SOSM_SimpleTarget.hpp

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// ****************************************************************************
// CUI//REL TO USA ONLY
//
// The Advanced Framework for Simulation, Integration, and Modeling (AFSIM)
//
// Copyright 2003-2015 The Boeing Company. All rights reserved.
//
// The use, dissemination or disclosure of data in this file is subject to
// limitation or restriction. See accompanying README and LICENSE for details.
// ****************************************************************************
 
#ifndef SOSM_SIMPLETARGET_HPP
#define SOSM_SIMPLETARGET_HPP
 
#include "SOSM_ScalarTable2D.hpp"
#include "SOSM_Target.hpp"
 
class SOSM_SimpleTarget : public SOSM_Target
{
public:
   SOSM_SimpleTarget(SOSM_Manager* aManagerPtr);
 
   SOSM_Target* Clone() const override;
 
   void ComputeRadiantIntensity(const SOSM_SpectralObject& aRequestor,
                                SOSM_Interaction&          aInteraction,
                                std::vector<float>&        aBodyIntensity,
                                float&                     aBodyArea,
                                std::vector<float>&        aPlumeIntensity,
                                float&                     aPlumeArea) override;
 
   void GetSamplePoints(SOSM_Interaction& aInteraction, std::vector<float>& aAzValues, std::vector<float>& aElValues) override;
 
   void GetSampleTargetState(SOSM_Interaction& aInteraction, float& aAltitude, float& aSpeed, float& aThrottle) override;
 
   float BodyTemperature(SOSM_Interaction& aInteraction);
 
protected:
   StateBase* CreateState(const std::string& aStateName) const override;
 
   typedef SOSM_ScalarTable2D::TablePtr PolarTablePtr;
 
   class ST_State : public StateBase
   {
   public:
      ST_State(const std::string& aStateName);
 
      void InputComplete(SOSM_Target& aTarget) override;
 
      bool ProcessInput(UtInput& aInput, SOSM_Target& aTarget) override;
 
      void ReadRadiantIntensity(UtInput& aInput, float& aValue);

      PolarTablePtr mColdPartAreaTablePtr;

      PolarTablePtr mHotPartAreaTablePtr;

      PolarTablePtr mHotPartAreaFractionTablePtr;

      PolarTablePtr mPlumeAreaTablePtr;

      float mConstantColdPartArea;

      float mRecoveryFactor;

      float mGamma;

      float mColdPartTemperature;

      float mColdPartRadiantIntensity;

      float mConstantHotPartArea;

      float mHotPartTemperature;

      float mHotPartRadiantIntensity;

      float mConstantPlumeArea;

      float mPlumeTemperature;

      float mPlumeRadiantIntensity;

      float mSampleAltitude;

      float mSampleSpeed;

      float mSampleThrottle;

      bool mSampleSpeedIsMach;
   };
};
 
#endif