if v.dist != None:
v.label = v.dist
else:
v.label = "inf"
if __name__ == "__main__":
from time import time
if UseFastGraphs:
import fastgraphs
for FileName in TestInstances:
if UseFastGraphs:
print("\n\nLoading graph", FileName, "(Fast graph)")
# G=loadgraph("graphs/"+FileName,graph)
G = loadgraph(FileName, fastgraphs.graph)
else:
print("\n\nLoading graph", FileName)
# G=loadgraph("graphs/"+FileName)
G = loadgraph(FileName)
for i in range(len(G.V())):
G[i].colornum = i
# Tuple arguments below:
# First: printable string
# Second: Boolean variable: should test be done?
# Third: Function
# Fourth: Filename
# Fifth: Whether output should be directed
for testalg in [("Bellman-Ford, undirected", TestBellmanFordUndirected, BellmanFordUndirected,
# GL, settings = loadgraph("Basic\\basicGIAut.grl", FastGraph, True)
# graph1 = GL[0]
# graph2 = GL[0]
# graph1 = loadgraph("testGraphs\\threepaths5.gr", FastGraph)
# graph2 = loadgraph("testGraphs\\threepaths160.gr", FastGraph)
# for graph in GL:
# graph1 = graph
# graph2 = graph
# G = disjointunion(graph1, graph2)
# print(count_isomorphism(G, [], []))
graph1 = loadgraph("Basic\\basicAut2.gr", FastGraph)
graph2 = loadgraph("Basic\\basicAut2.gr", FastGraph)
G = disjointunion(graph1, graph2)
print(count_isomorphism(G, [], []))
# print(isIsomorphism(G))
# graph1 = loadgraph("Basic\\basicGI1.grl", FastGraph, True)[0][1]
# graph2 = loadgraph("Basic\\basicGI1.grl", FastGraph, True)[0][3]
# G = disjointunion(graph1, graph2)
