Thanks, a fantastic answer to my question!
I just completed my first genome assembly using abyss (made from 1 set of paired-end files, 1 single end file, and 7 mate pair sets). Abyss creates a large number of output files, and what I'd like to do now is blast my assembly to remove contigs that are potentially there due to contamination. Nevertheless, I am confused about what .fa file represents my final assembly (as there are 13 different .fa files (see below)). What do the numbered files represent (bowfin-1.fa, bowfin-2.fa, etc.)? Will I need to combine these for a final assembly (assuming I want to eventually map reads to the assembly from different individuals and get a .vcf file for pop gen analysis)? I'm just a little confused as to why there are so many output files...
bowfin-1.dot bowfin-6.dot coverage.hist
bowfin-1.fa bowfin-6.fa mpc-6.dist.dot
bowfin-1.path bowfin-6.path mpc-6.hist
bowfin-2.dot bowfin-6.path.dot mpd-6.dist.dot
bowfin-2.dot1 bowfin-7.dot mpd-6.hist
bowfin-2.fa bowfin-7.fa mpe-6.dist.dot
bowfin-2.path bowfin-7.path mpe-6.hist
bowfin-3.dist bowfin-8.dot mpf-6.dist.dot
bowfin-3.dot bowfin-8.fa mpf-6.hist
bowfin-3.fa bowfin-bubbles.fa mpg-6.dist.dot
bowfin-3.fa.fai bowfin-contigs.dot mpg-6.hist
bowfin-4.dot bowfin-contigs.fa mph-6.dist.dot
bowfin-4.fa bowfin-indel.fa mph-6.hist
bowfin-4.fa.fai bowfin-scaffolds.dot mpi-6.dist.dot
bowfin-4.path1 bowfin-scaffolds.fa mpi-6.hist
bowfin-4.path2 bowfin-stats pea-3.dist
bowfin-4.path3 bowfin-stats.csv pea-3.hist
bowfin-5.dot bowfin-stats.md peb-3.dist
bowfin-5.fa bowfin-stats.tab peb-3.hist
bowfin-5.path bowfin-unitigs.fa slurm.rhea-07.751256.out
1 answer
the one with the highest number appended to your run-name is the final output
bowfin-8.fa in your case (from what I can see) , in every step of abyss it takes the previous result and increases the number by one , so the highest numbered one is the most advanced one
Unless for specific purposes you can ignore all other non .fa ones
there are so many output files because they represent distinct and different analysis steps
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