assets/ray_tracing/ray_8hpp_source.html

 #pragma once

 #include "core/euclidian.hpp"
 #include "core/color.hpp"
 #include "geometry/hit.hpp"
 #include "photon.hpp"

 namespace rt{

 class Scene;
 class Object;

 class ray : public euclidian{
 public:
     ray(const vector & origin, const vector & u, int life_time = 10);

     rt::hit hit(const Scene *scene, const Object *except = 0) const;

     photon trace(const Scene *scene, int flags, double *depth = 0) const;

     static int ambientLightSampleSize();
     static void setAmbientLightSampleSize(int ss);
 private:
     int _life_time;

     static int _ass;
 };

 }
rt::ray::trace
photon trace(const Scene *scene, int flags, double *depth=0) const
Definition: ray.cpp:44

rt::ray::hit
rt::hit hit(const Scene *scene, const Object *except=0) const
Get all informations about the collision between this ray and an object in a scene.
Definition: ray.cpp:24

rt::Scene
Complete scene.
Definition: scene.hpp:42

rt
Definition: bitmap.cpp:4

rt::euclidian::u
const vector & u() const
The direction vector (alias for euclidian::direction())
Definition: euclidian.hpp:49

rt::euclidian::origin
const vector & origin() const
The position vector.
Definition: euclidian.hpp:56

rt::ray::ray
ray(const vector &origin, const vector &u, int life_time=10)
Create a new light ray.
Definition: ray.cpp:20

rt::vector
3D vector
Definition: vector.hpp:28

rt::hit
The result of a collistion between a Geometry and an euclidian.
Definition: hit.hpp:39

rt::photon
Light photon class.
Definition: photon.hpp:28

rt::euclidian
Localised vector class.
Definition: euclidian.hpp:27

rt::Object
Visibles objects in a scene.
Definition: object.hpp:34

rt::ray
Light ray.
Definition: ray.hpp:33