Uses of Interface
org.j3d.aviatrix3d.NodeUpdateListener

Packages that use NodeUpdateListener

org.j3d.aviatrix3d	A core set of lightweight Object Oriented scenegraph-based wrapper objects for OpenGL.
org.j3d.aviatrix3d.management	Interfaces and classes that provide the high level management of the integration between the scene graph and rendering pipeline.
org.j3d.renderer.aviatrix3d.geom	High-level simple geometry utility primitives for quickly making a scene graph with.
org.j3d.renderer.aviatrix3d.geom.hanim	Humanoid skinned-mesh representation for use with the Aviatrix3D scene graph.
org.j3d.renderer.aviatrix3d.geom.particle	Particle systems implemented using the Aviatrix3D scene graph.

Uses of NodeUpdateListener in org.j3d.aviatrix3d

Methods in org.j3d.aviatrix3d with parameters of type NodeUpdateListener

void	Raster.boundsChanged(NodeUpdateListener l) Notify the node that you have updates to the node that might alter its bounds.
void	Node.boundsChanged(NodeUpdateListener l) Notify the node that you have updates to the node that might alter its bounds.
void	Geometry.boundsChanged(NodeUpdateListener l) Notify the node that you have updates to the node that might alter its bounds.
boolean	NodeUpdateHandler.boundsChanged(NodeUpdateListener l, java.lang.Object src, InternalNodeUpdateListener intL) Notify the handler that you have updates to the SG that might alter a node's bounds.
void	SceneGraphObject.dataChanged(NodeUpdateListener l) Notify the node that you have updates to the node that will not alter its bounds.
void	NodeUpdateHandler.dataChanged(NodeUpdateListener l, java.lang.Object src) Notify the handler that you have updates to the SG that will not alter a node's bounds.

Uses of NodeUpdateListener in org.j3d.aviatrix3d.management

Methods in org.j3d.aviatrix3d.management with parameters of type NodeUpdateListener

boolean	SingleThreadRenderManager.boundsChanged(NodeUpdateListener l, java.lang.Object src, InternalNodeUpdateListener intL) Notify the handler that you have updates to the SG that might alter a node's bounds.
boolean	MultiThreadRenderManager.boundsChanged(NodeUpdateListener l, java.lang.Object src, InternalNodeUpdateListener intL) Notify the handler that you have updates to the SG that might alter a node's bounds.
void	SingleThreadRenderManager.dataChanged(NodeUpdateListener l, java.lang.Object src) Notify the handler that you have updates to the SG that will not alter a node's bounds.
void	MultiThreadRenderManager.dataChanged(NodeUpdateListener l, java.lang.Object src) Notify the handler that you have updates to the SG that will not alter a node's bounds.

Uses of NodeUpdateListener in org.j3d.renderer.aviatrix3d.geom

Classes in org.j3d.renderer.aviatrix3d.geom that implement NodeUpdateListener

class	Box A simple box primitive.
class	Cone A simple cone that uses triangles.
class	Cylinder A simple cylinder that uses triangle strips for rendering.
class	Sphere A simple sphere that uses triangle strips.
class	Spring A simple spring that uses triangle strips.
class	Torus A simple torus that uses triangle strips.

Uses of NodeUpdateListener in org.j3d.renderer.aviatrix3d.geom.hanim

Classes in org.j3d.renderer.aviatrix3d.geom.hanim that implement NodeUpdateListener

class	AVHumanoid Common AV3D implementation of the Humanoid object that may be extended for either shader or software implementation additions.
class	SoftwareHumanoid Common AV3D implementation of the Humanoid object that uses software to implement the mesh skinning algorithm.

Uses of NodeUpdateListener in org.j3d.renderer.aviatrix3d.geom.particle

Classes in org.j3d.renderer.aviatrix3d.geom.particle that implement NodeUpdateListener

class	AVParticleSystem Base particle system implementation for geometry implemented over Aviatrix3D scene graphs.
class	PointParticleSystem A ParticleSystem implementation that uses points for representing each particle.
class	QuadParticleSystem A ParticleSystem implementation that uses quads for representing each particle.
class	TriangleFanParticleSystem A ParticleSystem implementation that uses triangle fans in the shape of a quad for representing each particle.