def test_theseus(self):
my_scenario = tn.ComScenario()
[to_merge, absorb,
to_split] = my_scenario.INITIALIZE([4, 6, 12],
["to_merge", "absorb", "to_split"])
my_scenario.THESEUS(to_merge)
(dyn_graph, dyn_com) = my_scenario.run()
def test_simple_matching(self):
my_scenario = tn.ComScenario()
[to_merge, absorb, to_split] = my_scenario.INITIALIZE([4, 6, 12], ["to_merge", "absorb", "to_split"])
absorbing = my_scenario.MERGE([to_merge, absorb], absorb.label(), t=5)
(split_large, split_small) = my_scenario.SPLIT(to_split, ["to_split", "other"], [8, 4], waitFor=absorbing)
my_scenario.MERGE([split_small, absorbing], absorbing.label())
born = my_scenario.BIRTH(3, t=6)
my_scenario.DEATH(born, t=22)
(dyn_graph, dyn_com) = my_scenario.run()
self.assertEqual(len(dyn_graph.graph_at_time(0).nodes),4+6+12)
self.assertEqual(len(dyn_com.snapshot_communities(0)), 3)
self.assertEqual(len(dyn_com.snapshot_communities(dyn_com.end - 1)), 2)
self.assertEqual(len(dyn_graph.graph_at_time(dyn_com.end-1).nodes),4+6+12)