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//--------------------------------------------------------------------------------------------------
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// $Id: EvtSelData.h,v 1.6 2010/01/07 17:09:02 loizides Exp $
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//
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// EvtSelData
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//
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// Class to store event properties on which one may want to select clean events.
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// This may be needed for early collision data only.
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//
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// Authors: C.Loizides
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//--------------------------------------------------------------------------------------------------
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#ifndef MITANA_DATATREE_EVENTSELDATA_H
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#define MITANA_DATATREE_EVENTSELDATA_H
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#include "MitAna/DataTree/interface/DataBase.h"
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namespace mithep
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{
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class EvtSelData : public DataBase
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{
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public:
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EvtSelData() : fHcalNeg(0), fHcalPos(0),
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fHfNeg(0), fHfPos(0), fHfNegTime(0), fHfPosTime(0),
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fCaNeg(0), fCaPos(0), fCaNegTime(0), fCaPosTime(0),
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fZdcNeg(0), fZdcPos(0), fZdcNegTime(0), fZdcPosTime(0),
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fPxbHits(0), fPxHits(0), fClusVtxQual(0), fClusVtxDiff(0),
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fNHfNegHits(0), fNHfPosHits(0), fNHfTowersP(0), fNHfTowersN(0),
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fSumEsubEpPos(0), fSumEaddEpPos(0), fSumEsubEpNeg(0),
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fSumEaddEpNeg(0), fSumHfEsubEpPos(0), fSumHfEaddEpPos(0),
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fSumHfEsubEpNeg(0), fSumHfEaddEpNeg(0), fHPTrkFrac(0) {}
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EvtSelData(Double_t HcalNeg, Double_t HcalPos,
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Double_t HfNeg, Double_t HfPos, Double_t HfNegTime, Double_t HfPosTime,
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Double_t CaNeg, Double_t CaPos, Double_t CaNegTime, Double_t CaPosTime,
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Double_t ZdcNeg, Double_t ZdcPos, Double_t ZdcNegTime, Double_t ZdcPosTime,
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Int_t PxbHits, Int_t PxHits, Double_t ClusVtxQual, Double_t ClusVtxDiff,
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Int_t nHfNegHits, Int_t nHfPosHits, Int_t nHfTowersP, Int_t nHfTowersN,
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Double_t sumEsubEpPos, Double_t sumEaddEpPos, Double_t sumEsubEpNeg,
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Double_t sumEaddEpNeg, Double_t sumHfEsubEpPos, Double_t sumHfEaddEpPos,
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Double_t sumHfEsubEpNeg, Double_t sumHfEaddEpNeg, Double_t HPTrkFrac);
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~EvtSelData() {}
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Double_t HcalNeg() const { return fHcalNeg; }
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Double_t HcalPos() const { return fHcalPos; }
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Double_t CastorNeg() const { return fCaNeg; }
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Double_t CastorPos() const { return fCaPos; }
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Double_t CastorNegTime() const { return fCaNegTime; }
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Double_t CastorPosTime() const { return fCaPosTime; }
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Double_t ClusVtxQual() const { return fClusVtxQual;}
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Double_t ClusVtxDiff() const { return fClusVtxDiff;}
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Double_t HPTrkFrac() const { return fHPTrkFrac; }
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Double_t HfNeg() const { return fHfNeg; }
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Double_t HfPos() const { return fHfPos; }
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Double_t HfNegTime() const { return fHfNegTime; }
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Double_t HfPosTime() const { return fHfPosTime; }
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Int_t NpixBarrel() const { return fPxbHits; }
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Int_t Npix() const { return fPxHits; }
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Int_t NHfTowersP() const { return fNHfTowersP; }
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Int_t NHfTowersN() const { return fNHfTowersN; }
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Double_t ZdcNeg() const { return fZdcNeg; }
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Double_t ZdcPos() const { return fZdcPos; }
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Double_t ZdcNegTime() const { return fZdcNegTime; }
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Double_t ZdcPosTime() const { return fZdcPosTime; }
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EObjType ObjType() const { return kEvtSelData; }
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void Set (Double_t HcalNeg, Double_t HcalPos,
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Double_t HfNeg, Double_t HfPos, Double_t HfNegTime, Double_t HfPosTime,
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Double_t CaNeg, Double_t CaPos, Double_t CaNegTime, Double_t CaPosTime,
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Double_t ZdcNeg, Double_t ZdcPos, Double_t ZdcNegTime, Double_t ZdcPosTime,
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Int_t PxbHits, Int_t PxHits, Double_t ClusVtxQual, Double_t ClusVtxDiff,
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Int_t nHfNegHits, Int_t nHfPosHits, Int_t nHfTowersP, Int_t nHfTowersN,
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Double_t sumEsubEpPos, Double_t sumEaddEpPos, Double_t sumEsubEpNeg,
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Double_t sumEaddEpNeg, Double_t sumHfEsubEpPos, Double_t sumHfEaddEpPos,
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Double_t sumHfEsubEpNeg, Double_t sumHfEaddEpNeg,
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Double_t HPTrkFrac);
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protected:
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Double_t fHcalNeg; //energy HCAL negative side
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Double_t fHcalPos; //energy HCAL positive side
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Double_t fHfNeg; //energy HF negative side
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Double_t fHfPos; //energy HF positive side
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Double_t fHfNegTime; //energy weighted HF time on negative side
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Double_t fHfPosTime; //energy weighted HF time on positive side
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Double_t fCaNeg; //energy CASTOR negative side
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Double_t fCaPos; //energy CASTOR positive side
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Double_t fCaNegTime; //energy weighted CASTOR time on negative side
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Double_t fCaPosTime; //energy weighted CASTOR time on positive side
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Double_t fZdcNeg; //energy ZDC negative side
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Double_t fZdcPos; //energy ZDC positive side
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Double_t fZdcNegTime; //energy weighted ZDC time on negative side
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Double_t fZdcPosTime; //energy weighted ZDC time on positive side
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Int_t fPxbHits; //number of pixel rechits in the three barrel layers
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Int_t fPxHits; //number of pixel rechits in all barrel and forward layers
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Double_t fClusVtxQual; //incompatibility of pixel cluster shapes with vertex (ratio)
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Double_t fClusVtxDiff; //incompatibility of pixel cluster shapes with vertex (diff)
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Int_t fNHfNegHits; //hf neg hits above threshold
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Int_t fNHfPosHits; //hf pos hits above threshold
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Int_t fNHfTowersP; //hf neg calo towers above threshold
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Int_t fNHfTowersN; //hf pos calo towers above threshold
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Double_t fSumEsubEpPos; //sum E sub Ep for pos calo towers
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Double_t fSumEaddEpPos; //sum E add Ep for pos calo towers
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Double_t fSumEsubEpNeg; //sum E sub Ep for neg calo towers
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Double_t fSumEaddEpNeg; //sum E add Ep for neg calo towers
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Double_t fSumHfEsubEpPos; //sum E sub Ep for pos hf calo towers
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Double_t fSumHfEaddEpPos; //sum E add Ep for pos hf calo towers
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Double_t fSumHfEsubEpNeg; //sum E sub Ep for neg hf calo towers
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Double_t fSumHfEaddEpNeg; //sum E add Ep for neg hf calo towers
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Double_t fHPTrkFrac; //fraction of high-purity tracks out of all with "loose" cuts
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ClassDef(EvtSelData, 3) // Event selection data
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};
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}
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#endif
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