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nmatrix=`mtt_getsize $system y` ;;
*)
exit $E_REP_NOT_SUPPORTED;;
esac
# Generate a command of the form
# optimise mtt?(1,1) :=: mtt?(1,1), mtt?(2,1) :=: mtt?(2,1), ..., INAME mtt_tmp$
if [ $nmatrix -gt 0 ]; then
command="optimize"
counter=1
while [ $counter -le $nmatrix ]; do
command="$command mtt$matrix($counter,1) :=: mtt$matrix($counter,1),"
counter=`expr $counter + 1`
done
command="$command INAME mtt_tmp$"
command="optimize"
counter=1
while [ $counter -le $nmatrix ]; do
command="$command mtt$matrix($counter,1) :=: mtt$matrix($counter,1),"
counter=`expr $counter + 1`
done
command="$command INAME mtt_tmp"
else
command=""
fi
# Generate matrix declaration
if [ $nmatrix -gt 0 ]; then
matrix_declaration="matrix mtt$matrix($nmatrix,1)"
else
matrix_declaration="matrix mtt$matrix"
fi
logfile=${system}_${representation}_global_optimisation.log
tmpfile=${system}_${representation}_global_optimisation.tmp
outfile=${system}_${representation}.r
if [ ! -f $outfile ]; then
exit $E_FILE_NOT_EXIST
fi
# Use Reduce to perform the optimisation
${SYMBOLIC:-reduce} <<EOF > $logfile 2>&1
off nat$
in "${system}_def.r"$
off nat;
in "${system}_def.r";
matrix mtt$matrix($nmatrix,1)$
in "$outfile"$
load scope$
out "$tmpfile"$
$command
shut "$tmpfile"$
$end$
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