#' Load a simulated dataset as a multiPhylo object
#'
#' @inheritParams params_doc
#'
#' @author Theo Pannetier
#' @export
#'
read_sim_multiPhylo <- function(sim, para, with_extinct = FALSE){
assert_DDvTD_wd()
assert_para(para)
assert_sim(sim)
if(!is.logical(with_extinct)){
stop('with_extinct must be a logical')
}
trees <- read_sim(sim = sim, para = para)
for (mc in seq_along(trees)){
if(!with_extinct){
# return brts for reconstructed tree
if(!ape::is.binary.phylo(trees[[mc]][[1]])){
stop(paste0("Element", mc, "in the list does not contain a binary phylo object."))
}
trees[[mc]] <- trees[[mc]][[1]]
} else{
# return brts for complete tree
if(!ape::is.binary.phylo(trees[[mc]][[2]])){
stop(paste0("Elment", mc, "in the list does not contain a binary phylo object."))
}
trees[[mc]] <- trees[[mc]][[2]]
}
}
class(trees) <- "multiPhylo"
return(trees)
}
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