Uses of Class
math.Vector3D

Packages that use Vector3D

material
math
objects
optics
parser
raytracer
shader

Uses of Vector3D in material

Methods in material with parameters of type Vector3D

RGBColor	LambertianEmitter.emittedRadiance(IntersectionInfo ri, Vector3D out, Vector3D N)
RGBColor	IEmitter.emittedRadiance(IntersectionInfo ri, Vector3D out, Vector3D N) Flux per solid angle per unit projected area (Watt/m^2sr).
double	DielectricSPF.getReflectance(Vector3D toLight, IntersectionInfo ri)
RGBColor	LambertianBRDF.value(Vector3D vLightIn, IntersectionInfo intersection) return actual BRDF value as a RGB value
RGBColor	IsotropicPhongBRDF.value(Vector3D vLightIn, IntersectionInfo intersection) return actual BRDF value as a RGB value
RGBColor	IBSDF.value(Vector3D vLightIn, IntersectionInfo intersection) return actual BRDF value as a RGB value

Uses of Vector3D in math

Fields in math declared as Vector3D

Vector3D	Ray.direction
Vector3D	IntersectionInfo.nextNormal
Vector3D	OrthonormalBasis.u
Vector3D	Quaternion.v
Vector3D	OrthonormalBasis.v
Vector3D	OrthonormalBasis.w

Methods in math that return Vector3D

static Vector3D	VectorOps.createDiffuseVector(OrthonormalBasis uvw, Point2D p) creates a diffuse vector from a 2D random point
static Vector3D	VectorOps.cross(Vector3D v1, Vector3D v2) returns the cross product of two vectors
static Vector3D	VectorOps.minus(Vector3D v1, Vector3D v2) subtracts the vector v2 from v1
static Vector3D	VectorOps.normalize(Vector3D v) normalize a 3d vector
static Vector3D	VectorOps.perpendicular(Vector3D v) Returns a vector perpendicular to this one
static Vector3D	VectorOps.perturb(Vector3D vec, double down, double around) perturbs the vector down and around
static Vector3D	VectorOps.plus(Vector3D v1, Vector3D v2) adds two vectors
static Vector3D	VectorOps.scale(double s, Vector3D v) scales the vector with the double s
static Vector3D	VectorOps.toVector3D(Vector v) converts a 4-vector to a 3-vector
static Vector3D	MatrixOps.transform(Matrix4x4 m, Vector3D v) multiplies a matrix with a 3-vector
Vector3D	OrthonormalBasis.transform(Vector3D v) transforms a vector

Methods in math with parameters of type Vector3D

void	Vector3D.add(Vector3D v) add a vector
void	OrthonormalBasis.createFromU(Vector3D u) create the onb from form the u vector
void	OrthonormalBasis.createFromW(Vector3D w) create the onb from form the w vector
void	TransformationMatrix4x4.createTranslationMatrix(Vector3D v) creates a translation matrix from a vector
void	Matrix4x4.createTranslationMatrix(Vector3D v) creates a translation matrix from a vector
static Vector3D	VectorOps.cross(Vector3D v1, Vector3D v2) returns the cross product of two vectors
double	Vector3D.dot(Vector3D v) returns the scalar product with a vector
static double	VectorOps.dot(Vector3D v1, Vector3D v2) returns the scalar product of two vectors
static int	VectorOps.indexOfMinAbsComponent(Vector3D v) Returns index of smallest component
static double	VectorOps.magnitude(Vector3D v) returns the length of the vector
void	Vector3D.minus(Vector3D v) subtracts a vector
static Vector3D	VectorOps.minus(Vector3D v1, Vector3D v2) subtracts the vector v2 from v1
static Vector3D	VectorOps.normalize(Vector3D v) normalize a 3d vector
static double	VectorOps.normalizeMag(Vector3D v) normalizes a vector and returns its length
static Vector3D	VectorOps.perpendicular(Vector3D v) Returns a vector perpendicular to this one
static Vector3D	VectorOps.perturb(Vector3D vec, double down, double around) perturbs the vector down and around
static Vector3D	VectorOps.plus(Vector3D v1, Vector3D v2) adds two vectors
static Vector3D	VectorOps.scale(double s, Vector3D v) scales the vector with the double s
void	Ray.set(Point3D start, Vector3D direction) sets the ray
void	Vector3D.set(Vector3D v) sets the vector
static Vector3D	MatrixOps.transform(Matrix4x4 m, Vector3D v) multiplies a matrix with a 3-vector
Vector3D	OrthonormalBasis.transform(Vector3D v) transforms a vector

Constructors in math with parameters of type Vector3D

OrthonormalBasis(Vector3D u, Vector3D v, Vector3D w)
constructor with three given vectors

Point3D(Point3D p, Vector3D v)
new point is point + vector

Quaternion(double s, Vector3D v)
constructor

Ray(Point3D start, Vector3D direction)
constructor

Vector3D(Vector3D v)
copy constructor

Uses of Vector3D in objects

Methods in objects that return Vector3D

Vector3D	Quadric.normal(Point3D p)
Vector3D	IObject.normal(Point3D p) calculate normal via gradient
Vector3D	Intersection.normal(Point3D p)
Vector3D	HalfSpace.normal(Point3D p)
Vector3D	Assembly.normal(Point3D p)

Methods in objects with parameters of type Vector3D

void	Object.move(Vector3D v)
void	IObject.move(Vector3D v) translate the object with vector v
void	Object.rotate(Vector3D v, double alpha)
void	IObject.rotate(Vector3D v, double alpha) rotate around vector v with angle alpha
void	UnitSphere.UniformRandomPoint(Point3D point, Vector3D normal, Point3D prand)
void	Object.UniformRandomPoint(Point3D point, Vector3D normal, Point3D prand)
void	IObject.UniformRandomPoint(Point3D point, Vector3D normal, Point3D prand) creates a random point on the surface of the object
void	Box.UniformRandomPoint(Point3D point, Vector3D normal, Point3D prand)

Constructors in objects with parameters of type Vector3D

Lens(double focaldistance_, double IOR_, double thickness_, Vector3D direction_)
constructor

Uses of Vector3D in optics

Methods in optics that return Vector3D

static Vector3D

Optics.calculateReflectedRay(Vector3D In, Vector3D Normal) calculates the reflected ray from an incoming ray at a normal

Methods in optics with parameters of type Vector3D

static double	Optics.calculateDielectricReflectance(Vector3D v, Vector3D tv, Vector3D n, double Ni, double Nt) calculates the fresnel reflection
static Vector3D	Optics.calculateReflectedRay(Vector3D In, Vector3D Normal) calculates the reflected ray from an incoming ray at a normal
static boolean	Optics.calculateRefractedRay(Vector3D Normal, double Ni, double Nt, Vector3D In) calculates the refracted ray from an incoming ray at a normal

Uses of Vector3D in parser

Methods in parser that return Vector3D

Vector3D

Parser.readVector3D(org.w3c.dom.Node Vector3DNode)

Uses of Vector3D in raytracer

Methods in raytracer with parameters of type Vector3D

void	Camera.move(Vector3D v) translate the object with vector v
void	Camera.rotate(Vector3D v, double alpha) rotate around vector v with angle alpha

Constructors in raytracer with parameters of type Vector3D

Camera(Point3D eyepoint_, Vector3D direction_, Vector3D up_, double fov_)
constructor

Uses of Vector3D in shader

Constructors in shader with parameters of type Vector3D

AreaLightShaderOp(double width, double height, Point3D location, Vector3D dir, int samples, IPainter emm, double power, IPainter N, double hotSpot)
constructor