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TChain *fChain;
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int dataflag;
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int totalEntries;
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int entry;
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int doBarrel;
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int doEndcap;
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int pizEta;
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// Declaration of leaf types
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Int_t lumiBlock;
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Int_t runNumber;
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Int_t evtNumber;
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Int_t evtTime;
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vector<unsigned short> *l1bitFired; // List of L1 bit fired
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Float_t mpair; /// invariant mass of the pi0 candidate
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Float_t ptpair; // pt of the pi0 candidate
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Float_t etapair; ///eta of the pi0 candidate
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Float_t ptmin; // minimal pt of two photons
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Float_t isolation; // isolation variable
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Float_t vBeamSpot[3]; // beam spot x,y, z
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Float_t s4s9min; /// minimal s4/s9 of two photons
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Float_t s9s25min; /// minimal s9/s25 of two photons
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Float_t xClus1; /// X position of 3x3 cluster 1
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Float_t yClus1;
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Float_t zClus1;
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Float_t xClus2; //X position of cluster 2
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Float_t yClus2;
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Float_t zClus2;
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Int_t nxtClus1; ///Number of crystal in cluster 1 ( maximum 9 / 25 for eta )
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Float_t eXtalClus1[25]; //[nxtClus1] // energy of each crystal
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Float_t laserCorrXtalClus1[25]; //[nxtClus1] /// laserCorrection value
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Int_t ietaXtalClus1[25]; //[nxtClus1] /// ieta
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Int_t iphiXtalClus1[25]; //[nxtClus1] /// iphi
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Float_t tXtalClus1[25]; //[nxtClus1] // recHit time
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Int_t nxtClus2;
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Float_t laserCorrXtalClus2[25]; //[nxtClus2]
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Float_t eXtalClus2[25]; //[nxtClus2]
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Int_t ietaXtalClus2[25]; //[nxtClus2]
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Int_t iphiXtalClus2[25]; //[nxtClus2]
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Float_t tXtalClus2[25]; //[nxtClus2]
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Int_t izXtalClus1;
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Int_t izXtalClus2;
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float xEBAll[170][360]; ///eta -85, -1, 1, 86, [0,169]. phi, 1,360, [0,359];
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float yEBAll[170][360];
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float zEBAll[170][360];
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float etaEBAll[170][360];
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float phiEBAll[170][360];
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float dxEBAll[170][360]; ///eta -85, -1, 1, 86, [0,169]. phi, 1,360, [0,359];
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float dyEBAll[170][360];
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float dzEBAll[170][360];
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float xEEAll[2][101][101];
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float yEEAll[2][101][101];
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float zEEAll[2][101][101];
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float etaEEAll[2][101][101];
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float phiEEAll[2][101][101];
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float dxEEAll[2][101][101];
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float dyEEAll[2][101][101];
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float dzEEAll[2][101][101];
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int doPizEta;
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ofstream txtout;
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TTree *pizTree;
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TTree *etaTree;
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double corrfactorEtatb[170];
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double corrfactorEtaco[170];
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double corrfactorEta[170];
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double corrfactorPhi[360];
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double corrfactoriEtaiPhi[170][360];
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int flagiEtaiPhi[170][360];
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double corrfactorSM[36];
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double corrfactorIetaSM[38][85];
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int stepc;
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int iter;
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int evtRange;
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const int kEndcEtaRings = 39;
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float eta_ring_ee[kEndcEtaRings];
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float etaBoundary_ee[kEndcEtaRings+1];
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int nxtal_ring_ee[kEndcEtaRings];
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double corrfactorEtaRings[2][kEndcEtaRings];
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double corrfactoriZiXiY[2][101][101];
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float etaBoundary_eezside[2][kEndcEtaRings+1];
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float eta_ring_eezside[2][kEndcEtaRings];
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float infoESX[2][8];
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float infoESY[2][8];
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double peakwidthEtaRings[2][kEndcEtaRings];
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float sigma_sideRing[2][40];
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float mean_side[2] = {0.1264,0.1244};
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float sigma_side[2] = {0.02,0.02};
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int validRecHitEndCap[2][101][101];
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int flag_ietaiphi[170][360];
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int ndead_ietaiphi[170][360];
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int ndeadcorner_ietaiphi[170][360];
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int ndeadside_ietaiphi[170][360];
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int ndeadflag_ietaiphi[170][360];
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double corrfactorDead[20] ;
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/* ///some correction to crystals */
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/* double preCorrectionIetaIphi[170][360]; */
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/* double corrfactorIetaSM[38][85]; */
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/* double corrfactorPhiSide[2][360]; */
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/* bool is2010RunB; */
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/* bool is2010RunA; */
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/* bool is2011RunA; */
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int nCounted[170][360][100];
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int nCountedEE[2][101][101][100];
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float sigmaMass;
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float meanMass;
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string workingDirectory;
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///for endcaps
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int nMaxRingIC;
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