Render::Raytracer Class Reference

#include <Raytracer.hh>

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List of all members.

Detailed Description

Basic raytracer.

Definition at line 48 of file Raytracer.hh.


Public Member Functions
	Raytracer (const World::Scene &Scene, const Bool Antialiasing=true, const Int MaxDepth=5)
void	Render (Graphics::Drawable &Img)
Private Member Functions
void	TraceLights (const Math::Vector &ColPoint, const Math::Vector &Normal, const Ray &Reflect, World::Color &Diffuse, World::Color &Specular)
Bool	Trace (const Ray &R, World::Color &C, const Int Depth, const Double CurIdx)
Private Attributes
const World::Scene &	Scene
const Bool	Antialiasing
const Int	MaxDepth
std::vector< Double >	RefractiveStack

Int	ShadowRays
Int	ReflectedRays
Int	RefractedRays
Static Private Attributes
static const Int	AASize = 2

Constructor & Destructor Documentation

Render::Raytracer::Raytracer	(	const World::Scene &	Scene,
		const Bool	Antialiasing = `true`,
		const Int	MaxDepth = `5`
	)

Initialize renderer

Parameters:

	Scene	scene to be rendered
	Antialiasing	Is antialiasing enabled?
	MaxDepth	How much should be recurr

Definition at line 25 of file Raytracer.cc.

Member Function Documentation

void Render::Raytracer::TraceLights	(	const Math::Vector &	ColPoint,
		const Math::Vector &	Normal,
		const Ray &	Reflect,
		World::Color &	Diffuse,
		World::Color &	Specular
	)			`[inline, private]`

Check all lights positions. Check if we are shadowed from the light or no. Calculate diffuse and specular coefficients.

Parameters:

	ColPoint	Collision point
	Normal	Normal at collision point
	Reflect	Reflect direction vector
	Diffuse	Object relevant parameters
	Specular	Object relevant parameters

Definition at line 38 of file Raytracer.cc.

References World::ColLib::Black(), World::Scene::Collide(), Render::Ray::Direction(), Math::Vector::Dot(), World::Light::GetColor(), World::PointLight::GetPosition(), World::Scene::Iterator< T >::Next(), Render::Ray::RayFromPoints(), Scene, and ShadowRays.

Referenced by Trace().

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Bool Render::Raytracer::Trace	(	const Ray &	R,
		World::Color &	C,
		const Int	Depth,
		const Double	CurIdx
	)			`[private]`

Trace a ray. Check collisions, create recursively shadow rays, reflected rays and refracted rays.

If we won't hit anything we must place a background color on the resulting image, but this color shouldn't be added into rays calculations. Therefore we mark if we hit anything.