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#' Sequence data used in k80 vignette
#'
#' @format ## `k80samples`
#' A data frame with 10,000 rows and 4 columns:
#' \describe{
#' \item{iter}{Iteration}
#' \item{log.kernel}{Log unnormalized posterior}
#' \item{edgelen}{Edge length in substitutions per site}
#' \item{kappa}{Transition transversion rate ratio}
#' }
#' @source \doi{10.1093/sysbio/syad007}
"k80samples"
#' Sequence data used in gtrig vignette
#'
#' @format ## `gtrigsamples`
#' A data frame with 10,001 rows and 35 columns:
#' \describe{
#' \item{Iteration}{MCMC iteration}
#' \item{Posterior}{Log of the unnormalized posterior density}
#' \item{Likelihood}{Log likelihood}
#' \item{Prior}{Log of the prior density}
#' \item{alpha}{Shape parameter of the (mean=1) Gamma distribution of among-site rate heterogeneity}
#' \item{edge_length_proportions.1.}{Proportion of total tree length used by edge 1}
#' \item{edge_length_proportions.2.}{Proportion of total tree length used by edge 2}
#' \item{edge_length_proportions.3.}{Proportion of total tree length used by edge 3}
#' \item{edge_length_proportions.4.}{Proportion of total tree length used by edge 4}
#' \item{edge_length_proportions.5.}{Proportion of total tree length used by edge 5}
#' \item{edge_length_proportions.6.}{Proportion of total tree length used by edge 6}
#' \item{edge_length_proportions.7.}{Proportion of total tree length used by edge 7}
#' \item{edgelens.1.}{Edge length 1}
#' \item{edgelens.2.}{Edge length 2}
#' \item{edgelens.3.}{Edge length 3}
#' \item{edgelens.4.}{Edge length 4}
#' \item{edgelens.5.}{Edge length 5}
#' \item{edgelens.6.}{Edge length 6}
#' \item{edgelens.7.}{Edge length 7}
#' \item{er.1.}{Exchangeability parameter for A to C}
#' \item{er.2.}{Exchangeability parameter for A to G}
#' \item{er.3.}{Exchangeability parameter for A to T}
#' \item{er.4.}{Exchangeability parameter for C to G}
#' \item{er.5.}{Exchangeability parameter for C to T}
#' \item{er.6.}{Exchangeability parameter for G to T}
#' \item{pi.1.}{Nucleotide relative frequency for A}
#' \item{pi.2.}{Nucleotide relative frequency for C}
#' \item{pi.3.}{Nucleotide relative frequency for G}
#' \item{pi.4.}{Nucleotide relative frequency for t}
#' \item{pinvar}{Proportion of invariable sites}
#' \item{site_rates.1.}{Rate for site category 1}
#' \item{site_rates.2.}{Rate for site category 1}
#' \item{site_rates.3.}{Rate for site category 1}
#' \item{site_rates.4.}{Rate for site category 1}
#' \item{tree_length}{Tree length (sum of all edge lengths) in substitutions per site}
#' }
#' @source The program RevBayes (version 1.2.1) was used to obtain a sample from the Bayesian posterior distribution for 5 green plant rbcL sequences under a GTR+I+G model.
"gtrigsamples"
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