A group node which adds a silver-lining sky and will light all Children with the proper lighting parameters. More...

Inheritance diagram for makVrv::DtSilverliningGroup:

Classes
struct	CloudLayer

Public Member Functions
	DtSilverliningGroup (DtDe &de)
	CTOR.
virtual	~DtSilverliningGroup ()
	DTOR.
void	setGenerateCubeMaps (bool enabled)
	Enable auto-generation of cube maps from the sky.
void	setCubeMapGenerationDistanceThreshold (double threshold)
	Set the distance threshold for re-generating cube maps.
unsigned int	getCubeMap (const osg::ref_ptr< osg::Camera > &camera) const
	Retrieve a texture ID for a cube map containing the local sky for a given camera.
unsigned int	getPrimaryCubeMap () const
	Retrieve a texture ID for a cube map containing the local sky for general use.
void	installIntoChannel (DtChannel *)
void	applyFog (osg::ref_ptr< osg::Camera > camera)
	Apply fog for a given camera.
void	deleteGeods ()
	Tell the silver-lining group to delete its specific children.
void	setGeocentricMode (bool mode)
	Set the group to be in geocentric mode.
bool	geocentricMode () const
	Get the simulation are in geocentric mode.
void	setHiResCumulus (bool enabled)
	Sets use of high-resolution (lower performance) cumulus clouds.
bool	hiResCumulus () const
	Gets use of high-resolution cumulus clouds.
void	setLensFlare (bool enabled)
	Set use of lens flare effects.
bool	lensFlare () const
	Get the use of lens flare effects.
void	setCrepuscularRays (bool enabled)
	Set use of crepuscular rays (sun rays) effects.
bool	crepuscularRays () const
	Get the use of crepuscular rays (sun rays) effects.
void	setForcedMoonPhase (float phase)
	Forces the moon phase regardless of simulated date. 0 = new moon, 1.0 = full moon.
void	clearForcedMoonPhase ()
	Clears a forced moon phase and goes back to simulating it based on the date.
bool	moonPhaseIsForced () const
	Retrieves whether a forced moon phase is being used.
float	forcedMoonPhase () const
	Retrieves the forced moon phase (if any)
void	setForcedSunAndMoon (double sunLat, double sunLon, double moonLat, double moonLon, bool horizonCoords=true)
	Force latitude and longitude of the sun & moon to specified positions, using horizon (default) or ecliptic coordinates Note latitudes and longitudes are in radians.
void	clearForcedSunAndMoon ()
bool	sunAndMoonPositionIsForced () const
	Retrieves whether a forced sun and moon is being used.
void	getForcedSunAndMoonPosition (double &sunLat, double &sunLon, double &moonLat, double &moonLon, bool &horizonCoords) const
	Retrieves the forced sun an moon position (if any)
*void	setLightPollution (double Wm2)
	Sets the simulated amount of nighttime light pollution, in watts per square meter.
double	lightPollution () const
	Gets the simulated light pollution in watts per square meter.
virtual void	setDateAndTime (unsigned short year, unsigned char month, unsigned char day, unsigned char hour, unsigned char minutes, double seconds, bool observeDaylightSavings)
	Setup the date and time of silver lining.
virtual void	updateTime ()
	Update the time in the atmosphere.
virtual void	setLocation (const DtVector &location)
	Set the location using a local coordinate (it will be converted to the global coordinate using the current coordinate system).
virtual void	update (const osg::Matrix &m)
	Update the lighting.
virtual void	update2D (const osg::Matrix &m)
	Update the lighting in 2D mode.
virtual void	updateConditions (DtOsgSkyObject *skyObject)
	Update all conditions from a DtOsgSkyObject.
int	cloudLayerCount () const
	Get the number of cloud layers.
void	removeCloudLayer (int index)
	Remove a cloud layer.
void	setFogColor (const osg::Vec4f &rgbA)
	Set the fog color (which will be lit based on time of day) when visibility gets below the fog threshold distance.
void	setFogHeight (float height)
	Sets the simulated height of the fog on the skybox only.
void	setFogBlend (const osg::Vec4f &rgbA, float density)
	Set parameters to blend with the fog specified in setFogColor.
void	setFogOverride (osg::ref_ptr< osg::Camera > camera, const osg::Vec4f &rgbA, float density)
	Override all fog computations to the given fog color & density.
void	setFogThresholdDistance (float distance)
	Sets the visibility distance at which fog effects kick in instead of haze.
void	setHorizonColor (const osg::Vec4f &rgbA)
	Set the color of the sky at and below the horizon.
void	setCubeMapDirty ()
	Set the cube map dirty flag.
void	setUse16BitEnviroMap (bool flag)
	Set the silverlining atmosphere to use a 16 bit environment map.
bool	getUse16BitEnviroMap ()
	Get whether or not the atmosphere should use a 16 bit environment map.
void	setUsingSensorFXShader (bool flag)
	Set the flag that silverlining is using the sensorFX shaders.
bool	getUsingSensorFXShader ()
	Get the flag that silverlining is using the sensorFX shaders.
void	clearHorizonColor ()
	Clear usage of a set horizon color.
void	clearFogOverride (osg::ref_ptr< osg::Camera > camera)
	Undo any override for fog previously set.
void	clearFogOverrideForAllCameras (void)
virtual void	setUseGlobalTimeZone (bool b)
	If set to true at next update use UTC time to position sun/moon, else use local timezone based on the position of the observer.
virtual bool	useGlobalTimeZone () const
	Get the current value of using GMT time for observer.
float	getSunAlpha () const
	Gets the alpha value of the sun disc (affected by fog)
void	setDrawSunAndMoonIntoEnvMap (bool draw)
	Sets whether the sun and moon are drawn into the environment map for reflections.
bool	drawSunAndMoonIntoEnvMap () const
	Gets whether the sun and moon are drawn into the environment map for reflections.
float	getSkyCoverage () const
	Retrieve the percentage of sky occluded by clouds, above the current camera position.
void	addCirroCumulus (const DtVector &position, const DtVector &bounds, bool infinite, bool relative)
	Add cirrus clouds too the scene.
void	addCirrusFibratus (const DtVector &position, const DtVector &bounds, bool infinite, bool relative)
void	addNimbostratus (const DtVector &position, const DtVector &bounds, double density, bool infinite, bool relative)
void	addCumulusMediocris (const DtVector &position, const DtVector &bounds, double density, bool infinite, bool relative)
void	addCumulusCongestus (const DtVector &position, const DtVector &bounds, double density, bool infinite, bool relative)
void	addCumulonumbusCappilatus (const DtVector &position, const DtVector &bounds, double density, bool relative)
void	addStratocumulus (const DtVector &position, const DtVector &bounds, double density, bool infinite, bool relative)
void	setCloudLayerEnabled (int index, bool enabled)
void	setCloudLayerPosition (int index, double xCoord, double yCoord)
void	setWind (double directionDEN, double minAltitude, double maxAltitude, double velocity)
void	setAirTurbidity (float turbidity)
void	setVisibleDistance (float distance)
float	getVisibleDistance () const
void	createAtmosphere ()
void	destroyAtmosphere ()
bool	getFailedInit ()
void	addRain (float mmPerHour, bool global)
void	addSleet (float mmPerHour, bool global)
void	addSnow (float mmPerHour, bool global, bool wet)
void	clearAllPrecipitation ()
void	realizeLayers ()
SilverLining::Atmosphere *	findAtmosphere ()
DtDe &	getDtDe ()
void	getGMTDateTime (long &julianDate, double &GMTTod)
osg::Node *	getCloudsNode ()
osg::Node *	getSkyNode ()
std::vector< unsigned int >	getDefaultShaderVector ()
void	setSunMoonEnabled (bool drawSunMoon)
bool	getSunMoonEnabled ()
void	setStarsEnabled (bool drawStars)
bool	getStarsEnabled ()
void	enableLighting (osg::ref_ptr< osg::Camera > camera, bool enable)
virtual void	setEnableHDR (bool enable)
	allows a plugin to turn on or off HDR in silverlining
virtual osg::LightSource *	skyLight ()
	getter for skyLight so Triton can use it for it's lighting

Protected Types
typedef std::vector< CloudLayer >	CloudLayerList
typedef std::map< osg::ref_ptr < osg::Camera >, bool >	FogOverrideMap

Protected Member Functions
void	addLayer (const CloudLayer &layer)
	Add layer.
void	realizeLayer (CloudLayer &layer)
	Realize Layer.
void	destroyLayer (DtSilverliningGroup::CloudLayer &layer)
int	CalculateZoneByLongitude (double longitude)
void	SetTimeAndLocation ()
void	addPrecipitationToClouds (int type, float mmPerHour)
void	updatePrecipitation ()
void	setCloudVisibility ()
virtual void	traverse (osg::NodeVisitor &nv)
	Traverse.
void	resetLayers ()
void	forceResetLayers ()
void	generateCubeMap (const osg::Matrix &viewMatrix)
virtual void	slot_reloadShader ()
	handle the reload shaders signal so the fog shader can be reloaded.

Protected Attributes
DtDe &	myDe
OpenThreads::Mutex	myMutex
DtReferenceEllipsoid	myRefEllip
DtGeodeticCoord	myGeod
SilverLining::Atmosphere *	myAtmosphere
	my atmosphere.
SilverLining::LocalTime *	myLocalTime
SilverLining::Location *	myLocation
CloudLayerList	myLayers
CloudLayerList	myDestroyedLayers
osg::ref_ptr< osg::Geode >	mySkyGeod
osg::ref_ptr< osg::LightSource >	mySkyLight
osg::ref_ptr< osg::Geode >	myCloudGeod
osg::ref_ptr< DtLightManagerGroup >	myLightManagerGroup
osg::Vec4f	myFogColor
osg::Vec4f	myBlendedFogColor
osg::Vec4f	myHorizonColor
bool	myHasFixedHorizonColor
float	myFogDensity
float	myVisibility
float	myTurbidity
bool	myGeocFlag
bool	myNeedsResetFlag
bool	myCubeMapDirty
bool	myCubeMapFullRegenerate
bool	myCubeMapEnabled
bool	myLensFlareEnabled
bool	myCrepuscularRaysEnabled
bool	myMoonPhaseForced
float	myForcedMoonPhase
bool	mySunAndMoonPositionForced
float	myForcedSunLat
float	myForcedSunLon
float	myForcedMoonLat
float	myForcedMoonLon
bool	myForcedSunAndMoonUsingHorizonCoords
bool	myHiResCumulus
bool	myDrawSunAndMoonIntoEnvMap
bool	myUse16BitEnviroMap
bool	myUsingSensorFXShader
FogOverrideMap	myOverrideFogMap
std::map< osg::ref_ptr < osg::Camera >, float >	myFogOverrideDensityMap
std::map< osg::ref_ptr < osg::Camera >, osg::Vec4f >	myFogOverrideColorMap
osg::ref_ptr< osg::Uniform >	myLightLevelUniform
osg::ref_ptr< osg::Uniform >	myLightAmbientUniform
float	myFogHeight
float	myFogThresholdDistance
float	mySunAlpha
bool	myCurveCloudsTowardGround
bool	myPrecipitationStateSaved
int	mySavedPrecipitationType
float	mySavedPrecipitationIntensity
bool	myForceRelight
osg::ref_ptr< DtOsgFogComponent >	myFogComponent
bool	myFogInstalled
std::vector< unsigned int >	myDefaultShaderVector
bool	myDrawStars
bool	myDrawSunMoon
DtSignalConnectionManager	myConnections
bool	myUseGlobalTimeZone
bool	myFailedInit
bool	myLastAtmosphereFogEnabled

Detailed Description

A group node which adds a silver-lining sky and will light all Children with the proper lighting parameters.

Member Typedef Documentation

typedef std::vector<CloudLayer> makVrv::DtSilverliningGroup::CloudLayerList

protected

typedef std::map<osg::ref_ptr<osg::Camera>, bool> makVrv::DtSilverliningGroup::FogOverrideMap

protected

Constructor & Destructor Documentation

makVrv::DtSilverliningGroup::DtSilverliningGroup ( DtDe & de )

CTOR.

virtual makVrv::DtSilverliningGroup::~DtSilverliningGroup ( )

virtual

DTOR.

Member Function Documentation

void makVrv::DtSilverliningGroup::setGenerateCubeMaps ( bool enabled )

Enable auto-generation of cube maps from the sky.

void makVrv::DtSilverliningGroup::setCubeMapGenerationDistanceThreshold ( double threshold )

Set the distance threshold for re-generating cube maps.

unsigned int makVrv::DtSilverliningGroup::getCubeMap ( const osg::ref_ptr< osg::Camera > & camera ) const

Retrieve a texture ID for a cube map containing the local sky for a given camera.

unsigned int makVrv::DtSilverliningGroup::getPrimaryCubeMap ( ) const

Retrieve a texture ID for a cube map containing the local sky for general use.

void makVrv::DtSilverliningGroup::installIntoChannel ( DtChannel * )

void makVrv::DtSilverliningGroup::applyFog ( osg::ref_ptr< osg::Camera > camera )

Apply fog for a given camera.

void makVrv::DtSilverliningGroup::deleteGeods ( )

Tell the silver-lining group to delete its specific children.

void makVrv::DtSilverliningGroup::setGeocentricMode ( bool mode )

Set the group to be in geocentric mode.

bool makVrv::DtSilverliningGroup::geocentricMode ( ) const

Get the simulation are in geocentric mode.

void makVrv::DtSilverliningGroup::setHiResCumulus ( bool enabled )

Sets use of high-resolution (lower performance) cumulus clouds.

bool makVrv::DtSilverliningGroup::hiResCumulus ( ) const

Gets use of high-resolution cumulus clouds.

void makVrv::DtSilverliningGroup::setLensFlare ( bool enabled )

Set use of lens flare effects.

bool makVrv::DtSilverliningGroup::lensFlare ( ) const

Get the use of lens flare effects.

void makVrv::DtSilverliningGroup::setCrepuscularRays ( bool enabled )

Set use of crepuscular rays (sun rays) effects.

bool makVrv::DtSilverliningGroup::crepuscularRays ( ) const

Get the use of crepuscular rays (sun rays) effects.

void makVrv::DtSilverliningGroup::setForcedMoonPhase ( float phase )

Forces the moon phase regardless of simulated date. 0 = new moon, 1.0 = full moon.

void makVrv::DtSilverliningGroup::clearForcedMoonPhase ( )

Clears a forced moon phase and goes back to simulating it based on the date.

bool makVrv::DtSilverliningGroup::moonPhaseIsForced ( ) const

Retrieves whether a forced moon phase is being used.

float makVrv::DtSilverliningGroup::forcedMoonPhase ( ) const

Retrieves the forced moon phase (if any)

void makVrv::DtSilverliningGroup::setForcedSunAndMoon	(	double	sunLat,
		double	sunLon,
		double	moonLat,
		double	moonLon,
		bool	horizonCoords = `true`
	)

Force latitude and longitude of the sun & moon to specified positions, using horizon (default) or ecliptic coordinates Note latitudes and longitudes are in radians.

void makVrv::DtSilverliningGroup::clearForcedSunAndMoon ( )

bool makVrv::DtSilverliningGroup::sunAndMoonPositionIsForced ( ) const

Retrieves whether a forced sun and moon is being used.

void makVrv::DtSilverliningGroup::getForcedSunAndMoonPosition	(	double &	sunLat,
		double &	sunLon,
		double &	moonLat,
		double &	moonLon,
		bool &	horizonCoords
	)		const

Retrieves the forced sun an moon position (if any)

* void makVrv::DtSilverliningGroup::setLightPollution ( double Wm2 )

Sets the simulated amount of nighttime light pollution, in watts per square meter.

Defaults to zero. A reasonable value would be in the order of 0.01

double makVrv::DtSilverliningGroup::lightPollution ( ) const

Gets the simulated light pollution in watts per square meter.

virtual void makVrv::DtSilverliningGroup::setDateAndTime	(	unsigned short	year,
		unsigned char	month,
		unsigned char	day,
		unsigned char	hour,
		unsigned char	minutes,
		double	seconds,
		bool	observeDaylightSavings
	)

virtual

Setup the date and time of silver lining.

virtual void makVrv::DtSilverliningGroup::updateTime ( )

virtual

Update the time in the atmosphere.

virtual void makVrv::DtSilverliningGroup::setLocation ( const DtVector & location )

virtual

Set the location using a local coordinate (it will be converted to the global coordinate using the current coordinate system).

virtual void makVrv::DtSilverliningGroup::update ( const osg::Matrix & m )

virtual

Update the lighting.

virtual void makVrv::DtSilverliningGroup::update2D ( const osg::Matrix & m )

virtual

Update the lighting in 2D mode.

virtual void makVrv::DtSilverliningGroup::updateConditions ( DtOsgSkyObject * skyObject )

virtual

Update all conditions from a DtOsgSkyObject.

Note: Current conditions will be cleared before update.

int makVrv::DtSilverliningGroup::cloudLayerCount ( ) const

Get the number of cloud layers.

void makVrv::DtSilverliningGroup::removeCloudLayer ( int index )

Remove a cloud layer.

void makVrv::DtSilverliningGroup::setFogColor ( const osg::Vec4f & rgbA )

Set the fog color (which will be lit based on time of day) when visibility gets below the fog threshold distance.

void makVrv::DtSilverliningGroup::setFogHeight ( float height )

Sets the simulated height of the fog on the skybox only.

void makVrv::DtSilverliningGroup::setFogBlend	(	const osg::Vec4f &	rgbA,
		float	density
	)

Set parameters to blend with the fog specified in setFogColor.

The the fog alpha is the blend parameter w/ 1.0 is 100% user set fog.

void makVrv::DtSilverliningGroup::setFogOverride	(	osg::ref_ptr< osg::Camera >	camera,
		const osg::Vec4f &	rgbA,
		float	density
	)

Override all fog computations to the given fog color & density.

void makVrv::DtSilverliningGroup::setFogThresholdDistance ( float distance )

Sets the visibility distance at which fog effects kick in instead of haze.

void makVrv::DtSilverliningGroup::setHorizonColor ( const osg::Vec4f & rgbA )

Set the color of the sky at and below the horizon.

void makVrv::DtSilverliningGroup::setCubeMapDirty ( )

Set the cube map dirty flag.

void makVrv::DtSilverliningGroup::setUse16BitEnviroMap ( bool flag )

Set the silverlining atmosphere to use a 16 bit environment map.

bool makVrv::DtSilverliningGroup::getUse16BitEnviroMap ( )

Get whether or not the atmosphere should use a 16 bit environment map.

void makVrv::DtSilverliningGroup::setUsingSensorFXShader ( bool flag )

Set the flag that silverlining is using the sensorFX shaders.

bool makVrv::DtSilverliningGroup::getUsingSensorFXShader ( )

Get the flag that silverlining is using the sensorFX shaders.

void makVrv::DtSilverliningGroup::clearHorizonColor ( )

Clear usage of a set horizon color.

void makVrv::DtSilverliningGroup::clearFogOverride ( osg::ref_ptr< osg::Camera > camera )

Undo any override for fog previously set.

void makVrv::DtSilverliningGroup::clearFogOverrideForAllCameras ( void )

virtual void makVrv::DtSilverliningGroup::setUseGlobalTimeZone ( bool b )

virtual

If set to true at next update use UTC time to position sun/moon, else use local timezone based on the position of the observer.

virtual bool makVrv::DtSilverliningGroup::useGlobalTimeZone ( ) const

virtual

Get the current value of using GMT time for observer.

float makVrv::DtSilverliningGroup::getSunAlpha ( ) const

Gets the alpha value of the sun disc (affected by fog)

void makVrv::DtSilverliningGroup::setDrawSunAndMoonIntoEnvMap ( bool draw )

Sets whether the sun and moon are drawn into the environment map for reflections.

bool makVrv::DtSilverliningGroup::drawSunAndMoonIntoEnvMap ( ) const

Gets whether the sun and moon are drawn into the environment map for reflections.

float makVrv::DtSilverliningGroup::getSkyCoverage ( ) const

Retrieve the percentage of sky occluded by clouds, above the current camera position.

void makVrv::DtSilverliningGroup::addCirroCumulus	(	const DtVector &	position,
		const DtVector &	bounds,
		bool	infinite,
		bool	relative
	)

Add cirrus clouds too the scene.

void makVrv::DtSilverliningGroup::addCirrusFibratus	(	const DtVector &	position,
		const DtVector &	bounds,
		bool	infinite,
		bool	relative
	)

void makVrv::DtSilverliningGroup::addNimbostratus	(	const DtVector &	position,
		const DtVector &	bounds,
		double	density,
		bool	infinite,
		bool	relative
	)

void makVrv::DtSilverliningGroup::addCumulusMediocris	(	const DtVector &	position,
		const DtVector &	bounds,
		double	density,
		bool	infinite,
		bool	relative
	)

void makVrv::DtSilverliningGroup::addCumulusCongestus	(	const DtVector &	position,
		const DtVector &	bounds,
		double	density,
		bool	infinite,
		bool	relative
	)

void makVrv::DtSilverliningGroup::addCumulonumbusCappilatus	(	const DtVector &	position,
		const DtVector &	bounds,
		double	density,
		bool	relative
	)

void makVrv::DtSilverliningGroup::addStratocumulus	(	const DtVector &	position,
		const DtVector &	bounds,
		double	density,
		bool	infinite,
		bool	relative
	)

void makVrv::DtSilverliningGroup::setCloudLayerEnabled	(	int	index,
		bool	enabled
	)

void makVrv::DtSilverliningGroup::setCloudLayerPosition	(	int	index,
		double	xCoord,
		double	yCoord
	)

void makVrv::DtSilverliningGroup::setWind	(	double	directionDEN,
		double	minAltitude,
		double	maxAltitude,
		double	velocity
	)

void makVrv::DtSilverliningGroup::setAirTurbidity ( float turbidity )

void makVrv::DtSilverliningGroup::setVisibleDistance ( float distance )

float makVrv::DtSilverliningGroup::getVisibleDistance ( ) const

void makVrv::DtSilverliningGroup::createAtmosphere ( )

void makVrv::DtSilverliningGroup::destroyAtmosphere ( )

bool makVrv::DtSilverliningGroup::getFailedInit ( )

inline

void makVrv::DtSilverliningGroup::addRain	(	float	mmPerHour,
		bool	global
	)

void makVrv::DtSilverliningGroup::addSleet	(	float	mmPerHour,
		bool	global
	)

void makVrv::DtSilverliningGroup::addSnow	(	float	mmPerHour,
		bool	global,
		bool	wet
	)

void makVrv::DtSilverliningGroup::clearAllPrecipitation ( )

void makVrv::DtSilverliningGroup::realizeLayers ( )

SilverLining::Atmosphere* makVrv::DtSilverliningGroup::findAtmosphere ( )

DtDe& makVrv::DtSilverliningGroup::getDtDe ( )

void makVrv::DtSilverliningGroup::getGMTDateTime	(	long &	julianDate,
		double &	GMTTod
	)

osg::Node* makVrv::DtSilverliningGroup::getCloudsNode ( )

osg::Node* makVrv::DtSilverliningGroup::getSkyNode ( )

std::vector<unsigned int> makVrv::DtSilverliningGroup::getDefaultShaderVector ( )

void makVrv::DtSilverliningGroup::setSunMoonEnabled ( bool drawSunMoon )

bool makVrv::DtSilverliningGroup::getSunMoonEnabled ( )

void makVrv::DtSilverliningGroup::setStarsEnabled ( bool drawStars )

bool makVrv::DtSilverliningGroup::getStarsEnabled ( )

void makVrv::DtSilverliningGroup::enableLighting	(	osg::ref_ptr< osg::Camera >	camera,
		bool	enable
	)

virtual void makVrv::DtSilverliningGroup::setEnableHDR ( bool enable )

virtual

allows a plugin to turn on or off HDR in silverlining

virtual osg::LightSource* makVrv::DtSilverliningGroup::skyLight ( )

virtual

getter for skyLight so Triton can use it for it's lighting

void makVrv::DtSilverliningGroup::addLayer ( const CloudLayer & layer )

protected

Add layer.

void makVrv::DtSilverliningGroup::realizeLayer ( CloudLayer & layer )

protected

Realize Layer.

void makVrv::DtSilverliningGroup::destroyLayer ( DtSilverliningGroup::CloudLayer & layer )

protected

int makVrv::DtSilverliningGroup::CalculateZoneByLongitude ( double longitude )

protected

void makVrv::DtSilverliningGroup::SetTimeAndLocation ( )

protected

void makVrv::DtSilverliningGroup::addPrecipitationToClouds	(	int	type,
		float	mmPerHour
	)

protected

void makVrv::DtSilverliningGroup::updatePrecipitation ( )

protected

void makVrv::DtSilverliningGroup::setCloudVisibility ( )

protected

virtual void makVrv::DtSilverliningGroup::traverse ( osg::NodeVisitor & nv )

protectedvirtual

Traverse.

void makVrv::DtSilverliningGroup::resetLayers ( )

protected

void makVrv::DtSilverliningGroup::forceResetLayers ( )

protected

void makVrv::DtSilverliningGroup::generateCubeMap ( const osg::Matrix & viewMatrix )

protected

virtual void makVrv::DtSilverliningGroup::slot_reloadShader ( )

protectedvirtual

handle the reload shaders signal so the fog shader can be reloaded.

Member Data Documentation

DtDe& makVrv::DtSilverliningGroup::myDe

protected

OpenThreads::Mutex makVrv::DtSilverliningGroup::myMutex

mutableprotected

DtReferenceEllipsoid makVrv::DtSilverliningGroup::myRefEllip

protected

DtGeodeticCoord makVrv::DtSilverliningGroup::myGeod

protected

SilverLining::Atmosphere* makVrv::DtSilverliningGroup::myAtmosphere

protected

my atmosphere.

SilverLining::LocalTime* makVrv::DtSilverliningGroup::myLocalTime

protected

SilverLining::Location* makVrv::DtSilverliningGroup::myLocation

protected

CloudLayerList makVrv::DtSilverliningGroup::myLayers

protected

CloudLayerList makVrv::DtSilverliningGroup::myDestroyedLayers

protected

osg::ref_ptr<osg::Geode> makVrv::DtSilverliningGroup::mySkyGeod

protected

osg::ref_ptr<osg::LightSource> makVrv::DtSilverliningGroup::mySkyLight

protected

osg::ref_ptr<osg::Geode> makVrv::DtSilverliningGroup::myCloudGeod

protected

osg::ref_ptr<DtLightManagerGroup> makVrv::DtSilverliningGroup::myLightManagerGroup

protected

osg::Vec4f makVrv::DtSilverliningGroup::myFogColor

protected

osg::Vec4f makVrv::DtSilverliningGroup::myBlendedFogColor

protected

osg::Vec4f makVrv::DtSilverliningGroup::myHorizonColor

protected

bool makVrv::DtSilverliningGroup::myHasFixedHorizonColor

protected

float makVrv::DtSilverliningGroup::myFogDensity

protected

float makVrv::DtSilverliningGroup::myVisibility

protected

float makVrv::DtSilverliningGroup::myTurbidity

protected

bool makVrv::DtSilverliningGroup::myGeocFlag

protected

bool makVrv::DtSilverliningGroup::myNeedsResetFlag

protected

bool makVrv::DtSilverliningGroup::myCubeMapDirty

protected

bool makVrv::DtSilverliningGroup::myCubeMapFullRegenerate

protected

bool makVrv::DtSilverliningGroup::myCubeMapEnabled

protected

bool makVrv::DtSilverliningGroup::myLensFlareEnabled

protected

bool makVrv::DtSilverliningGroup::myCrepuscularRaysEnabled

protected

bool makVrv::DtSilverliningGroup::myMoonPhaseForced

protected

float makVrv::DtSilverliningGroup::myForcedMoonPhase

protected

bool makVrv::DtSilverliningGroup::mySunAndMoonPositionForced

protected

float makVrv::DtSilverliningGroup::myForcedSunLat

protected

float makVrv::DtSilverliningGroup::myForcedSunLon

protected

float makVrv::DtSilverliningGroup::myForcedMoonLat

protected

float makVrv::DtSilverliningGroup::myForcedMoonLon

protected

bool makVrv::DtSilverliningGroup::myForcedSunAndMoonUsingHorizonCoords

protected

bool makVrv::DtSilverliningGroup::myHiResCumulus

protected

bool makVrv::DtSilverliningGroup::myDrawSunAndMoonIntoEnvMap

protected

bool makVrv::DtSilverliningGroup::myUse16BitEnviroMap

protected

bool makVrv::DtSilverliningGroup::myUsingSensorFXShader

protected

FogOverrideMap makVrv::DtSilverliningGroup::myOverrideFogMap

protected

std::map<osg::ref_ptr<osg::Camera>, float> makVrv::DtSilverliningGroup::myFogOverrideDensityMap

protected

std::map<osg::ref_ptr<osg::Camera>, osg::Vec4f> makVrv::DtSilverliningGroup::myFogOverrideColorMap

protected

osg::ref_ptr<osg::Uniform> makVrv::DtSilverliningGroup::myLightLevelUniform

protected

osg::ref_ptr<osg::Uniform> makVrv::DtSilverliningGroup::myLightAmbientUniform

protected

float makVrv::DtSilverliningGroup::myFogHeight

protected

float makVrv::DtSilverliningGroup::myFogThresholdDistance

protected

float makVrv::DtSilverliningGroup::mySunAlpha

protected

bool makVrv::DtSilverliningGroup::myCurveCloudsTowardGround

protected

bool makVrv::DtSilverliningGroup::myPrecipitationStateSaved

protected

int makVrv::DtSilverliningGroup::mySavedPrecipitationType

protected

float makVrv::DtSilverliningGroup::mySavedPrecipitationIntensity

protected

bool makVrv::DtSilverliningGroup::myForceRelight

protected

osg::ref_ptr<DtOsgFogComponent> makVrv::DtSilverliningGroup::myFogComponent

protected

bool makVrv::DtSilverliningGroup::myFogInstalled

protected

std::vector<unsigned int> makVrv::DtSilverliningGroup::myDefaultShaderVector

protected

bool makVrv::DtSilverliningGroup::myDrawStars

protected

bool makVrv::DtSilverliningGroup::myDrawSunMoon

protected

DtSignalConnectionManager makVrv::DtSilverliningGroup::myConnections

protected

bool makVrv::DtSilverliningGroup::myUseGlobalTimeZone

protected

bool makVrv::DtSilverliningGroup::myFailedInit

protected

bool makVrv::DtSilverliningGroup::myLastAtmosphereFogEnabled

protected

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

/exports/nfedora7-1/nightly/docs/vrforcesDevelopment.tot/include/vrvOsg/DtSilverliningGroup.h

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