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#' Cladogram and Range Data for the Retiolitinae
#'
#' The majority rule consensus cladogram for 22 genera from the Retiolitinae, a
#' clade of Silurian retiolitids, along with discrete time interval data
#' taken from the same publication (Bates et al., 2005). Additional character state
#' data are included for three major, binary-state morphological traits.
#'
#' @details Interval dates were taken from Sadler et al. (2009). These zones were not a
#' 1-1 match to those in Bates et al., so it took some merging and splitting by
#' the package author, so buyer beware.
#'
#' Character data are from an in prep manuscript containing character data for certain
#' major morphological innovations of graptoloids, coded for a large number of genera based
#' on an extensive survey of the published descriptions. The character data presented here
#' is a small subset of the full dataset.
#' @name retiolitinae
#' @rdname retiolitinae
#' @aliases retiolitinae retioRanges retioTree retioChar
#' @docType data
#' @format This dataset is composed of three objects:
#'
#' \describe{
#' \item{\code{retioTree}}{The consensus cladogram, given as an object of class \code{phylo}.}
#' \item{\code{retioRanges}}{A list containing two matrices. The first matrix describes the first
#' and last interval times for 20 Silurian graptolite zones and the second matrix describes when the
#' various genera on the cladogram first and last appear in those graptolite zones. (In other words,
#' \code{retioRanges} has the \code{timeList} format called by some \code{paleotree} functions).}
#' \item{\code{retioChar}}{A matrix containing binary presence-absence character states for these 22
#' Retiolitinae genera for three characters which they vary in: the presence of extrathecal threads
#' (note only one taxon lacks this character state), the presence of determinant growth and the
#' secondary loss of a nema via resorption. Note these character do not vary within these genera.}
#'}
#' @source
#' Source for cladogram and zonal ranges for genera:
#'
#' Bates, D. E. B., A. Kozlowska, and A. C. Lenz. 2005. Silurian retiolitid graptolites:
#' Morphology and evolution. \emph{Acta Palaeontologica Polonica} 50(4):705-720.
#'
#' Source for interval dates for graptolite zones:
#'
#' Sadler, P. M., R. A. Cooper, and M. Melchin. 2009. High-resolution, early Paleozoic (Ordovician-Silurian)
#' time scales. \emph{Geological Society of America Bulletin} 121(5-6):887-906.
#'
#' Source for morphological character data:
#'
#' Collected for Bapst and Mitchell, in prep.
#' @seealso For more example graptolite datasets, see \code{\link{graptDisparity}}
#' @keywords datasets
#' @examples
#'
#' #load data
#' data(retiolitinae)
#'
#' #Can plot discrete time interval diversity curve with retioRanges
#' taxicDivDisc(retioRanges)
#'
#' #Can plot the unscaled cladogram
#' plot(retioTree)
#' #Can plot the determinant growth character on the cladogram
#' tiplabels(pch = 16, col = (retioChar[,2]+1),adj = 0.25)
#'
#' #Use basic time-scaling (terminal branches only go to FADs)
#' ttree <- bin_timePaleoPhy(tree = retioTree,
#' timeList = retioRanges,
#' type = "basic",
#' ntrees = 1,plot = TRUE)
#'
#' #Note that this function creates stochastic time-scaled trees...
#' #A sample of 1 is not representative!
#'
#' #phylogenetic diversity curve
#' phyloDiv(ttree)
#'
#'
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