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jlapack_0.8~dfsg.orig.tar.gz » Content »pkg://jlapack_0.8~dfsg.orig.tar.gz:2803798/jlapack-0.8~dfsg.orig/jlapack-3.1.1/dist_timing/ info *downloads*## README

JLAPACK timing routines README May 31, 2007 ---- NOTE: the timing routines weren't included in LAPACK 3.1. These are the timing routines from 3.0. I'm not sure if they work with the 3.1 library, but I'm keeping the files here as placeholders to drop in the timing code if it becomes available. ---- This directory should contain: README - this file Timing Scripts for Double Precision: time_eig_small.sh - Timer for LAPACK linear equation routines (small matrix sizes) time_eig_small.bat - Windows version of the previous script time_eig_large.sh - Timer for LAPACK linear equation routines (large matrix sizes) time_eig_large.bat - Windows version of the previous script time_lin_small.sh - Timer for LAPACK eigenvalue routines (small matrix sizes) time_lin_small.bat - Windows version of the previous script time_lin_large.sh - Timer for LAPACK eigenvalue routines (large matrix sizes) time_lin_large.bat - Windows version of the previous script Timing Scripts for Single Precision: time_seig_small.sh - Timer for LAPACK linear equation routines (small matrix sizes) time_seig_small.bat - Windows version of the previous script time_seig_large.sh - Timer for LAPACK linear equation routines (large matrix sizes) time_seig_large.bat - Windows version of the previous script time_slin_small.sh - Timer for LAPACK eigenvalue routines (small matrix sizes) time_slin_small.bat - Windows version of the previous script time_slin_large.sh - Timer for LAPACK eigenvalue routines (large matrix sizes) time_slin_large.bat - Windows version of the previous script Jar Files for Double Precision: eigtime.jar - LAPACK eigenvalue timing code lintime.jar - LAPACK linear equation timing code matgen.jar - support routines for the timers Jar Files for Single Precision: seigtime.jar - LAPACK eigenvalue timing code slintime.jar - LAPACK linear equation timing code smatgen.jar - support routines for the timers Double Precision Linear Equation Timer Input Files (small sizes): dband.in dblasa.in dblasb.in dblasc.in dtime.in dtime2.in Single Precision Linear Equation Timer Input Files (small sizes): sband.in sblasa.in sblasb.in sblasc.in stime.in stime2.in Double Precision Eigenvalue Timer Input Files (small sizes): dgeptim.in dseptim.in dneptim.in dsvdtim.in Single Precision Eigenvalue Timer Input Files (small sizes): sgeptim.in sseptim.in sneptim.in ssvdtim.in The following input files for large matrix sizes are located in the subdirectory named "input_files_large": Double Precision Linear Equation Timer Input Files (large sizes): DBAND.in DBLASB.in DTIME.in DBLASA.in DBLASC.in DTIME2.in Single Precision Linear Equation Timer Input Files (large sizes): SBAND.in SBLASA.in SBLASB.in SBLASC.in STIME.in STIME2.in Double Precision Eigenvalue Timer Input Files (large sizes): DGEPTIM.in DSEPTIM.in DNEPTIM.in DSVDTIM.in Single Precision Eigenvalue Timer Input Files (large sizes): SGEPTIM.in SSEPTIM.in SNEPTIM.in SSVDTIM.in To run the timers, simply execute the appropriate script, which depends on the operating system you are running. Some of the output is not exactly as the Fortran versions would be (e.g. some arrays are printed as "NULL", but that is only a limitation of the f2j I/O handling), however this does not affect the running of the timers.

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