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Various functions for multicomputation
Model, stochastically simulate, and visualize arbitrary open chemical systems using a Petri Net framework
Compute the transversal hypergraph of a hypergraph defined by a list of hyperedges and isolated vertices
Generate a random hypergraph
Convert a hypergraph to a graph with the same distance matrix
Plot a hypergraph defined by a list of hyperedges
Compute the branchial hypergraph of a graph
Enumerate possible ordered hypergraphs with a given signature
Determine whether a hypergraph is connected
Determine whether two orderless (undirected) hypergraphs are isomorphic
Find the adjacency matrix for vertices in a hypergraph
Find all isomorphisms between two orderless (undirected) hypergraphs
Enumerate all the neighborhoods of a hypergraph up to a given distance
Plot a hypergraph defined by a list of hyperedges and isolated vertices
Find a canonical version of a directed hypergraph
Compute the hypergraph with a specified adjacency tensor
Find a canonical isomorphism between hypergraphs
Find isomorphisms between two ordered (directed) hypergraphs
Determine whether two ordered (directed) hypergraphs are isomorphic
Compute the hypergraph with a specified Kirchhoff tensor (Laplacian)
Find the volumes of successively larger neighborhoods around nodes in a hypergraph
Embed a hypergraph into a surface
Compute the Kirchhoff tensor (Laplacian) of an arbitrary hypergraph
Compute the adjacency tensor of an arbitrary hypergraph
Try to find a proof of equivalence between hypergraphs in a given multiway Wolfram model system
Generate a visual display of a hypergraph
Convert a ZX-diagram into a pure quantum discrete state
Convert a ZX-diagram into a discrete quantum operator
Convert a discrete quantum operator into a ZX-diagram
Convert a pure quantum discrete state into a ZX-diagram