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#' Example dataset used in a \code{conStruct} analysis
#'
#' A simulated dataset containing the allele frequency
#' and sampling coordinate data necessary to run a
#' \code{conStruct} analysis.
#'
#' @format A list with two elements:
#' \describe{
#' \item{allele.frequencies}{a matrix with one row for each of
#' the 16 samples and one column for each of 10,000 loci,
#' giving the frequency of the counted allele at each locus
#' in each sample}
#' \item{coords}{a matrix with one row for each of the 16 samples,
#' in the same order as that of the allele frequency matrix,
#' and two columns, the first giving the x-coordinate
#' (or longitude), the second giving the y-coordinate (or latitude)}
#' }
#
"conStruct.data"
#' Example \code{data.block} generated by a \code{conStruct} analysis
#'
#' An example \code{data.block} object generated in a \code{conStruct}
#' analysis from the raw data supplied by the user. This object is
#' automatically saved and is used in several subsequent plotting functions.
#'
#' @format A list with 7 elements:
#' \describe{
#' \item{\code{N}}{the number of samples included in the analysis}
#' \item{\code{K}}{the number of clusters/layers included in the model}
#' \item{\code{spatial}}{a boolean indicating whether the spatial
#' model has been specified}
#' \item{\code{L}}{the number of loci included in the analysis}
#' \item{\code{coords}}{a matrix with one row for each of the \code{N} samples,
#' in the same order as that of the \code{obsCov} matrix,
#' and two columns, the first giving the x-coordinate
#' (or longitude), the second giving the y-coordinate (or latitude)}
#' \item{\code{obsCov}}{the sample allelic covariance matrix,
#' in the same order as that of the \code{coords} matrix,
#' with \code{N} rows and columns}
#' \item{\code{geoDist}}{a matrix of pairwise geographic distance between ,
#' samples in the same order as that of the \code{obsCov},
#' with \code{N} rows and columns}
#' \item{\code{sd.geoDist}}{the standard deviation of the raw geographic
#' distance matrix, used for normalizing \code{geoDist} within the
#' stan model}
#' \item{\code{varMeanFreqs}}{the variance of the mean allele frequencies,
#' averaged over choice of counted allele (passed to the model
#' as a prior on the global covariance parameter)}
#' }
#
"data.block"
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