Provided by: minimac4_4.1.4-1_amd64
NAME
minimac4 - Fast Imputation Based on State Space Reduction HMM
DESCRIPTION
Minimac4 is a lower memory and more computationally efficient implementation of "minimac2/3". It is an algorithm for genotypic imputation that works on phased genotypes (say from MaCH). Minimac4 is designed to handle very large reference panels in a more computationally efficient way with no loss of accuracy. This algorithm analyzes only the unique sets of haplotypes in small genomic segments, thereby saving on time-complexity, computational memory but no loss in degree of accuracy.
OPTIONS
Reference Haplotypes --refHaps M3VCF file containing haplotype data for reference panel. --passOnly This option only imports variants with FILTER = PASS. --rsid This option only imports RS ID of variants from ID column (if available). GWAS Haplotypes --haps File containing haplotype data for target (gwas) samples. Must be VCF file. Zipped versions allowed. Output Parameters --prefix Prefix for all output files generated. By default: [Minimac4.Output] --processReference This option will only convert an input VCF file to M3VCF format (currently de-activated in minimac4). If this option is ON, no imputation would be performed. --nobgzip If ON, output files will NOT be gzipped. --format Specifies which fields to output for the FORMAT field in output VCF file. Available handles: GT,DS,HDS,GP [Default: GT,DS]. --allTypedSites If ON, sites available ONLY in GWAS panel will also be output [Default: OFF]. Subset Parameters --chr Chromosome number for which to carry out imputation. --start Start position for imputation by chunking. --end End position for imputation by chunking. --window Length of buffer region on either side of --start and --end. Other Parameters --log If ON, log will be written to $prefix.logfile. --help If ON, detailed help on options and usage. --cpus Number of cpus for parallel computing. Works only with Minimac4-omp.
SEE ALSO
https://genome.sph.umich.edu/wiki/Minimac4
COPYRIGHT
Copyright © 2014-2018 Sayantan Das, Christian Fuchsberger, David Hinds Mary Kate Wing, Goncalo Abecasis