/// <summary>
/// definies the behavior of the icebock on a push. this function will check if the iceblock should be moving or should be destroyed
/// </summary>
/// <param name="pusherPosition">the position of the object who wants to move the iceblock</param>
public void push(Vector3 pusherPosition)
{
Debug.Log("Push Called!");
//if (world == null && worldMockUp != null)
// // Find info for movement from world;
// destinationForSlide = worldMockUp.getDestinationForIceblock(this, pusherPosition);
//else if (world == null)
// throw new Exception("You must call \"ThisIsMe\" after creating this object or the movement won't work!");
//else
// // Find info for movement from world;
/*
* //destinationForSlide = world.getDestinationForIceblock(this, pusherPosition);
*
* // if destination is the same as position destroy block;
* velocity = speedOfIceBlock * (destinationForSlide - transform.position).normalized; // check for 0
* if (testDestroing)
* {
* testDestroing = !testDestroing;
* velocity = new Vector3(0, 0, 0);
* }
* String dbgmsg = String.Format("velocity({0}, {1}, {2})", velocity.x, velocity.y, velocity.z);
* Debug.Log(dbgmsg);
* if (velocity.x == 0f && velocity.y == 0f && velocity.z == 0f)
* {
* Debug.Log("Start destroing!");
* this.DoDestroy();
* }
* else
* {
* currentState = IceBlockState.Moving;
* }
*/
if (world.canMove(this, pusherPosition))
{
//todo: DestinationForSlide must be changed, this one is not working
destinationForSlide = world.getDestinationForIceblockMoving(this, pusherPosition);
velocity = speedOfIceBlock * (destinationForSlide - transform.position).normalized; // check for 0
//todo: Destination should be a natural number only for straight moving
currentState = IceBlockState.Moving;
}
else
{
currentState = IceBlockState.Destroying;
}
}