Difference: JetFlavourTagging (10 vs. 11)

Revision 112013-07-10 - DanProtopopescu

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Jet Flavour Tagging Howto

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  Table of input and output collections for our setup (one can choose other names, of course):
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Processor Type Input Collection name Output Collection name
JetFinder SatoruJetFinder LooseSelectedPandoraPFANewPFOs Durham_4Jets
MyTrueAngularJetFlavour TrueAngularJetFlavour MCParticlesSkimmed, Durham_4Jets TrueJetFlavour_4Jets
IPRPCut RPCut LooseSelectedPandoraPFANewPFOs IPFitSelectedParticles
MyPerEventIPFitter PerEventIPFitter IPFitSelectedParticles IPVertex
ZVRESRPCut RPCut RecoMCTruthLink, Durham_4Jets ZVRESSelectedJets
MyZVTOP_ZVRES ZVTOP_ZVRES IPVertex, ZVRESSelectedJets ZVRESDecayChains, ZVRESDecayChainRPTracks, ZVRESSelectedJets
FTRPCut RPCut RecoMCTruthLink, ZVRESDecayChains FTSelectedJets
MyFlavourTagInputs FlavourTagInputs ZVRESDecayChains, FTSelectedJets FlavourTagInputs
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# Processor Type Input Collection name Output Collection name
1 JetFinder SatoruJetFinder LooseSelectedPandoraPFANewPFOs Durham_4Jets
2 MyTrueAngularJetFlavour TrueAngularJetFlavour MCParticlesSkimmed, Durham_4Jets TrueJetFlavour_4Jets
3 IPRPCut RPCut LooseSelectedPandoraPFANewPFOs IPFitSelectedParticles
4 MyPerEventIPFitter PerEventIPFitter IPFitSelectedParticles IPVertex
5 ZVRESRPCut RPCut RecoMCTruthLink, Durham_4Jets ZVRESSelectedJets
6 MyZVTOP_ZVRES ZVTOP_ZVRES IPVertex, ZVRESSelectedJets ZVRESDecayChains, ZVRESDecayChainRPTracks, ZVRESSelectedJets
7 FTRPCut RPCut RecoMCTruthLink, ZVRESDecayChains FTSelectedJets
8 MyFlavourTagInputs FlavourTagInputs ZVRESDecayChains, FTSelectedJets FlavourTagInputs
  Our input slcio files contain the collections: LooseSelectedPandoraPFANewPFOs, MCParticlesSkimmed, PandoraPFANewClusters, PandoraPFANewPFOs, PandoraPFANewReclusterMonitoring, ProngVertices, RecoMCTruthLink, SelectedLDCTracks, SelectedPandoraPFANewPFOs, TightSelectedPandoraPFANewPFOs and V0Vertices.

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  to the LCFIVertex/CMakeLists.txt file, sourced the root environment, then ran cmake and make install.
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Once the AIDA Plots processors are run via Marlin, a RAIDA root file is produced. We customised the MakePurityVsEfficiencyRootPlot.C macro and ran it to use this RAIDA file as input to produce the purity vs. efficiency plots.
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Once the AIDA Plots processors are run via Marlin, a RAIDA root file is produced. We customised the MakePurityVsEfficiencyRootPlot.C macro and ran it to use this RAIDA file as input to produce the purity vs. efficiency plots:
root -l MakePurityVsEfficiencyRootPlot.C
 

 
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