@Override
public void onCrafting(EntityPlayer player, ItemStack item, IInventory craftMatrix) {
if (item != null && item.getItemName().equals("item.Necronomicon")) {
player.addStat(AchievementNecromancy.NecronomiconAchieve, 1);
}
if (item != null && item.getItemName().equals("tile.Sewing Machine")) {
player.addStat(AchievementNecromancy.SewingAchieve, 1);
}
if (item != null && item.itemID == new ItemStack(ItemNecromancy.bucketBlood).itemID) {
player.inventory.addItemStackToInventory(
new ItemStack(net.minecraft.item.Item.glassBottle, 8));
}
if (item != null
&& item.itemID == ItemGeneric.getItemStackFromName("Jar of Blood").itemID
&& item.getItemDamage()
== ItemGeneric.getItemStackFromName("Jar of Blood").getItemDamage()) {
player.inventory.addItemStackToInventory(new ItemStack(net.minecraft.item.Item.bucketEmpty));
}
if (item != null && item.getItemName().equals("tile.skullWall")) {
Necromancy.loggerNecromancy.info(
craftMatrix.getStackInSlot(0) + " is in " + craftMatrix.getStackInSlot(0).getItemName());
item.stackTagCompound.setString("Base", craftMatrix.getStackInSlot(1).getItemName());
item.stackTagCompound.setString(
"Skull1", ItemNecroSkull.skullTypes[craftMatrix.getStackInSlot(1).getItemDamage()]);
item.stackTagCompound.setString(
"Skull2", ItemNecroSkull.skullTypes[craftMatrix.getStackInSlot(4).getItemDamage()]);
item.stackTagCompound.setString(
"Skull3", ItemNecroSkull.skullTypes[craftMatrix.getStackInSlot(5).getItemDamage()]);
}
}
public static void addToWhiteList(ItemStack seed, ItemStack plant) {
String l = plant.getItemName() + "_OmniPlantExternal";
String l2 =
plant.itemID
+ ","
+ plant.stackSize
+ ","
+ plant.getItemDamage()
+ ","
+ seed.itemID
+ ","
+ seed.getItemDamage();
PfF.Core.config.get(cat2, l, l2);
PfF.Core.config.addCustomCategoryComment(
cat2, "Syntax: grown item id, grown item amount, grown item meta, seed id, seed meta");
PfF.Core.config.save();
}
@Override
public void runChoreAI() {
owner.isFollowing = false;
owner.isStaying = false;
// Calculate interval based on the axe in the inventory.
ItemStack axeStack = owner.inventory.getBestItemOfType(ItemAxe.class);
if (owner instanceof EntityPlayerChild) {
if (axeStack != null) {
String itemName = axeStack.getItemName();
if (itemName.contains("Wood")) {
treeCutInterval = 40;
} else if (itemName.contains("Stone")) {
treeCutInterval = 30;
} else if (itemName.contains("Iron")) {
treeCutInterval = 25;
} else if (itemName.contains("Diamond")) {
treeCutInterval = 10;
} else if (itemName.contains("Gold")) {
treeCutInterval = 5;
}
// Unrecognized item type
else {
treeCutInterval = 25;
}
}
// Fists
else {
treeCutInterval = 50;
}
}
// A villager will cut with an iron axe.
else {
treeCutInterval = 25;
}
// Create a list to store coordinates containing wood.
List<Coordinates> coordinatesContainingWood;
// Check if a specific tree was selected.
if (treeType != -1) {
// Get only wood blocks whose metadata matches the tree type.
coordinatesContainingWood =
LogicHelper.getNearbyBlockCoordinatesWithMetadata(
owner, Block.wood.blockID, treeType, 10);
}
// All trees should be cut.
else {
coordinatesContainingWood =
LogicHelper.getNearbyBlockCoordinates(owner, Block.wood.blockID, 10);
}
// Check if they need some tree coordinates.
if (!hasTreeCoordinates) {
// Check that there's actually some in the list.
if (coordinatesContainingWood.isEmpty()) {
if (!owner.worldObj.isRemote) {
if (!hasDoneWork) {
owner.say(
LanguageHelper.getString(
owner, "notify.child.chore.interrupted.woodcutting.notrees", false));
} else {
owner.say(
LanguageHelper.getString(owner, "notify.child.chore.finished.woodcutting", false));
}
}
endChore();
return;
} else {
hasTreeCoordinates = true;
Coordinates coordinatesOfBlock = null;
Double distance = null;
// Get the coordinates of the nearest valid wood block found of the specified ID.
for (Coordinates coords : coordinatesContainingWood) {
if (distance != null) {
Double thisDistance =
LogicHelper.getDistanceToXYZ(
owner.posX, owner.posY, owner.posZ, coords.x, coords.y, coords.z);
if (thisDistance < distance) {
coordinatesOfBlock = coords;
}
} else {
if (owner.worldObj.getBlockId((int) coords.x, (int) coords.y - 1, (int) coords.z)
== Block.dirt.blockID
|| owner.worldObj.getBlockId((int) coords.x, (int) coords.y - 1, (int) coords.z)
== Block.grass.blockID) {
distance =
LogicHelper.getDistanceToXYZ(
owner.posX, owner.posY, owner.posZ, coords.x, coords.y, coords.z);
coordinatesOfBlock = coords;
}
}
}
if (coordinatesOfBlock != null) {
treeCoordinatesX = coordinatesOfBlock.x;
treeCoordinatesY = coordinatesOfBlock.y;
treeCoordinatesZ = coordinatesOfBlock.z;
// Calculate the lowest log.
int distanceFromY = 0;
while (distanceFromY != 10) {
int blockId =
owner.worldObj.getBlockId(
(int) treeCoordinatesX,
(int) treeCoordinatesY - distanceFromY,
(int) treeCoordinatesZ);
if (blockId != Block.wood.blockID) {
distanceFromY--;
break;
}
distanceFromY++;
}
currentLogCoordinatesX = treeCoordinatesX;
currentLogCoordinatesY = treeCoordinatesY - distanceFromY;
currentLogCoordinatesZ = treeCoordinatesZ;
}
// A valid tree wasn't found.
else {
if (!owner.worldObj.isRemote) {
owner.say(
LanguageHelper.getString(
owner, "notify.child.chore.interrupted.woodcutting.notrees", false));
}
endChore();
return;
}
}
}
// If they don't need tree coordinates, continue working.
else {
// Get the coordinates of all leaf blocks adjacent to the entity.
List<Coordinates> leafBlockCoordinates =
LogicHelper.getNearbyBlocksBottomTop(owner, Block.leaves.blockID, 1, 1);
// Loop through each coordinate in the list and remove the leaves.
for (Coordinates coords : leafBlockCoordinates) {
owner.worldObj.setBlock((int) coords.x, (int) coords.y, (int) coords.z, 0);
}
// Check if they need to move to the tree to cut.
if (!(owner.getDistance(treeCoordinatesX, owner.posY, treeCoordinatesZ) <= 2.5)) {
// Set their path.
AbstractEntity.faceCoordinates(owner, treeCoordinatesX, treeCoordinatesY, treeCoordinatesZ);
if (!owner.worldObj.isRemote) {
if (owner.getNavigator().noPath()) {
owner
.getNavigator()
.setPath(
owner
.getNavigator()
.getPathToXYZ(treeCoordinatesX, treeCoordinatesY, treeCoordinatesZ),
0.3F);
}
}
}
// They don't need to move to the tree, so begin cutting.
else {
// Make sure the log they're going to cut exists, or the log above.
if (owner.worldObj.getBlockId(
(int) currentLogCoordinatesX,
(int) currentLogCoordinatesY,
(int) currentLogCoordinatesZ)
== Block.wood.blockID
|| owner.worldObj.getBlockId(
(int) currentLogCoordinatesX,
(int) currentLogCoordinatesY + 1,
(int) currentLogCoordinatesZ)
== Block.wood.blockID) {
// Check the ticks vs the interval to see if the log should be removed.
if (treeCutTicks >= treeCutInterval) {
treeCutTicks = 0;
owner.damageHeldItem();
ItemStack stackToAdd = new ItemStack(Block.wood, 1, treeType);
stackToAdd.damageItem(treeType, owner);
owner.inventory.addItemStackToInventory(stackToAdd);
// Remove the block and increase Y by 1.
if (!owner.worldObj.isRemote) {
owner.worldObj.setBlock(
(int) currentLogCoordinatesX,
(int) currentLogCoordinatesY,
(int) currentLogCoordinatesZ,
0);
}
currentLogCoordinatesY++;
// Remember they've done work.
hasDoneWork = true;
// Increment stat and check for achievement on children.
if (owner instanceof EntityPlayerChild) {
EntityPlayerChild child = (EntityPlayerChild) owner;
child.woodChopped += 1;
if (child.woodChopped >= 100) {
EntityPlayer player = child.worldObj.getPlayerEntityByName(child.ownerPlayerName);
if (player != null) {
player.triggerAchievement(MCA.instance.achievementChildWoodcut);
}
}
}
}
// It's not time to remove the log, swing the axe and increment ticks.
else {
AbstractEntity.faceCoordinates(
owner, currentLogCoordinatesX, currentLogCoordinatesY, currentLogCoordinatesZ);
owner.swingItem();
treeCutTicks++;
}
}
// The log being cut doesn't exist. Get another one.
else {
hasTreeCoordinates = false;
}
}
}
}
public static void addToWhiteList(ItemStack item) {
String l = item.getItemName() + "_OmniPlant";
String l2 = item.itemID + "," + item.stackSize + "," + item.getItemDamage();
PfF.Core.config.get(cat, l, l2);
PfF.Core.config.addCustomCategoryComment(cat, "Syntax: ID, amount, meta");
}
public static boolean isStackAnEmptyTestTube(ItemStack itemstack) {
return itemstack.getItemName().contains("minechem.itemTestTube");
}
public static boolean isStackAMolecule(ItemStack itemstack) {
return itemstack.getItemName().contains("minechem.itemMolecule");
}
public static boolean isStackAnElement(ItemStack itemstack) {
return itemstack.getItemName().contains("minechem.itemElement");
}
public static boolean isStackAChemical(ItemStack itemstack) {
return itemstack.getItemName().contains("minechem.itemElement")
|| itemstack.getItemName().contains("minechem.itemMolecule");
}
