static void init(t_param *p)
{
p->YC = p->YC + 1;
p->l.xb = find_x(p);
p->l.yb = find_y(p);
p->YC = p->YC - 1;
p->l.xa = find_x(p);
p->l.ya = find_y(p);
}
float find_wall(t_env *env , int **map, float each_x, unsigned int *color)
{
float x1;
float y1;
float k_x;
float k_y;
float tmp;
x1 = env->x + 0.5;
y1 = env->y + each_x;
tmp = x1;
x1 = cos(RAD(env->angle)) * (tmp - env->x) - sin(RAD(env->angle))
* (y1 - env->y);
y1 = sin(RAD(env->angle)) * (tmp - env->x) + cos(RAD(env->angle))
* (y1 - env->y);
k_x = find_x(env, map, x1, y1);
k_y = find_y(env, map, x1, y1);
*color = 0;
(x1 > 0) ? (*color = FIRST_COLOR) : (*color = SECOND_COLOR);
(k_x > k_y) ? ((y1 > 0) ? (*color = THIRD_COLOR)
: (*color = FOURTH_COLOR)) : (0);
if (k_x > k_y)
return (k_y);
return (k_x);
}
void create_win(t_mlxtool *mlx_tool, char *name)
{
int sizex;
int sizey;
find_x(mlx_tool);
find_y(mlx_tool);
sizex = mlx_tool->minx - mlx_tool->maxx;
sizey = mlx_tool->miny - mlx_tool->maxy;
mlx_tool->init = mlx_init();
mlx_tool->win = mlx_new_window(mlx_tool->init, sizex, sizey, name);
mlx_loop(mlx_tool->init);
}
