Uses of Class
de.grogra.ray.util.Ray

Packages that use Ray

Package	Description
de.grogra.gpuflux.imp3d.objects
de.grogra.gpuflux.imp3d.shading
de.grogra.imp3d
de.grogra.imp3d.objects
de.grogra.imp3d.ray
de.grogra.imp3d.shading
de.grogra.ray
de.grogra.ray.debug3d
de.grogra.ray.intersection
de.grogra.ray.light
de.grogra.ray.memory
de.grogra.ray.physics
de.grogra.ray.shader
de.grogra.ray.tracing
de.grogra.ray.util
de.grogra.ray2.tracing

Uses of Ray in de.grogra.gpuflux.imp3d.objects

Methods in de.grogra.gpuflux.imp3d.objects with parameters of type Ray

Modifier and Type	Method	Description
double	SpectralLight.completeRay(Environment env, Point3d vertex, Ray out)

Uses of Ray in de.grogra.gpuflux.imp3d.shading

Methods in de.grogra.gpuflux.imp3d.shading with parameters of type Ray

Modifier and Type	Method	Description
void	IORShader.computeMaxRays(Environment env, Vector3f in, Spectrum specIn, Ray reflected, Tuple3f refVariance, Ray transmitted, Tuple3f transVariance)

Uses of Ray in de.grogra.imp3d

Methods in de.grogra.imp3d with parameters of type Ray

Modifier and Type	Method	Description
double	Camera.completeRay(Environment env, Point3d vertex, Ray out)
protected double	Projection.completeRay(Environment env, Point3d vertex, Ray out, Matrix4d viewToClip, Matrix4d deviceToView)

Uses of Ray in de.grogra.imp3d.objects

Methods in de.grogra.imp3d.objects with parameters of type Ray

Modifier and Type	Method	Description
double	LightBase.completeRay(Environment env, Point3d vertex, Ray out)
double	Parallelogram.completeRay(Environment env, Point3d vertex, Ray out)
double	SensorNode.completeRay(Environment env, Point3d vertex, Ray out)
double	Sky.completeRay(Environment env, Point3d vertex, Ray out)

Uses of Ray in de.grogra.imp3d.ray

Methods in de.grogra.imp3d.ray with parameters of type Ray

Modifier and Type	Method	Description
void	RTSky.getColor(Ray ray, IntersectionDescription desc, Color3f color)
float	RTAreaLight.getDistance(Ray ray, RayContext context)
float	RTBox.getDistance(Ray ray, RayContext context)
float	RTCone.getDistance(Ray ray, RayContext context)
float	RTCylinder.getDistance(Ray ray, RayContext context)
float	RTDirectionalLight.getDistance(Ray ray)
float	RTDirectionalLight.getDistance(Ray ray, RayContext context)
float	RTFrustum.getDistance(Ray ray, RayContext context)
float	RTParallelogram.getDistance(Ray ray, RayContext context)
float	RTPlane.getDistance(Ray ray, RayContext context)
float	RTPointLight.getDistance(Ray ray, RayContext context)
float	RTSky.getDistance(Ray ray, RayContext context)
float	RTSphere.getDistance(Ray ray, RayContext context)
float	RTSpotLight.getDistance(Ray ray, RayContext context)
int	RTAreaLight.getLightRays(Ray view, IntersectionDescription desc, ShadowProcessor shadowModel, RayList rays)
int	RTDirectionalLight.getLightRays(Ray view, IntersectionDescription desc, ShadowProcessor shadowProcessor, RayList rays)
int	RTPointLight.getLightRays(Ray view, IntersectionDescription desc, ShadowProcessor shadowModel, RayList rays)
int	RTSpotLight.getLightRays(Ray view, IntersectionDescription desc, ShadowProcessor shadowModel, RayList rays)
void	GroIMPCamera.getRayFromCoordinates(double x, double y, Ray ray)

Uses of Ray in de.grogra.imp3d.shading

Methods in de.grogra.imp3d.shading with parameters of type Ray

Modifier and Type	Method	Description
double	SunSkyLight.completeRay(Environment env, Point3d vertex, Ray out)
void	Phong.computeMaxRays(Environment env, Vector3f out, Spectrum outSpec, Ray reflected, Tuple3f refVariance, Ray transmitted, Tuple3f transVariance)
void	RGBAShader.computeMaxRays(Environment env, Vector3f in, Spectrum specIn, Ray reflected, Tuple3f refVariance, Ray transmitted, Tuple3f transVariance)
void	ShaderRef.computeMaxRays(Environment env, Vector3f in, Spectrum specIn, Ray reflected, Tuple3f refVariance, Ray transmitted, Tuple3f transVariance)
void	SunSkyLight.computeMaxRays(Environment env, Vector3f in, Spectrum specIn, Ray reflected, Tuple3f refVariance, Ray transmitted, Tuple3f transVariance)
void	SwitchShader.computeMaxRays(Environment env, Vector3f in, Spectrum specIn, Ray reflected, Tuple3f refVariance, Ray transmitted, Tuple3f transVariance)

Uses of Ray in de.grogra.ray

Methods in de.grogra.ray with parameters of type Ray

Modifier and Type	Method	Description
void	RTFakeObject.getColor(Ray ray, IntersectionDescription desc, Color3f color)
float	RTObject.getDistance(Ray ray, RayContext context)
int	RTLight.getLightRays(Ray view, IntersectionDescription desc, ShadowProcessor shadowProcessor, RayList rays)
void	RTCamera.getRayFromCoordinates(double x, double y, Ray ray)	This method generates a ray that has its origin in the cameras origin and will go through the given pixel in the image plane.
static float	Raytracer.getT(Ray ray, Point3f point)

Uses of Ray in de.grogra.ray.debug3d

Methods in de.grogra.ray.debug3d with parameters of type Ray

Modifier and Type	Method	Description
static void	Debug3d.logDirectLightRay(Ray ray)
void	Debug3dImpl.logDirectLightRay(Ray ray)
void	Debug3dVRMLImpl.logDirectLightRay(Ray ray)
static void	Debug3d.logFiniteRay(Ray ray, float scale, float weight)
void	Debug3dImpl.logFiniteRay(Ray ray, float scale, float weight)
void	Debug3dVRMLImpl.logFiniteRay(Ray ray, float scale, float weight)
static void	Debug3d.logInfiniteRay(Ray ray, float weight)
void	Debug3dImpl.logInfiniteRay(Ray ray, float weight)
void	Debug3dVRMLImpl.logInfiniteRay(Ray ray, float weight)

Uses of Ray in de.grogra.ray.intersection

Fields in de.grogra.ray.intersection declared as Ray

Modifier and Type	Field	Description
final Ray	Intersections.BoxLocalVariables.invers_ray
final Ray	Intersections.ConeLocalVariables.invers_ray
final Ray	Intersections.CylinderLocalVariables.invers_ray
final Ray	Intersections.FrustumLocalVariables.invers_ray
final Ray	Intersections.ParallelogramLocalVariables.invers_ray
Ray	Intersections.PlaneLocalVariables.invers_ray
Ray	Intersections.SphereIntersectionLocalVariables.invers_ray
Ray	Intersections.SphereLocalVariables.invers_ray
final Ray	Intersections.BoxInput.ray
final Ray	Intersections.BoxIntersectionInput.ray
final Ray	Intersections.ConeInput.ray
final Ray	Intersections.CylinderInput.ray
final Ray	Intersections.FrustumInput.ray
final Ray	Intersections.ParallelogramInput.ray
Ray	Intersections.PlaneInput.ray
Ray	Intersections.SphereInput.ray
Ray	Intersections.SphereIntersectionInput.ray

Methods in de.grogra.ray.intersection with parameters of type Ray

Modifier and Type	Method	Description
void	OctreeIntersectionProcessor.getAdditionColor(Ray ray, Color4f color)
boolean	DefaultIntersectionProcessor.getFirstIntersectionDescription(Ray ray, RayContext context, IntersectionDescription desc)
boolean	IntersectionProcessor.getFirstIntersectionDescription(Ray ray, RayContext context, IntersectionDescription desc)
boolean	OctreeIntersectionProcessor.getFirstIntersectionDescription(Ray ray, RayContext context, IntersectionDescription desc)
boolean	OctreeIntersectionProcessor.getFirstIntersectionDescription_infiniteObjects(Ray ray, RayContext context, IntersectionDescription desc)
boolean	OctreeIntersectionProcessor.getFirstIntersectionDescription_noInfiniteObjects(Ray ray, RayContext context, IntersectionDescription desc)
float	DefaultIntersectionProcessor.getFirstIntersectionT(Ray ray, RayContext context)
float	IntersectionProcessor.getFirstIntersectionT(Ray ray, RayContext context)
float	OctreeIntersectionProcessor.getFirstIntersectionT(Ray ray, RayContext context)
float	OctreeIntersectionProcessor.getFirstIntersectionT_infiniteObjects(Ray ray, RayContext context)
float	OctreeIntersectionProcessor.getFirstIntersectionT_noInfiniteObjects(Ray ray, RayContext context)
boolean	BoundingBox.hasIntersection(Ray ray)
boolean	BoundingSphere.hasIntersection(Ray ray)
boolean	BoundingVolume.hasIntersection(Ray ray)
boolean	OctreeCell.hasIntersection(Ray ray)
void	CellGenerator.setRay(Ray ray)
void	DefaultCellGenerator.setRay(Ray ray)
void	EndlCellGenerator.setRay(Ray ray)

Constructors in de.grogra.ray.intersection with parameters of type Ray

Modifier	Constructor	Description
	IntersectionDescription(Ray ray, float t)
	IntersectionDescription(Ray ray, float t, Point3f point)
	IntersectionDescription(Ray ray, int count)

Uses of Ray in de.grogra.ray.light

Methods in de.grogra.ray.light with parameters of type Ray

Modifier and Type	Method	Description
int	DefaultLightProcessor.getLightRays(Ray view, IntersectionDescription desc, RayList rays)
int	LightProcessor.getLightRays(Ray view, IntersectionDescription desc, RayList rays)	Adds lights/shadow rays that illuminalte the specified intersection point.
boolean	NoShadows.shadowRay(Ray light, float length, Ray view, IntersectionDescription desc)
boolean	ShadowProcessor.shadowRay(Ray light, float length, Ray view, IntersectionDescription desc)	Calculate to shadowed color of the light ray to the specified point.
boolean	Shadows.shadowRay(Ray light, float length, Ray view, IntersectionDescription desc)

Uses of Ray in de.grogra.ray.memory

Methods in de.grogra.ray.memory that return Ray

Modifier and Type	Method	Description
Ray	MemoryPool.newRay()

Methods in de.grogra.ray.memory with parameters of type Ray

Modifier and Type	Method	Description
void	MemoryPool.freeRay(Ray obj)

Uses of Ray in de.grogra.ray.physics

Fields in de.grogra.ray.physics declared as Ray

Modifier and Type	Field	Description
final Ray	Interior.Input.ray	The light ray.

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

Modifier and Type	Method	Description
double	Emitter.completeRay(Environment env, Point3d vertex, Ray out)
void	Shader.computeMaxRays(Environment env, Vector3f in, Spectrum specIn, Ray reflected, Tuple3f refVariance, Ray transmitted, Tuple3f transVariance)	Computes, for the given input, the reflected and transmitted importance rays for which the reflection/transmission probability densities (integrated over the spectrum) attain a maximum.

Uses of Ray in de.grogra.ray.shader

Methods in de.grogra.ray.shader with parameters of type Ray

Modifier and Type	Method	Description
void	RTShader.computeMaxRays(ShadingEnvironment env, Ray reflectedRay, Vector3f reflectedVariance, Ray refractedRay, Vector3f refractedVariance)
void	RTShader.generateRandomRay(ShadingEnvironment env, Ray randomRay)

Uses of Ray in de.grogra.ray.tracing

Methods in de.grogra.ray.tracing that return Ray

Modifier and Type	Method	Description
Ray	HagensBiDiStrategie1.getMostProbableRay(RayList rays, int seed)
Ray	PathTracerHS.getMostProbableRay(RayList rays, int seed)

Methods in de.grogra.ray.tracing with parameters of type Ray

Modifier and Type	Method	Description
HagensBiDiStrategie1.RTPseudoLight	HagensBiDiStrategie1.generatePseudoLight(Ray rayIn, Ray rayOut, ShadingEnvironment env, RTShader shader, Color3f color)
void	BidirectionalPathTracer.getColorFromRay(Ray ray, Color4f color)
void	BidirectionalPathTracer.PathingStrategies.getColorFromRay(Ray ray, Color4f color)
void	DefaultRayTracer.getColorFromRay(Ray ray, Color4f color)
void	HagensBiDiStrategie1.getColorFromRay(Ray ray, Color4f color)
void	PathTracerHS.getColorFromRay(Ray ray, Color4f color)
void	PathTracerMT.getColorFromRay(Ray ray, Color4f color)
void	PhotonMapping.getColorFromRay(Ray ray, Color4f color4)
void	RayProcessor.getColorFromRay(Ray ray, Color4f color)	The main methode of a ray processor.
float	HagensBiDiStrategie1.RTPseudoLight.getDistance(Ray ray)
float	HagensBiDiStrategie1.RTPseudoLight.getDistance(Ray ray, RayContext context)
int	HagensBiDiStrategie1.RTPseudoLight.getLightRays(Ray view, IntersectionDescription desc, ShadowProcessor shadowProcessor, RayList rays)

Uses of Ray in de.grogra.ray.util

Fields in de.grogra.ray.util declared as Ray

Modifier and Type	Field	Description
Ray[]	RayList.rays	The array of light rays.

Methods in de.grogra.ray.util that return Ray

Modifier and Type	Method	Description
Ray	RayList.lastRay()
Ray	RayList.nextRay()

Methods in de.grogra.ray.util with parameters of type Ray

Modifier and Type	Method	Description
void	RayList.appendRay(Ray lastRay)
void	Ray.setRay(Ray ray)
void	Ray.transform(Matrix4d mat, Ray ray)
void	Ray.transform(Matrix4f mat, Ray ray)

Constructors in de.grogra.ray.util with parameters of type Ray

Modifier	Constructor	Description
	Ray(Ray temp)

Uses of Ray in de.grogra.ray2.tracing

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

Modifier and Type	Field	Description
Ray	RayProcessorBase.Locals.reflected
Ray	RayProcessorBase.Locals.transmitted