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package gtPlusPlus.xmod.gregtech.loaders;
import gregtech.api.enums.*;
import gregtech.api.objects.MaterialStack;
import gregtech.api.util.GT_OreDictUnificator;
import gtPlusPlus.core.lib.CORE;
import gtPlusPlus.core.util.Utils;
import gtPlusPlus.core.util.item.ItemUtils;
import net.minecraft.item.ItemStack;
public class RecipeGen_BlastSmelterGT implements Runnable{
public RecipeGen_BlastSmelterGT(){
}
@Override
public void run() {
generateRecipes();
}
public static void generateRecipes(){
Materials[] GregMaterials = Materials.values();
for (Materials M : GregMaterials){
if (M.equals(Materials.Iridium) || M.equals(Materials.Osmium) || M.equals(Materials.Osmiridium)
|| !M.equals(Materials.Osmiridium) || !M.equals(Materials.Osmiridium) || !M.equals(Materials.Osmiridium)
|| !M.equals(Materials.Osmiridium) || !M.equals(Materials.Osmiridium) || !M.equals(Materials.Osmiridium)
|| !M.equals(Materials.Osmiridium) || !M.equals(Materials.Osmiridium) || !M.equals(Materials.Osmiridium)
|| !M.equals(Materials.Osmiridium) || !M.equals(Materials.Osmiridium) || !M.equals(Materials.Osmiridium)
){
//Add a Blast Smelting Recipe, Let's go!
ItemStack tStack;
if ((null != (tStack = GT_OreDictUnificator.get(OrePrefixes.ingot, M.mSmeltInto, 1L))) && (!M.contains(SubTag.NO_SMELTING) && (M.contains(SubTag.METAL)))) {
//Prepare some Variables
ItemStack[] components;
MaterialStack[] tMaterial;
short counter=0;
int inputStackCount=0;
int fluidAmount=0;
boolean doTest = true;
//This Bad boy here is what dictates unique recipes. Fuck life, right?
ItemStack circuitGT = ItemUtils.getGregtechCircuit(0);
//Set a duration
int duration = 0;
if (M.mBlastFurnaceTemp > 150){
duration = (int) Math.max(M.getMass() / 50L, 1L) * M.mBlastFurnaceTemp;
}
else {
duration = (int) Math.max(M.getMass() / 50L, 1L) * 150;
}
//Make a simple one Material Materialstack[] and log it for validity.
tMaterial = new MaterialStack[]{new MaterialStack(M, 1)};
circuitGT = ItemUtils.getGregtechCircuit(1);
ItemStack[] tItemStackTest = new ItemStack[]{circuitGT, ItemUtils.getItemStackOfAmountFromOreDictNoBroken("dust"+M, 1)};
inputStackCount = 1;
fluidAmount = 144*inputStackCount;
Utils.LOG_WARNING("Adding an Alloy Blast Smelter Recipe for "+M+". Gives "+fluidAmount+"L of molten metal.");
Utils.LOG_WARNING("tMaterial.length: "+tMaterial.length+".");
for (int das=0;das<tItemStackTest.length;das++){
if (tItemStackTest[das] != null)
Utils.LOG_WARNING("tMaterial["+das+"]: "+tItemStackTest[das].getDisplayName()+" Meta: "+tItemStackTest[das].getItemDamage()+", Amount: "+tItemStackTest[das].stackSize);
}
//Generate Recipes for all singular materials that can be made molten.
if (M.mBlastFurnaceRequired) {
doTest = CORE.RA.addBlastSmelterRecipe(tItemStackTest, M.getMolten(fluidAmount), 100, duration, 240);
}
else {
doTest = CORE.RA.addBlastSmelterRecipe(tItemStackTest, M.getMolten(fluidAmount), 100, duration/2, 120);
}
if (doTest){
//Reset the Variables for compounds if last recipe was a success.
inputStackCount=0;
counter=0;
int mMaterialListSize=0;
for (MaterialStack ternkfsdf:M.mMaterialList){
mMaterialListSize++;
}
Utils.LOG_WARNING("Size: "+mMaterialListSize);
//If this Material has some kind of compound list, proceed
if (mMaterialListSize > 1){
MaterialStack[] tempStack = new MaterialStack[mMaterialListSize];
circuitGT = ItemUtils.getGregtechCircuit(mMaterialListSize);
//Just double checking
if (tempStack.length > 1){
//Builds me a MaterialStack[] from the MaterialList of M.
int ooo=0;
for (MaterialStack xMaterial : M.mMaterialList){
Utils.LOG_WARNING("FOUND: "+xMaterial.mMaterial);
Utils.LOG_WARNING("ADDING: "+xMaterial.mMaterial);
tempStack[ooo] = M.mMaterialList.get(ooo);
ooo++;
}
//Builds me an ItemStack[] of the materials. - Without a circuit - this gets a good count for the 144L fluid multiplier
components = new ItemStack[tempStack.length];
for (MaterialStack aOutputPart : tempStack){
if (aOutputPart != null){
Utils.LOG_WARNING("Finding dust: "+aOutputPart.mMaterial);
ItemStack rStack = ItemUtils.getItemStackOfAmountFromOreDictNoBroken("dust"+aOutputPart.mMaterial, (int) aOutputPart.mAmount);
if (rStack != null){
Utils.LOG_WARNING("Found dust: "+aOutputPart.mMaterial);
components[counter] = rStack;
inputStackCount = inputStackCount+rStack.stackSize;
}
}
counter++;
}
if (mMaterialListSize > 0 && mMaterialListSize < 9){
ItemStack[] components_NoCircuit = components;
//Builds me an ItemStack[] of the materials. - With a circuit
components = new ItemStack[components_NoCircuit.length+1];
for (int fr=0;fr<components.length;fr++){
if (fr==0){
components[0] = circuitGT;
}
else {
components[fr] = components_NoCircuit[fr-1];
}
}
}
/*//Add a shapeless recipe for each dust this way - Compat mode.
ItemStack outputStack = tStack;
outputStack.stackSize = mMaterialListSize;
RecipeUtils.buildShapelessRecipe(outputStack, components);*/
//Set Fluid output
fluidAmount = 144*inputStackCount;
Utils.LOG_WARNING("Adding an Alloy Blast Smelter Recipe for "+M+" using it's compound dusts. This material has "+ inputStackCount+" parts. Gives "+fluidAmount+"L of molten metal.");
Utils.LOG_WARNING("tMaterial.length: "+components.length+".");
for (int das=0;das<components.length;das++){
if (components[das] != null)
Utils.LOG_WARNING("tMaterial["+das+"]: "+components[das].getDisplayName()+" Meta: "+components[das].getItemDamage()+", Amount: "+components[das].stackSize);
}
if (M.mBlastFurnaceRequired) {
CORE.RA.addBlastSmelterRecipe(components, M.getMolten(fluidAmount), 100, duration, 500);
}
else {
CORE.RA.addBlastSmelterRecipe(components, M.getMolten(fluidAmount), 100, duration, 240);
}
}
}
}
}
}
}
}
}
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