simGG.simpoly

numeric time to start the plot from. Only relevant if
<code>qi = "Hazard Rate"</code>.

from

numeric time to plot to. Only relevant if
<code>qi = "Hazard Rate"</code>.

xlab

a label of the plot's y-axis. The default uses the value of
<code>qi</code>.

ylab

title

what type of smoothing method to use to summarize the center
of the simulation distribution.

method

colour palette for when there are multiple sets of
comparisons to plot. Default palette is <code>"Set1"</code>. See
<code><a href="/link/scale_colour_brewer?package=simPH&version=1.2.3" rd-options="" data-mini-rdoc="simPH::scale_colour_brewer">scale_colour_brewer</a></code>.

spalette

specifies what type of legend to include (if applicable). The
default is <code>legend = "legend"</code>. To hide the legend use
<code>legend = FALSE</code>. See the <code><a href="/link/discrete_scale?package=simPH&version=1.2.3" rd-options="" data-mini-rdoc="simPH::discrete_scale">discrete_scale</a></code> for more details.

legend

leg.name

character string colour of the smoothing line. The default is
hexadecimal colour <code>lcolour = '#2B8CBE'}. Only relevant if
<code>qi = "First Difference"</code>.</code><p></p><p><item>lsize</item>{size of the smoothing line. Default is 1. See
<code></code></p>

lcolour

The package simulates and plots quantities of interest (relative
    hazards, first differences, and hazard ratios) for linear coefficients,
    multiplicative interactions, polynomials, penalised splines, and
    non-proportional hazards, as well as stratified survival curves from Cox
    Proportional Hazard models. It also simulates and plots marginal effects
    for multiplicative interactions.

simGG.simpoly: Plot simulated polynomial quantities of interest from Cox Proportional Hazards Models

Usage

Arguments