RTS/src/DAQ_PMD/daq_pmd.h

#ifndef _DAQ_PMD_H_
#define _DAQ_PMD_H_

#include <daqFormats.h>

struct pmd_t {
        int mode ;      // 0 normal, 1 ped
        int channels ;
        int max_channels ;      // 2*10*2*2016

        u_int status[2] ;

        // 2 sectors, 10 CRAMS, 2 CRAM channels, 2016 values max
        u_short adc[2][PMD_CRAMS_MAX][2][PMD_CRAMS_CH_MAX] ;

        u_short ped[2][PMD_CRAMS_MAX][2][PMD_CRAMS_CH_MAX] ;
        u_short rms[2][PMD_CRAMS_MAX][2][PMD_CRAMS_CH_MAX] ;
        u_short thr[2][PMD_CRAMS_MAX][2][PMD_CRAMS_CH_MAX] ;

} ;

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

class daq_pmd : public daq_det {
private:
        class daq_dta *handle_legacy() ;
        class daq_dta *handle_raw(int sec) ;

        class daq_dta *legacy ; // "legacy" bank
        class daq_dta *raw ;    // raw bank

        static const char *help_string ;
protected:


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


        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_PMD_DATA_STRUCTURE
#endif  // _DAQ_PMD_H_

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