//----------------------- my --------------------------
#define MAX_FADC250_CH 16
#define  Nfa250 21
struct  FADC250 {
  int group;                    //--  +
  int F_REV;                    //--  +  f_rev;
  int B_REV;                    //--  +  b_rev
  int TYPE;                     //--   ?  b_ID
  int MODE;                     //--  +  mode 
  int W_OFFSET;                 //--  +  winOffset
  int W_WIDTH;                  //--  +  winWidth
  int NSB;                      //--  +  nsb
  int NSA;                      //--  +  nsa
  int NPEAK;                    //--  +  npeak
  char SerNum[80];              //--  +
  //-- arrays
  int ADC_MASK;                 //--   ?  chDisMask  (int bits order ?) 
  int TRG_MASK;                 //--   ?  trigMask   (int bits order ?)
  //
  int TET[MAX_FADC250_CH];      //--  +  thr
  int DAC[MAX_FADC250_CH];      //--  +  dac
  int PED[MAX_FADC250_CH];      //--  +  ped
  //
  int NVAR;                     //--  -
};
//struct  FADC250 fadc250[Nfa250+1];

int vme_init(int flag);

int slot_info(char *sndstr,int lenstr,int slot);
int crate_info(char *sndstr,int lenstr,struct FADC250 *fadc250);
int vme_fadc_scaler_print(char *sndstr,int slot, int rflag);
int vme_fadc_scaler_getrates(double *rates, unsigned int *counters, int slot, int rflag);
//---- discr ---
int  vme_discr_init(uint16_t THR1, uint16_t THR2, uint16_t pWidth,  int *nslots, int *slots, int maxslots);
//int vme_discr_init(int THR);
int vme_discr_set_thresholds(uint32_t *thresholds, int type, int slot);
int  vme_discr_get_thresholds(int slot);
int vme_discr_print();
int vme_discr_getrates(uint32_t *counters, uint32_t *counters2,int slot);
int fa125Offset(int offset, int width);
int fa250Offset(int offset, int width);