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File List
Here is a list of all files with brief descriptions:
o*1drift_services_sbnd.fcl
o*1drift_services_sbnd_legacy.fcl
o*3drift_services_sbnd.fcl
o*3drift_services_sbnd_legacy.fcl
o*larbatch/python/__init__.py
o*sbncode/sbncode/Calibration/notebook/lib/__init__.py
o*ActiveVolumeVertexSampler.cxxAlgorithm that samples vertex locations uniformly within the active volume of a detector. It is fully experiment-agnostic and multi-TPC aware
o*ActiveVolumeVertexSampler.hAlgorithm that samples vertex locations uniformly within the active volume of a detector. It is fully experiment-agnostic and multi-TPC aware
o*ADCFilter_module.cc
o*larwirecell/larwirecell/LArInterface/AdcTypes.h
o*sbndcode/sbndcode/DetectorSim/Services/AdcTypes.h
o*AggregateVertexAna_module.cc
o*AlgoCFD.cxx
o*AlgoCFD.hClass definition file of AlgoCFD
o*AlgoFixedWindow.cxx
o*AlgoFixedWindow.hClass definition file of AlgoFixedWindow
o*AlgoSiPM.cxx
o*AlgoSiPM.h
o*AlgoSlidingWindow.cxx
o*AlgoSlidingWindow.hClass definition file of AlgoSlidingWindow
o*AlgoThreshold.cxx
o*AlgoThreshold.hClass definition file of AlgoThreshold
o*AllPhysicsLists.cc
o*AllPhysicsLists.h
o*AmbiguousDeltaRayTool.ccImplementation of the ambiguous delta ray tool class
o*AmbiguousDeltaRayTool.hHeader file for the ambiguous delta ray tool class
o*ANA.fcl
o*ana_mods_icarus.fcl
o*analysis_icarus.fcl
o*analysis_sbnd.fcl
o*analysis_tools_icarus.fcl
o*analysis_tools_sbnd.fcl
o*AnalysisBaseDrawer.cxxClass to aid in the rendering of AnalysisBase objects
o*AnalysisBaseDrawer.hClass to aid in the rendering of AnalysisBase objects
o*AnalysisDrawingOptions.cc
o*AnalysisDrawingOptions.h
o*AnalysisDrawingOptions_service.cc
o*AnalysisExample.fcl
o*AnalysisExample_module.ccA basic "skeleton" to read in art::Event records from a file, access their information, and do something with them
o*icaruscode/icaruscode/Analysis/AnalysisTree_module.cc
o*sbndcode/sbndcode/AnalysisTree/AnalysisTree_module.cc
o*icaruscode/icaruscode/Analysis/analysistreemodule.fcl
o*sbndcode/sbndcode/AnalysisTree/analysistreemodule.fcl
o*analyze_BernCRT.fcl
o*analyze_MC.cxx
o*analyze_MC.h
o*analyze_PandoraReco.cxx
o*analyze_PandoraReco.h
o*anaPMT_icarus.fcl
o*AnaProducer_module.cc
o*anaraw_purity_icarus_DQM.fcl
o*anaraw_purity_icarus_DQM_multipletpc.fcl
o*anatree_prodoverlay_corsika_genie.fcl
o*anatree_prodoverlay_corsika_genie_3drift_windows.fcl
o*anatree_sbnd.fcl
o*sbnana/sbnanalysis/ana/SBNOscReco/CosmicIDAlgs/ApaCrossCosmicIdAlg.cc
o*sbndcode/sbndcode/CosmicId/Algs/ApaCrossCosmicIdAlg.cc
o*sbnana/sbnanalysis/ana/SBNOscReco/CosmicIDAlgs/ApaCrossCosmicIdAlg.h
o*sbndcode/sbndcode/CosmicId/Algs/ApaCrossCosmicIdAlg.h
o*APAGeometryAlg.cxx
o*APAGeometryAlg.h
o*APAHitFinder_module.cc
o*api.h
o*ApplyBeamGate.hHelper to manage a beam gate
o*artdaqfragmentproducer.fcl
o*ArtdaqFragmentProducer_module.cc
o*ArtDataProductSelectors.cxxHelpers to pass to art::Event::getMany() and similar (implement.)
o*ArtDataProductSelectors.hHelpers to pass to art::Event::getMany() and similar
o*ArtHandleTrackerManager.hTracks handles for cache deletion
o*ArtServiceHelper.cxx
o*ArtServiceHelper.h
o*AssnAnalyzer_module.cc
o*AssnProducer1_module.cc
o*AssnProducer2_module.cc
o*AssnsChainClusterMaker_module.ccTest producer creating a few dummy clusters associated with hits
o*AssnsChainHitMaker_module.ccTest producer creating a few dummy hits
o*AssnsChainPFParticleMaker_module.ccTest producer creating a few dummy PFParticles associated with clusters
o*AssnsChainShowerMaker_module.ccTest producer creating a few dummy showers associated with PFParticle
o*AssnsChainTest_module.ccModule running through a predefined set of associations
o*assnschainutils_test.fcl
o*AssnsNodeAsTuple.hSpecializations of STL tuple utilities for art::AssnsNode
o*AssnsTraits.hTraits for art associations
o*AssnsTraits_test.ccUnit tests on art association trait utilities
o*associated_groups_test.ccUnit test for util::associated_groups()
o*associated_groups_with_left_test.ccUnit test for util::associated_groups_with_left()
o*AssociatedData.hAuxiliary data from one-to-many sequential association
o*AssociatedDataProxyMaker.hInfrastructure to add associated data to a collection proxy
o*AssociationsTruth_tool.cc
o*lardata/lardata/Utilities/AssociationUtil.h
o*sbncode/sbncode/CAFMaker/AssociationUtil.h
o*AsymExpPulseFunction.hPulse from one photoelectron as sum of two exponential functions
o*AsymExpPulseFunctionTool_tool.ccToolization of icarus::opdet::AsymExpPulseFunction<nanosecond>
o*AsymGaussPulseFunction.hPulse from one photoelectron as two half Gaussian functions
o*AsymGaussPulseFunctionTool_tool.ccToolization of icarus::opdet::AsymGaussPulseFunction<nanosecond>
o*AsymmetryFeatureBaseTool.ccImplementation of the asymmetry feature tool class
o*AsymmetryFeatureBaseTool.hHeader file for the global asymmetry feature tool class
o*atomic_number_standard.fcl
o*AtomicNumber.hProvider returning atomic number of the active material in the TPC
o*AtomicNumber_test.ccTests the AtomicNumber service provider
o*AtomicNumberService.hReturns the atomic number of the active material in the TPC
o*AtomicNumberService_service.ccReturns the atomic number of the active material in the TPC
o*AtomicNumberTest_module.ccA simple test for AtomicNumberService example service
o*AtomicPassCounter.hClass to keep count of a pass/fail result (thread-safe)
o*AuxDetChannelMapAlg.cxx
o*AuxDetChannelMapAlg.h
o*AuxDetDigit.cxx
o*AuxDetDigit.h
o*AuxDetExptGeoHelperInterface.hInterface to a service that handles any experiment-specific knowledge that is needed by the AuxDetGeometry service
o*AuxDetGeo.cxxEncapsulate the geometry of an auxilary detector
o*AuxDetGeo.hEncapsulate the geometry of an auxiliary detector
o*AuxDetGeometry.cc
o*AuxDetGeometry.hArt framework interface to geometry description for auxiliary detectors
o*AuxDetGeometry_service.cc
o*AuxDetGeometryCore.cxxAccess the description of auxiliary detector geometry - implementation file
o*AuxDetGeometryCore.hAccess the description of auxiliary detector geometry
o*AuxDetGeoObjectSorter.h
o*AuxDetHit.h
o*AuxDetReadout.cxxA Geant4 sensitive detector that accumulates information
o*AuxDetReadout.hA Geant4 sensitive detector that accumulates information
o*AuxDetReadoutGeometry.cxxDefine the "parallel" geometry that's seen by the LAr Voxels
o*AuxDetReadoutGeometry.hDefine the "parallel" geometry that's seen by the AuxDet
o*AuxDetSD.cc
o*AuxDetSD.h
o*AuxDetSensitiveGeo.cxxEncapsulate the geometry of the sensitive portion of an auxilary detector
o*AuxDetSensitiveGeo.hEncapsulate the geometry of the sensitive portion of an auxiliary detector
o*AuxDetSimChannel.cxx
o*AuxDetSimChannel.hObject containing MC truth information necessary for making RawDigits and doing back tracking
o*AuxDetSimChannelPrinter.cc
o*AuxDetSorting.cxxFunctions for sorting ICARUS CRT modules (auxiliary detectors)
o*AuxDetSorting.hFunctions for sorting ICARUS CRT modules (auxiliary detectors)
o*BackTracker.cc
o*BackTracker.h
o*BackTrackerLoader_module.cc
o*BackTrackerMatchingData.h
o*BackTrackerService.cc
o*backtrackerservice.fcl
o*BackTrackerService.h
o*BackTrackerService_service.cc
o*BackTrackerTruth_tool.cc
o*badchannels_sbnd.fcl
o*BaseAlgorithm.cxx
o*BaseAlgorithm.hClass def header for a class BaseAlgorithm
o*BaseFlashFilter.cxx
o*BaseFlashFilter.hClass def header for a class BaseFlashFilter
o*BaseFlashHypothesis.cxx
o*BaseFlashHypothesis.h
o*BaseFlashMatch.cxx
o*BaseFlashMatch.hClass def header for a class BaseFlashMatch
o*BaselineMostProbAve_tool.cc
o*BaselineStandard_tool.cc
o*BaseProhibitAlgo.cxx
o*BaseProhibitAlgo.hClass def header for a class BaseProhibitAlgo
o*BaseTPCFilter.cxx
o*BaseTPCFilter.hClass def header for a class BaseTPCFilter
o*BasicHitAnalysis_tool.cc
o*BasicRawDigitAnalysis_tool.cc
o*BasicTrackAnalysis_tool.cc
o*BasicWireAnalysis_tool.cc
o*batchstatus.py
o*BdtBeamParticleIdTool.ccImplementation of the beam particle id tool class
o*BdtBeamParticleIdTool.hHeader file for the beam particle id tool class
o*BeachLine.cxxProducer module to create 3D clusters from input hits
o*BeachLine.hRepresents the beachline implemented as a self balancing binary search tree
o*BeamBits.hDefinitions of the trigger bits for SBN
o*BeamFlashTrackMatchTagger_module.cc
o*BeamFlashTrackMatchTaggerAlg.cxx
o*BeamFlashTrackMatchTaggerAlg.h
o*BeamGateInfo.h
o*BeamGateInfoFromTracks_module.ccWrites a collection of sim::BeamGateInfo from track times
o*BeamGateMaker.hClass to create an object representing a beam gate
o*BeamGateStruct.hAn object representing a time gate, with a start and and end
o*BeamInfo.cxx
o*BeamInfo.h
o*BeamParticleIdTool.ccImplementation of the beam particle id tool class
o*BeamParticleIdTool.hHeader file for the beam particle id tool class
o*beamspilltimings.fcl
o*BeamTypes.h
o*BernCRTAna_module.cc
o*BinaryDumpUtils.hFunctions to dump the content of binary data chunks to console
o*Binner.hHelper object to describing a binned axis
o*Binning.cxx
o*Binning.h
o*Binnings.cxx
o*Binnings.h
o*BinningSpecs.cxxSimple utility for human-friendly binning
o*BinningSpecs.hSimple utility for human-friendly binning
o*BinningSpecs_test.ccUnit test for icarus::ns::util::BinningSpecs class and utilities
o*BitMask.hClass holding flags
o*BlipMaker_module.cc
o*BlurredClustering_module.cc
o*BlurredClusteringAlg.cxx
o*BlurredClusteringAlg.h
o*bnbanaicarus21apr21.fcl
o*BNBRetriever_module.cc
o*BNBSpillInfo.cc
o*bnbspillinfo.fcl
o*BNBSpillInfo.h
o*bogoplop.fcl
o*bogoplopsim.fcl
o*bogosim.fcl
o*BooNEInterface.cxx
o*BooNEInterface.hInterface to read flux files in BooNE tuple format
o*boost_unit_test_base.hBase class for tests using Boost unit test library
o*BoostedAtomicNumber_test.ccTests the AtomicNumber service provider (with Boost unit test)
o*BoosterFluxSysts.cxx
o*BoosterFluxSysts.h
o*BoundedClusterMopUpAlgorithm.ccImplementation of the bounded cluster mop up algorithm class
o*BoundedClusterMopUpAlgorithm.hHeader file for the bounded cluster mop up algorithm class
o*BoxBoundedGeo.cxxProvides a additional hit information of a line through the box
o*BoxBoundedGeo.hProvides a base class aware of world box coordinates
o*BranchAssociatedPfosTool.ccImplementation of the branch associated pfos tool class
o*BranchAssociatedPfosTool.hHeader file for the branch associated pfos tool class
o*branches.py
o*BranchGrowingAlgorithm.ccImplementation of the branch growing algorithm base class
o*BranchGrowingAlgorithm.hHeader file for the branch growing algorithm base class
o*BranchPolicy.h
o*BranchSplittingAlgorithm.cc
o*BranchSplittingAlgorithm.hHeader file for the branch splitting algorithm class
o*build-dunepdsprce.sh
o*build-garsoft.sh
o*build-lar-products.sh
o*build-larbase-py2.sh
o*build-larbase.sh
o*build-larsoft-dbg-prof.sh
o*build-larsoft-py3.sh
o*build-larsoft-rc.sh
o*build-larsoft-with-spack.sh
o*build-larsoft.sh
o*build-larsoftobj.sh
o*CAFAna/build_dicts.sh
o*SBNAna/build_dicts.sh
o*build_larcv.sh
o*build_larcv_stand_alone.sh
o*build_larlite.sh
o*build_swtrigger.sh
o*build_uboonedaq_datatypes.sh
o*build_uboonedata.sh
o*buildArgoNeuT.sh
o*buildDUNE.sh
o*buildDUNEutil.sh
o*buildLArIAT.sh
o*buildLBNE.sh
o*buildLBNEutil.sh
o*buildProtoDUNEana.sh
o*buildSBN.sh
o*buildSBNANA.sh
o*buildSBND.sh
o*buildSBNDQM.sh
o*buildUboone.sh
o*buildUboone2.sh
o*BulkAllocator.hMemory allocator for large amount of (small) objects
o*BulkAllocator_test.ccTests the bulk allocator
o*CAEN_V1730_setup_icarus.fcl
o*cafana.py
o*CAFMaker.fcl
o*cafmaker_common_defs.fcl
o*cafmaker_defs.fcl
o*CAFMaker_module.cc
o*cafmakerjob_icarus.fcl
o*cafmakerjob_icarus_data.fcl
o*cafmakerjob_icarus_evtw.fcl
o*cafmakerjob_icarus_noana.fcl
o*cafmakerjob_icarus_nocaf.fcl
o*cafmakerjob_icarus_sce.fcl
o*cafmakerjob_icarus_sce_genie.fcl
o*cafmakerjob_icarus_sce_genie_and_fluxwgt.fcl
o*cafmakerjob_sbnd.fcl
o*cafmakerjob_sbnd_3drift_sce.fcl
o*cafmakerjob_sbnd_3drift_sce_runfmatch.fcl
o*cafmakerjob_sbnd_3drift_sce_runfmatch_geniewgt.fcl
o*cafmakerjob_sbnd_fmatch.fcl
o*cafmakerjob_sbnd_genie_and_fluxwgt.fcl
o*cafmakerjob_sbnd_geniewgt.fcl
o*cafmakerjob_sbnd_sce.fcl
o*cafmakerjob_sbnd_sce_genie_and_fluxwgt.fcl
o*CAFMakerParams.h
o*Calcs.cxx
o*Calcs.h
o*CalcsNuFit.cxx
o*CalcsNuFit.h
o*CalcsNuFit_cdr.cxx
o*CalcsNuFit_cdr.h
o*caldata.fcl
o*caldata_argoneut.fcl
o*caldata_bo.fcl
o*caldata_sbnd.fcl
o*CalibrationDBIFwd.h
o*CalibrationExtraInfo.cxx
o*CalibrationExtraInfo.h
o*calibrationservices_icarus.fcl
o*calo.fcl
o*calo_calorimetry_workshop2020.fcl
o*CaloChecker_module.cc
o*CaloPrinter.cc
o*Calorimetry.cxx
o*calorimetry.fcl
o*Calorimetry.h
o*calorimetry_icarus.fcl
o*Calorimetry_module.cc
o*calorimetry_sbnd.fcl
o*calorimetry_test_producer.fcl
o*CalorimetryAlg.cxx
o*CalorimetryAlg.h
o*CalorimetryAnalysis_module.cc
o*calorimetryICARUS.fcl
o*CalorPad.cxxDrawing pad showing calorimetric particle ID information
o*CalorPad.hDrawing pad showing calorimetric particle ID information
o*CalorView.cxxCalorimetric view display window
o*CalorView.hA view showing calorimetric particle ID information
o*calotest_icarus.fcl
o*CalWire_module.cc
o*CalWireAna_module.cc
o*CalWireSBND_module.cc
o*CalWireT962_module.cc
o*CandHitDerivative_tool.cc
o*CandHitICARUS_tool.cc
o*CandHitMorphological_tool.cc
o*CandHitStandard_tool.cc
o*CandidateVertexCreationAlgorithm.ccImplementation of the candidate vertex creation algorithm class
o*CandidateVertexCreationAlgorithm.hHeader file for the candidate vertex creation algorithm class
o*CanvasUtils.hHelper functions based on art/canvas
o*CathodeCrossingUtils.cxxAlgorithms dealing with a trajectory and the cathode (implementation)
o*CathodeCrossingUtils.hAlgorithms dealing with a trajectory and the cathode
o*CBAlgoAngleAlign.cxx
o*CBAlgoAngleAlign.hClass def header for a class CBAlgoAngleAlign
o*CBAlgoAngleCompat.cxx
o*CBAlgoAngleCompat.hClass def header for a class CBAlgoAngleCompat
o*CBAlgoAngleIncompat.cxx
o*CBAlgoAngleIncompat.hClass def header for a class CBAlgoAngleIncompat
o*CBAlgoAngleSeparate.cxx
o*CBAlgoAngleSeparate.h
o*CBAlgoArray.cxx
o*CBAlgoArray.hClass def header for a class CBAlgoArray
o*CBAlgoCenterOfMass.cxx
o*CBAlgoCenterOfMass.hClass def header for a class CBAlgoCenterOfMass
o*CBAlgoCenterOfMassSmall.cxx
o*CBAlgoCenterOfMassSmall.hClass def header for a class CBAlgoCenterOfMassSmall
o*CBAlgoFake.cxx
o*CBAlgoFake.hClass def header for a class CBAlgoFake
o*CBAlgoMergeAll.cxx
o*CBAlgoMergeAll.hClass def header for a class CBAlgoAngleSeparate
o*CBAlgoMergeTinyWithBig.cxx
o*CBAlgoMergeTinyWithBig.hClass def header for a class CBAlgoMergeTinyWithBig
o*CBAlgoOutOfConeSeparate.cxx
o*CBAlgoOutOfConeSeparate.h
o*CBAlgoPolyContain.cxx
o*CBAlgoPolyContain.hClass def header for a class CBAlgoPolyContain
o*CBAlgoPolyHitOverlap.cxx
o*CBAlgoPolyHitOverlap.hClass def header for a class CBAlgoPolyHitOverlap
o*CBAlgoPolyOverlap.cxx
o*CBAlgoPolyOverlap.hClass def header for a class CBAlgoPolyOverlap
o*CBAlgoPolyShortestDist.cxx
o*CBAlgoPolyShortestDist.hClass def header for a class CBAlgoPolyShortestDist
o*CBAlgoProhibitAllTracks.cxx
o*CBAlgoProhibitAllTracks.hClass def header for a class CBAlgoProhibitAllTracks
o*CBAlgoProhibitBigClusters.cxx
o*CBAlgoProhibitBigClusters.hClass def header for a class CBAlgoProhibitBigClusters
o*CBAlgoStartNearEnd.cxx
o*CBAlgoStartNearEnd.hClass def header for a class CBAlgoStartNearEnd
o*CBAlgoStartTrack.cxx
o*CBAlgoStartTrack.hThis merge algo is looking for short tracks from the start of a shower that are overlapping a blob that is a cluster belonging to the same shower
o*CBoolAlgoBase.hClass def header for algorithm classes for CMergeManager
o*CCHitFinderAlg.cxx
o*CCHitFinderAlg.h
o*CCTrackMaker_module.cc
o*CellTree.fcl
o*celltree_dune10kt_workspace.fcl
o*celltree_dune35t.fcl
o*celltree_icarus.fcl
o*CellTree_module.cc
o*celltree_protodune.fcl
o*celltree_uboone.fcl
o*CFAlgoQRatio.cxx
o*CFAlgoQRatio.hClass def header for a class CFAlgoQRatio
o*CFAlgoShowerCompat.cxx
o*CFAlgoShowerCompat.hThis algo only matches clusters if they are not track-like. This is implemented in an algo because it allows the comparison of cluster parameters across planes, rather than individually. It is intended to be added as the last matching algo, with the "kLastAlgo" mode
o*CFAlgoTimeOverlap.cxx
o*CFAlgoTimeOverlap.hClass def header for a class CFAlgoTimeOverlap
o*CFAlgoZOverlap.cxx
o*CFAlgoZOverlap.hClass def header for a class CFAlgoZOverlap
o*CFloatAlgoBase.hClass def header for a class CFloatAlgoBase
o*detsim/legacy/others/change_include_to_legacy.sh
o*g4/legacy/others/change_include_to_legacy.sh
o*ChangeMonitor.hClasses to detect the change of object values
o*ChangeMonitor_test.ccUnit test for utilities from ChangeMonitor.h
o*ChangeTrackers.hClasses detecting configuration changes
o*ChannelData.h
o*ChannelDataGroup.h
o*channelDBConverter.py
o*ChannelFilter.cxx
o*ChannelFilter.h
o*ChannelGroups.cxx
o*ChannelGroups.h
o*ChannelMapAlg.cxxInterface to algorithm class for a specific detector channel mapping
o*ChannelMapAlg.hInterface to algorithm class for a specific detector channel mapping
o*channelmapping_icarus.fcl
o*ChannelMapPostGres_tool.ccThis tool converts from daq to LArSoft format with noise filtering
o*ChannelMapSBNDAlg.cxx
o*ChannelMapSBNDAlg.hChannel mapping for SBND
o*ChannelMapSetupTool.hInterface for a tool to configure a geometry channel mapper
o*ChannelMapSQLite_tool.ccThis tool converts from daq to LArSoft format with noise filtering
o*ChannelMapStandardAlg.cxxInterface to algorithm class for the standar, simplest detector channel mapping
o*ChannelMapStandardAlg.hInterface to algorithm class for a specific detector channel mapping
o*ChannelMapStandardTestAlg.cxxTests the standard channel mapping algorithm
o*ChannelMapStandardTestAlg.hTests the standard channel mapping algorithm
o*ChannelNoiseDB.cxx
o*ChannelNoiseDB.h
o*ChannelNoiseService.h
o*ChannelROI.cxxDefinition of basic channel signal object
o*ChannelROI.hDeclaration of basic channel signal object for ICARUS
o*ChannelROICreator.cxxHelper functions to create a wire - implementation file
o*ChannelROICreator.hHelper functions to create a wire
o*ChannelSelectorDB.cxx
o*ChannelSelectorDB.h
o*channelstatus.fcl
o*ChannelStatus.hClass def header for a class ChannelStatus
o*channelstatus_argoneut.fcl
o*channelstatus_bo.fcl
o*channelstatus_sbnd.fcl
o*ChannelStatusProvider.hInterface for experiment-specific channel quality info provider
o*ChannelStatusService.hInterface for experiment-specific service for channel quality info
o*ChannelToWireMap.cxxChannel-to-wire mapping data structure (implementation file)
o*ChannelToWireMap.hChannel-to-wire mapping data structure
o*ChargeAnalytical.cxx
o*ChargeAnalytical.hClass def header for a class ChargeAnalytical
o*ChargedSpacePointCreator.cppHelpers to create space points with associated charge
o*ChargedSpacePointCreator.hHelpers to create space points with associated charge
o*ChargedSpacePointProxyInputMaker_module.ccTest producer creating a few dummy space points and charges
o*ChargedSpacePointProxyTest_module.ccTests proxy::ChargedSpacePoints proxy
o*ChargedSpacePoints.hOffers proxy::ChargedSpacePoints and proxy::SpacePointWithCharge class for recob::SpacePoint with recob:Charge access
o*ChData.hClass def header for a class ChData
o*cheat_tracks.fcl
o*cheater.fcl
o*cheaterreco.fcl
o*CheatingBeamParticleIdTool.ccImplementation of the cheating beam particle id tool class
o*CheatingBeamParticleIdTool.hHeader file for the cheating beam particle id tool class
o*CheatingBeamParticleSliceSelectionTool.ccImplementation of the beam slice selection tool class
o*CheatingBeamParticleSliceSelectionTool.hHeader file for the test beam slice selection tool class
o*CheatingClusterCharacterisationAlgorithm.ccImplementation of the cheating cluster characterisation algorithm class
o*CheatingClusterCharacterisationAlgorithm.hHeader file for the cheating cluster characterisation algorithm class
o*CheatingClusterCreationAlgorithm.ccImplementation of the cheating cluster creation algorithm class
o*CheatingClusterCreationAlgorithm.hHeader file for the cheating cluster creation algorithm class
o*CheatingCosmicRayIdentificationAlg.ccImplementation of the cheater for the cosmic ray identification algorithm class
o*CheatingCosmicRayIdentificationAlg.hHeader file for the cosmic ray identification cheater class
o*CheatingCosmicRayRemovalAlgorithm.ccImplementation of the cheating cosmic ray removal algorithm class
o*CheatingCosmicRayRemovalAlgorithm.hHeader file for the cheating cosmic ray removal algorithm class
o*CheatingCosmicRayShowerMatchingAlg.cc
o*CheatingCosmicRayShowerMatchingAlg.hHeader file for the cosmic ray shower matching cheater class
o*CheatingCosmicRayTaggingTool.ccImplementation of the cheating cosmic-ray tagging tool class
o*CheatingCosmicRayTaggingTool.hHeader file for the cheating cosmic-ray tagging tool class
o*CheatingEventSlicingTool.ccImplementation of the cheating event slicing tool class
o*CheatingEventSlicingTool.hHeader file for the cheating event slicing tool class
o*CheatingNeutrinoCreationAlgorithm.ccImplementation of the cheating neutrino creation algorithm class
o*CheatingNeutrinoCreationAlgorithm.hHeader file for the cheating neutrino creation algorithm class
o*CheatingNeutrinoDaughterVerticesAlgorithm.ccImplementation of the cheating neutrino daughter vertices algorithm class
o*CheatingNeutrinoDaughterVerticesAlgorithm.hHeader file for the cheating neutrino daughter vertices algorithm class
o*CheatingNeutrinoIdTool.ccImplementation of the cheating neutrino id tool class
o*CheatingNeutrinoIdTool.hHeader file for the cheating neutrino id tool class
o*CheatingNeutrinoSliceSelectionTool.ccImplementation of the neutrino id tool class
o*CheatingNeutrinoSliceSelectionTool.hHeader file for the neutrino slice selection tool class
o*CheatingPfoCharacterisationAlgorithm.ccImplementation of the cheating pfo characterisation algorithm class
o*CheatingPfoCharacterisationAlgorithm.hHeader file for the cheating pfo characterisation algorithm class
o*CheatingPfoCreationAlgorithm.ccImplementation of the cheating cluster creation algorithm class
o*CheatingPfoCreationAlgorithm.hHeader file for the cheating cluster creation algorithm class
o*CheatingSliceIdBaseTool.ccImplementation of the cheating slice id base tool class
o*CheatingSliceIdBaseTool.hHeader file for the cheating slice id base tool class
o*CheatingSliceSelectionTool.ccImplementation of the cheating slice selection tool class
o*CheatingSliceSelectionTool.hHeader file for the cheating slice selection tool class
o*CheatingVertexCreationAlgorithm.ccImplementation of the cheating vertex creation algorithm class
o*CheatingVertexCreationAlgorithm.hHeader file for the cheating vertex creation algorithm class
o*CheatingVertexSelectionAlgorithm.ccImplementation of the cheating vertex selection algorithm class
o*CheatingVertexSelectionAlgorithm.hHeader file for the cheating vertex selection algorithm class
o*CheatTrack.hPseudo-track data product for TotallyCheatTracks example
o*check_dictionaries.sh
o*CheckAuxDetHit_module.cc
o*checkbacktracking.fcl
o*CheckBackTracking_module.cc
o*CheckDataProductSize_module.ccChecks the size of a collection
o*CheckMCParticle_module.cc
o*CheckPhotonLibraryJobs.py
o*CheckSimEnergyDeposit_module.cc
o*Chi2ParticleID_module.cc
o*Chi2PIDAlg.cxx
o*Chi2PIDAlg.h
o*Chi2Sensitivity.cxx
o*Chi2Sensitivity.h
o*ChiSquareAccumulator.hComputes a simple χ sum from data and a expectation function
o*ChiSquareAccumulator_test.ccTests the classes in ChiSquareAccumulator.h
o*chunk.cc
o*chunk.h
o*ci_prodcorsika_proton_intime_icarus_bnb.fcl
o*ci_simulation_genie_bnb_icarus.fcl
o*ci_simulation_genie_nue_icarus.fcl
o*icaruscode/icaruscode/Analysis/trigger/Objects/classes.h
o*icaruscode/icaruscode/Decode/DataProducts/classes.h
o*icaruscode/icaruscode/IcarusObj/classes.h
o*icaruscode/icaruscode/PMT/Data/classes.h
o*larcorealg/larcorealg/GeoAlgo/classes.h
o*larcoreobj/larcoreobj/SimpleTypesAndConstants/classes.hDriver for classes to be known by ROOT dictionary infrastructure
o*larcoreobj/larcoreobj/SummaryData/classes.h
o*larcoreobj/larcoreobj/SummaryData/SampledDicts/classes.h
o*lardata/test/Utilities/testForEachAssociatedGroup/classes.h
o*lardataobj/lardataobj/AnalysisBase/classes.h
o*lardataobj/lardataobj/MCBase/classes.h
o*lardataobj/lardataobj/OpticalDetectorData/classes.h
o*lardataobj/lardataobj/RawData/classes.h
o*lardataobj/lardataobj/RecoBase/AssnsDicts/classes.h
o*lardataobj/lardataobj/RecoBase/classes.h
o*lardataobj/lardataobj/RecoBase/TrackingDicts/classes.h
o*lardataobj/lardataobj/Simulation/classes.h
o*larexamples/larexamples/Algorithms/TotallyCheatTracks/CheatTrackData/classes.hDictionary selection for TotallyCheatTracks example data products
o*larsim/larsim/EventWeight/Base/classes.h
o*sbnanaobj/sbnanaobj/Morgue/classes.h
o*sbnanaobj/sbnanaobj/StandardRecord/classes.h
o*sbncode/sbncode/CAFMaker/classes.h
o*sbncode/sbncode/FluxReader/classes.h
o*sbncode/sbncode/OpT0Finder/Products/classes.h
o*sbnobj/sbnobj/Common/Analysis/classes.h
o*sbnobj/sbnobj/Common/Calibration/classes.h
o*sbnobj/sbnobj/Common/CRT/classes.h
o*sbnobj/sbnobj/Common/EventGen/MeVPrtl/classes.h
o*sbnobj/sbnobj/Common/PMT/Data/classes.h
o*sbnobj/sbnobj/Common/POTAccounting/classes.h
o*sbnobj/sbnobj/Common/Reco/classes.h
o*sbnobj/sbnobj/Common/SBNEventWeight/classes.h
o*sbnobj/sbnobj/Common/Trigger/classes.h
o*sbnobj/sbnobj/ICARUS/CRT/classes.h
o*sbnobj/sbnobj/ICARUS/PMT/Data/classes.h
o*sbnobj/sbnobj/ICARUS/PMT/Trigger/Data/classes.h
o*sbnobj/sbnobj/SBND/Commissioning/classes.h
o*sbnobj/sbnobj/SBND/CRT/classes.h
o*sbnobj/sbnobj/SBND/ToF/classes.h
o*sbnobj/sbnobj/SBND/Trigger/classes.h
o*ClearLongitudinalTrackHitsTool.ccImplementation of the clear longitudinal track hit creation tool
o*ClearLongitudinalTrackHitsTool.hHeader file for the clear longitudinal track hit creation tool
o*ClearLongitudinalTracksTool.ccImplementation of the clear tracks tool class
o*ClearLongitudinalTracksTool.hHeader file for the clear tracks tool class
o*ClearRemnantsTool.cc
o*ClearRemnantsTool.hHeader file for the clear remnants tool class
o*ClearShowersTool.ccImplementation of the clear showers tool class
o*ClearShowersTool.hHeader file for the clear showers tool class
o*ClearTrackFragmentsTool.ccImplementation of the clear track fragments tool class
o*ClearTrackFragmentsTool.hHeader file for the clear track fragments tool class
o*ClearTracksTool.ccImplementation of the clear tracks tool class
o*ClearTracksTool.hHeader file for the clear tracks tool class
o*ClearTransverseTrackHitsTool.ccImplementation of the transverse track hit creation tool
o*ClearTransverseTrackHitsTool.hHeader file for the clear transverse track hit creation tool
o*ClockConstants.h
o*clockstest_bo.fcl
o*clockstest_csu40l.fcl
o*clockstest_lartpcdetector.fcl
o*clockstest_sbnd.fcl
o*clockstest_standard.fcl
o*Cluster.cxxDeclaration of cluster object
o*Cluster.hDeclaration of cluster object
o*Cluster3D.cxx
o*Cluster3D.h
o*Cluster3D_module.ccProducer module to create 3D clusters from input recob::Hit objects
o*cluster3dalgorithms.fcl
o*cluster3dalgorithms_icarus.fcl
o*Cluster3DICARUS_module.ccProducer module to create 3D clusters from input recob::Hit objects
o*cluster3dpathfindingtools.fcl
o*cluster_bo.fcl
o*cluster_dune.fcl
o*cluster_icarus.fcl
o*cluster_jp250L.fcl
o*cluster_microboone.fcl
o*cluster_sbnd.fcl
o*Cluster_test.ccSimple test on a recob::Cluster object
o*clusteralgorithms.fcl
o*ClusterAna_module.cc
o*ClusterAssociation.hHeader file for the lar cluster association class
o*ClusterAssociationAlgorithm.ccImplementation of the cluster association algorithm class
o*ClusterAssociationAlgorithm.hHeader file for the cluster association algorithm class
o*ClusterCharacterisationBaseAlgorithm.ccImplementation of the cluster characterisation base algorithm class
o*ClusterCharacterisationBaseAlgorithm.hHeader file for the cluster characterisation base algorithm class
o*ClusterCheater_module.cc
o*ClusterCrawler_module.cc
o*ClusterCrawlerAlg.cxx
o*ClusterCrawlerAlg.h
o*ClusterCreator.cxxHelper functions to create a cluster - implementation file
o*ClusterCreator.hHelper functions to create a cluster
o*ClusterExtensionAlgorithm.ccImplementation of the cluster extension algorithm class
o*ClusterExtensionAlgorithm.hHeader file for the cluster extension algorithm class
o*ClusterGrowingAlgorithm.ccImplementation of the cluster growing algorithm class
o*ClusterGrowingAlgorithm.hHeader file for the cluster growing algorithm class
o*ClusteringParentAlgorithm.ccImplementation of the clustering parent algorithm class
o*ClusteringParentAlgorithm.hHeader file for the clustering parent algorithm class
o*ClusteringValidation_module.cc
o*ClusterMatchAlg.cxx
o*clustermatchalg.fcl
o*ClusterMatchAlg.h
o*ClusterMatchTQ.cxx
o*ClusterMatchTQ.h
o*ClusterMergeAlg.h
o*ClusterMergeAlg_tool.cc
o*ClusterMergeHelper.cxx
o*ClusterMergeHelper.h
o*ClusterMergingAlgorithm.ccImplementation of the cluster merging algorithm class
o*ClusterMergingAlgorithm.hHeader file for the cluster merging algorithm class
o*clustermodules.fcl
o*ClusterMopUpBaseAlgorithm.ccImplementation of the cluster mop up algorithm base class
o*ClusterMopUpBaseAlgorithm.hHeader file for the cluster mop up algorithm base class
o*ClusterParams.h
o*ClusterParamsAlg.cxx
o*ClusterParamsAlg.h
o*ClusterParamsAlgBase.hInterface for a algorithm class computing cluster parameters
o*ClusterParamsBuilder_tool.cc
o*ClusterParamsImportWrapper.hWrapper for ClusterParamsAlgBase objects to accept arbitrary input
o*ClusterPathFinder_tool.ccArt Tool for comparing clusters and merging those that are consistent
o*ClusterPCA_module.cc
o*ClusterSplittingAlgorithm.cc
o*ClusterSplittingAlgorithm.hHeader file for the cluster splitting algorithm class
o*ClusterTrackAna_module.cc
o*CMAlgoBase.hClass def header for a class CMAlgoBase
o*CMatchBookKeeper.cxx
o*CMatchBookKeeper.hClass def header for a class CMatchBookKeeper
o*CMatchManager.cxx
o*CMatchManager.hClass def header for a class CMatchManager
o*CMergeBookKeeper.cxx
o*CMergeBookKeeper.hClass def header for a class CMergeBookKeeper
o*CMergeHelper.cxx
o*CMergeHelper.hClass def header for a class CMergeHelper
o*CMergeManager.cxx
o*CMergeManager.hClass def header for a class CMergeManager
o*CMManagerBase.cxx
o*CMManagerBase.hClass def header for a class CMManagerBase
o*CMTException.hClass def header for exception classes in CMTException
o*CoherentNoiseFactor_service.cc
o*CoherentNoiseFactorProvider.cxx
o*CoherentNoiseFactorProvider.h
o*CollectionProxy.hUtilities for the collection proxy object
o*CollectionProxyElement.hUtilities for a single element of a collection proxy
o*CollectionProxyMaker.hInfrastructure for the creation of a collection proxy
o*CollectionSplitting_module.ccModule for lar pandora collection splitting
o*CollectionView.hProvides the features of a collections, from begin and end iterators
o*CollectionView_test.ccUnit test for CollectionView class
o*ColorDrawingOptions.cc
o*ColorDrawingOptions.hThe color scales used by the event display
o*ColorDrawingOptions_service.cc
o*CombineIntoLibrary.sh
o*common.h
o*CommonAmps.cxx
o*CommonAmps.hClass def header for a class CommonAmps
o*compile.cc
o*compile.h
o*icaruscode/test/ci/compileGalleryAnalysis.sh
o*sbndcode/test/ci/compileGalleryAnalysis.sh
o*ComputePi_module.ccComputes pi
o*concat_cafs.cc
o*condor_hadd_sam.sh
o*condor_lar.sh
o*condor_lar_pubs.sh
o*condor_start_project.sh
o*condor_stop_project.sh
o*ConeClusterMopUpAlgorithm.ccImplementation of the cone cluster mop up algorithm class
o*ConeClusterMopUpAlgorithm.hHeader file for the cone cluster mop up algorithm class
o*config_genericCRT.fcl
o*config_ToF_Ana_Prod_Filt.fcl
o*ConfigManager.cxx
o*ConfigManager.hClass def header for a class flashmatch::ConfigManager
o*ConfigurablePhysicsList.hh
o*ConnectedRemnantsTool.cc
o*ConnectedRemnantsTool.hHeader file for the connected remnants tool class
o*ConsolidatedPFParticleAnalysisTemplate_module.ccA template analysis module for using the Pandora consolidated output
o*Constants.cpp
o*Constants.h
o*constants.py
o*constexpr_math.hMathematical functions that C++ standard doesn't require constexpr
o*constexpr_math_test.cc
o*ContainerMeta.hC++ metaprogramming utilities for dealing with containers
o*ContainerMeta_test.ccUnit test for some of the utilities in ContainerMeta.h
o*convert_Noise_ROOTtoJSON.py
o*convertcalibPostGresToSQLite.py
o*ConvexHull.cxxProducer module to create 3D clusters from input hits
o*ConvexHull.hImplements a ConvexHull for use in clustering
o*ConvexHullPathFinder_tool.ccArt Tool for comparing clusters and merging those that are consistent
o*CookedFrameSink.cxx
o*CookedFrameSink.h
o*CookedFrameSource.cxx
o*CookedFrameSource.h
o*coordinate.fcl
o*copy_xrootd.sh
o*copyPostGresToSQLite.py
o*copyUboone.sh
o*CornerFinderAlg.cxx
o*CornerFinderAlg.hAlgorithm to find feature 2D points
o*correctionservices_icarus.fcl
o*CorrelatedNoise_tool.cc
o*corsika_icarus.fcl
o*corsika_sbnd.fcl
o*CORSIKAGen.fcl
o*CORSIKAGen_module.ccGenerator for cosmic-ray secondaries based on pre-generated CORSIKA shower databases
o*cosmic_common_sbnd.fcl
o*CosmicArrivalTimes.cc
o*CosmicClusterTagger_module.cc
o*CosmicHisto.cc
o*CosmicHisto.h
o*sbnana/sbnanalysis/ana/SBNOscReco/CosmicIDAlgs/CosmicIdAlg.cc
o*sbndcode/sbndcode/CosmicId/Algs/CosmicIdAlg.cc
o*sbnana/sbnanalysis/ana/SBNOscReco/CosmicIDAlgs/CosmicIdAlg.h
o*sbndcode/sbndcode/CosmicId/Algs/CosmicIdAlg.h
o*sbnana/sbnanalysis/ana/SBNOscReco/CosmicIDAlgs/cosmicidalg_sbnd.fcl
o*sbndcode/sbndcode/CosmicId/Algs/cosmicidalg_sbnd.fcl
o*CosmicIdAna_module.cc
o*cosmicidana_sbnd.fcl
o*cosmicidanamodules_sbnd.fcl
o*sbnana/sbnanalysis/ana/SBNOscReco/CosmicIDAlgs/cosmicidmodules_sbnd.fcl
o*sbndcode/sbndcode/CosmicId/Algs/cosmicidmodules_sbnd.fcl
o*CosmicIdTree_module.cc
o*cosmicidtree_sbnd.fcl
o*cosmicidtreeconfig_sbnd.fcl
o*CosmicIdUtils.cc
o*CosmicIdUtils.h
o*CosmicPCAxisTagger_module.cc
o*CosmicPFParticleTagger_module.cc
o*CosmicRayBaseMatchingAlgorithm.ccImplementation of the cosmic ray splitting algorithm class
o*CosmicRayBaseMatchingAlgorithm.hHeader file for the cosmic ray base matching algorithm class
o*CosmicRayExtensionAlgorithm.ccImplementation of the cosmic-ray extension algorithm class
o*CosmicRayExtensionAlgorithm.hHeader file for the cosmic-ray extension algorithm class
o*CosmicRayRemovalTool.cc
o*CosmicRayRemovalTool.hHeader file for the cosmic ray removal tool class
o*CosmicRayShowerMatchingAlgorithm.cc
o*CosmicRayShowerMatchingAlgorithm.hHeader file for the cosmic ray shower matching algorithm class
o*CosmicRaySplittingAlgorithm.ccImplementation of the cosmic ray splitting algorithm class
o*CosmicRaySplittingAlgorithm.hHeader file for the cosmic ray splitting algorithm class
o*CosmicRayTaggingMonitoringTool.ccImplementation of the cosmic-ray tagging monitoring tool class
o*CosmicRayTaggingMonitoringTool.hHeader file for the cosmic-ray tagging monitoring tool class
o*CosmicRayTaggingTool.ccImplementation of the cosmic-ray tagging tool class
o*CosmicRayTaggingTool.hHeader file for the cosmic-ray tagging tool class
o*CosmicRayTrackMatchingAlgorithm.cc
o*CosmicRayTrackMatchingAlgorithm.hHeader file for the cosmic ray track matching algorithm class
o*CosmicRayTrackRecoveryAlgorithm.cc
o*CosmicRayTrackRecoveryAlgorithm.hHeader file for the cosmic ray longitudinal track recovery algorithm class
o*CosmicRayVertexBuildingAlgorithm.ccImplementation of the cosmic-ray vertex building algorithm class
o*CosmicRayVertexBuildingAlgorithm.hHeader file for the cosmic-ray vertex building algorithm class
o*CosmicRemovalAna_module.cc
o*cosmicremovalmodules.fcl
o*cosmics_g4_icarus.fcl
o*cosmics_g4_icarus_lite.fcl
o*cosmics_g4_icarus_sce.fcl
o*cosmics_g4_icarus_sce_lite.fcl
o*cosmics_g4_icarus_volCryostat.fcl
o*cosmics_g4_icarus_volCryostat_lite.fcl
o*cosmics_g4_icarus_volDetEnc.fcl
o*cosmics_g4_icarus_volDetEnc_lite.fcl
o*CosmicsGen_module.ccGenerator for cosmic-rays
o*CosmicTag.cxx
o*CosmicTag.h
o*cosmictagger.fcl
o*CosmicTracker_module.cc
o*CosmicTrackerAlg.cxx
o*CosmicTrackerAlg.h
o*CosmicTrackTagger_module.cc
o*counter.hTest of util::counter and support utilities
o*counter_test.ccTest of util::counter() and support utilities
o*CountersMap.hMap of counters, stored compactly
o*CountersMap_test.ccTests the counter map
o*CountingExperiment.cxx
o*CountingExperiment.h
o*Covariance.cxx
o*Covariance.h
o*sbnana/sbnanalysis/ana/SBNOscReco/CosmicIDAlgs/CpaCrossCosmicIdAlg.cc
o*sbndcode/sbndcode/CosmicId/Algs/CpaCrossCosmicIdAlg.cc
o*sbnana/sbnanalysis/ana/SBNOscReco/CosmicIDAlgs/CpaCrossCosmicIdAlg.h
o*sbndcode/sbndcode/CosmicId/Algs/CpaCrossCosmicIdAlg.h
o*CPAlgoArray.cxx
o*CPAlgoArray.hClass def header for a class CPAlgoArray
o*CPAlgoIgnoreTracks.cxx
o*CPAlgoIgnoreTracks.hClass def header for a class CPAlgoIgnoreTracks
o*CPAlgoNHits.cxx
o*CPAlgoNHits.hClass def header for a class CPAlgoNHits
o*CPAlgoPolyArea.cxx
o*CPAlgoPolyArea.hClass def header for a class CPAlgoPolyArea
o*CPAlgoQSum.cxx
o*CPAlgoQSum.hClass def header for a class CPAlgoQSum
o*icarusalg/icarusalg/gallery/helpers/python/cppUtils.py
o*sbndcode/sbndcode/gallery/python/cppUtils.py
o*CPriorityAlgoBase.hClass def header for a class CPriorityAlgoBase
o*CreateHybridLibrary_module.cc
o*CreateTestShowerCalibrationFromPID.cxxCreates a test calibration file for ShowerCalibrationGaloreFromPID
o*CreateTestShowerCalibrationFromPID.hCreates a test calibration file for ShowerCalibrationGaloreFromPID
o*CreateTestShowerCalibrationFromPID_test.ccCreates a test calibration file for ShowerCalibrationGaloreFromPID
o*createtree_timed_tracks_icarus.fcl
o*createtree_timed_tracks_icarus_quiet.fcl
o*CRHitRemoval_module.cc
o*CRHitRemovalByPCA_module.cc
o*CrossedTrackSplittingAlgorithm.ccImplementation of the crossed track splitting algorithm class
o*CrossedTrackSplittingAlgorithm.hHeader file for the crossed track splitting algorithm class
o*CrossGapsAssociationAlgorithm.ccImplementation of the cross gaps association algorithm class
o*CrossGapsAssociationAlgorithm.hHeader file for the cross gaps association algorithm class
o*CrossGapsExtensionAlgorithm.ccImplementation of the cross gaps extension algorithm class
o*CrossGapsExtensionAlgorithm.hHeader file for the cross gaps extension algorithm class
o*crt_ana.fcl
o*crt_ana_cal_north_inner.fcl
o*crt_ana_cal_north_outer.fcl
o*crt_ana_cal_west_inner.fcl
o*crt_ana_cal_west_outer.fcl
o*crt_cal_ana.fcl
o*crt_decoderdefs_icarus.fcl
o*crt_detsim_only.fcl
o*crt_detsim_only_lite.fcl
o*crt_detsimalg_test.cxx
o*crt_event_prod.fcl
o*crt_noise_mon.fcl
o*crtana_sbnd.fcl
o*crtanamodules_sbnd.fcl
o*CRTArtdaqFragmentProducer.fcl
o*CRTArtdaqFragmentProducer_module.cc
o*CRTAutoVeto.fcl
o*CRTAutoVeto_module.cc
o*icaruscode/icaruscode/CRT/CRTUtils/CRTBackTracker.cc
o*sbndcode/sbndcode/CRT/CRTUtils/CRTBackTracker.cc
o*icaruscode/icaruscode/CRT/CRTUtils/CRTBackTracker.h
o*sbndcode/sbndcode/CRT/CRTUtils/CRTBackTracker.h
o*crtbacktracker_icarus.fcl
o*crtbacktracker_sbnd.fcl
o*CrtCal.cc
o*CrtCal.h
o*CrtCalAnalysis_module.cc
o*CRTCalibrationAnalysis.fcl
o*CRTCalibrationAnalysis_module.ccAccess CRT data and reco products and compare to MCTruth info
o*CrtCalTree.cxx
o*CrtCalTree.h
o*icaruscode/icaruscode/CRT/CRTChannelMapAlg.cxx
o*sbndcode/sbndcode/CRT/CRTChannelMapAlg.cxx
o*icaruscode/icaruscode/CRT/CRTChannelMapAlg.h
o*sbndcode/sbndcode/CRT/CRTChannelMapAlg.h
o*icaruscode/icaruscode/CRT/CRTUtils/CRTCommonUtils.cc
o*sbndcode/sbndcode/CRT/CRTUtils/CRTCommonUtils.cc
o*icaruscode/icaruscode/CRT/CRTUtils/CRTCommonUtils.h
o*sbndcode/sbndcode/CRT/CRTUtils/CRTCommonUtils.h
o*CRTData.cc
o*CRTData.cxx
o*ICARUS/CRT/CRTData.hh
o*SBND/CRT/CRTData.hh
o*CRTDataAnalysis.fcl
o*CRTDataAnalysis_module.ccAccess CRT data and reco products and compare to MCTruth info
o*CRTDetSim.h
o*icaruscode/icaruscode/CRT/CRTDetSim_module.cc
o*sbndcode/sbndcode/CRT/CRTDetSim_module.cc
o*CRTDetSimAlg.cc
o*CRTDetSimAlg.cxx
o*icaruscode/icaruscode/CRT/CRTUtils/CRTDetSimAlg.h
o*sbndcode/sbndcode/CRT/CRTSimulation/CRTDetSimAlg.h
o*CRTDetSimAna_module.cc
o*crtdetsimana_sbnd.fcl
o*CRTDetSimParams.h
o*CRTEventDisplay.cc
o*CRTEventDisplay.h
o*crteventdisplay_sbnd.fcl
o*CRTEventProducer_module.cc
o*CRTFullRecoAna_module.cc
o*crtfullrecoana_sbnd.fcl
o*sbncode/sbncode/GeometryTools/CRTGeoAlg.cc
o*sbndcode/sbndcode/Geometry/GeometryWrappers/CRTGeoAlg.cc
o*sbncode/sbncode/GeometryTools/CRTGeoAlg.h
o*sbndcode/sbndcode/Geometry/GeometryWrappers/CRTGeoAlg.h
o*icaruscode/icaruscode/CRT/CRTGeometryHelper.h
o*sbndcode/sbndcode/CRT/CRTGeometryHelper.h
o*icaruscode/icaruscode/CRT/CRTGeometryHelper_service.cc
o*sbndcode/sbndcode/CRT/CRTGeometryHelper_service.cc
o*icaruscode/icaruscode/CRT/CRTGeoObjectSorter.cxx
o*sbndcode/sbndcode/CRT/CRTGeoObjectSorter.cxx
o*icaruscode/icaruscode/CRT/CRTGeoObjectSorter.h
o*sbndcode/sbndcode/CRT/CRTGeoObjectSorter.h
o*CRTHisto.cc
o*CRTHisto.h
o*CRTHit.cc
o*CRTHit.hh
o*CRTHit_Legacy.hh
o*CRTHitConverter_module.cc
o*crthitconverter_producer.fcl
o*sbnana/sbnanalysis/ana/SBNOscReco/CosmicIDAlgs/CrtHitCosmicIdAlg.cc
o*sbndcode/sbndcode/CosmicId/Algs/CrtHitCosmicIdAlg.cc
o*sbnana/sbnanalysis/ana/SBNOscReco/CosmicIDAlgs/CrtHitCosmicIdAlg.h
o*sbndcode/sbndcode/CosmicId/Algs/CrtHitCosmicIdAlg.h
o*CRTHitCosmicIdAna_module.cc
o*crthitproducer_icarus.fcl
o*icaruscode/icaruscode/CRT/CRTUtils/CRTHitRecoAlg.cc
o*sbndcode/sbndcode/CRT/CRTUtils/CRTHitRecoAlg.cc
o*icaruscode/icaruscode/CRT/CRTUtils/CRTHitRecoAlg.h
o*sbndcode/sbndcode/CRT/CRTUtils/CRTHitRecoAlg.h
o*CRTHitRecoAna_module.cc
o*crthitrecoana_sbnd.fcl
o*crthits_icarus.fcl
o*CRTHitTiming.cc
o*CRTMatch.h
o*crtmatch_producer.fcl
o*CRTMergePreProcessTrees.cxx
o*CRTmetric.cc
o*CRTmetric.hh
o*CrtNoiseMonTool_module.cc
o*CrtOpHitMatchAnalysis.fcl
o*CrtOpHitMatchAnalysis_module.cc
o*crtpmtmatchingana.fcl
o*CRTPMTMatchingAna_module.cc
o*CRTPreProcessTree.cc
o*CRTPreProcessTree.h
o*CRTRawTree.cc
o*CRTRawTree.h
o*crtsim_sbnd.fcl
o*CRTSimAnalysis.fcl
o*CRTSimAnalysis_module.ccAccess CRT data and reco products and compare to MCTruth info
o*crtsimhitproducer.fcl
o*crtsimhitproducer_icarus.fcl
o*icaruscode/icaruscode/CRT/CRTSimHitProducer_module.cc
o*sbndcode/sbndcode/CRT/CRTSimHitProducer_module.cc
o*crtsimhitproducer_sbnd.fcl
o*crtsimhitreco_sbnd.fcl
o*CRTSimHitViewer.cc
o*crtsimmodules_icarus.fcl
o*crtsimmodules_sbnd.fcl
o*crtsimreco_sbnd.fcl
o*CRTSlimmer_module.cc
o*crtslimmer_sbnd.fcl
o*icaruscode/icaruscode/CRT/CRTUtils/CRTT0MatchAlg.cc
o*sbndcode/sbndcode/CRT/CRTUtils/CRTT0MatchAlg.cc
o*icaruscode/icaruscode/CRT/CRTUtils/CRTT0MatchAlg.h
o*sbndcode/sbndcode/CRT/CRTUtils/CRTT0MatchAlg.h
o*crtt0matching_icarus.fcl
o*icaruscode/icaruscode/CRT/CRTT0Matching_module.cc
o*sbndcode/sbndcode/CRT/CRTTools/CRTT0Matching_module.cc
o*crtt0matching_sbnd.fcl
o*crtt0matchingalg_icarus.fcl
o*crtt0matchingalg_sbnd.fcl
o*crtt0matchingana_icarus.fcl
o*icaruscode/icaruscode/CRT/CRTT0MatchingAna_module.cc
o*sbndcode/sbndcode/CRT/CRTAna/CRTT0MatchingAna_module.cc
o*crtt0matchingana_sbnd.fcl
o*crtt0producer_icarus.fcl
o*CRTTiming.cc
o*CRTTiming.h
o*crttpcmatchingana.fcl
o*CRTTPCMatchingAna_module.cc
o*CRTTrack.cc
o*CRTTrack.hh
o*CRTTrack_Legacy.hh
o*sbnana/sbnanalysis/ana/SBNOscReco/CosmicIDAlgs/CrtTrackCosmicIdAlg.cc
o*sbndcode/sbndcode/CosmicId/Algs/CrtTrackCosmicIdAlg.cc
o*sbnana/sbnanalysis/ana/SBNOscReco/CosmicIDAlgs/CrtTrackCosmicIdAlg.h
o*sbndcode/sbndcode/CosmicId/Algs/CrtTrackCosmicIdAlg.h
o*CRTTrackCosmicIdAna_module.cc
o*CRTTrackMatchAlg.cc
o*CRTTrackMatchAlg.h
o*CRTTrackMatching_module.cc
o*crttrackmatching_sbnd.fcl
o*crttrackmatchingalg_sbnd.fcl
o*CRTTrackMatchingAna_module.cc
o*crttrackmatchingana_sbnd.fcl
o*crttrackproducer_icarus.fcl
o*icaruscode/icaruscode/CRT/CRTTrackProducer_module.cc
o*sbndcode/sbndcode/CRT/CRTTrackProducer_module.cc
o*crttrackproducer_sbnd.fcl
o*icaruscode/icaruscode/CRT/CRTUtils/CRTTrackRecoAlg.cc
o*sbndcode/sbndcode/CRT/CRTUtils/CRTTrackRecoAlg.cc
o*icaruscode/icaruscode/CRT/CRTUtils/CRTTrackRecoAlg.h
o*sbndcode/sbndcode/CRT/CRTUtils/CRTTrackRecoAlg.h
o*CRTTrackRecoAna_module.cc
o*crttrackrecoana_sbnd.fcl
o*crttracks_icarus.fcl
o*CRTTrigFilter_module.cc
o*crttruehitproducer.fcl
o*crttruehitproducer_icarus.fcl
o*CRTTrueHitProducer_module.cc
o*CRTTrueHitRecoAlg.cc
o*CRTTrueHitRecoAlg.h
o*CRTTruthMatchAnalysis.fcl
o*CRTTruthMatchAnalysis_module.cc
o*CRTTzero.cc
o*CRTTzero.hh
o*CRTTzero_Legacy.hh
o*crttzeroproducer_icarus.fcl
o*icaruscode/icaruscode/CRT/CRTTzeroProducer_module.cc
o*sbndcode/sbndcode/CRT/CRTTzeroProducer_module.cc
o*crttzeroproducer_sbnd.fcl
o*CRUException.hClass def header for exception classes in ClusterRecoUtil package
o*CRUMBS_helper.h
o*CRUMBS_module.cc
o*crumbs_sbnd.fcl
o*CRUMBSResult.cc
o*CRUMBSResult.h
o*cry.fcl
o*cry_sbnd.fcl
o*CryostatGeo.cxx
o*CryostatGeo.hEncapsulate the construction of a single cyostat
o*CTreeGeometry_module.cc
o*CustomAlgoFactory.cxx
o*CustomAlgoFactory.hClass def header for a class CustomAlgoFactory
o*CustomParticleCreationAlgorithm.ccImplementation of the 3D particle creation algorithm class
o*CustomParticleCreationAlgorithm.hHeader file for the 3D particle creation algorithm class
o*CustomPhysicsBuiltIns.hh
o*CustomPhysicsFactory.hh
o*CustomPhysicsLArSoft.h
o*CustomPhysicsTable.cxx
o*CustomPhysicsTable.hh
o*CustomPulseFunction.hPulse from one photoelectron fully defined by the configuration
o*CustomPulseFunctionTool_tool.ccToolization of icarus::opdet::AsymGaussPulseFunction<nanosecond>
o*Cut.cxx
o*Cut.h
o*cut_metrics.py
o*CutClusterCharacterisationAlgorithm.ccImplementation of the cut based cluster characterisation algorithm class
o*CutClusterCharacterisationAlgorithm.hHeader file for the cut based cluster characterisation algorithm class
o*CutOptimizer.cxx
o*CutOptimizer.h
o*CutPfoCharacterisationAlgorithm.ccImplementation of the cut based pfo characterisation algorithm class
o*CutPfoCharacterisationAlgorithm.hHeader file for the cut based pfo characterisation algorithm class
o*Cuts.cc
o*Cuts.cxx
o*SBNAna/Cuts/Cuts.h
o*ysis/ana/SBNOscReco/PostProcess/Cuts.h
o*DaqDecoderICARUSPMT_module.ccProduces raw::OpDetWaveform from V1730 artDAQ data fragments
o*DaqDecoderICARUSPMTnotThatOld_module.cc
o*DaqDecoderICARUSPMTold_module.cc
o*DaqDecoderICARUSTPC_module.cc
o*DaqDecoderICARUSTPCwROI_module.cc
o*DaqDecoderICARUSTrigger_module.cc
o*DAQHeader.cxx
o*DAQHeader.h
o*Data.h
o*database_sbnd.fcl
o*database_standard.fcl
o*DatabaseRetrievalAlg.cxx
o*DatabaseRetrievalAlg.hClass def header for a class DatabaseRetrievalAlg
o*DatabaseUtil.cc
o*databaseutil.fcl
o*DatabaseUtil.h
o*databaseutil_bo.fcl
o*databaseutil_sbnd.fcl
o*DatabaseUtil_service.cc
o*DataIOmanip.hProvides I/O manipulators for streaming data
o*DataLoader3.py
o*DataProductPointerMap.hUtilities to map data pointer elements to their art::Ptr
o*dataprovider.fcl
o*DataProviderAlg.cxx
o*DataProviderAlg.h
o*DataSelect_module.cc
o*datasize.hDimensioned variables representing data size
o*datasize_test.ccUnit test for lardataalg/Utilities/quantities/datasize.h header
o*DataStructs.cxx
o*DataStructs.h
o*Dazzle_module.cc
o*DBCluster3D_module.cc
o*DBCluster3D_uboone.fcl
o*DBcluster_module.cc
o*DBclusterAna_module.cc
o*DBDataset.cxx
o*DBDataset.h
o*DBFolder.cxx
o*DBFolder.h
o*DBScan3DAlg.cxx
o*DBScan3DAlg.h
o*DBScanAlg.cxx
o*DBScanAlg.h
o*DBScanAlg_tool.cc
o*DCEL.h
o*DealWithGaus.sh
o*DebugHelpers.cxx
o*DebugStruct.cxx
o*DebugStruct.h
o*DebugUtils.cxx
o*DebugUtils.hFunctions to help debugging by instrumenting code
o*DebugUtils_test.ccUnit test for some of the utilities in DebugUtils.h
o*decode_signalprocess_icarus.fcl
o*decodePMT_icarus.fcl
o*decodePMT_icarus_incomplete.fcl
o*decodePMT_icarus_standalone.fcl
o*decodePMTdefs_icarus.fcl
o*decoder.fcl
o*decodercrtjob.fcl
o*decoderdefs_icarus.fcl
o*DecoderICARUSCRT_module.cc
o*decoderTools_icarus.fcl
o*decoderToolsMC_icarus.fcl
o*decodeTrigger_icarus.fcl
o*Decomposer.hClasses to project and compose a vector on a plane
o*Decomposer_test.cxxUnit test for Decomposer class
o*Decon1DROI_module.cc
o*deconTools_icarus.fcl
o*dedx.py
o*DefaultOpDetResponse_service.cc
o*DeltaRayExtensionAlgorithm.ccImplementation of the delta ray extension algorithm class
o*DeltaRayExtensionAlgorithm.hHeader file for the delta ray extension algorithm class
o*DeltaRayGrowingAlgorithm.ccImplementation of the delta ray growing algorithm class
o*DeltaRayGrowingAlgorithm.h
o*DeltaRayIdentificationAlgorithm.ccImplementation of the delta ray identification algorithm class
o*DeltaRayIdentificationAlgorithm.hHeader file for the delta ray identification algorithm class
o*DeltaRayMatchingAlgorithm.ccImplementation of the delta ray shower matching algorithm class
o*DeltaRayMatchingAlgorithm.hHeader file for the delta ray matching algorithm class
o*DeltaRayMatchingContainers.ccImplementation of the delta ray matching containers class
o*DeltaRayMatchingContainers.hHeader file for the delta ray matching containers class
o*DeltaRayMergeTool.ccImplementation of the delta ray merge tool class
o*DeltaRayMergeTool.hHeader file for the delta ray merge tool class
o*DeltaRayParentAlgorithm.ccImplementation of the delta ray parent algorithm class
o*DeltaRayParentAlgorithm.hHeader file for the delta ray parent class
o*DeltaRayRemovalTool.ccImplementation of the delta ray removal tool class
o*DeltaRayRemovalTool.hHeader file for the delta ray removal tool class
o*DeltaRayShowerHitsTool.ccImplementation of the delta ray shower hits tool
o*DeltaRayShowerHitsTool.hHeader file for the delta ray shower hits tool
o*DeltaRaySplittingAlgorithm.cc
o*DeltaRaySplittingAlgorithm.hHeader file for the delta ray splitting algorithm class
o*demo.fcl
o*demo.h
o*demo.py
o*Dereference.h
o*Dereference_test.ccTest for Dereference.h utilities
o*DereferenceIterator.hOffer iterators automatically dereferencing their values
o*DereferenceIterator_test.ccUnit test for DereferenceIterator class
o*Derived.cc
o*Derived.h
o*detectoractivityrate_plots.fcl
o*DetectorActivityRatePlots.cppDraws some plots of detector activity with time. For simulation
o*detectorclocks.fcl
o*DetectorClocks.hPure virtual base interface for detector clocks
o*detectorclocks_bo.fcl
o*detectorclocks_csu40L.fcl
o*detectorclocks_icarus.fcl
o*detectorclocks_icarus_run5252.fcl
o*detectorclocks_icarus_run5837pre09_22_03_01.fcl
o*detectorclocks_lartpcdetector.fcl
o*detectorclocks_sbnd.fcl
o*DetectorClocksData.h
o*DetectorClocksException.hClass def header for exception classes in DetectorClocks data provider
o*icarusalg/icarusalg/Utilities/DetectorClocksHelpers.hSimple functions to streamline the creation of DetectorClocksData
o*icaruscode/icaruscode/Utilities/DetectorClocksHelpers.hSimple functions to streamline the creation of DetectorClocksData
o*DetectorClocksService.h
o*DetectorClocksServiceStandard.cc
o*DetectorClocksServiceStandard.h
o*DetectorClocksServiceStandard_service.cc
o*DetectorClocksStandard.cxx
o*DetectorClocksStandard.h
o*DetectorClocksStandard_test.ccSimple instantiation-only test for DetectorClocksStandard
o*DetectorClocksStandardDataFor.hHelper to get clocks data from detinfo::DetectorClocksStandard
o*DetectorClocksStandardTestHelpers.hHelper functions for support of DetectorClocksService in LArSoft tests
o*DetectorClocksStandardTriggerLoader.hFunctions to load trigger time in detinfo::DetectorClocksStandard
o*detectorproperties.fcl
o*DetectorProperties.h
o*detectorproperties_bo.fcl
o*detectorproperties_icarus.fcl
o*detectorproperties_lartpcdetector.fcl
o*detectorproperties_sbnd.fcl
o*DetectorPropertiesData.cc
o*DetectorPropertiesData.h
o*DetectorPropertiesService.h
o*DetectorPropertiesServiceStandard.cc
o*DetectorPropertiesServiceStandard.h
o*DetectorPropertiesServiceStandard_service.cc
o*detectorpropertiesservicetest_bo.fcl
o*detectorpropertiesservicetest_lartpcdetector.fcl
o*detectorpropertiesservicetest_standard.fcl
o*DetectorPropertiesStandard.cxxSeparation of service from Detector info class
o*DetectorPropertiesStandard.h
o*DetectorPropertiesStandard_test.ccSimple instantiation-only test for DetectorPropertiesStandard
o*DetectorPropertiesStandardTestHelpers.hHelpers for support of DetectorPropertiesService in LArSoft tests
o*DetectorTimings.hInterface to detinfo::DetectorClocks
o*DetectorTimingsStandard_test.ccTest of detinfo::DetectorTimings with DetectorClocksStandard
o*DetectorTimingTypes.hData types for detinfo::DetectorTimings
o*DetectorTimingTypes_test.ccTest of detinfo::DetectorTimings with DetectorClocksStandard
o*DetInfo.h
o*DetPedestal.hClass def header for a class DetPedestal
o*DetPedestalProvider.h
o*DetPedestalRetrievalAlg.cxx
o*DetPedestalRetrievalAlg.hClass def header for a class DetPedestalRetrievalAlg
o*DetPedestalService.h
o*detsim_3drift_windows.fcl
o*detsim_3drift_windows_lite.fcl
o*detsim_3drift_windows_sce.fcl
o*detsim_3drift_windows_sce_lite.fcl
o*detsim_calorimetry_workshop2020.fcl
o*detsim_calorimetry_workshop2020_sbnd.fcl
o*detsim_comm_sbnd.fcl
o*detsim_comm_sce_sbnd.fcl
o*icaruscode/fcl/utilities/detsim_drops.fcl
o*sbndcode/sbndcode/JobConfigurations/base/detsim_drops.fcl
o*detsim_noisefromhist.fcl
o*detsim_noisefromhist_lite.fcl
o*detsim_nonoise.fcl
o*detsim_nonoise_lite.fcl
o*detsim_purity_measurednoise.fcl
o*detsim_purity_oldnoise.fcl
o*detsim_QLcorr_calorimetry_workshop2020.fcl
o*detsim_QLcorr_calorimetry_workshop2020_sbnd.fcl
o*detsim_sce.fcl
o*detsim_sce_lite.fcl
o*detsim_thermalnoiseinfreq.fcl
o*detsim_thermalnoiseinfreq_lite.fcl
o*detsim_thermalnoiseintime.fcl
o*detsim_thermalnoiseintime_lite.fcl
o*detsim_uboonedatadrivennoise.fcl
o*detsim_uboonedatadrivennoise_lite.fcl
o*detsimmodules.fcl
o*detsimmodules_bo.fcl
o*detsimmodules_ICARUS.fcl
o*detsimmodules_sbnd.fcl
o*detsimmodules_wirecell_ICARUS.fcl
o*test/DetectorInfo/dettest_bo.fcl
o*lg/test/DetectorInfo/dettest_bo.fcl
o*dettest_lartpcdetector.fcl
o*dettest_sbnd.fcl
o*diff_spectra.cc
o*digi_arapuca_sbnd.fcl
o*digi_pmt_sbnd.fcl
o*DigiArapucaSBNDAlg.cc
o*DigiArapucaSBNDAlg.hh
o*DigiPMTSBNDAlg.cc
o*DigiPMTSBNDAlg.hh
o*DirectHitParticleAssns_tool.cc
o*DirOfGamma.cxx
o*DirOfGamma.h
o*dirtanaicarus21apr21.fcl
o*disable_boost_fpc_tolerance.hpp
o*DisambigAlg.cxx
o*DisambigAlg.h
o*disambigalgorithms.fcl
o*DisambigCheater_module.cc
o*DiscretePhotoelectronPulse.cxxSampling of a photoelectron pulse (implementation file)
o*DiscretePhotoelectronPulse.hSampling of a photoelectron pulse
o*discriminatePMT_icarus.fcl
o*discriminatePMT_icarus_data.fcl
o*DiscriminatePMTwaveforms_module.ccModule producing discriminated waveforms
o*DiscriminatePMTwaveformsByChannel_module.ccModule producing discriminated waveforms
o*Display3DPad.cxxDrawing pad showing a 3D rendering of the detector
o*Display3DPad.hDrawing pad showing a 3D rendering of the detector
o*Display3DView.cxxThe "main" event display view that most people will want to use
o*Display3DView.hA view showing a 3D rendering of the detector
o*icarusalg/icarusalg/gallery/galleryAnalysis/C++/displayHitOverlays.py
o*sbndcode/sbndcode/gallery/galleryAnalysis/displayHitOverlays.py
o*dissH_corsikap_M100_th1e-4.fcl
o*dissH_corsikap_M150_th1e-4.fcl
o*dissH_corsikap_M200_th1e-4.fcl
o*dissH_corsikap_M220.fcl
o*dissH_corsikap_M240.fcl
o*dissH_corsikap_M260.fcl
o*dissH_corsikap_M300.fcl
o*dissH_corsikap_M300_th3e-5.fcl
o*dissH_corsikap_M330.fcl
o*dissH_corsikap_M330_th2e-5.fcl
o*dissH_corsikap_M340.fcl
o*dissH_corsikap_M50_th1e-4.fcl
o*dissH_M100_kdar.fcl
o*dissH_M150_kdar.fcl
o*dissH_M200_kdar.fcl
o*dissH_M220.fcl
o*dissH_M240.fcl
o*dissH_M260.fcl
o*dissH_M300.fcl
o*dissH_M340.fcl
o*dissH_M50_kdar.fcl
o*dissonant_higgs.fcl
o*dissonant_higgs_corsika_p_gen.fcl
o*dissonant_higgs_gen.fcl
o*dissonant_higgs_tree_icarus.fcl
o*Disturbance_module.ccA module throwing a standard library exception
o*DK2NuInterface.cxx
o*DK2NuInterface.h
o*DlClusterCharacterisationAlgorithm.cc
o*DlClusterCharacterisationAlgorithm.h
o*DlHitTrackShowerIdAlgorithm.ccImplementation of the deep learning track shower id algorithm
o*DlHitTrackShowerIdAlgorithm.hHeader file for the deep learning track shower id algorithm
o*DlHitValidationAlgorithm.ccImplementation of the deep learning track shower validation algorithm
o*DlHitValidationAlgorithm.hHeader file for the deep learning track shower id validation algorithm
o*DLMasterAlgorithm.ccImplementation of the master algorithm class
o*DLMasterAlgorithm.hHeader file for the master algorithm class
o*DlPfoCharacterisationAlgorithm.cc
o*DlPfoCharacterisationAlgorithm.hHeader file for the cut based pfo characterisation algorithm class
o*DlTrackShowerStreamSelectionAlgorithm.ccImplementation of the deep learning track shower cluster streaming algorithm
o*DlTrackShowerStreamSelectionAlgorithm.hHeader file for the deep learning track shower cluster streaming algorithm
o*DlVertexingAlgorithm.ccImplementation of the deep learning vertexing algorithm
o*DlVertexingAlgorithm.h
o*doGit.sh
o*DPRawHitFinder_module.cc
o*DrawGausHits_tool.cc
o*DrawingPad.cxxBase class for all event display drawing pads
o*DrawingPad.hBase class for all event display drawing pads
o*DrawLArVoxel3D_tool.cc
o*DrawRawHist_tool.cc
o*DrawSimEnergyDeposit3D_tool.cc
o*DrawSimPhoton3D_tool.cc
o*DrawSkewHits_tool.cc
o*DrawWireData_tool.cc
o*DrawWireHist_tool.cc
o*DriftElectronstoPlane_module.cc
o*DriftEstimatorBase.hh
o*DriftEstimatorPMTRatio_tool.cc
o*DriftPartitions.cxxClasses describing partition of cryostat volume
o*DriftPartitions.hData structures and algorithms to partition a cryostat volume
o*driftvolumes_test.cxxTest for neighbourhood discovery in simple geometries
o*drop_raw_products.fcl
o*dropbox.py
o*DummyAnalyzer_module.ccAn art analyzer which does nothing
o*DummyFilter_module.ccAn art filter which does nothing
o*DummyProducer_module.ccAn art producer which does nothing
o*dump_artdaqfragments_pmt_icarus.fcl
o*dump_chargedspacepoints.fcl
o*dump_clusters.fcl
o*dump_hits.fcl
o*dump_icarus_channelmap.fcl
o*icarusalg/icarusalg/Geometry/dump_icarus_geometry.fcl
o*icaruscode/icaruscode/Geometry/dump_icarus_geometry.fcl
o*dump_lartpcdetector_channelmap.fcl
o*dump_lartpcdetector_geometry.fcl
o*dump_mcparticles.fcl
o*dump_mcparticlesandreco.fcl
o*dump_mcreco.fcl
o*dump_mctruth.fcl
o*dump_opdetbacktrackerrecords.fcl
o*dump_opdetwaveforms.fcl
o*dump_opdetwaveforms_icarus.fcl
o*dump_opdetwaveforms_icarus_data.fcl
o*dump_pfparticles.fcl
o*dump_pids.fcl
o*dump_pmtconfig_icarus.fcl
o*dump_rawdigits.fcl
o*dump_sbnd_channelmap.fcl
o*dump_sbnd_geometry.fcl
o*dump_seeds.fcl
o*dump_simchannels.fcl
o*dump_simenergydeposits.fcl
o*dump_simphotons.fcl
o*dump_simphotonslite.fcl
o*dump_tracks.fcl
o*dump_triggerconfig_icarus.fcl
o*dump_triggergatedata_icarus.fcl
o*dump_triggers_icarus.fcl
o*dump_wires.fcl
o*DumpArtDAQfragments_module.ccDumps on console the content of artdaq::Fragment data products
o*DumpAssociations.hDumps on a stream the content of associations
o*DumpChannelMap_module.ccPrints on screen the current channel-wire map
o*DumpChargedSpacePoints_module.ccDumps on screen the content of space points and associated charge
o*DumpCheatTracks_module.ccDumps a lar::example::CheatTrack collection and associations
o*DumpClusters_module.ccDumps on screen the content of the clusters
o*DumperBase.hHelper base class for implementing data product dump algorithms
o*DumpGeometry_module.ccPrints on screen the current geometry
o*DumpGTruth_module.ccModule dumping GTruth information from GENIE on screen
o*DumpHits_module.ccDumps on screen the content of the hits
o*DumpMCParticles_module.ccModule dumping MCarticle information on screen
o*DumpMCShowers_module.ccModule dumping MCShower information on screen
o*DumpMCTracks_module.ccModule dumping MCTrack information on screen
o*DumpMCTruth_module.ccModule dumping MCTruth information on screen
o*DumpOpDetBacktrackerRecords_module.ccModule dumping OpDetBacktrackerRecords information on screen
o*DumpOpDetWaveforms_module.ccDumps on screen the content of the raw optical detector waveforms
o*DumpParticleIDs_module.ccDump ParticleID objects
o*DumpPCAxes_module.ccDumps on screen the content of Principal Component Axis objects
o*DumpPFParticles_module.ccDumps on screen the content of ParticleFlow particles
o*DumpPMTconfiguration_module.ccDumps on console the content of sbn::PMTconfiguration data product
o*DumpRawDigits_module.ccDumps on screen the content of the raw digits
o*DumpSeeds_module.ccDumps on screen the content of seeds
o*DumpSimChannels_module.ccModule dumping SimChannels information on screen
o*DumpSimEnergyDeposits_module.ccDumps on screen the content of the sim::SimEnergyDeposit objects
o*DumpSimPhotons_module.ccModule dumping SimPhotons information on screen
o*DumpSimPhotonsLite_module.ccModule dumping SimPhotonsLite information on screen
o*DumpSpacePoints_module.ccDumps on screen the content of space points
o*DumpTracks_module.ccDumps on screen the content of the tracks
o*DumpTrigger_module.ccDumps on console the content of trigger data products
o*DumpTriggerConfiguration_module.ccDumps to console the content of icarus::TriggerConfiguration data product
o*DumpTriggerGateData_module.ccDumps on console the content of a icarus::trigger::OpticalTriggerGate::GateData_t data product
o*DumpUtils.hUtilities to dump objects into a stream
o*DumpUtils_test.ccUnit test for utilities in DumpUtils.h
o*DumpVertices_module.ccDumps on screen the content of vertices
o*DumpWires_module.ccDumps on screen the content of the wires
o*DUNEFarDetVDThreeView.hDetector interface for DUNE's vertical drift, 3 view far detector
o*duplicate_finder_run_subrun.sh
o*DuplicateEventTracker.hService keeping track of art event IDs
o*DuplicateEventTracker_service.cc
o*DynamicSelector.cc
o*DynamicSelector.h
o*DynamicTriggerGateBuilder.cxxDynamic gate builder
o*DynamicTriggerGateBuilder.hDynamic gate builder
o*DynamicTriggerGateBuilderTool_tool.ccToolization of icarus::trigger::DynamicTriggerGateBuilder
o*DynamicTriggerGateBuilderTool_tool.hToolization of icarus::trigger::DynamicTriggerGateBuilder
o*Edge.cxxDefinition of Principal Components Axis object for LArSoft
o*Edge.hAn object to define a "edge" which is used to connect space points in a triangulation algorithm
o*Edge3DDrawer_tool.cc
o*Edge_test.ccSimple test on a recob::Edge object
o*eff_ratio.py
o*ElecClock.cxx
o*ElecClock.hClass def header for a class ElecClock
o*electromagnetism.hDimensioned variables representing electromagnetic quantities
o*electron_proton_bnblike_anode_calorimetry_workshop2020.fcl
o*electron_proton_bnblike_cathode_calorimetry_workshop2020.fcl
o*electron_proton_bnblike_center_calorimetry_workshop2020.fcl
o*electronics.hDimensioned variables related to electronics
o*ElectronicsCalib.hClass def header for a class ElectronicsCalib
o*ElectronicsCalibProvider.h
o*ElectronicsCalibService.hInterface for experiment-specific service for pmt gain info
o*ElectronicsResponse_tool.cc
o*ElectronicsResponseBesselApprox_tool.cc
o*ElectronLifetimeContainer.h
o*ElectronLifetimeProvider.h
o*ElectronLifetimeService.h
o*empty_events.fcl
o*emptydir.py
o*emptyevent_icarus.fcl
o*emptyevent_sbnd.fcl
o*EmptyKaonGen_tool.cc
o*emshower3d.fcl
o*EMShower3D_module.cc
o*EMShower_module.cc
o*EMShowerAlg.cxx
o*EMShowerAlg.h
o*enable_spacecharge_icarus.fcl
o*enable_spacecharge_services_sbnd.fcl
o*EndAssociatedPfosTool.ccImplementation of the end associated pfos tool class
o*EndAssociatedPfosTool.hHeader file for the end associated pfos tool class
o*EndPoint2D.cxx
o*EndPoint2D.h
o*EndPointAlg.cxx
o*EndPointAlg.hAlgorithm to find 2D endpoints
o*EndPointModule_module.cc
o*energy.hDimensioned variables representing energy
o*energy_test.ccUnit test for lardataalg/Utilities/quantities/energy.h header
o*EnergyDepositionAsymmetryFeatureTool.ccImplementation of the energy deposition asymmetry feature tool class
o*EnergyDepositionAsymmetryFeatureTool.hHeader file for the energy deposition asymmetry feature tool class
o*EnergyKickFeatureTool.ccImplementation of the energy kick feature tool class
o*EnergyKickFeatureTool.hHeader file for the energy kick feature tool class
o*EnergyKickVertexSelectionAlgorithm.ccImplementation of the energy kick vertex selection algorithm class
o*EnergyKickVertexSelectionAlgorithm.hHeader file for the energy kick vertex selection algorithm class
o*EnergySysts.cxx
o*EnergySysts.h
o*EnsembleRatio.cxx
o*EnsembleRatio.h
o*EnsembleSpectrum.cxx
o*EnsembleSpectrum.h
o*EnsureOnlyOneSchedule.hType whose constructor throws if more than one art schedule is configured
o*enumerate.hDefinition of util::enumerate()
o*enumerate_test.ccTest of util::enumerate and support utilities
o*EpilogFwd.h
o*EvalVtx.fcl
o*EvalVtx_module.cc
o*evd.fcl
o*evd_icarus.fcl
o*evd_icarusraw.fcl
o*EVD_module.cc
o*evd_multitpc_icarus.fcl
o*evd_sbnd.fcl
o*evd_sbnd_3drift.fcl
o*evd_uboone_analysis.fcl
o*evd_uboone_efficiency.fcl
o*evd_uboone_purity.fcl
o*EvdLayoutOptions.cc
o*EvdLayoutOptions.h
o*EvdLayoutOptions_service.cc
o*evdservices.fcl
o*evdservices_base.fcl
o*evdservices_icarus.fcl
o*evdservices_sbnd.fcl
o*evdservices_zen.fcl
o*Event.cxxProducer module to create 3D clusters from input hits
o*Event.hRepresents the Event implemented as a self balancing binary search tree
o*Event.hh
o*EventButcher_module.cc
o*EventCheater_module.cc
o*eventdisplay.hPlace to keep constants for event display
o*eventdump.fcl
o*EventFilter_module.cc
o*eventfindermodules.fcl
o*eventfindermodules_dune.fcl
o*eventfindermodules_microboone.fcl
o*eventfindermodules_sbnd.fcl
o*EventIDTree.cxxClass storing event information in a ROOT tree (implementation)
o*EventIDTree.hClass hosting selected information about the event
o*EventInfo_t.cxxClass hosting selected information about the event (implementation)
o*EventInfo_t.hClass hosting selected information about the event
o*EventInfoTree.cxxClass writing event information into a ROOT tree (implementation)
o*EventInfoTree.hClass writing event information into a ROOT tree
o*EventInfoUtils.cxxClass hosting selected information about the event (implementation)
o*EventInfoUtils.hFunctions dealing with icarus::trigger::details::EventInfo_t
o*EventReadingAlgorithm.cc
o*EventReadingAlgorithm.hHeader file for the event reading algorithm class
o*EventRegistry.cxxClass keeping track of art event IDs (implementation file)
o*EventRegistry.hClass keeping track of art event IDs
o*AnaBasics/eventsel.h
o*XSecSelection/eventsel.h
o*EventSelect_module.cc
o*EventSlicingTool.ccImplementation of the event slicing tool class
o*EventSlicingTool.hHeader file for the event slicing tool class
o*EventTimeFilter_module.cc
o*EventUtilities.cxx
o*EventUtilities.hProvides some basic functions operating in IEvent class objects
o*EventValidationBaseAlgorithm.ccImplementation of the event validation algorithm
o*EventValidationBaseAlgorithm.hHeader file for the event validation algorithm
o*eventweight_flux_sbn.fcl
o*eventweight_genie3_sbn_A.fcl
o*eventweight_genie_sbn.fcl
o*EventWeight_module.cc
o*EventWeightMap.cc
o*EventWeightMap.h
o*EventWeightParameterSet.cxx
o*EventWeightParameterSet.h
o*EventWritingAlgorithm.cc
o*EventWritingAlgorithm.hHeader file for the event writing algorithm class
o*Algorithms/bin/example.cc
o*Base/bin/example.cc
o*Algorithms/mac/example.py
o*Base/mac/example.py
o*Algorithms/mac/example_anaunit.py
o*Base/mac/example_anaunit.py
o*Algorithms/mac/example_ertool.py
o*Base/mac/example_ertool.py
o*SBNOsc/macro/example_macro.cc
o*TrackReducer/example_macro.cc
o*ExampleConfig.fcl
o*ExampleSelection.cxx
o*ExampleSelection.h
o*ExampleTools.cxx
o*ExampleTools.h
o*Exceptions.hCollection of exceptions for Geometry system
o*expand_fcl.sh
o*icarusalg/icarusalg/gallery/helpers/C++/expandInputFiles.h
o*sbndcode/sbndcode/gallery/helpers/expandInputFiles.h
o*Experiment.hh
o*experiment3ddrawers.fcl
o*experiment_settings.sh
o*experiment_utilities.py
o*ExpInfo.h
o*exploder_badalloc.fcl
o*exploder_disturbed_artexception.fcl
o*exploder_disturbed_outofrange.fcl
o*Exploder_module.ccA module throwing exceptions
o*exploder_outofrange.fcl
o*ExptGeoHelperInterface.hInterface to a service that handles any experiment-specific knowledge that is needed by the Geometry service
o*EXTCountInfo.cc
o*extcountinfo.fcl
o*EXTCountInfo.h
o*external_event_building.fcl
o*ExternalTrigger.cxx
o*ExternalTrigger.h
o*extractCAFMetadata.cc
o*ExtractEnergyDepositionSummary_module.ccModule producing a summary deposited energy data product
o*extractMaxGeometryElements.hAlgorithm discovering the number of elements in the geometry
o*larbatch/python/extractor_dict.py
o*sbndutil/python/extractor_dict.py
o*ExtraTriggerInfo.cxxData product holding additional trigger information
o*ExtraTriggerInfo.hData product holding additional trigger information
o*EXTRetriever_module.cc
o*FakeFlash_module.cc
o*FakeParticle_tool.ccThis tool creates a fake particle and overlays on input data
o*FakePhotoS_module.cc
o*fast_simulation_reconstruction_test.sh
o*FastAndPoorGauss.hFast approximate Gaussian random translator
o*FastAndPoorGauss_test.ccUnit test for util::FastAndPoorGauss
o*FastMatrixMath_test.ccTests the classes in SimpleFits.h
o*FastMatrixMathHelper.hClasses with hard-coded (hence "fast") matrix math
o*FastOpticalPhysics.cxx
o*FastOpticalPhysics.h
o*fcl_checks.sh
o*fclmodule.cxx
o*FeatureTracker_module.cc
o*FeatureVertexFinder_module.cc
o*FeatureVertexFinderAna_module.cc
o*FEBData.cxx
o*FEBData.hh
o*FEBTruthInfo.cxx
o*FEBTruthInfo.hh
o*FFTHitFinder_module.cc
o*ffttest.sh
o*FFTTest_module.cc
o*FHiCLutils.hSimple helper functions to deal with FHiCL
o*fiducial_volume.cxx
o*fiducial_volume.h
o*sbnana/sbnanalysis/ana/SBNOscReco/CosmicIDAlgs/FiducialVolumeCosmicIdAlg.cc
o*sbndcode/sbndcode/CosmicId/Algs/FiducialVolumeCosmicIdAlg.cc
o*sbnana/sbnanalysis/ana/SBNOscReco/CosmicIDAlgs/FiducialVolumeCosmicIdAlg.h
o*sbndcode/sbndcode/CosmicId/Algs/FiducialVolumeCosmicIdAlg.h
o*FieldResponse_tool.cc
o*FIFOChannel.h
o*FIFOHistogramAna_module.cc
o*file_to_url.sh
o*FileCatalogMetadataICARUS.h
o*FileCatalogMetadataICARUS_service.cc
o*FileCatalogMetadataSBN.h
o*FileCatalogMetadataSBN_service.cc
o*FileListSource.cxx
o*FileListSource.h
o*FileMeta.hh
o*filemuons.fcl
o*FileMuons_module.ccGenerator for muons from a file
o*FileReducer.cxx
o*FileReducer.h
o*FillExposure.cxx
o*FillExposure.h
o*FillFlashMatch.cxx
o*FillFlashMatch.h
o*FillReco.cxx
o*FillReco.h
o*FillTrigger.cxx
o*FillTrigger.h
o*FillTrue.cxx
o*FillTrue.h
o*filter_genie_active_icarus.fcl
o*filter_genie_active_interaction.fcl
o*filter_numu_pizero_calorimetry_workshop_2020.fcl
o*filter_particle_active.fcl
o*Filter_tool.cc
o*FilterArray.cxx
o*FilterArray.hClass def header for a class FilterArray
o*FilterCryostatNus_module.ccEDFilter to require projected generator trajectories in volumes within a particular time window
o*FilterGenInTime_module.ccEDFilter to require projected generator trajectories in volumes within a particular time window
o*FilterNeutrinoActive.fcl
o*FilterNeutrinoInteraction.fcl
o*FilterNeutrinosActiveVolume_module.ccDiscards events with no neutrino interaction in the specified volume
o*FilterNoDirtNeutrinos_module.ccSimple EDFilter to require neutrino interaction in TPC
o*FilterNoiseICARUS_module.cc
o*FilterNoMCParticles_module.ccSimple EDFilter filter events with no MCParticles
o*FilterNumberTPCHits_module.cc
o*FilterOnArtPathOutcome_module.ccAn art filter picking its response from a previous one
o*FilterOpFlash_module.cc
o*FilterParticleActive.fcl
o*FilterParticlesActiveVolume_module.cc
o*FilterPrimaryPDG_module.ccSimple EDFilter to require a particular pdg is present as a primary
o*filterRangeFor.hUtilities to manipulate range for loops
o*filterRangeFor_test.ccTest for util::filterRangeFor()
o*filters.fcl
o*filters_argoneut.fcl
o*filters_sbnd.fcl
o*filtersgenintime_sbnd.fcl
o*FilterSimPhotonLiteTime_module.cc
o*FilterSimPhotonTime_module.cc
o*filterssimphotonlitetime_sbnd.fcl
o*filterssimphotontime_sbnd.fcl
o*FilterStoppingMuon_module.ccSimple EDFilter to require muon to stop in the TPC
o*FinalStateParticleFilter_module.cc
o*find_duplicate_events.fcl
o*find_fhicl.sh
o*find_global_symbol.sh
o*FindAllP.hMore association queries
o*FindManyInChainP.hUtility to navigate chains of associations
o*Fit.cxx
o*Fit.h
o*FitAxis.cxx
o*FitAxis.h
o*FitVars.cxx
o*FitVars.h
o*FitVarsSterile.cxx
o*FitVarsSterile.h
o*FitVarsSterileApprox.cxx
o*FitVarsSterileApprox.h
o*fix-cmake-genie.pl
o*fix-cmake-ifdh.pl
o*fix-cmake-larsoft.pl
o*fix-cmake-nutools.pl
o*fix-header-locs-ifdh.pl
o*fix_cmake.pl
o*fix_cmake_art206.pl
o*fix_cmake_art209.pl
o*fix_cmake_art211.pl
o*fix_cmake_artdatahelper.pl
o*fix_cmake_cal.pl
o*fix_cmake_dnn.pl
o*fix_cmake_genie3.pl
o*fix_cmake_lardataalg.pl
o*fix_cmake_larg4.pl
o*fix_cmake_larsoftobj.pl
o*fix_cmake_new_dnn.pl
o*fix_cmake_v07_10_00.pl
o*fix_fcl.pl
o*fix_headers.pl
o*fix_headers_art206.pl
o*fix_headers_art209.pl
o*fix_headers_art211.pl
o*fix_headers_artdatahelper.pl
o*fix_headers_cal.pl
o*fix_headers_dnn.pl
o*fix_headers_genie3.pl
o*fix_headers_lardataalg.pl
o*fix_headers_larg4.pl
o*fix_headers_larsoftobj.pl
o*fix_headers_new_dnn.pl
o*fix_headers_v07_10_00.pl
o*fix_log_debug_art211.pl
o*FixBeamGateInfo_module.ccRewrites a collection of sim::BeamGateInfo
o*FixedBins.hClass with extensible fix-sized binning
o*FixedBins_test.ccUnit test for FixedBins class
o*FixedTriggerGateBuilder.cxxFixed-length gate builder
o*FixedTriggerGateBuilder.hFixed-length gate builder
o*FixedTriggerGateBuilderTool_tool.ccToolization of icarus::trigger::FixedTriggerGateBuilder
o*FixedTriggerGateBuilderTool_tool.hToolization of icarus::trigger::FixedTriggerGateBuilder
o*FlagSet.hClass holding flags
o*FlagSet_test.ccTest for the util::flags::FlagSet class
o*icaruscode/icaruscode/PMT/OpReco/FlashFinder/FlashAlgoBase.cxx
o*sbndcode/sbndcode/OpDetReco/OpFlash/FlashFinder/FlashAlgoBase.cxx
o*icaruscode/icaruscode/PMT/OpReco/FlashFinder/FlashAlgoBase.h
o*sbndcode/sbndcode/OpDetReco/OpFlash/FlashFinder/FlashAlgoBase.h
o*icaruscode/icaruscode/PMT/OpReco/FlashFinder/FlashAlgoFactory.cxx
o*sbndcode/sbndcode/OpDetReco/OpFlash/FlashFinder/FlashAlgoFactory.cxx
o*icaruscode/icaruscode/PMT/OpReco/FlashFinder/FlashAlgoFactory.h
o*sbndcode/sbndcode/OpDetReco/OpFlash/FlashFinder/FlashAlgoFactory.h
o*FlashFilterFactory.cxx
o*FlashFilterFactory.hClass def header for a class FlashFilterFactory
o*flashfinder_deco_sbnd.fcl
o*icaruscode/icaruscode/PMT/OpReco/FlashFinder/FlashFinderFMWKInterface.cxx
o*sbndcode/sbndcode/OpDetReco/OpFlash/FlashFinder/FlashFinderFMWKInterface.cxx
o*icaruscode/icaruscode/PMT/OpReco/FlashFinder/FlashFinderFMWKInterface.h
o*sbndcode/sbndcode/OpDetReco/OpFlash/FlashFinder/FlashFinderFMWKInterface.h
o*icaruscode/icaruscode/PMT/OpReco/FlashFinder/FlashFinderManager.cxx
o*sbndcode/sbndcode/OpDetReco/OpFlash/FlashFinder/FlashFinderManager.cxx
o*icaruscode/icaruscode/PMT/OpReco/FlashFinder/FlashFinderManager.h
o*sbndcode/sbndcode/OpDetReco/OpFlash/FlashFinder/FlashFinderManager.h
o*icaruscode/icaruscode/PMT/OpReco/FlashFinder/FlashFinderTypes.h
o*sbndcode/sbndcode/OpDetReco/OpFlash/FlashFinder/FlashFinderTypes.h
o*FlashGeoBarycenter_tool.cc
o*FlashGeoBase.hh
o*FlashHypothesis.cxx
o*FlashHypothesis.hClass def header for a class FlashHypothesis
o*FlashHypothesisAna_module.cc
o*FlashHypothesisAnaAlg.cxx
o*FlashHypothesisAnaAlg.h
o*FlashHypothesisCalculator.cxx
o*FlashHypothesisCalculator.h
o*FlashHypothesisComparison.cxx
o*FlashHypothesisComparison.h
o*FlashHypothesisCreator.cxx
o*FlashHypothesisCreator.h
o*FlashHypothesisFactory.cxx
o*FlashHypothesisFactory.hClass def header for a class FlashHypothesisFactory
o*FlashMatch.cxx
o*flashmatch.fcl
o*lardataobj/lardataobj/AnalysisBase/FlashMatch.h
o*sbnana/sbnanalysis/ana/SBNOscReco/Data/FlashMatch.h
o*flashmatch_sbnd.fcl
o*flashmatch_simple_icarus.fcl
o*flashmatchalg.fcl
o*FlashMatchFactory.cxx
o*FlashMatchFactory.hClass def header for a class FlashMatchFactory
o*FlashMatchManager.cxx
o*FlashMatchManager.hClass def header for a class FlashMatchManager
o*FlashPredict.hh
o*FlashPredict_module.cc
o*FlashProhibitFactory.cxx
o*FlashProhibitFactory.hClass def header for a class FlashProhibitFactory
o*FlashResAna.fcl
o*FlashResAna_module.cc
o*FlashT0Base.hh
o*FlashT0FirstHit_tool.cc
o*FlashT0SelectedChannels_tool.cc
o*FlashTriggerPrimitive.cc
o*FlashTriggerPrimitive.hh
o*FlashUtilities.cxx
o*FlashUtilities.h
o*FlatInteraction.h
o*Flatten.cc
o*Flatten.h
o*flatten_all_icarus.sh
o*flatten_caf.cc
o*Flux.cxx
o*Flux.h
o*FluxCalcPrep.cxx
o*FluxCalcPrep.h
o*fluxfilter_sbnd.fcl
o*FluxGeoFilter_module.cc
o*FluxInterface.h
o*FluxReader.cxxSource to read beam flux files
o*FluxReader.h
o*fluxreader_evwgh.fcl
o*FluxReader_source.cc
o*fluxreader_source.fcl
o*fluxreader_source_dk2nu.fcl
o*FluxReaderAna_module.ccAn analyzer module to make flux histograms
o*fm_scores_icarus.fcl
o*fm_scores_metrics_icarus.fcl
o*fm_scores_metrics_sbnd.fcl
o*fm_scores_sbnd.fcl
o*FMWKInterface.cxx
o*FMWKInterface.h
o*ForEachAssociatedGroup.hHelper functions to access associations in order
o*FragmentDumper.cxxUtility to dump a artDAQ fragment on screen
o*FragmentDumper.hUtility to dump a artDAQ fragment on screen
o*frame-shunt.fcl
o*FrameSaver.cxx
o*FrameSaver.h
o*frequency.hDimensioned variables representing frequency quantities
o*frequency_test.ccUnit test for lardataalg/Utilities/quantities/frequency.h header
o*fromFutureImport.hCode that might appear as standard C++ in the future
o*FullOpHitFinder_module.cc
o*FullWireDeconvolution_tool.cc
o*g4_0.75ms_electron_lifetime.fcl
o*g4_0.75ms_electron_lifetime_lite.fcl
o*g4_1.5ms_electron_lifetime.fcl
o*g4_1.5ms_electron_lifetime_lite.fcl
o*g4_10ms_electron_lifetime.fcl
o*g4_10ms_electron_lifetime_lite.fcl
o*g4_3drift_faketrigger_filter.fcl
o*g4_3drift_faketrigger_filter_lite.fcl
o*g4_3drift_windows.fcl
o*g4_3drift_windows_lite.fcl
o*g4_3drift_windows_no_opticalsim.fcl
o*g4_3drift_windows_no_opticalsim_lite.fcl
o*g4_3drift_windows_sce.fcl
o*g4_3drift_windows_sce_lite.fcl
o*g4_3drift_windows_sce_simphotontime_filter.fcl
o*g4_3drift_windows_sce_simphotontime_filter_lite.fcl
o*g4_3drift_windows_simphotontime_filter.fcl
o*g4_3drift_windows_simphotontime_filter_lite.fcl
o*g4_5ms_electron_lifetime.fcl
o*g4_5ms_electron_lifetime_lite.fcl
o*g4_7ms_electron_lifetime.fcl
o*g4_7ms_electron_lifetime_lite.fcl
o*g4_9.6ms_electron_lifetime.fcl
o*g4_9.6ms_electron_lifetime_lite.fcl
o*g4_calorimetry_workshop2020.fcl
o*g4_calorimetry_workshop2020_sbnd.fcl
o*g4_cosmics_purity_15ms.fcl
o*g4_cosmics_purity_15ms_lite.fcl
o*g4_cosmics_purity_1ms.fcl
o*g4_cosmics_purity_1ms_lite.fcl
o*g4_cosmics_purity_2ms.fcl
o*g4_cosmics_purity_2ms_lite.fcl
o*g4_cosmics_purity_4ms.fcl
o*g4_cosmics_purity_4ms_lite.fcl
o*g4_cosmics_purity_6ms.fcl
o*g4_cosmics_purity_6ms_lite.fcl
o*g4_cosmics_purity_8ms.fcl
o*g4_cosmics_purity_8ms_lite.fcl
o*g4_dirt_filter.fcl
o*g4_dirt_filter_lite.fcl
o*icaruscode/fcl/utilities/g4_drops.fcl
o*sbndcode/sbndcode/JobConfigurations/base/g4_drops.fcl
o*g4_enable_doublespacecharge.fcl
o*g4_enable_doublespacecharge_lite.fcl
o*g4_enable_spacecharge.fcl
o*g4_enable_spacecharge_1ms.fcl
o*g4_enable_spacecharge_1ms_lite.fcl
o*g4_enable_spacecharge_lite.fcl
o*g4_enterstpc_filter.fcl
o*g4_enterstpc_filter_lite.fcl
o*g4_icarus_change_elect_lifetime.fcl
o*g4_icarus_change_elect_lifetime_lite.fcl
o*g4_michelelectron_filter.fcl
o*g4_michelelectron_filter_lite.fcl
o*g4_mu_crt_filter_base.fcl
o*g4_mu_crt_filter_base_lite.fcl
o*g4_mu_eastwestcrt_filter.fcl
o*g4_mu_eastwestcrt_filter_lite.fcl
o*g4_mu_eastwestcrt_filter_sce.fcl
o*g4_mu_eastwestcrt_filter_sce_lite.fcl
o*g4_mu_frontbackcrt_filter.fcl
o*g4_mu_frontbackcrt_filter_10ms_electron_lifetime.fcl
o*g4_mu_frontbackcrt_filter_10ms_electron_lifetime_enable_spacecharge.fcl
o*g4_mu_frontbackcrt_filter_10ms_electron_lifetime_enable_spacecharge_lite.fcl
o*g4_mu_frontbackcrt_filter_10ms_electron_lifetime_lite.fcl
o*g4_mu_frontbackcrt_filter_1ms_electron_lifetime.fcl
o*g4_mu_frontbackcrt_filter_1ms_electron_lifetime_lite.fcl
o*g4_mu_frontbackcrt_filter_5ms_electron_lifetime.fcl
o*g4_mu_frontbackcrt_filter_5ms_electron_lifetime_lite.fcl
o*g4_mu_frontbackcrt_filter_enable_spacecharge.fcl
o*g4_mu_frontbackcrt_filter_enable_spacecharge_lite.fcl
o*g4_mu_frontbackcrt_filter_infinite_electron_lifetime.fcl
o*g4_mu_frontbackcrt_filter_infinite_electron_lifetime_enable_spacecharge.fcl
o*g4_mu_frontbackcrt_filter_infinite_electron_lifetime_enable_spacecharge_lite.fcl
o*g4_mu_frontbackcrt_filter_infinite_electron_lifetime_lite.fcl
o*g4_mu_frontbackcrt_filter_lite.fcl
o*g4_mu_frontbackcrt_filter_sce.fcl
o*g4_mu_frontbackcrt_filter_sce_lite.fcl
o*g4_mu_plus_e_plus_filter.fcl
o*g4_mu_plus_e_plus_filter_lite.fcl
o*g4_no_diffusion.fcl
o*g4_no_diffusion_lite.fcl
o*g4_no_longitudinal_diffusion.fcl
o*g4_no_longitudinal_diffusion_lite.fcl
o*g4_no_opticalsim.fcl
o*g4_no_opticalsim_9.6ms_electron_lifetime.fcl
o*g4_no_opticalsim_9.6ms_electron_lifetime_doublespacecharge.fcl
o*g4_no_opticalsim_9.6ms_electron_lifetime_doublespacecharge_lite.fcl
o*g4_no_opticalsim_9.6ms_electron_lifetime_lite.fcl
o*g4_no_opticalsim_doublespacecharge.fcl
o*g4_no_opticalsim_doublespacecharge_lite.fcl
o*g4_no_opticalsim_lite.fcl
o*g4_no_opticalsim_michel_filter.fcl
o*g4_no_opticalsim_michel_filter_lite.fcl
o*g4_no_opticalsim_with_spacecharge.fcl
o*g4_no_opticalsim_with_spacecharge_lite.fcl
o*g4_no_shower_rollup.fcl
o*g4_no_shower_rollup_lite.fcl
o*g4_no_transverse_diffusion.fcl
o*g4_no_transverse_diffusion_lite.fcl
o*g4_noophybrid_sbnd.fcl
o*g4_only_energydeposits.fcl
o*g4_QLcorr_calorimetry_workshop2020.fcl
o*g4_QLcorr_calorimetry_workshop2020_sbnd.fcl
o*g4_sce.fcl
o*g4_sce_3drift_windows_simphotontime_filter.fcl
o*g4_sce_3drift_windows_simphotontime_filter_lite.fcl
o*g4_sce_dirt_filter.fcl
o*g4_sce_dirt_filter_lite.fcl
o*g4_sce_dirt_filter_no_shower_rollup.fcl
o*g4_sce_dirt_filter_no_shower_rollup_lite.fcl
o*g4_sce_lite.fcl
o*g4_sce_no_shower_rollup.fcl
o*g4_sce_no_shower_rollup_lite.fcl
o*g4_sce_no_shower_rollup_no_mcreco.fcl
o*g4_sce_no_shower_rollup_no_mcreco_lite.fcl
o*g4_sce_SaveCosmicMCReco.fcl
o*g4_sce_SaveCosmicMCReco_lite.fcl
o*g4_sce_SaveCosmicMCReco_no_shower_rollup.fcl
o*g4_sce_SaveCosmicMCReco_no_shower_rollup_lite.fcl
o*g4_sce_simphotontime_filter.fcl
o*g4_sce_simphotontime_filter_lite.fcl
o*g4_sce_simphotontime_filter_no_shower_rollup.fcl
o*g4_sce_simphotontime_filter_no_shower_rollup_lite.fcl
o*g4_sce_simphotontime_filter_no_shower_rollup_no_mcreco.fcl
o*g4_sce_simphotontime_filter_no_shower_rollup_no_mcreco_lite.fcl
o*g4_simphotontime_filter.fcl
o*g4_simphotontime_filter_lite.fcl
o*g4_with_opticalLibrary.fcl
o*g4_with_opticalLibrary_lite.fcl
o*G4BadIdeaAction.cxxUse Geant4's user "hooks" to maintain a list of particles generated by Geant4
o*G4BadIdeaAction.hThis UserAction derived class is to implement catches to known bugs in Geant4 that require grabbing const G4 objects and altering them - a very bad idea in general. Please do not add to this class without discussing with the LArSoft Conveners
o*g4inforeducer.fcl
o*G4InfoReducer_module.cc
o*G4ThermalElectron.cxx
o*G4ThermalElectron.hh
o*GaisserParam.fcl
o*GaisserParam_module.ccGenerator for cosmic-rays
o*gallery_services_icarus.fcl
o*gallery_services_sbnd.fcl
o*gallery_services_uboone.fcl
o*icarusalg/icarusalg/gallery/galleryAnalysis/C++/galleryAnalysis.cpp
o*sbndcode/sbndcode/gallery/galleryAnalysis/galleryAnalysis.cpp
o*icarusalg/icarusalg/gallery/galleryAnalysis/C++/galleryAnalysis.fcl
o*sbndcode/sbndcode/gallery/galleryAnalysis/galleryAnalysis.fcl
o*icarusalg/icarusalg/gallery/helpers/python/galleryUtils.py
o*sbndcode/sbndcode/gallery/python/galleryUtils.py
o*GausFitCache.cxxProvide caches for TF1 functions to be used with ROOT fitters
o*GausFitCache.hProvide caches for TF1 functions to be used with ROOT fitters
o*GausFitCache_test.ccTest for classes in GausFitCache,h
o*GausHitFinder_module.cc
o*GausHitFinderAna_module.cc
o*GaussianConstraint.cxx
o*GaussianConstraint.h
o*GaussianEliminationAlg.cxx
o*GaussianEliminationAlg.h
o*GeaneMCApplication.cxx
o*GeaneMCApplication.h
o*gen_cosmics_purity.fcl
o*gen_crt_frags.py
o*gen_fakeflash.fcl
o*gen_fakephotons.fcl
o*Gen_MUSUN_DUNE4850.fcl
o*gen_numu_pizero_calorimetry_workshop2020.fcl
o*gen_protons.fcl
o*gencosmics_test.fcl
o*gencrtfilter.fcl
o*GenCRTFilter_module.cc
o*generate_gdml_simple.pl
o*generate_gdml_test.pl
o*generate_ICARUS.pl
o*generate_icarus_geometry_splitwire.pl
o*generate_simple_weighted_template.py
o*generate_voltpc.pl
o*generate_weightcalc.py
o*GeneratedEventTimestamp_test1.fcl
o*GeneratedEventTimestamp_test2.fcl
o*GeneratedParticleInfo.hContains data associated to particles from detector simulation
o*generateOverburdenConfigurations.sh
o*GenericCRT.cxx
o*GenericCRT.h
o*GenericCRT_module.cc
o*genie.fcl
o*genie_argoneut.fcl
o*genie_eventweight.fcl
o*genie_icarus.fcl
o*genie_icarus_bnb.fcl
o*genie_icarus_numioffaxis.fcl
o*genie_reweight_generic.fcl
o*genie_sbnd.fcl
o*genie_standard_icarus_Oct2020_nue.fcl
o*GENIEGen_module.cc
o*larsim/larsim/EventWeight/Calculators/GenieWeightCalc.cxx
o*sbncode/sbncode/SBNEventWeight/Calculators/CrossSections/GenieWeightCalc.cxx
o*GenieWeightList.cxx
o*GenieWeightList.h
o*gennufilter.fcl
o*GenNuFilter_module.cc
o*gensingle_test.fcl
o*geo.hCollect all the geometry header files together
o*geo_optical_vectors.hDefinitions of vector data types for optical detectors
o*geo_types.cxxDefinition of data types for geometry description (implementation)
o*geo_types.hDefinition of data types for geometry description
o*geo_types_fhicl.hUtilities for using geometry IDs in FHiCL validated configuration
o*geo_types_fhicl_test.ccTest of larcoreobj/SimpleTypesAndConstants/geo_types_fhicl.h
o*geo_types_test.ccTest of geo_types.h types
o*geo_vectors.hDefinitions of geometry vector data types
o*geo_vectors_fhicl.hHelpers for reading vectors from FHiCL files
o*geo_vectors_utils.hUtilities to extend the interface of geometry vectors
o*geo_vectors_utils_test.ccTest of geo_vectors_utils.h utilities
o*geo_vectors_utils_TVector.hSpecializations of geo_vectors_utils.h for ROOT old vector types
o*larcorealg/larcorealg/GeoAlgo/GeoAABox.cxx
o*sbncode/sbncode/OpT0Finder/flashmatch/GeoAlgo/GeoAABox.cxx
o*larcorealg/larcorealg/GeoAlgo/GeoAABox.h
o*sbncode/sbncode/OpT0Finder/flashmatch/GeoAlgo/GeoAABox.h
o*larcorealg/larcorealg/GeoAlgo/GeoAlgo-TypeDef.h
o*sbncode/sbncode/OpT0Finder/flashmatch/GeoAlgo/GeoAlgo-TypeDef.h
o*larcorealg/larcorealg/GeoAlgo/GeoAlgo.cxx
o*sbncode/sbncode/OpT0Finder/flashmatch/GeoAlgo/GeoAlgo.cxx
o*larcorealg/larcorealg/GeoAlgo/GeoAlgo.h
o*sbncode/sbncode/OpT0Finder/flashmatch/GeoAlgo/GeoAlgo.h
o*larcorealg/larcorealg/GeoAlgo/GeoAlgoConstants.h
o*sbncode/sbncode/OpT0Finder/flashmatch/GeoAlgo/GeoAlgoConstants.h
o*larcorealg/larcorealg/GeoAlgo/GeoAlgoException.h
o*sbncode/sbncode/OpT0Finder/flashmatch/GeoAlgo/GeoAlgoException.h
o*larcorealg/larcorealg/GeoAlgo/GeoCone.cxx
o*sbncode/sbncode/OpT0Finder/flashmatch/GeoAlgo/GeoCone.cxx
o*larcorealg/larcorealg/GeoAlgo/GeoCone.h
o*sbncode/sbncode/OpT0Finder/flashmatch/GeoAlgo/GeoCone.h
o*larcorealg/larcorealg/GeoAlgo/GeoCylinder.cxx
o*sbncode/sbncode/OpT0Finder/flashmatch/GeoAlgo/GeoCylinder.cxx
o*larcorealg/larcorealg/GeoAlgo/GeoCylinder.h
o*sbncode/sbncode/OpT0Finder/flashmatch/GeoAlgo/GeoCylinder.h
o*larcorealg/larcorealg/GeoAlgo/GeoDirectedLine.cxx
o*sbncode/sbncode/OpT0Finder/flashmatch/GeoAlgo/GeoDirectedLine.cxx
o*larcorealg/larcorealg/GeoAlgo/GeoDirectedLine.h
o*sbncode/sbncode/OpT0Finder/flashmatch/GeoAlgo/GeoDirectedLine.h
o*geodump.fcl
o*GeoDump_module.cc
o*larcorealg/larcorealg/GeoAlgo/GeoHalfLine.cxx
o*sbncode/sbncode/OpT0Finder/flashmatch/GeoAlgo/GeoHalfLine.cxx
o*larcorealg/larcorealg/GeoAlgo/GeoHalfLine.h
o*sbncode/sbncode/OpT0Finder/flashmatch/GeoAlgo/GeoHalfLine.h
o*geoidmapper_test.cxxUnit test for geo::GeoIDmapper
o*larcorealg/larcorealg/GeoAlgo/GeoLine.cxx
o*sbncode/sbncode/OpT0Finder/flashmatch/GeoAlgo/GeoLine.cxx
o*larcorealg/larcorealg/GeoAlgo/GeoLine.h
o*sbncode/sbncode/OpT0Finder/flashmatch/GeoAlgo/GeoLine.h
o*larcorealg/larcorealg/GeoAlgo/GeoLineSegment.cxx
o*sbncode/sbncode/OpT0Finder/flashmatch/GeoAlgo/GeoLineSegment.cxx
o*larcorealg/larcorealg/GeoAlgo/GeoLineSegment.h
o*sbncode/sbncode/OpT0Finder/flashmatch/GeoAlgo/GeoLineSegment.h
o*Geometric3DVertexFitter.cxx
o*Geometric3DVertexFitter.h
o*Geometry.cc
o*geometry.fcl
o*Geometry.hArt framework interface to geometry description
o*geometry_bo.fcl
o*geometry_csu40L.fcl
o*geometry_geoid_test.cxxUnit test for geometry ID consistency on a standard detector
o*geometry_icarus.fcl
o*geometry_icarus_old.fcl
o*geometry_icarus_test.cxxUnit test for geometry on ICARUS detector
o*geometry_iterator_icarus_test.cxxUnit test for geometry iterators on ICARUS detector
o*geometry_iterator_loop_icarus_test.cxxTest for geometry iterator loops on ICARUS detector
o*geometry_iterator_loop_sbnd_test.cxxTest for geometry iterator loops on SBND detector
o*geometry_iterator_loop_test.cxxTest for geometry iterator loops on a standard detector
o*geometry_iterator_sbnd_test.cxxUnit test for geometry iterators on SBND detector
o*geometry_iterator_test.cxxUnit test for geometry iterators on a standard detector
o*geometry_jp250L.fcl
o*geometry_lartpcdetector.fcl
o*geometry_loader_test.cxxUnit test for geometry functionalities on a standard detector
o*geometry_sbnd.fcl
o*geometry_sbnd_test.cxxUnit test for geometry on SBND detector
o*Geometry_service.ccArt framework interface to geometry description - implementation file
o*geometry_standardchannelmapping_test.cxxUnit test of channel mapping on a standard detector
o*geometry_test.cxxUnit test for geometry functionalities on a standard detector
o*geometry_thirdplaneslope_test.cxxSimple unit test on a standard detector
o*geometry_unit_test_base.hBase class for objects initializing a geometry
o*geometry_unit_test_icarus.hClass for objects initializing ICARUS geometry
o*geometry_unit_test_sbnd.hClass for objects initializing SBND geometry
o*GeometryBuilder.hInterface for geometry extractor classes
o*GeometryBuilderStandard.cxxStandard implementation of geometry extractor (implementation file)
o*GeometryBuilderStandard.hStandard implementation of geometry extractor
o*GeometryBuilderWireless.cxxWmplementation of wireless geometry extractor (implementation file)
o*GeometryBuilderWireless.hImplementation of wireless geometry extractor
o*GeometryConfigurationInfo.cxxDescription of the current configuration of detector geometry
o*GeometryConfigurationInfo.hDescription of the current configuration of detector geometry
o*GeometryConfigurationWriter_service.ccService writing geometry configuration information into art runs
o*GeometryCore.cxxAccess the description of detector geometry - implementation file
o*GeometryCore.hAccess the description of detector geometry
o*sbnana/sbnanalysis/ana/SBNOscReco/CosmicIDAlgs/GeometryCosmicIdAlg.cc
o*sbndcode/sbndcode/CosmicId/Algs/GeometryCosmicIdAlg.cc
o*sbnana/sbnanalysis/ana/SBNOscReco/CosmicIDAlgs/GeometryCosmicIdAlg.h
o*sbndcode/sbndcode/CosmicId/Algs/GeometryCosmicIdAlg.h
o*GeometryData.hSimple data structure holding the data of the geometry
o*GeometryDataContainers.hContainers to hold one datum per TPC or plane
o*geometrydatacontainers_test.cxxUnit test for GeometryDataContainers.h library
o*GeometryGeoIDTestAlg.cxxUnit test for geometry iterators
o*GeometryGeoIDTestAlg.hTests the correct assignment of IDs to detector geometry objects
o*GeometryIDmapper.hMapping between geometry/readout ID and flat index
o*GeometryInfoCheck_module.ccVerifies that the geometry check information is available in the run
o*GeometryIteratorLoopTest_module.ccTests the correct iteration of the geo::Geometry iterators
o*GeometryIteratorLoopTestAlg.cxxTests the correct iteration of the geo::Geometry iterators
o*GeometryIteratorLoopTestAlg.hTests the correct iteration of the geo::Geometry iterators
o*GeometryIteratorTestAlg.cxxUnit test for geometry iterators
o*GeometryIteratorTestAlg.hTests the correct iteration of the geo::Geometry iterators
o*GeometryObjectCollections.hA few simple data type definitions
o*GeometryTest_module.ccRuns geometry unit tests from a test algorithm
o*GeometryTestAlg.cxxUnit test for geometry functionalities: implementation file
o*GeometryTestAlg.hUnit test for geometry functionalities
o*GeometryUtilities.cxx
o*GeometryUtilities.h
o*GeoNodePath.cxxClass representing a path in ROOT geometry
o*GeoNodePath.hClass representing a path in ROOT geometry
o*larcorealg/larcorealg/GeoAlgo/GeoObjCollection.cxx
o*sbncode/sbncode/OpT0Finder/flashmatch/GeoAlgo/GeoObjCollection.cxx
o*larcorealg/larcorealg/GeoAlgo/GeoObjCollection.h
o*sbncode/sbncode/OpT0Finder/flashmatch/GeoAlgo/GeoObjCollection.h
o*GeoObjectSorter.cxxInterface to algorithm class for sorting geo::XXXGeo objects
o*GeoObjectSorter.hInterface to algorithm class for sorting geo::XXXGeo objects
o*GeoObjectSorterICARUS.cxxInterface to algorithm class for sorting standard geo::XXXGeo objects
o*GeoObjectSorterICARUS.hInterface to algorithm class for standard sorting of geo::XXXGeo objects
o*GeoObjectSorterPMTasTPC.cxxGeometry object sorter with PMT following TPC wire order
o*GeoObjectSorterPMTasTPC.hGeometry object sorter with PMT following TPC wire order
o*GeoObjectSorterSBND.cxxAlgorithm class for sorting standard geo::XXXGeo objects for SBND
o*GeoObjectSorterSBND.h
o*GeoObjectSorterStandard.cxxInterface to algorithm class for sorting standard geo::XXXGeo objects
o*GeoObjectSorterStandard.hInterface to algorithm class for standard sorting of geo::XXXGeo objects
o*larcorealg/larcorealg/GeoAlgo/GeoSphere.cxx
o*sbncode/sbncode/OpT0Finder/flashmatch/GeoAlgo/GeoSphere.cxx
o*larcorealg/larcorealg/GeoAlgo/GeoSphere.h
o*sbncode/sbncode/OpT0Finder/flashmatch/GeoAlgo/GeoSphere.h
o*larcorealg/larcorealg/GeoAlgo/GeoTrajectory.cxx
o*sbncode/sbncode/OpT0Finder/flashmatch/GeoAlgo/GeoTrajectory.cxx
o*larcorealg/larcorealg/GeoAlgo/GeoTrajectory.h
o*sbncode/sbncode/OpT0Finder/flashmatch/GeoAlgo/GeoTrajectory.h
o*GeoUtil.cc
o*GeoUtil.h
o*larcorealg/larcorealg/GeoAlgo/GeoVector.cxx
o*sbncode/sbncode/OpT0Finder/flashmatch/GeoAlgo/GeoVector.cxx
o*larcorealg/larcorealg/GeoAlgo/GeoVector.h
o*sbncode/sbncode/OpT0Finder/flashmatch/GeoAlgo/GeoVector.h
o*GeoVectorLocalTransformation.cxxSpecialization of local-to-world transformations for ROOT GenVector
o*GeoVectorLocalTransformation.hSpecialization of local-to-world transformations for ROOT GenVector
o*get_elements.hDefinition of util::get_elements() and util::get_const_elements()
o*get_elements_test.ccTest of util::get_elements()
o*getCollection.hCreation of a collection proxy
o*GetDetectorType.cxx
o*GetDetectorType.h
o*GetFV.cc
o*getStatistics.sh
o*GettingT0Tags_module.cc
o*gettingt0tags_sbnd.fcl
o*GFAbsBField.h
o*GFAbsEnergyLoss.cxx
o*GFAbsEnergyLoss.h
o*GFAbsFinitePlane.cxx
o*GFAbsFinitePlane.h
o*GFAbsGeoMatManager.cxx
o*GFAbsGeoMatManager.h
o*GFAbsRecoHit.cxx
o*GFAbsRecoHit.h
o*GFAbsTrackRep.cxx
o*GFAbsTrackRep.h
o*GFBookkeeping.cxx
o*GFBookkeeping.h
o*GFConstField.cxx
o*GFConstField.h
o*GFDaf.cxx
o*GFDaf.h
o*GFDetPlane.cxx
o*GFDetPlane.h
o*GFEnergyLossBetheBloch.cxx
o*GFEnergyLossBetheBloch.h
o*GFEnergyLossBrems.cxx
o*GFEnergyLossBrems.h
o*GFEnergyLossCoulomb.cxx
o*GFEnergyLossCoulomb.h
o*GFException.cxx
o*GFException.h
o*GFFieldManager.cxx
o*GFFieldManager.h
o*GFGeoMatManager.cxx
o*GFGeoMatManager.h
o*GFKalman.cxx
o*GFKalman.h
o*GFMaterialEffects.cxx
o*GFMaterialEffects.h
o*GFPlanarHitPolicy.cxx
o*GFPlanarHitPolicy.h
o*GFRecoHitFactory.cxx
o*GFRecoHitFactory.h
o*GFRecoHitIfc.h
o*GFRecoHitProducer.cxx
o*GFRecoHitProducer.h
o*GFRectFinitePlane.cxx
o*GFRectFinitePlane.h
o*GFSpacepointHitPolicy.cxx
o*GFSpacepointHitPolicy.h
o*GFTrack.cxx
o*GFTrack.h
o*GFTrackCand.cxx
o*GFTrackCand.h
o*GFWireHitPolicy.cxx
o*GFWireHitPolicy.h
o*GFWirepointHitPolicy.cxx
o*GFWirepointHitPolicy.h
o*glob.py
o*GlobalAsymmetryFeatureTool.ccImplementation of the global asymmetry feature tool class
o*GlobalAsymmetryFeatureTool.hHeader file for the global asymmetry feature tool class
o*GnocchiCalorimetry_module.cc
o*GradientDescent.cxx
o*GradientDescent.h
o*GraphCluster_module.cc
o*GraphClusterAlg.cxx
o*GraphClusterAlg.h
o*grid_setup.sh
o*GridContainerIndices.hClasses to manage containers with indices in 1, 2 and 3 dimensions
o*GridContainers.hContainers with indices in 1, 2 and 3 dimensions
o*GridContainers_test.ccTest for GridContainers classes
o*GSimpleInterface.cxx
o*GSimpleInterface.h
o*HashTuple.h
o*HeaderDrawer.cxxRender the objects from the Simulation package
o*HeaderDrawer.hRender the objects from the Simulation package
o*HeaderPad.cxxDrawing pad for time or charge histograms
o*HeaderPad.hDrawing pad for time or charge histograms
o*HeatMap.cxx
o*HeatMap.h
o*helper.h
o*PAC2020/SBND/helper.h
o*helper_eff_spill.h
o*helper_gadget.cxx
o*helper_gadget.h
o*helper_math.cxx
o*helper_math.h
o*helper_nuesel_icarus.h
o*helper_PandoraPFParticles.cxx
o*helper_PandoraPFParticles.h
o*helper_pur_slc_cumulative.h
o*helpers.py
o*hepmcfilegen.fcl
o*HepMCFileGen_module.ccProducer generating Monte Carlo truth record in LArSoft format from a text file in HepMC format
o*hexfloat.hHelper to support output of real numbers in base 16
o*HierarchyMonitoringAlgorithm.ccImplementation of the particle visualisation algorithm
o*HierarchyMonitoringAlgorithm.hHeader file for the particle visualisation algorithm
o*HierarchyValidationAlgorithm.ccImplementation of the particle visualisation algorithm
o*HierarchyValidationAlgorithm.hHeader file for the hierarchy validation algorithm
o*HiggsMakeDecay_tool.cc
o*HistAxis.cxx
o*HistAxis.h
o*HistCache.cxx
o*HistCache.h
o*Histograms.cc
o*Histograms.h
o*HistoList.cc
o*HistoList.h
o*Hit.cxxDefinition of signal hit object
o*Hit.hDeclaration of signal hit object
o*Hit_test.ccSimple test on a recob::Hit object
o*hitalgorithms.fcl
o*hitana.fcl
o*HitAnaAlg.cxx
o*HitAnaAlg.h
o*HitAnaAlg_test.cc
o*icarusalg/icarusalg/gallery/galleryAnalysis/C++/HitAnalysisAlg.cpp
o*sbndcode/sbndcode/gallery/galleryAnalysis/HitAnalysisAlg.cpp
o*icarusalg/icarusalg/gallery/galleryAnalysis/C++/HitAnalysisAlg.h
o*sbndcode/sbndcode/gallery/galleryAnalysis/HitAnalysisAlg.h
o*HitAnaModule_module.cc
o*HitAngleVertexSelectionAlgorithm.ccImplementation of the hit angle vertex selection algorithm class
o*HitAngleVertexSelectionAlgorithm.hHeader file for the hit angle vertex selection algorithm class
o*HitCheater_module.cc
o*hitcollectioncreator_test.fcl
o*HitCollectionCreatorTest_module.ccTests classes derived from recob::HitAndAssociationsWriterBase
o*HitCreationBaseTool.ccImplementation of the hit creation base tool
o*HitCreationBaseTool.hHeader file for the hit creation base tool
o*HitCreator.cxxHelper functions to create a hit - implementation file
o*HitCreator.hHelper functions to create a hit
o*HitDataProductChecker_module.ccModule verifying the presence of data products
o*HitDumper_module.cc
o*hitdumpermodule.fcl
o*icaruscode/icaruscode/Analysis/HitEfficiencyAna_module.cc
o*sbndcode/sbndcode/Calibration/HitEfficiencyAna_module.cc
o*HitEfficiencyAnalysis_tool.cc
o*HitFilterAlg.cxx
o*HitFilterAlg.h
o*HitFinder_module.ccHit finder (originating for cluster crawler algorithm)
o*HitFinderAna_module.cc
o*HitFinderAnalysis_tool.cc
o*hitfindermodules.fcl
o*hitfindermodules_bo.fcl
o*hitfindermodules_icarus.fcl
o*hitfindermodules_jp250L.fcl
o*hitfindermodules_microboone.fcl
o*hitfindermodules_sbnd.fcl
o*HitFinderTools.fcl
o*HitFinderTools_ICARUS.fcl
o*HitMerger_module.cc
o*hitparticleassociations.fcl
o*HitSelector.cxx/// Class to perform operations needed to select hits and pass them to InfoTransfer
o*HitSelector.hClass to perform operations needed to select hits and pass them to a cluster
o*HitSelector_module.cc
o*HitsICARUS_tool.ccArt Tool for comparing clusters and merging those that are consistent
o*HitsStandard_tool.ccArt Tool for comparing clusters and merging those that are consistent
o*HitTagAssociatorAlg.cxx
o*HitTagAssociatorAlg.h
o*HitUtils.cxxFunctions and objects interfacing with recob::Hit
o*HitUtils.hFunctions and objects interfacing with recob::Hit
o*HitWidthClusterMergingAlgorithm.ccImplementation of the hit width cluster merging algorithm class
o*HitWidthClusterMergingAlgorithm.hHeader file for the hit width cluster merging algorithm class
o*hnl.fcl
o*hnl_icarus_gen.fcl
o*hnl_M260.fcl
o*hnl_M280.fcl
o*hnl_M300.fcl
o*hnl_M320.fcl
o*hnl_M340.fcl
o*hnl_M360.fcl
o*hnl_M380.fcl
o*hnl_testray_icarus.fcl
o*hnl_tree_icarus.fcl
o*HNLDecayDalitz.cpp
o*HNLDecayDalitz.h
o*HNLMakeDecay_tool.cc
o*HoughBaseAlg.cxx
o*HoughBaseAlg.h
o*HoughLineFinder_module.cc
o*HoughLineFinderAna_module.cc
o*HoughSeedFinderAlg.cxxImplementation of the Seed Finder Algorithm based on a Hough Transform
o*HoughSeedFinderAlg.hThis is an algorithm for finding recob::Seed objects in 3D clusters
o*HWChannelMapping.py
o*I3DDrawer.h
o*IArtEventVisitor.h
o*IBaseline.hThis provides an interface for tools which are tasked with finding the baselines in input waveforms, primarily ROI's
o*ICandidateHitFinder.hThis provides an interface for tools which are tasked with finding candidate hits on input waveforms
o*icaopthitfinder.fcl
o*ICARUS.hDetector interface for ICARUS
o*icarus_ci_intimecosmic_detsim_quick_test_icaruscode.fcl
o*icarus_ci_intimecosmic_detsim_seq_test_icaruscode.fcl
o*icarus_ci_intimecosmic_g4_quick_test_icaruscode.fcl
o*icarus_ci_intimecosmic_g4_seq_test_icaruscode.fcl
o*icarus_ci_intimecosmic_gen_quick_test_icaruscode.fcl
o*icarus_ci_intimecosmic_gen_seq_test_icaruscode.fcl
o*icarus_ci_intimecosmic_reco0_quick_test_icaruscode.fcl
o*icarus_ci_intimecosmic_reco0_seq_test_icaruscode.fcl
o*icarus_ci_intimecosmic_reco1_quick_test_icaruscode.fcl
o*icarus_ci_intimecosmic_reco1_seq_test_icaruscode.fcl
o*icarus_ci_nucosmics_anatree_quick_test_icaruscode.fcl
o*icarus_ci_nucosmics_anatree_seq_test_icaruscode.fcl
o*icarus_ci_nucosmics_detsim_quick_test_icaruscode.fcl
o*icarus_ci_nucosmics_detsim_seq_test_icaruscode.fcl
o*icarus_ci_nucosmics_g4_quick_test_icaruscode.fcl
o*icarus_ci_nucosmics_g4_seq_test_icaruscode.fcl
o*icarus_ci_nucosmics_gen_quick_test_icaruscode.fcl
o*icarus_ci_nucosmics_gen_seq_test_icaruscode.fcl
o*icarus_ci_nucosmics_reco0_quick_test_icaruscode.fcl
o*icarus_ci_nucosmics_reco0_seq_test_icaruscode.fcl
o*icarus_ci_nucosmics_reco1_quick_test_icaruscode.fcl
o*icarus_ci_nucosmics_reco1_seq_test_icaruscode.fcl
o*icarus_ci_nucosmics_reco_quick_test_icaruscode.fcl
o*icarus_ci_nucosmics_reco_seq_test_icaruscode.fcl
o*icarus_ci_single_anatree_quick_test_icaruscode.fcl
o*icarus_ci_single_anatree_seq_test_icaruscode.fcl
o*icarus_ci_single_detsim_quick_test_icaruscode.fcl
o*icarus_ci_single_detsim_seq_test_icaruscode.fcl
o*icarus_ci_single_g4_quick_test_icaruscode.fcl
o*icarus_ci_single_g4_seq_test_icaruscode.fcl
o*icarus_ci_single_gen_quick_test_icaruscode.fcl
o*icarus_ci_single_gen_seq_test_icaruscode.fcl
o*icarus_ci_single_reco0_quick_test_icaruscode.fcl
o*icarus_ci_single_reco0_seq_test_icaruscode.fcl
o*icarus_ci_single_reco1_quick_test_icaruscode.fcl
o*icarus_ci_single_reco1_seq_test_icaruscode.fcl
o*icarus_ci_single_reco_quick_test_icaruscode.fcl
o*icarus_ci_single_reco_seq_test_icaruscode.fcl
o*icarus_data_recombination.fcl
o*icarus_FilterNumberTPCHits.fcl
o*icarus_flashalgo.fcl
o*icarus_flashcalib.fcl
o*icarus_flashfinder.fcl
o*icarus_opana_modules.fcl
o*icarus_ophitfinder.fcl
o*icarus_prodsingle_buildopticallibrary.fcl
o*icarus_prodsingle_fastoptical.fcl
o*icarus_spe.fcl
o*icarus_trackcalo_skimmer.fcl
o*ICARUSChannelMap_service.ccWrapper service for icarusDB::ICARUSChannelMapProvider
o*ICARUSChannelMapAlg.cxxChannel mapping algorithms for ICARUS detector: implementation file
o*ICARUSChannelMapAlg.hChannel mapping algorithms for ICARUS detector
o*ICARUSChannelMapProvider.cxx
o*ICARUSChannelMapProvider.h
o*ICARUSDrawer_tool.cc
o*ICARUSFlashAssAna_module.cc
o*ICARUSFlashFinder_module.cc
o*ICARUSgeometryChecker.py
o*IcarusGeometryHelper.hGeometry helper service for ICARUS geometries
o*IcarusGeometryHelper_service.ccGeometry helper service for ICARUS geometries: implementation file
o*ICARUSHitFinder_module.cc
o*ICARUSMCOpFlash_module.cc
o*ICARUSMCOpHit_module.cc
o*ICARUSOpFlashAna_module.cc
o*ICARUSOpHitAna_module.cc
o*ICARUSOpHitFinder_module.cc
o*ICARUSOpHitTuple_module.cc
o*ICARUSParticleAna_module.cc
o*ICARUSPhotonMappingTransformations.cxxA photon mapping identity transformation: implementation
o*ICARUSPhotonMappingTransformations.hPhoton library mapping for ICARUS geometry
o*ICARUSPhotonMappingTransformations_tool.ccA photon mapping identity transformation: toolification
o*ICARUSPurityDQM_module.cc
o*ICARUSSelection.fcl
o*ICARUSservices.py
o*ICARUSsplitInductionChannelMapSetupTool_tool.ccTool to create ICARUS channel mapper with split induction wires
o*ICARUSstandaloneGeometrySetup.hFunctions to facilitate ICARUS geometry initialization outside art
o*ICARUSutils.py
o*IChannelMapping.hThis provides an art tool interface definition for tools handle the channel mapping The idea is to be able to switch between postgres and sqlite implementations
o*IClusterAlg.hThis provides an art tool interface definition for 3D Cluster algorithms
o*IClusterModAlg.hThis provides an art tool interface definition for 3D Cluster algorithms
o*IClusterParamsBuilder.h
o*ICoherentNoiseFactor.h
o*IDecoder.hThis provides an art tool interface definition for tools which "decode" artdaq fragments into LArSoft data objects
o*IDecoderFilter.hThis provides an art tool interface definition for tools which "decode" artdaq fragments into LArSoft data objects
o*IDeconvolution.hThis provides an interface for tools which are tasked with running the deconvolution algorithm. This allows switching between, for example, algorithms that deconvolve only ROI's vs an entire wire
o*IElectronicsResponse.hThis is the interface class for a tool to handle the electronics response
o*IEvent.h
o*IExperiment.cxx
o*IExperiment.h
o*IExperimentDrawer.hThis is the interface class for drawing 3D detector geometries
o*IExtrap.cxx
o*IExtrap.h
o*IFakeParticle.hThis provides an art tool interface definition for tools which can create "fake" particles to overlay onto input daq fragments during decoding
o*ifdherror.py
o*IFieldResponse.hThis is the interface class for a tool to handle the field response It is assumed that the field response is described in a to be input histogram, the member
o*IFileSource.h
o*IFilter.hThis is the interface class for a tool to handle a filter for the overall response
o*IFitVar.cxx
o*IFitVar.h
o*IGenNoise.hThis is the interface class for a tool to handle a GenNoise for the overall response
o*IHit3DBuilder.hThis provides an art tool interface definition for tools which construct 3D hits used in 3D clustering and outputs a new hit collection based on those 3D hits
o*icaruscode/icaruscode/Analysis/tools/IHitEfficiencyHistogramTool.h
o*sbndcode/sbndcode/Calibration/tools/IHitEfficiencyHistogramTool.h
o*IHitHistogramTool.h
o*IHitParticleAssociations.h
o*IHitReader.hThis provides an art tool interface definition for reading hits into the SpacePointSolver universe
o*IICARUSChannelMap.h
o*ILArPandora.hInterface class for LArPandora producer modules, which reconstruct recob::PFParticles from recob::Hits
o*IMCTruthMatching.hThis provides an interface which defines truth matching functions made available to downstream analysis code
o*IMesonGen.hThis is an interface for an art Tool which sources MCFlux objects for downstream processing and tabulates POT information
o*IMeVPrtlDecay.hThis is an interface for an art Tool which decays "Prtl" inside a detector volume. It maps MeVPrtlFlux to MeVPrtlDecay
o*IMeVPrtlFlux.hThis is an interface for an art Tool which turns MCFlux objects (which is a meson decay to neutrinos) into a "Prtl" flux (a meson decay to a "Prtl" particle). It maps MCFlux to MeVPrtlFlux
o*IMeVPrtlStage.hThis provides an art tool interface definition for tools which can create fake particles to overlay onto input daq fragments during decoding
o*IncrementalCholeskyDecomp.cxx
o*IncrementalCholeskyDecomp.h
o*IndirectHitParticleAssns_tool.cc
o*InfoTransfer.cc
o*InfoTransfer.h
o*InfoTransfer_service.cc
o*init_branches.cxx
o*init_branches.h
o*INoiseFilter.hThis provides an art tool interface definition for tools which "decode" artdaq fragments into LArSoft data objects
o*INormalizeCharge.hThis is an interface for an art Tool which scales charge by some factor given information about its associated hit
o*InputSeeker.cc
o*InputSeeker.fcl
o*InputSeeker.h
o*InputSeeker_service.cc
o*install_sbncode-v07_11_00.sh
o*install_sbncode-v08_30_00.sh
o*install_sbncode-v08_40_00_01.sh
o*install_sbncode-v08_43_00.sh
o*install_sbncode-v08_45_00.sh
o*install_sbncode-v08_47_00.sh
o*Instantiations.cxx
o*IntegerRanges.hClass compacting a list of integers
o*IntegerRanges_test.ccUnit test for IntegerRanges class
o*integrate_hist.py
o*InteractGeneral.cxxInteractor for general surfaces
o*InteractGeneral.hInteractor for planar surfaces
o*Interaction.cxx
o*Interaction.hh
o*InteractionHisto.cc
o*InteractionHisto.h
o*Interactor.cxxBase class for Kalman filter track interactor
o*Interactor.hBase class for Kalman filter track interactor
o*InteractPlane.cxxInteractor for planar surfaces
o*InteractPlane.hInteractor for planar surfaces
o*intervals.hDefines point and interval variables based on quantities
o*intervals_fhicl.hUtilities to read interval and point quantity FHiCL configuration
o*intervals_fhicl_test.ccUnit test for intervals_fhicl.h header
o*intervals_test.ccUnit test for intervals.h header
o*intime_g4_icarus.fcl
o*intime_g4_icarus_lite.fcl
o*intime_g4_icarus_sce.fcl
o*intime_g4_icarus_sce_lite.fcl
o*IntVectorProducer_module.cc
o*IonAndScint_module.cc
o*ionandscint_sbnd.fcl
o*IonizationAndScintillation.cxx
o*IonizationAndScintillation.hSingleton to access a unified treatment of ionization and scintillation in LAr
o*IonizationAndScintillationAction.cxxUse Geant4's user "hooks" to determine the number of ionization electrons and scintillation photons for each step
o*IonizationAndScintillationAction.hThis UserAction derived class is to provide a hook during G4 stepping in which to call the code that calculates the number of ionization electrons and scintillation photons produced by each step
o*IOpHitFinder.hThis provides an interface for tools which are tasked with finding the baselines in input waveforms, primarily ROI's
o*IOVDataConstants.h
o*IOVDataError.hCollection of exception classes for IOVData
o*IOverlay.hThis is the interface class for a tool to handle a GenNoise for the overall response
o*IOVTimeStamp.cxxImplementation for class IOVTimeStamp
o*IOVTimeStamp.hClass def header for a class IOVTimeStamp
o*icaruscode/icaruscode/TPC/SignalProcessing/HitFinder/HitFinderTools/IPeakFitter.h
o*larreco/larreco/HitFinder/HitFinderTools/IPeakFitter.h
o*IPhotonCalibrator.h
o*IPhotonCalibratorService.h
o*IPhotonLibrary.h
o*IPhotonMappingTransformations.hInterface for transformation of photon visibility maps
o*IPrediction.cxx
o*IPrediction.h
o*IRawDigitFilter.hThis provides an interface for tools which are tasked with filtering input waveforms
o*IRawDigitHistogramTool.h
o*IRayTrace.hThis provides an interface for an art tool which ray traces "Prtl" (massive) particles from their production position to impinge on a detector surface. It provides the intersection points of a MeVPrtlFlux object, along with a weight
o*IResponse.hThis is the interface class for a tool to handle the field response It is assumed that the field response is described in a to be input histogram, the member
o*icaruscode/icaruscode/TPC/SignalProcessing/RecoWire/DeconTools/IROIFinder.h
o*sbndcode/sbndcode/Calibration/IROIFinder.h
o*IROILocator.hThis provides an interface for tools which are tasked with finding ROI's in input waveforms. This allows different approaches to be tried interchangeably
o*ISCalc.cxx
o*ISCalc.h
o*ISCalc_ana.fcl
o*ISCalcAna_module.cc
o*ISCalcCorrelated.cxx
o*ISCalcCorrelated.h
o*ISCalcNESTLAr.cxx
o*ISCalcNESTLAr.h
o*ISCalcSeparate.cxx
o*ISCalcSeparate.h
o*ISCalculation.cxxInterface to algorithm class for a specific detector channel mapping
o*ISCalculation.hInterface to algorithm class for a specific detector channel mapping
o*ISCalculationCorrelated.cxx
o*ISCalculationCorrelated.h
o*ISCalculationNEST.cxxInterface to algorithm class for calculating ionization electrons and scintillation photons using nest
o*ISCalculationNEST.hInterface to algorithm class for a specific calculation of ionization electrons and scintillation photons using NEST
o*ISCalculationSeparate.cc
o*ISCalculationSeparate.cxxInterface to algorithm class for calculating ionization electrons and scintillation photons using separate algorithms for each
o*ElectronDrift/ISCalculationSeparate.h
o*LegacyLArG4/ISCalculationSeparate.h
o*IShowerTool.h
o*ISim3DDrawer.h
o*IsolatedClusterMopUpAlgorithm.ccImplementation of the isolated cluster mop up algorithm class
o*IsolatedClusterMopUpAlgorithm.hHeader file for the isolated cluster mop up algorithm class
o*ISpacePoints3D.h
o*ISTPC.cxx
o*ISTPC.h
o*IStubMerge.h
o*isValidLibraryData_test.ccUnit test for phot::isValidLibraryData()
o*ISyst.cxx
o*ISyst.h
o*ITCSSelectionTool.h
o*ITrackHistogramTool.h
o*IWaveformDrawer.hThis provides an interface for tools which are tasked with drawing the "wire" data (deconvolved waveforms)
o*IWaveformTool.hThis is the interface class for tools/algorithms that perform various operations on waveforms. Examples include smoothing, differentiation, filtering, etc
o*IWFHitDrawer.h
o*IWireHistogramTool.h
o*jobsuberror.py
o*json.hpp
o*JSONFormatter.h
o*june18_icarus_driver_reco_all.fcl
o*june18_icarus_driver_reco_all_box.fcl
o*june18_icarus_driver_reco_all_reduced.fcl
o*june18_reco_icarus.fcl
o*june18_reco_icarus_driver_common.fcl
o*just_cmake.sh
o*KalmanFilterAlg.cxxKalman Filter
o*KalmanFilterAlg.hKalman Filter
o*kalmanfilterfinaltrackfitter.fcl
o*KalmanFilterFinalTrackFitter_module.cc
o*KalmanFilterFitTrackMaker_tool.cc
o*kalmanfilterfittrackmakertool.fcl
o*kalmanfiltertrajectoryfitter.fcl
o*KalmanFilterTrajectoryFitter_module.cc
o*KalmanLinearAlgebra.hKalman filter linear algebra typedefs
o*Kaon2HiggsFlux_tool.cc
o*Kaon2HNLFlux_tool.cc
o*KaonParent.cxx
o*KaonParent.h
o*kdTree.cxxProducer module to create 3D clusters from input hits
o*kdTree.hImplements a kdTree for use in clustering
o*KDTreeLinkerAlgoT.hHeader file for the kd tree linker algo template class
o*KDTreeLinkerToolsT.ccImplementation of the kd tree linker tools template class
o*KDTreeLinkerToolsT.hHeader file for the kd tree linker tools template class
o*KETrack.cxxBasic Kalman filter track class, with error
o*KETrack.hBasic Kalman filter track class, with error
o*KeyedCSVparser.cxxSimple parser for comma-separated text (implementation)
o*KeyedCSVparser.hSimple parser for comma-separated text
o*KeyedCSVparser_test.ccUnit test for KeyedCSVparser.h header
o*KeyValueParser.cxxSimple parser for "key: value" text
o*KeyValueParser.hSimple parser for "key: value" text
o*KeyValueParser_test.ccUnit test icarus::details::KeyValueParser
o*KeyValuesData.cxxSimple parsed data format
o*KeyValuesData.hSimple parsed data format
o*KFitTrack.cxxBasic Kalman filter track class, with fit information
o*KFitTrack.hBasic Kalman filter track class, with fit information
o*KFTrackState.cxx
o*KFTrackState.h
o*KGTrack.cxxA collection of KHitTracks
o*KGTrack.hA collection of KHitTracks
o*KHit.hKalman filter measurement class template
o*KHitBase.cxxBase class for Kalman filter measurement
o*KHitBase.hBase class for Kalman filter measurement
o*KHitContainer.cxxA collection of KHitGroups
o*KHitContainer.hA collection of KHitGroups
o*KHitContainerWireLine.cxxA KHitContainer for KHitWireLine type measurements
o*KHitContainerWireLine.hA KHitContainer for KHitWireLine type measurements
o*KHitContainerWireX.cxxA KHitContainer for KHitWireX type measurements
o*KHitContainerWireX.hA KHitContainer for KHitWireX type measurements
o*KHitGroup.cxxA collection of measurements on the same surface
o*KHitGroup.hA collection of measurements on the same surface
o*KHitMulti.cxxCompound Kalman Filter measurement
o*KHitMulti.hCompound Kalman Filter measurement
o*KHitsTrack.cxxBasic Kalman filter track class, with measurements
o*KHitsTrack.hBasic Kalman filter track class, with measurements
o*KHitTrack.cxxBasic Kalman filter track class, with measurements
o*KHitTrack.hBasic Kalman filter track class, plus one measurement on same surface
o*KHitWireLine.cxxKalman filter wire-time measurement on a SurfWireLine surface
o*KHitWireLine.hKalman filter wire-time measurement on a SurfWireLine surface
o*KHitWireX.cxxKalman filter wire-time measurement on a SurfWireX surface
o*KHitWireX.hKalman filter wire-time measurement on a SurfWireX surface
o*KinkSplittingAlgorithm.ccImplementation of the kink splitting algorithm class
o*KinkSplittingAlgorithm.hHeader file for the kink splitting algorithm class
o*KTrack.cxxBasic Kalman filter track class, without error
o*KTrack.hBasic Kalman filter track class, without error
o*landed_sbnd.fcl
o*lar20jdjmuons.fcl
o*LArAdaBoostDecisionTree.ccImplementation of the lar adaptive boost decision tree class
o*LArAdaBoostDecisionTree.hHeader file for the lar adaptive boosted decision tree class
o*larbatch_posix.py
o*larbatch_utilities.py
o*LArCaloHit.hHeader file for the lar calo hit class
o*LArClusterHelper.ccImplementation of the cluster helper class
o*LArClusterHelper.hHeader file for the cluster helper class
o*LArContent.ccFactory implementations for content intended for use with particle flow reconstruction at liquid argon time projection chambers
o*LArContent.hHeader file detailing content for use with particle flow reconstruction at liquid argon time projection chambers
o*lArDet.fcl
o*LArDiscreteProbabilityHelper.ccImplementation of the discrete probability helper helper class
o*LArDiscreteProbabilityHelper.hHeader file for the discrete probability helper class
o*LArDiscreteProbabilityVector.ccImplementation of the lar discrete probability vector class
o*LArDiscreteProbabilityVector.hHeader file for the lar discrete probability vector class
o*LArDLContent.ccFactory implementations for content intended for use with particle flow reconstruction at liquid argon time projection chambers
o*LArDLContent.hHeader file detailing content for use with particle flow reconstruction at liquid argon time projection chambers
o*LArDLHelper.ccImplementation of the lar deep learning helper helper class
o*LArDLHelper.hHeader file for the lar deep learning helper helper class
o*LArFFT.cc
o*larfft.fcl
o*LArFFT.h
o*larfft_bo.fcl
o*larfft_sbnd.fcl
o*LArFFT_service.cc
o*LArFFTW.cxx
o*LArFFTW.h
o*LArFFTWPlan.cxx
o*LArFFTWPlan.h
o*LArFileHelper.ccImplementation of the file helper class
o*LArFileHelper.hHeader file for the file helper class
o*LArFormattingHelper.ccImplementation of the lar formatting helper class
o*LArFormattingHelper.h
o*LArG4.fcl
o*LArG4_module.ccUse Geant4 to run the LArSoft detector simulation
o*larg4_sbnd.fcl
o*larg4_services_sbnd.fcl
o*LArG4Ana_module.ccUse Geant4 to run the LArSoft detector simulation
o*larg4crtfilter.fcl
o*LArG4CRTFilter_module.cc
o*LArG4Detector.cc
o*LArG4Detector_service.cc
o*LArG4Detector_service.h
o*larg4faketriggerfilter.fcl
o*LArG4FakeTriggerFilter_module.cc
o*larg4Main_module.cc
o*LArG4Parameters.cc
o*LArG4Parameters.hStore parameters for running LArG4
o*LArG4Parameters_service.ccStore parameters for running LArG4
o*larg4particlefilter.fcl
o*LArG4ParticleFilter_module.cc
o*larg4SingleGen_module.cc
o*largeantmodules.fcl
o*largeantmodules_argoneut.fcl
o*largeantmodules_icarus.fcl
o*LArGeometryHelper.ccImplementation of the geometry helper class
o*LArGeometryHelper.hHeader file for the geometry helper class
o*LArHierarchyHelper.ccImplementation of the lar hierarchy helper class
o*LArHierarchyHelper.hHeader file for the lar hierarchy helper class
o*LArHitWidthHelper.ccImplementation of the lar hit width helper class
o*LArHitWidthHelper.hHeader file for the lar hit width helper class
o*LArInteractionTypeHelper.ccImplementation of the interaction type helper class
o*LArInteractionTypeHelper.hHeader file for the interaction type helper class
o*LArMCParticle.hHeader file for the lar mc particle class
o*LArMCParticleHelper.ccImplementation of the lar monte carlo particle helper class
o*LArMCParticleHelper.hHeader file for the lar monte carlo particle helper helper class
o*LArMonitoringHelper.ccImplementation of the lar monitoring helper class
o*LArMonitoringHelper.hHeader file for the lar monitoring helper helper class
o*LArMuonLeadingHelper.ccImplementation of the lar delta ray helper class
o*LArMuonLeadingHelper.hHeader file for the muon leading helper class
o*LArMvaHelper.cc
o*LArMvaHelper.h
o*LArMvaInterface.hHeader file for the lar multivariate analysis interface class
o*LArObjectHelper.ccImplementation of the object helper class
o*LArObjectHelper.hHeader file for the object helper class
o*laronlyanaicarus21apr21.fcl
o*LArOverlapMatrix.ccImplementation of the lar overlap matrix class
o*LArOverlapMatrix.hHeader file for the lar overlap matrix class
o*LArOverlapTensor.ccImplementation of the lar overlap tensor class
o*LArOverlapTensor.hHeader file for the lar overlap tensor class
o*LArPandora.cxxBase producer module for reconstructing recob::PFParticles from recob::Hits
o*LArPandora.hBase producer module for reconstructing recob::PFParticles from recob::Hits
o*LArPandoraDetectorType.cxxImplementation of the interface for handling detector-specific details, as well as some helper functions
o*LArPandoraDetectorType.hHelper functions for extracting detector geometry for use in reconsruction
o*LArPandoraEvent.cxxA description of all outputs from an instance of pandora with functionality to filter outputs
o*LArPandoraEvent.hA description of all outputs from an instance of pandora with functionality to filter and merge multiple output
o*LArPandoraEventDump_module.cc
o*LArPandoraExternalEventBuilding_module.cc
o*LArPandoraGeometry.cxxHelper functions for extracting detector geometry for use in reconsruction
o*LArPandoraGeometry.hHelper functions for extracting detector geometry for use in reconsruction
o*LArPandoraGeometryComponents.h
o*LArPandoraHelper.cxxHelper function for LArPandoraInterface producer module
o*LArPandoraHelper.hHelper function for LArPandoraInterface producer module
o*LArPandoraInput.cxxHelper functions for providing inputs to pandora
o*LArPandoraInput.hHelper functions for providing inputs to pandora
o*LArPandoraModularShowerCreation_module.cc
o*LArPandoraOutput.cxxHelper functions for processing outputs from pandora
o*LArPandoraOutput.hHelper functions for processing outputs from pandora
o*LArPandoraShowerAlg.cxx
o*LArPandoraShowerAlg.h
o*LArPandoraShowerCheatingAlg.cxx
o*LArPandoraShowerCheatingAlg.h
o*LArPandoraShowerCreation_module.cc
o*LArPandoraSliceIdHelper.cxxImplementation of the slice id helper class
o*LArPandoraSliceIdHelper.hHelper class for slice id tools
o*LArPandoraTrackCreation_module.ccModule for lar pandora track creation
o*LArParticleIdPlugins.ccImplementation of the lar particle id plugins class
o*LArParticleIdPlugins.hHeader file for the lar particle id plugins class
o*LArPcaHelper.ccImplementation of the principal curve analysis helper class
o*LArPcaHelper.hHeader file for the principal curve analysis helper class
o*LArPfoHelper.ccImplementation of the pfo helper class
o*LArPfoHelper.hHeader file for the pfo helper class
o*LArPfoObjects.ccImplementation of lar pfo objects
o*LArPfoObjects.hHeader file for lar pfo objects
o*LArPointingCluster.ccImplementation of the lar pointing cluster class
o*LArPointingCluster.hHeader file for the lar pointing cluster class
o*LArPointingClusterHelper.ccImplementation of the pointing cluster helper class
o*LArPointingClusterHelper.h
o*larproperties.fcl
o*LArProperties.h
o*larproperties_bo.fcl
o*larproperties_icarus.fcl
o*larproperties_lartpcdetector.fcl
o*larproperties_sbnd.fcl
o*LArPropertiesService.h
o*LArPropertiesServiceStandard.cc
o*LArPropertiesServiceStandard.h
o*LArPropertiesServiceStandard_service.cc
o*LArPropertiesStandard.cxx
o*LArPropertiesStandard.hService provider with utility LAr functions
o*LArPropertiesStandard_test.ccSimple instantiation-only test for LArPropertiesStandard
o*LArPropertiesStandardTestHelpers.hHelper functions for support of LArPropertiesService in LArSoft tests
o*LArPropTest_module.cc
o*LArPseudoLayerPlugin.cc
o*LArPseudoLayerPlugin.hHeader file for the lar pseudo layer plugin class
o*LArRawInputDriver.cxxSource to convert raw binary files to root files
o*LArRawInputDriver.hSource to convert raw binary files to root files
o*LArRawInputDriverJP250L.cxxSource to convert JP250L files to LArSoft files
o*LArRawInputDriverJP250L.hSource to convert JP250L files to LArSoft files
o*LArRawInputDriverLongBo.cxxSource to convert raw binary files to root files
o*LArRawInputDriverLongBo.h
o*LArRawInputDriverShortBo.cxxSource to convert raw binary files to root files for Short Bo TPC
o*LArRawInputDriverShortBo.hSource to convert raw binary files to root files for Short Bo TPC
o*LArRawInputSource_source.cc
o*LArRawInputSourceLB_source.cc
o*LArRawInputSourceSB_source.cc
o*LArRecodnnNewDirs.sh
o*LArRotationalTransformationPlugin.ccImplementation of the rotational transformation plugin class
o*LArRotationalTransformationPlugin.hHeader file for the rotational transformation plugin class
o*larservicetest_bo.fcl
o*larservicetest_lartpcdetector.fcl
o*larservicetest_standard.fcl
o*LArShowerOverlapResult.ccImplementation of the lar shower overlap result class
o*LArShowerOverlapResult.hHeader file for the lar shower overlap result class
o*LArShowerPfo.hHeader file for the lar pfo class
o*LArSimChannelAna_module.cc
o*icarusalg/icarusalg/gallery/helpers/python/LArSoftUtils.py
o*sbndcode/sbndcode/gallery/python/LArSoftUtils.py
o*LArStackingAction.cxx
o*LArStackingAction.h
o*LArStitchingHelper.ccImplementation of the helper class for multiple tpcs
o*LArStitchingHelper.hHeader file for the helper class for multiple drift volumes
o*LArSupportVectorMachine.ccImplementation of the lar support vector machine class
o*LArSupportVectorMachine.hHeader file for the lar support vector machine class
o*lartest.fcl
o*lartest.sh
o*lartest_bo.fcl
o*lartest_lartpcdetector.fcl
o*lartest_sbnd.fcl
o*lartest_standard.fcl
o*LArThreeDSlidingConeFitResult.ccImplementation of the lar three dimensional sliding cone fit result class
o*LArThreeDSlidingConeFitResult.hHeader file for the lar three dimensional sliding cone fit result class
o*LArThreeDSlidingFitResult.ccImplementation of the lar three dimensional sliding fit result class
o*LArThreeDSlidingFitResult.hHeader file for the lar three dimensional sliding fit result class
o*LArTrackOverlapResult.ccImplementation of the lar track overlap result class
o*LArTrackOverlapResult.hHeader file for the lar track overlap result class
o*LArTrackPfo.ccImplementation of the lar track pfo class
o*LArTrackPfo.hHeader file for the lar pfo class
o*LArTrackTwoViewOverlapResult.ccImplementation of the lar track two view overlap result class
o*LArTrackTwoViewOverlapResult.hHeader file for the lar track two view overlap result class
o*LArTwoDSlidingFitObjects.hHeader file for the lar two dimensional sliding fit objects
o*LArTwoDSlidingFitResult.ccImplementation of the lar two dimensional sliding fit result class
o*LArTwoDSlidingFitResult.hHeader file for the lar two dimensional sliding fit result class
o*LArTwoDSlidingShowerFitResult.ccImplementation of the lar two dimensional sliding shower fit result class
o*LArTwoDSlidingShowerFitResult.hHeader file for the lar two dimensional sliding shower fit result class
o*LArTwoViewXOverlap.hHeader file for the lar x two view overlap class
o*LArVertexHelper.ccImplementation of the vertex helper class
o*LArVertexHelper.hHeader file for the vertex helper class
o*LArVoxelCalculator.cc
o*LArVoxelCalculator.hEncapsulates calculation of LArVoxelID and LArVoxel parameters
o*LArVoxelCalculator_service.ccEncapsulates calculation of LArVoxelID and LArVoxel parameters
o*LArVoxelData.cxxEncapsulates the information we want store for a voxel
o*LArVoxelData.hEncapsulates the information we want store for a voxel
o*LArVoxelID.cxx
o*LArVoxelID.hUnique identifier for a given LAr voxel
o*LArVoxelList.cxxContainer of LArVoxelID, energy information
o*LArVoxelList.hContainer of LAr voxel information
o*LArVoxelReadout.cxxA Geant4 sensitive detector that accumulates voxel information
o*LArVoxelReadout.hA Geant4 sensitive detector that accumulates voxel information
o*LArVoxelReadoutGeometry.cxxDefine the "parallel" geometry that's seen by the LAr Voxels
o*LArVoxelReadoutGeometry.hDefine the "parallel" geometry that's seen by the LAr Voxels
o*LArXOverlap.hHeader file for the lar x overlap class
o*LATest.cc
o*LayerSplittingAlgorithm.ccImplementation of the layer splitting algorithm class
o*LayerSplittingAlgorithm.h
o*LazyClusterParamsAlg.cxxImplementation of interface to class computing cluster parameters
o*LazyClusterParamsAlg.hAlgorithm class inheriting pre-computed results
o*LazyFrameSource.cxx
o*LazyFrameSource.h
o*LazyVector.hContiguous data container with lazy resizing on access
o*LazyVector_test.ccImplementation tests for a util::LazyVector object
o*ldm_g4_icarus.fcl
o*ldm_g4_icarus_lite.fcl
o*LEDCalibrationAna_module.cc
o*legacy_detsim_3drift_windows.fcl
o*legacy_detsim_3drift_windows_sce.fcl
o*legacy_detsim_noisefromhist.fcl
o*legacy_detsim_nonoise.fcl
o*legacy_detsim_sbnd.fcl
o*legacy_detsim_sce.fcl
o*legacy_detsim_thermalnoiseinfreq.fcl
o*legacy_detsim_thermalnoiseintime.fcl
o*legacy_detsim_uboonedatadrivennoise.fcl
o*legacy_g4_0.75ms_electron_lifetime.fcl
o*legacy_g4_1.5ms_electron_lifetime.fcl
o*legacy_g4_10ms_electron_lifetime.fcl
o*legacy_g4_3drift_faketrigger_filter.fcl
o*legacy_g4_3drift_windows.fcl
o*legacy_g4_3drift_windows_no_opticalsim.fcl
o*legacy_g4_3drift_windows_sce.fcl
o*legacy_g4_3drift_windows_sce_simphotontime_filter.fcl
o*legacy_g4_3drift_windows_simphotontime_filter.fcl
o*legacy_g4_5ms_electron_lifetime.fcl
o*legacy_g4_7ms_electron_lifetime.fcl
o*legacy_g4_9.6ms_electron_lifetime.fcl
o*legacy_g4_enable_doublespacecharge.fcl
o*legacy_g4_enable_spacecharge.fcl
o*legacy_g4_enterstpc_filter.fcl
o*legacy_g4_michelelectron_filter.fcl
o*legacy_g4_mu_crt_filter_base.fcl
o*legacy_g4_mu_eastwestcrt_filter.fcl
o*legacy_g4_mu_frontbackcrt_filter.fcl
o*legacy_g4_mu_frontbackcrt_filter_10ms_electron_lifetime.fcl
o*legacy_g4_mu_frontbackcrt_filter_10ms_electron_lifetime_enable_spacecharge.fcl
o*legacy_g4_mu_frontbackcrt_filter_1ms_electron_lifetime.fcl
o*legacy_g4_mu_frontbackcrt_filter_5ms_electron_lifetime.fcl
o*legacy_g4_mu_frontbackcrt_filter_enable_spacecharge.fcl
o*legacy_g4_mu_frontbackcrt_filter_infinite_electron_lifetime.fcl
o*legacy_g4_mu_frontbackcrt_filter_infinite_electron_lifetime_enable_spacecharge.fcl
o*legacy_g4_mu_plus_e_plus_filter.fcl
o*legacy_g4_no_diffusion.fcl
o*legacy_g4_no_longitudinal_diffusion.fcl
o*legacy_g4_no_opticalsim.fcl
o*legacy_g4_no_opticalsim_9.6ms_electron_lifetime.fcl
o*legacy_g4_no_opticalsim_9.6ms_electron_lifetime_doublespacecharge.fcl
o*legacy_g4_no_opticalsim_doublespacecharge.fcl
o*legacy_g4_no_opticalsim_michel_filter.fcl
o*legacy_g4_no_opticalsim_with_spacecharge.fcl
o*legacy_g4_no_shower_rollup.fcl
o*legacy_g4_no_transverse_diffusion.fcl
o*legacy_g4_QLcorrelated.fcl
o*legacy_g4_QLseparate.fcl
o*legacy_g4_sbnd.fcl
o*legacy_g4_sce.fcl
o*legacy_g4_sce_3drift_windows_simphotontime_filter.fcl
o*legacy_g4_sce_simphotontime_filter.fcl
o*legacy_g4_simphotontime_filter.fcl
o*legacy_g4_with_opticalLibrary.fcl
o*legacy_largeantmodules_sbnd.fcl
o*legacy_simulationservices_sbnd.fcl
o*LegacyGeometryInfoWriter_module.ccWrites a sumdata::RunData record into the run(s)
o*LightPath.cxx
o*LightPath.hClass def header for a class LightPath
o*lightsource.fcl
o*LightSource_module.cc
o*lightsource_sbnd.fcl
o*LineClosestPoint.hUtility for intersection of two 3D lines
o*LineClosestPoint_test.ccTest of LineClosestPoint.h utilities
o*LineCluster_module.ccCluster finder using cluster crawler algorithm
o*LineMerger_module.cc
o*LinFitAlg.cxx
o*LinFitAlg.h
o*link_next_input.sh
o*ana/SBNOsc/linkdef.h
o*ana/SBNOscReco/Data/linkdef.h
o*ana/TrackReducer/linkdef.h
o*core/linkdef.h
o*larcorealg/larcorealg/GeoAlgo/LinkDef.h
o*lareventdisplay/lareventdisplay/EventDisplay/LinkDef.h
o*sbncode/sbncode/CAFMaker/LinkDef.h
o*sbncode/sbncode/OpT0Finder/flashmatch/Algorithms/LinkDef.h
o*sbncode/sbncode/OpT0Finder/flashmatch/Base/FMWKTools/LinkDef.h
o*sbncode/sbncode/OpT0Finder/flashmatch/Base/LinkDef.h
o*sbncode/sbncode/OpT0Finder/flashmatch/GeoAlgo/LinkDef.h
o*sbncode/sbncode/OpT0Finder/flashmatch/PyUtil/LinkDef.h
o*list_duplicate_events.fcl
o*ListChangingAlgorithm.ccImplementation of the list changing algorithm class
o*ListChangingAlgorithm.hHeader file for the list changing algorithm class
o*ListDeletionAlgorithm.ccImplementation of the list deletion algorithm class
o*ListDeletionAlgorithm.hHeader file for the list deletion algorithm class
o*ListFCL.sh
o*listhists.py
o*ListMergingAlgorithm.ccImplementation of the list merging algorithm class
o*ListMergingAlgorithm.hHeader file for the list merging algorithm class
o*ListPruningAlgorithm.ccImplementation of the list pruning algorithm class
o*ListPruningAlgorithm.hHeader file for the list pruning algorithm class
o*load_fixit_file.cxx
o*load_pyutil.cxx
o*load_pyutil.hClass def header for a class load_pyutil
o*Loader.cxx
o*Loader.hh
o*Loaders.cxx
o*Loaders.h
o*LoadFromFile.cxx
o*LoadFromFile.h
o*LoadStandardICARUSgeometry.hSingle-line utility to create geo::GeometryCore in non-art contexts
o*LocalAsymmetryFeatureTool.ccImplementation of the local asymmetry feature tool class
o*LocalAsymmetryFeatureTool.hHeader file for the local asymmetry feature tool class
o*LocalTransformation.cxxClass containing local-to-world transformations (implementation file)
o*LocalTransformation.hClass containing local-to-world transformations
o*LocalTransformationGeo.hLocal-to-world transformations with LArSoft geometry vectors
o*LoggerFeature.hClass definition file of LoggerFeature
o*LongitudinalAssociationAlgorithm.ccImplementation of the longitudinal association algorithm class
o*LongitudinalAssociationAlgorithm.hHeader file for the longitudinal association algorithm class
o*LongitudinalExtensionAlgorithm.ccImplementation of the longitudinal extension algorithm class
o*LongitudinalExtensionAlgorithm.hHeader file for the longitudinal extension algorithm class
o*LongitudinalTrackHitsBaseTool.ccImplementation of the longitudinal track hits base tool
o*LongitudinalTrackHitsBaseTool.hHeader file for the longitudinal track hits base tool
o*LongTracksTool.ccImplementation of the long tracks tool class
o*LongTracksTool.hHeader file for the long tracks tool class
o*LVDSgates_module.ccCombines discriminated PMT outputs into V1730 LVDS gates
o*LVDSpatterns.py
o*MagDriftAna_module.cc
o*magfield_larsoft.fcl
o*magic_raw_to_triggeremu_icarus_Run1_data.fcl
o*main.cc
o*MainCollectionProxy.hUtilities for the main collection of a collection proxy
o*MainTool.h
o*MajorityTriggerEfficiencyPlots_module.ccPlots of efficiency for triggers based on PMT channel global count
o*MajorityTriggerSimulation_module.ccPlots of efficiency for triggers based on PMT channel global count
o*make_calib_df.py
o*make_driftV_df.py
o*make_equalibriate_df.py
o*make_etau_df.py
o*icarusalg/icarusalg/Geometry/gdml/make_gdml.pl
o*larcore/larcore/Geometry/gdml/make_gdml.pl
o*make_patch.sh
o*make_sam_wrapper.sh
o*make_tar_sbnd.sh
o*make_tarball.sh
o*make_xml_mcc0.75.sh
o*make_xml_mcc1.0.sh
o*make_xml_mcp.sh
o*make_xml_premcc1.0.sh
o*makeAssociatedDataFrom.hHelper functions to create an AssociatedData object
o*makeDataTar.sh
o*makedict.sh
o*makefifohists.fcl
o*MakeIndex.hProcedures to create maps of object locations
o*makelvdsgates_icarus.fcl
o*makelvdstrees_icarus.fcl
o*makeNoOverburdenVersionOf.sh
o*makeOneTo01dataFrom.hHelper functions to create data structures associated to a proxy
o*makeOverburdenVersionOf.sh
o*makeParallelDataFrom.hHelper functions to create proxy::ParallelData objects
o*MakePlots.py
o*makeslidingwindowtriggerplots_icarus.fcl
o*maketriggerplots_icarus.fcl
o*MakeTriggerSimulationTree_module.ccCreates a ROOT tree with trigger information
o*maketriggerslidingwindow_icarus.fcl
o*makeValueIndex.hProvides util::makeValueIndex() helper function
o*manageDataRunDefinitions.py
o*ManagedTriggerGateBuilder.hAlgorithm to produce trigger gates out of optical readout waveforms
o*MappedContainer.hProvides MappedContainer class
o*MappedContainer_test.ccTests the classes in MappedContainer.h
o*marley.fcl
o*MARLEYGen_module.ccLArSoft interface to the MARLEY (Model of Argon Reaction Low Energy Yields) supernova neutrino event generator
o*MARLEYHelper.cxxLArSoft interface to the MARLEY (Model of Argon Reaction Low Energy Yields) supernova neutrino event generator
o*MARLEYHelper.hLArSoft interface to the MARLEY (Model of Argon Reaction Low Energy Yields) supernova neutrino event generator
o*MarleyParameterSetWalker.hConcrete fhicl::ParameterSetWalker that converts a fhicl::ParameterSet into a marley::JSON object
o*MARLEYTimeGen_module.ccModule that allows for sampling neutrino energies and times from time-dependent supernova spectra. This module uses MARLEY to help generate events
o*MasterAlgorithm.ccImplementation of the master algorithm class
o*MasterAlgorithm.hHeader file for the master algorithm class
o*MatchedEndPointsTool.ccImplementation of the matched end point tool class
o*MatchedEndPointsTool.hHeader file for the matched end points tool class
o*MatchingBaseAlgorithm.ccImplementation of the three dimension algorithm base class
o*MatchingBaseAlgorithm.hHeader file for the three dimension algorithm base class
o*MaterialPropertyLoader.cxx
o*MaterialPropertyLoader.h
o*MathUtil.h
o*MaxNPEWindow.cxx
o*MaxNPEWindow.hClass def header for a class MaxNPEWindow
o*mc_info_extraction.fcl
o*icarusalg/icarusalg/gallery/galleryAnalysis/C++/MCAssociations.cpp
o*sbndcode/sbndcode/gallery/galleryAnalysis/MCAssociations.cpp
o*icarusalg/icarusalg/gallery/galleryAnalysis/C++/MCAssociations.h
o*sbndcode/sbndcode/gallery/galleryAnalysis/MCAssociations.h
o*MCBaseException.cxx
o*MCBaseException.hClass def header for exception classes for MC data products
o*MCBriefPad.cxxDrawing pad for time or charge histograms
o*MCBriefPad.hDrawing pad for short summary of an MC event
o*MCBTAlg.cxx
o*MCBTAlg.hClass def header for a class MCBTAlg
o*MCBTAlgConstants.h
o*MCBTDemo_module.cc
o*MCBTException.cxx
o*MCBTException.hClass def header for exception classes in MCComp package
o*mccheatermodules.fcl
o*MCDataHolder.h
o*MCDecoderICARUSTPCwROI_module.cc
o*MCDumpers.hUtility functions to print MC truth information
o*MCDumperUtils.cxxUtility functions to print MC truth information (implementation)
o*MCDumperUtils.hUtility functions to print MC truth information
o*MCEventWeight.h
o*MCHit.cxx
o*MCHit.h
o*MCHitAnaExample_module.cc
o*MCHitCollection.cxx
o*MCHitCollection.h
o*MCHitFinder_module.cc
o*mchitmodules.fcl
o*MCLimits.h
o*MCMatchAlg.cxx
o*MCMatchAlg.hClass def header for a class MCMatchAlg
o*MCParticleHitMatching_module.cc
o*MCParticleLite.hClass def header for MCParticleLite data container
o*MCParticleMonitoringAlgorithm.ccImplementation of the mc particle monitoring algorithm
o*MCParticleMonitoringAlgorithm.hHeader file for the mc particle monitoring algorithm
o*MCParticleShowerMatching_module.cc
o*MCParticleTrackMatching_module.cc
o*MCParticleTreePrinter.cc
o*mcreco.fcl
o*MCReco_module.cc
o*mcreco_sbnd.fcl
o*MCRecoEdep.cxx
o*MCRecoEdep.h
o*mcrecomodule.fcl
o*MCRecoPart.cxx
o*MCRecoPart.h
o*MCSFitAllPID_module.cc
o*mcsfitproducer.fcl
o*mcsfitproducer_icarus.fcl
o*MCSFitProducer_module.cc
o*mcsfitproducer_standard.fcl
o*MCSFitProducerICARUS_module.cc
o*MCSFitResult.h
o*sbnana/sbnanalysis/ana/SBNOscReco/CosmicIDAlgs/mcsfitter_sbnd.fcl
o*sbndcode/sbndcode/CosmicId/Algs/mcsfitter_sbnd.fcl
o*MCShower.cxx
o*MCShower.hClass def header for MCShower data container
o*MCShowerRecoAlg.cxx
o*MCShowerRecoAlg.h
o*MCShowerRecoPart.cxx
o*MCShowerRecoPart.h
o*mcsproducer.fcl
o*MCStep.hClass def header for mcstep data container
o*MCTrack.cxx
o*MCTrack.hClass def header for mctrack data container
o*MCTrackCollectionAnaAlg.cxx
o*MCTrackCollectionAnaAlg.h
o*MCTrackRecoAlg.cxx
o*MCTrackRecoAlg.h
o*MCTruthAssociations.cppDoes something with the tracks (implementation file)
o*MCTruthAssociations.hThis algorithm attempts to decode Track and Hit <–> MCParticle assocations
o*mctruthassociations_icarus.fcl
o*MCTruthEmEveIdCalculator.cxxExample routine for calculating the "ultimate e-m mother" of a particle in a simulated event
o*MCTruthEmEveIdCalculator.hExample routine for calculating the "ultimate e-m mother" of a particle in a simulated event
o*MCTruthEveIdCalculator.cxxInterface for calculating the "ultimate mother" of a particle in a simulated event
o*MCTruthEveIdCalculator.hInterface for calculating the "ultimate mother" of a particle in a simulated event
o*MCTruthEventAction.cc
o*MCTruthEventAction_service.cc
o*MCTruthEventAction_service.h
o*MCTruthExtractor.fcl
o*mctruthmatching_uboone.fcl
o*MCTruthParticleHistory.cxxA "chain" of particles associated with production of a Particle in a ParticleList
o*MCTruthParticleHistory.hA "chain" of particles associated with production of a Particle in a ParticleList
o*MCTruthParticleList.cxxParticle list in DetSim contains Monte Carlo particle information
o*MCTruthParticleList.hParticle list in DetSim contains Monte Carlo particle information
o*mctrutht0matching.fcl
o*MCTruthT0Matching_module.cc
o*MCTruthTestAna_module.cc
o*MCType.h
o*MCWire.cxx
o*MCWire.h
o*MCWireCollection.cxx
o*MCWireCollection.h
o*MedianSurface.cxx
o*MedianSurface.h
o*merge_json.py
o*MergeClusterAlg.cxx
o*MergeClusterAlg.h
o*MergedTrackIdentifier_module.cc
o*MergedTrackInfo.cc
o*MergedTrackInfo.hh
o*MergeSimSources.cxx
o*MergeSimSources.h
o*MergeSimSources_module.cc
o*mergesimsources_sbnd.fcl
o*mergewirecell_dune35t.fcl
o*mergewirecell_uboone.fcl
o*mergewirecellmodule.fcl
o*messages_icarus.fcl
o*messages_sbnd.fcl
o*messageservice.fcl
o*MetadataSBN.h
o*MetadataSBN_service.cc
o*MetaUtils.hBasic C++ metaprogramming utilities
o*MetaUtils_test.ccUnit test for some of the utilities in MetaUtils.h
o*metricproducer.fcl
o*MetricProducer_module.cc
o*MeVPrtlDecay.h
o*MeVPrtlFlux.h
o*MeVPrtlGen_module.cc
o*MeVPrtlTestRayTrace_module.cc
o*MeVPrtlTruth.cxx
o*MeVPrtlTruth.h
o*mfLoggingClass.hBase class facilitating logging to message facility
o*microboone_optical_sim.fcl
o*MicroBooNEDrawer_tool.cc
o*MicrobooneOpDetResponse_service.cc
o*MigrateImagePatternAlgs.sh
o*MinSpanTreeAlg_tool.cc
o*MissingTrackSegmentTool.ccImplementation of the missing track segment tool class
o*MissingTrackSegmentTool.hHeader file for the missing track segment tool class
o*MissingTrackTool.ccImplementation of the missing track tool class
o*MissingTrackTool.hHeader file for the missing track tool class
o*MixedWeightRayTraceBox_tool.cc
o*mkdir.py
o*Mode.h
o*MonoEnergyHiggsFlux_tool.cc
o*MopUpBaseAlgorithm.ccImplementation of the mop up algorithm base class
o*MopUpBaseAlgorithm.hHeader file for the mop up algorithm base class
o*MopUpRemnantsTool.cc
o*MopUpRemnantsTool.hHeader file for the mop-up remnants tool class
o*MorphologicalFilter_tool.cc
o*MSTPathFinder_tool.ccArt Tool for comparing clusters and merging those that are consistent
o*mtRawDigitFilterICARUS_module.cc
o*mu_proton_bnblike_anode_calorimetry_workshop2020.fcl
o*mu_proton_bnblike_cathode_calorimetry_workshop2020.fcl
o*mu_proton_bnblike_center_calorimetry_workshop2020.fcl
o*MultiChannelNoiseDB.cxx
o*MultiChannelNoiseDB.h
o*MultiChannelOpticalTriggerGate.cxxLogical multi-level gate associated to one or more channels
o*MultiChannelOpticalTriggerGate.hLogical multi-level gate associated to one or more channels
o*MultiEMShowers_module.cc
o*MultiExperiment.cxx
o*MultiExperiment.h
o*MultiExperimentSBN.cxx
o*MultiExperimentSBN.h
o*multigen.fcl
o*MultiPandoraApi.ccImplementation of the MultiPandoraApi class
o*MultiPandoraApi.hHeader file for the MultiPandoraApi class
o*MultiPandoraApiImpl.ccImplementation of the MultiPandoraApiImpl class
o*MultiPandoraApiImpl.hHeader file for the MultiPandoraApiImpl class
o*MultiPartRain_module.cc
o*multipartvertex_icarus.fcl
o*MultiPartVertex_module.cc
o*multipartvertex_sbnd.fcl
o*MultipleChoiceSelection.hHelper to select an string option among a set of allowed choices
o*MultipleChoiceSelection_test.ccUnit test for intervals_fhicl.h header
o*Deprecated/multipletpc_detsim_icarus_purity.fcl
o*multipletpc_detsim_icarus_purity.fcl
o*multipletpc_detsim_icarus_purity_lite.fcl
o*Deprecated/multitpc_detsim_icarus.fcl
o*multitpc_detsim_icarus.fcl
o*multitpc_detsim_icarus_lite.fcl
o*multitpc_detsim_icarus_sbnnoise.fcl
o*multitpc_detsim_icarus_sbnnoise_lite.fcl
o*MultiValuedLongitudinalTrackHitsTool.ccImplementation of the multivalued longitudinal track hit creation tool
o*MultiValuedLongitudinalTrackHitsTool.hHeader file for the multivalued longitudinal track hit creation tool
o*MultiValuedTransverseTrackHitsTool.ccImplementation of the multivalued transverse track hit creation tool
o*MultiValuedTransverseTrackHitsTool.hHeader file for the multivalued transverse track hit creation tool
o*MultiVar.cxx
o*MultiVar.h
o*multivertex_icarus.fcl
o*MuNuclearSplittingProcess.cxx
o*MuNuclearSplittingProcess.hCheck of Geant4 to run the LArSoft detector simulation
o*MuNuclearSplittingProcessXSecBias.cxx
o*MuNuclearSplittingProcessXSecBias.hCheck of Geant4 to run the LArSoft detector simulation
o*muonbnblike_calorimetry_workshop2020.fcl
o*MuonFilter_module.cc
o*MuonLeadingEventValidationAlgorithm.ccImplementation of the muon leading event validation algorithm
o*MuonLeadingEventValidationAlgorithm.hHeader file for the muon leading event validation algorithm
o*MuonS2NStudy_module.cc
o*MuonTrack.cc
o*MuonTrack.hh
o*MuonTrackFilter_module.cc
o*MuonTrackingEff.fcl
o*MuonTrackingEff_module.cc
o*muontrackmodule.fcl
o*MuonTrackProducer_module.cc
o*MuPVertexStudy_module.cc
o*MUSUN.fcl
o*MUSUN_module.ccGenerator for underground muon propagation
o*MVAAlg.cxx
o*MVAAlg.h
o*MVAOutput.cxx
o*MVAOutput.h
o*MvaPfoCharacterisationAlgorithm.ccImplementation of the mva pfo characterisation algorithm class
o*MvaPfoCharacterisationAlgorithm.hHeader file for the mva pfo characterisation algorithm class
o*MVAPID.cc
o*MVAPID.h
o*MVAPID_module.cc
o*MVAPIDResult.h
o*MVAReader.cxx
o*MVAReader.h
o*MvaVertexSelectionAlgorithm.cc
o*MvaVertexSelectionAlgorithm.hHeader file for the mva vertex selection algorithm class
o*MVAWrapperBase.cxx
o*MVAWrapperBase.h
o*MVAWriter.cxx
o*MVAWriter.h
o*MWRData.cpp
o*MWRData.h
o*names.py
o*NameSelector.cxxA class providing a selection list: implementation file
o*NameSelector.hA class providing a selection list
o*NameSelector_test.cxxTest of NameSelector class
o*namespaces.hDocumentation for namespaces
o*NCDeltaRadiative_module.cc
o*NCRadiativeResonant_module.cc
o*NDKGen_module.cc
o*NearbyClusterMopUpAlgorithm.ccImplementation of the nearby cluster mop up algorithm class
o*NearbyClusterMopUpAlgorithm.hHeader file for the nearby cluster mop up algorithm class
o*neoSmazza.sh
o*NestAlg.cxx
o*NestAlg.h
o*NestedIterator.hIterators recursing though nested collections
o*NestedIterator_test.ccTests nested iterators
o*NeutrinoCreationAlgorithm.ccImplementation of the neutrino creation algorithm class
o*NeutrinoCreationAlgorithm.hHeader file for the neutrino creation algorithm class
o*NeutrinoDaughterVerticesAlgorithm.ccImplementation of the neutrino daughter vertices algorithm class
o*NeutrinoDaughterVerticesAlgorithm.hHeader file for the neutrino daughter vertices algorithm class
o*NeutrinoEventValidationAlgorithm.ccImplementation of the neutrino event validation algorithm
o*NeutrinoEventValidationAlgorithm.hHeader file for the neutrino event validation algorithm
o*NeutrinoHierarchyAlgorithm.ccImplementation of the neutrino hierarchy algorithm class
o*NeutrinoHierarchyAlgorithm.hHeader file for the neutrino hierarchy algorithm class
o*NeutrinoIdTool.ccImplementation of the neutrino id tool class
o*NeutrinoIdTool.hHeader file for the neutrino id tool class
o*NeutrinoPropertiesAlgorithm.ccImplementation of the neutrino properties algorithm class
o*NeutrinoPropertiesAlgorithm.hHeader file for the neutrino properties algorithm class
o*NeutrinoShowerEff.fcl
o*NeutrinoShowerEff_module.cc
o*NeutrinoShowerEff_uboone.fcl
o*NeutrinoTrackingEff.fcl
o*NeutrinoTrackingEff_module.cc
o*NeutronHPphysics.ccHigh precision neutron physics constructor for Geant4
o*NeutronHPphysics.hhHigh precision neutron physics constructor for Geant4
o*NeutronOsc_module.cc
o*new_g4_purity_15ms_nosce.fcl
o*new_g4_purity_15ms_sce.fcl
o*new_g4_purity_4500mus_nosce.fcl
o*new_g4_purity_4500mus_sce.fcl
o*new_g4_purity_7ms_nosce.fcl
o*new_g4_purity_7ms_sce.fcl
o*new_g4_purity_9600mus_nosce.fcl
o*new_g4_purity_9600mus_sce.fcl
o*new_g4_purity_infinite_nosce.fcl
o*new_g4_purity_infinite_sce.fcl
o*NewLine.hSimple class managing a repetitive output task
o*nfsp-butcher.fcl
o*no_reconfigure_override.sh
o*NoBaseline_tool.cc
o*noise_ana.cxx
o*NoiseFromHist_tool.cc
o*noiseservices_sbnd.fcl
o*NoNoise_tool.cc
o*NonRandomCounter.cxxNon-random number engine for profiling purposes (implementation)
o*NonRandomCounter.hNon-random number engine for profiling purposes
o*NonRandomCounter_test.ccUnit test for NonRandomCounter random engine
o*noobanaicarus21apr21.fcl
o*Normalize.cc
o*Normalize.h
o*NormalizeDrift_tool.cc
o*NormalizeTPC_tool.cc
o*NormalizeWire_tool.cc
o*NormalizeYZ_tool.cc
o*normtools_icarus.fcl
o*arxiv/NPtFilter.cxx
o*NPtFilter.cxx
o*arxiv/NPtFilter.h
o*NPtFilter.h
o*ntupler_saveWF_icarus.fcl
o*ntupler_saveWF_icarus_MC.fcl
o*NuAna_module.cc
o*NuAnaAlg.cxx
o*NuAnaAlg.h
o*nuance.fcl
o*nuance_argoneut.fcl
o*NucleonDecay_module.cc
o*NueAr40CCGenerator.cxx
o*NueAr40CCGenerator.h
o*NueConfig.fcl
o*NueCuts.cxx
o*NueCuts.h
o*NueSelection.cxx
o*NueSelection.h
o*NueVars.cxx
o*NueVars.h
o*NumericUtils.hFunctions to help with numbers
o*NumericUtils_test.ccUnit test for NumericUtils functions
o*numi_kaon_common.fcl
o*NuMIFluxSysts.cxx
o*NuMIFluxSysts.h
o*NuMiKaonGen_tool.cc
o*NuMIRetriever_module.cc
o*NuMISpillInfo.cc
o*numispillinfo.fcl
o*NuMISpillInfo.h
o*NumuConfig.fcl
o*NumuConfigGetEffIcarus.fcl
o*NumuConfigGetEffSBND.fcl
o*NumuConfigGetEffUboone.fcl
o*NumuConfigModernIcarus.fcl
o*NumuConfigModernSBND.fcl
o*NumuConfigModernUboone.fcl
o*NumuConfignoBKGIcarus.fcl
o*NumuConfignoBKGSBND.fcl
o*NumuConfignoBKGUboone.fcl
o*NumuConfigPassThruIcarus.fcl
o*NumuConfigPassThruModernSBND.fcl
o*NumuConfigPassThruSBND.fcl
o*NumuConfigPassThruUboone.fcl
o*NumuConfigProposal_BeamCenteredSBND.fcl
o*NumuConfigProposalIcarus.fcl
o*NumuConfigProposalSBND.fcl
o*NumuConfigProposalUboone.fcl
o*NumuConfigQEIcarus.fcl
o*NumuConfigQESBND.fcl
o*NumuConfigQEUboone.fcl
o*NumuConfigRESIcarus.fcl
o*NumuConfigRESSBND.fcl
o*NumuConfigRESUboone.fcl
o*NumuCuts.cxx
o*NumuCuts.h
o*NumuCutsIcarus202106.cxx
o*NumuCutsIcarus202106.h
o*NumuCutsIcarus202208.cxx
o*NumuCutsIcarus202208.h
o*NumuCutsSBND202106.cxx
o*NumuCutsSBND202106.h
o*NuMuEfficiencyStudy_module.cc
o*NumuReco.cxx
o*NumuReco.h
o*NumuRecoICARUS.fcl
o*NumuRecoSBND.fcl
o*NumuRecoSBND_noContain.fcl
o*NumuRecoSBNDTrueTrack.fcl
o*NumuRecoSBNDTrueTrack_no_completion.fcl
o*NumuSelection.cxx
o*NumuSelection.h
o*NumuVars.cxx
o*NumuVars.h
o*NumuVarsIcarus202106.cxx
o*NumuVarsIcarus202106.h
o*NumuVarsIcarus202208.cxx
o*NumuVarsIcarus202208.h
o*NumuVarsSBND202106.cxx
o*NumuVarsSBND202106.h
o*nuShowerEff.fcl
o*NuShowerEff_module.cc
o*NuVertexChargeTree_module.cc
o*nuwro.fcl
o*NuWroGen_module.cc
o*NViewDeltaRayMatchingAlgorithm.ccImplementation of the three view delta ray matching class
o*NViewDeltaRayMatchingAlgorithm.h
o*NViewMatchingAlgorithm.ccImplementation of the n view matching algorithm class
o*NViewMatchingAlgorithm.hHeader file for the n view matching algorithm class
o*NViewMatchingControl.hHeader file for the matching control class
o*NViewTrackMatchingAlgorithm.ccImplementation of the n view track matching algorithm class
o*NViewTrackMatchingAlgorithm.hHeader file for the n view track matching algorithm class
o*obanaicarus21apr21.fcl
o*OBAnaICARUS_module.cc
o*old.PhotonBackTracker.h
o*old.PhotonBackTracker_service.cc
o*old.PhotonBackTrackerService.h
o*OneTo01Data.hAuxiliary data from one-to-(zero-or-one) sequential association
o*OneTo01DataProxyMaker.hInfrastructure for merging optional associated data to a proxy
o*OneViewDeltaRayMatchingAlgorithm.ccImplementation of the one view delta ray matching algorithm class
o*OneViewDeltaRayMatchingAlgorithm.hHeader file for the one viw delta ray matching algorithm
o*OnlineDecoder.fcl
o*OpBoundaryProcessSimple.cxx
o*OpBoundaryProcessSimple.hh
o*opdeconvolution_alg.fcl
o*opdeconvolution_sbnd.fcl
o*OpDeconvolutionAlg.hh
o*OpDeconvolutionAlgWiener_tool.cc
o*OpDetAnalyzer.fcl
o*OpDetAnalyzer_module.cc
o*OpDetBacktrackerPrinter.cc
o*OpDetBacktrackerRecord.cxx
o*OpDetBacktrackerRecord.h
o*opdetdigitizer_sbnd.fcl
o*opDetDigitizerSBND_module.cc
o*opDetDigitizerWorker.cc
o*opDetDigitizerWorker.hh
o*OpDetGeo.cxxEncapsulate the geometry of an OpDet
o*OpDetGeo.hEncapsulate the geometry of an optical detector
o*OpDetLookup.cxx
o*OpDetLookup.h
o*OpDetPhotonTable.cxx
o*OpDetPhotonTable.h
o*OpDetPulse.cxx
o*OpDetPulse.h
o*OpDetReadoutGeometry.cxx
o*OpDetReadoutGeometry.h
o*OpDetResponseInterface.h
o*opDetSBNDTriggerAlg.cc
o*opDetSBNDTriggerAlg.hh
o*OpDetSensitiveDetector.cxx
o*OpDetSensitiveDetector.h
o*opdetsim_pmt_icarus.fcl
o*OpDetVisibilityData.hData container for use with photon visibility libraries
o*lardataalg/lardataalg/Dumpers/RawData/OpDetWaveform.hUtilities to dump raw::OpDetWaveform objects on screen
o*lardataobj/lardataobj/RawData/OpDetWaveform.h
o*OpDetWaveformMaker.cc
o*OpDetWaveformMeta.hDerivative information from raw::OpDetWaveform data
o*OpDetWaveformMetaMaker_module.ccWrites a collection of sbn::OpDetWaveformMeta from PMT waveforms
o*OpDetWaveformMetaMatcher.hUtilities for matching raw::OpDetWaveform and their sbn::OpDetWaveformMeta
o*OpDetWaveformMetaUtils.cxxWrites a collection of sbn::OpDetWaveformMeta from PMT waveforms
o*OpDetWaveformMetaUtils.hWrites a collection of sbn::OpDetWaveformMeta from PMT waveforms
o*OpDetWFDump_module.cc
o*OpDigiAna_module.cc
o*OpDigiProperties.cc
o*OpDigiProperties.h
o*OpDigiProperties_service.cc
o*operations.hProvides a few simple operations for use in generic programming
o*operations_test.ccUnit test for larcorealg/CoreUtils/operations.h
o*OpFastScintillation.cxx
o*OpFastScintillation.hh
o*OpFlash.cxx
o*OpFlash.h
o*OpFlash3DDrawer_tool.cc
o*OpFlashAlg.cxx
o*OpFlashAlg.h
o*OpFlashAlg_test.cc
o*OpFlashAna_module.cc
o*OpFlashAnaAlg.cxx
o*OpFlashAnaAlg.h
o*OpFlashFinder_module.cc
o*OpFlashMCTruthAna_module.cc
o*OpFlashSimpleAna_module.cc
o*OpHit.cxx
o*OpHit.h
o*OpHit3DDrawer_tool.cc
o*ophit_finder_sbnd.fcl
o*ophit_wvfana_sbnd.fcl
o*OpHitAlg.cxx
o*OpHitAlg.h
o*OpHitAna_module.cc
o*ophitconfig_sbnd.fcl
o*OpHitFinder_module.cc
o*ophitfinder_sbnd.fcl
o*OpHitFinder_tool.cc
o*OpHitFinderICARUS_module.cc
o*opHitFinderSBND.cc
o*opHitFinderSBND.hh
o*opHitFinderSBND_module.cc
o*OpHitFinderStandard_tool.cc
o*OpMCDigi_module.cc
o*OpParamAction.cxx
o*OpParamAction.h
o*OpParamSD.cxx
o*OpParamSD.h
o*OpRecoFactoryStuff.hUtility and boilerplate for optical algorithms
o*OpSimHitPrinter.cc
o*opt0finder_sbnd.fcl
o*opt0finderana_sbnd.fcl
o*OpT0FinderConstants.h
o*OpT0FinderException.cxx
o*OpT0FinderException.hClass def header for exception classes in OpT0Finder package
o*OpT0FinderLogger.cxx
o*OpT0FinderLogger.hLogger utility class definition header file
o*OpT0FinderTypes.cxx
o*OpT0FinderTypes.h
o*OptDetDigitizer_module.cc
o*optical_electronic.fcl
o*opticaldetectormodules.fcl
o*opticaldetectormodules_sbnd.fcl
o*opticaldetectorservices.fcl
o*opticaldetectorservices_microboone.fcl
o*opticaldetectorservices_sbnd.fcl
o*OpticalLibraryBuild_Grid.sh
o*OpticalLibraryBuildInfov4.sh
o*OpticalPhysics.cxx
o*OpticalPhysics.hh
o*opticalproperties_icarus.fcl
o*opticalproperties_sbnd.fcl
o*OpticalRawDigit.h
o*OpticalRawDigitReformatter_module.cc
o*OpticalRecoAna.fcl
o*OpticalRecoAna_module.cc
o*OpticalRecoException.cxx
o*OpticalRecoException.hClass def header for exception classes in OpticalDetector package
o*OpHitFinder/OpticalRecoTypes.h
o*OpticalRecoTypes.h
o*opticalsimparameterisations.fcl
o*opticalsimparameterisations_sbnd.fcl
o*opticalTools_icarus.fcl
o*OpticalTriggerGate.cxxA trigger gate data object for optical detector electronics
o*OpticalTriggerGate.hA trigger gate data object for optical detector electronics
o*OpticalTypes.h
o*optriggeralg_sbnd.fcl
o*OpWaveform.cxxDefinition of calibrated photon detector waveform
o*OpWaveform.hDefinition of calibrated photon detector waveform
o*Ortho3DPad.cxxDrawing pad showing an orthographic rendering of 3D objects in the detector
o*Ortho3DPad.hDrawing pad showing an orthographic projection of 3D objects in the detector
o*Ortho3DView.cxxOrthographic view display window
o*Ortho3DView.hA view showing an orthographic projection of 3D objects
o*OrthoProj.hDefine OrthoProj_t enum for selecting orthographic view
o*OscCalcSterileApprox.cxx
o*OscCalcSterileApprox.h
o*OscCurve.cxx
o*OscCurve.h
o*OscillatableSpectrum.cxx
o*OscillatableSpectrum.h
o*OverburdenAnaICARUS.fcl
o*Overlay1D_tool.cc
o*OverlayICARUS_module.cc
o*overlaymodules_ICARUS.fcl
o*OverriddenClusterParamsAlg.hOverrides another ClusterParamsAlgBase class with selected constants
o*OvershootSplittingAlgorithm.ccImplementation of the overshoot splitting algorithm class
o*OvershootSplittingAlgorithm.hHeader file for the overshoot splitting algorithm class
o*OvershootTracksTool.ccImplementation of the overshoot tracks tool class
o*OvershootTracksTool.hHeader file for the overshoot tracks tool class
o*PandoraIDPrinter.cc
o*PandoraMetadataPrinter.cc
o*pandoramodules_icarus.fcl
o*pandoramodules_sbnd.fcl
o*PandoraNuScoreCosmicIdAlg.cc
o*PandoraNuScoreCosmicIdAlg.h
o*pandorashoweralgs.fcl
o*pandorashowermodules.fcl
o*pandorashowertools.fcl
o*sbnana/sbnanalysis/ana/SBNOscReco/CosmicIDAlgs/PandoraT0CosmicIdAlg.cc
o*sbndcode/sbndcode/CosmicId/Algs/PandoraT0CosmicIdAlg.cc
o*sbnana/sbnanalysis/ana/SBNOscReco/CosmicIDAlgs/PandoraT0CosmicIdAlg.h
o*sbndcode/sbndcode/CosmicId/Algs/PandoraT0CosmicIdAlg.h
o*ParallelData.hAuxiliary data from parallel data products
o*ParallelDataProxyMaker.hInfrastructure for the addition of parallel data to a proxy
o*ParallelHitsSeedFinderAlg.cxxImplementation of the Seed Finder Algorithm The intent of this algorithm is to take an input list of 3D space points and from those to find candidate track start points and directions
o*ParallelHitsSeedFinderAlg.hThis is an algorithm for finding recob::Seed objects in 3D clusters
o*ParamHolder.cxx
o*ParamHolder.h
o*Parser.cxx
o*Parser.hList of functions to type-cast std::string to an appropriate value type
o*ParsingToolkit.cxxSimple text parsing utilities
o*ParsingToolkit.hSimple text parsing utilities
o*ParsingToolkit_test.ccUnit test for utilities in ParsingToolkit.h
o*ParticleFilters.hDefines classes to filter particles based on their trajectory
o*ParticleID.cxx
o*particleid.fcl
o*ParticleID.h
o*particleid_argoneut.fcl
o*particleid_icarus.fcl
o*particleid_microboone.fcl
o*particleid_sbnd.fcl
o*ParticleID_VariableTypeEnums.h
o*ParticleInventory.cc
o*ParticleInventory.hHeader for the ParticleInvenotry Service Provider
o*ParticleInventoryService.cc
o*particleinventoryservice.fcl
o*ParticleInventoryService.h
o*ParticleInventoryService_service.cc
o*ParticleListAction.cc
o*ParticleListAction.cxxUse Geant4's user "hooks" to maintain a list of particles generated by Geant4
o*ParticleListAction.hUse Geant4's user "hooks" to maintain a list of particles generated by Geant4
o*ParticleListAction_service.cc
o*ParticleListAction_service.hUse Geant4's user "hooks" to maintain a list of particles generated by Geant4
o*ParticleMaker_module.ccModule creating simulated particles for a test
o*ParticleMatch.cxx
o*ParticleMatch.h
o*ParticleRecoveryAlgorithm.ccImplementation of the particle recovery algorithm class
o*ParticleRecoveryAlgorithm.hHeader file for the track recovery algorithm class
o*Partitions.hClasses describing partition of an area with associated data
o*PassCounter.hClass to keep count of a pass/fail result
o*PCA.cc
o*PCA.h
o*PCA3DDrawer_tool.cc
o*pcangle_producer.fcl
o*PCAngleKinkFinder_module.cc
o*PCAngleKinkTree_module.cc
o*PCAnglePlaneMaker_module.cc
o*PCASeedFinderAlg.cxxImplementation of the Seed Finder Algorithm
o*PCASeedFinderAlg.hThis is an algorithm for finding recob::Seed objects in 3D clusters
o*PcaShowerParticleBuildingAlgorithm.ccImplementation of the 3D shower building algorithm class
o*PcaShowerParticleBuildingAlgorithm.hHeader file for the neutrino event creation algorithm class
o*PCAxis.cxx
o*PCAxis.h
o*PCAxisDumpers.ccFunctions dumping principal component axis objects - implementation file
o*PCAxisDumpers.hFunctions dumping principal component axis objects
o*PD_Sim_Chain_Ref.fcl
o*PD_Sim_Chain_Tra.fcl
o*PDFastSim_sbnd.fcl
o*PDFastSimPAR.fcl
o*PDFastSimPAR_module.cc
o*PDFastSimPVS.fcl
o*PDFastSimPVS_module.cc
o*PDMapAlg.hThis is the interface class for a tool to handle PD mapping in SBN detectors, used for flash matching
o*PDMapAlgSimple_tool.cc
o*PeakFitterGaussElimination_tool.cc
o*PeakFitterGaussian_tool.cc
o*PeakFitterICARUS_tool.cc
o*PeakFitterMrqdt_tool.cc
o*icaruscode/icaruscode/PMT/OpReco/FlashFinder/PECalib.cxx
o*sbndcode/sbndcode/OpDetReco/OpFlash/FlashFinder/PECalib.cxx
o*icaruscode/icaruscode/PMT/OpReco/FlashFinder/PECalib.h
o*sbndcode/sbndcode/OpDetReco/OpFlash/FlashFinder/PECalib.h
o*PedAlgoEdges.cxx
o*PedAlgoEdges.hClass definition file of PedAlgoEdges
o*PedAlgoFixed.cxxPedestal "algorithm" reading the pedestals from somewhere else
o*PedAlgoFixed.hPedestal "algorithm" reading the pedestals from somewhere else
o*PedAlgoRmsSlider.cxx
o*PedAlgoRmsSlider.hClass definition file of PedAlgoRmsSlider
o*PedAlgoRollingMean.cxx
o*PedAlgoRollingMean.hClass definition file of PedAlgoRollingMean
o*PedAlgoUB.cxx
o*PedAlgoUB.hClass definition file of PedAlgoUB
o*PfoCharacterisationBaseAlgorithm.ccImplementation of the pfo characterisation base algorithm class
o*PfoCharacterisationBaseAlgorithm.hHeader file for the pfo characterisation base algorithm class
o*PfoHitCleaningAlgorithm.ccImplementation of the pfo hit cleaning algorithm class
o*PfoHitCleaningAlgorithm.hHeader file for the pfo hit cleaning algorithm class
o*PfoMopUpBaseAlgorithm.ccImplementation of the pfo mop up algorithm base class
o*PfoMopUpBaseAlgorithm.hHeader file for the pfo mop up algorithm base class
o*PfoValidationAlgorithm.ccImplementation of the pfo validation algorithm
o*PfoValidationAlgorithm.hHeader file for the pfo validation algorithm
o*PFPAna_module.cc
o*PFParticle.cxx
o*PFParticle.h
o*PFParticle3DDrawer_tool.cc
o*PFParticleAnalysis_module.ccAnalysis module for created particles
o*PFParticleCosmicAna_module.ccAnalysis module for created particles
o*PFParticleHitDumper_module.ccAnalysis module for created particles
o*PFParticleMetadata.cxx
o*PFParticleMetadata.h
o*PFParticleMonitoring_module.ccAnalysis module for created particles
o*PFParticleTrackAna_module.ccAnalysis module for created particles
o*PFParticleValidation_module.ccAnalysis module for created particles
o*pfpslicevalidation.fcl
o*PFPSliceValidation_module.cc
o*PFPUtils.cxx
o*PFPUtils.h
o*PhotBackground.fcl
o*PhotBackground_module.cc
o*PhotoelectronPulseFunction.hAbstract interface of shape of a pulse from one photoelectron
o*photon_propogation_icarus.fcl
o*photon_propogation_timing_icarus.fcl
o*PhotonBackTracker.cc
o*PhotonBackTracker.hBack track the reconstruction to the simulation
o*PhotonBackTrackerLoader_module.cc
o*PhotonBackTrackerService.cc
o*photonbacktrackerservice.fcl
o*PhotonBackTrackerService.h
o*PhotonBackTrackerService_service.cc
o*PhotonCalibrator.fcl
o*PhotonCalibratorServiceStandard.h
o*PhotonCalibratorServiceStandard_service.cc
o*PhotonCalibratorStandard.h
o*photoncountert0matching.fcl
o*PhotonCounterT0Matching_module.cc
o*PhotonLibHypothesis.cxx
o*PhotonLibHypothesis.hClass def header for a class PhotonLibHypothesis
o*larsim/larsim/PhotonPropagation/PhotonLibrary.cxx
o*sbncode/sbncode/OpT0Finder/flashmatch/Base/FMWKTools/PhotonLibrary.cxx
o*larsim/larsim/PhotonPropagation/PhotonLibrary.h
o*sbncode/sbncode/OpT0Finder/flashmatch/Base/FMWKTools/PhotonLibrary.h
o*photonlibrary_builder_icarus.fcl
o*photonlibrary_volumetest_icarus.fcl
o*PhotonLibraryAnalyzer_module.cc
o*photonlibraryanalyzerjob.fcl
o*PhotonLibraryHybrid.cxx
o*PhotonLibraryHybrid.h
o*PhotonLibraryPropagation_module.ccProvides phot:PhotonLibraryPropagation module
o*PhotonMappingIdentityTransformations.cxxA photon mapping identity transformation: implementation
o*PhotonMappingIdentityTransformations.hA photon mapping identity transformation
o*PhotonMappingIdentityTransformations_tool.ccA photon mapping identity transformation: toolification
o*PhotonMappingXMirrorTransformations.cxxA photon mapping transformation with mirror on x: implementation
o*PhotonMappingXMirrorTransformations.hA photon mapping transformation with reflection at x = 0
o*PhotonMappingXMirrorTransformations_tool.ccA photon mapping transformation with mirror on x: toolification
o*PhotonPropogationICARUS_module.cc
o*PhotonVisibilityService.cc
o*PhotonVisibilityService.cxx
o*larsim/larsim/PhotonPropagation/PhotonVisibilityService.h
o*sbncode/sbncode/OpT0Finder/flashmatch/Base/FMWKTools/PhotonVisibilityService.h
o*PhotonVisibilityService_service.cc
o*PhotonVisibilityTypes.hDeclaration of types related to photon visibility
o*larsim/larsim/Simulation/PhotonVoxels.cxxDefinitions of voxel data structures: implementation
o*sbncode/sbncode/OpT0Finder/flashmatch/Base/FMWKTools/PhotonVoxels.cxx
o*larsim/larsim/Simulation/PhotonVoxels.hDefinitions of voxel data structures
o*sbncode/sbncode/OpT0Finder/flashmatch/Base/FMWKTools/PhotonVoxels.h
o*photpropmodules.fcl
o*photpropmodules_sbnd.fcl
o*photpropservices.fcl
o*photpropservices_icarus.fcl
o*photpropservices_sbnd.fcl
o*PhysicalConstants.hCollection of Physical constants used in LArSoft
o*PhysicsList.cxx
o*PhysicsList.hCreate the physics lists to be used by Geant4
o*PhysListLoader_module.ccA dummy module that forces library loading to register a physics list
o*pid.fcl
o*PIDAAlg.cxx
o*PIDAAlg.h
o*PIDAAnalyzer_module.cc
o*pidalgorithms.fcl
o*pionbnblike_calorimetry_workshop2020.fcl
o*PlaneGeo.cxx
o*PlaneGeo.hEncapsulate the construction of a single detector plane
o*PlaneStubMerge_tool.cc
o*plot.py
o*Plots.cxx
o*Plots.h
o*PlotSandbox.cxx
o*PlotSandbox.hA helper to manage ROOT objects in a art::TFileDirectory
o*PlotSpacePoints.fcl
o*PlotSpacePoints_module.cc
o*pmacosmictagalg.fcl
o*PmaElement3D.cxxImplementation of the Projection Matching Algorithm
o*PmaElement3D.hImplementation of the Projection Matching Algorithm
o*PmaHit3D.cxx
o*PmaHit3D.hImplementation of the Projection Matching Algorithm
o*PMAlgCosmicTagger.cxx
o*PMAlgCosmicTagger.h
o*PMAlgStitching.cxx
o*PMAlgStitching.h
o*PMAlgTracking.cxx
o*PMAlgTracking.h
o*PMAlgTrackMaker_module.cc
o*PMAlgTrajFitter_module.cc
o*PMAlgVertexing.cxx
o*PMAlgVertexing.h
o*PmaNode3D.cxxImplementation of the Projection Matching Algorithm
o*PmaNode3D.hImplementation of the Projection Matching Algorithm
o*PmaSegment3D.cxxImplementation of the Projection Matching Algorithm
o*PmaSegment3D.hImplementation of the Projection Matching Algorithm
o*pmastitchalg.fcl
o*PmaTrack3D.cxxImplementation of the Projection Matching Algorithm
o*PmaTrack3D.hImplementation of the Projection Matching Algorithm
o*PmaTrkCandidate.cxxTrack finding helper for the Projection Matching Algorithm
o*PmaTrkCandidate.hTrack finding helper for the Projection Matching Algorithm
o*pmavertexalg.fcl
o*PmaVtxCandidate.cxxVertex finding helper for the Projection Matching Algorithm
o*PmaVtxCandidate.hVertex finding helper for the Projection Matching Algorithm
o*PMTAna_module.ccClass definition file of PMTAna
o*pmtArtdaqFragmentProducer.fcl
o*pmtArtdaqFragmentProducer_module.cc
o*PMTChannelMapDumper.cxxUtility dumping the content of PMT channel mapping on screen
o*PMTconfiguration.cxxInformation from the configuration of a V1730 PMT readout board
o*PMTconfiguration.hInformation from the configuration of PMT readout
o*PMTconfigurationExtraction_module.ccWrites PMT configuration from FHiCL into data product
o*PMTconfigurationExtractor.cxxUtility to extract PMT readout configuration from data
o*PMTconfigurationExtractor.hUtility to extract PMT readout configuration from data
o*PMTcoordinates_module.cc
o*PMTDecoder_tool.ccThis tool provides "standard" 3D hits built (by this tool) from 2D hits
o*PMTDecoderUtils.cxx
o*PMTDecoderUtils.hSome helpers for PMT decoder tool
o*pmtflashtrigger_producer.fcl
o*PMTFlashTriggerFilter_module.cc
o*PMTFlashTriggerMaker_module.cc
o*PmtGain.hClass def header for a class PmtGain
o*PMTGainFluctuations.hh
o*PMTGainFluctuations1Dynode_tool.cc
o*pmtgainfluctuations_config.fcl
o*PmtGainProvider.h
o*PmtGainService.hInterface for experiment-specific service for pmt gain info
o*PMTInfo_t.hHelper class to store discriminated PMT information
o*PMTPedestalBase.cxx
o*PMTPedestalBase.hClass definition file of PMTPedestalBase
o*PMTPulseRecoBase.cxx
o*PMTPulseRecoBase.hClass definition file of PMTPulseRecoBase
o*pmtsimulation_icarus.fcl
o*PMTsimulationAlg.cxxAlgorithms for the simulation of ICARUS PMT channels
o*PMTsimulationAlg.hAlgorithms for the simulation of ICARUS PMT channels
o*pmtSoftwareTrigger.cc
o*pmtSoftwareTrigger.hh
o*pmtsoftwaretriggerproducer.fcl
o*pmtSoftwareTriggerProducer_module.cc
o*PMTsorting.cxxPMT sorting functions for ICARUS
o*PMTsorting.hGeometry obect sorter with PMT following TPC wire order
o*PMTStartCalibTime_module.cc
o*pmtTrigger.cc
o*PMTTrigger.cc
o*lardataobj/lardataobj/OpticalDetectorData/PMTTrigger.h
o*sbnana/sbnanalysis/ana/SBNOscReco/TriggerEmulator/PMTTrigger.h
o*pmtTrigger.hh
o*pmttriggerproducer.fcl
o*pmtTriggerProducer_module.cc
o*PMTverticalSlicingAlg.cxxAlgorihtm to group PMTs into piling towers (implementation file)
o*PMTverticalSlicingAlg.hAlgorihtm to group PMTs into piling towers
o*PMTWaveformBaselines_module.ccExtracts and writes PMT waveform baselines
o*PMTWaveformBaselinesFromChannelData_module.ccExtracts and writes PMT waveform baselines
o*PMTWaveformBaselinesFromReadoutConfiguration_module.ccExtracts PMT channel baselines from PMT readout configuration
o*PNGArena.cxx
o*PNGArena.h
o*point_isolation_test.fcl
o*PointCharge.hInformation about charge reconstructed in the active volume
o*PointCharge_test.ccSimple test on a recob::PointCharge object
o*PointHit.cxx
o*PointHit.h
o*PointIsolationAlg.hAlgorithm(s) dealing with point isolation in space
o*PointIsolationAlg_test.ccUnit tests for PointIsolationAlg
o*PointIsolationAlgRandom_test.ccUnit test with random data for PointIsolationAlg
o*PointIsolationAlgStress_test.ccStress test for PointIsolationAlg
o*Polygon2D.cxx
o*Polygon2D.h2D polygon object
o*PostProcessingAlgorithm.ccImplementation of the list moving algorithm class
o*PostProcessingAlgorithm.hHeader file for the post processing algorithm class
o*PostProcessorBase.cxx
o*PostProcessorBase.hh
o*POTaccumulator_module.ccModule summing all POT from the input files
o*POTSummary.cxx
o*POTsummary.fcl
o*POTSummary.h
o*PredictionExtrap.cxx
o*PredictionExtrap.h
o*PredictionGenerator.h
o*PredictionIncDirt.cxx
o*PredictionIncDirt.h
o*PredictionInterp.cxx
o*PredictionInterp.h
o*PredictionLinFit.cxx
o*PredictionLinFit.h
o*PredictionNoExtrap.cxx
o*PredictionNoExtrap.h
o*PredictionNoOsc.cxx
o*PredictionNoOsc.h
o*PredictionSBNExtrap.cxx
o*PredictionSBNExtrap.h
o*PredictionScaleComp.cxx
o*PredictionScaleComp.h
o*preparseGDML.cpp
o*PreProcessingAlgorithm.ccImplementation of the list preparation algorithm class
o*PreProcessingAlgorithm.hHeader file for the pre processing algorithm class
o*PrimaryHadronFeynmanScalingWeightCalc.cxx
o*PrimaryHadronNormalizationWeightCalc.cxx
o*PrimaryHadronSanfordWangWeightCalc.cxx
o*PrimaryHadronSWCentralSplineVariationWeightCalc.cxx
o*PrimaryTrack.cc
o*PrimaryTrack.h
o*PrimaryVertexFinder_module.cc
o*PrincipalComponentsAlg.cxx
o*PrincipalComponentsAlg.hThis header file defines the interface to a principal components analysis designed to be used within the 3D clustering
o*printBacktrace_test.cc
o*PrintCalorimetry_module.cc
o*ProcessorBase.cxx
o*ProcessorBase.hh
o*ProcessorBlock.cxx
o*ProcessorBlock.hh
o*Processors.cxx
o*Processors.h
o*prod_crt_event.fcl
o*prod_electrons_intrinsic_workshop2018.fcl
o*prod_electrons_oscilllated_workshop2018.fcl
o*prod_eminus_0-1GeV_isotropic_icarus.fcl
o*prod_eminus_0.1_0.9_sbnd.fcl
o*prod_empty.fcl
o*prod_empty_icarus.fcl
o*prod_mu_workshop2018.fcl
o*prod_muon_0-1GeV_isotropic_icarus.fcl
o*prod_muon_20deg.fcl
o*prod_muon_2GeV_d45_Collection.fcl
o*prod_muon_2GeV_d45_Induction1.fcl
o*prod_muon_2GeV_d45_Induction2.fcl
o*prod_muon_2GeV_perp_Collection.fcl
o*prod_muon_2GeV_perp_Induction1.fcl
o*prod_muon_2GeV_perp_Induction2.fcl
o*prod_muon_40deg.fcl
o*prod_muon_4GeV_down_top_crt.fcl
o*prod_muon_4GeV_perp_Collection.fcl
o*prod_muon_4GeV_up_top_crt.fcl
o*prod_muon_60deg.fcl
o*prod_muon_70deg.fcl
o*prod_muon_80deg.fcl
o*prod_muon_bnblike_active.fcl
o*prod_muon_workshop.fcl
o*prod_muplus_0.2-1GeV_isotropic_icarus.fcl
o*prod_pion_bnblike_active.fcl
o*prod_pizero_workshop2018.fcl
o*prod_proton_0-1GeV_isotropic_icarus.fcl
o*prod_proton_bnblike_active.fcl
o*prod_proton_workshop.fcl
o*prod_proton_workshop2018.fcl
o*prodbackground_Ar39_icarus.fcl
o*prodcorsika_300us_icarus.fcl
o*prodcorsika_bnb_fullosc_genie_protononly_icarus.fcl
o*prodcorsika_bnb_genie_protononly_icarus.fcl
o*prodcorsika_bnb_nue_genie_protononly_icarus.fcl
o*prodcorsika_cosmics_cmc.fcl
o*prodcorsika_cosmics_cmc_eastwestcrt_mu_filter.fcl
o*prodcorsika_cosmics_cmc_filter.fcl
o*prodcorsika_cosmics_cmc_frontbackcrt_mu_filter.fcl
o*prodcorsika_cosmics_proton.fcl
o*prodcorsika_cosmics_proton_eastwestcrt_mu_filter.fcl
o*prodcorsika_cosmics_proton_filter.fcl
o*prodcorsika_cosmics_proton_frontbackcrt_mu_filter.fcl
o*prodcorsika_genie_icarus_Jun2021.fcl
o*prodcorsika_genie_protononly_icarus_numi.fcl
o*prodcorsika_genie_protononly_icarus_numi_fullosc_volDetEnclosure_tpc.fcl
o*prodcorsika_genie_protononly_icarus_numi_nue.fcl
o*prodcorsika_genie_protononly_icarus_numi_nue_volDetEnclosure_tpc.fcl
o*prodcorsika_genie_protononly_icarus_numi_volDetEnclosure_tpc.fcl
o*prodcorsika_genie_standard_icarus.fcl
o*prodcorsika_genie_standard_icarus_Aug2018_nue.fcl
o*prodcorsika_genie_standard_icarus_Aug2018_numu.fcl
o*prodcorsika_genie_standard_icarus_numi.fcl
o*prodcorsika_genie_standard_icarus_numi_nue.fcl
o*prodcorsika_genie_standard_icarus_Oct2020_nue.fcl
o*prodcorsika_genie_standard_icarus_Oct2020_numu.fcl
o*prodcorsika_genie_standard_icarus_workshop.fcl
o*prodcorsika_proton_intime_filter.fcl
o*prodcorsika_proton_intime_filter_sce.fcl
o*prodcorsika_proton_intime_filter_sce_no_shower_rollup.fcl
o*prodcorsika_proton_intime_icarus_bnb.fcl
o*prodcorsika_proton_intime_icarus_bnb_sce_on.fcl
o*prodcorsika_proton_intime_icarus_numi.fcl
o*prodcorsika_proton_intime_icarus_numi_sce_on.fcl
o*prodcorsika_protononly_icarus.fcl
o*prodcorsika_protononly_icarus_ROOTinput.fcl
o*prodcorsika_standard_icarus.fcl
o*prodcorsika_standard_icarus_ROOTinput.fcl
o*prodcosmics.fcl
o*prodcosmics_CORSIKA_CMC.fcl
o*prodcosmics_CORSIKA_p.fcl
o*prodcosmics_corsika_proton_21apr21_laronly.fcl
o*prodcosmics_corsika_proton_21apr21_noob.fcl
o*prodcosmics_corsika_proton_21apr21_ob.fcl
o*prodcosmics_corsika_sbnd.fcl
o*prodcosmics_cry_sbnd.fcl
o*prodGaisser.fcl
o*prodGaisser_HighEnergy.fcl
o*prodGaisser_LowEnergy.fcl
o*prodGaisser_MidEnergy.fcl
o*prodgenie.fcl
o*prodgenie_bnb_intrinsic_nue_cosmic_sbn_icarus.fcl
o*prodgenie_bnb_intrinsic_nue_cosmic_sbn_sbnd.fcl
o*prodgenie_bnb_intrinsic_nue_cosmic_sbn_uboone.fcl
o*prodgenie_bnb_intrinsic_nue_sbn_icarus.fcl
o*prodgenie_bnb_intrinsic_nue_sbn_sbnd.fcl
o*prodgenie_bnb_intrinsic_nue_sbn_uboone.fcl
o*prodgenie_bnb_nu_cosmic_sbn_icarus.fcl
o*prodgenie_bnb_nu_cosmic_sbn_sbnd.fcl
o*prodgenie_bnb_nu_cosmic_sbn_uboone.fcl
o*prodgenie_bnb_nu_cosmic_sbnd.fcl
o*prodgenie_bnb_nu_sbn_icarus.fcl
o*prodgenie_bnb_nu_sbn_sbnd.fcl
o*prodgenie_bnb_nu_sbn_uboone.fcl
o*prodgenie_common_cosmic_sbnd.fcl
o*prodgenie_enuelastic_singleinteraction_tpc_gsimple-configd-v1.fcl
o*prodgenie_intrnue_singleinteraction_tpc_gsimple-configd-v1.fcl
o*prodgenie_intrnue_singleinteraction_tpc_gsimple-configf-v1.fcl
o*prodgenie_intrnue_singleinteraction_tpc_gsimple-configh-v1.fcl
o*prodgenie_intrnue_singleinteraction_tpc_sbnd.fcl
o*prodgenie_intrnue_spill_tpc_gsimple-configf-v1.fcl
o*prodgenie_intrnue_spill_tpc_gsimple-configh-v1.fcl
o*prodgenie_intrnue_spill_tpc_sbnd.fcl
o*prodgenie_nu_singleinteraction_cryostat_gsimple-configb-v1.fcl
o*prodgenie_nu_singleinteraction_cryostat_gsimple-configd-v1.fcl
o*prodgenie_nu_singleinteraction_cryostat_gsimple-configf-v1.fcl
o*prodgenie_nu_singleinteraction_cryostat_gsimple-configh-v1.fcl
o*prodgenie_nu_singleinteraction_cryostat_sbnd.fcl
o*prodgenie_nu_singleinteraction_tpc_ccpi0filtered_sbnd.fcl
o*prodgenie_nu_singleinteraction_tpc_gsimple-configd-v1.fcl
o*prodgenie_nu_singleinteraction_tpc_gsimple-configf-v1.fcl
o*prodgenie_nu_singleinteraction_tpc_gsimple-configf-v1_ccpi0filtered.fcl
o*prodgenie_nu_singleinteraction_tpc_gsimple-configf-v1_rotatedbuckets.fcl
o*prodgenie_nu_singleinteraction_tpc_gsimple-configh-v1.fcl
o*prodgenie_nu_singleinteraction_tpc_gsimple-configh-v1_ccpi0filtered.fcl
o*prodgenie_nu_singleinteraction_tpc_gsimple-configh-v1_rotatedbuckets.fcl
o*prodgenie_nu_singleinteraction_tpc_NCDeltaRadiative_filtered_sbnd.fcl
o*prodgenie_nu_singleinteraction_tpc_NCRadiativeResonant_filtered_sbnd.fcl
o*prodgenie_nu_singleinteraction_tpc_rotatedbuckets_sbnd.fcl
o*prodgenie_nu_singleinteraction_tpc_sbnd.fcl
o*prodgenie_nu_spill_cryostat_gsimple-configb-v1.fcl
o*prodgenie_nu_spill_cryostat_gsimple-configd-v1.fcl
o*prodgenie_nu_spill_cryostat_gsimple-configf-v1.fcl
o*prodgenie_nu_spill_cryostat_gsimple-configh-v1.fcl
o*prodgenie_nu_spill_cryostat_sbnd.fcl
o*prodgenie_nu_spill_indirt.fcl
o*prodgenie_nu_spill_inoverburden.fcl
o*prodgenie_nu_spill_intpc.fcl
o*prodgenie_nu_spill_tpc_gsimple-configf-v1.fcl
o*prodgenie_nu_spill_tpc_gsimple-configh-v1.fcl
o*prodgenie_nu_spill_tpc_sbnd.fcl
o*prodgenie_nu_spill_world_gsimple-configc-v1.fcl
o*prodgenie_nu_spill_world_gsimple-confige-v1.fcl
o*prodgenie_nu_spill_world_gsimple-configg-v1.fcl
o*prodgenie_nu_spill_world_sbnd.fcl
o*prodgenie_oscnue_spill_cryostat_gsimple-configb-v1.fcl
o*prodgenie_oscnueswap_singleinteraction_tpc_gsimple-configd-v1.fcl
o*prodgenie_oscnueswap_spill_cryostat_gsimple-configd-v1.fcl
o*prodgenie_rockbox_intrnue_sbnd.fcl
o*prodgenie_rockbox_sbnd.fcl
o*prodgenie_sbnd.fcl
o*prodgenie_sbnd_proj.fcl
o*prodhepmc_icarus.fcl
o*prodmarley.fcl
o*prodmarley_lariat.fcl
o*prodmarley_microboone.fcl
o*prodmarley_nue_fermidirac.fcl
o*prodmarley_sbnd_1event.fcl
o*prodmarleytime.fcl
o*prodMUSUN.fcl
o*prodndk.fcl
o*prodndkGolden.fcl
o*prodnosc.fcl
o*prodnuance.fcl
o*prodnuwro.fcl
o*prodoverlay_corsika_cosmics_cmc_genie_intrnue_spill_gsimple-configd-v1_tpc.fcl
o*prodoverlay_corsika_cosmics_cmc_genie_nu_spill_cryostat_sbnd.fcl
o*prodoverlay_corsika_cosmics_cmc_genie_nu_spill_gsimple-configb-v1_cryostat.fcl
o*prodoverlay_corsika_cosmics_cmc_genie_nu_spill_gsimple-configd-v1_cryostat.fcl
o*prodoverlay_corsika_cosmics_cmc_genie_nu_spill_gsimple-configd-v1_tpc.fcl
o*prodoverlay_corsika_cosmics_cmc_genie_nu_spill_gsimple-confige-v1_nu_filter.fcl
o*prodoverlay_corsika_cosmics_cmc_genie_nu_spill_gsimple-confige-v1_world.fcl
o*prodoverlay_corsika_cosmics_cmc_genie_nu_spill_gsimple-configf-v1_cryostat.fcl
o*prodoverlay_corsika_cosmics_cmc_genie_nu_spill_gsimple-configf-v1_tpc.fcl
o*prodoverlay_corsika_cosmics_cmc_genie_nu_spill_gsimple-configh-v1_cryostat.fcl
o*prodoverlay_corsika_cosmics_cmc_genie_nu_spill_gsimple-configh-v1_tpc.fcl
o*prodoverlay_corsika_cosmics_cmc_genie_nu_spill_tpc_sbnd.fcl
o*prodoverlay_corsika_cosmics_proton_genie_fullosc_spill_gsimple-configh-v1_tpc.fcl
o*prodoverlay_corsika_cosmics_proton_genie_intrnue_spill_gsimple-configf-v1_tpc.fcl
o*prodoverlay_corsika_cosmics_proton_genie_intrnue_spill_gsimple-configh-v1_tpc.fcl
o*prodoverlay_corsika_cosmics_proton_genie_intrnue_spill_tpc_sbnd.fcl
o*prodoverlay_corsika_cosmics_proton_genie_intrnue_spill_tpc_sbnd_3drift_windows.fcl
o*prodoverlay_corsika_cosmics_proton_genie_nu_spill_cryostat_sbnd.fcl
o*prodoverlay_corsika_cosmics_proton_genie_nu_spill_gsimple-configf-v1_cryostat.fcl
o*prodoverlay_corsika_cosmics_proton_genie_nu_spill_gsimple-configf-v1_tpc.fcl
o*prodoverlay_corsika_cosmics_proton_genie_nu_spill_gsimple-configh-v1_cryostat.fcl
o*prodoverlay_corsika_cosmics_proton_genie_nu_spill_gsimple-configh-v1_tpc.fcl
o*prodoverlay_corsika_cosmics_proton_genie_nu_spill_gsimple-newflux-v1_cryostat.fcl
o*prodoverlay_corsika_cosmics_proton_genie_nu_spill_tpc_sbnd.fcl
o*prodoverlay_corsika_cosmics_proton_genie_nu_spill_tpc_sbnd_3drift_windows.fcl
o*prodoverlay_corsika_cosmics_proton_genie_rockbox_intrnue_sbnd.fcl
o*prodoverlay_corsika_cosmics_proton_genie_rockbox_sbnd.fcl
o*prodoverlay_corsika_cosmics_proton_genie_rockbox_sce.fcl
o*prodoverlay_corsika_cosmics_proton_genie_rockbox_sce_no_shower_rollup.fcl
o*prodoverlay_proton_sbnflux_icarus.fcl
o*prodrandsingle.fcl
o*prodsingle.fcl
o*EventGenerator/prodsingle_buildopticallibrary.fcl
o*PhotonPropagation/LibraryBuildTools/prodsingle_buildopticallibrary.fcl
o*prodsingle_chpi_bnblike.fcl
o*prodsingle_common_icarus.fcl
o*prodsingle_common_sbnd.fcl
o*prodsingle_dualmu_5GeV_fixposcontained_openingangle1.0degree.fcl
o*prodsingle_electron_1-50MeV.fcl
o*prodsingle_electron_100-2250MeV_fixposcontained_fixangle.fcl
o*prodsingle_electron_200-1500MeV_fixposcentertpc1_isotropicangle.fcl
o*prodsingle_electron_50-300MeV_fixposcentertpc1_isotropicangle.fcl
o*prodsingle_electron_bnblike_newflux.fcl
o*prodsingle_electron_pi+_bnblike.fcl
o*prodsingle_electron_pi+_bnblike_anode_forwards_inwards.fcl
o*prodsingle_electron_pi+_bnblike_cathode_forwards_inwards.fcl
o*icaruscode/fcl/gen/single/prodsingle_electron_pi+_bnblike_forward.fcl
o*sbndcode/sbndcode/JobConfigurations/standard/gen/single/prodsingle_electron_pi+_bnblike_forward.fcl
o*prodsingle_electron_proton_bnblike_anode_forward.fcl
o*prodsingle_electron_proton_bnblike_anode_forward_sbnd.fcl
o*prodsingle_electron_proton_bnblike_cathode_forward.fcl
o*prodsingle_electron_proton_bnblike_cathode_forward_sbnd.fcl
o*prodsingle_electron_proton_bnblike_center_forward.fcl
o*prodsingle_electron_proton_bnblike_center_forward_sbnd.fcl
o*prodsingle_fastoptical.fcl
o*prodsingle_fastoptical2.fcl
o*prodsingle_fastoptical_sbnd.fcl
o*prodsingle_full_optical_electronic.fcl
o*prodsingle_fulloptical.fcl
o*prodsingle_gamma_100-2250MeV_fixposcontained_fixangle.fcl
o*prodsingle_gamma_200-1500MeV_fixposcentertpc1_isotropicangle.fcl
o*prodsingle_gamma_50-300MeV_fixposcentertpc1_isotropicangle.fcl
o*prodsingle_gamma_pi+_bnblike.fcl
o*icaruscode/fcl/gen/single/prodsingle_gamma_pi+_bnblike_forward.fcl
o*sbndcode/sbndcode/JobConfigurations/standard/gen/single/prodsingle_gamma_pi+_bnblike_forward.fcl
o*prodsingle_lartpcdetector.fcl
o*prodsingle_libraryana.fcl
o*prodsingle_mu_100-1257MeV_fixposcontained_fixangle.fcl
o*prodsingle_mu_10GeV_cathodecrossing.fcl
o*prodsingle_mu_10GeV_frontcorners_cornertocorner.fcl
o*prodsingle_mu_2GeV_anode_isotropic_inwards.fcl
o*prodsingle_mu_2GeV_fixposcentertpc1_isotropicangle.fcl
o*prodsingle_mu_3GeV_fixposapacross_gaus20degree.fcl
o*prodsingle_mu_3GeV_fixposupstream_gaus20degree.fcl
o*prodsingle_mu_3GeV_uniformupstream_fixangleforwardgoing.fcl
o*prodsingle_mu_bnblike.fcl
o*prodsingle_mu_bnblike_newflux.fcl
o*prodsingle_mu_plus_100-1257MeV_fixposcontained_fixangle.fcl
o*prodsingle_mu_proton_bnblike_anode_forward_sbnd.fcl
o*prodsingle_mu_proton_bnblike_anode_forwards.fcl
o*prodsingle_mu_proton_bnblike_anode_forwards_inwards.fcl
o*prodsingle_mu_proton_bnblike_cathode_forward_sbnd.fcl
o*prodsingle_mu_proton_bnblike_cathode_forwards.fcl
o*prodsingle_mu_proton_bnblike_cathode_forwards_inwards.fcl
o*prodsingle_mu_proton_bnblike_center_forward_sbnd.fcl
o*prodsingle_mu_proton_bnblike_center_forwards.fcl
o*prodsingle_muon_bnblike_active_sbnd.fcl
o*prodsingle_muplus_stopping_fromtop.fcl
o*prodsingle_optical_electronic.fcl
o*prodsingle_pi+_100-2250MeV_fixposcontained_fixangle.fcl
o*prodsingle_pi+_bnblike_active_sbnd.fcl
o*prodsingle_pi+_bnblike_newflux.fcl
o*prodsingle_pi0_100-2250MeV_fixposcontained_fixangle.fcl
o*prodsingle_pi0_bnblike_newflux.fcl
o*prodsingle_proton_200-2250MeV_fixposcontained_fixangle.fcl
o*prodsingle_proton_bnblike.fcl
o*prodsingle_proton_bnblike_active_sbnd.fcl
o*prodsingle_proton_bnblike_newflux.fcl
o*prodsingle_reconstruction_test.sh
o*prodsingle_sbnd.fcl
o*prodsingle_sbnd_crt.fcl
o*prodsingle_sbnd_proj.fcl
o*prodsingle_sbnd_test.fcl
o*prodsingle_sbnd_withcaldata.fcl
o*prodtext.fcl
o*prodtext_standard_icarus.fcl
o*produce_crumbs_training_trees_cosmic_only.fcl
o*produce_crumbs_training_trees_nu_cosmics.fcl
o*produce_crumbs_training_trees_nu_only.fcl
o*produce_fcl_template.sh
o*Profile.cc
o*Profile.h
o*ProfilerSupport.cxx
o*Progress.cxx
o*Progress.h
o*project.py
o*project_utilities.py
o*projectapp.py
o*projectdef.py
o*projectgui.py
o*ProjectionMatchingAlg.cxx
o*ProjectionMatchingAlg.h
o*projections.py
o*projectstatus.py
o*projectview.py
o*Flat/Prolog.h
o*Proxy/Prolog.h
o*prong_reco_uboone.fcl
o*PropagationTimeModel.cxx
o*PropagationTimeModel.h
o*Propagator.cxxBase class for Kalman filter propagator
o*Propagator.hBase class for Kalman filter track propagator
o*PropAny.cxxPropagate between any two surfaces
o*PropAny.hPropagate between any two surfaces
o*PropXYZPlane.cxxPropagate to SurfXYZPlane surface
o*PropXYZPlane.hPropagate to SurfXYZPlane surface
o*PropYZLine.cxxPropagate to SurfYZLine surface
o*PropYZLine.hPropagate to SurfYZLine surface
o*PropYZPlane.cxxPropagate to SurfYZPlane surface
o*PropYZPlane.hPropagate to PropYZPlane surface
o*ProtoDUNEDrawer_tool.cc
o*ProtoDUNEDualPhase.cxxImplementation of the ProtoDUNE dual phase interface
o*ProtoDUNEDualPhase.hDetector interface for ProtoDUNE dual phase
o*protonbnblike_calorimetry_workshop2020.fcl
o*prova_source.fcl
o*ProviderList.hContainer for service providers used in a test
o*ProviderList_test.ccUnit test for ProviderList.h
o*ProviderManager.cxx
o*ProviderManager.hh
o*ProviderPack.hData structure containing constant pointers to classes
o*larcorealg/test/CoreUtils/ProviderPack_test.cc
o*lardataalg/test/DetectorInfo/ProviderPack_test.cc
o*ProviderTestHelpers.hHelper classes to be used together with LArSoft's unit test
o*ProviderUtil.hSimple utilities for service providers
o*ProxyAsAuxProxyMaker.hInfrastructure for a collection proxy as auxiliary data for a proxy
o*ProxyAsParallelData.hData encapsulating a collection proxy as auxiliary data
o*ProxyBase.hBase utilities for the implementation of data product facades
o*ProxyBaseTest_module.ccTests feattures of ProxyBase.h
o*PSet.cxx
o*PSet.hClass def header for a class flashmatch::PSet
o*PSetUtils.cxx
o*PSetUtils.hUtility functions in Base/PSet
o*PtrMakerAnalyzer_module.cc
o*PtrMakerProducer2_module.cc
o*PtrMakerProducer_module.cc
o*publish.sh
o*pubsdeadenderror.py
o*pubsinputerror.py
o*PulseRecoManager.cxx
o*PulseRecoManager.hClass definition file of PulseRecoManager
o*PxHitConverter.cxx
o*PxHitConverter.h
o*PxUtils.h
o*PyUtils.cxx
o*PyUtils.h
o*QLLMatch.cxx
o*QLLMatch.hClass def header for a class QLLMatch
o*QuadExpr.cxx
o*QuadExpr.h
o*QuadVtx.fcl
o*QuadVtx_module.cc
o*quadvtxjob.fcl
o*quantities.hNumeric variable proxies with embedded unit of measurement
o*quantities_fhicl.hUtilities to read and write quantities in FHiCL configuration
o*quantities_fhicl_test.ccUnit test for quantities_fhicl.h header
o*quantities_test.ccUnit test for quantities.h header
o*quiet_Math_Functor.h
o*quiet_Math_Functor_test.sh
o*QWeightPoint.cxx
o*QWeightPoint.hClass def header for a class QWeightPoint
o*RadioGen_module.ccGenerator for radiological decays
o*radiological_gen.fcl
o*radiological_model_icarus.fcl
o*RandFastGauss.hFast approximate Gaussian random translator
o*RandomNoise_tool.cc
o*Range.cxx
o*Range.hClass def header for a class Range
o*RangeForWrapper.hUtility function to enable range-for on different type iterators
o*RangeForWrapper_test.ccTest for RangeForWrapper utilities
o*RangeP.cc
o*RangeP.h
o*RangePAllPID_module.cc
o*rangeproducer.fcl
o*Ratio.cxx
o*Ratio.h
o*RatioExperiment.cxx
o*RatioExperiment.h
o*raw.cxxRaw data utilities
o*raw.hCollect all the RawData header files together
o*raw_test.ccTests the raw data compression routines
o*RawDataDrawer.cxxClass to aid in the rendering of RawData objects
o*RawDataDrawer.hClass to aid in the rendering of RawData objects
o*RawDigit.cxxDefinition of basic raw digits
o*RawDigit.hDefinition of basic raw digits
o*RawDigit_test.ccSimple test on a raw::RawDigit object
o*RawDigitAna_module.cc
o*RawDigitBinAverageAlg.cxx
o*RawDigitBinAverageAlg.h
o*RawDigitCharacterizationAlg.cxx
o*RawDigitCharacterizationAlg.h
o*RawDigitCorrelatedCorrectionAlg.cc
o*RawDigitCorrelatedCorrectionAlg.h
o*RawDigitFFTAlg.cxx
o*RawDigitFFTAlg.h
o*rawdigitfilter_icarus.fcl
o*RawDigitFilterAlg_tool.cc
o*RawDigitFilterICARUS_module.cc
o*RawDigitNoiseFilterDefs.h
o*RawDigitSmoother_module.cc
o*RawDrawingOptions.cc
o*RawDrawingOptions.h
o*RawDrawingOptions_service.cc
o*RawFrameSource.cxx
o*RawFrameSource.h
o*RawHitFinder_module.cc
o*rawtorootconvert.fcl
o*RawTypes.h
o*RayTraceBox_tool.cc
o*Razzle_module.cc
o*RDTimeStamp.h
o*ReactorExperiment.cxx
o*ReactorExperiment.h
o*ReadArtConfiguration.cxxUtilities to extract art FHiCL configuration from different sources
o*ReadArtConfiguration.hUtilities to extract art FHiCL configuration from different sources
o*readout_types.hClasses identifying readout-related concepts
o*readout_types_fhicl.hUtilities for using readout IDs in FHiCL validated configuration
o*readout_types_fhicl_test.ccTest of larcoreobj/SimpleTypesAndConstants/readout_types_fhicl.h
o*readout_types_test.ccTest of readout_types.h types
o*ReadoutDataContainers.hContainers to hold one datum per TPC set or readout plane
o*readoutdatacontainers_test.cxxUnit test for ReadoutDataContainers.h library
o*ReadoutIDmapper.hMapping between geometry/readout ID and flat index
o*ReadoutTriggerGate.hA trigger gate data object associated to one or more channels
o*RealComparisons.hClass for approximate comparisons
o*RealComparisons_test.ccUnit test for RealComparisons class
o*reco1_3drift_windows.fcl
o*reco1_3drift_windows_lite.fcl
o*reco1_3drift_windows_sce.fcl
o*reco1_3drift_windows_sce_lite.fcl
o*reco1_calorimetry_workshop2020.fcl
o*reco1_sce.fcl
o*reco1_sce_comm.fcl
o*reco1_sce_lite.fcl
o*reco2_3drift_windows.fcl
o*reco2_3drift_windows_sce.fcl
o*reco2_calorimetry_workshop2020.fcl
o*reco2_sce.fcl
o*reco2_sce_comm.fcl
o*reco2_sce_no_opt0finder.fcl
o*Reco3DDrawers.fcl
o*reco3djob_uboone.fcl
o*reco_3drift_windows.fcl
o*reco_calorimetry_workshop2020_sbnd.fcl
o*icaruscode/fcl/utilities/reco_drops.fcl
o*sbndcode/sbndcode/JobConfigurations/base/reco_drops.fcl
o*reco_icarus.fcl
o*reco_icarus_driver_common.fcl
o*reco_icarus_driver_reco_3d.fcl
o*reco_icarus_driver_reco_all.fcl
o*reco_icarus_driver_reco_crtophit.fcl
o*reco_icarus_driver_reco_gauss.fcl
o*reco_icarus_driver_reco_multitpc_gauss.fcl
o*reco_icarus_driver_reco_multitpc_gauss_calonoSCE.fcl
o*reco_icarus_driver_reco_multitpc_gauss_cosmic.fcl
o*reco_icarus_driver_reco_multitpc_gauss_sce.fcl
o*reco_icarus_driver_reco_multitpc_gauss_sce_July2021.fcl
o*reco_icarus_driver_reco_multitpc_gauss_sce_newcorrection.fcl
o*reco_icarus_driver_reco_multitpc_mixed.fcl
o*reco_icarus_driver_reco_multitpc_raw.fcl
o*reco_icarus_driver_reco_raw.fcl
o*reco_pandora_cheat.fcl
o*reco_pandora_cut_based.fcl
o*reco_pandora_microboone_mva.fcl
o*reco_sbnd.fcl
o*reco_truth_matching.cxx
o*reco_truth_matching.h
o*reco_uboonedatadrivennoise.fcl
o*reco_uddnoise_gausfilter.fcl
o*RecoBaseDrawer.cxxClass to aid in the rendering of RecoBase objects
o*RecoBaseDrawer.hClass to aid in the rendering of RecoBase objects
o*RecoCheckAna_module.cc
o*RecoDrawingOptions.cc
o*RecoDrawingOptions.h
o*RecoDrawingOptions_service.cc
o*RecoEvent.h
o*RecoParticle.h
o*RecoProxyUsageExample.fcl
o*RecoProxyUsageExample_module.cc
o*RecoTrack.h
o*icaruscode/icaruscode/CRT/CRTUtils/RecoUtils.cc
o*icaruscode/icaruscode/RecoUtils/RecoUtils.cc
o*sbnana/sbnanalysis/ana/SBNOscReco/RecoUtils/RecoUtils.cc
o*sbncode/sbncode/CAFMaker/RecoUtils/RecoUtils.cc
o*sbndcode/sbndcode/RecoUtils/RecoUtils.cc
o*icaruscode/icaruscode/CRT/CRTUtils/RecoUtils.h
o*icaruscode/icaruscode/RecoUtils/RecoUtils.h
o*sbnana/sbnanalysis/ana/SBNOscReco/RecoUtils/RecoUtils.h
o*sbncode/sbncode/CAFMaker/RecoUtils/RecoUtils.h
o*sbndcode/sbndcode/RecoUtils/RecoUtils.h
o*recowire_icarus.fcl
o*RecoWireICARUS_module.cc
o*RecoWireICARUSRaw_module.cc
o*RecoWireROI_module.cc
o*RecoWireROIICARUS_module.cc
o*recreatetree_timed_tracks_icarus_magic.fcl
o*RecursivePfoMopUpAlgorithm.cc
o*RecursivePfoMopUpAlgorithm.h
o*reduce_all_icarus.sh
o*RegionAboveThresholdFinder.cxx
o*RegionAboveThresholdFinder.h
o*RemovalBaseTool.ccImplementation of the removal base class
o*RemovalBaseTool.hHeader file for the removal base tool class
o*RemoveIgnoreTotal.sh
o*RemoveIsolatedSpacePoints_module.ccModule running lar::example::SpacePointIsolationAlg algorithm
o*removeisolatedspacepoints_standard.fcl
o*RemoveMathFromGDML.py
o*RemoveUserFromServiceConfig.py
o*removeWhiteSpace.sh
o*rename.sh
o*detsim/legacy/others/rename_to_legacy.sh
o*g4/legacy/others/rename_to_legacy.sh
o*reprocess_icarus.fcl
o*reprocess_sbnd.fcl
o*reprocess_sbnd_intime.fcl
o*resourcemonitorservices_sbnd.fcl
o*resourcetracking_services.fcl
o*Response_tool.cc
o*restructuring.py
o*ReThrowRayTraceBox_tool.cc
o*ReweightableSpectrum.cxx
o*ReweightableSpectrum.h
o*RFFHitFinder_module.cc
o*RFFHitFinderAlg.cxx
o*RFFHitFinderAlg.h
o*RFFHitFitter.cxx
o*RFFHitFitter.h
o*risetimecalculator_tool.fcl
o*RiseTimeCalculatorBase.hInterfacce class for a tool to calculate the pulse rise time
o*RiseTimeThreshold_tool.ccRise time is defined as the time slot in which the pulse goes above a certain fraction of the maximum ADC peak value given by the "PeakRatio" fhicl parameter
o*RKTrackRep.cxx
o*RKTrackRep.h
o*ROC.cc
o*ROC.h
o*ROICannyEdgeDetection_tool.cc
o*ROIConverter_module.cc
o*ROIDeconvolution_tool.cc
o*ROIFinder_module.cc
o*ROIFinderDifferential_tool.cc
o*ROIFinderMorphological_tool.cc
o*ROIFinderNOP_tool.cc
o*ROIFinderStandard_tool.cc
o*ROIFinderStandardSBND_tool.cc
o*ROIFromDecoder_tool.cc
o*ROIMorphological2D_tool.cc
o*roiTools_icarus.fcl
o*roitools_sbnd.fcl
o*root_metadata.py
o*ROOTGeometryNavigator.hClass representing a path in ROOT geometry
o*RootMathFunctor.h
o*rootoutput_icarus.fcl
o*rootoutput_sbnd.fcl
o*rootstat.py
o*ROOTutils.hA bunch of diverse utilities and futilities related to ROOT
o*icarusalg/icarusalg/gallery/helpers/python/ROOTutils.py
o*sbndcode/sbndcode/gallery/python/ROOTutils.py
o*ROPandTPCsetBuildingAlg.cxxAlgorithm discovering TPC sets and readout planes for ICARUS
o*ROPandTPCsetBuildingAlg.hAlgorithm discovering TPC sets and readout planes for ICARUS
o*rounding.hUtilities for numerical rounding
o*rounding_test.ccUnit test for utilities from rounding.h
o*RPhiFeatureTool.ccImplementation of the r/phi feature tool class
o*RPhiFeatureTool.hHeader file for the r/phi feature tool class
o*run4642like_detsim_icarus.fcl
o*run4759like_detsim_icarus.fcl
o*run_bnbinfo_sbn.fcl
o*run_calorimetry_analysis_icarus.fcl
o*run_calorimetry_analysis_sbnd.fcl
o*run_calorimetry_skim_icarus_data.fcl
o*run_calorimetry_skim_icarus_data_goldentrack.fcl
o*run_calorimetry_skim_icarus_data_wdigit.fcl
o*run_calorimetry_skim_sbnd.fcl
o*run_calorimetry_skim_sbnd_goldentrack.fcl
o*run_calorimetry_skim_sbnd_wdigit.fcl
o*run_ConsolidatedPFParticleAnalysisTemplate.fcl
o*run_CRTArtdaqFragmentProducer.fcl
o*run_decohitfinder.fcl
o*run_eventweight_sbn.fcl
o*run_eventweight_sbnd.fcl
o*run_extinfo_sbn.fcl
o*run_flashfilter_data.fcl
o*run_flashfinder.fcl
o*run_flashfinder_3drift.fcl
o*run_fluxreader_boone_sbnd.fcl
o*run_fluxreader_sbnd.fcl
o*run_fluxreader_sbnd_SBNEventWeight.fcl
o*run_fragmentproducers.fcl
o*run_genericCRT.fcl
o*sbncode/sbncode/TPCReco/TrackHit/run_hitdumper.fcl
o*sbndcode/sbndcode/Commissioning/fcls/run_hitdumper.fcl
o*run_icarus_flashfinder.fcl
o*run_job.sh
o*run_lar.sh
o*run_larg4particlefilter.fcl
o*run_metricproducer.fcl
o*run_muons2n.fcl
o*run_muontrack.fcl
o*run_mupvertex.fcl
o*run_numiinfo_sbn.fcl
o*run_numiinfo_sbn_dropfrag.fcl
o*run_numueff.fcl
o*run_opflash_debugger.fcl
o*run_opflash_electron.fcl
o*run_opflash_protons.fcl
o*run_ophit_debugger.fcl
o*run_opreco.fcl
o*run_opreco_data.fcl
o*run_opt0finder_sbnd.fcl
o*run_pandora_event_dump.fcl
o*run_pcanglekink_sbnd.fcl
o*run_pmtArtdaqFragmentProducer.fcl
o*run_pmtsoftwaretriggerproducer.fcl
o*run_pmttriggerproducer.fcl
o*run_simTestPulse.py
o*run_singlephoton_sbnd.fcl
o*run_submit_sbnd_overlay.sh
o*run_ToFAnalyzer.fcl
o*run_ToFFilter.fcl
o*run_ToFProducer.fcl
o*run_tracksplit_icarus.fcl
o*run_trigger_gate_simulation_icarus.fcl
o*run_vertexcharge_icarus.fcl
o*run_vertexcharge_sbnd.fcl
o*RunData.cxx
o*RunData.h
o*runFilesFromSAM.sh
o*RunHistory.h
o*RunHistoryStandard.cxx
o*RunHistoryStandard.h
o*RunningT0Tagging_module.cc
o*runningt0tagging_sbnd.fcl
o*runPID.fcl
o*runPID_noMVA.fcl
o*sam_icarus.fcl
o*sam_sbnd.fcl
o*sample_gen.fcl
o*SampledFunction.hClass for a function with precomputed values
o*SampledFunction_test.ccUnit test for util::SampledFunction
o*SampledWaveformFunction.hPulse from one photoelectron as a train of samples
o*SampledWaveformFunctionTool_tool.ccToolization of icarus::opdet::SampledWaveformFunction<nanosecond>
o*SAMProjectSource.cxx
o*SAMProjectSource.h
o*SAMQuerySource.cxx
o*SAMQuerySource.h
o*save_binary_file_photon_library_icarus.fcl
o*SaveConfigurationIntoTFile_module.ccWrites the configuration of this job into TFileService file
o*savegraph.py
o*savehist.py
o*sbn-postprocess.cxx
o*sbn.cxx
o*sbn_crumbs_producer.fcl
o*sbn_pid.fcl
o*sbn_static.cxx
o*sbn_stub.fcl
o*sbn_stub_merge_tools.fcl
o*sbnd_buildopticallibrary.fcl
o*sbnd_ci_empty_file_maker_sbndcode.fcl
o*sbnd_ci_nucosmics_anatree_quick_test_sbndcode.fcl
o*sbnd_ci_nucosmics_anatree_seq_test_sbndcode.fcl
o*sbnd_ci_nucosmics_caf_quick_test_sbndcode.fcl
o*sbnd_ci_nucosmics_caf_seq_test_sbndcode.fcl
o*sbnd_ci_nucosmics_detsim_quick_test_sbndcode.fcl
o*sbnd_ci_nucosmics_detsim_seq_test_sbndcode.fcl
o*sbnd_ci_nucosmics_g4_quick_test_sbndcode.fcl
o*sbnd_ci_nucosmics_g4_seq_test_sbndcode.fcl
o*sbnd_ci_nucosmics_gen_quick_test_sbndcode.fcl
o*sbnd_ci_nucosmics_gen_seq_test_sbndcode.fcl
o*sbnd_ci_nucosmics_reco1_quick_test_sbndcode.fcl
o*sbnd_ci_nucosmics_reco1_seq_test_sbndcode.fcl
o*sbnd_ci_nucosmics_reco2_quick_test_sbndcode.fcl
o*sbnd_ci_nucosmics_reco2_seq_test_sbndcode.fcl
o*sbnd_ci_single_anatree_quick_test_sbndcode.fcl
o*sbnd_ci_single_anatree_seq_test_sbndcode.fcl
o*sbnd_ci_single_caf_quick_test_sbndcode.fcl
o*sbnd_ci_single_caf_seq_test_sbndcode.fcl
o*sbnd_ci_single_detsim_quick_test_sbndcode.fcl
o*sbnd_ci_single_detsim_seq_test_sbndcode.fcl
o*sbnd_ci_single_g4_quick_test_sbndcode.fcl
o*sbnd_ci_single_g4_seq_test_sbndcode.fcl
o*sbnd_ci_single_gen_quick_test_sbndcode.fcl
o*sbnd_ci_single_gen_seq_test_sbndcode.fcl
o*sbnd_ci_single_reco1_quick_test_sbndcode.fcl
o*sbnd_ci_single_reco1_seq_test_sbndcode.fcl
o*sbnd_ci_single_reco2_quick_test_sbndcode.fcl
o*sbnd_ci_single_reco2_seq_test_sbndcode.fcl
o*sbnd_driftestimatoralgo.fcl
o*sbnd_flashalgo.fcl
o*sbnd_flashana.fcl
o*sbnd_flashcalib.fcl
o*sbnd_flashfinder.fcl
o*sbnd_flashgeoalgo.fcl
o*sbnd_flasht0algo.fcl
o*sbnd_fts_metadataextractor_wrapper.py
o*sbnd_mcflash.fcl
o*SBND_QGSP_BERT_NNC.cc
o*SBND_QGSP_BERT_NNC.hh
o*sbnd_trackcalo_skimmer.fcl
o*SBNDataNoise_tool.cc
o*SBNDataNoiseBoard_tool.cc
o*SBNDCRTGeometryTest.fcl
o*SBNDCRTGeometryTest_module.cc
o*SBNDFlashAna_module.cc
o*SBNDFlashFinder_module.cc
o*SBNDGeometryHelper.hGeometry helper service for SBND geometries
o*SBNDGeometryHelper_service.ccGeometry helper service for SBND geometries (implementation)
o*SBNDMCFlash_module.cc
o*SBNDNoiseServiceFromHist.h
o*SBNDNoiseServiceFromHist_service.cc
o*SBNDNoNoiseService.h
o*SBNDNoNoiseService_service.cc
o*SBNDOpDeconvolution_module.cc
o*SBNDOpHitFinder_module.cc
o*SBNDOpT0Finder_module.cc
o*SBNDOpT0FinderAna_module.cc
o*sbndPDMapAlg.hh
o*sbndPDMapAlg_tool.cc
o*sbndpoms_artroot_metadata_extractor.sh
o*sbndpoms_caf_concatenation.sh
o*sbndpoms_duplicate_file_remover.sh
o*sbndpoms_genfclwithrunnumber_maker.sh
o*sbndpoms_ifdh_mkdir-p.sh
o*sbndpoms_metadata_extractor.sh
o*sbndpoms_metadata_injector.sh
o*sbndpoms_runnumber_injector.sh
o*sbndpoms_wrapperfcl_maker.sh
o*SBNDSelection.fcl
o*SBNDservices.py
o*SBNDThermalNoiseServiceInFreq.h
o*SBNDThermalNoiseServiceInFreq_service.cc
o*SBNDThermalNoiseServiceInTime.h
o*SBNDThermalNoiseServiceInTime_service.cc
o*SBNDuBooNEDataDrivenNoiseService.h
o*SBNDuBooNEDataDrivenNoiseService_service.cc
o*SBNDutils.py
o*SBNEventWeight_module.cc
o*sbnmar18_detsim_icarus.fcl
o*sbnmar18_detsim_icarus_box.fcl
o*sbnmar18_icarus_driver_reco_all.fcl
o*sbnmar18_icarus_driver_reco_all_box.fcl
o*sbnmar18_icarus_driver_reco_all_reduced.fcl
o*sbnmar18_reco_icarus.fcl
o*sbnmar18_reco_icarus_driver_common.fcl
o*SBNNoise_tool.cc
o*SBNWeightSysts.cxx
o*SBNWeightSysts.h
o*sbnworkshop_detsim_icarus.fcl
o*sbnworkshop_icarus_driver_reco_all.fcl
o*sbnworkshop_reco_icarus.fcl
o*sbnworkshop_reco_icarus_driver_common.fcl
o*scanner.cc
o*scanner.h
o*ScatterClosestApproach.cc
o*ScatterClosestApproach.h
o*SCECorrection_module.cc
o*scecorrections.fcl
o*SCEOffsetBounds.cxxImplementation of SCE Offset Bounds Checking method(s)
o*SCEOffsetBounds.hUtility function for testing if Space Charge offsets are out of bounds
o*scintillationtime_tool.fcl
o*ScintTime.h
o*ScintTimeLAr.cc
o*ScintTimeLAr.h
o*ScintTimeLAr_tool.cc
o*seaDBSCAN.cxx
o*seaDBSCAN.hClass def header for a class seaDBSCAN
o*SEAviewer.cxx
o*SEAviewer.h
o*second_shower_search.cxx
o*second_shower_search.h
o*Seed.cxx
o*Seed.h
o*SeedAna_module.cc
o*SeedCreator.hTools and modules for checking out the basics of the Monte Carlo
o*SeedFinderAlgBase.hThis is intended to define an interface to all Seed finder algorithms employed by the 3D clustering
o*SeedFinderAlgorithm.cxx
o*SeedFinderAlgorithm.h
o*SeedFinderModule_module.cc
o*seedservice_argoneut.fcl
o*seedservice_icarus.fcl
o*seedservice_lartpcdetector.fcl
o*seedservice_sbnd.fcl
o*Segmentation2D.cxxSplit into linear clusters
o*Segmentation2D.hSplit into linear clusters
o*select_timed_tracks_icarus.fcl
o*Selection.cc
o*Selection.h
o*selection.py
o*SelectionBase.cxx
o*SelectionBase.hh
o*selectors.fcl
o*SemiAnalyticalModel.cxx
o*SemiAnalyticalModel.h
o*SensitivityConfig.fcl
o*SensitivityConfigBase.fcl
o*SerialSubstitution.py
o*ServicePack.hUtilities to manage ProviderPack objects with art
o*servicepacktest.fcl
o*ServicePackTest_module.ccTests utilities in ServicePack.h
o*ServiceProviderWrappers.hSkeleton for a art service interface to service providers
o*services_basic_icarus.fcl
o*services_common_icarus.fcl
o*services_compat_icarus-v09_18_00-v09_24_02_02.fcl
o*services_compat_icarus_v3.fcl
o*services_compat_no_overburden_icarus_v3.fcl
o*services_compat_overburden_icarus_v3.fcl
o*services_icarus_3drift.fcl
o*services_icarus_simulation.fcl
o*services_lartpcdetector.fcl
o*services_sbnd.fcl
o*ana/SBNOscReco/fcl/services_sbnd_3drift.fcl
o*core/fcl/services_sbnd_3drift.fcl
o*ServiceUtil.hUtilities related to art service access
o*ServiceUtil_test.ccTests the utilities in ServiceUtil.h
o*set_flux_config_b.fcl
o*set_flux_config_c.fcl
o*set_flux_config_d.fcl
o*set_flux_config_e.fcl
o*set_flux_config_f.fcl
o*set_flux_config_g.fcl
o*set_flux_config_h.fcl
o*set_genie_cryostat.fcl
o*set_genie_filter_ccpi0.fcl
o*set_genie_nue.fcl
o*set_genie_rotatedbuckets.fcl
o*set_genie_singleinteraction.fcl
o*set_genie_tpc.fcl
o*set_geometry_shielding_on.fcl
o*set_higgsM.fcl
o*set_hnlM.fcl
o*SetEvent.cc
o*SetEvent.h
o*settings.sh
o*setup_sbnd.sh
o*SharedWaveformBaseline.cxxExtracts and writes PMT waveform baselines (implementation file)
o*SharedWaveformBaseline.hExtracts and writes PMT waveform baselines
o*ShiftEdepSCE_module.cc
o*Shower.cxx
o*shower.fcl
o*Shower.h
o*Shower2DLinearRegressionTrackHitFinder_tool.cc
o*Shower3DCylinderTrackHitFinder_tool.cc
o*shower_calorimetry_job.fcl
o*showeralgorithms.fcl
o*showerana.fcl
o*ShowerAsymmetryFeatureTool.ccImplementation of the shower asymmetry feature tool class
o*ShowerAsymmetryFeatureTool.hHeader file for the shower asymmetry feature tool class
o*ShowerBayesianTrucatingdEdx_tool.cc
o*ShowerCalibrationGalore.hInterface for a shower calibration service provider
o*showercalibrationgalore_standard.fcl
o*ShowerCalibrationGaloreFromPID.cxxShower energy calibration according to particle type
o*ShowerCalibrationGaloreFromPID.hShower energy calibration according to particle type
o*ShowerCalibrationGaloreFromPID_test.ccTests ShowerCalibrationGaloreFromPID service provider
o*ShowerCalibrationGaloreFromPIDService_service.ccShower energy calibration according to particle type
o*ShowerCalibrationGaloreFromPIDTestHelpers.hSpecialization of helper classes for LArSoft tests
o*ShowerCalibrationGaloreScale.cxxShower calibration service provider applying a uniform energy scale
o*ShowerCalibrationGaloreScale.hShower calibration service provider applying a uniform energy scale
o*ShowerCalibrationGaloreScale_test.ccTests ShowerCalibrationGaloreScale service provider
o*ShowerCalibrationGaloreScaleService_service.ccA shower calibration service providing a single calibration factor
o*ShowerCalibrationGaloreScaleTestHelpers.hSpecialization of helper classes for LArSoft tests
o*ShowerCalibrationGaloreService.hInterface for a shower calibration art service
o*ShowerCalibrationGaloreTest_module.ccA simple test for ShowerCalibrationGaloreService example services
o*ShowerCalibrationGaloreTests.hTest functions for ShowerCalibrationGalore service providers
o*ShowerCalo.cxx
o*ShowerCalo.hClass def header for a class ShowerCalo
o*ShowerCalorimetry.fcl
o*ShowerCalorimetry_module.cc
o*ShowerCheater_module.cc
o*ShowerCosmicDistance_module.cc
o*showercosmicdistanceproducer.fcl
o*ShowerDirectionCheater_tool.cc
o*ShowerDirectionTopologyDecision_tool.cc
o*ShowerElementHolder.hh
o*ShowerEnergyAlg.cxx
o*ShowerEnergyAlg.h
o*ShowerExampleTool_tool.cc
o*ShowerFinder_module.cc
o*showerfindermodules.fcl
o*showerfindermodules_dune.fcl
o*showerfindermodules_icarus.fcl
o*showerfindermodules_microboone.fcl
o*showerfindermodules_noinclude_microboone.fcl
o*showerfindermodules_noinclude_sbnd.fcl
o*showerfindermodules_sbnd.fcl
o*ShowerGrowingAlgorithm.ccImplementation of the shower growing algorithm class
o*ShowerGrowingAlgorithm.hHeader file for the shower growing algorithm class
o*ShowerHierarchyMopUpAlgorithm.ccImplementation of the shower hierarchy mop up algorithm class
o*ShowerHierarchyMopUpAlgorithm.hHeader file for the shower hierarchy mop up algorithm class
o*ShowerHitsBaseTool.ccImplementation of the shower hit creation tool
o*ShowerHitsBaseTool.hHeader file for the shower hits base tool
o*ShowerIncrementalTrackHitFinder_tool.cc
o*ShowerLengthPercentile_tool.cc
o*ShowerLinearEnergy_tool.cc
o*ShowerNumElectronsEnergy_tool.cc
o*ShowerPandoraSlidingFitTrackFinder_tool.cc
o*ShowerPCADirection_tool.cc
o*ShowerPCAEigenvalueLength_tool.cc
o*ShowerPCAPropergationStartPosition_tool.cc
o*ShowerPfoMopUpAlgorithm.ccImplementation of the shower pfo mop up algorithm class
o*ShowerPfoMopUpAlgorithm.hHeader file for the shower pfo mop up algorithm class
o*ShowerPFPVertexStartPosition_tool.cc
o*ShowerProducedPtrsHolder.hh
o*showerquality.fcl
o*showerquality_microboone.fcl
o*ShowerQuality_module.cc
o*showerreco3d.fcl
o*showerreco3d_microboone.fcl
o*ShowerReco3D_module.cc
o*ShowerReco_module.cc
o*ShowerRecoAlg.cxx
o*ShowerRecoAlg.h
o*ShowerRecoAlgBase.cxx
o*ShowerRecoAlgBase.hClass def header for a class ShowerRecoAlgBase
o*ShowerRecoException.cxx
o*ShowerRecoException.hClass def header for exception classes in ShowerReco3D package
o*ShowerRecoManager.cxx
o*ShowerRecoManager.hClass def header for a class ShowerRecoManager
o*ShowerSelectionVars.cc
o*ShowerSelectionVars.h
o*ShowerSelectionVars_module.cc
o*showerselectionvarsproducer.fcl
o*ShowerSkeletonTool_tool.cc
o*ShowerStartPositionCheater_tool.cc
o*ShowerTensorVisualizationTool.ccImplementation of the shower tensor visualization tool class
o*ShowerTensorVisualizationTool.hHeader file for the shower tensor visualization tool class
o*ShowerTrackColinearTrajPointDirection_tool.cc
o*ShowerTrackDirection_tool.cc
o*ShowerTrackFinderCheater_tool.cc
o*ShowerTrackHitDirection_tool.cc
o*ShowerTrackPCADirection_tool.cc
o*ShowerTrackSpacePointDirection_tool.cc
o*ShowerTrackStartPosition_tool.cc
o*ShowerTrackTrajPointDirection_tool.cc
o*ShowerTrackTrajToSpacePoint_tool.cc
o*ShowerTrajPointdEdx_tool.cc
o*showertree.h
o*ShowerUnidirectiondEdx_tool.cc
o*signal_to_background.py
o*SignalProcessingDefs.hUseful definitions
o*signalservices_icarus.fcl
o*signalservices_sbnd.fcl
o*SignalShaper.cxx
o*SignalShaper.h
o*SignalShaping.cxxGeneric signal shaping class
o*SignalShaping.hGeneric class for shaping signals on wires
o*SignalShapingICARUSService_service.cc
o*SignalShapingICARUSService_service.h
o*SignalShapingServiceSBND.hService to provide microboone-specific signal shaping for simulation (convolution) and reconstruction (deconvolution)
o*SignalShapingServiceSBND_service.cc
o*sim.hTools and modules for checking out the basics of the Monte Carlo
o*SimChannel.cxx
o*SimChannel.hObject containing MC truth information necessary for making RawDigits and doing back tracking
o*SimChannelSink.cxx
o*SimChannelSink.h
o*SimDepoSetSource.cxx
o*SimDepoSetSource.h
o*SimDepoSource.cxx
o*SimDepoSource.h
o*SimDrawers.fcl
o*simdrift_sbnd.fcl
o*SimDriftedElectronCluster.hObjects relating to SimDriftedElectronCluster
o*SimDriftedElectronClusterAna_module.cc
o*SimDriftElectrons_module.cc
o*simenergydepfaketriggerfilter.fcl
o*SimEnergyDepFakeTriggerFilter_module.cc
o*SimEnergyDeposit.hInformation for a single step in the detector simulation
o*SimEnergyDepositLite.hInformation for a single step in the detector simulation (pared down in size to the essential information)
o*SimEnergyDepositSD.cc
o*SimEnergyDepositSD.h
o*SimEnergyDepositSummary.hObject storing a summary of energy depositions in the detector
o*SimListUtils.cxx
o*SimListUtils.h
o*SimPhotonCounter.cxx
o*SimPhotonCounter.h
o*SimPhotonCounter_module.cc
o*SimPhotonCounterAlg.cxx
o*SimPhotonCounterAlg.h
o*SimPhotonPrinter.cc
o*SimPhotons.cxxSimulation objects for optical detectors (implementation file)
o*SimPhotons.hSimulation objects for optical detectors
o*simple_beam_particle_id.fcl
o*simple_neutrino_id.fcl
o*SimpleBeamParticleId_tool.cc
o*SimpleChannelStatus.cppChannel quality provider with information from configuration file
o*SimpleChannelStatus.hChannel quality provider with information from configuration file
o*SimpleChannelStatus_test.cxxTest of SimpleChannelStatus
o*SimpleChannelStatusService.ccService implementation for channel quality info
o*SimpleChannelStatusService.hService for channel quality info
o*SimpleChannelStatusService_service.ccService Registration for channel quality info
o*SimpleChannelStatusTest_module.ccIntegration test for SimpleChannelStatusService
o*SimpleClusterCreationAlgorithm.ccImplementation of the cluster creation algorithm class
o*SimpleClusterCreationAlgorithm.hHeader file for the cluster creation algorithm class
o*SimpleClusterGrowingAlgorithm.ccImplementation of the simple cluster growing algorithm class
o*SimpleClusterGrowingAlgorithm.hHeader file for the simple cluster growing algorithm class
o*SimpleClustering.cxxCollect hits "touching" each other (next wire or consecutive ticks)
o*icarusalg/icarusalg/Utilities/SimpleClustering.hAlgorithms to cluster objects according to specified criteria
o*larreco/larreco/ClusterFinder/TrackShowerSplitter/Segmentation2D/SimpleClustering.h
o*SimpleClusterMergingAlgorithm.ccImplementation of the simple cluster merging algorithm class
o*SimpleClusterMergingAlgorithm.hHeader file for the simple cluster merging algorithm class
o*SimpleFits.hClasses performing simple fits
o*SimpleFits_test.ccTests the classes in SimpleFits.h
o*icaruscode/icaruscode/PMT/OpReco/FlashFinder/SimpleFlashAlgo.cxx
o*sbndcode/sbndcode/OpDetReco/OpFlash/FlashFinder/SimpleFlashAlgo.cxx
o*icaruscode/icaruscode/PMT/OpReco/FlashFinder/SimpleFlashAlgo.h
o*sbndcode/sbndcode/OpDetReco/OpFlash/FlashFinder/SimpleFlashAlgo.h
o*SimpleFlashMatchVars.cc
o*SimpleFlashMatchVars.h
o*SimpleGeo.hSome simple functions to represent geometry entities
o*SimpleGeo_test.cxxUnit test for SimpleGeo library
o*SimpleNeutrinoId_tool.cc
o*SimpleNeutrinoIdTool.ccImplementation of the neutrino id tool class
o*SimpleNeutrinoIdTool.hHeader file for the neutrino id tool class
o*SimpleShowersTool.ccImplementation of the clear showers tool class
o*SimpleShowersTool.hHeader file for the simple showers tool class
o*simplifyGDML.ccReprocesses a GDML file via GEANT4
o*SimPMTIcarus_module.cc
o*SimReadoutBoardICARUS_module.cc
o*simtestpulse_driver.fcl
o*simtestpulse_ICARUS.fcl
o*SimTestPulse_module.cc
o*SimTestPulseAna_module.cc
o*SimTestPulseWire_module.cc
o*simulate_majority_trigger_icarus.fcl
o*simulate_sliding_window_trigger_icarus.fcl
o*simulation_cosmics_icarus.fcl
o*simulation_cosmics_icarus_common.fcl
o*simulation_genie_background_icarus_bnbJan2020_300us.fcl
o*simulation_genie_background_icarus_bnbJan2020_300us_background.fcl
o*simulation_genie_background_icarus_bnbJan2020_300us_signal.fcl
o*simulation_genie_icarus_Aug2018_nue.fcl
o*simulation_genie_icarus_Aug2018_numu.fcl
o*simulation_genie_icarus_bnb.fcl
o*simulation_genie_icarus_bnb_volCryostat.fcl
o*simulation_genie_icarus_bnb_volDetEnclosure.fcl
o*simulation_genie_icarus_Mar2019.fcl
o*simulation_genie_icarus_Mar2019_nue.fcl
o*simulation_genie_icarus_Mar2019_nue_oscillated.fcl
o*simulation_genie_icarus_numi.fcl
o*simulation_genie_icarus_numi_NuEElastic.fcl
o*simulation_genie_icarus_numi_volCryostat.fcl
o*simulation_genie_icarus_numi_volDetEnclosure.fcl
o*simulation_genie_icarus_numi_volDetEnclosure_NuEElastic.fcl
o*simulation_genie_icarus_numi_volDetEnclosure_tpc.fcl
o*simulation_genie_icarus_simple.fcl
o*simulation_genie_icarus_simple_workshop.fcl
o*simulation_genie_icarus_workshopMar2018.fcl
o*simulation_genie_icarus_workshopMar2018_nuecc.fcl
o*simulation_genie_icarus_workshopMar2018_numucc.fcl
o*simulation_numi.fcl
o*simulation_numi_nue.fcl
o*simulation_numi_numu.fcl
o*SimulationDrawer.cxxRender the objects from the Simulation package
o*SimulationDrawer.hRender the objects from the Simulation package
o*SimulationDrawingOptions.cc
o*SimulationDrawingOptions.h
o*SimulationDrawingOptions_service.cc
o*simulationservices.fcl
o*simulationservices_argoneut.fcl
o*simulationservices_bo.fcl
o*simulationservices_icarus.fcl
o*simulationservices_jp250L.fcl
o*simulationservices_lartpcdetector.fcl
o*simulationservices_sbnd.fcl
o*SimWire_module.cc
o*SimWireAna_module.cc
o*SimWireICARUS_module.cc
o*SimWireSBND_module.cc
o*SingleChannelOpticalTriggerGate.cxxLogical multi-level gate associated to a optical detector channel
o*SingleChannelOpticalTriggerGate.hLogical multi-level gate associated to a optical detector channel
o*SingleGen_module.ccGenerator for cosmic-rays
o*SinglePhoton_module.cc
o*singlephoton_sbnd.fcl
o*SinglePhotonPulseFunctionTool.hTool to create a pulse function for PMT single photon response
o*singles.fcl
o*singles_argoneut.fcl
o*singles_icarus.fcl
o*singles_sbnd.fcl
o*SingleSampleExperiment.cxx
o*SingleSampleExperiment.h
o*SIOVChannelStatusProvider.cxxChannel quality provider with information from configuration file
o*SIOVChannelStatusProvider.hChannel quality provider with information from configuration file
o*SIOVChannelStatusService_service.cc
o*SIOVDetPedestalService_service.cc
o*SIOVElectronicsCalibProvider.cxx
o*SIOVElectronicsCalibProvider.hClass def header for a class SIOVElectronicsCalibProvider
o*SIOVElectronicsCalibService_service.cc
o*SIOVPmtGainProvider.cxx
o*SIOVPmtGainProvider.hClass def header for a class SIOVPmtGainProvider
o*SIOVPmtGainService_service.cc
o*SkeletonAlg.cxxThis algorithm accepts a list of 3D space points and attempts to find the "medial skeleton" describing the "best" path through them. Here, "medial" is defined by the best time match between associated 2D hits along the "best" directions
o*SkeletonAlg.hHeader file to define the interface to the SkeletonAlg
o*Slice.cxx
o*lardataobj/lardataobj/RecoBase/Slice.h
o*larpandora/larpandora/LArPandoraEventBuilding/Slice.hHeader for the lar pandora slice class
o*SliceIdBaseTool.hHeader for the lar pandora slice ID base tool
o*SlicingAlgorithm.ccImplementation of the slicing algorithm class
o*SlicingAlgorithm.hHeader file for the master algorithm class
o*SlidingConeClusterMopUpAlgorithm.ccImplementation of the sliding cone cluster mop up algorithm class
o*SlidingConeClusterMopUpAlgorithm.hHeader file for the sliding cone cluster mop up algorithm class
o*SlidingConePfoMopUpAlgorithm.ccImplementation of the sliding cone pfo mop up algorithm class
o*SlidingConePfoMopUpAlgorithm.hHeader file for the sliding cone pfo mop up algorithm class
o*SlidingWindowCombinerAlg.cxxAlgorihtm to combine trigger channels into sliding windows
o*SlidingWindowCombinerAlg.hAlgorithm to combine trigger channels into sliding windows
o*SlidingWindowDefinitionAlg.cxxAlgorithm composing PMT sliding windows from geometry information
o*SlidingWindowDefinitionAlg.hAlgorithm composing PMT sliding windows from geometry information
o*SlidingWindowDefs.cxxDefinition for PMT sliding windows
o*SlidingWindowDefs.hDefinition for PMT sliding windows
o*SlidingWindowPatternAlg.cxxApplies sliding window trigger patterns
o*SlidingWindowPatternAlg.hApplies sliding window trigger patterns
o*SlidingWindowTrigger_module.ccCombines trigger channels into sliding windows
o*SlidingWindowTriggerEfficiencyPlots_module.ccPlots of efficiency for triggers based on PMT channel sliding window
o*SlidingWindowTriggerSimulation_module.ccProduction of triggers data products based on PMT sliding windows
o*SlTrackRep.cxx
o*SlTrackRep.h
o*SmallClusterFilter_module.cc
o*SmallClusterFinder_module.cc
o*SmallClusterFinderAlg.cxx
o*SmallClusterFinderAlg.h
o*SmearingUtils.cxx
o*SmearingUtils.h
o*Snapshot.hClass def header for a class Snapshot
o*SnippetHit3DBuilder_tool.ccThis tool provides "standard" 3D hits built (by this tool) from 2D hits
o*SnippetHit3DBuilderICARUS_tool.ccThis tool provides "standard" 3D hits built (by this tool) from 2D hits
o*SNNueAr40CCGen_module.ccSupernova Nue-Ar CC interaction generator
o*SolarConstraints.cxx
o*SolarConstraints.h
o*Solver.cxx
o*Solver.h
o*solvespacepointsjob.fcl
o*sortBy.hProvides sortBy() class of utilities
o*SortByPointers.hSilly utility to sort vectors indirectly
o*SortByPointers_test.ccUnit test for SortByPointers.h utilities
o*sortDataLoggerFiles.py
o*SortedObjects.cxxImplementation of the Projection Matching Algorithm
o*SortedObjects.hImplementation of the Projection Matching Algorithm
o*SortModuleTimes.py
o*space_test.ccUnit test for lardataalg/Utilities/quantities/spacetime.h header
o*spacecharge.fcl
o*SpaceCharge.h
o*spacecharge_sbnd.fcl
o*SpaceChargeICARUS.cxx
o*SpaceChargeICARUS.h
o*SpaceChargeSBND.cxx
o*SpaceChargeSBND.h
o*SpaceChargeService.h
o*SpaceChargeServiceICARUS.h
o*SpaceChargeServiceICARUS_service.cc
o*SpaceChargeServiceSBND.h
o*SpaceChargeServiceSBND_service.cc
o*SpaceChargeServiceStandard.cc
o*SpaceChargeServiceStandard.h
o*SpaceChargeServiceStandard_service.cc
o*SpaceChargeStandard.cxx
o*SpaceChargeStandard.h
o*SpaceChargeTest.fcl
o*SpaceChargeTest_module.cc
o*SpacePartition.hClass to organise data into a 3D grid
o*SpacePoint.cxx
o*SpacePoint.h
o*SpacePoint3DDrawerAsymmetry_tool.cc
o*SpacePoint3DDrawerChiSquare_tool.cc
o*SpacePoint3DDrawerHitCharge_tool.cc
o*SpacePoint3DDrawerStandard_tool.cc
o*spacepoint_argoneut_nomc.fcl
o*spacepoint_sbnd.fcl
o*spacepoint_uboone.fcl
o*spacepoint_uboone_nomc.fcl
o*SpacePointAlg.cxxAlgorithm for generating space points from hits
o*SpacePointAlg.hAlgorithm for generating space points from hits
o*SpacePointAlg_TimeSort.cxx
o*SpacePointAlg_TimeSort.h
o*spacepointalgorithms.fcl
o*SpacePointAna_module.cc
o*SpacePointAnalysis_tool.cc
o*SpacePointAnalysisMC_tool.cc
o*SpacePointCheater_module.cc
o*SpacePointDumpers.ccFunctions dumping space points - implementation file
o*SpacePointDumpers.hFunctions dumping space points
o*SpacePointFinder_module.cc
o*SpacePointHit3DBuilder_tool.ccThis tool provides "standard" 3D hits built (by this tool) from 2D hits
o*SpacePointIsolationAlg.cxxAlgorithm(s) dealing with space point isolation in space
o*SpacePointIsolationAlg.hAlgorithm(s) dealing with space point isolation in space
o*SpacePointMaker_module.ccModule creating space points for a test
o*SpacePointSolver.fcl
o*SpacePointSolver_module.cc
o*spacepointsolverhitreadingtools.fcl
o*SpacePointTestUtils.cxxUtilities for tests based on space points (implementation file)
o*SpacePointTestUtils.hUtilities for tests based on space points
o*SpacePts_module.cc
o*spacetime.hDimensioned variables representing space or time quantities
o*span.hAn object with a begin and end iterator
o*span_test.ccUnit test for util::span class
o*sparse_vector.hClass defining a sparse vector (holes are zeroes)
o*sparse_vector_test.ccImplementation tests for a sparse_vector object
o*Spectrum.cxx
o*Spectrum.h
o*SpectrumLoader.cxx
o*SpectrumLoader.h
o*SpectrumLoaderBase.cxx
o*SpectrumLoaderBase.h
o*split_tpc_nu.fcl
o*SplitShowersTool.ccImplementation of the split showers tool class
o*SplitShowersTool.hHeader file for the split showers tool class
o*spptfindermodules.fcl
o*SRBNBInfo.cxx
o*SRBNBInfo.h
o*SRConstants.h
o*SRCRTHit.cxx
o*SRCRTHit.h
o*SRCRTHitMatch.cxx
o*SRCRTHitMatch.h
o*SRCRTTrack.cxx
o*SRCRTTrack.h
o*SRCRTTrackMatch.cxx
o*SRCRTTrackMatch.h
o*SRCRUMBSResult.cxx
o*SRCRUMBSResult.h
o*SREnums.h
o*SRFakeReco.cxx
o*SRFakeReco.h
o*SRFakeRecoParticle.cxx
o*SRFakeRecoParticle.h
o*SRFlashMatch.cxx
o*SRFlashMatch.h
o*SRGlobal.h
o*SRHeader.cxx
o*SRHeader.h
o*SRHit.cxx
o*SRHit.h
o*SRLorentzVector.cxx
o*SRLorentzVector.h
o*SRMeVPrtl.cxx
o*SRMeVPrtl.h
o*SRNuID.cxx
o*SRNuID.h
o*SRNuMIInfo.cxx
o*SRNuMIInfo.h
o*SROpFlash.cxx
o*SROpFlash.h
o*SRParticleMatch.cxx
o*SRParticleMatch.h
o*SRPFOChar.cxx
o*SRPFOChar.h
o*SRPFP.cxx
o*SRPFP.h
o*SRShower.cxx
o*SRShower.h
o*SRShowerRazzle.cxx
o*SRShowerRazzle.h
o*SRShowerSelection.cxx
o*SRShowerSelection.h
o*SRSlice.cxx
o*SRSlice.h
o*SRSliceRecoBranch.cxx
o*SRSliceRecoBranch.h
o*SRStub.cxx
o*SRStub.h
o*SRTrack.cxx
o*SRTrack.h
o*SRTrackCalo.cxx
o*SRTrackCalo.h
o*SRTrackDazzle.cxx
o*SRTrackDazzle.h
o*SRTrackScatterClosestApproach.cxx
o*SRTrackScatterClosestApproach.h
o*SRTrackStoppingChi2Fit.cxx
o*SRTrackStoppingChi2Fit.h
o*SRTrackTruth.cxx
o*SRTrackTruth.h
o*SRTrigger.cxx
o*SRTrigger.h
o*SRTrkChi2PID.cxx
o*SRTrkChi2PID.h
o*SRTrkMCS.cxx
o*SRTrkMCS.h
o*SRTrkRange.cxx
o*SRTrkRange.h
o*SRTrueInteraction.cxx
o*SRTrueInteraction.h
o*SRTrueParticle.cxx
o*SRTrueParticle.h
o*SRTruthBranch.cxx
o*SRTruthBranch.h
o*SRTruthMatch.cxx
o*SRTruthMatch.h
o*SRVector3D.cxx
o*SRVector3D.h
o*SRWeightMapEntry.h
o*SRWeightParam.h
o*SRWeightPSet.h
o*sss.fcl
o*sss.sh
o*stack_spectra.py
o*stage0_EastCryo_icarus.fcl
o*stage0_icarus_defs.fcl
o*stage0_icarus_defs_olddata.fcl
o*stage0_icarus_driver_common.fcl
o*stage0_icarus_driver_common_lite.fcl
o*stage0_icarus_driver_common_olddata.fcl
o*stage0_icarus_light_only.fcl
o*stage0_icarus_mc_defs.fcl
o*stage0_multiTPC_icarus.fcl
o*stage0_multiTPC_icarus_MC.fcl
o*stage0_multiTPC_icarus_MC_lite.fcl
o*stage0_multiTPC_icarus_MC_wf.fcl
o*stage0_multiTPC_icarus_nofilter.fcl
o*stage0_multiTPC_splitstream_east_icarus.fcl
o*stage0_multiTPC_splitstream_icarus.fcl
o*stage0_multiTPC_splitstream_icarus_lite.fcl
o*stage0_multiTPC_splitstream_nofilter_icarus.fcl
o*stage0_multiTPC_splitstream_nofilter_icarus_lite.fcl
o*stage0_multiTPC_splitstream_nofilter_raw_icarus.fcl
o*stage0_multiTPC_splitstream_nofilter_raw_icarus_lite.fcl
o*stage0_multiTPC_splitstream_nofilter_rawpmt_icarus.fcl
o*stage0_multiTPC_splitstream_nofilter_rawpmt_icarus_olddata.fcl
o*stage0_multiTPC_splitstream_nofilter_wc_icarus.fcl
o*stage0_multiTPC_splitstream_nofilter_wc_icarus_lite.fcl
o*stage0_multiTPC_splitstream_west_icarus.fcl
o*stage0_raw_single_icarus.fcl
o*stage0_run1_icarus.fcl
o*stage0_run1_icarus_lite.fcl
o*stage0_run1_icarus_mc.fcl
o*stage0_run1_raw_icarus.fcl
o*stage0_run1_raw_icarus_lite.fcl
o*stage0_run1_rawpmt_icarus.fcl
o*stage0_run1_wc_icarus.fcl
o*stage0_run1_wc_icarus_lite.fcl
o*stage0_singleTPC_onestream_nofilter_icarus.fcl
o*stage1_icarus_defs.fcl
o*stage1_icarus_driver_common.fcl
o*stage1_multiTPC_icarus_gauss.fcl
o*stage1_multiTPC_icarus_gauss_MC.fcl
o*stage1_multiTPC_icarus_gauss_nofilter.fcl
o*stage1_multiTPC_icarus_gauss_numi.fcl
o*stage1_multiTPC_icarus_gauss_numi_MC.fcl
o*stage1_multiTPC_nofilter_icarus_gauss.fcl
o*stage1_multiTPC_nofilter_icarus_gauss_numi.fcl
o*stage1_singleTPC_nofilter_icarus_gauss.fcl
o*stagedef.py
o*stagestatus.py
o*standalone_test.cc
o*StandaloneBasicSetup.hCollection of functions for quick setup of basic facilities
o*StandaloneGeometrySetup.cxxUtilities for one-line geometry initialization
o*StandaloneGeometrySetup.hUtilities for one-line geometry initialization
o*standard_anatree_sbnd.fcl
o*Deprecated/standard_detsim_icarus.fcl
o*standard_detsim_icarus.fcl
o*standard_detsim_icarus_lite.fcl
o*standard_detsim_sbnd.fcl
o*standard_detsim_sbnd_testbench.fcl
o*standard_detsim_sbnd_testbench_sce.fcl
o*standard_g4_icarus.fcl
o*standard_g4_icarus_21apr21_laronly.fcl
o*standard_g4_icarus_21apr21_noob.fcl
o*standard_g4_icarus_21apr21_ob.fcl
o*standard_g4_icarus_doublesce.fcl
o*standard_g4_icarus_doublesce_lite.fcl
o*standard_g4_icarus_edep.fcl
o*standard_g4_icarus_edep_lite.fcl
o*standard_g4_icarus_lite.fcl
o*standard_g4_icarus_sce.fcl
o*standard_g4_icarus_sce_lite.fcl
o*standard_g4_sbn_icarus.fcl
o*standard_g4_sbn_sbnd.fcl
o*standard_g4_sbn_uboone.fcl
o*standard_g4_sbnd.fcl
o*standard_opdetsim_icarus.fcl
o*standard_opdetsim_icarus_lite.fcl
o*standard_primary_reco_lartpcdetector.fcl
o*standard_reco.fcl
o*standard_reco1_deco_savewf_sbnd.fcl
o*standard_reco1_deco_savewf_sbnd_sce.fcl
o*standard_reco1_deco_sbnd.fcl
o*standard_reco1_deco_sbnd_sce.fcl
o*standard_reco1_sbnd.fcl
o*standard_reco1reco2_deco_sbnd.fcl
o*standard_reco1reco2_no_opt0finder_sbnd.fcl
o*standard_reco1reco2_no_opt0finder_sbnd_lite.fcl
o*standard_reco1reco2_sbnd.fcl
o*standard_reco2_no_opt0finder_sbnd.fcl
o*standard_reco2_sbnd.fcl
o*standard_reco_megadumper_sbnd.fcl
o*standard_reco_sbnd.fcl
o*standard_reco_sbnd_basic.fcl
o*StandardClusterParamsAlg.cxxImplementation of interface to class computing cluster parameters
o*StandardClusterParamsAlg.hInterface to class computing cluster parameters
o*StandardDrawer_tool.cc
o*StandardGeometryHelper.cc
o*StandardGeometryHelper.hGeometry helper service for detectors with strictly standard mapping
o*StandardGeometryHelper_service.cc
o*StandardHit3DBuilder_tool.ccThis tool provides "standard" 3D hits built (by this tool) from 2D hits
o*StandardPandora_module.ccA generic LArPandora ART Producer module intended to work on ALL LAr-TPC wire-readout experiments
o*StandardRecord.cxx
o*StandardRecord.h
o*startingpmtcalibtime.fcl
o*StatCollector.hClasses gathering simple statistics
o*StatCollector_test.ccTests the classes in StatCollector.h
o*statusview.py
o*StdUtils.hFunctions pulling in STL customization if available
o*StepUtils.cxx
o*StepUtils.h
o*StitchAlg.cxx
o*StitchAlg.h
o*StitchingCosmicRayMergingTool.cc
o*StitchingCosmicRayMergingTool.h
o*StoppingChi2Fit.cc
o*StoppingChi2Fit.h
o*StoppingCosmicIdAna_module.cc
o*sbnana/sbnanalysis/ana/SBNOscReco/CosmicIDAlgs/StoppingParticleCosmicIdAlg.cc
o*sbndcode/sbndcode/CosmicId/Algs/StoppingParticleCosmicIdAlg.cc
o*sbnana/sbnanalysis/ana/SBNOscReco/CosmicIDAlgs/StoppingParticleCosmicIdAlg.h
o*sbndcode/sbndcode/CosmicId/Algs/StoppingParticleCosmicIdAlg.h
o*StopWatch.hClass to take current wall clock time differences
o*StopWatch_test.ccTest for the StopWatch class
o*store_timed_tracks_icarus.fcl
o*stream.py
o*StreamIndenter.hUtility to have simple indentation in a stream
o*StreamingAlgorithm.cc
o*StreamingAlgorithm.h
o*StreamSelectionAlgorithm.cc
o*StreamSelectionAlgorithm.hHeader file for the deep learning track shower cluster streaming algorithm
o*Stub.cxx
o*Stub.h
o*StubBuilder.cxx
o*StubBuilder.h
o*StubMergeAlgorithms.cxx
o*StubMergeAlgorithms.h
o*study_ophit_singlep.fcl
o*study_ophit_singlep_230.fcl
o*study_ophit_singlep_250.fcl
o*study_ophit_singlep_270.fcl
o*study_ophit_singlep_290.fcl
o*study_ophit_singlep_310.fcl
o*study_ophit_singlep_330.fcl
o*study_ophit_singlep_350.fcl
o*Style.cxx
o*lareventdisplay/lareventdisplay/EventDisplay/Style.h
o*sbnana/sbnana/CAFAna/Analysis/Style.h
o*submit_combined.sh
o*submit_lar.sh
o*SubmitCommand.pl
o*SubmitCommand.sh
o*SubRun.hh
o*subruns.py
o*SumSecondFunction.h
o*supernova.fcl
o*SupernovaTruth.cxxStores extra MC truth information that is recorded when generating events using a time-dependent supernova neutrino spectrum
o*SupernovaTruth.hStores extra MC truth information that is recorded when generating events using a time-dependent supernova neutrino spectrum
o*lardata/lardata/RecoObjects/Surface.cxx
o*sbnana/sbnana/CAFAna/Analysis/Surface.cxx
o*lardata/lardata/RecoObjects/Surface.h
o*sbnana/sbnana/CAFAna/Analysis/Surface.h
o*SurfLine.cxxBase class for Kalman filter planar surfaces
o*SurfLine.hBase class for Kalman filter line surfaces
o*SurfPlane.cxxBase class for Kalman filter planar surfaces
o*SurfPlane.hBase class for Kalman filter planar surfaces
o*SurfWireLine.cxxLinear surface defined by wire id and x coordinate
o*SurfWireLine.hLinear surface defined by wire id and x coordinate
o*SurfWireX.cxxPlanar surface defined by wire id and x-axis
o*SurfWireX.hPlanar surface defined by wire id and x-axis
o*SurfXYZPlane.cxxGeneral planar surface
o*SurfXYZPlane.hGeneral planar surface
o*SurfXYZTest.cc
o*SurfYZLine.cxxLine surface perpendicular to x-axis
o*SurfYZLine.hLine surface perpendicular to x-axis
o*SurfYZLineTest.cc
o*SurfYZPlane.cxxPlanar surface parallel to x-axis
o*SurfYZPlane.hPlanar surface parallel to x-axis
o*SurfYZTest.cc
o*SweepEvent.h
o*SystComponentScale.cxx
o*SystComponentScale.h
o*SystRegistry.cxx
o*SystRegistry.h
o*SystShifts.cxx
o*SystShifts.h
o*T0.cxx
o*T0.h
o*TCCR.cxx
o*TCCR.h
o*TCHist.cxx
o*TCHist.h
o*tclass.cc
o*tclass.h
o*TCShower.cxx
o*TCShower.h
o*TCShower_module.cc
o*TCShowerAlg.cxx
o*TCShowerAlg.h
o*TCShowerAnalysis_module.cc
o*TCShowerElectronLikelihood_module.cc
o*TCShowerTemplateMaker_module.cc
o*TCShTree.cxx
o*TCShTree.h
o*TCTrack_module.ccCreate seeds, spacepoints and tracks from 3D matched clusters produced by TrajCluster_module
o*TCVertex.cxx
o*TCVertex.h
o*TempHit.h
o*TensorIndices.hTensorIndices class to flatten multi-dimension indices into linear
o*TensorIndices_test.ccTest for TensorIndices class
o*TensorIndicesStress_test.ccStress test for TensorIndices class
o*test_associatedgroups.fcl
o*test_associatedgroups_full.fcl
o*test_associatedgroupswithleft.fcl
o*test_associatedgroupswithleft_full.fcl
o*test_channel_status.fcl
o*test_chargedspacepointproxy.fcl
o*test_crt_detsimalg.fcl
o*larcorealg/test/GeoAlgo/test_distance.py
o*sbncode/sbncode/OpT0Finder/flashmatch/GeoAlgo/unit_test/test_distance.py
o*test_donothing.fcl
o*test_fcl_larpandora.sh
o*test_feag.fcl
o*test_feag2.fcl
o*test_geometries.fcl
o*test_geometry.fcl
o*test_geometry_check_empty.fcl
o*test_geometry_check_geometryA_skipCheck.fcl
o*test_geometry_check_geometryB_skipCheck.fcl
o*test_geometry_check_make_legacy_input.fcl
o*test_geometry_check_nogeoconfwriter.fcl
o*test_geometry_check_nogeoconfwriter_skipcheck.fcl
o*test_geometry_check_require_geometryA.fcl
o*test_geometry_check_require_geometryB.fcl
o*test_geometry_checks.fcl
o*test_geometry_icarus.fcl
o*test_geometry_iterator_loop.fcl
o*icarusalg/fcl/utilities/test_geometry_iterators_icarus.fcl
o*icaruscode/test/Geometry/test_geometry_iterators_icarus.fcl
o*test_geometry_iterators_sbnd.fcl
o*test_geometry_sbnd.fcl
o*larcorealg/test/GeoAlgo/test_import.py
o*sbncode/sbncode/OpT0Finder/flashmatch/GeoAlgo/unit_test/test_import.py
o*larcorealg/test/GeoAlgo/test_intersection.py
o*sbncode/sbncode/OpT0Finder/flashmatch/GeoAlgo/unit_test/test_intersection.py
o*Providers/test_krypton_atomic_number.fcl
o*Services/test_krypton_atomic_number.fcl
o*test_mchdb.fcl
o*test_MinimalLArTPC.fcl
o*larcorealg/test/GeoAlgo/test_msg.py
o*sbncode/sbncode/OpT0Finder/flashmatch/GeoAlgo/unit_test/test_msg.py
o*test_proxybase.fcl
o*test_ptrmaker.fcl
o*test_ptrmaker2.fcl
o*test_ptrmaker3.fcl
o*test_ptrmaker4.fcl
o*test_shower_calibration_from_pid.fcl
o*test_shower_calibration_scale.fcl
o*test_showerreco_uboone.fcl
o*test_singleparticlelarg4.fcl
o*test_totallycheattracker.fcl
o*test_trackproxy.fcl
o*test_trigger_decode.fcl
o*larcorealg/test/GeoAlgo/test_vector.py
o*sbncode/sbncode/OpT0Finder/flashmatch/GeoAlgo/unit_test/test_vector.py
o*TestBeamEventValidationAlgorithm.ccImplementation of the test beam event validation algorithm
o*TestBeamEventValidationAlgorithm.hHeader file for the test beam event validation algorithm
o*TestBeamHierarchyEventValidationAlgorithm.ccImplementation of the test beam hierarchy event validation algorithm
o*TestBeamHierarchyEventValidationAlgorithm.hHeader file for the test beam hierarchy event validation algorithm
o*TestBeamParticleCreationAlgorithm.ccImplementation of the test beam particle creation algorithm class
o*TestBeamParticleCreationAlgorithm.hHeader file for the test beam particle creation algorithm class
o*testDecoderFilter.fcl
o*testEnvironment.sh
o*icaruscode/test/fcl/testFHiCLfiles.sh
o*sbndcode/test/fcl/testFHiCLfiles.sh
o*testFHiCLfiles_icarus.sh
o*testFHiCLfiles_sbnd.sh
o*TestGeneratedEventTimestamp_module.ccTest for GeneratedEventTimestamp
o*testlarg4.fcl
o*testmctruth.fcl
o*testPhysicalConstants.cc
o*textfilegen.fcl
o*TextFileGen_module.ccProducer generating Monte Carlo truth record in LArSoft format from a text file
o*textwindow.py
o*TFileMetadataICARUS.h
o*TFileMetadataICARUS_service.cc
o*ThreadPool.cxx
o*ThreadPool.h
o*ThreadsafeGalleryEvent.h
o*ThreeDHitCreationAlgorithm.ccImplementation of the three dimensional hit creation algorithm class
o*ThreeDHitCreationAlgorithm.hHeader file for the three dimensional hit creation algorithm class
o*ThreeDKinkBaseTool.ccImplementation of the three d kink base tool class
o*ThreeDKinkBaseTool.hHeader file for the three d kink base tool
o*ThreeViewDeltaRayMatchingAlgorithm.ccImplementation of the three view delta ray matching class
o*ThreeViewDeltaRayMatchingAlgorithm.h
o*ThreeViewLongitudinalTracksAlgorithm.ccImplementation of the three view longitudinal tracks algorithm class
o*ThreeViewLongitudinalTracksAlgorithm.hHeader file for the three view longitudinal tracks algorithm class
o*ThreeViewMatchingControl.ccImplementation of the three view matching control class
o*ThreeViewMatchingControl.hHeader file for the three view matching control class
o*ThreeViewRemnantsAlgorithm.ccImplementation of the three view remnants algorithm class
o*ThreeViewRemnantsAlgorithm.hHeader file for the three view remnants algorithm class
o*ThreeViewShowerHitsTool.ccImplementation of the three view shower hits tool
o*ThreeViewShowerHitsTool.hHeader file for the three view shower hits tool
o*ThreeViewShowersAlgorithm.ccImplementation of the three view showers algorithm class
o*ThreeViewShowersAlgorithm.hHeader file for the three view showers algorithm class
o*ThreeViewTrackFragmentsAlgorithm.ccImplementation of the three view fragments algorithm class
o*ThreeViewTrackFragmentsAlgorithm.hHeader file for the three view fragments algorithm base class
o*ThreeViewTransverseTracksAlgorithm.ccImplementation of the three view transverse tracks algorithm class
o*ThreeViewTransverseTracksAlgorithm.hHeader file for the three view transverse tracks algorithm class
o*throughgoingmuon_icarus.fcl
o*throughgoingmuon_param.fcl
o*ThroughgoingmuonAnalyzer_module.cc
o*TimeCompatMatch.cxx
o*TimeCompatMatch.hClass def header for a class TimeCompatMatch
o*TimedTrackSelector_module.cc
o*TimeRange.cxx
o*TimeRange.hClass def header for a class TimeRange
o*timeservice.fcl
o*timeservice_sbnd.fcl
o*TimeStampDecoder.cxx
o*TimeStampDecoder.h
o*TimeTrackTreeStorage_module.cc
o*TimingCuts.cxx
o*TimingCuts.h
o*timingreference_test.fcl
o*ToElement.h
o*ToF.cc
o*ToF.hh
o*ToFAnalyzer_module.cc
o*ToFFilter_module.cc
o*ToFProducer_module.cc
o*tools_nuesel_icarus.h
o*topology_test.cxxTest for neighbourhood discovery in simple geometries
o*TotallyCheatTracker_module.ccModule running lar::example::TotallyCheatTrackingAlg algorithm
o*totallycheattracking.fcl
o*TotallyCheatTrackingAlg.cxxAlgorithm to "reconstruct" trajectories from simulated particles
o*TotallyCheatTrackingAlg.hAlgorithm to "reconstruct" trajectories from simulated particles
o*toysysts.h
o*TPCChannelmapping.h
o*TPCDecoder_tool.ccThis tool provides "standard" 3D hits built (by this tool) from 2D hits
o*TPCDecoderFilter1D_tool.ccThis tool converts from daq to LArSoft format with noise filtering
o*TPCDecoderFilter2D_tool.ccThis tool converts from daq to LArSoft format with noise filtering
o*TPCFilterFactory.cxx
o*TPCFilterFactory.hClass def header for a class TPCFilterFactory
o*TPCGeo.cxx
o*TPCGeo.hEncapsulate the construction of a single detector plane
o*sbncode/sbncode/GeometryTools/TPCGeoAlg.cc
o*sbndcode/sbndcode/Geometry/GeometryWrappers/TPCGeoAlg.cc
o*sbncode/sbncode/GeometryTools/TPCGeoAlg.h
o*sbndcode/sbndcode/Geometry/GeometryWrappers/TPCGeoAlg.h
o*icaruscode/icaruscode/CRT/CRTUtils/TPCGeoUtil.cc
o*sbndcode/sbndcode/CRT/CRTUtils/TPCGeoUtil.cc
o*icaruscode/icaruscode/CRT/CRTUtils/TPCGeoUtil.h
o*sbndcode/sbndcode/CRT/CRTUtils/TPCGeoUtil.h
o*tpcnoise.fcl
o*TPCNoise_module.cc
o*TPCNoiseFilter1D_tool.cc
o*TPCNoiseFilterCanny_tool.cc
o*tpcnoiseMC.fcl
o*TPCNoiseMC_module.cc
o*TPCPurityInfo.cc
o*TPCPurityInfo.hh
o*TPCPurityInfoAna_module.cc
o*TPCPurityMonitor_module.cc
o*TQPad.cxxDrawing pad for time or charge histograms
o*TQPad.hDrawing pad for time or charge histograms
o*lardata/RecoBaseProxy/Track.cxxImplementation file for proxy::Track
o*bj/lardataobj/RecoBase/Track.cxx
o*track.fcl
o*lardata/RecoBaseProxy/Track.hOffers proxy::Tracks and proxy::Track class for recob::Track access
o*bj/lardataobj/RecoBase/Track.hProvides recob::Track data product
o*Track3DKalman_module.cc
o*Track3DKalmanHit.h
o*Track3DKalmanHit_module.cc
o*Track3DKalmanHitAlg.cxxTrack3DKalmanHitAlg
o*Track3DKalmanHitAlg.hTrack3DKalmanHit Algorithm
o*Track3DKalmanSPS_module.cc
o*Track3Dreco_module.cc
o*TrackAlgo.cc
o*TrackAlgo.h
o*TrackAna_module.cc
o*icarusalg/icarusalg/gallery/galleryAnalysis/C++/TrackAnalysis.cpp
o*sbndcode/sbndcode/gallery/galleryAnalysis/TrackAnalysis.cpp
o*icarusalg/icarusalg/gallery/galleryAnalysis/C++/TrackAnalysis.h
o*sbndcode/sbndcode/gallery/galleryAnalysis/TrackAnalysis.h
o*TrackAreaHit_module.cc
o*trackareahit_producer.fcl
o*TrackCalorimetry_module.cc
o*TrackCalorimetryAlg.cxx
o*TrackCalorimetryAlg.h
o*TrackCaloSkimmer.h
o*TrackCaloSkimmer_module.cc
o*TrackCaloSkimmerObj.h
o*TrackCaloSkimmerSelectAllTrack_tool.cc
o*TrackCaloSkimmerSelectAnode2CathodeTrack_tool.cc
o*TrackCaloSkimmerSelectStoppingTrack_tool.cc
o*TrackCheater_module.cc
o*TrackClusterCreationAlgorithm.ccImplementation of the cluster creation algorithm class
o*TrackClusterCreationAlgorithm.hHeader file for the cluster creation algorithm class
o*TrackConsolidationAlgorithm.ccImplementation of the track consolidation algorithm class
o*TrackConsolidationAlgorithm.hHeader file for the track consolidation algorithm class
o*TrackContainmentAlg.cxx
o*TrackContainmentAlg.hh
o*TrackContainmentAnalyzer_module.cc
o*TrackContainmentTagger_module.cc
o*TrackCreationBookKeeper.h
o*TrackedOpticalTriggerGate.hA simple alias for a most commonly used TrackedTriggerGate type
o*TrackedTriggerGate.hA wrapper to trigger gate objects tracking the contributions
o*TrackedTriggerGate_test.ccUnit test for some utilities in TrackedTriggerGate.h
o*trackfinderalgorithms.fcl
o*trackfinderalgorithms_sbnd.fcl
o*trackfindermodules.fcl
o*trackfindermodules_bo.fcl
o*trackfindermodules_icarus.fcl
o*trackfindermodules_microboone.fcl
o*trackfindermodules_sbnd.fcl
o*trackfinderservices.fcl
o*TrackFitHitInfo.h
o*TrackHisto.cc
o*TrackHisto.h
o*TrackHitAna_module.cc
o*TrackHitDumper_module.cc
o*icaruscode/icaruscode/Analysis/tools/TrackHitEfficiencyAnalysis_tool.cc
o*sbndcode/sbndcode/Calibration/tools/TrackHitEfficiencyAnalysis_tool.cc
o*TrackHitFilter_module.cc
o*trackhitfilter_module.fcl
o*TrackHitMeta.hClass to keep data related to recob::Hit associated with recob::Track
o*TrackHitsBaseTool.ccImplementation of the track hits base tool
o*TrackHitsBaseTool.hHeader file for the track hits base tool
o*trackingeff_uboone.fcl
o*TrackingPlane.cxx
o*TrackingPlane.h
o*TrackingPlaneHelper.h
o*TrackingTypes.h
o*TrackKalmanCheater_module.cc
o*TrackKalmanFitter.cxx
o*TrackKalmanFitter.h
o*TrackLineFitAlg.cxx
o*TrackLineFitAlg.h
o*TrackMaker.h
o*TrackMergeRefinementAlgorithm.ccImplementation of the track refinement class
o*TrackMergeRefinementAlgorithm.hHeader file for the track merge refinement class
o*larreco/larreco/RecoAlg/TrackMomentumCalculator.cxx
o*sbnana/sbnanalysis/ana/SBNOscReco/LArReco/TrackMomentumCalculator.cxx
o*sbncode/sbncode/LArRecoProducer/LArReco/TrackMomentumCalculator.cxx
o*larreco/larreco/RecoAlg/TrackMomentumCalculator.h
o*sbnana/sbnanalysis/ana/SBNOscReco/LArReco/TrackMomentumCalculator.h
o*sbncode/sbncode/LArRecoProducer/LArReco/TrackMomentumCalculator.h
o*TrackParticleBuildingAlgorithm.ccImplementation of the 3D track building algorithm class
o*TrackParticleBuildingAlgorithm.hHeader file for the 3D track building algorithm class
o*TrackPFParticleMatch_module.cc
o*trackproducerfrompfparticle.fcl
o*TrackProducerFromPFParticle_module.cc
o*trackproducerfromtrack.fcl
o*TrackProducerFromTrack_module.cc
o*trackproducerfromtracktrajectory.fcl
o*TrackProducerFromTrackTrajectory_module.cc
o*TrackProxyHitMaker_module.ccTest producer creating a few dummy hits
o*TrackProxyTest_module.ccTests proxy::Track class
o*TrackProxyTrackMaker_module.ccTest producer creating a few dummy hits
o*TrackReducer.cxx
o*TrackReducer.h
o*TrackRefinementBaseAlgorithm.ccImplementation of the track refinement base class
o*TrackRefinementBaseAlgorithm.hHeader file for the track refinement base class
o*trackscatterclosestapproach.fcl
o*TrackScatterClosestApproach_module.cc
o*TracksCrossingGapsTool.ccImplementation of the long tracks tool class
o*TracksCrossingGapsTool.hHeader file for the long tracks tool class
o*trackshowerhits.fcl
o*TrackShowerHits_module.cc
o*TrackShowerIdFeatureTool.ccImplementation of the track shower id feature fool class
o*TrackShowerIdFeatureTool.hHeader file for the track shower id feature tools
o*TrackShowerSeparationAlg.cxx
o*TrackShowerSeparationAlg.h
o*tracksplit_sbn.fcl
o*TrackSplitter_module.cc
o*TrackSplittingTool.ccImplementation of the long tracks tool class
o*TrackSplittingTool.hHeader file for the track splitting tool class
o*TrackState.h
o*TrackStatePropagator.cxx
o*TrackStatePropagator.h
o*TrackStitcher_module.cc
o*TrackStoppingChi2Alg.cc
o*TrackStoppingChi2Alg.h
o*trackstoppingchi2fitter.fcl
o*TrackStoppingChi2Fitter_module.cc
o*TrackTest.cc
o*TrackTrajectory.cxxData product for reconstructed trajectory in space
o*TrackTrajectory.hData product for reconstructed trajectory in space
o*TrackTrajectory_test.ccSimple test on a recob::TrackTrajectory object
o*TrackTrajectoryAlg.cxx
o*TrackTrajectoryAlg.h
o*TrackTrajectoryCreationBookKeeper.h
o*TrackTreeStoreObj.h
o*TrackUtils.cxxUtility functions to extract information from recob::Track - implementation
o*TrackUtils.hUtility functions to extract information from recob::Track
o*TrainedVertexSelectionAlgorithm.ccImplementation of the trained vertex selection algorithm class
o*TrainedVertexSelectionAlgorithm.hHeader file for the trained vertex selection algorithm class
o*TrainMVA.sh
o*TrajCluster_module.ccCluster finder using trajectories
o*TrajClusterAlg.cxx
o*TrajClusterAlg.h
o*Trajectory.cxxData product for reconstructed trajectory in space
o*Trajectory.hData product for reconstructed trajectory in space
o*Trajectory_test.ccSimple test on a recob::Trajectory object
o*larreco/larreco/RecoAlg/TrajectoryMCSFitter.cxx
o*sbnana/sbnanalysis/ana/SBNOscReco/LArReco/TrajectoryMCSFitter.cxx
o*sbncode/sbncode/LArRecoProducer/LArReco/TrajectoryMCSFitter.cxx
o*larreco/larreco/RecoAlg/TrajectoryMCSFitter.h
o*sbnana/sbnanalysis/ana/SBNOscReco/LArReco/TrajectoryMCSFitter.h
o*sbncode/sbncode/LArRecoProducer/LArReco/TrajectoryMCSFitter.h
o*TrajectoryMCSFitterICARUS.cxx
o*TrajectoryMCSFitterICARUS.h
o*TrajectoryPointFlags.cxxSet of flags pertaining a point of the track (implementation file)
o*TrajectoryPointFlags.hSet of flags pertaining a point of the track
o*TrajectoryPointFlags_test.ccSimple test on a recob::TrajectoryPointFlags object
o*TrajectoryUtils.hAlgorithms dealing with a trajectory as a sequence of 3D points
o*transfer_crtt0_producer.fcl
o*transfer_flashmatch_producer.fcl
o*transfer_flasht0_producer.fcl
o*TransferPFParticleFlashMatch_module.cc
o*TransferPFParticleT0_module.cc
o*TransferTrackT0_module.cc
o*TransformationMatrix.hSelection of the type of transformation matrix used in geometry
o*TransverseAssociationAlgorithm.ccImplementation of the transverse association algorithm class
o*TransverseAssociationAlgorithm.hHeader file for the transverse association algorithm class
o*TransverseExtensionAlgorithm.ccImplementation of the transverse extension algorithm class
o*TransverseExtensionAlgorithm.hHeader file for the transverse extension algorithm class
o*TransverseMatrixVisualizationTool.ccImplementation of the transverse matrix visualization tool class
o*TransverseMatrixVisualizationTool.hHeader file for the transverse matrix visualization tool class
o*TransverseTensorVisualizationTool.ccImplementation of the transverse tensor visualization tool class
o*TransverseTensorVisualizationTool.hHeader file for the transverse tensor visualization tool class
o*TransverseTrackHitsBaseTool.ccImplementation of the transverse track hits base tool
o*TransverseTrackHitsBaseTool.hHeader file for the transverse track hits base tool
o*TreeHolder.hClass holding a ROOT tree, to be shared by other classes
o*trig_filter.fcl
o*trigger_emulation_icarus.fcl
o*trigger_icarus.fcl
o*trigger_info.fcl
o*triggeralgo_service.fcl
o*TriggerAlgoBase.cc
o*TriggerAlgoBase.h
o*TriggerConfiguration.cxxInformation from the configuration of a Trigger readout board
o*TriggerConfiguration.hInformation from the configuration of the ICARUS trigger readout
o*TriggerConfigurationExtraction_module.ccWrites ICARUS configuration from FHiCL into data product
o*TriggerConfigurationExtractor.cxx
o*TriggerConfigurationExtractor.hUtility to extract Trigger readout configuration from data
o*TriggerData.cxx
o*TriggerData.h
o*TriggerDataUtils.hUtilities for the conversion of trigger gate data formats
o*TriggerDecoder_tool.cc
o*TriggerDecoderV2_tool.cc
o*triggeredEventList.py
o*TriggerEfficiencyPlots_module.ccPlots of trigger efficiency
o*TriggerEfficiencyPlotsBase.cxxBase class for _art_modules plotting trigger efficiencies
o*TriggerEfficiencyPlotsBase.hBase class for _art_modules plotting trigger efficiencies
o*triggeremu_data_config_icarus.fcl
o*triggeremu_only_data_icarus.fcl
o*triggeremu_only_onspill_data_icarus.fcl
o*triggeremu_prep_data_icarus.fcl
o*triggeremu_proper_data_icarus.fcl
o*triggeremu_settings_icarus.fcl
o*TriggerEmulationTree_module.cc
o*TriggerGateBuilder.cxxAlgorithm to produce trigger gates out of optical readout waveforms
o*TriggerGateBuilder.hAlgorithm to produce trigger gates out of optical readout waveforms
o*TriggerGateData.hA logical multilevel gate for triggering
o*TriggerGateData_test.ccUnit test for TriggerGateData.h header
o*TriggerGateDataFormatting.hUtilities for TriggerGateData printout
o*TriggerGateOperations.hUtilities for the conversion of trigger gate data formats
o*TriggerInfo_t.hHelper class to store transient trigger result
o*TriggerInfo_t_test.ccUnit test for utilities in TriggerInfo_t.h
o*triggerPacketParser.cxxSimple parser for trigger raw data packets
o*Analysis/trigger/details/TriggerResponseManager.cxxHelper managing the trigger response part of a TTree (implementation)
o*PMT/Trigger/Utilities/TriggerResponseManager.cxxHelper managing the trigger response part of a TTree (implementation)
o*Analysis/trigger/details/TriggerResponseManager.hHelper managing the trigger response part of a TTree
o*PMT/Trigger/Utilities/TriggerResponseManager.hHelper managing the trigger response part of a TTree
o*triggersim_eastmodule_icarus.fcl
o*triggersim_eastmodule_icarus_data.fcl
o*triggersim_eastmodule_icarus_run5292.fcl
o*triggersim_icarus.fcl
o*triggersim_icarus_data.fcl
o*triggersim_icarus_run5837_pre09_22_03_01.fcl
o*triggersim_singlewindow_icarus.fcl
o*triggersim_singlewindow_icarus_data.fcl
o*triggersim_singlewindow_icarus_data_multiconfig.fcl
o*triggersim_westmodule_icarus.fcl
o*triggersim_westmodule_icarus_data.fcl
o*triggersim_westmodule_icarus_run5292.fcl
o*TriggerSimulationOnGates_module.ccPlots of efficiency for triggers based on PMT sliding windows
o*TriggerTypeFilter_module.cc
o*TriggerTypes.hSimple type definitions for trigger algorithms
o*TriggerTypes.hh
o*triggerwindowdefs_icarus.fcl
o*TrigInfo_module.cc
o*TripletFinder.cxx
o*TripletFinder.h
o*TrivialExtrap.cxx
o*TrivialExtrap.h
o*trkkal3dsps_uboone.fcl
o*trkkal_uboone.fcl
o*trkkalSPS_uboone.fcl
o*TrueParticle.h
o*TrueParticleHelpers.cxx
o*TrueParticleHelpers.h
o*larana/larana/TruncatedMean/Algorithm/TruncMean.cxx
o*sbncode/sbncode/SinglePhotonAnalysis/Libraries/TruncMean.cxx
o*larana/larana/TruncatedMean/Algorithm/TruncMean.h
o*sbncode/sbncode/SinglePhotonAnalysis/Libraries/TruncMean.h
o*CAFAna/Cuts/TruthCuts.cxx
o*SBNAna/Cuts/TruthCuts.cxx
o*CAFAna/Cuts/TruthCuts.h
o*SBNAna/Cuts/TruthCuts.h
o*TruthMatch.cc
o*Data/TruthMatch.h
o*NumuReco/TruthMatch.h
o*TruthMatchUtils.ccImplementation of the TruthMatchUtils functions
o*TruthMatchUtils.hUtilities for matching a recob::Hit or vector of recob::Hit to the ID of the most significantly contributing G4 particle. Various functions using different definitions of 'most significantly contributing' are provided
o*TruthText.cxx
o*TruthText.h
o*TruthVars.cxx
o*TruthVars.h
o*TssHit2D.cxxHit pos in cm and original recob hit ptr
o*TssHit2D.hHit pos in cm and original recob hit ptr
o*TTHitFinder_module.cc
o*TTSpacePointFinder_module.cc
o*TupleLookupByTag.hUtilities to address elements of a tuple-like class by tag
o*TupleLookupByTag_test.ccUnit tests on TupleLookupByTag.h utilities
o*TWireProjPad.cxxDrawing pad for X-Z or Y-Z projections of events
o*TWireProjPad.hDrawing pad showing a single X-Z or Y-Z projection of an event
o*TwoDParticleCreationAlgorithm.ccImplementation of the two dimensional particle creation algorithm class
o*TwoDParticleCreationAlgorithm.hHeader file for the two dimensional particle creation algorithm class
o*TwoDSlidingFitConsolidationAlgorithm.ccImplementation of the 2D sliding fit consolidation algorithm class
o*TwoDSlidingFitConsolidationAlgorithm.hHeader file for the 2D sliding fit consolidation algorithm class
o*TwoDSlidingFitMultiSplitAlgorithm.ccImplementation of the 2D sliding fit multi-splitting algorithm class
o*TwoDSlidingFitMultiSplitAlgorithm.hHeader file for the 2D sliding fit multi-split algorithm class
o*TwoDSlidingFitSplittingAlgorithm.ccImplementation of the two dimensional sliding fit splitting algorithm class
o*TwoDSlidingFitSplittingAlgorithm.hHeader file for the two dimensional sliding fit splitting algorithm class
o*TwoDSlidingFitSplittingAndSplicingAlgorithm.cc
o*TwoDSlidingFitSplittingAndSplicingAlgorithm.hHeader file for the two dimensional sliding fit splitting and splicing algorithm class
o*TwoDSlidingFitSplittingAndSwitchingAlgorithm.cc
o*TwoDSlidingFitSplittingAndSwitchingAlgorithm.hHeader file for the two dimensional sliding fit splitting and switching algorithm class
o*TwoPlaneStubMerge_tool.cc
o*TwoViewAmbiguousDeltaRayTool.ccImplementation of the two view amgiuous delta ray tool class
o*TwoViewAmbiguousDeltaRayTool.hHeader file for the two view delta ray merge tool class
o*TwoViewClearTracksTool.ccImplementation of the two view clear tracks tool class
o*TwoViewClearTracksTool.hHeader file for the two view clear tracks tool class
o*TwoViewCosmicRayRemovalTool.cc
o*TwoViewCosmicRayRemovalTool.hHeader file for the cosmic ray removal tool class
o*TwoViewDeltaRayMatchingAlgorithm.ccImplementation of the two view delta ray matching class
o*TwoViewDeltaRayMatchingAlgorithm.h
o*TwoViewLongTracksTool.ccImplementation of the long tracks tool class
o*TwoViewLongTracksTool.hHeader file for the long tracks tool class
o*TwoViewMatchingControl.ccImplementation of the two view matching control class
o*TwoViewMatchingControl.hHeader file for the two view matching control class
o*TwoViewShowerHitsTool.ccImplementation of the two view shower hits tool
o*TwoViewShowerHitsTool.hHeader file for the two view shower hits tool
o*TwoViewSimpleTracksTool.ccImplementation of the clear showers tool class
o*TwoViewSimpleTracksTool.h
o*TwoViewThreeDKinkTool.ccImplementation of the two view three d kink tool class
o*TwoViewThreeDKinkTool.hHeader file for the two view three d kink tool class
o*TwoViewTransverseTracksAlgorithm.ccImplementation of the two view transverse tracks algorithm class
o*TwoViewTransverseTracksAlgorithm.hHeader file for the two view transverse tracks algorithm class
o*TWQMultiTPCProjection.cxxThe "main" event display view that most people will want to use
o*TWQMultiTPCProjection.h
o*TWQProjectionView.cxxThe "main" event display view that most people will want to use
o*TWQProjectionView.hA view showing the time vs wire, charge and charge vs time information for an event
o*uboone-filtered-sigproc.fcl
o*uboone-nf-sp-mag.fcl
o*uboone-nf-sp.fcl
o*UnambiguousDeltaRayTool.ccImplementation of the unambiguous delta ray tool class
o*UnambiguousDeltaRayTool.hHeader file for the unambiguous delta ray tool class
o*UnattachedDeltaRaysAlgorithm.ccImplementation of the unattached delta rays algorithm class
o*UnattachedDeltaRaysAlgorithm.hHeader file for the unattached delta rays algorithm class
o*UncopiableAndUnmovableClass.hDefines classes that can't be copied nor moved
o*UncopiableAndUnmovableClass_test.ccTests the content of UncopiableAndUnmovableClass.h
o*UndershootTracksTool.ccImplementation of the undershoot tracks tool class
o*UndershootTracksTool.hHeader file for the undershoot tracks tool class
o*UnfoldIterative.cxx
o*UnfoldIterative.h
o*UnfoldSVD.cxx
o*UnfoldSVD.h
o*UnfoldTikhonov.cxx
o*UnfoldTikhonov.h
o*UniqueRangeSet.cxx
o*UniqueRangeSet.hClass def header for a class UniqueRangeSet
o*UnisimWeightCalc.cxx
o*larcorealg/test/GeoAlgo/unit_test.py
o*sbncode/sbncode/OpT0Finder/flashmatch/GeoAlgo/unit_test/unit_test.py
o*unit_test_base.hBase class for unit tests using FHiCL configuration
o*UniverseOracle.cxx
o*UniverseOracle.h
o*Update-v09_06_00-serviceConfigurations.py
o*update_cetb8.sh
o*update_cmake_cetb8.pl
o*update_sources.sh
o*Update_v07_10_00.sh
o*UpdateArt206.sh
o*UpdateArt209.sh
o*UpdateArt211.sh
o*UpdateArtDataHelper.sh
o*UpdateCluster3D.sh
o*UpdateCoreServices.py
o*UpdateForGenVector.py
o*updateLAr_v09_43_00.sh
o*updateLAr_v3_39.sh
o*UpdateLArDataAlg.sh
o*updateLocalDocumentation.sh
o*UpdateReorg611.sh
o*UpdateTestInfrastructure.py
o*UpdateToLArSeedService.py
o*UpdateToLArSoftObj.sh
o*UpdateToLegacyLarG4.sh
o*UpdateToNuRandomService.py
o*UpdateUnitTestsBoost1.61.py
o*updateVersionList.sh
o*UseGenie3.sh
o*Util.cc
o*Util.h
o*util.py
o*UtilException.cxx
o*UtilException.hClass def header for exception classes used in GeometryUtilities
o*UtilFunc.cxx
o*UtilFunc.h
o*larreco/larreco/RecoAlg/PMAlg/Utilities.cxx
o*sbnana/sbnana/CAFAna/Core/Utilities.cxx
o*sbnana/sbnanalysis/ana/SBNOsc/Utilities.cxx
o*larreco/larreco/RecoAlg/PMAlg/Utilities.h
o*sbnana/sbnana/CAFAna/Core/Utilities.h
o*sbnana/sbnanalysis/ana/SBNOsc/Utilities.h
o*utilities.sh
o*Utils.cxx
o*larreco/larreco/RecoAlg/TCAlg/Utils.h
o*sbncode/sbncode/CAFMaker/Utils.h
o*v06_30_00-GeoToGeometry.py
o*v06_43_00-UpdateGeometryToLArCoreAlg.py
o*v06_49_00-PtrMakerInArt.sh
o*v08_04_00-LarDataUtils.py
o*V1730channelConfiguration.cxxInformation from the configuration of a V1730 PMT readout board
o*V1730channelConfiguration.hInformation from the configuration of a V1730 PMT readout board
o*V1730Configuration.cxxInformation from the configuration of a V1730 PMT readout board
o*V1730Configuration.hInformation from the configuration of a V1730 PMT readout board
o*validate_in_job.py
o*ValidateAtomicNumberConfiguration_test.ccValidates the AtomicNumber service provider configuration
o*value.cc
o*value.h
o*values.hDefinition of util::values() and util::const_values()
o*values_test.ccTest of util::values()
o*Var.cxx
o*Var.h
o*var_10pe_5hits_1us_020ns.fcl
o*var_20pe_5hits_1us_020ns.fcl
o*var_30pe_5hits_1us_020ns.fcl
o*var_40pe_5hits_1us_020ns.fcl
o*var_50pe_2hits_1us_020ns.fcl
o*var_50pe_3hits_1us_020ns.fcl
o*var_50pe_4hits_1us_020ns.fcl
o*var_50pe_5hits_1us_010ns.fcl
o*var_50pe_5hits_1us_020ns.fcl
o*var_50pe_5hits_1us_030ns.fcl
o*var_50pe_5hits_1us_040ns.fcl
o*var_50pe_5hits_3us_020ns.fcl
o*var_50pe_5hits_5us_020ns.fcl
o*var_50pe_5hits_7us_020ns.fcl
o*variables.h
o*Vars.cxx
o*Vars.h
o*VectorMap.h
o*Vertex.cxx
o*vertex.fcl
o*Vertex.h
o*VertexAssnMeta.h
o*VertexAssociatedPfosTool.ccImplementation of the vertex associated pfos tool class
o*VertexAssociatedPfosTool.hHeader file for the vertex associated pfos tool class
o*VertexBasedPfoMopUpAlgorithm.ccImplementation of the vertex based pfo mop up algorithm class
o*VertexBasedPfoMopUpAlgorithm.hHeader file for the vertex based pfo mop up algorithm class
o*VertexBasedPfoRecoveryAlgorithm.ccImplementation of the vertex-based particle recovery algorithm
o*VertexBasedPfoRecoveryAlgorithm.hHeader file for the vertex-based particle recovery algorithm
o*VertexChargeVacuum_module.cc
o*VertexCheater_module.cc
o*VertexFinder2D_module.cc
o*vertexfindermodules.fcl
o*vertexfindermodules_argoneut.fcl
o*vertexfindermodules_sbnd.fcl
o*VertexFitAlg.cxx
o*VertexFitAlg.h
o*VertexFitMinuitStruct.h
o*vertexfitter.fcl
o*VertexFitter_module.cc
o*VertexHit.cc
o*VertexHit.h
o*VertexMonitoringAlgorithm.ccImplementation of the particle visualisation algorithm
o*VertexMonitoringAlgorithm.hHeader file for the particle visualisation algorithm
o*VertexRefinementAlgorithm.ccImplementation of the vertex refinement algorithm class
o*VertexRefinementAlgorithm.hHeader file for the vertex refinement algorithm class
o*VertexSelectionBaseAlgorithm.ccImplementation of the vertex selection base algorithm class
o*VertexSelectionBaseAlgorithm.hHeader file for the vertex selection base algorithm class
o*VertexSplittingAlgorithm.ccImplementation of the vertex splitting algorithm class
o*VertexSplittingAlgorithm.hHeader file for the vertex splitting algorithm class
o*VertexStubTracker_module.cc
o*VertexWrapper.h
o*VintageLArTPCThreeView.hDetector interface for an older-style 3view, horizontal drift, single-phase LArTPC (e.g. MicroBooNE, DUNEFD-HD, PDSP etc)
o*VisualizationAction.cxx
o*VisualizationAction.h
o*VisualMonitoringAlgorithm.ccImplementation of the visual monitoring algorithm class
o*VisualMonitoringAlgorithm.hHeader file for the visual monitoring algorithm class
o*VisualParticleMonitoringAlgorithm.ccImplementation of the particle visualisation algorithm
o*VisualParticleMonitoringAlgorithm.hHeader file for the particle visualisation algorithm
o*vm.cc
o*vm.h
o*VolumeDefinitions.cxx
o*VolumeDefinitions.h
o*Voronoi.cxx
o*Voronoi.h
o*VoronoiDiagram_test.cc
o*VoronoiPathFinder_tool.ccArt Tool for comparing clusters and merging those that are consistent
o*WaveformBaseline.cxx
o*WaveformBaseline.h
o*WaveformBaseline_test.ccUnit test for WaveformBaseline.h header
o*WaveformIntegrity_module.cc
o*WaveformOperations.hOperations on waveform samples
o*WaveformOperations_test.ccUnit test for waveform operations
o*WaveformRMS.cxxA baseline RMS for a waveform
o*WaveformRMS.hA baseline RMS for a waveform
o*waveformtools_icarus.fcl
o*WaveformTools_tool.cc
o*wcls-decode-to-sig-base.fcl
o*wcls-decode-to-sig.fcl
o*wcls-multitpc-sim-drift-simchannel-omit-noise.fcl
o*wcls-multitpc-sim-drift-simchannel.fcl
o*wcls-sim-drift-simchannel.fcl
o*wcls-sim.fcl
o*WCLS_tool.cc
o*WeakCurrentType.cxxA C++ type to describe the type of weak current (implementation)
o*WeakCurrentType.hA C++ type to describe the type of weak current
o*WebDBIConstants.h
o*WebError.hCollection of exception classes for WebDBI
o*webevd.cxx
o*WebEVD.fcl
o*WebEVD_module.cc
o*webevdjob_fd.fcl
o*webevdjob_icarus.fcl
o*webevdjob_protodune.fcl
o*webevdjob_sbnd.fcl
o*webevdjob_vd.fcl
o*WebEVDServer.cxx
o*WebEVDServer.h
o*webreader.fcl
o*webreader_test.fcl
o*WebReaderService.h
o*WebReaderService_service.cc
o*WebReaderTest_module.cc
o*Weight_t.h
o*WeightCalc.cxx
o*larsim/larsim/EventWeight/Base/WeightCalc.h
o*sbncode/sbncode/SBNEventWeight/Base/WeightCalc.h
o*larsim/larsim/EventWeight/Base/WeightCalcCreator.cxx
o*sbncode/sbncode/SBNEventWeight/Base/WeightCalcCreator.cxx
o*larsim/larsim/EventWeight/Base/WeightCalcCreator.h
o*sbncode/sbncode/SBNEventWeight/Base/WeightCalcCreator.h
o*larsim/larsim/EventWeight/Base/WeightCalcFactory.cxx
o*sbncode/sbncode/SBNEventWeight/Base/WeightCalcFactory.cxx
o*larsim/larsim/EventWeight/Base/WeightCalcFactory.h
o*sbncode/sbncode/SBNEventWeight/Base/WeightCalcFactory.h
o*WeightedRayTraceBox_tool.cc
o*larsim/larsim/EventWeight/Base/WeightManager.cxx
o*sbncode/sbncode/SBNEventWeight/Base/WeightManager.cxx
o*larsim/larsim/EventWeight/Base/WeightManager.h
o*sbncode/sbncode/SBNEventWeight/Base/WeightManager.h
o*wfHitDrawers.fcl
o*WienerFilterAna_module.cc
o*WildcardSource.cxx
o*WildcardSource.h
o*WindowChannelMap.cxxApplies sliding window trigger patterns
o*WindowChannelMap.hData structure enclosing information for trigger sliding windows
o*WindowPattern.cxxDefines a (sliding) window trigger pattern (implementation file)
o*WindowPattern.hDefines a (sliding) window trigger pattern
o*WindowPatternConfig.hFHiCL configuration structure for icarus::trigger::WindowPattern
o*WindowTopologyAlg.cxxAssembles the topology of trigger windows (implementation file)
o*WindowTopologyAlg.hAssembles the topology of trigger windows
o*Wire.cxxDefinition of basic channel signal object
o*Wire.hDeclaration of basic channel signal object
o*Wire_test.ccSimple test on a recob::Wire object
o*WireAna_module.cc
o*Deprecated/wirecell_multitpc_detsim_icarus.fcl
o*wirecell_multitpc_detsim_icarus.fcl
o*wirecell_multitpc_detsim_icarus_lite.fcl
o*wirecellmodules.fcl
o*wirecellmodules_microboone.fcl
o*WireCellNoiseFilter_module.cc
o*WireCellToolkit_module.cc
o*WireCreator.cxxHelper functions to create a wire - implementation file
o*WireCreator.hHelper functions to create a wire
o*WireGeo.cxxEncapsulate the geometry of a wire
o*WireGeo.hEncapsulate the geometry of a wire
o*withAssociated.hFunctions to add associated data to a collection proxy
o*WithAssociatedStructBase.hTemplate class to declare addition of associated data to a proxy
o*withCollectionProxy.hCreation of a collection proxy as auxiliary data for another proxy
o*withParallelData.hInterface to add auxiliary data from parallel collections to a proxy
o*WithProxyAsAuxStructBase.hInfrastructure for a collection proxy as auxiliary data for a proxy
o*withZeroOrOne.hInterface to add optional associated data to a collection proxy
o*WriteBeamGateInfo_module.ccWrites a fixed collection of sim::BeamGateInfo
o*icaruscode/icaruscode/PMT/wvfana.fcl
o*sbndcode/sbndcode/OpDetSim/wvfana.fcl
o*wvfAna_module.cc
o*wvfAnaicarus_module.cc
o*xmlerror.py
o*zenevd.fcl
o*zengen.fcl
o*zip.hDefinition of util::zip()
\*zip_test.ccTest of util::zip()