subset.emc

Fit Bayesian (hierarchical) cognitive models
using a linear modeling language interface using particle metropolis Markov
chain Monte Carlo sampling with Gibbs steps. The diffusion decision model (DDM),
linear ballistic accumulator model (LBA), racing diffusion model (RDM), and the lognormal
race model (LNR) are supported. Additionally, users can specify their own likelihood
function and/or choose for non-hierarchical
estimation, as well as for a diagonal, blocked or full multivariate normal
group-level distribution to test individual differences. Prior specification
is facilitated through methods that visualize the (implied) prior.
A wide range of plotting functions assist in assessing model convergence and
posterior inference. Models can be easily evaluated using functions
that plot posterior predictions or using relative model comparison metrics
such as information criteria or Bayes factors.
References: Stevenson et al. (2024) <doi:10.31234/osf.io/2e4dq>.

Niek Stevenson

EMC2

Bayesian Hierarchical Analysis of Cognitive Models of Choice

Michelle Donzallaz

Andrew Heathcote

Steven Miletić

Raphael Hartmann

Karl C. Klauer

Steven G. Johnson

Jean M. Linhart

Brian Gough

Gerard Jungman

Rudolf Schuerer

Przemyslaw Sliwa

Jason H. Stover

subset.emc function

<dl><dt>x</dt>
<dd>an emc object</dd>
<dt>stage</dt>
<dd>A character string. Indicates from which sampling stage(s) to take the samples from (i.e. <code>preburn</code>, <code>burn</code>, <code>adapt</code>, <code>sample</code>)</dd>
<dt>filter</dt>
<dd>Integer or numeric vector. If an integer is supplied, iterations
up until that integer are removed. If a vector is supplied, the iterations
within the range are kept.</dd>
<dt>thin</dt>
<dd>An integer. By how much to thin the chains</dd>
<dt>keep_stages</dt>
<dd>Boolean. If <code>TRUE</code>, will not remove samples from unselected stages.</dd>
<dt>length.out</dt>
<dd>Integer. Alternatively to thinning, you can also select a
desired length of the MCMC chains, which will be thinned appropriately.</dd>
<dt>...</dt>
<dd>additional optional arguments</dd></dl>

Arguments

Shorten an emc object — subset.emc

<dl>

<dt>x</dt>
<dd>an emc object</dd>


<dt>stage</dt>
<dd>A character string. Indicates from which sampling stage(s) to take the samples from (i.e. <code>preburn</code>, <code>burn</code>, <code>adapt</code>, <code>sample</code>)</dd>


<dt>filter</dt>
<dd>Integer or numeric vector. If an integer is supplied, iterations
up until that integer are removed. If a vector is supplied, the iterations
within the range are kept.</dd>


<dt>thin</dt>
<dd>An integer. By how much to thin the chains</dd>


<dt>keep_stages</dt>
<dd>Boolean. If <code>TRUE</code>, will not remove samples from unselected stages.</dd>


<dt>length.out</dt>
<dd>Integer. Alternatively to thinning, you can also select a
desired length of the MCMC chains, which will be thinned appropriately.</dd>


<dt>...</dt>
<dd>additional optional arguments</dd>

</dl>

Shorten an emc object

subset.emc: Shorten an emc object

Description

Usage

Value

Arguments

Examples