<?xml version="1.0" encoding="utf-8" ?><rss version="2.0" xmlns:atom="http://www.w3.org/2005/Atom" xmlns:r="https://r-universe.dev"><channel><title>damontoth.r-universe.dev</title><link>https://damontoth.r-universe.dev</link><description>Recent package updates in damontoth</description><generator>R-universe</generator><image><url>https://github.com/damontoth.png</url><title>R packages by damontoth</title><link>https://damontoth.r-universe.dev</link></image><lastBuildDate>Tue, 20 Oct 2026 18:52:39 GMT</lastBuildDate><item><title>[epiforesite] multigroup.vaccine 0.1.1</title><author>damon.toth@hsc.utah.edu (Damon Toth)</author><description>Model infectious disease dynamics in populations with
multiple subgroups having different vaccination rates,
transmission characteristics, and contact patterns. Calculate
final and intermediate outbreak sizes, form age-structured
contact models with automatic fetching of U.S. census data, and
explore vaccination scenarios with an interactive 'shiny'
dashboard for a model with two subgroups, as described in
Nguyen et al. (2024) &lt;doi:10.1016/j.jval.2024.03.039&gt; and Duong
et al. (2026) &lt;doi:10.1093/ofid/ofaf695.217&gt;.</description><link>https://github.com/r-universe/epiforesite/actions/runs/39487793411</link><pubDate>Tue, 20 Oct 2026 18:52:39 GMT</pubDate><r:package>multigroup.vaccine</r:package><r:version>0.1.1</r:version><r:status>success</r:status><r:repository>https://epiforesite.r-universe.dev</r:repository><r:upstream>https://github.com/EpiForeSITE/multigroup-vaccine</r:upstream><r:article><r:source>contact_matrix_examples.Rmd</r:source><r:filename>contact_matrix_examples.html</r:filename><r:title>Contact Matrix Examples</r:title><r:created>2025-11-20 21:02:34</r:created><r:modified>2026-09-25 22:43:14</r:modified></r:article><r:article><r:source>run_model_on_command_line.Rmd</r:source><r:filename>run_model_on_command_line.html</r:filename><r:title>Getting Started Example</r:title><r:created>2025-03-04 20:51:39</r:created><r:modified>2026-09-25 22:43:14</r:modified></r:article><r:article><r:source>measles_agemodel.Rmd</r:source><r:filename>measles_agemodel.html</r:filename><r:title>Measles Age-Structured Model</r:title><r:created>2025-07-07 20:33:57</r:created><r:modified>2026-09-25 22:43:14</r:modified></r:article><r:article><r:source>census_functions_demo.Rmd</r:source><r:filename>census_functions_demo.html</r:filename><r:title>Using Census Data Functions</r:title><r:created>2026-01-14 23:08:40</r:created><r:modified>2026-09-25 22:43:14</r:modified></r:article></item><item><title>[epiforesite] facilityepimath 0.2.3</title><author>damon.toth@hsc.utah.edu (Damon Toth)</author><description>Calculate useful quantities for a user-defined
differential equation model of infectious disease transmission
among individuals in a healthcare facility. Input rates of
transition between states of individuals with and without the
disease-causing organism, distributions of states at facility
admission, relative infectivity of transmissible states, and
the facility length of stay distribution. Calculate the model
equilibrium and the basic facility reproduction number, as
described in Toth et al. (2025)
&lt;doi:10.1371/journal.pcbi.1013577&gt;.</description><link>https://github.com/r-universe/epiforesite/actions/runs/37089273892</link><pubDate>Fri, 02 Oct 2026 23:54:08 GMT</pubDate><r:package>facilityepimath</r:package><r:version>0.2.3</r:version><r:status>success</r:status><r:repository>https://epiforesite.r-universe.dev</r:repository><r:upstream>https://github.com/EpiForeSITE/facilityepimath</r:upstream><r:article><r:source>equilibrium-and-R0.Rmd</r:source><r:filename>equilibrium-and-R0.html</r:filename><r:title>Facility basic reproduction number and equilibrium calculations</r:title><r:created>2025-01-09 22:20:32</r:created><r:modified>2025-11-06 21:43:26</r:modified></r:article></item><item><title>[epiforesite] branchingprocess 0.2.0</title><author>damon.toth@hsc.utah.edu (Damon Toth)</author><description>Quantify outbreak risk posed by individual importers of a
transmissible pathogen. Input parameters of negative binomial
offspring distributions for the number of transmissions from
each infected individual and initial number of infected.
Calculate probabilities of final outbreak size and generations
of transmission, as described in Toth et al. (2015)
&lt;doi:10.3201/eid2108.150170&gt; and Toth et al. (2016)
&lt;doi:10.1016/j.epidem.2016.04.002&gt;.</description><link>https://github.com/r-universe/epiforesite/actions/runs/37927612765</link><pubDate>Fri, 02 Oct 2026 23:53:13 GMT</pubDate><r:package>branchingprocess</r:package><r:version>0.2.0</r:version><r:status>success</r:status><r:repository>https://epiforesite.r-universe.dev</r:repository><r:upstream>https://github.com/EpiForeSITE/branchingprocess</r:upstream><r:article><r:source>H5N1Example.Rmd</r:source><r:filename>H5N1Example.html</r:filename><r:title>H5N1 Example</r:title><r:created>2024-08-06 19:35:03</r:created><r:modified>2025-04-22 19:26:43</r:modified></r:article></item></channel></rss>