9lgmc.f for Compute the log gamma correction factor so that
gams C7A
by Fullerton, W., (LANL)
c9ln2r.f for Evaluate LOG(1+Z) from second order relative
accuracy so
gams C4B
by Fullerton, W., (LANL)
cacos.f for Compute the complex arc cosine.
gams C4A
by Fullerton, W., (LANL)
cacosh.f for Compute the arc hyperbolic cosine.
gams C4C
by Fullerton, W., (LANL)
carg.f for Compute the argument of a complex number.
gams A4A
by Fullerton, W., (LANL)
casin.f for Compute the complex arc sine.
gams C4A
by Fullerton, W., (LANL)
casinh.f for Compute the arc hyperbolic sine.
gams C4C
by Fullerton, W., (LANL)
catan.f for Compute the complex arc tangent.
gams C4A
by Fullerton, W., (LANL)
catan2.f for Compute the complex arc tangent in the proper
quadrant.
gams C4A
by Fullerton, W., (LANL)
catanh.f for Compute the arc hyperbolic tangent.
gams C4C
by Fullerton, W., (LANL)
cbeta.f for Compute the complete Beta function.
gams C7B
by Fullerton, W., (LANL)
cbrt.f for Compute the cube root.
gams C2
by Fullerton, W., (LANL)
ccbrt.f for Compute the cube root.
gams C2
by Fullerton, W., (LANL)
ccosh.f for Compute the complex hyperbolic cosine.
gams C4C
by Fullerton, W., (LANL)
ccot.f for Compute the cotangent.
gams C4A
by Fullerton, W., (LANL)
cexprl.f for Calculate the relative error exponential
(EXP(X)-1)/X.
gams C4B
by Fullerton, W., (LANL)
cgamma.f for Compute the complete Gamma function.
gams C7A
by Fullerton, W., (LANL)
cgamr.f for Compute the reciprocal of the Gamma function.
gams C7A
by Fullerton, W., (LANL)
chu.f for Compute the logarithmic confluent hypergeometric
function.
gams C11
by Fullerton, W., (LANL)
clbeta.f for Compute the natural logarithm of the complete
Beta
gams C7B
by Fullerton, W., (LANL)
clngam.f for Compute the logarithm of the absolute value of
the Gamma
gams C7A
by Fullerton, W., (LANL)
clnrel.f for Evaluate ln(1+X) accurate in the sense of
relative error.
gams C4B
by Fullerton, W., (LANL)
clog10.f for Compute the principal value of the complex base
10
gams C4B
by Fullerton, W., (LANL)
cosdg.f for Compute the cosine of an argument in degrees.
gams C4A
by Fullerton, W., (LANL)
cot.f for Compute the cotangent.
gams C4A
by Fullerton, W., (LANL)
cpsi.f for Compute the Psi (or Digamma) function.
gams C7C
by Fullerton, W., (LANL)
csevl.f for Evaluate a Chebyshev series.
gams C3A2
by Fullerton, W., (LANL)
csinh.f for Compute the complex hyperbolic sine.
gams C4C
by Fullerton, W., (LANL)
ctan.f for Compute the complex tangent.
gams C4A
by Fullerton, W., (LANL)
ctanh.f for Compute the complex hyperbolic tangent.
gams C4C
by Fullerton, W., (LANL)
d9aimp.f for Evaluate the Airy modulus and phase.
gams C10D
by Fullerton, W., (LANL)
d9atn1.f for Evaluate DATAN(X) from first order relative
accuracy so
gams C4A
by Fullerton, W., (LANL)
d9b0mp.f for Evaluate the modulus and phase for the J0 and Y0
Bessel
gams C10A1
by Fullerton, W., (LANL)
d9b1mp.f for Evaluate the modulus and phase for the J1 and Y1
Bessel
gams C10A1
by Fullerton, W., (LANL)
d9chu.f for Evaluate for large Z Z**A * U(A,B,Z) where U is
the
gams C11
by Fullerton, W., (LANL)
d9gmic.f for Compute the complementary incomplete Gamma
function for A
gams C7E
by Fullerton, W., (LANL)
d9gmit.f for Compute Tricomi's incomplete Gamma function for
small
gams C7E
by Fullerton, W., (LANL)
d9knus.f for Compute Bessel functions EXP(X)*K-SUB-XNU(X) and
EXP(X)*
gams C10B3
by Fullerton, W., (LANL)
d9lgic.f for Compute the log complementary incomplete Gamma
function
gams C7E
by Fullerton, W., (LANL)
d9lgit.f for Compute the logarithm of Tricomi's incomplete
Gamma
gams C7E
by Fullerton, W., (LANL)
d9lgmc.f for Compute the log Gamma correction factor so that
gams C7E
by Fullerton, W., (LANL)
d9ln2r.f for Evaluate LOG(1+X) from second order relative
accuracy so
gams C4B
by Fullerton, W., (LANL)
d9pak.f for Pack a base 2 exponent into a floating point
number.
gams A6B
by Fullerton, W., (LANL)
d9upak.f for Unpack a floating point number X so that X =
Y*2**N.
gams A6B
by Fullerton, W., (LANL)
dacosh.f for Compute the arc hyperbolic cosine.
gams C4C
by Fullerton, W., (LANL)
dai.f for Evaluate the Airy function.
gams C10D
by Fullerton, W., (LANL)
daie.f for Calculate the Airy function for a negative
argument and an
gams C10D
by Fullerton, W., (LANL)
dasinh.f for Compute the arc hyperbolic sine.
gams C4C
by Fullerton, W., (LANL)
datanh.f for Compute the arc hyperbolic tangent.
gams C4C
by Fullerton, W., (LANL)
daws.f for Compute Dawson's function.
gams C8C
by Fullerton, W., (LANL)
dbesi0.f for Compute the hyperbolic Bessel function of the
first kind
gams C10B1
by Fullerton, W., (LANL)
dbesi1.f for Compute the modified (hyperbolic) Bessel
function of the
gams C10B1
by Fullerton, W., (LANL)
dbesj0.f for Compute the Bessel function of the first kind of
order
gams C10A1
by Fullerton, W., (LANL)
dbesj1.f for Compute the Bessel function of the first kind of
order one.
gams C10A1
by Fullerton, W., (LANL)
dbesk0.f for Compute the modified (hyperbolic) Bessel
function of the
gams C10B1
by Fullerton, W., (LANL)
dbesk1.f for Compute the modified (hyperbolic) Bessel
function of the
gams C10B1
by Fullerton, W., (LANL)
dbesks.f for Compute a sequence of modified Bessel functions
of the
gams C10B3
by Fullerton, W., (LANL)
dbesy0.f for Compute the Bessel function of the second kind
of order
gams C10A1
by Fullerton, W., (LANL)
dbesy1.f for Compute the Bessel function of the second kind
of order
gams C10A1
by Fullerton, W., (LANL)
dbeta.f for Compute the complete Beta function.
gams C7B
by Fullerton, W., (LANL)
dbetai.f for Calculate the incomplete Beta function.
gams C7F
by Fullerton, W., (LANL)
dbi.f for Evaluate the Bairy function (the Airy function
of the
gams C10D
by Fullerton, W., (LANL)
dbie.f for Calculate the Bairy function for a negative
argument and an
gams C10D
by Fullerton, W., (LANL)
dbinom.f for Compute the binomial coefficients.
gams C1
by Fullerton, W., (LANL)
dbsi0e.f for Compute the exponentially scaled modified
(hyperbolic)
gams C10B1
by Fullerton, W., (LANL)
dbsi1e.f for Compute the exponentially scaled modified
(hyperbolic)
gams C10B1
by Fullerton, W., (LANL)
dbsk0e.f for Compute the exponentially scaled modified
(hyperbolic)
gams C10B1
by Fullerton, W., (LANL)
dbsk1e.f for Compute the exponentially scaled modified
(hyperbolic)
gams C10B1
by Fullerton, W., (LANL)
dbskes.f for Compute a sequence of exponentially scaled
modified Bessel
gams C10B3
by Fullerton, W., (LANL)
dcbrt.f for Compute the cube root.
gams C2
by Fullerton, W., (LANL)
dchu.f for Compute the logarithmic confluent hypergeometric
function.
gams C11
by Fullerton, W., (LANL)
dcosdg.f for Compute the cosine of an argument in degrees.
gams C4A
by Fullerton, W., (LANL)
dcot.f for Compute the cotangent.
gams C4A
by Fullerton, W., (LANL)
dcsevl.f for Evaluate a Chebyshev series.
gams C3A2
by Fullerton, W., (LANL)
ddaws.f for Compute Dawson's function.
gams C8C
by Fullerton, W., (LANL)
de1.f for Compute the exponential integral E1(X).
gams C5
by Fullerton, W., (LANL)
dei.f for Compute the exponential integral Ei(X).
gams C5
by Fullerton, W., (LANL)
derf.f for Compute the error function.
gams C8A, L5A1E
by Fullerton, W., (LANL)
derfc.f for Compute the complementary error function.
gams C8A, L5A1E
by Fullerton, W., (LANL)
dexprl.f for Calculate the relative error exponential
(EXP(X)-1)/X.
gams C4B
by Fullerton, W., (LANL)
dfac.f for Compute the factorial function.
gams C1
by Fullerton, W., (LANL)
dgami.f for Evaluate the incomplete Gamma function.
gams C7E
by Fullerton, W., (LANL)
dgamic.f for Calculate the complementary incomplete Gamma
function.
gams C7E
by Fullerton, W., (LANL)
dgamit.f for Calculate Tricomi's form of the incomplete Gamma
function.
gams C7E
by Fullerton, W., (LANL)
dgamlm.f for Compute the minimum and maximum bounds for the
argument in
gams C7A, R2
by Fullerton, W., (LANL)
dgamma.f for Compute the complete Gamma function.
gams C7A
by Fullerton, W., (LANL)
dgamr.f for Compute the reciprocal of the Gamma function.
gams C7A
by Fullerton, W., (LANL)
dlbeta.f for Compute the natural logarithm of the complete
Beta
gams C7B
by Fullerton, W., (LANL)
dlgams.f for Compute the logarithm of the absolute value of
the Gamma
gams C7A
by Fullerton, W., (LANL)
dli.f for Compute the logarithmic integral.
gams C5
by Fullerton, W., (LANL)
dlngam.f for Compute the logarithm of the absolute value of
the Gamma
gams C7A
by Fullerton, W., (LANL)
dlnrel.f for Evaluate ln(1+X) accurate in the sense of
relative error.
gams C4B
by Fullerton, W., (LANL)
dpoch.f for Evaluate a generalization of Pochhammer's
symbol.
gams C1, C7A
by Fullerton, W., (LANL)
dpoch1.f for Calculate a generalization of Pochhammer's
symbol starting
gams C1, C7A
by Fullerton, W., (LANL)
dpsi.f for Compute the Psi (or Digamma) function.
gams C7C
by Fullerton, W., (LANL)
dsindg.f for Compute the sine of an argument in degrees.
gams C4A
by Fullerton, W., (LANL)
dspenc.f for Compute a form of Spence's integral due to K.
Mitchell.
gams C5
by Fullerton, W., (LANL)
e1.f for Compute the exponential integral E1(X).
gams C5
by Fullerton, W., (LANL)
ei.f for Compute the exponential integral Ei(X).
gams C5
by Fullerton, W., (LANL)
erf.f for Compute the error function.
gams C8A, L5A1E
by Fullerton, W., (LANL)
erfc.f for Compute the complementary error function.
gams C8A, L5A1E
by Fullerton, W., (LANL)
exprel.f for Calculate the relative error exponential
(EXP(X)-1)/X.
gams C4B
by Fullerton, W., (LANL)
fac.f for Compute the factorial function.
gams C1
by Fullerton, W., (LANL)
gami.f for Evaluate the incomplete Gamma function.
gams C7E
by Fullerton, W., (LANL)
gamic.f for Calculate the complementary incomplete Gamma
function.
gams C7E
by Fullerton, W., (LANL)
gamit.f for Calculate Tricomi's form of the incomplete Gamma
function.
gams C7E
by Fullerton, W., (LANL)
gamlim.f for Compute the minimum and maximum bounds for the
argument in
gams C7A, R2
by Fullerton, W., (LANL)
gamma.f for Compute the complete Gamma function.
gams C7A
by Fullerton, W., (LANL)
gamr.f for Compute the reciprocal of the Gamma function.
gams C7A
by Fullerton, W., (LANL)
initds.f for Determine the number of terms needed in an
orthogonal
gams C3A2
by Fullerton, W., (LANL)
inits.f for Determine the number of terms needed in an
orthogonal
gams C3A2
by Fullerton, W., (LANL)
poch.f for Evaluate a generalization of Pochhammer's
symbol.
gams C1, C7A
by Fullerton, W., (LANL)
poch1.f for Calculate a generalization of Pochhammer's
symbol starting
gams C1, C7A
by Fullerton, W., (LANL)
psi.f for Compute the Psi (or Digamma) function.
gams C7C
by Fullerton, W., (LANL)
r9aimp.f for Evaluate the Airy modulus and phase.
gams C10D
by Fullerton, W., (LANL)
r9atn1.f for Evaluate ATAN(X) from first order relative
accuracy so that
gams C4A
by Fullerton, W., (LANL)
r9chu.f for Evaluate for large Z Z**A * U(A,B,Z) where U is
the
gams C11
by Fullerton, W., (LANL)
r9gmic.f for Compute the complementary incomplete Gamma
function for A
gams C7E
by Fullerton, W., (LANL)
r9gmit.f for Compute Tricomi's incomplete Gamma function for
small
gams C7E
by Fullerton, W., (LANL)
r9knus.f for Compute Bessel functions EXP(X)*K-SUB-XNU(X) and
EXP(X)*
gams C10B3
by Fullerton, W., (LANL)
r9lgic.f for Compute the log complementary incomplete Gamma
function
gams C7E
by Fullerton, W., (LANL)
r9lgit.f for Compute the logarithm of Tricomi's incomplete
Gamma
gams C7E
by Fullerton, W., (LANL)
r9lgmc.f for Compute the log Gamma correction factor so that
gams C7E
by Fullerton, W., (LANL)
r9ln2r.f for Evaluate LOG(1+X) from second order relative
accuracy so
gams C4B
by Fullerton, W., (LANL)
r9pak.f for Pack a base 2 exponent into a floating point
number.
gams A6B
by Fullerton, W., (LANL)
r9upak.f for Unpack a floating point number X so that X =
Y*2**N.
gams A6B
by Fullerton, W., (LANL)
rand.f for Generate a uniformly distributed random number.
gams L6A21
by Fullerton, W., (LANL)
rgauss.f for Generate a normally distributed (Gaussian)
random number.
gams L6A14
by Fullerton, W., (LANL)
runif.f for Generate a uniformly distributed random number.
gams L6A21
by Fullerton, W., (LANL)
sindg.f for Compute the sine of an argument in degrees.
gams C4A
by Fullerton, W., (LANL)
spenc.f for Compute a form of Spence's integral due to K.
Mitchell.
gams C5
by Fullerton, W., (LANL)
-----------------------------------------------------------
for the BLAS, LINPACK, EISPACK, SLAP subset of
path: /netlib/slatec/lin/
-----------------------------------------------------------
.depend
bakvec.f for Form the eigenvectors of a certain real
non-symmetric
gams D4C4
by Smith, B. T., et al.
balanc.f for Balance a real general matrix and isolate
eigenvalues
gams D4C1A
by Smith, B. T., et al.
balbak.f for Form the eigenvectors of a real general matrix
from the
gams D4C4
by Smith, B. T., et al.
bandr.f for Reduce a real symmetric band matrix to symmetric
gams D4C1B1
by Smith, B. T., et al.
bandv.f for Form the eigenvectors of a real symmetric band
matrix
gams D4C3
by Smith, B. T., et al.
bisect.f for Compute the eigenvalues of a symmetric
tridiagonal matrix
gams D4A5, D4C2A
by Smith, B. T., et al.
bqr.f for Compute some of the eigenvalues of a real
symmetric
gams D4A6
by Smith, B. T., et al.
caxpy.f for Compute a constant times a vector plus a vector.
gams D1A7
by Lawson, C. L., (JPL)
cbabk2.f for Form the eigenvectors of a complex general
matrix from the
gams D4C4
by Smith, B. T., et al.
cbal.f for Balance a complex general matrix and isolate
eigenvalues
gams D4C1A
by Smith, B. T., et al.
cchdc.f for Compute the Cholesky decomposition of a positive
definite
gams D2D1B
by Dongarra, J., (ANL)
cchdd.f for Downdate an augmented Cholesky decomposition or
the
gams D7B
by Stewart, G. W., (U. of Maryland)
cchex.f for Update the Cholesky factorization A=TRANS(R)*R
of a
gams D7B
by Stewart, G. W., (U. of Maryland)
cchud.f for Update an augmented Cholesky decomposition of
the
gams D7B
by Stewart, G. W., (U. of Maryland)
ccopy.f for Copy a vector.
gams D1A5
by Lawson, C. L., (JPL)
cdcdot.f for Compute the inner product of two vectors with
extended
gams D1A4
by Lawson, C. L., (JPL)
cdotc.f for Dot product of two complex vectors using the
complex
gams D1A4
by Lawson, C. L., (JPL)
cdotu.f for Compute the inner product of two vectors.
gams D1A4
by Lawson, C. L., (JPL)
cg.f for Compute the eigenvalues and, optionally, the
eigenvectors
gams D4A4
by Smith, B. T., et al.
cgbco.f for Factor a band matrix by Gaussian elimination and
gams D2C2
by Moler, C. B., (U. of New Mexico)
cgbdi.f for Compute the determinant of a complex band matrix
using the
gams D3C2
by Moler, C. B., (U. of New Mexico)
cgbfa.f for Factor a band matrix using Gaussian elimination.
gams D2C2
by Moler, C. B., (U. of New Mexico)
cgbmv.f for Multiply a complex vector by a complex general
band matrix.
gams D1B4
by Dongarra, J. J., (ANL)
cgbsl.f for Solve the complex band system A*X=B or
CTRANS(A)*X=B using
gams D2C2
by Moler, C. B., (U. of New Mexico)
cgeco.f for Factor a matrix using Gaussian elimination and
estimate
gams D2C1
by Moler, C. B., (U. of New Mexico)
cgedi.f for Compute the determinant and inverse of a matrix
using the
gams D2C1, D3C1
by Moler, C. B., (U. of New Mexico)
cgefa.f for Factor a matrix using Gaussian elimination.
gams D2C1
by Moler, C. B., (U. of New Mexico)
cgemm.f for Multiply a complex general matrix by a complex
general
gams D1B6
by Dongarra, J., (ANL)
cgemv.f for Multiply a complex vector by a complex general
matrix.
gams D1B4
by Dongarra, J. J., (ANL)
cgerc.f for Perform conjugated rank 1 update of a complex
general
gams D1B4
by Dongarra, J. J., (ANL)
cgeru.f for Perform unconjugated rank 1 update of a complex
general
gams D1B4
by Dongarra, J. J., (ANL)
cgesl.f for Solve the complex system A*X=B or CTRANS(A)*X=B
using the
gams D2C1
by Moler, C. B., (U. of New Mexico)
cgtsl.f for Solve a tridiagonal linear system.
gams D2C2A
by Dongarra, J., (ANL)
ch.f for Compute the eigenvalues and, optionally, the
eigenvectors
gams D4A3
by Smith, B. T., et al.
chbmv.f for Multiply a complex vector by a complex Hermitian
band
gams D1B4
by Dongarra, J. J., (ANL)
chemm.f for Multiply a complex general matrix by a complex
Hermitian
gams D1B6
by Dongarra, J., (ANL)
chemv.f for Multiply a complex vector by a complex Hermitian
matrix.
gams D1B4
by Dongarra, J. J., (ANL)
cher.f for Perform Hermitian rank 1 update of a complex
Hermitian
gams D1B4
by Dongarra, J. J., (ANL)
cher2.f for Perform Hermitian rank 2 update of a complex
Hermitian
gams D1B4
by Dongarra, J. J., (ANL)
cher2k.f for Perform Hermitian rank 2k update of a complex.
gams D1B6
by Dongarra, J., (ANL)
cherk.f for Perform Hermitian rank k update of a complex
Hermitian
gams D1B6
by Dongarra, J., (ANL)
chico.f for Factor a complex Hermitian matrix by elimination
with sym-
gams D2D1A
by Moler, C. B., (U. of New Mexico)
chidi.f for Compute the determinant, inertia and inverse of
a complex
gams D2D1A, D3D1A
by Bunch, J., (UCSD)
chifa.f for Factor a complex Hermitian matrix by elimination
gams D2D1A
by Bunch, J., (UCSD)
chisl.f for Solve the complex Hermitian system using factors
obtained
gams D2D1A
by Bunch, J., (UCSD)
chpco.f for Factor a complex Hermitian matrix stored in
packed form by
gams D2D1A
by Moler, C. B., (U. of New Mexico)
chpdi.f for Compute the determinant, inertia and inverse of
a complex
gams D2D1A, D3D1A
by Bunch, J., (UCSD)
chpfa.f for Factor a complex Hermitian matrix stored in
packed form by
gams D2D1A
by Bunch, J., (UCSD)
chpmv.f for Perform the matrix-vector operation.
gams D1B4
by Dongarra, J. J., (ANL)
chpr.f for Perform the hermitian rank 1 operation.
gams D1B4
by Dongarra, J. J., (ANL)
chpr2.f for Perform the hermitian rank 2 operation.
gams D1B4
by Dongarra, J. J., (ANL)
chpsl.f for Solve a complex Hermitian system using factors
obtained
gams D2D1A
by Bunch, J., (UCSD)
cinvit.f for Compute the eigenvectors of a complex upper
Hessenberg
gams D4C2B
by Smith, B. T., et al.
combak.f for Form the eigenvectors of a complex general
matrix from the
gams D4C4
by Smith, B. T., et al.
comhes.f for Reduce a complex general matrix to complex upper
Hessenberg
gams D4C1B2
by Smith, B. T., et al.
comlr.f for Compute the eigenvalues of a complex upper
Hessenberg
gams D4C2B
by Smith, B. T., et al.
comlr2.f for Compute the eigenvalues and eigenvectors of a
complex upper
gams D4C2B
by Smith, B. T., et al.
comqr.f for Compute the eigenvalues of complex upper
Hessenberg matrix
gams D4C2B
by Smith, B. T., et al.
comqr2.f for Compute the eigenvalues and eigenvectors of a
complex upper
gams D4C2B
by Smith, B. T., et al.
cortb.f for Form the eigenvectors of a complex general
matrix from
gams D4C4
by Smith, B. T., et al.
corth.f for Reduce a complex general matrix to complex upper
Hessenberg
gams D4C1B2
by Smith, B. T., et al.
cpbco.f for Factor a complex Hermitian positive definite
matrix stored
gams D2D2
by Moler, C. B., (U. of New Mexico)
cpbdi.f for Compute the determinant of a complex Hermitian
positive
gams D3D2
by Moler, C. B., (U. of New Mexico)
cpbfa.f for Factor a complex Hermitian positive definite
matrix stored
gams D2D2
by Moler, C. B., (U. of New Mexico)
cpbsl.f for Solve the complex Hermitian positive definite
band system
gams D2D2
by Moler, C. B., (U. of New Mexico)
cpoco.f for Factor a complex Hermitian positive definite
matrix
gams D2D1B
by Moler, C. B., (U. of New Mexico)
cpodi.f for Compute the determinant and inverse of a certain
complex
gams D2D1B, D3D1B
by Moler, C. B., (U. of New Mexico)
cpofa.f for Factor a complex Hermitian positive definite
matrix.
gams D2D1B
by Moler, C. B., (U. of New Mexico)
cposl.f for Solve the complex Hermitian positive definite
linear system
gams D2D1B
by Moler, C. B., (U. of New Mexico)
cppco.f for Factor a complex Hermitian positive definite
matrix stored
gams D2D1B
by Moler, C. B., (U. of New Mexico)
cppdi.f for Compute the determinant and inverse of a complex
Hermitian
gams D2D1B, D3D1B
by Moler, C. B., (U. of New Mexico)
cppfa.f for Factor a complex Hermitian positive definite
matrix stored
gams D2D1B
by Moler, C. B., (U. of New Mexico)
cppsl.f for Solve the complex Hermitian positive definite
system using
gams D2D1B
by Moler, C. B., (U. of New Mexico)
cptsl.f for Solve a positive definite tridiagonal linear
system.
gams D2D2A
by Dongarra, J., (ANL)
cqrdc.f for Use Householder transformations to compute the
QR
gams D5
by Stewart, G. W., (U. of Maryland)
cqrsl.f for Apply the output of CQRDC to compute coordinate
transfor-
gams D9, D2C1
by Stewart, G. W., (U. of Maryland)
crotg.f for Construct a Givens transformation.
gams D1B10
by (UNKNOWN)
cscal.f for Multiply a vector by a constant.
gams D1A6
by Lawson, C. L., (JPL)
csico.f for Factor a complex symmetric matrix by elimination
with
gams D2C1
by Moler, C. B., (U. of New Mexico)
csidi.f for Compute the determinant and inverse of a complex
symmetric
gams D2C1, D3C1
by Bunch, J., (UCSD)
csifa.f for Factor a complex symmetric matrix by elimination
with
gams D2C1
by Bunch, J., (UCSD)
csisl.f for Solve a complex symmetric system using the
factors obtained
gams D2C1
by Bunch, J., (UCSD)
cspco.f for Factor a complex symmetric matrix stored in
packed form
gams D2C1
by Moler, C. B., (U. of New Mexico)
cspdi.f for Compute the determinant and inverse of a complex
symmetric
gams D2C1, D3C1
by Bunch, J., (UCSD)
cspfa.f for Factor a complex symmetric matrix stored in
packed form by
gams D2C1
by Bunch, J., (UCSD)
cspsl.f for Solve a complex symmetric system using the
factors obtained
gams D2C1
by Bunch, J., (UCSD)
csrot.f for Apply a plane Givens rotation.
gams D1B10
by Dongarra, J., (ANL)
csscal.f for Scale a complex vector.
gams D1A6
by Lawson, C. L., (JPL)
csvdc.f for Perform the singular value decomposition of a
rectangular
gams D6
by Stewart, G. W., (U. of Maryland)
cswap.f for Interchange two vectors.
gams D1A5
by Lawson, C. L., (JPL)
csymm.f for Multiply a complex general matrix by a complex
symmetric
gams D1B6
by Dongarra, J., (ANL)
csyr2k.f for Perform symmetric rank 2k update of a complex
symmetric
gams D1B6
by Dongarra, J., (ANL)
csyrk.f for Perform symmetric rank k update of a complex
symmetric
gams D1B6
by Dongarra, J., (ANL)
ctbmv.f for Multiply a complex vector by a complex
triangular band
gams D1B4
by Dongarra, J. J., (ANL)
ctbsv.f for Solve a complex triangular banded system of
equations.
gams D1B4
by Dongarra, J. J., (ANL)
ctpmv.f for Perform one of the matrix-vector operations.
gams D1B4
by Dongarra, J. J., (ANL)
ctpsv.f for Solve one of the systems of equations.
gams D1B4
by Dongarra, J. J., (ANL)
ctrco.f for Estimate the condition number of a triangular
matrix.
gams D2C3
by Moler, C. B., (U. of New Mexico)
ctrdi.f for Compute the determinant and inverse of a
triangular matrix.
gams D2C3, D3C3
by Moler, C. B., (U. of New Mexico)
ctrmm.f for Multiply a complex general matrix by a complex
triangular
gams D1B6
by Dongarra, J., (ANL)
ctrmv.f for Multiply a complex vector by a complex
triangular matrix.
gams D1B4
by Dongarra, J. J., (ANL)
ctrsl.f for Solve a system of the form T*X=B or
CTRANS(T)*X=B, where
gams D2C3
by Stewart, G. W., (U. of Maryland)
ctrsm.f for Solve a complex triangular system of equations
with
gams D1B6
by Dongarra, J., (ANL)
ctrsv.f for Solve a complex triangular system of equations.
gams D1B4
by Dongarra, J. J., (ANL)
dasum.f for Compute the sum of the magnitudes of the
elements of a
gams D1A3A
by Lawson, C. L., (JPL)
daxpy.f for Compute a constant times a vector plus a vector.
gams D1A7
by Lawson, C. L., (JPL)
dbcg.f for Preconditioned BiConjugate Gradient Sparse Ax =
b Solver.
gams D2A4, D2B4
by Greenbaum, Anne, (Courant Institute)
dbhin.f for Read a Sparse Linear System in the
Boeing/Harwell Format.
gams D2A4, D2B4
by Seager, Mark K., (LLNL)
dcdot.f for Compute the inner product of two vectors with
extended
gams D1A4
by (UNKNOWN)
dcg.f for Preconditioned Conjugate Gradient Sparse Ax=b
Solver.
gams D2B4
by Greenbaum, Anne, (Courant Institute)
dcgn.f for Preconditioned CG Sparse Ax=b Solver for Normal
Equations.
gams D2A4, D2B4
by Greenbaum, Anne, (Courant Institute)
dcgs.f for Preconditioned BiConjugate Gradient Squared Ax=b
Solver.
gams D2A4, D2B4
by Greenbaum, Anne, (Courant Institute)
dchdc.f for Compute the Cholesky decomposition of a positive
definite
gams D2B1B
by Dongarra, J., (ANL)
dchdd.f for Downdate an augmented Cholesky decomposition or
the
gams D7B
by Stewart, G. W., (U. of Maryland)
dchex.f for Update the Cholesky factorization A=TRANS(R)*R
of a
gams D7B
by Stewart, G. W., (U. of Maryland)
dchkw.f for SLAP WORK/IWORK Array Bounds Checker.
gams R2
by Seager, Mark K., (LLNL)
dchud.f for Update an augmented Cholesky decomposition of
the
gams D7B
by Stewart, G. W., (U. of Maryland)
dcopy.f for Copy a vector.
gams D1A5
by Lawson, C. L., (JPL)
dcopym.f for Copy the negative of a vector to a vector.
gams D1A5
by Kahaner, D. K., (NBS)
dcpplt.f for Printer Plot of SLAP Column Format Matrix.
gams D2A4, D2B4
by Seager, Mark K., (LLNL)
ddot.f for Compute the inner product of two vectors.
gams D1A4
by Lawson, C. L., (JPL)
dgbco.f for Factor a band matrix by Gaussian elimination and
gams D2A2
by Moler, C. B., (U. of New Mexico)
dgbdi.f for Compute the determinant of a band matrix using
the factors
gams D3A2
by Moler, C. B., (U. of New Mexico)
dgbfa.f for Factor a band matrix using Gaussian elimination.
gams D2A2
by Moler, C. B., (U. of New Mexico)
dgbmv.f for Perform one of the matrix-vector operations.
gams D1B4
by Dongarra, J. J., (ANL)
dgbsl.f for Solve the real band system A*X=B or TRANS(A)*X=B
using
gams D2A2
by Moler, C. B., (U. of New Mexico)
dgeco.f for Factor a matrix using Gaussian elimination and
estimate
gams D2A1
by Moler, C. B., (U. of New Mexico)
dgedi.f for Compute the determinant and inverse of a matrix
using the
gams D3A1, D2A1
by Moler, C. B., (U. of New Mexico)
dgefa.f for Factor a matrix using Gaussian elimination.
gams D2A1
by Moler, C. B., (U. of New Mexico)
dgemm.f for Perform one of the matrix-matrix operations.
gams D1B6
by Dongarra, J., (ANL)
dgemv.f for Perform one of the matrix-vector operations.
gams D1B4
by Dongarra, J. J., (ANL)
dger.f for Perform the rank 1 operation.
gams D1B4
by Dongarra, J. J., (ANL)
dgesl.f for Solve the real system A*X=B or TRANS(A)*X=B
using the
gams D2A1
by Moler, C. B., (U. of New Mexico)
dgmres.f for Preconditioned GMRES iterative sparse Ax=b
solver.
gams D2A4, D2B4
by Brown, Peter, (LLNL), pnbrown@llnl.gov
dgtsl.f for Solve a tridiagonal linear system.
gams D2A2A
by Dongarra, J., (ANL)
dhels.f for Internal routine for DGMRES.
gams D2A4, D2B4
by Brown, Peter, (LLNL), pnbrown@llnl.gov
dheqr.f for Internal routine for DGMRES.
gams D2A4, D2B4
by Brown, Peter, (LLNL), pnbrown@llnl.gov
dir.f for Preconditioned Iterative Refinement Sparse Ax =
b Solver.
gams D2A4, D2B4
by Greenbaum, Anne, (Courant Institute)
dllti2.f for SLAP Backsolve routine for LDL' Factorization.
gams D2A4, D2B4
by Greenbaum, Anne, (Courant Institute)
dlpdoc.f for Sparse Linear Algebra Package Version 2.0.2
Documentation.
gams D2A4, D2B4, Z
by Seager, Mark. K., (LLNL)
dnrm2.f for Compute the Euclidean length (L2 norm) of a
vector.
gams D1A3B
by Lawson, C. L., (JPL)
domn.f for Preconditioned Orthomin Sparse Iterative Ax=b
Solver.
gams D2A4, D2B4
by Greenbaum, Anne, (Courant Institute)
dorth.f for Internal routine for DGMRES.
gams D2A4, D2B4
by Brown, Peter, (LLNL), pnbrown@llnl.gov
dpbco.f for Factor a real symmetric positive definite matrix
stored in
gams D2B2
by Moler, C. B., (U. of New Mexico)
dpbdi.f for Compute the determinant of a symmetric positive
definite
gams D3B2
by Moler, C. B., (U. of New Mexico)
dpbfa.f for Factor a real symmetric positive definite matrix
stored in
gams D2B2
by Moler, C. B., (U. of New Mexico)
dpbsl.f for Solve a real symmetric positive definite band
system
gams D2B2
by Moler, C. B., (U. of New Mexico)
dpigmr.f for Internal routine for DGMRES.
gams D2A4, D2B4
by Brown, Peter, (LLNL), pnbrown@llnl.gov
dpoco.f for Factor a real symmetric positive definite matrix
gams D2B1B
by Moler, C. B., (U. of New Mexico)
dpodi.f for Compute the determinant and inverse of a certain
real
gams D2B1B, D3B1B
by Moler, C. B., (U. of New Mexico)
dpofa.f for Factor a real symmetric positive definite
matrix.
gams D2B1B
by Moler, C. B., (U. of New Mexico)
dposl.f for Solve the real symmetric positive definite
linear system
gams D2B1B
by Moler, C. B., (U. of New Mexico)
dppco.f for Factor a symmetric positive definite matrix
stored in
gams D2B1B
by Moler, C. B., (U. of New Mexico)
dppdi.f for Compute the determinant and inverse of a real
symmetric
gams D2B1B, D3B1B
by Moler, C. B., (U. of New Mexico)
dppfa.f for Factor a real symmetric positive definite matrix
stored in
gams D2B1B
by Moler, C. B., (U. of New Mexico)
dppsl.f for Solve the real symmetric positive definite
system using
gams D2B1B
by Moler, C. B., (U. of New Mexico)
dptsl.f for Solve a positive definite tridiagonal linear
system.
gams D2B2A
by Dongarra, J., (ANL)
dqrdc.f for Use Householder transformations to compute the
QR
gams D5
by Stewart, G. W., (U. of Maryland)
dqrsl.f for Apply the output of DQRDC to compute coordinate
transfor-
gams D9, D2A1
by Stewart, G. W., (U. of Maryland)
drlcal.f for Internal routine for DGMRES.
gams D2A4, D2B4
by Brown, Peter, (LLNL), pnbrown@llnl.gov
drot.f for Apply a plane Givens rotation.
gams D1A8
by Lawson, C. L., (JPL)
drotg.f for Construct a plane Givens rotation.
gams D1B10
by Lawson, C. L., (JPL)
drotm.f for Apply a modified Givens transformation.
gams D1A8
by Lawson, C. L., (JPL)
drotmg.f for Construct a modified Givens transformation.
gams D1B10
by Lawson, C. L., (JPL)
ds2lt.f for Lower Triangle Preconditioner SLAP Set Up.
gams D2A4, D2B4
by Greenbaum, Anne, (Courant Institute)
ds2y.f for SLAP Triad to SLAP Column Format Converter.
gams D2A4, D2B4
by Seager, Mark K., (LLNL)
dsbmv.f for Perform the matrix-vector operation.
gams D1B4
by Dongarra, J. J., (ANL)
dscal.f for Multiply a vector by a constant.
gams D1A6
by Lawson, C. L., (JPL)
dsd2s.f for Diagonal Scaling Preconditioner SLAP Normal Eqns
Set Up.
gams D2A4, D2B4
by Greenbaum, Anne, (Courant Institute)
dsdbcg.f for Diagonally Scaled BiConjugate Gradient Sparse
Ax=b Solver.
gams D2A4, D2B4
by Greenbaum, Anne, (Courant Institute)
dsdcg.f for Diagonally Scaled Conjugate Gradient Sparse Ax=b
Solver.
gams D2B4
by Greenbaum, Anne, (Courant Institute)
dsdcgn.f for Diagonally Scaled CG Sparse Ax=b Solver for
Normal Eqn's.
gams D2A4, D2B4
by Greenbaum, Anne, (Courant Institute)
dsdcgs.f for Diagonally Scaled CGS Sparse Ax=b Solver.
gams D2A4, D2B4
by Greenbaum, Anne, (Courant Institute)
dsdgmr.f for Diagonally scaled GMRES iterative sparse Ax=b
solver.
gams D2A4, D2B4
by Brown, Peter, (LLNL), pnbrown@llnl.gov
dsdi.f for Diagonal Matrix Vector Multiply.
gams D2A4, D2B4
by Greenbaum, Anne, (Courant Institute)
dsdomn.f for Diagonally Scaled Orthomin Sparse Iterative Ax=b
Solver.
gams D2A4, D2B4
by Greenbaum, Anne, (Courant Institute)
dsdot.f for Compute the inner product of two vectors with
extended
gams D1A4
by Lawson, C. L., (JPL)
dsds.f for Diagonal Scaling Preconditioner SLAP Set Up.
gams D2A4, D2B4
by Greenbaum, Anne, (Courant Institute)
dsdscl.f for Diagonal Scaling of system Ax = b.
gams D2A4, D2B4
by Greenbaum, Anne, (Courant Institute)
dsgs.f for Gauss-Seidel Method Iterative Sparse Ax = b
Solver.
gams D2A4, D2B4
by Greenbaum, Anne, (Courant Institute)
dsiccg.f for Incomplete Cholesky Conjugate Gradient Sparse
Ax=b Solver.
gams D2B4
by Greenbaum, Anne, (Courant Institute)
dsico.f for Factor a symmetric matrix by elimination with
symmetric
gams D2B1A
by Moler, C. B., (U. of New Mexico)
dsics.f for Incompl. Cholesky Decomposition Preconditioner
SLAP Set Up.
gams D2B4
by Greenbaum, Anne, (Courant Institute)
dsidi.f for Compute the determinant, inertia and inverse of
a real
gams D2B1A, D3B1A
by Bunch, J., (UCSD)
dsifa.f for Factor a real symmetric matrix by elimination
with
gams D2B1A
by Bunch, J., (UCSD)
dsilur.f for Incomplete LU Iterative Refinement Sparse Ax = b
Solver.
gams D2A4, D2B4
by Greenbaum, Anne, (Courant Institute)
dsilus.f for Incomplete LU Decomposition Preconditioner SLAP
Set Up.
gams D2A4, D2B4
by Greenbaum, Anne, (Courant Institute)
dsisl.f for Solve a real symmetric system using the factors
obtained
gams D2B1A
by Bunch, J., (UCSD)
dsjac.f for Jacobi's Method Iterative Sparse Ax = b Solver.
gams D2A4, D2B4
by Greenbaum, Anne, (Courant Institute)
dsli.f for SLAP MSOLVE for Lower Triangle Matrix.
gams D2A4, D2B4
by Greenbaum, Anne, (Courant Institute)
dsli2.f for SLAP Lower Triangle Matrix Backsolve.
gams D2A4, D2B4
by Greenbaum, Anne, (Courant Institute)
dsllti.f for SLAP MSOLVE for LDL' (IC) Factorization.
gams D2A4, D2B4
by Greenbaum, Anne, (Courant Institute)
dslubc.f for Incomplete LU BiConjugate Gradient Sparse Ax=b
Solver.
gams D2A4, D2B4
by Greenbaum, Anne, (Courant Institute)
dslucn.f for Incomplete LU CG Sparse Ax=b Solver for Normal
Equations.
gams D2A4, D2B4
by Greenbaum, Anne, (Courant Institute)
dslucs.f for Incomplete LU BiConjugate Gradient Squared Ax=b
Solver.
gams D2A4, D2B4
by Greenbaum, Anne, (Courant Institute)
dslugm.f for Incomplete LU GMRES iterative sparse Ax=b
solver.
gams D2A4, D2B4
by Brown, Peter, (LLNL), pnbrown@llnl.gov
dslui.f for SLAP MSOLVE for LDU Factorization.
gams D2A4, D2B4
by Greenbaum, Anne, (Courant Institute)
dslui2.f for SLAP Backsolve for LDU Factorization.
gams D2A4, D2B4
by Greenbaum, Anne, (Courant Institute)
dslui4.f for SLAP Backsolve for LDU Factorization.
gams D2A4, D2B4
by Greenbaum, Anne, (Courant Institute)
dsluom.f for Incomplete LU Orthomin Sparse Iterative Ax=b
Solver.
gams D2A4, D2B4
by Greenbaum, Anne, (Courant Institute)
dsluti.f for SLAP MTSOLV for LDU Factorization.
gams D2A4, D2B4
by Greenbaum, Anne, (Courant Institute)
dsmmi2.f for SLAP Backsolve for LDU Factorization of Normal
Equations.
gams D2A4, D2B4
by Greenbaum, Anne, (Courant Institute)
dsmmti.f for SLAP MSOLVE for LDU Factorization of Normal
Equations.
gams D2A4, D2B4
by Greenbaum, Anne, (Courant Institute)
dsmtv.f for SLAP Column Format Sparse Matrix Transpose
Vector Product.
gams D2A4, D2B4
by Greenbaum, Anne, (Courant Institute)
dsmv.f for SLAP Column Format Sparse Matrix Vector Product.
gams D2A4, D2B4
by Greenbaum, Anne, (Courant Institute)
dspco.f for Factor a real symmetric matrix stored in packed
form
gams D2B1A
by Moler, C. B., (U. of New Mexico)
dspdi.f for Compute the determinant, inertia, inverse of a
real
gams D2B1A, D3B1A
by Bunch, J., (UCSD)
dspfa.f for Factor a real symmetric matrix stored in packed
form by
gams D2B1A
by Bunch, J., (UCSD)
dspmv.f for Perform the matrix-vector operation.
gams D1B4
by Dongarra, J. J., (ANL)
dspr.f for Perform the symmetric rank 1 operation.
gams D1B4
by Dongarra, J. J., (ANL)
dspr2.f for Perform the symmetric rank 2 operation.
gams D1B4
by Dongarra, J. J., (ANL)
dspsl.f for Solve a real symmetric system using the factors
obtained
gams D2B1A
by Bunch, J., (UCSD)
dsvdc.f for Perform the singular value decomposition of a
rectangular
gams D6
by Stewart, G. W., (U. of Maryland)
dswap.f for Interchange two vectors.
gams D1A5
by Lawson, C. L., (JPL)
dsymm.f for Perform one of the matrix-matrix operations.
gams D1B6
by Dongarra, J., (ANL)
dsymv.f for Perform the matrix-vector operation.
gams D1B4
by Dongarra, J. J., (ANL)
dsyr.f for Perform the symmetric rank 1 operation.
gams D1B4
by Dongarra, J. J., (ANL)
dsyr2.f for Perform the symmetric rank 2 operation.
gams D1B4
by Dongarra, J. J., (ANL)
dsyr2k.f for Perform one of the symmetric rank 2k operations.
gams D1B6
by Dongarra, J., (ANL)
dsyrk.f for Perform one of the symmetric rank k operations.
gams D1B6
by Dongarra, J., (ANL)
dtbmv.f for Perform one of the matrix-vector operations.
gams D1B4
by Dongarra, J. J., (ANL)
dtbsv.f for Solve one of the systems of equations.
gams D1B4
by Dongarra, J. J., (ANL)
dtin.f for Read in SLAP Triad Format Linear System.
gams D2A4, D2B4
by Seager, Mark K., (LLNL)
dtout.f for Write out SLAP Triad Format Linear System.
gams D2A4, D2B4
by Seager, Mark K., (LLNL)
dtpmv.f for Perform one of the matrix-vector operations.
gams D1B4
by Dongarra, J. J., (ANL)
dtpsv.f for Solve one of the systems of equations.
gams D1B4
by Dongarra, J. J., (ANL)
dtrco.f for Estimate the condition number of a triangular
matrix.
gams D2A3
by Moler, C. B., (U. of New Mexico)
dtrdi.f for Compute the determinant and inverse of a
triangular matrix.
gams D2A3, D3A3
by Moler, C. B., (U. of New Mexico)
dtrmm.f for Perform one of the matrix-matrix operations.
gams D1B6
by Dongarra, J., (ANL)
dtrmv.f for Perform one of the matrix-vector operations.
gams D1B4
by Dongarra, J. J., (ANL)
dtrsl.f for Solve a system of the form T*X=B or
TRANS(T)*X=B, where
gams D2A3
by Stewart, G. W., (U. of Maryland)
dtrsm.f for Solve one of the matrix equations.
gams D1B6
by Dongarra, J., (ANL)
dtrsv.f for Solve one of the systems of equations.
gams D1B4
by Dongarra, J. J., (ANL)
dxlcal.f for Internal routine for DGMRES.
gams D2A4, D2B4
by Brown, Peter, (LLNL), pnbrown@llnl.gov
eisdoc.f for Documentation for EISPACK, a collection of
subprograms for
gams D4, Z
by Vandevender, W. H., (SNLA)
elmbak.f for Form the eigenvectors of a real general matrix
from the
gams D4C4
by Smith, B. T., et al.
elmhes.f for Reduce a real general matrix to upper Hessenberg
form
gams D4C1B2
by Smith, B. T., et al.
eltran.f for Accumulates the stabilized elementary similarity
gams D4C4
by Smith, B. T., et al.
figi.f for Transforms certain real non-symmetric
tridiagonal matrix
gams D4C1C
by Smith, B. T., et al.
figi2.f for Transforms certain real non-symmetric
tridiagonal matrix
gams D4C1C
by Smith, B. T., et al.
hqr.f for Compute the eigenvalues of a real upper
Hessenberg matrix
gams D4C2B
by Smith, B. T., et al.
hqr2.f for Compute the eigenvalues and eigenvectors of a
real upper
gams D4C2B
by Smith, B. T., et al.
htrib3.f for Compute the eigenvectors of a complex Hermitian
matrix from
gams D4C4
by Smith, B. T., et al.
htribk.f for Form the eigenvectors of a complex Hermitian
matrix from
gams D4C4
by Smith, B. T., et al.
htrid3.f for Reduce a complex Hermitian (packed) matrix to a
real
gams D4C1B1
by Smith, B. T., et al.
htridi.f for Reduce a complex Hermitian matrix to a real
symmetric
gams D4C1B1
by Smith, B. T., et al.
icamax.f for Find the smallest index of the component of a
complex
gams D1A2
by Lawson, C. L., (JPL)
icopy.f for Copy a vector.
gams D1A5
by Boland, W. R., (LANL)
idamax.f for Find the smallest index of that component of a
vector
gams D1A2
by Lawson, C. L., (JPL)
imtql1.f for Compute the eigenvalues of a symmetric
tridiagonal matrix
gams D4A5, D4C2A
by Smith, B. T., et al.
imtql2.f for Compute the eigenvalues and eigenvectors of a
symmetric
gams D4A5, D4C2A
by Smith, B. T., et al.
imtqlv.f for Compute the eigenvalues of a symmetric
tridiagonal matrix
gams D4A5, D4C2A
by Smith, B. T., et al.
invit.f for Compute the eigenvectors of a real upper
Hessenberg
gams D4C2B
by Smith, B. T., et al.
isamax.f for Find the smallest index of that component of a
vector
gams D1A2
by Lawson, C. L., (JPL)
isdbcg.f for Preconditioned BiConjugate Gradient Stop Test.
gams D2A4, D2B4
by Greenbaum, Anne, (Courant Institute)
isdcg.f for Preconditioned Conjugate Gradient Stop Test.
gams D2B4
by Greenbaum, Anne, (Courant Institute)
isdcgn.f for Preconditioned CG on Normal Equations Stop Test.
gams D2A4, D2B4
by Greenbaum, Anne, (Courant Institute)
isdcgs.f for Preconditioned BiConjugate Gradient Squared Stop
Test.
gams D2A4, D2B4
by Greenbaum, Anne, (Courant Institute)
isdgmr.f for Generalized Minimum Residual Stop Test.
gams D2A4, D2B4
by Brown, Peter, (LLNL), pnbrown@llnl.gov
isdir.f for Preconditioned Iterative Refinement Stop Test.
gams D2A4, D2B4
by Greenbaum, Anne, (Courant Institute)
isdomn.f for Preconditioned Orthomin Stop Test.
gams D2A4, D2B4
by Greenbaum, Anne, (Courant Institute)
issbcg.f for Preconditioned BiConjugate Gradient Stop Test.
gams D2A4, D2B4
by Greenbaum, Anne, (Courant Institute)
isscg.f for Preconditioned Conjugate Gradient Stop Test.
gams D2B4
by Greenbaum, Anne, (Courant Institute)
isscgn.f for Preconditioned CG on Normal Equations Stop Test.
gams D2A4, D2B4
by Greenbaum, Anne, (Courant Institute)
isscgs.f for Preconditioned BiConjugate Gradient Squared Stop
Test.
gams D2A4, D2B4
by Greenbaum, Anne, (Courant Institute)
issgmr.f for Generalized Minimum Residual Stop Test.
gams D2A4, D2B4
by Brown, Peter, (LLNL), pnbrown@llnl.gov
issir.f for Preconditioned Iterative Refinement Stop Test.
gams D2A4, D2B4
by Greenbaum, Anne, (Courant Institute)
issomn.f for Preconditioned Orthomin Stop Test.
gams D2A4, D2B4
by Greenbaum, Anne, (Courant Institute)
iswap.f for Interchange two vectors.
gams D1A5
by Vandevender, W. H., (SNLA)
minfit.f for Compute the singular value decomposition of a
rectangular
gams D9
by Smith, B. T., et al.
ortbak.f for Form the eigenvectors of a general real matrix
from the
gams D4C4
by Smith, B. T., et al.
orthes.f for Reduce a real general matrix to upper Hessenberg
form
gams D4C1B2
by Smith, B. T., et al.
ortran.f for Accumulate orthogonal similarity transformations
in the
gams D4C4
by Smith, B. T., et al.
qs2i1d.f for Sort an integer array, moving an integer and DP
array.
gams N6A2A
by Jones, R. E., (SNLA)
qs2i1r.f for Sort an integer array, moving an integer and
real array.
gams N6A2A
by Jones, R. E., (SNLA)
qzhes.f for The first step of the QZ algorithm for solving
generalized
gams D4C1B3
by Smith, B. T., et al.
qzit.f for The second step of the QZ algorithm for
generalized
gams D4C1B3
by Smith, B. T., et al.
qzval.f for The third step of the QZ algorithm for
generalized
gams D4C2C
by Smith, B. T., et al.
qzvec.f for The optional fourth step of the QZ algorithm for
gams D4C3
by Smith, B. T., et al.
ratqr.f for Compute the largest or smallest eigenvalues of a
symmetric
gams D4A5, D4C2A
by Smith, B. T., et al.
rebak.f for Form the eigenvectors of a generalized symmetric
gams D4C4
by Smith, B. T., et al.
rebakb.f for Form the eigenvectors of a generalized symmetric
gams D4C4
by Smith, B. T., et al.
reduc.f for Reduce a generalized symmetric eigenproblem to a
standard
gams D4C1C
by Smith, B. T., et al.
reduc2.f for Reduce a certain generalized symmetric
eigenproblem to a
gams D4C1C
by Smith, B. T., et al.
rg.f for Compute the eigenvalues and, optionally, the
eigenvectors
gams D4A2
by Smith, B. T., et al.
rgg.f for Compute the eigenvalues and eigenvectors for a
real
gams D4B2
by Smith, B. T., et al.
rs.f for Compute the eigenvalues and, optionally, the
eigenvectors
gams D4A1
by Smith, B. T., et al.
rsb.f for Compute the eigenvalues and, optionally, the
eigenvectors
gams D4A6
by Smith, B. T., et al.
rsg.f for Compute the eigenvalues and, optionally, the
eigenvectors
gams D4B1
by Smith, B. T., et al.
rsgab.f for Compute the eigenvalues and, optionally, the
eigenvectors
gams D4B1
by Smith, B. T., et al.
rsgba.f for Compute the eigenvalues and, optionally, the
eigenvectors
gams D4B1
by Smith, B. T., et al.
rsp.f for Compute the eigenvalues and, optionally, the
eigenvectors
gams D4A1
by Smith, B. T., et al.
rst.f for Compute the eigenvalues and, optionally, the
eigenvectors
gams D4A5
by Smith, B. T., et al.
rt.f for Compute the eigenvalues and eigenvectors of a
special real
gams D4A5
by Smith, B. T., et al.
sasum.f for Compute the sum of the magnitudes of the
elements of a
gams D1A3A
by Lawson, C. L., (JPL)
saxpy.f for Compute a constant times a vector plus a vector.
gams D1A7
by Lawson, C. L., (JPL)
sbcg.f for Preconditioned BiConjugate Gradient Sparse Ax =
b Solver.
gams D2A4, D2B4
by Greenbaum, Anne, (Courant Institute)
sbhin.f for Read a Sparse Linear System in the
Boeing/Harwell Format.
gams D2A4, D2B4
by Seager, Mark K., (LLNL)
scasum.f for Compute the sum of the magnitudes of the real
and
gams D1A3A
by Lawson, C. L., (JPL)
scg.f for Preconditioned Conjugate Gradient Sparse Ax=b
Solver.
gams D2B4
by Greenbaum, Anne, (Courant Institute)
scgn.f for Preconditioned CG Sparse Ax=b Solver for Normal
Equations.
gams D2A4, D2B4
by Greenbaum, Anne, (Courant Institute)
scgs.f for Preconditioned BiConjugate Gradient Squared Ax=b
Solver.
gams D2A4, D2B4
by Greenbaum, Anne, (Courant Institute)
schdc.f for Compute the Cholesky decomposition of a positive
definite
gams D2B1B
by Dongarra, J., (ANL)
schdd.f for Downdate an augmented Cholesky decomposition or
the
gams D7B
by Stewart, G. W., (U. of Maryland)
schex.f for Update the Cholesky factorization A=TRANS(R)*R
of A
gams D7B
by Stewart, G. W., (U. of Maryland)
schkw.f for SLAP WORK/IWORK Array Bounds Checker.
gams R2
by Seager, Mark K., (LLNL)
schud.f for Update an augmented Cholesky decomposition of
the
gams D7B
by Stewart, G. W., (U. of Maryland)
scnrm2.f for Compute the unitary norm of a complex vector.
gams D1A3B
by Lawson, C. L., (JPL)
scopy.f for Copy a vector.
gams D1A5
by Lawson, C. L., (JPL)
scopym.f for Copy the negative of a vector to a vector.
gams D1A5
by Kahaner, D. K., (NBS)
scpplt.f for Printer Plot of SLAP Column Format Matrix.
gams D2A4, D2B4
by Seager, Mark K., (LLNL)
sdot.f for Compute the inner product of two vectors.
gams D1A4
by Lawson, C. L., (JPL)
sdsdot.f for Compute the inner product of two vectors with
extended
gams D1A4
by Lawson, C. L., (JPL)
sgbco.f for Factor a band matrix by Gaussian elimination and
gams D2A2
by Moler, C. B., (U. of New Mexico)
sgbdi.f for Compute the determinant of a band matrix using
the factors
gams D3A2
by Moler, C. B., (U. of New Mexico)
sgbfa.f for Factor a band matrix using Gaussian elimination.
gams D2A2
by Moler, C. B., (U. of New Mexico)
sgbmv.f for Multiply a real vector by a real general band
matrix.
gams D1B4
by Dongarra, J. J., (ANL)
sgbsl.f for Solve the real band system A*X=B or TRANS(A)*X=B
using
gams D2A2
by Moler, C. B., (U. of New Mexico)
sgeco.f for Factor a matrix using Gaussian elimination and
estimate
gams D2A1
by Moler, C. B., (U. of New Mexico)
sgedi.f for Compute the determinant and inverse of a matrix
using the
gams D2A1, D3A1
by Moler, C. B., (U. of New Mexico)
sgefa.f for Factor a matrix using Gaussian elimination.
gams D2A1
by Moler, C. B., (U. of New Mexico)
sgemm.f for Multiply a real general matrix by a real general
matrix.
gams D1B6
by Dongarra, J., (ANL)
sgemv.f for Multiply a real vector by a real general matrix.
gams D1B4
by Dongarra, J. J., (ANL)
sger.f for Perform rank 1 update of a real general matrix.
gams D1B4
by Dongarra, J. J., (ANL)
sgesl.f for Solve the real system A*X=B or TRANS(A)*X=B
using the
gams D2A1
by Moler, C. B., (U. of New Mexico)
sgmres.f for Preconditioned GMRES Iterative Sparse Ax=b
Solver.
gams D2A4, D2B4
by Brown, Peter, (LLNL), pnbrown@llnl.gov
sgtsl.f for Solve a tridiagonal linear system.
gams D2A2A
by Dongarra, J., (ANL)
shels.f for Internal routine for SGMRES.
gams D2A4, D2B4
by Brown, Peter, (LLNL), pnbrown@llnl.gov
sheqr.f for Internal routine for SGMRES.
gams D2A4, D2B4
by Brown, Peter, (LLNL), pnbrown@llnl.gov
sir.f for Preconditioned Iterative Refinement Sparse Ax =
b Solver.
gams D2A4, D2B4
by Greenbaum, Anne, (Courant Institute)
sllti2.f for SLAP Backsolve routine for LDL' Factorization.
gams D2A4, D2B4
by Greenbaum, Anne, (Courant Institute)
slpdoc.f for Sparse Linear Algebra Package Version 2.0.2
Documentation.
gams D2A4, D2B4, Z
by Seager, Mark. K., (LLNL)
snrm2.f for Compute the Euclidean length (L2 norm) of a
vector.
gams D1A3B
by Lawson, C. L., (JPL)
somn.f for Preconditioned Orthomin Sparse Iterative Ax=b
Solver.
gams D2A4, D2B4
by Greenbaum, Anne, (Courant Institute)
sorth.f for Internal routine for SGMRES.
gams D2A4, D2B4
by Brown, Peter, (LLNL), pnbrown@llnl.gov
spbco.f for Factor a real symmetric positive definite matrix
stored in
gams D2B2
by Moler, C. B., (U. of New Mexico)
spbdi.f for Compute the determinant of a symmetric positive
definite
gams D3B2
by Moler, C. B., (U. of New Mexico)
spbfa.f for Factor a real symmetric positive definite matrix
stored in
gams D2B2
by Moler, C. B., (U. of New Mexico)
spbsl.f for Solve a real symmetric positive definite band
system
gams D2B2
by Moler, C. B., (U. of New Mexico)
spigmr.f for Internal routine for SGMRES.
gams D2A4, D2B4
by Brown, Peter, (LLNL), pnbrown@llnl.gov
spoco.f for Factor a real symmetric positive definite matrix
gams D2B1B
by Moler, C. B., (U. of New Mexico)
spodi.f for Compute the determinant and inverse of a certain
real
gams D2B1B, D3B1B
by Moler, C. B., (U. of New Mexico)
spofa.f for Factor a real symmetric positive definite
matrix.
gams D2B1B
by Moler, C. B., (U. of New Mexico)
sposl.f for Solve the real symmetric positive definite
linear system
gams D2B1B
by Moler, C. B., (U. of New Mexico)
sppco.f for Factor a symmetric positive definite matrix
stored in
gams D2B1B
by Moler, C. B., (U. of New Mexico)
sppdi.f for Compute the determinant and inverse of a real
symmetric
gams D2B1B, D3B1B
by Moler, C. B., (U. of New Mexico)
sppfa.f for Factor a real symmetric positive definite matrix
stored in
gams D2B1B
by Moler, C. B., (U. of New Mexico)
sppsl.f for Solve the real symmetric positive definite
system using
gams D2B1B
by Moler, C. B., (U. of New Mexico)
sptsl.f for Solve a positive definite tridiagonal linear
system.
gams D2B2A
by Dongarra, J., (ANL)
sqrdc.f for Use Householder transformations to compute the
QR
gams D5
by Stewart, G. W., (U. of Maryland)
sqrsl.f for Apply the output of SQRDC to compute coordinate
transfor-
gams D9, D2A1
by Stewart, G. W., (U. of Maryland)
srlcal.f for Internal routine for SGMRES.
gams D2A4, D2B4
by Brown, Peter, (LLNL), pnbrown@llnl.gov
srot.f for Apply a plane Givens rotation.
gams D1A8
by Lawson, C. L., (JPL)
srotg.f for Construct a plane Givens rotation.
gams D1B10
by Lawson, C. L., (JPL)
srotm.f for Apply a modified Givens transformation.
gams D1A8
by Lawson, C. L., (JPL)
srotmg.f for Construct a modified Givens transformation.
gams D1B10
by Lawson, C. L., (JPL)
ss2lt.f for Lower Triangle Preconditioner SLAP Set Up.
gams D2A4, D2B4
by Greenbaum, Anne, (Courant Institute)
ss2y.f for SLAP Triad to SLAP Column Format Converter.
gams D2A4, D2B4
by Seager, Mark K., (LLNL)
ssbmv.f for Multiply a real vector by a real symmetric band
matrix.
gams D1B4
by Dongarra, J. J., (ANL)
sscal.f for Multiply a vector by a constant.
gams D1A6
by Lawson, C. L., (JPL)
ssd2s.f for Diagonal Scaling Preconditioner SLAP Normal Eqns
Set Up.
gams D2A4, D2B4
by Greenbaum, Anne, (Courant Institute)
ssdbcg.f for Diagonally Scaled BiConjugate Gradient Sparse
Ax=b Solver.
gams D2A4, D2B4
by Greenbaum, Anne, (Courant Institute)
ssdcg.f for Diagonally Scaled Conjugate Gradient Sparse Ax=b
Solver.
gams D2B4
by Greenbaum, Anne, (Courant Institute)
ssdcgn.f for Diagonally Scaled CG Sparse Ax=b Solver for
Normal Eqn's.
gams D2A4, D2B4
by Greenbaum, Anne, (Courant Institute)
ssdcgs.f for Diagonally Scaled CGS Sparse Ax=b Solver.
gams D2A4, D2B4
by Greenbaum, Anne, (Courant Institute)
ssdgmr.f for Diagonally Scaled GMRES Iterative Sparse Ax=b
Solver.
gams D2A4, D2B4
by Brown, Peter, (LLNL), pnbrown@llnl.gov
ssdi.f for Diagonal Matrix Vector Multiply.
gams D2A4, D2B4
by Greenbaum, Anne, (Courant Institute)
ssdomn.f for Diagonally Scaled Orthomin Sparse Iterative Ax=b
Solver.
gams D2A4, D2B4
by Greenbaum, Anne, (Courant Institute)
ssds.f for Diagonal Scaling Preconditioner SLAP Set Up.
gams D2A4, D2B4
by Greenbaum, Anne, (Courant Institute)
ssdscl.f for Diagonal Scaling of system Ax = b.
gams D2A4, D2B4
by Greenbaum, Anne, (Courant Institute)
ssgs.f for Gauss-Seidel Method Iterative Sparse Ax = b
Solver.
gams D2A4, D2B4
by Greenbaum, Anne, (Courant Institute)
ssiccg.f for Incomplete Cholesky Conjugate Gradient Sparse
Ax=b Solver.
gams D2B4
by Greenbaum, Anne, (Courant Institute)
ssico.f for Factor a symmetric matrix by elimination with
symmetric
gams D2B1A
by Moler, C. B., (U. of New Mexico)
ssics.f for Incompl. Cholesky Decomposition Preconditioner
SLAP Set Up.
gams D2B4
by Greenbaum, Anne, (Courant Institute)
ssidi.f for Compute the determinant, inertia and inverse of
a real
gams D2B1A, D3B1A
by Bunch, J., (UCSD)
ssifa.f for Factor a real symmetric matrix by elimination
with
gams D2B1A
by Bunch, J., (UCSD)
ssilur.f for Incomplete LU Iterative Refinement Sparse Ax = b
Solver.
gams D2A4, D2B4
by Greenbaum, Anne, (Courant Institute)
ssilus.f for Incomplete LU Decomposition Preconditioner SLAP
Set Up.
gams D2A4, D2B4
by Greenbaum, Anne, (Courant Institute)
ssisl.f for Solve a real symmetric system using the factors
obtained
gams D2B1A
by Bunch, J., (UCSD)
ssjac.f for Jacobi's Method Iterative Sparse Ax = b Solver.
gams D2A4, D2B4
by Greenbaum, Anne, (Courant Institute)
ssli.f for SLAP MSOLVE for Lower Triangle Matrix.
gams D2A4, D2B4
by Greenbaum, Anne, (Courant Institute)
ssli2.f for SLAP Lower Triangle Matrix Backsolve.
gams D2A4, D2B4
by Greenbaum, Anne, (Courant Institute)
ssllti.f for SLAP MSOLVE for LDL' (IC) Factorization.
gams D2A4, D2B4
by Greenbaum, Anne, (Courant Institute)
sslubc.f for Incomplete LU BiConjugate Gradient Sparse Ax=b
Solver.
gams D2A4, D2B4
by Greenbaum, Anne, (Courant Institute)
sslucn.f for Incomplete LU CG Sparse Ax=b Solver for Normal
Equations.
gams D2A4, D2B4
by Greenbaum, Anne, (Courant Institute)
sslucs.f for Incomplete LU BiConjugate Gradient Squared Ax=b
Solver.
gams D2A4, D2B4
by Greenbaum, Anne, (Courant Institute)
sslugm.f for Incomplete LU GMRES Iterative Sparse Ax=b
Solver.
gams D2A4, D2B4
by Brown, Peter, (LLNL), pnbrown@llnl.gov
sslui.f for SLAP MSOLVE for LDU Factorization.
gams D2A4, D2B4
by Greenbaum, Anne, (Courant Institute)
sslui2.f for SLAP Backsolve for LDU Factorization.
gams D2A4, D2B4
by Greenbaum, Anne, (Courant Institute)
sslui4.f for SLAP Backsolve for LDU Factorization.
gams D2A4, D2B4
by Greenbaum, Anne, (Courant Institute)
ssluom.f for Incomplete LU Orthomin Sparse Iterative Ax=b
Solver.
gams D2A4, D2B4
by Greenbaum, Anne, (Courant Institute)
ssluti.f for SLAP MTSOLV for LDU Factorization.
gams D2A4, D2B4
by Greenbaum, Anne, (Courant Institute)
ssmmi2.f for SLAP Backsolve for LDU Factorization of Normal
Equations.
gams D2A4, D2B4
by Greenbaum, Anne, (Courant Institute)
ssmmti.f for SLAP MSOLVE for LDU Factorization of Normal
Equations.
gams D2A4, D2B4
by Greenbaum, Anne, (Courant Institute)
ssmtv.f for SLAP Column Format Sparse Matrix Transpose
Vector Product.
gams D2A4, D2B4
by Greenbaum, Anne, (Courant Institute)
ssmv.f for SLAP Column Format Sparse Matrix Vector Product.
gams D2A4, D2B4
by Greenbaum, Anne, (Courant Institute)
sspco.f for Factor a real symmetric matrix stored in packed
form
gams D2B1A
by Moler, C. B., (U. of New Mexico)
sspdi.f for Compute the determinant, inertia, inverse of a
real
gams D2B1A, D3B1A
by Bunch, J., (UCSD)
sspev.f for Compute the eigenvalues and, optionally, the
eigenvectors
gams D4A1
by Kahaner, D. K., (NBS)
sspfa.f for Factor a real symmetric matrix stored in packed
form by
gams D2B1A
by Bunch, J., (UCSD)
sspmv.f for Perform the matrix-vector operation.
gams D1B4
by Dongarra, J. J., (ANL)
sspr.f for Performs the symmetric rank 1 operation.
gams D1B4
by Dongarra, J. J., (ANL)
sspr2.f for Perform the symmetric rank 2 operation.
gams D1B4
by Dongarra, J. J., (ANL)
sspsl.f for Solve a real symmetric system using the factors
obtained
gams D2B1A
by Bunch, J., (UCSD)
ssvdc.f for Perform the singular value decomposition of a
rectangular
gams D6
by Stewart, G. W., (U. of Maryland)
sswap.f for Interchange two vectors.
gams D1A5
by Lawson, C. L., (JPL)
ssymm.f for Multiply a real general matrix by a real
symmetric matrix.
gams D1B6
by Dongarra, J., (ANL)
ssymv.f for Multiply a real vector by a real symmetric
matrix.
gams D1B4
by Dongarra, J. J., (ANL)
ssyr.f for Perform symmetric rank 1 update of a real
symmetric matrix.
gams D1B4
by Dongarra, J. J., (ANL)
ssyr2.f for Perform symmetric rank 2 update of a real
symmetric matrix.
gams D1B4
by Dongarra, J. J., (ANL)
ssyr2k.f for Perform symmetric rank 2k update of a real
symmetric matrix
gams D1B6
by Dongarra, J., (ANL)
ssyrk.f for Perform symmetric rank k update of a real
symmetric matrix.
gams D1B6
by Dongarra, J., (ANL)
stbmv.f for Multiply a real vector by a real triangular band
matrix.
gams D1B4
by Dongarra, J. J., (ANL)
stbsv.f for Solve a real triangular banded system of linear
equations.
gams D1B4
by Dongarra, J. J., (ANL)
stin.f for Read in SLAP Triad Format Linear System.
gams D2A4, D2B4
by Seager, Mark K., (LLNL)
stout.f for Write out SLAP Triad Format Linear System.
gams D2A4, D2B4
by Seager, Mark K., (LLNL)
stpmv.f for Perform one of the matrix-vector operations.
gams D1B4
by Dongarra, J. J., (ANL)
stpsv.f for Solve one of the systems of equations.
gams D1B4
by Dongarra, J. J., (ANL)
strco.f for Estimate the condition number of a triangular
matrix.
gams D2A3
by Moler, C. B., (U. of New Mexico)
strdi.f for Compute the determinant and inverse of a
triangular matrix.
gams D2A3, D3A3
by Moler, C. B., (U. of New Mexico)
strmm.f for Multiply a real general matrix by a real
triangular matrix.
gams D1B6
by Dongarra, J., (ANL)
strmv.f for Multiply a real vector by a real triangular
matrix.
gams D1B4
by Dongarra, J. J., (ANL)
strsl.f for Solve a system of the form T*X=B or
TRANS(T)*X=B, where
gams D2A3
by Stewart, G. W., (U. of Maryland)
strsm.f for Solve a real triangular system of equations with
multiple
gams D1B6
by Dongarra, J., (ANL)
strsv.f for Solve a real triangular system of linear
equations.
gams D1B4
by Dongarra, J. J., (ANL)
sxlcal.f for Internal routine for SGMRES.
gams D2A4, D2B4
by Brown, Peter, (LLNL), pnbrown@llnl.gov
tinvit.f for Compute the eigenvectors of symmetric
tridiagonal matrix
gams D4C3
by Smith, B. T., et al.
tql1.f for Compute the eigenvalues of symmetric tridiagonal
matrix by
gams D4A5, D4C2A
by Smith, B. T., et al.
tql2.f for Compute the eigenvalues and eigenvectors of
symmetric
gams D4A5, D4C2A
by Smith, B. T., et al.
tqlrat.f for Compute the eigenvalues of symmetric tridiagonal
matrix
gams D4A5, D4C2A
by Smith, B. T., et al.
trbak1.f for Form the eigenvectors of real symmetric matrix
from
gams D4C4
by Smith, B. T., et al.
trbak3.f for Form the eigenvectors of a real symmetric matrix
from the
gams D4C4
by Smith, B. T., et al.
tred1.f for Reduce a real symmetric matrix to symmetric
tridiagonal
gams D4C1B1
by Smith, B. T., et al.
tred2.f for Reduce a real symmetric matrix to a symmetric
tridiagonal
gams D4C1B1
by Smith, B. T., et al.
tred3.f for Reduce a real symmetric matrix stored in packed
form to
gams D4C1B1
by Smith, B. T., et al.
tridib.f for Compute the eigenvalues of a symmetric
tridiagonal matrix
gams D4A5, D4C2A
by Smith, B. T., et al.
tsturm.f for Find those eigenvalues of a symmetric
tridiagonal matrix
gams D4A5, D4C2A
by Smith, B. T., et al.
-----------------------------------------------------------
for piecewise cubic hermite approximation
path: /netlib/slatec/pchip/
-----------------------------------------------------------
.depend
chfcm.f for Check a single cubic for monotonicity.
by Fritsch, F. N., (LLNL)
chfdv.f for Evaluate a cubic polynomial given in Hermite
form and its
gams E3, H1
by Fritsch, F. N., (LLNL)
chfev.f for Evaluate a cubic polynomial given in Hermite
form at an
gams E3
by Fritsch, F. N., (LLNL)
chfie.f for Subsidiary to PCHIA
by Fritsch, F. N., (LLNL)
dchfcm.f for Check a single cubic for monotonicity.
by Fritsch, F. N., (LLNL)
dchfdv.f for Evaluate a cubic polynomial given in Hermite
form and its
gams E3, H1
by Fritsch, F. N., (LLNL)
dchfev.f for Evaluate a cubic polynomial given in Hermite
form at an
gams E3
by Fritsch, F. N., (LLNL)
dchfie.f for Subsidiary to DPCHIA
by Fritsch, F. N., (LLNL)
dpchbs.f for Piecewise Cubic Hermite to B-Spline converter.
gams E3
by Fritsch, F. N., (LLNL)
dpchce.f for Subsidiary to DPCHIC
by Fritsch, F. N., (LLNL)
dpchci.f for Subsidiary to DPCHIC
by Fritsch, F. N., (LLNL)
dpchcm.f for Check a cubic Hermite function for monotonicity.
gams E3
by Fritsch, F. N., (LLNL)
dpchcs.f for Subsidiary to DPCHIC
by Fritsch, F. N., (LLNL)
dpchdf.f for Subsidiary to DPCHCE and DPCHSP
by Fritsch, F. N., (LLNL)
dpchfd.f for Evaluate a piecewise cubic Hermite function and
its first
gams E3, H1
by Fritsch, F. N., (LLNL)
dpchfe.f for Evaluate a piecewise cubic Hermite function at
an array of
gams E3
by Fritsch, F. N., (LLNL)
dpchia.f for Evaluate the definite integral of a piecewise
cubic
gams E3, H2A1B2
by Fritsch, F. N., (LLNL)
dpchic.f for Set derivatives needed to determine a piecewise
monotone
gams E1A
by Fritsch, F. N., (LLNL)
dpchid.f for Evaluate the definite integral of a piecewise
cubic
gams E3, H2A1B2
by Fritsch, F. N., (LLNL)
dpchim.f for Set derivatives needed to determine a monotone
piecewise
gams E1A
by Fritsch, F. N., (LLNL)
dpchkt.f for Compute B-spline knot sequence for DPCHBS.
gams E3
by Fritsch, F. N., (LLNL)
dpchsp.f for Set derivatives needed to determine the Hermite
represen-
gams E1A
by Fritsch, F. N., (LLNL)
dpchst.f for Subsidiary to DPCHCE, DPCHCI, DPCHCS and DPCHIM
by Fritsch, F. N., (LLNL)
dpchsw.f for Subsidiary to DPCHCS
by Fritsch, F. N., (LLNL)
pchbs.f for Piecewise Cubic Hermite to B-Spline converter.
gams E3
by Fritsch, F. N., (LLNL)
pchce.f for Subsidiary to PCHIC
by Fritsch, F. N., (LLNL)
pchci.f for Subsidiary to PCHIC
by Fritsch, F. N., (LLNL)
pchcm.f for Check a cubic Hermite function for monotonicity.
gams E3
by Fritsch, F. N., (LLNL)
pchcs.f for Subsidiary to PCHIC
by Fritsch, F. N., (LLNL)
pchdf.f for Subsidiary to PCHCE and PCHSP
by Fritsch, F. N., (LLNL)
pchdoc.f for Documentation for PCHIP, a Fortran package for
piecewise
gams E1A, Z
by Fritsch, F. N., (LLNL)
pchfd.f for Evaluate a piecewise cubic Hermite function and
its first
gams E3, H1
by Fritsch, F. N., (LLNL)
pchfe.f for Evaluate a piecewise cubic Hermite function at
an array of
gams E3
by Fritsch, F. N., (LLNL)
pchia.f for Evaluate the definite integral of a piecewise
cubic
gams E3, H2A1B2
by Fritsch, F. N., (LLNL)
pchic.f for Set derivatives needed to determine a piecewise
monotone
gams E1A
by Fritsch, F. N., (LLNL)
pchid.f for Evaluate the definite integral of a piecewise
cubic
gams E3, H2A1B2
by Fritsch, F. N., (LLNL)
pchim.f for Set derivatives needed to determine a monotone
piecewise
gams E1A
by Fritsch, F. N., (LLNL)
pchkt.f for Compute B-spline knot sequence for PCHBS.
gams E3
by Fritsch, F. N., (LLNL)
pchsp.f for Set derivatives needed to determine the Hermite
represen-
gams E1A
by Fritsch, F. N., (LLNL)
pchst.f for Subsidiary to PCHCE, PCHCI, PCHCS and PCHIM
by Fritsch, F. N., (LLNL)
pchsw.f for Subsidiary to PCHCS
by Fritsch, F. N., (LLNL)
-----------------------------------------------------------
for (FOR NON EMAIL USERS ONLY) Compressed tar file
path: /netlib/slatec/slatec_chk/
-----------------------------------------------------------
avntst.f
bikck.f
bjyck.f
blachk.f
bspck.f
cbeg.f
cblat2.f
cblat3.f
cchk12.f
cchk13.f
cchk22.f
cchk23.f
cchk32.f
cchk33.f
cchk42.f
cchk43.f
cchk52.f
cchk53.f
cchk62.f
cchke2.f
cchke3.f
cchqc.f
cdf.f
cdqag.f
cdqagi.f
cdqagp.f
cdqags.f
cdqawc.f
cdqawf.f
cdqawo.f
cdqaws.f
cdqck.f
cdqng.f
cfnck.f
cgbqc.f
cgeck.f
cgeqc.f
cgtqc.f
check0.f
check1.f
check2.f
chiqc.f
chkxer.f
chpqc.f
cmake2.f
cmake3.f
cmmch.f
cmpare.f
cmvch.f
comp.f
cpbqc.f
cpoqc.f
cppqc.f
cprin.f
cprpqx.f
cptqc.f
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cqags.f
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cqcbk.f
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cqck.f
cqng.f
cqrqc.f
cqrtst.f
csiqc.f
cspqc.f
csvqc.f
ctrqc.f
davnts.f
dbeg.f
dbikck.f
dbjyck.f
dblat2.f
dblat3.f
dbocqx.f
dbspck.f
dchk12.f
dchk13.f
dchk22.f
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dchk32.f
dchk33.f
dchk42.f
dchk43.f
dchk52.f
dchk53.f
dchk62.f
dchke2.f
dchke3.f
dcmpar.f
ddasqc.f
ddf.f
ddjac1.f
ddjac2.f
ddqck.f
ddres1.f
ddres2.f
dedit2.f
deg8ck.f
devchk.f
deverk.f
devpck.f
df0c.f
df0f.f
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dfb.f
dfcn1.f
dfcn2.f
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dfcqx.f
dfdeqc.f
dfdtru.f
dfein.f
dfill.f
dfmat.f
dfnck.f
dfqd1.f
dfqd2.f
dfztst.f
dgeqc.f
dgvec.f
djac.f
dlapqc.f
dlseit.f
dmake2.f
dmake3.f
dmmch.f
dmvch.f
dnls1q.f
dnsqqk.f
dpchq1.f
dpchq2.f
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dpchq4.f
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dqcgls.f
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dqckin.f
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dqfcn2.f
dqg8ts.f
dqjac2.f
dqn79q.f
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dsosfn.f
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fmat.f
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gvec.f
header.f
hsrtqc.f
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itest.f
jac.f
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lceres.f
lde.f
lderes.f
lse.f
lseiqx.f
lseres.f
outerr.f
pass.f
pchqk1.f
pchqk2.f
pchqk3.f
pchqk4.f
pchqk5.f
pfitqx.f
pntchk.f
qc36j.f
qc6a.f
qcdrc.f
qcdrd.f
qcdrf.f
qcdrj.f
qcglss.f
qckin.f
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qcrc.f
qcrd.f
qcrf.f
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qg8tst.f
qn79qx.f
qxabm.f
qxbdf.f
qxblkt.f
qxbvsp.f
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qxcsp.f
qxcyl.f
qxdabm.f
qxdbdf.f
qxdbvs.f
qxdrkf.f
qxgbun.f
qxplr.f
qxrkf.f
qxssp.f
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sbeg.f
sblat2.f
sblat3.f
sbocqx.f
schk12.f
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schk22.f
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schk32.f
schk33.f
schk42.f
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schk52.f
schk53.f
schk62.f
schke2.f
schke3.f
sdasqc.f
sdf.f
sdjac1.f
sdjac2.f
sdqck.f
sdres1.f
sdres2.f
sfnck.f
sgeqc.f
slapqc.f
smake2.f
smake3.f
smmch.f
smvch.f
snls1q.f
snsqqk.f
sosfnc.f
sosnqx.f
splpqx.f
sqck.f
sqfcn2.f
sqjac2.f
srmgen.f
ssrtqc.f
stest.f
t0.f
t1.f
t2.f
t3.f
t4.f
t5.f
test01.f
test02.f
test03.f
test04.f
test05.f
test06.f
test07.f
test08.f
test09.f
test10.f
test11.f
test12.f
test13.f
test14.f
test15.f
test16.f
test17.f
test18.f
test19.f
test20.f
test21.f
test22.f
test23.f
test24.f
test25.f
test26.f
test27.f
test28.f
test29.f
test30.f
test31.f
test32.f
test33.f
test34.f
test35.f
test36.f
test37.f
test38.f
test39.f
test40.f
test41.f
test42.f
test43.f
test44.f
test45.f
test46.f
test47.f
test48.f
test49.f
test50.f
test51.f
test52.f
test53.f
test54.f
uivp.f
uvec.f
vfill.f
xcsrt.f
zqcai.f
zqcbh.f
zqcbi.f
zqcbj.f
zqcbk.f
zqcby.f
-----------------------------------------------------------
for (FOR NON EMAIL USERS ONLY) Compressed tar file
path: /netlib/slatec/slatec_src/
-----------------------------------------------------------
aaaaaa.f
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ai.f
aie.f
albeta.f
algams.f
ali.f
alngam.f
alnrel.f
asinh.f
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asyjy.f
atanh.f
avint.f
bakvec.f
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balbak.f
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c1merg.f
c9lgmc.f
c9ln2r.f
cacai.f
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cacosh.f
cairy.f
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casin.f
casinh.f
casyi.f
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catan2.f
catanh.f
caxpy.f
cbabk2.f
cbal.f
cbesh.f
cbesi.f
cbesj.f
cbesk.f
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cbinu.f
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cblkt1.f
cblktr.f
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cbunk.f
ccbrt.f
cchdc.f
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cchex.f
cchud.f
ccmpb.f
ccopy.f
ccosh.f
ccot.f
cdcdot.f
cdcor.f
cdcst.f
cdiv.f
cdntl.f
cdntp.f
cdotc.f
cdotu.f
cdpsc.f
cdpst.f
cdriv1.f
cdriv2.f
cdriv3.f
cdscl.f
cdstp.f
cdzro.f
cexprl.f
cfftb.f
cfftb1.f
cfftf.f
cfftf1.f
cffti.f
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cfod.f
cg.f
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cgamr.f
cgbco.f
cgbdi.f
cgbfa.f
cgbmv.f
cgbsl.f
cgeco.f
cgedi.f
cgeev.f
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cgeir.f
cgemm.f
cgemv.f
cgerc.f
cgeru.f
cgesl.f
cgtsl.f
ch.f
chbmv.f
chemm.f
chemv.f
cher.f
cher2.f
cher2k.f
cherk.f
chfcm.f
chfdv.f
chfev.f
chfie.f
chico.f
chidi.f
chiev.f
chifa.f
chisl.f
chkder.f
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chksng.f
chpco.f
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chpfa.f
chpmv.f
chpr.f
chpr2.f
chpsl.f
chu.f
cinvit.f
ckscl.f
clbeta.f
clngam.f
clnrel.f
clog10.f
cmgnbn.f
cmlri.f
cmpcsg.f
cmposd.f
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cmptr3.f
cmptrx.f
cnbco.f
cnbdi.f
cnbfa.f
cnbfs.f
cnbir.f
cnbsl.f
combak.f
comhes.f
comlr.f
comlr2.f
compb.f
comqr.f
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cortb.f
corth.f
cosdg.f
cosgen.f
cosqb.f
cosqb1.f
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cosqf1.f
cosqi.f
cost.f
costi.f
cot.f
cpadd.f
cpbco.f
cpbdi.f
cpbfa.f
cpbsl.f
cpevl.f
cpevlr.f
cpoco.f
cpodi.f
cpofa.f
cpofs.f
cpoir.f
cposl.f
cppco.f
cppdi.f
cppfa.f
cppsl.f
cpqr79.f
cproc.f
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cprod.f
cprodp.f
cpsi.f
cptsl.f
cpzero.f
cqrdc.f
cqrsl.f
crati.f
crotg.f
cs1s2.f
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cscale.f
cseri.f
csevl.f
cshch.f
csico.f
csidi.f
csifa.f
csinh.f
csisl.f
cspco.f
cspdi.f
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cspsl.f
csroot.f
csrot.f
csscal.f
csvdc.f
cswap.f
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csyr2k.f
csyrk.f
ctan.f
ctanh.f
ctbmv.f
ctbsv.f
ctpmv.f
ctpsv.f
ctrco.f
ctrdi.f
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ctrmv.f
ctrsl.f
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ctrsv.f
cuchk.f
cunhj.f
cuni1.f
cuni2.f
cunik.f
cunk1.f
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cuoik.f
cv.f
cwrsk.f
d1mach.f
d1merg.f
d1mpyq.f
d1updt.f
d9aimp.f
d9atn1.f
d9b0mp.f
d9b1mp.f
d9chu.f
d9gmic.f
d9gmit.f
d9knus.f
d9lgic.f
d9lgit.f
d9lgmc.f
d9ln2r.f
d9pak.f
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dacosh.f
dai.f
daie.f
dasinh.f
dasum.f
dasyik.f
dasyjy.f
datanh.f
davint.f
daws.f
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dbcg.f
dbdiff.f
dbesi.f
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dbesj.f
dbesj0.f
dbesj1.f
dbesk.f
dbesk0.f
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dbesks.f
dbesy.f
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dbeta.f
dbetai.f
dbfqad.f
dbhin.f
dbi.f
dbie.f
dbinom.f
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dbintk.f
dbkias.f
dbkisr.f
dbksol.f
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dbndsl.f
dbnfac.f
dbnslv.f
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dbsgq8.f
dbsi0e.f
dbsi1e.f
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dbskin.f
dbsknu.f
dbspdr.f
dbspev.f
dbsppp.f
dbspvd.f
dbspvn.f
dbsqad.f
dbsynu.f
dbvalu.f
dbvder.f
dbvpor.f
dbvsup.f
dcbrt.f
dcdot.f
dcfod.f
dcg.f
dcgn.f
dcgs.f
dchdc.f
dchdd.f
dchex.f
dchfcm.f
dchfdv.f
dchfev.f
dchfie.f
dchkw.f
dchu.f
dchud.f
dckder.f
dcoef.f
dcopy.f
dcopym.f
dcosdg.f
dcot.f
dcov.f
dcpplt.f
dcscal.f
dcsevl.f
dcv.f
ddaini.f
ddajac.f
ddanrm.f
ddaslv.f
ddassl.f
ddastp.f
ddatrp.f
ddaws.f
ddawts.f
ddcor.f
ddcst.f
ddeabm.f
ddebdf.f
dderkf.f
ddes.f
ddntl.f
ddntp.f
ddoglg.f
ddot.f
ddpsc.f
ddpst.f
ddriv1.f
ddriv2.f
ddriv3.f
ddscl.f
ddstp.f
ddzro.f
de1.f
deabm.f
debdf.f
defc.f
defcmn.f
defe4.f
defehl.f
defer.f
dei.f
denorm.f
derf.f
derfc.f
derkf.f
derkfs.f
des.f
dexbvp.f
dexint.f
dexprl.f
dfac.f
dfc.f
dfcmn.f
dfdjc1.f
dfdjc3.f
dfehl.f
dfspvd.f
dfspvn.f
dfulmt.f
dfzero.f
dgami.f
dgamic.f
dgamit.f
dgamlm.f
dgamln.f
dgamma.f
dgamr.f
dgamrn.f
dgaus8.f
dgbco.f
dgbdi.f
dgbfa.f
dgbmv.f
dgbsl.f
dgeco.f
dgedi.f
dgefa.f
dgefs.f
dgemm.f
dgemv.f
dger.f
dgesl.f
dglss.f
dgmres.f
dgtsl.f
dh12.f
dhels.f
dheqr.f
dhfti.f
dhkseq.f
dhstrt.f
dhvnrm.f
dintp.f
dintrv.f
dintyd.f
dir.f
djairy.f
dlbeta.f
dlgams.f
dli.f
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dllti2.f
dlngam.f
dlnrel.f
dlpdoc.f
dlpdp.f
dlsei.f
dlsi.f
dlsod.f
dlssud.f
dmacon.f
dmgsbv.f
dmout.f
dmpar.f
dnbco.f
dnbdi.f
dnbfa.f
dnbfs.f
dnbsl.f
dnls1.f
dnls1e.f
dnrm2.f
dnsq.f
dnsqe.f
dogleg.f
dohtrl.f
domn.f
dorth.f
dorthr.f
dp1vlu.f
dpbco.f
dpbdi.f
dpbfa.f
dpbsl.f
dpchbs.f
dpchce.f
dpchci.f
dpchcm.f
dpchcs.f
dpchdf.f
dpchfd.f
dpchfe.f
dpchia.f
dpchic.f
dpchid.f
dpchim.f
dpchkt.f
dpchng.f
dpchsp.f
dpchst.f
dpchsw.f
dpcoef.f
dpfqad.f
dpigmr.f
dpincw.f
dpinit.f
dpintm.f
dpjac.f
dplint.f
dplpce.f
dplpdm.f
dplpfe.f
dplpfl.f
dplpmn.f
dplpmu.f
dplpup.f
dpnnzr.f
dpoch.f
dpoch1.f
dpoco.f
dpodi.f
dpofa.f
dpofs.f
dpolcf.f
dpolft.f
dpolvl.f
dpopt.f
dposl.f
dppco.f
dppdi.f
dpperm.f
dppfa.f
dppgq8.f
dppqad.f
dppsl.f
dppval.f
dprvec.f
dprwpg.f
dprwvr.f
dpsi.f
dpsifn.f
dpsixn.f
dpsort.f
dptsl.f
dqag.f
dqage.f
dqagi.f
dqagie.f
dqagp.f
dqagpe.f
dqags.f
dqagse.f
dqawc.f
dqawce.f
dqawf.f
dqawfe.f
dqawo.f
dqawoe.f
dqaws.f
dqawse.f
dqc25c.f
dqc25f.f
dqc25s.f
dqcheb.f
dqdota.f
dqdoti.f
dqelg.f
dqform.f
dqk15.f
dqk15i.f
dqk15w.f
dqk21.f
dqk31.f
dqk41.f
dqk51.f
dqk61.f
dqmomo.f
dqnc79.f
dqng.f
dqpsrt.f
dqrdc.f
dqrfac.f
dqrsl.f
dqrslv.f
dqwgtc.f
dqwgtf.f
dqwgts.f
drc.f
drc3jj.f
drc3jm.f
drc6j.f
drd.f
dreadp.f
dreort.f
drf.f
drj.f
drkfab.f
drkfs.f
drlcal.f
drot.f
drotg.f
drotm.f
drotmg.f
drsco.f
ds2lt.f
ds2y.f
dsbmv.f
dscal.f
dsd2s.f
dsdbcg.f
dsdcg.f
dsdcgn.f
dsdcgs.f
dsdgmr.f
dsdi.f
dsdomn.f
dsdot.f
dsds.f
dsdscl.f
dsgs.f
dsiccg.f
dsico.f
dsics.f
dsidi.f
dsifa.f
dsilur.f
dsilus.f
dsindg.f
dsisl.f
dsjac.f
dsli.f
dsli2.f
dsllti.f
dslubc.f
dslucn.f
dslucs.f
dslugm.f
dslui.f
dslui2.f
dslui4.f
dsluom.f
dsluti.f
dslvs.f
dsmmi2.f
dsmmti.f
dsmtv.f
dsmv.f
dsort.f
dsos.f
dsoseq.f
dsossl.f
dspco.f
dspdi.f
dspenc.f
dspfa.f
dsplp.f
dspmv.f
dspr.f
dspr2.f
dspsl.f
dsteps.f
dstod.f
dstor1.f
dstway.f
dsuds.f
dsvco.f
dsvdc.f
dswap.f
dsymm.f
dsymv.f
dsyr.f
dsyr2.f
dsyr2k.f
dsyrk.f
dtbmv.f
dtbsv.f
dtin.f
dtout.f
dtpmv.f
dtpsv.f
dtrco.f
dtrdi.f
dtrmm.f
dtrmv.f
dtrsl.f
dtrsm.f
dtrsv.f
du11ls.f
du11us.f
du12ls.f
du12us.f
dulsia.f
dusrmt.f
dvecs.f
dvnrms.f
dvout.f
dwnlit.f
dwnlsm.f
dwnlt1.f
dwnlt2.f
dwnlt3.f
dwnnls.f
dwritp.f
dwupdt.f
dx.f
dx4.f
dxadd.f
dxadj.f
dxc210.f
dxcon.f
dxlcal.f
dxlegf.f
dxnrmp.f
dxpmu.f
dxpmup.f
dxpnrm.f
dxpqnu.f
dxpsi.f
dxqmu.f
dxqnu.f
dxred.f
dxset.f
dy.f
dy4.f
dyairy.f
e1.f
efc.f
efcmn.f
ei.f
eisdoc.f
elmbak.f
elmhes.f
eltran.f
enorm.f
erf.f
erfc.f
exbvp.f
exint.f
exprel.f
ezfft1.f
ezfftb.f
ezfftf.f
ezffti.f
fac.f
fc.f
fcmn.f
fdjac1.f
fdjac3.f
fdump.f
fftdoc.f
figi.f
figi2.f
fulmat.f
fundoc.f
fzero.f
gami.f
gamic.f
gamit.f
gamlim.f
gamln.f
gamma.f
gamr.f
gamrn.f
gaus8.f
genbun.f
h12.f
hfti.f
hkseq.f
hpperm.f
hpsort.f
hqr.f
hqr2.f
hstart.f
hstcrt.f
hstcs1.f
hstcsp.f
hstcyl.f
hstplr.f
hstssp.f
htrib3.f
htribk.f
htrid3.f
htridi.f
hvnrm.f
hw3crt.f
hwscrt.f
hwscs1.f
hwscsp.f
hwscyl.f
hwsplr.f
hwsss1.f
hwsssp.f
i1mach.f
i1merg.f
icamax.f
icopy.f
idamax.f
idloc.f
imtql1.f
imtql2.f
imtqlv.f
indxa.f
indxb.f
indxc.f
initds.f
inits.f
intrv.f
intyd.f
invit.f
inxca.f
inxcb.f
inxcc.f
iploc.f
ipperm.f
ipsort.f
isamax.f
isdbcg.f
isdcg.f
isdcgn.f
isdcgs.f
isdgmr.f
isdir.f
isdomn.f
isort.f
issbcg.f
isscg.f
isscgn.f
isscgs.f
issgmr.f
issir.f
issomn.f
iswap.f
ivout.f
j4save.f
jairy.f
la05ad.f
la05as.f
la05bd.f
la05bs.f
la05cd.f
la05cs.f
la05ed.f
la05es.f
llsia.f
lmpar.f
lpdp.f
lsame.f
lsei.f
lsi.f
lsod.f
lssods.f
lssuds.f
macon.f
mc20ad.f
mc20as.f
mgsbv.f
minfit.f
minso4.f
minsol.f
mpadd.f
mpadd2.f
mpadd3.f
mpblas.f
mpcdm.f
mpchk.f
mpcmd.f
mpdivi.f
mperr.f
mpmaxr.f
mpmlp.f
mpmul.f
mpmul2.f
mpmuli.f
mpnzr.f
mpovfl.f
mpstr.f
mpunfl.f
numxer.f
ohtrol.f
ohtror.f
ortbak.f
orthes.f
ortho4.f
orthog.f
orthol.f
orthor.f
ortran.f
passb.f
passb2.f
passb3.f
passb4.f
passb5.f
passf.f
passf2.f
passf3.f
passf4.f
passf5.f
pchbs.f
pchce.f
pchci.f
pchcm.f
pchcs.f
pchdf.f
pchdoc.f
pchfd.f
pchfe.f
pchia.f
pchic.f
pchid.f
pchim.f
pchkt.f
pchngs.f
pchsp.f
pchst.f
pchsw.f
pcoef.f
pfqad.f
pgsf.f
pimach.f
pinitm.f
pjac.f
pnnzrs.f
poch.f
poch1.f
pois3d.f
poisd2.f
poisn2.f
poisp2.f
poistg.f
polcof.f
polfit.f
polint.f
polyvl.f
pos3d1.f
postg2.f
ppadd.f
ppgq8.f
ppgsf.f
pppsf.f
ppqad.f
ppsgf.f
ppspf.f
ppval.f
proc.f
procp.f
prod.f
prodp.f
prvec.f
prwpge.f
prwvir.f
psgf.f
psi.f
psifn.f
psixn.f
pvalue.f
pythag.f
qag.f
qage.f
qagi.f
qagie.f
qagp.f
qagpe.f
qags.f
qagse.f
qawc.f
qawce.f
qawf.f
qawfe.f
qawo.f
qawoe.f
qaws.f
qawse.f
qc25c.f
qc25f.f
qc25s.f
qcheb.f
qelg.f
qform.f
qk15.f
qk15i.f
qk15w.f
qk21.f
qk31.f
qk41.f
qk51.f
qk61.f
qmomo.f
qnc79.f
qng.f
qpdoc.f
qpsrt.f
qrfac.f
qrsolv.f
qs2i1d.f
qs2i1r.f
qwgtc.f
qwgtf.f
qwgts.f
qzhes.f
qzit.f
qzval.f
qzvec.f
r1mach.f
r1mpyq.f
r1updt.f
r9aimp.f
r9atn1.f
r9chu.f
r9gmic.f
r9gmit.f
r9knus.f
r9lgic.f
r9lgit.f
r9lgmc.f
r9ln2r.f
r9pak.f
r9upak.f
radb2.f
radb3.f
radb4.f
radb5.f
radbg.f
radf2.f
radf3.f
radf4.f
radf5.f
radfg.f
rand.f
ratqr.f
rc.f
rc3jj.f
rc3jm.f
rc6j.f
rd.f
rebak.f
rebakb.f
reduc.f
reduc2.f
reort.f
rf.f
rfftb.f
rfftb1.f
rfftf.f
rfftf1.f
rffti.f
rffti1.f
rg.f
rgauss.f
rgg.f
rj.f
rkfab.f
rpqr79.f
rpzero.f
rs.f
rsb.f
rsco.f
rsg.f
rsgab.f
rsgba.f
rsp.f
rst.f
rt.f
runif.f
rwupdt.f
s1merg.f
sasum.f
saxpy.f
sbcg.f
sbhin.f
sbocls.f
sbols.f
sbolsm.f
scasum.f
scg.f
scgn.f
scgs.f
schdc.f
schdd.f
schex.f
schkw.f
schud.f
sclosm.f
scnrm2.f
scoef.f
scopy.f
scopym.f
scov.f
scpplt.f
sdaini.f
sdajac.f
sdanrm.f
sdaslv.f
sdassl.f
sdastp.f
sdatrp.f
sdawts.f
sdcor.f
sdcst.f
sdntl.f
sdntp.f
sdot.f
sdpsc.f
sdpst.f
sdriv1.f
sdriv2.f
sdriv3.f
sdscl.f
sdsdot.f
sdstp.f
sdzro.f
sepeli.f
sepx4.f
sgbco.f
sgbdi.f
sgbfa.f
sgbmv.f
sgbsl.f
sgeco.f
sgedi.f
sgeev.f
sgefa.f
sgefs.f
sgeir.f
sgemm.f
sgemv.f
sger.f
sgesl.f
sglss.f
sgmres.f
sgtsl.f
shels.f
sheqr.f
sindg.f
sinqb.f
sinqf.f
sinqi.f
sint.f
sinti.f
sintrp.f
sir.f
sllti2.f
slpdoc.f
slvs.f
smout.f
snbco.f
snbdi.f
snbfa.f
snbfs.f
snbir.f
snbsl.f
snls1.f
snls1e.f
snrm2.f
snsq.f
snsqe.f
sods.f
somn.f
sopenm.f
sorth.f
sos.f
soseqs.f
sossol.f
spbco.f
spbdi.f
spbfa.f
spbsl.f
speli4.f
spelip.f
spenc.f
spigmr.f
spincw.f
spinit.f
splp.f
splpce.f
splpdm.f
splpfe.f
splpfl.f
splpmn.f
splpmu.f
splpup.f
spoco.f
spodi.f
spofa.f
spofs.f
spoir.f
spopt.f
sposl.f
sppco.f
sppdi.f
spperm.f
sppfa.f
sppsl.f
spsort.f
sptsl.f
sqrdc.f
sqrsl.f
sreadp.f
srlcal.f
srot.f
srotg.f
srotm.f
srotmg.f
ss2lt.f
ss2y.f
ssbmv.f
sscal.f
ssd2s.f
ssdbcg.f
ssdcg.f
ssdcgn.f
ssdcgs.f
ssdgmr.f
ssdi.f
ssdomn.f
ssds.f
ssdscl.f
ssgs.f
ssiccg.f
ssico.f
ssics.f
ssidi.f
ssiev.f
ssifa.f
ssilur.f
ssilus.f
ssisl.f
ssjac.f
ssli.f
ssli2.f
ssllti.f
sslubc.f
sslucn.f
sslucs.f
sslugm.f
sslui.f
sslui2.f
sslui4.f
ssluom.f
ssluti.f
ssmmi2.f
ssmmti.f
ssmtv.f
ssmv.f
ssort.f
sspco.f
sspdi.f
sspev.f
sspfa.f
sspmv.f
sspr.f
sspr2.f
sspsl.f
ssvdc.f
sswap.f
ssymm.f
ssymv.f
ssyr.f
ssyr2.f
ssyr2k.f
ssyrk.f
stbmv.f
stbsv.f
steps.f
stin.f
stod.f
stor1.f
stout.f
stpmv.f
stpsv.f
strco.f
strdi.f
strmm.f
strmv.f
strsl.f
strsm.f
strsv.f
stway.f
suds.f
svco.f
svd.f
svecs.f
svout.f
swritp.f
sxlcal.f
tevlc.f
tevls.f
tinvit.f
tql1.f
tql2.f
tqlrat.f
trbak1.f
trbak3.f
tred1.f
tred2.f
tred3.f
tri3.f
tridib.f
tridq.f
tris4.f
trisp.f
trix.f
tsturm.f
u11ls.f
u11us.f
u12ls.f
u12us.f
ulsia.f
usrmat.f
vnwrms.f
wnlit.f
wnlsm.f
wnlt1.f
wnlt2.f
wnlt3.f
wnnls.f
xadd.f
xadj.f
xc210.f
xcon.f
xerbla.f
xerclr.f
xercnt.f
xerdmp.f
xerhlt.f
xermax.f
xermsg.f
xerprn.f
xersve.f
xgetf.f
xgetua.f
xgetun.f
xlegf.f
xnrmp.f
xpmu.f
xpmup.f
xpnrm.f
xpqnu.f
xpsi.f
xqmu.f
xqnu.f
xred.f
xset.f
xsetf.f
xsetua.f
xsetun.f
yairy.f
zabs.f
zacai.f
zacon.f
zairy.f
zasyi.f
zbesh.f
zbesi.f
zbesj.f
zbesk.f
zbesy.f
zbinu.f
zbiry.f
zbknu.f
zbuni.f
zbunk.f
zdiv.f
zexp.f
zkscl.f
zlog.f
zmlri.f
zmlt.f
zrati.f
zs1s2.f
zseri.f
zshch.f
zsqrt.f
zuchk.f
zunhj.f
zuni1.f
zuni2.f
zunik.f
zunk1.f
zunk2.f
zuoik.f
zwrsk.f
-----------------------------------------------------------
for browser for any library using SLATEC prologues
path: /netlib/slatec/slatecm/
-----------------------------------------------------------
COPYRIGHT
README
colors
doc.c
fetch.c
gams
getpk.c
main.c
maintxt.c
omakefile
rd.c
sldoc.h
sltc.xgen
util.c
xgen.tips
-----------------------------------------------------------
# This library contains the main SLATEC Fortran
path: /netlib/slatec/src/
-----------------------------------------------------------
.depend
aaaaaa.f for SLATEC Common Mathematical Library disclaimer
and version.
gams Z
by SLATEC Common Mathematical Library Committee
asyik.f for Subsidiary to BESI and BESK
by Amos, D. E., (SNLA)
asyjy.f for Subsidiary to BESJ and BESY
by Amos, D. E., (SNLA)
avint.f for Integrate a function tabulated at arbitrarily
spaced
gams H2A1B2
by Jones, R. E., (SNLA)
bcrh.f for Subsidiary to CBLKTR
by (UNKNOWN)
bdiff.f for Subsidiary to BSKIN
by Amos, D. E., (SNLA)
besi.f for Compute an N member sequence of I Bessel
functions
gams C10B3
by Amos, D. E., (SNLA)
besj.f for Compute an N member sequence of J Bessel
functions
gams C10A3
by Amos, D. E., (SNLA)
besk.f for Implement forward recursion on the three term
recursion
gams C10B3
by Amos, D. E., (SNLA)
besknu.f for Subsidiary to BESK
by Amos, D. E., (SNLA)
besy.f for Implement forward recursion on the three term
recursion
gams C10A3
by Amos, D. E., (SNLA)
besynu.f for Subsidiary to BESY
by Amos, D. E., (SNLA)
bfqad.f for Compute the integral of a product of a function
and a
gams H2A2A1, E3, K6
by Amos, D. E., (SNLA)
bint4.f for Compute the B-representation of a cubic spline
gams E1A
by Amos, D. E., (SNLA)
bintk.f for Compute the B-representation of a spline which
interpolates
gams E1A
by Amos, D. E., (SNLA)
bkias.f for Subsidiary to BSKIN
by Amos, D. E., (SNLA)
bkisr.f for Subsidiary to BSKIN
by Amos, D. E., (SNLA)
bksol.f for Subsidiary to BVSUP
by Watts, H. A., (SNLA)
blktr1.f for Subsidiary to BLKTRI
by (UNKNOWN)
bndacc.f for Compute the LU factorization of a banded
matrices using
gams D9
by Lawson, C. L., (JPL)
bndsol.f for Solve the least squares problem for a banded
matrix using
gams D9
by Lawson, C. L., (JPL)
bnfac.f for Subsidiary to BINT4 and BINTK
by (UNKNOWN)
bnslv.f for Subsidiary to BINT4 and BINTK
by (UNKNOWN)
bsgq8.f for Subsidiary to BFQAD
by Jones, R. E., (SNLA)
bskin.f for Compute repeated integrals of the K-zero Bessel
function.
gams C10F
by Amos, D. E., (SNLA)
bspdoc.f for Documentation for BSPLINE, a package of
subprograms for
gams E, E1A, K, Z
by Amos, D. E., (SNLA)
bspdr.f for Use the B-representation to construct a divided
difference
gams E3
by Amos, D. E., (SNLA)
bspev.f for Calculate the value of the spline and its
derivatives from
gams E3, K6
by Amos, D. E., (SNLA)
bsplvd.f for Subsidiary to FC
by (UNKNOWN)
bsplvn.f for Subsidiary to FC
by (UNKNOWN)
bsppp.f for Convert the B-representation of a B-spline to
the piecewise
gams E3, K6
by Amos, D. E., (SNLA)
bspvd.f for Calculate the value and all derivatives of order
less than
gams E3, K6
by Amos, D. E., (SNLA)
bspvn.f for Calculate the value of all (possibly) nonzero
basis
gams E3, K6
by Amos, D. E., (SNLA)
bsqad.f for Compute the integral of a K-th order B-spline
using the
gams H2A2A1, E3, K6
by Amos, D. E., (SNLA)
bsrh.f for Subsidiary to BLKTRI
by (UNKNOWN)
bvalu.f for Evaluate the B-representation of a B-spline at X
for the
gams E3, K6
by Amos, D. E., (SNLA)
bvder.f for Subsidiary to BVSUP
by Watts, H. A., (SNLA)
bvpor.f for Subsidiary to BVSUP
by Watts, H. A., (SNLA)
bvsup.f for Solve a linear two-point boundary value problem
using
gams I1B1
by Scott, M. R., (SNLA)
c1merg.f for Merge two strings of complex numbers. Each
string is
by (UNKNOWN)
cacai.f for Subsidiary to CAIRY
by Amos, D. E., (SNL)
cacon.f for Subsidiary to CBESH and CBESK
by Amos, D. E., (SNL)
cairy.f for Compute the Airy function Ai(z) or its
derivative dAi/dz
gams C10D
by Amos, D. E., (SNL)
casyi.f for Subsidiary to CBESI and CBESK
by Amos, D. E., (SNL)
cbesh.f for Compute a sequence of the Hankel functions
H(m,a,z)
gams C10A4
by Amos, D. E., (SNL)
cbesi.f for Compute a sequence of the Bessel functions
I(a,z) for
gams C10B4
by Amos, D. E., (SNL)
cbesj.f for Compute a sequence of the Bessel functions
J(a,z) for
gams C10A4
by Amos, D. E., (SNL)
cbesk.f for Compute a sequence of the Bessel functions
K(a,z) for
gams C10B4
by Amos, D. E., (SNL)
cbesy.f for Compute a sequence of the Bessel functions
Y(a,z) for
gams C10A4
by Amos, D. E., (SNL)
cbinu.f for Subsidiary to CAIRY, CBESH, CBESI, CBESJ, CBESK
and CBIRY
by Amos, D. E., (SNL)
cbiry.f for Compute the Airy function Bi(z) or its
derivative dBi/dz
gams C10D
by Amos, D. E., (SNL)
cbknu.f for Subsidiary to CAIRY, CBESH, CBESI and CBESK
by Amos, D. E., (SNL)
cblkt1.f for Subsidiary to CBLKTR
by (UNKNOWN)
cbuni.f for Subsidiary to CBESI and CBESK
by Amos, D. E., (SNL)
cbunk.f for Subsidiary to CBESH and CBESK
by Amos, D. E., (SNL)
ccmpb.f for Subsidiary to CBLKTR
by (UNKNOWN)
cdcor.f for Subroutine CDCOR computes corrections to the Y
array.
by Kahaner, D. K., (NIST)
cdcst.f for CDCST sets coefficients used by the core
integrator CDSTP.
by Kahaner, D. K., (NIST)
cdiv.f for Compute the complex quotient of two complex
numbers.
by (UNKNOWN)
cdntl.f for Subroutine CDNTL is called to set parameters on
the first
by Kahaner, D. K., (NIST)
cdntp.f for Subroutine CDNTP interpolates the K-th
derivative of Y at
by Kahaner, D. K., (NIST)
cdpsc.f for Subroutine CDPSC computes the predicted YH
values by
by Kahaner, D. K., (NIST)
cdpst.f for Subroutine CDPST evaluates the Jacobian matrix
of the right
by Kahaner, D. K., (NIST)
cdriv1.f for The function of CDRIV1 is to solve N (200 or
fewer)
gams I1A2, I1A1B
by Kahaner, D. K., (NIST)
cdriv2.f for The function of CDRIV2 is to solve N ordinary
differential
gams I1A2, I1A1B
by Kahaner, D. K., (NIST)
cdriv3.f for The function of CDRIV3 is to solve N ordinary
differential
gams I1A2, I1A1B
by Kahaner, D. K., (NIST)
cdscl.f for Subroutine CDSCL rescales the YH array whenever
the step
by Kahaner, D. K., (NIST)
cdstp.f for CDSTP performs one step of the integration of an
initial
by Kahaner, D. K., (NIST)
cdzro.f for CDZRO searches for a zero of a function F(N, T,
Y, IROOT)
by Kahaner, D. K., (NIST)
cfod.f for Subsidiary to DEBDF
by (UNKNOWN)
cgeev.f for Compute the eigenvalues and, optionally, the
eigenvectors
gams D4A4
by Kahaner, D. K., (NBS)
cgefs.f for Solve a general system of linear equations.
gams D2C1
by Voorhees, E. A., (LANL)
cgeir.f for Solve a general system of linear equations.
Iterative
gams D2C1
by Voorhees, E. A., (LANL)
chiev.f for Compute the eigenvalues and, optionally, the
eigenvectors
gams D4A3
by Kahaner, D. K., (NBS)
chkder.f for Check the gradients of M nonlinear functions in
N
gams F3, G4C
by Hiebert, K. L. (SNLA)
chkpr4.f for Subsidiary to SEPX4
by (UNKNOWN)
chkprm.f for Subsidiary to SEPELI
by (UNKNOWN)
chksn4.f for Subsidiary to SEPX4
by (UNKNOWN)
chksng.f for Subsidiary to SEPELI
by (UNKNOWN)
ckscl.f for Subsidiary to CBKNU, CUNK1 and CUNK2
by Amos, D. E., (SNL)
cmlri.f for Subsidiary to CBESI and CBESK
by Amos, D. E., (SNL)
cmpcsg.f for Subsidiary to CMGNBN
by (UNKNOWN)
cmposd.f for Subsidiary to CMGNBN
by (UNKNOWN)
cmposn.f for Subsidiary to CMGNBN
by (UNKNOWN)
cmposp.f for Subsidiary to CMGNBN
by (UNKNOWN)
cmptr3.f for Subsidiary to CMGNBN
by (UNKNOWN)
cmptrx.f for Subsidiary to CMGNBN
by (UNKNOWN)
cnbco.f for Factor a band matrix using Gaussian elimination
and
gams D2C2
by Voorhees, E. A., (LANL)
cnbdi.f for Compute the determinant of a band matrix using
the factors
gams D3C2
by Voorhees, E. A., (LANL)
cnbfa.f for Factor a band matrix by elimination.
gams D2C2
by Voorhees, E. A., (LANL)
cnbfs.f for Solve a general nonsymmetric banded system of
linear
gams D2C2
by Voorhees, E. A., (LANL)
cnbir.f for Solve a general nonsymmetric banded system of
linear
gams D2C2
by Voorhees, E. A., (LANL)
cnbsl.f for Solve a complex band system using the factors
computed by
gams D2C2
by Voorhees, E. A., (LANL)
compb.f for Subsidiary to BLKTRI
by (UNKNOWN)
cosgen.f for Subsidiary to GENBUN
by (UNKNOWN)
cpadd.f for Subsidiary to CBLKTR
by (UNKNOWN)
cpevl.f for Subsidiary to CPZERO
by (UNKNOWN)
cpevlr.f for Subsidiary to CPZERO
by (UNKNOWN)
cpofs.f for Solve a positive definite symmetric complex
system of
gams D2D1B
by Voorhees, E. A., (LANL)
cpoir.f for Solve a positive definite Hermitian system of
linear
gams D2D1B
by Voorhees, E. A., (LANL)
cpqr79.f for Find the zeros of a polynomial with complex
coefficients.
gams F1A1B
by Vandevender, W. H., (SNLA)
cproc.f for Subsidiary to CBLKTR
by (UNKNOWN)
cprocp.f for Subsidiary to CBLKTR
by (UNKNOWN)
cprod.f for Subsidiary to BLKTRI
by (UNKNOWN)
cprodp.f for Subsidiary to BLKTRI
by (UNKNOWN)
cpzero.f for Find the zeros of a polynomial with complex
coefficients.
gams F1A1B
by Kahaner, D. K., (NBS)
crati.f for Subsidiary to CBESH, CBESI and CBESK
by Amos, D. E., (SNL)
cs1s2.f for Subsidiary to CAIRY and CBESK
by Amos, D. E., (SNL)
cscale.f for Subsidiary to BVSUP
by Watts, H. A., (SNLA)
cseri.f for Subsidiary to CBESI and CBESK
by Amos, D. E., (SNL)
cshch.f for Subsidiary to CBESH and CBESK
by Amos, D. E., (SNL)
csroot.f for Compute the complex square root of a complex
number.
by (UNKNOWN)
cuchk.f for Subsidiary to SERI, CUOIK, CUNK1, CUNK2, CUNI1,
CUNI2 and
by Amos, D. E., (SNL)
cunhj.f for Subsidiary to CBESI and CBESK
by Amos, D. E., (SNL)
cuni1.f for Subsidiary to CBESI and CBESK
by Amos, D. E., (SNL)
cuni2.f for Subsidiary to CBESI and CBESK
by Amos, D. E., (SNL)
cunik.f for Subsidiary to CBESI and CBESK
by Amos, D. E., (SNL)
cunk1.f for Subsidiary to CBESK
by Amos, D. E., (SNL)
cunk2.f for Subsidiary to CBESK
by Amos, D. E., (SNL)
cuoik.f for Subsidiary to CBESH, CBESI and CBESK
by Amos, D. E., (SNL)
cv.f for Evaluate the variance function of the curve
obtained
gams L7A3
by Hanson, R. J., (SNLA)
cwrsk.f for Subsidiary to CBESI and CBESK
by Amos, D. E., (SNL)
d1mach.f for Return floating point machine dependent
constants.
gams R1
by Fox, P. A., (Bell Labs)
d1merg.f for Merge two strings of ascending double precision
numbers.
by Boland, W. Robert, (LANL)
d1mpyq.f for Subsidiary to DNSQ and DNSQE
by (UNKNOWN)
d1updt.f for Subsidiary to DNSQ and DNSQE
by (UNKNOWN)
dasyik.f for Subsidiary to DBESI and DBESK
by Amos, D. E., (SNLA)
dasyjy.f for Subsidiary to DBESJ and DBESY
by Amos, D. E., (SNLA)
davint.f for Integrate a function tabulated at arbitrarily
spaced
gams H2A1B2
by Jones, R. E., (SNLA)
dbdiff.f for Subsidiary to DBSKIN
by Amos, D. E., (SNLA)
dbesi.f for Compute an N member sequence of I Bessel
functions
gams C10B3
by Amos, D. E., (SNLA)
dbesj.f for Compute an N member sequence of J Bessel
functions
gams C10A3
by Amos, D. E., (SNLA)
dbesk.f for Implement forward recursion on the three term
recursion
gams C10B3
by Amos, D. E., (SNLA)
dbesy.f for Implement forward recursion on the three term
recursion
gams C10A3
by Amos, D. E., (SNLA)
dbfqad.f for Compute the integral of a product of a function
and a
gams H2A2A1, E3, K6
by Amos, D. E., (SNLA)
dbint4.f for Compute the B-representation of a cubic spline
gams E1A
by Amos, D. E., (SNLA)
dbintk.f for Compute the B-representation of a spline which
interpolates
gams E1A
by Amos, D. E., (SNLA)
dbkias.f for Subsidiary to DBSKIN
by Amos, D. E., (SNLA)
dbkisr.f for Subsidiary to DBSKIN
by Amos, D. E., (SNLA)
dbksol.f for Subsidiary to DBVSUP
by Watts, H. A., (SNLA)
dbndac.f for Compute the LU factorization of a banded
matrices using
gams D9
by Lawson, C. L., (JPL)
dbndsl.f for Solve the least squares problem for a banded
matrix using
gams D9
by Lawson, C. L., (JPL)
dbnfac.f for Subsidiary to DBINT4 and DBINTK
by (UNKNOWN)
dbnslv.f for Subsidiary to DBINT4 and DBINTK
by (UNKNOWN)
dbocls.f for Solve the bounded and constrained least squares
gams K1A2A, G2E, G2H1, G2H2
by Hanson, R. J., (SNLA)
dbols.f for Solve the problem
gams K1A2A, G2E, G2H1, G2H2
by Hanson, R. J., (SNLA)
dbolsm.f for Subsidiary to SBOCLS and SBOLS
by (UNKNOWN)
dbsgq8.f for Subsidiary to DBFQAD
by Jones, R. E., (SNLA)
dbskin.f for Compute repeated integrals of the K-zero Bessel
function.
gams C10F
by Amos, D. E., (SNLA)
dbsknu.f for Subsidiary to DBESK
by Amos, D. E., (SNLA)
dbspdr.f for Use the B-representation to construct a divided
difference
gams E3, K6
by Amos, D. E., (SNLA)
dbspev.f for Calculate the value of the spline and its
derivatives from
gams E3, K6
by Amos, D. E., (SNLA)
dbsppp.f for Convert the B-representation of a B-spline to
the piecewise
gams E3, K6
by Amos, D. E., (SNLA)
dbspvd.f for Calculate the value and all derivatives of order
less than
gams E3, K6
by Amos, D. E., (SNLA)
dbspvn.f for Calculate the value of all (possibly) nonzero
basis
gams E3, K6
by Amos, D. E., (SNLA)
dbsqad.f for Compute the integral of a K-th order B-spline
using the
gams H2A2A1, E3, K6
by Amos, D. E., (SNLA)
dbsynu.f for Subsidiary to DBESY
by Amos, D. E., (SNLA)
dbvalu.f for Evaluate the B-representation of a B-spline at X
for the
gams E3, K6
by Amos, D. E., (SNLA)
dbvder.f for Subsidiary to DBVSUP
by Watts, H. A., (SNLA)
dbvpor.f for Subsidiary to DBVSUP
by Watts, H. A., (SNLA)
dbvsup.f for Solve a linear two-point boundary value problem
using
gams I1B1
by Scott, M. R., (SNLA)
dcfod.f for Subsidiary to DDEBDF
by (UNKNOWN)
dckder.f for Check the gradients of M nonlinear functions in
N
gams F3, G4C
by Hiebert, K. L. (SNLA)
dcoef.f for Subsidiary to DBVSUP
by Watts, H. A., (SNLA)
dcov.f for Calculate the covariance matrix for a nonlinear
data
gams K1B1
by Hiebert, K. L., (SNLA)
dcscal.f for Subsidiary to DBVSUP and DSUDS
by Watts, H. A., (SNLA)
dcv.f for Evaluate the variance function of the curve
obtained
gams L7A3
by Hanson, R. J., (SNLA)
ddaini.f for Initialization routine for DDASSL.
by PETZOLD, LINDA R., (LLNL)
ddajac.f for Compute the iteration matrix for DDASSL and form
the
by PETZOLD, LINDA R., (LLNL)
ddanrm.f for Compute vector norm for DDASSL.
by PETZOLD, LINDA R., (LLNL)
ddaslv.f for Linear system solver for DDASSL.
by PETZOLD, LINDA R., (LLNL)
ddassl.f for This code solves a system of
differential/algebraic
gams I1A2
by PETZOLD, LINDA R., (LLNL)
ddastp.f for Perform one step of the DDASSL integration.
by PETZOLD, LINDA R., (LLNL)
ddatrp.f for Interpolation routine for DDASSL.
by PETZOLD, LINDA R., (LLNL)
ddawts.f for Set error weight vector for DDASSL.
by PETZOLD, LINDA R., (LLNL)
ddcor.f for Subroutine DDCOR computes corrections to the Y
array.
by Kahaner, D. K., (NIST)
ddcst.f for DDCST sets coefficients used by the core
integrator DDSTP.
by Kahaner, D. K., (NIST)
ddeabm.f for Solve an initial value problem in ordinary
differential
gams I1A1B
by Shampine, L. F., (SNLA)
ddebdf.f for Solve an initial value problem in ordinary
differential
gams I1A2
by Shampine, L. F., (SNLA)
dderkf.f for Solve an initial value problem in ordinary
differential
gams I1A1A
by Watts, H. A., (SNLA)
ddes.f for Subsidiary to DDEABM
by Watts, H. A., (SNLA)
ddntl.f for Subroutine DDNTL is called to set parameters on
the first
by Kahaner, D. K., (NIST)
ddntp.f for Subroutine DDNTP interpolates the K-th
derivative of Y at
by Kahaner, D. K., (NIST)
ddoglg.f for Subsidiary to DNSQ and DNSQE
by (UNKNOWN)
ddpsc.f for Subroutine DDPSC computes the predicted YH
values by
by Kahaner, D. K., (NIST)
ddpst.f for Subroutine DDPST evaluates the Jacobian matrix
of the right
by Kahaner, D. K., (NIST)
ddriv1.f for The function of DDRIV1 is to solve N (200 or
fewer)
gams I1A2, I1A1B
by Kahaner, D. K., (NIST)
ddriv2.f for The function of DDRIV2 is to solve N ordinary
differential
gams I1A2, I1A1B
by Kahaner, D. K., (NIST)
ddriv3.f for The function of DDRIV3 is to solve N ordinary
differential
gams I1A2, I1A1B
by Kahaner, D. K., (NIST)
ddscl.f for Subroutine DDSCL rescales the YH array whenever
the step
by Kahaner, D. K., (NIST)
ddstp.f for DDSTP performs one step of the integration of an
initial
by Kahaner, D. K., (NIST)
ddzro.f for DDZRO searches for a zero of a function F(N, T,
Y, IROOT)
by Kahaner, D. K., (NIST)
deabm.f for Solve an initial value problem in ordinary
differential
gams I1A1B
by Shampine, L. F., (SNLA)
debdf.f for Solve an initial value problem in ordinary
differential
gams I1A2
by Shampine, L. F., (SNLA)
defc.f for Fit a piecewise polynomial curve to discrete
data.
gams K1A1A1, K1A2A, L8A3
by Hanson, R. J., (SNLA)
defcmn.f for Subsidiary to DEFC
by Hanson, R. J., (SNLA)
defe4.f for Subsidiary to SEPX4
by (UNKNOWN)
defehl.f for Subsidiary to DERKF
by Watts, H. A., (SNLA)
defer.f for Subsidiary to SEPELI
by (UNKNOWN)
denorm.f for Subsidiary to DNSQ and DNSQE
by (UNKNOWN)
derkf.f for Solve an initial value problem in ordinary
differential
gams I1A1A
by Watts, H. A., (SNLA)
derkfs.f for Subsidiary to DERKF
by Watts, H. A., (SNLA)
des.f for Subsidiary to DEABM
by Watts, H. A., (SNLA)
dexbvp.f for Subsidiary to DBVSUP
by Watts, H. A., (SNLA)
dexint.f for Compute an M member sequence of exponential
integrals
gams C5
by Amos, D. E., (SNLA)
dfc.f for Fit a piecewise polynomial curve to discrete
data.
gams K1A1A1, K1A2A, L8A3
by Hanson, R. J., (SNLA)
dfcmn.f for Subsidiary to FC
by (UNKNOWN)
dfdjc1.f for Subsidiary to DNSQ and DNSQE
by (UNKNOWN)
dfdjc3.f for Subsidiary to DNLS1 and DNLS1E
by (UNKNOWN)
dfehl.f for Subsidiary to DDERKF
by Watts, H. A., (SNLA)
dfspvd.f for Subsidiary to DFC
by (UNKNOWN)
dfspvn.f for Subsidiary to DFC
by (UNKNOWN)
dfulmt.f for Subsidiary to DSPLP
by (UNKNOWN)
dfzero.f for Search for a zero of a function F(X) in a given
interval
gams F1B
by Shampine, L. F., (SNLA)
dgamln.f for Compute the logarithm of the Gamma function
gams C7A
by Amos, D. E., (SNL)
dgamrn.f for Subsidiary to DBSKIN
by Amos, D. E., (SNLA)
dgaus8.f for Integrate a real function of one variable over a
finite
gams H2A1A1
by Jones, R. E., (SNLA)
dgefs.f for Solve a general system of linear equations.
gams D2A1
by Voorhees, E. A., (LANL)
dglss.f for Solve a linear least squares problems by
performing a QR
gams D9, D5
by Manteuffel, T. A., (LANL)
dh12.f for Subsidiary to DHFTI, DLSEI and DWNNLS
by (UNKNOWN)
dhfti.f for Solve a least squares problem for banded
matrices using
gams D9
by Lawson, C. L., (JPL)
dhkseq.f for Subsidiary to DBSKIN
by Amos, D. E., (SNLA)
dhstrt.f for Subsidiary to DDEABM, DDEBDF and DDERKF
by Watts, H. A., (SNLA)
dhvnrm.f for Subsidiary to DDEABM, DDEBDF and DDERKF
by Watts, H. A., (SNLA)
dintp.f for Approximate the solution at XOUT by evaluating
the
gams I1A1B
by Watts, H. A., (SNLA)
dintrv.f for Compute the largest integer ILEFT in 1 .LE.
ILEFT .LE. LXT
gams E3, K6
by Amos, D. E., (SNLA)
dintyd.f for Subsidiary to DDEBDF
by Watts, H. A., (SNLA)
djairy.f for Subsidiary to DBESJ and DBESY
by Amos, D. E., (SNLA)
dllsia.f for Solve linear least squares problems by
performing a QR
gams D9, D5
by Manteuffel, T. A., (LANL)
dlpdp.f for Subsidiary to DLSEI
by Hanson, R. J., (SNLA)
dlsei.f for Solve a linearly constrained least squares
problem with
gams K1A2A, D9
by Hanson, R. J., (SNLA)
dlsi.f for Subsidiary to DLSEI
by Hanson, R. J., (SNLA)
dlsod.f for Subsidiary to DDEBDF
by (UNKNOWN)
dlssud.f for Subsidiary to DBVSUP and DSUDS
by Watts, H. A., (SNLA)
dmacon.f for Subsidiary to DBVSUP
by (UNKNOWN)
dmgsbv.f for Subsidiary to DBVSUP
by Watts, H. A., (SNLA)
dmout.f for Subsidiary to DBOCLS and DFC
by Hanson, R. J., (SNLA)
dmpar.f for Subsidiary to DNLS1 and DNLS1E
by (UNKNOWN)
dnbco.f for Factor a band matrix using Gaussian elimination
and
gams D2A2
by Voorhees, E. A., (LANL)
dnbdi.f for Compute the determinant of a band matrix using
the factors
gams D3A2
by Voorhees, E. A., (LANL)
dnbfa.f for Factor a band matrix by elimination.
gams D2A2
by Voorhees, E. A., (LANL)
dnbfs.f for Solve a general nonsymmetric banded system of
linear
gams D2A2
by Voorhees, E. A., (LANL)
dnbsl.f for Solve a real band system using the factors
computed by
gams D2A2
by Voorhees, E. A., (LANL)
dnls1.f for Minimize the sum of the squares of M nonlinear
functions
gams K1B1A1, K1B1A2
by Hiebert, K. L., (SNLA)
dnls1e.f for An easy-to-use code which minimizes the sum of
the squares
gams K1B1A1, K1B1A2
by Hiebert, K. L., (SNLA)
dnsq.f for Find a zero of a system of a N nonlinear
functions in N
gams F2A
by Hiebert, K. L. (SNLA)
dnsqe.f for An easy-to-use code to find a zero of a system
of N
gams F2A
by Hiebert, K. L. (SNLA)
dogleg.f for Subsidiary to SNSQ and SNSQE
by (UNKNOWN)
dohtrl.f for Subsidiary to DBVSUP and DSUDS
by Watts, H. A., (SNLA)
dorthr.f for Subsidiary to DBVSUP and DSUDS
by Watts, H. A., (SNLA)
dp1vlu.f for Use the coefficients generated by DPOLFT to
evaluate the
gams K6
by Shampine, L. F., (SNLA)
dpchng.f for Subsidiary to DSPLP
by Hanson, R. J., (SNLA)
dpcoef.f for Convert the DPOLFT coefficients to Taylor series
form.
gams K1A1A2
by Shampine, L. F., (SNLA)
dpfqad.f for Compute the integral on (X1,X2) of a product of
a
gams H2A2A1, E3, K6
by Amos, D. E., (SNLA)
dpincw.f for Subsidiary to DSPLP
by (UNKNOWN)
dpinit.f for Subsidiary to DSPLP
by (UNKNOWN)
dpintm.f for Subsidiary to DSPLP
by Hanson, R. J., (SNLA)
dpjac.f for Subsidiary to DDEBDF
by Watts, H. A., (SNLA)
dplint.f for Produce the polynomial which interpolates a set
of discrete
gams E1B
by Huddleston, R. E., (SNLL)
dplpce.f for Subsidiary to DSPLP
by (UNKNOWN)
dplpdm.f for Subsidiary to DSPLP
by (UNKNOWN)
dplpfe.f for Subsidiary to DSPLP
by (UNKNOWN)
dplpfl.f for Subsidiary to DSPLP
by (UNKNOWN)
dplpmn.f for Subsidiary to DSPLP
by (UNKNOWN)
dplpmu.f for Subsidiary to DSPLP
by (UNKNOWN)
dplpup.f for Subsidiary to DSPLP
by (UNKNOWN)
dpnnzr.f for Subsidiary to DSPLP
by Hanson, R. J., (SNLA)
dpofs.f for Solve a positive definite symmetric system of
linear
gams D2B1B
by Voorhees, E. A., (LANL)
dpolcf.f for Compute the coefficients of the polynomial fit
(including
gams E1B
by Huddleston, R. E., (SNLL)
dpolft.f for Fit discrete data in a least squares sense by
polynomials
gams K1A1A2
by Shampine, L. F., (SNLA)
dpolvl.f for Calculate the value of a polynomial and its
first NDER
gams E3
by Huddleston, R. E., (SNLL)
dpopt.f for Subsidiary to DSPLP
by (UNKNOWN)
dpperm.f for Rearrange a given array according to a
prescribed
gams N8
by McClain, M. A., (NIST)
dppgq8.f for Subsidiary to DPFQAD
by Jones, R. E., (SNLA)
dppqad.f for Compute the integral on (X1,X2) of a K-th order
B-spline
gams H2A2A1, E3, K6
by Amos, D. E., (SNLA)
dppval.f for Calculate the value of the IDERIV-th derivative
of the
gams E3, K6
by Amos, D. E., (SNLA)
dprvec.f for Subsidiary to DBVSUP
by Watts, H. A., (SNLA)
dprwpg.f for Subsidiary to DSPLP
by Hanson, R. J., (SNLA)
dprwvr.f for Subsidiary to DSPLP
by Hanson, R. J., (SNLA)
dpsifn.f for Compute derivatives of the Psi function.
gams C7C
by Amos, D. E., (SNLA)
dpsixn.f for Subsidiary to DEXINT
by Amos, D. E., (SNLA)
dpsort.f for Return the permutation vector generated by
sorting a given
gams N6A1B, N6A2B
by Jones, R. E., (SNLA)
dqag.f for The routine calculates an approximation result
to a given
gams H2A1A1
by Piessens, Robert
dqage.f for The routine calculates an approximation result
to a given
gams H2A1A1
by Piessens, Robert
dqagi.f for The routine calculates an approximation result
to a given
gams H2A3A1, H2A4A1
by Piessens, Robert
dqagie.f for The routine calculates an approximation result
to a given
gams H2A3A1, H2A4A1
by Piessens, Robert
dqagp.f for The routine calculates an approximation result
to a given
gams H2A2A1
by Piessens, Robert
dqagpe.f for Approximate a given definite integral I =
Integral of F
gams H2A2A1
by Piessens, Robert
dqags.f for The routine calculates an approximation result
to a given
gams H2A1A1
by Piessens, Robert
dqagse.f for The routine calculates an approximation result
to a given
gams H2A1A1
by Piessens, Robert
dqawc.f for The routine calculates an approximation result
to a
gams H2A2A1, J4
by Piessens, Robert
dqawce.f for The routine calculates an approximation result
to a
gams H2A2A1, J4
by Piessens, Robert
dqawf.f for The routine calculates an approximation result
to a given
gams H2A3A1
by Piessens, Robert
dqawfe.f for The routine calculates an approximation result
to a
gams H2A3A1
by Piessens, Robert
dqawo.f for Calculate an approximation to a given definite
integral
gams H2A2A1
by Piessens, Robert
dqawoe.f for Calculate an approximation to a given definite
integral
gams H2A2A1
by Piessens, Robert
dqaws.f for The routine calculates an approximation result
to a given
gams H2A2A1
by Piessens, Robert
dqawse.f for The routine calculates an approximation result
to a given
gams H2A2A1
by Piessens, Robert
dqc25c.f for To compute I = Integral of F*W over (A,B) with
gams H2A2A2, J4
by Piessens, Robert
dqc25f.f for To compute the integral I=Integral of F(X) over
(A,B)
gams H2A2A2
by Piessens, Robert
dqc25s.f for To compute I = Integral of F*W over (BL,BR),
with error
gams H2A2A2
by Piessens, Robert
dqcheb.f for This routine computes the CHEBYSHEV series
expansion
by Piessens, Robert
dqdota.f for Compute the inner product of two vectors with
extended
gams D1A4
by Lawson, C. L., (JPL)
dqdoti.f for Compute the inner product of two vectors with
extended
gams D1A4
by Lawson, C. L., (JPL)
dqelg.f for The routine determines the limit of a given
sequence of
by Piessens, Robert
dqform.f for Subsidiary to DNSQ and DNSQE
by (UNKNOWN)
dqk15.f for To compute I = Integral of F over (A,B), with
error
gams H2A1A2
by Piessens, Robert
dqk15i.f for The original (infinite integration range is
mapped
gams H2A3A2, H2A4A2
by Piessens, Robert
dqk15w.f for To compute I = Integral of F*W over (A,B), with
error
gams H2A2A2
by Piessens, Robert
dqk21.f for To compute I = Integral of F over (A,B), with
error
gams H2A1A2
by Piessens, Robert
dqk31.f for To compute I = Integral of F over (A,B) with
error
gams H2A1A2
by Piessens, Robert
dqk41.f for To compute I = Integral of F over (A,B), with
error
gams H2A1A2
by Piessens, Robert
dqk51.f for To compute I = Integral of F over (A,B) with
error
gams H2A1A2
by Piessens, Robert
dqk61.f for To compute I = Integral of F over (A,B) with
error
gams H2A1A2
by Piessens, Robert
dqmomo.f for This routine computes modified Chebyshev
moments. The K-th
gams H2A2A1, C3A2
by Piessens, Robert
dqnc79.f for Integrate a function using a 7-point adaptive
Newton-Cotes
gams H2A1A1
by Kahaner, D. K., (NBS)
dqng.f for The routine calculates an approximation result
to a
gams H2A1A1
by Piessens, Robert
dqpsrt.f for This routine maintains the descending ordering
in the
by Piessens, Robert
dqrfac.f for Subsidiary to DNLS1, DNLS1E, DNSQ and DNSQE
by (UNKNOWN)
dqrslv.f for Subsidiary to DNLS1 and DNLS1E
by (UNKNOWN)
dqwgtc.f for This function subprogram is used together with
the
by Piessens, Robert
dqwgtf.f for This function subprogram is used together with
the
by Piessens, Robert
dqwgts.f for This function subprogram is used together with
the
by Piessens, Robert
drc.f for Calculate a double precision approximation to
gams C14
by Carlson, B. C.
drc3jj.f for Evaluate the 3j symbol f(L1) = ( L1 L2 L3)
gams C19
by GORDON, R. G., HARVARD UNIVERSITY
drc3jm.f for Evaluate the 3j symbol g(M2) = (L1 L2 L3 )
gams C19
by GORDON, R. G., HARVARD UNIVERSITY
drc6j.f for Evaluate the 6j symbol h(L1) = {L1 L2 L3}
gams C19
by GORDON, R. G., HARVARD UNIVERSITY
drd.f for Compute the incomplete or complete elliptic
integral of
gams C14
by Carlson, B. C.
dreadp.f for Subsidiary to DSPLP
by (UNKNOWN)
dreort.f for Subsidiary to DBVSUP
by Watts, H. A., (SNLA)
drf.f for Compute the incomplete or complete elliptic
integral of the
gams C14
by Carlson, B. C.
drj.f for Compute the incomplete or complete (X or Y or Z
is zero)
gams C14
by Carlson, B. C.
drkfab.f for Subsidiary to DBVSUP
by Watts, H. A., (SNLA)
drkfs.f for Subsidiary to DDERKF
by Watts, H. A., (SNLA)
drsco.f for Subsidiary to DDEBDF
by Watts, H. A., (SNLA)
dslvs.f for Subsidiary to DDEBDF
by Watts, H. A., (SNLA)
dsort.f for Sort an array and optionally make the same
interchanges in
gams N6A2B
by Jones, R. E., (SNLA)
dsos.f for Solve a square system of nonlinear equations.
gams F2A
by Watts, H. A., (SNLA)
dsoseq.f for Subsidiary to DSOS
by (UNKNOWN)
dsossl.f for Subsidiary to DSOS
by (UNKNOWN)
dsplp.f for Solve linear programming problems involving at
gams G2A2
by Hanson, R. J., (SNLA)
dsteps.f for Integrate a system of first order ordinary
differential
gams I1A1B
by Shampine, L. F., (SNLA)
dstod.f for Subsidiary to DDEBDF
by Watts, H. A., (SNLA)
dstor1.f for Subsidiary to DBVSUP
by Watts, H. A., (SNLA)
dstway.f for Subsidiary to DBVSUP
by Watts, H. A., (SNLA)
dsuds.f for Subsidiary to DBVSUP
by Watts, H. A., (SNLA)
dsvco.f for Subsidiary to DDEBDF
by (UNKNOWN)
du11ls.f for Subsidiary to DLLSIA
by (UNKNOWN)
du11us.f for Subsidiary to DULSIA
by (UNKNOWN)
du12ls.f for Subsidiary to DLLSIA
by (UNKNOWN)
du12us.f for Subsidiary to DULSIA
by (UNKNOWN)
dulsia.f for Solve an underdetermined linear system of
equations by
gams D9
by Manteuffel, T. A., (LANL)
dusrmt.f for Subsidiary to DSPLP
by (UNKNOWN)
dvecs.f for Subsidiary to DBVSUP
by Watts, H. A., (SNLA)
dvnrms.f for Subsidiary to DDEBDF
by (UNKNOWN)
dvout.f for Subsidiary to DSPLP
by Hanson, R. J., (SNLA)
dwnlit.f for Subsidiary to DWNNLS
by Hanson, R. J., (SNLA)
dwnlsm.f for Subsidiary to DWNNLS
by Hanson, R. J., (SNLA)
dwnlt1.f for Subsidiary to WNLIT
by Hanson, R. J., (SNLA)
dwnlt2.f for Subsidiary to WNLIT
by Hanson, R. J., (SNLA)
dwnlt3.f for Subsidiary to WNLIT
by Hanson, R. J., (SNLA)
dwnnls.f for Solve a linearly constrained least squares
problem with
gams K1A2A
by Hanson, R. J., (SNLA)
dwritp.f for Subsidiary to DSPLP
by (UNKNOWN)
dwupdt.f for Subsidiary to DNLS1 and DNLS1E
by (UNKNOWN)
dx.f for Subsidiary to SEPELI
by (UNKNOWN)
dx4.f for Subsidiary to SEPX4
by (UNKNOWN)
dxadd.f for To provide double-precision floating-point
arithmetic
gams A3D
by LOZIER, DANIEL W., (NATIONAL BUREAU OF
STANDARDS)
dxadj.f for To provide double-precision floating-point
arithmetic
gams A3D
by LOZIER, DANIEL W., (NATIONAL BUREAU OF
STANDARDS)
dxc210.f for To provide double-precision floating-point
arithmetic
gams A3D
by LOZIER, DANIEL W., (NATIONAL BUREAU OF
STANDARDS)
dxcon.f for To provide double-precision floating-point
arithmetic
gams A3D
by LOZIER, DANIEL W., (NATIONAL BUREAU OF
STANDARDS)
dxlegf.f for Compute normalized Legendre polynomials and
associated
gams C3A2, C9
by SMITH, JOHN M., (NBS AND GEORGE MASON
UNIVERSITY)
dxnrmp.f for Compute normalized Legendre polynomials.
gams C3A2, C9
by LOZIER, DANIEL W., (NATIONAL BUREAU OF
STANDARDS)
dxpmu.f for To compute the values of Legendre functions for
DXLEGF.
gams C3A2, C9
by SMITH, JOHN M., (NBS AND GEORGE MASON
UNIVERSITY)
dxpmup.f for To compute the values of Legendre functions for
DXLEGF.
gams C3A2, C9
by SMITH, JOHN M., (NBS AND GEORGE MASON
UNIVERSITY)
dxpnrm.f for To compute the values of Legendre functions for
DXLEGF.
gams C3A2, C9
by SMITH, JOHN M., (NBS AND GEORGE MASON
UNIVERSITY)
dxpqnu.f for To compute the values of Legendre functions for
DXLEGF.
gams C3A2, C9
by SMITH, JOHN M., (NBS AND GEORGE MASON
UNIVERSITY)
dxpsi.f for To compute values of the Psi function for
DXLEGF.
gams C7C
by SMITH, JOHN M., (NBS AND GEORGE MASON
UNIVERSITY)
dxqmu.f for To compute the values of Legendre functions for
DXLEGF.
gams C3A2, C9
by SMITH, JOHN M., (NBS AND GEORGE MASON
UNIVERSITY)
dxqnu.f for To compute the values of Legendre functions for
DXLEGF.
gams C3A2, C9
by SMITH, JOHN M., (NBS AND GEORGE MASON
UNIVERSITY)
dxred.f for To provide double-precision floating-point
arithmetic
gams A3D
by LOZIER, DANIEL W., (NATIONAL BUREAU OF
STANDARDS)
dxset.f for To provide double-precision floating-point
arithmetic
gams A3D
by LOZIER, DANIEL W., (NATIONAL BUREAU OF
STANDARDS)
dy.f for Subsidiary to SEPELI
by (UNKNOWN)
dy4.f for Subsidiary to SEPX4
by (UNKNOWN)
dyairy.f for Subsidiary to DBESJ and DBESY
by Amos, D. E., (SNLA)
efc.f for Fit a piecewise polynomial curve to discrete
data.
gams K1A1A1, K1A2A, L8A3
by Hanson, R. J., (SNLA)
efcmn.f for Subsidiary to EFC
by Hanson, R. J., (SNLA)
enorm.f for Subsidiary to SNLS1, SNLS1E, SNSQ and SNSQE
by (UNKNOWN)
exbvp.f for Subsidiary to BVSUP
by Watts, H. A., (SNLA)
exint.f for Compute an M member sequence of exponential
integrals
gams C5
by Amos, D. E., (SNLA)
fc.f for Fit a piecewise polynomial curve to discrete
data.
gams K1A1A1, K1A2A, L8A3
by Hanson, R. J., (SNLA)
fcmn.f for Subsidiary to FC
by (UNKNOWN)
fdjac1.f for Subsidiary to SNSQ and SNSQE
by (UNKNOWN)
fdjac3.f for Subsidiary to SNLS1 and SNLS1E
by (UNKNOWN)
fdump.f for Symbolic dump (should be locally written).
gams R3
by Jones, R. E., (SNLA)
fftdoc.f for Documentation for FFTPACK, a collection of Fast
Fourier
gams J1, Z
by Swarztrauber, P. N., (NCAR)
fulmat.f for Subsidiary to SPLP
by (UNKNOWN)
fundoc.f for Documentation for FNLIB, a collection of
routines for
gams C, Z
by Kahaner, D. K., (NBS)
fzero.f for Search for a zero of a function F(X) in a given
interval
gams F1B
by Shampine, L. F., (SNLA)
gamln.f for Compute the logarithm of the Gamma function
gams C7A
by Amos, D. E., (SNL)
gamrn.f for Subsidiary to BSKIN
by Amos, D. E., (SNLA)
gaus8.f for Integrate a real function of one variable over a
finite
gams H2A1A1
by Jones, R. E., (SNLA)
h12.f for Subsidiary to HFTI, LSEI and WNNLS
by (UNKNOWN)
hfti.f for Solve a linear least squares problems by
performing a QR
gams D9
by Lawson, C. L., (JPL)
hkseq.f for Subsidiary to BSKIN
by Amos, D. E., (SNLA)
hpperm.f for Rearrange a given array according to a
prescribed
gams N8
by McClain, M. A., (NIST)
hpsort.f for Return the permutation vector generated by
sorting a
gams N6A1C, N6A2C
by Jones, R. E., (SNLA)
hstart.f for Subsidiary to DEABM, DEBDF and DERKF
by Watts, H. A., (SNLA)
hstcs1.f for Subsidiary to HSTCSP
by (UNKNOWN)
hvnrm.f for Subsidiary to DEABM, DEBDF and DERKF
by Watts, H. A., (SNLA)
hwscs1.f for Subsidiary to HWSCSP
by (UNKNOWN)
hwsss1.f for Subsidiary to HWSSSP
by (UNKNOWN)
i1mach.f for Return integer machine dependent constants.
gams R1
by Fox, P. A., (Bell Labs)
i1merg.f for Merge two strings of ascending integers.
by Boland, W. Robert, (LANL)
idloc.f for Subsidiary to DSPLP
by Boland, W. Robert, (LANL)
indxa.f for Subsidiary to BLKTRI
by (UNKNOWN)
indxb.f for Subsidiary to BLKTRI
by (UNKNOWN)
indxc.f for Subsidiary to BLKTRI
by (UNKNOWN)
intrv.f for Compute the largest integer ILEFT in 1 .LE.
ILEFT .LE. LXT
gams E3, K6
by Amos, D. E., (SNLA)
intyd.f for Subsidiary to DEBDF
by Watts, H. A., (SNLA)
inxca.f for Subsidiary to CBLKTR
by (UNKNOWN)
inxcb.f for Subsidiary to CBLKTR
by (UNKNOWN)
inxcc.f for Subsidiary to CBLKTR
by (UNKNOWN)
iploc.f for Subsidiary to SPLP
by Hanson, R. J., (SNLA)
ipperm.f for Rearrange a given array according to a
prescribed
gams N8
by McClain, M. A., (NIST)
ipsort.f for Return the permutation vector generated by
sorting a given
gams N6A1A, N6A2A
by Jones, R. E., (SNLA)
isort.f for Sort an array and optionally make the same
interchanges in
gams N6A2A
by Jones, R. E., (SNLA)
ivout.f for Subsidiary to SPLP
by Hanson, R. J., (SNLA)
j4save.f for Save or recall global variables needed by error
by Jones, R. E., (SNLA)
jairy.f for Subsidiary to BESJ and BESY
by Amos, D. E., (SNLA)
la05ad.f for Subsidiary to DSPLP
by (UNKNOWN)
la05as.f for Subsidiary to SPLP
by (UNKNOWN)
la05bd.f for Subsidiary to DSPLP
by (UNKNOWN)
la05bs.f for Subsidiary to SPLP
by (UNKNOWN)
la05cd.f for Subsidiary to DSPLP
by (UNKNOWN)
la05cs.f for Subsidiary to SPLP
by (UNKNOWN)
la05ed.f for Subsidiary to DSPLP
by (UNKNOWN)
la05es.f for Subsidiary to SPLP
by (UNKNOWN)
llsia.f for Solve a linear least squares problems by
performing a QR
gams D9, D5
by Manteuffel, T. A., (LANL)
lmpar.f for Subsidiary to SNLS1 and SNLS1E
by (UNKNOWN)
lpdp.f for Subsidiary to LSEI
by Hanson, R. J., (SNLA)
lsame.f for Test two characters to determine if they are the
same
gams R, N3
by Hanson, R., (SNLA)
lsei.f for Solve a linearly constrained least squares
problem with
gams K1A2A, D9
by Hanson, R. J., (SNLA)
lsi.f for Subsidiary to LSEI
by Hanson, R. J., (SNLA)
lsod.f for Subsidiary to DEBDF
by (UNKNOWN)
lssods.f for Subsidiary to BVSUP
by (UNKNOWN)
lssuds.f for Subsidiary to BVSUP
by Watts, H. A., (SNLA)
macon.f for Subsidiary to BVSUP
by (UNKNOWN)
mc20ad.f for Subsidiary to DSPLP
by (UNKNOWN)
mc20as.f for Subsidiary to SPLP
by (UNKNOWN)
mgsbv.f for Subsidiary to BVSUP
by Watts, H. A., (SNLA)
minso4.f for Subsidiary to SEPX4
by (UNKNOWN)
minsol.f for Subsidiary to SEPELI
by (UNKNOWN)
mpadd.f for Subsidiary to DQDOTA and DQDOTI
by (UNKNOWN)
mpadd2.f for Subsidiary to DQDOTA and DQDOTI
by (UNKNOWN)
mpadd3.f for Subsidiary to DQDOTA and DQDOTI
by (UNKNOWN)
mpblas.f for Subsidiary to DQDOTA and DQDOTI
by (UNKNOWN)
mpcdm.f for Subsidiary to DQDOTA and DQDOTI
by (UNKNOWN)
mpchk.f for Subsidiary to DQDOTA and DQDOTI
by (UNKNOWN)
mpcmd.f for Subsidiary to DQDOTA and DQDOTI
by (UNKNOWN)
mpdivi.f for Subsidiary to DQDOTA and DQDOTI
by (UNKNOWN)
mperr.f for Subsidiary to DQDOTA and DQDOTI
by (UNKNOWN)
mpmaxr.f for Subsidiary to DQDOTA and DQDOTI
by (UNKNOWN)
mpmlp.f for Subsidiary to DQDOTA and DQDOTI
by (UNKNOWN)
mpmul.f for Subsidiary to DQDOTA and DQDOTI
by (UNKNOWN)
mpmul2.f for Subsidiary to DQDOTA and DQDOTI
by (UNKNOWN)
mpmuli.f for Subsidiary to DQDOTA and DQDOTI
by (UNKNOWN)
mpnzr.f for Subsidiary to DQDOTA and DQDOTI
by (UNKNOWN)
mpovfl.f for Subsidiary to DQDOTA and DQDOTI
by (UNKNOWN)
mpstr.f for Subsidiary to DQDOTA and DQDOTI
by (UNKNOWN)
mpunfl.f for Subsidiary to DQDOTA and DQDOTI
by (UNKNOWN)
numxer.f for Return the most recent error number.
gams R3C
by Jones, R. E., (SNLA)
ohtrol.f for Subsidiary to BVSUP
by Watts, H. A., (SNLA)
ohtror.f for Subsidiary to BVSUP
by Watts, H. A., (SNLA)
ortho4.f for Subsidiary to SEPX4
by (UNKNOWN)
orthog.f for Subsidiary to SEPELI
by (UNKNOWN)
orthol.f for Subsidiary to BVSUP
by Watts, H. A., (SNLA)
orthor.f for Subsidiary to BVSUP
by Watts, H. A., (SNLA)
pchngs.f for Subsidiary to SPLP
by Hanson, R. J., (SNLA)
pcoef.f for Convert the POLFIT coefficients to Taylor series
form.
gams K1A1A2
by Shampine, L. F., (SNLA)
pfqad.f for Compute the integral on (X1,X2) of a product of
a function
gams H2A2A1, E3, K6
by Amos, D. E., (SNLA)
pgsf.f for Subsidiary to CBLKTR
by (UNKNOWN)
pimach.f for Subsidiary to HSTCSP, HSTSSP and HWSCSP
by (UNKNOWN)
pinitm.f for Subsidiary to SPLP
by Hanson, R. J., (SNLA)
pjac.f for Subsidiary to DEBDF
by Watts, H. A., (SNLA)
pnnzrs.f for Subsidiary to SPLP
by Hanson, R. J., (SNLA)
poisd2.f for Subsidiary to GENBUN
by (UNKNOWN)
poisn2.f for Subsidiary to GENBUN
by (UNKNOWN)
poisp2.f for Subsidiary to GENBUN
by (UNKNOWN)
polcof.f for Compute the coefficients of the polynomial fit
(including
gams E1B
by Huddleston, R. E., (SNLL)
polfit.f for Fit discrete data in a least squares sense by
polynomials
gams K1A1A2
by Shampine, L. F., (SNLA)
polint.f for Produce the polynomial which interpolates a set
of discrete
gams E1B
by Huddleston, R. E., (SNLL)
polyvl.f for Calculate the value of a polynomial and its
first NDER
gams E3
by Huddleston, R. E., (SNLL)
pos3d1.f for Subsidiary to POIS3D
by (UNKNOWN)
postg2.f for Subsidiary to POISTG
by (UNKNOWN)
ppadd.f for Subsidiary to BLKTRI
by (UNKNOWN)
ppgq8.f for Subsidiary to PFQAD
by Jones, R. E., (SNLA)
ppgsf.f for Subsidiary to CBLKTR
by (UNKNOWN)
pppsf.f for Subsidiary to CBLKTR
by (UNKNOWN)
ppqad.f for Compute the integral on (X1,X2) of a K-th order
B-spline
gams H2A2A1, E3, K6
by Amos, D. E., (SNLA)
ppsgf.f for Subsidiary to BLKTRI
by (UNKNOWN)
ppspf.f for Subsidiary to BLKTRI
by (UNKNOWN)
ppval.f for Calculate the value of the IDERIV-th derivative
of the
gams E3, K6
by Amos, D. E., (SNLA)
proc.f for Subsidiary to CBLKTR
by (UNKNOWN)
procp.f for Subsidiary to CBLKTR
by (UNKNOWN)
prod.f for Subsidiary to BLKTRI
by (UNKNOWN)
prodp.f for Subsidiary to BLKTRI
by (UNKNOWN)
prvec.f for Subsidiary to BVSUP
by Watts, H. A., (SNLA)
prwpge.f for Subsidiary to SPLP
by Hanson, R. J., (SNLA)
prwvir.f for Subsidiary to SPLP
by Hanson, R. J., (SNLA)
psgf.f for Subsidiary to BLKTRI
by (UNKNOWN)
psifn.f for Compute derivatives of the Psi function.
gams C7C
by Amos, D. E., (SNLA)
psixn.f for Subsidiary to EXINT
by Amos, D. E., (SNLA)
pvalue.f for Use the coefficients generated by POLFIT to
evaluate the
gams K6
by Shampine, L. F., (SNLA)
pythag.f for Compute the complex square root of a complex
number without
by (UNKNOWN)
qag.f for The routine calculates an approximation result
to a given
gams H2A1A1
by Piessens, Robert
qage.f for The routine calculates an approximation result
to a given
gams H2A1A1
by Piessens, Robert
qagi.f for The routine calculates an approximation result
to a given
gams H2A3A1, H2A4A1
by Piessens, Robert
qagie.f for The routine calculates an approximation result
to a given
gams H2A3A1, H2A4A1
by Piessens, Robert
qagp.f for The routine calculates an approximation result
to a given
gams H2A2A1
by Piessens, Robert
qagpe.f for Approximate a given definite integral I =
Integral of F
gams H2A2A1
by Piessens, Robert
qags.f for The routine calculates an approximation result
to a given
gams H2A1A1
by Piessens, Robert
qagse.f for The routine calculates an approximation result
to a given
gams H2A1A1
by Piessens, Robert
qawc.f for The routine calculates an approximation result
to a
gams H2A2A1, J4
by Piessens, Robert
qawce.f for The routine calculates an approximation result
to a
gams H2A2A1, J4
by Piessens, Robert
qawf.f for The routine calculates an approximation result
to a given
gams H2A3A1
by Piessens, Robert
qawfe.f for The routine calculates an approximation result
to a
gams H2A3A1
by Piessens, Robert
qawo.f for Calculate an approximation to a given definite
integral
gams H2A2A1
by Piessens, Robert
qawoe.f for Calculate an approximation to a given definite
integral
gams H2A2A1
by Piessens, Robert
qaws.f for The routine calculates an approximation result
to a given
gams H2A2A1
by Piessens, Robert
qawse.f for The routine calculates an approximation result
to a given
gams H2A2A1
by Piessens, Robert
qc25c.f for To compute I = Integral of F*W over (A,B) with
gams H2A2A2, J4
by Piessens, Robert
qc25f.f for To compute the integral I=Integral of F(X) over
(A,B)
gams H2A2A2
by Piessens, Robert
qc25s.f for To compute I = Integral of F*W over (BL,BR),
with error
gams H2A2A2
by Piessens, Robert
qcheb.f for This routine computes the CHEBYSHEV series
expansion
by Piessens, Robert
qelg.f for The routine determines the limit of a given
sequence of
by Piessens, Robert
qform.f for Subsidiary to SNSQ and SNSQE
by (UNKNOWN)
qk15.f for To compute I = Integral of F over (A,B), with
error
gams H2A1A2
by Piessens, Robert
qk15i.f for The original (infinite integration range is
mapped
gams H2A3A2, H2A4A2
by Piessens, Robert
qk15w.f for To compute I = Integral of F*W over (A,B), with
error
gams H2A2A2
by Piessens, Robert
qk21.f for To compute I = Integral of F over (A,B), with
error
gams H2A1A2
by Piessens, Robert
qk31.f for To compute I = Integral of F over (A,B) with
error
gams H2A1A2
by Piessens, Robert
qk41.f for To compute I = Integral of F over (A,B), with
error
gams H2A1A2
by Piessens, Robert
qk51.f for To compute I = Integral of F over (A,B) with
error
gams H2A1A2
by Piessens, Robert
qk61.f for To compute I = Integral of F over (A,B) with
error
gams H2A1A2
by Piessens, Robert
qmomo.f for This routine computes modified Chebyshev
moments. The K-th
gams H2A2A1, C3A2
by Piessens, Robert
qnc79.f for Integrate a function using a 7-point adaptive
Newton-Cotes
gams H2A1A1
by Kahaner, D. K., (NBS)
qng.f for The routine calculates an approximation result
to a
gams H2A1A1
by Piessens, Robert
qpdoc.f for Documentation for QUADPACK, a package of
subprograms for
gams H2, Z
by Piessens, Robert
qpsrt.f for Subsidiary to QAGE, QAGIE, QAGPE, QAGSE, QAWCE,
QAWOE and
by (UNKNOWN)
qrfac.f for Subsidiary to SNLS1, SNLS1E, SNSQ and SNSQE
by (UNKNOWN)
qrsolv.f for Subsidiary to SNLS1 and SNLS1E
by (UNKNOWN)
qwgtc.f for This function subprogram is used together with
the
by Piessens, Robert
qwgtf.f for This function subprogram is used together with
the
by Piessens, Robert
qwgts.f for This function subprogram is used together with
the
by Piessens, Robert
r1mach.f for Return floating point machine dependent
constants.
gams R1
by Fox, P. A., (Bell Labs)
r1mpyq.f for Subsidiary to SNSQ and SNSQE
by (UNKNOWN)
r1updt.f for Subsidiary to SNSQ and SNSQE
by (UNKNOWN)
rc.f for Calculate an approximation to
gams C14
by Carlson, B. C.
rc3jj.f for Evaluate the 3j symbol f(L1) = ( L1 L2 L3)
gams C19
by GORDON, R. G., HARVARD UNIVERSITY
rc3jm.f for Evaluate the 3j symbol g(M2) = (L1 L2 L3 )
gams C19
by GORDON, R. G., HARVARD UNIVERSITY
rc6j.f for Evaluate the 6j symbol h(L1) = {L1 L2 L3}
gams C19
by GORDON, R. G., HARVARD UNIVERSITY
rd.f for Compute the incomplete or complete elliptic
integral of the
gams C14
by Carlson, B. C.
reort.f for Subsidiary to BVSUP
by Watts, H. A., (SNLA)
rf.f for Compute the incomplete or complete elliptic
integral of the
gams C14
by Carlson, B. C.
rj.f for Compute the incomplete or complete (X or Y or Z
is zero)
gams C14
by Carlson, B. C.
rkfab.f for Subsidiary to BVSUP
by Watts, H. A., (SNLA)
rpqr79.f for Find the zeros of a polynomial with real
coefficients.
gams F1A1A
by Vandevender, W. H., (SNLA)
rpzero.f for Find the zeros of a polynomial with real
coefficients.
gams F1A1A
by Kahaner, D. K., (NBS)
rsco.f for Subsidiary to DEBDF
by Watts, H. A., (SNLA)
rwupdt.f for Subsidiary to SNLS1 and SNLS1E
by (UNKNOWN)
s1merg.f for Merge two strings of ascending real numbers.
by (UNKNOWN)
sbocls.f for Solve the bounded and constrained least squares
gams K1A2A, G2E, G2H1, G2H2
by Hanson, R. J., (SNLA)
sbols.f for Solve the problem
gams K1A2A, G2E, G2H1, G2H2
by Hanson, R. J., (SNLA)
sbolsm.f for Subsidiary to SBOCLS and SBOLS
by (UNKNOWN)
sclosm.f for Subsidiary to SPLP
by (UNKNOWN)
scoef.f for Subsidiary to BVSUP
by Watts, H. A., (SNLA)
scov.f for Calculate the covariance matrix for a nonlinear
data
gams K1B1
by Hiebert, K. L., (SNLA)
sdaini.f for Initialization routine for SDASSL.
by PETZOLD, LINDA R., (LLNL)
sdajac.f for Compute the iteration matrix for SDASSL and form
the
by PETZOLD, LINDA R., (LLNL)
sdanrm.f for Compute vector norm for SDASSL.
by PETZOLD, LINDA R., (LLNL)
sdaslv.f for Linear system solver for SDASSL.
by PETZOLD, LINDA R., (LLNL)
sdassl.f for This code solves a system of
differential/algebraic
gams I1A2
by PETZOLD, LINDA R., (LLNL)
sdastp.f for Perform one step of the SDASSL integration.
by PETZOLD, LINDA R., (LLNL)
sdatrp.f for Interpolation routine for SDASSL.
by PETZOLD, LINDA R., (LLNL)
sdawts.f for Set error weight vector for SDASSL.
by PETZOLD, LINDA R., (LLNL)
sdcor.f for Subroutine SDCOR computes corrections to the Y
array.
by Kahaner, D. K., (NIST)
sdcst.f for SDCST sets coefficients used by the core
integrator SDSTP.
by Kahaner, D. K., (NIST)
sdntl.f for Subroutine SDNTL is called to set parameters on
the first
by Kahaner, D. K., (NIST)
sdntp.f for Subroutine SDNTP interpolates the K-th
derivative of Y at
by Kahaner, D. K., (NIST)
sdpsc.f for Subroutine SDPSC computes the predicted YH
values by
by Kahaner, D. K., (NIST)
sdpst.f for Subroutine SDPST evaluates the Jacobian matrix
of the right
by Kahaner, D. K., (NIST)
sdriv1.f for The function of SDRIV1 is to solve N (200 or
fewer)
gams I1A2, I1A1B
by Kahaner, D. K., (NIST)
sdriv2.f for The function of SDRIV2 is to solve N ordinary
differential
gams I1A2, I1A1B
by Kahaner, D. K., (NIST)
sdriv3.f for The function of SDRIV3 is to solve N ordinary
differential
gams I1A2, I1A1B
by Kahaner, D. K., (NIST)
sdscl.f for Subroutine SDSCL rescales the YH array whenever
the step
by Kahaner, D. K., (NIST)
sdstp.f for SDSTP performs one step of the integration of an
initial
by Kahaner, D. K., (NIST)
sdzro.f for SDZRO searches for a zero of a function F(N, T,
Y, IROOT)
by Kahaner, D. K., (NIST)
sgeev.f for Compute the eigenvalues and, optionally, the
eigenvectors
gams D4A2
by Kahaner, D. K., (NBS)
sgefs.f for Solve a general system of linear equations.
gams D2A1
by Voorhees, E. A., (LANL)
sgeir.f for Solve a general system of linear equations.
Iterative
gams D2A1
by Voorhees, E. A., (LANL)
sglss.f for Solve a linear least squares problems by
performing a QR
gams D9, D5
by Manteuffel, T. A., (LANL)
sintrp.f for Approximate the solution at XOUT by evaluating
the
gams I1A1B
by Watts, H. A., (SNLA)
slvs.f for Subsidiary to DEBDF
by Watts, H. A., (SNLA)
smout.f for Subsidiary to FC and SBOCLS
by (UNKNOWN)
snbco.f for Factor a band matrix using Gaussian elimination
and
gams D2A2
by Voorhees, E. A., (LANL)
snbdi.f for Compute the determinant of a band matrix using
the factors
gams D3A2
by Voorhees, E. A., (LANL)
snbfa.f for Factor a real band matrix by elimination.
gams D2A2
by Voorhees, E. A., (LANL)
snbfs.f for Solve a general nonsymmetric banded system of
linear
gams D2A2
by Voorhees, E. A., (LANL)
snbir.f for Solve a general nonsymmetric banded system of
linear
gams D2A2
by Voorhees, E. A., (LANL)
snbsl.f for Solve a real band system using the factors
computed by
gams D2A2
by Voorhees, E. A., (LANL)
snls1.f for Minimize the sum of the squares of M nonlinear
functions
gams K1B1A1, K1B1A2
by Hiebert, K. L., (SNLA)
snls1e.f for An easy-to-use code which minimizes the sum of
the squares
gams K1B1A1, K1B1A2
by Hiebert, K. L., (SNLA)
snsq.f for Find a zero of a system of a N nonlinear
functions in N
gams F2A
by Hiebert, K. L., (SNLA)
snsqe.f for An easy-to-use code to find a zero of a system
of N
gams F2A
by Hiebert, K. L., (SNLA)
sods.f for Subsidiary to BVSUP
by Watts, H. A., (SNLA)
sopenm.f for Subsidiary to SPLP
by (UNKNOWN)
sos.f for Solve a square system of nonlinear equations.
gams F2A
by Watts, H. A., (SNLA)
soseqs.f for Subsidiary to SOS
by (UNKNOWN)
sossol.f for Subsidiary to SOS
by (UNKNOWN)
speli4.f for Subsidiary to SEPX4
by (UNKNOWN)
spelip.f for Subsidiary to SEPELI
by (UNKNOWN)
spincw.f for Subsidiary to SPLP
by (UNKNOWN)
spinit.f for Subsidiary to SPLP
by (UNKNOWN)
splp.f for Solve linear programming problems involving at
gams G2A2
by Hanson, R. J., (SNLA)
splpce.f for Subsidiary to SPLP
by (UNKNOWN)
splpdm.f for Subsidiary to SPLP
by (UNKNOWN)
splpfe.f for Subsidiary to SPLP
by (UNKNOWN)
splpfl.f for Subsidiary to SPLP
by (UNKNOWN)
splpmn.f for Subsidiary to SPLP
by (UNKNOWN)
splpmu.f for Subsidiary to SPLP
by (UNKNOWN)
splpup.f for Subsidiary to SPLP
by (UNKNOWN)
spofs.f for Solve a positive definite symmetric system of
linear
gams D2B1B
by Voorhees, E. A., (LANL)
spoir.f for Solve a positive definite symmetric system of
linear
gams D2B1B
by Voorhees, E. A., (LANL)
spopt.f for Subsidiary to SPLP
by (UNKNOWN)
spperm.f for Rearrange a given array according to a
prescribed
gams N8
by McClain, M. A., (NIST)
spsort.f for Return the permutation vector generated by
sorting a given
gams N6A1B, N6A2B
by Jones, R. E., (SNLA)
sreadp.f for Subsidiary to SPLP
by (UNKNOWN)
ssiev.f for Compute the eigenvalues and, optionally, the
eigenvectors
gams D4A1
by Kahaner, D. K., (NBS)
ssort.f for Sort an array and optionally make the same
interchanges in
gams N6A2B
by Jones, R. E., (SNLA)
steps.f for Integrate a system of first order ordinary
differential
gams I1A1B
by Shampine, L. F., (SNLA)
stod.f for Subsidiary to DEBDF
by Watts, H. A., (SNLA)
stor1.f for Subsidiary to BVSUP
by Watts, H. A., (SNLA)
stway.f for Subsidiary to BVSUP
by Watts, H. A., (SNLA)
suds.f for Subsidiary to BVSUP
by Watts, H. A., (SNLA)
svco.f for Subsidiary to DEBDF
by (UNKNOWN)
svd.f for Perform the singular value decomposition of a
rectangular
by (UNKNOWN)
svecs.f for Subsidiary to BVSUP
by Watts, H. A., (SNLA)
svout.f for Subsidiary to SPLP
by (UNKNOWN)
swritp.f for Subsidiary to SPLP
by (UNKNOWN)
tevlc.f for Subsidiary to CBLKTR
by (UNKNOWN)
tevls.f for Subsidiary to BLKTRI
by (UNKNOWN)
tri3.f for Subsidiary to GENBUN
by (UNKNOWN)
tridq.f for Subsidiary to POIS3D
by (UNKNOWN)
tris4.f for Subsidiary to SEPX4
by (UNKNOWN)
trisp.f for Subsidiary to SEPELI
by (UNKNOWN)
trix.f for Subsidiary to GENBUN
by (UNKNOWN)
u11ls.f for Subsidiary to LLSIA
by (UNKNOWN)
u11us.f for Subsidiary to ULSIA
by (UNKNOWN)
u12ls.f for Subsidiary to LLSIA
by (UNKNOWN)
u12us.f for Subsidiary to ULSIA
by (UNKNOWN)
ulsia.f for Solve an underdetermined linear system of
equations by
gams D9
by Manteuffel, T. A., (LANL)
usrmat.f for Subsidiary to SPLP
by (UNKNOWN)
vnwrms.f for Subsidiary to DEBDF
by (UNKNOWN)
wnlit.f for Subsidiary to WNNLS
by Hanson, R. J., (SNLA)
wnlsm.f for Subsidiary to WNNLS
by Hanson, R. J., (SNLA)
wnlt1.f for Subsidiary to WNLIT
by Hanson, R. J., (SNLA)
wnlt2.f for Subsidiary to WNLIT
by Hanson, R. J., (SNLA)
wnlt3.f for Subsidiary to WNLIT
by Hanson, R. J., (SNLA)
wnnls.f for Solve a linearly constrained least squares
problem with
gams K1A2A
by Hanson, R. J., (SNLA)
xadd.f for To provide single-precision floating-point
arithmetic
gams A3D
by LOZIER, DANIEL W., (NATIONAL BUREAU OF
STANDARDS)
xadj.f for To provide single-precision floating-point
arithmetic
gams A3D
by LOZIER, DANIEL W., (NATIONAL BUREAU OF
STANDARDS)
xc210.f for To provide single-precision floating-point
arithmetic
gams A3D
by LOZIER, DANIEL W., (NATIONAL BUREAU OF
STANDARDS)
xcon.f for To provide single-precision floating-point
arithmetic
gams A3D
by LOZIER, DANIEL W., (NATIONAL BUREAU OF
STANDARDS)
xerbla.f for Error handler for the Level 2 and Level 3 BLAS
Routines.
gams R3
by Dongarra, J. J., (ANL)
xerclr.f for Reset current error number to zero.
gams R3C
by Jones, R. E., (SNLA)
xercnt.f for Allow user control over handling of errors.
gams R3C
by Jones, R. E., (SNLA)
xerdmp.f for Print the error tables and then clear them.
gams R3C
by Jones, R. E., (SNLA)
xerhlt.f for Abort program execution and print error message.
gams R3C
by Jones, R. E., (SNLA)
xermax.f for Set maximum number of times any error message is
to be
gams R3C
by Jones, R. E., (SNLA)
xermsg.f for Process error messages for SLATEC and other
libraries.
gams R3C
by Fong, Kirby, (NMFECC at LLNL)
xerprn.f for Print error messages processed by XERMSG.
gams R3C
by Fong, Kirby, (NMFECC at LLNL)
xersve.f for Record that an error has occurred.
gams R3
by Jones, R. E., (SNLA)
xgetf.f for Return the current value of the error control
flag.
gams R3C
by Jones, R. E., (SNLA)
xgetua.f for Return unit number(s) to which error messages
are being
gams R3C
by Jones, R. E., (SNLA)
xgetun.f for Return the (first) output file to which error
messages
gams R3C
by Jones, R. E., (SNLA)
xlegf.f for Compute normalized Legendre polynomials and
associated
gams C3A2, C9
by SMITH, JOHN M., (NBS AND GEORGE MASON
UNIVERSITY)
xnrmp.f for Compute normalized Legendre polynomials.
gams C3A2, C9
by LOZIER, DANIEL W., (NATIONAL BUREAU OF
STANDARDS)
xpmu.f for To compute the values of Legendre functions for
XLEGF.
gams C3A2, C9
by SMITH, JOHN M., (NBS AND GEORGE MASON
UNIVERSITY)
xpmup.f for To compute the values of Legendre functions for
XLEGF.
gams C3A2, C9
by SMITH, JOHN M., (NBS AND GEORGE MASON
UNIVERSITY)
xpnrm.f for To compute the values of Legendre functions for
XLEGF.
gams C3A2, C9
by SMITH, JOHN M., (NBS AND GEORGE MASON
UNIVERSITY)
xpqnu.f for To compute the values of Legendre functions for
XLEGF.
gams C3A2, C9
by SMITH, JOHN M., (NBS AND GEORGE MASON
UNIVERSITY)
xpsi.f for To compute values of the Psi function for XLEGF.
gams C7C
by SMITH, JOHN M., (NBS AND GEORGE MASON
UNIVERSITY)
xqmu.f for To compute the values of Legendre functions for
XLEGF.
gams C3A2, C9
by SMITH, JOHN M., (NBS AND GEORGE MASON
UNIVERSITY)
xqnu.f for To compute the values of Legendre functions for
XLEGF.
gams C3A2, C9
by SMITH, JOHN M., (NBS AND GEORGE MASON
UNIVERSITY)
xred.f for To provide single-precision floating-point
arithmetic
gams A3D
by LOZIER, DANIEL W., (NATIONAL BUREAU OF
STANDARDS)
xset.f for To provide single-precision floating-point
arithmetic
gams A3D
by LOZIER, DANIEL W., (NATIONAL BUREAU OF
STANDARDS)
xsetf.f for Set the error control flag.
gams R3A
by Jones, R. E., (SNLA)
xsetua.f for Set logical unit numbers (up to 5) to which
error
gams R3B
by Jones, R. E., (SNLA)
xsetun.f for Set output file to which error messages are to
be sent.
gams R3B
by Jones, R. E., (SNLA)
yairy.f for Subsidiary to BESJ and BESY
by Amos, D. E., (SNLA)
zabs.f for Subsidiary to ZBESH, ZBESI, ZBESJ, ZBESK, ZBESY,
ZAIRY and
by Amos, D. E., (SNL)
zacai.f for Subsidiary to ZAIRY
by Amos, D. E., (SNL)
zacon.f for Subsidiary to ZBESH and ZBESK
by Amos, D. E., (SNL)
zairy.f for Compute the Airy function Ai(z) or its
derivative dAi/dz
gams C10D
by Amos, D. E., (SNL)
zasyi.f for Subsidiary to ZBESI and ZBESK
by Amos, D. E., (SNL)
zbesh.f for Compute a sequence of the Hankel functions
H(m,a,z)
gams C10A4
by Amos, D. E., (SNL)
zbesi.f for Compute a sequence of the Bessel functions
I(a,z) for
gams C10B4
by Amos, D. E., (SNL)
zbesj.f for Compute a sequence of the Bessel functions
J(a,z) for
gams C10A4
by Amos, D. E., (SNL)
zbesk.f for Compute a sequence of the Bessel functions
K(a,z) for
gams C10B4
by Amos, D. E., (SNL)
zbesy.f for Compute a sequence of the Bessel functions
Y(a,z) for
gams C10A4
by Amos, D. E., (SNL)
zbinu.f for Subsidiary to ZAIRY, ZBESH, ZBESI, ZBESJ, ZBESK
and ZBIRY
by Amos, D. E., (SNL)
zbiry.f for Compute the Airy function Bi(z) or its
derivative dBi/dz
gams C10D
by Amos, D. E., (SNL)
zbknu.f for Subsidiary to ZAIRY, ZBESH, ZBESI and ZBESK
by Amos, D. E., (SNL)
zbuni.f for Subsidiary to ZBESI and ZBESK
by Amos, D. E., (SNL)
zbunk.f for Subsidiary to ZBESH and ZBESK
by Amos, D. E., (SNL)
zdiv.f for Subsidiary to ZBESH, ZBESI, ZBESJ, ZBESK, ZBESY,
ZAIRY and
by Amos, D. E., (SNL)
zexp.f for Subsidiary to ZBESH, ZBESI, ZBESJ, ZBESK, ZBESY,
ZAIRY and
by Amos, D. E., (SNL)
zkscl.f for Subsidiary to ZBESK
by Amos, D. E., (SNL)
zlog.f for Subsidiary to ZBESH, ZBESI, ZBESJ, ZBESK, ZBESY,
ZAIRY and
by Amos, D. E., (SNL)
zmlri.f for Subsidiary to ZBESI and ZBESK
by Amos, D. E., (SNL)
zmlt.f for Subsidiary to ZBESH, ZBESI, ZBESJ, ZBESK, ZBESY,
ZAIRY and
by Amos, D. E., (SNL)
zrati.f for Subsidiary to ZBESH, ZBESI and ZBESK
by Amos, D. E., (SNL)
zs1s2.f for Subsidiary to ZAIRY and ZBESK
by Amos, D. E., (SNL)
zseri.f for Subsidiary to ZBESI and ZBESK
by Amos, D. E., (SNL)
zshch.f for Subsidiary to ZBESH and ZBESK
by Amos, D. E., (SNL)
zsqrt.f for Subsidiary to ZBESH, ZBESI, ZBESJ, ZBESK, ZBESY,
ZAIRY and
by Amos, D. E., (SNL)
zuchk.f for Subsidiary to SERI, ZUOIK, ZUNK1, ZUNK2, ZUNI1,
ZUNI2 and
by Amos, D. E., (SNL)
zunhj.f for Subsidiary to ZBESI and ZBESK
by Amos, D. E., (SNL)
zuni1.f for Subsidiary to ZBESI and ZBESK
by Amos, D. E., (SNL)
zuni2.f for Subsidiary to ZBESI and ZBESK
by Amos, D. E., (SNL)
zunik.f for Subsidiary to ZBESI and ZBESK
by Amos, D. E., (SNL)
zunk1.f for Subsidiary to ZBESK
by Amos, D. E., (SNL)
zunk2.f for Subsidiary to ZBESK
by Amos, D. E., (SNL)
zuoik.f for Subsidiary to ZBESH, ZBESI and ZBESK
by Amos, D. E., (SNL)
zwrsk.f for Subsidiary to ZBESI and ZBESK
by Amos, D. E., (SNL)
-----------------------------------------------------------
for nonlinear equations and nonlinear least squares
path: /netlib/sminpack/
-----------------------------------------------------------
.depend
chkdrv.f
covar.f
dependencies
errjac.f
ex/ for examples
hybdrv.f
hybipt.f
hyjdrv.f
ibmspd.f
lmddrv.f
lmdipt.f
lmfdrv.f
lmsdrv.f
makefile
readme for overview of sminpack
chkder.f for check gradients for consistency with functions
gams f3, g4c, k6d
dogleg.f for determine combination of gauss-newton and
gradient directions
enorm.f for calculate euclidean norm of vector
fdjac1.f for calculate difference approximation to jacobian
(nonlinear equations)
fdjac2.f for calculate difference approximation to jacobian
(least squares)
hybrd.f for solve systems of nonlinear equations
(approximate jacobian)
gams f2
hybrd1.f for easy-to-use driver for (sminpack/hybrd)
gams f2
hybrj.f for solve systems of nonlinear equations (analytic
jacobian)
gams f2
hybrj1.f for easy-to-use driver for (sminpack/hybrj)
gams f2
lmder.f for solve nonlinear least squares problem (analytic
jacobian)
gams k1b1a2
lmder1.f for easy-to-use driver for (sminpack/lmder)
gams k1b1a2
lmdif.f for solve nonlinear least squares problem
(approximate jacobian)
gams k1b1a1
lmdif1.f for easy-to-use driver for (sminpack/lmdif)
gams k1b1a1
lmpar.f for determine levenberg-marquardt parameter
lmstr.f for solve nonlinear least squares problem (storage
conserving)
gams k1b1a2
lmstr1.f for easy-to-use driver for (sminpack/lmstr)
gams k1b1a2
qform.f for accumulate orthogonal matrix from QR
factorization
qrfac.f for compute QR factorization of rectangular matrix
qrsolv.f for complete solution of least squares problem
rwupdt.f for update QR factorization after row addition
r1mpyq.f for apply orthogonal transformations from QR
factorization
r1updt.f for update QR factorization after rank-1 addition
smchar.f
spmpar.f for provide single precision machine parameters
ssqfcn.f
ssqjac.f
vecfcn.f
vecjac.f
-----------------------------------------------------------
for examples
path: /netlib/sminpack/ex/
-----------------------------------------------------------
# Program files
file01 for Function SPMPAR
file02 for MINPACK-1
prec single
file03 for MINPACK-1 documentation
prec single
file04 for Function DPMPAR
file05 for MINPACK-1
file06 for MINPACK-1 documentation
prec double
# Test files
file07 for SMCHAR test
file08 for HYBRD test
prec single
file09 for HYBRJ test
prec single
file10 for LMDER test
prec single
file11 for LMSTR test
prec single
file12 for LMDIF test
prec single
file13 for CHKDER test
prec single
file14 for DMCHAR test
file15 for HYBRD test
prec double
file16 for HYBRJ test
prec double
file17 for LMDER test
prec double
file18 for LMSTR test
prec double
file19 for LMDIF test
prec double
file20 for CHKDER test
prec double
file21 for HYBRD and HYBRJ data
file22 for LMDER, LMSTR, and LMDIf data
file23 for CHKDER data
-----------------------------------------------------------
for ODE package
path: /netlib/sodepack/
-----------------------------------------------------------
.depend
Makefile
demo.f for example program for the routines in the odepack
library
prec single
dependencies
doc for document describing the set of routines in the
odepack library, recommended reading
prec single
lsoda.f for ODEs of the form dy/dt=f, automatic selection
between stiff and nonstiff methods
gams I1a1b I1a2
prec single
lsodar.f for a variant of (odepack/lsoda) for ODEs of the
form dy/dt=f for stiff and nostiff odes with
root finding for a set of functions, usefule for
stopping conditions or switching forms of the
function f
gams I1a1b I1a2
prec single
lsode.f for stiff and nonstiff systems of ODEs of the form
dy/dt = f, Adams method or
Backward-Differentiation Formula, user supplied
or difference quotient Jacobians
gams I1a1b I1a2
prec single
lsodes.f for stiff and nonstiff ODEs of the form dy/dt=f,
general sparse Jacobian
gams I1a1b I1a2
prec single
lsodi.f for systems of ODEs of the form A(t,y) dy/dt =
g(t,y), this can include differential-algebraic
systems
gams I1a1b I1a2
prec single
lsoibt.f for systems of ODEs of the form A(t,y) dy/dt =
g(t,y), all matrices involved are assumed to be
block-tridiagonal
gams I1a1b I1a2
prec single
adjlr.f
aigbt.f
ainvg.f
blkdta000.f
bnorm.f
cdrv.f
cfode.f
cntnzu.f
decbt.f
ewset.f
fnorm.f
intdy.f
iprep.f
jgroup.f
md.f
mdi.f
mdm.f
mdp.f
mdu.f
nnfc.f
nnsc.f
nntc.f
nroc.f
nsfc.f
odrv.f
pjibt.f
prep.f
prepj.f
prepji.f
prja.f
prjs.f
rchek.f
roots.f
slsbt.f
slss.f
solbt.f
solsy.f
srcar.f
srcma.f
srcms.f
srcom.f
sro.f
stoda.f
stode.f
stodi.f
vmnorm.f
vnorm.f
xerrwv.f
xsetf.f
xsetun.f
readme
-----------------------------------------------------------
for sparse extension to Basic Linear Algebra
path: /netlib/sparse-blas/
-----------------------------------------------------------
BOEING/
makefile
paper-alg
readme for overview of sparse-blas
paper.tr for troff source for sparse BLAS paper
paper2.tr for troff source for sparse BLAS model
implementation paper
readme.doc
realblas.f for source code for real sparse BLAS model
implementation
prec single
realmain.f for main program for real sparse BLAS test program
prec single
realtsub.f for test routines for real sparse BLAS test program
prec single
sblas0.f for more routines for real sparse BLAS test program
prec single
real.in for sample data set for real sparse BLAS test
program
prec single
doubblas.f for source code for double precision sparse BLAS
model implementation
prec double
doubmain.f for main program for double precision sparse BLAS
test program
prec double
doubtsub.f for test routines for double precision sparse BLAS
test program
prec double
dblas0.f for more routines for double precision sparse BLAS
test program
prec double
double.in for sample data set for double precision sparse BLAS
test program
prec double
compblas.f for source code for complex sparse BLAS model
implementation
prec complex
compmain.f for main program for complex sparse BLAS test
program
prec complex
comptsub.f for test routines for complex sparse BLAS test
program
prec complex
cblas0.f for more routines for complex sparse BLAS test
program
prec complex
complex.in for sample data set for complex sparse BLAS test
program
prec complex
cp16blas.f for source code for complex*16 sparse BLAS model
implementation
prec double complex
cp16main.f for main program for complex*16 sparse BLAS test
program
prec double complex
cp16tsub.f for test routines for complex*16 sparse BLAS test
program
prec double complex
zblas0.f for more routines for complex*16 sparse BLAS test
program
prec double complex
complx16.in for sample data set for complex*16 sparse BLAS test
program
prec double complex
iblas0.f for blas-like routines for all sparse BLAS test
programs
prec double complex
-----------------------------------------------------------
path: /netlib/sparse-blas/BOEING/
-----------------------------------------------------------
f1
f10
f11
f12
f2
f3
f4
f5
f6
f7
f8
f9
tape
-----------------------------------------------------------
for large sparse systems of linear equations using
path: /netlib/sparse/
-----------------------------------------------------------
file2
file3
file4
index.master
readme for overview of Sparse 1.3 and timing results
spfactor.l
spfactor.m
timing.txt for Sparse 1.3 Timing Comparisons
# Sparse source
spallocate.c
spbuild.c
spconfig.h
spdefs.h
spfactor.c
spmatrix.h
spsolve.c
spfortran.c
spoutput.c
sprevision
sptest.c
sputils.c
makefile for UNIX makefile
make.com for VMS makefile
# Sparse User's Guide
spdoc for line printer version
spdoc.ms for source file in troff -ms
# Test matrices
mat0
mat1
mat2
mat3
mat5
-----------------------------------------------------------
# withdrawn by authors' request
path: /netlib/sparspak/
-----------------------------------------------------------
readme
-----------------------------------------------------------
for special functions and accompanying test programs
path: /netlib/specfun/
-----------------------------------------------------------
machar
readme for overview of specfun
algama for log(gamma) function
gams c7a
lang fortran
algtst for test program for log(gamma) function
daw for Dawson's integral
gams c8c
lang fortran
dawtst for test program for Dawson's integral
ei for various exponential integrals
lang fortran
gams c5
eitest for test program for various exponential integrals
erf for error and scaled and unscaled complimentary
error functions
gams c8a
lang fortran
erftst for test program for error and scaled and unscaled
complimentary error functions
gamma for gamma function
gams c7a
lang fortran
gamtst for test program for gamma function
i0 for Bessel function I-sub-0
gams c10b1
lang fortran
i0test for test program for Bessel function I-sub-0
i1 for Bessel function I-sub-1
gams c10b1
lang fortran
i1test for test program for Bessel function I-sub-1
j0test for test program for Bessel function J-sub-0
j0y0 for Bessel functions J-sub-0 and Y-sub-0
gams c10a1
lang fortran
j1test for test program for Bessel function J-sub-1
j1y1 for Bessel functions J-sub-1 and Y-sub-1
gams c10a1
lang fortran
k0 for Bessel function K-sub-0
gams c10b1
lang fortran
k0test for test program for Bessel function K-sub-0
k1 for Bessel function K-sub-1
gams c10b1
lang fortran
k1test for test program for Bessel function K-sub-1
newmach for environmental inquiry program
psi for the psi function
gams c7c
lang fortran
psitst for test program for the psi function
ren for random number generator
ribesl for Bessel function I-sub-nu
gams c10b3
lang fortran
ritest for test program for Bessel function I-sub-nu
rjbesl for Bessel function J-sub-nu
gams c10a3
lang fortran
rjtest for test program for Bessel function J-sub-nu
rkbesl for Bessel function K-sub-nu
gams c10b3
lang fortran
rktest for test program for Bessel function K-sub-nu
rybesl for Bessel function Y-sub-nu
gams c10a3
lang fortran
rytest for test program for Bessel function Y-sub-nu
y0test for test program for Bessel function Y-sub-0
y1test for test program for Bessel function Y-sub-1
-----------------------------------------------------------
for Automated Verification of Concurrent Systems.
path: /netlib/spin/
-----------------------------------------------------------
news.html for Index to the SPIN Newsletters
news1.html
news2.html
news3.html
news4.html
news5.html
news6.html
news7.html
news8.html
spin2.7.Src/ for Verification software for concurrent systems,
with sources
by Gerard J. Holzmann, AT&T Bell Laboratories,
Murray Hill, NJ
lang C
spin2.Xspin/ for X-windows based interface to all functionality
of SPIN version 2
lang Tcl/Tk
spin2.Doc/ for Documentation and sanity Tests for SPIN version
2
version_2.7_.html for current version number, with brief notes on last
changes
permission for Copyright and usage information
workshop95.tex
-----------------------------------------------------------
for Verification software for concurrent systems,
path: /netlib/spin/spin2.7.Src/
-----------------------------------------------------------
README.spin
Src2.7/
-----------------------------------------------------------
path: /netlib/spin/spin2.7.Src/Src2.7/
-----------------------------------------------------------
dstep.c
flow.c
guided.c
main.c
makefile
mesg.c
pangen1.c
pangen1.h
pangen2.c
pangen2.h
pangen3.c
pangen3.h
pangen4.c
run.c
sched.c
spin.h
spin.y
spinlex.c
structures.c
sym.c
tl.h
tl_buchi.c
tl_cache.c
tl_lex.c
tl_main.c
tl_malloc.c
tl_parse.c
tl_rewrite.c
tl_trans.c
vars.c
version.h
-----------------------------------------------------------
for Documentation and sanity Tests for SPIN version
path: /netlib/spin/spin2.Doc/
-----------------------------------------------------------
Doc/
Test/
-----------------------------------------------------------
path: /netlib/spin/spin2.Doc/Doc/
-----------------------------------------------------------
Book.Ch6.add
Book.Errata
Book.samples
Manual.ps
Pan.Directives
Roadmap
Spin.projects
V1.Updates
V2.Updates
WhatsNew.ps
spin.1
spin.1.man
-----------------------------------------------------------
path: /netlib/spin/spin2.Doc/Test/
-----------------------------------------------------------
README.tests
erathostenes
hello
leader
loops
pftp
priorities
snoopy
sort
-----------------------------------------------------------
for X-windows based interface to all functionality
path: /netlib/spin/spin2.Xspin/
-----------------------------------------------------------
README.xspin
Xspin/
-----------------------------------------------------------
path: /netlib/spin/spin2.Xspin/Xspin/
-----------------------------------------------------------
Barchart.tcl
Dataflow.tcl
File.tcl
Fsm.tcl
Help.tcl
LTL.tcl
Roadmap.tcl
Simulation.tcl
Validation.tcl
tclIndex
to_make_index
xspin
-----------------------------------------------------------
for linear systems of Toeplitz or circulant form
path: /netlib/stoeplitz/
-----------------------------------------------------------
# Index for stoeplitz
.depend
caxpy.f prec single
cccslc.f prec single
ccgslc.f prec single
ccslc.f prec single
cctslc.f prec single
cdotc.f prec single
cgefa.f prec single
cgesl.f prec single
cgslc.f prec single
cqrc.f prec single
cqrs.f prec single
cscal.f prec single
cslc.f prec single
csscal.f prec single
ctgslc.f prec single
ctrdi.f prec single
ctslc.f prec single
dependencies
icamax.f prec single
index.bak1
isamax.f prec single
makefile prec single
readme
salwc.f prec single
saxpy.f prec single
scnrm2.f prec single
sdot.f prec single
sgefa.f prec single
sgesl.f prec single
snrm2.f prec single
sscal.f prec single
strdi.f prec single
tgslc.f prec single
tgslc1.f prec single
tgsls.f prec single
tgsls1.f prec single
tslc.f prec single
tslc1.f prec single
tsls.f prec single
tsls1.f prec single
-----------------------------------------------------------
for testing string matching algorithms
path: /netlib/stringsearch/
-----------------------------------------------------------
bmsrc/ for test harness and algorithms
bmdata/ for test data (bible and 500 word test set)
size 524 kB
bmctl/ for shell scripts to generate performance data
bmbio/ for test data (DNA text and test sets)
by GENBANK
size 440 kB
disclaimer
-----------------------------------------------------------
for test data (DNA text and test sets)
path: /netlib/stringsearch/bmbio/
-----------------------------------------------------------
dna.10
dna.100
dna.150
dna.20
dna.200
dna.250
dna.30
dna.40
dna.50
dna.test
-----------------------------------------------------------
for shell scripts to generate performance data
path: /netlib/stringsearch/bmctl/
-----------------------------------------------------------
ave.times
runall
rundna
runset
-----------------------------------------------------------
for test data (bible and 500 word test set)
path: /netlib/stringsearch/bmdata/
-----------------------------------------------------------
bible
rand.500
w.10
w.11
w.12
w.13
w.3
w.4
w.5
w.6
w.7
w.8
w.9
-----------------------------------------------------------
for test harness and algorithms
path: /netlib/stringsearch/bmsrc/
-----------------------------------------------------------
Mk/
README
fast.fwd.inc.c
fast.rev.d12.c
freq.h
lC.fwd.inc.c
lC.fwdg.md2.c
lc.fwd.inc.c
lc.fwdg.md2.c
main.c
mk
no.fwd.inc.c
no.fwd.sd1.c
no.rev.d12.c
sd.h
sfC.fwd.inc.c
sfc.fwd.inc.c
slfC.fwd.inc.c
slfc.fwd.inc.c
stats.h
sys/
uF.fwd.inc.c
uf.fwd.inc.c
uf.fwd.md2.c
uf.fwdg.inc.c
uf.fwdg.md2.c
uf.fwdm.inc.c
uf.fwdmg.inc.c
uf.om.inc.c
uf.om.md2.c
uf.rev.d1.c
uf.rev.d12.c
uf.rev.d2.c
uf.rev.gd2.c
uf.rev.inc.c
uf.rev.md2.c
uf.rev.sd1.c
uf.rev.sdmd2.c
uf.revg.inc.c
uf1.fwd.inc.c
uf2.fwd.inc.c
uf3.fwd.inc.c
uf4.fwd.inc.c
uf5.fwd.inc.c
uf6.fwd.inc.c
-----------------------------------------------------------
path: /netlib/stringsearch/bmsrc/Mk/
-----------------------------------------------------------
370
386
68k
common
cray
mips
sparc
vax
-----------------------------------------------------------
path: /netlib/stringsearch/bmsrc/sys/
-----------------------------------------------------------
370.c
386.c
68k.c
cray.c
mips.c
sparc.c
vax.c
-----------------------------------------------------------
for singular values and singular vectors of large
path: /netlib/svdpack/
-----------------------------------------------------------
1line
5LINES
5lines
readme for description of SVDPACK
ijsa.ps for M. Berry, "Large Scale Singular Value
Computations",
International Journal of Supercomputer
Applications
6:1, (1992), pp. 13-49
las1 for SVD of large sparse matrices
by Michael W. Berry
ref M. Berry, "Large Scale Singular Value
Computations",
International Journal of Supercomputer
Applications
6:1, (1992), pp. 13-49.
prec double
lang Fortran77
alg Single vector Lanczos for equivalent 2-cyclic
eigensystems
lad1 for Documentation for las1 from SVDPACK
by Michael W. Berry
see svdpack/las1
lai5 for Sample parameter file for las1 from SVDPACK
by Michael W. Berry
see svdpack/las1
lai7 for SVDPACK sample input file (sparse matrix A)
# used in SVDPACK driver programs
by Michael W. Berry
lao9 for Sample output file of singular values and
statistics
# for las1 from SVDPACK
by Michael W. Berry
see svdpack/las1
las2 for SVD of large sparse matrices
by Michael W. Berry
ref M. Berry, "Large Scale Singular Value
Computations",
International Journal of Supercomputer
Applications
6:1, (1992), pp. 13-49.
prec double
lang Fortran77
alg Single vector Lanczos for A'A eigensystems
lad2 for Documentation for las2 from SVDPACK
by Michael W. Berry
see svdpack/las2
lai1 for Sample parameter file for las2 from SVDPACK
by Michael W. Berry
see svdpack/las2
lao2 for Sample output file of singular values and
statistics
# for las2 from SVDPACK
by Michael W. Berry
see svdpack/las2
bls1 for SVD of large sparse matrices
by Michael W. Berry
ref M. Berry, "Large Scale Singular Value
Computations",
International Journal of Supercomputer
Applications
6:1, (1992), pp. 13-49.
prec double
lang Fortran77
alg Block Lanczos for equivalent 2-cyclic
eigensystems
bld1 for Documentation for bls1 from SVDPACK
by Michael W. Berry
see svdpack/bls1
bli5 for Sample parameter file for bls1 from SVDPACK
by Michael W. Berry
see svdpack/bls1
blo9 for Sample output file of singular values and
statistics
# for bls1 from SVDPACK
by Michael W. Berry
see svdpack/bls1
bls2 for SVD of large sparse matrices
by Michael W. Berry
ref M. Berry, "Large Scale Singular Value
Computations",
International Journal of Supercomputer
Applications
6:1, (1992), pp. 13-49.
prec double
lang Fortran77
alg Block Lanczos for A'A eigensystems
bld2 for Documentation for bls2 from SVDPACK
by Michael W. Berry
see svdpack/bls2
bli1 for Sample parameter file for bls2 from SVDPACK
by Michael W. Berry
see svdpack/bls2
blo2 for Sample output file of singular values and
statistics
# for bls2 from SVDPACK
by Michael W. Berry
see svdpack/bls2
sis1 for SVD of large sparse matrices
by Michael W. Berry
ref M. Berry, "Large Scale Singular Value
Computations",
International Journal of Supercomputer
Applications
6:1, (1992), pp. 13-49.
prec double
lang Fortran77
alg Subspace iteration (Rutishauser's ritzit) for
equivalent
2-cyclic eigensystems
sid1 for Documentation for sis1 from SVDPACK
by Michael W. Berry
see svdpack/sis1
sii5 for Sample parameter file for sis1 from SVDPACK
by Michael W. Berry
see svdpack/sis1
sio4 for Sample output file of convergence statistics
# for sis1 from SVDPACK
by Michael W. Berry
see svdpack/sis1
sio9 for Sample output file of singular values and
statistics
# for sis1 from SVDPACK
by Michael W. Berry
see svdpack/sis1
sis2 for SVD of large sparse matrices
by Michael W. Berry
ref M. Berry, "Large Scale Singular Value
Computations",
International Journal of Supercomputer
Applications
6:1, (1992), pp. 13-49.
prec double
lang Fortran77
alg Subspace iteration (Rutishauser's ritzit) for
A'A
eigensystems
sid2 for Documentation for sis2 from SVDPACK
by Michael W. Berry
see svdpack/sis2
sii1 for Sample parameter file for sis2 from SVDPACK
by Michael W. Berry
see svdpack/sis2
sio2 for Sample output file of singular values and
statistics
# for sis2 from SVDPACK
by Michael W. Berry
see svdpack/sis2
sio5 for Sample output file of convergence statistics
# for sis2 from SVDPACK
by Michael W. Berry
see svdpack/sis2
csis3/ for SVD of large sparse nonhermitian complex
matrices
by Sowmini Varadhan and Michael W. Berry
ref M. Berry, "Large Scale Singular Value
Computations",
International Journal of Supercomputer
Applications
6:1, (1992), pp. 13-49.
prec single complex
lang Fortran77
alg Subspace iteration (Rutishauser's ritzit) for
A'A
eigensystems with restarting capability
see svdpack/sis3.tar.Z
sis3/ for Incremental SVD of large sparse matrices
by Sowmini Varadhan and Michael W. Berry
ref M. Berry, "Large Scale Singular Value
Computations",
International Journal of Supercomputer
Applications
6:1, (1992), pp. 13-49.
prec double
lang Fortran77
alg Subspace iteration (Rutishauser's ritzit) for
A'A
eigensystems with restarting capability
see svdpack/csis3.tar.Z
tms1 for SVD of large sparse matrices
by Michael W. Berry
ref M. Berry, "Large Scale Singular Value
Computations",
International Journal of Supercomputer
Applications
6:1, (1992), pp. 13-49.
prec double
lang Fortran77
alg Trace minimization for shifted 2-cyclic
eigensystems
using Ritz-shifting
tmd1 for Documentation for tms1 from SVDPACK
by Michael W. Berry
see svdpack/tms1
tmi5 for Sample parameter file for tms1 from SVDPACK
by Michael W. Berry
see svdpack/tms1
tmo9 for Sample output file of singular values and
statistics
# for las1 from SVDPACK
by Michael W. Berry
see svdpack/tms1
tms2 for SVD of large sparse matrices
by Michael W. Berry
ref M. Berry, "Large Scale Singular Value
Computations",
International Journal of Supercomputer
Applications
6:1, (1992), pp. 13-49.
prec double
lang Fortran77
alg Trace minimization for shifted A'A eigensystems
using
Ritz-shifting and Chebyshev polynomial
acceleration
tmd2 for Documentation for tms2 from SVDPACK
by Michael W. Berry
see svdpack/tms2
tmi1 for Sample parameter file for tms2 from SVDPACK
by Michael W. Berry
see svdpack/tms2
tmo2 for Sample output file of singular values and
statistics
# for tms2 from SVDPACK
by Michael W. Berry
see svdpack/tms2
blas for Level 1, 2, and 3 Basic Linear Algebra
Subroutines
from LAPACK used by SVDPACK routines
by Michael W. Berry
see svdpack/bls1, svdpack/bls2, svdpack/sis1,
svdpack/sis2,
svdpack/tms1, svdpack/tms2
dat1 for SVDPACK sample sparse matrix in Harwell-Boeing
format
3206 by 44 term-document matrix from an
information
retrieval application
by Apple Computer Inc.
dat2 for SVDPACK sample sparse matrix in Harwell-Boeing
format
1472 by 294 term-document matrix from an
information
retrieval application
by Apple Computer Inc.
dat3 for SVDPACK sample sparse matrix in Harwell-Boeing
format
1436 by 330 Jacobian matrix from a seismic
tomography
application
by Amoco Research Inc.
makecray for UNIX c-shell script for producing Cray Fortran
equivalent SVDPACK routines and input files
by Michael W. Berry
makefile for UNIX makefile for SVDPACK executables
(e.g., issue "make las1.x" to create las1.x)
by Michael W. Berry
svdpackc/ for C version of SVDPACK for computing the SVD of
large
sparse real matrices
by Michael W. Berry et al.
ref M. Berry et al., "SVDPACKC (Version 1.0) User's
Guide", Univ. of Tennessee Tech. Report
CS-93-194,
April 1993 (Revised October 1993)
prec double
lang C
see tennessee/ut-cs-93-194.ps
-----------------------------------------------------------
for SVD of large sparse nonhermitian complex
path: /netlib/svdpack/csis3/
-----------------------------------------------------------
BLAS/
LAPACK/
README
cop.f
csid3
csii3
csio.stats
csio3
csis3.f
makefile
matrix
-----------------------------------------------------------
path: /netlib/svdpack/csis3/BLAS/
-----------------------------------------------------------
caxpy.f
ccopy.f
cdotc.f
cgemm.f
cgemv.f
cgerc.f
chemv.f
cher2.f
cher2k.f
cscal.f
csscal.f
cswap.f
ctrmm.f
ctrmv.f
library.a
makefile
scnrm2.f
-----------------------------------------------------------
path: /netlib/svdpack/csis3/LAPACK/
-----------------------------------------------------------
chetd2.f
chetrd.f
clacgv.f
cladiv.f
clarf.f
clarfb.f
clarfg.f
clarft.f
clasr.f
clatrd.f
clazro.f
csteqr.f
cung2l.f
cung2r.f
cungql.f
cungqr.f
cungtr.f
ilaenv.f
library.a
lsame.f
makefile
sladiv.f
slae2.f
slaev2.f
slamch.f
slapy2.f
slapy3.f
slartg.f
xerbla.f
-----------------------------------------------------------
for Incremental SVD of large sparse matrices
path: /netlib/svdpack/sis3/
-----------------------------------------------------------
BLAS/
LAPACK/
README
makefile
matrix
sid3
sii3
sio.stats
sio3
sis3.f
-----------------------------------------------------------
path: /netlib/svdpack/sis3/BLAS/
-----------------------------------------------------------
daxpy.f
daxpy.o
dcopy.f
dcopy.o
ddot.f
ddot.o
dgemm.f
dgemm.o
dgemv.f
dgemv.o
dger.f
dger.o
dnrm2.f
dnrm2.o
dscal.f
dscal.o
dswap.f
dswap.o
dsymv.f
dsymv.o
dsyr2.f
dsyr2.o
dsyr2k.f
dsyr2k.o
dtrmm.f
dtrmm.o
dtrmv.f
dtrmv.o
library.a
lsame.f
makefile
xerbla.f
-----------------------------------------------------------
path: /netlib/svdpack/sis3/LAPACK/
-----------------------------------------------------------
dlae2.f
dlae2.o
dlaev2.f
dlaev2.o
dlamch.f
dlamch.o
dlapy2.f
dlapy2.o
dlarf.f
dlarf.o
dlarfb.f
dlarfb.o
dlarfg.f
dlarfg.o
dlarft.f
dlarft.o
dlartg.f
dlartg.o
dlasr.f
dlasr.o
dlatrd.f
dlatrd.o
dlazro.f
dlazro.o
dorg2l.f
dorg2l.o
dorg2r.f
dorg2r.o
dorgql.f
dorgql.o
dorgqr.f
dorgqr.o
dorgtr.f
dorgtr.o
dsteqr.f
dsteqr.o
dsytd2.f
dsytd2.o
dsytrd.f
dsytrd.o
ilaenv.f
ilaenv.o
library.a
lsame.f
lsame.o
makefile
xerbla.f
xerbla.o
-----------------------------------------------------------
for C version of SVDPACK for computing the SVD of
path: /netlib/svdpack/svdpackc/
-----------------------------------------------------------
CRAY/
README
belladit
belladit.out1
belladit.out2
belladit.out3
belladit.out4
belladit.out5
belladit.out6
belladit.out7
belladit.out8
bld1
bld2
blp1
blp2
bls1.c
bls1.h
bls1.make
bls2.c
bls2.h
guide.ps
lad1
lad2
lap1
lap2
las1.c
las1.h
las1.make
las2.c
las2.h
las2.make
makefile
sid1
sid2
sip1
sip2
sis1.c
sis1.make
sis2.c
sis2.make
sisc.h
sisg.h
svdin
svdin.bench
svdin.sum1
svdin.sum2
svdrun
svdrun.mac
svdsum
timermac.c
timersun.c
tmd1
tmd2
tmp1
tmp2
tms1.c
tms1.make
tms2.c
tms2.make
tmsc.h
tmsg.h
-----------------------------------------------------------
path: /netlib/svdpack/svdpackc/CRAY/
-----------------------------------------------------------
bls1.c
bls1.h
bls2.c
bls2.h
las1.c
las1.h
las2.c
las2.h
makefile
sis1.c
sis2.c
sisc.h
sisg.h
svdin
svdrun
svdsum
timercray.c
tms1.c
tms2.c
tmsc.h
tmsg.h
-----------------------------------------------------------
for "one-liner" drivers of common numerical
path: /netlib/templates/
-----------------------------------------------------------
2nd-ed.ps
l2fit/ for command-line driver for least squares fitting
by Bentley Fernandez Kernighan Schryer
ref ACM TOMS 19,265
templates.ps for iterative solution of linear systems
by Richard Barrett, Michael Berry, Tony F. Chan,
James Demmel, June Donato, Jack Dongarra,
Victor Eijkhout, Roldan Pozo, Charles Romine,
and Henk Van der Vorst
size 852410 bytes
# Book on iterative method for large sparse
nonsymmetric systems of linear equations. SIAM
has published Templates for the Solution of
Linear Systems: Building Blocks for Iterative
Methods in hardcopy. List Price: $18.00 SIAM
Member Price: $14.40. To order, contact
service@siam.org or call 800-447-SIAM.
Prepayment is required.
templates_code.errata
mltemplates/ for iterative solution of linear systems
by Richard Barrett, Michael Berry, Tony F. Chan,
James Demmel, June Donato, Jack Dongarra, Victor
Eijkhout, Roldan Pozo, Charles Romine, and Henk
Van der Vorst
size 49653 bytes
# Matlab scripts for the algorithms in the
Templates book.
sftemplates/ for iterative solution of linear systems
by Richard Barrett, Michael Berry, Tony F. Chan,
James Demmel, June Donato, Jack Dongarra, Victor
Eijkhout, Roldan Pozo, Charles Romine, and Henk
Van der Vorst
size 452049 bytes
# Single precision Fortran programs for the
algorithms in the Templates book.
sctemplates/
dctemplates/
sftemplates/ for iterative solution of linear systems
by Richard Barrett, Michael Berry, Tony F. Chan,
James Demmel, June Donato, Jack Dongarra, Victor
Eijkhout, Roldan Pozo, Charles Romine, and Henk
Van der Vorst
size 451496 bytes
# Single precision Fortran programs for the
algorithms in the Templates book.
dftemplates/ for iterative solution of linear systems
by Richard Barrett, Michael Berry, Tony F. Chan,
James Demmel, June Donato, Jack Dongarra, Victor
Eijkhout, Roldan Pozo, Charles Romine, and Henk
Van der Vorst
size 451496 bytes
# Double precision Fortran programs for the
algorithms in the Templates book.
Templates.html for iterative solution of linear systems
by Richard Barrett, Michael Berry, Tony F. Chan,
James Demmel,
June Donato, Jack Dongarra, Victor Eijkhout,
Roldan Pozo,
Charles Romine, and Henk Van der Vorst
This is the html version of the book.
Book on iterative method for large sparse
nonsymmetric
systems of linear equations.
SIAM has published Templates for the Solution of
Linear Systems: Building Blocks for Iterative
Methods in
hardcopy. List Price: $18.00 SIAM Member Price:
$14.40. To
order, contact service@siam.org or call
800-447-SIAM.
Prepayment is required.
-----------------------------------------------------------
path: /netlib/templates/dctemplates/
-----------------------------------------------------------
BiCG.c
BiCGSTAB.c
CG.c
CGS.c
Cheby.c
F2CLIBS/
GMRES.c
Jacobi.c
Makefile
MatGen.c
MatVec.c
PSolve.c
QMR.c
README
SOR.c
Tester.c
Utils.c
dblas.c
dlapack.c
dnsychk.c
dspdchk.c
f2c.h
test.data
test.results
-----------------------------------------------------------
path: /netlib/templates/dctemplates/F2CLIBS/
-----------------------------------------------------------
f2c.h
libF77/
libI77/
-----------------------------------------------------------
path: /netlib/templates/dctemplates/F2CLIBS/libF77/
-----------------------------------------------------------
Notice
README
Version.c
abort_.c
c_abs.c
c_cos.c
c_div.c
c_exp.c
c_log.c
c_sin.c
c_sqrt.c
cabs.c
d_abs.c
d_acos.c
d_asin.c
d_atan.c
d_atn2.c
d_cnjg.c
d_cos.c
d_cosh.c
d_dim.c
d_exp.c
d_imag.c
d_int.c
d_lg10.c
d_log.c
d_mod.c
d_nint.c
d_prod.c
d_sign.c
d_sin.c
d_sinh.c
d_sqrt.c
d_tan.c
d_tanh.c
derf_.c
derfc_.c
ef1asc_.c
ef1cmc_.c
erf_.c
erfc_.c
f2c.h
f2ch.add
getarg_.c
getenv_.c
h_abs.c
h_dim.c
h_dnnt.c
h_indx.c
h_len.c
h_mod.c
h_nint.c
h_sign.c
hl_ge.c
hl_gt.c
hl_le.c
hl_lt.c
i_abs.c
i_dim.c
i_dnnt.c
i_indx.c
i_len.c
i_mod.c
i_nint.c
i_sign.c
iargc_.c
l_ge.c
l_gt.c
l_le.c
l_lt.c
libF77.xsum
main.c
makefile
pow_ci.c
pow_dd.c
pow_di.c
pow_hh.c
pow_ii.c
pow_qq.c
pow_ri.c
pow_zi.c
pow_zz.c
r_abs.c
r_acos.c
r_asin.c
r_atan.c
r_atn2.c
r_cnjg.c
r_cos.c
r_cosh.c
r_dim.c
r_exp.c
r_imag.c
r_int.c
r_lg10.c
r_log.c
r_mod.c
r_nint.c
r_sign.c
r_sin.c
r_sinh.c
r_sqrt.c
r_tan.c
r_tanh.c
s_cat.c
s_cmp.c
s_copy.c
s_paus.c
s_rnge.c
s_stop.c
sig_die.c
signal_.c
system_.c
z_abs.c
z_cos.c
z_div.c
z_exp.c
z_log.c
z_sin.c
z_sqrt.c
-----------------------------------------------------------
path: /netlib/templates/dctemplates/F2CLIBS/libI77/
-----------------------------------------------------------
Notice
README
Version.c
backspace.c
close.c
dfe.c
dolio.c
due.c
endfile.c
err.c
f2c.h
f2ch.add
fio.h
fmt.c
fmt.h
fmtlib.c
fp.h
iio.c
ilnw.c
inquire.c
libI77.xsum
lio.h
local.h
lread.c
lwrite.c
makefile
open.c
rawio.h
rdfmt.c
rewind.c
rsfe.c
rsli.c
rsne.c
sfe.c
sue.c
typesize.c
uio.c
util.c
wref.c
wrtfmt.c
wsfe.c
wsle.c
wsne.c
xwsne.c
-----------------------------------------------------------
for iterative solution of linear systems
path: /netlib/templates/dftemplates/
-----------------------------------------------------------
double/
-----------------------------------------------------------
path: /netlib/templates/dftemplates/double/
-----------------------------------------------------------
BiCG.f
BiCGREVCOM.f
BiCGSTAB.f
BiCGSTABREVCOM.f
CG.f
CGREVCOM.f
CGS.f
CGSREVCOM.f
Cheby.f
ChebyREVCOM.f
GMRES.f
GMRESREVCOM.f
Jacobi.f
JacobiREVCOM.f
Makefile
MatGen.f
MatVec.f
PSolve.f
QMR.f
QMRREVCOM.f
README
SOR.f
SORREVCOM.f
STOPTEST2.f
Tester.f
Utils.f
dblas.f
dlapack.f
dnsychk.f
dspdchk.f
dutils.f
test.data
test.results
-----------------------------------------------------------
for command-line driver for least squares fitting
path: /netlib/templates/l2fit/
-----------------------------------------------------------
README
gen.data
l2fit
manpage
-----------------------------------------------------------
for iterative solution of linear systems
path: /netlib/templates/mltemplates/
-----------------------------------------------------------
README
bicg.m
bicgstab.m
cg.m
cgs.m
cheby.m
gmres.m
jacobi.m
lehmer.m
makefish.m
matgen.m
qmr.m
rotmat.m
sor.m
split.m
tester.m
wathen.m
-----------------------------------------------------------
path: /netlib/templates/sctemplates/
-----------------------------------------------------------
BiCG.c
BiCGSTAB.c
CG.c
CGS.c
Cheby.c
F2CLIBS/
GMRES.c
Jacobi.c
Makefile
MatGen.c
MatVec.c
PSolve.c
QMR.c
SOR.c
Tester.c
Utils.c
f2c.h
sblas.c
slapack.c
snsychk.c
sspdchk.c
test.data
-----------------------------------------------------------
path: /netlib/templates/sctemplates/F2CLIBS/
-----------------------------------------------------------
f2c.h
libF77/
libI77/
-----------------------------------------------------------
path: /netlib/templates/sctemplates/F2CLIBS/libF77/
-----------------------------------------------------------
Notice
README
Version.c
abort_.c
c_abs.c
c_cos.c
c_div.c
c_exp.c
c_log.c
c_sin.c
c_sqrt.c
cabs.c
d_abs.c
d_acos.c
d_asin.c
d_atan.c
d_atn2.c
d_cnjg.c
d_cos.c
d_cosh.c
d_dim.c
d_exp.c
d_imag.c
d_int.c
d_lg10.c
d_log.c
d_mod.c
d_nint.c
d_prod.c
d_sign.c
d_sin.c
d_sinh.c
d_sqrt.c
d_tan.c
d_tanh.c
derf_.c
derfc_.c
ef1asc_.c
ef1cmc_.c
erf_.c
erfc_.c
f2c.h
f2ch.add
getarg_.c
getenv_.c
h_abs.c
h_dim.c
h_dnnt.c
h_indx.c
h_len.c
h_mod.c
h_nint.c
h_sign.c
hl_ge.c
hl_gt.c
hl_le.c
hl_lt.c
i_abs.c
i_dim.c
i_dnnt.c
i_indx.c
i_len.c
i_mod.c
i_nint.c
i_sign.c
iargc_.c
l_ge.c
l_gt.c
l_le.c
l_lt.c
libF77.xsum
main.c
makefile
pow_ci.c
pow_dd.c
pow_di.c
pow_hh.c
pow_ii.c
pow_qq.c
pow_ri.c
pow_zi.c
pow_zz.c
r_abs.c
r_acos.c
r_asin.c
r_atan.c
r_atn2.c
r_cnjg.c
r_cos.c
r_cosh.c
r_dim.c
r_exp.c
r_imag.c
r_int.c
r_lg10.c
r_log.c
r_mod.c
r_nint.c
r_sign.c
r_sin.c
r_sinh.c
r_sqrt.c
r_tan.c
r_tanh.c
s_cat.c
s_cmp.c
s_copy.c
s_paus.c
s_rnge.c
s_stop.c
sig_die.c
signal_.c
system_.c
z_abs.c
z_cos.c
z_div.c
z_exp.c
z_log.c
z_sin.c
z_sqrt.c
-----------------------------------------------------------
path: /netlib/templates/sctemplates/F2CLIBS/libI77/
-----------------------------------------------------------
Notice
README
Version.c
backspace.c
close.c
dfe.c
dolio.c
due.c
endfile.c
err.c
f2c.h
f2ch.add
fio.h
fmt.c
fmt.h
fmtlib.c
fp.h
iio.c
ilnw.c
inquire.c
libI77.xsum
lio.h
local.h
lread.c
lwrite.c
makefile
open.c
rawio.h
rdfmt.c
rewind.c
rsfe.c
rsli.c
rsne.c
sfe.c
sue.c
typesize.c
uio.c
util.c
wref.c
wrtfmt.c
wsfe.c
wsle.c
wsne.c
xwsne.c
-----------------------------------------------------------
for iterative solution of linear systems
path: /netlib/templates/sftemplates/
-----------------------------------------------------------
single/
-----------------------------------------------------------
path: /netlib/templates/sftemplates/single/
-----------------------------------------------------------
BiCG.f
BiCGREVCOM.f
BiCGSTAB.f
BiCGSTABREVCOM.f
CG.f
CGREVCOM.f
CGS.f
CGSREVCOM.f
Cheby.f
ChebyREVCOM.f
GMRES.f
GMRESREVCOM.f
Jacobi.f
JacobiREVCOM.f
Makefile
MatGen.f
MatVec.f
PSolve.f
QMR.f
QMRREVCOM.f
README
SOR.f
SORREVCOM.f
STOPTEST2.f
Tester.f
Utils.f
sblas.f
slapack.f
snsychk.f
sspdchk.f
sutils.f
test.data
test.results
-----------------------------------------------------------
for linear systems of Toeplitz or circulant form
path: /netlib/toeplitz/
-----------------------------------------------------------
# Index for toeplitz
.depend
cccslz.f prec double
ccgslz.f prec double
ccslz.f prec double
cctslz.f prec double
cgslz.f prec double
cqrd.f prec double
cqrz.f prec double
cslz.f prec double
ctgslz.f prec double
ctslz.f prec double
daxpy.f prec double
dcabs1.f prec double
ddot.f prec double
dependencies
dgefa.f prec double
dgesl.f prec double
dnrm2.f prec double
dscal.f prec double
dtrdi.f prec double
dznrm2.f prec double
idamax.f prec double
izamax.f prec double
makefile prec double
readme
salwz.f prec double
tgsld.f prec double
tgsld1.f prec double
tgslz.f prec double
tgslz1.f prec double
tsld.f prec double
tsld1.f prec double
tslz.f prec double
tslz1.f prec double
zaxpy.f prec double
zdotc.f prec double
zdscal.f prec double
zgefa.f prec double
zgesl.f prec double
zscal.f prec double
ztrdi.f prec double
-----------------------------------------------------------
for troff and TeX macros
path: /netlib/typesetting/
-----------------------------------------------------------
bit
chapman/ for documentstyle for Chapman+Hall conference
proceedings
chem/ for troff preprocessor for chemical structure
diagrams
by John Bentley, Lynn Jelinski, and Brian
Kernighan.
cmd-latex/ for some useful commands for Latex: r2bib, textr,
texoff, delatex
imappt-amstex for a style file for IMA preprints for AmSTeX, Jan
1990
indexing.tools/ for tools for preparing indexes (mostly for the
troff world)
ref EP-ODD, Vol 1, #1
by J. L. Bentley and B. W. Kernighan
ltexpprt.all for LaTeX macros for SIAM/ACM Preprint series (book
chapters)
ltexfrnt.all for LaTeX macros for SIAM Frontiers book series
mathtim.sty for LaTeX documentstyle option for MathTime fonts
by Eric Grosse <ehg@research.att.com>
see builds on
on ftp://ftp.urc.tue.nl/pub/tex/MathTime/mathtim
e.sty
ptexpprt.all for corresponding Plain TeX macros
sampltex.all/ for sample paper for LaTeX style
siamams.all/ for AMS-TeX
by Arnold, Lucier, and SIAM
siamltex.all/ for LaTeX
by Howard Trickey, Dec 1988
siamptex.all for Plain TeX
by SIAM Publications and AMS, Apr 1989
siamtrof.all for troff, in the style of -ms, May 1987
ptexproc.all for SIAM Proceedings Series, Plain TeX macros
ltexproc.all for SIAM Proceedings Series, LaTeX macros
times.sty
elsevier/ for Elsevier book macros
-----------------------------------------------------------
for documentstyle for Chapman+Hall conference
path: /netlib/typesetting/chapman/
-----------------------------------------------------------
bib.bib
chapman.sty
chapman11.sty
fixup.sty
p.tex
-----------------------------------------------------------
for troff preprocessor for chemical structure
path: /netlib/typesetting/chem/
-----------------------------------------------------------
PS-PEmacros
README
chem
chem.awk
chem.macros
eth.p
lsd.p
morphine.p
-----------------------------------------------------------
for some useful commands for Latex: r2bib, textr,
path: /netlib/typesetting/cmd-latex/
-----------------------------------------------------------
delatex.lex
r2bib/
texoff
texrm
textr/
-----------------------------------------------------------
path: /netlib/typesetting/cmd-latex/r2bib/
-----------------------------------------------------------
r2bib.1
r2bib.c
-----------------------------------------------------------
path: /netlib/typesetting/cmd-latex/textr/
-----------------------------------------------------------
GREEK.h
README
README2
bugs
flip.h
makefile
mathcom.h
sep.tex
setups.h
similar.h
subs.c
testfile
textr.c
tr.c
troff_mac.h
-----------------------------------------------------------
for Elsevier book macros
path: /netlib/typesetting/elsevier/
-----------------------------------------------------------
manual.tex for example text file and instructions
manual.toc for Contents file for the manual
verbatim.tex for Knut's verbatim option
speech.sty for LaTeX documentstyle
speech10.sty for LaTeX documentstyle
newbold.sty for LaTeX documentstyle option
oldbold.sty for LaTeX documentstyle option
toc.sty for LaTeX documentstyle option
nhtables.sty for LaTeX documentstyle for producing tables
README
-----------------------------------------------------------
for tools for preparing indexes (mostly for the
path: /netlib/typesetting/indexing.tools/
-----------------------------------------------------------
README
cleanup
deroman
doclean
final.sort
format
gen.key
hierarchy
install
ix.macro
ix.test
make.index
num.collapse
range.collapse
range.prep
range.sort
reroman
rotate
see.prep
see.terms
-----------------------------------------------------------
for sample paper for LaTeX style
path: /netlib/typesetting/sampltex.all/
-----------------------------------------------------------
siam.bib
siam.tex
-----------------------------------------------------------
for AMS-TeX
path: /netlib/typesetting/siamams.all/
-----------------------------------------------------------
amstexsiam.sty
siamdoc.tex
siamsample.tex
-----------------------------------------------------------
for LaTeX
path: /netlib/typesetting/siamltex.all/
-----------------------------------------------------------
READ.ME
docultex.tex
lexample.tex
numinsec.sty
siam.bst
siam10.sty
siam11.sty
siamltex.sty
subeqn.sty
-----------------------------------------------------------
for unconstrained optimization
path: /netlib/uncon/
-----------------------------------------------------------
almost.f for Brown Almost Linear
badscb.f for Brown Badly Scaled
badscp.f for Powell Badly Scaled
band.f for Broyden Banded
bard.f for Bard
bd.f for Brown and Dennis
beale.f for Beale
biggs.f for Biggs EXP6
box.f for Box 3-Dimensional
bv.f for Discrete Boundary Value
cheb.f for Chebyquad
devg1.f for De Villiers and Glasser 1
devg2.f for De Villiers and Glasser 2
dgv6.f for Dennis, Gay, and Vu
dgv8.f for Dennis, Gay, and Vu
froth.f for Freudenstein and Roth
gauss.f for Gaussian
gulf.f for Gulf Research and Development
han1.f for Hanson 1
han2.f for Hanson 2
helix.f for Helical Valley
ie.f for Discrete Integral Equation
jensam.f for Jennrich and Sampson
kowosb.f for Kowalik and Osborne
lin.f for Linear --- Full Rank
lin0.f for Linear --- Rank 1 with Zero Columns and Rows
lin1.f for Linear --- Rank 1
mck1.f for McKeown 1
mck2.f for McKeown 2
mck3.f for McKeown 3
meyer.f for Meyer
msqrt2.f for Matrix Square Root Problems
msqrt3.f for Matrix Square Root Problems
osb1.f for Osborne 1
osb2.f for Osborne 2
pen1.f for Penalty I
pen2.f for Penalty II
rose.f for Rosenbrock
rosex.f for Extended Rosenbrock
sing.f for Powell Singular
singx.f for Extended Powell Singular
trid.f for Broyden Tridiagonal
trig.f for Trigonometric
vardim.f for Variably Dimensioned
watson.f for Watson
wood.f for Wood
readme
-----------------------------------------------------------
for total least squares, Partial Singular Value
path: /netlib/vanhuffel/
-----------------------------------------------------------
.depend
Makefile
bidiag-doc
bidiag.f for auxiliary routines called by dtls, psvd, ptls
cancel.f
damin.f
dependencies
dtls-doc gams d9a1, d9a4
dtls.f for solves Ax=b, where A as well as b may be
inaccurate
gams d9a1, d9a4
estim-doc
estim.f for singular values of a bidiagonal by bisection
housh.f
init.f
nsingv-doc
nsingv.f for number of singular values left of a bound, of a
bidiagonal matrix
psvd-doc gams d6
psvd.f for basis for the left/right space corresponding to
small singular values
gams d6
ptls-doc gams d9a1, d9a4
ptls.f for like dtls, but using the faster Partial SVD
gams d9a1, d9a4
qlstep.f
qrql-doc
qrql.f for diagonalizes a bidiagonal matrix
qrstep.f
restor.f
tr2.f
filelist
readme
-----------------------------------------------------------
for a vectorized version of fftpack, for multiple
path: /netlib/vfftpack/
-----------------------------------------------------------
.depend
dependencies
doc for user guide for vfftpack
vsinti.f for Initialization routine for VSINT
gams -0-
vsint.f for Forward or backward transform for multiple odd
sequences
gams J1a3
vsinqi.f for Initialization routine for VSINQF and VSINQB
gams -0-
vsinqf.f for Forward transform of multiple odd sequences with
only odd wave numbers (quarter-wave sine
transform)
gams J1a3
vsinqb.f for Backward transform for multiple odd sequences
with only odd wave numbers (quarter-wave sine
transform)
gams J1a3
vrffti.f for Initialization routine for VRFFTF and VRFFTB
gams -0-
vrfftf.f for Forward transform of multiple real periodic
sequences
gams J1a1
vrfftb.f for Backward transform for multiple real periodic
sequences
gams J1a1
vcosti.f for Initialization routine for VCOST
gams -0-
vcost.f for Forward or backward transform for multiple even
sequences
gams J1a3
vcosqi.f for Initialization routine for VCOSQF and VCOSQB
gams -0-
vcosqf.f for Forward transform of multiple even sequences
with only odd wave numbers (quarter-wave cosine
transform)
gams J1a3
vcosqb.f for Backward transform of multiple even sequences
with only odd wave numbers (quarter-wave cosine
transform)
gams J1a3
pimach.f
vradb2.f
vradb3.f
vradb4.f
vradb5.f
vradbg.f
vradf2.f
vradf3.f
vradf4.f
vradf5.f
vradfg.f
vrftb1.f
vrftf1.f
vrfti1.f
-----------------------------------------------------------
for vectorized evaluation of special functions
path: /netlib/vfnlib/
-----------------------------------------------------------
#Index for vfnlib
.depend
Makefile
dependencies
vi0.f for hyperbolic bessel function of the first kind of
order zero (I0) for a vector of real arguments
gams c10b1
prec single
vi1.f for hyperbolic bessel function of the first kind of
order one (I1) for a vector of real arguments
gams c10b1
prec single
vk0.f for hyperbolic bessel function of the third kind of
order zero (K0) for a vector of real arguments
gams c10b1
prec single
vk1.f for hyperbolic bessel function of the third kind of
order one (K1) for a vector of real arguments
gams c10b1
prec single
vj0.f for the bessel function of the first kind of order
zero (J0) for a vector of real arguments
gams c10a1
prec single
vj1.f for the bessel function of the first kind of order
one (J1) for a vector of real arguments
gams c10a1
prec single
vy0.f for the bessel function of the second kind of order
zero (Y0) for a vector of real arguments
gams c10a1
prec single
vy1.f for the bessel function of the second kind of order
one (Y1) for a vector of real arguments
gams c10a1
prec single
dvi0.f for hyperbolic bessel function of the first kind of
order zero (I0) for a vector of real arguments
gams c10b1
prec double
dvi1.f for hyperbolic bessel function of the first kind of
order one (I1) for a vector of real arguments
gams c10b1
prec double
dvk0.f for hyperbolic bessel function of the third kind of
order zero (K0) for a vector of real arguments
gams c10b1
prec double
dvk1.f for hyperbolic bessel function of the third kind of
order one (K1) for a vector of real arguments
gams c10b1
prec double
dvj0.f for the bessel function of the first kind of order
zero (J0) for a vector of real arguments
gams c10a1
prec double
dvj1.f for the bessel function of the first kind of order
one (J1) for a vector of real arguments
gams c10a1
prec double
dvy0.f for the bessel function of the second kind of order
zero (Y0) for a vector of real arguments
gams c10a1
prec double
dvy1.f for the bessel function of the second kind of order
one (Y1) for a vector of real arguments
gams c10a1
prec double
wcs.f for evaluates a chebyshev series for a vector of
real arguments
gams c3a2
prec single
dwcs.f for evaluates a chebyshev series for a vector of
real arguments
gams c3a2
prec double
wutil.f for a collection of low-level vector utilities such
as gather/scatter and index compression
gams d1a, n
prec single
dwutil.f for a collection of low-level vector utilities such
as gather/scatter and index compression
gams d1a, n
prec double
wferr.f for performs simple error processing for the vfnlib
package
gams r3
prec single
testall.f for exercises all bessel function routines in the
vfnlib package providing accuracy and timing
comparisions with their fnlib counterparts,
which are included in this file.
prec single
dtestall.f for exercises all bessel function routines in the
vfnlib package providing accuracy and timing
comparisions with their fnlib counterparts,
which are included in this file.
prec double
paper.ps for Preprint of ACM TOMS 18 (1992) 456-469.
size 277 kB
readme
-----------------------------------------------------------
for Voronoi regions and Delaunay triangulations
path: /netlib/voronoi/
-----------------------------------------------------------
3dn30.gif
hull/
sweep2/ for 2-dimensional Voronoi diagram, Delaunay
triangulation
alg sweepline
by Steve Fortune
triangle/ for 2D mesh generation, triangulation, and mesh
display/printing
alg Ruppert's Delaunay refinement
by Jonathan Richard Shewchuk <jrs@cs.cmu.edu>
gams I2b4a, P, Q
size 553kB
prec single/double
title Triangle / Show Me
rel good
age research
kind command
lang C
keywords unstructured mesh generation, Delaunay
triangulation, Voronoi diagram
readme
-----------------------------------------------------------
path: /netlib/voronoi/hull/
-----------------------------------------------------------
Makefile
README
ch.c
fg.c
hull.c
hull.h
hullmain.c
io.c
pointops.c
points.h
pointsites.h
rand.c
rsites.c
stormacs.h
-----------------------------------------------------------
for 2-dimensional Voronoi diagram, Delaunay
path: /netlib/voronoi/sweep2/
-----------------------------------------------------------
Makefile
defs.h
edgelist.c
geometry.c
heap.c
main.c
memory.c
output.c
t
voronoi.c
voronoi.man
-----------------------------------------------------------
for 2D mesh generation, triangulation, and mesh
path: /netlib/voronoi/triangle/
-----------------------------------------------------------
A.poly
README
makefile
showme.c
triangle.c
-----------------------------------------------------------
for sparse linear systems
path: /netlib/y12m/
-----------------------------------------------------------
.depend
dependencies
doc for documentation for the package
size 125 kilobytes
error
makefile
y12cck.f
y12m
y12m.f for solution of linear systems, matrices are large
and sparse
y12m.lib
y12mae.f for sparse matrix, solve one system, single right
hand side
prec single
y12maf.f for sparse matrix, solve one system, single right
hand side
prec double
y12mbe.f
y12mbf.f
y12mce.f
y12mcf.f
y12mde.f
y12mdf.f
y12mfe.f for Solves a large sparse system of linear algebraic
equations
using Gaussian elimination and sparse matrix
techniques. Iterative refinement is applied in
order to improve accuracy.
gams d2a4
ex/ for test programs
# from netlib@ornl.gov try: send index from
y12m/ex
y12mge.f
y12mhe.f
-----------------------------------------------------------
for test programs
path: /netlib/y12m/ex/
-----------------------------------------------------------
maind.d for output from (y12m/ex/maind.f)
maind.f for test program for (y12m/y12mae)
maine.f for test program for the (y12m/y12m) package
mainf.d
mainf.f for test program for (y12m/y12mhe)
mainf2.f for test program for the (y12m/y12m) package
mainf500.d
matrd1.f for auxillary routine needed by (y12m/ex/maind.f)
matre1.f for auxillary routine needed by (y12m/ex/maind.f)
matrf2.f for auxillary routine needed by (y12m/ex/mainf.f)
test1.f for template for (y12m/y12mae) use, user must supply
data
test2.f for template for (y12m/y12mfe) use, user must supply
data
