def test_straightness_centrality(self):
net = mm.straightness_centrality(self.network)
net2 = mm.straightness_centrality(self.network,
normalized=False,
name="nonnorm")
G = self.network.copy()
G.add_node(1)
net3 = mm.straightness_centrality(G)
check = 0.8574045143712158
nonnorm = 0.8574045143712158
assert (net.nodes[(1603650.450422848,
6464368.600601688)]["straightness"] == check)
assert net2.nodes[(1603650.450422848,
6464368.600601688)]["nonnorm"] == nonnorm
assert (net3.nodes[(1603650.450422848,
6464368.600601688)]["straightness"] == check)
def test_mean_nodes(self):
net = mm.straightness_centrality(self.network)
mm.mean_nodes(net, "straightness")
edge = 0.8777302256084243
assert (net.edges[(1603226.9576840235, 6464160.158361825),
(1603039.9632033885, 6464087.491175889),
8, ]["straightness"] == edge)
def time_straightness_centrality(self):
mm.straightness_centrality(self.network)