plot_tradeoff

Generates a tradeoff figure, a comparison between two performance metrics, across two variables which may represent
a population dynamics variable (e.g., productivity) or a management action (e.g., hatchery production levels or harvest strategy).
See example at <a href="https://docs.salmonmse.com/articles/decision-table.html">https://docs.salmonmse.com/articles/decision-table.html</a>

Simulation tools to evaluate the long-term effects of salmon management strategies, including a combination of habitat, harvest, and
habitat actions. The stochastic age-structured operating model accommodates complex life histories, including freshwater survival across
early life stages, juvenile survival and fishery exploitation in the marine life stage, partial maturity by age class, and fitness impacts of
hatchery programs on natural spawning populations. 'salmonMSE' also provides an age-structured conditioning model to develop operating models
fitted to data.

Quang Huynh

salmonMSE

Management Strategy Evaluation for Salmon Species

plot_tradeoff function

<dl><dt>pm1</dt>
<dd>Numeric or matrix. A vector of values for the first performance metric on the x-axis. Alternatively, provide a three column matrix corresponding
to the lower bound, central tendency, and upper bound.</dd>
<dt>pm2</dt>
<dd>Numeric or matrix. A vector of values for the second performance metric on the y-axis (same length as pm1). Alternatively, provide a three column matrix corresponding
to the lower bound, central tendency, and upper bound.</dd>
<dt>x1</dt>
<dd>Atomic, vector of values for the first grouping variable. Various levels are represented by colours. Same length as pm1.</dd>
<dt>x2</dt>
<dd>Numeric, vector of values for the second grouping variable. Various levels are represented by shapes. Same length as pm1.</dd>
<dt>xlab</dt>
<dd>Character, optional x-axis label</dd>
<dt>ylab</dt>
<dd>Character, optional y-axis label</dd>
<dt>x1lab</dt>
<dd>Character, optional label for the first grouping variable</dd>
<dt>x2lab</dt>
<dd>Character, optional label for the second grouping variable</dd></dl>

Arguments

Generates a tradeoff figure, a comparison between two performance metrics, across two variables which may represent
a population dynamics variable (e.g., productivity) or a management action (e.g., hatchery production levels or harvest strategy).
See example at <a href='https://docs.salmonmse.com/articles/decision-table.html'>https://docs.salmonmse.com/articles/decision-table.html</a>

Tradeoff figure — plot_tradeoff

<dl>

<dt>pm1</dt>
<dd>Numeric or matrix. A vector of values for the first performance metric on the x-axis. Alternatively, provide a three column matrix corresponding
to the lower bound, central tendency, and upper bound.</dd>


<dt>pm2</dt>
<dd>Numeric or matrix. A vector of values for the second performance metric on the y-axis (same length as pm1). Alternatively, provide a three column matrix corresponding
to the lower bound, central tendency, and upper bound.</dd>


<dt>x1</dt>
<dd>Atomic, vector of values for the first grouping variable. Various levels are represented by colours. Same length as pm1.</dd>


<dt>x2</dt>
<dd>Numeric, vector of values for the second grouping variable. Various levels are represented by shapes. Same length as pm1.</dd>


<dt>xlab</dt>
<dd>Character, optional x-axis label</dd>


<dt>ylab</dt>
<dd>Character, optional y-axis label</dd>


<dt>x1lab</dt>
<dd>Character, optional label for the first grouping variable</dd>


<dt>x2lab</dt>
<dd>Character, optional label for the second grouping variable</dd>

</dl>

plot_tradeoff: Tradeoff figure

Description

Usage

Value

Arguments

See Also