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package gregtech.loaders.oreprocessing;
import static gregtech.api.recipe.RecipeMaps.centrifugeRecipes;
import static gregtech.api.recipe.RecipeMaps.electrolyzerRecipes;
import static gregtech.api.recipe.RecipeMaps.vacuumFreezerRecipes;
import static gregtech.api.util.GT_RecipeBuilder.TICKS;
import static gregtech.api.util.GT_RecipeConstants.FUEL_TYPE;
import static gregtech.api.util.GT_RecipeConstants.FUEL_VALUE;
import java.util.ArrayList;
import net.minecraft.item.ItemStack;
import gregtech.api.enums.GT_Values;
import gregtech.api.enums.ItemList;
import gregtech.api.enums.Materials;
import gregtech.api.enums.OrePrefixes;
import gregtech.api.enums.TierEU;
import gregtech.api.interfaces.IOreRecipeRegistrator;
import gregtech.api.objects.MaterialStack;
import gregtech.api.util.GT_ModHandler;
import gregtech.api.util.GT_OreDictUnificator;
import gregtech.api.util.GT_RecipeBuilder;
import gregtech.api.util.GT_RecipeConstants;
import gregtech.api.util.GT_Utility;
public class ProcessingCell implements IOreRecipeRegistrator {
public ProcessingCell() {
OrePrefixes.cell.add(this);
OrePrefixes.cellPlasma.add(this);
}
@Override
public void registerOre(OrePrefixes aPrefix, Materials aMaterial, String aOreDictName, String aModName,
ItemStack aStack) {
switch (aPrefix) {
case cell -> {
if (aMaterial == Materials.Empty) {
GT_ModHandler.removeRecipeByOutputDelayed(aStack);
if (aModName.equalsIgnoreCase("AtomicScience")) {
GT_ModHandler.addExtractionRecipe(ItemList.Cell_Empty.get(1L), aStack);
}
} else {
if (aMaterial.mFuelPower > 0) {
GT_RecipeBuilder recipeBuilder = GT_Values.RA.stdBuilder();
recipeBuilder.itemInputs(GT_Utility.copyAmount(1, aStack));
if (GT_Utility.getFluidForFilledItem(aStack, true) == null
&& GT_Utility.getContainerItem(aStack, true) != null) {
recipeBuilder.itemOutputs(GT_Utility.getContainerItem(aStack, true));
}
recipeBuilder.metadata(FUEL_VALUE, aMaterial.mFuelPower)
.metadata(FUEL_TYPE, aMaterial.mFuelType)
.addTo(GT_RecipeConstants.Fuel);
}
if (!((aMaterial.mMaterialList.size() > 0) && ((aMaterial.mExtraData & 0x3) != 0))) {
break;
}
int tAllAmount = 0;
for (MaterialStack tMat2 : aMaterial.mMaterialList) {
tAllAmount = (int) (tAllAmount + tMat2.mAmount);
}
long tItemAmount = 0L;
long tCapsuleCount = (long) GT_ModHandler
.getCapsuleCellContainerCountMultipliedWithStackSize(aStack) * -tAllAmount;
long tDensityMultiplier = aMaterial.getDensity() > 3628800L ? aMaterial.getDensity() / 3628800L
: 1L;
ArrayList<ItemStack> tList = new ArrayList<>();
for (MaterialStack tMat : aMaterial.mMaterialList) {
if (tMat.mAmount <= 0) {
continue;
}
ItemStack tStack;
if (tMat.mMaterial == Materials.Air) {
tStack = ItemList.Cell_Air.get(tMat.mAmount * tDensityMultiplier / 2L);
} else {
tStack = GT_OreDictUnificator.get(OrePrefixes.dust, tMat.mMaterial, tMat.mAmount);
if (tStack == null) {
tStack = GT_OreDictUnificator.get(OrePrefixes.cell, tMat.mMaterial, tMat.mAmount);
}
}
if (tItemAmount + tMat.mAmount * 3628800L > aStack.getMaxStackSize() * aMaterial.getDensity()) {
continue;
}
tItemAmount += tMat.mAmount * 3628800L;
if (tStack == null) {
continue;
}
tStack.stackSize = ((int) (tStack.stackSize * tDensityMultiplier));
while ((tStack.stackSize > 64)
&& (tCapsuleCount + GT_ModHandler.getCapsuleCellContainerCount(tStack) * 64L < 0L
? tList.size() < 5
: tList.size() < 6)
&& (tCapsuleCount + GT_ModHandler.getCapsuleCellContainerCount(tStack) * 64L <= 64L)) {
tCapsuleCount += GT_ModHandler.getCapsuleCellContainerCount(tStack) * 64L;
tList.add(GT_Utility.copyAmount(64, tStack));
tStack.stackSize -= 64;
}
int tThisCapsuleCount = GT_ModHandler
.getCapsuleCellContainerCountMultipliedWithStackSize(tStack);
if (tStack.stackSize > 0 && tCapsuleCount + tThisCapsuleCount <= 64L) {
if (tCapsuleCount + tThisCapsuleCount < 0L ? tList.size() < 5 : tList.size() < 6) {
tCapsuleCount += tThisCapsuleCount;
tList.add(tStack);
}
}
}
tItemAmount = GT_Utility.ceilDiv(tItemAmount * tDensityMultiplier, aMaterial.getDensity());
if (tList.size() <= 0) {
break;
}
if ((aMaterial.mExtraData & 0x1) != 0) {
// Electrolyzer recipe
if (GT_Utility.getFluidForFilledItem(aStack, true) == null) {
// dust stuffed cell e.g. Phosphate, Phosphorous Pentoxide
GT_RecipeBuilder recipeBuilder = GT_Values.RA.stdBuilder();
if (tCapsuleCount > 0L) {
recipeBuilder.itemInputs(
GT_Utility.copyAmount(tItemAmount, aStack),
ItemList.Cell_Empty.get(tCapsuleCount));
} else {
recipeBuilder.itemInputs(GT_Utility.copyAmount(tItemAmount, aStack));
}
if (tCapsuleCount < 0L) {
tList.add(ItemList.Cell_Empty.get(-tCapsuleCount));
}
ItemStack[] outputsArray = tList.toArray(new ItemStack[Math.min(tList.size(), 6)]);
recipeBuilder.itemOutputs(outputsArray)
.duration(Math.max(1L, Math.abs(aMaterial.getProtons() * 2L * tItemAmount)))
.eut(Math.min(4, tList.size()) * 30)
.addTo(electrolyzerRecipes);
} else {
long tCellBalance = tCapsuleCount + tItemAmount - 1;
GT_RecipeBuilder recipeBuilder = GT_Values.RA.stdBuilder();
if (tCellBalance > 0L) {
recipeBuilder.itemInputs(aStack, ItemList.Cell_Empty.get(tCellBalance));
} else {
recipeBuilder.itemInputs(aStack);
}
if (tCellBalance < 0L) {
tList.add(ItemList.Cell_Empty.get(-tCellBalance));
}
ItemStack[] outputsArray = tList.toArray(new ItemStack[Math.min(tList.size(), 6)]);
recipeBuilder.itemOutputs(outputsArray)
.duration(Math.max(1L, Math.abs(aMaterial.getProtons() * 8L * tItemAmount)))
.eut(Math.min(4, tList.size()) * 30)
.addTo(electrolyzerRecipes);
}
}
if ((aMaterial.mExtraData & 0x2) != 0) {
GT_RecipeBuilder recipeBuilder = GT_Values.RA.stdBuilder();
if (tCapsuleCount > 0L) {
recipeBuilder.itemInputs(
GT_Utility.copyAmount(tItemAmount, aStack),
ItemList.Cell_Empty.get(tCapsuleCount));
} else {
recipeBuilder.itemInputs(GT_Utility.copyAmount(tItemAmount, aStack));
}
if (tCapsuleCount < 0L) {
tList.add(ItemList.Cell_Empty.get(-tCapsuleCount));
}
ItemStack[] outputsArray = tList.toArray(new ItemStack[Math.min(tList.size(), 6)]);
recipeBuilder.itemOutputs(outputsArray)
.duration(Math.max(1L, Math.abs(aMaterial.getMass() * 2L * tItemAmount)))
.eut(5)
.addTo(centrifugeRecipes);
}
}
}
case cellPlasma -> {
if (aMaterial == Materials.Empty) {
GT_ModHandler.removeRecipeByOutputDelayed(aStack);
} else {
GT_RecipeBuilder recipeBuilder = GT_Values.RA.stdBuilder();
recipeBuilder.itemInputs(GT_Utility.copyAmount(1, aStack));
if (GT_Utility.getFluidForFilledItem(aStack, true) == null
&& GT_Utility.getContainerItem(aStack, true) != null) {
recipeBuilder.itemOutputs(GT_Utility.getContainerItem(aStack, true));
}
// Switch case to set manual values for specific plasmas and escape the formula based on mass
// when it doesn't make sense for powergen balance.
switch (aMaterial.mName) {
case "Tin":
recipeBuilder.metadata(FUEL_VALUE, 150_000)
.metadata(FUEL_TYPE, 4)
.addTo(GT_RecipeConstants.Fuel);
default:
recipeBuilder.metadata(FUEL_VALUE, (int) Math.max(1024L, 1024L * aMaterial.getMass()))
.metadata(FUEL_TYPE, 4)
.addTo(GT_RecipeConstants.Fuel);
}
if (GT_OreDictUnificator.get(OrePrefixes.cell, aMaterial, 1L) != null) {
GT_Values.RA.stdBuilder()
.itemInputs(GT_Utility.copyAmount(1, aStack))
.itemOutputs(GT_OreDictUnificator.get(OrePrefixes.cell, aMaterial, 1L))
.duration(((int) Math.max(aMaterial.getMass() * 2L, 1L)) * TICKS)
.eut(TierEU.RECIPE_MV)
.addTo(vacuumFreezerRecipes);
}
}
}
default -> {}
}
}
}
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