Ricardo GoncaloPESA Algorithms - 18/7/061 Level 2 e/  menu.

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Presentation transcript:

Ricardo GoncaloPESA Algorithms - 18/7/061 Level 2 e/  menu

Ricardo GoncaloPESA Algorithms - 18/7/062 Level 2 e/  menu ################################################# ## Active HLT signatures ## ## signature prescale forcedAccept ## ## e ## ## 2e15i 1 0 ## ## e25i 1 0 ## ## e ## ## g ## ## 2g20i 1 0 ## ## g ## ## L2_Zee 1 0 ## ## L2_Jpsiee 1 0 ## ################################################# Four electron signatures and three photon signatures now existing at level 2 plus two topological signatures: Z  ee and J/  ee Different instances of the same hypothesis algorithm in TrigEgammaHypo : –electrons: TrigL2Calo, TrigL2IDCalo –photons: TrigL2Photon –initialised each instance with different parameters (cuts on reconstructed quantities) Uses TriggerMenu Python class from John Baines and its methods to add multiple signatures and enable/disable signatures e10 and g10 intended to be loose signatures –There must be a loose signature in ESD/AOD production simply to trigger the production of data objects so that features (tracks, vertices, clusters) down the chain are kept in POOL ############################################## ## Active LVL1 menu items ## ## menu item prescale mask ## ## EM01 1 on ## ## L1_2EM15I 1 on ## ## L1_EM25I 1 on ## ## L1_EM60 1 on ## ##############################################

Ricardo GoncaloPESA Algorithms - 18/7/063 Topological signatures Two topological signatures exist: Z  ee and J/  ee (should have another one for H  …) –Code adapted from di-muon signature by Carlo: TrigHypothesis/TrigEgammaHypo/TrigL2DielectronMass –Start with (loosely selected) TrigElectrons from e10 and search for pairs with the right invariant mass –Uses error on track Zvtx to apply cut on two TrigElectrons coming fro same vertex (configurable: can be turned on/off) Designed for 99.7% efficiency for tracks with common origin (if errors ok) HLTConfig INFO ============================= XMLSignature INFO signature L2_Zee XMLSignature INFO ============================= XMLSignature INFO L2_Zee XMLTE INFO * teL2topoZee 0 L2 XMLTE INFO * * L2_e10 1 L2 XMLTE INFO * * * teL2e10trSiTrack 2 L2 XMLTE INFO * * * * teL2e10trIDSCAN 3 L2 XMLTE INFO * * * * * teL2em10clhy 4 L2 XMLTE INFO * * * * * * teL2em10cl 5 L2 XMLTE INFO * * * * * * * EM01 6 L2 XMLTE INFO * * L2_e10 1 L2 XMLTE INFO * * * teL2e10trSiTrack 2 L2 XMLTE INFO * * * * teL2e10trIDSCAN 3 L2 XMLTE INFO * * * * * teL2em10clhy 4 L2 XMLTE INFO * * * * * * teL2em10cl 5 L2 XMLTE INFO * * * * * * * EM01 6 L2

Ricardo GoncaloPESA Algorithms - 18/7/064 Conclusions on level 2 e/  menu What was shown relies on Python configuration and existing e/gamma algos and “old” Steering It is sure to change in rel.13 with new Steering (see Carlo’s talk), but current implementation allows some more reality in CSC studies Hypothesis algorithms parameters (cuts) should be updated after recent and future optimisation studies

Ricardo GoncaloPESA Algorithms - 18/7/065 Current default configuration L2CaloHypo_e10_L2 DEBUG Initialization completed successfully L2CaloHypo_e10_L2 DEBUG AcceptAll = True L2CaloHypo_e10_L2 DEBUG EtaBins = L2CaloHypo_e10_L2 DEBUG ETthr = (lo)/ (hi) L2CaloHypo_e10_L2 DEBUG HADETthr = (lo)/ (hi) L2CaloHypo_e10_L2 DEBUG CARCOREthr = L2CaloHypo_e10_L2 DEBUG CAERATIOthr = L2CaloHypo_e10_L2 DEBUG dPHICLUSTERthr = 0.1 L2CaloHypo_e10_L2 DEBUG dETACLUSTERthr = 0.1 L2CaloHypo_e15i_L2 DEBUG Initialization completed successfully L2CaloHypo_e15i_L2 DEBUG AcceptAll = False L2CaloHypo_e15i_L2 DEBUG EtaBins = L2CaloHypo_e15i_L2 DEBUG ETthr = (lo)/ (hi) L2CaloHypo_e15i_L2 DEBUG HADETthr = (lo)/ (hi) L2CaloHypo_e15i_L2 DEBUG CARCOREthr = L2CaloHypo_e15i_L2 DEBUG CAERATIOthr = L2CaloHypo_e15i_L2 DEBUG dPHICLUSTERthr = 0.1 L2CaloHypo_e15i_L2 DEBUG dETACLUSTERthr = 0.1 L2CaloHypo_e25i_L2 DEBUG Initialization completed successfully L2CaloHypo_e25i_L2 DEBUG AcceptAll = False L2CaloHypo_e25i_L2 DEBUG EtaBins = L2CaloHypo_e25i_L2 DEBUG ETthr = (lo)/ (hi) L2CaloHypo_e25i_L2 DEBUG HADETthr = (lo)/ (hi) L2CaloHypo_e25i_L2 DEBUG CARCOREthr = L2CaloHypo_e25i_L2 DEBUG CAERATIOthr = L2CaloHypo_e25i_L2 DEBUG dPHICLUSTERthr = 0.1 L2CaloHypo_e25i_L2 DEBUG dETACLUSTERthr = 0.1 L2CaloHypo_e60_L2 DEBUG Initialization completed successfully L2CaloHypo_e60_L2 DEBUG AcceptAll = False L2CaloHypo_e60_L2 DEBUG EtaBins = L2CaloHypo_e60_L2 DEBUG ETthr = (lo)/ (hi)

Ricardo GoncaloPESA Algorithms - 18/7/066 Current default configuration L2CaloHypo_e60_L2 DEBUG HADETthr = (lo)/ (hi) L2CaloHypo_e60_L2 DEBUG CARCOREthr = L2CaloHypo_e60_L2 DEBUG CAERATIOthr = L2CaloHypo_e60_L2 DEBUG dPHICLUSTERthr = 0.1 L2CaloHypo_e60_L2 DEBUG dETACLUSTERthr = 0.1 L2PhotonHypo_g10_L2 DEBUG Initialization completed successfully L2PhotonHypo_g10_L2 DEBUG AcceptAll = False L2PhotonHypo_g10_L2 DEBUG EtaBins = L2PhotonHypo_g10_L2 DEBUG ETthr = (lo)/ L2PhotonHypo_g10_L2 DEBUG HADETthr = (lo)/ L2PhotonHypo_g10_L2 DEBUG CARCOREthr = L2PhotonHypo_g10_L2 DEBUG CAERATIOthr = L2PhotonHypo_g10_L2 DEBUG dPHICLUSTERthr = 0.1 L2PhotonHypo_g10_L2 DEBUG dETACLUSTERthr = 0.1 L2PhotonHypo_g20i_L2 DEBUG Initialization completed successfully L2PhotonHypo_g20i_L2 DEBUG AcceptAll = False L2PhotonHypo_g20i_L2 DEBUG EtaBins = L2PhotonHypo_g20i_L2 DEBUG ETthr = (lo)/ L2PhotonHypo_g20i_L2 DEBUG HADETthr = (lo)/ L2PhotonHypo_g20i_L2 DEBUG CARCOREthr = L2PhotonHypo_g20i_L2 DEBUG CAERATIOthr = L2PhotonHypo_g20i_L2 DEBUG dPHICLUSTERthr = 0.1 L2PhotonHypo_g20i_L2 DEBUG dETACLUSTERthr = 0.1 L2PhotonHypo_g60_L2 DEBUG Initialization completed successfully L2PhotonHypo_g60_L2 DEBUG AcceptAll = False L2PhotonHypo_g60_L2 DEBUG EtaBins = L2PhotonHypo_g60_L2 DEBUG ETthr = (lo)/ L2PhotonHypo_g60_L2 DEBUG HADETthr = (lo)/ L2PhotonHypo_g60_L2 DEBUG CARCOREthr = L2PhotonHypo_g60_L2 DEBUG CAERATIOthr = L2PhotonHypo_g60_L2 DEBUG dPHICLUSTERthr = 0.1 L2PhotonHypo_g60_L2 DEBUG dETACLUSTERthr = 0.1

Ricardo GoncaloPESA Algorithms - 18/7/067 Current default configuration L2DielectronHypo_Zee_L2 DEBUG Initialization: L2DielectronHypo_Zee_L2 DEBUG Initialization completed successfully: L2DielectronHypo_Zee_L2 DEBUG AcceptAll = False L2DielectronHypo_Zee_L2 DEBUG OppositeCharge = True L2DielectronHypo_Zee_L2 DEBUG CommonVertex = True L2DielectronHypo_Zee_L2 DEBUG ValidElectron = True L2DielectronHypo_Zee_L2 DEBUG LowerMassCut = L2DielectronHypo_Zee_L2 DEBUG UpperMassCut = L2dielectronHypo_Jpsi_L2 DEBUG Initialization: L2dielectronHypo_Jpsi_L2 DEBUG Initialization completed successfully: L2dielectronHypo_Jpsi_L2 DEBUG AcceptAll = False L2dielectronHypo_Jpsi_L2 DEBUG OppositeCharge = True L2dielectronHypo_Jpsi_L2 DEBUG CommonVertex = True L2dielectronHypo_Jpsi_L2 DEBUG ValidElectron = True L2dielectronHypo_Jpsi_L2 DEBUG LowerMassCut = 2100 L2dielectronHypo_Jpsi_L2 DEBUG UpperMassCut = 4100