void ft_open_window(t_pos *wolf)
{
if (!(wolf->head->mlx))
{
wolf->head->mlx = mlx_init();
if (init_img(wolf) == -1)
ft_error(10);
ft_init_val(wolf, 0);
ft_init_val2(wolf, 0);
ft_init_pos(wolf);
}
else
{
ft_init_val2(wolf, 1);
ft_init_val(wolf, 2);
}
ft_raycasting(wolf);
if (!(wolf->head->win))
wolf->head->win = mlx_new_window(wolf->head->mlx, SCREEN_X
+ 1, SCREEN_Y + 1, "Wolf3D");
mlx_put_image_to_window(wolf->head->mlx,
wolf->head->win, wolf->head->img, 0, 0);
mlx_key_hook(wolf->head->win, ft_stop, wolf);
mlx_hook(wolf->head->win, 2, (1L << 0), move, wolf);
mlx_loop(wolf->head->mlx);
}
int ft_expose(t_struct **matr)
{
char *A;
unsigned long color;
int i;
i = matr[0]->i / 100;
color = 0xFF0000;
clear(matr[0]->image, matr);
ft_raycasting(matr[0]->player, matr[0]->pproj, matr, matr[0]->image);
A = ft_itoa((matr[0]->i)/8);
color += i * 0x000F00 - i * 0x0F0000;
if (i > 0)
mlx_string_put(matr[0]->mlx, matr[0]->win, 1100, 700, color, A);
else
mlx_string_put(matr[0]->mlx, matr[0]->win, 1100, 700, 0x000000, A);
mlx_string_put(matr[0]->mlx, matr[0]->win, 1114, 700, 0xFFFFFF, " Km/h");
return (0);
}
