bitsplits returns the bipartitions (aka splits) for a single
tree or a list of trees.
countBipartitions returns the frequencies of the bipartitions
from a reference tree (phy) observed in a list of trees (X).
as.bitsplits and as.prop.part are generic functions for
converting between the "bitsplits" and "prop.part"
classes.
bitsplits(x)
countBipartitions(phy, X)
as.bitsplits(x)
# S3 method for prop.part
as.bitsplits(x)
# S3 method for bitsplits
print(x, ...)
# S3 method for bitsplits
sort(x, decreasing = FALSE, ...)
as.prop.part(x, ...)
# S3 method for bitsplits
as.prop.part(x, include.trivial = FALSE, ...)an object of the appropriate class.
an object of class "phylo".
an object of class "multiPhylo".
a logical value to sort the bipartitions in increasing (the default) or decreasing order of their frequency.
a logical value specifying whether to include the trivial split with all tips in the returned object.
further arguments passed to or from other methods.
bitsplits, as.bitsplits, and sort return an object
of class "bitsplits".
countBipartitions returns a vector of integers.
as.prop.part returns an object of class "prop.part".
These functions count bipartitions as defined by internal branches, so
they do not work with rooted trees (see examples). The structure of
the class "bitsplits" is described in a separate document
on ape's web site.
# NOT RUN {
tr <- rtree(20)
pp <- prop.part(tr)
as.bitsplits(pp)
## doesn't work for rooted trees...:
countBipartitions(rtree(10), rmtree(100, 10))
## ... but OK with unrooted trees:
countBipartitions(rtree(10, rooted = FALSE), rmtree(100, 10, rooted = FALSE))
# }
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