`cotengra.pathfinders.path_igraph`#

igraph based pathfinders.

Module Contents#

Functions#

`oe_to_igraph`(inputs, output, size_dict[, ...])	Convert opt_einsum format to igraph graph incl. weights.
`igraph_subgraph_find_membership`(inputs, output, size_dict)
`trial_igraph_dendrogram`(inputs, output, size_dict[, ...])	A single, repeatable, igraph trial run. This is for igraph methods that
`trial_spinglass`(inputs, output, size_dict[, ...])

Attributes#

`igraph_to_tree`
`trial_igraph_partition`

cotengra.pathfinders.path_igraph.oe_to_igraph(inputs, output, size_dict, weight_nodes='const', weight_edges='log')[source]#: Convert opt_einsum format to igraph graph incl. weights.

cotengra.pathfinders.path_igraph.igraph_subgraph_find_membership(inputs, output, size_dict, weight_nodes='const', weight_edges='log', method='spinglass', parts=2, **igraph_opts)[source]#

cotengra.pathfinders.path_igraph.igraph_to_tree#

cotengra.pathfinders.path_igraph.trial_igraph_partition[source]#

cotengra.pathfinders.path_igraph.trial_igraph_dendrogram(inputs, output, size_dict, weight_nodes='const', weight_edges='log', random_strength=0.1, method='betweenness', **kwargs)[source]#: A single, repeatable, igraph trial run. This is for igraph methods that naturally produce a dendrogram (== ssa_path).

cotengra.pathfinders.path_igraph.trial_spinglass(inputs, output, size_dict, icool_fact=0.01, igamma=0.01, **kwargs)[source]#