| 1 | # ==========================================================================
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| 2 | #############################################################################
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| 3 | # ==========================================================================
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| 4 | # General
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| 5 | # ==========================================================================
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| 6 | #############################################################################
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| 7 | # ==========================================================================
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| 8 |
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| 9 | # -------------------------------------------------------------------------
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| 10 | # Use this if you want to setup the logging stream for the jobs
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| 11 | # (overwrites command line options)
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| 12 | # -------------------------------------------------------------------------
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| 13 | MLog.VerbosityLevel: 4
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| 14 | #MLog.DebugLevel: 1
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| 15 | #MLog.NoColors: yes
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| 16 |
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| 17 | # ==========================================================================
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| 18 | ############################################################################
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| 19 | # ==========================================================================
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| 20 | # Ceres
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| 21 | # ==========================================================================
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| 22 | ############################################################################
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| 23 | # ==========================================================================
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| 24 |
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| 25 | # -------------------------------------------------------------------------
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| 26 | # Use this if you want to write the MJStar output somewhere
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| 27 | # If you don't want it, it is written to the calibration output anyhow.
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| 28 | # -------------------------------------------------------------------------
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| 29 | #PathOut: ceres_output/
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| 30 | #PathIn: ceres_input/
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| 31 |
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| 32 |
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| 33 | # -------------------------------------------------------------------------
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| 34 | # Configure Eventloop
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| 35 | # -------------------------------------------------------------------------
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| 36 | #MaxEvents: 10000
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| 37 | #Overwrite: yes,no
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| 38 |
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| 39 |
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| 40 | # -------------------------------------------------------------------------
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| 41 | # Use this to setup binnings. For more details see: MBinning::ReadEnv
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| 42 | # -------------------------------------------------------------------------
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| 43 | # BinningEnergy.Raw: 100 1 100000 log
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| 44 | # BinningSize.Raw: 100 1 10000000 log
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| 45 | BinningImpact.Raw: 40 0 400
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| 46 | # BinningHeight.Raw: 50 0 12
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| 47 | # BinningAz.Raw: 360 -360 360
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| 48 | # BinningZd.Raw: 70 0 70
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| 49 | BinningViewCone.Raw: 32 0 8
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| 50 | BinningTrigPos.Raw: 100 -5 45
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| 51 | BinningTotLength.Raw: 150 0 150
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| 52 | # BinningEvtWidth.Raw: 150 0 25
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| 53 | # BinningDist.Raw: 100 0 2.5
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| 54 | # BinningDistC.Raw: 100 0 2.5
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| 55 | # BinningThreshold.Raw: 35 0.9 90000 log
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| 56 | # BinningEnergyEst.Raw: 100 0.9 90000 log
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| 57 |
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| 58 | #BinningAlpha.Raw: 36 0 90
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| 59 | BinningWidth.Raw: 50 0 3
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| 60 | BinningLength.Raw: 25 0 3
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| 61 | BinningDist.Raw: 25 0 15
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| 62 |
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| 63 | # Note that you might not exactly get this binning limit as
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| 64 | # the limits are internally optimized (or to have N bins of size 1)
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| 65 | HPhotonEventGround.MaxImpact: 250
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| 66 |
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| 67 | # -------------------------------------------------------------------------
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| 68 | # Initialize random number generator (see MJob::InitRandomNumberGenerator)
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| 69 | # -------------------------------------------------------------------------
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| 70 | RandomNumberGenerator: TRandom3
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| 71 | #RandomNumberSeedValue: 0
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| 72 |
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| 73 |
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| 74 | MRead.CorsikaInputCard: <your-corsika-input-card>
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| 75 |
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| 76 | # -------------------------------------------------------------------------
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| 77 | # Ceres general setup
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| 78 | # -------------------------------------------------------------------------
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| 79 |
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| 80 | # Switch off the camera "electronics"
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| 81 | #Camera: Off
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| 82 |
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| 83 | # Force the use of the "hardware" trigger for calibration data
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| 84 | #ForceTrigger: Yes
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| 85 |
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| 86 |
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| 87 | # -------------------------------------------------------------------------
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| 88 | # Some setup for the atmosphere. The default should be well suited.
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| 89 | # -------------------------------------------------------------------------
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| 90 | #MSimAtmosphere.FileAerosols: resmc/fact/atmopshere-aerosols.txt
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| 91 | #MSimAtmosphere.FileOzone: resmc/fact/atmopshere-ozone.txt
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| 92 |
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| 93 |
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| 94 | # -------------------------------------------------------------------------
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| 95 | # Here you can control the poiting of the telescope. To switch on
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| 96 | # off-target observations set a value for the distance !=0 [deg].
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| 97 | # For details see MSimPointingPos
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| 98 | # -------------------------------------------------------------------------
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| 99 | #MSimPointingPos.OffTargetDistance: 0.6
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| 100 | #MSimPointingPos.OffTargetPhi: -1
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| 101 |
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| 102 |
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| 103 | # -------------------------------------------------------------------------
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| 104 | # Setup the optics
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| 105 | # -------------------------------------------------------------------------
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| 106 | #Reflector.Constructor: MReflector();
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| 107 | Reflector.Constructor: MFresnelLens();
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| 108 |
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| 109 | # -------------------------------------------------------------------------
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| 110 | # Note that this is the setup for the 'Reflector' being MFresnelLens
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| 111 | Reflector.Transmission.FileName: resmc/hawcseye/transmission-pmma-3mm.txt
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| 112 | Reflector.Transmission.Thickness: 0.3
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| 113 | Reflector.Transmission.FresnelCorrection: true
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| 114 | #Reflector.SurfaceRoughness: 0.001
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| 115 |
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| 116 | # -------------------------------------------------------------------------
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| 117 | # Note that this is the setup for the 'Reflector' being MReflector
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| 118 |
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| 119 | # For the file definition see MReflector::ReadFile
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| 120 | Reflector.FileName: resmc/hawcseye/fake-reflector.txt
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| 121 | # Units mm: ~0.02°
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| 122 | #Reflector.SetSigmaPSF: 1.8
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| 123 | # Units mm: ~0.03°
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| 124 | #Reflector.SetSigmaPSF: 2.6
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| 125 | #Reflector.SetSigmaPSF: 1.66
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| 126 |
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| 127 | # new Value from 7.12.2012:
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| 128 | # 0.95 of the reflected light was inside a circle with a radius of 2.25mm.
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| 129 | # This corresponds to a SigmaPSF of 1.3 mm
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| 130 | # This value is based on a direct measurement of the mirrors. There
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| 131 | # is no way it can be wrong. Only the ray-tracing algorithm could be wrong.
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| 132 | Reflector.SetSigmaPSF: 2
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| 133 |
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| 134 | # --- DWARF ---
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| 135 | # distance from mirror to camera [cm]
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| 136 | #focal_distance 489.73
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| 137 | # TRUE focal of the paraboloid (must correspond to that of the mirror positions defined below!)
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| 138 | #paraboloid_focal 488.87
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| 139 |
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| 140 | # -------------------------------------------------------------------------
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| 141 | # Setup the camera geometry
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| 142 | # -------------------------------------------------------------------------
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| 143 |
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| 144 | #MGeomCam.Constructor: MGeomCamDwarf(189.8, 9.5, 4.8887);
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| 145 | MGeomCam.Constructor: MGeomCamFAMOUS(0.502,false);
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| 146 |
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| 147 | #MSimBundlePhotons.FileName: resmc/fact/dwarf-fact.txt
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| 148 |
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| 149 | # -------------------------------------------------------------------------
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| 150 | # Setup the sensors
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| 151 | # -------------------------------------------------------------------------
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| 152 |
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| 153 | # Set the APD type (1: 30x30 <default>, 2: 60x60, 3:60x60(ct=15%))
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| 154 | MSimAPD.Type: 5
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| 155 |
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| 156 | #MSimAPD.Type: 0
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| 157 | #MSimAPD.NumCells: 60
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| 158 | #MSimAPD.DeadTime: 3.0
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| 159 | #MSimAPD.RecoveryTime: 8.75
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| 160 | #MSimAPD.CrosstalkCoefficient: 0.1
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| 161 | #MSimAPD.AfterpulseProb1: 0.14
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| 162 | #MSimAPD.AfterpulseProb2: 0.11
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| 163 |
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| 164 | MSimExcessNoise.ExcessNoise: 0.096
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| 165 |
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| 166 | # -------------------------------------------------------------------------
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| 167 | # Setup the absorption, conversion efficiency and angular acceptance
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| 168 | # -------------------------------------------------------------------------
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| 169 | # Note that all four curves enter the calculation of the background rate
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| 170 | # but not necessarily all are applied!
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| 171 |
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| 172 | #MirrorReflectivity.FileName: /home/fact_opr/mc_configuration_files/setup/ceres/030/MirrorReflectivity_Lustermann_FACT_bearbeitet.txt
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| 173 | #PhotonDetectionEfficiency.FileName: /home/fact_opr/mc_configuration_files/setup/ceres/030/fact-pde-1.4V.txt
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| 174 | #ConesAngularAcceptance.FileName: /home/fact_opr/mc_configuration_files/setup/ceres/030/fact-cones-angular-acceptance.txt
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| 175 | #ConesTransmission.FileName: /home/fact_opr/mc_configuration_files/setup/ceres/030/Transmittance_1439Cones_FACT_bearbeitet.txt
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| 176 |
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| 177 | #FIXME: This should be 2.5mm
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| 178 | #MirrorReflectivity.FileName: resmc/hawcseye/transmission-pmma-3mm.txt
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| 179 | MirrorReflectivity.FileName: resmc/hawcseye/transmittance_lens.txt
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| 180 |
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| 181 | #FIXME: This should be Hamamatsu/SensL
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| 182 | #PhotonDetectionEfficiency.FileName: resmc/hawcseye/pde.txt
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| 183 | PhotonDetectionEfficiency.FileName: resmc/hawcseye/pde_SensL.txt
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| 184 |
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| 185 | #FIXME: Calculate for our aluminium and PMMA cones (this is for FACT cones)
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| 186 | #ConesAngularAcceptance.FileName: resmc/hawcseye/cones-angular-acceptance.txt
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| 187 | ConesAngularAcceptance.FileName: resmc/hawcseye/angular_acceptance_cone.txt
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| 188 |
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| 189 | #FIXME: Calculate for our cones
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| 190 | #ConesTransmission.FileName: resmc/fact/Transmittance_1439Cones_FACT_bearbeitet.txt
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| 191 | ConesTransmission.FileName: resmc/hawcseye/transmittance_cone.txt
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| 192 |
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| 193 | # Skipped otherwise due to CEFFIC option
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| 194 | # We use CEFFIC only for the atmosphere!
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| 195 | SimPhotonDetectionEfficiency.Force: Yes
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| 196 | SimMirrorReflectivity.Force: Yes
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| 197 | SimConesTransmission.Force: Yes
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| 198 |
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| 199 | # A backward motivated overall PDE adjustment.
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| 200 | # Introduced by Fabian T. to produce the ICRC2015 Crab spectrum.
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| 201 |
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| 202 | AdditionalPhotonAcceptance.Function.Name: 0.8
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| 203 | AdditionalPhotonAcceptance.Function.Npx: 100
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| 204 | AdditionalPhotonAcceptance.Function.Xmin: 290
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| 205 | AdditionalPhotonAcceptance.Function.Xmax: 900
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| 206 |
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| 207 | # -------------------------------------------------------------------------
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| 208 | # Setup what in MMCS would be called "additional spot size"
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| 209 | # -------------------------------------------------------------------------
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| 210 | #MSimPSF.Sigma: -1
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| 211 | #MSimReflector.DetectorMargin: 0
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| 212 |
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| 213 | # -------------------------------------------------------------------------
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| 214 | # Setup the dark counts (FrequencyFixed) and the NSB noise per cm^2
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| 215 | # -------------------------------------------------------------------------
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| 216 | # Turn off some checks: ONLY(!!!) for testing purposes
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| 217 | MSimRandomPhotons.Force: Yes
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| 218 | # Dark Counts per APD: ~4MHz
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| 219 | #MSimRandomPhotons.FrequencyFixed: 0.004
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| 220 | # NSB photon rate per cm^2 ~40MHz (folded with the cones' angular
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| 221 | # acceptance and the wavelength acceptance of the camera (window, apd, etc)
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| 222 | # 0.040 1/ns/cm^2 NSB-rate:
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| 223 | #MSimRandomPhotons.FrequencyNSB: 0.025
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| 224 |
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| 225 | MSimRandomPhotons.FileNameNSB: resmc/night-sky-la-palma.txt
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| 226 | MSimRandomPhotons.FrequencyNSB: 0.0
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| 227 |
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| 228 | # FIXME: With a class describing the cones we could give NSB as
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| 229 | # per sr and cm^2
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| 230 |
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| 231 | # -------------------------------------------------------------------------
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| 232 | # Setup the trigger
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| 233 | # -------------------------------------------------------------------------
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| 234 | # This line could be omitted but then the discriminator would be
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| 235 | # evaluated for all pixels not just for the pixels which are
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| 236 | # later "connected" in the trigger (used in the coincidence map)
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| 237 | # MSimTrigger.FileNameRouteAC: resmc/fact/magic-trigger-1NN.txt
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| 238 |
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| 239 | MSimTrigger.FileNameRouteAC: resmc/hawcseye/trigger.txt
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| 240 |
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| 241 | # DiscriminatorThreshold is in arbitrary units
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| 242 | # This is the FACT default
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| 243 | #MSimTrigger.DiscriminatorThreshold: -192.387
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| 244 | # This is optimized to trigger not more than 1 out of 1000 simulated pedestal events
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| 245 | MSimTrigger.DiscriminatorThreshold: 700 # The units correspond to DRS4 ADC counts (FIXME: Conversion to DAC cnts)
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| 246 |
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| 247 | # In FACT: 300 DAC counts are roughly 21pe. 1pe is roughly 10 mV / 20 ADC counts (see MSimCamera.DefaultGain)
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| 248 | # Therefore, the conversion from ADC to DAC is therefore (300/21.)/22.553 = 0.63
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| 249 | # A simulated DiscriminatorThreshold or 700 therefore corresponds to a DAC threshold of about 450
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| 250 |
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| 251 | # Note that this is in SAMPLES! I have taken the values from the SW trigger
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| 252 | MSimTrigger.CableDelay: 21
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| 253 | MSimTrigger.CableDamping: -0.96
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| 254 | MSimTrigger.CoincidenceTime: 0.5
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| 255 |
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| 256 | # The baseline shift (unfortunately -- as well as the A/C coupling!) is already added
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| 257 | # before the trigger electornics to the signal. If the sum-trigger is calculated,
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| 258 | # the baseline is summed as N*pixels - 0.96*N*pixels and therefore shifts indiviudally
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| 259 | # according to the number of pixels in a patch (I believe that this is wrong).
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| 260 | # Therefore, this effect can be correct be a shift of N*(1-0.96)
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| 261 | MSimTrigger.ShiftBaseline: Yes
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| 262 |
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| 263 | # Setting this resource allows to copy the sum signal back to the source pixels
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| 264 | # so that instead of the original signal, the sum-signal is digitzed in the eleotronics
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| 265 | #MSimTrigger.DebugTrigger: Yes
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| 266 |
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| 267 | # Use this to turn off the trigger electronics. A trigger is always issued.
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| 268 | #MSimTrigger.SimulateElectronics: No
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| 269 |
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| 270 | # Every Pixel(!) should see the same signal independant of its size
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| 271 | MSimCalibrationSignal.NumPhotons: 24
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| 272 | MSimCalibrationSignal.NumEvents: 1000
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| 273 |
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| 274 | # This is an unfortunate naming convention. A better name would be "IntendedTriggerPos"
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| 275 | # This is in nano-seconds (Mars-new) to be independent of the sampling frequency
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| 276 | IntendedPulsePos.Val: 140
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| 277 |
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| 278 | #PulseShape.Function.Name: exp(-(x/2)^2/2)
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| 279 | #PulseShape.FileName: resmc/fact/dwarf-pulse.txt
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| 280 |
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| 281 | # -------------------------------------------------------------------------
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| 282 | # Description how a pedestal/calibration signal is produced
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| 283 | # -------------------------------------------------------------------------
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| 284 |
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| 285 | #MSimCalibrationSignal.NumEvents: 1000
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| 286 | #MSimCalibrationSignal.NumPhotons: 5
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| 287 | #MSimCalibrationSignal.TimeJitter: 1.0
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| 288 |
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| 289 |
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| 290 | # -------------------------------------------------------------------------
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| 291 | # Setup the FADC
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| 292 | # -------------------------------------------------------------------------
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| 293 |
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| 294 | MRawRunHeader.SamplingFrequency: 2000
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| 295 | MRawRunHeader.NumSamples: 1024
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| 296 | MRawRunHeader.NumBytesPerSample: 2
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| 297 | MRawRunHeader.FadcResolution: 12
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| 298 |
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| 299 | MSimCamera.DefaultOffset: -1850.0 # ADC counts
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| 300 | MSimCamera.DefaultNoise: 2.8125 # ADC counts
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| 301 | MSimCamera.DefaultGain: 17.557 # Conversion for the pulse to ADC counts
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| 302 |
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| 303 | # Value for the fudgefactor in the calculation of the accoupling:
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| 304 | # FIXME: If I am not mistaken, the time constant is in us ... to be checked
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| 305 | MSimCamera.ACFudgeFactor: 0.3367
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| 306 | MSimCamera.ACTimeConstant: 20
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| 307 |
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| 308 | #MSimReadout.fConversionFactor: 1
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| 309 |
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| 310 | # The number of sampling points is almost irrelevant because they
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| 311 | # are equidistant, i.e. calculated and no search is necessary.
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| 312 | # Nevertheless, you must make sure that there are enough points
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| 313 | # to sample the function accuratly enough.
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| 314 | # Attention: x in the function is given in slices, so if you change the sampling
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| 315 | # frequency you have to change also this function
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| 316 | PulseShape.Function.Name: 1.078*(1-1/(1+exp((0.5*x-2.4)/1.2)))*exp(-(0.5*x-2.4)/84)
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| 317 |
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| 318 | #PulseShape.Function.Name: (1.1121*(1-1/(1+exp((0.5*x-4.0263)/1.063)))*exp(-(0.5*x-4.0263)/48.))
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| 319 | #PulseShape.Function.Name: (1.239*(1-1/(1+exp((0.5*x-2.851)/1.063)))*exp(-(0.5*x-2.851)/19.173))
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| 320 | #PulseShape.Function.Name: (1.239*(1-1/(1+exp((0.5*x-2.851)/1.5)))*exp(-(0.5*x-2.851)/80.3))
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| 321 | #PulseShape.Function.Npx: 310
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| 322 | #PulseShape.Function.Xmin: -10
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| 323 | #PulseShape.Function.Xmax: 300
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| 324 | PulseShape.Function.Npx: 725
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| 325 | PulseShape.Function.Xmin: -25
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| 326 | PulseShape.Function.Xmax: 700
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| 327 | #PulseShape.Function.Name: (1.626*(1-exp(-0.3803*0.5*x))*exp(-0.0649*0.5*x))
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| 328 | #PulseShape.Function.Npx: 900
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| 329 | #PulseShape.Function.Xmin: 0
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| 330 | #PulseShape.Function.Xmax: 300
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| 331 |
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| 332 | # -------------------------------------------------------------------------
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| 333 | # Setup an image cleaning on the pure gamma signal (without noise)
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| 334 | # -------------------------------------------------------------------------
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| 335 |
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| 336 | #MImgCleanStd.CleanLevel1: 6.0
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| 337 | #MImgCleanStd.CleanLevel2: 6.0
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| 338 |
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| 339 | # -------------------------------------------------------------------------
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| 340 | # This is a cut executed after the calculation of the image parameters
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| 341 | # -------------------------------------------------------------------------
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| 342 | Cut.Inverted: Yes
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| 343 |
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| 344 | #Cut.Condition: MNewImagePar.fNumUsedPixels>3 && MHillas.fSize>6
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| 345 | Cut.Condition: MHillas.fSize>10
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| 346 | #&& MHillas.fSize>30
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| 347 | #MSimTrigger.SimulateElectronics: Off
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| 348 |
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| 349 | # Does not trigger anyway
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| 350 | ContEmpty3.Condition: MPhotonEvent.GetNumPhotons<10
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| 351 |
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| 352 | # Take a fixed position in the camera.... for now!
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| 353 | MSrcPosCalc.FixedPos: 0 0
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| 354 |
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| 355 | MFixTimeOffset.FileName: resmc/fact/pixel_delays_ALL_ZERO.csv
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| 356 | # MFixTimeOffset.FileName: resmc/fact/AllPhidoFiles_delays.csv
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| 357 |
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| 358 | ResidualTimeSpread.Val: 0.0
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| 359 | GapdTimeJitter.Val: 1.5
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| 360 |
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| 361 | # last line comment
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