Related inks:
Number of generated events per partnic pt bin (pt binsa are: 2-3, 3-4, 4-6, 6-9, 9-15, 15-35):
gamma-jets (2-4): 25K/bin
gamma-jets (4-35): 12.5K/bin
QCD(2-4): 50K/bin
QCD(4-35): 25K/bin
StEemcGammaFilter:: running the TEST mode (accepting all events). Set mFilterMode=1 to actually reject events
StEemcGammaFilter:: mConeRadius 0.22 mSeedThreshold 3.8 mClusterThreshold 5 mEtaLow 0.95 mEtaHigh 2.1 mMaxVertex 120
StEemcGammaFilter:: mCalDepth 279.5 mMinPartEnergy 1e-05 mHadronScale 1 mFilterMode 0 mPrintLevel 1
StChain:INFO - Init() : Using gamma filter on the EEMC
StChain:INFO - Init() : EEMC Sampling Fraction = 0.05
StChain:INFO - Init() : Seed energy threshold = 3.8 GeV
StChain:INFO - Init() : Cluster eT threshold = 5 GeV
StChain:INFO - Init() : Maximum vertex = +/- 120 cm
StChain:INFO - Init() : Running the TEST mode (accepting all events). Set mFilterMode=1 to actually reject events in BFC
BFC:INFO - setTowerGainSpread(): gain spread: 0; gain mean value: 1 (Fig. 1 only)
BFC:INFO - setTowerGainSpread(): gain spread: 0; gain mean value: 1.1 (Fig. 2 and below)
runSimuGammaTreeMaker():: GammaMaker config: ConeRadius 0.7 ClusterEtThreshold 5.5 SeedEnergyThreshold 4.2 ClusterEnergyThreshold 5.5 BsmdRange 0.05237 EsmdR ange 20
StEEmcA2EMaker *EEanalysis = new StEEmcA2EMaker("mEEanalysis");
EEanalysis->threshold(3.0, 0); // tower threshold (ped+N sigma)
EEanalysis->threshold(3.0, 1); // pre1 threshold
EEanalysis->threshold(3.0, 2); // pre2 threshold
EEanalysis->threshold(3.0, 3); // post threshold
EEanalysis->threshold(3.0, 4); // smdu threshold
EEanalysis->threshold(3.0, 5); // smdv threshold
(Includes all recent fixes to trigger emulator configuration/software)
emulated L2E-gamma trigger for Run 2006 [eemc-http-mb-l2gamma:: id 137641]
Trigger conditions:
cluster Et (3x3) = 5.2GeV
seed Et = 3.7GeV
Definition: offline selected events are events which satisfy to the following conditions:
Figure 1:
(upper plots) Gamma candidate yields vs. candidate pt (all partonic pt bins, no pt weights)
(lower plots) False rejection [histograms in the upper panel scaled by L2E-gamma-trigger yield (shown in blue)]
No gain shifts in StEEmcSlowMaker
Note: statistics without gain shifts is smaller because ~10-20% jobs died at RCF
Figure 2: Same as Fig. 1, but with +10% (1.1) gain shifts in StEEmcSlowMaker.
Figure 3: Same as Fig. 2 vs. candidate eta (with +10% (1.1) gain shifts in StEEmcSlowMaker).
Figure 4: Same as Fig. 2 vs. candidate azimuthal angle (with +10% (1.1) gain shifts in StEEmcSlowMaker).
Figure 5: Same as Fig. 2 vs. energy (with +10% (1.1) gain shifts in StEEmcSlowMaker).