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package gtPlusPlus.xmod.gregtech.loaders;
import java.util.ArrayList;
import java.util.HashMap;
import java.util.Map;
import net.minecraft.item.ItemStack;
import net.minecraftforge.fluids.FluidStack;
import net.minecraftforge.oredict.OreDictionary;
import org.apache.commons.lang3.ArrayUtils;
import gregtech.api.enums.GTValues;
import gregtech.api.recipe.RecipeCategories;
import gregtech.api.recipe.RecipeMaps;
import gregtech.api.util.GTRecipe;
import gregtech.api.util.GTUtility;
import gtPlusPlus.api.objects.Logger;
import gtPlusPlus.api.objects.minecraft.ItemStackData;
import gtPlusPlus.api.recipe.GTPPRecipeMaps;
import gtPlusPlus.core.util.math.MathUtils;
import gtPlusPlus.core.util.minecraft.FluidUtils;
import gtPlusPlus.core.util.minecraft.ItemUtils;
public class RecipeGenBlastSmelterGTNH {
private static final Map<String, FluidStack> mCachedIngotToFluidRegistry = new HashMap<>();
private static final Map<String, String> mCachedHotToColdRegistry = new HashMap<>();
private static synchronized void setIngotToFluid(final ItemStackData stack, final FluidStack fluid) {
if (stack != null && fluid != null) {
mCachedIngotToFluidRegistry.put(stack.getUniqueDataIdentifier(), fluid);
}
}
private static synchronized void setHotToCold(final ItemStackData hot, final ItemStackData cold) {
if (hot != null && cold != null) {
mCachedHotToColdRegistry.put(hot.getUniqueDataIdentifier(), cold.getUniqueDataIdentifier());
}
}
private static synchronized FluidStack getFluidFromIngot(final ItemStackData ingot) {
if (mCachedIngotToFluidRegistry.containsKey(ingot.getUniqueDataIdentifier())) {
Logger.MACHINE_INFO("[ABS] mCachedIngotToFluidRegistry contains Output Ingot.");
return mCachedIngotToFluidRegistry.get(ingot.getUniqueDataIdentifier());
}
if (mCachedHotToColdRegistry.containsKey(ingot.getUniqueDataIdentifier())) {
Logger.MACHINE_INFO("[ABS] mCachedHotToColdRegistry contains Output Ingot.");
return mCachedIngotToFluidRegistry.get(mCachedHotToColdRegistry.get(ingot.getUniqueDataIdentifier()));
}
Logger.MACHINE_INFO("[ABS] Neither Cache contains Output Ingot.");
return null;
}
private static boolean isValid(final ItemStack[] inputs, final ItemStack[] outputs, final FluidStack[] fluidIn,
final FluidStack fluidOut) {
return inputs != null && outputs != null
&& fluidIn != null
&& fluidOut != null
&& inputs.length > 0
&& outputs.length > 0;
}
public static synchronized boolean generateGTNHBlastSmelterRecipesFromEBFList() {
// Make a counting object
int mSuccess = 0;
Logger.INFO("[ABS] Starting recipe generation based on EBF recipe map.");
Logger.INFO("[ABS] Caching Ingots and their Molten fluid..");
// Ingots/Dusts -> Fluids
for (GTRecipe x : RecipeMaps.fluidExtractionRecipes.getAllRecipes()) {
ItemStack validInput = null;
FluidStack validOutput = null;
// If there aren't both non empty inputs and outputs, we skip
if (ArrayUtils.isEmpty(x.mInputs) || ArrayUtils.isEmpty(x.mFluidOutputs)) {
continue;
}
for (int tag : OreDictionary.getOreIDs(x.mInputs[0])) {
String oreName = OreDictionary.getOreName(tag)
.toLowerCase();
String mType = "ingot";
if (oreName.startsWith(mType) && !oreName.contains("double")
&& !oreName.contains("triple")
&& !oreName.contains("quad")
&& !oreName.contains("quintuple")) {
validInput = x.mInputs[0];
}
}
validOutput = x.mFluidOutputs[0];
if (validInput != null) {
ItemStackData R = new ItemStackData(validInput);
setIngotToFluid(R, validOutput);
Logger.MACHINE_INFO(
"[ABS][I2F] Cached " + validInput.getDisplayName()
+ " to "
+ validOutput.getLocalizedName()
+ ". Stored Under ID of "
+ R.getUniqueDataIdentifier());
}
}
Logger.INFO("[ABS] Caching Ingots and their Hot form...");
// Hot Ingots -> Cold Ingots
for (GTRecipe x : RecipeMaps.vacuumFreezerRecipes.getAllRecipes()) {
ItemStack validInput = null;
ItemStack validOutput = null;
// If we the input is an ingot and it and the output are valid, map it to cache.
if (ArrayUtils.isNotEmpty(x.mInputs) && x.mInputs[0] != null) {
validInput = x.mInputs[0];
}
if (ArrayUtils.isNotEmpty(x.mOutputs) && x.mOutputs[0] != null) {
validOutput = x.mOutputs[0];
}
if (validInput != null && validOutput != null) {
ItemStackData R1 = new ItemStackData(validInput);
ItemStackData R2 = new ItemStackData(validOutput);
setHotToCold(R1, R2);
Logger.MACHINE_INFO(
"[ABS][H2C] Cached " + validInput.getDisplayName()
+ " to "
+ validOutput.getDisplayName()
+ ". Stored Under ID of "
+ R1.getUniqueDataIdentifier()
+ ", links to ID "
+ R2.getUniqueDataIdentifier());
}
}
Logger.INFO("[ABS] Generating recipes based on existing EBF recipes.");
// Okay, so now lets Iterate existing EBF recipes.
for (GTRecipe x : RecipeMaps.blastFurnaceRecipes.getAllRecipes()) {
ItemStack[] inputs, outputs;
FluidStack[] inputsF;
int voltage, time, special;
boolean enabled;
inputs = x.mInputs.clone();
outputs = x.mOutputs.clone();
inputsF = x.mFluidInputs.clone();
voltage = x.mEUt;
time = x.mDuration;
enabled = x.mEnabled;
special = x.mSpecialValue;
// continue to next recipe if the Temp is too high.
if (special > 3600) {
Logger.MACHINE_INFO("[ABS] Skipping ABS addition for GTNH due to temp.");
} else {
FluidStack mMoltenStack = null;
int mMoltenCount = 0;
// If We have a valid Output, let's try use our cached data to get it's molten form.
if (x.mOutputs != null && x.mOutputs[0] != null) {
mMoltenCount = x.mOutputs[0].stackSize;
ItemStackData R = new ItemStackData(x.mOutputs[0]);
Logger.MACHINE_INFO(
"[ABS] Found " + x.mOutputs[0].getDisplayName()
+ " as valid EBF output, finding it's fluid from the cache. We will require "
+ (144 * mMoltenCount)
+ "L. Looking for ID "
+ R.getUniqueDataIdentifier());
FluidStack tempFluid = getFluidFromIngot(R);
if (tempFluid != null) {
// Logger.MACHINE_INFO("[ABS] Got Fluid from Cache.");
mMoltenStack = FluidUtils.getFluidStack(tempFluid, mMoltenCount * 144);
} else {
Logger.MACHINE_INFO("[ABS] Failed to get Fluid from Cache.");
}
}
// If this recipe is enabled and we have a valid molten fluidstack, let's try add this recipe.
if (enabled && isValid(inputs, outputs, inputsF, mMoltenStack)) {
// Boolean to decide whether or not to create a new circuit later
boolean circuitFound = false;
// Build correct input stack
ArrayList<ItemStack> aTempList = new ArrayList<>();
for (ItemStack recipeItem : inputs) {
if (ItemUtils.isControlCircuit(recipeItem)) {
circuitFound = true;
}
aTempList.add(recipeItem);
}
inputs = aTempList.toArray(new ItemStack[0]);
int inputLength = inputs.length;
// If no circuit was found, increase array length by 1 to add circuit at newInput[0]
if (!circuitFound) {
inputLength++;
}
ItemStack[] newInput = new ItemStack[inputLength];
int l = 0;
// If no circuit was found, add a circuit here
if (!circuitFound) {
l = 1;
newInput[0] = GTUtility.getIntegratedCircuit(inputs.length);
}
for (ItemStack y : inputs) {
newInput[l++] = y;
}
GTValues.RA.stdBuilder()
.itemInputs(newInput)
.fluidInputs(inputsF)
.fluidOutputs(mMoltenStack)
.duration(MathUtils.roundToClosestInt(time * 0.8))
.eut(voltage)
.recipeCategory(
inputLength <= 2 ? RecipeCategories.absNonAlloyRecipes
: GTPPRecipeMaps.alloyBlastSmelterRecipes.getDefaultRecipeCategory())
.addTo(GTPPRecipeMaps.alloyBlastSmelterRecipes);
} else {
if (!enabled) {
Logger.MACHINE_INFO("[ABS] Failure. EBF recipe was not enabled.");
} else {
Logger.MACHINE_INFO("[ABS] Failure. Invalid Inputs or Outputs.");
if (inputs == null) {
Logger.MACHINE_INFO("[ABS] Inputs were not Valid.");
} else {
Logger.MACHINE_INFO("[ABS] inputs size: " + inputs.length);
}
if (outputs == null) {
Logger.MACHINE_INFO("[ABS] Outputs were not Valid.");
} else {
Logger.MACHINE_INFO("[ABS] outputs size: " + outputs.length);
}
if (inputsF == null) {
Logger.MACHINE_INFO("[ABS] Input Fluids were not Valid.");
} else {
Logger.MACHINE_INFO("[ABS] inputsF size: " + inputsF.length);
}
if (mMoltenStack == null) {
Logger.MACHINE_INFO("[ABS] Output Fluid were not Valid.");
}
}
}
}
}
Logger.INFO("[ABS] Processed " + mSuccess + " recipes.");
return mSuccess > 0;
}
}
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