1 | # VERY TEMPORARY VERSION!!!! DO NOT USE IT YET. |
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2 | # SEVERAL OTHER COMMITS WILL FOLLOW. |
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3 | PmtToShowerReco.fThresholdIntegr = 2 #5 |
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4 | PmtToShowerReco.fRadius = 3 |
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5 | PmtToShowerReco.fBorder = 1.5 |
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6 | PmtToShowerReco.fDetEff = 0.2695 |
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7 | PmtToShowerReco.fRoughObscPrecis = 1 #0.76 clarify: is it in use in the simulation? |
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8 | PmtToShowerReco.fFrontEndLoss = 0.91 # loss due to front end treshold (EUSO FEE) |
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9 | PmtToShowerReco.fUseTrueAngles = 0 |
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10 | PmtToShowerReco.fUseTruePosition = 0 |
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11 | PmtToShowerReco.fRecoGeoMethod = 1 #0=Cherenkov Method; 1=Max depth Method; 2=Width mthod |
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12 | PmtToShowerReco.fInclTiming = -1 # 0= for cher method no angular info available; -1= rough parameterization based on proton Hmax; >0 cut on minimum distance preset |
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13 | PmtToShowerReco.fAtm_MASS = 1 # Atomic mass. Parameter for max depth method first guess |
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14 | PmtToShowerReco.fRadiusEarth = 6371000000 |
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15 | PmtToShowerReco.fISSHeight = 430000000 |
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16 | PmtToShowerReco.fFluoYieldType = 1 # 0=Constant 1=Variable (according to age and H) |
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17 | PmtToShowerReco.fConstFluoYeld = 5.5 #If PmtToShowerReco.fFluoYieldType=1 |
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18 | PmtToShowerReco.fGTULenght = 2.5 #microseconds |
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19 | PmtToShowerReco.fLightMeanFreePath = 2 # 1=constant mean free path. No differentiation between ozone-rayleigh #2 detailed treatment for scattering-absorption. |
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20 | PmtToShowerReco.fMeanfreePath = 1960.4 #g/cm2 |
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21 | PmtToShowerReco.fDetectorArea = 4510000 #square millimeters |
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22 | PmtToShowerReco.fBackground = 0.44 #background cts/micsec |
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23 | PmtToShowerReco.fBG3AvgTrans = 0.9376 |
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24 | PmtToShowerReco.fOpticsResp = output/NopticsresponseDB_TOT.root |
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25 | PmtToShowerReco.fTestDebugMode = 1 |
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26 | PmtToShowerReco.fThresholdTest = 1 |
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27 | PmtToShowerReco.fBackgroundCorr = 1 #each pix/GTU above threshold will be considered to be affected by a fixed amount of background |
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28 | PmtToShowerReco.fGapCorrection = 2 #0= no gap correction 1=Gap correction 2=Gap removal |
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29 | PmtToShowerReco.fCorrectCher = 0 #0 no back scattering scherenkov correction; 1 backscattering correction |
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30 | PmtToShowerReco.fFitThreshold = 0.2 #threshold for the final fit. Under this threshold (relative to the maximum peak) points are excluded from the fit |
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