# sifcch7 # S.Chekanov (ANL) # Look at https://confluence.slac.stanford.edu/display/ilc/lcsim-cal-calib ECalLayering = 0, 1, 21 # does the first EM sensitive layer sample a shower? (0=no, 1=yes) IsFirstEmLayerSampling = 0. # determined from single muons # studies are in sifcc7/mip_response. Fit was done for 4 GeV muons using Landau # values are RAW energy ECalMip_MPV = 0.000105 ECalMip_sig = 0.000014 # Cut at values less than MPV-3*sigma ECalMip_Cut = 0.000063 HCalLayering = 0 # determined from single 4 GeV muons # studies are in sifcc7/mip_response. Fit was done for 4 GeV muons using Landau # values are RAW energy HCalMip_MPV = 0.0011 HCalMip_sig = 0.0002 # Cut at values less than MPV-3*sigma HCalMip_Cut = 0.0005 MuonLayering = 0 # determined from single muons # values are RAW energy MuonMip_MPV = 8.5E-4 MuonMip_sig = 8.1E-5 # Cut at values less than MPV-3*sigma MuonMip_Cut = 6.0E-4 # cut at times greater than this timeCut = 100. #sampling fractions.. # Mip: # HCal: # dE(Fe)=1.451 [MeV/g/cm2] * 7.8 [g/cm3] *2.75 = 31.12 # dE(scint)=1.936 [MeV/g/cm3] * 1.03 [g/cm3] * 0.5= 0.997 # samplingF=0.997/(31.12+0.997) = 0.031 # # ECAL (layer 1): # http://pdg.lbl.gov/2011/AtomicNuclearProperties/HTML_PAGES/014.html # dE(W)= 1.145 [MeV/g/cm2] * 19.3 g cm-3 * 0.3 cm = 6.63 # dE(Sil) = 1.664 [MeV/g/cm2] * 2.33 cm-3 * 0.032 = 0.1240 # samplingFr=0.1240/(6.63+0.12) = 0.0184, last 10 layers: 0.0092 (x 2 thicker absorber) # e/p=1.2 EMBarrel_SF = 1., 0.0147, 0.0073, 0.023, 1. EMEndcap_SF = 1., 0.0147, 0.0073, 0.023, 1. HadBarrel_SF = 1., 0.0184, 0.0092, 0.031, 1. HadEndcap_SF = 1., 0.0184, 0.0092, 0.031, 1. PhotonFitParameters = gamma_em1b_0, gamma_em1b_1, gamma_em1e_0, gamma_em1e_1, gamma_em2b_0, gamma_em2b_1, gamma_em2e_0, gamma_em2e_1, gamma_hadb_0, gamma_hadb_1, gamma_hade_0, gamma_hade_1 gamma_em1b_0 = 0.0190497 gamma_em1b_1 = 0.00120177 gamma_em1e_0 = 0.0189073 gamma_em1e_1 = -0.00201487 gamma_em2b_0 = 0.00778524 gamma_em2b_1 = -0.00110072 gamma_em2e_0 = 0.00753019 gamma_em2e_1 = 0.000822489 gamma_hadb_0 = 0.0414947 gamma_hadb_1 = 0.00347415 gamma_hade_0 = 0.0705389 gamma_hade_1 = -0.0419223 NeutralHadronFitParameters = neutralHadron_em1b_0, neutralHadron_em1b_1, neutralHadron_em1e_0, neutralHadron_em1e_1, neutralHadron_em2b_0, neutralHadron_em2b_1, neutralHadron_em2e_0, neutralHadron_em2e_1, neutralHadron_hadb_0, neutralHadron_hadb_1, neutralHadron_hade_0, neutralHadron_hade_1 neutralHadron_em1b_0 = 0.0173349 neutralHadron_em1b_1 = 0.00153095 neutralHadron_em1e_0 = 0.0269877 neutralHadron_em1e_1 = -0.0126375 neutralHadron_em2b_0 = 0.00894534 neutralHadron_em2b_1 = -0.000188045 neutralHadron_em2e_0 = 0.0163708 neutralHadron_em2e_1 = -0.00854284 neutralHadron_hadb_0 = 0.038105 neutralHadron_hadb_1 = 0.000840245 neutralHadron_hade_0 = 0.0691185 neutralHadron_hade_1 = -0.0391286 # These are the simulation output list of SimCalorimeterHits BaseHitCollectionNames = EcalBarrelHits, EcalEndcapHits, LumiCalHits, HcalBarrelHits, HcalEndcapHits EMCalorimeterCollections = EcalBarrelHits, EcalEndcapHits, LumiCalHits HadCalorimeterCollections = HcalBarrelHits, HcalEndcapHits HadCalorimeterMaxLayer =63 # This collection has had the time and mip cuts applied ProcessedHitsCollectionName = ProcessedCalHits