Difference between revisions of "TVModularAnalysis"
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m (→Isolation cuts) |
m (→b-tagging) |
||
| Line 3: | Line 3: | ||
====b-tagging==== | ====b-tagging==== | ||
| − | |||
In case you're using the Nikhef TVNtuples, you should add || (FullReco0-> | In case you're using the Nikhef TVNtuples, you should add || (FullReco0-> | ||
vPJet_weight(i_jet) > 4.5 && FullReco0->vPJet_p_T(i_jet)>20000) in the | vPJet_weight(i_jet) > 4.5 && FullReco0->vPJet_p_T(i_jet)>20000) in the | ||
FillAODVectors module in TVModularAnalysis, like here: | FillAODVectors module in TVModularAnalysis, like here: | ||
| + | <pre> | ||
//-------------------------------------- | //-------------------------------------- | ||
void FillAODVectors::fillBJetVec(){ | void FillAODVectors::fillBJetVec(){ | ||
| Line 27: | Line 27: | ||
} | } | ||
} | } | ||
| + | </pre> | ||
Otherwise you don't have any b-jets, because the BTagged variable was not | Otherwise you don't have any b-jets, because the BTagged variable was not | ||
filled. In case of the centrally produced 'Akira' Ntuples it will work just | filled. In case of the centrally produced 'Akira' Ntuples it will work just | ||
fine the way it is now though. | fine the way it is now though. | ||
| − | |||
====isolation cuts==== | ====isolation cuts==== | ||
Revision as of 14:27, 18 July 2007
define_sample
The ls -1 $DIR/*.root command it used is unable to cope with very large. Replacing it with find $DIR -name '*.root' seems to do the trick.
b-tagging
In case you're using the Nikhef TVNtuples, you should add || (FullReco0-> vPJet_weight(i_jet) > 4.5 && FullReco0->vPJet_p_T(i_jet)>20000) in the FillAODVectors module in TVModularAnalysis, like here:
//--------------------------------------
void FillAODVectors::fillBJetVec(){
//--------------------------------------
//----------------------------------------------------------------------
// Fill Vectors of TLorentzVectors-with-index for 'all' and 'good' Bjets
//----------------------------------------------------------------------
vector<TLorentzVectorWIdx>& BJetVec = gList["BJetVec"] ;
BJetVec.clear();
for(Int_t i_jet = 0; i_jet<FullReco0->PJet_N; i_jet++){
if(FullReco0->vPJet_BTagged(i_jet)==1 || (FullReco0->vPJet_weight(i_jet) >
4.5 && FullReco0->vPJet_p_T(i_jet)>20000) ){
TLorentzVectorWIdx v(FullReco0->vPJet_px(i_jet),FullReco0->vPJet_py
(i_jet),FullReco0->vPJet_pz(i_jet),FullReco0->vPJet_E(i_jet),i_jet);
BJetVec.push_back(TLorentzVectorWIdx(FullReco0->vPJet_px
(i_jet),FullReco0->vPJet_py(i_jet),FullReco0->vPJet_pz(i_jet),FullReco0->
vPJet_E(i_jet),i_jet) );
}
}
}
Otherwise you don't have any b-jets, because the BTagged variable was not filled. In case of the centrally produced 'Akira' Ntuples it will work just fine the way it is now though.
isolation cuts
If you like to have the same cuts as TopView, you should change in MuonSelection.C to etcone20 and the cut to 6 GeV.