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blastn() provides an interface to the command-line program blastn for nucleotide to nucleotide comparison.
combMyTree() grafts polytomies on a phylogeny.
deleteEmptyCells() has now a sister function identifyEmtpyCells() that won’t delete but only identify the empty rows and columns in a sequence alignment. This is useful if there is a second matrix (e.g. with confidence scores) tied to the sequence alignment.
forceEqualTipHeights() corrects small rounding errors in edge lengths such that the resulting phylogeny will pass ape::is.ultrametric().weights in raxml() allows to assign individual weights to each column of the alignment. It corresponds to the -a flag in RAxML (see The RAxML v8.2.x Manual for details)exec in mrbayes() allows to specify the name and path of the MrBayes executable explicitly. If the executable is in the search path, exec can be missing.write.nex() and matrixBlock were extended to handle standard (morphological, etc.) data in a data frame. This feature including the coding of ambiguous characters was tested successfully with MrBayes.write.partioned.nex() was removed from the package; its functionality has been integrated into write.nex().write.nex() can now handle multiple DNA sequence alignments.
Argument interleave of functions write.fas(), write.phy(), and write.nex() has been renamed to block.width for clarity.
write.partioned.nex() will be removed soon from the package; its functionality has been integrated into write.nex().run = TRUE in mrbayes() and mrbayes.mixed() was broken on Windows platforms. (Thanks to Liam Revell and Klaus Schliep for report and fix).mafft() received the additional argument options, which can be used to request options such as e.g. --adjustdirection that are not build into the function’s interface.
This version includes a new internal function phylo2mafft(), which does exactly the same thing as the RUBY script newick2mafft.rb on the MAFFT website (): it converts a user-defined guide tree into a format readible by MAFFT.
delete.empty.cells() and fillEndsWithN() are now using Emanuel Paradis’ bit-level coding for DNA sequences, which makes them much faster.
c.genes() has been superseeded by the cbind method for objects of class "DNAbin" provided in the package ape; c.genes() will be removed in one of the following versions.These binaries (installable software) and packages are in development.
They may not be fully stable and should be used with caution. We make no claims about them.