public float Height_test(Vector3 target, int item)
{
float heightt;
Game1.compute_tile_point(target.X, target.Y, target.Z, (int)item);
heightt = resolve_collision.last_index[(int)item].last_height;
return(heightt);
}
public int crash_test(Vector3 target, int item)
{
int crash;
float heightt;
crash = Game1.compute_tile_point(target.X, target.Y, target.Z, (int)item);
heightt = resolve_collision.last_index[(int)item].last_height;
if (crash == 255)
{
int crashtest1, crashtest2;
double crashtest1_angle, crashtest2_angle;
double wall_angle;
crashtest1 = Game1.compute_tile_point_crash(target.X, target.Y, target.Z, (int)item);
crashtest1_angle = Game1.crash_angle;
crashtest2 = Game1.compute_tile_point_crash(target.X, target.Y, target.Z, (int)item);
crashtest2_angle = Game1.crash_angle;
if (crashtest1 == 1 && crashtest2 == 1)
{
wall_angle = (crashtest1_angle + crashtest2_angle) / 2;
}
if (crashtest1 == 0 && crashtest2 == 1)
{
wall_angle = crashtest2_angle;
}
if (crashtest1 == 1 && crashtest2 == 0)
{
wall_angle = 0;
}
if (crashtest1 == 0 && crashtest2 == 0)
{
wall_angle = 0;
}
if (crashtest1 == 1 && crashtest2 == -1) //too fast
{
wall_angle = crashtest1_angle;
}
}
// speed=-.3f*speed ;
// temp = new Vector3(car_position.X, car_position.Y, car_position.Z);
// car_speed = car_speed/2;
return(crash);
}
