Overview

This PDK service allows callers to manipulate the weather system during runtime. The interface gives the developer control over current weather settings as well as current weather station data.

Classes
class	IWeatherStationV430

class	IWeatherSystemV430

Class Documentation

§ P3D::IWeatherStationV430

class P3D::IWeatherStationV430

Inherits IUnknown.

Public Member Functions
virtual bool	IsValid () const override

virtual float	GetSurfaceWind () const override

virtual HRESULT	SetSurfaceWind (float aVal) const override

virtual float	GetBaroPressure () const override

virtual HRESULT	SetBaroPressure (float aVal) const override

virtual int	GetCloudLayerCount () const override

virtual HRESULT	GetCloudAtIndex (__in UINT uIndex, P3D::CloudLayer &aLayer) const override

virtual HRESULT	AddNewCloudToTower (__in CloudLayer &aLayer) const override

virtual HRESULT	RemoveCloudLayerFromTower (int uIndex) const override

virtual HRESULT	ClearAllCloudsAtTower () const override

virtual UINT	GetTempLayerCount () const override

virtual HRESULT	GetTempLayerAtIndex (__in UINT uIndex, __out P3D::TempLayer &aLayer) const override

virtual HRESULT	AddNewTempToTower (__in TempLayer &aLayer) const override

virtual HRESULT	RemoveTempLayerFromTower (int uIndex) const override

virtual HRESULT	ClearAllTempLayersFromTower () const override

virtual UINT	GetAloftLayerCount () const override

virtual HRESULT	GetAloftLayerAtIndex (__in UINT uIndex, __out P3D::WindAloftLayer &aLayer) const override

virtual HRESULT	AddNewAloftToTower (__in WindAloftLayer &aLayer) const override

virtual HRESULT	RemoveAloftLayerFromTower (int uIndex) const override

virtual HRESULT	ClearAllWindLayersFromTower () const override

virtual UINT	GetVisibilityLayerCount () const override

virtual HRESULT	GetVisibilityLayerAtIndex (__in UINT uIndex, __out P3D::VisibilityLayer &aLayer) const override

virtual HRESULT	AddNewVisToTower (__in VisibilityLayer &aLayer) const override

virtual HRESULT	RemoveVisLayerFromTower (int uIndex) const override

virtual HRESULT	ClearAllVisLayersFromTower () const override

Member Function Documentation

§ AddNewAloftToTower()

virtual HRESULT AddNewAloftToTower ( __in WindAloftLayer & aLayer ) const

pure virtual

§ AddNewCloudToTower()

virtual HRESULT AddNewCloudToTower ( __in CloudLayer & aLayer ) const

pure virtual

§ AddNewTempToTower()

virtual HRESULT AddNewTempToTower ( __in TempLayer & aLayer ) const

pure virtual

§ AddNewVisToTower()

virtual HRESULT AddNewVisToTower ( __in VisibilityLayer & aLayer ) const

pure virtual

§ ClearAllCloudsAtTower()

virtual HRESULT ClearAllCloudsAtTower ( ) const

pure virtual

§ ClearAllTempLayersFromTower()

virtual HRESULT ClearAllTempLayersFromTower ( ) const

pure virtual

§ ClearAllVisLayersFromTower()

virtual HRESULT ClearAllVisLayersFromTower ( ) const

pure virtual

§ ClearAllWindLayersFromTower()

virtual HRESULT ClearAllWindLayersFromTower ( ) const

pure virtual

§ GetAloftLayerAtIndex()

virtual HRESULT GetAloftLayerAtIndex	(	__in UINT	uIndex,
		__out P3D::WindAloftLayer &	aLayer
	)		const

pure virtual

§ GetAloftLayerCount()

virtual UINT GetAloftLayerCount ( ) const

pure virtual

§ GetBaroPressure()

virtual float GetBaroPressure ( ) const

pure virtual

§ GetCloudAtIndex()

virtual HRESULT GetCloudAtIndex	(	__in UINT	uIndex,
		P3D::CloudLayer &	aLayer
	)		const

pure virtual

§ GetCloudLayerCount()

virtual int GetCloudLayerCount ( ) const

pure virtual

§ GetSurfaceWind()

virtual float GetSurfaceWind ( ) const

pure virtual

§ GetTempLayerAtIndex()

virtual HRESULT GetTempLayerAtIndex	(	__in UINT	uIndex,
		__out P3D::TempLayer &	aLayer
	)		const

pure virtual

§ GetTempLayerCount()

virtual UINT GetTempLayerCount ( ) const

pure virtual

§ GetVisibilityLayerAtIndex()

virtual HRESULT GetVisibilityLayerAtIndex	(	__in UINT	uIndex,
		__out P3D::VisibilityLayer &	aLayer
	)		const

pure virtual

§ GetVisibilityLayerCount()

virtual UINT GetVisibilityLayerCount ( ) const

pure virtual

§ IsValid()

virtual bool IsValid ( ) const

pure virtual

§ RemoveAloftLayerFromTower()

virtual HRESULT RemoveAloftLayerFromTower ( int uIndex ) const

pure virtual

§ RemoveCloudLayerFromTower()

virtual HRESULT RemoveCloudLayerFromTower ( int uIndex ) const

pure virtual

§ RemoveTempLayerFromTower()

virtual HRESULT RemoveTempLayerFromTower ( int uIndex ) const

pure virtual

§ RemoveVisLayerFromTower()

virtual HRESULT RemoveVisLayerFromTower ( int uIndex ) const

pure virtual

§ SetBaroPressure()

virtual HRESULT SetBaroPressure ( float aVal ) const

pure virtual

§ SetSurfaceWind()

virtual HRESULT SetSurfaceWind ( float aVal ) const

pure virtual

§ P3D::IWeatherSystemV430

class P3D::IWeatherSystemV430

This is the interface to the core Prepar3D weather system. An example on how to query for the service can be found in the DLLStart() function of the Camera PDK Sample.

Remarks: This interface uses several enumerated weather types which are defined in WeatherSystemTypes.h. Several functions will also utilize the METAR Data Format.

Inherits IWeatherSystemV410.

Public Member Functions
virtual CLOUD_COVERAGE_DENSITY	GetCloudCoverageDensity () const override
	Get the current cloud coverage density. More...

virtual HRESULT	SetCloudCoverageDensity (__in CLOUD_COVERAGE_DENSITY eDensity) override

virtual CLOUD_DRAW_DISTANCE	GetCloudDrawDistance () const override
	Get the current cloud draw distance. More...

virtual HRESULT	SetCloudDrawDistance (__in CLOUD_DRAW_DISTANCE eDistance) override
	Set the current cloud draw distance. More...

virtual bool	GetDetailedClouds () const override
	Get the detailed cloud setting. More...

virtual HRESULT	SetDetailedClouds (__in bool bIsDetailed) override
	Set the detailed cloud setting. More...

virtual THERMAL_VISUAL_TYPE	GetThermalVisualType () const override
	Get the current thermal visual type. More...

virtual HRESULT	SetThermalVisualType (__in THERMAL_VISUAL_TYPE eThermalType) override
	Set the current thermal visual type. More...

virtual int	GetNumberOfPressurePoints () const override
	Get the current number of pressure points. More...

virtual HRESULT	GetStationMetarData (__in __notnull LPCSTR pszIcao, __out __notnull LPWSTR pszMetar, __in size_t cchMetar) const override

virtual HRESULT	GetNearestStationMetarData (__in double dLatRadians, __in double dLonRadians, __in double dAltFeet, __out __notnull LPWSTR pszMetar, __in size_t cchMetar) const override

virtual HRESULT	GetInterpolatedMetarData (__in double dLatRadians, __in double dLonRadians, __in double dAltFeet, __out __notnull LPWSTR pszMetar, __in size_t cchMetar) const override

virtual HRESULT	SetMetarData (__in __notnull LPCWSTR pszMetar, __in int nSeconds) override

virtual HRESULT	SetWeatherMode (__in WEATHER_MODE eWeatherMode, __in_opt LPCWSTR pszThemePath=nullptr) override

virtual WEATHER_MODE	GetWeatherMode () const override
	Gets the current weather mode. More...

virtual HRESULT	GetThemePath (__out __notnull LPWSTR pszThemePath, __in size_t cchThemePath) const override

virtual HRESULT	CreateStation (__in __notnull LPCWSTR pszICAO, __in __notnull LPCWSTR pszName, __in double dLatRadians, __in double dLonRadians, __in double dAltFeet, __out __notnull void **ppStation) override

virtual HRESULT	RemoveStation (__in __notnull void *pStation) override

virtual HRESULT	CreateThermal (__in double dLatRadians, __in double dLonRadians, __in double dAltFeet, __in float fRadiusMeters, __in float fHeightMeters, __in float fCoreRateMps, __in float fCoreTurbulenceMps, __in float fSinkRateMps, __in float fSinkTurbulenceMps, __in float fCoreSizeMeters, __in float fCoreTransitionSizeMeters, __in float fSinkLayerSizeMeters, __in float fSinkTransitionSizeMeters, __out __notnull void **ppThermal) override

virtual HRESULT	RemoveThermal (__in __notnull void *pThermal) override

virtual HRESULT	RequestCloudState (__in double dLatRadiansMin, __in double dLonRadiansMin, __in double dAltFeetMin, __in double dLatRadiansMax, __in double dLonRadiansMax, __in double dAltFeetMax, __in UINT cbCloudState, __out __notnull BYTE *pCloudState) const override

virtual HRESULT	SetDynamicUpdateRate (__in DWORD dwRate) override

virtual float	GetGlobalTemp () const override
	Get the global temp in degrees C. More...

virtual HRESULT	SetGlobalTemp (__in float aVal) override
	Set the global temp using degrees C. More...

virtual float	GetGlobalVisRange () const override
	Get the global visibility range in Meters. More...

virtual HRESULT	SetGlobalVisRange (__in float aVal) override
	Set the global visibility range in Meters. More...

virtual float	GetGlobalHorizWindSpeed () const override
	Get the global horizontal wind speed in m/s. More...

virtual HRESULT	SetGlobalHorizWindSpeed (__in float aVal) override
	Set the global horizontal wind speed in knots. More...

virtual float	GetGlobalWindDirection () const override
	Get the global wind direction in degrees. More...

virtual HRESULT	SetGlobalWindDirection (__in float aVal) override
	Set the global wind direction in degrees. More...

virtual float	GetGlobalBaroPressure () const override
	Get the global barometer pressure in millibars. More...

virtual HRESULT	SetGlobalBaroPressure (__in float aVal) override
	Set the global barometer pressure in millibars. More...

virtual float	GetGlobalDewPoint () const override
	Get the global dew point. More...

virtual HRESULT	SetGlobalDewPoint (__in float aVal) override
	Set the global dew point. More...

virtual HRESULT	GetWeatherStation (__in LPCSTR pszIcao, __out P3D::IWeatherStationV430 **ppStation) override

virtual HRESULT	ReloadWeather () override

Member Function Documentation

§ CreateStation()

virtual HRESULT CreateStation	(	__in __notnull LPCWSTR	pszICAO,
		__in __notnull LPCWSTR	pszName,
		__in double	dLatRadians,
		__in double	dLonRadians,
		__in double	dAltFeet,
		__out __notnull void **	ppStation
	)

pure virtual

Creates a weather station at the given ICAO location

Parameters

IN	pszICAO The ICAO of the station to be created.
IN	pszName A descriptive name for the station. This name will appear on weather maps and within dialogs.
IN	dLatRadians The latitude of the station in radians.
IN	dLonRadians The longitude of the station in radians.
IN	dAltFeet The altitude of the station in feet.
OUT	ppStation The reference pointer to be used by RemoveStation().

§ CreateThermal()

virtual HRESULT CreateThermal	(	__in double	dLatRadians,
		__in double	dLonRadians,
		__in double	dAltFeet,
		__in float	fRadiusMeters,
		__in float	fHeightMeters,
		__in float	fCoreRateMps,
		__in float	fCoreTurbulenceMps,
		__in float	fSinkRateMps,
		__in float	fSinkTurbulenceMps,
		__in float	fCoreSizeMeters,
		__in float	fCoreTransitionSizeMeters,
		__in float	fSinkLayerSizeMeters,
		__in float	fSinkTransitionSizeMeters,
		__out __notnull void **	ppThermal
	)

pure virtual

Creates a thermal at the given location

Parameters

IN	dLatRadians The latitude of the thermal in radians.
IN	dLonRadians The longitude of the thermal in radians.
IN	dAltFeet The altitude of the thermal in feet.
IN	fRadiusMeters Specifies the radius of the thermal, in meters. The maximum radius of a thermal is 100 km.
IN	fHeightMeters Specifies the height of the thermal, in meters.
IN	fCoreRateMps Specifies the lift value, in meters per second, within the Core layer. A positive value will provide an updraft, a negative value a downdraft. The maximum rate is 1000 meters/second.
IN	fCoreTurbulenceMps Specifies a variation in meters per second that is applied to the coreRate. For example, if a value of 1.5 is entered, and the core rate is 5 m/s, the actual core rate applied will be randomly varying between 3.5 m/s and 6.5 m/s.
IN	fSinkRateMps Specifies the lift value, in meters per second, within the Sink layer. A positive value will provide an updraft, a negative value a downdraft. The maximum rate is 1000 meters/second.
IN	fSinkTurbulenceMps Specifies a variation in meters per second that is applied to the sinkRate. For example, if a value of 1.5 is entered, and the sink rate is 5 m/s, the actual sink rate applied will be randomly varying between 3.5 m/s and 6.5 m/s.
IN	fCoreSizeMeters Specifies the radius in meters of the Core of the thermal.
IN	fCoreTransitionSizeMeters Specifies the width in meters of the transition layer between the Core and the Sink of the thermal. Half of the width of this transition will be outside the Core, and half within.
IN	fSinkLayerSizeMeters Specifies the radius in meters of the Sink of the thermal.
IN	fSinkTransitionSizeMeters Specifies the width in meters of the transition layer between the Sink and the atmosphere outside of the thermal. Half of the width of this transition will be outside the radius of the Sink layer, and half within.
OUT	ppThermal The reference pointer to be used by RemoveThermal().

§ GetCloudCoverageDensity()

virtual CLOUD_COVERAGE_DENSITY GetCloudCoverageDensity ( ) const

pure virtual

Get the current cloud coverage density.

§ GetCloudDrawDistance()

virtual CLOUD_DRAW_DISTANCE GetCloudDrawDistance ( ) const

pure virtual

Get the current cloud draw distance.

§ GetDetailedClouds()

virtual bool GetDetailedClouds ( ) const

pure virtual

Get the detailed cloud setting.

§ GetGlobalBaroPressure()

virtual float GetGlobalBaroPressure ( ) const

pure virtual

Get the global barometer pressure in millibars.

§ GetGlobalDewPoint()

virtual float GetGlobalDewPoint ( ) const

pure virtual

Get the global dew point.

§ GetGlobalHorizWindSpeed()

virtual float GetGlobalHorizWindSpeed ( ) const

pure virtual

Get the global horizontal wind speed in m/s.

§ GetGlobalTemp()

virtual float GetGlobalTemp ( ) const

pure virtual

Get the global temp in degrees C.

§ GetGlobalVisRange()

virtual float GetGlobalVisRange ( ) const

pure virtual

Get the global visibility range in Meters.

§ GetGlobalWindDirection()

virtual float GetGlobalWindDirection ( ) const

pure virtual

Get the global wind direction in degrees.

§ GetInterpolatedMetarData()

virtual HRESULT GetInterpolatedMetarData	(	__in double	dLatRadians,
		__in double	dLonRadians,
		__in double	dAltFeet,
		__out __notnull LPWSTR	pszMetar,
		__in size_t	cchMetar
	)		const

pure virtual

Get the weather station interpolated METAR string at the given latitude, longitude, and altitude. The maximum supported length for a METAR string is 2000 characters. See also the METAR Data Format.

§ GetNearestStationMetarData()

virtual HRESULT GetNearestStationMetarData	(	__in double	dLatRadians,
		__in double	dLonRadians,
		__in double	dAltFeet,
		__out __notnull LPWSTR	pszMetar,
		__in size_t	cchMetar
	)		const

pure virtual

Get the METAR string from the nearest weather station at the given latitude, longitude, and altitude. The maximum supported length for a METAR string is 2000 characters. See also the METAR Data Format.

§ GetNumberOfPressurePoints()

virtual int GetNumberOfPressurePoints ( ) const

pure virtual

Get the current number of pressure points.

§ GetStationMetarData()

virtual HRESULT GetStationMetarData	(	__in __notnull LPCSTR	pszIcao,
		__out __notnull LPWSTR	pszMetar,
		__in size_t	cchMetar
	)		const

pure virtual

Get the METAR string from the weather station with the given ICAO. The maximum supported length for a METAR string is 2000 characters. See also the METAR Data Format.

§ GetThemePath()

virtual HRESULT GetThemePath	(	__out __notnull LPWSTR	pszThemePath,
		__in size_t	cchThemePath
	)		const

pure virtual

Gets the current weather theme file path.

Parameters

pszThemePath	OUT: The output string to store the theme file path.
cchThemePath	IN: The length of the pszThemePath parameter in characters.

Remarks: Succeeding and returning an empty string represents clear weather.

§ GetThermalVisualType()

virtual THERMAL_VISUAL_TYPE GetThermalVisualType ( ) const

pure virtual

Get the current thermal visual type.

§ GetWeatherMode()

virtual WEATHER_MODE GetWeatherMode ( ) const

pure virtual

Gets the current weather mode.

§ GetWeatherStation()

virtual HRESULT GetWeatherStation	(	__in LPCSTR	pszIcao,
		__out P3D::IWeatherStationV430 **	ppStation
	)

pure virtual

§ ReloadWeather()

virtual HRESULT ReloadWeather ( )

pure virtual

§ RemoveStation()

virtual HRESULT RemoveStation ( __in __notnull void * pStation )

pure virtual

Removes the weather station with the given reference pointer.

Parameters

IN	pStation The reference pointer returned by CreateStation().

§ RemoveThermal()

virtual HRESULT RemoveThermal ( __in __notnull void * pThermal )

pure virtual

Removes a thermal with the given reference pointer.

Parameters

pThermal The reference pointer returned by CreateThermal().

§ RequestCloudState()

virtual HRESULT RequestCloudState	(	__in double	dLatRadiansMin,
		__in double	dLonRadiansMin,
		__in double	dAltFeetMin,
		__in double	dLatRadiansMax,
		__in double	dLonRadiansMax,
		__in double	dAltFeetMax,
		__in UINT	cbCloudState,
		__out __notnull BYTE *	pCloudState
	)		const

pure virtual

Returns the cloud state for the given area.

Parameters

IN	dLatRadiansMin Specifies the minimum latitude of the required area. This should simply be the lower of the two latitude numbers.
IN	dLonRadiansMin Specifies the minimum longitude of the required area. This should simply be the lower of the two longitude numbers.
IN	dAltFeetMin Specifies the minimum altitude of the required area, in feet.
IN	dLatRadiansMax Specifies the maximum latitude of the required area.
IN	dLonRadiansMax Specifies the maximum longitude of the required area.
IN	dAltFeetMax Specifies the maximum altitude of the required area, in feet.
IN	cbCloudState The size of the cloud state byte array. This value must be 64 * 64 (4096).
OUT	pCloudState The byte array to receive the cloud state data. This buffer must be 64 * 64 (4096) bytes. Cell data within this array is structured as a 64 x 64 grid. A cell value of zero would mean no cloud layers, to a maximum of 255 layers.

Remarks: Note that the entire world's weather is not simulated all the time. Only a region around the user aircraft with a radius of approximately 128 kilometers is modeled at any one time. A request for cloud data outside this region will simply return zeros. The defined area can cross the Equator or the Greenwich Meridian, but it cannot cross the Poles or the International Date Line.

§ SetCloudCoverageDensity()

virtual HRESULT SetCloudCoverageDensity ( __in CLOUD_COVERAGE_DENSITY eDensity )

pure virtual

Set the current cloud coverage density. The effects of setting this value will not be immediately seen.

§ SetCloudDrawDistance()

virtual HRESULT SetCloudDrawDistance ( __in CLOUD_DRAW_DISTANCE eDistance )

pure virtual

Set the current cloud draw distance.

§ SetDetailedClouds()

virtual HRESULT SetDetailedClouds ( __in bool bIsDetailed )

pure virtual

Set the detailed cloud setting.

§ SetDynamicUpdateRate()

virtual HRESULT SetDynamicUpdateRate ( __in DWORD dwRate )

pure virtual

Sets the rate at which cloud formations change.

Parameters

Double word containing the rate. A value of zero indicates that cloud formations do not change at all. Values between 1 and 5 indicate that cloud formations should change from 1 (the slowest) to 5 (the fastest).

§ SetGlobalBaroPressure()

virtual HRESULT SetGlobalBaroPressure ( __in float aVal )

pure virtual

Set the global barometer pressure in millibars.

§ SetGlobalDewPoint()

virtual HRESULT SetGlobalDewPoint ( __in float aVal )

pure virtual

Set the global dew point.

§ SetGlobalHorizWindSpeed()

virtual HRESULT SetGlobalHorizWindSpeed ( __in float aVal )

pure virtual

Set the global horizontal wind speed in knots.

§ SetGlobalTemp()

virtual HRESULT SetGlobalTemp ( __in float aVal )

pure virtual

Set the global temp using degrees C.

§ SetGlobalVisRange()

virtual HRESULT SetGlobalVisRange ( __in float aVal )

pure virtual

Set the global visibility range in Meters.

§ SetGlobalWindDirection()

virtual HRESULT SetGlobalWindDirection ( __in float aVal )

pure virtual

Set the global wind direction in degrees.

§ SetMetarData()

virtual HRESULT SetMetarData	(	__in __notnull LPCWSTR	pszMetar,
		__in int	nSeconds
	)

pure virtual

Set the weather system METAR string. The maximum supported length for a METAR string is 2000 characters. See also the METAR Data Format.

§ SetThermalVisualType()

virtual HRESULT SetThermalVisualType ( __in THERMAL_VISUAL_TYPE eThermalType )

pure virtual

Set the current thermal visual type.

§ SetWeatherMode()

virtual HRESULT SetWeatherMode	(	__in WEATHER_MODE	eWeatherMode,
		__in_opt LPCWSTR	pszThemePath = `nullptr`
	)

pure virtual

Sets the current weather mode.

Parameters

eWeatherMode IN: The WEATHER_MODE to be set.

pszThemePath

IN: Null-terminated string containing the theme path and filename. The theme file path is only used by the WEATHER_MODE_THEME type. The path can be either:

An absolute path (e.g. C:\Program Files\My Company\My Product\myweathertheme)
A path relative to the Lockheed Martin\Prepar3D v4\ installation folder (e.g. weather\themes\grayrain)
A path relative to any of the weather theme folders found in any of the weather.cfg configuration files (e.g. grayrain)
Null or an empty string to set clear weather

Variables
GUID	IID_IWeatherSystemV430
	WeatherSystemPdk interface ID. More...

GUID	SID_WeatherSystem
	WeatherSystemPdk service ID. More...

GUID	IID_IWeatherStationV430
	WeatherSystemPdk. More...

Variable Documentation

§ IID_IWeatherStationV430

GUID IID_IWeatherStationV430

WeatherSystemPdk.

§ IID_IWeatherSystemV430

GUID IID_IWeatherSystemV430

WeatherSystemPdk interface ID.

§ SID_WeatherSystem

GUID SID_WeatherSystem

WeatherSystemPdk service ID.

Overview

Classes

Class Documentation

§ P3D::IWeatherStationV430

Public Member Functions

Member Function Documentation

§ AddNewAloftToTower()

§ AddNewCloudToTower()

§ AddNewTempToTower()

§ AddNewVisToTower()

§ ClearAllCloudsAtTower()

§ ClearAllTempLayersFromTower()

§ ClearAllVisLayersFromTower()

§ ClearAllWindLayersFromTower()

§ GetAloftLayerAtIndex()

§ GetAloftLayerCount()

§ GetBaroPressure()

§ GetCloudAtIndex()

§ GetCloudLayerCount()

§ GetSurfaceWind()

§ GetTempLayerAtIndex()

§ GetTempLayerCount()

§ GetVisibilityLayerAtIndex()

§ GetVisibilityLayerCount()

§ IsValid()

§ RemoveAloftLayerFromTower()

§ RemoveCloudLayerFromTower()

§ RemoveTempLayerFromTower()

§ RemoveVisLayerFromTower()

§ SetBaroPressure()

§ SetSurfaceWind()

§ P3D::IWeatherSystemV430

Public Member Functions

Member Function Documentation

§ CreateStation()

§ CreateThermal()

§ GetCloudCoverageDensity()

§ GetCloudDrawDistance()

§ GetDetailedClouds()

§ GetGlobalBaroPressure()

§ GetGlobalDewPoint()

§ GetGlobalHorizWindSpeed()

§ GetGlobalTemp()

§ GetGlobalVisRange()

§ GetGlobalWindDirection()

§ GetInterpolatedMetarData()

§ GetNearestStationMetarData()

§ GetNumberOfPressurePoints()

§ GetStationMetarData()

§ GetThemePath()

§ GetThermalVisualType()

§ GetWeatherMode()

§ GetWeatherStation()

§ ReloadWeather()

§ RemoveStation()

§ RemoveThermal()

§ RequestCloudState()

§ SetCloudCoverageDensity()

§ SetCloudDrawDistance()

§ SetDetailedClouds()

§ SetDynamicUpdateRate()

§ SetGlobalBaroPressure()

§ SetGlobalDewPoint()

§ SetGlobalHorizWindSpeed()

§ SetGlobalTemp()

§ SetGlobalVisRange()

§ SetGlobalWindDirection()

§ SetMetarData()

§ SetThermalVisualType()

§ SetWeatherMode()

Variables

Variable Documentation

§ IID_IWeatherStationV430

§ IID_IWeatherSystemV430

§ SID_WeatherSystem