PandoraSettings_LArRecoND_ThreeD_Merged.xml

<pandora>
    <!-- GLOBAL SETTINGS -->
    <IsMonitoringEnabled>true</IsMonitoringEnabled>
    <ShouldDisplayAlgorithmInfo>false</ShouldDisplayAlgorithmInfo>
    <SingleHitTypeClusteringMode>true</SingleHitTypeClusteringMode>

    <!-- ALGORITHM SETTINGS -->
    <algorithm type = "LArPreProcessingThreeD">
        <OutputCaloHitListNameU>CaloHitListU</OutputCaloHitListNameU>
        <OutputCaloHitListNameV>CaloHitListV</OutputCaloHitListNameV>
        <OutputCaloHitListNameW>CaloHitListW</OutputCaloHitListNameW>
        <OutputCaloHitListName3D>CaloHitList3D</OutputCaloHitListName3D>
        <FilteredCaloHitListName>CaloHitList2D</FilteredCaloHitListName>
        <CurrentCaloHitListReplacement>CaloHitList2D</CurrentCaloHitListReplacement>
    </algorithm>

    <algorithm type = "LArVisualMonitoring">
        <CaloHitListNames>CaloHitListU CaloHitListV CaloHitListW CaloHitList3D</CaloHitListNames>
        <ShowDetector>true</ShowDetector>
    </algorithm>

    <algorithm type = "LArMasterThreeD">
        <CRSettingsFile>PandoraSettings_Cosmic_Standard.xml</CRSettingsFile>
        <NuSettingsFile>PandoraSettings_Neutrino_ThreeD_Merged.xml</NuSettingsFile>
        <SlicingSettingsFile>PandoraSettings_Slicing_ThreeD_Merged.xml</SlicingSettingsFile>
        <StitchingTools>
            <tool type = "LArStitchingCosmicRayMerging"><ThreeDStitchingMode>true</ThreeDStitchingMode></tool>
            <tool type = "LArStitchingCosmicRayMerging"><ThreeDStitchingMode>false</ThreeDStitchingMode></tool>
        </StitchingTools>
        <CosmicRayTaggingTools>
            <tool type = "LArCosmicRayTagging"/>
        </CosmicRayTaggingTools>
        <SliceIdTools>
            <tool type = "LArSimpleNeutrinoId"/>
        </SliceIdTools>
        <InputHitListName>Input</InputHitListName>
        <RecreatedPfoListName>RecreatedPfos</RecreatedPfoListName>
        <RecreatedClusterListName>RecreatedClusters</RecreatedClusterListName>
        <RecreatedVertexListName>RecreatedVertices</RecreatedVertexListName>
        <VisualizeOverallRecoStatus>false</VisualizeOverallRecoStatus>
        <ShouldRemoveOutOfTimeHits>false</ShouldRemoveOutOfTimeHits>
    </algorithm>

    <algorithm type = "LArHierarchyMonitoring">
        <PerformMatching>true</PerformMatching>
        <CollectionOnly>false</CollectionOnly>
    </algorithm>

    <algorithm type = "LArHierarchyAnalysis">
        <EventFileName>LArRecoNDInput.root</EventFileName>
	<EventTreeName>events</EventTreeName>
	<EventLeafName>event</EventLeafName>
	<RunLeafName>run</RunLeafName>
	<SubRunLeafName>subrun</SubRunLeafName>
	<UnixTimeLeafName>unix_ts</UnixTimeLeafName>
	<StartTimeLeafName>event_start_t</StartTimeLeafName>
	<EndTimeLeafName>event_end_t</EndTimeLeafName>
	<MCIdLeafName>mcp_id</MCIdLeafName>
	<MCLocalIdLeafName>mcp_idLocal</MCLocalIdLeafName>
	<EventsToSkip>0</EventsToSkip>
	<CaloHitListName>CaloHitList2D</CaloHitListName>
	<PfoListName>RecreatedPfos</PfoListName>
        <AnalysisFileName>LArRecoND.root</AnalysisFileName>
        <AnalysisTreeName>LArRecoND</AnalysisTreeName>
        <FoldToPrimaries>false</FoldToPrimaries>
        <FoldToLeadingShowers>false</FoldToLeadingShowers>
	<FoldDynamic>true</FoldDynamic>
        <MinPurity>0.5</MinPurity>
        <MinCompleteness>0.1</MinCompleteness>
        <MinRecoHits>15</MinRecoHits>
        <MinRecoHitsPerView>5</MinRecoHitsPerView>
        <MinRecoGoodViews>2</MinRecoGoodViews>
        <RemoveRecoNeutrons>true</RemoveRecoNeutrons>
    </algorithm>

<!-- LArContent hierarchy tools MC and event-level information
    <algorithm type = "LArHierarchyValidation">
        <Detector>dune_nd</Detector>
        <ValidateMC>true</ValidateMC>
        <WriteMCTree>true</WriteMCTree>
        <MCFileName>MCHierarchy.root</MCFileName>
        <MCTreeName>MC</MCTreeName>
        <ValidateEvent>true</ValidateEvent>
        <WriteEventTree>true</WriteEventTree>
        <EventFileName>EventHierarchy.root</EventFileName>
        <EventTreeName>Events</EventTreeName>
        <FoldToPrimaries>true</FoldToPrimaries>
        <MinPurity>0.5</MinPurity>
        <MinCompleteness>0.1</MinCompleteness>
        <MinRecoHits>15</MinRecoHits>
        <MinRecoHitsPerView>5</MinRecoHitsPerView>
        <MinRecoGoodViews>2</MinRecoGoodViews>
        <RemoveRecoNeutrons>true</RemoveRecoNeutrons>
    </algorithm>
-->

<!-- Use old single neutrino event validation
    <algorithm type = "LArNeutrinoEventValidation">
        <CaloHitListName>CaloHitList2D</CaloHitListName>
        <MCParticleListName>Input</MCParticleListName>
        <PfoListName>RecreatedPfos</PfoListName>
        <UseTrueNeutrinosOnly>true</UseTrueNeutrinosOnly>
        <PrintAllToScreen>true</PrintAllToScreen>
        <PrintMatchingToScreen>true</PrintMatchingToScreen>
        <WriteToTree>true</WriteToTree>
        <OutputTree>Validation</OutputTree>
        <OutputFile>Validation.root</OutputFile>
    </algorithm>
-->

    <algorithm type = "LArVisualMonitoring">
        <ShowCurrentPfos>true</ShowCurrentPfos>
        <ShowDetector>true</ShowDetector>
    </algorithm>

</pandora>