evdservices_base.fcl

Go to the documentation of this file.

##include "services.fcl"
#include "calorimetry.fcl"
##include "trackfinderservices.fcl"
#include "database_standard.fcl"
#include "experiment3ddrawers.fcl"
#include "wfHitDrawers.fcl"
#include "SimDrawers.fcl"
#include "spacecharge.fcl"
#include "Reco3DDrawers.fcl"

BEGIN_PROLOG

standard_colordrawingopt:
{
 ColorOrGrayScale:  1         # 0 = color, 1 = grayscale
                              # the following parameters assume the first entry in the arrays
                              # is for induction planes, the second for collection planes
 RawDiv:           [ 100  ]   # number of divisions to use for the color scale
 RawQLow:          [ -20. ]   # minimum raw ADC value used in determining colors
 RawQHigh:         [  60. ]   # maximum raw ADC value used in determining colors
 RecoDiv:          [ 100  ]   # number of divisions to use for the color scale
 RecoQLow:         [ -20. ]   # minimum calibrated ADC value used in determining colors
 RecoQHigh:        [  60. ]   # maximum calibrated ADC value used in determining colors
}

standard_rawdrawingopt:
{
 DrawRawDataOrCalibWires:    0       # 0 = raw, 1 = calibrated signals, 2 = both for ADC vs TDC views
 TicksPerPoint:              1       # number of TDC ticks to combine for each point in the TDC vs Wire veiws
 ScaleDigitsByCharge:        0       # 0 = off, 1 = on
 MinimumSignal:              5.      # minimum ADC value to draw in TDC vs Wire views
 StartTick:                  0.      # Starting tick for the display
 TotalTicks:                 2048.   # display TDC ticks 0 -> TotalTicks
 AxisOrientation:            0       # 0 = TDC on y-axis, wire number on x-axis, 1 has that swapped
 TPC:                        0       # TPC number to display in TWQProjection view
 Cryostat:                   0       # Cryostat number to display in TWQProjection view
 RawDataLabels:              ["daq"] # label of module making the raw digits
 PedestalOption:             0       # 0: use DetPedestalService; 1: use pedestal from raw digits;  2:  no pedestal subtraction
 RawDigitDrawer:             @local::rawdigithist_drawer
}

standard_recodrawingopt:
{
 DrawHits:                  1              # 0 = off, 1 = on, will not draw if DrawRawDataOrCalibWires      
                                           # is set to 0                                                  
 DrawClusters:              1              # set to 1 to draw markers for each hit in the cluster - is working
                                           # 2 to draw outlines - not working yet,    
 DrawPFParticles:           0              # 1 to draw PFParticles
                                           # 4 to have 3D display "white out" if tagged as cosmic
 DrawEdges:                 0              # draws edges and associated space points in 3D display, 0 = off, 1 = on
 Draw2DSlopeEndPoints:      0              # draws end points and slopes for clusters, 0 = off, 1 = on
 DrawSpacePoints:           0              # 0 = off, 1 = on                                              
 DrawProngs:                0              # 0 = off, 1 = on                                              
 DrawTracks:                0                  # 0 = off, 1 = on
 DrawTrackTrajectoryPoints: 0                  # 0 = off, 1 = on
 DrawTrackSegments:         0              # 0 = off, 1 = on
 DrawTrackSpacePoints:      0              # 0 = off, 1 = on
 DrawShowers:               0                  # 0 = off, 1 = on
 DrawVertices:              0                  # 0 = off, 1 = on
 DrawSeeds:                 0                  # 0 = off, 1 = on
 DrawBezierTracks:          0                  # 0 = off, 1 = on
 DrawOpHits:                0              # 0 = off, 1 = on
 DrawOpFlashes:             0              # 0 = off, 1 = on
 DrawCosmicTags:            0                  # 0 = off, 1 = on

 DrawEvents:                0                  # 0 = off, 1 = on
 DrawSlices:                0
 DrawSliceSpacePoints:      0
 Draw2DEndPoints:           0              # 0 = off, 1 = on, this is for the recob::EndPoint2D objects
 SelectedHitColor:              6                      # color to display hits selected via handscan.
                                           # 0:white, 1:black 2:red 3:green 4:blue 
                                           # 5: yellow 6:magenta 7:cyan         
 UseHitSelector:            true           # turn on ability to use hit selector or not
 DrawSkeleton3DHitsOnly:    false          # Draw only the "skeleton" 3D hits
 DrawBestPCAAxisOnly:       true           # Draw only the best PCA axis
 DrawTrackVertexAssns:      false          # Draw Track/Vertex associations
 Draw3DSpacePoints:         true           # Draw Spacepoints in the 3D display (on/off)
 Draw3DSpacePointHeatMap:   true           # Draw Spacepoints in 3D display with heat map (requires hit associations)
 Draw3DEdges:               true           # Draw "edges" in the 3D display
 Draw3DPCAAxes:             true           # Draw the PCA Axes in the 3D display
 DrawAllWireIDs:            false          # Draw hits for all assocated WireIDs
 WireModuleLabels:          ["caldata"]    # list of module labels in which to look for recob::Wires
 HitModuleLabels:           ["gaushit"]    # list of module labels in which to look for recob::Hits
 EndPoint2DModuleLabels:    [""]           # list of module labels in which to look for recob::EndPoint2Ds
 SpacePointModuleLabels:    ["spacepts"]   # list of module labels in which to look for recob::SpacePoints     
 ProngModuleLabels:         [""]           # list of module labels in which to look for recob::Prongs     
 ClusterModuleLabels:       ["dbcluster"]  # list of module labels in which to look for recob::Clusters  
 PFParticleModuleLabels:    ["pandora"]    # list of module labels in which to look for recob::PFParticles
 EdgeModuleLabels:          [""]           # list of module labels in which to look for recob::Edges
 ExtremeModuleLabels:       [""]
 TrackModuleLabels:         [""]           # list of module labels in which to look for recob::Tracks     
 ShowerModuleLabels:        ["showerreco"] # list of module labels in which to look for recob::Showers    
 VertexModuleLabels:        [""]           # list of module labels in which to look for recob::Vertexs    
 SeedModuleLabels:          ["seedfinder"] # list of module labels in which to look for recob::Seeds  
 BezierTrackModuleLabels:   ["beziertracker"] # list of module labels in which to look for Bezier Tracks    
 OpHitModuleLabels:         ["opflashnew"] # list of module labels in which to look for recob::OpHitss
 OpFlashModuleLabels:       ["opflashnew"] # list of module labels in which to look for recob::OpFlashes
 CosmicTagModuleLabels:     [""]           # list of module labels in which to look for recob::Tracks
 TrkVtxTrackLabels:         [""]           # list of track producers for track/vertex associations
 TrkVtxCosmicLabels:        [""]           # list of vertex producers for track/vertex associations
 TrkVtxFilterLabels:        [""]           # list of producers of associations between the two above

 EventModuleLabels:         [""]           # list of module labels in which to look for recob::Events     
 SliceModuleLabels:         [""]           # list of module labels in which to look for recob::Slices
 ColorProngsByLabel:        0              # 0 = generate color from id.
                                           # 1 = generate color from label.
 ColorSpacePointsByChisq:   0              # 0 = off, 1 = on
 FlashMinPE:                0.0            # Minimal PE for a flash to be displayed. 
 FlashTMin:                 -1e9           # Minimal time for a flash to be displayed.
 FlashTMax:                 1e9            # Maximum time for a flash to be displayed.
 CalorimetryAlgorithm:      @local::standard_calorimetryalgdata
 HitDrawer:                 @local::gaushit_drawer
 WireDrawer:                @local::wirehist_drawer
 SpacePointDrawer:          @local::spacepointchisquare_drawer3D
 AllSpacePointDrawer:       @local::spacepointstandard_drawer3D

 Reco3DDrawers:
 {
   OpHit3D:                @local::standard_ophit3D
   OpFlash3D:              @local::standard_opflash3D
 }
}

standard_analysisdrawingopt:
{
 DrawCalorimetry:          1
 DrawParticleID:           1
 DrawShowerCalor:          0
 CaloPlane:                -1
 TrackID:                  -1
 CalorimetryModuleLabels:  ["calo"]
 ParticleIDModuleLabels:   ["pid"]
 CalorTemplateFileName:    "dEdxKinErestemplate" # without .root
}

standard_simdrawingopt:
{
 ShowMCTruthText:         true       # toggle showing of MC interaction on or off
 ShowMCTruthVectors:      1          # Show MCTruth vectors shifted by space charge effects
 ShowSimChannelInfo:      true       # Show the SimChannel info in the 3D display
 ShowSimEnergyInfo:       true       # Show the SimEnergy info in the 3D display
 ShowSimPhotonInfo:       false      # Show the SimPhotons in the 3D display
 ShowMCTruthTrajectories: true       # toggle showing of MC truth trajectories in 3D, all depositions
 ShowMCTruthColors:       true       # toggle to use PDG colors for particles
 ShowMCTruthFullSize:     true       # toggle to use larger size markers for visibility
 ShowScintillationLight:  false      # toggle to draw all low energy photons (if they are there, they are plenty++)
 MinimumEnergyDeposition: 5e-5       # in GeV
 G4ModuleLabel:           "largeant" # module labels producing simb::MCParticle objects
 SimChannelLabel:         "largeant" # module labels producing sim::SimChannel objects
 SimEnergyLabel:          "largeant" # Producer of the SimEnergyDeposits
 SimPhotonLabel:          "largeant" # Producer of the SimPhoton

 Draw3DTools:
 {
   Drawer3D:              @local::larvoxel_drawer3D
   SimEnergyDep3D:        @local::simenergydeposit_drawer3D
   SimPhoton3D:           @local::simphoton_drawer3D
 }
}

standard_evdlayoutopt:
{
  ShowSideBar:           1          # toggle extra sidebar visibility option
  AutoZoomInterest:      1          # toggle the auto zoom to interesting region option
  PrintTotalCharge:      1          # Print out the sum of collected charge
  ShowEndPointSection:   1          # Show Sidebar section with EndPoint extrapolation
  ShowEndPointMarkers:   1          # toggle visbility of markers for EndPoint finding
  ShowClusterSection:    0          # Show Sidebar section for making clusters
  MakeClusters:          0          # draw two lines to create clusters
  MakeSeeds:             0          # draw two lines to create clusters
  ChangeWire:            1          # change wire with mouse click
  EnableMCTruthCheckBox: 1          # 1 turn on the check box, 0 don't make it
  ThreeWindowReadout:    true
  DisplayBackingGrid:    true
  DisplayAxes:           true
  DisplayName:           "LArSoft"
  Experiment3DDrawer:    @local::standard_drawer
}

standard_scanopt:
{
 IncludeMCInfo:     false                # include MC information in scan file if true
 FileNameBase:      "ScanFile"           # base name for scan file
 Categories:        ["Neutrino",         # categories for collecting information
                     "Induction Plane", 
                     "Collection Plane"]
 FieldLabels:       ["No_nu", "Possible_nu", "nu",  # fields for each category
                     "Tracks", "Showers", "Vertex_w", "Vertex_t",  
                     "Tracks", "Showers", "Vertex_w", "Vertex_t"]
 FieldTypes:        ["RadioButton", "RadioButton", "RadioButton",  # type of each field
                     "Number", "Number", "Number", "Number",  
                     "Number", "Number", "Number", "Number"]
 FieldsPerCategory: [3, 4, 4]          # number of fields for each category
}

standard_evd:
{
 AutoAdvanceInterval: 1000
}

evd_message:
{
 debugModules: [ "*" ]
 destinations:
 {
  Drawers:
  {
   type: "cerr"
   threshold: "INFO"
   categories:
   {
    SimulationDrawer:
    {     
     limit:       5
     timespan:    100
    }
    RecoBaseDrawer:
    {     
     limit:       5
     timespan:    100
    }
    RawDataDrawer:
    {     
     limit:       5
     timespan:    100
    }
    ConfigurationChecker:
    {     
     limit:       5
     timespan:    100
    }
    HitSelector:
    {
     limit:       5
     timespan:    100
    }
    GraphCluster:
    {
     limit:       5
     timespan:    100
    }
    InfoTransfer:
    {
     limit:       5
     timespan:    100
    }
    RecoBaseDefaultCtor:
    {
     limit:       1
     timespan:    100
    }
   }
  }
 }
}

standard_infotransfer:
{
}

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

standard_graphclusteralg:
{
 HitsModuleLabel: "gaushit"
}

standard_graphcluster:
{
 module_type:     "GraphCluster"
 HitsModuleLabel: "gaushit"
 GraphClusterAlg: @local::standard_graphclusteralg 
}





END_PROLOG