icaruscode/fcl/overlays/overlay_waveforms.fcl at 194e2b7d75f7f6cf8ad3088e462859f82bd8e2bd · SBNSoftware/icaruscode · GitHub

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###
## This fhicl file is used to run "stage0" processing specifically for the case where all
## TPC data is included in an artdaq data product from a single instance
##
#include "stage0_icarus_mc_defs.fcl"
#include "stage0_icarus_driver_common.fcl"

process_name: Overlay

## Add the MC module to the list of producers
physics.producers: {
		      mccrthit: @local::standard_crtsimhitproducer
		      overlayTPCRawEE:
		      {
		        module_type: "OverlayProducts"
			TPCOverlayRaw: true
			TPCOverlayHits: false
			TPCHitsWireAssn: false
			TPCOverlayROI: false
                        PMTOverlayRaw: false
                        PMTOverlayHits: false
                        CRTOverlayHits: false
			TPCRawInputLabels: ["daqTPCROI:PHYSCRATEDATATPCEERAW", "daq:TPCEE"]
		      }
		      overlayTPCRawEW:
                      {
                        module_type: "OverlayProducts"
                        TPCOverlayRaw: true
                        TPCOverlayHits: false
			TPCHitsWireAssn: false
			TPCOverlayROI: false
                        PMTOverlayRaw: false
                        PMTOverlayHits:	false
                        CRTOverlayHits: false
			TPCRawInputLabels: ["daqTPCROI:PHYSCRATEDATATPCEWRAW", "daq:TPCEW"]
                      }
		      overlayTPCRawWE:
                      {
                        module_type: "OverlayProducts"
                        TPCOverlayRaw: true
                        TPCOverlayHits: false
			TPCHitsWireAssn: false
			TPCOverlayROI: false
                        PMTOverlayRaw: false
                        PMTOverlayHits:	false
                        CRTOverlayHits: false
                        TPCRawInputLabels: ["daqTPCROI:PHYSCRATEDATATPCWERAW", "daq:TPCWE"]
                      }
		      overlayTPCRawWW:
                      {
                        module_type: "OverlayProducts"
                        TPCOverlayRaw: true
                        TPCOverlayHits: false
			TPCHitsWireAssn: false
			TPCOverlayROI: false
                        PMTOverlayRaw: false
                        PMTOverlayHits:	false
                        CRTOverlayHits: false
			TPCRawInputLabels: ["daqTPCROI:PHYSCRATEDATATPCWWRAW", "daq:TPCWW"]
                      }

		      overlayOpWaveforms:
                      {
                        module_type: "OverlayProducts"
                        TPCOverlayRaw: false
                        TPCOverlayHits: false
                        TPCHitsWireAssn: false
                        TPCOverlayROI: false
                        PMTOverlayRaw: true
                        PMTOverlayHits: false
                        CRTOverlayHits: false
                        PMTWaveDataLabel: "daqPMT"
			PMTWaveSimLabel: "shifted"
			PMTWaveBaseLabel: "pmtbaselines"
                      }

		      overlayCRTHit:
                      {
                        module_type: "OverlayProducts"
                        TPCOverlayRaw: false
                        TPCOverlayHits:	false
                        TPCHitsWireAssn: false
                        TPCOverlayROI: false
                        PMTOverlayRaw: false
                        PMTOverlayHits: false
                        CRTOverlayHits: true
                        CRTHitInputLabels: ["crthit","mccrthit"]
                      }
                   }

## Use the following to run the full defined stage0 set of modules
physics.reco: [ mccrthit, overlayTPCRawWW, overlayTPCRawWE, overlayTPCRawEW, overlayTPCRawEE, overlayOpWaveforms, overlayCRTHit]

## boiler plate...
physics.outana:        [ ]
physics.trigger_paths: [ reco ]
physics.end_paths:     [ outana, streamROOT ]

## Note that for output we hijack the "rootOutput" definition (but change the naming convention to make more generic for MC)
outputs.rootOutput.fileName: "%ifb_%tc-%p.root"
outputs.rootOutput.dataTier: "reconstructed"
outputs.rootOutput.SelectEvents: ["reco"]

# Drop the artdaq format files on output
outputs.rootOutput.outputCommands: ["keep *_*_*_*",
    "drop *_daqTPCROI_*_*",
    "drop artdaq::Fragment*_daq_PHYSCRATEDATATPC*_*",
    "drop *_gaushitTPC*_*_*",
    "drop *_ophit*_*_*",
    "drop *_opflash*_*_*",
    "drop *_crttrack*_*_*"] #TODO: drop raw waveforms that arent from this module. Keep wf from this module to feed to later stages