#ifndef TAwagsSisEVENT_H
#define TAwagsSisEVENT_H


#define MAX_SFP           4
#define MAX_SLAVE        16
#define N_CHA            16

//#define CSA_BASE_START    20
//#define CSA_BASE_SIZE    1400
//#define CSA_SIGNAL_START 1600
//#define CSA_SIGNAL_SIZE  1400

#define CSA_BASE_START    5
#define CSA_BASE_SIZE    119
#define CSA_SIGNAL_START 160
#define CSA_SIGNAL_SIZE  120


/* enable forwarding stitched traces into output event*/
//#define AWAGS_STORE_TRACES 1


#include "TGo4EventElement.h"
#include <vector>

/* JAM 27-jul-2022: the output event for awags contains data of complete spill only.
 * This means that mapping in second analysis step is always done spill-wise.
 * This is flagged by the IsValid state of this event object.*/
class TAwagsSisBasicEvent : public TGo4EventElement {
   public:
      TAwagsSisBasicEvent() : TGo4EventElement(), fuSpillCount(0) {Clear();}
      TAwagsSisBasicEvent(const char* name) : TGo4EventElement(name) ,fuSpillCount(0){Clear();}
      virtual ~TAwagsSisBasicEvent() {}

      /**
       * Method called by the event owner (analysis step) to clear the
       * event element.
       */
      virtual void Clear(Option_t *t="");
#ifdef AWAGS_STORE_TRACES
      /* stitched trace data for each spill*/
      std::vector<Double_t> fSpillTrace[MAX_SFP][MAX_SLAVE][N_CHA];
#endif
      /* trend of charge evaluation between acquired MBS febex events.
       * size of this vector should be below #mbs events per spill */
      std::vector<Double_t> fChargeTrend[MAX_SFP][MAX_SLAVE][N_CHA];

      /* stitched trace of all "signal window" regions*/
      std::vector<Double_t> fSignalTrace;

      /* sequence number of spill found*/
      UInt_t fuSpillCount;

   ClassDef(TAwagsSisBasicEvent,1)
};
#endif //TAwagsSisEVENT_H