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#! /bin/csh -f
set msglvl = 1
set msgFile = res.serial
set msgFile = stdout
set msgFile = res
set nrowA = 30
set ncolA = 30
set nentA = 200
set ncolX = 4
# coordType = 1 --> store by rows
# coordType = 2 --> store by columns
# coordType = 3 --> store by chevrons
set coordType = 2
# inputMode = 1 --> indices and real entries
# inputMode = 2 --> indices and complex entries
set inputMode = 2
# symflag = 0 --> symmetric matrix
# symflag = 1 --> Hermitian matrix
# symflag = 2 --> nonsymmetric matrix
set symflag = 2
# opflag = 0 --> multiply with A
# opflag = 1 --> multiply with A^T
# opflag = 2 --> multiply with A^H
set opflag = 2
set real = 0.5
set imag = 2.0
set seed = 10101
set nproc = 4
#
# for solaris with mpich
#
set pgFile = MMM$nproc.pg
/usr/local/mpi/bin/mpirun -p4pg $pgFile \
testMMM \
$msglvl $msgFile $nrowA $ncolA $nentA $ncolX $coordType $inputMode \
$symflag $opflag $seed $real $imag
#
# for sgi
#
# mpirun -np $nproc \
# testMMM \
# $msglvl $msgFile $nrowA $ncolA $nentA $ncolX $coordType $inputMode \
# $symflag $opflag $seed $real $imag
#
# for hp
#
# /opt/mpi/bin/mpirun -np $nproc \
# testMMM \
# $msglvl $msgFile $nrowA $ncolA $nentA $ncolX $coordType $inputMode \
# $symflag $opflag $seed $real $imag
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