Fasttree(file.name, file.path="", job.name=NULL, out.name=NULL, args=NULL, type="DNA", model=NULL, gamma=FALSE, stat=FALSE, print.curl=FALSE, shared.username=NULL, suppress.Warnings=FALSE)
GTRCAT
, and JCCAT
(default), the Jukes-Cantor + CAT model. For protein the choices are JTTCAT
(default), and WAGCAT
. Additional arguments, args
, can be found at http://meta.microbesonline.org/fasttree/. The args input is text with the flags and inputs for those flags in a string like on the command line.
Fasttree outputs trees in Newick format http://en.wikipedia.org/wiki/Newick_format. The placement of the root is not biologically meaningful. The local support values are given as names for the internal nodes, and range from 0 to 1, not from 0 to 100 or 0 to 1,000. If all sequences are unique, then the tree will be fully resolved (the root will have three children and other internal nodes will have two children). If there are multiple sequences that are identical to each other, then there will be a multifurcation. Also, there are no support values for the parent nodes of redundant sequences.
SubmitJob, Validate, UploadFile
## Not run: data(fasta_aa.aln)
## Not run: write.table(fasta_aa.aln, "fasta_aa.aln", quote=FALSE, row.names=FALSE, col.names=FALSE)
## Not run: Validate("username","password")
## Not run: UploadFile("fasta_aa.aln")
## Not run: myJobFaP <- Fasttree("phylip_interleaved_aa.aln", job.name="fasttreeAAphy")
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