// Use this for initialization
void Start()
{
GameState.state = GameState.States.IDLE;
ballRigidbody = _ball.GetComponent <Rigidbody>();
_ballScript = _ball.GetComponent <CricketBall> ();
bowlingDirection.Normalize();
bowlingDirection *= Random.Range(bowlingForce.Min, bowlingForce.Max);
mGameTimer = _GameTime;
mObjectPool = new List <GameObject> ();
}
/// <summary>
/// Launchs the ball.
/// </summary>
public void LaunchBall()
{
if (_ballOnPitch != null)
{
_ballScript = _ballOnPitch.GetComponent <CricketBall> ();
}
if (_ballScript != null && pIsGameRunning)
{
_ballScript._BallLaunched = true;
_FlickObj._AllowInput = false;
// inDirection becomes the X/Z force of the ball. We also then add an upwards force
Vector3 flickDir = _FlickObj.pFlickVector;
if (flickDir.y < 0.0f) // temporary, to be capped between angle limits
{
flickDir.y = -flickDir.y;
}
Vector3 kickDir = new Vector3(_FlickObj.pFlickVector.x, Mathf.Sin(_AngleOfHit * Mathf.Deg2Rad), _FlickObj.pFlickVector.y).normalized;
// kick force needs to be moved into camera space
kickDir = Camera.main.transform.TransformDirection(kickDir);
_ballScript.Launch(kickDir, _FlickObj.pFlickForce);
_ballScript.AddTorque(_ballScript.transform.right, _FlickObj.pFlickForce);
int score = ScoreManager.GetInstance().CalculateScore(_AngleOfHit, _FlickObj.pFlickForce);
ScoreManager.GetInstance().AddToScore(score);
HUDManager.GetInstance().DisplayScoreOnScreen(score, "Score");
//DisplayScoreOnScreen(4);
}
else
{
Debug.LogError(" Theres no ball on the pitch wait for the ball");
}
}
