ANGSD: Analysis of next generation Sequencing Data

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availeble from version 0.559+
This option create a fasta file from a sequencing data file. The function uses genome information in the bam header to determing the length and chromosome names. For the sites without data an "N" is written.  
This option create a fasta file from a sequencing data file. The function uses genome information in the bam header to determing the length and chromosome names. For the sites without data an "N" is written.  



Revision as of 17:48, 27 November 2013

availeble from version 0.559+

This option create a fasta file from a sequencing data file. The function uses genome information in the bam header to determing the length and chromosome names. For the sites without data an "N" is written.

<classdiagram type="dir:LR">

[One bam file{bg:orange}]->[sequencing data|random base (-doFasta 1);consensus base (-doFasta 2)]

[sequencing data]->doFasta[fasta file{bg:blue}]

</classdiagram>

Brief Overview

> ./angsd -doFasta
--------------
analysisFasta.cpp:
	-doFasta	0
	1: use a random base
	2: use the most common base (needs -doCounts 1)
	-minQ		13	(remove bases with qscore<minQ)

options

-doFasta 1
sample a random base
-doFasta 2
use the most common base. In the case of ties a random base is chosen among the bases with the same counts. The "-doCounts 1" options for allele counts is needed in order to determine the most common base
-minQ [INT]

minimum base quality score


Example

Create a fasta file bases on a random samples of bases

./angsd -i smallNA07056.mapped.ILLUMINA.bwa.CEU.low_coverage.20111114.bam -doFasta 1