def generate_gmsh(source,
dimensions,
order=None,
other_options=[],
extension="geo",
gmsh_executable="gmsh",
force_dimension=None,
periodicity=None,
allow_internal_boundaries=False,
tag_mapper=lambda tag: tag):
mr = HedgeGmshMeshReceiver(force_dimension, tag_mapper)
from meshpy.gmsh_reader import generate_gmsh
generate_gmsh(mr,
source,
dimensions,
order,
other_options,
extension,
gmsh_executable,
force_dimension=force_dimension)
return mr.build_mesh(periodicity=periodicity,
allow_internal_boundaries=allow_internal_boundaries,
tag_mapper=tag_mapper)
def test_gmsh():
if search_on_path(["gmsh"]) is None:
from pytest import skip
skip("gmsh not found")
from meshpy.gmsh_reader import generate_gmsh, GmshMeshReceiverBase
mr = GmshMeshReceiverBase()
generate_gmsh(mr, GMSH_SPHERE, 3)
def test_gmsh():
if search_on_path(["gmsh"]) is None:
from pytest import skip
skip("gmsh not found")
from meshpy.gmsh_reader import generate_gmsh, GmshMeshReceiverBase
mr = GmshMeshReceiverBase()
generate_gmsh(mr, GMSH_SPHERE, 3)
def generate_gmsh(source, dimensions, order=None, other_options=[],
extension="geo", gmsh_executable="gmsh",
force_dimension=None, periodicity=None,
allow_internal_boundaries=False,
tag_mapper=lambda tag: tag):
mr = HedgeGmshMeshReceiver(force_dimension, tag_mapper)
from meshpy.gmsh_reader import generate_gmsh
generate_gmsh(mr, source, dimensions, order, other_options, extension,
gmsh_executable, force_dimension=force_dimension)
return mr.build_mesh(periodicity=periodicity,
allow_internal_boundaries=allow_internal_boundaries,
tag_mapper=tag_mapper)
