rose_bw

optimal_rose_bins

Selecting optimal number of bins and width for rose diagrams

internal

Models the direction of the maximum horizontal stress using
relative plate motion parameters. Statistical algorithms to evaluate
the modeling results compared with the observed data. Provides plots
to visualize the results. Methods described in Stephan et al. (2023)
<doi:10.1038/s41598-023-42433-2> and Wdowinski (1998)
<doi:10.1016/S0079-1946(98)00091-3>.

Tobias Stephan

tectonicr

Analyzing the Orientation of Maximum Horizontal Stress

rose_bw function

<dl><dt>n</dt>
<dd>Integer. number of data</dd>
<dt>rule</dt>
<dd>character. Rule to select optimal bin width, one of "sturges" (the default) or "rice". The optimal number according to Sturges' rule is \(1 + \log2(n)\), while for Rice's rule it is \(2 n^{1/3}\) (less conservative for large <code>n</code>).</dd>
<dt>full_circle</dt>
<dd>logical. Whether bin width should be calculated for the full (<code>TRUE</code>, the default) or the half circle (<code>FALSE</code>).</dd>
<dt>min_bins</dt>
<dd>integer. The minimum number of bins. <code>4</code> by default.</dd></dl>

Arguments

Selecting optimal number of bins and width for rose diagrams — rose_bw

<dl>

<dt>n</dt>
<dd>Integer. number of data</dd>


<dt>rule</dt>
<dd>character. Rule to select optimal bin width, one of "sturges" (the default) or "rice". The optimal number according to Sturges' rule is \(1 + \log2(n)\), while for Rice's rule it is \(2 n^{1/3}\) (less conservative for large <code>n</code>).</dd>


<dt>full_circle</dt>
<dd>logical. Whether bin width should be calculated for the full (<code>TRUE</code>, the default) or the half circle (<code>FALSE</code>).</dd>


<dt>min_bins</dt>
<dd>integer. The minimum number of bins. <code>4</code> by default.</dd>

</dl>

rose_bw: Selecting optimal number of bins and width for rose diagrams

Description

Usage

Arguments