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VR-Forces Developer's Guide
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A DtComponentSignaler holds various signals that can be caught by the DtCigiDriver so that it can change various settings in the IG.
Public Member Functions | |
| DtComponentSignaler () | |
| virtual | ~DtComponentSignaler () |
Public Attributes | |
| boost::signalslib::signal < void(bool onOff)> | signal_wireFrameRenderingSet |
| boost::signalslib::signal < void(bool onOff)> | signal_performanceOverlaySet |
| boost::signalslib::signal < void(bool onOff, int quality)> | signal_shadowsSet |
| boost::signalslib::signal < void(float scale, float highLodAngle)> | signal_pagerLodControlSet |
| boost::signalslib::signal < void(bool enabled, int precipType, double intensity)> | signal_precipitationSet |
| boost::signalslib::signal < void(float baseMSLAltitude, float windSpeed, float windDirection, float visibilityDistance, unsigned int obscurant)> | signal_atmosphericLayerSet |
| boost::signalslib::signal < void(float windSpeed, float windDirection)> | signal_windSpeedAndDirectionSet |
| boost::signalslib::signal < void(float visibility)> | signal_visibilitySet |
| boost::signalslib::signal < void(std::string conditionName)> | signal_environmentalConditionChanged |
| boost::signalslib::signal < void(float r, float g, float b)> | signal_fogColorChanged |
| boost::signalslib::signal < void(float currentSpeed, float currentDirection)> | signal_waterCurrentSpeedAndDirectionSet |
| boost::signalslib::signal < void(std::string lightPointGroupName, float r, float g, float b, float a)> | signal_lightPointGroupColorSet |
| boost::signalslib::signal < void(bool isWindDriven)> | signal_windDrivenSeaStateSet |
| boost::signalslib::signal < void(float clarity)> | signal_waterSurfaceTransparencySet |
| boost::signalslib::signal < void(bool whiteCapsEnabled)> | signal_waterChoppinessSet |
| boost::signalslib::signal < void(float seaLevel)> | signal_seaLevelSet |
| boost::signalslib::signal < void(int douglasSeaState)> | signal_seaStateSet |
| boost::signalslib::signal < void(float direction)> | signal_seaStateDirectionSet |
| boost::signalslib::signal < void(int douglasSeaSwell)> | signal_seaSwellStateSet |
| boost::signalslib::signal < void(float direction)> | signal_seaSwellStateDirectionSet |
| boost::signalslib::signal < void(float, float, float, float)> | signal_snowAccumulationSettingsChanged |
| boost::signalslib::signal < void(float)> | signal_rainAccumulationSettingsChanged |
| boost::signalslib::signal < void(int viewId, float magValue)> | signal_viewMagnificationSet |
| boost::signalslib::signal < void(int viewId, float lodScale)> | signal_lodScaleSet |
| boost::signalslib::signal < void(int viewId, DtCigiViewManager::DtViewControlAction, unsigned int artPartId)> | signal_attachViewToArtPart |
| boost::signalslib::signal < void(int viewId, bool enabled)> | signal_channelEnabledSet |
| boost::signalslib::signal < void(unsigned int sensorId, unsigned int centerX, unsigned int centerY, unsigned int boxWidth, unsigned int boxHeight, bool render)> | signal_sensorTrackAcquisitionBoxComponentReceived |
| makVrv::DtComponentSignaler::DtComponentSignaler | ( | ) |
|
virtual |
| boost::signalslib::signal<void(bool onOff)> makVrv::DtComponentSignaler::signal_wireFrameRenderingSet |
Signal raised when a (System) Component Control Packet arrives with wireframe mode.
| boost::signalslib::signal<void(bool onOff)> makVrv::DtComponentSignaler::signal_performanceOverlaySet |
Signal raised when a (System) Component Control Packet arrives with performance overlay mode.
| boost::signalslib::signal<void(bool onOff, int quality)> makVrv::DtComponentSignaler::signal_shadowsSet |
Signal raised when a (System) Component Control Packet arrives with shadow settings Quality is 1-4 with 4 being the highest quality.
| boost::signalslib::signal<void(float scale, float highLodAngle)> makVrv::DtComponentSignaler::signal_pagerLodControlSet |
Signal raised when a (System) Component Control Packet arrives with Pager LOD Scale and high LOD angle.
| boost::signalslib::signal<void(int viewId, float magValue)> makVrv::DtComponentSignaler::signal_viewMagnificationSet |
Signal raised when a (View) Component Control Packet arrives with view magnification.
| boost::signalslib::signal<void(int viewId, float lodScale)> makVrv::DtComponentSignaler::signal_lodScaleSet |
Signal raised when a (View) Component Control Packet arrives with lod scaling.
| boost::signalslib::signal<void( int viewId, DtCigiViewManager::DtViewControlAction, unsigned int artPartId )> makVrv::DtComponentSignaler::signal_attachViewToArtPart |
Signal raised when a Componenet Control attaches a View/ViewGroup to an articulated part on an entity.
| boost::signalslib::signal<void( int viewId, bool enabled)> makVrv::DtComponentSignaler::signal_channelEnabledSet |
Signal raised when a (View) Component Control Packet arrives to turn a view / channel off or on.
| boost::signalslib::signal<void( unsigned int sensorId, unsigned int centerX, unsigned int centerY, unsigned int boxWidth, unsigned int boxHeight, bool render )> makVrv::DtComponentSignaler::signal_sensorTrackAcquisitionBoxComponentReceived |
Signal raised when a sensor component control packet arrives Signal is caught by the DtCigiSensorController() to set / modify an acquisition box on screen.
| boost::signalslib::signal<void(bool enabled, int precipType, double intensity)> makVrv::DtComponentSignaler::signal_precipitationSet |
Signal raised when a Weather Control Packet arrives with precipitation data Signal raised when a Weather Control Packet arrives with precipitation data PrecipType is 0,1,2 for rain/snow/hail respectively. Intensity is a value from 0. to 1.
| boost::signalslib::signal<void(float baseMSLAltitude, float windSpeed, float windDirection, float visibilityDistance, unsigned int obscurant)> makVrv::DtComponentSignaler::signal_atmosphericLayerSet |
This method is used for vsibility, wind speed, dir, obscurant when a Weather Control Packet arrives Base MSL Altitude is in meters (what happens if this is at 1000m, say, and we don't have a layer for that?? Wind speed is in meters per second. Wind direction is in radians from true north, clockwise. Visibility distance is in meters. Obscurant is an enumerated value that corresponds to those in the makArchives::VisibilityObscurant enumeration and is mapped from the LayerID field. Note that currently the only thing that matters about obscurant is that it is either makArchives::VisibilityObscurant::None (in which case visibility is ignored), or NOT makArchives::VisibilityObscurant::None (in which case visibility is used)
| boost::signalslib::signal<void(float windSpeed, float windDirection)> makVrv::DtComponentSignaler::signal_windSpeedAndDirectionSet |
Signal raised when a Atmospheric Control Packet arrives with global wind data.
| boost::signalslib::signal<void(float visibility)> makVrv::DtComponentSignaler::signal_visibilitySet |
Signal raised when a Atmospheric Control Packet arrives with global visibility data
Visibility is in meters
| boost::signalslib::signal<void(std::string conditionName)> makVrv::DtComponentSignaler::signal_environmentalConditionChanged |
Signal raised when an atmosphere control packet is processed that changes the current environmental condition (component ID 1). Component state values are mapped in the CIGI mappings.
| boost::signalslib::signal<void(float r, float g, float b)> makVrv::DtComponentSignaler::signal_fogColorChanged |
Signal raised when an atmosphere component control packet is processed that changes the current silverlining fog color (component ID 2). Silverlining Fog color is specified as three normalized color (float) rgb values This is NOT ground fog.
| boost::signalslib::signal<void (float currentSpeed, float currentDirection)> makVrv::DtComponentSignaler::signal_waterCurrentSpeedAndDirectionSet |
Signal raised when a Component Control Packet arrives with tidal curremt information (used for tidal wakes on buoys and beacons) Speed is m/s, direction is in radians.
| boost::signalslib::signal<void(std::string lightPointGroupName, float r, float g, float b, float a)> makVrv::DtComponentSignaler::signal_lightPointGroupColorSet |
Signal raised when a Component Control Packet arrives with light point group information (used for setting the light point group color)
| boost::signalslib::signal<void(bool isWindDriven)> makVrv::DtComponentSignaler::signal_windDrivenSeaStateSet |
Signal raises when a maritime packet arrives and changes whether the sea state is wind driven.
| boost::signalslib::signal<void(float clarity)> makVrv::DtComponentSignaler::signal_waterSurfaceTransparencySet |
Signal raises when a maritime packet arrives and sets the water surface clarity. Value is a percentage, 0. to 100.
| boost::signalslib::signal<void(bool whiteCapsEnabled)> makVrv::DtComponentSignaler::signal_waterChoppinessSet |
Signal raises when a maritime packet arrives and sets the the choppiness from the white cap enable 0 or 1.
| boost::signalslib::signal<void(float seaLevel)> makVrv::DtComponentSignaler::signal_seaLevelSet |
Signal raises when a maritime packet arrives and changes whether the sea height/level is set.
| boost::signalslib::signal<void(int douglasSeaState)> makVrv::DtComponentSignaler::signal_seaStateSet |
Signal raised when a wave control packet is processed The douglas Sea state is calculated from the wave height. It's a member of the DtDouglasSeaState:Scale enumeration (cast to an integer)
| boost::signalslib::signal<void(float direction)> makVrv::DtComponentSignaler::signal_seaStateDirectionSet |
Signal raise when a wave control packet is processed and changes the direction of the sea state. Direction is in radians.
| boost::signalslib::signal<void(int douglasSeaSwell)> makVrv::DtComponentSignaler::signal_seaSwellStateSet |
Signal raise when a wave control packet is processed and changes the sea swell value. The Douglas Sea Swell value is calculated from the CIGI-provided Wave length and wave height. Its a member of the DtDouglasSwellState:Scale enumeration, cast to an integer.
| boost::signalslib::signal<void(float direction)> makVrv::DtComponentSignaler::signal_seaSwellStateDirectionSet |
Signal raise when a wave control packet is processed and changes the direction of the sea swell. Direction is in radians.
| boost::signalslib::signal<void(float, float, float, float)> makVrv::DtComponentSignaler::signal_snowAccumulationSettingsChanged |
Signal raised when snow accumulation settings are set Parameters are Depth(coverage) . 0.- – m. (for now, 0. to 0.1 mm treated as a 0-100 percentage coverage) Road Depth(coverage) 0.- – m. (for now, 0. to 0.1 mm treated as a 0-100 percentage coverage) Min Elevation Elevation (meters) at which snow will happen Elevation Range Range (meters) from the min elevation point to the full amount of coverage indicated.
| boost::signalslib::signal<void(float)> makVrv::DtComponentSignaler::signal_rainAccumulationSettingsChanged |
Signal raised when rain accumulation settings are set Parameters are Depth(coverage) . 0.- – m. (for now, 0. to 0.01 mm treated as a 0-100 percentage coverage)