def load(self, filepath, **kwargs):
r"""
Load an OGS5 mesh from file.
kwargs will be forwarded to "tools.load_ogs5msh"
Parameters
----------
filepath : string
path to the '\*.msh' OGS5 mesh file to load
verbose : bool, optional
Print information of the reading process. Default: True
ignore_unknown : bool, optional
Unknown data in the file will be ignored. Default: False
max_node_no : int, optional
If you know the maximal node number per elements in the mesh file,
you can optimise the reading a bit. By default the algorithm will
assume hexahedrons as 'largest' elements in the mesh. Default: 8
encoding : str or None, optional
encoding of the given file. If ``None`` is given, the system
standard is used. Default: ``None``
Notes
-----
The $AREA keyword within the Nodes definition is NOT supported
and will violate the read data if present.
"""
# kwargs["verbose"] = True
tmp = load_ogs5msh(filepath, **kwargs)
if isinstance(tmp, list) and not isinstance(self, MSH):
print(
filepath
+ " may contains a multi-layer mesh."
+ "Try loading within the multimesh class."
)
elif not isinstance(tmp, list):
tmp = [tmp]
if "verbose" in kwargs:
verbose = kwargs["verbose"]
else:
verbose = False
if check_mesh_list(tmp, verbose=verbose):
self._block = 0
self._meshlist = tmp
else:
raise ValueError("MSH: " + filepath + ": given mesh is not valid")
def check(self, verbose=True):
"""
Check if the mesh is valid in the sence, that the
contained data is consistent.
Checks for correct element definitions or Node duplicates
are not carried out.
Parameters
----------
verbose : bool, optional
Print information for the executed checks. Default: True
Returns
-------
result : bool
Validity of the given mesh.
"""
return check_mesh_list(self._meshlist, verbose=verbose)