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I noticed that when running assembly with Minia twice with exact same parameters, produced assembled genomes are slightly different
=> This is something known: GATB/minia#25 (comment)
It first thought it would be OK to set deterministic behaviour as default, because Minia is fast and nextflow should be able to parallellize Minia processes over multiple samples
=> But my tests show a rather important impact on performances
(I only changed main.nf of Minia module, maybe there was something else to tweak to maintain performances ?)
So rather it could useful to add an optional parameter to enable deterministic Minia assembly (could be something like --deterministic-minia) ?
=> In case one wants to compare assembled genomes ?
=> Warning user that it will have a huge impact on performances
Hope this helps !
Have a nice day,
Felix.
The text was updated successfully, but these errors were encountered:
Description of feature
Hi all,
I noticed that when running assembly with Minia twice with exact same parameters, produced assembled genomes are slightly different
=> This is something known: GATB/minia#25 (comment)
To avoid that, Minia should be run with
-nb-cores 1 -nb-glue-partitions 200
(not the case in current Minianf-core
module)=> See "11 - Reproducibility" section of Minia manual
It first thought it would be OK to set deterministic behaviour as default, because Minia is fast and nextflow should be able to parallellize Minia processes over multiple samples
=> But my tests show a rather important impact on performances
(I only changed
main.nf
of Minia module, maybe there was something else to tweak to maintain performances ?)So rather it could useful to add an optional parameter to enable deterministic Minia assembly (could be something like
--deterministic-minia
) ?=> In case one wants to compare assembled genomes ?
=> Warning user that it will have a huge impact on performances
Hope this helps !
Have a nice day,
Felix.
The text was updated successfully, but these errors were encountered: