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|
#! /bin/csh -f
set msglvl = 1
set msgFile = res3D.64
set msgFile = res3D
set msgFile = stdout
set msgFile = res
set n1 = 15
set n2 = 15
set n3 = 15
set maxzeros = 0
set maxzeros = 1000
set maxsize = 1000
set maxsize = 64
set seed = 10101
set type = 1
set symmetryflag = 0
set sparsityflag = 0
set pivotingflag = 0
set tau = 10
set droptol = 1.e-50
set randomFlag = 1
set nrhs = 4
set profile = 0
set nproc = 4
set maptype = 3
set cutoff = 0.125
set lookahead = 0
#
# for solaris with mpich
#
set type = 1
echo ' real symmetric tests'
foreach nproc ( 2 4 6 8 )
echo ' ' $nproc ' processors'
set pgFile = gridMPI$nproc.pg
foreach n ( 31 33 35 37 39 41 43 45 47 49 51 )
set n1 = $n
set n2 = $n
set n3 = $n
echo ' ' $n1 ' x ' $n2 ' x ' $n3 ' grids'
set msgFile = real.$n.$nproc
/usr/local/mpi/bin/mpirun -p4pg $pgFile \
testGridMPI \
$msglvl $msgFile $n1 $n2 $n3 $maxzeros $maxsize $seed \
$type $symmetryflag $sparsityflag $pivotingflag $tau $droptol \
$lookahead $nrhs $maptype $cutoff
end
end
set type = 2
echo ' complex symmetric tests'
foreach nproc ( 2 4 6 8 )
echo ' ' $nproc ' processors'
set pgFile = gridMPI$nproc.pg
foreach n ( 31 33 35 37 39 41 43 45 47 49 51 )
set n1 = $n
set n2 = $n
set n3 = $n
echo ' ' $n1 ' x ' $n2 ' x ' $n3 ' grids'
set msgFile = complex.$n.$nproc
/usr/local/mpi/bin/mpirun -p4pg $pgFile \
testGridMPI \
$msglvl $msgFile $n1 $n2 $n3 $maxzeros $maxsize $seed \
$type $symmetryflag $sparsityflag $pivotingflag $tau $droptol \
$lookahead $nrhs $maptype $cutoff
end
end
#
# for sgi
#
# mpirun -np $nproc \
# testGridMPI \
# $msglvl $msgFile $n1 $n2 $n3 $maxzeros $maxsize $seed \
# $type $symmetryflag $sparsityflag $pivotingflag $tau $droptol \
# $lookahead $nrhs $maptype $cutoff
#
# for hp
#
# /opt/mpi/bin/mpirun -np $nproc \
# testGridMPI \
# $msglvl $msgFile $n1 $n2 $n3 $maxzeros $maxsize $seed \
# $type $symmetryflag $sparsityflag $pivotingflag $tau $droptol \
# $lookahead $nrhs $maptype $cutoff
|
