echo 'NJOY Test Problem 1'
echo 'getting endf tape 511'
cp ../t511 tape20
echo 'getting thermal tape 322'
cp ../t322 tape26
echo 'running njoy'
ulimit -s 32768
cat>input <<EOF
 moder
 20 -21
 reconr
 -21 -22
 'pendf tape for c-nat from endf/b tape 511'/
 1306 3/
 .005/
 '6-c-nat from tape 511'/
 'processed by the njoy nuclear data processing system'/
 'see original endf/b-v tape for details of evaluation'/
 0/
 broadr
 -21 -22 -23
 1306 1/
 .005/
 296.
 0/
 heatr
 -21 -23 -22/
 1306 1/
 444
 thermr
 0 -22 -24
 0 1306 8 1 1 0 0 1 221 2
 296.
 .05 1.2/
 thermr
 26 -24 -23
 1065 1306 8 1 2 1 0 1 229 2
 296.
 .05 1.2/
 groupr
 -21 -23 0 -24
 1306 3 3 3 3 1 1 1
 'carbon in graphite'/
 296
 1.e10
 3 1 'total'/
 3 2 'elastic'/
 3 4 'inelastic'/
 3 51 'discrete inelastic'/
 3 -68 'continued'/
 3 91 'continuum inelastic'/
 3 102 'n,g'/
 3 103 '(n,p)'/
 3 104 '(n,d)'/
 3 107 '(n,a)'/
 3 221 'free thermal scattering'/
 3 229 'graphite inelastic thermal scattering'/
 3 230 'graphite elastic thermal scattering'/
 3 251 'mubar'/
 3 252 'xi'/
 3 253 'gamma'/
 3 301 'total heat production'/
 3 444 'total damage energy production'/
 6 2 'elastic'/
 6 51 'discrete inelastic'/
 6 -68 'continued'/
 6 91 'continuum inelastic'/
 6 221 'free thermal scattering'/
 6 229 'graphite inelastic thermal scattering'/
 6 230 'graphite elastic thermal scattering'/
 17 51 'inelastic gamma production'/
 16 102 'capture gamma production'/
 0/
 0/
 moder
 -23 25
 stop
EOF
../xnjoy<input
echo 'saving output and pendf files'
cp output out01 
cp tape25 pend01