static void buf4_to_integer(char *buf, int *x)
{
int x1, x2, x3, x4, ret = 0;
x1 = hex_to_i(buf[2]);
x2 = hex_to_i(buf[3]);
x3 = hex_to_i(buf[0]);
x4 = hex_to_i(buf[1]);
*x = x1*4096+x2*256+x3*16+x4;
/*x = x1*1000+x2*100+x3*10+x4; */
}
void add_cylinder(t_env *env, char **tab)
{
t_point p;
t_list *list;
char **split;
split = ft_strsplit(tab[1], ',');
p.x = ft_atoi(split[0] + 1);
p.y = ft_atoi(split[1]);
p.z = ft_atoi(split[2]);
list = new_list(p, hex_to_i(tab[4]));
list->name = "cylinder";
ft_strsplit_clr(split);
split = ft_strsplit(tab[2], ',');
list->ori.x = ft_atoi(split[0] + 1);
list->ori.y = ft_atoi(split[1]);
list->ori.z = ft_atoi(split[2]);
list->ori = norm(list->ori);
list->radius = ft_atoi(tab[3]);
list->diffuse = ft_atoi(tab[5]) / 100.0;
list->specular = ft_atoi(tab[6]) / 100.0;
list->phong = ft_atoi(tab[7]);
list->fun = &(keyword[3]);
env->object = add_list_list(env->object, list);
ft_strsplit_clr(split);
}
void add_light(t_env *env, char **tab)
{
t_point p;
t_list *list;
char **split;
split = ft_strsplit(tab[1], ',');
p.x = ft_atoi(split[0] + 1);
p.y = ft_atoi(split[1]);
p.z = ft_atoi(split[2]);
ft_strsplit_clr(split);
list = new_list(p, hex_to_i(tab[2]));
list->name = "light";
list->intensity = ft_atoi(tab[3]) / 100;
env->light = add_list_list(env->light, list);
}
void fill_color(t_env *env, char **tab)
{
env->color = hex_to_i(tab[1]);
env->intensity = ft_atoi(tab[2]) / 100.0;
}
