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package tectech.recipe;
import static java.lang.Math.pow;
import static tectech.recipe.EyeOfHarmonyRecipe.processHelper;
import static tectech.recipe.TecTechRecipeMaps.eyeOfHarmonyRecipes;
import java.util.ArrayList;
import java.util.HashMap;
import java.util.HashSet;
import net.minecraft.block.Block;
import net.minecraft.item.ItemStack;
import net.minecraftforge.fluids.FluidStack;
import org.apache.commons.lang3.tuple.Pair;
import com.google.common.math.LongMath;
import gregtech.api.enums.GTValues;
import gregtech.api.enums.Materials;
import gregtech.api.enums.MaterialsUEVplus;
import gregtech.api.enums.OrePrefixes;
import gregtech.api.util.GTOreDictUnificator;
import gtneioreplugin.plugin.block.BlockDimensionDisplay;
import gtneioreplugin.plugin.block.ModBlocks;
import gtneioreplugin.util.DimensionHelper;
import gtneioreplugin.util.GT5OreLayerHelper;
import gtneioreplugin.util.GT5OreSmallHelper;
import tectech.util.FluidStackLong;
import tectech.util.ItemStackLong;
public class EyeOfHarmonyRecipeStorage {
public static final long BILLION = LongMath.pow(10, 9);
private static final double CHANCE_DECREASE_PER_DIMENSION = 0.05;
// Map is unique so this is fine.
HashMap<Block, String> blocksMapInverted = new HashMap<>() {
private static final long serialVersionUID = -1634011860327553337L;
{
ModBlocks.blocks.forEach((dimString, dimBlock) -> { put(dimBlock, dimString); });
}
};
private final HashMap<String, EyeOfHarmonyRecipe> recipeHashMap = new HashMap<String, EyeOfHarmonyRecipe>() {
private static final long serialVersionUID = -3501819612517400500L;
{
for (String dimAbbreviation : DimensionHelper.DimNameDisplayed) {
BlockDimensionDisplay blockDimensionDisplay = (BlockDimensionDisplay) ModBlocks.blocks
.get(dimAbbreviation);
if (dimAbbreviation.equals("DD")) {
specialDeepDarkRecipe(this, blockDimensionDisplay);
} else {
GT5OreLayerHelper.NormalOreDimensionWrapper normalOre = GT5OreLayerHelper.dimToOreWrapper
.getOrDefault(dimAbbreviation, null);
GT5OreSmallHelper.SmallOreDimensionWrapper smallOre = GT5OreSmallHelper.dimToSmallOreWrapper
.getOrDefault(dimAbbreviation, null);
if (normalOre == null && smallOre == null) {
// No ores are generated in this dimension. Fail silently.
continue;
}
long spacetimeTier = blockDimensionDisplay.getDimensionRocketTier();
if (spacetimeTier == 0) {
spacetimeTier += 1;
}
put(
dimAbbreviation,
new EyeOfHarmonyRecipe(
normalOre,
smallOre,
blockDimensionDisplay,
0.6 + blockDimensionDisplay.getDimensionRocketTier() / 10.0,
BILLION * (blockDimensionDisplay.getDimensionRocketTier() + 1),
BILLION * (blockDimensionDisplay.getDimensionRocketTier() + 1),
timeCalculator(blockDimensionDisplay.getDimensionRocketTier()),
spacetimeTier - 1,
1.0 - CHANCE_DECREASE_PER_DIMENSION * blockDimensionDisplay.getDimensionRocketTier()));
}
}
}
};
public EyeOfHarmonyRecipe recipeLookUp(final ItemStack aStack) {
String dimAbbreviation = blocksMapInverted.get(Block.getBlockFromItem(aStack.getItem()));
return recipeHashMap.get(dimAbbreviation);
}
public EyeOfHarmonyRecipeStorage() {
for (EyeOfHarmonyRecipe recipe : recipeHashMap.values()) {
ArrayList<ItemStack> outputItems = new ArrayList<>();
for (ItemStackLong itemStackLong : recipe.getOutputItems()) {
outputItems.add(itemStackLong.itemStack);
}
ArrayList<FluidStack> outputFluids = new ArrayList<>();
for (FluidStackLong fluidStackLong : recipe.getOutputFluids()) {
outputFluids.add(fluidStackLong.fluidStack);
}
ItemStack planetItem = recipe.getRecipeTriggerItem()
.copy();
planetItem.stackSize = 0;
GTValues.RA.stdBuilder()
.itemInputs(planetItem)
.itemOutputs(outputItems.toArray(new ItemStack[0]))
.fluidInputs(
Materials.Hydrogen.getGas(0),
Materials.Helium.getGas(0),
MaterialsUEVplus.RawStarMatter.getFluid(0))
.fluidOutputs(outputFluids.toArray(new FluidStack[0]))
.duration(recipe.getRecipeTimeInTicks())
.eut(0)
.special(recipe)
.noOptimize()
.addTo(eyeOfHarmonyRecipes);
}
}
private void specialDeepDarkRecipe(final HashMap<String, EyeOfHarmonyRecipe> hashMap,
final BlockDimensionDisplay planetItem) {
HashSet<Materials> validMaterialSet = new HashSet<>();
for (Materials material : Materials.values()) {
ItemStack normalOre = GTOreDictUnificator.get(OrePrefixes.ore, material, 1);
if ((normalOre != null)) {
validMaterialSet.add(material);
}
ItemStack smallOre = GTOreDictUnificator.get(OrePrefixes.oreSmall, material, 1);
if ((smallOre != null)) {
validMaterialSet.add(material);
}
}
ArrayList<Materials> validMaterialList = new ArrayList<>(validMaterialSet);
long rocketTier = 9;
hashMap.put(
"DD",
new EyeOfHarmonyRecipe(
processDD(validMaterialList),
planetItem,
0.6 + rocketTier / 10.0,
BILLION * (rocketTier + 1),
BILLION * (rocketTier + 1),
timeCalculator(rocketTier),
rocketTier, // -1 so that we avoid out of bounds exception on NEI render.
1.0 - rocketTier * CHANCE_DECREASE_PER_DIMENSION));
}
private static long timeCalculator(final long rocketTier) {
return (long) (18_000L * pow(1.4, rocketTier));
}
private ArrayList<Pair<Materials, Long>> processDD(final ArrayList<Materials> validMaterialList) {
EyeOfHarmonyRecipe.HashMapHelper outputMap = new EyeOfHarmonyRecipe.HashMapHelper();
// 10 from rocketTier + 1, 6 * 64 = VM3 + Og, 1.4 = time increase per tier.
double mainMultiplier = (timeCalculator(10) * (6 * 64));
double probability = 1.0 / validMaterialList.size();
validMaterialList.forEach((material) -> { processHelper(outputMap, material, mainMultiplier, probability); });
ArrayList<Pair<Materials, Long>> outputList = new ArrayList<>();
outputMap.forEach((material, quantity) -> outputList.add(Pair.of(material, (long) Math.floor(quantity))));
return outputList;
}
}
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