RTS/src/DAQ_EMC/daq_emc.h

#ifndef _DAQ_EMC_H_
#define _DAQ_EMC_H_


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


//BARREL TOWER constants
#define BTOW_MAXFEE     30
#define BTOW_PRESIZE    4
#define BTOW_DATSIZE    160

//BARREL SMD constants
#define BSMD_FIBERS     12
#define BSMD_DATSIZE    4800

// ENDCAP Tower constants; from Piotr
#define ETOW_MAXFEE      6
#define ETOW_PRESIZE     4
#define ETOW_DATSIZE   160

// ENDACP ESMD
#define ESMD_MAXFEE     48      // used to be 30
#define ESMD_PRESIZE     4
#define ESMD_DATSIZE   192




struct emc_t {
        u_char btow_in ;
        u_short btow_max_ch ;
        u_short btow_ch ;
        u_short btow[4800] ;    
        u_short *btow_raw ;
        // added later
        u_short btow_new[BTOW_MAXFEE][BTOW_DATSIZE] ;
        u_short btow_pre[BTOW_MAXFEE][BTOW_PRESIZE] ;

        u_char bsmd_in ;
        u_short bsmd_max_ch ;
        u_short bsmd_ch ;
        u_short bsmd[12][4800] ;        // Nov 2, 2004 - extended from 8 to 12 to encompass the BPRE
#if 0
        // Both raw and zs banks will _not_ be present in the legacy. This is to observe backwards compatibility.
        // However, variable bsmd_raw_in will tell you what data it came from.
        // Use the non-legacy for BSMD readers in case you need this.
        
        u_short bsmd_raw[12][4800] ;    // Sep 2008 -- this bank is filled from the raw,non-zerosuppressed data
                                        // if the event contained both the ZS & NZS bank!
#endif
        u_char bsmd_raw_in ;            // flag for above!
        u_char  bsmd_cap[12] ;  // capacitor value...
        

        // ENDCAP TOWERS
        u_char etow_in ;        // in this event?
        u_short etow_max_ch ;   // constant ETOW_MAXFEE * ETOW_DATSIZE

        u_short etow_ch ;       // channels above zero
        u_short etow[ETOW_MAXFEE][ETOW_DATSIZE] ;       // ADC data...
        u_short etow_pre[ETOW_MAXFEE][ETOW_PRESIZE]; // ETOW preamble
        u_short *etow_raw ;     // pointer to the beginning of rawdata; raw data is little endian



        // ENDCAP Showermax & preshower(?)
        u_char esmd_in ;        // in this event?
        u_short esmd_max_ch ;   // 48 * 192
        u_short esmd_ch ;       // channels above 0
        u_short esmd_max_fee ;  // ESMD_MAXFEE changed between FY04 and FY05...
        u_short esmd[ESMD_MAXFEE][ESMD_DATSIZE] ;       // ADC data
        u_short esmd_pre[ESMD_MAXFEE][ESMD_PRESIZE]; // ESMD preamble
        u_short *esmd_raw ;     // pointer to the beginning of raw data; raw data is little endian


} ;

extern char *getEmcTrgData(char *input, int idx, int *bytes) ;
extern char *emc_single_reader(char *e, int *bytes, int rts_id) ;

extern int emc_reader(char *m, struct emc_t *emc, u_int driver, int rts_id, char *ptrs[12], int bytes[12]) ;



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

        class daq_dta *legacy ; // "legacy" bank

        static const char *help_string ;
protected:

        int Make() ;

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


        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_EMC_H_

---