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/nfs/slac/g/hps_data2/data/physrun2019/feeAlignmentsvtAlignment/
These instructions assume you are in the /nfs/slac/g/hps_data2/data/physrun2019/feeAlignmentsvtAlignment/runDir directory
For development and testing you may want to run over a single file just to test things.
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java -server -jar hps-distribution-4.5-SNAPSHOT-bin.jar PhysicsRun2019ReReconForAlignment.lcsim -i <inputFileName> -DoutputFile=outputs/DetectorNamePassX/<outputFileName> -d <detectorName> -R 10103 |
For production at SLAC you can use the following for 10103:
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for i in {000..191}; do bsub -W 4:00 -R rhel60 -o outputs/HPS-PhysicsRun2019-v2-4pt5_Pass0/logs/hps_010103.evio.00"$i".log java -server -jar hps-distribution-4.5-SNAPSHOT-bin.jar PhysicsRun2019ReReconForAlignment_multiFiles.lcsim -DinputFileList=inputs/hps_010103.evio.00"$i"_InputFileList.txt -DoutputFile=outputs/HPS-PhysicsRun2019-v2-4pt5_Pass0/hps_010103.evio.00"$i" -d HPS-PhysicsRun2019-v2-4pt5 -R 10103 -e 1000; done |
and similarly for 10104:
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for i in {000..206}; do bsub -W 4:00 -R rhel60 -o outputs/HPS-PhysicsRun2019-v2-4pt5_Pass0/logs/hps_010104.evio.00"$i".log java -server -jar hps-distribution-4.5-SNAPSHOT-bin.jar PhysicsRun2019ReReconForAlignment_multiFiles.lcsim -DinputFileList=inputs/hps_010104.evio.00"$i"_InputFileList.txt -DoutputFile=outputs/HPS-PhysicsRun2019-v2-4pt5_Pass0/hps_010104.evio.00"$i" -d HPS-PhysicsRun2019-v2-4pt5 -R 10104 -e 1000; done |
Each set of jobs normally finishes within 6 minutes, so the 600k events can be processed in slightly over 10 minutes.
The resulting root files can be concatenated using the command-line utility:
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hadd HPS-PhysicsRun2019-v2-4pt5_Pass0.root outputs/HPS-PhysicsRun2019-v2-4pt5_Pass0/*.root |
and can be analyzed using a standard set of analysis macros to produce a series of canonical plots. Note that root version 6 or above is needed.
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