def get_system_from_options(options_file=None,
boundary_grid=None,
block=None,
velocity_name='Velocity',
dist=None):
"""Derive particle system from options file."""
reader = Options.OptionsReader(options_file)
if boundary_grid is None:
mesh = IO.GmshMesh()
mesh.read(reader.get_mesh_filename())
boundary_grid = IO.make_boundary_from_msh(mesh)
boundary = IO.BoundaryData(bnd=boundary_grid,
outlet_ids=reader.get_outlet_ids(),
inlets=reader.get_inlets(),
dist=dist)
if block is None:
system = System(boundary,
base_name=reader.get_name(),
gravity=reader.get_gravity(),
omega=reader.get_rotation()[0],
velocity_name=velocity_name)
else:
system = System(boundary,
block=block,
gravity=reader.get_gravity(),
omega=reader.get_rotation()[0],
velocity_name=velocity_name)
return system
def test_make_unstructured_grid(tmpdir):
""" Test the make_unstructured_grid routine."""
mesh = IO.GmshMesh()
mesh.read("/".join((DATA_DIR, 'Structured.msh')))
print("/".join((DATA_DIR, 'Structured.msh')))
num = len(mesh.nodes)
vel = numpy.zeros((num, 3))
pres = numpy.zeros((num, ))
time = 0
ugrid = IO.make_unstructured_grid(
mesh, vel, pres, time, outfile=tmpdir.join('Structured.vtu').strpath)
assert num > 0
assert ugrid.GetNumberOfPoints() == num
assert ugrid.GetNumberOfCells() == len(mesh.elements)
assert filecmp.cmpfiles(DATA_DIR, tmpdir.strpath, 'Structured.vtu')
ugrid = IO.make_unstructured_grid(
mesh,
lambda x: (0, 0, 0),
lambda x: 0,
time,
outfile=tmpdir.join('Structured.vtu').strpath)
assert ugrid.GetNumberOfPoints() == num
assert ugrid.GetNumberOfCells() == len(mesh.elements)
assert filecmp.cmpfiles(DATA_DIR, tmpdir.strpath, 'Structured.vtu')
def get_system_from_reader(reader, boundary_grid=None):
"""Derive system from options reader."""
if boundary_grid is None:
mesh = IO.GmshMesh()
mesh.read(reader.get_mesh_filename())
boundary_grid = IO.make_boundary_from_msh(mesh)
boundary = IO.BoundaryData(bnd=boundary_grid)
system = System(boundary,
base_name=reader.get_name(),
gravity=reader.get_gravity(),
omega=reader.get_rotation()[0])
return system
locator.SetDataSet(reader.GetOutput())
locator.BuildLocator()
return ([[0.0, self.fname, reader.GetOutput(), locator],
[1.0, self.fname, reader.GetOutput(), locator]], 0.0,
[['Velocity', 'Pressure'], ['Velocity', 'Pressure']])
BOUNDARY = IO.BoundaryData('particle_model/tests/data/rightward_boundary.vtu')
BOUNDARY3D = IO.BoundaryData('particle_model/tests/data/cube_boundary.vtu')
SYSTEM = System.System(BOUNDARY, coeff=1.0, temporal_cache=temp_cache(),
rho=1.0e3, )
SYSTEM3D = System.System(BOUNDARY3D, coeff=1.0,
temporal_cache=temp_cache('cube_0.vtu'))
MESH = IO.GmshMesh()
MESH.read('particle_model/tests/data/Structured.msh')
MESH3D = IO.GmshMesh()
MESH3D.read('particle_model/tests/data/Structured_cube.msh')
PAR0 = ParticleBase.PhysicalParticle(diameter=1.0e32,rho=1.0)
PAR1 = ParticleBase.PhysicalParticle(diameter=100.0e-4,rho=1.0e3)
def test_tests():
""" Test test structure with a minimal test."""
assert 1
def test_base_particle_initialization():
"""Test basic particle initialization"""
from numpy import zeros
