triggersim_icarus_data.fcl

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#
# File:    triggersim_icarus_data.fcl
# Purpose: Runs a chain to simulate ICARUS trigger primitives on ICARUS data.
# 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.
# 
# Assumptions:
# 
# * pre-trigger: 9 us ( = (buffer length) x (1 - post_trigger_fraction) = 30 us x (1 - 70%))
# * beam gate: 1.6 us opening at trigger time (centered with a 25% margin)
#
#
# Required inputs
# ----------------
#
#  * optical detector readout: `daqPMT`
#  * PMT configuration: `pmtconfig` (run data product)
#
#
# Changes
# --------
# 
# 20210517 (petrillo@slac.stanford.edu) [v1.0]
# :   original version based on `triggersim_singlemodule_icarus.fcl` v1.0
# 20210721 (petrillo@slac.stanford.edu) [v1.1]
# :   rely on `pmtconfig` from decoding (by now it's "standard")
#

#include "channelmapping_icarus.fcl"


BEGIN_PROLOG

BeamGateDuration @protect_ignore: "1.70 us" # a bit of margin to hit the beam
BeamGateStart    @protect_ignore: "-0.05 us"

END_PROLOG


#include "triggersim_icarus.fcl"

#
# We can set the beam gate and trigger time according to the decoded trigger;
# for a minimum bias run, trigger and beam gate opening happen at the same time;
# while for a run with active trigger logic, trigger time is fixed while the
# beam gate opening time varies event by event and is expressed with respect to
# the trigger. Note that in simulation the opposite happens: beam gate time is
# fixed and triggers can be simulated relative to it.
#
services.DetectorClocksService.TrigModuleName: "daqTrigger"


#
# different input labels
#
physics.producers.discrimopdaq.OpticalWaveforms: "daqPMT"
physics.producers.pmtbaselines.OpticalWaveforms: "daqPMT"

#
# additional modules:
#  * PMT configuration from data product
#  * baseline from PMT configuration
#  * discrimination from PMT configuration
#
services.IICARUSChannelMap: @local::icarus_channelmappinggservice


physics.producers.pmtconfigbaselines: {

  module_type: PMTWaveformBaselinesFromReadoutConfiguration

  # label of input digitized optical waveform data product
  OpticalWaveforms: "daqPMT"
  
  # label of PMT configuration
  PMTconfigurationTag: "pmtconfig"

  # produce plots on the extracted baseline
  PlotBaselines: true  # default
  
  # print on screen the baselines (good for debugging)
  PrintBaselines: true
  
  # tag of the module output to console via message facility
  OutputCategory: "PMTWaveformBaselines"  # default

} # physics.producers.pmtconfigbaselines


physics.producers.pmtthr: {

  module_type: DiscriminatePMTwaveformsByChannel

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

  # PMT baselines
  Baselines: "pmtconfigbaselines" # from data products
  
  # threshold configuration
  ThresholdsFromPMTconfig: "pmtconfig"
  NChannels:                360 # to be safe...
  
  #
  # choosing the discrimination algorithm: fixed length gates
  #
  TriggerGateBuilder: {
    @table::icarus_fixedtriggergate     # from trigger_icarus.fcl
    
    ChannelThresholds: @local::PMTthresholds  # ignored: overridden by module
    
    GateDuration: @local::LVDSsignalWidth
    
  } # TriggerGateBuilder


  # message facility stream
  OutputCategory: "DiscriminatePMTwaveforms"

} # physics.producers.pmtthr


physics.producers.lvdsgatesOR.Thresholds: [ "pmtthr:" ]

physics.producers.trigtilewindowOR.Thresholds:   [ pmtthr ]
physics.producers.trigtilewindowORE.Thresholds:  [ pmtthr ]
physics.producers.trigtilewindowORW.Thresholds:  [ pmtthr ]
physics.producers.trigslidewindowOR.Thresholds:  [ pmtthr ]
physics.producers.trigslidewindowORE.Thresholds: [ pmtthr ]
physics.producers.trigslidewindowORW.Thresholds: [ pmtthr ]

physics.producers.simTiledORM1.Thresholds: [ pmtthr ]
physics.producers.simTiledORM2.Thresholds: [ pmtthr ]
physics.producers.simTiledORM3.Thresholds: [ pmtthr ]
physics.producers.simTiledORM4.Thresholds: [ pmtthr ]
physics.producers.simTiledORM5.Thresholds: [ pmtthr ]
physics.producers.simTiledORM6.Thresholds: [ pmtthr ]
physics.producers.simTiledORM3O3.Thresholds: [ pmtthr ]
physics.producers.simTiledORM4O4.Thresholds: [ pmtthr ]
physics.producers.simTiledORM5O5.Thresholds: [ pmtthr ]
physics.producers.simTiledORM6O6.Thresholds: [ pmtthr ]
physics.producers.simTiledORS3.Thresholds: [ pmtthr ]
physics.producers.simTiledORS5.Thresholds: [ pmtthr ]
physics.producers.simTiledORS8.Thresholds: [ pmtthr ]
physics.producers.simTiledORS10.Thresholds: [ pmtthr ]
physics.producers.simTiledORS15.Thresholds: [ pmtthr ]
physics.producers.simSlidingORM1.Thresholds: [ pmtthr ]
physics.producers.simSlidingORM2.Thresholds: [ pmtthr ]
physics.producers.simSlidingORM3.Thresholds: [ pmtthr ]
physics.producers.simSlidingORM4.Thresholds: [ pmtthr ]
physics.producers.simSlidingORM5.Thresholds: [ pmtthr ]
physics.producers.simSlidingORM6.Thresholds: [ pmtthr ]
physics.producers.simSlidingORM3O3.Thresholds: [ pmtthr ]
physics.producers.simSlidingORM4O4.Thresholds: [ pmtthr ]
physics.producers.simSlidingORM5O5.Thresholds: [ pmtthr ]
physics.producers.simSlidingORM6O6.Thresholds: [ pmtthr ]
physics.producers.simSlidingORS3.Thresholds: [ pmtthr ]
physics.producers.simSlidingORS5.Thresholds: [ pmtthr ]
physics.producers.simSlidingORS8.Thresholds: [ pmtthr ]
physics.producers.simSlidingORS10.Thresholds: [ pmtthr ]
physics.producers.simSlidingORS15.Thresholds: [ pmtthr ]


physics.analyzers.effTiledOR.Thresholds: @local::physics.producers.trigtilewindowOR.Thresholds
physics.analyzers.effTiledORE.Thresholds: @local::physics.producers.trigtilewindowORE.Thresholds
physics.analyzers.effTiledORW.Thresholds: @local::physics.producers.trigtilewindowORW.Thresholds
physics.analyzers.effSlidingOR.Thresholds: @local::physics.producers.trigslidewindowOR.Thresholds
physics.analyzers.effSlidingORE.Thresholds: @local::physics.producers.trigslidewindowORE.Thresholds
physics.analyzers.effSlidingORW.Thresholds: @local::physics.producers.trigslidewindowORW.Thresholds

physics.producers.discrimopdaq: @erase
physics.producers.pmtbaselines: @erase

physics.triggerOR: [
  pmtconfigbaselines, pmtthr,

  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
]


#
# disable truth information
#
physics.analyzers.effTiledOR.OnlyPlotCategories:  [ "All" ]
physics.analyzers.effTiledOR.GeneratorTags:       []
physics.analyzers.effTiledOR.DetectorParticleTag: @erase
physics.analyzers.effTiledOR.EnergyDeposits:      []

physics.analyzers.effTiledORE.OnlyPlotCategories:  [ "All" ]
physics.analyzers.effTiledORE.GeneratorTags:       []
physics.analyzers.effTiledORE.DetectorParticleTag: @erase
physics.analyzers.effTiledORE.EnergyDeposits:      []

physics.analyzers.effTiledORW.OnlyPlotCategories:  [ "All" ]
physics.analyzers.effTiledORW.GeneratorTags:       []
physics.analyzers.effTiledORW.DetectorParticleTag: @erase
physics.analyzers.effTiledORW.EnergyDeposits:      []

physics.analyzers.effSlidingOR.OnlyPlotCategories:  [ "All" ]
physics.analyzers.effSlidingOR.GeneratorTags:       []
physics.analyzers.effSlidingOR.DetectorParticleTag: @erase
physics.analyzers.effSlidingOR.EnergyDeposits:      []

physics.analyzers.effSlidingORE.OnlyPlotCategories:  [ "All" ]
physics.analyzers.effSlidingORE.GeneratorTags:       []
physics.analyzers.effSlidingORE.DetectorParticleTag: @erase
physics.analyzers.effSlidingORE.EnergyDeposits:      []

physics.analyzers.effSlidingORW.OnlyPlotCategories:  [ "All" ]
physics.analyzers.effSlidingORW.GeneratorTags:       []
physics.analyzers.effSlidingORW.DetectorParticleTag: @erase
physics.analyzers.effSlidingORW.EnergyDeposits:      []



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


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