plot-methods

Methods for function <code>plot</code>

methods

The Swash-Backwash Model for the Single Epidemic Wave was developed by Cliff and Haggett (2006) <doi:10.1007/s10109-006-0027-8> to model the velocity of spread of infectious diseases across space. This package enables the calculation of the Swash-Backwash Model for user-supplied panel data on regional infections. The package also provides additional functions for bootstrap confidence intervals, country comparison, visualization of results, and data management.

Thomas Wieland

swash

Swash-Backwash Model for the Single Epidemic Wave

plot-methods function

<dl><dt><code>signature(x = "sbm")</code></dt>
<dd>Plots the results of the Swash-Backwash Model; two plots: edges over time, total infections per time unit</dd>
<dt><code>signature(x = "sbm_ci")</code></dt>
<dd>Plots the results of bootstrap confidence intervals for the Swash-Backwash Model; one figure with six plots: \(S_A\), \(I_A\), \(R_A\), \(t_{FE}\), \(t_{LE}\), and \(R_{0A}\)</dd>
<dt><code>signature(x = "loggrowth")</code></dt>
<dd>Plots the results of the logistic growth model (observed, predicted, first derivative)</dd></dl>

Methods

Author

Methods for Function plot — plot-methods

<dl>

<dt><code>signature(x = "sbm")</code></dt>
<dd>Plots the results of the Swash-Backwash Model; two plots: edges over time, total infections per time unit</dd>


<dt><code>signature(x = "sbm_ci")</code></dt>
<dd>Plots the results of bootstrap confidence intervals for the Swash-Backwash Model; one figure with six plots: \(S_A\), \(I_A\), \(R_A\), \(t_{FE}\), \(t_{LE}\), and \(R_{0A}\)</dd>


<dt><code>signature(x = "loggrowth")</code></dt>
<dd>Plots the results of the logistic growth model (observed, predicted, first derivative)</dd>



</dl>

plot-methods: Methods for Function `plot`

Description

Arguments

Methods

Author