Think about:
You can run the experiments of a blast wave (as discussed in the lecture).
LONG_X
, LONG_Y
and LONG_Z
as you now deal with a cubic volume.
Now we can perform the simulation and analyze it.
SPH_BND_PARTICLES
.
setup_blast.pro
in IDL
Config.sh
and blast.param
to be used.
show_blast.pro
in IDLifort -g -traceback -check all -fpe0 -o blastsetup blastsetup.f90
glass.txt
from T04)
./blastsetup
gnuplot grid2.plt
(to check that the particle positions are set up correctly)
PERIODIC
and NOGRAVITY
and without LONG_X
, LONG_Y
, and LONG_Z
.
blast.ic
as the initial conditions file
and output
as the snapshot file base in the parameter file,
and BoxSize
= 2TimeMax
= 10, TimeBetSnapshot
= 0.1, and ArtBulkViscConst
= 1.5)
ifort -g -traceback -check all -fpe0 -o readsnap readsnap.f90
for file in output_???; do ./readsnap $file >$file.txt; done
gnuplot blast.plt
xine -l blast.mp4