Difference between revisions of "Hapflk 2016"
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== Introduction == | == Introduction == | ||
'''hapflk''' is a software implementing the hapFLK [1] and FLK [2] tests for the detection of selection signatures based on multiple population genotyping data. [https://forge-dga.jouy.inra.fr/projects/hapflk/ <sup> | '''hapflk''' is a software implementing the hapFLK [http://www.genetics.org/content/193/3/929.abstract <sup>1</sup>] and FLK [http://www.genetics.org/content/186/1/241.abstract <sup>2</sup>] tests for the detection of selection signatures based on multiple population genotyping data. [https://forge-dga.jouy.inra.fr/projects/hapflk/ <sup>3</sup>] | ||
== Installed version(s) == | == Installed version(s) == | ||
The following versions are installed and currently available... <br/> | The following versions are installed and currently available... <br/> |
Latest revision as of 12:34, 7 October 2021
Introduction
hapflk is a software implementing the hapFLK 1 and FLK 2 tests for the detection of selection signatures based on multiple population genotyping data. 3
Installed version(s)
The following versions are installed and currently available...
... on environment hpc-env/8.3:
- hapflk/1.4-intel-2019b-Python-2.7.16
Loading / Using hapflk
To load the desired version of the module, use the module load command, e.g.
module load hpc-env/8.3 module load hapflk
Always remember: this commands are case sensitive!
To find out on how to use hapflk you can just type in hapflk -h after loading the module to print out a help text to get you started:
$ hapflk -h usage: hapflk [-h] [--ped FILE] [--map FILE] [--file PREFIX] [--bfile PREFIX] [--miss_geno C] [--miss_pheno C] [--miss_parent C] [--miss_sex C] [--chr C] [--from x] [--to x] [--other_map] [-p PREFIX] [--ncpu N] [--eigen] [--reynolds] [--kinship FILE] [--reynolds-snps L] [--outgroup POP] [--keep-outgroup] [-K K] [--nfit NFIT] [--phased] [--kfrq] [--annot] optional arguments: -h, --help show this help message and exit -p PREFIX, --prefix PREFIX prefix for output files (default: hapflk) --ncpu N Use N processors when possible (default: 1) --eigen Perform eigen decomposition of tests (default: False) --reynolds Force writing down Reynolds distances (default: False) --annot Shortcut for --eigen --reynolds --kfrq (default: False) Input Files: Available formats --ped FILE PED file (default: None) --map FILE MAP file (default: None) --file PREFIX PLINK file prefix (ped,map) (default: None) --bfile PREFIX PLINK bfile prefix (bim,fam,bed) (default: None) Data format options: --miss_geno C Missing Genotype Code (default: 0) --miss_pheno C Missing Phenotype Code (default: -9) --miss_parent C Missing Parent Code (default: 0) --miss_sex C Missing Sex Code (default: 0) SNP selection: Filter SNP by genome position --chr C Select chromosome C (default: None) --from x Select SNPs with position > x (in bp/cM) Warning : does not work with BED files (default: 0) --to x Select SNPs with position < x (in bp/cM) Warning : does not work with BED files (default: inf) --other_map Use alternative map (genetic/RH) (default: False) Population kinship : Set parameters for getting the population kinship matrix --kinship FILE Read population kinship from file (if None, kinship is estimated) (default: None) --reynolds-snps L Number of SNPs to use to estimate Reynolds distances (default: 100000) --outgroup POP Use population POP as outgroup for tree rooting (if None, use midpoint rooting) (default: None) --keep-outgroup Keep outgroup in population set (default: False) hapFLK and LD model: Switch on hapFLK calculations and set parameters of the LD model -K K Set the number of clusters to K. hapFLK calculations switched off if K<0 (default: -1) --nfit NFIT Set the number of model fit to use (default: 20) --phased, --inbred Haplotype data provided (default: False) --kfrq Write Cluster frequencies (Big files) (default: False)
Documentation
The full documentation can be found here.