Merge pull request #433 from ameynert/master

Updated documentation and DSL2 profile for Sarek
master
ameynert 2 years ago committed by GitHub
commit bed950c735
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@ -46,5 +46,6 @@ singularity {
runOptions = '-p -B "$TMPDIR"' runOptions = '-p -B "$TMPDIR"'
enabled = true enabled = true
autoMounts = true autoMounts = true
cacheDir = "/exports/igmm/eddie/BioinformaticsResources/nfcore/singularity-images"
} }

@ -1,53 +1,77 @@
process { process {
withName:APPLYBQSR {
withName:MapReads { clusterOptions = {"-l h_vmem=${(task.memory + 4.GB).bytes/task.cpus}"}
cpus = 16 }
memory = 128.GB withName:APPLYBQSR_SPARK {
clusterOptions = {"-l h_vmem=${(task.memory + 8.GB).bytes/task.cpus}"} clusterOptions = {"-l h_vmem=${(task.memory + 4.GB).bytes/task.cpus}"}
}
withName:GATK4_APPLYVQSR {
clusterOptions = {"-l h_vmem=${(task.memory + 4.GB).bytes/task.cpus}"}
}
withName:GATK4_BASERECALIBRATOR {
clusterOptions = {"-l h_vmem=${(task.memory + 4.GB).bytes/task.cpus}"}
}
withName:GATK4_BASERECALIBRATOR_SPARK {
clusterOptions = {"-l h_vmem=${(task.memory + 4.GB).bytes/task.cpus}"}
} }
withName:BuildDict { withName:GATK4_CALCULATECONTAMINATION {
cpus = 1
clusterOptions = {"-l h_vmem=${(task.memory + 4.GB).bytes/task.cpus}"} clusterOptions = {"-l h_vmem=${(task.memory + 4.GB).bytes/task.cpus}"}
} }
withName:BamQC { withName:GATK4_CNNSCOREVARIANTS {
cpus = 8 clusterOptions = {"-l h_vmem=${(task.memory + 4.GB).bytes/task.cpus}"}
memory = 128.GB }
clusterOptions = {"-l h_vmem=${(task.memory + 8.GB).bytes/task.cpus}"} withName:GATK4_CREATESEQUENCEDICTIONARY {
clusterOptions = {"-l h_vmem=${(task.memory + 4.GB).bytes/task.cpus}"}
} }
withName:MarkDuplicates { withName:GATK4_ESTIMATELIBRARYCOMPLEXITY {
clusterOptions = {"-l h_vmem=${(task.memory + 4.GB).bytes/task.cpus}"} clusterOptions = {"-l h_vmem=${(task.memory + 4.GB).bytes/task.cpus}"}
} }
withName:BaseRecalibrator { withName:GATK4_FILTERMUTECTCALLS {
clusterOptions = {"-l h_vmem=${(task.memory + 4.GB).bytes/task.cpus}"} clusterOptions = {"-l h_vmem=${(task.memory + 4.GB).bytes/task.cpus}"}
} }
withName:ApplyBQSR { withName:GATK4_FILTERVARIANTTRANCHES {
clusterOptions = {"-l h_vmem=${(task.memory + 4.GB).bytes/task.cpus}"} clusterOptions = {"-l h_vmem=${(task.memory + 4.GB).bytes/task.cpus}"}
} }
withName:GatherBQSRReports { withName:GATK4_GATHERBQSRREPORTS {
clusterOptions = {"-l h_vmem=${(task.memory + 4.GB).bytes/task.cpus}"} clusterOptions = {"-l h_vmem=${(task.memory + 4.GB).bytes/task.cpus}"}
} }
withName:HaplotypeCaller { withName:GATK4_GATHERPILEUPSUMMARIES {
clusterOptions = {"-l h_vmem=${(task.memory + 4.GB).bytes/task.cpus}"} clusterOptions = {"-l h_vmem=${(task.memory + 4.GB).bytes/task.cpus}"}
} }
withName:GenotypeGVCFs { withName:GATK4_GENOMICSDBIMPORT {
clusterOptions = {"-l h_vmem=${(task.memory + 4.GB).bytes/task.cpus}"} clusterOptions = {"-l h_vmem=${(task.memory + 4.GB).bytes/task.cpus}"}
} }
withName:Mutect2 { withName:GATK4_GENOTYPEGVCFS {
clusterOptions = {"-l h_vmem=${(task.memory + 4.GB).bytes/task.cpus}"} clusterOptions = {"-l h_vmem=${(task.memory + 4.GB).bytes/task.cpus}"}
} }
withName:MergeMutect2Stats { withName:GATK4_GETPILEUPSUMMARIES {
clusterOptions = {"-l h_vmem=${(task.memory + 4.GB).bytes/task.cpus}"} clusterOptions = {"-l h_vmem=${(task.memory + 4.GB).bytes/task.cpus}"}
} }
withName:PileupSummariesForMutect2 { withName:GATK4_HAPLOTYPECALLER {
clusterOptions = {"-l h_vmem=${(task.memory + 4.GB).bytes/task.cpus}"} clusterOptions = {"-l h_vmem=${(task.memory + 4.GB).bytes/task.cpus}"}
} }
withName:MergePileupSummaries { withName:GATK4_INTERVALLISTTOBED {
clusterOptions = {"-l h_vmem=${(task.memory + 4.GB).bytes/task.cpus}"} clusterOptions = {"-l h_vmem=${(task.memory + 4.GB).bytes/task.cpus}"}
} }
withName:CalculateContamination { withName:GATK4_LEARNREADORIENTATIONMODEL {
clusterOptions = {"-l h_vmem=${(task.memory + 4.GB).bytes/task.cpus}"} clusterOptions = {"-l h_vmem=${(task.memory + 4.GB).bytes/task.cpus}"}
} }
withName:FilterMutect2Calls { withName:GATK4_MARKDUPLICATES {
clusterOptions = {"-l h_vmem=${(task.memory + 4.GB).bytes/task.cpus}"} clusterOptions = {"-l h_vmem=${(task.memory + 4.GB).bytes/task.cpus}"}
} }
withName:GATK4_MARKDUPLICATES_SPARK {
clusterOptions = {"-l h_vmem=${(task.memory + 4.GB).bytes/task.cpus}"}
}
withName:GATK4_MERGEMUTECTSTATS {
clusterOptions = {"-l h_vmem=${(task.memory + 4.GB).bytes/task.cpus}"}
}
withName:GATK4_MERGEVCFS {
clusterOptions = {"-l h_vmem=${(task.memory + 4.GB).bytes/task.cpus}"}
}
withName:GATK4_MUTECT2 {
clusterOptions = {"-l h_vmem=${(task.memory + 4.GB).bytes/task.cpus}"}
}
withName:GATK4_VARIANTRECALIBRATOR {
clusterOptions = {"-l h_vmem=${(task.memory + 4.GB).bytes/task.cpus}"}
}
} }

@ -35,16 +35,17 @@ This config enables Nextflow to manage the pipeline jobs via the SGE job schedul
## Singularity set-up ## Singularity set-up
Load Singularity from the module system and, if you have access to `/exports/igmm/eddie/BioinformaticsResources`, set the Singularity cache directory to the BioinformaticsResources path below. If some containers for your pipeline run are not present, please contact the [IGC Data Manager](data.manager@igc.ed.ac.uk) to have them added. You can add these lines to the file `$HOME/.bashrc`, or you can run these commands before you run an nf-core pipeline. Load Singularity from the module system.
If you do not have access to `/exports/igmm/eddie/BioinformaticsResources`, set the Singularity cache directory to somewhere sensible that is not in your `$HOME` area (which has limited space). It will take time to download all the Singularity containers, but you can use this again.
```bash ```bash
module load singularity module load singularity
export NXF_SINGULARITY_CACHEDIR="/exports/igmm/eddie/BioinformaticsResources/nf-core/singularity-images"
``` ```
Singularity will create a directory `.singularity` in your `$HOME` directory on eddie. Space on `$HOME` is very limited, so it is a good idea to create a directory somewhere else with more room and link the locations. The eddie profile is set to use `/exports/igmm/eddie/BioinformaticsResources/nfcore/singularity-images` as the Singularity cache directory. If some containers for your pipeline run are not present, please contact the [IGC Data Manager](data.manager@igc.ed.ac.uk) to have them added. You can add these lines to the file `$HOME/.bashrc`, or you can run these commands before you run an nf-core pipeline.
If you do not have access to `/exports/igmm/eddie/BioinformaticsResources`, set the Singularity cache directory to somewhere sensible that is not in your `$HOME` area (which has limited space). It will take time to download all the Singularity containers, but you can use this again.
Singularity will by default create a directory `.singularity` in your `$HOME` directory on eddie. Space on `$HOME` is very limited, so it is a good idea to create a directory somewhere else with more room and link the locations.
```bash ```bash
cd $HOME cd $HOME

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