mapmaker.routing package

Submodules

• mapmaker.routing.layout module
  • TransitMap
    • TransitMap.solve()
    • TransitMap.results()
• mapmaker.routing.options module
• mapmaker.routing.routedpath module
  • PathRouter
    • PathRouter.add_path()
    • PathRouter.layout()
  • bezier_control_points()
  • extend_geometry_by_join()
  • smooth_join()
  • IntermediateNode
    • IntermediateNode.geometry()
  • RoutedPath
    • RoutedPath.nerve_feature_ids
    • RoutedPath.node_feature_ids
    • RoutedPath.path_id
    • RoutedPath.path_geometry()

Module contents

Networks are defined in terms of their topological connections and geometric structures and can be thought of as conduit networks through which individual wires are routed.

mapmaker.routing.expand_centreline_graph(graph: MultiGraph) → Graph

mapmaker.routing.collapse_centreline_graph(graph: Graph) → Graph

class mapmaker.routing.NetworkNode(full_id: str, intermediate: bool = False, map_feature: mapmaker.flatmap.feature.Feature | None = None)

Bases: object

full_id: str

intermediate: bool = False

map_feature: Feature | None = None

feature_id: str

ftu_id: str | None

properties: dict[str, Any]

property centre: Point | None

property geometry

property radii: tuple[float, float] | None

set_properties_from_feature(feature: Feature | None)

class mapmaker.routing.Network(flatmap: FlatMap, network: dict, properties_store: PropertiesStore | None = None)

Bases: object

property id

check_features_on_map()

has_feature(feature)

create_geometry()

route_graph_from_path(path: Path) → tuple[networkx.classes.graph.Graph, networkx.classes.graph.Graph]

layout(route_graphs: Graph) → dict[int, mapmaker.routing.routedpath.RoutedPath]