Uses of Interface
de.grogra.ray2.Scene

Packages that use Scene

Package	Description
de.grogra.imp3d.ray2
de.grogra.ray.physics
de.grogra.ray2
de.grogra.ray2.antialiasing
de.grogra.ray2.light
de.grogra.ray2.photonmap
de.grogra.ray2.radiosity
de.grogra.ray2.radiosity.triangulation
de.grogra.ray2.tracing
de.grogra.ray2.tracing.modular

Uses of Scene in de.grogra.imp3d.ray2

Classes in de.grogra.imp3d.ray2 that implement Scene

Modifier and Type	Class	Description
class	SceneVisitor	A SceneVisitor is used to traverse a graph, collect the geometry and lights of this graph and represent them as a Scene.

Methods in de.grogra.imp3d.ray2 that return Scene

Modifier and Type	Method	Description
Scene	SceneVisitor.dup()

Uses of Scene in de.grogra.ray.physics

Methods in de.grogra.ray.physics with parameters of type Scene

Modifier and Type	Method	Description
void	Environment.set(Intersection desc, int flags, Scene scene)

Uses of Scene in de.grogra.ray2

Methods in de.grogra.ray2 that return Scene

Modifier and Type	Method	Description
Scene	Scene.dup()	Returns a clone of this Scene.

Methods in de.grogra.ray2 with parameters of type Scene

Modifier and Type	Method	Description
void	Renderer.render(Scene scene, Sensor camera, Matrix4d cameraTransformation, int width, int height, ImageObserver obs)	Renders an image of a scene.

Uses of Scene in de.grogra.ray2.antialiasing

Methods in de.grogra.ray2.antialiasing with parameters of type Scene

Modifier and Type	Method	Description
Antialiasing	Antialiasing.dup(Scene scene)	Returns a clone of this Antialiasing.
Antialiasing	MetropolisAntiAliasing.dup(Scene scene)
Antialiasing	NoAntialiasing.dup(Scene scene)
void	Antialiasing.initialize(PixelwiseRenderer renderer, Scene scene)	Initializes the antialiasing method using the data available through the renderer.
void	MetropolisAntiAliasing.initialize(PixelwiseRenderer renderer, Scene scene)
void	NoAntialiasing.initialize(PixelwiseRenderer renderer, Scene scene)
void	StochasticSupersampling.initialize(PixelwiseRenderer tracer, Scene scene)

Uses of Scene in de.grogra.ray2.light

Methods in de.grogra.ray2.light with parameters of type Scene

Modifier and Type	Method	Description
LightProcessor	DefaultLightProcessor.dup(Scene scene)
LightProcessor	LightProcessor.dup(Scene scene)	Returns a clone of this LightProcessor.
void	DefaultLightProcessor.initialize(Scene scene, int raytracerType, Random rnd)
void	LightProcessor.initialize(Scene scene, int raytracerType, Random random)	Initializes the light processor for use with the given scene.

Uses of Scene in de.grogra.ray2.photonmap

Methods in de.grogra.ray2.photonmap with parameters of type Scene

Modifier and Type	Method	Description
void	OptionReader.calcFinished(Scene scene)	Call this after the the photon map was created to update the values.
boolean	OptionReader.isPhotonMapCalcNeeded(Scene scene)	Returns true, if new Photon map must be calculated.

Uses of Scene in de.grogra.ray2.radiosity

Methods in de.grogra.ray2.radiosity with parameters of type Scene

Modifier and Type	Method	Description
void	OptionReader.calcFinished(Scene scene)	Call this after the rendering to update the values.
boolean	OptionReader.isRadiosityCalcNeeded(Scene scene)	Returns true, if all Radiosity values must be calculated.

Uses of Scene in de.grogra.ray2.radiosity.triangulation

Methods in de.grogra.ray2.radiosity.triangulation with parameters of type Scene

Modifier and Type	Method	Description
static void	Triangulizer.triangulize(GroupListBuilder builder, Scene scene, int lightIndex)	This method divides a Light into patches.
static void	Triangulizer.triangulize(GroupListBuilder builder, Scene scene, Volume v)	This method divides a volume into a list of patches.

Uses of Scene in de.grogra.ray2.tracing

Fields in de.grogra.ray2.tracing declared as Scene

Modifier and Type	Field	Description
protected Scene	PixelwiseRenderer.originalScene
Scene	RayProcessorBase.scene

Methods in de.grogra.ray2.tracing that return Scene

Modifier and Type	Method	Description
Scene	PixelwiseRenderer.getScene()

Methods in de.grogra.ray2.tracing with parameters of type Scene

Modifier and Type	Method	Description
RayProcessor	BiDirectionalProcessor.dup(Scene scene)
LightModelProcessor	LightModelProcessor.dup(Scene scene)
LightModelProcessorD	LightModelProcessorD.dup(Scene scene)
RayProcessor	MetropolisProcessor.dup(Scene scene)
RayProcessor	RayProcessor.dup(Scene scene)	Returns a clone of this RayProcessor.
RayProcessor	RayProcessorBase.dup(Scene scene)
double	EnteredSolidsList.getIOR(Scene scene, Intersection is, Spectrum spec)
static double	EnteredSolidsList.getIOR(Scene scene, Volume v, Spectrum spectrum)
void	BiDirectionalProcessor.initialize(PixelwiseRenderer renderer, Scene scene)
void	MetropolisProcessor.initialize(PixelwiseRenderer renderer, Scene scene)
void	PathTracer.initialize(PixelwiseRenderer renderer, Scene scene)
void	PhotonMapRayProcessor.initialize(PixelwiseRenderer renderer, Scene scene)
void	Radiosity.initialize(PixelwiseRenderer renderer, Scene scene)
void	RayProcessor.initialize(PixelwiseRenderer renderer, Scene scene)	With this method the processor is initialized with the scene and other information of a PixelwiseRenderer.
void	RayProcessorBase.initialize(PixelwiseRenderer renderer, Scene scene)
void	BidirectionalRenderer.render(Scene scene, Sensor camera, Matrix4d cameraTransformation, int width, int height, ImageObserver obs)
void	MetropolisRenderer.render(Scene scene, Sensor camera, Matrix4d cameraTransformation, int width, int height, ImageObserver obs)
void	PixelwiseRenderer.render(Scene scene, Sensor camera, Matrix4d cameraTransformation, int width, int height, ImageObserver obs)

Constructors in de.grogra.ray2.tracing with parameters of type Scene

Modifier	Constructor	Description
	LightModelProcessor(Scene scene, int[] idToGroup)	Create a new light model processor that uses the given spectrum factory.
	LightModelProcessor(Scene scene, ObjectList<Spectrum> radiantPowerSum, ObjectList<Spectrum> absorbedPowerSum, ObjectList<Spectrum> reflectedPowerSum, ObjectList<Spectrum> transmittedPowerSum, ObjectList<Spectrum> sensedIrridiancSum, int[] idToGroup, int bundleSize, ObjectList<ObjectList<RadiationModel.RayPoint>> rays, IntList hitCounterSum)	Create a new light model processor that uses the given spectrum factory and adds collected radiation values to the lists.
	LightModelProcessorD(Scene scene, int[] idToGroup)	Create a new light model processor that uses the given spectrum factory.
	LightModelProcessorD(Scene scene, int depth, ObjectList<ObjectList<Spectrum>> radiantPowerSum, ObjectList<ObjectList<Spectrum>> absorbedPowerSum, ObjectList<ObjectList<Spectrum>> reflectedPowerSum, ObjectList<ObjectList<Spectrum>> transmittedPowerSum, ObjectList<ObjectList<Spectrum>> sensedIrridiancSum, int[] idToGroup, int bundleSize, ObjectList<ObjectList<RadiationModel.RayPoint>> rays, ObjectList<IntList> hitCounterSum)	Create a new light model processor that uses the given spectrum factory and adds collected radiation values to the lists.
	ParallelRadiationModel(Scene scene, int[] idToIndex, int threadCount, ObjectList<ObjectList<RadiationModel.RayPoint>> rays)
	ParallelRadiationModelD(Scene scene, int[] idToIndex, int threadCount, ObjectList<ObjectList<RadiationModel.RayPoint>> rays)

Uses of Scene in de.grogra.ray2.tracing.modular

Methods in de.grogra.ray2.tracing.modular with parameters of type Scene

Modifier and Type	Method	Description
void	LineTracer.initialize(PixelwiseRenderer renderer, Scene scene)

Constructors in de.grogra.ray2.tracing.modular with parameters of type Scene

Modifier	Constructor	Description
	ComplementTracer(Scene scene, Random random)
	MemoryHelper(int length, Scene scene)