waterSurfaceStateRepository.h

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/*********************************************************************
**This file was generated by MAK Technologies' VR-Link Code Generator.
**stateRepHeader.tlt
*********************************************************************/
 
 
#pragma once
 
#include "vrfMetocDefines.h"
#include "weatherStateRepository.h"
#include <matrix/vlVector.h>
#include <vl/globalObjectDesignator.h>
#include <vl/hlaLogicalTime.h>
#include <vl/hlaLogicalTimeInterval.h>
#include <vlpi/entityType.h>
#include <vlpi/entityIdentifier.h>
#include <vlutil/vlString.h>
#include "metocEnums.h"
#include <vector>
 
#include "iceStruct.h"
#include "waterCurrentStruct.h"
#include "waveStruct.h"

namespace makVrfMetoc {
 
class DT_DLL_METOC DtWaterSurfaceStateRepository : public DtWeatherStateRepository
{
public:
   DtWaterSurfaceStateRepository();
 
   virtual ~DtWaterSurfaceStateRepository();
 
   DtWaterSurfaceStateRepository(const DtWaterSurfaceStateRepository& orig);
 
   DtWaterSurfaceStateRepository& operator=(const DtWaterSurfaceStateRepository& orig);
 
   virtual DtStateRepository* clone(bool copy) const;
 
   static DtWaterSurfaceStateRepository* create();
   
   virtual void printData() const;
 
   virtual void printDataToStream(std::ostream& stream) const;
 

   virtual void setSeaState(const DtSeaStateEnum16& val);
 
   virtual const DtSeaStateEnum16& seaState() const;

   virtual void setSalinity(DtFloat32 val);
 
   virtual DtFloat32 salinity() const;

   virtual void setTide(DtFloat32 val);
 
   virtual DtFloat32 tide() const;

   virtual void setIce(const DtIceStruct& val);
 
   virtual const DtIceStruct& ice() const;

   virtual void setCurrent(const DtWaterCurrentStruct& val);
 
   virtual const DtWaterCurrentStruct& current() const;

   virtual void setWave(const DtWaveStruct& val);
 
   virtual const DtWaveStruct& wave() const;

   virtual void setSwell(const DtWaveStruct& val);
 
   virtual const DtWaveStruct& swell() const;

protected:
   DtSeaStateEnum16 mySeaState;
   DtFloat32 mySalinity;
   DtFloat32 myTide;
   DtIceStruct myIce;
   DtWaterCurrentStruct myCurrent;
   DtWaveStruct myWave;
   DtWaveStruct mySwell;
};

} //end makVrfMetoc