The DtOsgRenderer is the component responsible for rendering 3D images onto the screen via OpenSceneGraph The component responsible for drawing 3D images onto a screen is the DtRenderer. More...

Inheritance diagram for makVrv::DtOsgRenderer:

[legend]

Public Member Functions
virtual	~DtOsgRenderer ()
	DTOR.
virtual void	update ()
	Add functionality to update, update dynamic objects.
virtual void	render ()
	Render.
virtual bool	viewExists () const
	Returns whether or not a view (typically a window) exists.
virtual void	resetSceneGraph ()
	Removes all nodes from the scene graph.
virtual void	removeChannelRoot (DtChannel *channel)
	Checks to see if this channel has a root, and, if it does, remove it from all model set roots.
virtual void	addNodeToRoot (osg::Node *node, const DtSceneRoot &sr, bool createOnAccess=true)
	Add a node to the specified SceneRoot.
virtual void	removeNodeFromRoot (osg::Node *node, const DtSceneRoot &sr)
	Remove a node from the specified SceneRoot.
virtual void	traverseRoot (osg::NodeVisitor &nv, const DtSceneRoot &sr)
	Traverse from the specified SceneRoot with the given visitor.
virtual void	setSceneRootNodeMask (const DtSceneRoot &sr, osg::Node::NodeMask nodemask)
	Set the nodemask of a SceneRoot.
virtual osg::Node::NodeMask	sceneRootNodeMask (const DtSceneRoot &sr)
	Get the nodemask of a SceneRoot.
virtual osg::BoundingSphere	sceneRootBound (const DtSceneRoot &sr)
	Get the bounding sphere of sceneRoot.
virtual osg::BoundingSphere	sceneRootListBound (const DtSceneRootList &srList)
	Get the bounding sphere of list of sceneRoots.
virtual void	addChannelToModelSetRoot (int modelSetId, DtChannel *channel)
	Set the specified channel to render a modelSet root.
virtual void	removeChannelFromModelSetRoot (int modelSetId, DtChannel *channel)
	Stop the specified channel from rendering a modelSet root.
virtual void	addChannelToVisualizerRoot (int modelSetId, int visualizerType, DtChannel *channel)
	Set the specified channel to render a visualizer type root.
virtual void	removeChannelFromVisualizerRoot (int modelSetId, int visualizerType, DtChannel *channel)
	Stop the specified channel from rendering a visualizer type root.
virtual void	setSceneDataToRenderRoot (osgViewer::View &view)
	Set the sceneData of a view to the top of the scene graph.
virtual void	addSceneToCamera (osg::Camera *camera)
	Add the scene to the specified camera.
virtual void	addSceneRootToNode (const DtSceneRoot &sr, osg::Group *node, bool createOnAccess=true)
	Add the specified SceneRoot to an OSG group node.
virtual osg::Group *	findSceneRootChildByName (const DtSceneRoot &parent, const std::string &rootName)
	Look up a root by name in the parent specified by SceneRoot.
virtual bool	matchesSceneRoot (const DtSceneRoot &sr, osg::Group *group)
	Does this group match the given scene root.
virtual void	releaseResources ()
	Release all openGL objects in the scene graph.
virtual void	releaseResources (osg::State *state)
	Release all openGL objects in the scene graph.
void	setRootNode (osg::Group *, bool copyChildrenFromOldRoot)
	Set the new scene root node, and optionally copy the old root children.
void	resetRoot ()
	Reset the scene root node back to the original node.
void	registerPagedLODs (osg::Node *node)
	Register any paged LOD's with all of the existing database pagers.
void	clearPagedLODs ()
	Register any paged LOD's with all of the existing database pagers.
virtual void	setPerformanceStatsOverlayEnabled (bool show)
	Set whether IG performance stats overlay is enabled.
virtual bool	performanceStatsOverlayEnabled () const
	Get whether IG performance stats overlay is enabled.
virtual void	setProfilerOverlayEnabled (bool show)
	Set whether IG function profiler overlay is enabled.
virtual bool	profilerOverlayEnabled () const
	Get whether IG function profiler overlay is enabled.
virtual void	setWireframeRendering (bool enabled)
	Turn on/off wireframe mode rendering.
virtual void	setDdsFlip (bool flip)
	Turn on/off dds flip.
virtual bool	wireframeRendering () const
	Check wireframe status.
virtual void	setShadowState (bool enabled)
	Set the global shadow mode.
virtual bool	shadowsEnabled () const
	Get global shadow mode.
void	setTerrainScalingEnabled (bool enabled)
	Set whether terrain scaling is on.
void	setTerrainScaleFactor (double scaleFactor)
	Set the terrain scale factor (only used if scaling is on)
virtual bool	makeContextCurrent ()
	Attempt to make a context current.
DtFontManager &	fontManager ()
	Get the font manager.
const DtFontManager &	fontManager () const
DtEffectManager &	effectManager ()
	Get the font manager.
const DtEffectManager &	effectManager () const
void	debugDrawBox (const osg::Vec3 &center, const osg::Vec3 &extents)
	Draw a box in the next frame.
void	debugDrawBox (const osg::Vec3 &center, const osg::Vec3 &extents, const osg::Quat &orientation)
	Draw a box in the next frame.
void	setChannelShadowState (DtOsgChannel *osgChannel, bool enable)
	Set the shadow mode for channels.
bool	getChannelShadowSettings (DtOsgChannel osgChannel, DtShadowSettingsObject shadowSettingObject, bool isPlanView)
	Gets the shadow settings for this channel.
bool	getChannelCloudShadowMap (DtOsgChannel osgChannel, unsigned int textureIndex, osg::Matrix *textureViewProjMatrix)
	Gets the cloud shadow map for this channel.
bool	getCameraCloudShadowMap (osg::Camera camera, unsigned int textureIndex, osg::Matrix *textureViewProjMatrix)
	Gets the cloud shadow map for this camera.
osg::StateSet *	sgRenderRootStateSet ()
	Gets the stateset for the main render group root node.
Public Member Functions inherited from makVrv::DtRenderer
	DtRenderer (DtDe &de)
	CTOR.
virtual	~DtRenderer ()
	DTOR.
virtual void	postUpdate ()
	Called after tick; time to update observers.
DtObserverObjectManager *	observerObjectManager ()
	Get the observer object manager.
DtTickableManagerInterface &	tickableManager ()
	Get the scene manager's attachable scene object manager.
const DtTickableManagerInterface &	tickableManager () const
DtOverlayManager &	overlayManager ()
	Get the manager's over the 2D overlays.
const DtOverlayManager &	overlayManager () const
void	createManagers ()
	Create overlay manager, must be called after creating the renderer as the manager may expect a specific subclasses of renderer.
const DtRenderMap &	renderMap () const
	Returns a const reference to the unordered map that contains all the element IDs of objects that were in the scene and what simTime they were last rendered in the scene.

Static Public Member Functions
static DtOsgRenderer *	findInstance (DtDe &de)
	Attempt to get the Osg renderer for the de.

Public Attributes
boost::signal< void(int modelSet, int visualType) >	signal_visualizerRootAdded
boost::signal< void(DtChannel *) >	signal_channelRootAdded
Public Attributes inherited from makVrv::DtRenderer
boost::signal< void(double simTime)>	signal_update
	Signal used to update systems.
boost::signal< void(double simTime)>	signal_preObserverUpdate
	Signal used to update systems.
boost::signal< void(double simTime)>	signal_postUpdate
	Signal used to update systems.
boost::signal< void()>	signal_releaseResources
	Signal used to update systems.

Static Public Attributes
static const int	SKY_RENDERBIN = -10
static const int	DEFAULT_RENDERBIN = 0
static const int	DEPTH_ONLY_RENDERBIN = 6
static const int	OCEAN_RENDERBIN = 7
static const int	LIGHTPOINT_RENDERBIN = 8
static const int	CLOUD_RENDERBIN = 9
static const int	DEFAULT_TRANSPARENT_RENDERBIN = 10
static const int	COCKPIT_RENDERBIN = 25
static const std::string	SkyBin
static const std::string	DepthOnlyBin
static const std::string	OceanBin
static const std::string	LightPointBin
static const std::string	CloudBin
static const std::string	CockpitBin

Friends
class	DtSceneGraph
class	DtOsgRendererCreator
class	DtSceneGraphTreeLogic

Utility functions for getting scene root index objects.
typedef boost::unordered_map < int, osg::ref_ptr < osg::Group > >	RootMap
	Under each model set group is another channel group for each visualizer type.
typedef boost::unordered_map < int, osg::ref_ptr < osgShadow::ShadowedScene > >	ShadowedSceneMap
	Under each model set group is another channel group for each visualizer type.
typedef int	ModelSet
	Under each model set group is another channel group for each visualizer type.
typedef int	VisualizerType
	Under each model set group is another channel group for each visualizer type.
typedef boost::unordered_map < ModelSet, osg::ref_ptr < osg::Group > >	ModelSetRootMap
	Under each model set group is another channel group for each visualizer type.
typedef boost::unordered_map < VisualizerType, osg::ref_ptr < osg::Group > >	VisualizerTypeRootMap
	Under each model set group is another channel group for each visualizer type.
typedef boost::unordered_map < ModelSet, VisualizerTypeRootMap >	ModelSetVisualizerTypeRootMap
	Under each model set group is another channel group for each visualizer type.
typedef boost::unordered_map < DtChannel *, ModelSetRootMap >	ChannelRootMap
	DtChannelSpecificGroup that contains only the channel it represents.
DtSceneGraph *	mySceneGraph
	Under each model set group is another channel group for each visualizer type.
DtFontManager *	myFontManager
	Under each model set group is another channel group for each visualizer type.
DtEffectManager *	myEffectManager
	Under each model set group is another channel group for each visualizer type.
DtOsgWindowManager *	myOsgWindowManager
	Under each model set group is another channel group for each visualizer type.
osg::ref_ptr< osgViewer::Viewer >	myDefaultViewer
	This viewer exists so that when there are no displays, windows, or channels, the scene can be updated and kept current.
osg::ref_ptr< osg::Group >	myRenderRoot
	Under each model set group is another channel group for each visualizer type.
osg::ref_ptr< osg::Group >	myDebugRoot
	Group for drawing debug graphics, cleared after each frame.
osg::ref_ptr< osg::Geode >	myDebugBox
	Shared geometry for debug boxes.
osg::ref_ptr< osg::Group >	myEnvironmentRoot
	Under each model set group is another channel group for each visualizer type.
osg::ref_ptr< osg::Group >	myTerrainRoot
	Under each model set group is another channel group for each visualizer type.
osg::ref_ptr< osg::Group >	myPropsRoot
	Under each model set group is another channel group for each visualizer type.
osg::ref_ptr < DtFastMatrixTransform >	myScaledTerrainRoot
	Under each model set group is another channel group for each visualizer type.
osg::ref_ptr < DtFastMatrixTransform >	myScaledPropsRoot
	Under each model set group is another channel group for each visualizer type.
osg::Matrix	myScaleMatrix
	Under each model set group is another channel group for each visualizer type.
ModelSetRootMap	myModelSetMap
	Under each model set group is another channel group for each visualizer type.
ModelSetVisualizerTypeRootMap	myVisualizerRootMap
	Under each model set group is another channel group for each visualizer type.
ChannelRootMap	myChannelRootMap
	Under each model set group is another channel group for each visualizer type.
ShadowedSceneMap	myShadowedSceneMap
	Under each model set group is another channel group for each visualizer type.
RootMap	myShadowRootMap
	Under each model set group is another channel group for each visualizer type.
osg::ref_ptr< osgUtil::RenderBin >	mySkyBin
	Under each model set group is another channel group for each visualizer type.
osg::ref_ptr< osgUtil::RenderBin >	myDepthOnlyBin
	Under each model set group is another channel group for each visualizer type.
osg::ref_ptr< osgUtil::RenderBin >	myOceanBin
	Under each model set group is another channel group for each visualizer type.
osg::ref_ptr< osgUtil::RenderBin >	myLightPointBin
	Under each model set group is another channel group for each visualizer type.
osg::ref_ptr< osgUtil::RenderBin >	myCloudBin
	Under each model set group is another channel group for each visualizer type.
osg::ref_ptr< osgUtil::RenderBin >	myCockpitBin
	Under each model set group is another channel group for each visualizer type.
bool	myWireframeOn
	Under each model set group is another channel group for each visualizer type.
bool	myShadowsEnabled
	Under each model set group is another channel group for each visualizer type.
DtOsgProfilerOverlay *	myProfilerOverlay
	Under each model set group is another channel group for each visualizer type.
DtOsgPerformanceStatsOverlay *	myPerformanceStatsOverlay
	Under each model set group is another channel group for each visualizer type.
DtTaxiwaySignManager *	myTaxiwaySignManager
	Under each model set group is another channel group for each visualizer type.
DtRunwayMarkingManager *	myRunwayMarkingManager
	Under each model set group is another channel group for each visualizer type.
DtLightIndicatorManager *	myLightIndicatorManager
	Under each model set group is another channel group for each visualizer type.
double	myTerrainScaleFactor
	Under each model set group is another channel group for each visualizer type.
bool	myTerrainScaleFactorChanged
	Under each model set group is another channel group for each visualizer type.
bool	myTerrainScalingEnabled
	Under each model set group is another channel group for each visualizer type.
bool	myTerrainScalingEnabledChanged
	Under each model set group is another channel group for each visualizer type.
bool	myResourcesReleased
	Under each model set group is another channel group for each visualizer type.
static DtSceneRoot	theRenderRoot
	Under each model set group is another channel group for each visualizer type.
static DtSceneRoot	theEnvironmentRoot
	Under each model set group is another channel group for each visualizer type.
static DtSceneRoot	theTerrainRoot
	Under each model set group is another channel group for each visualizer type.
static DtSceneRoot	thePropRoot
	Under each model set group is another channel group for each visualizer type.
static DtSceneRoot	renderRoot ()
	Under each model set group is another channel group for each visualizer type.
static DtSceneRoot	environmentRoot ()
	Under each model set group is another channel group for each visualizer type.
static DtSceneRoot	terrainRoot ()
	Under each model set group is another channel group for each visualizer type.
static DtSceneRoot	propRoot ()
	Under each model set group is another channel group for each visualizer type.
static DtSceneRoot	modelSetRoot (int modelSet)
	Under each model set group is another channel group for each visualizer type.
static DtSceneRoot	visualizerTypeRoot (int modelSet, int visualizerType)
	Under each model set group is another channel group for each visualizer type.
static DtSceneRoot	channelRoot (int modelSet, DtChannel *channel)
	Under each model set group is another channel group for each visualizer type.
virtual void	moveRootToShadowRoot (const DtSceneRoot &targetRoot, osg::Group shadowRoot, osg::Group modelSetRoot)
	Move a target root out of its model set root and into the shadow root.
virtual osgViewer::ViewerBase &	viewer ()
	Returns the current OSG viewer.
	DtOsgRenderer (DtDe &de)
	CTOR This is protected, use the creator instead.
osg::Group *	sgRenderRoot ()
	Get the scene graph render root.
osg::Group *	sgEnvironmentRoot ()
	Get the environment root which controls the scene's lighting and other global state.
osg::Group *	sgPropsRoot ()
	Get the props root node.
osg::Group *	sgTerrainRoot ()
	Get the terrains root node.
osg::Group *	sgScaledTerrainRoot ()
	Get the active terrain root when terrain scaling is on.
osg::Group *	sgScaledPropsRoot ()
	Get the active props root when terrain scaling is on.
osg::Group *	sgModelSetRoot (int modelSet)
	Get the root for a given modelSet.
osg::Group *	sgVisualizerRoot (int modelSet, int visualizerType, bool createOnAccess=true)
	Get the root for visual models of a specific type in a specific model set If the root does not exist and createOnAccess is true, it will be created and returned; otherwise, returns 0.
osg::Group *	sgChannelRoot (int modelSet, DtChannel *channel, bool createOnAccess=true)
	Get the root for the given channel.
void	slot_onViewCreated ()
	When a window is created, the fill out its myOsgWindowManager pointer.
void	slot_onViewToBeDestroyed ()
	When a window is about to be destroyed, check if its the last window and if so, null out the myOsgWindowManager pointer.
void	slot_onWireframeModeChanged (bool mode)
	receive signals from the shared state about wireframe mode
void	slot_onDdsFlipChanged (bool flip)
	receive signals from the shared state about dds flip mode
virtual void	slot_onProfilerOverlayOnChanged (bool mode)
	receive signals from the shared state about performance overlays
virtual void	slot_onPerformanceStatsOverlayOnChanged (bool mode)
	receive signals from the shared state about performance overlays
void	slot_onShadowStateChanged (bool shadowMode)
	receive signals from the shared state abotu the shadow state
void	slot_onTerrainScalingEnabledChanged (bool enabled)
	receive signals from the shared state about the terrain scaling state
void	slot_onTerrainScaleFactorChanged (double scaleFactor)
	receive signals from the shared state about the terrain scale factor
void	slot_onCoordinateSystemChanged (const std::string &coordinateSystemType)
	receive signals from the shared state about coordinate system changes
void	advanceTime ()
	Advance time, necessary when running as a slave.
void	updateSceneGraph ()
	Under each model set group is another channel group for each visualizer type.
void	clearEmptyWindows ()
	This method checks for windows that exist but have no channels.
virtual void	removeShadows ()
	removes the shadows from the tree and restores any children to the scene root
virtual void	createShadowRoots ()
	creates a shadowed scene and adds it to the scene root
virtual bool	exportTerrainAndProps (const std::string &)
	Saves terrain geometry and props to specified file.
virtual osg::Group *	createModelSetRoot (int modelSet)
	Under each model set group is another channel group for each visualizer type.
virtual osg::Group *	createVisualizerRoot (int modelSet, int visualizer)
	Under each model set group is another channel group for each visualizer type.
virtual osg::Group *	createChannelRoot (int modelSet, DtChannel *)
	Create a root that is associated with the channel.
virtual osgShadow::ShadowedScene *	createModelSetSpecificShadowRootAndScene (int modelSet)
	Under each model set group is another channel group for each visualizer type.
virtual osg::Group *	modelSetSpecificShadowRoot (int modelSet)
	Under each model set group is another channel group for each visualizer type.
virtual osgShadow::ShadowedScene *	modelSetSpecificShadowScene (int modelSet)
	Under each model set group is another channel group for each visualizer type.
virtual void	updateTerrainScaling ()
	Under each model set group is another channel group for each visualizer type.
virtual void	initAerodromeManagers ()
	Under each model set group is another channel group for each visualizer type.
virtual void	updateAerodrome ()
	Under each model set group is another channel group for each visualizer type.
void	swapChildren (osg::Node currentChild, osg::Node newChild)
	Under each model set group is another channel group for each visualizer type.
virtual void	updateRenderMap (const CullSet &cullSet)
	Update the map of recently rendered element IDs and when they were last rendered.
void	postInitialize ()
	Used to connect to the instance manager signal that provides the render set.

Additional Inherited Members
Public Types inherited from makVrv::DtRenderer
typedef boost::unordered_map < DtElementID, double >	DtRenderMap
	Type definition of an unordered map that maps the element ids of objects recently rendered to the last simulation time at which they were rendered.
Protected Attributes inherited from makVrv::DtRenderer
DtDe &	myDe
DtObserverObjectManager *	myObserverObjectManager
DtTickableManagerInterface *	myTickableManager
DtOverlayManager *	myOverlayManager
DtRenderMap	myRenderMap
DtSignalConnectionManager	myConnections

Detailed Description

The DtOsgRenderer is the component responsible for rendering 3D images onto the screen via OpenSceneGraph The component responsible for drawing 3D images onto a screen is the DtRenderer.

Each display engine owns one. The DtRenderer provides an interface for updating the scene graph and rendering the scene. Its update() and render() functions are called each display engine tick.

The core VR-Vantage Toolkit framework abstracts away from the underlying rendering implementation. This separation ensures that the rendering-independent code remains independent of OSG, while the rendering code exists in the libraries that depend on OSG. (VR-Vantage can support alternate rendering solutions.) The DtOsgRenderer is the OSG implementation of the DtRenderer and draws 3D images via OpenSceneGraph.

Member Typedef Documentation

typedef boost::unordered_map<int, osg::ref_ptr<osg::Group> > makVrv::DtOsgRenderer::RootMap

protected

Under each model set group is another channel group for each visualizer type.

So we have a map of visualizer type groups, one per model set

typedef boost::unordered_map<int, osg::ref_ptr<osgShadow::ShadowedScene> > makVrv::DtOsgRenderer::ShadowedSceneMap

protected

Under each model set group is another channel group for each visualizer type.

So we have a map of visualizer type groups, one per model set

typedef int makVrv::DtOsgRenderer::ModelSet

protected

Under each model set group is another channel group for each visualizer type.

So we have a map of visualizer type groups, one per model set

typedef int makVrv::DtOsgRenderer::VisualizerType

protected

Under each model set group is another channel group for each visualizer type.

So we have a map of visualizer type groups, one per model set

typedef boost::unordered_map<ModelSet, osg::ref_ptr<osg::Group> > makVrv::DtOsgRenderer::ModelSetRootMap

protected

Under each model set group is another channel group for each visualizer type.

So we have a map of visualizer type groups, one per model set

typedef boost::unordered_map<VisualizerType, osg::ref_ptr<osg::Group> > makVrv::DtOsgRenderer::VisualizerTypeRootMap

protected

Under each model set group is another channel group for each visualizer type.

So we have a map of visualizer type groups, one per model set

typedef boost::unordered_map<ModelSet, VisualizerTypeRootMap> makVrv::DtOsgRenderer::ModelSetVisualizerTypeRootMap

protected

Under each model set group is another channel group for each visualizer type.

So we have a map of visualizer type groups, one per model set

typedef boost::unordered_map<DtChannel*, ModelSetRootMap > makVrv::DtOsgRenderer::ChannelRootMap

protected

DtChannelSpecificGroup that contains only the channel it represents.

This will allow for osg nodes to be parented on a channel basis under each model set. As an observer changes which model set it is viewing on the channel, the channel will be removed fom the channel specific group, however, the root itself will stay. The only time the root is removed is when the channel itself is destroyed

Constructor & Destructor Documentation

virtual makVrv::DtOsgRenderer::~DtOsgRenderer ( )

virtual

DTOR.

makVrv::DtOsgRenderer::DtOsgRenderer ( DtDe & de )

protected

CTOR This is protected, use the creator instead.

Member Function Documentation

static DtOsgRenderer* makVrv::DtOsgRenderer::findInstance ( DtDe & de )

static

Attempt to get the Osg renderer for the de.

If the de is not initialized or the Renderer is of a different type the returned pointer will be null.

Return values

0	If the de does not have an OSG renderer.

virtual void makVrv::DtOsgRenderer::update ( )

virtual

Add functionality to update, update dynamic objects.

Reimplemented from makVrv::DtRenderer.

virtual void makVrv::DtOsgRenderer::render ( )

virtual

Render.

Implements makVrv::DtRenderer.

virtual bool makVrv::DtOsgRenderer::viewExists ( ) const

virtual

Returns whether or not a view (typically a window) exists.

virtual void makVrv::DtOsgRenderer::resetSceneGraph ( )

virtual

Removes all nodes from the scene graph.

Implements makVrv::DtRenderer.

virtual void makVrv::DtOsgRenderer::removeChannelRoot ( DtChannel * channel )

virtual

Checks to see if this channel has a root, and, if it does, remove it from all model set roots.

This will typically happen when a channel is destroyed

virtual void makVrv::DtOsgRenderer::addNodeToRoot	(	osg::Node *	node,
		const DtSceneRoot &	sr,
		bool	createOnAccess = `true`
	)

virtual

Add a node to the specified SceneRoot.

virtual void makVrv::DtOsgRenderer::removeNodeFromRoot	(	osg::Node *	node,
		const DtSceneRoot &	sr
	)

virtual

Remove a node from the specified SceneRoot.

virtual void makVrv::DtOsgRenderer::traverseRoot	(	osg::NodeVisitor &	nv,
		const DtSceneRoot &	sr
	)

virtual

Traverse from the specified SceneRoot with the given visitor.

virtual void makVrv::DtOsgRenderer::setSceneRootNodeMask	(	const DtSceneRoot &	sr,
		osg::Node::NodeMask	nodemask
	)

virtual

Set the nodemask of a SceneRoot.

virtual osg::Node::NodeMask makVrv::DtOsgRenderer::sceneRootNodeMask ( const DtSceneRoot & sr )

virtual

Get the nodemask of a SceneRoot.

virtual osg::BoundingSphere makVrv::DtOsgRenderer::sceneRootBound ( const DtSceneRoot & sr )

virtual

Get the bounding sphere of sceneRoot.

virtual osg::BoundingSphere makVrv::DtOsgRenderer::sceneRootListBound ( const DtSceneRootList & srList )

virtual

Get the bounding sphere of list of sceneRoots.

virtual void makVrv::DtOsgRenderer::addChannelToModelSetRoot	(	int	modelSetId,
		DtChannel *	channel
	)

virtual

Set the specified channel to render a modelSet root.

virtual void makVrv::DtOsgRenderer::removeChannelFromModelSetRoot	(	int	modelSetId,
		DtChannel *	channel
	)

virtual

Stop the specified channel from rendering a modelSet root.

virtual void makVrv::DtOsgRenderer::addChannelToVisualizerRoot	(	int	modelSetId,
		int	visualizerType,
		DtChannel *	channel
	)

virtual

Set the specified channel to render a visualizer type root.

virtual void makVrv::DtOsgRenderer::removeChannelFromVisualizerRoot	(	int	modelSetId,
		int	visualizerType,
		DtChannel *	channel
	)

virtual

Stop the specified channel from rendering a visualizer type root.

virtual void makVrv::DtOsgRenderer::setSceneDataToRenderRoot ( osgViewer::View & view )

virtual

Set the sceneData of a view to the top of the scene graph.

virtual void makVrv::DtOsgRenderer::addSceneToCamera ( osg::Camera * camera )

virtual

Add the scene to the specified camera.

virtual void makVrv::DtOsgRenderer::addSceneRootToNode	(	const DtSceneRoot &	sr,
		osg::Group *	node,
		bool	createOnAccess = `true`
	)

virtual

Add the specified SceneRoot to an OSG group node.

This should be used with caution - it creates a dependency between the caller and the scene graph's internal node structure.

virtual osg::Group* makVrv::DtOsgRenderer::findSceneRootChildByName	(	const DtSceneRoot &	parent,
		const std::string &	rootName
	)

virtual

Look up a root by name in the parent specified by SceneRoot.

This should not be used to access roots that are created by Vantage. It Is provided for plugins to find the roots possibly created by other plugins (such as multiple GlStudio plugins, for example)

virtual bool makVrv::DtOsgRenderer::matchesSceneRoot	(	const DtSceneRoot &	sr,
		osg::Group *	group
	)

virtual

Does this group match the given scene root.

virtual void makVrv::DtOsgRenderer::releaseResources ( )

inlinevirtual

Release all openGL objects in the scene graph.

Implements makVrv::DtRenderer.

virtual void makVrv::DtOsgRenderer::releaseResources ( osg::State * state )

virtual

Release all openGL objects in the scene graph.

void makVrv::DtOsgRenderer::setRootNode	(	osg::Group *	,
		bool	copyChildrenFromOldRoot
	)

Set the new scene root node, and optionally copy the old root children.

void makVrv::DtOsgRenderer::resetRoot ( )

Reset the scene root node back to the original node.

void makVrv::DtOsgRenderer::registerPagedLODs ( osg::Node * node )

Register any paged LOD's with all of the existing database pagers.

void makVrv::DtOsgRenderer::clearPagedLODs ( )

Register any paged LOD's with all of the existing database pagers.

virtual void makVrv::DtOsgRenderer::setPerformanceStatsOverlayEnabled ( bool show )

virtual

Set whether IG performance stats overlay is enabled.

virtual bool makVrv::DtOsgRenderer::performanceStatsOverlayEnabled ( ) const

virtual

Get whether IG performance stats overlay is enabled.

virtual void makVrv::DtOsgRenderer::setProfilerOverlayEnabled ( bool show )

virtual

Set whether IG function profiler overlay is enabled.

virtual bool makVrv::DtOsgRenderer::profilerOverlayEnabled ( ) const

virtual

Get whether IG function profiler overlay is enabled.

virtual void makVrv::DtOsgRenderer::setWireframeRendering ( bool enabled )

virtual

Turn on/off wireframe mode rendering.

Implements makVrv::DtRenderer.

virtual void makVrv::DtOsgRenderer::setDdsFlip ( bool flip )

virtual

Turn on/off dds flip.

virtual bool makVrv::DtOsgRenderer::wireframeRendering ( ) const

virtual

Check wireframe status.

Implements makVrv::DtRenderer.

virtual void makVrv::DtOsgRenderer::setShadowState ( bool enabled )

virtual

Set the global shadow mode.

Implements makVrv::DtRenderer.

virtual bool makVrv::DtOsgRenderer::shadowsEnabled ( ) const

virtual

Get global shadow mode.

Implements makVrv::DtRenderer.

void makVrv::DtOsgRenderer::setTerrainScalingEnabled ( bool enabled )

Set whether terrain scaling is on.

void makVrv::DtOsgRenderer::setTerrainScaleFactor ( double scaleFactor )

Set the terrain scale factor (only used if scaling is on)

virtual bool makVrv::DtOsgRenderer::makeContextCurrent ( )

virtual

Attempt to make a context current.

Returns: true if a context was made current.

Implements makVrv::DtRenderer.

DtFontManager& makVrv::DtOsgRenderer::fontManager ( )

Get the font manager.

const DtFontManager& makVrv::DtOsgRenderer::fontManager ( ) const

DtEffectManager& makVrv::DtOsgRenderer::effectManager ( )

Get the font manager.

const DtEffectManager& makVrv::DtOsgRenderer::effectManager ( ) const

void makVrv::DtOsgRenderer::debugDrawBox	(	const osg::Vec3 &	center,
		const osg::Vec3 &	extents
	)

Draw a box in the next frame.

void makVrv::DtOsgRenderer::debugDrawBox	(	const osg::Vec3 &	center,
		const osg::Vec3 &	extents,
		const osg::Quat &	orientation
	)

Draw a box in the next frame.

void makVrv::DtOsgRenderer::setChannelShadowState	(	DtOsgChannel *	osgChannel,
		bool	enable
	)

Set the shadow mode for channels.

bool makVrv::DtOsgRenderer::getChannelShadowSettings	(	DtOsgChannel *	osgChannel,
		DtShadowSettingsObject **	shadowSettingObject,
		bool *	isPlanView
	)

Gets the shadow settings for this channel.

bool makVrv::DtOsgRenderer::getChannelCloudShadowMap	(	DtOsgChannel *	osgChannel,
		unsigned int *	textureIndex,
		osg::Matrix *	textureViewProjMatrix
	)

Gets the cloud shadow map for this channel.

bool makVrv::DtOsgRenderer::getCameraCloudShadowMap	(	osg::Camera *	camera,
		unsigned int *	textureIndex,
		osg::Matrix *	textureViewProjMatrix
	)

Gets the cloud shadow map for this camera.

osg::StateSet* makVrv::DtOsgRenderer::sgRenderRootStateSet ( )

Gets the stateset for the main render group root node.

static DtSceneRoot makVrv::DtOsgRenderer::renderRoot ( )

static

Under each model set group is another channel group for each visualizer type.

So we have a map of visualizer type groups, one per model set

static DtSceneRoot makVrv::DtOsgRenderer::environmentRoot ( )

static

Under each model set group is another channel group for each visualizer type.

So we have a map of visualizer type groups, one per model set

static DtSceneRoot makVrv::DtOsgRenderer::terrainRoot ( )

static

Under each model set group is another channel group for each visualizer type.

So we have a map of visualizer type groups, one per model set

static DtSceneRoot makVrv::DtOsgRenderer::propRoot ( )

static

Under each model set group is another channel group for each visualizer type.

So we have a map of visualizer type groups, one per model set

static DtSceneRoot makVrv::DtOsgRenderer::modelSetRoot ( int modelSet )

inlinestatic

Under each model set group is another channel group for each visualizer type.

So we have a map of visualizer type groups, one per model set

static DtSceneRoot makVrv::DtOsgRenderer::visualizerTypeRoot	(	int	modelSet,
		int	visualizerType
	)

inlinestatic

Under each model set group is another channel group for each visualizer type.

So we have a map of visualizer type groups, one per model set

static DtSceneRoot makVrv::DtOsgRenderer::channelRoot	(	int	modelSet,
		DtChannel *	channel
	)

inlinestatic

Under each model set group is another channel group for each visualizer type.

So we have a map of visualizer type groups, one per model set

virtual void makVrv::DtOsgRenderer::moveRootToShadowRoot	(	const DtSceneRoot &	targetRoot,
		osg::Group *	shadowRoot,
		osg::Group *	modelSetRoot
	)

protectedvirtual

Move a target root out of its model set root and into the shadow root.

virtual osgViewer::ViewerBase& makVrv::DtOsgRenderer::viewer ( )

protectedvirtual

Returns the current OSG viewer.

Generally this is a DefaultViewer before the display is initialized, and a composite viewer afterwards

osg::Group* makVrv::DtOsgRenderer::sgRenderRoot ( )

protected

Get the scene graph render root.

This node will not change and should only be accessed when connecting a window to it.

osg::Group* makVrv::DtOsgRenderer::sgEnvironmentRoot ( )

protected

Get the environment root which controls the scene's lighting and other global state.

osg::Group* makVrv::DtOsgRenderer::sgPropsRoot ( )

protected

Get the props root node.

osg::Group* makVrv::DtOsgRenderer::sgTerrainRoot ( )

protected

Get the terrains root node.

osg::Group* makVrv::DtOsgRenderer::sgScaledTerrainRoot ( )

protected

Get the active terrain root when terrain scaling is on.

osg::Group* makVrv::DtOsgRenderer::sgScaledPropsRoot ( )

protected

Get the active props root when terrain scaling is on.

osg::Group* makVrv::DtOsgRenderer::sgModelSetRoot ( int modelSet )

protected

Get the root for a given modelSet.

Nodes aren't put directly under here (except the model set-specific visualizer type nodes) but channels subscribe and unsubscribe to these

Returns a DtChannelSpecificGroup or an osg::Group

osg::Group* makVrv::DtOsgRenderer::sgVisualizerRoot	(	int	modelSet,
		int	visualizerType,
		bool	createOnAccess = `true`
	)

protected

Get the root for visual models of a specific type in a specific model set If the root does not exist and createOnAccess is true, it will be created and returned; otherwise, returns 0.

Returns a DtChannelSpecificGroup or an osg::Group

osg::Group* makVrv::DtOsgRenderer::sgChannelRoot	(	int	modelSet,
		DtChannel *	channel,
		bool	createOnAccess = `true`
	)

protected

Get the root for the given channel.

Nodes are put directly under this root. If root does not exist and createOnAccess is true will create, else return 0

Returns a DtChannelSpecificGroup or an osg::Group

void makVrv::DtOsgRenderer::slot_onViewCreated ( )

protected

When a window is created, the fill out its myOsgWindowManager pointer.

void makVrv::DtOsgRenderer::slot_onViewToBeDestroyed ( )

protected

When a window is about to be destroyed, check if its the last window and if so, null out the myOsgWindowManager pointer.

void makVrv::DtOsgRenderer::slot_onWireframeModeChanged ( bool mode )

protected

receive signals from the shared state about wireframe mode

void makVrv::DtOsgRenderer::slot_onDdsFlipChanged ( bool flip )

protected

receive signals from the shared state about dds flip mode

virtual void makVrv::DtOsgRenderer::slot_onProfilerOverlayOnChanged ( bool mode )

protectedvirtual

receive signals from the shared state about performance overlays

virtual void makVrv::DtOsgRenderer::slot_onPerformanceStatsOverlayOnChanged ( bool mode )

protectedvirtual

receive signals from the shared state about performance overlays

void makVrv::DtOsgRenderer::slot_onShadowStateChanged ( bool shadowMode )

protected

receive signals from the shared state abotu the shadow state

void makVrv::DtOsgRenderer::slot_onTerrainScalingEnabledChanged ( bool enabled )

protected

receive signals from the shared state about the terrain scaling state

void makVrv::DtOsgRenderer::slot_onTerrainScaleFactorChanged ( double scaleFactor )

protected

receive signals from the shared state about the terrain scale factor

void makVrv::DtOsgRenderer::slot_onCoordinateSystemChanged ( const std::string & coordinateSystemType )

protected

receive signals from the shared state about coordinate system changes

void makVrv::DtOsgRenderer::advanceTime ( )

protected

Advance time, necessary when running as a slave.

void makVrv::DtOsgRenderer::updateSceneGraph ( )

protected

Under each model set group is another channel group for each visualizer type.

So we have a map of visualizer type groups, one per model set

void makVrv::DtOsgRenderer::clearEmptyWindows ( )

protected

This method checks for windows that exist but have no channels.

It clears them each frame so that they don't have garbage on them.

virtual void makVrv::DtOsgRenderer::removeShadows ( )

protectedvirtual

removes the shadows from the tree and restores any children to the scene root

virtual void makVrv::DtOsgRenderer::createShadowRoots ( )

protectedvirtual

creates a shadowed scene and adds it to the scene root

virtual bool makVrv::DtOsgRenderer::exportTerrainAndProps ( const std::string & )

protectedvirtual

Saves terrain geometry and props to specified file.

This file will be saved in the format specified by the file extension. Currently only the .gdb extension is supported

Implements makVrv::DtRenderer.

virtual osg::Group* makVrv::DtOsgRenderer::createModelSetRoot ( int modelSet )

protectedvirtual

Under each model set group is another channel group for each visualizer type.

So we have a map of visualizer type groups, one per model set

virtual osg::Group* makVrv::DtOsgRenderer::createVisualizerRoot	(	int	modelSet,
		int	visualizer
	)

protectedvirtual

Under each model set group is another channel group for each visualizer type.

So we have a map of visualizer type groups, one per model set

virtual osg::Group* makVrv::DtOsgRenderer::createChannelRoot	(	int	modelSet,
		DtChannel *
	)

protectedvirtual

Create a root that is associated with the channel.

virtual osgShadow::ShadowedScene* makVrv::DtOsgRenderer::createModelSetSpecificShadowRootAndScene ( int modelSet )

protectedvirtual

Under each model set group is another channel group for each visualizer type.

So we have a map of visualizer type groups, one per model set

virtual osg::Group* makVrv::DtOsgRenderer::modelSetSpecificShadowRoot ( int modelSet )

protectedvirtual

Under each model set group is another channel group for each visualizer type.

So we have a map of visualizer type groups, one per model set

virtual osgShadow::ShadowedScene* makVrv::DtOsgRenderer::modelSetSpecificShadowScene ( int modelSet )

protectedvirtual

Under each model set group is another channel group for each visualizer type.

So we have a map of visualizer type groups, one per model set

virtual void makVrv::DtOsgRenderer::updateTerrainScaling ( )

protectedvirtual

Under each model set group is another channel group for each visualizer type.

So we have a map of visualizer type groups, one per model set

virtual void makVrv::DtOsgRenderer::initAerodromeManagers ( )

protectedvirtual

Under each model set group is another channel group for each visualizer type.

So we have a map of visualizer type groups, one per model set

virtual void makVrv::DtOsgRenderer::updateAerodrome ( )

protectedvirtual

Under each model set group is another channel group for each visualizer type.

So we have a map of visualizer type groups, one per model set

void makVrv::DtOsgRenderer::swapChildren	(	osg::Node *	currentChild,
		osg::Node *	newChild
	)

protected

Under each model set group is another channel group for each visualizer type.

So we have a map of visualizer type groups, one per model set

virtual void makVrv::DtOsgRenderer::updateRenderMap ( const CullSet & cullSet )

protectedvirtual

Update the map of recently rendered element IDs and when they were last rendered.

void makVrv::DtOsgRenderer::postInitialize ( )

protected

Used to connect to the instance manager signal that provides the render set.

Friends And Related Function Documentation

friend class DtSceneGraph

friend

friend class DtOsgRendererCreator

friend

friend class DtSceneGraphTreeLogic

friend

Member Data Documentation

const int makVrv::DtOsgRenderer::SKY_RENDERBIN = -10

static

const int makVrv::DtOsgRenderer::DEFAULT_RENDERBIN = 0

static

const int makVrv::DtOsgRenderer::DEPTH_ONLY_RENDERBIN = 6

static

const int makVrv::DtOsgRenderer::OCEAN_RENDERBIN = 7

static

const int makVrv::DtOsgRenderer::LIGHTPOINT_RENDERBIN = 8

static

const int makVrv::DtOsgRenderer::CLOUD_RENDERBIN = 9

static

const int makVrv::DtOsgRenderer::DEFAULT_TRANSPARENT_RENDERBIN = 10

static

const int makVrv::DtOsgRenderer::COCKPIT_RENDERBIN = 25

static

const std::string makVrv::DtOsgRenderer::SkyBin

static

const std::string makVrv::DtOsgRenderer::DepthOnlyBin

static

const std::string makVrv::DtOsgRenderer::OceanBin

static

const std::string makVrv::DtOsgRenderer::LightPointBin

static

const std::string makVrv::DtOsgRenderer::CloudBin

static

const std::string makVrv::DtOsgRenderer::CockpitBin

static

boost::signal< void ( int modelSet, int visualType ) > makVrv::DtOsgRenderer::signal_visualizerRootAdded

boost::signal< void ( DtChannel* ) > makVrv::DtOsgRenderer::signal_channelRootAdded

DtSceneGraph* makVrv::DtOsgRenderer::mySceneGraph

protected

Under each model set group is another channel group for each visualizer type.

So we have a map of visualizer type groups, one per model set

DtFontManager* makVrv::DtOsgRenderer::myFontManager

protected

Under each model set group is another channel group for each visualizer type.

So we have a map of visualizer type groups, one per model set

DtEffectManager* makVrv::DtOsgRenderer::myEffectManager

protected

Under each model set group is another channel group for each visualizer type.

So we have a map of visualizer type groups, one per model set

DtOsgWindowManager* makVrv::DtOsgRenderer::myOsgWindowManager

protected

Under each model set group is another channel group for each visualizer type.

So we have a map of visualizer type groups, one per model set

osg::ref_ptr<osgViewer::Viewer> makVrv::DtOsgRenderer::myDefaultViewer

protected

This viewer exists so that when there are no displays, windows, or channels, the scene can be updated and kept current.

This way when a display, window, channel is created, the objects in the scene graph are current and will match other IG instances. It only gets updated when there myOsgWindowManager is null. It also never renders.

osg::ref_ptr<osg::Group> makVrv::DtOsgRenderer::myRenderRoot

protected

Under each model set group is another channel group for each visualizer type.

So we have a map of visualizer type groups, one per model set

osg::ref_ptr<osg::Group> makVrv::DtOsgRenderer::myDebugRoot

protected

Group for drawing debug graphics, cleared after each frame.

osg::ref_ptr<osg::Geode> makVrv::DtOsgRenderer::myDebugBox

protected

Shared geometry for debug boxes.

osg::ref_ptr<osg::Group> makVrv::DtOsgRenderer::myEnvironmentRoot

protected

Under each model set group is another channel group for each visualizer type.

So we have a map of visualizer type groups, one per model set

osg::ref_ptr<osg::Group> makVrv::DtOsgRenderer::myTerrainRoot

protected

Under each model set group is another channel group for each visualizer type.

So we have a map of visualizer type groups, one per model set

osg::ref_ptr<osg::Group> makVrv::DtOsgRenderer::myPropsRoot

protected

Under each model set group is another channel group for each visualizer type.

So we have a map of visualizer type groups, one per model set

osg::ref_ptr<DtFastMatrixTransform> makVrv::DtOsgRenderer::myScaledTerrainRoot

protected

Under each model set group is another channel group for each visualizer type.

So we have a map of visualizer type groups, one per model set

osg::ref_ptr<DtFastMatrixTransform> makVrv::DtOsgRenderer::myScaledPropsRoot

protected

Under each model set group is another channel group for each visualizer type.

So we have a map of visualizer type groups, one per model set

osg::Matrix makVrv::DtOsgRenderer::myScaleMatrix

protected

Under each model set group is another channel group for each visualizer type.

So we have a map of visualizer type groups, one per model set

ModelSetRootMap makVrv::DtOsgRenderer::myModelSetMap

protected

Under each model set group is another channel group for each visualizer type.

So we have a map of visualizer type groups, one per model set

ModelSetVisualizerTypeRootMap makVrv::DtOsgRenderer::myVisualizerRootMap

protected

Under each model set group is another channel group for each visualizer type.

So we have a map of visualizer type groups, one per model set

ChannelRootMap makVrv::DtOsgRenderer::myChannelRootMap

protected

Under each model set group is another channel group for each visualizer type.

So we have a map of visualizer type groups, one per model set

ShadowedSceneMap makVrv::DtOsgRenderer::myShadowedSceneMap

protected

Under each model set group is another channel group for each visualizer type.

So we have a map of visualizer type groups, one per model set

RootMap makVrv::DtOsgRenderer::myShadowRootMap

protected

Under each model set group is another channel group for each visualizer type.

So we have a map of visualizer type groups, one per model set

osg::ref_ptr<osgUtil::RenderBin> makVrv::DtOsgRenderer::mySkyBin

protected

Under each model set group is another channel group for each visualizer type.

So we have a map of visualizer type groups, one per model set

osg::ref_ptr<osgUtil::RenderBin> makVrv::DtOsgRenderer::myDepthOnlyBin

protected

Under each model set group is another channel group for each visualizer type.

So we have a map of visualizer type groups, one per model set

osg::ref_ptr<osgUtil::RenderBin> makVrv::DtOsgRenderer::myOceanBin

protected

Under each model set group is another channel group for each visualizer type.

So we have a map of visualizer type groups, one per model set

osg::ref_ptr<osgUtil::RenderBin> makVrv::DtOsgRenderer::myLightPointBin

protected

Under each model set group is another channel group for each visualizer type.

So we have a map of visualizer type groups, one per model set

osg::ref_ptr<osgUtil::RenderBin> makVrv::DtOsgRenderer::myCloudBin

protected

Under each model set group is another channel group for each visualizer type.

So we have a map of visualizer type groups, one per model set

osg::ref_ptr<osgUtil::RenderBin> makVrv::DtOsgRenderer::myCockpitBin

protected

Under each model set group is another channel group for each visualizer type.

So we have a map of visualizer type groups, one per model set

bool makVrv::DtOsgRenderer::myWireframeOn

protected

Under each model set group is another channel group for each visualizer type.

So we have a map of visualizer type groups, one per model set

bool makVrv::DtOsgRenderer::myShadowsEnabled

protected

Under each model set group is another channel group for each visualizer type.

So we have a map of visualizer type groups, one per model set

DtOsgProfilerOverlay* makVrv::DtOsgRenderer::myProfilerOverlay

protected

Under each model set group is another channel group for each visualizer type.

So we have a map of visualizer type groups, one per model set

DtOsgPerformanceStatsOverlay* makVrv::DtOsgRenderer::myPerformanceStatsOverlay

protected

Under each model set group is another channel group for each visualizer type.

So we have a map of visualizer type groups, one per model set

DtTaxiwaySignManager* makVrv::DtOsgRenderer::myTaxiwaySignManager

protected

Under each model set group is another channel group for each visualizer type.

So we have a map of visualizer type groups, one per model set

DtRunwayMarkingManager* makVrv::DtOsgRenderer::myRunwayMarkingManager

protected

Under each model set group is another channel group for each visualizer type.

So we have a map of visualizer type groups, one per model set

DtLightIndicatorManager* makVrv::DtOsgRenderer::myLightIndicatorManager

protected

Under each model set group is another channel group for each visualizer type.

So we have a map of visualizer type groups, one per model set

double makVrv::DtOsgRenderer::myTerrainScaleFactor

protected

Under each model set group is another channel group for each visualizer type.

So we have a map of visualizer type groups, one per model set

bool makVrv::DtOsgRenderer::myTerrainScaleFactorChanged

protected

Under each model set group is another channel group for each visualizer type.

So we have a map of visualizer type groups, one per model set

bool makVrv::DtOsgRenderer::myTerrainScalingEnabled

protected

Under each model set group is another channel group for each visualizer type.

So we have a map of visualizer type groups, one per model set

bool makVrv::DtOsgRenderer::myTerrainScalingEnabledChanged

protected

Under each model set group is another channel group for each visualizer type.

So we have a map of visualizer type groups, one per model set

bool makVrv::DtOsgRenderer::myResourcesReleased

protected

Under each model set group is another channel group for each visualizer type.

So we have a map of visualizer type groups, one per model set

DtSceneRoot makVrv::DtOsgRenderer::theRenderRoot

staticprotected

Under each model set group is another channel group for each visualizer type.

So we have a map of visualizer type groups, one per model set

DtSceneRoot makVrv::DtOsgRenderer::theEnvironmentRoot

staticprotected

Under each model set group is another channel group for each visualizer type.

So we have a map of visualizer type groups, one per model set

DtSceneRoot makVrv::DtOsgRenderer::theTerrainRoot

staticprotected

Under each model set group is another channel group for each visualizer type.

So we have a map of visualizer type groups, one per model set

DtSceneRoot makVrv::DtOsgRenderer::thePropRoot

staticprotected

Under each model set group is another channel group for each visualizer type.

So we have a map of visualizer type groups, one per model set

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

/exports/nfedora7-1/nightly/docs/vrforcesDevelopment.vrf4-4-branch/include/vrvOsg/DtOsgRenderer.h

Public Member Functions

Static Public Member Functions

Public Attributes

Static Public Attributes

Friends

Utility functions for getting scene root index objects.

Additional Inherited Members

Detailed Description

Member Typedef Documentation

Constructor & Destructor Documentation

Member Function Documentation

Friends And Related Function Documentation

Member Data Documentation