C# Class Hyperion.Shapes.Sphere.Sphere

Inheritance: Hyperion.Core.Interfaces.IShape

Afficher le fichier Open project: Kintaro/Hyperion

Méthodes publiques

Méthode	Description
CreateShape ( Transform o2w, Transform w2o, bool reverseOrientation, ParameterSet parameters, Dictionary floatTextures, Dictionary spectrumTextures ) : IShape
Intersect ( Ray r, double &tHit, double &rayEpsilon, DifferentialGeometry &dg ) : bool
IntersectP ( Ray r ) : bool
Pdf ( Point p, Vector wi ) : double
Sample ( Point p, double u1, double u2, Normal &Ns ) : Point
Sample ( double u1, double u2, Normal &Ns ) : Point
Sphere ( Transform objectToWorld, Transform worldToObject, bool reverse, double radius, double zmin, double zmax, double phiMax ) : System

Method Details

CreateShape() public static méthode

public static CreateShape ( Transform o2w, Transform w2o, bool reverseOrientation, ParameterSet parameters, Dictionary floatTextures, Dictionary spectrumTextures ) : IShape
o2w	Transform
w2o	Transform
reverseOrientation	bool
parameters	ParameterSet
floatTextures	Dictionary
spectrumTextures	Dictionary
Résultat	Hyperion.Core.Interfaces.IShape

Intersect() public méthode

public Intersect ( Ray r, double &tHit, double &rayEpsilon, DifferentialGeometry &dg ) : bool
r	Hyperion.Core.Geometry.Ray
tHit	double
rayEpsilon	double
dg	Hyperion.Core.Geometry.DifferentialGeometry
Résultat	bool

IntersectP() public méthode

public IntersectP ( Ray r ) : bool
r	Hyperion.Core.Geometry.Ray
Résultat	bool

Pdf() public méthode

public Pdf ( Point p, Vector wi ) : double
p	Point
wi	Hyperion.Core.Geometry.Vector
Résultat	double

Sample() public méthode

public Sample ( Point p, double u1, double u2, Normal &Ns ) : Point
p	Point
u1	double
u2	double
Ns	Hyperion.Core.Geometry.Normal
Résultat	Point

Sample() public méthode

public Sample ( double u1, double u2, Normal &Ns ) : Point
u1	double
u2	double
Ns	Hyperion.Core.Geometry.Normal
Résultat	Point

Sphere() public méthode

public Sphere ( Transform objectToWorld, Transform worldToObject, bool reverse, double radius, double zmin, double zmax, double phiMax ) : System
objectToWorld	Transform
worldToObject	Transform
reverse	bool
radius	double
zmin	double
zmax	double
phiMax	double
Résultat	System