An abstract interface for a weather condition settings widget.

Inheritance diagram for makVrv::DtEnvironmentConditionsInterface:

Public Types
enum	AtmosphericConditionsTableColumnIndices { BaseMSLAltitudeColumnIndex = 0, WindDirectionColumnIndex, WindSpeedColumnIndex, VisibilityDistanceColumnIndex, PrimaryObscurantColumnIndex, CloudTypeColumnIndex, CloudDensityColumnIndex, SkyCoverageColumnIndex, DeleteRecordColumnIndex }

typedef std::list< DtUnicode >	DtUnicodeList

Public Member Functions
	DtEnvironmentConditionsInterface (DtDe &de)

virtual	~DtEnvironmentConditionsInterface ()

virtual void	setGroundSnowAccumulation (double depth)=0

virtual void	setGroundSnowAccumulationDecimals (int decimals)=0

virtual void	setGroundSnowAccumulationRange (double step, double max, double min=0.0)=0

virtual void	setGroundSnowAccumulationUnits (const DtUnicode &units)=0

virtual void	setRoadSnowAccumulation (double depth)=0

virtual void	setRoadSnowAccumulationDecimals (int decimals)=0

virtual void	setRoadSnowAccumulationRange (double step, double max, double min=0.0)=0

virtual void	setRoadSnowAccumulationUnits (const DtUnicode &units)=0

virtual void	setSnowMinimumElevation (double elevation)=0

virtual void	setSnowMinimumElevationDecimals (int decimals)=0

virtual void	setSnowMinimumElevationRange (double step, double max, double min=0.0)=0

virtual void	setSnowMinimumElevationUnits (const DtUnicode &units)=0

virtual void	setSnowElevationTransition (double elevation)=0

virtual void	setSnowElevationTransitionDecimals (int decimals)=0

virtual void	setSnowElevationTransitionRange (double step, double max, double min=0.0)=0

virtual void	setSnowElevationTransitionUnits (const DtUnicode &units)=0

virtual void	setGroundRainAccumulation (double depth)=0

virtual void	setGroundRainAccumulationDecimals (int decimals)=0

virtual void	setGroundRainAccumulationRange (double step, double max, double min=0.0)=0

virtual void	setGroundRainAccumulationUnits (const DtUnicode &units)=0

Environment condition field value setters.
Sets the values of the widget's corresponding environment fields.
virtual void	setEnvironmentConditionsNames (const DtUnicodeList &names)=0

virtual DtUnicodeList	environmentConditionNames () const =0

virtual void	setDefaultConditionName (const DtUnicode &name)=0

Weather field value setters.
Sets the values of the widget's corresponding weather fields.
virtual void	setWindSpeed (float baseMSLAltitude, float speed)=0

virtual void	setElevationalWindSpeedRange (double max)=0

virtual void	setElevationalWindSpeedDecimals (int decimals)=0

virtual void	setElevationalWindSpeedUnits (const DtUnicode &units)=0

virtual void	setElevationalConfigurationBaseMSLAltitudeUnits (const DtUnicode &units)=0

virtual void	setElevationalVisibilityDistanceDecimals (int decimals)=0

virtual void	setElevationalVisibilityDistanceUnits (const DtUnicode &units)=0

virtual void	setElevationalVisibilityDistanceRange (float minimum, float maximum)=0

virtual void	setWindDirection (float baseMSLAltitude, float degrees)=0

virtual void	addElevationalConfiguration (float baseMSLAltitude, float windSpeed, int windDirection, float visibilityDistance, DtEnvironmentInterface::VisibilityObscurant obscurant, DtEnvironmentInterface::CloudType cloudType, float cloudDensity, int skyCoverage, bool isRemovable=true)=0

virtual void	removeElevationalConfiguration (float altitude)=0

virtual void	moveElevationalConfiguration (float oldAltitude, float newAltitude)=0

virtual void	removeAllElevationalConfigurations ()=0

virtual int	getElevationalConfigurationTableIndexByBaseMSLAltitude (float altitude) const =0

virtual void	setElevationalConfigurationEditableStateByColumn (float altitude, int column, bool editable, bool force=false)=0

virtual float	currentHighestElevationalConfigurationBaseMSLAltitude ()=0

virtual int	elevationalConfigurationCount () const =0

virtual void	setPrecipitationType (unsigned int type)=0

virtual void	setPrecipitationIntensity (double intensity)=0

virtual void	setPrecipitationIntensityUnits (DtDisplayUnitsConverter::VelocityUnits unit)=0

virtual void	setVisibleDistance (float baseMSLAltitude, double distance)=0

virtual void	setVisibleObscurant (float baseMSLAltitude, DtEnvironmentInterface::VisibilityObscurant obscurant)=0

virtual void	setCloudType (float baseMSLAltitude, DtEnvironmentInterface::CloudType cloudType)=0

virtual void	setCloudDensity (float baseMSLAltitude, float cloudDensity)=0

virtual void	setSkyCoverage (float baseMSLAltitude, int skyCoverage)=0

virtual void	setVisibilityObscurantNames (const DtUnicodeList &names)=0

virtual DtUnicodeList	visibilityObscurantNames () const =0

virtual void	setCloudTypeNames (const DtUnicodeList &names)=0

virtual DtUnicodeList	cloudTypeNames () const =0

virtual void	setSkyCoverageNames (const DtUnicodeList &names)=0

virtual DtUnicodeList	skyCoverageNames () const =0

virtual void	setLightningPresent (bool lightningPresent)=0

Advanced weather field value setters.
Sets the values of the widget's corresponding weather fields.
virtual void	setFogHeight (double height)=0

virtual void	setFogHeightDecimals (int decimals)=0

virtual void	setFogHeightUnits (const DtUnicode &units)=0

virtual void	setFogHeightRange (double step, double max, double min=0.0)=0

virtual void	setFogColor (double red, double green, double blue)=0

Marine field value setters.
Sets the values of the widget's corresponding marine fields.
virtual void	setSwellStateNames (const DtUnicodeList &names)=0

virtual DtUnicodeList	swellStateNames () const =0

virtual void	setSwellState (unsigned int index)=0

virtual void	setSwellState (const DtUnicode &name)=0

virtual void	setSwellStateDirection (double degrees)=0

virtual void	enableWindDrivenSeaState (bool enable)=0

virtual void	setSeaStateNames (const DtUnicodeList &names)=0

virtual DtUnicodeList	seaStateNames () const =0

virtual void	setSeaState (unsigned int index)=0

virtual void	setSeaState (const DtUnicode &name)=0

virtual void	setSeaStateDirection (double degrees)=0

Advanced marine field value setters.
Sets the values of the widget's corresponding advanced marine fields.
virtual void	setSurfaceTransparency (double alpha)=0

virtual void	setUnderwaterVisibilityEnabled (bool enabled)=0

virtual void	setUnderwaterVisibility (double distance)=0

virtual void	setUnderwaterVisibilityDecimals (int decimals)=0

virtual void	setUnderwaterVisibilityUnits (const DtUnicode &units)=0

virtual void	setUnderwaterVisibilityRange (double step, double max, double min=0.0)=0

virtual void	setWaterChoppiness (double chop)=0

virtual void	setWindFetch (double distance)=0

virtual void	setWindFetchDecimals (int decimals)=0

virtual void	setWindFetchUnits (const DtUnicode &units)=0

virtual void	setWindFetchRange (double step, double max, double min=0.0)=0

virtual void	setSurgeDepth (double depth)=0

virtual void	setSurgeDepthDecimals (int decimals)=0

virtual void	setSurgeDepthUnits (const DtUnicode &units)=0

virtual void	setSurgeDepthRange (double step, double max, double min=0.0)=0

virtual void	setDepthOffset (double offset)=0

virtual void	setTidalCurrentSpeedDecimals (int decimals)=0

virtual void	setTidalCurrentSpeedUnits (const DtUnicode &units)=0

virtual void	setTidalCurrentSpeedRange (double step, double max, double min=0.0)=0

virtual void	setTidalCurrentSpeed (double speed)=0

virtual void	setTidalCurrentDirectionDecimals (int decimals)=0

virtual void	setTidalCurrentDirectionUnits (const DtUnicode &units)=0

virtual void	setTidalCurrentDirectionRange (double step, double max, double min=0.0)=0

virtual void	setTidalCurrentDirection (double direction)=0

Field value setters for a listening to remote weather.
virtual void	setListenToRemoteWeather (bool enable)=0

Public Attributes
Field value update signals.
Signals emitted when widget has updated values.
boost::signalslib::signal < void(const DtUnicode &)>	signal_selectEnvironmentConditions

boost::signalslib::signal < void(const DtUnicode &)>	signal_addEnvironmentConditions

boost::signalslib::signal < void(const DtUnicode &)>	signal_removeEnvironmentConditions

boost::signalslib::signal < void(const DtUnicode &)>	signal_saveEnvironmentConditions

boost::signalslib::signal < void(const DtUnicode &)>	signal_setDefaultEnvironmentConditions

boost::signalslib::signal< void()>	signal_addElevationalConfiguration

boost::signalslib::signal < void(float)>	signal_removeElevationalConfiguration

boost::signalslib::signal < void(float, float)>	signal_elevationalConfigurationAltitudeChanged

boost::signalslib::signal < void(float, float, int, float, DtEnvironmentInterface::VisibilityObscurant, DtEnvironmentInterface::CloudType, float, int)>	signal_elevationalConfigurationUpdated

boost::signalslib::signal < void(int)>	signal_changePrecipitationType

boost::signalslib::signal < void(double)>	signal_changePrecipitationIntensity

boost::signalslib::signal < void(makArchives::DtCloudCoverType)>	signal_cloudCoverChanged

boost::signalslib::signal < void(bool)>	signal_lightningPresentChanged

boost::signalslib::signal < void(double)>	signal_changeGroundSnowAccumulation

boost::signalslib::signal < void(double)>	signal_changeRoadSnowAccumulation

boost::signalslib::signal < void(double)>	signal_changeSnowMinimumElevation

boost::signalslib::signal < void(double)>	signal_changeSnowElevationTransition

boost::signalslib::signal < void(double)>	signal_changeWindSpeed

boost::signalslib::signal < void(double)>	signal_changeWindDirection

boost::signalslib::signal < void(double)>	signal_changeGroundRainAccumulation

boost::signalslib::signal < void(double)>	signal_changeFogHeight

boost::signalslib::signal < void(double, double, double)>	signal_changeFogColor

boost::signalslib::signal < void(unsigned int)>	signal_changeSwellState

boost::signalslib::signal < void(double)>	signal_changeSwellStateDirection

boost::signalslib::signal < void(bool)>	signal_enableWindDrivenSeaState

boost::signalslib::signal < void(unsigned int)>	signal_changeSeaState

boost::signalslib::signal < void(double)>	signal_changeSeaStateDirection

boost::signalslib::signal < void(double)>	signal_changeSeaSurfaceTransparency

boost::signalslib::signal < void(bool)>	signal_changeUnderWaterVisibilityEnabled

boost::signalslib::signal < void(double)>	signal_changeUnderWaterVisibility

boost::signalslib::signal < void(double)>	signal_changeSeaChoppiness

boost::signalslib::signal < void(double)>	signal_changeWindFetch

boost::signalslib::signal < void(double)>	signal_changeSurgeDepth

boost::signalslib::signal < void(double)>	signal_changeDepthOffset

boost::signalslib::signal < void(double)>	signal_changeTidalCurrentSpeed

boost::signalslib::signal < void(double)>	signal_changeTidalCurrentDirection

boost::signalslib::signal < void(bool)>	signal_changeRemoteSettings

boost::signalslib::signal< void()>	signal_requestRemoteSettings

Protected Attributes
DtDe &	myDe

Member Typedef Documentation

typedef std::list<DtUnicode> makVrv::DtEnvironmentConditionsInterface::DtUnicodeList

Member Enumeration Documentation

enum makVrv::DtEnvironmentConditionsInterface::AtmosphericConditionsTableColumnIndices

enumuration of the atmospheric column indices

Enumerator
BaseMSLAltitudeColumnIndex
WindDirectionColumnIndex
WindSpeedColumnIndex
VisibilityDistanceColumnIndex
PrimaryObscurantColumnIndex
CloudTypeColumnIndex
CloudDensityColumnIndex
SkyCoverageColumnIndex
DeleteRecordColumnIndex

Constructor & Destructor Documentation

makVrv::DtEnvironmentConditionsInterface::DtEnvironmentConditionsInterface ( DtDe & de )

Initialization CTOR.

Parameters

[in] de is the display engine.

virtual makVrv::DtEnvironmentConditionsInterface::~DtEnvironmentConditionsInterface ( )

virtual

Virtual DTOR.

Member Function Documentation

virtual void makVrv::DtEnvironmentConditionsInterface::setEnvironmentConditionsNames ( const DtUnicodeList & names )

pure virtual

Set the list of environment condition names.

Parameters

[in] names is the list of environment condition names.

virtual DtUnicodeList makVrv::DtEnvironmentConditionsInterface::environmentConditionNames ( ) const

pure virtual

Get the list of environment conditions names.

Returns: the list of environment condition names.

Implemented in makVrv::DtEnvironmentConditionsWidget.

virtual void makVrv::DtEnvironmentConditionsInterface::setDefaultConditionName ( const DtUnicode & name )

pure virtual

Set the name of the default environment condition.

Parameters

[in] name is the name of the default condition.

Implemented in makVrf::DtVrfEnvironmentConditionsWeatherWidget, and makVrv::DtEnvironmentConditionsWidget.

virtual void makVrv::DtEnvironmentConditionsInterface::setWindSpeed	(	float	baseMSLAltitude,
		float	speed
	)

pure virtual

Set the wind speed.

Parameters

[in]	baseMSLAltitude	The MSL altitude, in feet, associated the wind configuration being updated
[in]	speed	is the wind speed to set, in knots.

See Also: setWindSpeedDecimals(int); setWindSpeedUnits(const DtUnicode&); setElevationalWindSpeedRange(double)

Implemented in makVrv::DtEnvironmentConditionsWidget, and makVrf::DtVrfEnvironmentConditionsWeatherWidget.

virtual void makVrv::DtEnvironmentConditionsInterface::setElevationalWindSpeedRange ( double max )

pure virtual

Set the wind speed range. The minumum is always 0.0.

Parameters

[in] max is the maximum range boundary.

Implemented in makVrv::DtEnvironmentConditionsWidget.

virtual void makVrv::DtEnvironmentConditionsInterface::setElevationalWindSpeedDecimals ( int decimals )

pure virtual

Set the number of decimals places to use for elevational wind speed.

Parameters

[in] decimals is the number of decimals to display.

See Also: setWindSpeed(double)

Implemented in makVrv::DtEnvironmentConditionsWidget.

virtual void makVrv::DtEnvironmentConditionsInterface::setElevationalWindSpeedUnits ( const DtUnicode & units )

pure virtual

Set the unit notation to use for elevational wind speed.

Parameters

[in] units is the unit type to display.

See Also: setWindSpeed(double)

Implemented in makVrv::DtEnvironmentConditionsWidget.

virtual void makVrv::DtEnvironmentConditionsInterface::setElevationalConfigurationBaseMSLAltitudeUnits ( const DtUnicode & units )

pure virtual

Set the unit notation to use for an elevational configuration's base MSL altitude.

Parameters

[in] units is the unit type to display.

Implemented in makVrv::DtEnvironmentConditionsWidget.

virtual void makVrv::DtEnvironmentConditionsInterface::setElevationalVisibilityDistanceDecimals ( int decimals )

pure virtual

Set the number of decimals places to use for elevational configuration's visibility distance.

Parameters

[in] decimals is the number of decimals to display.

See Also: setVisibilityDistance(double)

Implemented in makVrv::DtEnvironmentConditionsWidget.

virtual void makVrv::DtEnvironmentConditionsInterface::setElevationalVisibilityDistanceUnits ( const DtUnicode & units )

pure virtual

Set the unit notation to use for an elevational configuration's visibility distance.

Parameters

[in] units is the unit type to display.

See Also: setVisibilityDistance(double)

Implemented in makVrv::DtEnvironmentConditionsWidget.

virtual void makVrv::DtEnvironmentConditionsInterface::setElevationalVisibilityDistanceRange	(	float	minimum,
		float	maximum
	)

pure virtual

Set the range allowed all elevational configuration's visibility distance.

Parameters

[in]	minimum	The minimum value that the visibility distance can be.
[in]	maximum	The maximum value that the visibility distance can be.

See Also: setVisibilityDistance(double)

Implemented in makVrv::DtEnvironmentConditionsWidget.

virtual void makVrv::DtEnvironmentConditionsInterface::setWindDirection	(	float	baseMSLAltitude,
		float	degrees
	)

pure virtual

Set the wind direction.

Parameters

[in]	baseMSLAltitude	The MSL altitude, in feet, associated the wind configuration being updated
[in]	degrees	is the wind direction, in degrees from True North (clockwise).

Implemented in makVrv::DtEnvironmentConditionsWidget.

virtual void makVrv::DtEnvironmentConditionsInterface::addElevationalConfiguration	(	float	baseMSLAltitude,
		float	windSpeed,
		int	windDirection,
		float	visibilityDistance,
		DtEnvironmentInterface::VisibilityObscurant	obscurant,
		DtEnvironmentInterface::CloudType	cloudType,
		float	cloudDensity,
		int	skyCoverage,
		bool	isRemovable = `true`
	)

pure virtual

Add an elevational configuration to the UI.

Implemented in makVrv::DtEnvironmentConditionsWidget.

virtual void makVrv::DtEnvironmentConditionsInterface::removeElevationalConfiguration ( float altitude )

pure virtual

Remove an elevational configuration from the UI by its base MSL altitude.

Implemented in makVrv::DtEnvironmentConditionsWidget.

virtual void makVrv::DtEnvironmentConditionsInterface::moveElevationalConfiguration	(	float	oldAltitude,
		float	newAltitude
	)

pure virtual

Move an elevational configuration in the UI.

Implemented in makVrv::DtEnvironmentConditionsWidget.

virtual void makVrv::DtEnvironmentConditionsInterface::removeAllElevationalConfigurations ( )

pure virtual

Remove all the elevational configurations from the UI.

Implemented in makVrv::DtEnvironmentConditionsWidget.

virtual int makVrv::DtEnvironmentConditionsInterface::getElevationalConfigurationTableIndexByBaseMSLAltitude ( float altitude ) const

pure virtual

Returns the table index of an elevational configuration for the given base MSL altitude. Returns -1 if an elevational configuration with the provided base MSL altitude doesn't exist.

Implemented in makVrv::DtEnvironmentConditionsWidget.

virtual void makVrv::DtEnvironmentConditionsInterface::setElevationalConfigurationEditableStateByColumn	(	float	altitude,
		int	column,
		bool	editable,
		bool	force = `false`
	)

pure virtual

Set whether or not a particular column of the elevational wind configuration for the given altitude is editable or not.

Implemented in makVrv::DtEnvironmentConditionsWidget.

virtual float makVrv::DtEnvironmentConditionsInterface::currentHighestElevationalConfigurationBaseMSLAltitude ( )

pure virtual

Get the current highest elevational configuration base MSL altitude.

Implemented in makVrv::DtEnvironmentConditionsWidget.

virtual int makVrv::DtEnvironmentConditionsInterface::elevationalConfigurationCount ( ) const

pure virtual

Get the total number of elevational configurations in the UI.

Implemented in makVrv::DtEnvironmentConditionsWidget.

virtual void makVrv::DtEnvironmentConditionsInterface::setPrecipitationType ( unsigned int type )

pure virtual

Set the precipitation type.

Parameters

[in] type is the type of precipitation type.

Note: None, Rain, Snow, Hail defined in DtEnvironmentRecord.

Implemented in makVrv::DtEnvironmentConditionsWidget, and makVrf::DtVrfEnvironmentConditionsWeatherWidget.

virtual void makVrv::DtEnvironmentConditionsInterface::setPrecipitationIntensity ( double intensity )

pure virtual

Set the precipitation intensity.

Parameters

[in] intensity is the precipitation intensity from zero to one.

Implemented in makVrv::DtEnvironmentConditionsWidget.

virtual void makVrv::DtEnvironmentConditionsInterface::setPrecipitationIntensityUnits ( DtDisplayUnitsConverter::VelocityUnits unit )

pure virtual

Set the precipitation intensity velocity units.

Parameters

[in] units is the unit type to display.

See Also: setPrecipitationIntensity(double)

Implemented in makVrv::DtEnvironmentConditionsWidget.

virtual void makVrv::DtEnvironmentConditionsInterface::setVisibleDistance	(	float	baseMSLAltitude,
		double	distance
	)

pure virtual

Set the visible distance.

Parameters

[in]	baseMSLAltitude	The MSL altitude, in meters, associated with the elevational configuration being updated
[in]	distance	is the visible distance.

See Also: setVisibleDistanceDecimals(int); setVisibleDistanceUnits(const DtUnicode&); setVisibleDistanceRange(double, double, double)

Implemented in makVrv::DtEnvironmentConditionsWidget.

virtual void makVrv::DtEnvironmentConditionsInterface::setVisibleObscurant	(	float	baseMSLAltitude,
		DtEnvironmentInterface::VisibilityObscurant	obscurant
	)

pure virtual

Set the visible obscurant.

Parameters

[in]	baseMSLAltitude	The MSL altitude, in meters, associated with the elevational configuration being updated
[in]	obscurant	is the particulate matter type causing the visibility.

Implemented in makVrv::DtEnvironmentConditionsWidget.

virtual void makVrv::DtEnvironmentConditionsInterface::setCloudType	(	float	baseMSLAltitude,
		DtEnvironmentInterface::CloudType	cloudType
	)

pure virtual

Set the cloud type.

Parameters

[in]	baseMSLAltitude	The MSL altitude, in meters, associated with the elevational configuration being updated
[in]	cloudType	is the type of cloud present at the provided altitude.

Implemented in makVrv::DtEnvironmentConditionsWidget.

virtual void makVrv::DtEnvironmentConditionsInterface::setCloudDensity	(	float	baseMSLAltitude,
		float	cloudDensity
	)

pure virtual

Set the cloud density.

Parameters

[in]	baseMSLAltitude	The MSL altitude, in meters, associated with the elevational configuration being updated
[in]	cloudDensity	is the density of the cloud present at the provided altitude.

Implemented in makVrv::DtEnvironmentConditionsWidget.

virtual void makVrv::DtEnvironmentConditionsInterface::setSkyCoverage	(	float	baseMSLAltitude,
		int	skyCoverage
	)

pure virtual

Set the sky coverage.

Parameters

[in]	baseMSLAltitude	The MSL altitude, in meters, associated with the elevational configuration being updated
[in]	skyCoverage	is the sky coverage.

Implemented in makVrv::DtEnvironmentConditionsWidget.

virtual void makVrv::DtEnvironmentConditionsInterface::setVisibilityObscurantNames ( const DtUnicodeList & names )

pure virtual

Set the list of visibility obscurant names.

Parameters

[in] names is the list of visibility obscurant names.

Implemented in makVrv::DtEnvironmentConditionsWidget.

virtual DtUnicodeList makVrv::DtEnvironmentConditionsInterface::visibilityObscurantNames ( ) const

pure virtual

Get the list of visibility obscurant names.

Returns: the list of visibility obscurant names.

Implemented in makVrv::DtEnvironmentConditionsWidget.

virtual void makVrv::DtEnvironmentConditionsInterface::setCloudTypeNames ( const DtUnicodeList & names )

pure virtual

Set the list of cloud type names.

Parameters

[in] names is the list of cloud type names.

Implemented in makVrv::DtEnvironmentConditionsWidget.

virtual DtUnicodeList makVrv::DtEnvironmentConditionsInterface::cloudTypeNames ( ) const

pure virtual

Get the list of cloud type names.

Returns: the list of cloud type names.

Implemented in makVrv::DtEnvironmentConditionsWidget.

virtual void makVrv::DtEnvironmentConditionsInterface::setSkyCoverageNames ( const DtUnicodeList & names )

pure virtual

Set the list of sky coverage names.

Parameters

[in] names is the list of sky coverage names.

Implemented in makVrv::DtEnvironmentConditionsWidget.

virtual DtUnicodeList makVrv::DtEnvironmentConditionsInterface::skyCoverageNames ( ) const

pure virtual

Get the list of sky coverage names.

Returns: the list of sky coverage names.

Implemented in makVrv::DtEnvironmentConditionsWidget.

virtual void makVrv::DtEnvironmentConditionsInterface::setLightningPresent ( bool lightningPresent )

pure virtual

Set whether or not lightning is present.

Implemented in makVrv::DtEnvironmentConditionsWidget, and makVrf::DtVrfEnvironmentConditionsWeatherWidget.

virtual void makVrv::DtEnvironmentConditionsInterface::setGroundSnowAccumulation ( double depth )

pure virtual

Set the ground snow accumulation percentage.

Parameters

[in] depth of accumulation in meters. Translated to a coverage percentage in the shader effect manager.

See Also: setGroundSnowAccumulationDecimals(const DtUnicode&); setGroundSnowAccumulationRange(double, double, double)

Implemented in makVrv::DtEnvironmentConditionsWidget.

virtual void makVrv::DtEnvironmentConditionsInterface::setGroundSnowAccumulationDecimals ( int decimals )

pure virtual

Set the ground snow accumulation decimal places.

Parameters

[in] decimals is the number of decimals to display.

See Also: setGroundSnowAccumulation(double)

Implemented in makVrv::DtEnvironmentConditionsWidget.

virtual void makVrv::DtEnvironmentConditionsInterface::setGroundSnowAccumulationRange	(	double	step,
		double	max,
		double	min = `0.0`
	)

pure virtual

Set the ground snow accumulation slider ranges.

Parameters

[in]	step	is the default step through the range.
[in]	max	is the maximum range boundary.
[in]	min	is the minimum range boundary.

See Also: setGroundSnowAccumulation(double)

Implemented in makVrv::DtEnvironmentConditionsWidget.

virtual void makVrv::DtEnvironmentConditionsInterface::setGroundSnowAccumulationUnits ( const DtUnicode & units )

pure virtual

Set the snow accumulation depth units.

Parameters

[in] units is the unit type to display.

See Also: setGroundSnowAccumulation(double)

Implemented in makVrv::DtEnvironmentConditionsWidget.

virtual void makVrv::DtEnvironmentConditionsInterface::setRoadSnowAccumulation ( double depth )

pure virtual

Set the road snow accumulation percentage.

Parameters

[in] depth of accumulation of snow on the road. Translated to a coverage percentage in the shader effect manager.

See Also: setRoadSnowAccumulationDecimals(const DtUnicode&); setRoadSnowAccumulationRange(double, double, double)

Implemented in makVrv::DtEnvironmentConditionsWidget.

virtual void makVrv::DtEnvironmentConditionsInterface::setRoadSnowAccumulationDecimals ( int decimals )

pure virtual

Set the road snow accumulation decimal places.

Parameters

[in] decimals is the number of decimals to display.

See Also: setRoadSnowAccumulation(double)

Implemented in makVrv::DtEnvironmentConditionsWidget.

virtual void makVrv::DtEnvironmentConditionsInterface::setRoadSnowAccumulationRange	(	double	step,
		double	max,
		double	min = `0.0`
	)

pure virtual

Set the road snow accumulation slider ranges.

Parameters

[in]	step	is the default step through the range.
[in]	max	is the maximum range boundary.
[in]	min	is the minimum range boundary.

See Also: setRoadSnowAccumulation(double)

Implemented in makVrv::DtEnvironmentConditionsWidget.

virtual void makVrv::DtEnvironmentConditionsInterface::setRoadSnowAccumulationUnits ( const DtUnicode & units )

pure virtual

Set the road snow accumulation depth units.

Parameters

[in] units is the unit type to display.

See Also: setRoadSnowAccumulation(double)

Implemented in makVrv::DtEnvironmentConditionsWidget.

virtual void makVrv::DtEnvironmentConditionsInterface::setSnowMinimumElevation ( double elevation )

pure virtual

Set the snow elevation transition range.

Parameters

[in] difference in elevation between when the snow starts showing up and complete coverage

See Also: setSnowMinimumElevationDecimals(const DtUnicode&); setSnowMinimumElevationRange(double, double, double)

Implemented in makVrv::DtEnvironmentConditionsWidget.

virtual void makVrv::DtEnvironmentConditionsInterface::setSnowMinimumElevationDecimals ( int decimals )

pure virtual

Set the snow elevation transition range decimal places.

Parameters

[in] decimals is the number of decimals to display.

See Also: setSnowMinimumElevation(double)

Implemented in makVrv::DtEnvironmentConditionsWidget.

virtual void makVrv::DtEnvironmentConditionsInterface::setSnowMinimumElevationRange	(	double	step,
		double	max,
		double	min = `0.0`
	)

pure virtual

Set the snow elevation transition range slider ranges.

Parameters

[in]	step	is the default step through the range.
[in]	max	is the maximum range boundary.
[in]	min	is the minimum range boundary.

See Also: setSnowMinimumElevation(double)

Implemented in makVrv::DtEnvironmentConditionsWidget.

virtual void makVrv::DtEnvironmentConditionsInterface::setSnowMinimumElevationUnits ( const DtUnicode & units )

pure virtual

Set the snow elevation transition range units.

Parameters

[in] units is the unit type to display.

See Also: setSnowMinimumElevation(double)

Implemented in makVrv::DtEnvironmentConditionsWidget.

virtual void makVrv::DtEnvironmentConditionsInterface::setSnowElevationTransition ( double elevation )

pure virtual

Set the snow minimum elevation.

Parameters

[in] elevation where snow starts to show up

See Also: setSnowElevationTransitionDecimals(const DtUnicode&); setSnowElevationTransitionRange(double, double, double)

Implemented in makVrv::DtEnvironmentConditionsWidget.

virtual void makVrv::DtEnvironmentConditionsInterface::setSnowElevationTransitionDecimals ( int decimals )

pure virtual

Set the snow minimum elevation decimal places.

Parameters

[in] decimals is the number of decimals to display.

See Also: setSnowElevationTransition(double)

Implemented in makVrv::DtEnvironmentConditionsWidget.

virtual void makVrv::DtEnvironmentConditionsInterface::setSnowElevationTransitionRange	(	double	step,
		double	max,
		double	min = `0.0`
	)

pure virtual

Set the snow minimum elevation slider ranges.

Parameters

[in]	step	is the default step through the range.
[in]	max	is the maximum range boundary.
[in]	min	is the minimum range boundary.

See Also: setSnowElevationTransition(double)

Implemented in makVrv::DtEnvironmentConditionsWidget.

virtual void makVrv::DtEnvironmentConditionsInterface::setSnowElevationTransitionUnits ( const DtUnicode & units )

pure virtual

Set the snow minimum elevation units.

Parameters

[in] units is the unit type to display.

See Also: setSnowElevationTransition(double)

Implemented in makVrv::DtEnvironmentConditionsWidget.

virtual void makVrv::DtEnvironmentConditionsInterface::setGroundRainAccumulation ( double depth )

pure virtual

Set the ground rain accumulation percentage.

Parameters

[in] depth of accumulation in meters. Translated to a coverage percentage in the shader effect manager. currently only changes visuals for 0.01 meters

See Also: setGroundRainAccumulationDecimals(const DtUnicode&); setGroundRainAccumulationRange(double, double, double)

Implemented in makVrv::DtEnvironmentConditionsWidget.

virtual void makVrv::DtEnvironmentConditionsInterface::setGroundRainAccumulationDecimals ( int decimals )

pure virtual

Set the ground rain accumulation decimal places.

Parameters

[in] decimals is the number of decimals to display.

See Also: setGroundRainAccumulation(double)

Implemented in makVrv::DtEnvironmentConditionsWidget.

virtual void makVrv::DtEnvironmentConditionsInterface::setGroundRainAccumulationRange	(	double	step,
		double	max,
		double	min = `0.0`
	)

pure virtual

Set the ground rain accumulation slider ranges.

Parameters

[in]	step	is the default step through the range.
[in]	max	is the maximum range boundary.
[in]	min	is the minimum range boundary.

See Also: setGroundRainAccumulation(double)

Implemented in makVrv::DtEnvironmentConditionsWidget.

virtual void makVrv::DtEnvironmentConditionsInterface::setGroundRainAccumulationUnits ( const DtUnicode & units )

pure virtual

Set the rain accumulation depth units.

Parameters

[in] units is the unit type to display.

See Also: setGroundRainAccumulation(double)

Implemented in makVrv::DtEnvironmentConditionsWidget.

virtual void makVrv::DtEnvironmentConditionsInterface::setFogHeight ( double height )

pure virtual

Set the height (or ceiling) of the fog layer.

Parameters

[in] height is the height of the fog layer.

See Also: setFogHeightDecimals(int); setFogHeightUnits(const DtUnicode&); setFogHeightRange(double, double, double)

Implemented in makVrv::DtEnvironmentConditionsWidget.

virtual void makVrv::DtEnvironmentConditionsInterface::setFogHeightDecimals ( int decimals )

pure virtual

Set the fog height decimal places.

Parameters

[in] decimals is the number of decimals to display.

See Also: setFogHeight(double)

Implemented in makVrv::DtEnvironmentConditionsWidget.

virtual void makVrv::DtEnvironmentConditionsInterface::setFogHeightUnits ( const DtUnicode & units )

pure virtual

Set the fog height units.

Parameters

[in] units is the unit type to display.

See Also: setFogHeight(double)

Implemented in makVrv::DtEnvironmentConditionsWidget.

virtual void makVrv::DtEnvironmentConditionsInterface::setFogHeightRange	(	double	step,
		double	max,
		double	min = `0.0`
	)

pure virtual

Set the maximum and minimum range for fog height.

Parameters

[in]	step	is the default step through the range.
[in]	max	is the maximum range boundary.
[in]	min	is the minimum range boundary.

See Also: setFogHeight(double)

Implemented in makVrv::DtEnvironmentConditionsWidget.

virtual void makVrv::DtEnvironmentConditionsInterface::setFogColor	(	double	red,
		double	green,
		double	blue
	)

pure virtual

Set the color of the fog layer.

Parameters

[in]	red	is a normalized color component from 0.0 to 1.0.
[in]	green	is a normalized color component from 0.0 to 1.0.
[in]	blue	is a normalized color component from 0.0 to 1.0.

See Also: setFogColor(int, int, int)

Implemented in makVrv::DtEnvironmentConditionsWidget.

virtual void makVrv::DtEnvironmentConditionsInterface::setSwellStateNames ( const DtUnicodeList & names )

pure virtual

Set the list of swell state names.

Parameters

[in] names is the list of sea-swell names.

Implemented in makVrv::DtEnvironmentConditionsWidget.

virtual DtUnicodeList makVrv::DtEnvironmentConditionsInterface::swellStateNames ( ) const

pure virtual

Get the list of swell state names.

Returns: the list of swell state names.

Implemented in makVrv::DtEnvironmentConditionsWidget.

virtual void makVrv::DtEnvironmentConditionsInterface::setSwellState ( unsigned int index )

pure virtual

Set the current swell state by index.

Parameters

[in] index is the swell state in swell state names.

See Also: void setSwellStateNames(const StringList&)

Implemented in makVrv::DtEnvironmentConditionsWidget.

virtual void makVrv::DtEnvironmentConditionsInterface::setSwellState ( const DtUnicode & name )

pure virtual

Set the current sea-swell state by name.

Parameters

[in] name is the name of the sea-swell state.

Implemented in makVrv::DtEnvironmentConditionsWidget.

virtual void makVrv::DtEnvironmentConditionsInterface::setSwellStateDirection ( double degrees )

pure virtual

Set the current sea-swell direction.

Parameters

[in] degrees is the sea-swell direction

Implemented in makVrv::DtEnvironmentConditionsWidget.

virtual void makVrv::DtEnvironmentConditionsInterface::enableWindDrivenSeaState ( bool enable )

pure virtual

Set the enabled state of wind-driven sea-state.

Parameters

[in] enable is the enable flag for wind-driven sea-state.

Note: Setting to true should cause sea-state to be wind driven, while resetting to false should cause sea-state to be manual driven.

Implemented in makVrv::DtEnvironmentConditionsWidget, and makVrf::DtVrfEnvironmentConditionsWeatherWidget.

virtual void makVrv::DtEnvironmentConditionsInterface::setSeaStateNames ( const DtUnicodeList & names )

pure virtual

Set the list of sea-state names.

Parameters

[in] names is the list of sea-state names.

Implemented in makVrv::DtEnvironmentConditionsWidget.

virtual DtUnicodeList makVrv::DtEnvironmentConditionsInterface::seaStateNames ( ) const

pure virtual

Get the list of sea-state names.

Returns: the list of sea-state names.

Implemented in makVrv::DtEnvironmentConditionsWidget.

virtual void makVrv::DtEnvironmentConditionsInterface::setSeaState ( unsigned int index )

pure virtual

Set the current sea-state by index.

Parameters

[in] index is the index of the sea-state in sea-state names.

See Also: void setSeaStateNames(const StringList&).

Implemented in makVrv::DtEnvironmentConditionsWidget.

virtual void makVrv::DtEnvironmentConditionsInterface::setSeaState ( const DtUnicode & name )

pure virtual

Set the current sea-state by name.

Parameters

[in] name is the name of the sea-state.

Implemented in makVrv::DtEnvironmentConditionsWidget.

virtual void makVrv::DtEnvironmentConditionsInterface::setSeaStateDirection ( double degrees )

pure virtual

Set the current sea-state direction.

Parameters

[in] degrees is the sea-state direction

Implemented in makVrv::DtEnvironmentConditionsWidget.

virtual void makVrv::DtEnvironmentConditionsInterface::setSurfaceTransparency ( double alpha )

pure virtual

Set the surface transparency of the water.

Parameters

[in] alpha is the transparency value (0.0 to 1.0).

Implemented in makVrv::DtEnvironmentConditionsWidget.

virtual void makVrv::DtEnvironmentConditionsInterface::setUnderwaterVisibilityEnabled ( bool enabled )

pure virtual

Set whether a different visibility is used when below sea level.

Parameters

[in] enabled (or not)

Implemented in makVrv::DtEnvironmentConditionsWidget.

virtual void makVrv::DtEnvironmentConditionsInterface::setUnderwaterVisibility ( double distance )

pure virtual

Set the underwater visibility distance.

Parameters

[in] distance is the visible distance underwater.

See Also: setUnderwaterVisibilityDecimals(int); setUnderwaterVisibilityUnits(const DtUnicode&); setUnderwaterVisibilityRange(double, double, double)

Implemented in makVrv::DtEnvironmentConditionsWidget.

virtual void makVrv::DtEnvironmentConditionsInterface::setUnderwaterVisibilityDecimals ( int decimals )

pure virtual

Set the underwater visible distance decimal places.

Parameters

[in] decimals is the number of decimals to display.

See Also: setUnderwaterVisibility(double)

Implemented in makVrv::DtEnvironmentConditionsWidget.

virtual void makVrv::DtEnvironmentConditionsInterface::setUnderwaterVisibilityUnits ( const DtUnicode & units )

pure virtual

Set the underwater visible distance units.

Parameters

[in] units is the unit type to display.

See Also: setUnderwaterVisibility(double)

Implemented in makVrv::DtEnvironmentConditionsWidget.

virtual void makVrv::DtEnvironmentConditionsInterface::setUnderwaterVisibilityRange	(	double	step,
		double	max,
		double	min = `0.0`
	)

pure virtual

Set the maximum and minimum range for underwater visibility.

Parameters

[in]	step	is the default step through the range.
[in]	max	is the maximum range boundary.
[in]	min	is the minimum range boundary.

See Also: setUnderwaterVisibility(double)

Implemented in makVrv::DtEnvironmentConditionsWidget.

virtual void makVrv::DtEnvironmentConditionsInterface::setWaterChoppiness ( double chop )

pure virtual

Set the surface choppiness of the water.

Parameters

[in] chop is the intensity of choppiness (0.0 to 1.0).

Implemented in makVrv::DtEnvironmentConditionsWidget.

virtual void makVrv::DtEnvironmentConditionsInterface::setWindFetch ( double distance )

pure virtual

Set the sea wave fetch.

Parameters

[in] distance is the distance of fetch.

See Also: setWindFetchDecimals(int); setWindFetchUnits(const DtUnicode&); setWindFetchRange(double, double, double)

Implemented in makVrv::DtEnvironmentConditionsWidget.

virtual void makVrv::DtEnvironmentConditionsInterface::setWindFetchDecimals ( int decimals )

pure virtual

Set the sea wave fetch decimal places.

Parameters

[in] decimals is the number of decimals to display.

See Also: setWindFetch(double)

Implemented in makVrv::DtEnvironmentConditionsWidget.

virtual void makVrv::DtEnvironmentConditionsInterface::setWindFetchUnits ( const DtUnicode & units )

pure virtual

Set the sea wave fetch units.

Parameters

[in] units is the unit type to display.

See Also: setWindFetch(double)

Implemented in makVrv::DtEnvironmentConditionsWidget.

virtual void makVrv::DtEnvironmentConditionsInterface::setWindFetchRange	(	double	step,
		double	max,
		double	min = `0.0`
	)

pure virtual

Set the maximum and minimum range for sea fetch.

Parameters

[in]	step	is the default step through the range.
[in]	max	is the maximum range boundary.
[in]	min	is the minimum range boundary.

See Also: setWindFetch(double)

Implemented in makVrv::DtEnvironmentConditionsWidget.

virtual void makVrv::DtEnvironmentConditionsInterface::setSurgeDepth ( double depth )

pure virtual

Set the surge depth.

Parameters

[in] depth is the surge depth in meters.

Implemented in makVrv::DtEnvironmentConditionsWidget.

virtual void makVrv::DtEnvironmentConditionsInterface::setSurgeDepthDecimals ( int decimals )

pure virtual

Set the surge depth decimal places.

Parameters

[in] decimals is the number of decimals to display.

See Also: setSurgeDepth(double)

Implemented in makVrv::DtEnvironmentConditionsWidget.

virtual void makVrv::DtEnvironmentConditionsInterface::setSurgeDepthUnits ( const DtUnicode & units )

pure virtual

Set the surge depth units.

Parameters

[in] units is the unit type to display.

See Also: setSurgeDepth(double)

Implemented in makVrv::DtEnvironmentConditionsWidget.

virtual void makVrv::DtEnvironmentConditionsInterface::setSurgeDepthRange	(	double	step,
		double	max,
		double	min = `0.0`
	)

pure virtual

Set the maximum and minimum range for surge depth.

Parameters

[in]	step	is the default step through the range.
[in]	max	is the maximum range boundary.
[in]	min	is the minimum range boundary.

See Also: setSurgeDepth(double)

Implemented in makVrv::DtEnvironmentConditionsWidget.

virtual void makVrv::DtEnvironmentConditionsInterface::setDepthOffset ( double offset )

pure virtual

Set the depth offset.

Parameters

[in] offset is the distance for depth offset (0.0 - 1.0).

Implemented in makVrv::DtEnvironmentConditionsWidget.

virtual void makVrv::DtEnvironmentConditionsInterface::setTidalCurrentSpeedDecimals ( int decimals )

pure virtual

Set the tidal stream current speed decimal places.

Parameters

[in] decimals is the number of decimals to display.

See Also: setTidalCurrentSpeed(double)

Implemented in makVrv::DtEnvironmentConditionsWidget.

virtual void makVrv::DtEnvironmentConditionsInterface::setTidalCurrentSpeedUnits ( const DtUnicode & units )

pure virtual

Set the tidal stream current speed units.

Parameters

[in] units is the unit type to display.

See Also: setTidalCurrentSpeed(double)

Implemented in makVrv::DtEnvironmentConditionsWidget.

virtual void makVrv::DtEnvironmentConditionsInterface::setTidalCurrentSpeedRange	(	double	step,
		double	max,
		double	min = `0.0`
	)

pure virtual

Set the maximum and minimum range for tidal stream current speed.

Parameters

[in]	step	is the default step through the range.
[in]	max	is the maximum range boundary.
[in]	min	is the minimum range boundary.

See Also: setTidalCurrentSpeed(double)

Implemented in makVrv::DtEnvironmentConditionsWidget.

virtual void makVrv::DtEnvironmentConditionsInterface::setTidalCurrentSpeed ( double speed )

pure virtual

Set the tidal stream current speed.

Parameters

[in] speed is the tidal stream current in meters/second (0.0 - 10.0).

Implemented in makVrv::DtEnvironmentConditionsWidget.

virtual void makVrv::DtEnvironmentConditionsInterface::setTidalCurrentDirectionDecimals ( int decimals )

pure virtual

Set the tidal stream current direction decimal places.

Parameters

[in] decimals is the number of decimals to display.

See Also: setTidalCurrentDirection(double)

Implemented in makVrv::DtEnvironmentConditionsWidget.

virtual void makVrv::DtEnvironmentConditionsInterface::setTidalCurrentDirectionUnits ( const DtUnicode & units )

pure virtual

Set the tidal stream current direction units.

Parameters

[in] units is the unit type to display.

See Also: setTidalCurrentDirection(double)

Implemented in makVrv::DtEnvironmentConditionsWidget.

virtual void makVrv::DtEnvironmentConditionsInterface::setTidalCurrentDirectionRange	(	double	step,
		double	max,
		double	min = `0.0`
	)

pure virtual

Set the maximum and minimum range for tidal stream current direction.

Parameters

[in]	step	is the default step through the range.
[in]	max	is the maximum range boundary.
[in]	min	is the minimum range boundary.

See Also: setTidalCurrentDirection(double)

Implemented in makVrv::DtEnvironmentConditionsWidget.

virtual void makVrv::DtEnvironmentConditionsInterface::setTidalCurrentDirection ( double direction )

pure virtual

Set the tidal stream current direction.

Implemented in makVrv::DtEnvironmentConditionsWidget.

virtual void makVrv::DtEnvironmentConditionsInterface::setListenToRemoteWeather ( bool enable )

pure virtual

Sets whether or not to list to simulated weather messages.

Parameters

[in] enable is the flag to enable/disable listening.

Implemented in makVrv::DtEnvironmentConditionsWidget, and makVrf::DtVrfEnvironmentConditionsWeatherWidget.

Member Data Documentation

boost::signalslib::signal<void (const DtUnicode&)> makVrv::DtEnvironmentConditionsInterface::signal_selectEnvironmentConditions

boost::signalslib::signal<void (const DtUnicode&)> makVrv::DtEnvironmentConditionsInterface::signal_addEnvironmentConditions

boost::signalslib::signal<void (const DtUnicode&)> makVrv::DtEnvironmentConditionsInterface::signal_removeEnvironmentConditions

boost::signalslib::signal<void (const DtUnicode&)> makVrv::DtEnvironmentConditionsInterface::signal_saveEnvironmentConditions

boost::signalslib::signal<void (const DtUnicode&)> makVrv::DtEnvironmentConditionsInterface::signal_setDefaultEnvironmentConditions

boost::signalslib::signal<void ()> makVrv::DtEnvironmentConditionsInterface::signal_addElevationalConfiguration

boost::signalslib::signal<void (float)> makVrv::DtEnvironmentConditionsInterface::signal_removeElevationalConfiguration

boost::signalslib::signal<void(float, float)> makVrv::DtEnvironmentConditionsInterface::signal_elevationalConfigurationAltitudeChanged

boost::signalslib::signal<void(float, float, int, float, DtEnvironmentInterface::VisibilityObscurant, DtEnvironmentInterface::CloudType, float, int)> makVrv::DtEnvironmentConditionsInterface::signal_elevationalConfigurationUpdated

boost::signalslib::signal<void (int)> makVrv::DtEnvironmentConditionsInterface::signal_changePrecipitationType

boost::signalslib::signal<void (double)> makVrv::DtEnvironmentConditionsInterface::signal_changePrecipitationIntensity

boost::signalslib::signal<void (makArchives::DtCloudCoverType)> makVrv::DtEnvironmentConditionsInterface::signal_cloudCoverChanged

boost::signalslib::signal<void (bool)> makVrv::DtEnvironmentConditionsInterface::signal_lightningPresentChanged

boost::signalslib::signal<void(double)> makVrv::DtEnvironmentConditionsInterface::signal_changeGroundSnowAccumulation

boost::signalslib::signal<void(double)> makVrv::DtEnvironmentConditionsInterface::signal_changeRoadSnowAccumulation

boost::signalslib::signal<void(double)> makVrv::DtEnvironmentConditionsInterface::signal_changeSnowMinimumElevation

boost::signalslib::signal<void(double)> makVrv::DtEnvironmentConditionsInterface::signal_changeSnowElevationTransition

boost::signalslib::signal<void(double)> makVrv::DtEnvironmentConditionsInterface::signal_changeWindSpeed

boost::signalslib::signal<void(double)> makVrv::DtEnvironmentConditionsInterface::signal_changeWindDirection

boost::signalslib::signal<void(double)> makVrv::DtEnvironmentConditionsInterface::signal_changeGroundRainAccumulation

boost::signalslib::signal<void (double)> makVrv::DtEnvironmentConditionsInterface::signal_changeFogHeight

boost::signalslib::signal<void (double, double, double)> makVrv::DtEnvironmentConditionsInterface::signal_changeFogColor

boost::signalslib::signal<void (unsigned int)> makVrv::DtEnvironmentConditionsInterface::signal_changeSwellState

boost::signalslib::signal<void (double)> makVrv::DtEnvironmentConditionsInterface::signal_changeSwellStateDirection

boost::signalslib::signal<void (bool)> makVrv::DtEnvironmentConditionsInterface::signal_enableWindDrivenSeaState

boost::signalslib::signal<void (unsigned int)> makVrv::DtEnvironmentConditionsInterface::signal_changeSeaState

boost::signalslib::signal<void (double)> makVrv::DtEnvironmentConditionsInterface::signal_changeSeaStateDirection

boost::signalslib::signal<void (double)> makVrv::DtEnvironmentConditionsInterface::signal_changeSeaSurfaceTransparency

boost::signalslib::signal<void (bool)> makVrv::DtEnvironmentConditionsInterface::signal_changeUnderWaterVisibilityEnabled

boost::signalslib::signal<void (double)> makVrv::DtEnvironmentConditionsInterface::signal_changeUnderWaterVisibility

boost::signalslib::signal<void (double)> makVrv::DtEnvironmentConditionsInterface::signal_changeSeaChoppiness

boost::signalslib::signal<void (double)> makVrv::DtEnvironmentConditionsInterface::signal_changeWindFetch

boost::signalslib::signal<void (double)> makVrv::DtEnvironmentConditionsInterface::signal_changeSurgeDepth

boost::signalslib::signal<void (double)> makVrv::DtEnvironmentConditionsInterface::signal_changeDepthOffset

boost::signalslib::signal<void (double)> makVrv::DtEnvironmentConditionsInterface::signal_changeTidalCurrentSpeed

boost::signalslib::signal<void (double)> makVrv::DtEnvironmentConditionsInterface::signal_changeTidalCurrentDirection

boost::signalslib::signal<void (bool)> makVrv::DtEnvironmentConditionsInterface::signal_changeRemoteSettings

boost::signalslib::signal<void ()> makVrv::DtEnvironmentConditionsInterface::signal_requestRemoteSettings

DtDe& makVrv::DtEnvironmentConditionsInterface::myDe

protected

The documentation for this class was generated from the following file:

/data/exports/nrhent7-1/nightly/docs/vrForces.vrf5-1-branch/include/vrvCoreQt/DtEnvironmentConditionsInterface.h

Public Types

Public Member Functions

Public Attributes

Protected Attributes

Member Typedef Documentation

Member Enumeration Documentation

Constructor & Destructor Documentation

Member Function Documentation

Member Data Documentation