Uses of Class
threeD.raytracer.engine.Ray

Packages that use Ray

threeD.raytracer.camera
threeD.raytracer.engine
threeD.raytracer.lighting
threeD.raytracer.primitives
threeD.raytracer.surfaceUI

Uses of Ray in threeD.raytracer.camera

Methods in threeD.raytracer.camera that return Ray

Ray	ThinLensCamera.rayAt(double i, double j, int screenW, int screenH)
Ray	PinholeCamera.rayAt(double i, double j, int screenWidth, int screenHeight) Returns a Ray object that represents a line of sight from the camera represented by this PinholeCamera object.
Ray	OrthographicCamera.rayAt(double i, double j, int screenWidth, int screenHeight)
Ray	Camera.rayAt(double i, double j, int screenWidth, int screenHeight)

Uses of Ray in threeD.raytracer.engine

Methods in threeD.raytracer.engine that return Ray

Ray	Intersection.getRay() Returns the Ray object stored by this Intersection object.

Methods in threeD.raytracer.engine with parameters of type Ray

boolean	SurfaceGroup.intersect(Ray ray) Returns true if the ray represented by the specified Ray object intersects any of the surfaces represented by this SurfaceGroup object.
Intersection	SurfaceGroup.intersectAt(Ray ray) Returns an Intersection object that represents the ray-surface intersections for the AbstractSurface object which is intersected closest to the origin of the ray (>= 0).
boolean	Surface.intersect(Ray ray) Returns true if the ray intersects the 3d surface in real space.
Intersection	Surface.intersectAt(Ray ray) Returns an Intersection object that represents the values for t that solve the vector equation p = o + t * d where p is a point of intersection of the specified ray and the surface.
static RGB	RayTracingEngine.lightingCalculation(Ray ray, Surface[] surfaces, Light[] lights) Performs intersection and lighting calculations for the specified Ray, Surfaces, and Lights.
static Intersection	RayTracingEngine.closestIntersection(Ray ray, Surface[] surfaces) Returns an Intersection object that represents the closest intersection (>= RayTracingEngine.e) between a surface in the specified array of Surface objects and the ray represented by the specified Ray object.

Constructors in threeD.raytracer.engine with parameters of type Ray

Intersection(Ray ray, Surface surface, double[] intersections)
Constructs a new Intersection object that represents an intersection between the specified Ray and Surface objects at the specified points along the ray represented by the Ray object.

Uses of Ray in threeD.raytracer.lighting

Methods in threeD.raytracer.lighting with parameters of type Ray

boolean	PointLightGrid.intersect(Ray ray) Returns false.
Intersection	PointLightGrid.intersectAt(Ray ray) Returns null.

Uses of Ray in threeD.raytracer.primitives

Methods in threeD.raytracer.primitives with parameters of type Ray

boolean	Triangle.intersect(Ray ray) Returns true if the ray represented by the specified Ray object intersects the triangle represented by this Triangle object in real space.
Intersection	Triangle.intersectAt(Ray ray) Returns an Intersection object representing the points along the ray represented by the specified Ray object that intersection between the ray and the triangle represented by this Triangle object occurs.
boolean	Sphere.intersect(Ray ray) Returns true if the ray represented by the specified Ray object intersects the sphere represented by this Sphere object in real space.
Intersection	Sphere.intersectAt(Ray ray) Returns an Intersection object representing the points along the ray represented by the specified Ray object that intersection between the ray and the sphere represented by this Sphere object occurs.
boolean	Polynomial.intersect(Ray ray) Returns true if the ray represented by the specified Ray object intersects the polynomial surface represented by this Polynomial object in real space.
Intersection	Polynomial.intersectAt(Ray ray) Returns an array of double values representing the distance along the ray represented by the specified Ray object that intersection between the ray and the polynomial surface represented by this Polynomial object occurs.
boolean	Plane.intersect(Ray ray) Returns true if the ray represented by the specified Ray object intersects the plane represented by this Plane object in real space.
Intersection	Plane.intersectAt(Ray ray) Returns an Intersection object representing the points along the ray represented by the specified Ray object that intersection between the ray and the plane represented by this Plane object occurs.
boolean	Mesh.intersect(Ray ray)
Intersection	Mesh.intersectAt(Ray ray)
boolean	Cylinder.intersect(Ray ray) Returns true if the ray represented by the specified Ray object intersects the cylinder represented by this Cylinder object in real space.
Intersection	Cylinder.intersectAt(Ray ray) Returns an Intersection object representing the points along the ray represented by the specified Ray object that intersection between the ray and the cylinder represented by this Cylinder object occurs.
boolean	CSG.intersect(Ray ray) This method calls intersectAt to determine the value to return.
Intersection	CSG.intersectAt(Ray ray)
boolean	Cone.intersect(Ray ray) Returns true if the ray represented by the specified Ray object intersects the cone represented by this Cone object in real space.
Intersection	Cone.intersectAt(Ray ray) Returns an Intersection object representing the points along the ray represented by the specified Ray object that intersection between the ray and the cone represented by this Cone object occurs.

Uses of Ray in threeD.raytracer.surfaceUI

Methods in threeD.raytracer.surfaceUI with parameters of type Ray

boolean	AbstractSurfaceUI.intersect(Ray ray) Returns true if the ray represented by the specified Ray object intersects the surface represented by this AbstractSurfaceUI in real space.
Intersection	AbstractSurfaceUI.intersectAt(Ray ray) Returns an Intersection object representing the point along the ray represented by the specified Ray object that intersection between the ray and the surface represented by this AbstractSurfaceUI occurs.