Provided by: dawg_1.2-1build1_amd64 bug


       dawg - DNA assembly with gaps, a DNA sequence simulator


       dawg 1.2-release DNA Assembly With Gaps Copyright © 2004-2009 Reed A. Cartwright

       dawg -[scubvhqew?] [-o outputfile] file1 [file2...]

       -s: process files serially [default]

       -c: process files combined together

       -u: unbuffered output

       -b: buffered output [default]

       -q: disable error and warning reports (quiet)

       -e: enable error reports [default]

       -w: enable warning reports [default]

       -v: display version information

       -h: display help information

       -?: same as -h

       -o outputfile: override output filename in the configuration file

              Dawg will read stdin if filename is "-".


              The  file  format takes a series of statements in the form of "name = value," where
              "name" is alphanumeric and value can be a string, number, boolean, tree, or  vector
              of values.  A single variable is equivalent to a vector of a single entry.

       string:  "[char-sequence]"

              '[char-sequence]'  """[multi-line char-sequence]""" (rm initial and final newlines)
              '''[multi-line char-sequence]''' (kp initial and final newlines)

       number:   [sign]digits[.digits][(e|E)[sign]digits]  boolean:  true|false  tree:     Newick
       Format vector:  { value, value, ...}


       Name   Type            Description


       Tree   VT  phylogeny

              N   coefficient to scale branch lengths by

              VS  root sequences

       Length VN  length of generated root sequences

       Rates  VVN rate of evolution of each root nucleotide

       Model  S   model of evolution: GTR|JC|K2P|K3P|HKY|F81|F84|TN

       Freqs  VN  nucleotide (ACGT) frequencies

       Params VN  parameters for the model of evolution

       Width  N   block width for indels and recombination

       Scale  VN  block position scales

       Gamma  VN  coefficients of variance for rate heterogenity

       Alpha  VN  shape parameters

       Iota   VN  proportions of invariant sites

              VS  models of indel formation: NB|PL|US

       Lambda VN  rates of indel formation

              VVN parameter for the indel model

       Reps   N   number of data sets to output

       File   S   output file

       Format S   output format: Fasta|Nexus|Phylip|Clustal

              B   output gaps as a single character

              B   distinguish insertions from deletions in alignment

              N   undeletable flanking regions N nucs from sequence

              B   preserve empty columns in final alignment

              B   output sequences in lowercase

              B   translate outputed sequences to amino acids

       Seed   VN  pseudo-random-number-generator seed (integers)

              S   string to insert at the start of the output

              S   string to insert at the end of the output

       Out.Block.Before S
              string to insert before a sequence set in the output

              S   string to insert after a sequence set in the output

              B   do variable subsitution in Out.Block.*


       This program is free software; you can redistribute it and/or modify it under the terms of
       the GNU General Public License as  published  by  the  Free  Software  Foundation;  either
       version 2 of the License, or (at your option) any later version.

       This  program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY;
       without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR  PURPOSE.
       See the GNU General Public License for more details.

       You should have received a copy of the GNU General Public License along with this program;
       if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite  330,  Boston,
       MA  02111-1307  USA

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