def groupSizes(self):
"""
Return the name and number of vertices for each group
"""
groups = []
names = ModuleMesh.groups(self)
for name in names:
groups.append((name,ModuleMesh.groupSize(self, name)))
return groups
def groupSizes(self):
"""
Return the name and number of vertices for each group
"""
groups = []
names = ModuleMesh.groups(self)
for name in names:
groups.append((name, ModuleMesh.groupSize(self, name)))
return groups
def comm(self): """ Get communicator. """ # Use Communicator object to wrap C++ MPI_Comm* returned by # module. from pylith.mpi.Communicator import Communicator return Communicator(ModuleMesh.comm(self))
def comm(self):
"""
Get communicator.
"""
# Use Communicator object to wrap C++ MPI_Comm* returned by
# module.
from pylith.mpi.Communicator import Communicator
return Communicator(ModuleMesh.comm(self))
def __init__(self, dim=None, comm=None, mesh=None, label=None, isSubMesh=False):
"""
Constructor.
"""
if comm is None and dim is None and label is None:
ModuleMesh.__init__(self, isSubMesh)
elif comm is None and mesh is None and label is None:
ModuleMesh.__init__(self, dim)
elif label is None:
ModuleMesh.__init__(self, dim, comm.handle)
else:
assert(not mesh is None and not label is None)
ModuleMesh.__init__(self, mesh, label)
# Name of logging stage for mesh. We progress through various
# stages as we read, distribute, and refine mesh.
self.memLoggingStage = "Mesh"
return
def __init__(self,
dim=None,
comm=None,
mesh=None,
label=None,
isSubMesh=False):
"""
Constructor.
"""
if comm is None and dim is None and label is None:
ModuleMesh.__init__(self, isSubMesh)
elif comm is None and mesh is None and label is None:
ModuleMesh.__init__(self, dim)
elif label is None:
ModuleMesh.__init__(self, dim, comm.handle)
else:
assert (not mesh is None and not label is None)
ModuleMesh.__init__(self, mesh, label)
# Name of logging stage for mesh. We progress through various
# stages as we read, distribute, and refine mesh.
self.memLoggingStage = "Mesh"
return
