DirectedEnergyFirePdu.h

#pragma once

#include <dis7/EntityType.h>
#include <dis7/ClockTime.h>
#include <dis7/Vector3Float.h>
#include <dis7/StandardVariableSpecification.h>
#include <vector>
#include <dis7/WarfareFamilyPdu.h>
#include <dis7/utils/DataStream.h>
#include <dis7/opendis7_export.h>


namespace DIS
{
// Firing of a directed energy weapon shall be communicated by issuing a Directed Energy Fire PDU Section 7.3.4  COMPLETE

// Copyright (c) 2007-2009, MOVES Institute, Naval Postgraduate School. All rights reserved. 
//
// @author DMcG, jkg

class OPENDIS7_EXPORT DirectedEnergyFirePdu : public WarfareFamilyPdu
{
protected:
  EntityType _munitionType; 

  ClockTime _shotStartTime; 

  float _commulativeShotTime; 

  Vector3Float _ApertureEmitterLocation; 

  float _apertureDiameter; 

  float _wavelength; 

  float _peakIrradiance; 

  float _pulseRepetitionFrequency; 

  int _pulseWidth; 

  int _flags; 

  char _pulseShape; 

  unsigned char _padding1; 

  unsigned int _padding2; 

  unsigned short _padding3; 

  unsigned short _numberOfDERecords; 

  std::vector<StandardVariableSpecification> _dERecords; 


 public:
    DirectedEnergyFirePdu();
    virtual ~DirectedEnergyFirePdu();

    virtual void marshal(DataStream& dataStream) const;
    virtual void unmarshal(DataStream& dataStream);

    EntityType& getMunitionType(); 
    const EntityType&  getMunitionType() const; 
    void setMunitionType(const EntityType    &pX);

    ClockTime& getShotStartTime(); 
    const ClockTime&  getShotStartTime() const; 
    void setShotStartTime(const ClockTime    &pX);

    float getCommulativeShotTime() const; 
    void setCommulativeShotTime(float pX); 

    Vector3Float& getApertureEmitterLocation(); 
    const Vector3Float&  getApertureEmitterLocation() const; 
    void setApertureEmitterLocation(const Vector3Float    &pX);

    float getApertureDiameter() const; 
    void setApertureDiameter(float pX); 

    float getWavelength() const; 
    void setWavelength(float pX); 

    float getPeakIrradiance() const; 
    void setPeakIrradiance(float pX); 

    float getPulseRepetitionFrequency() const; 
    void setPulseRepetitionFrequency(float pX); 

    int getPulseWidth() const; 
    void setPulseWidth(int pX); 

    int getFlags() const; 
    void setFlags(int pX); 

    char getPulseShape() const; 
    void setPulseShape(char pX); 

    unsigned char getPadding1() const; 
    void setPadding1(unsigned char pX); 

    unsigned int getPadding2() const; 
    void setPadding2(unsigned int pX); 

    unsigned short getPadding3() const; 
    void setPadding3(unsigned short pX); 

    unsigned short getNumberOfDERecords() const; 

    std::vector<StandardVariableSpecification>& getDERecords(); 
    const std::vector<StandardVariableSpecification>& getDERecords() const; 
    void setDERecords(const std::vector<StandardVariableSpecification>&    pX);


virtual int getMarshalledSize() const;

     bool operator  ==(const DirectedEnergyFirePdu& rhs) const;
};
}

// Copyright (c) 1995-2009 held by the author(s).  All rights reserved.
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//  Modeling Virtual Environments and Simulation (MOVES) Institute
// (http://www.nps.edu and http://www.MovesInstitute.org)
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