public void origin_moves_to_correct_point_if_outside_threshold_when_both_not_zero()
{
var origin = Vector2.up * 10;
var touch = Vector2.left * 7;
var expected = new Vector2(-4.133f, 4.096f);
var actual = VirtualJoystickInput.CalcOriginPoint(origin, touch, Threshold);
Assert.IsTrue(Vector2.Distance(expected, actual) < 0.001f);
}
public void origin_moves_to_correct_point_if_outside_threshold_to_the_right()
{
var origin = Vector2.zero;
var touch = Vector2.right * 10;
var expected = Vector2.right * 5;
var actual = VirtualJoystickInput.CalcOriginPoint(origin, touch, Threshold);
Assert.AreEqual(expected, actual);
}
public void origin_moves_to_correct_point_if_outside_threshold_to_the_lower_left()
{
var origin = Vector2.zero;
var touch = new Vector2(-10f, -10f);
var expected = new Vector2(-6.464f, -6.464f);
var actual = VirtualJoystickInput.CalcOriginPoint(origin, touch, Threshold);
Assert.IsTrue(Vector2.Distance(expected, actual) < 0.001f);
}
public void origin_doesnt_move_if_distance_below_threshold()
{
var origin = Vector2.zero;
var touch = Vector2.right * 3;
var expected = origin;
var actual = VirtualJoystickInput.CalcOriginPoint(origin, touch, Threshold);
Assert.AreEqual(expected, actual);
}
