RxCommand.h

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#ifndef CARMA_BIMA_RXCOMMAND_H
#define CARMA_BIMA_RXCOMMAND_H

#include <vector>

#define RXIPQ  "rx.ipq"

#define ATTRIB(T,N) \
  private: T _ ## N ; \
public: void set_ ## N (T v) { _ ## N = v; } \
public: T get_ ## N () { return _ ## N ; }

#define RCSET(P,N,V) P -> set_ ## N ( V )
#define RCGET(P,N)   P -> get_ ## N ()

namespace carma
{
  namespace antenna
  {
    namespace bima
    {
      class RxCommand
      {

        public:
          typedef enum
          {
            MEASURETOTPOW,
            // RxControl Commands
            SETFREQ,
            SETOBSFREQ,
            SELECT,
            // LO
            SETLO,
            SETYIG,
            SETBAND,
            SETLOTERMATTN,
            // Secondary
            SETFOCUSZ,
            //
            SETCALPOS,
            SETCALNEXTSEQNO,
            SETTUNENEXTSEQNO,
            SETOPTICNEXTSEQNO,
            USENEXTOPTICSEQNO,
            DOIVCURVE,
            FORCERELOCK
          } CommandType;

          typedef enum { RX1CM, RX1MM, RX3MM, RXANY } RxType;
          typedef enum { SKY, AMBIENT, FIXEDTEMP, PARTIAL } CalPos;

          ATTRIB(CommandType, command);
          ATTRIB(RxType, band);
          ATTRIB(CalPos, cPos);
          ATTRIB(double, yigfreq);
          ATTRIB(double, lofreq);
          ATTRIB(double, obsfreq);
          ATTRIB(unsigned short, lotermatten);
          ATTRIB(float, fPos);
          ATTRIB(unsigned long, calSeqNo );
          ATTRIB(unsigned long, tuneSeqNo );
          ATTRIB(unsigned long, opticSeqNo );
          ATTRIB(float, ivstart );
          ATTRIB(float, ivstop );
          ATTRIB(float, ivstep );
          ATTRIB(unsigned short, ivdelta );
          ATTRIB(bool, ivcurrent );
          ATTRIB(bool, leaveAbsorber );
          ATTRIB(bool, optimizeReceiver );
      };
    }
  }
}



#endif // CARMA_BIMA_RXCOMMAND_H