pp2ppTypes.h

#ifndef _PP2PP_TYPES_H_
#define _PP2PP_TYPES_H_

// Tonko's flags
// event type bits
#define EVT_TYPE_EL     (1<<0)
#define EVT_TYPE_SD     (1<<1)
#define EVT_TYPE_PULS   (1<<2)

// wish list for dead-time readout...
#define INP_SI_E_DEAD   (1<<3)
#define INP_SI_W_DEAD   (1<<4)
#define INP_CAM_DEAD    (1<<5)
#define INP_MASTER_DEAD (1<<6)


// spin states
#define INP_B_PLUS      (1<<8)
#define INP_B_MIN       (1<<9)
#define INP_B_NULL      (1<<10)

#define INP_Y_PLUS      (1<<12)
#define INP_Y_MIN       (1<<13)
#define INP_Y_NUL       (1<<14)

// these are not really inputs
#define EVT_TYPE_DEAD   (1<<30) // deadtime event
#define EVT_TYPE_DUMMY  (1<<31) // dummy (test) event - do not try to unpack CAMAC!

// output register bits
#define PULS_COMP_READY (1<<0)
#define PULS_DEAD_READY  (1<<1)
#define ENA_EL          (1<<2)
#define ENA_SD          (1<<3)

#define ENA_DD          (1<<4)
#define ENA_TYPE_4      (1<<5)
#define ENA_PULS        (1<<6)
#define PULS_BUNCH_READY        (1<<7)

#define ENA_CAMAC       (1<<8)
#define ENA_SILICON_1   (1<<9)
#define ENA_SILICON_2   (1<<10)
#define INH_DEAD_TIME   (1<<11)

// end of Tonko's flags

#endif