Random medium with layered spheres. More...

#include <lsphere_rand.h>

Inheritance diagram for lsphere_rand_t:

Collaboration diagram for lsphere_rand_t:

Public Member Functions
	lsphere_rand_t ()
	default constructor

int	add_layer (mngarg< Med > med, valtype r)
	Add one layer for sphere.

void	add_ambient (mngarg< Med > med)
	Initialize of evriroment media (non-filled space)

int	set_filling_factor (valtype _ffactor)
	set filling factor

virtual valtype	get_random_path (const ray_t &original_ray, valtype f)
	generates random path

virtual int	get_random_scatter (const ray_t &original_ray, valtype f, ray_t &resulting_ray)
	initializes parameters of ray resulting_ray according to scattering matrix and incident ray original_ray

void	getLog (std::string &)
	Fills the string with log information for further printing or debugging.

Detailed Description

Random medium with layered spheres.

Member Function Documentation

void lsphere_rand_t::add_ambient ( mngarg< Med > med )

inline

Initialize of evriroment media (non-filled space)

Parameters

[in] med pointer to Media

inline

Add one layer for sphere.

Starts from largest layer

Parameters

[in]	med	pointer to Media class
[in]	r	radius of sphere's layer

Returns: size number of sphere's layers; -1 if new layer's radius is larger then previous; -2 if new layer's radius is less than zero

virtual int lsphere_rand_t::get_random_scatter	(	const ray_t &	original_ray,
		valtype	f,
		ray_t &	resulting_ray
	)

virtual

initializes parameters of ray resulting_ray according to scattering matrix and incident ray original_ray

int lsphere_rand_t::set_filling_factor ( valtype _ffactor )

inline

set filling factor

Parameters

[in] _ffactor filling factor, aggregated volume of spheres divided on full volume of random media ( must be less than 1. )

The documentation for this class was generated from the following file: