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Thank you. Would you consider adding that as a feature to have it detect a set number of regions or chromosomes and parallelize itself? Also it does not seem like medaka_haploid_variant is able to take --regions as an input. How should I run it independently on each chromosome?
It looks like an oversight that medaka_haploid_variant doesn't take a --regions argument like other programs. We can look at adding that.
More generally the medaka programs don't implement parallelization across chromosomes/regions for two reasons:
a) most tasks are trivially parallelizable (so the programs can just be run multiple times)
b) the subtleties in handling hardware resources, e.g. implementing parallelization for CPU-only settings requires a different strategy to a single- or -multi-GPU setting.
Since medaka is fundamentally a piece of algorithm research, implementing some of these niceities takes a back seat to investigating new methods. We endeavour to stick to a Unix philosophy of creating composable tools that do one job such that users can use the tools flexibly in a manner that suits their situation.
Thank you. Would you consider adding that as a feature to have it detect a set number of regions or chromosomes and parallelize itself? Also it does not seem like
medaka_haploid_variant
is able to take--regions
as an input. How should I run it independently on each chromosome?Originally posted by @jpn2021 in #263 (comment)
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