#' beta
#'
#' compute some dists.
#' Plot the PCA PCoa NMDS.
#' @rdname beta
#'
#' @param otu otu table.
#' @param tree phylogene tree
#'
#' @return beta dist
#' @examples
#' data(its)
#' tree <- ape::rtree(nrow(its), rooted = TRUE, tip.label = rownames(its))
#' dists <- beta_dist(its, tree)
#' pcoa_plot(dists[[3]])
#' @export
beta_dist <- function(otu, tree) {
suppressMessages(
if (missing(tree)) {
tmp_phy <-
phyloseq::phyloseq(phyloseq::otu_table(otu, taxa_are_rows = TRUE))
} else {
tmp_phy <-
phyloseq::phyloseq(
phyloseq::otu_table(otu, taxa_are_rows = TRUE),
phyloseq::phy_tree(tree)
)
}
)
tmp_dists1 <- list(
Bray_Curtis = phyloseq::distance(tmp_phy, "bray"),
Jaccard = phyloseq::distance(tmp_phy, "jaccard", binary = TRUE)
)
if (missing(tree)) {
return(tmp_dists1)
}
tmp_dists2 <- list(
Unweighted_UniFrac = phyloseq::distance(tmp_phy, "uunifrac"),
Weighted_UniFrac = phyloseq::distance(tmp_phy, "wunifrac")
)
return(c(tmp_dists1, tmp_dists2))
}
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