#ifndef __EXO_PHOINFO_HH__
#define __EXO_PHOINFO_HH__
//
//           converted with i2h by P.Murat
//
//------------------------------------------------------------------------------
// 11/8/96 Implement photon treaty cuts as standard.  Tight cuts are central
// photon treaty and loose cuts are photon treaty plug.
//
// 2/22/96 Plug photons added.  To mantain backward compatability, central
// photons always come first.  The definition of Ncencl stays the same
// and the total number of photon candidates is Ncencl+Nplugcl
// quantites filled for both central and plug are marked with a *.
// Plug-only quantites are tacked on the end.
// These cpr numbers are for clustering without CES seed position
// This is for clustering with CES seed position
// variables added 26-OCT-1995
// 12-Sept-1996 CPR track information
// PHOTON CUT WORD
// bit definitions, bit on means it failed the cut
// bit  0 = Central photon
// bit  1 = Pt of `e`<5
// bit  2 = (Chi_strip+Chi_wire)/2 < 20
// bit  3 = Lshr < 0.2
// bit  4 = Had/EM < sliding cut
// bit  5 = N3D = 0
// bit  6 = Cone 0.4 calorimeter isolation <.15
// bit  7 = Sum Pt of tracks in cone 0.4 < 10.0
// bit  8 = Sum Pt of tracks in cone 0.4 <  2.0
// bit  9 = Second CES cluster < 1.0 GeV
// bit 10 = 3x3 Chi < 5.0
// bit 11 = CHI eta < 20.0 (passes cut if not fiducial to PES)
// bit 12 = CHI phi < 20.0          `               `
// bit 13 = VTX occ < 0.4
// bit 14 = Had/EM < sliding Plug cut
// bit 15 = all FIDELE cuts
// bit 16 = sliding second CES cluster cut (CEM only)
// bit 17 = 3x3 box energy sum < 4GeV
// bit 18 = 14<|Zstrip|<230
// bit 19 = |Xwire|<21.5
// bit 20 = Pt of `e`<1
// bit 21 = Pt of `e`<2
// bit 22 = (Chi_strip+Chi_wire)/2 < 4
// bit 23 = |(CES-CEM)/sigma| < 2
// bit 24 = Cone 0.4 calorimeter isolation <.10
// bit 25 = CPR track cut
// bit 26 = CPR pulse height < 500
// 4-VECTOR ADDED 2/16/96
// THESE VALUES ARE CEMFIX CORRECTED ONLY.  IF LINKED TO 7_13 OR LATER, 
// IT INCLUDES THE .006 CORRECTION FOR 1B.
// AND CALUCLATED USING THE STRIP CLUSTER ETA AND PHI WITH THE 
// PRIMARY VERTEX.
// Central
// FOR PHOID: N3D=0, CES AVERAGE CHI**2<20, LSHARE<.2,  AND HAD/EM<SLIDING CUT 
// FOR PHOISO: ET IN A CONE OF .4/ET < .15, 
//             PT OF TRACKS IN A CONE OF .4 < 2.0 GEV
//             NO SECOND CES STRIP CLUSTER WITH E>1GEV IN THE SAME WEDGE
// FOR PHOIDL: TRACKPT<5, CES AVERAGE CHI**2<20, LSHARE<.2,  
//		AND HAD/EM<SLIDING CUT 
// FOR PHOISOL: ET IN A CONE OF .4/ET < .15, 
//             PT OF TRACKS IN A CONE OF .4 < 10.0 GEV
// Plug
// FOR PHOID:   NOT IMPLEMENTED
// FOR PHOISO:  NOT IMPLEMENTED
// FOR PHOIDL: CHI(3X3)<5.0, PES CHI ETA<20 AND PHI<20 (WHEN AVAILABLE)
//            VTX OCC<40%, HAD/EM<.028+.00019*E
// FOR PHOISOL: ET IN A CONE OF .4/ET < .15, 
// PLUG-ONLY QUANTITIES
// photon TDC time
// corrected isolation variables
//                        (subtract Pholcor*Phoet/Phocor from phoco4)
//------------------------------------------------------------------------------



struct Phoinfoc_t {
  int      NCENCL;
  int      PHOWED[10];
  int      PHON3D[10];
  int      PHOBNK[10];
  float    PHOET[10];
  float    PHOE[10];
  float    PHOZV[10];
  float    PHOCO4[10];
  float    PHOSTH[10];
  float    PHOCHI[10];
  float    PHOCESX[10];
  float    PHOCESZ[10];
  float    PHOCPR3PH[10];
  float    PHOCPR3PS[10];
  float    PHOCPR5PH[10];
  float    PHOCPR5PS[10];
  float    PHOCPR16PH[10];
  float    PHOCPR16PS[10];
  float    PHODETA[10];
  float    PHOETA[10];
  float    PHOCESE[10];
  float    PHOPT[10];
  float    PHOPHI[10];
  float    PHODELX[10];
  float    PHODELZ[10];
  int      PHOJET[10];
  float    PHOCO7[10];
  float    PHOHADEM[10];
  float    PHOLSHR[10];
  float    PHOSTR2[10];
  float    PHOSTRE2[10];
  float    PHOWIR2[10];
  float    PHOWIRE2[10];
  float    PHOSUMPT4[10];
  float    PHOSUMPT7[10];
  int      PHOID[10];
  int      PHOISO[10];
  int      PHOIDL[10];
  int      PHOISOL[10];
  float    PHO_P4[10][4];
  int      PHOWRD[10];
  int      NPLUGCL;
  int      PHODETECT[10];
  float    PHOVTX[10];
  float    PHO3X3[10];
  float    PHOCHIE[10];
  float    PHOCHIP[10];
  float    PHOCOR[10];
  float    PHOBOXISO[10];
  float    PHOCESSLIDE[10];
  int      NUMPHOID;
  int      NUMPHOISO;
  int      NUMPHOIDL;
  int      NUMPHOISOL;
  float    STAT_PHO[10];
  int      NPHO;
  float    PHOCESWHT[10];
  float    PHOCPRWHT[10];
  float    PHOCPR5PHSEED[10];
  float    PHOCHISTR[10];
  float    PHOCHIWIR[10];
  float    PHOCESSIG[10];
  float    PHOCESPG[10];
  float    PHOCESPB[10];
  float    PHOCPRPG[10];
  float    PHOCPRPB[10];
  float    PHOPT2[10];
  int      NTRWD[10];
  int      NTRWD2[10];
  int      NTRWD3[10];
  float    CESCPRX[10];
  float    TKCPRX[10];
  int      PHOISOB[10];
  float    PHOTIME[10];
  float    PHOVCOR[10];
  float    PHOLCOR[10];
};

extern Phoinfoc_t*  gPhoinfoc;

#endif