DtOsgOverlayDirectionLineModelInstance.h

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/******************************************************************************
** Copyright (c) 2021 MAK Technologies, Inc.
** All rights reserved.
******************************************************************************/


#pragma once

#include <vrvOsg/vrvOsg.h>
#include <vrvOsg/DtOsgModelInstance.h>

#include <vrvCore/DtVirtualBaseClassCreator.h>
#include <vrvCore/DtObserverMode.h>
#include <vrvCore/DtOverlayDirectionLineModel.h>

namespace makVrv
{
   class DtLineSegment;

   class DtOsgOverlayDirectionLineModelInstance;

   typedef DtVirtualBaseClassCreator<DtOsgOverlayDirectionLineModelInstance> DtOsgOverlayDirectionLineModelInstanceCreator;

   template <>
   inline const char* creatorTypeName<DtOsgOverlayDirectionLineModelInstance>(void) { return "DtOsgOverlayDirectionLineModelInstanceCreator"; }

   class DT_DLL_VRVOSG DtOsgOverlayDirectionLineModelInstance
      : public DtOsgModelInstance
   {
      friend DtOsgOverlayDirectionLineModelInstanceCreator;

   public:

      virtual ~DtOsgOverlayDirectionLineModelInstance();

      DtOsgOverlayDirectionLineModelInstance() = delete;

      DtOsgOverlayDirectionLineModelInstance(
         const DtOsgOverlayDirectionLineModelInstance &other) = delete;

      DtOsgOverlayDirectionLineModelInstance &operator=(
         const DtOsgOverlayDirectionLineModelInstance &other) = delete;

   public:

      virtual void setVisible(bool);

      virtual void setModelSet( int modelSet );

      virtual void addPoint(const DtVector& position, int index = -1);

      virtual void setPosition(int index, const DtVector& position);

      virtual void setStipplePattern(unsigned int stipple);

      virtual void setColor(float r, float g, float b, float a);

      virtual void setWidth(float width);

      virtual void setEventsEnabled(bool, unsigned long long userData);

      virtual const std::vector<DtVector>& points() const;

      bool eventsEnabled() const;

      virtual void setPositionOffset(const DtVector&);

      virtual void setDirection( int index, const DtVector& direction );

      virtual void setLength( int index, float length );

      virtual void setAltitudeBasedConfigurations(
         const DtOverlayDirectionLineModel::DtDirectionLineAltitudeBasedConfigurationCollection& configs);

      virtual void clearAltitudeBasedConfigurations();

      virtual void setIsUseForcedAltitudeEnabled(bool enabled);

      virtual void setForcedAltitudeToUse(double minimumAltitudeForUse);

      virtual void setLodOutAltitude(double lodOutAltitude);

      virtual void setIsLodOutAltitudeEnabled(bool isLodOutAltitudeEnabled);

      virtual void update();

      virtual void setGroup( int );

      virtual bool realize(DtModelDefinition& definition);


   protected:
      DtOsgOverlayDirectionLineModelInstance(DtDe& de);

      virtual void createLineIfNecessary();

      virtual void updateAttributes();

      virtual void updateGeometry();
      
      virtual void updateAltitudeSpecificConfigurations();

      virtual void set3DVertexPosition( unsigned int index, double x, double y, double z );

   protected:

      struct DirectionAttributes 
      {
         DirectionAttributes()
            : direction()
         {
         }

         DtVector direction;
      };

      std::vector<DtVector> myPoints;
      DirectionAttributes myDirections[2];
      DtOverlayDirectionLineModel::DtDirectionLineAltitudeBasedConfigurationCollection myAltitudeSpecificConfigurations;
      DtObserverMode::ModelSets myModelSet;
      DtLineSegment* myLine;

      osg::Vec4 myColor;
      float myWidth;
      unsigned int myStipplePattern;

      bool myGeometryDirty;
      bool myAttributesDirty;
      bool myAltitudeSpecificConfigurationsDirty;

      bool myEventsEnabled;
      bool myVisibleFlag;
      unsigned long long myUserData;
      
      DtVector myPositionOffset;
      int myGroup;

      double myLodOutAltitude;
      bool myIsLodOutAltitudeEnabled;
   };
}