corridor_end_points

Determine the extremes (end points) of the river corridor using the network
built from the river center line features (see <code>build_river_network()</code> and
the spatial network used for the delineation. The end points are selected as
the two furthest river crossings of the spatial network that connect the
sub-networks for each river sides.

internal

Provides tools to automate the morphological delineation of
riverside urban areas based on a method introduced in Forgaci (2018)
<doi:10.7480/abe.2018.31>. Delineation entails the identification of
corridor boundaries, segmentation of the corridor, and delineation of
the river space using two-dimensional spatial information from street
network data and digital elevation data in a projected CRS. The
resulting delineation can be used to characterise spatial phenomena
that can be related to the river as a central element.

Claudiu Forgaci

rcrisp

Automate the Delineation of Urban River Spaces

Francesco Nattino

Fakhereh Alidoost

Meiert Willem Grootes

Netherlands eScience Center 

corridor_end_points function

<dl><dt>river_network</dt>
<dd>A <code>sfnetworks::sfnetwork</code> object representing the
river centerline</dd>
<dt>spatial_network</dt>
<dd>A <code>sfnetworks::sfnetwork</code> object representing the
spatial network used for the delineation</dd>
<dt>regions</dt>
<dd>A simple feature geometry representing the two river sides</dd></dl>

Arguments

Find the corridor end points. — corridor_end_points

<dl>

<dt>river_network</dt>
<dd>A <code>sfnetworks::sfnetwork</code> object representing the
river centerline</dd>


<dt>spatial_network</dt>
<dd>A <code>sfnetworks::sfnetwork</code> object representing the
spatial network used for the delineation</dd>


<dt>regions</dt>
<dd>A simple feature geometry representing the two river sides</dd>

</dl>

corridor_end_points: Find the corridor end points.

Description

Usage

Value

Arguments