def run_gmsh(in_file, out_file, dims, **kwargs):
"""
Convenience function to run gmsh.
Parameters:
in_file (str): Name of gmsh configuration file (.geo)
out_file (str): Name of output file for gmsh (.msh)
dims (int): Number of dimensions gmsh should grid. If dims is less than
the geometry dimensions, gmsh will grid all lower-dimensional
objcets described in in_file (e.g. all surfaces embeded in a 3D
geometry).
**kwargs: Options passed on to gmsh. See gmsh documentation for
possible values.
Returns:
double: Status of the generation, as returned by os.system. 0 means the
simulation completed successfully, >0 signifies problems.
"""
if not os.path.isfile(in_file):
raise FileNotFoundError("file " + in_file + " not found")
# Import config file to get location of gmsh executable.
config = read_config.read()
path_to_gmsh = config["gmsh_path"]
opts = " "
for key, val in kwargs.items():
# Gmsh keywords are specified with prefix '-'
if key[0] != "-":
key = "-" + key
opts += key + " " + str(val) + " "
if dims == 1:
cmd = [path_to_gmsh, "-1", in_file, "-o", out_file, opts]
elif dims == 2:
cmd = [path_to_gmsh, "-2", in_file, "-o", out_file, opts]
elif dims == 3:
cmd = [path_to_gmsh, "-3", in_file, "-o", out_file, opts]
else:
raise ValueError
status = subprocess.check_call(cmd)
return status
def run_gmsh(in_file, out_file, dims, **kwargs):
"""
Convenience function to run gmsh.
Parameters:
in_file (str): Name of gmsh configuration file (.geo)
out_file (str): Name of output file for gmsh (.msh)
dims (int): Number of dimensions gmsh should grid. If dims is less than
the geometry dimensions, gmsh will grid all lower-dimensional
objcets described in in_file (e.g. all surfaces embeded in a 3D
geometry).
**kwargs: Options passed on to gmsh. See gmsh documentation for
possible values.
Returns:
double: Status of the generation, as returned by os.system. 0 means the
simulation completed successfully, >0 signifies problems.
"""
# Import config file to get location of gmsh executable.
config = read_config.read()
path_to_gmsh = config['gmsh_path']
opts = ' '
for key, val in kwargs.items():
# Gmsh keywords are specified with prefix '-'
if key[0] != '-':
key = '-' + key
opts += key + ' ' + str(val) + ' '
if dims == 2:
cmd = path_to_gmsh + ' -2 ' + in_file + ' -o ' + out_file + opts
else:
cmd = path_to_gmsh + ' -3 ' + in_file + ' -o ' + out_file + opts
status = os.system(cmd)
return status