beamtime/cern-oct12/mbs/trigloglib.h (r4864/r3257)

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#ifndef TRIGLOGLIB_H
#define TRIGLOGLIB_H


/*************** Trigger Logic **********************/
#define T_LOG_DEL_1   0x4 //delay spill off pulse

/*******************LMU Setup************************/
#define T_LOG_LMU_1   0x8
#define T_LOG_LMU_2   0xc
#define T_LOG_LMU_3   0x10
#define T_LOG_LMU_4   0x14
#define T_LOG_LMU_5   0x18
#define T_LOG_LMU_6   0x1c
#define T_LOG_LMU_7   0x20
#define T_LOG_LMU_8   0x24
#define T_LOG_LMU_9   0x28
#define T_LOG_LMU_a   0x2c
#define T_LOG_LMU_b   0x30
#define T_LOG_LMU_c   0x34
#define T_LOG_LMU_d   0x38
#define T_LOG_LMU_e   0x3c
#define T_LOG_LMU_f   0x40
#define T_LOG_LMU_g   0x44

/*******************Trigger Box Setup*****************/
#define T_LOG_TBOX_ENA     0x48
#define T_LOG_TBOX_SCALL   0x4c
#define T_LOG_TBOX_SCALH   0x50

/*******************Switch Box Setup******************/
#define T_LOG_SW_L    0x54
#define T_LOG_SW_H    0x58
                                //new
#define T_LOG_RES      0x5c //reset scaler + sync scaler

#define T_LOG_SC_LATCH 0x60 //latch scaler
#define T_LOG_INT_TDT  0x64 //internal deadtime
#define T_LOG_ECO      0x68     //switch signals to hpla output
#define T_LOG_EXT_INT_RES  0x6c         //internal external reset

/**********Internal Pulse Generator Setup*************/
#define T_LOG_PULS_IN  0x70
#define T_LOG_FREQU_1  0x74
#define T_LOG_FREQU_2  0x78
#define T_LOG_FREQU_3  0x7c

#define T_LOG_SOFTTRIG 0x80     //Software Trigger
#define T_LOG_RES_DOUT 0x84     //reset for data out register
//new
#define T_LOG_RES_SYNC 0x88     //reset for sync scaler
#define T_LOG_PULS     0x8c     // ECO PULS out via vme command
/*************Scaler and Triggerpattern***************/
#define T_LOG_SCAL_1    0x8c
#define T_LOG_SCAL_2    0xcc
#define T_LOG_SCAL_3    0x10c
#define T_LOG_SCAL_4    0x14c
#define T_LOG_SCAL_5    0x18c
#define T_LOG_SCAL_FC   0x1d0
#define T_LOG_TRIG_PAT  0x1d4
//new
#define T_LOG_SYNC_SCAL 0x1d8
#define T_LOG_INPUT_PAT 0x1dc


typedef struct {
   long  volatile *pl_reset;
   long  volatile *pl_tb_ena;
   long  volatile *pl_tb_reduc1;
   long  volatile *pl_tb_reduc2;
   long  volatile *pl_d_latch; 
   long  volatile *pl_tb_version;
   long  volatile *pl_soft_trig;  
   long  volatile *pl_scal1[16];
   long  volatile *pl_scal2[16];
   long  volatile *pl_scal3[16];
   long  volatile *pl_scal4[16];
   long  volatile *pl_scal5[16];
   long  volatile *pl_scal_fc;
   long  volatile *pl_trig_pat;
   long  volatile *pl_input_pat;
   long  volatile *pl_frequ_1;
   long  volatile *pl_res_dout;
// end VULOM4 triggerbox + scaler

// VME addresses of VULOM3 sync sender 
   long  volatile *ev_reset;
//   long  volatile *spill_enable;
   long  volatile *ev_counter;
   
// VME addresses of VULOM3 RPC Reset
   long  volatile *pl_eclout_pulse;

   long  sync_counter; // current read value of sync counter
   long  last_sync_counter; // previous read value of sync counter

} s_triglog;

void triglog_getptr(long l_virt_base, s_triglog* ps);

void triglog_init(s_triglog* ps);

long triglog_read(long* pl_dat, s_triglog* ps);

void triglog_send_ecl_pulse(s_triglog* ps);

void triglog_reset_scalers(s_triglog* ps);
void triglog_reset_sync(s_triglog* ps);

#endif