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wrmXpress is a software suite that analyzes worm imaging data generated on an ImageXpress high-content imager. It combines bespoke modules with pipelines developed within other frameworks, and can be deployed locally or distributed on a high-throughput computing network. See the wrmXpress GitHub repository for details.
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The protocol below is specific to Zamanian lab pipelines deployed at the CHTC. Prerequisites: generating and exporting imaging data to ResearchDrive, transferring it to input/ in staging/ on the CHTC, and uploading experimental metadata to metadata/ in staging/.
Useful links:
20211013-p04-NJW_932.yml). Each plate must have its own YAML file, even if parameters are identical across the batch.scp also work.plate_list.txt with the plate name of each plate in the batch on a separate line. Upload this to your home directory too.<aside> 💡
If you already have a plate_list.txt in your home directory, you can edit it in place with vim or nano.
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plate_list.txt.git clone <https://github.com/zamanianlab/chtc-submit.git>chtc-submit/imgproc/wrmXpress.sub to request the correct number of CPUs and amount of RAM and disk space. Do not push these changes back to the remote chtc-submit repo.condor_submit chtc-submit/imgproc/wrmXpress.sub script=chtc-submit/imgproc/wrmXpress.sh
If everything went correctly, you should see a notice that the jobs have been submitted. The number of jobs corresponds to the number of plates in plate_list.txt.