void GameTick()
{
UseEnergy(EnergyUsePerTick);
TickCount++;
TickText.text = TickCount.ToString("Game Ticks: 0");
int drownCount = 0;
int vegetationWashedOut = 0;
UpdatesText.text = "";
RaycastHit[] hits;
Collider[] colliders;
colliders = Physics.OverlapSphere(waterCollider.transform.position, waterCollider.transform.localScale.x, spawnerRay.planetLayer);
foreach (Collider h in colliders)
{
Creation c = h.transform.GetComponent <Creation>();
//Debug.Log(h.transform.name);
if (c != null)
{
ecosystem.Kill(h.transform.gameObject.GetComponent <Creation>());
if (c.spawnableObject.name == "Vegetation")
{
vegetationWashedOut++;
}
else
{
BodyCounter.RecordDeath(c.spawnableObject.name, "drowned", 1);
drownCount += 1;
}
}
}
if (drownCount > 0)
{
UpdatesText.text += drownCount.ToString("<color=red>0</color> creatures drowned\n");
}
if (vegetationWashedOut > 0)
{
BodyCounter.RecordDeath("Vegetation", "washed away", vegetationWashedOut);
UpdatesText.text += vegetationWashedOut.ToString("<color=red>0</color> vegetation washed away\n");
}
if (WaterTransform.localScale.x >= 1.4f)
{
LoseGame(LoseText[0]);
// Player has drowned the planet and lost
Debug.Log("Planet DROWNED!");
}
ecosystem.PopulationTick();
VictoryCheck();
}
public void PopulationTick()
{
foreach (SpawnableObject o in GameCore.SpawnableList)
{
o.TotalConsumptionOfMe = 0f;
}
foreach (SpawnableObject o in GameCore.SpawnableList)
{
foreach (Consumption c in o.Consumption)
{
c.SpawnableObject.TotalConsumptionOfMe += c.Amount * o.Population;
}
}
foreach (SpawnableObject o in GameCore.SpawnableList)
{
if (o.TotalConsumptionOfMe > o.Population)
{
int unitsToKill = Mathf.FloorToInt(o.TotalConsumptionOfMe - o.Population);
Cull(o, unitsToKill);
if (o.name != "Water")
{
if (o.Population > 0)
{
if (o.Population < o.TotalConsumptionOfMe)
{
BodyCounter.RecordDeath(o.name, "eaten", Mathf.FloorToInt(o.Population));
GameCore.instance.UpdatesText.text = o.Population.ToString("<color=red>0</color> " + o.name.ToLower() + "s were eaten\n");
}
else
{
BodyCounter.RecordDeath(o.name, "eaten", unitsToKill);
GameCore.instance.UpdatesText.text = unitsToKill.ToString("<color=red>0</color> " + o.name.ToLower() + "s were eaten\n");
}
}
}
}
}
foreach (SpawnableObject o in GameCore.SpawnableList)
{
int unitsToKill = 0;
foreach (Consumption c in o.Consumption)
{
// When the population is insufficient for this creature to feed
if (c.SpawnableObject.TotalConsumptionOfMe > c.SpawnableObject.Population)
{
unitsToKill += Random.Range(0, Mathf.FloorToInt(c.SpawnableObject.TotalConsumptionOfMe - c.SpawnableObject.Population) + 1);
}
}
if (unitsToKill > 0 && o.Population > 0)
{
if (o.name != "Vegetation")
{
BodyCounter.RecordDeath(o.name, "starved to death", unitsToKill);
GameCore.instance.UpdatesText.text += unitsToKill.ToString("<color=red>0</color> " + o.name.ToLower() + "s starved to death\n");
}
else
{
BodyCounter.RecordDeath(o.name, "died from lack of water", unitsToKill);
GameCore.instance.UpdatesText.text += unitsToKill.ToString("<color=red>0</color> " + o.name.ToLower() + " withered and died without water\n");
}
Cull(o, unitsToKill);
}
}
uiController.UpdatePopulationDetails();
}
