VHbbDataFormats/interface/VHbbEvent.h

#ifndef VHbbEvent__H 
#define VHbbEvent__H 

#include <TLorentzVector.h>
#include <TVector2.h>
#include <vector>

class VHbbEvent{
 public:


  class SimpleJet {
    public:
    SimpleJet(): flavour(-99), isSemiLept(-99), isSemiLeptMCtruth(-99), SoftLeptpdgId(-99), SoftLeptIdlooseMu(-99), SoftLeptId95(-99), SoftLeptPt(-99), SoftLeptdR(-99), SoftLeptptRel(-99),  SoftLeptRelCombIso(-99),   tche(-99), tchp(-99), jpb(-99), jp(-99), 
      ssvhe(-99), csv(-99), csvmva(-99), csvivf(-99), cmva(-99),
      vtxMass(-99), vtx3dL(-99), vtx3deL(-99), vtxNTracks(-99), vtxProb(-99),
      ntracks(-99), charge(-99),jecunc(-99),
      chargedHadronEFraction(-99), neutralHadronEFraction(-99), chargedEmEFraction(-99), neutralEmEFraction(-99),nConstituents(-99), ptRaw(-99), ptLeadTrack(-99), jetArea(-99),
      bestMCid(-99), bestMCmomid(-99){}
  public:
    double Pt() {return p4.Pt();}
    int flavour, isSemiLept, isSemiLeptMCtruth, SoftLeptpdgId , SoftLeptIdlooseMu, SoftLeptId95;
    float SoftLeptPt, SoftLeptdR, SoftLeptptRel, SoftLeptRelCombIso; 
    float tche,tchp, jpb,jp , ssvhe, csv, csvmva,csvivf,cmva;
    // CSV vertex info
    float vtxMass, vtx3dL, vtx3deL, vtxNTracks, vtxProb;
    TVector3 vtxPosition;
    TLorentzVector  vtxP4;
    std::vector<unsigned int> vtxTrackIds, btagTrackIds, csvTrackIds;
    int csvNTracks, btagNTracks;
    int ntracks;
    float charge;
    TLorentzVector p4;
    TLorentzVector chargedTracksFourMomentum;

    // jec uncertainty

    float jecunc;
    // energy fractions as in 
    /*    //chargedHadronEnergyFraction (relative to uncorrected jet energy)
          float chargedHadronEnergyFraction() const {return chargedHadronEnergy()/((jecSetsAvailable() ? jecFactor(0) : 1.)*energy());}
          /// neutralHadronEnergyFraction (relative to uncorrected jet energy)
          float neutralHadronEnergyFraction() const {return neutralHadronEnergy()/((jecSetsAvailable() ? jecFactor(0) : 1.)*energy());}
          /// chargedEmEnergyFraction (relative to uncorrected jet energy)
          float chargedEmEnergyFraction()     const {return chargedEmEnergy()/((jecSetsAvailable() ? jecFactor(0) : 1.)*energy());}
          /// neutralEmEnergyFraction (relative to uncorrected jet energy)
          float neutralEmEnergyFraction()     const {return neutralEmEnergy()/((jecSetsAvailable() ? jecFactor(0) : 1.)*energy());}
    */

    float chargedHadronEFraction, neutralHadronEFraction, chargedEmEFraction, neutralEmEFraction;
    int nConstituents;
    float ptRaw,ptLeadTrack;  
    float jetArea;  

    //MC parton matching
    TLorentzVector bestMCp4,bestMCp4mom;
    int bestMCid, bestMCmomid;
    // new
    TVector2 tVector;
    //Scale factor
    float SF_CSVL;
    float SF_CSVM;
    float SF_CSVT; 
    float SF_CSVLerr;
    float SF_CSVMerr;
    float SF_CSVTerr; 
    
  };


  class HardJet {
  public:
    HardJet(): constituents(-99){}
  public:
    int constituents;
    TLorentzVector p4;
    std::vector<TLorentzVector> subFourMomentum;
    std::vector<float> etaSub, phiSub;
  };


  class METInfo {
  public:
    METInfo(): sumEt(-99), metSig(-99), eLong(-99){}
  public:
    float sumEt, metSig, eLong;
    TLorentzVector p4;
  };

  class MuonInfo {
  public:
    MuonInfo(): charge(-99),tIso(-99), eIso(-99), hIso(-99),pfChaIso(-99),pfChaPUIso(99), pfPhoIso(-99), pfNeuIso(-99),
      acop(-99), ipDb(-99), ipErrDb(-99), zPVPt(-99),zPVProb(-99), chi2(-99), globChi2(-99),
      cat(-99), nValidTracker(-99), nValidPixel(-99), nMatches(-99),nHits(-99), nPixelHits(-99), globNHits(-99),validMuStations(-99),emEnergy(-99), hadEnergy(-99),nValidLayers(-99),isPF(-99),
      mcId(-99), mcMomId(-99), mcgMomId(-99){}
  public:
    TLorentzVector p4;
    int charge;
    float tIso, eIso, hIso, pfChaIso,pfChaPUIso,  pfPhoIso,pfNeuIso,acop, ipDb, ipErrDb, zPVPt,zPVProb, chi2, globChi2;
    int cat, nValidTracker, nValidPixel, nMatches,nHits, nPixelHits, globNHits, validMuStations;
    float emEnergy, hadEnergy;
    TLorentzVector mcFourMomentum;
    int mcId, mcMomId, mcgMomId;
    int isPF,nValidLayers;
    std::vector< int > hltMatchedBits;
  };

  class ElectronInfo {
  public:
    ElectronInfo() : scEta(-99), scPhi(-99), charge(-99), 
      tIso(-99), eIso(-99), hIso(-99),pfChaIso(-99),pfChaPUIso(-99), pfPhoIso(-99), pfNeuIso(-99), acop(-99),
      sihih(-99), Dphi(-99), Deta(-99), HoE(-99), convDist(-99), convDcot(-99), innerHits(-99),
      isEB(false),isEE(false),
      ipDb(-99), ipErrDb(-99),
      id95(-99),id85(-99),id80(-99),id70(-99),
      id95r(-99),id85r(-99),id80r(-99),id70r(-99),
      mcId(-99), mcMomId(-99), mcgMomId (-99),
      dxy(-99), dz(-99),
     //MVA ELEID 2012 input vars (keep same names to make life easier in integrating with MVA evaluation code
      fMVAVar_EoP(-99), fMVAVar_HoE(-99), fMVAVar_IoEmIoP(-99), fMVAVar_PreShowerOverRaw(-99), fMVAVar_R9(-99), fMVAVar_d0(-99), fMVAVar_deta(-99), fMVAVar_detacalo(-99), fMVAVar_dphi(-99), fMVAVar_e1x5e5x5(-99), fMVAVar_eleEoPout(-99), fMVAVar_eta(-99), fMVAVar_etawidth(-99), fMVAVar_fbrem(-99), fMVAVar_gsfchi2(-99), fMVAVar_ip3d(-99), fMVAVar_kfchi2(-99), fMVAVar_kfhits(-99), fMVAVar_phiwidth(-99), fMVAVar_pt(-99), fMVAVar_see(-99), fMVAVar_spp(-99), mvaOut(-99),mvaOutTrig(-99)
{}
  public:
    TLorentzVector p4;
    float scEta, scPhi;
    int charge;
    float tIso, eIso, hIso, pfChaIso,pfChaPUIso, pfPhoIso,pfNeuIso, acop;
    float sihih, Dphi, Deta, HoE, convDist, convDcot;
    int innerHits;
    bool isEB,isEE;
    float       ipDb, ipErrDb, dxy,dz;
    float  id95,id85,id80,id70,id95r, id85r,id80r, id70r;
    float fMVAVar_EoP, fMVAVar_HoE, fMVAVar_IoEmIoP, fMVAVar_PreShowerOverRaw, fMVAVar_R9, fMVAVar_d0, fMVAVar_deta, fMVAVar_detacalo, fMVAVar_dphi, fMVAVar_e1x5e5x5, fMVAVar_eleEoPout, fMVAVar_eta, fMVAVar_etawidth, fMVAVar_fbrem, fMVAVar_gsfchi2, fMVAVar_ip3d, fMVAVar_kfchi2, fMVAVar_kfhits, fMVAVar_phiwidth, fMVAVar_pt, fMVAVar_see, fMVAVar_spp, mvaOut,mvaOutTrig;
    TLorentzVector mcFourMomentum;
    int mcId, mcMomId, mcgMomId;
    std::vector< int > hltMatchedBits;
  };

  class TauInfo{
  public:
    TauInfo()  : charge(-99), tIso(-99), eIso(-99), hIso(-99),pfChaIso(-99), pfChaPUIso(-99),pfPhoIso(-99), pfNeuIso(-99), acop(-99), 
      byIsolation(-99),trackIsolation(-99),byTaNCfrOnePercent(-99),
      byTaNCfrHalfPercent(-99), byTaNCfrQuarterPercent(-99), 
      byTaNCfrTenthPercent(-99), byTaNC(-99), mcId(-99), mcMomId(-99), mcgMomId(-99),
      againstElectronLoose(-99),  againstElectronMedium(-99),  againstElectronTight(-99),  againstMuonLoose(-99),  againstMuonTight(-99),  
      byLooseIsolation(-99),  byMediumIsolation(-99),  byTightIsolation(-99),  byVLooseIsolation(-99),  decayModeFinding(-99),
      isolationPFChargedHadrCandsPtSum(-999999.), isolationPFGammaCandsEtSum(-999999.),leadPFChargedHadrCandPt(-999999.),
      NsignalPFChargedHadrCands (-99),NsignalPFGammaCands(-99), byLooseCombinedIsolationDeltaBetaCorr(-99), againstElectronMVA(-99) {}
  public:
    TLorentzVector p4;
    int charge;
    float tIso, eIso, hIso,pfChaIso,pfChaPUIso,pfPhoIso,pfNeuIso, acop;
    float  byIsolation,trackIsolation,byTaNCfrOnePercent,byTaNCfrHalfPercent, byTaNCfrQuarterPercent, byTaNCfrTenthPercent, byTaNC;
    int mcId, mcMomId, mcgMomId;
    float againstElectronLoose, againstElectronMedium, againstElectronTight, againstMuonLoose, againstMuonTight;
    float byLooseIsolation, byMediumIsolation, byTightIsolation, byVLooseIsolation, decayModeFinding;

    float isolationPFChargedHadrCandsPtSum,isolationPFGammaCandsEtSum,leadPFChargedHadrCandPt;
    int NsignalPFChargedHadrCands, NsignalPFGammaCands;
    float byLooseCombinedIsolationDeltaBetaCorr, againstElectronMVA;


    TLorentzVector mcFourMomentum;
  };


  class DiMuonInfo  {
  public:
    TLorentzVector p4;
    MuonInfo daughter1, daughter2;
  };


  class DiElectronInfo {
  public:
    TLorentzVector p4;
    ElectronInfo daughter1, daughter2;
  };


 public:
  std::vector<SimpleJet> simpleJets;
  std::vector<SimpleJet> simpleJets2; //???
  std::vector<SimpleJet> simpleJets3;
  std::vector<SimpleJet> simpleJets4; //???
  std::vector<SimpleJet> subJets; //???
  std::vector<SimpleJet> filterJets; //???
  std::vector<HardJet> hardJets;
  
  METInfo calomet;
  METInfo tcmet;
  METInfo pfmet;
  METInfo pfmetType1corr;
  METInfo pfmetType1p2corr;
  METInfo pfmetNoPUType1corr;
  METInfo pfmetNoPUType1p2corr;
  METInfo mht;
  METInfo metNoPU;
  METInfo metCh;
  std::vector<METInfo> metUncInfo;

  std::vector<MuonInfo> muInfo;
  std::vector<ElectronInfo> eleInfo;
  std::vector<TauInfo> tauInfo;
  
  std::vector<DiMuonInfo> diMuonInfo;
  std::vector<DiElectronInfo> diElectronInfo;
  
  //    HiggsCandidate dijetHiggs;
  //    HiggsCandidate fatjetHiggs;
  
  // to be decided.. one single or many V? 
  //  VCandidate vcand;
  //  WCandidate wele;
  //  WCandidate wmu;
  //WCandidate wtau;
  //  ZCandidate zmu;
  //  ZCandidate zele;
  //ZInvCandidate znunu;
  
  //
  // really needed????
  //

};
#endif
Revision:	1.33
Committed:	Wed May 9 15:55:32 2012 UTC (12 years, 11 months ago) by arizzi
Content type:	text/plain
Branch:	MAIN
CVS Tags:	May14thStep2, EdmV30Apr10, EdmV21Apr10v2, EdmV22May9
Changes since 1.32:	+4 -3 lines
Log Message:	52X variables for ID and isolation
#	Content
1	#ifndef VHbbEvent__H
2	#define VHbbEvent__H
3
4	#include <TLorentzVector.h>
5	#include <TVector2.h>
6	#include <vector>
7
8	class VHbbEvent{
9	public:
10
11
12	class SimpleJet {
13	public:
14	SimpleJet(): flavour(-99), isSemiLept(-99), isSemiLeptMCtruth(-99), SoftLeptpdgId(-99), SoftLeptIdlooseMu(-99), SoftLeptId95(-99), SoftLeptPt(-99), SoftLeptdR(-99), SoftLeptptRel(-99), SoftLeptRelCombIso(-99), tche(-99), tchp(-99), jpb(-99), jp(-99),
15	ssvhe(-99), csv(-99), csvmva(-99), csvivf(-99), cmva(-99),
16	vtxMass(-99), vtx3dL(-99), vtx3deL(-99), vtxNTracks(-99), vtxProb(-99),
17	ntracks(-99), charge(-99),jecunc(-99),
18	chargedHadronEFraction(-99), neutralHadronEFraction(-99), chargedEmEFraction(-99), neutralEmEFraction(-99),nConstituents(-99), ptRaw(-99), ptLeadTrack(-99), jetArea(-99),
19	bestMCid(-99), bestMCmomid(-99){}
20	public:
21	double Pt() {return p4.Pt();}
22	int flavour, isSemiLept, isSemiLeptMCtruth, SoftLeptpdgId , SoftLeptIdlooseMu, SoftLeptId95;
23	float SoftLeptPt, SoftLeptdR, SoftLeptptRel, SoftLeptRelCombIso;
24	float tche,tchp, jpb,jp , ssvhe, csv, csvmva,csvivf,cmva;
25	// CSV vertex info
26	float vtxMass, vtx3dL, vtx3deL, vtxNTracks, vtxProb;
27	TVector3 vtxPosition;
28	TLorentzVector vtxP4;
29	std::vector<unsigned int> vtxTrackIds, btagTrackIds, csvTrackIds;
30	int csvNTracks, btagNTracks;
31	int ntracks;
32	float charge;
33	TLorentzVector p4;
34	TLorentzVector chargedTracksFourMomentum;
35
36	// jec uncertainty
37
38	float jecunc;
39	// energy fractions as in
40	/* //chargedHadronEnergyFraction (relative to uncorrected jet energy)
41	float chargedHadronEnergyFraction() const {return chargedHadronEnergy()/((jecSetsAvailable() ? jecFactor(0) : 1.)*energy());}
42	/// neutralHadronEnergyFraction (relative to uncorrected jet energy)
43	float neutralHadronEnergyFraction() const {return neutralHadronEnergy()/((jecSetsAvailable() ? jecFactor(0) : 1.)*energy());}
44	/// chargedEmEnergyFraction (relative to uncorrected jet energy)
45	float chargedEmEnergyFraction() const {return chargedEmEnergy()/((jecSetsAvailable() ? jecFactor(0) : 1.)*energy());}
46	/// neutralEmEnergyFraction (relative to uncorrected jet energy)
47	float neutralEmEnergyFraction() const {return neutralEmEnergy()/((jecSetsAvailable() ? jecFactor(0) : 1.)*energy());}
48	*/
49
50	float chargedHadronEFraction, neutralHadronEFraction, chargedEmEFraction, neutralEmEFraction;
51	int nConstituents;
52	float ptRaw,ptLeadTrack;
53	float jetArea;
54
55	//MC parton matching
56	TLorentzVector bestMCp4,bestMCp4mom;
57	int bestMCid, bestMCmomid;
58	// new
59	TVector2 tVector;
60	//Scale factor
61	float SF_CSVL;
62	float SF_CSVM;
63	float SF_CSVT;
64	float SF_CSVLerr;
65	float SF_CSVMerr;
66	float SF_CSVTerr;
67
68	};
69
70
71	class HardJet {
72	public:
73	HardJet(): constituents(-99){}
74	public:
75	int constituents;
76	TLorentzVector p4;
77	std::vector<TLorentzVector> subFourMomentum;
78	std::vector<float> etaSub, phiSub;
79	};
80
81
82	class METInfo {
83	public:
84	METInfo(): sumEt(-99), metSig(-99), eLong(-99){}
85	public:
86	float sumEt, metSig, eLong;
87	TLorentzVector p4;
88	};
89
90	class MuonInfo {
91	public:
92	MuonInfo(): charge(-99),tIso(-99), eIso(-99), hIso(-99),pfChaIso(-99),pfChaPUIso(99), pfPhoIso(-99), pfNeuIso(-99),
93	acop(-99), ipDb(-99), ipErrDb(-99), zPVPt(-99),zPVProb(-99), chi2(-99), globChi2(-99),
94	cat(-99), nValidTracker(-99), nValidPixel(-99), nMatches(-99),nHits(-99), nPixelHits(-99), globNHits(-99),validMuStations(-99),emEnergy(-99), hadEnergy(-99),nValidLayers(-99),isPF(-99),
95	mcId(-99), mcMomId(-99), mcgMomId(-99){}
96	public:
97	TLorentzVector p4;
98	int charge;
99	float tIso, eIso, hIso, pfChaIso,pfChaPUIso, pfPhoIso,pfNeuIso,acop, ipDb, ipErrDb, zPVPt,zPVProb, chi2, globChi2;
100	int cat, nValidTracker, nValidPixel, nMatches,nHits, nPixelHits, globNHits, validMuStations;
101	float emEnergy, hadEnergy;
102	TLorentzVector mcFourMomentum;
103	int mcId, mcMomId, mcgMomId;
104	int isPF,nValidLayers;
105	std::vector< int > hltMatchedBits;
106	};
107
108	class ElectronInfo {
109	public:
110	ElectronInfo() : scEta(-99), scPhi(-99), charge(-99),
111	tIso(-99), eIso(-99), hIso(-99),pfChaIso(-99),pfChaPUIso(-99), pfPhoIso(-99), pfNeuIso(-99), acop(-99),
112	sihih(-99), Dphi(-99), Deta(-99), HoE(-99), convDist(-99), convDcot(-99), innerHits(-99),
113	isEB(false),isEE(false),
114	ipDb(-99), ipErrDb(-99),
115	id95(-99),id85(-99),id80(-99),id70(-99),
116	id95r(-99),id85r(-99),id80r(-99),id70r(-99),
117	mcId(-99), mcMomId(-99), mcgMomId (-99),
118	dxy(-99), dz(-99),
119	//MVA ELEID 2012 input vars (keep same names to make life easier in integrating with MVA evaluation code
120	fMVAVar_EoP(-99), fMVAVar_HoE(-99), fMVAVar_IoEmIoP(-99), fMVAVar_PreShowerOverRaw(-99), fMVAVar_R9(-99), fMVAVar_d0(-99), fMVAVar_deta(-99), fMVAVar_detacalo(-99), fMVAVar_dphi(-99), fMVAVar_e1x5e5x5(-99), fMVAVar_eleEoPout(-99), fMVAVar_eta(-99), fMVAVar_etawidth(-99), fMVAVar_fbrem(-99), fMVAVar_gsfchi2(-99), fMVAVar_ip3d(-99), fMVAVar_kfchi2(-99), fMVAVar_kfhits(-99), fMVAVar_phiwidth(-99), fMVAVar_pt(-99), fMVAVar_see(-99), fMVAVar_spp(-99), mvaOut(-99),mvaOutTrig(-99)
121	{}
122	public:
123	TLorentzVector p4;
124	float scEta, scPhi;
125	int charge;
126	float tIso, eIso, hIso, pfChaIso,pfChaPUIso, pfPhoIso,pfNeuIso, acop;
127	float sihih, Dphi, Deta, HoE, convDist, convDcot;
128	int innerHits;
129	bool isEB,isEE;
130	float ipDb, ipErrDb, dxy,dz;
131	float id95,id85,id80,id70,id95r, id85r,id80r, id70r;
132	float fMVAVar_EoP, fMVAVar_HoE, fMVAVar_IoEmIoP, fMVAVar_PreShowerOverRaw, fMVAVar_R9, fMVAVar_d0, fMVAVar_deta, fMVAVar_detacalo, fMVAVar_dphi, fMVAVar_e1x5e5x5, fMVAVar_eleEoPout, fMVAVar_eta, fMVAVar_etawidth, fMVAVar_fbrem, fMVAVar_gsfchi2, fMVAVar_ip3d, fMVAVar_kfchi2, fMVAVar_kfhits, fMVAVar_phiwidth, fMVAVar_pt, fMVAVar_see, fMVAVar_spp, mvaOut,mvaOutTrig;
133	TLorentzVector mcFourMomentum;
134	int mcId, mcMomId, mcgMomId;
135	std::vector< int > hltMatchedBits;
136	};
137
138	class TauInfo{
139	public:
140	TauInfo() : charge(-99), tIso(-99), eIso(-99), hIso(-99),pfChaIso(-99), pfChaPUIso(-99),pfPhoIso(-99), pfNeuIso(-99), acop(-99),
141	byIsolation(-99),trackIsolation(-99),byTaNCfrOnePercent(-99),
142	byTaNCfrHalfPercent(-99), byTaNCfrQuarterPercent(-99),
143	byTaNCfrTenthPercent(-99), byTaNC(-99), mcId(-99), mcMomId(-99), mcgMomId(-99),
144	againstElectronLoose(-99), againstElectronMedium(-99), againstElectronTight(-99), againstMuonLoose(-99), againstMuonTight(-99),
145	byLooseIsolation(-99), byMediumIsolation(-99), byTightIsolation(-99), byVLooseIsolation(-99), decayModeFinding(-99),
146	isolationPFChargedHadrCandsPtSum(-999999.), isolationPFGammaCandsEtSum(-999999.),leadPFChargedHadrCandPt(-999999.),
147	NsignalPFChargedHadrCands (-99),NsignalPFGammaCands(-99), byLooseCombinedIsolationDeltaBetaCorr(-99), againstElectronMVA(-99) {}
148	public:
149	TLorentzVector p4;
150	int charge;
151	float tIso, eIso, hIso,pfChaIso,pfChaPUIso,pfPhoIso,pfNeuIso, acop;
152	float byIsolation,trackIsolation,byTaNCfrOnePercent,byTaNCfrHalfPercent, byTaNCfrQuarterPercent, byTaNCfrTenthPercent, byTaNC;
153	int mcId, mcMomId, mcgMomId;
154	float againstElectronLoose, againstElectronMedium, againstElectronTight, againstMuonLoose, againstMuonTight;
155	float byLooseIsolation, byMediumIsolation, byTightIsolation, byVLooseIsolation, decayModeFinding;
156
157	float isolationPFChargedHadrCandsPtSum,isolationPFGammaCandsEtSum,leadPFChargedHadrCandPt;
158	int NsignalPFChargedHadrCands, NsignalPFGammaCands;
159	float byLooseCombinedIsolationDeltaBetaCorr, againstElectronMVA;
160
161
162	TLorentzVector mcFourMomentum;
163	};
164
165
166	class DiMuonInfo {
167	public:
168	TLorentzVector p4;
169	MuonInfo daughter1, daughter2;
170	};
171
172
173	class DiElectronInfo {
174	public:
175	TLorentzVector p4;
176	ElectronInfo daughter1, daughter2;
177	};
178
179
180
181	public:
182	std::vector<SimpleJet> simpleJets;
183	std::vector<SimpleJet> simpleJets2; //???
184	std::vector<SimpleJet> simpleJets3;
185	std::vector<SimpleJet> simpleJets4; //???
186	std::vector<SimpleJet> subJets; //???
187	std::vector<SimpleJet> filterJets; //???
188	std::vector<HardJet> hardJets;
189
190	METInfo calomet;
191	METInfo tcmet;
192	METInfo pfmet;
193	METInfo pfmetType1corr;
194	METInfo pfmetType1p2corr;
195	METInfo pfmetNoPUType1corr;
196	METInfo pfmetNoPUType1p2corr;
197	METInfo mht;
198	METInfo metNoPU;
199	METInfo metCh;
200	std::vector<METInfo> metUncInfo;
201
202	std::vector<MuonInfo> muInfo;
203	std::vector<ElectronInfo> eleInfo;
204	std::vector<TauInfo> tauInfo;
205
206	std::vector<DiMuonInfo> diMuonInfo;
207	std::vector<DiElectronInfo> diElectronInfo;
208
209	// HiggsCandidate dijetHiggs;
210	// HiggsCandidate fatjetHiggs;
211
212	// to be decided.. one single or many V?
213	// VCandidate vcand;
214	// WCandidate wele;
215	// WCandidate wmu;
216	//WCandidate wtau;
217	// ZCandidate zmu;
218	// ZCandidate zele;
219	//ZInvCandidate znunu;
220
221	//
222	// really needed????
223	//
224
225	};
226	#endif