I'll cut to the chase and get right to the code!
#Copyright (c)2017, Northeastern University Software Students # All rightsreserved # File name: # Author: Kong Yun # Problem Description: # Problem Analysis:. The code is as follows. import networkx as ne import as mp #regular graphy rg=ne.random_regular_graph(4,10) ps=ne.spectral_layout(rg) (rg,ps,with_labels=False,node_size=30) ()
running result
Note: The random_regular_graph(d, n) method generates a regular graph containing n nodes, each with d neighbor nodes. A graph containing 10 nodes, each with 4 neighbor nodes, is generated in this program.
The above example of this python drawing a regular network graph is all that I have shared with you, I hope it will give you a reference and I hope you will support me more.