Uses of Class
org.j3d.aviatrix3d.Node

Packages that use Node

org.j3d.aviatrix3d	A core set of lightweight Object Oriented scenegraph-based wrapper objects for OpenGL.
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.volume	Volume rendering extensions to the Aviatrix3D scene graph.
org.j3d.renderer.aviatrix3d.nodes	Scenegraph nodes that extend Aviatrix with new functionality.

Uses of Node in org.j3d.aviatrix3d

Subclasses of Node in org.j3d.aviatrix3d

class	AmbientLight Representation of a purely ambient light source with no other abilities.
class	AppearanceOverride An appearance that can be placed higher in the tree other than the Appearance node and overrides the appearance of all objects lower in the tree.
class	Background Base collection of functionality marking background nodes of various types.
class	BackgroundSound A BackgroundSound class whichs emits a sound which doesn't change by distance or orientation.
class	BaseGroup Abstracted verson of the Group node designed for extension by 3rd-party node implementors.
class	BaseNode A general purpose container class to allow end users to extend the basic Node capabilities, while still providing a way to manage scene graph state such as liveness calls and update handlers.
class	BoxBackground Background node that renders a sky box using any or all of the 6 textures.
class	ClipPlane Representation of a single clip plane that can be used to clip a model in addition to the normal view volume clipping.
class	ColorBackground Background node that represents a single solid 4-component colour.
class	ConeSound A ConeSound class which emits a conical sound in one direction.
class	DirectionalLight Representation of a directional light source.
class	Fog Describes a fog rendering effect.
class	Group The Group node object is a generic container of other nodes in the scene.
class	Group2D The Group2D node object is a generic container of other 2D nodes in the & scene.
class	ImageBackground Background node for 2D scenes that draws an image on screen as the background.
class	Leaf A Leaf class is the base class for all scene graph objects that have no children but provide something that may be renderable in the scene graph.
class	Leaf2D A Leaf class is the base class for all 2D scene graph objects that have no children but provide something that may be renderable in the scene graph.
class	Light Base representation of a light source that corresponds to the base set of capabilities that all lights in OpenGL have.
class	Node2D A specialised version of the Node class that works in 2D screen space only.
class	PixelTransform A grouping node that contains a transform for 2D pixel coordinate space.
class	Pixmap A Pixmap wraps 2D screen-aligned pixel blits.
class	PointLight Representation of a point light source.
class	PointSound A PointSound class which emits sound in all directions from a point.
class	Shape3D A Shape3D class wraps polygonal geometry and appearance information.
class	ShapeBackground Background node that renders a list of user-provided Shape3D instances.
class	SharedGroup A grouping node that can have multiple parents, thus allowing a graph structure to the scene graph.
class	SharedGroup2D A grouping 2D node that can have multiple parents, thus allowing a graph structure to the scene graph.
class	SharedNode A node that can have multiple parents, thus allowing a graph structure to the scene graph.
class	SharedNode2D A 2D node that can have multiple parents, thus allowing a graph structure to the scene graph.
class	Sound A Sound class represents all sound emiting nodes in the system.
class	SphereBackground Background node that renders a single user-provided texture on a sphere.
class	SpotLight Representation of a spot light source.
class	SwitchGroup Special grouping node that allows the selection of only a single child to be rendered.
class	TransformGroup A grouping node that contains a transform.
class	Viewpoint A viewpoint into the scene.

Fields in org.j3d.aviatrix3d declared as Node

protected Node[]	Group.childList The list of children nodes
protected Node[]	BaseGroup.childList The list of children nodes
protected Node	Node.parent The parent of this node
protected Node[]	Raster.parentList Listing of all the parents of this node
protected Node[]	Geometry.parentList Listing of all the parents of this node

Methods in org.j3d.aviatrix3d that return Node

Node[]	Group.getAllChildren() Return an array containing all of this group's children.
Node[]	BaseGroup.getAllChildren() Return an array containing all of this group's children.
Node	SharedNode.getChild() Get the currently set child of this node.
Node	Group.getChild(int idx) Retrieves the child node at the specified index in this group node's list of children.
Node	BaseGroup.getChild(int idx) Retrieves the child node at the specified index in this group node's list of children.
Node	SceneGraphPath.getNode(int pos) Get a single node at the given index position.
Node[]	SceneGraphPath.getNodes() Get the raw list of path items from the internal array.
Node	SharedNode2D.getParent() Overridden to always return the current first parent in the list.
Node	SharedNode.getParent() Overridden to always return the current first parent in the list.
Node	SharedGroup2D.getParent() Overridden to always return the current first parent in the list.
Node	SharedGroup.getParent() Overridden to always return the current first parent in the list.
Node	Node.getParent() Get the current parent of this node.
Node	BoundingGeometry.getProxyGeometry() Get the currently used proxy geometry.
Node	SceneGraphPath.getTerminalNode() Get the leaf node at the end of the path.

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

void	Group.addChild(Node newChild) Appends the specified child node to this group node's list of children
void	BaseGroup.addChild(Node newChild) Appends the specified child node to this group node's list of children
protected void	Raster.addParent(Node p) Add a parent to this node.
protected void	Geometry.addParent(Node p) Add a parent to this node.
void	SharedNode.getParents(Node[] parents) Get the listing of the number of parents that this node currently has.
void	SharedGroup.getParents(Node[] parents) Get the listing of the number of parents that this node currently has.
void	NodeComponent.getParents(Node[] parents) Get the listing of the number of parents that this node currently has.
void	BufferState.getParents(Node[] parents) Get the listing of the number of parents that this node currently has.
int	Group.indexOfChild(Node child) Retrieves the index of the specified child node in this group node's list of children.
int	BaseGroup.indexOfChild(Node child) Retrieves the index of the specified child node in this group node's list of children.
void	Group.removeChild(Node child) Removes the specified child from the group.
void	BaseGroup.removeChild(Node child) Removes the specified child from the group.
protected void	SharedNode2D.removeParent(Node p) Remove a parent from this shared group.
protected void	SharedNode.removeParent(Node p) Remove a parent from this shared group.
protected void	SharedGroup2D.removeParent(Node p) Remove a parent from this shared group.
protected void	SharedGroup.removeParent(Node p) Remove a parent from this shared group.
protected void	Raster.removeParent(Node p) Remove a parent from this shared group.
protected void	Node.removeParent(Node p) Remove a parent from this node.
protected void	Geometry.removeParent(Node p) Remove a parent from this shared group.
protected void	BaseNode.removeParent(Node node, Node p) Remove a parent from this node.
void	SharedNode.setChild(Node child) Set the child to be the new value.
void	SwitchGroup.setChild(Node newChild, int idx) Replaces the child node at the specified index in this group node's list of children with the specified child.
void	Group.setChild(Node newChild, int idx) Replaces the child node at the specified index in this group node's list of children with the specified child.
void	BaseGroup.setChild(Node newChild, int idx) Replaces the child node at the specified index in this group node's list of children with the specified child.
void	SharedNode2D.setLive(Node caller, boolean state) Overloaded version of the notification that this object's liveness state has changed.
void	SharedNode.setLive(Node caller, boolean state) Overloaded version of the notification that this object's liveness state has changed.
void	SharedGroup2D.setLive(Node caller, boolean state) Overloaded version of the notification that this object's liveness state has changed.
void	SharedGroup.setLive(Node caller, boolean state) Overloaded version of the notification that this object's liveness state has changed.
void	MultiParentNode.setLive(Node caller, boolean state) Overloaded version of the notification that this object's liveness state has changed.
protected void	SharedNode2D.setParent(Node p) Specify this nodes parent, overridden to provide behaviour that appends the node to the list rather than replacing it.
protected void	SharedNode.setParent(Node p) Specify this nodes parent, overridden to provide behaviour that appends the node to the list rather than replacing it.
protected void	SharedGroup2D.setParent(Node p) Specify this nodes parent, overridden to provide behaviour that appends the node to the list rather than replacing it.
protected void	SharedGroup.setParent(Node p) Specify this nodes parent, overridden to provide behaviour that appends the node to the list rather than replacing it.
protected void	Node.setParent(Node p) Specify this nodes parent.
protected void	BaseNode.setParent(Node node, Node p) Specify this nodes parent.
void	BoundingGeometry.setProxyGeometry(Node geom) Set the new geometry to use as the proxy.
void	SceneGraphPath.updatePath(Node[] nodes, int num, javax.vecmath.Matrix4f mat, javax.vecmath.Matrix4f iMat) Set the scene graph path to the new value.

Constructors in org.j3d.aviatrix3d with parameters of type Node

BoundingGeometry(Node geom)
Construct a bounding sphere at the origin with a set radius.

SceneGraphPath(Node[] nodes, int num, javax.vecmath.Matrix4f mat, javax.vecmath.Matrix4f iMat)
Create a new path with the given nodes from the array as the base path definition.

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

Subclasses of Node in org.j3d.renderer.aviatrix3d.geom

class	Axis Representation of a set of axis around the coordinates.
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 Node in org.j3d.renderer.aviatrix3d.geom.hanim

Fields in org.j3d.renderer.aviatrix3d.geom.hanim declared as Node

protected Node[]

SoftwareHumanoid.skin Collection of nodes that is the skin

Methods in org.j3d.renderer.aviatrix3d.geom.hanim that return Node

Node	AVHumanoidPart.getSceneGraphObject() Get the implemented scene graph object for this part.
Node	AVHumanoid.getSceneGraphObject() Get the implemented scene graph object for this humanoid so that it can be added directly to the scene.

Methods in org.j3d.renderer.aviatrix3d.geom.hanim with parameters of type Node

void	SoftwareHumanoid.setSkin(Node[] skins, int numSkins) Set the list of geometry that should be used by this humanoid.
abstract void	AVHumanoid.setSkin(Node[] skins, int numSkins) Set the list of geometry that should be used by this humanoid.

Uses of Node in org.j3d.renderer.aviatrix3d.geom.volume

Subclasses of Node in org.j3d.renderer.aviatrix3d.geom.volume

class

OctTree Node that implements a simple OctTree-style data structure useful for volume rendering of large datasets.

Methods in org.j3d.renderer.aviatrix3d.geom.volume that return Node

Node	OctTree.getLowDetail() Get the currently set low-detail geometry structure.

Methods in org.j3d.renderer.aviatrix3d.geom.volume with parameters of type Node

void	OctTree.getHighDetail(Node[] geom) Get the currently set low-detail geometry structure.
void	OctTree.setHighDetail(Node[] geom, int numValid) Set the low-detail geometry instance to use.
void	OctTree.setLowDetail(Node geom) Set the low-detail geometry instance to use.

Uses of Node in org.j3d.renderer.aviatrix3d.nodes

Subclasses of Node in org.j3d.renderer.aviatrix3d.nodes

class	Billboard A class that automatically orients its children towards the camera location.
class	LODGroup A grouping node structure that controls which children are being rendered based on distance from the user.
class	MarkerGroup A grouping node that places it's children in the line of site between a target node and the viewpoint, oriented towards the viewpoint.
class	MaskedSwitch Special grouping node that allows the selection of only a mask of children to be rendered.

Methods in org.j3d.renderer.aviatrix3d.nodes with parameters of type Node

void	LODGroup.addChild(Node newChild) Appends the specified child node to this group node's list of children
void	MaskedSwitch.setChild(Node newChild, int idx) Replaces the child node at the specified index in this group node's list of children with the specified child.
void	MarkerGroup.setTarget(Node target) Set the node to track