public void OnCollisionEnter(Collision col)
{
GameObject collidedGameObject = col.gameObject;
if (collidedGameObject.tag != "Untagged")
{
Debug.Log(collidedGameObject.tag);
}
if ("Balloon" == collidedGameObject.tag)
{
BalloonController balloonController = collidedGameObject.GetComponent <BalloonController>();
if (null != balloonController)
{
float balloonCharge = balloonController.GetCharge();
// Move charge from balloon to VdG. The moving charge is the amount
// to make the balloon charge positive.
// For simplicity the balloon charge will always be of the same magnitude and only
// changes its sign (+/-).
this.ChargeStrength -= (2f * Mathf.Abs(balloonCharge));
// invert charge of balloon (set it to positive)
balloonController.SetCharge(Mathf.Abs(balloonCharge));
}
}
}
public void OnCollisionEnter(Collision col)
{
GameObject collidedGameObject = col.gameObject;
Debug.Log(collidedGameObject.tag);
if ("Balloon" == collidedGameObject.tag)
{
BalloonController balloonController = collidedGameObject.GetComponent <BalloonController>();
if (null != balloonController)
{
float balloonCharge = balloonController.GetCharge();
// Move charge from Grounder to balloon. The moving charge is the amount
// to make the balloon charge negative.
// For simplicity the balloon charge will always be of the same magnitude and only
// changes its sign (+/-).
Debug.Log("Before" + this.ChargeStrength);
this.ChargeStrength += (2f * Mathf.Abs(balloonCharge));
Debug.Log("After" + this.ChargeStrength);
this.UpdateGlow();
// invert charge of balloon (set it to negative)
balloonController.SetCharge(-1f * Mathf.Abs(balloonCharge));
}
}
}
