//Incharge of spawning avalible animats
void Update()
{
if (remaingAnimats > 0 && Time.time > nextSpawnTime)
{
nextSpawnTime = Time.time + currentWave.spawnDelay;
AnimatAI spawnedNPC = Instantiate(animat, transform.position + new Vector3(Random.Range(2, 8), 1, Random.Range(2, 8)), Quaternion.identity) as AnimatAI;
spawnedNPC.AtributeSetup(AnimatBaseDna[remaingAnimats - 1]);
spawnedNPC.OnDeath += onAnimatDeath;
spawnedNPC.transform.parent = transform;
currentAnimats.Add(spawnedNPC);
remaingAnimats--;
aliveAnimats++;
}
}
//Docks a selected animat if the nest is full start reproduction
public void Dock(AnimatAI AnimatToDock)
{
if (currentAnimats.Contains(AnimatToDock) && NestFull != true)
{
AnimatToDock.gameObject.SetActive(false);
dockedAnimats.Add(AnimatToDock);
if (dockedAnimats.Count == currentAnimats.Count)
{
NestFull = true;
Debug.Log("Nest full");
if (SimControls.dayCount % 1 == 0 && dockedAnimats.Count >= 2)
{
pendingGenes = Reproduce();
}
else
{
AnimatBaseDna = null; Debug.Log("Spawner Depleted");
}
}
}
}
// PickFruit function
// Takes a target
// If valid consumable and the associated function yeilds true, return true
public int[] Consume(Transform target)
{
AnimatStats = GetComponent<AnimatAI>();
int[] reasourceGain;
if (target.GetComponentInParent<PrimaryProducer>() == true)
{
reasourceGain = target.GetComponentInParent<PrimaryProducer>().SheadFruit();
if (reasourceGain != null)
{
return reasourceGain;
}
}
if (target.GetComponent<Terrain>() == true)
{
Terrain targetTerrain = target.GetComponent<Terrain>();
if (targetTerrain.Drink() == true)
{
return new int[] { 10, 0 };
}
if (targetTerrain.HasReasource() == true)
{
targetTerrain.Graze();
return new int[] { 0, 10 };
}
}
if (target.GetComponentInParent<AnimatEssence>() == true && AnimatStats != null)
{
reasourceGain = target.GetComponentInParent<AnimatEssence>().Consume(AnimatStats.ReasourceDeficite());
if (reasourceGain != null)
{
return reasourceGain;
}
}
return null;
}
// PickFruit function
// Takes a target
// If valid consumable and the associated function yeilds true, return true
public int[] Consume(Transform target)
{
AnimatStats = GetComponent <AnimatAI>();
int[] reasourceGain;
if (target.GetComponentInParent <PrimaryProducer>() == true)
{
reasourceGain = target.GetComponentInParent <PrimaryProducer>().SheadFruit();
if (reasourceGain != null)
{
return(reasourceGain);
}
}
if (target.GetComponent <Terrain>() == true)
{
Terrain targetTerrain = target.GetComponent <Terrain>();
if (targetTerrain.Drink() == true)
{
return(new int[] { 10, 0 });
}
if (targetTerrain.HasReasource() == true)
{
targetTerrain.Graze();
return(new int[] { 0, 10 });
}
}
if (target.GetComponentInParent <AnimatEssence>() == true && AnimatStats != null)
{
reasourceGain = target.GetComponentInParent <AnimatEssence>().Consume(AnimatStats.ReasourceDeficite());
if (reasourceGain != null)
{
return(reasourceGain);
}
}
return(null);
}
//Component Initilization
void Start () {
Decision = GetComponent<AnimatAI>();
heightMultiplyer = 0.25f;
groundDir = new Vector3(0, -heightMultiplyer);
}
//Component Initilization
void Start()
{
Decision = GetComponent <AnimatAI>();
heightMultiplyer = 0.25f;
groundDir = new Vector3(0, -heightMultiplyer);
}
//Docks a selected animat if the nest is full start reproduction
public void Dock(AnimatAI AnimatToDock) {
if (currentAnimats.Contains(AnimatToDock) && NestFull != true) {
AnimatToDock.gameObject.SetActive(false);
dockedAnimats.Add(AnimatToDock);
if (dockedAnimats.Count == currentAnimats.Count) {
NestFull = true;
Debug.Log("Nest full");
if (SimControls.dayCount % 1 == 0 && dockedAnimats.Count >= 2)
{
pendingGenes = Reproduce();
}
else { AnimatBaseDna = null; Debug.Log("Spawner Depleted"); }
}
}
}
