macs21
Macs2 - model-based analysis for chip-sequencing
Overview
usage: macs2 [-h] [--version]
-
{callpeak,bdgpeakcall,bdgbroadcall,bdgcmp,bdgopt,cmbreps,bdgdiff,filterdup,predictd,pileup,randsample,refinepeak} ...
macs2 -- Model-based Analysis for ChIP-Sequencing
positional arguments:
-
{callpeak,bdgpeakcall,bdgbroadcall,bdgcmp,bdgopt,cmbreps,bdgdiff,filterdup,predictd,pileup,randsample,refinepeak}
- callpeak
-
Main MACS2 Function: Call peaks from alignment results.
- bdgpeakcall
-
Call peaks from bedGraph output. Note: All regions on the same chromosome in the bedGraph file should be continuous so only bedGraph files from MACS2 are accpetable.
- bdgbroadcall
-
Call broad peaks from bedGraph output. Note: All regions on the same chromosome in the bedGraph file should be continuous so only bedGraph files from MACS2 are accpetable.
- bdgcmp
-
Deduct noise by comparing two signal tracks in bedGraph. Note: All regions on the same chromosome in the bedGraph file should be continuous so only bedGraph files from MACS2 are accpetable.
- bdgopt
-
Operations on score column of bedGraph file. Note: All regions on the same chromosome in the bedGraph file should be continuous so only bedGraph files from MACS2 are accpetable.
- cmbreps
-
Combine BEDGraphs of scores from replicates. Note: All regions on the same chromosome in the bedGraph file should be continuous so only bedGraph files from MACS2 are accpetable.
- bdgdiff
-
Differential peak detection based on paired four bedgraph files. Note: All regions on the same chromosome in the bedGraph file should be continuous so only bedGraph files from MACS2 are accpetable.
- filterdup
-
Remove duplicate reads at the same position, then save the rest alignments to BED or BEDPE file. If you use '
--keep-dupall option', this script can be utilized to convert any acceptable format into BED or BEDPE format.
- predictd
-
Predict d or fragment size from alignment results. *Will NOT filter duplicates*
- pileup
-
Pileup aligned reads with a given extension size (fragment size or d in MACS language). Note there will be no step for duplicate reads filtering or sequencing depth scaling, so you may need to do certain pre/postprocessing.
- randsample
-
Randomly sample number/percentage of total reads.
- refinepeak
-
(Experimental) Take raw reads alignment, refine peak summits and give scores measuring balance of waston/crick tags. Inspired by SPP.
options:
-
-h, --help -
show this help message and exit
-
--version -
show program's version number and exit
For command line options of each command, type: macs2 COMMAND -h
Releases
5 releases since Debian 8 (Jessie); the text changed 4 times.
--help since Debian 11 (Bullseye);
--version since Debian 11 (Bullseye);
-h since Debian 11 (Bullseye).
--auto-bimodal until Debian 8 (Jessie);
--bdg until Debian 8 (Jessie);
--broad until Debian 8 (Jessie);
--broad-cutoff until Debian 8 (Jessie);
--bw until Debian 8 (Jessie);
--control until Debian 8 (Jessie);
--down-sample until Debian 8 (Jessie);
--format until Debian 8 (Jessie);
--gsize until Debian 8 (Jessie);
--half-ext until Debian 8 (Jessie);
--keep-dup until Debian 8 (Jessie);
--llocal until Debian 8 (Jessie);
--mfold until Debian 8 (Jessie);
--name until Debian 8 (Jessie);
--nolambda until Debian 8 (Jessie);
--nomodel until Debian 8 (Jessie);
--pvalue until Debian 8 (Jessie);
--qvalue until Debian 8 (Jessie);
--shift-control until Debian 8 (Jessie);
--shiftsize until Debian 8 (Jessie);
--slocal until Debian 8 (Jessie);
--to-large until Debian 8 (Jessie);
--treatment until Debian 8 (Jessie);
--tsize until Debian 8 (Jessie);
--verbose until Debian 8 (Jessie);
-B until Debian 8 (Jessie);
-c until Debian 8 (Jessie);
-f until Debian 8 (Jessie);
-g until Debian 8 (Jessie);
-m until Debian 8 (Jessie);
-n until Debian 8 (Jessie);
-p until Debian 8 (Jessie);
-q until Debian 8 (Jessie);
-s until Debian 8 (Jessie);
-t until Debian 8 (Jessie).