This function creates a random graph by simulating its stochastic evolution.
Usage
sample_growing(n, m = 1, directed = TRUE, citation = FALSE)
growing(...)
Arguments
n
Numeric constant, number of vertices in the graph.
m
Numeric constant, number of edges added in each time step.
directed
Logical, whether to create a directed graph.
citation
Logical. If TRUE a citation graph is created, ie. in
each time step the added edges are originating from the new vertex.
...
Passed to sample_app.
Value
A new graph object.
Details
This is discrete time step model, in each time step a new vertex is added to
the graph and m new edges are created. If citation is
FALSE these edges are connecting two uniformly randomly chosen
vertices, otherwise the edges are connecting new vertex to uniformly
randomly chosen old vertices.