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Uses of Spatial in com.jme.animation |
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Subclasses of Spatial in com.jme.animation | |
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class |
Bone
Bone defines a scenegraph node that defines a single bone object within a skeletal system. |
class |
SkinNode
SkinNode defines a scene node that contains skinned mesh data. |
Fields in com.jme.animation declared as Spatial | |
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Spatial[] |
SpatialTransformer.toChange
Refrences to the objects that will be changed. |
Methods in com.jme.animation that return Spatial | |
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Spatial |
BoneAnimation.getDestSpatial()
|
Spatial |
AnimationController.getModelNode()
|
Methods in com.jme.animation with parameters of type Spatial | |
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void |
BoneTransform.setCurrentFrame(int frame,
Bone source,
Spatial destination,
float diffModifier,
AnimationProperties props)
|
void |
BoneTransform.setCurrentFrame(int frame,
float blend,
Bone source,
Spatial destination,
float diffModifier,
AnimationProperties props)
setCurrentFrame will set the current frame from the bone. |
void |
BoneAnimation.setDestSpatial(Spatial destSpatial)
|
void |
AnimationController.setModelNode(Spatial modelNode)
|
void |
SpatialTransformer.setObject(Spatial objChange,
int index,
int parentIndex)
Sets an object to animate. |
Uses of Spatial in com.jme.bounding |
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Methods in com.jme.bounding with parameters of type Spatial | |
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void |
CollisionTreeManager.generateCollisionTree(CollisionTree.Type type,
Spatial object,
boolean protect)
creates a new collision tree for the provided spatial. |
void |
CollisionTreeManager.removeCollisionTree(Spatial object)
removes all collision trees associated with a Spatial object. |
void |
CollisionTreeManager.updateCollisionTree(Spatial object)
updates the existing tree(s) for a supplied spatial. |
Uses of Spatial in com.jme.curve |
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Subclasses of Spatial in com.jme.curve | |
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class |
BezierCurve
BezierCurve uses an ordered-list of three-dimensional points
and the equation: x(t) = Sum(n, i=0) Bn,i(t)Pi t [0,1] Bn,i(t) = C(n;i)t^i(1-t)^(n-i) The input (t) provides the current point of the curve at a interval [0,1] where 0 is the first control point and 1 is the second control point. |
class |
CatmullRomCurve
CatmullRomCurve |
class |
Curve
Curve defines a collection of points that make up a curve. |
class |
PolylineCurve
|
Methods in com.jme.curve with parameters of type Spatial | |
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void |
BezierCurve.findCollisions(Spatial scene,
CollisionResults results)
|
void |
CatmullRomCurve.findCollisions(Spatial scene,
CollisionResults results)
|
void |
PolylineCurve.findCollisions(Spatial scene,
CollisionResults results)
|
boolean |
BezierCurve.hasCollision(Spatial scene,
boolean checkTriangles)
|
boolean |
CatmullRomCurve.hasCollision(Spatial scene,
boolean checkTriangles)
|
boolean |
PolylineCurve.hasCollision(Spatial scene,
boolean checkTriangles)
|
Constructors in com.jme.curve with parameters of type Spatial | |
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CurveController(Curve curve,
Spatial mover)
Constructor instantiates a new CurveController object. |
|
CurveController(Curve curve,
Spatial mover,
float minTime,
float maxTime)
Constructor instantiates a new CurveController object. |
Uses of Spatial in com.jme.entity |
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Methods in com.jme.entity that return Spatial | |
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Spatial |
Entity.getSpatial()
getSpatial retrieves the spatial object of the entity. |
Methods in com.jme.entity with parameters of type Spatial | |
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void |
Entity.setSpatial(Spatial spatial)
setSpatial sets the spatial object used to define the
entitie's graphical representation. |
Uses of Spatial in com.jme.input |
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Subclasses of Spatial in com.jme.input | |
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class |
AbsoluteMouse
AbsoluteMouse defines a mouse object that maintains a position
within the window. |
class |
Mouse
Mouse defines a node that handles the rendering and updating
of a mouse input device. |
class |
RelativeMouse
RelativeMouse defines a mouse controller that only maintains
the relative change from one poll to the next. |
Fields in com.jme.input declared as Spatial | |
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protected Spatial |
ChaseCamera.target
|
protected Spatial |
ThirdPersonHandler.targetSpatial
The Spatial we are controlling with this handler. |
Methods in com.jme.input that return Spatial | |
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Spatial |
ChaseCamera.getTarget()
|
Spatial |
ThirdPersonHandler.getTarget()
|
Methods in com.jme.input with parameters of type Spatial | |
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void |
ChaseCamera.setTarget(Spatial target)
|
void |
ThirdPersonHandler.setTarget(Spatial target)
|
Constructors in com.jme.input with parameters of type Spatial | |
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ChaseCamera(Camera cam,
Spatial target)
Simple constructor that accepts a Camera and a target and sets all properties to their defaults. |
|
ChaseCamera(Camera cam,
Spatial target,
java.util.Map<java.lang.String,java.lang.Object> props)
More involved constructor allowing the setting of all member fields in ChaseCamera and its associated ThirdPersonMouseLook object via a Map of properties. |
|
NodeHandler(Spatial node,
float keySpeed,
float mouseSpeed)
Constructor instantiates a new NodeHandler object. |
|
NodeHandler(Spatial node,
java.lang.String api)
Constructor instantiates a new NodeHandler object. |
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ThirdPersonHandler(Spatial target,
Camera cam)
Basic constructor for the ThirdPersonHandler. |
|
ThirdPersonHandler(Spatial target,
Camera cam,
java.util.HashMap<java.lang.String,java.lang.Object> props)
Full constructor for the ThirdPersonHandler. |
Uses of Spatial in com.jme.input.action |
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Constructors in com.jme.input.action with parameters of type Spatial | |
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KeyNodeBackwardAction(Spatial node,
float speed)
Constructor creates a new KeyNodeBackwardAction object. |
|
KeyNodeForwardAction(Spatial node,
float speed)
Constructor creates a new KeyNodeForwardAction object. |
|
KeyNodeLookDownAction(Spatial node,
float speed)
Constructor instatiates a new KeyNodeLookDownAction object
using the supplied node and speed for it's rotation. |
|
KeyNodeLookUpAction(Spatial node,
float speed)
Constructor instatiates a new KeyNodeLookUpAction object
using the supplied node and speed for it's attributes. |
|
KeyNodeRotateLeftAction(Spatial node,
float speed)
Constructor instantiates a new KeyNodeRotateLeftAction
object using the node and speed parameters for it's attributes. |
|
KeyNodeRotateRightAction(Spatial node,
float speed)
Constructor instantiates a new KeyNodeRotateRightAction
object using the node and speed parameters for it's attributes. |
|
KeyNodeStrafeLeftAction(Spatial node,
float speed)
Constructor instantiates a new KeyNodeStrafeLeftAction
object. |
|
KeyNodeStrafeRightAction(Spatial node,
float speed)
Constructor instantiates a new KeyNodeStrafeRightAction
object. |
|
NodeMouseLook(Mouse mouse,
Spatial node,
float speed)
Constructor creates a new NodeMouseLook object. |
Uses of Spatial in com.jme.input.controls.controller |
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Methods in com.jme.input.controls.controller that return Spatial | |
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Spatial |
RotationController.getSpatial()
|
Methods in com.jme.input.controls.controller with parameters of type Spatial | |
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void |
RotationController.setSpatial(Spatial spatial)
|
Constructors in com.jme.input.controls.controller with parameters of type Spatial | |
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CameraController(Spatial spatial,
Camera camera,
GameControl control)
|
|
RotationController(Spatial spatial,
GameControl positive,
GameControl negative,
float multiplier,
Axis axis)
|
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ThrottleController(Spatial spatial,
GameControl forward,
float maxForwardThrottle,
GameControl reverse,
float maxReverseThrottle,
float deadZone,
float multiplier,
float degradation,
boolean alwaysDegrade,
Axis axis)
|
Uses of Spatial in com.jme.input.controls.controller.camera |
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Methods in com.jme.input.controls.controller.camera with parameters of type Spatial | |
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void |
CameraPerspective.setActive(Camera camera,
Spatial spatial,
boolean active)
|
void |
FixedCameraPerspective.setActive(Camera camera,
Spatial spatial,
boolean active)
|
void |
CameraPerspective.update(Camera camera,
Spatial spatial,
float time)
|
void |
FixedCameraPerspective.update(Camera camera,
Spatial spatial,
float time)
|
Uses of Spatial in com.jme.input.thirdperson |
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Fields in com.jme.input.thirdperson declared as Spatial | |
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protected Spatial |
ThirdPersonMouseLook.target
|
Methods in com.jme.input.thirdperson that return Spatial | |
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Spatial |
ThirdPersonMouseLook.getTarget()
|
Methods in com.jme.input.thirdperson with parameters of type Spatial | |
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void |
ThirdPersonMouseLook.setTarget(Spatial target)
|
Constructors in com.jme.input.thirdperson with parameters of type Spatial | |
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ThirdPersonMouseLook(RelativeMouse mouse,
ChaseCamera camera,
Spatial target)
Constructor creates a new MouseLook object. |
Uses of Spatial in com.jme.input.util |
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Methods in com.jme.input.util with parameters of type Spatial | |
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SyntheticButton |
PickDevice.createButton(Spatial toPick)
|
Constructors in com.jme.input.util with parameters of type Spatial | |
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PickDevice(Spatial root,
InputHandler inputHandler)
|
Uses of Spatial in com.jme.light |
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Subclasses of Spatial in com.jme.light | |
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class |
LightNode
LightNode defines a scene node that contains and maintains a
light object. |
class |
SimpleLightNode
Started Date: Jul 21, 2004 SimpleLightNode defines a scene node that contains and maintains a
light object. |
Methods in com.jme.light with parameters of type Spatial | |
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static void |
LightControllerManager.addSpatial(Spatial s)
Deprecated. |
LightState |
LightManagement.createLightState(Spatial sp)
Deprecated. Creates a new LightState for a spatial placing the "best" eight lights currently maintained by the LightStateCreator. |
static void |
LightControllerManager.removeSpatial(Spatial spatial)
Deprecated. |
void |
LightManagement.resortLightsFor(LightState ls,
Spatial sp)
Deprecated. Gives the LightState the best possible lights for the Spatial. |
protected void |
LightManagement.sort(Spatial sp)
Deprecated. Sort the lightList in descending order according to the LightManagement.getValueFor(Light, BoundingVolume) method. |
Constructors in com.jme.light with parameters of type Spatial | |
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LightStateController(Spatial par,
LightManagement manager)
Deprecated. Creates a new instance of LightStateController. |
|
LightStateController(Spatial par,
LightManagement manager,
float updateInt,
int timeSlot)
Deprecated. Creates a new instance of LightStateController The spatial passed to the function is required to have a LightState attached. |
Uses of Spatial in com.jme.math |
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Methods in com.jme.math with parameters of type Spatial | |
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void |
TransformMatrix.applyToSpatial(Spatial spatial)
Applies this TransformMatrix to the given spatial, by updating the spatial's local translation, rotation, scale. |
void |
TransformQuaternion.applyToSpatial(Spatial spatial)
Applies the values of this matrix to the given Spatial. |
Uses of Spatial in com.jme.renderer |
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Methods in com.jme.renderer with parameters of type Spatial | |
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void |
RenderQueue.addToQueue(Spatial s,
int bucket)
Add a given Spatial to the RenderQueue. |
abstract boolean |
Renderer.checkAndAdd(Spatial s)
Check a given Spatial to see if it should be queued. |
abstract void |
Renderer.draw(Spatial s)
draw renders a scene. |
void |
TextureRenderer.render(Spatial spat,
Texture tex)
render renders a scene. |
void |
TextureRenderer.render(Spatial spat,
Texture tex,
boolean doClear)
render renders a scene. |
Method parameters in com.jme.renderer with type arguments of type Spatial | |
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void |
TextureRenderer.render(java.util.ArrayList<? extends Spatial> spats,
java.util.ArrayList<Texture> tex)
render renders a scene. |
void |
TextureRenderer.render(java.util.ArrayList<? extends Spatial> spats,
java.util.ArrayList<Texture> tex,
boolean doClear)
render renders a scene. |
Uses of Spatial in com.jme.renderer.jogl |
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Methods in com.jme.renderer.jogl with parameters of type Spatial | |
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boolean |
JOGLRenderer.checkAndAdd(Spatial s)
checkAndAdd is used to process the Spatial for the render queue. |
protected boolean |
JOGLRenderer.doTransforms(Spatial t)
|
void |
JOGLRenderer.draw(Spatial s)
draw renders a scene by calling the nodes
onDraw method. |
void |
JOGLTextureRenderer.render(Spatial toDraw,
Texture tex)
render renders a scene. |
void |
JOGLTextureRenderer.render(Spatial toDraw,
Texture tex,
boolean doClear)
render renders a scene. |
protected void |
JOGLRenderer.undoTransforms(Spatial t)
|
Method parameters in com.jme.renderer.jogl with type arguments of type Spatial | |
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void |
JOGLTextureRenderer.render(java.util.ArrayList<? extends Spatial> toDraw,
java.util.ArrayList<Texture> texs)
|
void |
JOGLTextureRenderer.render(java.util.ArrayList<? extends Spatial> toDraw,
java.util.ArrayList<Texture> texs,
boolean doClear)
|
Uses of Spatial in com.jme.renderer.lwjgl |
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Methods in com.jme.renderer.lwjgl with parameters of type Spatial | |
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boolean |
LWJGLRenderer.checkAndAdd(Spatial s)
checkAndAdd is used to process the Spatial for the render queue. |
protected boolean |
LWJGLRenderer.doTransforms(Spatial t)
|
void |
LWJGLRenderer.draw(Spatial s)
draw renders a scene by calling the nodes
onDraw method. |
void |
LWJGLPbufferTextureRenderer.render(Spatial spat,
Texture tex)
|
void |
LWJGLTextureRenderer.render(Spatial toDraw,
Texture tex)
render renders a scene. |
void |
LWJGLPbufferTextureRenderer.render(Spatial spat,
Texture tex,
boolean doClear)
render renders a scene. |
void |
LWJGLTextureRenderer.render(Spatial toDraw,
Texture tex,
boolean doClear)
render renders a scene. |
protected void |
LWJGLRenderer.undoTransforms(Spatial t)
|
Method parameters in com.jme.renderer.lwjgl with type arguments of type Spatial | |
---|---|
void |
LWJGLPbufferTextureRenderer.render(java.util.ArrayList<? extends Spatial> spats,
java.util.ArrayList<Texture> texs)
|
void |
LWJGLTextureRenderer.render(java.util.ArrayList<? extends Spatial> toDraw,
java.util.ArrayList<Texture> texs)
|
void |
LWJGLPbufferTextureRenderer.render(java.util.ArrayList<? extends Spatial> spats,
java.util.ArrayList<Texture> texs,
boolean doClear)
|
void |
LWJGLTextureRenderer.render(java.util.ArrayList<? extends Spatial> toDraw,
java.util.ArrayList<Texture> texs,
boolean doClear)
|
Uses of Spatial in com.jme.renderer.pass |
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Fields in com.jme.renderer.pass with type parameters of type Spatial | |
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protected java.util.ArrayList<Spatial> |
ShadowedRenderPass.occluders
list of occluders registered with this pass. |
protected java.util.ArrayList<Spatial> |
Pass.spatials
list of spatials registered with this pass. |
Methods in com.jme.renderer.pass that return Spatial | |
---|---|
Spatial |
Pass.get(int index)
|
Methods in com.jme.renderer.pass with parameters of type Spatial | |
---|---|
void |
Pass.add(Spatial toAdd)
|
void |
DirectionalShadowMapPass.addOccluder(Spatial occluder)
Add a spatial that will occlude light and hence cast a shadow |
void |
ShadowedRenderPass.addOccluder(Spatial toAdd)
addOccluder adds an occluder to this pass. |
boolean |
Pass.contains(Spatial s)
|
boolean |
ShadowedRenderPass.containsOccluder(Spatial s)
containsOccluder |
protected void |
ShadowedRenderPass.getShadowLights(Spatial s)
|
boolean |
Pass.remove(Spatial toRemove)
|
boolean |
ShadowedRenderPass.removeOccluder(Spatial toRemove)
removeOccluder |
protected void |
ShadowedRenderPass.setupOccluderMeshes(Spatial spat)
|
Uses of Spatial in com.jme.scene |
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Subclasses of Spatial in com.jme.scene | |
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class |
BezierMesh
BezierMesh is defined by a collection of
BezierPatch objects that define a 4x4 patch of control
anchors. |
class |
BillboardNode
BillboardNode defines a node that always orients towards the
camera. |
class |
CameraNode
CameraNode defines a node that contains a camera object. |
class |
Circle
Circle consists of Line Segments. |
class |
ConnectionPoint
|
class |
Geometry
Geometry defines a leaf node of the scene graph. |
class |
ImposterNode
ImposterNode |
class |
Line
Line subclasses geometry and defines a collection of lines. |
class |
Node
Node defines an internal node of a scene graph. |
class |
PassNode
PassNode Creator: rikard.herlitz, 2007-maj-10 |
class |
Point
Point defines a collection of vertices that are rendered as
single points. |
class |
QuadMesh
QuadMesh defines a geometry mesh. |
class |
SharedMesh
SharedMesh allows the sharing of data between multiple nodes. |
class |
SharedNode
SharedNode allows the sharing of data |
class |
Skybox
A Box made of textured quads that simulate having a sky, horizon and so forth around your scene. |
class |
SwitchNode
SwitchNode defines a node that maintains a single active child
at a time. |
class |
Text
Text allows text to be displayed on the screen. |
class |
TriMesh
TriMesh defines a geometry mesh. |
Fields in com.jme.scene with type parameters of type Spatial | |
---|---|
protected java.util.List<Spatial> |
Node.children
This node's children. |
Methods in com.jme.scene that return Spatial | |
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Spatial |
Node.detachChildAt(int index)
detachChildAt removes a child at a given index. |
Spatial |
Node.getChild(int i)
getChild returns a child at a given index. |
Spatial |
Node.getChild(java.lang.String name)
getChild returns the first child found with exactly the
given name (case sensitive.) |
Methods in com.jme.scene that return types with arguments of type Spatial | |
---|---|
java.util.List<Spatial> |
Node.getChildren()
Returns all children to this node. |
java.lang.Class<? extends Spatial> |
Spatial.getClassTag()
|
Methods in com.jme.scene with parameters of type Spatial | |
---|---|
int |
ImposterNode.attachChild(Spatial child)
attachChild attaches a child to this node. |
int |
Node.attachChild(Spatial child)
attachChild attaches a child to this node. |
int |
SwitchNode.attachChild(Spatial child)
Attaches a child to this SwitchNode. |
int |
Node.attachChildAt(Spatial child,
int index)
attachChildAt attaches a child to this node at an index. |
int |
SwitchNode.attachChildAt(Spatial child,
int index)
Attaches a child to this SwitchNode at a specified index. |
void |
UserDataManager.bind(Spatial key,
Spatial original)
|
void |
Spatial.calculateCollisions(Spatial scene,
CollisionResults results)
calculateCollisions calls findCollisions to populate the
CollisionResults object then processes the collision results. |
int |
Node.detachChild(Spatial child)
detachChild removes a given child from the node's list. |
void |
Line.findCollisions(Spatial scene,
CollisionResults results)
|
void |
Node.findCollisions(Spatial scene,
CollisionResults results)
|
void |
Point.findCollisions(Spatial scene,
CollisionResults results)
|
void |
QuadMesh.findCollisions(Spatial scene,
CollisionResults results)
|
abstract void |
Spatial.findCollisions(Spatial scene,
CollisionResults results)
checks this spatial against a second spatial, any collisions are stored in the results object. |
void |
SwitchNode.findCollisions(Spatial scene,
CollisionResults results)
collisions are checked for the currently active child. |
void |
Text.findCollisions(Spatial scene,
CollisionResults results)
|
void |
TriMesh.findCollisions(Spatial scene,
CollisionResults results)
determines if this TriMesh has made contact with the give scene. |
java.util.HashMap<java.lang.String,Savable> |
UserDataManager.getAllData(Spatial key)
|
int |
Node.getChildIndex(Spatial sp)
|
Savable |
UserDataManager.getUserData(Spatial spatial,
java.lang.String key)
Retrieves a user data object(Savable) using a Spatial key and a finegrained key |
boolean |
Node.hasChild(Spatial spat)
determines if the provided Spatial is contained in the children list of this node. |
boolean |
Line.hasCollision(Spatial scene,
boolean checkTriangles)
Always return false for lines. |
boolean |
Node.hasCollision(Spatial scene,
boolean checkTriangles)
|
boolean |
Point.hasCollision(Spatial scene,
boolean checkTriangles)
|
boolean |
QuadMesh.hasCollision(Spatial scene,
boolean checkTriangles)
|
abstract boolean |
Spatial.hasCollision(Spatial scene,
boolean checkTriangles)
Checks this spatial against a second spatial for collisions. |
boolean |
SwitchNode.hasCollision(Spatial scene,
boolean checkTriangles)
collisions are checked for the currently active child. |
boolean |
Text.hasCollision(Spatial scene,
boolean checkTriangles)
|
boolean |
TriMesh.hasCollision(Spatial scene,
boolean checkTriangles)
determines if a collision between this trimesh and a given spatial occurs if it has true is returned, otherwise false is returned. |
Savable |
UserDataManager.removeUserData(Spatial spatial,
java.lang.String key)
Removed a user data object(Savable) from the map using a Spatial key and a finegrained key |
void |
UserDataManager.setAllData(Spatial key,
java.util.HashMap<java.lang.String,Savable> data)
|
void |
UserDataManager.setUserData(Spatial spatial,
java.lang.String key,
Savable data)
Maps a Spatial and a key to user data(a Savable) |
Uses of Spatial in com.jme.scene.lod |
---|
Subclasses of Spatial in com.jme.scene.lod | |
---|---|
class |
AreaClodMesh
AreaClodMesh originally ported from David Eberly's c++,
modifications and enhancements made from there.This class is an automatically updating ClodMesh that updates records acording to how much area the bounding volume takes up on the screen. |
class |
ClodMesh
ClodMesh originally ported from David Eberly's c++,
modifications and enhancements made from there. |
class |
DiscreteLodNode
DiscreteLodNode |
Uses of Spatial in com.jme.scene.shadow |
---|
Subclasses of Spatial in com.jme.scene.shadow | |
---|---|
class |
ShadowVolume
ShadowVolume
Represents the shadow volume mesh for a light and an occluder model |
Uses of Spatial in com.jme.scene.shape |
---|
Subclasses of Spatial in com.jme.scene.shape | |
---|---|
class |
AbstractBox
An eight sided box. |
class |
Arrow
A cylinder with a pyramid at one end. |
class |
AxisRods
Three coloured arrows, one pointing along each axis. |
class |
Box
A box with solid (filled) faces. |
class |
Capsule
A capsule is a cylindrical section capped with a dome at either end. |
class |
Cone
Deprecated. use Cylinder . |
class |
Cylinder
A simple cylinder, defined by it's height and radius. |
class |
Disk
A flat discus, defined by it's radius. |
class |
Dodecahedron
A regular polyhedron with 12 faces. |
class |
Dome
A hemisphere. |
class |
Extrusion
An extrusion of a 2D object ( Line ) along a path (List of Vector3f). |
class |
GeoSphere
A polygon mesh approximating a sphere by recursive subdivision. |
class |
Hexagon
Hexagon provides an extension of TriMesh . |
class |
Icosahedron
A regular polyhedron with 20 faces. |
class |
MultiFaceBox
The used Texture is 1 Unit wide and 8 Units high. |
class |
Octahedron
A regular polyhedron with 8 faces. |
class |
OrientedBox
Started Date: Aug 22, 2004 This primitive represents a box that has options to orient it acording to its X/Y/Z axis. |
class |
PQTorus
A parameterized torus, also known as a pq torus. |
class |
Pyramid
A four sided pyramid. |
class |
Quad
A four sided, two dimensional shape (a quadrilateral). |
class |
RegularPolyhedron
A polyhedron whose faces and edges are all identical. |
class |
RoundedBox
|
class |
Sphere
Sphere represents a 3D object with all points equidistance
from a center point. |
class |
StripBox
A box made from a strip mode tri-mesh. |
class |
Teapot
Teapot is the classical teapot model ready for you to use in
jME! If you plan to texture this shape, use wrapmode WM_WRAP_S_WRAP_T. |
class |
Torus
An ordinary (single holed) torus. |
class |
Tube
|
Uses of Spatial in com.jme.scene.state |
---|
Methods in com.jme.scene.state with parameters of type Spatial | |
---|---|
RenderState |
RenderState.extract(java.util.Stack<? extends RenderState> stack,
Spatial spat)
Extracts from the stack the correct renderstate that should apply to the given spatial. |
Uses of Spatial in com.jme.scene.state.jogl |
---|
Methods in com.jme.scene.state.jogl with parameters of type Spatial | |
---|---|
RenderState |
JOGLLightState.extract(java.util.Stack<? extends RenderState> stack,
Spatial spat)
|
RenderState |
JOGLTextureState.extract(java.util.Stack<? extends RenderState> stack,
Spatial spat)
|
Uses of Spatial in com.jme.scene.state.lwjgl |
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Methods in com.jme.scene.state.lwjgl with parameters of type Spatial | |
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RenderState |
LWJGLLightState.extract(java.util.Stack<? extends RenderState> stack,
Spatial spat)
|
RenderState |
LWJGLTextureState.extract(java.util.Stack<? extends RenderState> stack,
Spatial spat)
|
Uses of Spatial in com.jme.system.dummy |
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Methods in com.jme.system.dummy with parameters of type Spatial | |
---|---|
boolean |
DummyRenderer.checkAndAdd(Spatial s)
|
void |
DummyRenderer.draw(Spatial s)
|
Uses of Spatial in com.jme.util |
---|
Methods in com.jme.util that return Spatial | |
---|---|
Spatial |
BumpMapColorController.getAttachedTo()
|
Methods in com.jme.util with parameters of type Spatial | |
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static void |
BoneDebugger.drawBones(Spatial spat,
Renderer r)
|
static void |
BoneDebugger.drawBones(Spatial spat,
Renderer r,
boolean drawChildren)
|
void |
BumpMapColorController.setAttachedTo(Spatial attachedTo)
|
Constructors in com.jme.util with parameters of type Spatial | |
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BumpMapColorController(Spatial attachedTo)
|
Uses of Spatial in com.jme.util.geom |
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Methods in com.jme.util.geom with parameters of type Spatial | |
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static void |
Debugger.drawAxis(Spatial spat,
Renderer r)
|
static void |
Debugger.drawAxis(Spatial spat,
Renderer r,
boolean drawChildren,
boolean drawAll)
|
static void |
Debugger.drawBounds(Spatial se,
Renderer r)
drawBounds draws the bounding volume for a given Spatial
and its children. |
static void |
Debugger.drawBounds(Spatial se,
Renderer r,
boolean doChildren)
drawBounds draws the bounding volume for a given Spatial
and optionally its children. |
static void |
Debugger.drawNormals(Spatial element,
Renderer r)
drawNormals draws lines representing normals for a given
Spatial and its children. |
static void |
Debugger.drawNormals(Spatial element,
Renderer r,
float size,
boolean doChildren)
drawNormals draws the normals for a given Spatial and
optionally its children. |
static void |
Debugger.drawTangents(Spatial element,
Renderer r)
|
static void |
Debugger.drawTangents(Spatial element,
Renderer r,
float size,
boolean doChildren)
|
Uses of Spatial in com.jmex.audio |
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Fields in com.jmex.audio declared as Spatial | |
---|---|
Spatial |
Ear.EarTracker.trackedSpatial
|
Methods in com.jmex.audio that return Spatial | |
---|---|
Spatial |
RangedAudioTracker.getToTrack()
|
Methods in com.jmex.audio with parameters of type Spatial | |
---|---|
void |
RangedAudioTracker.setToTrack(Spatial toTrack)
|
void |
AudioTrack.track(Spatial spat)
|
void |
Ear.trackOrientation(Spatial spat)
|
void |
Ear.trackPosition(Spatial spat)
|
Constructors in com.jmex.audio with parameters of type Spatial | |
---|---|
Ear.EarTracker(Spatial spat)
|
|
RangedAudioTracker(AudioTrack track,
float playRange,
float stopRange,
Spatial toTrack)
|
Uses of Spatial in com.jmex.awt.swingui |
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Subclasses of Spatial in com.jmex.awt.swingui | |
---|---|
class |
JMEDesktop
A quad that displays a JDesktopPane as texture. |
Uses of Spatial in com.jmex.effects |
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Subclasses of Spatial in com.jmex.effects | |
---|---|
class |
FlareQuad
FlareQuad represents a single light reflection in a LensFlare
object. |
class |
LensFlare
LensFlare Lens flare effect for jME. |
class |
TrailMesh
TrailMesh |
Methods in com.jmex.effects with parameters of type Spatial | |
---|---|
int |
LensFlare.attachChild(Spatial spat)
Calls Node's attachChild after ensuring child is a FlareQuad. |
Uses of Spatial in com.jmex.effects.cloth |
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Subclasses of Spatial in com.jmex.effects.cloth | |
---|---|
class |
ClothPatch
ClothPatch is a rectangular trimesh representing a piece of
Cloth. |
class |
CollidingClothPatch
CollidingClothPatch is a ClothPatch with the ability to
interact with other objects. |
Uses of Spatial in com.jmex.effects.glsl |
---|
Methods in com.jmex.effects.glsl with parameters of type Spatial | |
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void |
MotionBlurRenderPass.addMotionBlurSpatial(Spatial spatial)
Adds a spatial to be tracked and rendered with motionblur |
Uses of Spatial in com.jmex.effects.particles |
---|
Subclasses of Spatial in com.jmex.effects.particles | |
---|---|
class |
ParticleLines
ParticleLines is a particle system that uses Line as its underlying geometric data. |
class |
ParticleMesh
ParticleMesh is a particle system that uses TriMesh as its underlying geometric data. |
class |
ParticlePoints
ParticlePoints is a particle system that uses Point as its underlying geometric data. |
class |
ParticleSystem
ParticleGeometry is an abstract class representing a particle system. |
Methods in com.jmex.effects.particles that return Spatial | |
---|---|
Spatial |
ParticleController.getParticles()
Get the Spatial that holds all of the particle information for display. |
Methods in com.jmex.effects.particles with parameters of type Spatial | |
---|---|
void |
ParticleLines.findCollisions(Spatial scene,
CollisionResults results)
|
boolean |
ParticleLines.hasCollision(Spatial scene,
boolean checkTriangles)
|
Uses of Spatial in com.jmex.effects.transients |
---|
Subclasses of Spatial in com.jmex.effects.transients | |
---|---|
class |
FadeInOut
A FadeInOut object is made to be controlled by a
FadeInOutController . |
class |
Fader
A Fader can be added to a scene directly as it extends Quad
and simply does what it says, provides the ability to fade in and out via
a color and opacity. |
class |
Transient
A Transient is a node that has "stages" in its life. |
Uses of Spatial in com.jmex.effects.water |
---|
Subclasses of Spatial in com.jmex.effects.water | |
---|---|
class |
ProjectedGrid
ProjectedGrid
Projected grid mesh |
Fields in com.jmex.effects.water with type parameters of type Spatial | |
---|---|
protected java.util.ArrayList<Spatial> |
WaterRenderPass.renderList
|
Methods in com.jmex.effects.water with parameters of type Spatial | |
---|---|
void |
WaterRenderPass.addReflectedScene(Spatial renderNode)
Adds a spatial to the list of spatials used as reflection in the water |
void |
WaterRenderPass.removeReflectedScene(Spatial renderNode)
|
void |
WaterRenderPass.setFallbackEffectOnSpatial(Spatial spatial)
|
void |
WaterRenderPass.setReflectedScene(Spatial renderNode)
Sets spatial to be used as reflection in the water(clears previously set) |
void |
WaterRenderPass.setWaterEffectOnSpatial(Spatial spatial)
Sets a spatial up for being rendered with the watereffect |
void |
WaterRenderPass.setWaterEffectOnSpatial(Spatial spatial,
boolean useTransparency)
|
Uses of Spatial in com.jmex.font2d |
---|
Subclasses of Spatial in com.jmex.font2d | |
---|---|
class |
Text2D
|
Uses of Spatial in com.jmex.font3d |
---|
Subclasses of Spatial in com.jmex.font3d | |
---|---|
class |
FontMesh
|
class |
Glyph3DMesh
This class holds one glyph as a trimesh. |
class |
Text3D
This class represents a peace of text compiled using the Font3D#createText(String, String, int, boolean, boolean, boolean) . |
Uses of Spatial in com.jmex.model |
---|
Subclasses of Spatial in com.jmex.model | |
---|---|
class |
JointMesh
Started Date: Jun 11, 2004 JointMesh is the same as a TriMesh, but extends to include an index array of joints and to store the original Vertex and Normal information |
Uses of Spatial in com.jmex.model.collada |
---|
Fields in com.jmex.model.collada declared as Spatial | |
---|---|
(package private) Spatial |
ColladaToJme.collada
|
Uses of Spatial in com.jmex.model.converters |
---|
Methods in com.jmex.model.converters that return Spatial | |
---|---|
Spatial |
X3dToJme.loadScene(java.io.InputStream x3dIn,
java.util.Map<java.lang.String,java.io.InputStream> texData,
LightState lightState)
Loads a scene (model) from the X3D file contained in the specified input stream. Please note: This loader is NOT thread-safe! |
Uses of Spatial in com.jmex.model.ogrexml |
---|
Subclasses of Spatial in com.jmex.model.ogrexml | |
---|---|
class |
OgreEntityNode
An ogreloader-specific com.jme.scene.Node. |
Methods in com.jmex.model.ogrexml with parameters of type Spatial | |
---|---|
void |
Material.apply(Spatial obj)
|
static void |
MeshCloner.cloneSpatial(Spatial source,
Spatial target)
|
Uses of Spatial in com.jmex.model.ogrexml.anim |
---|
Subclasses of Spatial in com.jmex.model.ogrexml.anim | |
---|---|
class |
OgreMesh
Holds the bind pose, lod levels and a weightbuffer that defines vertex->bone/weight associations. |
Uses of Spatial in com.jmex.terrain |
---|
Subclasses of Spatial in com.jmex.terrain | |
---|---|
class |
TerrainBlock
TerrainBlock defines the lowest level of the terrain system. |
class |
TerrainPage
TerrainPage is used to build a quad tree of terrain blocks. |
Uses of Spatial in com.jmex.terrain.util |
---|
Constructors in com.jmex.terrain.util with parameters of type Spatial | |
---|---|
BresenhamTerrainPicker(Spatial root)
Construct a new BresenhamTerrainPicker that works on the given TerrainPage. |
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