cap_corridor

Cap the corridor by connecting the edge end points

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 

cap_corridor function

<dl><dt>edges</dt>
<dd>A simple feature geometry representing the corridor edges</dd>
<dt>method</dt>
<dd>The method employed for the capping:<ul>
<li><code>shortest-path</code> (default): find the network-based shortest-path
connections between the edge end points.</li>
<li><code>direct</code>: connect the start points and the end points of the
edges via straight segments</li>
</ul></dd>
<dt>network</dt>
<dd>A spatial network object, only required if
<code>method = 'shortest-path'</code></dd></dl>

Arguments

Cap the corridor by connecting the edge end points — cap_corridor

<dl>

<dt>edges</dt>
<dd>A simple feature geometry representing the corridor edges</dd>


<dt>method</dt>
<dd>The method employed for the capping:<ul>
<li><code>shortest-path</code> (default): find the network-based shortest-path
connections between the edge end points.</li>
<li><code>direct</code>: connect the start points and the end points of the
edges via straight segments</li>
</ul></dd>


<dt>network</dt>
<dd>A spatial network object, only required if
<code>method = 'shortest-path'</code></dd>

</dl>

cap_corridor: Cap the corridor by connecting the edge end points

Description

Usage

Value

Arguments