y <- 1:length(x)
cbind(x, y)
}
- if if (inherits(phy, "phylo")) { # if a tree of class "phylo"
+ if (inherits(phy, "phylo")) { # if a tree of class "phylo"
TREES <- list(ltt.xy(phy))
names(TREES) <- deparse(substitute(phy))
} else { # a list of trees
\alias{rbind.DNAbin}
\alias{cbind.DNAbin}
\alias{as.matrix.DNAbin}
+\alias{c.DNAbin}
\title{Manipulate DNA Sequences in Bit-Level Format}
\description{
These functions help to manipulate DNA sequences coded in the
\name{Initialize.corPhyl}
\alias{Initialize.corPhyl}
-\title{Initialize a 'corPhyl' Structure Object}
+\title{Initialize a `corPhyl' Structure Object}
\usage{
\method{Initialize}{corPhyl}(object, data, ...)
}
\name{ape-internal}
+\alias{klastorin}
\alias{tree.build}
\alias{f.cherry.yule}
\alias{f.cherry.uniform}
Is Group Monophyletic
}
\usage{
-is.monophyletic(phy, tips, reroot = NULL, plot = FALSE, ...)
+is.monophyletic(phy, tips, reroot = !is.rooted(phy), plot = FALSE, ...)
}
\description{
This function tests whether a list of tip labels is monophyletic on a given tree.
This tree is described in Misawa and Tajima (2000) as an example
for application of the Klastorin (1982) classification method.
}
-\seealso{
-\code{\link{klastorin}}.
-}
\references{
Misawa, K. (2000) A simple method for classifying genes and a bootstrap
test for classifications. \emph{Molecular