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 fiTQun parameters for SK1
*****************************************************************************************

 < fiTQun.WCSimConfig = SuperK >
 < fiTQun.WCSimPMTType = 20inchPMT >

 < fiTQun.WaterAttenuationLengthWCSim = 6800. >

 If performing single ring fits, which single ring fits should be run? (1:full straight track, 2:upstream track)
 < fiTQun.DoGamma1RFit = 0 >
 < fiTQun.DoElectron1RFit = 1 >
 < fiTQun.DoMuon1RFit = 1 >
 < fiTQun.DoPionPlus1RFit = 0 >
 < fiTQun.DoKaonPlus1RFit = 0 >
 < fiTQun.DoConeGenerator1RFit = 0 >

 Turn off proton fit by default. The Time PDF files for protons haven't been produced yet
 < fiTQun.DoProton1RFit = 1 >

 Up to 2 pi0 fits can be performed, and are turned on/off as follows:
 < fiTQun.DoPi0Fit = 1 >                0 = off, 1 = standard, 2 = constrained mass
 < fiTQun.DoPi0Fit2 = 0 >               0 = off, 1 = standard, 2 = constrained mass

 < fiTQun.DoMSFit = 0 >                 Toggle multiple-segment fits for muons
 < fiTQun.DoMRFit = 1 >                 Set to 1 if you want to run the multi-ring fit(Setting it to n>1 will only fit up to n-ring)
 < fiTQun.DoMoreMRFit = 11 >            Improve the MR fit results obtained above. Set this to 10*Y+X where:
                                              X = 0 : Don't perform sequential MR fit
                                              Y = 0 : Don't perform simult. vtx & energy fit

 Turn off proton fit by default. The Time PDF files for protons haven't been produced yet
 < fiTQun.DoProton1RFit = 0 >


 < fiTQun.PeakThrWCSim = 9. >
 < fiTQun.DarkRateWCSim = 4.2 >
 < fiTQun.QEEffWCSim = 0.105 >
 < fiTQun.GainCorrFactWCSim = 1. >
 < fiTQun.QEEffCorrWCSim = 1. >
 < fiTQun.QmuConvFactWCSim = 1. >

 < fiTQun.PIDCutEPipa0WCSim = -10. >
 < fiTQun.PIDCutEPipa1WCSim = 0. >
 < fiTQun.PIDCutMuEWCSim = 0.25 >
 < fiTQun.PIDCutMuPip0WCSim = 20. >
 < fiTQun.PIDCutMuPip1WCSim = 0.2 >

 < fiTQun.RCCuta0WCSim = 70. >
 < fiTQun.RCCuta1WCSim = 0. >
 < fiTQun.RCCut1Ea0WCSim = 87.5 >
 < fiTQun.RCCut1Mua0WCSim = 140. >

 < fiTQun.DoBiasCorrection = 0 > Set to 1 if you want to apply empirical bias corrections to fit results
 < fiTQun.UseScatteredLight = 4 > Flag for scattered light predicted charges (0:off, 1:6D, 2:3D, 4:6D for 1Rfit 3D otherwise)
 < fiTQun.TotalChargeConstraintWeight = 4. > Weight of the total charge constraint term in the likelihood function.
 < fiTQun.UseTimeLikelihood = 1 > Set to 1 to use time likelihoods
 < fiTQun.QECorrElectron1RFit = 1. >
 < fiTQun.QECorrMuon1RFit = 1. >