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Merge pull request #228 from sophiemiddleton/Mu2eDisplay
New .fcl examples for updated geoms
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‎README.md‎

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@@ -12,9 +12,20 @@ For more information about REve and the implementation for Mu2e see: https://mu2
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To use the display to scroll through events sequentially utilize either the ```nominal_example``` for nominal Mu2e geometry or ```extracted_example``` for the extracted geometry and run as you would any other .fcl:
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```
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mu2e -c nominal_example.fcl <filename.art>
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mu2e -c <chosen_geom.fcl> <filename.art>
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```
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The current available options for the .fcl are located in the ```examples``` directory. There are four main examples:
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* nominal_MDC2020.fcl: with the original CRV geometry, to be used the MDC2020 samples
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* nominal_MDC2025.fcl: with the MDC2025 CRV geometry assuming the common GDML
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* extracted_MDC2020.fcl: for those still using MDC2020 extracted samples, to be retired
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* extracted_MDC2025.fcl: for those doing extracted studies with MDC2025 samples
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* nominal_Run1A.fcl: Run1A CRV geometry MDC2025
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* nominal_Run2.fcl: full CRV geometry, MDC2025
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These .fcl can be edited as you wish (adding or removing certain features), they should provide good starting points for any study.
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## Go to an given event
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There are a number of ways to go from your analysis to a visualized event. Utilities are provided in both rooutils [cite] and pyutils [https://github.com/Mu2e/pyutils/blob/main/pyutils/pydisplay.py]. There is also a custom script in this repo ```config/EventDisplay.sh``` the usage is as follows:

‎examples/extracted_MDC2020.fcl‎

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# author : Sophie Middleton
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# purpose : example for extracted position tracks
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#include "Offline/fcl/minimalMessageService.fcl"
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#include "Offline/fcl/standardProducers.fcl"
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#include "Offline/fcl/standardServices.fcl"
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#include "EventDisplay/fcl/prolog.fcl"
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services : @local::Services.Reco
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process_name : HelixED
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source : { module_type : RootInput }
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physics :
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{
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analyzers : { @table::REveDis.analyzers}
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producers : { @table::REveDis.producers }
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filters : { @table::REveDis.filters }
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}
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//geometry options
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physics.analyzers.Mu2eEventDisplay.showCRV : true
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physics.analyzers.Mu2eEventDisplay.showPS : false
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physics.analyzers.Mu2eEventDisplay.showTS : false
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physics.analyzers.Mu2eEventDisplay.showST : false
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//highlight CRV bars which are "hit"
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physics.analyzers.Mu2eEventDisplay.addCRVBars : true
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physics.analyzers.Mu2eEventDisplay.filler.addCrvHits : true
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physics.analyzers.Mu2eEventDisplay.filler.addCrvClusters : true
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//for KinKal development
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physics.analyzers.Mu2eEventDisplay.addCrystalHits : true
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physics.analyzers.Mu2eEventDisplay.addKalInter : true
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physics.analyzers.Mu2eEventDisplay.addTrkStrawHits : true
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physics.analyzers.Mu2eEventDisplay.filler.addKalSeeds : true
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physics.analyzers.Mu2eEventDisplay.filler.addTrkHits : false
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//turn these off for now
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physics.analyzers.Mu2eEventDisplay.filler.addClusters : false //CaloClusters
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physics.analyzers.Mu2eEventDisplay.filler.addHits : false //ComboHits
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physics.analyzers.Mu2eEventDisplay.filler.addTimeClusters : false
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//pat rec CosmicTrackSeed
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physics.analyzers.Mu2eEventDisplay.filler.addCosmicTrackSeeds : false
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// MC Trajectory:
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physics.analyzers.Mu2eEventDisplay.filler.addMCTraj : true
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//setup extracted geometry
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physics.analyzers.Mu2eEventDisplay.extracted : true
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physics.analyzers.Mu2eEventDisplay.gdmlname :"Offline/gen/gdml/mu2e_extracted_MDC2020.gdml"
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physics.analyzers.Mu2eEventDisplay.seqMode : true
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//for print statements
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physics.analyzers.Mu2eEventDisplay.diagLevel : 1
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//the path
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physics.EndPath : [ @sequence::REveDis.seqBase]
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physics.REvePath : @local::REvePath
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physics.trigger_paths : ["REvePath" ]
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physics.analyzers.Mu2eEventDisplay.SelectEvents : ["REvePath" ]
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services.TFileService.fileName: "/dev/null"
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services.GeometryService.inputFile: "Offline/Mu2eG4/geom/geom_common_extracted_MDC2020.txt"

examples/extracted_example.fcl renamed to examples/extracted_MDC2025.fcl

File renamed without changes.

‎examples/nominal_MDC2020.fcl‎

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# author : Sophie Middleton
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# purpose : example for helix tracks
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#include "Offline/fcl/minimalMessageService.fcl"
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#include "Offline/fcl/standardProducers.fcl"
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#include "Offline/fcl/standardServices.fcl"
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#include "EventDisplay/fcl/prolog.fcl"
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services : @local::Services.Reco
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process_name : HelixED
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source : { module_type : RootInput }
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physics :
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{
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analyzers : { @table::REveDis.analyzers}
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producers : { @table::REveDis.producers }
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filters : { @table::REveDis.filters }
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}
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# geometry options
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physics.analyzers.Mu2eEventDisplay.showCRV : true
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physics.analyzers.Mu2eEventDisplay.showPS : false
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physics.analyzers.Mu2eEventDisplay.showTS : false
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physics.analyzers.Mu2eEventDisplay.showDS : false
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physics.analyzers.Mu2eEventDisplay.addCRVBars : true
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physics.analyzers.Mu2eEventDisplay.addKalInter : true
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physics.analyzers.Mu2eEventDisplay.addCrystalHits : true
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physics.analyzers.Mu2eEventDisplay.filler.addHelixSeeds : false
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physics.analyzers.Mu2eEventDisplay.filler.addKalSeeds : true
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physics.analyzers.Mu2eEventDisplay.filler.addClusters : true
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physics.analyzers.Mu2eEventDisplay.filler.addHits : false # adds ComboHits
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physics.analyzers.Mu2eEventDisplay.filler.addCrvClusters : true
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physics.analyzers.Mu2eEventDisplay.filler.addCrvHits : true
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physics.analyzers.Mu2eEventDisplay.filler.addTimeClusters : false
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physics.analyzers.Mu2eEventDisplay.filler.addSimParts : false
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physics.analyzers.Mu2eEventDisplay.addTrkStrawHits : true
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physics.analyzers.Mu2eEventDisplay.filler.addCosmicTrackSeeds : false
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physics.analyzers.Mu2eEventDisplay.filler.addMCTraj : true
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physics.analyzers.Mu2eEventDisplay.specifyTag : false
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# allows movement through events in sequential order
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physics.analyzers.Mu2eEventDisplay.seqMode : true
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physics.analyzers.Mu2eEventDisplay.strawdisplay : false
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# print statements
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physics.analyzers.Mu2eEventDisplay.diagLevel : 10
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# the path
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physics.EndPath : [ @sequence::REveDis.seqBase]
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physics.REvePath : @local::REvePath
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physics.trigger_paths : ["REvePath" ]
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physics.analyzers.Mu2eEventDisplay.SelectEvents : ["REvePath" ]
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# useless file name
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services.TFileService.fileName: "/dev/null"
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#
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# to display a selected set of events, #include this file with a list of eventid triplets: ie:
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#
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##include "Mu2eEventDisplay/examples/nominal_example.fcl"
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#physics.filters.eidsel.idsToMatch : [
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# "1202:636:337031",
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# "1202:648:370322" ]
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#
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physics.analyzers.Mu2eEventDisplay.gdmlname :"Offline/gen/gdml/mu2e_MDC2020.gdml"
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source.inputCommands: ["keep *",
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"drop mu2e::CaloClusters_CaloClusterFast_*_*"
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]
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services.TFileService.fileName: "/dev/null"
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services.GeometryService.inputFile: "Offline/Mu2eG4/geom/geom_common_MDC2020.txt"

‎examples/nominal_MDC2025.fcl‎

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# author : Sophie Middleton
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# purpose : example for helix tracks
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#include "Offline/fcl/minimalMessageService.fcl"
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#include "Offline/fcl/standardProducers.fcl"
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#include "Offline/fcl/standardServices.fcl"
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#include "EventDisplay/fcl/prolog.fcl"
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services : @local::Services.Reco
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process_name : HelixED
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source : { module_type : RootInput }
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physics :
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{
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analyzers : { @table::REveDis.analyzers}
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producers : { @table::REveDis.producers }
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filters : { @table::REveDis.filters }
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}
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# geometry options
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physics.analyzers.Mu2eEventDisplay.showCRV : true
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physics.analyzers.Mu2eEventDisplay.showPS : false
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physics.analyzers.Mu2eEventDisplay.showTS : false
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physics.analyzers.Mu2eEventDisplay.showDS : false
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physics.analyzers.Mu2eEventDisplay.addCRVBars : false
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physics.analyzers.Mu2eEventDisplay.addKalInter : true
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physics.analyzers.Mu2eEventDisplay.addCrystalHits : true
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physics.analyzers.Mu2eEventDisplay.filler.addHelixSeeds : false
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physics.analyzers.Mu2eEventDisplay.filler.addKalSeeds : true
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physics.analyzers.Mu2eEventDisplay.filler.addClusters : true
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physics.analyzers.Mu2eEventDisplay.filler.addHits : false # adds ComboHits
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physics.analyzers.Mu2eEventDisplay.filler.addCrvClusters : true
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physics.analyzers.Mu2eEventDisplay.filler.addCrvHits : true
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physics.analyzers.Mu2eEventDisplay.filler.addTimeClusters : false
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physics.analyzers.Mu2eEventDisplay.filler.addSimParts : false
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physics.analyzers.Mu2eEventDisplay.addTrkStrawHits : true
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physics.analyzers.Mu2eEventDisplay.filler.addCosmicTrackSeeds : false
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physics.analyzers.Mu2eEventDisplay.filler.addMCTraj : true
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physics.analyzers.Mu2eEventDisplay.specifyTag : false
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# allows movement through events in sequential order
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physics.analyzers.Mu2eEventDisplay.seqMode : true
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physics.analyzers.Mu2eEventDisplay.strawdisplay : false
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# print statements
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physics.analyzers.Mu2eEventDisplay.diagLevel : 10
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# the path
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physics.EndPath : [ @sequence::REveDis.seqBase]
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physics.REvePath : @local::REvePath
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physics.trigger_paths : ["REvePath" ]
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physics.analyzers.Mu2eEventDisplay.SelectEvents : ["REvePath" ]
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# useless file name
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services.TFileService.fileName: "/dev/null"
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#
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# to display a selected set of events, #include this file with a list of eventid triplets: ie:
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#
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##include "Mu2eEventDisplay/examples/nominal_example.fcl"
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#physics.filters.eidsel.idsToMatch : [
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# "1202:636:337031",
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# "1202:648:370322" ]
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#
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physics.analyzers.Mu2eEventDisplay.gdmlname :"Offline/gen/gdml/mu2e_common.gdml"
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source.inputCommands: ["keep *",
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"drop mu2e::CaloClusters_CaloClusterFast_*_*"
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]
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‎examples/nominal_Run1a.fcl‎

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# author : Sophie Middleton
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# purpose : example for helix tracks
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#include "Offline/fcl/minimalMessageService.fcl"
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#include "Offline/fcl/standardProducers.fcl"
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#include "Offline/fcl/standardServices.fcl"
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#include "EventDisplay/fcl/prolog.fcl"
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services : @local::Services.Reco
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process_name : HelixED
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source : { module_type : RootInput }
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physics :
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{
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analyzers : { @table::REveDis.analyzers}
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producers : { @table::REveDis.producers }
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filters : { @table::REveDis.filters }
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}
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# geometry options
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physics.analyzers.Mu2eEventDisplay.showCRV : true
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physics.analyzers.Mu2eEventDisplay.showPS : false
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physics.analyzers.Mu2eEventDisplay.showTS : false
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physics.analyzers.Mu2eEventDisplay.showDS : false
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physics.analyzers.Mu2eEventDisplay.addCRVBars : false
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physics.analyzers.Mu2eEventDisplay.addKalInter : true
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physics.analyzers.Mu2eEventDisplay.addCrystalHits : true
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physics.analyzers.Mu2eEventDisplay.filler.addHelixSeeds : false
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physics.analyzers.Mu2eEventDisplay.filler.addKalSeeds : true
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physics.analyzers.Mu2eEventDisplay.filler.addClusters : true
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physics.analyzers.Mu2eEventDisplay.filler.addHits : false # adds ComboHits
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physics.analyzers.Mu2eEventDisplay.filler.addCrvClusters : true
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physics.analyzers.Mu2eEventDisplay.filler.addCrvHits : true
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physics.analyzers.Mu2eEventDisplay.filler.addTimeClusters : false
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physics.analyzers.Mu2eEventDisplay.filler.addSimParts : false
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physics.analyzers.Mu2eEventDisplay.addTrkStrawHits : true
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physics.analyzers.Mu2eEventDisplay.filler.addCosmicTrackSeeds : false
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physics.analyzers.Mu2eEventDisplay.filler.addMCTraj : true
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physics.analyzers.Mu2eEventDisplay.specifyTag : false
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# allows movement through events in sequential order
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physics.analyzers.Mu2eEventDisplay.seqMode : true
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physics.analyzers.Mu2eEventDisplay.strawdisplay : false
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# print statements
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physics.analyzers.Mu2eEventDisplay.diagLevel : 10
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# the path
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physics.EndPath : [ @sequence::REveDis.seqBase]
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physics.REvePath : @local::REvePath
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physics.trigger_paths : ["REvePath" ]
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physics.analyzers.Mu2eEventDisplay.SelectEvents : ["REvePath" ]
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# useless file name
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services.TFileService.fileName: "/dev/null"
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#
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# to display a selected set of events, #include this file with a list of eventid triplets: ie:
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#
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##include "Mu2eEventDisplay/examples/nominal_example.fcl"
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#physics.filters.eidsel.idsToMatch : [
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# "1202:636:337031",
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# "1202:648:370322" ]
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#
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physics.analyzers.Mu2eEventDisplay.gdmlname :"Offline/gen/gdml/mu2e_run1_a.gdml"
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source.inputCommands: ["keep *",
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"drop mu2e::CaloClusters_CaloClusterFast_*_*"
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]
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examples/nominal_example.fcl renamed to examples/nominal_Run2.fcl

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# "1202:636:337031",
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# "1202:648:370322" ]
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#
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physics.analyzers.Mu2eEventDisplay.gdmlname :"Offline/gen/gdml/mu2e_run2.gdml"
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source.inputCommands: ["keep *",
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"drop mu2e::CaloClusters_CaloClusterFast_*_*"

‎src/MainWindow.cc‎

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@@ -606,7 +606,7 @@ void MainWindow::GeomDrawerExtracted(TGeoNode* node, REX::REveTrans& trans, REX:
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showNodesByName(node,i,kFALSE, 0, trans, caloholder, maxlevel, level, true, false, shift, false, false, drawconfigf.getInt("CALColor") );
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}
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if(geomOpt.showCaloCrystals){
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static std::vector <std::string> substrings_crystals {"CaloCrystal","CaloCrystalCsI","CaloCrystalLYSO"};
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static std::vector <std::string> substrings_crystals {"CaloWrapper"};
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for(auto& i: substrings_crystals){
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shift.at(0) = x_cal - x_trk;
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shift.at(1) = y_cal - y_trk;

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