/// <summary>
/// This is used to reset the workers items, for example when there is a genocide,
/// when going to the next curriculum lesson ...
/// </summary>
private void Reset()
{
// Curriculum can't be in the reverse order atm (can't increase amount of workers) anyway no point in doing that, yet?
/*
* while (workerObjects.Count > WorkerCarniHerbi.AmountOfWorkers)
* {
* var tmp = workerObjects.Last();
* ReleaseAgentsInWorker(tmp);
* workerObjects.Remove(tmp);
* Destroy(tmp.gameObject); // TODO : we are destroying non-agents items, check if not breaking references
* }*/
foreach (var workerObject in workerObjects)
{
/*
* // If the ground scale changed it means new curriculum lesson
* if ((int) workerObject.transform.Find("Ground").localScale.x != GroundScale)
* {
* // Reposition grounds to adapt to the new ground scale
* workerObject.transform.position = new Vector3(
* (int) ((workerObject.transform.position.x + GroundScale) * 2),
* workerObject.transform.position.y,
* workerObject.transform.position.z);
*
* // Then set the new ground scale
* workerObject.transform.Find("Ground").localScale = new Vector3(GroundScale,
* 1,
* GroundScale);
*
* // Adding herbs
* for (int i = 0;
* i < WorkerCarniHerbi.AmountOfAgentsToAdd -
* workerObject.GetComponentsInChildren(typeof(Herb)).Length;
* i++)
* {
* GameObject herbChild = herbPool.GetObject();
* herbChild.transform.parent = workerObject.transform;
* herbChild.SetActive(true);
* herbChild.GetComponent<Herb>().ResetPosition(workerObject.transform);
* }
*
* foreach (Herb h in workerObject.GetComponentsInChildren<Herb>())
* h.ResetPosition(workerObject.transform);
* }*/
// The last condition is only useful in reproduction mode
if (workerObject.second.GetComponentsInChildren <CarnivorousAgent>().Length == 0 ||
workerObject.second.GetComponentsInChildren <HerbivorousAgent>().Length == 0 ||
workerObject.second.GetComponentsInChildren <LivingBeingAgent>().Length >
WorkerCarniHerbi.AmountOfAgentsToAdd * 10)
{
// The god agent can tweak number of elements to add
WorkerCarniHerbi.AmountOfAgentsToAdd = godChild.GetComponent <GodAgent>().ElementsToSpawn;
// Life length of the worker
workerObject.first.second = evolAcademy.GetStepCount() - workerObject.first.first;
// Latest reset in term of steps
workerObject.first.first = evolAcademy.GetStepCount();
if (workerObject.second.GetComponentsInChildren <CarnivorousAgent>().Length == 0)
{
carnivorousSpecieLifeExpectancyGauge.Set(workerObject.first.second);
godChild.GetComponent <GodAgent>().CarnivorousSpeciesLifeExpectancy = workerObject.first.second;
}
if (workerObject.second.GetComponentsInChildren <HerbivorousAgent>().Length == 0)
{
herbivorousSpecieLifeExpectancyGauge.Set(workerObject.first.second);
godChild.GetComponent <GodAgent>().HerbivorousSpeciesLifeExpectancy = workerObject.first.second;
}
resetCounter.Inc(1.1);
ReleaseAgentsInWorker(workerObject.second);
for (var i = 0; i < WorkerCarniHerbi.AmountOfAgentsToAdd; i++)
{
var carnivorousChild = carnivorousPool.GetObject();
carnivorousChild.transform.parent = workerObject.second.transform;
carnivorousChild.SetActive(true);
carnivorousChild.GetComponent <LivingBeingAgent>().ResetPosition(workerObject.second.transform);
// carnivorousChild.GetComponent<LivingBeingAgent>().LivingBeing.Speed =
// evolAcademy.resetParameters["speed"];
var herbivorousChild = herbivorousPool.GetObject();
herbivorousChild.transform.parent = workerObject.second.transform;
herbivorousChild.SetActive(true);
herbivorousChild.GetComponent <LivingBeingAgent>().ResetPosition(workerObject.second.transform);
}
}
}
}
