wcls.fcl

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BEGIN_PROLOG
wcls: {
   producers : {

      # This configures for WCT noise filter and signal processing
      nfsp : {
    module_type : WireCellToolkit
    wcls_main: {
       # Configure Wire Cell / Larsoft integration layer
       tool_type: WCLS
       # The "apps" are the main executing components on the WCT side
       apps: ["Omnibus"]
       # Plugins are libraries of WCT components
       plugins: ["WireCellGen", "WireCellSigProc", "WireCellSio", "WireCellLarsoft"]
       # The top-level WCT configuration sequence.
       # it probably get's overridden in whatever includes this chunk.
       configs: ["ubnfsp.json.bz2"]
       # Two-faced input components.  Needs to also be mentioned in WCT config.
       #inputers: ["wclsRawFrameSource"]
       inputers: ["wclsRawFrameSource", "wclsChannelNoiseDB"]
       # Two-faced output components.  Needs to also be mentioned in WCT config.
       outputers: ["wclsFrameSaver:nfsaver", "wclsFrameSaver:nfrsaver", "wclsFrameSaver:spsaver"]
       # external parameters injected into the WCT configuration
       params: { }
    }
      } # nfsp

      # This rewrites existing raw::RawDigit and recob::Wire
      # collections in order to truncate and scale them.  This is not
      # WCT related but happens to run generic art modules currently
      # living in larwirecell.  The intention is to satisfy
      # assumptions made by legacy code.
      butcher : {
         module_type : "EventButcher"

         inRawTag: "nfsp:raw:"
         inSigTag: "nfsp:gauss:"

    # apparently downstream code is too brittle to handle giving
         # any instance names.

    outRawTag: ""
    outSigTag: ""
    outAssnTag: ""

    # throw away perfectly cromulent data.  very dubious but
         # that's what people want.

         ndrop: 2400
         nkeep: 6400

    # match some arbitrary and inaplicable "ADC" charge scale
         # instead of number of ionized electrons.

         sigscale: 0.005
      }
   }
}
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