public ItemGenerator()
{
this.stuffGenerator = new StuffGenerator <TModuleType>();
this.goldGenerator = new GoldGenerator <TModuleType>();
this.consommableGenerator = new ConsommableGenerator <TModuleType>();
this.lootAttribute = new LootAttributes();
this.offset = Vector3.up;
}
public void Gold()
{
// Gold
if (tpd.RollPercent(currentMob.goldChance))
{
var goldGenerator = new GoldGenerator(sim.player, currentMob);
var amount = goldGenerator.Mob();
var ev = PlayerEvent.Info(string.Format("{0} gold", amount));
var trigger = new Trigger(Trigger.Type.PlayerResourceChange);
trigger.data[Trigger.resourceKey] = Constants.goldAttr;
trigger.data[Trigger.resourceAmountKey] = amount;
ev.Triggers.Add(trigger);
sim.AddEvent(ev);
}
}
public void endTurn()
{
for (int i = 0; i < Map.instance.territories.Length; i++)
{
Territory t = Map.instance.territories[i];
if (t.selected())
{
t.unselect(true);
}
if (t.getPlayer() != this)
{
continue;
}
if (t.hasEntity())
{
Entity e = t.getEntity();
if (e != null)
{
if (e.GetType() == typeof(Unit))
{
Unit u = (Unit)e;
if (u.castSpellAtEndOfTurn)
{
unitQueue.Add(u);
Game.instance.delay();
Debug.Log("Game delayed");
}
u.reset();
Debug.Log("Unit reset...");
}
if (e.GetType() == typeof(GoldGenerator))
{
GoldGenerator g = (GoldGenerator)e;
g.onGoldGeneration();
}
}
}
}
Map.instance.updateMapDensity(this);
giveGold(capturedTerritories.Count);
economics.onRoundEnd(this);
}
public void Gold()
{
// Gold
if (tpd.RollPercent(currentMob.goldChance)) {
var goldGenerator = new GoldGenerator(sim.player, currentMob);
var amount = goldGenerator.Mob();
var ev = PlayerEvent.Info(string.Format("{0} gold", amount));
var trigger = new Trigger(Trigger.Type.PlayerResourceChange);
trigger.data[Trigger.resourceKey] = Constants.goldAttr;
trigger.data[Trigger.resourceAmountKey] = amount;
ev.Triggers.Add(trigger);
sim.AddEvent(ev);
}
}
