public void MeltIce()
{
if (this.gameObject.GetComponent <PhaseChange>() == null)
{
phaseChange = this.gameObject.AddComponent <PhaseChange>();
}
else
{
phaseChange = this.gameObject.GetComponent <PhaseChange>();
}
ElementType original = GetComponent <Element>().CurrentType;
phaseChange.ChangePhase(original, ElementType.Water);
ApplyTexturesAndPhysicsMats(ElementType.Water);
if (this.gameObject.GetComponent <Element>().OriginalType == ElementType.Water)
{
newScale = this.gameObject.GetComponent <Element>().OriginalScale;
}
else
{
currentScale = transform.localScale;
newScale = currentScale + MeltExpansion;
}
StartTimer();
StartCoroutine(Melt(newScale));
}
public void StartGame()
{
PriorityCounter = 0;
PhaseCounter = 0;
PlayerOne.DrawCards(7);
PlayerTwo.DrawCards(7);
AddStateAction(new PhaseAction(PhaseSequence[PhaseCounter]));
PhaseChange?.Invoke(CurrentPhase);
ContinueGame();
}
public void ResolvePhaseAction(Phases phase)
{
//Increment phase counter and change turns if it surpasses Cleanup
PhaseCounter++;
if (PhaseCounter >= PhaseSequence.Count)
{
PhaseCounter = 0;
swapTurns();
}
//Add the new phase to the stack and trigger PhaseChange
AddStateAction(new PhaseAction(CurrentPhase));
PhaseChange?.Invoke(CurrentPhase);
}
public void ReturnToIce()
{
if (this.gameObject.GetComponent <PhaseChange>() == null)
{
phaseChange = this.gameObject.AddComponent <PhaseChange>();
}
else
{
phaseChange = this.gameObject.GetComponent <PhaseChange>();
}
phaseChange.RevertChange();
this.gameObject.GetComponent <Element>().SetOriginalScale();
ApplyTexturesAndPhysicsMats(ElementType.Ice);
}
