private boolean isFurnaceStillPresent() {
return BlockHelper.getBlock(
owner.worldObj, furnacePos.iPosX, furnacePos.iPosY, furnacePos.iPosZ)
== Blocks.furnace
|| BlockHelper.getBlock(
owner.worldObj, furnacePos.iPosX, furnacePos.iPosY, furnacePos.iPosZ)
== Blocks.lit_furnace;
}
private void doCookFood() {
final double distanceToFurnace = RadixMath.getDistanceToXYZ(owner, furnacePos);
if (distanceToFurnace <= 2.5D) {
if (isCooking) {
if (cookingTicks <= cookingInterval) {
if (BlockHelper.getBlock(
owner.worldObj, furnacePos.iPosX, furnacePos.iPosY, furnacePos.iPosZ)
!= Blocks.lit_furnace) {
BlockHelper.updateFurnaceState(
true, owner.worldObj, furnacePos.iPosX, furnacePos.iPosY, furnacePos.iPosZ);
}
cookingTicks++;
} else {
CookableFood foodObj = RegistryMCA.getCookableFoodList().get(indexOfCookingFood);
int rawFoodSlot = owner.getInventory().getFirstSlotContainingItem(foodObj.getFoodRaw());
if (rawFoodSlot > -1) {
owner.getInventory().decrStackSize(rawFoodSlot, 1);
addItemStackToInventory(new ItemStack(foodObj.getFoodCooked(), 1, 0));
owner.swingItem();
} else {
EntityPlayer player = getAssigningPlayer();
if (player != null) {
owner.sayRaw("I don't have any food to cook.", player); // TODO Translate.
}
reset();
}
isCooking = false;
hasCookableFood = false;
cookingTicks = 0;
fuelUsesRemaining--;
BlockHelper.updateFurnaceState(
false, owner.worldObj, furnacePos.iPosX, furnacePos.iPosY, furnacePos.iPosZ);
if (fuelUsesRemaining <= 0) {
hasFuel = false;
}
}
} else {
owner.swingItem();
isCooking = true;
}
}
}
@Override
public void setIsActive(boolean value) {
isAIActive.setValue(value);
if (!value) {
if (hasFurnace) {
BlockHelper.updateFurnaceState(
false, owner.worldObj, furnacePos.iPosX, furnacePos.iPosY, furnacePos.iPosZ);
}
}
}