Difference: JetFlavourTagging (10 vs. 11)

Revision 112013-07-10 - DanProtopopescu

Line: 1 to 1

META TOPICPARENT	name="WebHome"

Jet Flavour Tagging Howto

Line: 36 to 36

Table of input and output collections for our setup (one can choose other names, of course):

Changed:

<
<

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

>
>

#	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.

Line: 102 to 102

to the LCFIVertex/CMakeLists.txt file, sourced the root environment, then ran cmake and make install.

Changed:

<
< 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.

>
>

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

View topic | History: r30 < r29 < r28 < r27 | More topic actions...