RTS/src/DAQ_SSD/daq_ssd.h

#ifndef _DAQ_SSD_H_
#define _DAQ_SSD_H_

#include <stdio.h>
#include <DAQ_READER/daq_det.h>

/*
        SSD has 10 ladders, 16 modules, 2 sides, 768 strips each 8bits wide

        However! The DAQ maps the data as:
                40 pseudo-rows
                        64 pseudo-pads
                                192 pseudo-timebins (strips)
        
        The pseudo-rows are constructed as
                ReceiverBoard[0..3] * 10 + Mezzanine[0..1] * 5 + ASIC[0..5]


*/

struct ssd_t {
        int channels ;
        int mode ;      // 0 normal, 1 pedestals/RMSs
        int max_channels ;

        // how many valid strips in this hybrid
        u_char counts[40][64] ;

        // Up to 192 valid strips (count is in counts)
        // strip is overloaded with RMS data if mode==1
        u_char strip[40][64][192];

        // Up to 192 valid adcs (same count as above...)
        // overloaded with PED data if mode==1
        u_char adc[40][64][192];

        // To facilitate decoding in raw events
        // this points to raw data of ONE mezzanine
        // this raw data is 6*64*512 bytes long
        // There are only 2 mezzanines/RB
        u_char *raw[4][2] ;

} ;



extern int ssd_reader(char *mem, struct ssd_t *ssd, u_int driver) ;


class daq_ssd : public daq_det {
private:
        class daq_dta *handle_legacy() ;

        class daq_dta *legacy ; // "legacy" bank

        static const char *help_string ;
protected:


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


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

        void help() const {
                printf("%s\n%s\n",GetCVS(),help_string) ;
        }

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

} ;


#endif  // _DAQ_SSD_H_

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