private void OnBallCollision(BallCollisionEventArgs e)
{
if (e.IncomingBall.IsProjectile)
{
var magnitude = e.BallInGrid.Magnitude;
var gridPosition = _gridPositionCalculator.FindGridPosition(e.BallInGrid, magnitude, e.AngleOfImpact);
_ballGrid.Append(e.IncomingBall, gridPosition);
}
}
public void TestBallCollision(float angleOfImpact, int expectedX, int expectedY)
{
var incomingBall = CreateSubstitueBall(BallType.Blue, int.MaxValue, int.MaxValue);
var ballInGrid = CreateSubstitueBall(BallType.Blue, 5, 5);
incomingBall.IsProjectile.Returns(true);
var ballCollisionEventArgs = new BallCollisionEventArgs(incomingBall, ballInGrid, angleOfImpact);
_ballGridController.CallPrivateMethod("OnBallCollision", ballCollisionEventArgs);
_mockBallGrid.Received().Append(incomingBall, new GridPosition(expectedX, expectedY));
}
void OnCollisionEnter2D(Collision2D collision)
{
if (collision.gameObject.tag == Tags.Balls)
{
var otherObject = collision.gameObject.GetComponent <IBallController>();
if (IsProjectile && otherObject != null)
{
var projectilePosition = transform.position;
var gridBallPosition = collision.transform.position;
var angle = angleOfImpactCalculator.Calculate(projectilePosition, gridBallPosition);
var ballCollisionEventArgs = new BallCollisionEventArgs(this, otherObject, angle);
GameManager.Instance.EventBus.Broadcast(ballCollisionEventArgs);
}
}
}