private void ShowTreeModel(TreeFSMState currentState)
{
switch (currentState)
{
case TreeFSMState.HEALTHY:
StartCoroutine(TimerUtils.WaitAndPerform(SimulationSettings.TreeExtinguishTimeBuffer, () =>
{
TransitionTo(HealthyTree);
}));
break;
case TreeFSMState.STUMP:
StartCoroutine(TimerUtils.WaitAndPerform(SimulationSettings.TreeCutDownTimeBuffer, () =>
{
TransitionTo(Stump);
}));
break;
case TreeFSMState.BURNING:
StartCoroutine(TimerUtils.WaitAndPerform(SimulationSettings.TreeIgnitionTimeBuffer, () =>
{
TransitionTo(HealthyTree);
}));
break;
case TreeFSMState.BURNT:
TransitionTo(BurntTree);
break;
}
}
public void SetState(TreeFSMState newState)
{
CancelTimingCoroutine();
if (!treeState.CurrentState.Equals(newState))
{
treeState.Update.CurrentState(newState).FinishAndSend();
switch (newState)
{
case TreeFSMState.HEALTHY:
harvestableInterface.ResetResourceCount();
flammable.Send(new Flammable.Update().SetCanBeIgnited(true));
break;
case TreeFSMState.STUMP:
flammable.Send(new Flammable.Update().SetCanBeIgnited(false));
timingCoroutine = StartCoroutine(RegrowAfter(SimulationSettings.TreeStumpRegrowthTimeSecs));
break;
case TreeFSMState.BURNING:
timingCoroutine = StartCoroutine(BurnAfter(SimulationSettings.TreeBurningTimeSecs));
break;
case TreeFSMState.BURNT:
flammableInterface.SelfExtinguish(flammable, false);
timingCoroutine = StartCoroutine(RegrowAfter(SimulationSettings.BurntTreeRegrowthTimeSecs));
break;
}
}
}
private void ShowTreeModel(TreeFSMState currentState)
{
switch (currentState)
{
case TreeFSMState.HEALTHY:
StartCoroutine(TransitionAfter(HealthyTree, SimulationSettings.TreeExtinguishTimeBuffer));
break;
case TreeFSMState.STUMP:
StartCoroutine(TransitionAfter(Stump, SimulationSettings.TreeCutDownTimeBuffer));
break;
case TreeFSMState.BURNING:
StartCoroutine(TransitionAfter(BurningTree, SimulationSettings.TreeIgnitionTimeBuffer));
break;
case TreeFSMState.BURNT:
TransitionTo(BurntTree);
break;
}
}
private void UpdateTreeTag(TreeFSMState treeFsmState)
{
switch (treeFsmState)
{
case TreeFSMState.HEALTHY:
CurrentTreeTag = SimulationSettings.HealthyTreeTag;
break;
case TreeFSMState.STUMP:
CurrentTreeTag = SimulationSettings.TreeStumpTag;
break;
case TreeFSMState.BURNING:
CurrentTreeTag = SimulationSettings.BurningTreeTag;
break;
case TreeFSMState.BURNT:
CurrentTreeTag = SimulationSettings.BurntTreeTag;
break;
default:
return;
}
}
private void UpdateVisualization(TreeState.Update newState)
{
ShowTreeModel(newState.CurrentState.Value);
_state = newState.CurrentState.Value;
}
