def main():
#my_test()
np.seterr(all='ignore')
options = arg.parse_args()
cfg = pc.ParticlesConfig()
if options.version :
print( py_particle_version() )
return
if options.about :
about()
return
if options.test :
print("")
print("Start a test simulation:")
print(" It compares the simulated solution with the analytical solution in a specific problem")
tst.test( options.test )
return
if options.config_model :
file_name = "example_pyparticles_config.cfg"
cfg.write_example_config_file("example_pyparticles_config.cfg")
print( "A file named: %s has been written in the current directory" % file_name )
print( "" )
return
if options.demo == "fountain" :
print("")
print("Start the simulation example:")
print(" 250K Particles fountain")
fou.fountain()
return
if options.demo == "springs" :
print("")
print("Start the simulation example:")
print(" 3 body springs")
spr.springs()
return
if options.demo == "cat_spri" :
print("")
print("Start the simulation example:")
print(" catenary springs (constraints demo)")
spc.spring_constr()
return
if options.demo == "gas_lj" :
print("")
print("Start the simulation example:")
print(" Pseudo gas with Lennard Jones potential")
lj.gas_lj()
return
if options.demo == "bubble" :
print("")
print("Start the simulation example:")
print(" Pseudo bubble demo")
bu.bubble()
return
if options.demo == "el_static" :
print("")
print("Start the simulation example:")
print(" electrostatic")
eld.electro()
return
if options.demo == "elmag_field" :
print("")
print("Start the simulation example:")
print(" electromagnetic fields")
emd.electromag_field()
return
if options.demo == "galaxy" :
print("")
print("Start the simulation example:")
print(" Gravitational clusters")
grav.gravity_cluster()
return
if options.path_name == None or options.demo == "solar_system":
print("")
print("Start the simulation example:")
print(" Solar system")
print(" -- Try to watch the Moon ... around the Earth ")
print("")
print(" Use your mouse for rotating, zooming and tranlating the scene.")
print("")
print("For more details type:")
print(" pyparticles --help")
print("")
sol.solar_system()
return
if options.path_name != None :
cfg.read_config( options.path_name )
( an , pset , force , ode_solver ) = cfg.build_problem()
an.build_animation()
print("")
print("Start the simulation described in: %s ... " % options.path_name )
an.start()
return
print("Ops ... ")
return
def main():
#my_test()
np.seterr(all='ignore')
options = arg.parse_args()
cfg = pc.ParticlesConfig()
if options.version :
print( py_particle_version() )
return
if options.about :
about()
return
if options.test :
print("")
print("Start a test simulation:")
print(" It compares the simulated solution with the analytical solution in a specific problem")
tst.test( options.test )
return
if options.config_model :
file_name = "example_pyparticles_config.cfg"
cfg.write_example_config_file("example_pyparticles_config.cfg")
print( "A file named: %s has been written in the current directory" % file_name )
print( "" )
return
if options.demo == "fountain" :
print("")
print("Start the simulation example:")
print(" 250K Particles fountain")
fou.fountain()
return
if options.demo == "springs" :
print("")
print("Start the simulation example:")
print(" 3 body springs")
spr.springs()
return
if options.demo == "cat_spri" :
print("")
print("Start the simulation example:")
print(" catenary springs (constraints demo)")
spc.spring_constr()
return
if options.demo == "gas_lj" :
print("")
print("Start the simulation example:")
print(" Pseudo gas with Lennard Jones potential")
lj.gas_lj()
return
if options.demo == "bubble" :
print("")
print("Start the simulation example:")
print(" Pseudo bubble demo")
bu.bubble()
return
if options.demo == "el_static" :
print("")
print("Start the simulation example:")
print(" electrostatic")
eld.electro()
return
if options.demo == "elmag_field" :
print("")
print("Start the simulation example:")
print(" electromagnetic fields")
emd.electromag_field()
return
if options.demo == "galaxy" :
print("")
print("Start the simulation example:")
print(" Gravitational clusters")
grav.gravity_cluster()
return
if options.demo == "smoothed_particle_hydrodynamics" :
print("")
print("Start the simulation example:")
print(" smoothed particle hydrodynamics")
sph.cube_water()
return
if options.path_name == None or options.demo == "solar_system":
print("")
print("Start the simulation example:")
print(" Solar system")
print(" -- Try to watch the Moon ... around the Earth ")
print("")
print(" Use your mouse for rotating, zooming and tranlating the scene.")
print("")
print("For more details type:")
print(" pyparticles --help")
print("")
sol.solar_system()
return
if options.path_name != None :
cfg.read_config( options.path_name )
( an , pset , force , ode_solver ) = cfg.build_problem()
an.build_animation()
print("")
print("Start the simulation described in: %s ... " % options.path_name )
an.start()
return
print("Ops ... ")
return
def main():
#my_test()
np.seterr(all='ignore')
options = arg.parse_args()
cfg = pc.ParticlesConfig()
if options.version :
print( py_particle_version() )
return
if options.config_model :
file_name = "example_pyparticles_config.cfg"
cfg.write_example_config_file("example_pyparticles_config.cfg")
print( "A file named: %s has been written in the current directory" % file_name )
print( "" )
return
if options.demo == "springs" :
print("")
print("Start the simulation example:")
print(" 3 body springs")
spr.springs()
return
if options.demo == "gas_lj" :
print("")
print("Start the simulation example:")
print(" Pseudo gas with Lennard Jones potential")
lj.gas_lj()
return
if options.demo == "bubble" :
print("")
print("Start the simulation example:")
print(" Pseudo bubble demo")
bu.bubble()
return
if options.path_name == None or options.demo == "solar_system":
print("")
print("Start the simulation example:")
print(" Solar system")
print(" -- Try to watch the Moon ... around the Earth ")
print("")
print(" Use your mouse for rotating, zooming and tranlating the scene.")
print("")
print("For more details type:")
print(" pyparticles --help")
print("")
sol.solar_system()
return
if options.path_name != None :
cfg.read_config( options.path_name )
( an , pset , force , ode_solver ) = cfg.build_problem()
an.build_animation()
print("")
print("Start the simulation described in: %s ... " % options.path_name )
an.start()
return
print("Ops ... ")
return
