DtEntityRotorWashVisualizer.h

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/******************************************************************************
** Copyright (c) 2020 MAK Technologies, Inc.
** All rights reserved.
******************************************************************************/

#pragma once


#include <vrvCore/DtEntityStateVisualizer.h>
#include <vrvCore/DtRotorWashInfo.h>

namespace makVrv
{
   class DtRotorWashModelAgent;
   class DtRotorWashObjectAgent;

   class DT_DLL_VRVCORE DtEntityRotorWashVisualizer : public DtEntityStateVisualizer
   {
   public:
      DtEntityRotorWashVisualizer(DtBaseConnection& simulation,
         DtStateListener& listener, int modelSet);

      virtual ~DtEntityRotorWashVisualizer();

      virtual void setRotorWashEnabled(bool b);

      virtual void setRotorDiameter( double diameter );

      virtual void setRotorWindSpeed( double speed );

      virtual const DtStateVisualizer::TypeInfo& typeInfo() const;

      static const DtStateVisualizer::TypeInfo& theTypeInfo();

   private:
       DtEntityRotorWashVisualizer();
       DtEntityRotorWashVisualizer(const DtEntityRotorWashVisualizer &other);
       DtEntityRotorWashVisualizer &operator=(const DtEntityRotorWashVisualizer &other);

   protected:
      virtual void createModelAgents();

      virtual void destroyModelAgents();

      virtual void setModelDefinitionForAgents();

      virtual void setVisualizerDefinition(const DtVisualizerDefinition& visDef);

      virtual void setEmbarkedOn(const std::string&);

      virtual void slot_checkPowerPlantStatus();

      virtual void slot_rotorWashInfoSet(const DtRotorWashInfo& newInfo);

      virtual void setPowerPlantOn(bool isOn);

      virtual void setEntityDestroyed( bool destroyed);

      virtual bool visible() const;

      virtual void slot_rotorWashEnabledChanged(bool enabled);

      virtual void updateDrawState();

      virtual void setRotorWashPaused(bool b);
      virtual bool rotorWashPaused() const;

   protected:
      DtRotorWashModelAgent* myRotorWashModelAgent;
      // DtRotorWashObjectAgent talks to the DtRotorWashManager
      // which will talk to DtRotorWashSet to set parameters
      DtRotorWashObjectAgent* myRotorWashObjectAgent;
      bool myEffectEnabled;
      bool myEntityDestroyed;

      double myRotorDiameter;
      double myRotorWindSpeed;
      bool myEmbarked;
      bool myPowerPlantOn;
      // False until our soil type is hit then true (for lazy init)
      bool mySoilTypeActive;

      // "RotorWash" for Triton or "ParticleSystem" for particles
      std::string mySchema;
      int myAttributeCompareValue;

      bool myRotorWashStarted;
      bool myRotorWashEffectPaused;
   };


   typedef DtStateVisualizerCreatorTemplate<DtEntityRotorWashVisualizer>
      DtEntityRotorWashVisualizerCreator;
}