ネストされたwhileループ反復のためのGNU並列

スーパーコンピュータには30時間かかるコードがあり、管理者は一度に1つのコアしか使用できないと言います。 60 x 60マトリックスを介してイメージングコードを実行し、zdichi_epsイメージングプログラムを実行し、繰り返し（3600回）ごとにファイルにデータを書き込みます。私の考えでは、GNU PARALLELコマンドを使用し、2つのwhileループの代わりにforループを使用して以下のスクリプトを書き換えることができます。最大64コアまで使用できるので時間が大幅に短縮されると思います。一度見てどう思うか教えてください。どのように変わりますか？可能ですか？ありがとうございます！データセンターとの戦いで私を救ってくれる仕事のバージョンを手に入れるのを手伝うことができるすべての人に喜んで寄付します！

set tb = gau_9.tab      # tab file
set target = reformat   # target name (from the command line)
set dte = May2010v1     # date of the run.
set mult1 = 0.7958  # multiplication factor
set mult2 = `echo $mult1 | awk '{printf("%.6f",$1/2)}'`
set inclin = 40       # inclination angle
set vsin = 113.3        # vsini
set aim = 0.03221 # <chisq aim>
set tphot = 5600    # photosphere temperature
set tspot = 4100    # spot temperature
set omega0 = 11.0038    # omega_0; matched to the period
set startx = 10.8   # starting omega_eq
set stepx = 0.01    # step in omega_eq
set nx = 60         # number of datapoint for omega_eq
set starty = 0.0     # starting domega
set stepy = 0.01    # step in domega
set ny = 60     # number of datapoints for domega.
set npts = 30       # number of points used in zdichi_ep        set spec = 
$target.rs
set tab  = $tb
set b1 = $target.b1
set s1 = $target.s1
set out  = $target$aim$dte.out
set map  = $target$aim$dte.m
set junk = $target.dr_junk
set screen = $target.screen.dat
set zdi = $target.zdi.in
set om
set do

set ntot = 0
echo " " > $out 
echo " " > $junk
echo " " > $screen

echo "starting diffrot" > $target.afile

set i = 0 

while ($i < $nx) 
  set omega = `echo $startx $stepx $i | awk '{printf("%.5f",$1+$2*$3)}'`
  echo "Count i, Count ny " $i $ny
  echo "omega : " $omega
  set line
  set j = 0 
  while ($j < $ny) 
    echo "Count J Count ny " $j  $ny
    set domeg = `echo $starty $stepy $j | awk '{printf("%.5f",$1+$2*$3)}'`
    echo "1 delta omega : " $domeg
    set test = `echo $omega $domeg | awk '{tmp = $1-0.361387*$2-4.461019; 
    tmp = sqrt(tmp*tmp); if (tmp < 0.02) print 1; else print 0; }'`
    echo "test value : " $test 
    set test = 1
    if ($test == 0) then
        set spot = 9.000000
        set chi2 = 9.000000
        set testzdi = 9.00000
    else
        set beta  = `echo $omega $omega0 | awk '{printf("%e",1.0-$1/$2)}'`
        set gamma = `echo $domeg $omega0 | awk '{printf("%e",$1/$2)}'`
        echo "test, beta and gamma : " $test $beta $gamma
        echo "22 sending data to zdichi via diffrot2"
        echo "33 The data sent :" $vsin $spec $tab $mult1 $beta $aim $gamma $mult2 >> $screen

        # setting up the input file for zdichi_eps

        echo n > $zdi
        echo n >> $zdi
        echo 5000 $inclin $vsin >> $zdi
        echo n >> $zdi
        echo 1 >> $zdi
        echo $tphot $tspot >> $zdi
        echo $beta $gamma >> $zdi
        echo $spec >> $zdi
        echo $tab >> $zdi
        echo $mult1 $mult2 >> $zdi
        echo y >> $zdi
        echo 1.0 >> $zdi
        echo 1 >> $zdi
        echo y >> $zdi
        echo 1 >> $zdi
        echo $aim $npts >> $zdi
        echo $b1 >> $zdi
        echo y >> $zdi
        echo $s1 >> $zdi

        # finished setting up the input file for zdichi_eps

        /home/zdichi_eps < $zdi >> $out
        echo "44 finished with zdichi" 
        @ ntot++ 
        set chi2 = `tail -20 $out | grep '<29>' | awk '{printf("%.6f", $3)}'`
        set spot = `tail -20 $out | grep '<29>' | awk '{printf("%.6f", $5)}'`
        set testzdi = `tail -20 $out | grep '<29>' | awk '{printf("%.6f", $6)}'`
        echo "55 The returned values were: " $omega $domeg $test $chi2 $spot $testzdi >> $screen
    endif   

    if ($i == 0) then 
        set do = `echo $do $domeg`
    endif

    set line = `echo $line $chi2`
    @ j++

  end
  set om = `echo $om $omega`
  echo $line >> $junk
  @ i++
end