1.) doStep2.py -c muSUSY12e Samplename 2.) setSampleWeight.py muSUSY12e 2 stop_Tt_T700_L1AF2 setSampleWeight.py muSUSY12e 1 stop_Tt_T700_L1AF2 ->Setze Gewicht ungleich 1 um N = lumi * sigma * eff korrekt zu bekommen 3.)spyroot -c "cutSet='muSUSY12e'" makeExpEvtTable.py Entscheidene Dateien: CalcBtagJetWeights.py enthält nbasemuDR0x Variablen Lepton cuts available in vc_presel_mu.py Datasamples: (zu finden in ~eifert/SPyRoot2/stop1lep_p15xx/sampleDir/) PowhegPythia_P2011CAF2_1.split stop_Tt_T700_L1AF2 Samples nach /atlas/local/jdamp/asetup17.7.1/workDir/step1/muSUSY12e/ Jobs zum batch-System submitten: cd ~/SPyRoot/common_susy_p15xx/scripts/ seqSubmit.py -s 1 muSUSY12e PowhegPythia_P2011CAF2 Log-files: /u/at/jdamp/SPyRoot/workDir seqSubmit.py -s 2 muSUSY12e stop_Tt_T400_L1AF2 stop_Tt_T200_L1AF2 stop_Tt_T300_L1AF2 stop_Tt_T600_L1AF2 stop_Tt_T500_L1AF2 stop_Tt_T700_L1AF2 stop_Tt_T800_L1AF2 mergeSamplesBatch.py -r muSUSY12e 2 PowhegPythia_P2011CAF2 38 selection: truth / jet mini isolation with or: 3589 / 107 - 97.1% und 2.9% mini iso wo or: 3666.0 / 146 ----- 96.2% und 3.8% boosted with all: 3572 / 102 ------ 97.2% und 2.8% boosted no ptcone: 3836 / 144 ----- 96.4% und 3.6% std no ptcone: 2793 / 40 98.6% und 1.4% std all: 2637 / 39 98.5% und 1.5%