Provided by: discosnp_2.6.2-3build2_amd64 

NAME
kissnp2 - detects SNPs and indels from read sets
DESCRIPTION
[Kissnp2 options]
-x (0 arg) : keep truncated bubbles, that have no successors on the 2 paths at the same position
-P (1 arg) : maximal number of polymorphism per bubble [default '1']
-D (1 arg) : maximal size of a predicted indel [default '0']
-dont_output_first_coverage (0 arg) :
Don't output the first coverage threshold. Use this option whent the reference file is used for
finding the variants
-in (1 arg) : input file (likely a hdf5 file)
-coverage_file
(1 arg) : File (.h5) generated by kissnp2, containing the coverage threshold per read set
[default '_removemeplease']
-out (1 arg) : output name
-T (0 arg) : extend found and stop at large polymorphism (extension=contigs) SNPs. Uncompatible
with -t
-t (0 arg) : extend found and stop at first polymorphism (strict extension=unitigs) SNPs.
Uncompatible with -T
-max_symmetrical_crossroads (1 arg) :
In b2 mode only: maximal number of symmetrical croasroads traversed while trying to close a
bubble. Default: no limit [default '-1']
-b (1 arg) : branching mode
0: forbid SNPs for which any of the two paths is branching (high precision, low recall) 1: forbid
SNPs for which the two paths are branching (e.g. the two paths can be created either with a 'A' or
a 'C' at the same position (default value) 2: No limitation on branching (low precision, high
recall) [default '1']
-max_ambigous_indel
(1 arg) : Maximal size of ambiguity of INDELs. INDELS whose ambiguity is higher than this value
are not output [default '20']
-l (0 arg) : conserve low complexity SNPs
-nb-cores
(1 arg) : number of cores [default '0']
-verbose
(1 arg) : verbosity level [default '1']
-version
(0 arg) : version
-help (0 arg) : help
-bfs-max-depth
(1 arg) : maximum depth for BFS [default '200']
-bfs-max-breadth
(1 arg) : maximum breadth for BFS [default '20']
AUTHOR
This manpage was written by Andreas Tille for the Debian distribution and can be used for any other usage
of the program.
kissnp2 2.3.0 January 2019 KISSNP2(1)