Re: [R-sig-phylo] dropping taxa from list of trees

2014-02-25 Thread Slater, Graham
Hi Juanita try: lapply(simtrees, drop.random, n = 937) when using lapply (or any of the apply family) you need to specify additional arguments taken by the function you’re applying by name, along with their values. graham Graham Sl

[R-sig-phylo] dropping taxa from list of trees

2014-02-25 Thread Juanita Rodriguez
Hi all, I have an issue with using the drop.random to drop taxa from a set of simulated trees. When I try to give the list as input it shows an error: Error in drop.random(simtrees, 937) : object "phy" is not of class "phylo" I also tried using lapply and it keeps showing the same message. Th

Re: [R-sig-phylo] utilise more data by making polytomies

2014-02-25 Thread David Bapst
At the risk of inundating you with options, Henry, there is also expandTaxonTree in the package paleotree (on CRAN) which is similar to the above, but also lets you collapse higher taxa you list as paraphyletic, which can be useful if the taxonomic work of your group has never been concerned with m

Re: [R-sig-phylo] utilise more data by making polytomies

2014-02-25 Thread Julien Clavel
Hi, There is also the stickTip function: http://rleca.pbworks.com/w/file/fetch/40813743/stickTips_1.2.html it is possible to tweak the code for more specific things... Best, Julien > From: liam.rev...@umb.edu > Date: Tue, 25 Feb 2014 10:32:36 -0500 > To: h.ferguson-...@ucl.ac.uk; r-sig-phylo@r-

Re: [R-sig-phylo] utilise more data by making polytomies

2014-02-25 Thread Liam J. Revell
Something similar to this is in phytools (http://blog.phytools.org/2013/11/new-function-to-add-species-to-genus-in.html), though not yet on CRAN. Let me know if this is what you're thinking of. All the best, Liam Liam J. Revell, Assistant Professor of Biology University of Massachusetts Boston

[R-sig-phylo] utilise more data by making polytomies

2014-02-25 Thread Ferguson-Gow, Henry
Hi All I have a large dataset and a large tree, however the intersection between them both is quite low. As a supplement to analyses solely on the species that appear in both the dataset and the tree I thought I could take the species that are present in the dataset and not the tree, and add th