public void loadRecipes() {
System.out.println(
String.format(
"%s %s %s",
config.recipes.FURNACES.size(),
config.recipes.SHAPED.size(),
config.recipes.SHAPELESS.size()));
for (Furnace furnace : config.recipes.FURNACES) {
FurnaceRecipe furnaceRecipe = new FurnaceRecipe(furnace.result.toItemStack(), furnace.source);
getServer().addRecipe(furnaceRecipe);
}
for (Shaped shaped : config.recipes.SHAPED) {
ShapedRecipe shapedRecipe = new ShapedRecipe(shaped.result);
shapedRecipe.shape(shaped.shape);
for (Character key : shaped.ingredientMap.keySet()) {
shapedRecipe.setIngredient(key, shaped.ingredientMap.get(key));
}
getServer().addRecipe(shapedRecipe);
}
for (Shapeless shapeless : config.recipes.SHAPELESS) {
ShapelessRecipe shapelessRecipe = new ShapelessRecipe(shapeless.result);
for (MaterialData m : shapeless.ingredients) {
shapelessRecipe.addIngredient(m);
}
getServer().addRecipe(shapelessRecipe);
}
}
private Collection<ItemStack> getStackOnRecipeMatch(final Recipe recipe, final ItemStack stack) {
final Collection<ItemStack> inputList;
if (recipe instanceof ShapedRecipe) {
ShapedRecipe sRecipe = (ShapedRecipe) recipe;
inputList = sRecipe.getIngredientMap().values();
} else if (recipe instanceof ShapelessRecipe) {
ShapelessRecipe slRecipe = (ShapelessRecipe) recipe;
inputList = slRecipe.getIngredientList();
} else {
return null;
}
boolean match = true;
Iterator<ItemStack> iter = inputList.iterator();
while (iter.hasNext()) {
ItemStack inputSlot = iter.next();
if (inputSlot == null) {
iter.remove();
continue;
}
if (inputSlot.getDurability() == Short.MAX_VALUE) {
inputSlot.setDurability((short) 0);
}
if (!inputSlot.isSimilar(stack)) {
match = false;
}
}
if (match) {
return inputList;
}
return null;
}
@Override
public boolean addRecipe(Recipe recipe) {
// GameRegistry.addRecipe((IRecipe) recipe);
if (recipe instanceof ShapedRecipe) {
ShapedRecipe r = (ShapedRecipe) recipe;
boolean useOreDict = false;
// Map<Character,net.minecraft.item.ItemStack> nmsRecipe = Maps.newHashMap();
List<Object> objRecipe = new ArrayList<Object>();
objRecipe.addAll(Arrays.asList(r.getShape()));
for (Character j : r.getIngredientMap().keySet()) {
ItemStack x = r.getIngredientMap().get(j);
net.minecraft.item.ItemStack nms = CraftItemStack.createNMSItemStack(x);
if (OreDictionary.getOreID(nms) != -1) {
useOreDict = true;
}
if (LiquidContainerRegistry.isContainer(nms)) {
useOreDict = true;
}
objRecipe.add(j);
objRecipe.add(nms);
}
if (useOreDict) {
ShapedOreRecipe rec =
new ShapedOreRecipe(CraftItemStack.createNMSItemStack(recipe.getResult()), objRecipe);
GameRegistry.addRecipe(rec);
} else {
GameRegistry.addRecipe(CraftItemStack.createNMSItemStack(recipe.getResult()), objRecipe);
}
} else if (recipe instanceof ShapelessRecipe) {
ShapelessRecipe r = (ShapelessRecipe) recipe;
List<net.minecraft.item.ItemStack> items = new ArrayList<net.minecraft.item.ItemStack>();
boolean useOreDict = false;
for (ItemStack i : r.getIngredientList()) {
net.minecraft.item.ItemStack nms = CraftItemStack.createNMSItemStack(i);
if (OreDictionary.getOreID(nms) != -1) {
useOreDict = true;
}
if (LiquidContainerRegistry.isContainer(nms)) {
useOreDict = true;
}
items.add(nms);
}
if (useOreDict) {
// TODO: Check if the new Class is even required
// ShapelessOreRecipe nmsRec =
new ShapelessOreRecipe(CraftItemStack.createNMSItemStack(recipe.getResult()), items);
} else {
ShapelessRecipes nmsRec =
new ShapelessRecipes(CraftItemStack.createNMSItemStack(recipe.getResult()), items);
GameRegistry.addRecipe(nmsRec);
}
}
return true;
}
private static boolean match(Recipe recipe1, Recipe recipe2) {
if (recipe1 instanceof ShapedRecipe) {
if (recipe2 instanceof ShapedRecipe == false) {
return false; // if other recipe is not the same type then they're not equal.
}
ShapedRecipe r1 = (ShapedRecipe) recipe1;
ShapedRecipe r2 = (ShapedRecipe) recipe2;
// convert both shapes and ingredient maps to common ItemStack array.
ItemStack[] matrix1 = shapeToMatrix(r1.getShape(), r1.getIngredientMap());
ItemStack[] matrix2 = shapeToMatrix(r2.getShape(), r2.getIngredientMap());
if (!Arrays.equals(
matrix1,
matrix2)) // compare arrays and if they don't match run another check with one shape
// mirrored.
{
mirrorMatrix(matrix1);
return Arrays.equals(matrix1, matrix2);
}
return true; // ingredients match.
} else if (recipe1 instanceof ShapelessRecipe) {
if (recipe2 instanceof ShapelessRecipe == false) {
return false; // if other recipe is not the same type then they're not equal.
}
ShapelessRecipe r1 = (ShapelessRecipe) recipe1;
ShapelessRecipe r2 = (ShapelessRecipe) recipe2;
// get copies of the ingredient lists
List<ItemStack> find = r1.getIngredientList();
List<ItemStack> compare = r2.getIngredientList();
if (find.size() != compare.size()) {
return false; // if they don't have the same amount of ingredients they're not equal.
}
for (ItemStack item : compare) {
if (!find.remove(item)) {
return false; // if ingredient wasn't removed (not found) then they're not equal.
}
}
return find.isEmpty(); // if there are any ingredients not removed then they're not equal.
} else if (recipe1 instanceof FurnaceRecipe) {
if (recipe2 instanceof FurnaceRecipe == false) {
return false; // if other recipe is not the same type then they're not equal.
}
FurnaceRecipe r1 = (FurnaceRecipe) recipe1;
FurnaceRecipe r2 = (FurnaceRecipe) recipe2;
// return (r1.getInput().equals(r2.getInput())); // TODO use this when furnace data PR is
// pulled
return r1.getInput().getTypeId() == r2.getInput().getTypeId();
} else {
throw new IllegalArgumentException(
"Unsupported recipe type: '" + recipe1 + "', update this class!");
}
}
