Changeset 86 in JEM-EUSO for esaf_lal


Ignore:
Timestamp:
Apr 25, 2013, 2:24:03 PM (11 years ago)
Author:
moretto
Message:

Modification of reconstruction configuration files as seen @ KIT

Location:
esaf_lal/branches/Test_reconstruction_config/config
Files:
5 edited

Legend:

Unmodified
Added
Removed

  • esaf_lal/branches/Test_reconstruction_config/config/General/Euso.cfg

    r16 r86  
    1010
    1111#NOpt
    12 Euso.fRadius = 1325             # mm radius
    13 Euso.fAltitude = 430            # km
     12#Euso.fRadius = 1325             # mm radius
     13#Euso.fAltitude = 430            # km
     14
     15#Balloon
     16Euso.fRadius = 600              # mm radius
     17Euso.fAltitude = 40              # km
    1418
    1519# Select the LightToEuso object

  • esaf_lal/branches/Test_reconstruction_config/config/LightToEuso/GeneratorLightToEuso.cfg

    r16 r86  
    1919GeneratorLightToEuso.SpectrumType = powerlaw    # powerlaw/GZKHiRes2005
    2020GeneratorLightToEuso.EnergyRangeMin = 1e20      # Minimum Energy to simulate [eV]
    21 GeneratorLightToEuso.EnergyRangeMax = 5e20      # Maximum Energy to simulate [eV]
     21GeneratorLightToEuso.EnergyRangeMax = 1e20      # Maximum Energy to simulate [eV]
    2222GeneratorLightToEuso.EnergySlope = -1           # Slope of Energy Differential Spectrum
    2323
    … …  
    2525GeneratorLightToEuso.ThetaMode = sinus          # sinus=sin(2x), linear, FlatHmax
    2626GeneratorLightToEuso.ThetaRangeMin = 60         # Minimum Theta  to simulate [deg] (MES frame)
    27 GeneratorLightToEuso.ThetaRangeMax = 90         # Maximum Theta  to simulate [deg] (MES frame)
     27GeneratorLightToEuso.ThetaRangeMax = 60         # Maximum Theta  to simulate [deg] (MES frame)
    2828GeneratorLightToEuso.PhiRangeMin = 0            # Minimum Phi    to simulate [deg] (MES frame)
    2929GeneratorLightToEuso.PhiRangeMax = 360          # Maximum Phi    to simulate [deg] (MES frame)

  • esaf_lal/branches/Test_reconstruction_config/config/Reco/RecoModuleList.cfg

    r16 r86  
    1313# CLUSTERING MODULES: can be called HoughTransform or BaseClustering+ClusterAnalysis+GTUClustering chain
    1414#
    15 #Module = HoughTransform     # localization of signal with Hough techniques
     15Module = HoughTransform     # localization of signal with Hough techniques
    1616#Module = BaseClustering     # clustering in theta-phi
    1717#Module = ClusterAnalysis    # analysis of clusters
    … …  
    2020# TRACK DIRECTION MODULES: can be called TrackDirection2 or TrackDetectorPlane+TrackDirection chain
    2121#
    22 #Module = TrackDirection2    #
     22Module = TrackDirection2    #
    2323#Module = TrackDetectorPlane  #
    2424#Module = TrackDirection      #
    … …  
    3131#
    3232
    33 Module = RobustModule           
     33#Module = RobustModule           
    3434#Module = JemEnergy 
    3535
    … …  
    4747#Module = Profile            #
    4848
    49 Sequence = Test4 #test
     49#Sequence = Test4 #test

  • esaf_lal/branches/Test_reconstruction_config/config/Reco/RootInputModule.cfg

    r16 r86  
    22#
    33RootInputModule.FileName = output/simu.root                     # file name to analyze
    4 RootInputModule.ProcessOnlySignal =  no                         # yes/no       
     4RootInputModule.ProcessOnlySignal =  yes        #no                     # yes/no       
    55RootInputModule.FilterScatteredCherenkov = no                  # filter out the backscaterred cherenkov light
    66RootInputModule.TruncateNumberOfEvents = yes                    #

  • esaf_lal/branches/Test_reconstruction_config/config/Reco/TrackDirection2Module.cfg

    r16 r86  
    2929
    3030#fit method for TDP and AA1 algorithm
    31 TrackDirection2Module.fTDPFitMethod = median #rootrobust # linear, median, hough, rootrobust
     31TrackDirection2Module.fTDPFitMethod = linear #median #rootrobust # linear, median, hough, rootrobust
    3232TrackDirection2Module.fAA1FitMethod = median #rootrobust # linear, median, hough, rootrobust
    3333
    … …  
    3838#TrackDirection2Module.fMethod = AE1 # analytic-exact
    3939
    40 TrackDirection2Module.fMethod = AA1 #all # execute all algorithms
     40TrackDirection2Module.fMethod = all #all # execute all algorithms
    4141
    4242TrackDirection2Module.fFixTmaxNumeric = yes # yes/no
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