These functions are meant to be passed into [morph()] to create a temporary
alternate representation of the input graph. They are thus not meant to be
called directly. See below for detail of each morpher. For a more detailed
explanations on how to use morphing, see morph.
to_spatial_coordinates(graph)to_spatial_dense_graph(graph)
to_spatial_directed(graph)
to_spatial_explicit_edges(graph)
to_spatial_implicit_edges(graph)
to_spatial_shortest_paths(graph, ...)
to_spatial_subgraph(graph, ..., subset_by = NULL)
An object of class sfnetwork.
Arguments to be passed on to other function. See the description of each morpher for details.
Whether to create subgraphs based on nodes or edges.
A list of sfnetwork objects.
to_spatial_coordinates: Store the spatial coordinates of the nodes in
separate coordinate columns (e.g. "X" and "Y"), instead of an
sfc geometry list column. If edges are spatially
explicit, the edge geometries are dropped.
to_spatial_dense_graph: Reconstruct the network by using all edge
linestring points as nodes, instead of only the endpoints.
to_spatial_directed: Make a graph directed in the direction given by
the linestring geometries of the edges.
to_spatial_explicit_edges: Draw linestring geometries for spatially
implicit edges.
to_spatial_implicit_edges: Remove linestring geometries of spatially
explicit edges.
to_spatial_shortest_paths: Limit a graph to those nodes and edges that are
part of the shortest path between two nodes. If multiple to nodes are
given, multiple shortest paths are returned. ... is evaluated in the
same manner as st_shortest_paths, except that the output,
predecessors and inbound.edges arguments are ignored. When
unmorphing only the first instance of both the node and edge data will be
used, as the the same node and/or edge can be present in multiple paths.
to_spatial_subgraph: Limit a graph to a single spatial subset.
... is evaluated in the same manner as st_filter.