# bash
gfortran -o lj_2019.x lj_2019.f90
cat > input.d << EOF
.true.   dynamics
.true.   annealing
0.9999   alfa 
2        nbody
1000     nsave
0.01     time step
10000    nstep
.false.  continuation
0.5      vmax
EOF
cat input.d
ln due.d fort.10
lj_2019.x > lj_2019.out 2> lj_2019.e < input.d
mv fort.1 coord_anneal.d
mv fort.2 energies_anneal.d
mv fort.4 final_anneal.d
rm fort.10

cat > input.d << EOF
.false.  dynamics
2        nbody
1000     nsave
0.02     time step
1000     nstep
.true.   continuation
EOF
cat input.d
ln final_anneal.d fort.11
lj_2019.x > lj_2019_min.out 2> lj_2019_min.e < input.d
mv fort.1 coord_min.d
mv fort.2 energies_min.d
mv fort.4 final_min.d
rm fort.11

cat > input.d << EOF
.true.   dynamics
.false.  annealing 
2        nbody
1000     nsave
0.01     time step
10000    nstep
.false.  continuation
0.       vmax
EOF
cat input.d
ln due.d fort.10
lj_2019.x > lj_2019.out 2> lj_2019.e < input.d
mv fort.1 coord_dyn.d
mv fort.2 energies_dyn.d
mv fort.4 final_dyn.d
rm fort.10