Update PrChecking
Fix issue for VeloTracking #34 (closed)
Added categories for Checking velo tracking (on 1 event)
VeloPrChecker.Velo INFO **** Velo 395 tracks including 3 ghosts [ 0.76 %], Event average 0.76 % ****
VeloPrChecker.Velo INFO 01_notElectron_Velo : 362 from 406 [ 89.16 %] 5 clones [ 1.36 %], purity: 99.83 %, hitEff: 95.31 %, hitEffFirst3: 95.28 %, hitEffLast: 94.18 %
VeloPrChecker.Velo INFO 02_notElectron_Velo_Forward : 193 from 213 [ 90.61 %] 4 clones [ 2.03 %], purity: 99.82 %, hitEff: 93.96 %, hitEffFirst3: 93.23 %, hitEffLast: 93.11 %
VeloPrChecker.Velo INFO 03_notElectron_Velo_Backward : 169 from 193 [ 87.56 %] 1 clones [ 0.59 %], purity: 99.85 %, hitEff: 96.87 %, hitEffFirst3: 97.65 %, hitEffLast: 95.46 %
VeloPrChecker.Velo INFO 04_notElectron_Velo_Eta25 : 154 from 161 [ 95.65 %] 4 clones [ 2.53 %], purity: 99.77 %, hitEff: 93.56 %, hitEffFirst3: 92.41 %, hitEffLast: 93.74 %
VeloPrChecker.Velo INFO 05_notElectron_Long_Eta25 : 90 from 93 [ 96.77 %] 0 clones [ 0.00 %], purity: 99.60 %, hitEff: 96.47 %, hitEffFirst3: 93.33 %, hitEffLast: 98.83 %
VeloPrChecker.Velo INFO 06_notElectron_Long_Eta25 p>5GeV : 63 from 64 [ 98.44 %] 0 clones [ 0.00 %], purity: 99.60 %, hitEff: 97.60 %, hitEffFirst3: 95.24 %, hitEffLast: 98.99 %
VeloPrChecker.Velo INFO 07_notElectron_Long_Eta25 p<5GeV : 27 from 29 [ 93.10 %] 0 clones [ 0.00 %], purity: 99.59 %, hitEff: 93.85 %, hitEffFirst3: 88.89 %, hitEffLast: 98.44 %
VeloPrChecker.Velo INFO 08_notElectron_Long_Eta25 : 90 from 93 [ 96.77 %] 0 clones [ 0.00 %], purity: 99.60 %, hitEff: 96.47 %, hitEffFirst3: 93.33 %, hitEffLast: 98.83 %
VeloPrChecker.Velo INFO 09_notElectron_Long_Eta25 p>5GeV : 63 from 64 [ 98.44 %] 0 clones [ 0.00 %], purity: 99.60 %, hitEff: 97.60 %, hitEffFirst3: 95.24 %, hitEffLast: 98.99 %
VeloPrChecker.Velo INFO 10_notElectron_Long_Eta25 p>5GeV : 27 from 29 [ 93.10 %] 0 clones [ 0.00 %], purity: 99.59 %, hitEff: 93.85 %, hitEffFirst3: 88.89 %, hitEffLast: 98.44 %
VeloPrChecker.Velo INFO 11_notElectron_Long_Eta25 p>3GeV pt>400MeV : 56 from 59 [ 94.92 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 97.21 %, hitEffFirst3: 95.24 %, hitEffLast: 98.63 %
VeloPrChecker.Velo INFO 12_notElectron_Long_FromB_Eta25 : 2 from 2 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 %, hitEffFirst3:100.00 %, hitEffLast:100.00 %
VeloPrChecker.Velo INFO 13_notElectron_Long_FromB_Eta25 p>5GeV : 2 from 2 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 %, hitEffFirst3:100.00 %, hitEffLast:100.00 %
VeloPrChecker.Velo INFO 15_notElectron_Long_FromB_Eta25 p>3GeV pt>400MeV : 2 from 2 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 %, hitEffFirst3:100.00 %, hitEffLast:100.00 %
VeloPrChecker.Velo INFO 16_notElectron_Long_FromD_Eta25 : 1 from 1 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 %, hitEffFirst3:100.00 %, hitEffLast:100.00 %
VeloPrChecker.Velo INFO 17_notElectron_Long_FromD_Eta25 p>5GeV : 1 from 1 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 %, hitEffFirst3:100.00 %, hitEffLast:100.00 %
VeloPrChecker.Velo INFO 19_notElectron_Long_FromD_Eta25 p>3GeV pt>400MeV : 1 from 1 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 %, hitEffFirst3:100.00 %, hitEffLast:100.00 %
VeloPrChecker.Velo INFO 20_notElectron_Long_strange_Eta25 : 7 from 7 [100.00 %] 0 clones [ 0.00 %], purity: 96.43 %, hitEff: 94.29 %, hitEffFirst3: 90.48 %, hitEffLast:100.00 %
VeloPrChecker.Velo INFO 21_notElectron_Long_strange_Eta25 p>5GeV : 3 from 3 [100.00 %] 0 clones [ 0.00 %], purity: 91.67 %, hitEff: 93.33 %, hitEffFirst3: 88.89 %, hitEffLast:100.00 %
VeloPrChecker.Velo INFO 22_notElectron_Long_strange_Eta25 p<5GeV : 4 from 4 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 95.00 %, hitEffFirst3: 91.67 %, hitEffLast:100.00 %
VeloPrChecker.Velo INFO 23_notElectron_Long_strange_Eta25 p>5GeV pt>400MeV : 3 from 3 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 93.33 %, hitEffFirst3: 88.89 %, hitEffLast:100.00 %
VeloPrChecker.Velo INFO 24_Electron_Velo : 26 from 49 [ 53.06 %] 1 clones [ 3.70 %], purity: 97.90 %, hitEff: 82.51 %, hitEffFirst3: 80.25 %, hitEffLast: 72.62 %
VeloPrChecker.Velo INFO 25_Electron_Velo_Forward : 21 from 39 [ 53.85 %] 1 clones [ 4.55 %], purity: 97.42 %, hitEff: 80.59 %, hitEffFirst3: 75.76 %, hitEffLast: 75.00 %
VeloPrChecker.Velo INFO 26_Electron_Velo_Backward : 5 from 10 [ 50.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 91.00 %, hitEffFirst3:100.00 %, hitEffLast: 62.50 %
VeloPrChecker.Velo INFO 27_Electron_Velo_Eta25 : 17 from 31 [ 54.84 %] 1 clones [ 5.56 %], purity: 96.85 %, hitEff: 76.27 %, hitEffFirst3: 70.37 %, hitEffLast: 75.00 %
VeloPrChecker.Velo INFO 28_Electron_Long_Eta25 : 6 from 6 [100.00 %] 0 clones [ 0.00 %], purity: 96.67 %, hitEff: 85.76 %, hitEffFirst3: 72.22 %, hitEffLast: 95.83 %
VeloPrChecker.Velo INFO 29_Electron_Long_Eta25 p>5GeV : 3 from 3 [100.00 %] 0 clones [ 0.00 %], purity: 93.33 %, hitEff: 86.67 %, hitEffFirst3: 77.78 %, hitEffLast:100.00 %
VeloPrChecker.Velo INFO 30_Electron_Long_Eta25 p<5GeV : 3 from 3 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 84.85 %, hitEffFirst3: 66.67 %, hitEffLast: 91.67 %
VeloPrChecker.Velo INFO 31_Electron_Long_Eta25 : 6 from 6 [100.00 %] 0 clones [ 0.00 %], purity: 96.67 %, hitEff: 85.76 %, hitEffFirst3: 72.22 %, hitEffLast: 95.83 %
VeloPrChecker.Velo INFO 32_Electron_Long_Eta25 p>5GeV : 3 from 3 [100.00 %] 0 clones [ 0.00 %], purity: 93.33 %, hitEff: 86.67 %, hitEffFirst3: 77.78 %, hitEffLast:100.00 %
VeloPrChecker.Velo INFO 33_Electron_Long__Eta25 p<5GeV : 3 from 3 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 84.85 %, hitEffFirst3: 66.67 %, hitEffLast: 91.67 %
VeloPrChecker.Velo INFO 34_Electron_Long_Eta25 p>3GeV pt>400MeV : 1 from 1 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 %, hitEffFirst3:100.00 %, hitEffLast:100.00 %
VeloPrChecker.Velo INFO 35_Electron_Long_FromB_Eta25 : 1 from 1 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 %, hitEffFirst3:100.00 %, hitEffLast:100.00 %
VeloPrChecker.Velo INFO 37_Electron_Long_FromBEta25 p<5GeV : 1 from 1 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 %, hitEffFirst3:100.00 %, hitEffLast:100.00 %
VeloPrChecker.Velo INFO 38_Electron_Long_FromB_Eta25 p>3GeV pt>400MeV : 1 from 1 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 %, hitEffFirst3:100.00 %, hitEffLast:100.00 % All nightlies running PrChecker will be broken due to a change to adapt the string size to the max size of hte strings and indenting all terms to the left side.
This allows in the standard PrChecker also to have not the
PrChecker2Fast.... INFO 12_TT_long_fromB_P>3GeV_Pt>0.5GeV : 1 from 1 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 %, hitEffFirst3:100.00 %, hitEffLast:100.00 %
category be chunked and all PrChecker output will look like :
PrChecker2Fast INFO Results
PrChecker2Fast.... INFO **** Velo 341 tracks including 3 ghosts [ 0.88 %], Event average 0.88 % ****
PrChecker2Fast.... INFO 01_velo : 154 from 161 [ 95.65 %] 4 clones [ 2.53 %], purity: 99.77 %, hitEff: 93.56 %, hitEffFirst3: 92.41 %, hitEffLast: 93.74 %
PrChecker2Fast.... INFO 02_long : 90 from 93 [ 96.77 %] 0 clones [ 0.00 %], purity: 99.60 %, hitEff: 96.47 %, hitEffFirst3: 93.33 %, hitEffLast: 98.83 %
PrChecker2Fast.... INFO 03_long>5GeV : 63 from 64 [ 98.44 %] 0 clones [ 0.00 %], purity: 99.60 %, hitEff: 97.60 %, hitEffFirst3: 95.24 %, hitEffLast: 98.99 %
PrChecker2Fast.... INFO 04_long_strange : 7 from 7 [100.00 %] 0 clones [ 0.00 %], purity: 96.43 %, hitEff: 94.29 %, hitEffFirst3: 90.48 %, hitEffLast:100.00 %
PrChecker2Fast.... INFO 05_long_strange>5GeV : 3 from 3 [100.00 %] 0 clones [ 0.00 %], purity: 91.67 %, hitEff: 93.33 %, hitEffFirst3: 88.89 %, hitEffLast:100.00 %
PrChecker2Fast.... INFO 06_long_fromB : 2 from 2 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 %, hitEffFirst3:100.00 %, hitEffLast:100.00 %
PrChecker2Fast.... INFO 07_long_fromB>5GeV : 2 from 2 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 %, hitEffFirst3:100.00 %, hitEffLast:100.00 %
PrChecker2Fast.... INFO 08_long_electrons : 6 from 6 [100.00 %] 0 clones [ 0.00 %], purity: 96.67 %, hitEff: 85.76 %, hitEffFirst3: 72.22 %, hitEffLast: 95.83 %
PrChecker2Fast.... INFO 09_long_fromB_electrons : 1 from 1 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 %, hitEffFirst3:100.00 %, hitEffLast:100.00 %
PrChecker2Fast.... INFO 11_long_fromB_P>3GeV_Pt>0.5GeV : 1 from 1 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 %, hitEffFirst3:100.00 %, hitEffLast:100.00 %
PrChecker2Fast.... INFO 12_TT_long_fromB_P>3GeV_Pt>0.5GeV : 1 from 1 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 %, hitEffFirst3:100.00 %, hitEffLast:100.00 %
PrChecker2Fast.... INFOFYI : @chasse, @cattanem, @sstahl .
It is still not clear to me why with the new checker we do have more tracks in the checking w.r.t the default PrCheckerFast. I dropped the GhostProbCut, the VetoElectrons and EtaCut for the PrCounter dedicated to the Velo tracks.
UPDATE : looks like the reason is that in the New Velo checker i dropped also the PrChecker2("PrChecker2").GhostProbCut = 0.9 which by default is
declareProperty( "GhostProbCut", m_ghostProbCut = 1.0 );
Edited by Marco Cattaneo