We will use SIDIS skims from two datasets: one for a 6.4 GeV beam, and another for a 8.5 GeV beam; we will keep them separate, to be consistent with what we did for Fall 2018 RG-K data:
rgk_sp24_6.4GeV: from/cache/clas12/rg-k/production/recon/spring2024/pass1/6395MeV/dst/train/skim1rgk_sp24_8.5GeV: from/cache/clas12/rg-k/production/recon/spring2024/pass1/8477MeV/dst/train/skim1
Before anything, cross check the train and DST run lists:
bin/qtl xtrain /mss/clas12/rg-k/production/recon/spring2024/pass1/6395MeV/dst/train/skim1 /mss/clas12/rg-k/production/recon/spring2024/pass1/6395MeV/dst/recon
bin/qtl xtrain /mss/clas12/rg-k/production/recon/spring2024/pass1/8477MeV/dst/train/skim1 /mss/clas12/rg-k/production/recon/spring2024/pass1/8477MeV/dst/reconTODO:
- check if needed; see Fall 2018 RG-K notes
- if reheating is needed, fix
qtl histogrampaths below
Important
Check any run-dependent settings in qa-physics/monitorRead.groovy, such as beam energy.
check cache:
bin/qtl histogram -d rgk_sp24_6.4GeV --check-cache --flatdir --focus-physics /cache/clas12/rg-k/production/recon/spring2024/pass1/6395MeV/dst/train/skim1
bin/qtl histogram -d rgk_sp24_8.5GeV --check-cache --flatdir --focus-physics /cache/clas12/rg-k/production/recon/spring2024/pass1/8477MeV/dst/train/skim1run:
bin/qtl histogram -d rgk_sp24_6.4GeV --flatdir --focus-physics /cache/clas12/rg-k/production/recon/spring2024/pass1/6395MeV/dst/train/skim1
bin/qtl histogram -d rgk_sp24_8.5GeV --flatdir --focus-physics /cache/clas12/rg-k/production/recon/spring2024/pass1/8477MeV/dst/train/skim1Important
In case any runs disappeared from /cache while running monitoring or reheating, be sure to cross check the output runs with those from /mss
Make the timelines, separately for each of the 2 datasets:
bin/qtl physics -d rgk_sp24_6.4GeV -p rgk/pass2/qa/sp24_6.4GeV
bin/qtl physics -d rgk_sp24_8.5GeV -p rgk/pass2/qa/sp24_8.5GeVWarning
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