db/dc7/packet__gl1p_8h_source.html

#ifndef __PACKET_GL1P_H__

#define __PACKET_GL1P_H__


/*

    GL1P Accepted Event Data -


    This header file defines a standard structure that can be

    used to map GL1P accepted event data into something a

    bit more "useful".

*/


/* Each GL1P will have an output packet in the data stream */


#define GL1P_HEADER 0

#define GL1P_EVNUMBER 1

#define GL1P_MODEBIT 2

#define GL1P_CLOCK 3

#define GL1P_SCALER 4

/* A structure for the GL1P accepted event data */


typedef struct{

  unsigned char  header; //GL1P header word. Depend on GL1P number. First is 7a, second - 8a, ...

  unsigned char  ev_number; //1-byte event number counter.

  unsigned short  modebit; //GL1 mode bit

  unsigned char  clock[4]; //Beam Crossing Counters for all 4 scalers

  unsigned int   scaler[4]; //Values of scalers A, B, C, D.

} GL1P_DATA;


#include <packet_w124.h>


#ifndef __CINT__

class WINDOWSEXPORT Packet_gl1p : public Packet_w4 {

#else

class  Packet_gl1p : public Packet_w4 {

#endif

public:

  Packet_gl1p(PACKET_ptr);

  ~Packet_gl1p();

 virtual int  iValue(const int channel, const char *what);

 virtual int  iValue(const int channel, const int what);

 virtual void dump ( OSTREAM& );

  virtual int    fillIntArray (int destination[],    // the data go here

             const int length,      // space we have in destination

             int * nw,              // words actually used

             const char * what=""); // type of data (see above)


protected:

  virtual void demangle ();

  virtual int *decode (int *);

  GL1P_DATA* sgl1p;

  int nGL1Pboards;

};


#endif /* __PACKET_GL1P_H__ */