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PandoraSettings_Neutrino_MicroBooNE.xml
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PandoraSettings_Neutrino_MicroBooNE.xml
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<pandora>
<!-- GLOBAL SETTINGS -->
<IsMonitoringEnabled>true</IsMonitoringEnabled>
<ShouldDisplayAlgorithmInfo>false</ShouldDisplayAlgorithmInfo>
<SingleHitTypeClusteringMode>true</SingleHitTypeClusteringMode>
<!-- ALGORITHM SETTINGS -->
<algorithm type = "LArPreProcessing">
<OutputCaloHitListNameU>CaloHitListU</OutputCaloHitListNameU>
<OutputCaloHitListNameV>CaloHitListV</OutputCaloHitListNameV>
<OutputCaloHitListNameW>CaloHitListW</OutputCaloHitListNameW>
<FilteredCaloHitListName>CaloHitList2D</FilteredCaloHitListName>
<CurrentCaloHitListReplacement>CaloHitList2D</CurrentCaloHitListReplacement>
</algorithm>
<!-- TwoDReconstruction -->
<algorithm type = "LArClusteringParent">
<algorithm type = "LArTrackClusterCreation" description = "ClusterFormation"/>
<InputCaloHitListName>CaloHitListU</InputCaloHitListName>
<ClusterListName>ClustersU</ClusterListName>
<ReplaceCurrentCaloHitList>true</ReplaceCurrentCaloHitList>
<ReplaceCurrentClusterList>true</ReplaceCurrentClusterList>
</algorithm>
<algorithm type = "LArLayerSplitting"/>
<algorithm type = "LArLongitudinalAssociation"/>
<algorithm type = "LArTransverseAssociation"/>
<algorithm type = "LArLongitudinalExtension"/>
<algorithm type = "LArTransverseExtension"/>
<algorithm type = "LArCrossGapsAssociation"/>
<algorithm type = "LArCrossGapsExtension"/>
<algorithm type = "LArOvershootSplitting"/>
<algorithm type = "LArBranchSplitting"/>
<algorithm type = "LArKinkSplitting"/>
<algorithm type = "LArTrackConsolidation">
<algorithm type = "LArSimpleClusterCreation" description = "ClusterRebuilding"/>
</algorithm>
<algorithm type = "LArClusteringParent">
<algorithm type = "LArTrackClusterCreation" description = "ClusterFormation"/>
<InputCaloHitListName>CaloHitListV</InputCaloHitListName>
<ClusterListName>ClustersV</ClusterListName>
<ReplaceCurrentCaloHitList>true</ReplaceCurrentCaloHitList>
<ReplaceCurrentClusterList>true</ReplaceCurrentClusterList>
</algorithm>
<algorithm type = "LArLayerSplitting"/>
<algorithm type = "LArLongitudinalAssociation"/>
<algorithm type = "LArTransverseAssociation"/>
<algorithm type = "LArLongitudinalExtension"/>
<algorithm type = "LArTransverseExtension"/>
<algorithm type = "LArCrossGapsAssociation"/>
<algorithm type = "LArCrossGapsExtension"/>
<algorithm type = "LArOvershootSplitting"/>
<algorithm type = "LArBranchSplitting"/>
<algorithm type = "LArKinkSplitting"/>
<algorithm type = "LArTrackConsolidation">
<algorithm type = "LArSimpleClusterCreation" description = "ClusterRebuilding"/>
</algorithm>
<algorithm type = "LArClusteringParent">
<algorithm type = "LArTrackClusterCreation" description = "ClusterFormation"/>
<InputCaloHitListName>CaloHitListW</InputCaloHitListName>
<ClusterListName>ClustersW</ClusterListName>
<ReplaceCurrentCaloHitList>true</ReplaceCurrentCaloHitList>
<ReplaceCurrentClusterList>true</ReplaceCurrentClusterList>
</algorithm>
<algorithm type = "LArLayerSplitting"/>
<algorithm type = "LArLongitudinalAssociation"/>
<algorithm type = "LArTransverseAssociation"/>
<algorithm type = "LArLongitudinalExtension"/>
<algorithm type = "LArTransverseExtension"/>
<algorithm type = "LArCrossGapsAssociation"/>
<algorithm type = "LArCrossGapsExtension"/>
<algorithm type = "LArOvershootSplitting"/>
<algorithm type = "LArBranchSplitting"/>
<algorithm type = "LArKinkSplitting"/>
<algorithm type = "LArTrackConsolidation">
<algorithm type = "LArSimpleClusterCreation" description = "ClusterRebuilding"/>
</algorithm>
<!-- VertexAlgorithms -->
<algorithm type = "LArCutClusterCharacterisation">
<InputClusterListNames>ClustersU ClustersV ClustersW</InputClusterListNames>
</algorithm>
<algorithm type = "LArCandidateVertexCreation">
<InputClusterListNames>ClustersU ClustersV ClustersW</InputClusterListNames>
<OutputVertexListName>CandidateVertices3D</OutputVertexListName>
<ReplaceCurrentVertexList>true</ReplaceCurrentVertexList>
<EnableCrossingCandidates>true</EnableCrossingCandidates>
</algorithm>
<algorithm type = "LArSvmVertexSelection">
<InputCaloHitListNames>CaloHitListU CaloHitListV CaloHitListW</InputCaloHitListNames>
<InputClusterListNames>ClustersU ClustersV ClustersW</InputClusterListNames>
<OutputVertexListName>NeutrinoVertices3D</OutputVertexListName>
<ReplaceCurrentVertexList>true</ReplaceCurrentVertexList>
<MvaFileName>PandoraMVAData/PandoraSvm_v03_11_00.xml</MvaFileName>
<RegionMvaName>VertexSelectionRegion</RegionMvaName>
<VertexMvaName>VertexSelectionVertex</VertexMvaName>
<FeatureTools>
<tool type = "LArEnergyKickFeature"/>
<tool type = "LArLocalAsymmetryFeature"/>
<tool type = "LArGlobalAsymmetryFeature"/>
<tool type = "LArShowerAsymmetryFeature"/>
<tool type = "LArRPhiFeature"/>
</FeatureTools>
</algorithm>
<algorithm type = "LArCutClusterCharacterisation">
<InputClusterListNames>ClustersU ClustersV ClustersW</InputClusterListNames>
<ZeroMode>true</ZeroMode>
</algorithm>
<algorithm type = "LArVertexSplitting">
<InputClusterListNames>ClustersU ClustersV ClustersW</InputClusterListNames>
</algorithm>
<!-- ThreeDTrackAlgorithms -->
<algorithm type = "LArThreeDTransverseTracks">
<InputClusterListNameU>ClustersU</InputClusterListNameU>
<InputClusterListNameV>ClustersV</InputClusterListNameV>
<InputClusterListNameW>ClustersW</InputClusterListNameW>
<OutputPfoListName>TrackParticles3D</OutputPfoListName>
<TrackTools>
<tool type = "LArClearTracks"/>
<tool type = "LArLongTracks"/>
<tool type = "LArOvershootTracks"><SplitMode>true</SplitMode></tool>
<tool type = "LArUndershootTracks"><SplitMode>true</SplitMode></tool>
<tool type = "LArOvershootTracks"><SplitMode>false</SplitMode></tool>
<tool type = "LArUndershootTracks"><SplitMode>false</SplitMode></tool>
<tool type = "LArMissingTrackSegment"/>
<tool type = "LArTrackSplitting"/>
<tool type = "LArLongTracks"><MinMatchedFraction>0.75</MinMatchedFraction><MinXOverlapFraction>0.75</MinXOverlapFraction></tool>
<tool type = "LArTracksCrossingGaps"><MinMatchedFraction>0.75</MinMatchedFraction><MinXOverlapFraction>0.75</MinXOverlapFraction></tool>
<tool type = "LArMissingTrack"/>
</TrackTools>
</algorithm>
<algorithm type = "LArThreeDLongitudinalTracks">
<InputClusterListNameU>ClustersU</InputClusterListNameU>
<InputClusterListNameV>ClustersV</InputClusterListNameV>
<InputClusterListNameW>ClustersW</InputClusterListNameW>
<OutputPfoListName>TrackParticles3D</OutputPfoListName>
<TrackTools>
<tool type = "LArClearLongitudinalTracks"/>
<tool type = "LArMatchedEndPoints"/>
</TrackTools>
</algorithm>
<algorithm type = "LArThreeDTrackFragments">
<MinClusterLength>5.</MinClusterLength>
<InputClusterListNameU>ClustersU</InputClusterListNameU>
<InputClusterListNameV>ClustersV</InputClusterListNameV>
<InputClusterListNameW>ClustersW</InputClusterListNameW>
<OutputPfoListName>TrackParticles3D</OutputPfoListName>
<TrackTools>
<tool type = "LArClearTrackFragments"/>
</TrackTools>
<algorithm type = "LArSimpleClusterCreation" description = "ClusterRebuilding"/>
</algorithm>
<!-- ThreeDShowerAlgorithms -->
<algorithm type = "LArCutPfoCharacterisation">
<TrackPfoListName>TrackParticles3D</TrackPfoListName>
<ShowerPfoListName>ShowerParticles3D</ShowerPfoListName>
<UseThreeDInformation>false</UseThreeDInformation>
</algorithm>
<algorithm type = "LArListDeletion">
<PfoListNames>ShowerParticles3D</PfoListNames>
</algorithm>
<algorithm type = "LArCutClusterCharacterisation">
<InputClusterListNames>ClustersU ClustersV ClustersW</InputClusterListNames>
<OverwriteExistingId>true</OverwriteExistingId>
</algorithm>
<algorithm type = "LArShowerGrowing">
<InputClusterListNames>ClustersU ClustersV ClustersW</InputClusterListNames>
</algorithm>
<algorithm type = "LArThreeDShowers">
<InputClusterListNameU>ClustersU</InputClusterListNameU>
<InputClusterListNameV>ClustersV</InputClusterListNameV>
<InputClusterListNameW>ClustersW</InputClusterListNameW>
<OutputPfoListName>ShowerParticles3D</OutputPfoListName>
<ShowerTools>
<tool type = "LArClearShowers"/>
<tool type = "LArSplitShowers"/>
<tool type = "LArSimpleShowers"/>
</ShowerTools>
</algorithm>
<!-- Repeat ThreeDTrackAlgorithms -->
<algorithm type = "LArThreeDTransverseTracks">
<InputClusterListNameU>ClustersU</InputClusterListNameU>
<InputClusterListNameV>ClustersV</InputClusterListNameV>
<InputClusterListNameW>ClustersW</InputClusterListNameW>
<OutputPfoListName>TrackParticles3D</OutputPfoListName>
<TrackTools>
<tool type = "LArClearTracks"/>
<tool type = "LArLongTracks"/>
<tool type = "LArOvershootTracks"><SplitMode>true</SplitMode></tool>
<tool type = "LArUndershootTracks"><SplitMode>true</SplitMode></tool>
<tool type = "LArOvershootTracks"><SplitMode>false</SplitMode></tool>
<tool type = "LArUndershootTracks"><SplitMode>false</SplitMode></tool>
<tool type = "LArMissingTrackSegment"/>
<tool type = "LArTrackSplitting"/>
<tool type = "LArLongTracks"><MinMatchedFraction>0.75</MinMatchedFraction><MinXOverlapFraction>0.75</MinXOverlapFraction></tool>
<tool type = "LArTracksCrossingGaps"><MinMatchedFraction>0.75</MinMatchedFraction><MinXOverlapFraction>0.75</MinXOverlapFraction></tool>
<tool type = "LArMissingTrack"/>
</TrackTools>
</algorithm>
<algorithm type = "LArThreeDLongitudinalTracks">
<InputClusterListNameU>ClustersU</InputClusterListNameU>
<InputClusterListNameV>ClustersV</InputClusterListNameV>
<InputClusterListNameW>ClustersW</InputClusterListNameW>
<OutputPfoListName>TrackParticles3D</OutputPfoListName>
<TrackTools>
<tool type = "LArClearLongitudinalTracks"/>
<tool type = "LArMatchedEndPoints"/>
</TrackTools>
</algorithm>
<algorithm type = "LArThreeDTrackFragments">
<MinClusterLength>5.</MinClusterLength>
<InputClusterListNameU>ClustersU</InputClusterListNameU>
<InputClusterListNameV>ClustersV</InputClusterListNameV>
<InputClusterListNameW>ClustersW</InputClusterListNameW>
<OutputPfoListName>TrackParticles3D</OutputPfoListName>
<TrackTools>
<tool type = "LArClearTrackFragments"/>
</TrackTools>
<algorithm type = "LArSimpleClusterCreation" description = "ClusterRebuilding"/>
</algorithm>
<!-- ThreeDRecoveryAlgorithms -->
<algorithm type = "LArVertexBasedPfoRecovery">
<InputClusterListNames>ClustersU ClustersV ClustersW</InputClusterListNames>
<OutputPfoListName>TrackParticles3D</OutputPfoListName>
</algorithm>
<algorithm type = "LArParticleRecovery">
<InputClusterListNames>ClustersU ClustersV ClustersW</InputClusterListNames>
<OutputPfoListName>TrackParticles3D</OutputPfoListName>
</algorithm>
<algorithm type = "LArParticleRecovery">
<InputClusterListNames>ClustersU ClustersV ClustersW</InputClusterListNames>
<OutputPfoListName>TrackParticles3D</OutputPfoListName>
<VertexClusterMode>true</VertexClusterMode>
<MinXOverlapFraction>0.5</MinXOverlapFraction>
<MinClusterCaloHits>5</MinClusterCaloHits>
<MinClusterLength>1.</MinClusterLength>
</algorithm>
<!-- TwoDMopUpAlgorithms -->
<algorithm type = "LArBoundedClusterMopUp">
<PfoListNames>ShowerParticles3D</PfoListNames>
<DaughterListNames>ClustersU ClustersV ClustersW</DaughterListNames>
</algorithm>
<algorithm type = "LArConeClusterMopUp">
<PfoListNames>ShowerParticles3D</PfoListNames>
<DaughterListNames>ClustersU ClustersV ClustersW</DaughterListNames>
</algorithm>
<algorithm type = "LArNearbyClusterMopUp">
<PfoListNames>ShowerParticles3D</PfoListNames>
<DaughterListNames>ClustersU ClustersV ClustersW</DaughterListNames>
</algorithm>
<!-- ThreeDHitAlgorithms -->
<algorithm type = "LArCutPfoCharacterisation">
<TrackPfoListName>TrackParticles3D</TrackPfoListName>
<ShowerPfoListName>ShowerParticles3D</ShowerPfoListName>
<PostBranchAddition>true</PostBranchAddition>
<UseThreeDInformation>false</UseThreeDInformation>
</algorithm>
<algorithm type = "LArThreeDHitCreation">
<InputPfoListName>TrackParticles3D</InputPfoListName>
<OutputCaloHitListName>TrackCaloHits3D</OutputCaloHitListName>
<OutputClusterListName>TrackClusters3D</OutputClusterListName>
<HitCreationTools>
<tool type = "LArClearTransverseTrackHits"><MinViews>3</MinViews></tool>
<tool type = "LArClearLongitudinalTrackHits"><MinViews>3</MinViews></tool>
<tool type = "LArMultiValuedLongitudinalTrackHits"><MinViews>3</MinViews></tool>
<tool type = "LArMultiValuedTransverseTrackHits"><MinViews>3</MinViews></tool>
<tool type = "LArClearTransverseTrackHits"><MinViews>2</MinViews></tool>
<tool type = "LArClearLongitudinalTrackHits"><MinViews>2</MinViews></tool>
<tool type = "LArMultiValuedLongitudinalTrackHits"><MinViews>2</MinViews></tool>
</HitCreationTools>
</algorithm>
<algorithm type = "LArThreeDHitCreation">
<InputPfoListName>ShowerParticles3D</InputPfoListName>
<OutputCaloHitListName>ShowerCaloHits3D</OutputCaloHitListName>
<OutputClusterListName>ShowerClusters3D</OutputClusterListName>
<HitCreationTools>
<tool type = "LArThreeViewShowerHits"/>
<tool type = "LArTwoViewShowerHits"/>
<tool type = "LArDeltaRayShowerHits"/>
</HitCreationTools>
</algorithm>
<!-- ThreeDMopUpAlgorithms -->
<algorithm type = "LArSlidingConePfoMopUp">
<InputPfoListNames>TrackParticles3D ShowerParticles3D</InputPfoListNames>
<DaughterListNames>ClustersU ClustersV ClustersW TrackClusters3D ShowerClusters3D</DaughterListNames>
</algorithm>
<algorithm type = "LArSlidingConeClusterMopUp">
<InputPfoListNames>TrackParticles3D ShowerParticles3D</InputPfoListNames>
<DaughterListNames>ClustersU ClustersV ClustersW</DaughterListNames>
</algorithm>
<algorithm type = "LArIsolatedClusterMopUp">
<PfoListNames>TrackParticles3D ShowerParticles3D</PfoListNames>
<DaughterListNames>ClustersU ClustersV ClustersW</DaughterListNames>
<AddHitsAsIsolated>true</AddHitsAsIsolated>
</algorithm>
<!-- NeutrinoAlgorithms -->
<algorithm type = "LArNeutrinoCreation">
<InputVertexListName>NeutrinoVertices3D</InputVertexListName>
<NeutrinoPfoListName>NeutrinoParticles3D</NeutrinoPfoListName>
</algorithm>
<algorithm type = "LArNeutrinoHierarchy">
<NeutrinoPfoListName>NeutrinoParticles3D</NeutrinoPfoListName>
<DaughterPfoListNames>TrackParticles3D ShowerParticles3D</DaughterPfoListNames>
<DisplayPfoInfoMap>false</DisplayPfoInfoMap>
<PfoRelationTools>
<tool type = "LArVertexAssociatedPfos"/>
<tool type = "LArEndAssociatedPfos"/>
<tool type = "LArBranchAssociatedPfos"/>
</PfoRelationTools>
</algorithm>
<algorithm type = "LArNeutrinoDaughterVertices">
<NeutrinoPfoListName>NeutrinoParticles3D</NeutrinoPfoListName>
<OutputVertexListName>DaughterVertices3D</OutputVertexListName>
</algorithm>
<algorithm type = "LArSvmPfoCharacterisation">
<TrackPfoListName>TrackParticles3D</TrackPfoListName>
<ShowerPfoListName>ShowerParticles3D</ShowerPfoListName>
<UseThreeDInformation>true</UseThreeDInformation>
<SvmFileName>PandoraMVAData/PandoraSvm_v03_11_00.xml</SvmFileName>
<SvmName>PfoCharacterisation</SvmName>
<SvmFileNameNoChargeInfo>PandoraMVAData/PandoraSvm_v03_11_00.xml</SvmFileNameNoChargeInfo>
<SvmNameNoChargeInfo>PfoCharacterisationNoChargeInfo</SvmNameNoChargeInfo>
<FeatureTools>
<tool type = "LArThreeDLinearFitFeatureTool"/>
<tool type = "LArThreeDVertexDistanceFeatureTool"/>
<tool type = "LArThreeDPCAFeatureTool"/>
<tool type = "LArThreeDOpeningAngleFeatureTool"/>
<tool type = "LArThreeDChargeFeatureTool"/>
</FeatureTools>
<FeatureToolsNoChargeInfo>
<tool type = "LArThreeDLinearFitFeatureTool"/>
<tool type = "LArThreeDVertexDistanceFeatureTool"/>
<tool type = "LArThreeDPCAFeatureTool"/>
<tool type = "LArThreeDOpeningAngleFeatureTool"/>
</FeatureToolsNoChargeInfo>
</algorithm>
<algorithm type = "LArNeutrinoProperties">
<NeutrinoPfoListName>NeutrinoParticles3D</NeutrinoPfoListName>
</algorithm>
<!-- Track and shower building -->
<algorithm type = "LArTrackParticleBuilding">
<PfoListName>TrackParticles3D</PfoListName>
<VertexListName>DaughterVertices3D</VertexListName>
</algorithm>
<!-- Output list management -->
<algorithm type = "LArPostProcessing">
<PfoListNames>NeutrinoParticles3D TrackParticles3D ShowerParticles3D</PfoListNames>
<VertexListNames>NeutrinoVertices3D DaughterVertices3D CandidateVertices3D</VertexListNames>
<ClusterListNames>ClustersU ClustersV ClustersW TrackClusters3D ShowerClusters3D</ClusterListNames>
<CaloHitListNames>CaloHitListU CaloHitListV CaloHitListW CaloHitList2D</CaloHitListNames>
<CurrentPfoListReplacement>NeutrinoParticles3D</CurrentPfoListReplacement>
</algorithm>
</pandora>