def test_subgraph(self):
net = mm.subgraph(self.network)
nodes = mm.nx_to_gdf(net, lines=False)
cols = [
"meshedness",
"cds_length",
"mean_node_degree",
"proportion_3",
"proportion_4",
"proportion_0",
"cyclomatic",
"edge_node_ratio",
"gamma",
"local_closeness",
]
for c in cols:
assert c in nodes.columns
def time_subgraph(self):
mm.subgraph(self.network)
graph = mm.gdf_to_nx(streets)
print("node degree")
graph = mm.node_degree(graph)
print("subgraph")
graph = mm.subgraph(
graph,
radius=5,
meshedness=True,
cds_length=False,
mode="sum",
degree="degree",
length="mm_len",
mean_node_degree=False,
proportion={
0: True,
3: True,
4: True
},
cyclomatic=False,
edge_node_ratio=False,
gamma=False,
local_closeness=True,
closeness_distance="mm_len",
)
print("cds length")
graph = mm.cds_length(graph, radius=3, name="ldsCDL")
print("eigenvector")
try:
graph = mm.eigenvector(graph, name="xcnEiC", max_iter=500)