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bortigno |
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#ifndef CUTSEXTRAS_H
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#define CUTSEXTRAS_H
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#include "../../interface/CutsAndHistos.h"
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#include "../../interface/ntupleReader.hpp"
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#include <TH1F.h>
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#include <sstream>
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#include "../../interface/samples.hpp"
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#include "TKey.h"
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#include "CutsSideBand-Pt50To100.h"
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#define CSVM 0.679
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#define CSVC 0.5 //custom btag
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#define CSVL 0.244
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#define CSVT 0.898
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#define fA 0.46502
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#define fB 0.53498
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// New implementations of the control region
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// The signal regions must be implemented incrementally since cutflow is needed
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class BDTSideBandRegion_noBTag: public CutSample{
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public:
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BDTSideBandRegion_noBTag(int ch_= -1, int jec_= 0 , int btag_ = 0):
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ch(ch_),jec(jec_),btag(btag_){ baseName = "BDTSideBandRegion_noBTag"; };
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Bool_t pass(ntupleReader &p){
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return ( p.hJet_PT(0,jec) > 20.
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&& p.hJet_PT(1,jec) > 20.
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//Loose-Custom : ONLY FOR THE FIT for Scale Factors
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/* && ( p.hJet_CSV(0,btag) > CSVC */
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/* || p.hJet_CSV(1,btag) > CSVC ) */
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// && p.Higgs(jec).Pt() > 100.
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&& p.V_pt < 100.
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&& p.V_pt > 50.
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&& p.V_mass > 75.
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&& p.V_mass < 105
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&& ( p.Higgs(jec).M() < 80.
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|| p.Higgs(jec).M() > 150. )
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//sanity check
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// && p.Higgs(jec).M() > 50.
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&& p.Higgs(jec).M() < 250.
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// && p.CountAddJets() < 2
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bortigno |
1.2 |
&& qualityCuts( p ) );
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bortigno |
1.1 |
}
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Bool_t pass(ntupleReader &p, Sample &sample){
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bortigno |
1.2 |
return ( sCut( p , sample ) == true && pass( p ) == true && channel( p, ch, sample) );
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bortigno |
1.1 |
}
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double weight(ntupleReader &p, Sample &sample) { return w( p, sample); }
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private:
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std::string name(){ return( generateName(baseName, ch, btag, jec) ) ;};
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std::string baseName;
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int btag;
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int jec;
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int ch;
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};
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#endif
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