cutcutcodec.core.analysis.graph.find¶

Allow to search for elements in the graph.

Functions

find_edge_from_edge_tree(graph, stream[, ...])

Search in the graph for the edge that corresponds to the stream provided.

Details

cutcutcodec.core.analysis.graph.find.find_edge_from_edge_tree(graph: MultiDiGraph, stream: Stream, nbunch: Iterable[tuple[str, str, str]] | None = None, pointer: bool = False) → tuple[str, str, str][source]

Search in the graph for the edge that corresponds to the stream provided.

Parameters¶

graphnetworkx.MultiDiGraph: The assembly graph.
streamcutcutcodec.core.classes.stream.Stream: One of the output stream of the node. It can be a stream of any type.
nbunchtyping.Iterable[tuple[str, str, str]], optional: The edges to be analyzed. By default all edges are analyzed.
pointerboolean: If True, returns only if the node stream is the same objet as the provide stream. If False (default), compare the streams contents. It is slower but stronger.

Returns¶

edgetuple[str, str, str]: The name of the corresponding edge.

Raises¶

KeyError: If no edge matches.

Examples¶

>>> from cutcutcodec.core.analysis.graph.find import find_edge_from_edge_tree
>>> from cutcutcodec.core.classes.container import ContainerOutput
>>> from cutcutcodec.core.compilation.tree_to_graph import tree_to_graph
>>> from cutcutcodec.core.filter.audio.subclip import FilterAudioSubclip
>>> from cutcutcodec.core.generation.audio.noise import GeneratorAudioNoise
>>> container_out = ContainerOutput(
...     FilterAudioSubclip(GeneratorAudioNoise(0).out_streams, 1, 2).out_streams
... )
>>> graph = tree_to_graph(container_out)
>>> find_edge_from_edge_tree(graph, container_out.in_streams[0])
('filter_audio_subclip_1', 'container_output_1', '0->0')
>>>