opticaldetectormodules.fcl

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#include "trackfinderalgorithms.fcl"
#include "calorimetry.fcl"

BEGIN_PROLOG

###################################################################
# Added July-2013: These are the parameters/modules associated with
# the MicroBooNE PMT ADC and FEMs.
###################################################################

standard_optdetdigitizer:
{
  module_type:            "OptDetDigitizer"  # The module we're trying to execute
  InputModule:            "largeant"         # The name of the process that generated the photons
  SimGainSpread:          true
}

###################################################################


standard_beamflashcompat:
{
  module_type:            "BeamFlashCompatibilityCheck"
  TrackModuleLabel:       "beziertracker"
  FlashModuleLabel:       "opflash"
  BezierResolution:       100
  SingleChannelCut:       4
  IntegralCut:            4
}

###################################################################


standard_flashclustermatch:
{
  module_type:            "FlashClusterMatch"
  ClusterModuleLabel:     "fuzzycluster"
  FlashModuleLabel:       "opflash"
  SingleChannelCut:       5
  IntegralCut:            5
  MinSptsForOverlap:      5
  SpacePointAlg:          @local::standard_spacepointalg
  CaloAlg:                @local::standard_calorimetryalgmc

}

###################################################################


standard_fifohistana:
{
  module_type:            "FIFOHistogramAna"
  InputModule:            "daq" 
}

###################################################################

#
# OpHit finding algorithms
#

standard_algo_sipm:
{
    Name:           "SiPM"
    ADCThreshold:      13
    MinWidth:          60
    SecondThreshold:    1
    Pedestal:        1500
}

standard_algo_threshold:
{
    Name:           "Threshold"
    StartADCThreshold : 3
    EndADCThreshold :   2
    NSigmaThresholdStart : 5
    NSigmaThresholdEnd : 3
}

standard_algo_fixedwindow:
{ 
    Name:      "FixedWindow"
    StartIndex: 0
    EndIndex:  20
}

standard_algo_slidingwindow:
{
    Name:           "SlidingWindow"
    NumPreSample:    3
    ADCThreshold:    4
    NSigmaThreshold: 4
    EndADCThreshold: 2
    EndNSigmaThreshold: 1
    Verbosity:       false
}

standard_algo_cfd:
{
   Name: "CFD"
   # CFD fraction
   Fraction: 0.9
   # CFD number of samples delay
   Delay: 2
   # Number of samples to average before pulse
   # to use as constant baseline under waveform
   # BaselinePreSample: 5
   # Threshold * mode_sigma used to determine if we inside a peak
   # for CFD crossing
   PeakThresh: 7.5
   # Threshold * mode_sigma to determine ending of inside peak @ pulse start
   StartThresh: 5.0
   # Threshold * mode_sigma to determine pulse ending @ tail
   EndThresh: 1.5 
}

###################################################################

#
# Pedestal algorithms
#

standard_algo_pedestal_edges:
{
    Name: "Edges"
    NumSampleFront: 3
    NumSampleTail:  3
    Method:         0
}

standard_algo_pedestal_rollingmean:
{
    Name: "RollingMean"
    SampleSize:      2
    MaxSigma:        0.5
    PedRangeMax:     2150
    PedRangeMin:     100
}

standard_algo_pedestal_rmsslider:
{
    Name: "RmsSlider"
    SampleSize:       7
    Threshold:        0.6
    MaxSigma:         0.5
    PedRangeMax:      2150
    PedRangeMin:      100 
    Verbose:          false
    NWaveformsToFile: 12
}

standard_algo_pedestal_ub:
{
    Name: "UB"
    BeamGateSamples : 1500
    # You need to include parameters fed to PedTruncatedMean since that
    # algo is called for beam gate sample as well
    # Sliding mean number of samples
    SampleSize:      2
    MaxSigma:        0.5
    PedRangeMax:     2150
    PedRangeMin:     100
    
    # RandomRange: 5
    # RandomRangeDivisions: 4.0
    Threshold: 4
    # Number of ADC count to shift during random sampling
    # RandomRangeShift: -0.5
    # This parameter get's multiplied by mode_sigma to determine
    # whether or not samples are close enough to be filled with random baseline
    # between gaps
    DiffBetweenGapsThreshold: 2
    DiffADCCounts: 2
    NPrePostSamples: 5
}

###################################################################

standard_preco_manager:
{
    module_type: "PulseRecoManager"
}

###################################################################

standard_ophit:
{
  module_type:    "OpHitFinder"
  GenModule:      "generator"
  InputModule:    "optreadout"
  InputLabels:    [ "" ]
  ChannelMasks:   []
  HitThreshold:   0.2    # PE
  UseCalibrator:  false  # If set to false, SPE parameters below
                         # are used     
  AreaToPE:       false  # Use area to calculate number of PEs
  SPEArea:        1330   # If AreaToPE is true, this number is 
                         # used as single PE area (in ADC counts)
  SPEShift:       0      # Baseline offset in ADC->SPE conversion
  reco_man:       @local::standard_preco_manager
  HitAlgoPset:    @local::standard_algo_threshold
  PedAlgoPset:    @local::standard_algo_pedestal_edges
}

###################################################################

standard_opflash:
{
  module_type:   "OpFlashFinder"
  InputModule:   "ophit"
  BinWidth:       1   # us | Pulse finding parameters
  FlashThreshold: 2   # PE
  WidthTolerance: 0.5 # unitless 
  TrigCoinc:      2.5 # in microseconds!
}

###################################################################

standard_ledcalibrationana:
{
  module_type:            "LEDCalibrationAna"
  InputModule:            "daq"
  TriggerDelay:           0
  CoincThreshold:         5
  TriggerChannel:         32
  AreaMin:                0
  AreaMax:                30000
  AreaDivs:               200
  MaxTimeMean:            700
  MaxTimeThresh:          50
  MakeNonCoincTree:       true
  reco_man:               @local::standard_preco_manager
  algo_threshold:         @local::standard_algo_threshold
}

###################################################################

standard_simphotoncounter:
{
  module_type:            "SimPhotonCounter"
  Verbosity:               0 
  InputModule:            "largeant" 
  MakeAllPhotonsTree:      true
  MakeDetectedPhotonsTree: true
  MakeOpDetsTree:          true
  MakeOpDetEventsTree:     true
}


standard_opdigiana:
{
  module_type:            "OpDigiAna"
  InputModule:            "opdigi"
  InstanceName:           "" 
  ZeroSupThresh:           0.5

  MakeBipolarHist:         true
  MakeUnipolarHist:        true
}

standard_flashpurity:
{
  module_type:            "FlashPurityCheckAna"
  GenieGenModuleLabel:    "generator"  
  TrackModuleLabel:       "beziertracker"
  MatchModuleLabel:       "beamflashcompat"
  OpFlashModuleLabel:     "opflash"             
}


standard_opflashtruth:
{
  module_type:            "OpFlashMCTruthAna"
  TruthInputModule:       "nugenerator"  
  FlashInputModule:       "opflash"  
                
}

standard_opflashana:
{
  module_type:            "OpFlashAna"
  OpFlashModuleLabel:     "opflash"  
  OpHitModuleLabel:       "ophit"  
  YMin:                    -50
  YMax:                    50
  ZMin:                    0
  ZMax:                    1200
        
  MakeFlashTimeHist:       false
  MakeFlashPosHist:        false
  MakePerFlashHists:       false

  MakePerFlashTree:        true
  MakePerOpHitTree:        true
  MakeFlashBreakdownTree:  true
  MakeFlashHitMatchTree:   true
  MakePerEventFlashTree:   false

}

standard_opdigi:
{
  module_type:            "OpMCDigi"
  InputModule:            "largeant"
  QE:                      0.01 
  SaturationScale:         2000
  DarkRate:                10000
  CompressionType:    "none"        # 
}

standard_tracktimeassoc:
{
  module_type:            "TrackTimeAssoc"
  TrackModuleLabel:       "beziertracker"
  FlashModuleLabel:       "opflash"
  BezierResolution:       100
  PairingMode:            1
  LengthCut:              20
  PECut:                  20
}


standard_tracktimeassocana:
{
  module_type:            "TrackTimeAssocAna"
  MatchModuleLabel:       "tracktimeassoc"
}

standard_bodataframeinput:
{
   module_type:          "BoDataFrameInput"
   InputFile:            "rawdata.txt" 
}

standard_stitchpmtframes:
{
   module_type:          "StitchPMTFrames"
   InputModule:          "bodataframeinput"
   FrameSize:            2048
   ADCOffset:            2048
}

standard_simphotoncounteralg:
{
  SimPhotonCounterParams:
  [
   { 
     MinPromptTime: -9e9
     MaxPromptTime: 100
     MinLateTime:   100
     MaxLateTime:   9e9
     MinWavelength: 0
     MaxWavelength: 1e6
   }
  ]
}

standard_flashhypothesisanaalg:
{
    SimPhotonCounterIndex: 0
    dEdx: 2.1
    XOffset: 0.0
    SimPhotonCounterAlgParams: @local::standard_simphotoncounteralg
}

standard_flashhypothesisanamodule:
{
    module_type: "FlashHypothesisAna"
    MCTrackLabel: "mctrack"
    MCSimPhotonsLabel: "largeant"
    FlashHypothesisAnaAlgParams: @local::standard_flashhypothesisanaalg
}

standard_opflashsimpleanamodule:
{
    module_type: "OpFlashSimpleAna"
    OpFlashModuleLabel: "opflash"
    OpHitModuleLabel:   "ophit"
    MakeOpDetPEHist:    "true"
}

microboone_opdetreformatter:
{
   module_type: "OpticalRawDigitReformatter"
   GenModule:       "generator"
   InputModule:     "optreadout"
}


microboone_simphotoncounter: @local::standard_simphotoncounter
microboone_opdigi:           @local::standard_opdigi
microboone_tracktimeassoc:   @local::standard_tracktimeassoc
microboone_opflashtruth:     @local::standard_opflashtruth

microboone_opdigiana:        @local::standard_opdigiana
microboone_opflashana:       @local::standard_opflashana

#microboone_optdetdigitizer:  @local::standard_optdetdigitizer
#microboone_optical_readout:  @local::standard_optical_readout

END_PROLOG