private void tryMoveToSpiderRod() {
final Point3D nearestRod = RadixLogic.getFirstNearestBlock(this, ModBlocks.spiderRod, 10);
if (nearestRod != null
&& RadixMath.getDistanceToXYZ(
nearestRod.dPosX, nearestRod.dPosY, nearestRod.dPosZ, posX, posY, posZ)
> 5.0D) {
getNavigator().tryMoveToXYZ(nearestRod.dPosX, nearestRod.dPosY, nearestRod.dPosZ, 0.4D);
}
}
private void setPathToFurnace() {
final double distanceToFurnace = RadixMath.getDistanceToXYZ(owner, furnacePos);
if (owner.getNavigator().noPath() && distanceToFurnace >= 2.5D) {
owner
.getNavigator()
.setPath(
owner
.getNavigator()
.getPathToXYZ(furnacePos.iPosX, furnacePos.iPosY, furnacePos.iPosZ),
owner.getSpeed());
}
}
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 onUpdateServer() {
if (!MCA.getConfig().allowHuntingChore) {
this.notifyAssigningPlayer(Color.RED + "This chore is disabled.");
reset();
return;
}
if (standPoint.iPosX == 0 && standPoint.iPosY == 0 && standPoint.iPosZ == 0) {
// Find a point to stand at and hunt.
List<Point3D> grassBlocks = RadixLogic.getNearbyBlocks(owner, Blocks.grass, 15);
if (grassBlocks.size() > 0) {
standPoint = grassBlocks.get(RadixMath.getNumberInRange(0, grassBlocks.size() - 1));
} else {
owner.say("hunting.badspot", getAssigningPlayer());
reset();
}
return;
}
if (RadixMath.getDistanceToXYZ(owner, standPoint) >= 5.0F && owner.getNavigator().noPath()) {
boolean successful =
owner
.getNavigator()
.tryMoveToXYZ(standPoint.dPosX, standPoint.dPosY, standPoint.dPosZ, owner.getSpeed());
if (!successful) {
owner.say("hunting.badspot", getAssigningPlayer());
reset();
}
} else if (RadixMath.getDistanceToXYZ(owner, standPoint) < 5.0F) {
ticksActive++;
if (ticksActive >= Time.SECOND * 20) {
boolean doSpawn = owner.worldObj.rand.nextBoolean();
if (doSpawn) {
try {
final Class entityClass = RegistryMCA.getRandomHuntingEntity(isTaming);
final EntityLiving entity =
(EntityLiving)
entityClass.getDeclaredConstructor(World.class).newInstance(owner.worldObj);
final List<Point3D> nearbyGrass = RadixLogic.getNearbyBlocks(owner, Blocks.grass, 3);
final Point3D spawnPoint =
nearbyGrass.get(owner.worldObj.rand.nextInt(nearbyGrass.size()));
if (spawnPoint != null) {
entity.setPosition(spawnPoint.iPosX, spawnPoint.iPosY + 1, spawnPoint.iPosZ);
}
owner.worldObj.spawnEntityInWorld(entity);
if (!isTaming) {
entity.attackEntityFrom(DamageSource.generic, 100.0F);
owner.swingItem();
}
} catch (Exception e) {
RadixExcept.logErrorCatch(
e,
"There was an error spawning an entity for the hunting AI. If you are using a mod that expands MCA's hunting AI, it is likely the problem!");
}
}
List<Entity> nearbyItems =
RadixLogic.getAllEntitiesOfTypeWithinDistance(EntityItem.class, owner, 5);
if (nearbyItems.size() != 0) {
for (Entity entity : nearbyItems) {
EntityItem item = (EntityItem) entity;
ItemStack stack = item.getEntityItem();
addItemStackToInventory(stack);
item.setDead();
}
}
ticksActive = 0;
}
}
}