python_scripts.xdmf.kratos_interface Namespace Reference

Classes
class	SubgroupNaming

Functions
Grid	ParseRootMesh (h5py.Group path, str name="RootModelPart", Optional[h5py.Group] attribute_path=None, Optional[Union[int, float]] time=None, SubgroupNaming subgroup_naming=SubgroupNaming.Paraview)
Grid	ParseSubmesh (h5py.Group path, str name, __RootData root_data, Optional[Union[int, float]] time=None, Optional[h5py.Group] attribute_path=None, SubgroupNaming subgroup_naming=SubgroupNaming.Paraview)
Grid	ParseMesh (h5py.Group path, str name="RootModelPart", Optional[h5py.Group] attribute_path=None, Optional[Union[int, float]] time=None, Optional[__RootData] root_data=None, SubgroupNaming subgroup_naming=SubgroupNaming.Paraview)
	Parse a mesh corresponding to a model part.

Detailed Description

Author

Máté Kelemen

Function Documentation

ParseMesh()

Grid ParseMesh	(	h5py.Group	path,
		str	name = "RootModelPart",
		Optional[h5py.Group]	attribute_path = None,
		Optional[Union[int,float]]	time = None,
		Optional[__RootData]	root_data = None,
		SubgroupNaming	subgroup_naming = SubgroupNaming.Paraview
	)

Parse a mesh corresponding to a model part.

• name name of the model part.
• path group in the HDF5 file pointing at the root of the model part.

This assumes that at least the following groups are present in the provided path:

• Nodes
• Xdmf "Nodes" must contain the IDs and coordinates of all nodes in the mesh, while "Xdmf" must contain "NodeIDMap".

ParseRootMesh()

Grid ParseRootMesh	(	h5py.Group	path,
		str	name = "RootModelPart",
		Optional[h5py.Group]	attribute_path = None,
		Optional[Union[int,float]]	time = None,
		SubgroupNaming	subgroup_naming = SubgroupNaming.Paraview
	)

ParseSubmesh()

Grid ParseSubmesh	(	h5py.Group	path,
		str	name,
		__RootData	root_data,
		Optional[Union[int,float]]	time = None,
		Optional[h5py.Group]	attribute_path = None,
		SubgroupNaming	subgroup_naming = SubgroupNaming.Paraview
	)