void cone_collision(t_loop *data, t_info *cone)
{
int i;
i = 0;
while (i < cone->nb_cone)
{
calcul_cone(data, cone, i);
if (data->collision.is_collision == 1)
find_light(data);
i = i + 1;
}
}
int find_color(t_img *img)
{
int sv;
int color;
float light;
int dist;
dist = find_inter(img, &sv);
if (sv != -1)
{
light = find_light(&img->scene.ray, dist,
img->scene.obj[sv].pos, img->scene.light);
color = chg_color(img->scene.obj[sv].color, light);
}
else
color = BGD_COLOR;
return (color);
}
void my_find(t_loop *loop,
t_ray *ray,
t_set *set,
int rec)
{
set->dist = 0;
set->color = 0;
set->type = 0;
my_find_sphere(&loop->geom, ray, set);
my_find_cylinder(&loop->geom, ray, set);
my_find_cone(&loop->geom, ray, set);
my_find_plan(&loop->geom, ray, set);
set->col = loop->palette[set->color];
if (set->dist > 0 && rec != -1)
find_light(loop, ray, set);
if (set->type == 1 && rec < REFL_NB && rec != -1)
{
*ray = my_ray_reflexion(ray, set);
my_find(loop, ray, set, rec + 1);
}
}