////////////////////////////////////
// MicroBall Event Unpacker
// for the Asy-Eos experiment
// Apr 29, 2010 
// revison 1/2011
// zibi
////////////////////////////////////
#ifndef TMBALLEVENT_H
#define TMBALLEVENT_H
//#include <strings.h>
#include "TH1.h"
#include "TH2.h"
#include "TList.h"
#include "TString.h"
#include "stdlib.h"
#include <vector>
using namespace std;

class TMBALLEvent {
protected:
 int mRawMult;                         //raw multiplicity
 int mMult;                         // multiplicity above ADC pedestal
 int mRawMultRing[4];               //raw multiplicity per ring
 int mMultRing[4];                 // multiplicity per ring above ADC pedestal
 
//03062011 TH1I* mAdc[4][32];
 
 float mLookupTable[49][12];
 float mLookupAdcThreshTable[128][3];
 int GetDetector(int, int);
 
 // int GetDetectorFromTDC(int adc, int adcch);
 
 

public:
 TMBALLEvent();         		//constructor
 virtual ~TMBALLEvent();              //destructor
 int GetEvent(int *); 
 int ProcessCurrentEventMBS(int *,int);
 
 TList *fMBALLHistoList;

 void LoadMapping(TString);
 void LoadThresholds(TString);
 void PassLists(TList*);
 void GetTiMeStamp(int *, int *, int *);
 int GetMBALLMultiplicity();
 int GetMBALLRingMultiplicity(int);
 int GetMBALLRawMultiplicity();
 int GetMBALLRingRawMultiplicity(int);
 Bool_t IsHaloFired(); // kTRUE = halo has been fired, kFALS = halo has not been fired

 int GetAdcPedestal(int module, int channel); //returns the ADC pedestal read from the file
 int GetDetectorPedestal(int ring, int det);

 int GetDetectorRing(int module, int adcch);
 int GetDetectorNumber(int module, int adcch);
 double* GetADCAngles(int module, int adcch); //returns theta and phi of a given ADC ch
 double GetTheta(int ring, int det);
 double GetPhi(int ring, int det);


 //return ADC module and channel of a given detector
 int GetADCModule(int ring, int det); //Energy tail ADC
 int GetADCChannel(int ring, int det);//Energy tail ADC
 int GetTDCModule(int ring, int det);
 int GetTDCChannel(int ring, int det);

vector<int> uBallModule;
vector<int> uBallChannel;
vector<int> uBallData;
vector<int>::size_type szM;
//vector<int>::size_type szC = uBallChannel.size();
//vector<int>::size_type szD = uBallData.size();


//---------This var tells us if the halo detector has been fired (Paola 28Oct2011)
Bool_t fIsHaloFired;
//------------------------------------


 void PrintEvent(int, int, int, int, int);
};

extern TMBALLEvent *gmballevent;    // a global instance to TMBALLEvent class


#endif