source: JEM-EUSO/esaf_cc_at_lal/config/ICRC_2011_template.cfg @ 114

Last change on this file since 114 was 114, checked in by moretto, 11 years ago

actual version of ESAF at CCin2p3
File size: 12.3 KB
Line 
1## Configurate for JEM-EUSO for ICRC 2011
2## config file dump generated by ESAF
3
4## Dump for class name AtmosphereFactory
5AtmosphereFactory.MSISE_00AtmosphereData.Slope = 51
6AtmosphereFactory.Aerosol.name = none
7AtmosphereFactory.Atmosphere.type = lowtran
8AtmosphereFactory.Clouds.fFeat = TOVS
9AtmosphereFactory.Clouds.type = none
10## End of dump for class name AtmosphereFactory
11
12## Dump for class name BunchRadiativeTransfer
13BunchRadiativeTransfer.DepthStep = 10                             # DN TO CHECK!
14BunchRadiativeTransfer.fStep_along_track = 0.5
15BunchRadiativeTransfer.fCloudStatus = yes                        # DN TO CHECK!
16BunchRadiativeTransfer.fDecoupled = optimized
17## End of dump for class name BunchRadiativeTransfer
18
19## Dump for class name CCB_LTTTrigger
20CCB_LTTTrigger.EC_PDM = 0
21CCB_LTTTrigger.fDebug = 0
22CCB_LTTTrigger.fGtu_light = 0.75
23CCB_LTTTrigger.fInputTrigger = 1
24CCB_LTTTrigger.fIntegrateSum = 154
25CCB_LTTTrigger.fNum_Dir = 324
26CCB_LTTTrigger.fNum_Steps = 7
27CCB_LTTTrigger.fPixel_size = 0.8
28CCB_LTTTrigger.fYellowThreshold = 4
29CCB_LTTTrigger.fDataDirectory = DirectionFiles
30CCB_LTTTrigger.fDirectionFileName = angles_liv3.dat
31## End of dump for class name CCB_LTTTrigger
32
33## Dump for class name ConicBaffle
34ConicBaffle.fTopRadius = 1325.        # baffle radius
35ConicBaffle.fPos.Z = 132.894280    # the base of the bottom lens
36ConicBaffle.DZdown = 134             # height of the baffle
37ConicBaffle.fAlpha = 30              # baffle's field of view
38## End of dump for class name ConicBaffle
39
40
41## Dump for class name DetectorTransportManager
42DetectorTransportManager.fInnerRadius = 1325
43DetectorTransportManager.fMaxIterations = 10
44## End of dump for class name DetectorTransportManager
45
46## Dump for class name ElectronicsFactory
47ElectronicsFactory.AfeeType = Full
48ElectronicsFactory.Detector = Euso
49ElectronicsFactory.ElementaryCellType = Standard
50ElectronicsFactory.FrontEndType = Standard
51ElectronicsFactory.MacroCellType = Standard
52ElectronicsFactory.PmtType = R8900M36Photomultiplier
53ElectronicsFactory.TelemetryType = Standard
54## End of dump for class name ElectronicsFactory
55
56## Dump for class name EsafRandom
57EsafRandom.fSeed = 12345
58EsafRandom.fType = TRandom3
59## End of dump for class name EsafRandom
60
61## Dump for class name Euso
62Euso.fAltitude = 430
63Euso.fRadius = 1325
64Euso.fLightToEuso = standard
65## End of dump for class name Euso
66
67## Dump for class name EusoDetector
68EusoDetector.fFieldOfView = 30
69EusoDetector.fMaxRadius = 1325
70EusoDetector.fScaleFactor = 1
71EusoDetector.fFixMaxRadius = yes
72## End of dump for class name EusoDetector
73
74## Dump for class name EusoElectronics
75EusoElectronics.fFrontEndSize = 144
76EusoElectronics.fLowSignalMacrocellThreshold = 3
77EusoElectronics.fNightGlowCode = -2
78EusoElectronics.fNightGlowEnd = -1
79EusoElectronics.fNightGlowRadiance = 500
80EusoElectronics.fNightGlowRateOnAxis = 0.81
81EusoElectronics.fNightGlowStart = -1
82EusoElectronics.fPmtSide = 6
83EusoElectronics.fAddRandomGtuPhase = yes
84EusoElectronics.fEnable = yes
85EusoElectronics.fFocalSurfaceFile = @cfg/Electronics/layout_137_CPP2010_09c_m36_nogap.fsr
86EusoElectronics.fNightGlow = byRate
87EusoElectronics.fNightGlowShape = Flat
88EusoElectronics.fSimulateLowSignalMacroCells = absolute
89## End of dump for class name EusoElectronics
90
91## Dump for class name EusoMapping
92EusoMapping.fMapCacheFile = @aux/pixelmap.bin                           # DN TO CHECK!
93EusoMapping.fMapFile = @cfg/Optics/pixelmap_11052011.dat.gz             # DN TO CHECK! Checked
94EusoMapping.fUseCache = no
95## End of dump for class name EusoMapping
96
97## Dump for class name FakeOpticalAdaptor
98FakeOpticalAdaptor.fCathode.reflectivity = 0                            # DN TO CHECK!
99FakeOpticalAdaptor.fHeight = 0                                          # DN TO CHECK!
100FakeOpticalAdaptor.fSide = 27                                           # DN TO CHECK!
101## End of dump for class name FakeOpticalAdaptor
102
103## Dump for class name FrontEndChip
104FrontEndChip.CounterThreshold = 5
105FrontEndChip.Gain = 1
106FrontEndChip.GainSpread = 0.05
107FrontEndChip.ThreshSpread = 5.4
108FrontEndChip.Threshold = 54
109FrontEndChip.TimeResolution = 10
110FrontEndChip.TriggerGroups = 1
111## End of dump for class name FrontEndChip
112
113## Dump for class name GeneratorLightToEuso
114GeneratorLightToEuso.SpectrumType = powerlaw    # powerlaw/GZKHiRes2005
115GeneratorLightToEuso.EnergyRangeMin = 5e20      # Minimum Energy to simulate [eV]
116GeneratorLightToEuso.EnergyRangeMax = 5e20      # Maximum Energy to simulate [eV]
117GeneratorLightToEuso.EnergySlope = -1           # Slope of Energy Differential Spectrum
118                                                # theta-phi mode
119GeneratorLightToEuso.ThetaMode = sinus          # sinus=sin(2x), linear, FlatHmax
120GeneratorLightToEuso.ThetaRangeMin = 30         # Minimum Theta  to simulate [deg] (MES frame)
121GeneratorLightToEuso.ThetaRangeMax = 40         # Maximum Theta  to simulate [deg] (MES frame)
122GeneratorLightToEuso.PhiRangeMin = 0            # Minimum Phi    to simulate [deg] (MES frame)
123GeneratorLightToEuso.PhiRangeMax = 360          # Maximum Phi    to simulate [deg] (MES frame)
124GeneratorLightToEuso.UhecrType = Proton         # Type of UHECR  can be Iron, Neutrino, TauNeutrino, etc
125GeneratorLightToEuso.DepthStep = 10             # Step for the shower development [g/cm2] 10
126                                                # First interaction mode
127GeneratorLightToEuso.InteractionType = X1       # random X1=none, fixed position=POS, fixed X1=X1
128GeneratorLightToEuso.InteractionVectorX = 140   # Interaction X Point        [km]
129GeneratorLightToEuso.InteractionVectorY = 140   # Interaction Y Point        [km]
130GeneratorLightToEuso.InteractionVectorZ = 70    # Interaction Z Point        [km]
131GeneratorLightToEuso.InteractionX1 = 35         # grammage of the first interaction (if fixed X1)
132                                                # Impact mode
133GeneratorLightToEuso.ImpactMode = ASL           # TOA or ASL(in a square)
134GeneratorLightToEuso.altitude = 430             #
135GeneratorLightToEuso.FoV = 30                   # Euso Field of View         [deg]
136GeneratorLightToEuso.RejectFakeEvents = yes     # reject cosmic rays that (did not interact in atmosphere || not in FoV)
137GeneratorLightToEuso.RejectNoXmax = no          # reject showers without Xmax in the FoV
138                                                # only in ASL mode
139GeneratorLightToEuso.ImpactXmin = 0             # impact X Point        [km]
140GeneratorLightToEuso.ImpactXmax = 0             # impact X Point        [km]
141GeneratorLightToEuso.ImpactYmin = 0             # impact Y Point        [km]
142GeneratorLightToEuso.ImpactYmax = 0             # impact Y Point        [km]
143## End of dump for class name GeneratorLightToEuso
144
145## Dump for class name LTTTrigger
146LTTTrigger.fChainPTT_LTT = 0
147LTTTrigger.fDebug = 0
148LTTTrigger.fEC_PDM = 0
149LTTTrigger.fGtu_light = 0.75
150LTTTrigger.fIntegrateSum = 88
151LTTTrigger.fNum_Dir = 16
152LTTTrigger.fNum_Steps = 4
153LTTTrigger.fPixel_size = 0.8
154LTTTrigger.fRedThreshold = 8
155LTTTrigger.fYellowThreshold = 4
156LTTTrigger.fDataDirectory = DirectionFiles
157LTTTrigger.fDirectionFileName = angles.dat
158## End of dump for class name LTTTrigger
159
160## Dump for class name LowtranAtmosphere
161LowtranAtmosphere.Gndalt = 0
162LowtranAtmosphere.Icld = 0
163LowtranAtmosphere.Icstl = 0
164LowtranAtmosphere.Ihaze = 0
165LowtranAtmosphere.Im = 1
166LowtranAtmosphere.Iseasn = 0
167LowtranAtmosphere.Ivsa = 0
168LowtranAtmosphere.Ivulcn = 0
169LowtranAtmosphere.Linf = 250
170LowtranAtmosphere.Lsup = 450.45
171LowtranAtmosphere.Noprt = 0
172LowtranAtmosphere.Rainrt = 0
173LowtranAtmosphere.Salb = 0
174LowtranAtmosphere.Vis = 0
175LowtranAtmosphere.Whh = 0
176LowtranAtmosphere.Wss = 0
177LowtranAtmosphere.model = 6
178## End of dump for class name LowtranAtmosphere
179
180## Dump for class name LowtranManager
181LowtranManager.fMakeTape5Unique = yes
182LowtranManager.fTape5 = @tmp/Lwtrn_Tape5.dat
183LowtranManager.fTape6 = @out/Lowtran.tape6
184LowtranManager.fTape7 = /dev/null
185LowtranManager.fTape8 = /dev/null
186## End of dump for class name LowtranManager
187
188## Dump for class name LowtranRadiativeProcessesCalculator
189LowtranRadiativeProcessesCalculator.fStep_detector = 0.5
190## End of dump for class name LowtranRadiativeProcessesCalculator
191
192## Dump for class name MacroCell
193MacroCell.fGtuTimeLength = 2500
194MacroCell.fSize = 200                                                   # DN TO CHECK!
195MacroCell.fTriggerThreshold = 5                                         # DN TO CHECK!
196MacroCell.fTriggerType = 14336                                          # DN TO CHECK!
197MacroCell.fLogicEnabled = no                                            # DN TO CHECK!
198MacroCell.fSaveAllChipGtuData = yes
199## End of dump for class name MacroCell
200
201## Dump for class name NOpticalSystem
202NOpticalSystem.EsafRandom = 0
203NOpticalSystem.fPos.Z = 0
204NOpticalSystem.lens_dir = config/Optics/NOpticalSystem/
205NOpticalSystem.tel_par = telparm_CPP_2010_09_NOptics
206## End of dump for class name NOpticalSystem
207
208## Dump for class name OpticsFactory
209OpticsFactory.fBaffle = ConicBaffle
210OpticsFactory.fFocalPlane = PolarFocalPlane
211OpticsFactory.fIdealFocalSurface = NIdealFocalSurface
212OpticsFactory.fOpticalAdaptor = FakeOpticalAdaptor
213OpticsFactory.fOpticalSystem = NOpticalSystem
214OpticsFactory.fTransportManager = Standard
215OpticsFactory.fWalls = WallInteraction
216## End of dump for class name OpticsFactory
217
218## Dump for class name PTTTrigger
219PTTTrigger.Integration = 43
220PTTTrigger.Persistency = 5
221PTTTrigger.PixelThr = 4
222PTTTrigger.fDebug = 0
223## End of dump for class name PTTTrigger
224
225## Dump for class name PolarFocalPlane
226PolarFocalPlane.fDZdown = 500
227##NOpticalSystem (CPP2010)
228PolarFocalPlane.fPos.Z =  3816.974  #taking into account offset
229##NOpticalSystem (PPP2010)
230##PolarFocalPlane.fPos.Z =  3593.141  #taking into account offset
231PolarFocalPlane.fRadius = 1325
232## End of dump for class name PolarFocalPlane
233
234## Dump for class name R8900M36Photomultiplier
235Photomultiplier.PmtDeadInner = 0.001
236Photomultiplier.PmtDeadLateral = 1.5
237Photomultiplier.PmtGain = 4.8e+06
238Photomultiplier.PmtGainSigma = 910000
239Photomultiplier.PmtQuantum = 0.2695
240Photomultiplier.PmtSide = 6                                                                     # DN TO CHECK!
241Photomultiplier.PmtSize = 27                                   
242Photomultiplier.PmtTimeWidth = 1                                                                # DN TO CHECK!
243Photomultiplier.fDarkNoiseRate = 0                                                              # DN TO CHECK!
244R8900M36Photomultiplier.fAngularDependence.FileName = AngularDependence.dat                     # DN TO CHECK!
245R8900M36Photomultiplier.fCollectionEfficiency.FileName = AverageCollectionEfficiency.dat        # DN TO CHECK!
246R8900M36Photomultiplier.fCrossTalk.FileName = AverageCrossTalk.dat                              # DN TO CHECK!
247R8900M36Photomultiplier.fQuantumEfficiency.FileName = AverageQuantumEfficiency20070827.dat      # DN TO CHECK!
248R8900M36Photomultiplier.fgUsePmtAdd = no                                                        # DN TO CHECK!
249## End of dump for class name R8900M36Photomultiplier
250
251## Dump for class name RadiativeFactory
252RadiativeFactory.ClearSkyPropagator = alongtrack
253RadiativeFactory.Ground = test                                                                  # DN TO CHECK!
254RadiativeFactory.RadiativeProcessesCalculator = lowtran
255## End of dump for class name RadiativeFactory
256
257## Dump for class name Run
258Run.fRunNumber = 1234
259Run.fEnableRoot = yes
260Run.fFilesPrefix = simu
261Run.fOutputPath = output/
262Run.fRunDate = now
263Run.fTmpPath = tmp/
264## End of dump for class name Run
265
266## Dump for class name ShowerLightSource
267ShowerLightSource.fLambdaMax = 450
268ShowerLightSource.fLambdaMin = 300
269ShowerLightSource.AngularDistributionName = NULL
270ShowerLightSource.CrkCalculator = simple                                                        # DN TO CHECK!
271ShowerLightSource.EnergyDistributionName = giller                                               # DN TO CHECK!
272ShowerLightSource.EnergyDistributionType = parametrized                                         # DN TO CHECK!
273ShowerLightSource.FluoCalculator = nagano                                                       # DN TO CHECK!
274ShowerLightSource.LateralDistributionName = NKGhadron                                           # DN TO CHECK!
275ShowerLightSource.fUseAngDev = no                                                               # DN TO CHECK!
276## End of dump for class name ShowerLightSource
277
278## Dump for class name SimuRootFileManager
279SimuRootFileManager.fMaxFileSize = 1000
280SimuRootFileManager.fDetector.fNightGlowFillable = yes
281SimuRootFileManager.fDetector.fPhotonFillable = yes
282SimuRootFileManager.fDetector.fPhotonFillingMode = All
283SimuRootFileManager.fRootOutputFile = output/euso
284SimuRootFileManager.fSaveAtmosphere = yes
285SimuRootFileManager.fSaveCCB_LTTTrigger = yes
286SimuRootFileManager.fSaveChipTrackTrigger = yes
287SimuRootFileManager.fSaveDetector = yes
288SimuRootFileManager.fSaveLTTTrigger = yes
289SimuRootFileManager.fSaveLblTrackTrigger = yes
290SimuRootFileManager.fSavePTTTrigger = yes
291SimuRootFileManager.fSaveRunTree = yes
292SimuRootFileManager.fSaveShower = yes
293SimuRootFileManager.fSaveSimpleDetector = yes
294## End of dump for class name SimuRootFileManager
295
296## Dump for class name StandardLightToEuso
297StandardLightToEuso.fGenerator = slast++
298StandardLightToEuso.fLightSource = shower
299StandardLightToEuso.fRadiativeTransfer = bunch
300## End of dump for class name StandardLightToEuso
301
302## Dump for class name TestGround
303TestGround.fAlbedo = 0.05
304TestGround.fAltitude = 0
305TestGround.fSigma = -1
306TestGround.fSpec = 0.75
307TestGround.fWindSpeed = 11
308TestGround.fType = lambertian
309## End of dump for class name TestGround
310
311## Dump for class name WallInteraction
312WallInteraction.fSpecularReflectivity = 0
313## End of dump for class name WallInteraction
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