ssrt_stan_inhibition_fn

Computes P(inhibit | SSD) across a range of SSD values using posterior
parameter samples, with a 90

Estimates stop-signal reaction time (SSRT) in the stop-signal
task using the integration and mean methods described by Verbruggen and
colleagues (2019) <doi:10.7554/eLife.46323>. In addition to point
estimates, the package provides Monte Carlo tools (nonparametric bootstrap
confidence intervals, parametric ex-Gaussian simulation, minimum-trial-count
and power analysis, and sensitivity analysis under violations of the
horse-race assumptions) and Bayesian estimation via 'Stan', including
single-subject and hierarchical ex-Gaussian horse-race models with an
optional trigger-failure parameter following Matzke and colleagues (2013)
<doi:10.1037/a0030543>, posterior inhibition functions, and posterior
predictive checks. The Bayesian layer works with either the 'cmdstanr' or
'rstan' backend.

Anton Leontyev

SSRTcalc

Monte Carlo and Bayesian Stop-Signal Reaction Time Estimation

ssrt_stan_inhibition_fn function

<dl><dt>fit</dt>
<dd>An <code>ssrt_stan</code> object (single-subject only).</dd>
<dt>ssd_range</dt>
<dd>SSD values to evaluate in ms. Default <code>seq(0, 600, 10)</code>.</dd>
<dt>n_draws</dt>
<dd>Posterior draws to use. Default 400.</dd>
<dt>plot</dt>
<dd>Produce the plot? Default TRUE.</dd></dl>

Arguments

Posterior inhibition function — ssrt_stan_inhibition_fn

<dl>

<dt>fit</dt>
<dd>An <code>ssrt_stan</code> object (single-subject only).</dd>


<dt>ssd_range</dt>
<dd>SSD values to evaluate in ms. Default <code>seq(0, 600, 10)</code>.</dd>


<dt>n_draws</dt>
<dd>Posterior draws to use. Default 400.</dd>


<dt>plot</dt>
<dd>Produce the plot? Default TRUE.</dd>

</dl>

ssrt_stan_inhibition_fn: Posterior inhibition function

Description

Usage

Value

Arguments