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#! /bin/csh -f
set msglvl = 1
set msgFile = stdout
# type -- type of entries
# 1 -- real entries
# 2 -- complex entries
set type = 2
# symmetryflag -- type of symmetry in the matrix
# 0 -- symmetric
# 1 -- hermitian
# 2 -- nonsymmetric
set symmetryflag = 0
# pivotingflag -- type of pivoting in the factorization
# 0 -- no pivoting
# 1 -- pivoting
set pivotingflag = 0
set matrixFileName = complex.sym.mtx.input
set matrixFileName = complex.herm.mtx.input
set matrixFileName = complex.nonsym.mtx.input
set matrixFileName = matrix.input
set matrixFileName = haggar.matrix.input
set rhsFileName = complex.herm.rhs.input
set rhsFileName = complex.nonsym.rhs.input
set rhsFileName = rhs.input
set rhsFileName = haggar.rhs.input
set msgFile = complex.sym.sol.output
set msgFile = complex.herm.sol.output
set msgFile = complex.nonsym.sol.output
set msgFile = real.sym.sol.output
set msgFile = haggar.output
set seed = 10101
allInOne $msglvl $msgFile $type $symmetryflag $pivotingflag \
$matrixFileName $rhsFileName $seed
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