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Can we move these sort of settings and implementations to config files?
- differing
run*.groovyscripts: addressed by fix: combinerun_detectors{,_rgb}.groovy#233
clas12-timeline/bin/detectors.sh
Lines 27 to 30 in c774b05
| MAIN="org.jlab.clas.timeline.run" | |
| if [ $rungroup = "rgb" ]; then | |
| MAIN="org.jlab.clas.timeline.run_rgb" | |
| fi |
- run group dependent settings in QA
monitorRead.groovy- do not set
helFlip; the helicity should be fixed upstream - do not correct FC attenuation; this should be fixed upstream
- do not set
FCmode, although we may still have to use this for compatibility with old Pass1 data
- do not set
clas12-timeline/qa-physics/monitorRead.groovy
Lines 68 to 176 in c774b05
| ////////////////////////////////////////////////////////// | |
| ////////////////////////////////////////////////////////// | |
| // RUN GROUP DEPENDENT SETTINGS ////////////////////////// | |
| def RG = "unknown" | |
| if(runnum>=4763 && runnum<=5001) RG="RGA" // early period | |
| else if(runnum>=5032 && runnum<=5262) RG="RGA" // inbending1 | |
| else if(runnum>=5300 && runnum<=5666) RG="RGA" // inbending1 + outbending | |
| else if(runnum>=5674 && runnum<=6000) RG="RGK" // 6.5+7.5 GeV | |
| else if(runnum>=6120 && runnum<=6604) RG="RGB" // spring 19 | |
| else if(runnum>=6616 && runnum<=6783) RG="RGA" // spring 19 | |
| else if(runnum>=11093 && runnum<=11300) RG="RGB" // fall 19 | |
| else if(runnum>=11323 && runnum<=11571) RG="RGB" // winter 20 | |
| else if(runnum>=12210 && runnum<=12951) RG="RGF" // spring+summer 20 | |
| else if(runnum>=15019 && runnum<=15884) RG="RGM" | |
| else System.err.println "WARNING: unknown run group; using default run-group-dependent settings (see monitorRead.groovy)" | |
| println "rungroup = $RG" | |
| // helFlip: if true, REC::Event.helicity has opposite sign from reality | |
| def helFlip = false | |
| if(RG=="RGA") helFlip = true | |
| else if(RG=="RGB") { | |
| helFlip = true | |
| if(runnum>=11093 && runnum<=11283) helFlip = false // fall, 10.4 GeV period only | |
| else if(runnum>=11323 && runnum<=11571) helFlip = false // winter | |
| }; | |
| else if(RG=="RGK") helFlip = false | |
| else if(RG=="RGF") helFlip = true | |
| else if(RG=="RGM") helFlip = true | |
| // beam energy | |
| // - hard-coded; could instead get from RCDB, but sometimes it is incorrect | |
| def EBEAM = 10.6041 // RGA default | |
| if(RG=="RGA") { | |
| if(runnum>=6616 && runnum<=6783) EBEAM = 10.1998 // spring 19 | |
| else EBEAM = 10.6041 | |
| } | |
| else if(RG=="RGB") { | |
| if(runnum>=6120 && runnum<=6399) EBEAM = 10.5986 // spring | |
| else if(runnum>=6409 && runnum<=6604) EBEAM = 10.1998 // spring | |
| else if(runnum>=11093 && runnum<=11283) EBEAM = 10.4096 // fall | |
| else if(runnum>=11284 && runnum<=11300) EBEAM = 4.17179 // fall BAND_FT | |
| else if(runnum>=11323 && runnum<=11571) EBEAM = 10.3894 // winter (RCDB may still be incorrect) | |
| else System.err.println "ERROR: unknown beam energy" | |
| } | |
| else if(RG=="RGK") { | |
| if(runnum>=5674 && runnum<=5870) EBEAM = 7.546 | |
| else if(runnum>=5875 && runnum<=6000) EBEAM = 6.535 | |
| else System.err.println "ERROR: unknown beam energy" | |
| } | |
| else if(RG=="RGF") { | |
| if (runnum>=12210 && runnum<=12388) EBEAM = 10.389 // RCDB may still be incorrect | |
| else if(runnum>=12389 && runnum<=12443) EBEAM = 2.186 // RCDB may still be incorrect | |
| else if(runnum>=12444 && runnum<=12951) EBEAM = 10.389 // RCDB may still be incorrect | |
| else System.err.println "ERROR: unknown beam energy" | |
| } | |
| else if(RG=="RGM") { | |
| if (runnum>=15013 && runnum<=15490) EBEAM = 5.98636 | |
| else if(runnum>=15533 && runnum<=15727) EBEAM = 2.07052 | |
| else if(runnum>=15728 && runnum<=15784) EBEAM = 4.02962 | |
| else if(runnum>=15787 && runnum<=15884) EBEAM = 5.98636 | |
| else System.err.println "ERROR: unknown beam energy" | |
| } | |
| /* gated FC charge determination: `FCmode` | |
| * - 0: DAQ-gated FC charge is incorrect | |
| * - recharge option was likely OFF during cook, and should be turned on | |
| * - re-calculates DAQ-gated FC charge as: `ungated FC charge * average livetime` | |
| * - typically applies to data cooked with version 6.5.3 or below | |
| * - typically used as a fallback if there are "spikes" in gated charge when `FCmode==1` | |
| * - 1: DAQ-gated FC charge can be trusted | |
| * - recharge option was either ON or did not need to be ON | |
| * - calculate DAQ-gated FC charge directly from `RUN::scaler:fcupgated` | |
| * - if you find `fcupgated > fcup(un-gated)`, then most likely the recharge option was OFF | |
| * but should have been ON, and `FCmode=0` should be used instead | |
| * - 2: special case | |
| * - calculate DAQ-gated FC charge from `REC::Event:beamCharge` | |
| * - useful if `RUN::scaler` is unavailable | |
| */ | |
| def FCmode = 1 // default assumes DAQ-gated FC charge can be trusted | |
| if(RG=="RGA") { | |
| FCmode = 0 // fall18 inbending+outbending | |
| if(runnum>=6616 && runnum<=6783) { // spring19 | |
| FCmode=1; | |
| if(runnum==6724) FCmode=0; // fcupgated charge spike in file 230 | |
| } | |
| } | |
| else if(RG=="RGB") { | |
| FCmode = 1 | |
| if( runnum in [6263, 6350, 6599, 6601, 11119] ) FCmode=0 // fcupgated charge spikes | |
| } | |
| else if(RG=="RGK") FCmode = 0 | |
| else if(RG=="RGF") FCmode = 0 | |
| else if(RG=="RGM") { | |
| FCmode = 1 | |
| if(runnum>=15015 && runnum<=15199) { | |
| FCmode = 2 //no scalars read out in this range probably dosen't work anyway | |
| } | |
| } | |
| // FC attenuation fix | |
| // FIXME: re-define this as a closure here, when resolving https://github.com/JeffersonLab/clasqaDB/issues/12 | |
| // RGB runs <6400 had wrong attenuation, need to use | |
| // fc -> fc*9.96025 | |
| // (this is programmed in below, but mentioned here for documentation) | |
| ////////////////////////////////////////////////////////// | |
| ////////////////////////////////////////////////////////// | |
| ////////////////////////////////////////////////////////// |
-
RG-D trigger bit from More flexible trigger bit usage #138
- note the run num maximum here
monitoring/src/main/java/org/jlab/clas12/monitoring/monitor2p2GeV.java
-
RG-D
$v_z$ bimodal fit for double target: Change fit function for RG-D for the forward electron Vz. #272 -
allowing/disallowing timelines for certain run groups (first introduced in fix: don't attempt to analyze empty ALERT timelines #308)
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