DtEnvironment.h

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/*******************************************************************************
** Copyright (c) 2015 MAK Technologies, Inc.
** All rights reserved.
*******************************************************************************/


#pragma once

#include <vrvCore/vrvCore.h>
#include <vrvCore/DtEnvironmentInterface.h>
#include <vrvCore/DtRecordSettingsBackup.h>
#include <vrvCore/DtEnvironmentList.h>

#include <makArchives/DtEnvironmentRecord.h>

#include <vrvUtil/DtSignalConnectionManager.h>
#include <vrvUtil/event_signal.h>

namespace makArchives
{
   class DtCloudLayerRecord;
   class DtEnvironmentListRecord;
}

namespace makVrv
{
   class DtDe;
   class DtAgentManagerInterface;
   class DtSkyObjectAgent;
   class DtDynamicOceanObjectAgent;
   class DtEventQueueInterface;
   class DtSharedSettingsManager;
   class DtOceanLayer;
   class DtCloudLayer;
   class DtOceanStateInterface;

   class DT_DLL_VRVCORE DtEnvironment : public DtEnvironmentInterface
   {
   public:

      DtEnvironment(DtDe& de, DtAgentManagerInterface& sceneInterface);

      virtual ~DtEnvironment();

      virtual void clear();

      virtual void getRecord(makArchives::DtEnvironmentRecord& record);

      virtual void setFromRecord(
         const makArchives::DtEnvironmentRecord& record);

      virtual makArchives::DtEnvironmentRecord environmentConditionRecord(const std::string&);

      virtual void saveEnvironment(const std::string& name);

      virtual void setEnvironment(const std::string& name);

      virtual void removeEnvironment(const std::string& name);

      virtual void renameEnvironment(
         const std::string& oldName, const std::string& newName);

      virtual void getEnvironmentNames(std::vector<std::string>& names);

      virtual void setDefaultEnvironmentName(const std::string& name);

      virtual std::string defaultEnvironmentName() const;











      virtual void setCloudCover(DtVrfWeatherCloudState cloudCover);
      virtual DtVrfWeatherCloudState cloudCover() const;



      virtual int cloudLayerCount() const;

      virtual const DtCloudLayer& cloudLayer(unsigned int layerId) const;

      virtual void setCloudLayer(unsigned int layerId, 
         const DtCloudLayer& layer);

      virtual void addCloudLayer(const DtCloudLayer& layer);

      virtual void removeCloudLayer(unsigned int layerId);

      virtual void removeCloudLayers();

      virtual void setCloudLayerEnabled(unsigned int layerId, bool enabled);


      virtual bool useCustomCloudCover() const;
      virtual void setUseCustomCloudCover(bool enabled);


      virtual void setAirTurbidity(float turbidity);
      virtual float airTurbidity() const;


      virtual void setVisibleDistance(float distance);
      virtual float visibleDistance() const;


      virtual void setPrecipitationType(PrecipitationType type);
      virtual PrecipitationType precipitationType() const;


      virtual void setPrecipitationIntensity(float intensity);
      virtual float precipitationIntensity() const;


      virtual void setWindSpeed(float speed);
      virtual float windSpeed() const;


      virtual void setWindDirection(float direction);
      virtual float windDirection() const;


      virtual void setAmbientAirTemperature(float temperature);
      virtual float ambientAirTemperature() const;


      virtual void setFogHeight(float height);
      virtual float fogHeight() const;


      virtual void setFogColor(const DtVector& color);
      virtual DtVector fogColor() const;


      virtual void setSeaState(int state);
      virtual int seaState() const;


      virtual void setSeaStateDirection(float dir);
      virtual float seaStateDirection() const;


      virtual void setWindDrivenSeaState(bool enabled);
      virtual bool windDrivenSeaState() const;


      virtual void setSwellState(int state);
      virtual int swellState() const;


      virtual void setSwellStateDirection(float dir);
      virtual float swellStateDirection() const;


      virtual void setWindFetch(float distance);
      virtual float windFetch() const;


      virtual void setSeaChoppiness(float chop);
      virtual float seaChoppiness() const;

      void setUnderwaterVisibilityEnabled(bool enabled);
      bool underwaterVisibilityEnabled() const;


      virtual void setUnderwaterVisibility(float distance);
      virtual float underwaterVisibility() const;


      virtual void setWaterSurfaceTransparency(float normalizedValue);
      virtual float waterSurfaceTransparency() const;


      virtual void setSurgeDepth(float meters);
      virtual float surgeDepth() const;


      virtual void setDepthOffset(float meters);
      virtual float depthOffset() const;


      virtual void setAmbientWaterTemperature(float temperature);
      virtual float ambientWaterTemperature() const;


      virtual void setWaterCurrentSpeed(float speed);
      virtual float waterCurrentSpeed() const;



      virtual void setWaterCurrentDirection(float direction);
      virtual float waterCurrentDirection() const;


      virtual void setTidalOffset(float meters);
      virtual float tidalOffset() const;


      virtual void setTidalDirection(bool inOut);
      virtual bool tidalDirection() const;


      virtual void setThermoclineDepth(unsigned int layer, float depth);
      virtual float thermoclineDepth(unsigned int layer) const;


      virtual void setThermoclinePermeability(unsigned int layer, float permeability);
      virtual float thermoclinePermeability(unsigned int layer) const;

      virtual float lightLevel() const;

      void loadDefaults(bool loadOnlyFactorySettings = false);

      void restore();

      void saveAsDefaults();


      virtual void exportSettings(const std::string& filename);
      virtual void importSettings(const std::string& filename);

      const DtSettingsBackup* settingsBackup() const
      {
         return mySettingsBackup;
      }

      DtSettingsBackup* settingsBackup()
      {
         return mySettingsBackup;
      }

      virtual bool getIsUnderwater() const;

      virtual bool isOverWater(const DtVector& localPosition, bool isVisible=true);

      virtual float getMaximumWaveHeight();

      virtual float seaLevel() const;

      virtual void setOceanManager(DtOceanStateInterface* oceanManager);

      virtual void deleteOceanManager();

   protected:

      typedef std::vector<DtCloudLayer> CloudLayersVector;

      virtual void slot_coordinateSystemChanged();

      virtual void slot_oceanLayerAdded(const DtOceanLayer& layer);

      virtual void slot_oceanLayerToBeDeleted(const DtOceanLayer& layer);

      virtual void slot_oceanLayerSeaLevelChanged(const DtOceanLayer& layer, 
         double seaLevel);

      virtual void slot_oceanLayerLodRangeChanged(const DtOceanLayer& layer, 
         int range);

      virtual void slot_surgeDepthChanged(double depth);

      virtual void slot_depthOffsetChanged(double offset);

      virtual void updateEnvironment();

      virtual void initializeOcean();

      virtual void createCloudLayers();

      virtual void processAddedCloudLayer(const DtCloudLayer& layer, 
         int cloudIndex);

      virtual void autoSave();

      virtual void sendMarineEnvironmentToOceanObject();

      virtual void sendWeatherEnvironmentToSkyObject();

      virtual void sendCloudCoverToSkyObject();

   protected:
      DtDe& myDe;
      DtAgentManagerInterface& mySceneInterface;


      // makArchives::DtEnvironmentListRecord* mySettings;

      DtSkyObjectAgent* mySkyObject;
      DtDynamicOceanObjectAgent* myDynamicOceanObject;
      DtRecordSettingsBackupInterface*  mySettingsBackup;
      DtSignalConnectionManager myConnections;

      // This is an env record that reflects our current settings
      makArchives::DtEnvironmentRecord myCurrentSettings;

      // This is an env list that reflects saved settings
      DtEnvironmentList myEnvironmentList;

      // This is the cloud layers currently in use, whether custom or
      // from the sky conditions manager
      CloudLayersVector myCurrentCloudLayers;

      // This is an interface to allow vrvOsg to query specific 
      // vrvTriton functions without an explicit dependency
      DtOceanStateInterface* myOceanManager;
   };

   class DT_DLL_VRVCORE DtEnvironmentSignaler : public DtVirtualBaseClass
   {
   public:

      static DtEnvironmentSignaler& instance(DtDe& de);

      virtual ~DtEnvironmentSignaler();

      //Signaled when any of the atmospheric parameters change.
      boost::signal<void ()> signal_atmosphericParametersChanged;
      
      //Signaled when any of the precipitation parameters change.
      boost::signal<void ()> signal_precipitationSettingsChanged;
      
      //Signaled when cloud cover changes
      boost::signal<void (DtVrfWeatherCloudState)> signal_cloudCoverChanged;

      boost::signal<void (unsigned int layerId, 
         const DtCloudLayer& newLayer)> signal_cloudLayerAdded;

      boost::signal<void (unsigned int layerId)> signal_cloudLayerToBeDestroyed;

      boost::signal<void (unsigned int layerId, const DtCloudLayer& changedLayer)> 
         signal_cloudLayerChanged;

      boost::signal<void (float height)> signal_fogHeightChanged;

      boost::signal<void (const DtVector& color)> signal_fogColorChanged;

      //Signaled when air parameters change.
      boost::signal<void (float speed)> signal_windSpeedChanged;

      boost::signal<void (float direction)> signal_windDirectionChanged;
      boost::signal<void (float celsius)> signal_ambientAirTemperatureChanged;

      //Signaled when marine states change.
      boost::signal<void (unsigned int seastate)> signal_seaStateChanged;
      boost::signal<void (float radians)> signal_seaStateDirectionChanged;
      boost::signal<void (bool enabled)> signal_windDrivenSeaStateChanged;
      boost::signal<void (unsigned int swellstate)> signal_swellStateChanged;
      boost::signal<void (float radians)> signal_swellStateDirectionChanged;
      boost::signal<void (float distance)> signal_windFetchChanged;
      boost::signal<void (float chop)> signal_seaChoppinessChanged;
      boost::signal<void (bool enable)> signal_underwaterVisibilityEnabledChanged;
      boost::signal<void (double meters)> signal_underwaterVisibilityChanged;
      boost::signal<void (double normalizedValue)> 
         signal_waterSurfaceTransparencyChanged;
      boost::signal<void (double meters)> signal_surgeDepthChanged;
      boost::signal<void (double meters)> signal_depthOffsetChanged;

      boost::signal<void (float celsius)> signal_ambientWaterTemperatureChanged;
      boost::signal<void (float speed)> signal_waterCurrentSpeedChanged;
      boost::signal<void (float direction)> signal_waterCurrentDirectionChanged;
      boost::signal<void (float meters)> signal_tidalOffsetChanged;
      boost::signal<void (bool inOut)> signal_tidalDirectionChanged;
      boost::signal<void (unsigned int layer, float depth)> 
         signal_thermoclineDepthChanged;
      boost::signal<void (unsigned int layer, float permeability)> 
         signal_thermoclinePermeabilityChanged;

   protected:
      DtEnvironmentSignaler();
   };

   class DT_DLL_VRVCORE DtWeatherProcessorSignaler : public DtVirtualBaseClass
   {
   public:
      static DtWeatherProcessorSignaler& instance(const DtSharedSettingsManager& ssm);

      static DtWeatherProcessorSignaler& instance(DtEventQueueInterface& eqi);

      static DtWeatherProcessorSignaler* findInstance(DtEventQueueInterface* eqi);

      virtual ~DtWeatherProcessorSignaler();

      event_signal< void()  > signal_refreshRemoteWeather;

   protected:
      DtWeatherProcessorSignaler(DtEventQueueInterface& eqi);

   private:
      DtWeatherProcessorSignaler(const DtWeatherProcessorSignaler&);
      DtWeatherProcessorSignaler& operator=(const DtWeatherProcessorSignaler&);
   };

   typedef DtRecordSettingsBackup<DtEnvironment, makArchives::DtEnvironmentRecord> DtEnvironmentSettingsBackup;
}