def test_run_from_location_name_without_additional_nodes(
default_output_pois_columns, default_output_network_columns
):
location_name = "roanne"
network_initialized = OsmGt.roads_from_location(location_name, "pedestrian")
graph_computed = network_initialized.get_graph()
network_gdf = network_initialized.get_gdf()
shared_asserts(
None,
network_gdf,
default_output_pois_columns,
default_output_network_columns,
graph_computed,
)
network_topology_gdfs = network_initialized.topology_checker()
assert {
"lines_unchanged",
"lines_added",
"lines_split",
"nodes_added",
"intersections_added",
} == set(network_topology_gdfs.keys())
for title, topology_gdf in network_topology_gdfs.items():
if title in ["nodes_added", "lines_added"]:
assert topology_gdf.shape[0] == 0
else:
assert topology_gdf.shape[0] > 0
assert topology_gdf.shape[-1] == 5
def test_run_from_location_name_with_additional_nodes(
default_output_pois_columns, default_output_network_columns
):
location_name = "roanne"
pois_initialized = OsmGt.pois_from_location(location_name)
pois_study_area = pois_initialized.study_area
assert pois_study_area.geom_type == "Polygon"
pois_gdf = pois_initialized.get_gdf()
network_initialized = OsmGt.roads_from_location(
location_name, "pedestrian", pois_gdf
)
study_area = network_initialized.study_area
assert study_area.geom_type == "Polygon"
graph_computed = network_initialized.get_graph()
network_gdf = network_initialized.get_gdf()
shared_asserts(
pois_gdf,
network_gdf,
default_output_pois_columns,
default_output_network_columns,
graph_computed,
)
network_topology_gdfs = network_initialized.topology_checker()
assert {
"lines_unchanged",
"lines_added",
"lines_split",
"nodes_added",
"intersections_added",
} == set(network_topology_gdfs.keys())
for topology_gdf in network_topology_gdfs.values():
assert topology_gdf.shape[0] > 0
assert topology_gdf.shape[1] == 5