void give_effect(t_env *e)
{
e->effect.vec = give_vec(e->obj_tmp, e);
e->effect.shadow = give_shadow(e);
e->effect.light = my_light(e);
e->effect.bri = light_effect(e);
//e->effect.light = mult_value(&(e->effect.light), e->effect.shadow);
e->effect.bri = a_x_b(&(e->effect.bri), &(e->effect.light));
}
t_vec3d final_color(t_env *e)
{
t_vec3d normal;
t_vec3d col_tmp;
t_vec3d color;
t_vec3d reflex;
e->value = 100000000;
e->obj_tmp = all_inter(e);
e->color = (t_vec3d){0,0,0};
color = (t_vec3d){0,0,0};
if (e->obj_tmp && e->value > 0.0001)
{
//POUR LE SOL
/*if(e->obj_tmp->type == 10)
{
int x = e->x + ((e->v / 0.2) * 50);
int y = e->y - ((e->v2 / 0.2) * 50);
y -= e->eye_pos.z * 3;
if(x<0)
x = -x;
if(y<0)
y = -y;
int color1 = e->sol->data[y * e->sol->sizeline + x * e->sol->bpp / 8];
int color2 = e->sol->data[y * e->sol->sizeline + x * e->sol->bpp / 8 + 1];
int color3 = e->sol->data[y * e->sol->sizeline + x * e->sol->bpp / 8 + 2];
e->img->data[e->y * e->img->sizeline + e->x * e->img->bpp / 8] = color1;
e->img->data[e->y * e->img->sizeline + e->x * e->img->bpp / 8 + 1] = color2;
e->img->data[e->y * e->img->sizeline + e->x * e->img->bpp / 8 + 2] = color3;
e->no = 1;
}
else*/
e->color = (t_vec3d){e->obj_tmp->color.x, e->obj_tmp->color.y, e->obj_tmp->color.z};
if (e->value < 100000000)
give_my_pos(e);
normal = give_vec(e->obj_tmp, e);
double ref;
ref = 1;
color = e->color;
// if(e->obj_tmp->type == 1 || e->obj_tmp->type == 0)
/* if(e->obj_tmp->ref > 0)
ref = e->obj_tmp->ref;//0.25;
if (ref < 1 && e->nb_ref < REF)
{
e->nb_ref += 1;
reflex = ft_reflex(&(e->ray_dir), &normal );
ajust(&reflex);
normal = mult_value(&normal , 0.001);
e->pos = plus(&(e->pos), &normal );
color = mult_value(&(color), ref);
e->ray_origin = e->pos;
e->ray_dir = reflex;
col_tmp = final_color(e);
col_tmp = mult_value(&col_tmp, 1 - ref);
color = plus(&(color), &col_tmp);
}*/
//if(e->obj_tmp->type == 1) SI ON VEUT REFRACTIONNER UNE VRAI IMAGE
//SINON on affiche juste tel quel est decrite dans le fichier
if(e->obj_tmp->refraction != 0 && e->myetat == 0)
{
e->myetat = 1;
e->ray_dir = refract(e, &normal);
ajust(&(e->ray_dir));
color = mult_value(&(color), 0.8);
col_tmp = final_color(e);
col_tmp = mult_value(&col_tmp, 1 - 0.5);
color = plus(&(color), &col_tmp);
}
}
//POUR LE CIEL
/*else
{
e->no = 1;
int x = e->x + ((e->v / 0.2) * 50);
int y = e->y + ((e->v2 / 0.2) * 20);
if(x<0)
x = -x;
if(y<0)
y = -y;
int color1 = e->skybox->data[y * e->skybox->sizeline + x * e->skybox->bpp / 8];
int color2 = e->skybox->data[y * e->skybox->sizeline + x * e->skybox->bpp / 8 + 1];
int color3 = e->skybox->data[y * e->skybox->sizeline + x * e->skybox->bpp / 8 + 2];
e->img->data[e->y * e->img->sizeline + e->x * e->img->bpp / 8] = color1;
e->img->data[e->y * e->img->sizeline + e->x * e->img->bpp / 8 + 1] = color2;
e->img->data[e->y * e->img->sizeline + e->x * e->img->bpp / 8 + 2] = color3;
}*/
return (color);
}
