Provided by: vg_1.30.0+ds-1_amd64
NAME
vg - tools for working with genome variation graphs
DESCRIPTION
vg: variation graph tool, version v1.30.0 "Carentino" usage: vg <command> [options] main mapping and calling pipeline: -- construct graph construction -- index index graphs or alignments for random access or mapping -- map MEM-based read alignment -- giraffe fast haplotype-aware short read alignment -- augment augment a graph from an alignment -- pack convert alignments to a compact coverage index -- call call or genotype VCF variants -- help show all subcommands useful graph tools: -- autoindex produce indexes for other subcommands -- deconstruct create a VCF from variation in the graph -- gbwt build and manipulate GBWTs -- ids manipulate node ids -- minimizer build a minimizer index or a syncmer index -- mod filter, transform, and edit the graph -- prune prune the graph for GCSA2 indexing -- sim simulate reads from a graph -- snarls compute snarls and their traversals -- stats metrics describing graph and alignment properties -- view format conversions for graphs and alignments specialized graph tools: -- add add variants from a VCF to a graph -- align local alignment -- annotate annotate alignments with graphs and graphs with alignments -- chunk split graph or alignment into chunks -- circularize circularize a path within a graph -- concat concatenate graphs tail-to-head -- convert convert graphs between handle-graph compiant formats -- depth estimate sequencing depth -- dotplot generate the dotplot matrix from the embedded paths in an xg index -- filter filter reads -- gamcompare compare alignment positions -- gampcompare compare multipath alignment positions -- gamsort Sort a GAM file or index a sorted GAM file. -- genotype Genotype (or type) graphs, GAMS, and VCFs. -- inject lift over alignments for the graph -- mpmap multipath alignments of reads to a graph -- paths traverse paths in the graph -- rna construct spliced variation graphs and transcript paths -- simplify graph simplification -- surject map alignments onto specific paths -- trace trace haplotypes -- vectorize transform alignments to simple ML-compatible vectors -- viz render visualizations of indexed graphs and read sets developer commands: -- benchmark run and report on performance benchmarks -- cluster find and cluster mapping seeds -- find use an index to find nodes, edges, kmers, paths, or positions -- mcmc Finds haplotypes based on reads using MCMC methods -- test run unit tests -- validate validate the semantics of a graph or gam -- version version information For technical support, please visit: https://www.biostars.org/t/vg/ Compiled with g++ (Ubuntu 10.2.1-6ubuntu2) 10.2.1 20210121 on Linux Linked against libstd++ 20210121 Built by buildd@lgw01-amd64-038