# ========================================================================== ############################################################################# # ========================================================================== # General # ========================================================================== ############################################################################# # ========================================================================== # ------------------------------------------------------------------------- # Use this if you want to setup the logging stream for the jobs # (overwrites command line options) # ------------------------------------------------------------------------- MLog.VerbosityLevel: 4 #MLog.DebugLevel: 1 #MLog.NoColors: yes # ========================================================================== ############################################################################# # ========================================================================== # Ceres # ========================================================================== ############################################################################# # ========================================================================== # ------------------------------------------------------------------------- # Use this if you want to write the MJStar output somewhere # If you don't want it, it is written to the calibration output anyhow. # ------------------------------------------------------------------------- #PathOut: . #PathIn: . # ------------------------------------------------------------------------- # Configure Eventloop # ------------------------------------------------------------------------- #MaxEvents: 10000 #Overwrite: yes,no # ------------------------------------------------------------------------- # Use this to setup binnings. For more details see: MBinning::ReadEnv # ------------------------------------------------------------------------- # BinningEnergy.Raw: 100 1 100000 log # BinningSize.Raw: 100 1 10000000 log BinningImpact.Raw: 40 0 1000 # BinningHeight.Raw: 50 0 12 # BinningAz.Raw: 360 -360 360 # BinningZd.Raw: 70 0 70 # BinningViewCone.Raw: 155 0 31 BinningTrigPos.Raw: 300 -25 275 # BinningEvtWidth.Raw: 150 0 25 # BinningDist.Raw: 100 0 2.5 # BinningDistC.Raw: 100 0 2.5 # BinningThreshold.Raw: 35 0.9 90000 log # BinningEnergyEst.Raw: 100 0.9 90000 log # ------------------------------------------------------------------------- # Initialize random number generator (see MJob::InitRandomNumberGenerator) # ------------------------------------------------------------------------- RandomNumberGenerator: TRandom3 #RandomNumberSeedValue: 0 # ------------------------------------------------------------------------- # Ceres general setup # ------------------------------------------------------------------------- # Switch off the camera "electronics" #Camera: Off # Force the use of the "hardware" trigger for calibration data #ForceTrigger: Yes # ------------------------------------------------------------------------- # Some setup for the atmosphere. The default should be well suited. # ------------------------------------------------------------------------- #MSimAtmosphere.FileAerosols: resmc/fact/atmopshere-aerosols.txt #MSimAtmosphere.FileOzone: resmc/fact/atmopshere-ozone.txt # ------------------------------------------------------------------------- # Here you can control the poiting of the telescope. To switch on # off-target observations set a value for the distance !=0 [deg]. # For details see MSimPointingPos # ------------------------------------------------------------------------- #MSimPointingPos.OffTargetDistance: 0.4 #MSimPointingPos.OffTargetPhi: -1 # ------------------------------------------------------------------------- # Setup the reflector and camera geometry # ------------------------------------------------------------------------- Reflector.Constructor: MReflector # For the file definition see MReflector::ReadFile Reflector.FileName: resmc/fact/fact-reflector.txt # Units mm: ~0.02° #Reflector.SetSigmaPSF: 1.8 # Units mm: ~0.03° #Reflector.SetSigmaPSF: 2.6 #Reflector.SetSigmaPSF: 1.66 # new Value from 7.12.2012: # 0.95 of the reflected light was inside a circle with a radius of 2.25mm. # This corresponds to a SigmaPSF of 1.3 mm # This value is based on a direct measurement of the mirrors. There # is no way it can be wrong. Only the ray-tracing algorithm could be wrong. Reflector.SetSigmaPSF: 1.3 # --- DWARF --- # distance from mirror to camera [cm] #focal_distance 489.73 # TRUE focal of the paraboloid (must correspond to that of the mirror positions defined below!) #paraboloid_focal 488.87 #MGeomCam.Constructor: MGeomCamDwarf(189.8, 9.5, 4.8887); MGeomCam.Constructor: MGeomCamFACT(); #MSimBundlePhotons.FileName: resmc/fact/dwarf-fact.txt # Set the APD type (1: 30x30 , 2: 60x60, 3:60x60(ct=15%)) MSimAPD.Type: 4 MSimExcessNoise.ExcessNoise: 0.12 # ------------------------------------------------------------------------- # Setup the absorption, conversion efficiency and angular acceptance # ------------------------------------------------------------------------- MirrorReflectivity.FileName: resmc/fact/MirrorReflectivity_Lustermann_FACT_bearbeitet.txt PhotonDetectionEfficiency.FileName: resmc/fact/fact-pde-1.0V.txt ConesAngularAcceptance.FileName: resmc/fact/fact-cones-angular-acceptance.txt ConesTransmission.FileName: resmc/fact/Transmittance_1439Cones_FACT_bearbeitet.txt # ------------------------------------------------------------------------- # Setup what in MMCS would be called "additional spot size" # ------------------------------------------------------------------------- #MSimPSF.Sigma: -1 #MSimReflector.DetectorMargin: 0 # ------------------------------------------------------------------------- # Setup the dark counts (FrequencyFixed) and the NSB noise per cm^2 # ------------------------------------------------------------------------- # Dark Counts per APD: ~4MHz #MSimRandomPhotons.FrequencyFixed: 0.004 # NSB photon rate per cm^2 ~40MHz (folded with the cones' angular # acceptance and the wavelength acceptance of the camera (window, apd, etc) # 0.040 1/ns/cm^2 NSB-rate: #MSimRandomPhotons.FrequencyNSB: 0.025 # FIXME: With a class describing the cones we could give NSB as # per sr and cm^2 # ------------------------------------------------------------------------- # Setup the trigger # ------------------------------------------------------------------------- # This line could be omitted but then the discriminator would be # evaluated for all pixels not just for the pixels which are # later "connected" in the trigger (used in the coincidence map) # MSimTrigger.FileNameRouteAC: resmc/fact/magic-trigger-1NN.txt MSimTrigger.FileNameRouteAC: resmc/fact/fact-trigger-sum.txt # DiscriminatorThreshold is 9*offset(-1850)+21*gain(22.375)=16180.125 MSimTrigger.DiscriminatorThreshold: -16180.125 # Every Pixel(!) should see the same signal independant of its size MSimCalibrationSignal.NumPhotons: 24 MSimCalibrationSignal.NumEvents: 1000 IntendedPulsePos.Val: 25 #PulseShape.Function.Name: exp(-(x/2)^2/2) #PulseShape.FileName: resmc/fact/dwarf-pulse.txt # ------------------------------------------------------------------------- # Description how a pedestal/calibration signal is produced # ------------------------------------------------------------------------- #MSimCalibrationSignal.NumEvents: 1000 #MSimCalibrationSignal.NumPhotons: 5 #MSimCalibrationSignal.TimeJitter: 1.0 # ------------------------------------------------------------------------- # Setup the FADC # ------------------------------------------------------------------------- MRawRunHeader.SamplingFrequency: 2000 MRawRunHeader.NumSamples: 300 MRawRunHeader.NumBytesPerSample: 2 MRawRunHeader.FadcResolution: 12 MSimCamera.DefaultOffset: -1850.0 MSimCamera.DefaultNoise: 2.8125 MSimCamera.DefaultGain: 22.375 # Value for the fudgefactor in the calculation of the accoupling: MSimCamera.ACFudgeFactor: 0.3367 MSimCamera.ACTimeConstant: 20 #MSimReadout.fConversionFactor: 1 # The number of sampling points is almost irrelevant because they # are equidistant, i.e. calculated and no search is necessary. # Nevertheless, you must make sure that there are enough points # to sample the function accuratly enough. # Attention: x in the function is given in slices, so if you change the sampling # frequency you have to change also this function PulseShape.Function.Name: (1.626*(1-exp(-0.3803*0.5*x))*exp(-0.0649*0.5*x)) PulseShape.Function.Npx: 300 PulseShape.Function.Xmin: 0 PulseShape.Function.Xmax: 300 # ------------------------------------------------------------------------- # Setup an image cleaning on the pure gamma signal (without noise) # ------------------------------------------------------------------------- #MImgCleanStd.CleanLevel1: 6.0 #MImgCleanStd.CleanLevel2: 6.0 # ------------------------------------------------------------------------- # This is a cut executed after the calculation of the image parameters # ------------------------------------------------------------------------- Cut.Inverted: Yes #Cut.Condition: MNewImagePar.fNumUsedPixels>3 && MHillas.fSize>6 Cut.Condition: MHillas.fSize>10 #&& MHillas.fSize>30 #MSimTrigger.SimulateElectronics: Off # Does not trigger anyway ContEmpty3.Condition: MPhotonEvent.GetNumPhotons<10 MFixTimeOffset.FileName: resmc/fact/pixel_delays_ALL_ZERO.csv # MFixTimeOffset.FileName: resmc/fact/AllPhidoFiles_delays.csv # last line comment