emitterBeamListEntry.h

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/*********************************************************************
** Copyright (c) 2001 MAK Technologies, Inc.
** All rights reserved.
*********************************************************************/
/*********************************************************************
** $RCSfile: emtrBeamEnt.h,v $ $Revision: 1.6 $ $State: Exp $
*********************************************************************/



#ifndef DtEmitterBeamListEntry_H_
#define DtEmitterBeamListEntry_H_

#include <readerWriter/readerWriter.h>
#include <readerWriter/rwReal.h>
#include <readerWriter/rwInt.h>
#include <readerWriter/rwString.h>
#include <readerWriter/rwBoolean.h>
#include <vrfutil/rwUnsigned.h>
#include <vrfutil/vrfMakRadarBeamScanData.h>

#include "vrfobjparam/vrfobjparamDefines.h"
class DT_DLL_vrfobjparam DtEmitterBeamListEntry : public DtReaderWriter
{
public:

   class RasterScanDataEntry : public DtReaderWriter
   {
   public:
      RasterScanDataEntry();
      RasterScanDataEntry(const DtString& name, DtReaderWriterRegistry* parentRegistry = 0);
      RasterScanDataEntry(const RasterScanDataEntry& orig);
      RasterScanDataEntry(const DtSymbolString& name, DtReaderWriterRegistry* parentRegistry = 0);

      virtual DtU32 rasterBarCount() const;
      virtual void setRasterBarCount(const DtU32 value);

      virtual DtFloat32 azimuthScanRate() const;
      virtual void setAzimuthScanRate(const DtFloat32 value);

      virtual const char* readerWriterType() const override;

      static const char* theXmlType();

      virtual const char* xmlType() const override {
         return theXmlType();
      }

   protected:
      DtRwUnsigned myRasterBarCount;
      DtRwReal myAzimuthScanRate;
   };

   class SpiralScanDataEntry : public DtReaderWriter
   {
   public:
      SpiralScanDataEntry();
      SpiralScanDataEntry(const DtString& name, DtReaderWriterRegistry* parentRegistry = 0);
      SpiralScanDataEntry(const SpiralScanDataEntry& orig);
      SpiralScanDataEntry(const DtSymbolString& name, DtReaderWriterRegistry* parentRegistry = 0);

      virtual DtFloat32 rotationRate() const;
      virtual void setRotationRate(const DtFloat32 value);

      virtual DtFloat32 wideningRate() const;
      virtual void setWideningRate(const DtFloat32 value);

      virtual const char* readerWriterType() const override;

      static const char* theXmlType();

      virtual const char* xmlType() const override {
         return theXmlType();
      }

   protected:
      DtRwReal myRotationRate;
      DtRwReal myWideningRate;
   };

   DtEmitterBeamListEntry();

   DtEmitterBeamListEntry(const DtString& name, 
      DtReaderWriterRegistry* parentRegistry = NULL);
   DtEmitterBeamListEntry(const DtSymbolString& name, 
      DtReaderWriterRegistry* parentRegistry = NULL);

   virtual ~DtEmitterBeamListEntry() override;

   DtEmitterBeamListEntry(const DtString& name, 
      const DtEmitterBeamListEntry& orig, 
      DtReaderWriterRegistry*  parentRegistry = NULL);
   DtEmitterBeamListEntry(const DtSymbolString& name, 
      const DtEmitterBeamListEntry& orig, 
      DtReaderWriterRegistry*  parentRegistry = NULL);

   DtEmitterBeamListEntry& operator=(const DtEmitterBeamListEntry& orig);

   virtual DtEmitterBeamListEntry* clone(const DtString& name, 
      DtReaderWriterRegistry* parentRegistry = NULL) const;
   virtual DtEmitterBeamListEntry* clone(const DtSymbolString& name, 
      DtReaderWriterRegistry* parentRegistry = NULL) const;

   virtual DtInt16 index() const;
   virtual void setIndex(DtInt16 index);


   virtual DtString beamType() const;
   virtual void setBeamType(const DtString& typeString);
   
   virtual DtFloat32 frequency() const;
   virtual void setFrequency(DtFloat32 value);

   virtual DtFloat32 frequencyRange() const;
   virtual void setFrequencyRange(DtFloat32 value);

   virtual DtFloat32 power() const;
   virtual void setPower(DtFloat32 value);

   virtual DtFloat32 prf() const;
   virtual void setPrf(DtFloat32 value);

   virtual DtFloat32 pulseWidth() const;
   virtual void setPulseWidth(DtFloat32 value);

   virtual DtFloat32 azimuthCenter() const;
   virtual void setAzimuthCenter(DtFloat32 value);

   virtual DtFloat32 azimuthSweep() const;
   virtual void setAzimuthSweep(DtFloat32 value);

   virtual DtFloat32 elevationCenter() const;
   virtual void setElevationCenter(DtFloat32 value);

   virtual DtFloat32 elevationSweep() const;
   virtual void setElevationSweep(DtFloat32 value);

   virtual DtFloat32 sweepSync() const;
   virtual void setSweepSync(DtFloat32 value);

   virtual DtU16 beamFunction() const;
   virtual void setBeamFunction(DtU16 functionEnum);

   virtual DtU16 beamParamIndex() const;
   virtual void setBeamParamIndex(DtU16 value);
 
   virtual DtU8 jammingTechniqueKind() const;
   virtual void setJammingTechniqueKind(const DtU8& kind);
   virtual DtU8 jammingTechniqueCategory() const;
   virtual void setJammingTechniqueCategory(const DtU8& category);
   virtual DtU8 jammingTechniqueSubcategory() const;
   virtual void setJammingTechniqueSubcategory(const DtU8& subcategory);
   virtual DtU8 jammingTechniqueSpecific() const;
   virtual void setJammingTechniqueSpecific(const DtU8& specific);

   virtual DtU32 jammingTechniqueAsU32() const;

   virtual bool prfJitter() const;
   virtual void setPrfJitter(bool value);
   
   virtual const DtFloat32 beamWidth() const;
   virtual void setBeamWidth(const DtFloat32& value);

   virtual const DtVrfMakRadarBeamScanData scanData() const;
   virtual void setScanData(const DtVrfMakRadarBeamScanData& value);


   bool operator==(const DtEmitterBeamListEntry&) const;
   bool operator!=(const DtEmitterBeamListEntry& rhs) const { return !(*this == rhs); };

protected:

   DtRwInt     myIndex;

   DtRwString myBeamType;

   DtRwReal    myFrequency;

   DtRwReal    myFrequencyRange;

   DtRwReal    myPower;

   DtRwReal    myPrf;

   DtRwReal    myPulseWidth;

   DtRwReal    myAzCenter;

   DtRwReal    myAzSweep;

   DtRwReal    myElCenter;

   DtRwReal    myElSweep;

   DtRwReal    mySweepSync;

   DtRwInt     myBeamFunction;

   DtRwInt     myBeamParamIndex;

   DtRwInt     myJammingTechniqueKind;

   DtRwInt     myJammingTechniqueCategory;

   DtRwInt     myJammingTechniqueSubcategory;

   DtRwInt     myJammingTechniqueSpecific;

   DtRwBoolean myPrfJitter;

   DtRwReal    myBeamWidth;

   DtRwReal    myCircleScanData;

   DtRwReal    mySectorScanData;

   RasterScanDataEntry myRasterScanData;

   SpiralScanDataEntry mySpiralScanData;

   DtRwBoolean myNotScanningData;

};

#endif