triggersim_icarus.fcl

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#
# File:    triggersim_icarus.fcl
# Purpose: Runs a chain to simulate ICARUS trigger primitives.
# Author:  Gianluca Petrillo (petrillo@slac.stanford.edu)
# Date:    May 17, 2021
# Version: 1.0
#
# This is a top-level configuration that can be run directly.
# 
# This job simulates the full detector in two configurations: with tiling
# windows (no trigger window overlap) and with sliding windows
# (half-overlapping).
# For each configuration, an overall trigger is simulated as well as only
# cryostat 0 ("east module") and only cryostat 1 ("west module").
# Also, for each configuration, several trigger patterns are simulated including
# single window requirements (M1 to M6), main and opposite window (M3O3 to M6O6)
# and total of main and opposite window (S3, S5, S8, S10, S15).
#
#
# The steps are:
#
#  * pmtbaselines (PMTWaveformBaselines): computes baselines for all PMT
#      waveforms
#  * discrimopdaq (DiscriminatePMTwaveforms): from each PMT extracts a gate
#      signal according to each of the configured thresholds;
#      for each threshold all gates are stored in their own data product
#  * lvdsgatesOR (LVDSgates): pairs each of the discriminated waveforms above
#      to reproduce the 192 hardware channels from PMT feeding the trigger
#      the pairing is performed as an OR of the two gates in the pair;
#  * trigtilewindowORN (SlidingWindowTrigger): applies a sliding window of 30
#      PMT and keeps only the ones on east cryostat (C:0); it uses OR paired
#      output from LVDS simulation;
#  * effTiledORN (SlidingWindowTriggerEfficiencyPlots): produces plots of
#      efficiency of a trigger requiring patterns of sliding window triggers,
#      with minimum LVDS trigger primitives in each sliding window, to be
#      present at the same time and in coincidence with a 1.6 us beam gate;
#
#
# Required inputs
# ----------------
#
#  * optical detector readout: `opdaq`
#
#
# Changes
# --------
# 
# 20210517 (petrillo@slac.stanford.edu) [v1.0]
# :   original version based on `triggersim_eastmodule_icarus.fcl` v1.0
#


# ------------------------------------------------------------------------------
#include "services_common_icarus.fcl"
#include "rootoutput_icarus.fcl"
#include "trigger_icarus.fcl"


# ------------------------------------------------------------------------------
BEGIN_PROLOG

# bad PMT channels (off or too noisy)
# missing_pmt_channels: @local::icarus_trigger_channel_ignore_202101
missing_pmt_channels: []

# beam gate window duration (BNB: 1.6 us; NuMI: 9.5 us)
BeamGateDuration: "1.6 us"

# beam gate window start offset
BeamGateStart: "0 us"

# discrimination thresholds:
PMTthresholds: [ 400, 600 ]


# PMT discriminated signal width
LVDSsignalWidth: "160 ns"

# special pairing for 30-PMT windows pairing the single PMT together
icarus_trigger_channel_pairings_nosingle: [

  # behind C:0 S:0
  [   0,  2 ], [   1,  4 ], [   3,  6 ], [   5,  8 ], [   7,  9 ], [  10, 12 ], [  11, 14 ], [  13, 16 ],
  [  15, 18 ],              [  17, 19 ], [  20, 22 ], [  21, 24 ], [  23, 26 ], [  25, 28 ], [  27, 29 ],
  [  30, 32 ], [  31, 34 ], [  33, 36 ], [  35, 38 ], [  37, 39 ], [  40, 42 ], [  41, 44 ], [  43, 46 ],
  [  45, 48 ],              [  47, 49 ], [  50, 52 ], [  51, 54 ], [  53, 56 ], [  55, 58 ], [  57, 59 ],
  [  60, 62 ], [  61, 64 ], [  63, 66 ], [  65, 68 ], [  67, 69 ], [  70, 72 ], [  71, 74 ], [  73, 76 ],
  [  75, 78 ],              [  77, 79 ], [  80, 82 ], [  81, 84 ], [  83, 86 ], [  85, 88 ], [  87, 89 ],
  
  # behind C:0 S:1
  [  90, 92 ], [  91, 94 ], [  93, 96 ], [  95, 98 ], [  97, 99 ], [ 100,102 ], [ 101,104 ], [ 103,106 ],
  [ 105,108 ],              [ 107,109 ], [ 110,112 ], [ 111,114 ], [ 113,116 ], [ 115,118 ], [ 117,119 ],
  [ 120,122 ], [ 121,124 ], [ 123,126 ], [ 125,128 ], [ 127,129 ], [ 130,132 ], [ 131,134 ], [ 133,136 ],
  [ 135,138 ],              [ 137,139 ], [ 140,142 ], [ 141,144 ], [ 143,146 ], [ 145,148 ], [ 147,149 ],
  [ 150,152 ], [ 151,154 ], [ 153,156 ], [ 155,158 ], [ 157,159 ], [ 160,162 ], [ 161,164 ], [ 163,166 ],
  [ 165,168 ],              [ 167,169 ], [ 170,172 ], [ 171,174 ], [ 173,176 ], [ 175,178 ], [ 177,179 ],
  
  # behind C:1 S:0
  [ 180,182 ], [ 181,184 ], [ 183,186 ], [ 185,188 ], [ 187,189 ], [ 190,192 ], [ 191,194 ], [ 193,196 ],
  [ 195,198 ],              [ 197,199 ], [ 200,202 ], [ 201,204 ], [ 203,206 ], [ 205,208 ], [ 207,209 ],
  [ 210,212 ], [ 211,214 ], [ 213,216 ], [ 215,218 ], [ 217,219 ], [ 220,222 ], [ 221,224 ], [ 223,226 ],
  [ 225,228 ],              [ 227,229 ], [ 230,232 ], [ 231,234 ], [ 233,236 ], [ 235,238 ], [ 237,239 ],
  [ 240,242 ], [ 241,244 ], [ 243,246 ], [ 245,248 ], [ 247,249 ], [ 250,252 ], [ 251,254 ], [ 253,256 ],
  [ 255,258 ],              [ 257,259 ], [ 260,262 ], [ 261,264 ], [ 263,266 ], [ 265,268 ], [ 267,269 ],
  
  # behind C:1 S:1
  [ 270,272 ], [ 271,274 ], [ 273,276 ], [ 275,278 ], [ 277,279 ], [ 280,282 ], [ 281,284 ], [ 283,286 ],
  [ 285,288 ],              [ 287,289 ], [ 290,292 ], [ 291,294 ], [ 293,296 ], [ 295,298 ], [ 297,299 ],
  [ 300,302 ], [ 301,304 ], [ 303,306 ], [ 305,308 ], [ 307,309 ], [ 310,312 ], [ 311,314 ], [ 313,316 ],
  [ 315,318 ],              [ 317,319 ], [ 320,322 ], [ 321,324 ], [ 323,326 ], [ 325,328 ], [ 327,329 ],
  [ 330,332 ], [ 331,334 ], [ 333,336 ], [ 335,338 ], [ 337,339 ], [ 340,342 ], [ 341,344 ], [ 343,346 ],
  [ 345,348 ],              [ 347,349 ], [ 350,352 ], [ 351,354 ], [ 353,356 ], [ 355,358 ], [ 357,359 ]
  
] # icarus_trigger_channel_pairings_nosingle


# settings for plotting efficiency under patterns of sliding window triggers
# firing during beam time
SlidingWindowTriggerPatternsSingleWindow: [
  { inMainWindow: 1                       },
  { inMainWindow: 2                       },
  { inMainWindow: 3                       },
  { inMainWindow: 4                       },
  { inMainWindow: 5                       },
  { inMainWindow: 6                       }
] # SlidingWindowTriggerPatternsSingleWindow


SlidingWindowTriggerPatternsWindowPair: [
  { inMainWindow: 1   inOppositeWindow: 1 },       # [0]
  { inMainWindow: 2   inOppositeWindow: 2 },       # [1]
  { inMainWindow: 3   inOppositeWindow: 3 },       # [2]
  { inMainWindow: 4   inOppositeWindow: 4 },       # [3]
  { inMainWindow: 5   inOppositeWindow: 5 },       # [4]
  { inMainWindow: 6   inOppositeWindow: 6 },       # [5]
  { inMainWindow: 2   sumOfOppositeWindows:  3 },  # [6]
  { inMainWindow: 3   sumOfOppositeWindows:  5 },  # [7]
  { inMainWindow: 4   sumOfOppositeWindows:  8 },  # [8]
  { inMainWindow: 5   sumOfOppositeWindows: 10 },  # [9]
  { inMainWindow: 8   sumOfOppositeWindows: 15 }   # [10]
] # SlidingWindowTriggerPatternsWindowPair


SlidingWindowTriggerPatterns: [
  @sequence::SlidingWindowTriggerPatternsSingleWindow,
  @sequence::SlidingWindowTriggerPatternsWindowPair
] # SlidingWindowTriggerPatterns


# list of the sliding windows that are enabled (all others are disabled)
# * configuration with 3 windows per PMT wall (12 windows overall)
EnabledWindowsE:        [ 0, 1, 2, 3,  4,  5 ]
EnabledWindowsW:        [ 6, 7, 8, 9, 10, 11 ]
# * configuration with 5 windows per PMT wall, overlapping (20 windows overall)
EnabledWindowsSlidingE: [  0,  1,  2,  3,  4,  5,  6,  7,  8,  9 ]
EnabledWindowsSlidingW: [ 10, 11, 12, 13, 14, 15, 16, 17, 18, 19 ]


END_PROLOG
# ------------------------------------------------------------------------------

process_name: Trigger


# ------------------------------------------------------------------------------
services: {

  # this provides: file service, random management (unused),
  #                Geometry, detector properties and clocks
  @table::icarus_common_services

  # art resource tracking services may take a lot of memory on the long run
  MemoryTracker: @erase
  TimeTracker:   @erase

  # currently unused (remove the line if they start mattering):
  LArPropertiesService:      @erase
  DetectorPropertiesService: @erase
  
} # services


# ------------------------------------------------------------------------------
physics: {

  producers: {

    # - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -
    pmtbaselines: {

      module_type: PMTWaveformBaselines

      # label of input digitized optical waveform data product
      OpticalWaveforms: "opdaq"

      # produce plots on the extracted baseline
      PlotBaselines: true  # default
      
      # tag of the module output to console via message facility
      OutputCategory: "PMTWaveformBaselines"  # default

    } # pmtbaselines


    # - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -
    discrimopdaq: {

      module_type: DiscriminatePMTwaveforms

      # input optical waveform data product tag:
      OpticalWaveforms: "opdaq"

      # PMT baselines
      Baselines: "pmtbaselines" # from data products
      # Baseline: 8000
      
      #
      # choosing the discrimination algorithm: fixed length gates
      #
      TriggerGateBuilder: {
        @table::icarus_fixedtriggergate     # from trigger_icarus.fcl
        
        ChannelThresholds: @local::PMTthresholds
        
        GateDuration: @local::LVDSsignalWidth
        
      } # TriggerGateBuilder

      # select which thresholds to save (the algorithm *must* provide them!);
      # omitted: save all thresholds that the algorithm provides (above)
    #  SelectThresholds: [ 5, 15 ]

      # message facility stream
      OutputCategory: "DiscriminatePMTwaveforms"

    } # discrimopdaq


    # - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -
    lvdsgatesOR: {

      module_type: LVDSgates

      TriggerGatesTag: discrimopdaq

      # select the thresholds to process (mandatory)
      Thresholds: @local::PMTthresholds

      # CombinationMode: mostly either "AND" or "OR"
      CombinationMode: "OR"

      # use the standard ICARUS pairing
      ChannelPairing: @local::icarus_trigger_channel_pairings

      # input does not include these channels:
      IgnoreChannels: @local::missing_pmt_channels

      # message facility stream
      LogCategory: "LVDSgatesOR"

    } # lvdsgatesOR


    # - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -
    trigtilewindowOR: {

      module_type: SlidingWindowTrigger

      TriggerGatesTag: "lvdsgatesOR"

      Thresholds: @local::PMTthresholds

      WindowSize: 30

      # number of optical channel used as offset for sliding window [as WindowSize]
      # Stride: 30
      
      MissingChannels: @local::missing_pmt_channels
      
      # name of the category used for the output
      LogCategory: "SlidingWindowTriggerOR"

    } # trigtilewindowOR


    # defined later:  trigtilewindowORE, trigtilewindowORW,
    # trigslidewindowOR, trigslidewindowORE, trigslidewindowORW
    
    
    # - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -
    simTiledORM1: {
      module_type: SlidingWindowTriggerSimulation

      TriggerGatesTag: "trigtilewindowOR"

      Thresholds: @local::PMTthresholds
      
      # this is M1
      Pattern: @local::SlidingWindowTriggerPatternsSingleWindow[0]

      # Beam gate:
      BeamGateDuration: @local::BeamGateDuration
      BeamGateStart:    @local::BeamGateStart
      
      # Bits set into the raw::Trigger objects
      BeamBits:         @local::BNB_settings.trigger_bits   # from trigger_icarus.fcl

      # for trigger time plots:
      EventTimeBinning: 900 # seconds-> 15'
      
      # for... nothing
      TriggerTimeResolution: "25 ns"

      # name of the category used for the output
      LogCategory: "SlidingWindowTriggerSimulationOR"
    
    } # simTiledORM1

    # - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -

  } # producers


  analyzers: {

    # - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -
    effTiledOR: {

      module_type: SlidingWindowTriggerEfficiencyPlots

      TriggerGatesTag: trigtilewindowOR

      # select the thresholds to process (mandatory)
      Thresholds: @local::PMTthresholds

      # sliding window patterns to be simulated
      Patterns: @local::SlidingWindowTriggerPatterns

      # duration and offset of the beam gate (BNB: 1.6 us; NuMI: 9.5 us)
      BeamGateDuration: @local::BeamGateDuration
      BeamGateStart:    @local::BeamGateStart

      # write event information in a simple tree for further investigation (disabled)
      # EventTreeName: "EventsSlidingOR"

      # dump event information on screen (disabled)
      # EventDetailsLogCategory: ""
      
      # we plot events wherever theirs interactions are
      PlotOnlyActiveVolume: false
      
      # message facility stream
      LogCategory: "SlidingWindowTriggerEfficiencyPlotsOR"

    } # effTiledOR
    
    
    # - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -

  } # analyzers


  # - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -
  triggerOR: [
    pmtbaselines, discrimopdaq, lvdsgatesOR,
    
    # tiling
    trigtilewindowOR, trigtilewindowORE, trigtilewindowORW,
    # sliding
    trigslidewindowOR, trigslidewindowORE, trigslidewindowORW,
    
    # trigger simulation: tiling
    simTiledORM1, simTiledORM2, simTiledORM3, simTiledORM4, simTiledORM5, simTiledORM6,
    simTiledORM3O3, simTiledORM4O4, simTiledORM5O5, simTiledORM6O6,
    simTiledORS3, simTiledORS5, simTiledORS8, simTiledORS10, simTiledORS15,
    # trigger simulation: sliding
    simSlidingORM1, simSlidingORM2, simSlidingORM3, simSlidingORM4, simSlidingORM5, simSlidingORM6,
    simSlidingORM3O3, simSlidingORM4O4, simSlidingORM5O5, simSlidingORM6O6,
    simSlidingORS3, simSlidingORS5, simSlidingORS8, simSlidingORS10, simSlidingORS15
    ]
  
  plotsOR:  [
    # tiling
    effTiledOR, effTiledORE, effTiledORW,
    # sliding
    effSlidingOR, effSlidingORE, effSlidingORW
  ]

  output: [ rootoutput ]

  trigger_paths: [ triggerOR ]
  end_paths: [ plotsOR, output ]
  
  # - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -

} # physics


# additional regional definitions for OR pairing

physics.producers.trigtilewindowORE: {
  @table::physics.producers.trigtilewindowOR
  EnableOnlyWindows: @local::EnabledWindowsE
}

physics.producers.trigtilewindowORW: {
  @table::physics.producers.trigtilewindowOR
  EnableOnlyWindows: @local::EnabledWindowsW
}

physics.producers.trigslidewindowOR: {
  @table::physics.producers.trigtilewindowOR
  
  Stride: 15
}

physics.producers.trigslidewindowORE: {
  @table::physics.producers.trigslidewindowOR
  EnableOnlyWindows: @local::EnabledWindowsSlidingE
}

physics.producers.trigslidewindowORW: {
  @table::physics.producers.trigslidewindowOR
  EnableOnlyWindows: @local::EnabledWindowsSlidingW
}


physics.analyzers.effTiledORE: {
  @table::physics.analyzers.effTiledOR
  TriggerGatesTag: trigtilewindowORE
}

physics.analyzers.effTiledORW: {
  @table::physics.analyzers.effTiledOR
  TriggerGatesTag: trigtilewindowORW
}

physics.analyzers.effSlidingOR: {
  @table::physics.analyzers.effTiledOR
  TriggerGatesTag: trigslidewindowOR
}

physics.analyzers.effSlidingORE: {
  @table::physics.analyzers.effTiledOR
  TriggerGatesTag: trigslidewindowORE
}

physics.analyzers.effSlidingORW: {
  @table::physics.analyzers.effTiledOR
  TriggerGatesTag: trigslidewindowORW
}


#
# trigger objects are produced only for some selected combinations:
# requirement of 3 to 6 aopen LVDS gates, with and without opposite window,
# for sliding and tiled 30-PMT windows, across the whole detector
#
physics.producers.simTiledORM2: {
  @table::physics.producers.simTiledORM1
  Pattern: @local::SlidingWindowTriggerPatternsSingleWindow[1]  # M2
}

physics.producers.simTiledORM3: {
  @table::physics.producers.simTiledORM1
  Pattern: @local::SlidingWindowTriggerPatternsSingleWindow[2]  # M3
}

physics.producers.simTiledORM4: {
  @table::physics.producers.simTiledORM1
  Pattern: @local::SlidingWindowTriggerPatternsSingleWindow[3]  # M4
}

physics.producers.simTiledORM5: {
  @table::physics.producers.simTiledORM1
  Pattern: @local::SlidingWindowTriggerPatternsSingleWindow[4]  # M5
}

physics.producers.simTiledORM6: {
  @table::physics.producers.simTiledORM1
  Pattern: @local::SlidingWindowTriggerPatternsSingleWindow[5]  # M6
}

physics.producers.simTiledORM3O3: {
  @table::physics.producers.simTiledORM1
  Pattern: @local::SlidingWindowTriggerPatternsWindowPair[2]  # M3O3
}

physics.producers.simTiledORM4O4: {
  @table::physics.producers.simTiledORM1
  Pattern: @local::SlidingWindowTriggerPatternsWindowPair[3]  # M4O4
}

physics.producers.simTiledORM5O5: {
  @table::physics.producers.simTiledORM1
  Pattern: @local::SlidingWindowTriggerPatternsWindowPair[4]  # M5O5
}

physics.producers.simTiledORM6O6: {
  @table::physics.producers.simTiledORM1
  Pattern: @local::SlidingWindowTriggerPatternsWindowPair[5]  # M6O6
}

physics.producers.simTiledORS3: {
  @table::physics.producers.simTiledORM1
  Pattern: @local::SlidingWindowTriggerPatternsWindowPair[6]  # S3
}

physics.producers.simTiledORS5: {
  @table::physics.producers.simTiledORM1
  Pattern: @local::SlidingWindowTriggerPatternsWindowPair[7]  # S5
}

physics.producers.simTiledORS8: {
  @table::physics.producers.simTiledORM1
  Pattern: @local::SlidingWindowTriggerPatternsWindowPair[8]  # S8
}

physics.producers.simTiledORS10: {
  @table::physics.producers.simTiledORM1
  Pattern: @local::SlidingWindowTriggerPatternsWindowPair[9]  # S10
}

physics.producers.simTiledORS15: {
  @table::physics.producers.simTiledORM1
  Pattern: @local::SlidingWindowTriggerPatternsWindowPair[10]  # S15
}

physics.producers.simSlidingORM1: {
  @table::physics.producers.simTiledORM1
  TriggerGatesTag: trigslidewindowOR
}

physics.producers.simSlidingORM2: {
  @table::physics.producers.simSlidingORM1
  Pattern: @local::SlidingWindowTriggerPatternsSingleWindow[1]  # M2
}

physics.producers.simSlidingORM3: {
  @table::physics.producers.simSlidingORM1
  Pattern: @local::SlidingWindowTriggerPatternsSingleWindow[2]  # M3
}

physics.producers.simSlidingORM4: {
  @table::physics.producers.simSlidingORM1
  Pattern: @local::SlidingWindowTriggerPatternsSingleWindow[3]  # M4
}

physics.producers.simSlidingORM5: {
  @table::physics.producers.simSlidingORM1
  Pattern: @local::SlidingWindowTriggerPatternsSingleWindow[4]  # M5
}

physics.producers.simSlidingORM6: {
  @table::physics.producers.simSlidingORM1
  Pattern: @local::SlidingWindowTriggerPatternsSingleWindow[5]  # M6
}

physics.producers.simSlidingORM3O3: {
  @table::physics.producers.simSlidingORM1
  Pattern: @local::SlidingWindowTriggerPatternsWindowPair[2]  # M3O3
}

physics.producers.simSlidingORM4O4: {
  @table::physics.producers.simSlidingORM1
  Pattern: @local::SlidingWindowTriggerPatternsWindowPair[3]  # M4O4
}

physics.producers.simSlidingORM5O5: {
  @table::physics.producers.simSlidingORM1
  Pattern: @local::SlidingWindowTriggerPatternsWindowPair[4]  # M5O5
}

physics.producers.simSlidingORM6O6: {
  @table::physics.producers.simSlidingORM1
  Pattern: @local::SlidingWindowTriggerPatternsWindowPair[5]  # M6O6
}

physics.producers.simSlidingORS3: {
  @table::physics.producers.simSlidingORM1
  Pattern: @local::SlidingWindowTriggerPatternsWindowPair[6]  # S3
}

physics.producers.simSlidingORS5: {
  @table::physics.producers.simSlidingORM1
  Pattern: @local::SlidingWindowTriggerPatternsWindowPair[7]  # S5
}

physics.producers.simSlidingORS8: {
  @table::physics.producers.simSlidingORM1
  Pattern: @local::SlidingWindowTriggerPatternsWindowPair[8]  # S8
}

physics.producers.simSlidingORS10: {
  @table::physics.producers.simSlidingORM1
  Pattern: @local::SlidingWindowTriggerPatternsWindowPair[9]  # S10
}

physics.producers.simSlidingORS15: {
  @table::physics.producers.simSlidingORM1
  Pattern: @local::SlidingWindowTriggerPatternsWindowPair[10]  # S15
}


# ------------------------------------------------------------------------------
outputs: {

  rootoutput: {
    
    @table::icarus_rootoutput # from rootoutput_icarus.fcl
    
    # each entry is "class_label_instance_process"
    outputCommands: [
      "drop *",
      "keep simb::MCTruths_*_*_*",
      "keep simb::MCFluxs_*_*_*",
      "keep simb::MCFluxsimb::MCTruthvoidart::Assns_*_*_*",
      "keep simb::GTruths_*_*_*",
      "keep simb::GTruthsimb::MCTruthvoidart::Assns_*_*_*",
      "keep simb::MCParticles_largeant__G4",
      "keep simb::MCParticlesimb::MCTruthsim::GeneratedParticleInfoart::Assns_largeant__G4",
      "keep sim::SimEnergyDeposits_largeant_*_G4",
    #  "keep sim::SimPhotonss_largeant__G4", # enable for optical efficiency studies
      "keep *_opdaq_*_DetSim",
      "keep *_*_*_Trigger"
      ]
  } # rootoutput
  
} # outputs


# ------------------------------------------------------------------------------
# add debug output to its own file
#
services.message.destinations.TriggerThresholdLog: {
  type:       file
  filename:  "TriggerThresholds.log"
  threshold:  DEBUG
  categories: {
    DiscriminatePMTwaveforms: { limit: -1 }
    default: { limit: 0 }
  }
} # services.messages.destinations.TriggerThresholdLog

services.message.destinations.LVDSORLog: {
  type:       file
  filename:  "LVDS-OR.log"
  threshold:  DEBUG
  categories: {
    LVDSgatesOR: { limit: -1 }
    default:   { limit: 0 }
  }
} # services.messages.destinations.LVDSORLog

services.message.destinations.SlidingWindowORLog: {
  type:       file
  filename:  "SlidingWindowTrigger-OR.log"
  threshold:  DEBUG
  categories: {
    SlidingWindowTriggerOR: { limit: -1 }
    default:   { limit: 0 }
  }
} # services.messages.destinations.SlidingWindowORLog


services.message.destinations.SlidingORplotsLog: {
  type:       file
  filename:  "SlidingWindowTriggerEfficiency_Count_Plots-OR.log"
  threshold:  DEBUG
  categories: {
    SlidingWindowTriggerEfficiencyPlotsOR:                  { limit: -1 }
    SlidingWindowTriggerEfficiencyPlotsOR_WindowMapManager: { limit: -1 }
    default:                               { limit: 0 }
  }
} # services.messages.destinations.SlidingORplotsLog


services.message.destinations.SlidingORsimLog: {
  type:       file
  filename:  "SlidingWindowTriggerSimulationOR.log"
  threshold:  DEBUG
  categories: {
    SlidingWindowTriggerSimulationOR:                            { limit: -1 }
    SlidingWindowTriggerSimulationOR_WindowMapManager:           { limit: -1 }
    SlidingWindowTriggerSimulationOR_WindowMapManager_Extractor: { limit: -1 }
    default:                                                     { limit: 0 }
  }
} # services.messages.destinations.SlidingORsimLog


# ------------------------------------------------------------------------------
# --- Configuration override guide
# ------------------------------------------------------------------------------
#
# The default values of the trigger configuration are in one way or the other
# coming from `trigger_icarus.fcl`.
#

# ------------------------------------------------------------------------------
# The "trigger builder" algorithm performs the discrimination and generates the
# gates.
#

# Each time the waveform is beyond the set ADC threshold, a gate is opened for
# a certain time, that is the duration in microseconds set here:

# physics.producers.discrimopdaq.TriggerGateBuilder.GateDuration: @local::icarus_fixedtriggergate.GateDuration


# ------------------------------------------------------------------------------
# Channels are combined in pairs. Pairing is fixed by cabling the PMT readout
# boards to the PMTs. Some channels are special and are left alone.
#
# The pattern is set here:
#

# physics.producers.lvdsgatesOR.ChannelPairing: @local::icarus_trigger_channel_pairings

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