#ifndef TCHIRESULT_H
#define TCHIRESULT_H 

#include "Rtypes.h"    //Root types

const int MAXTEL = 1192;  //The chimera telescopes 

//The status codes, as generated by kaliveda indentification routines for CsI
enum ECode {
 kICODE0,  //ok
 kICODE1,  //Z ok, mais les masses superieures a A sont possibles
 kICODE2,  //Z ok, mais les masses inferieures a A sont possibles
 kICODE3,  //Z ok, mais les masses superieures ou inferieures a A sont possibles
 kICODE4,  //Z ok, masse hors limite superieure ou egale a A
 kICODE5,  //Z ok, masse hors limite inferieure ou egale a A
 kICODE6,  //au-dessus de la ligne fragment, Z est alors un Zmin
 kICODE7,  //a gauche de la ligne fragment, Z est alors un Zmin et le plus probable
 kICODE8,  //Z indetermine ou (x,y) hors limites
 kICODE9,  //pas de lignes pour ce module [or not valid grids] 
 kICODE10, //gamma
 kICODE_nogrid  //no grid defined, empty pointer    
};

// Simplified class to extract results for identification procedures 
// resembling the KaliVeda class KVIdentificationResult
// This class is declared "friend" of TCHIGridCsi in order to avoid overhead
// Anyway main program or other classes have to use public members to 
// access data. 
class TCHIResult
{
friend class TCHIGridCsI;  //TCHIGridCsi has full right access to private members
private:
 Int_t fZ;       //Z of particle found
 Int_t fA;       //A of particle found 
 ECode fcod;     //quality code by identification procedure
 Double_t fPID;  //real "Z" or real "A"
 bool fIDOK;     //true if acceptable identification done 
 bool fZident;   //true if Z established
 bool fAident;   //true if A established
 Int_t fStopped;
public:
 TCHIResult() {Init();}
 ~TCHIResult() {}
 void Init() {fZ=-1; fA=-1; fcod=kICODE8; fPID=-1.0; fIDOK=false; fZident=false; fAident=false;}
 Int_t GetZ() {return fZ;}
 Int_t GetA() {return fA;}
 void SetA(Int_t A) {fA=A;}
 void SetZ(Int_t Z) {fZ=Z;}
 void Setcod(ECode cod) {fcod=cod;}
 void SetStopped() {fStopped=1;}
 void SetUnStopped() {fStopped=0;}
 Int_t GetIfStopped() {return fStopped;}
 ECode Getcod() {return fcod;}
 Double_t GetPID() {return fPID;} 
 bool GetIDOK() {return fIDOK;}     
 bool GetZident() {return fZident;}   
 bool GetAident() {return fAident;}   
 ClassDef(TCHIResult,1);
};

#endif