public IEnumerator Test_SimpleSquareConfiner_OrderIndependent_PolygonCollider2D(Vector2[] testPoints)
{
var polygonCollider2D = CreateGameObject("PolygonCollider2DHolder", typeof(PolygonCollider2D)).GetComponent <PolygonCollider2D>();
m_Confiner2D.m_BoundingShape2D = polygonCollider2D;
m_Confiner2D.m_Damping = 0;
m_Confiner2D.m_MaxWindowSize = 0;
// clockwise
polygonCollider2D.points = testPoints;
m_Confiner2D.InvalidateCache();
m_Vcam.transform.position = Vector3.zero;
yield return(null); // wait one frame
Assert.That(m_Vcam.State.CorrectedPosition, Is.EqualTo(Vector3.zero).Using(Vector3EqualityComparer.Instance));
m_Vcam.transform.position = Vector2.left * 2f;
yield return(null); // wait one frame
Assert.That((m_Vcam.State.CorrectedPosition - Vector3.left).sqrMagnitude, Is.LessThan(UnityVectorExtensions.Epsilon));
m_Vcam.transform.position = Vector2.up * 2f;
yield return(null); // wait one frame
Assert.That((m_Vcam.State.CorrectedPosition - Vector3.up).sqrMagnitude, Is.LessThan(UnityVectorExtensions.Epsilon));
m_Vcam.transform.position = Vector2.right * 2f;
yield return(null); // wait one frame
Assert.That((m_Vcam.State.CorrectedPosition - Vector3.right).sqrMagnitude, Is.LessThan(UnityVectorExtensions.Epsilon));
m_Vcam.transform.position = Vector2.down * 2f;
yield return(null); // wait one frame
Assert.That((m_Vcam.State.CorrectedPosition - Vector3.down).sqrMagnitude, Is.LessThan(UnityVectorExtensions.Epsilon));
}
private void CreateCameraBoundaries(int width, int height, int cellSize)
{
if (myPolygonCollider2D == null || cameraConfiner == null)
{
return;
}
myPolygonCollider2D.pathCount = 1;
myPolygonCollider2D.SetPath(0, new Vector2[4] {
new Vector2(width + 1, height + 1) * cellSize,
new Vector2(-2, height + 1) * cellSize,
new Vector2(-2, -2) * cellSize,
new Vector2(width + 1, -2) * cellSize
});
cameraConfiner.InvalidateCache();
}
