beamAntRec.h

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/*********************************************************************
** Copyright (c) 1992-2010 VT MAK
** All rights reserved.
*********************************************************************/
#ifndef DtBeamAntennaPatternRecord_H_
#define DtBeamAntennaPatternRecord_H_


#include <vlpi/disEnums.h>
#include <matrix/vlMath.h>
#include "antPatRec.h"
#include "packets/transmitterP.h"

struct DT_DLL_VL DtNetBeamAntennaPatternRecord;

class DT_DLL_VL DtBeamAntennaPatternRecord : public DtAntennaPatternRecord
{
public:

   DtBeamAntennaPatternRecord();

   DtBeamAntennaPatternRecord(const DtBeamAntennaPatternRecord& orig);

   virtual ~DtBeamAntennaPatternRecord();

   DtBeamAntennaPatternRecord& operator=(
      const DtBeamAntennaPatternRecord& orig);

   DtBeamAntennaPatternRecord(const DtAntennaPatternRecord& orig);

   virtual void setAngles(const DtTaitBryan &angles);
   virtual const DtTaitBryan &angles() const;

   virtual void setBeamwidth(DtFloat32 azimuth, 
      DtFloat32 elevation);

   virtual DtFloat32 azimuthBeamwidth() const;

   virtual DtFloat32 elevationBeamwidth() const;

   virtual void setReferenceSystem(const DtReferenceSys sys);
   virtual DtReferenceSys referenceSystem() const;

   virtual void setElectricField(DtFloat32 z, DtFloat32 x);

   virtual DtFloat32 electricFieldZ() const;

   virtual DtFloat32 electricFieldX() const;
   
   virtual void setPhase(DtFloat32 phase);
   virtual DtFloat32 phase() const;   

   virtual void printData() const;
   virtual void printDataToStream(std::ostream& stream) const;
   
   virtual DtAntennaPatternRecord* clone() const;

   virtual void setFromNet(const void* net, int size);

   virtual const void* netRep(int* size = NULL) const;

   virtual int netSize() const;

   virtual void setFromNetBeam(const DtNetBeamAntennaPatternRecord& net);

   virtual void setFromNet(const DtNetBeamAntennaPatternRecord& net);

   virtual const DtNetBeamAntennaPatternRecord& netBeam() const;

   virtual const DtNetBeamAntennaPatternRecord& networkRepresentation() const;

protected:
   DtTaitBryan    myBeamDirection;
   DtFloat32      myAzimuthBandwidth;
   DtFloat32      myElevationBeamwidth;
   DtReferenceSys myReferenceSystem;
   DtFloat32      myEz;
   DtFloat32      myEx;
   DtFloat32      myPhase;

   DtNetBeamAntennaPatternRecord myNetBeam;
};

inline const DtNetBeamAntennaPatternRecord& 
   DtBeamAntennaPatternRecord::networkRepresentation() const
{
   return netBeam();
}

inline void DtBeamAntennaPatternRecord::setFromNet(
   const DtNetBeamAntennaPatternRecord& net)
{
   setFromNetBeam(net);
}

#endif   //DtBeamAntennaPatternRecord_H_