void Update()
{
_actualState = (PossibleStatesMiner)_finiteStateMachine.GetState();
switch (_actualState)
{
case PossibleStatesMiner.Wait:
break;
case PossibleStatesMiner.Mining:
_timeMining += Time.deltaTime;
if (_minableMine.TimeToMine / MineVelocity < _timeMining)
{
_timeMining = 0;
if (!_minableMine.GetGold())
{
_finiteStateMachine.SetEvent((int)PossibleEventsMiner.GoToGoldBox);
_myAnim.Stop();
}
else
{
_goldCollected++;
if (_goldCollected == MaximunGoldPerCycle)
{
_finiteStateMachine.SetEvent((int)PossibleEventsMiner.GoToGoldBox);
_myAnim.Stop();
}
}
}
break;
case PossibleStatesMiner.GoMine:
if (_minableMine != null && _minableMine.AmountOfGold > 0)
{
GoToPosition(_minableMine.transform.position);
}
else
{
if (_minableMine != null)
{
_minableMine = MineManager.GetMineWithGold();
}
}
break;
case PossibleStatesMiner.ToGoldBox:
//_myAnim.Stop();
GoToPosition(GoldBox.transform.position);
//transform.position = Vector3.MoveTowards(transform.position,GoldBox.transform.position,Time.deltaTime*MoveVelocity);
break;
}
//Debug.Log(_actualState);
}
void Start()
{
_finiteStateMachine = new Fsm(4, 4);
_finiteStateMachine.SetRelation((int)PossibleStatesMiner.Wait, (int)PossibleEventsMiner.GoMine, (int)PossibleStatesMiner.GoMine);
_finiteStateMachine.SetRelation((int)PossibleStatesMiner.GoMine, (int)PossibleEventsMiner.StartMining, (int)PossibleStatesMiner.Mining);
_finiteStateMachine.SetRelation((int)PossibleStatesMiner.Mining, (int)PossibleEventsMiner.GoToGoldBox, (int)PossibleStatesMiner.ToGoldBox);
_finiteStateMachine.SetRelation((int)PossibleStatesMiner.ToGoldBox, (int)PossibleEventsMiner.GoMine, (int)PossibleStatesMiner.GoMine);
//_myAnim.Stop();
_myAnim.Stop();
_minableMine = MineManager.GetMineWithGold();
_raycastCheckTimer = new CountdownTimer(TimeBetweenRayCastCheck, TimeBetweenRayCastCheck);
_finiteStateMachine.SetEvent((int)PossibleEventsMiner.GoMine);
}
