calc_nn_metrics

This function calculates the bearing angle and distance from a focal
individual to its nearest neighbor.

internal

Provides a pipeline for the comparative analysis of
collective movement data (e.g. fish schools, bird flocks, baboon troops) by
processing 2-dimensional positional data (x,y,t) from GPS trackers or computer
vision tracking systems, discretizing events of collective motion, calculating
a set of established metrics that characterize each event, and placing the
events in a multi-dimensional swarm space constructed from these metrics.
The swarm space concept, the metrics and data sets included are described in:
Papadopoulou Marina, Furtbauer Ines, O'Bryan Lisa R., Garnier Simon,
Georgopoulou Dimitra G., Bracken Anna M., Christensen Charlotte and King
Andrew J. (2023) <doi:10.1098/rstb.2022.0068>.

Marina Papadopoulou

swaRmverse

Swarm Space Creation

Simon Garnier

calc_nn_metrics function

<dl><dt>thists</dt>
<dd>A timestep of individual positions, ids and headings.</dd>
<dt>geo</dt>
<dd>Logical, whether positions are geographic coordinates.</dd></dl>

Arguments

Marina Papadopoulou <a href="/link/m.papadopoulou.rug%40gmail.com?package=swaRmverse&version=0.1.0" data-mini-rdoc="swaRmverse::m.papadopoulou.rug@gmail.com">m.papadopoulou.rug@gmail.com</a>

Author

Relative Position of Nearest Neighbor Function to Parallelize — calc_nn_metrics

<dl>

<dt>thists</dt>
<dd>A timestep of individual positions, ids and headings.</dd>


<dt>geo</dt>
<dd>Logical, whether positions are geographic coordinates.</dd>

</dl>

Marina Papadopoulou <a href='mailto:m.papadopoulou.rug@gmail.com'>m.papadopoulou.rug@gmail.com</a>

calc_nn_metrics: Relative Position of Nearest Neighbor Function to Parallelize

Description

Usage

Value

Arguments

Author