daq_sst.h

#ifndef _DAQ_SST_H_
#define _DAQ_SST_H_

#include <DAQ_READER/daq_det.h>

#define SST_RDO_COU     3       //per sector maximum
#define SST_FIBER_COU   8
#define SST_HYBRID_COU  16
#define SST_STRIP_COU   768


struct daq_sst_data_t {
        u_short strip ;
        u_short adc ;

        u_char hybrid ;
} ;

struct daq_sst_pedrms_t {
        short ped[SST_HYBRID_COU][SST_STRIP_COU] ;
        short rms[SST_HYBRID_COU][SST_STRIP_COU] ;      //double d_rms = (double)rms/16.0
} ;

/*
        According to Jim on Feb 2014 the pedestals are calculated in the
        following way:

        ADCprime = (ADC + PED_ADC_OFFSET) % 1024 ;
        if(ADCprime > PED_ADC_HI) skip ;
        if(ADCprime < PED_ADC_LO) skip ;
        ...
        ped = mean(ADCprime) - PED_ADC_OFFSET
        rms = sigma(ADCprime)
*/

#define SST_PED_ADC_OFFSET      375
#define SST_OUTLIERBAND         256

//#define SST_PED_ADC_HI                750
//#define SST_PED_ADC_LO                250

struct daq_sst_ped_t {
        double ped[SST_FIBER_COU][SST_HYBRID_COU][SST_STRIP_COU];
        double rms[SST_FIBER_COU][SST_HYBRID_COU][SST_STRIP_COU];
        u_int cou[SST_FIBER_COU][SST_HYBRID_COU][SST_STRIP_COU];
} ;


class daq_sst : public daq_det {
private:
        class daq_dta *handle_raw(int sec, int rdo) ;
        class daq_dta *handle_ped(int sec) ;
        class daq_dta *handle_adc(int sec, int rdo, char *buff=0, int words=0) ;

        class daq_dta *raw ;
        class daq_dta *adc ;
        class daq_dta *ped ;

        static const char *help_string ;



public:
        daq_sst(daqReader *rts_caller=0) ;
        ~daq_sst() ;

        daq_dta  *get(const char *bank="*",int c1=-1, int c2=-1, int c3=-1, void *p1=0, void *p2=0) ;

        int get_l2(char *buff, int buff_bytes, struct daq_trg_word *trg, int prompt) ;


        int raw_to_adc_utility(int s, int r, char *rdobuff, int words, daq_sst_ped_t *ped, int mode) ;

        const char *GetCVS() const {    // Offline
                static const char cvs[]="Tag $Name:  $Id: built " __DATE__ " " __TIME__ ; return cvs;
        }


        u_int events[SST_RDO_COU] ;
        u_int fiber_events[SST_RDO_COU][SST_FIBER_COU] ;

} ;


#endif