qimpy.transport.Geometry

class Geometry(*, vertices, edges, quads, checkpoint_in=CheckpointPath(checkpoint=None, path=''))

Geometry specification.

Parameters

__init__(*, vertices, edges, quads, checkpoint_in=CheckpointPath(checkpoint=None, path=''))

Initialize geometry parameters.

Parameters

vertices (Union[Sequence[Sequence[float]], ndarray, Tensor]) – [Input file] Caretsian vertex coordinates (n_vertices x 2).
edges (Union[Sequence[Sequence[int]], ndarray, Tensor]) – [Input file] Indices of vertices in edges (n_edges x 4). Each edge should have three 0-based indices into the vertices array, for the starting, end and mid point. The midpoint index can be set to -1 to make the edge linear (autocompute midpoint from extremes). The final entry is the number of subdivisions, or -1 for automatic
quads (Union[Sequence[Sequence[int]], ndarray, Tensor]) – [Input file] Indices of edges in each quad (n_quads x 4).
checkpoint_in (CheckpointPath) –

Methods

`__init__`	Initialize geometry parameters.
`add_child`	Construct child object self.`attr_name` of type cls.
`add_child_one_of`	Invoke add_child on one of several child options in args.
`save_checkpoint`	Save self and all children in hierarchy to cp_path.

Attributes

`vertices`	Cartesian coordinates of vertices (n_vertices x 2)
`edges`	0-based vertex indices and edge resolution (n_edges x 4)
`quads`	0-based edge indices in each quad (n_quads x 4)
`edge_splines`