from pysph.base.particle_array import ParticleArray
from pysph.parallel.parallel_cell import ParallelCellManager
from pysph.solver.basic_generators import LineGenerator
from pysph.base.cell import INT_INF
from pysph.base.point import *
pcm = ParallelCellManager(initialize=False, dimension=1)
parray = ParticleArray(name="parray")
if rank == 0:
lg = LineGenerator(start_point=Point(0, 0, 0), end_point=Point(1.0, 0, 0), particle_spacing=0.01)
x, y, z = lg.get_coords()
parray.add_property({"name": "x", "data": x})
parray.add_property({"name": "y", "data": y})
parray.add_property({"name": "z", "data": z})
parray.add_property({"name": "h"})
parray.align_particles()
parray.h[:] = 0.01
else:
parray.add_property({"name": "x"})
parray.add_property({"name": "y"})
parray.add_property({"name": "z"})
parray.add_property({"name": "h"})
pcm.add_array_to_bin(parray)
pcm.initialize()
from pysph.base.particle_array import ParticleArray
from pysph.parallel.parallel_cell import ParallelCellManager
from pysph.solver.basic_generators import LineGenerator
from pysph.base.cell import INT_INF
from pysph.base.point import *
pcm = ParallelCellManager(initialize=False, dimension=1)
parray = ParticleArray(name='parray')
if rank == 0:
lg = LineGenerator(start_point=Point(0, 0, 0),
end_point=Point(1.0, 0, 0),
particle_spacing=0.01)
x, y, z = lg.get_coords()
parray.add_property({'name': 'x', 'data': x})
parray.add_property({'name': 'y', 'data': y})
parray.add_property({'name': 'z', 'data': z})
parray.add_property({'name': 'h'})
parray.align_particles()
parray.h[:] = 0.01
else:
parray.add_property({'name': 'x'})
parray.add_property({'name': 'y'})
parray.add_property({'name': 'z'})
parray.add_property({'name': 'h'})
pcm.add_array_to_bin(parray)
pcm.initialize()
