OPTION REF NUMBER SELECTED? =============================================== Draw Single Vertices 1 1 Draw Double Vertices 2 1 Draw Single Single 3 0 Draw Double Single 4 0 Draw Double Double 5 0 Draw Best Vertex n/a 0 Info Histograms n/a 1 ABCD Histograms n/a 1 Event Histograms n/a 1 Efficieny Histograms n/a 1 Jet Calibration Histos n/a 1 Trigger Histograms n/a 1 =============================================== CUTS USED IN EVENT LOOP VALUE =============================================== cutEventHT 220 cutEventTrigHT 50 cutEventJetPt 60 cutEventJetEta 2 cutDecLen2DSin -1 cutDecLen2DDou -1 cutVertMassSin -999 cutVertMassDou -999 cutDRSin 999 cutDRDou 999 cutJetPtSin 60 cutJetPtDou 60 cutJetEtaSin 2 cutJetEtaDou 2 cutDijetMassSin 20 cutDijetMassDou 20 cutnTkSin -999 cutnTkDou -999 cutnMinTkDou -999 cutOptionPromptTk 4 cutnPromptTkSin 2.5 cutnPromptTkDou 3.5 cutOptionPromptTkTrig 7 cutnPromptTkTrig 2.5 vertMassRangeLow -999 vertMassRangeHigh -999 nPromptRangeLow 3.51 cutTimeSin 2 cutTimeDou 2 cutClusterEnergySin 10 cutClusterEnergyDou 10 jetTimeRangeLow -1 jetTimeRangeHigh 0.5 =============================================== CUTS USED IN ENDJOB VALUE (take care if different to those used in event loop) =============================================== cutVertMassSin -999 cutVertMassDou -999 vertMassRangeLow -999 vertMassRangeHigh -999 cutTimeSin 2 cutTimeDou 2 jetTimeRangeLow -1 jetTimeRangeHigh 0.5 =============================================== Results scaled to luminosities of: trigHTdisplaced=29.4706 trigHT=29.4706 trigHTcalib=29.4706 /pb DATA : scale factors are: trigHTdisplaced=1 trigHT=1 trigHTcalib=1 EXOTIC : scale factors are: trigHTdisplaced=0.0535927 trigHT=0.0535927 trigHTcalib=0.0535927 QCD_PT_80TO120 : scale factors are: trigHTdisplaced=8.092 trigHT=8.092 trigHTcalib=8.092 QCD_PT_120TO170 : scale factors are: trigHTdisplaced=1.21646 trigHT=1.21646 trigHTcalib=1.21646 QCD_PT_170TO300 : scale factors are: trigHTdisplaced=0.240822 trigHT=0.240822 trigHTcalib=0.240822 QCD_PT_300TO470 : scale factors are: trigHTdisplaced=0.0170821 trigHT=0.0170821 trigHTcalib=0.0170821 DATA : nEvents (pre-filter)=2.51933e+07 cross-section (pb)=-1 MakePatTuple filter effi=0.214291 EXOTIC : nEvents (pre-filter)=27495 cross-section (pb)=50 MakePatTuple filter effi=0.995781 QCD_PT_80TO120 : nEvents (pre-filter)=2.85638e+06 cross-section (pb)=784300 MakePatTuple filter effi=0.111323 QCD_PT_120TO170 : nEvents (pre-filter)=2.78848e+06 cross-section (pb)=115100 MakePatTuple filter effi=0.619159 QCD_PT_170TO300 : nEvents (pre-filter)=3.01288e+06 cross-section (pb)=24620 MakePatTuple filter effi=0.861605 QCD_PT_300TO470 : nEvents (pre-filter)=2.01508e+06 cross-section (pb)=1168 MakePatTuple filter effi=0.994023 === Event Filter Efficiencies === (Including the efficiency of any filters applied by MakePatTuple). (n.b. Since data must have passed a trigger, but MC need not, data and MC will not agree). DATA : HT trigger + HT reco event filter efficiency = 0.207974 DATA : HT reco + 2 Jet filter efficiency = 0.207974 DATA : Displaced-HT reco event filter efficiency = 0.207974 DATA : Displaced-HT trigger + displaced-HT reco event filter efficiency = 0.207974 EXOTIC : HT trigger + HT reco event filter efficiency = 0.805237 EXOTIC : HT reco + 2 Jet filter efficiency = 0.821568 EXOTIC : Displaced-HT reco event filter efficiency = 0.821568 EXOTIC : Displaced-HT trigger + displaced-HT reco event filter efficiency = 0.805237 QCD_PT_80TO120 : HT trigger + HT reco event filter efficiency = 0.097451 QCD_PT_80TO120 : HT reco + 2 Jet filter efficiency = 0.107076 QCD_PT_80TO120 : Displaced-HT reco event filter efficiency = 0.107076 QCD_PT_80TO120 : Displaced-HT trigger + displaced-HT reco event filter efficiency = 0.097451 QCD_PT_120TO170 : HT trigger + HT reco event filter efficiency = 0.600778 QCD_PT_120TO170 : HT reco + 2 Jet filter efficiency = 0.607786 QCD_PT_120TO170 : Displaced-HT reco event filter efficiency = 0.607786 QCD_PT_120TO170 : Displaced-HT trigger + displaced-HT reco event filter efficiency = 0.600778 QCD_PT_170TO300 : HT trigger + HT reco event filter efficiency = 0.822355 QCD_PT_170TO300 : HT reco + 2 Jet filter efficiency = 0.822525 QCD_PT_170TO300 : Displaced-HT reco event filter efficiency = 0.822525 QCD_PT_170TO300 : Displaced-HT trigger + displaced-HT reco event filter efficiency = 0.822355 QCD_PT_300TO470 : HT trigger + HT reco event filter efficiency = 0.948076 QCD_PT_300TO470 : HT reco + 2 Jet filter efficiency = 0.948079 QCD_PT_300TO470 : Displaced-HT reco event filter efficiency = 0.948079 QCD_PT_300TO470 : Displaced-HT trigger + displaced-HT reco event filter efficiency = 0.948076 === Analyzer Event Trigger Filter Efficiencies === (n.b. These are measured using only events passing offline event cuts similar to those imposed by the trigger. So they should be close to 100%.) DATA : HT trigger efficiency measured with lower threshold HT trigger= 1 DATA : Displaced HT trigger efficiency relative to HT trigger= 1 EXOTIC : HT trigger efficiency measured with lower threshold HT trigger= 1 EXOTIC : Displaced HT trigger efficiency relative to HT trigger= 1 QCD_PT_80TO120 : HT trigger efficiency measured with lower threshold HT trigger= 1 QCD_PT_80TO120 : Displaced HT trigger efficiency relative to HT trigger= 1 QCD_PT_120TO170 : HT trigger efficiency measured with lower threshold HT trigger= 1 QCD_PT_120TO170 : Displaced HT trigger efficiency relative to HT trigger= 1 QCD_PT_170TO300 : HT trigger efficiency measured with lower threshold HT trigger= 1 QCD_PT_170TO300 : Displaced HT trigger efficiency relative to HT trigger= 1 QCD_PT_300TO470 : HT trigger efficiency measured with lower threshold HT trigger= 1 QCD_PT_300TO470 : Displaced HT trigger efficiency relative to HT trigger= 1 WARNING: run 149182 is present in data but not in your config parameter lumiHTPerRun === Exotic event selection efficiency breakdown === (n.b. This just gives an idea of where efficiency is being lost ...). (Measured using only events passing the HT trigger). Fraction of exotic events in which all important jets from at least one exotic were reconstructed and passed kinematic cuts = 0.656628 Ditto with additional requirement that the jets have few prompt tracks = 0.638662 Ditto, with additional requirement that at enough recoTracks were found from true exotic decay point = 0.638662 Ditto, passing kinematic cuts and requiring at least one ECAL cluster found in each jet from exotic = 0.653501 ========= ABCD Results for Drawing Option Single_Jet_Cands ========= --- Results for data --- BUG IN CUT TO BE FIXED Signal selection region defined as jet time > 2 ns Background will be normalised for jet time in range -1 - 1 ns WARNING: Background-like histogram had no entries in normalisation region. Can't estimate background from data ! Number of events in high mass (=signal) region = 268+-16.3707 , predicted backgr there = 0+-0 Hence estimated exotic yield = 268+-16.3707 MC exotic event selection efficiency = 2.57245/1473.53 = 0.00174577 Estimated exotic cross-section (pb) = 5209.04 +- 318.193 --- Results for background MC --- BUG IN CUT TO BE FIXED Signal selection region defined as jet time > 2 ns Background will be normalised for jet time in range -1 - 1 ns WARNING: Background-like histogram had no entries in normalisation region. Can't estimate background from data ! Number of events in high mass (=signal) region = 0+-0 , predicted backgr there = 0+-0 Hence estimated exotic yield = 0+-0 MC exotic event selection efficiency = 2.57245/1473.53 = 0.00174577 Estimated exotic cross-section (pb) = 0 +- 0 --- Results for exotic + background MC --- BUG IN CUT TO BE FIXED Signal selection region defined as jet time > 2 ns Background will be normalised for jet time in range -1 - 1 ns WARNING: Background-like histogram had no entries in normalisation region. Can't estimate background from data ! Number of events in high mass (=signal) region = 2.57245+-0.371301 , predicted backgr there = 0+-0 Hence estimated exotic yield = 2.57245+-0.371301 MC exotic event selection efficiency = 2.57245/1473.53 = 0.00174577 Estimated exotic cross-section (pb) = 50 +- 7.21688 ========= ABCD Results for Drawing Option Double_Jet_Cands ========= --- Results for data --- BUG IN CUT TO BE FIXED Signal selection region defined as jet time > 2 ns Background will be normalised for jet time in range -1 - 1 ns Background-like histogram rescaled by factor (4672+-68.352) / (68146+-261.048) = 0.0685587+-0.00103684 Number of events in high mass (=signal) region = 489+-22.1133 , predicted backgr there = 14.7401+-1.02969 Hence estimated exotic yield = 474.26+-22.1373 MC exotic event selection efficiency = 88.16/1473.53 = 0.0598291 Estimated exotic cross-section (pb) = 268.977 +- 12.5552 --- Results for background MC --- BUG IN CUT TO BE FIXED Signal selection region defined as jet time > 2 ns Background will be normalised for jet time in range -1 - 1 ns Background-like histogram rescaled by factor (2180.78+-116.274) / (48828.7+-534.543) = 0.0446619+-0.00243095 Number of events in high mass (=signal) region = 6.08702+-2.49186 , predicted backgr there = 1.80451+-0.661515 Hence estimated exotic yield = 4.28251+-2.57817 MC exotic event selection efficiency = 88.16/1473.53 = 0.0598291 Estimated exotic cross-section (pb) = 2.42883 +- 1.46221 --- Results for exotic + background MC --- BUG IN CUT TO BE FIXED Signal selection region defined as jet time > 2 ns Background will be normalised for jet time in range -1 - 1 ns Background-like histogram rescaled by factor (2418.79+-116.329) / (48929+-534.548) = 0.0494346+-0.00243808 Number of events in high mass (=signal) region = 94.247+-3.30667 , predicted backgr there = 2.18015+-0.732361 Hence estimated exotic yield = 92.0669+-3.3868 MC exotic event selection efficiency = 88.16/1473.53 = 0.0598291 Estimated exotic cross-section (pb) = 52.2158 +- 1.92083