package tectech.loader.recipe;
import static gregtech.api.enums.Mods.EternalSingularity;
import static gregtech.api.enums.Mods.GalaxySpace;
import static gregtech.api.util.GTModHandler.getModItem;
import static gregtech.api.util.GTRecipeBuilder.SECONDS;
import static gregtech.api.util.GTRecipeBuilder.TICKS;
import static gregtech.api.util.GTRecipeConstants.FOG_EXOTIC_TIER;
import static gregtech.api.util.GTRecipeConstants.FOG_PLASMA_TIER;
import static tectech.recipe.TecTechRecipeMaps.godforgeExoticMatterRecipes;
import static tectech.recipe.TecTechRecipeMaps.godforgePlasmaRecipes;
import static tectech.util.GodforgeMath.getRandomIntInRange;
import java.util.ArrayList;
import java.util.Arrays;
import java.util.HashMap;
import java.util.List;
import net.minecraft.item.ItemStack;
import net.minecraftforge.fluids.FluidStack;
import goodgenerator.items.GGMaterial;
import goodgenerator.util.ItemRefer;
import gregtech.api.enums.GTValues;
import gregtech.api.enums.ItemList;
import gregtech.api.enums.Materials;
import gregtech.api.enums.MaterialsUEVplus;
import gregtech.api.enums.OrePrefixes;
import gregtech.api.enums.TierEU;
import gregtech.api.util.GTOreDictUnificator;
import gregtech.api.util.GTUtility;
import gtPlusPlus.core.material.MaterialsAlloy;
import gtPlusPlus.core.material.MaterialsElements;
import gtPlusPlus.xmod.gregtech.api.enums.GregtechItemList;
import tectech.thing.CustomItemList;
public class Godforge implements Runnable {
public static final ArrayList<Materials> plasmaGTMaterialList = new ArrayList<>();
public static final ArrayList<Integer> plasmaGTWeightList = new ArrayList<>();
public static final HashMap<ItemStack, Integer> exoticModulePlasmaItemMap = new HashMap<>();
public static final HashMap<FluidStack, Integer> exoticModulePlasmaFluidMap = new HashMap<>();
public static final HashMap<ItemStack, Integer> exoticModuleMagmatterItemMap = new HashMap<>();
public static final HashMap<Integer, ItemStack[]> godforgeUpgradeMats = new HashMap<>();
public static final List<ItemStack> quarkGluonFluidItemsForNEI = new ArrayList<>();
public static final List<ItemStack> quarkGluonItemsForNEI = new ArrayList<>();
public static final List<ItemStack> magmatterTimeFluidItemsForNEI = new ArrayList<>();
public static final List<ItemStack> magmatterSpaceFluidItemsForNEI = new ArrayList<>();
public static final List<ItemStack> magmatterItemsForNEI = new ArrayList<>();
@Override
public void run() {
if (!tectech.TecTech.configTecTech.ENABLE_GOD_FORGE) return;
// Solid to plasma recipes
{
// Fusion tier 1-3
{
// Single step
ItemStack[] solids_t0_1step = { Materials.Aluminium.getDust(1), Materials.Iron.getDust(1),
Materials.Calcium.getDust(1), Materials.Sulfur.getDust(1), Materials.Zinc.getDust(1),
Materials.Niobium.getDust(1), Materials.Tin.getDust(1), Materials.Titanium.getDust(1),
Materials.Nickel.getDust(1), Materials.Silver.getDust(1), Materials.Americium.getDust(1),
Materials.Antimony.getDust(1), Materials.Ardite.getDust(1), Materials.Arsenic.getDust(1),
Materials.Barium.getDust(1), Materials.Beryllium.getDust(1), Materials.Caesium.getDust(1),
Materials.Cadmium.getDust(1), Materials.Carbon.getDust(1), Materials.Cerium.getDust(1),
Materials.Cobalt.getDust(1), Materials.Copper.getDust(1), Materials.Desh.getDust(1),
Materials.Dysprosium.getDust(1), Materials.Erbium.getDust(1), Materials.Europium.getDust(1),
Materials.Gadolinium.getDust(1), Materials.Gallium.getDust(1), Materials.Gold.getDust(1),
Materials.Holmium.getDust(1), Materials.Indium.getDust(1), Materials.Lanthanum.getDust(1),
Materials.Lithium.getDust(1), Materials.Lutetium.getDust(1), Materials.Magnesium.getDust(1),
Materials.Manganese.getDust(1), Materials.MeteoricIron.getDust(1), Materials.Molybdenum.getDust(1),
Materials.Neodymium.getDust(1), Materials.Oriharukon.getDust(1), Materials.Palladium.getDust(1),
Materials.Phosphorus.getDust(1), Materials.Potassium.getDust(1), Materials.Praseodymium.getDust(1),
Materials.Promethium.getDust(1), Materials.Rubidium.getDust(1), Materials.Samarium.getDust(1),
Materials.Silicon.getDust(1), Materials.Sodium.getDust(1), Materials.Strontium.getDust(1),
Materials.Tantalum.getDust(1), Materials.Tellurium.getDust(1), Materials.Terbium.getDust(1),
Materials.Thulium.getDust(1), Materials.Tungsten.getDust(1), Materials.Uranium.getDust(1),
Materials.Uranium235.getDust(1), Materials.Vanadium.getDust(1), Materials.Ytterbium.getDust(1),
Materials.Yttrium.getDust(1), MaterialsElements.getInstance().ZIRCONIUM.getDust(1),
MaterialsElements.getInstance().THORIUM232.getDust(1),
MaterialsElements.getInstance().GERMANIUM.getDust(1),
MaterialsElements.getInstance().THALLIUM.getDust(1),
MaterialsElements.getInstance().RUTHENIUM.getDust(1),
MaterialsElements.getInstance().RHENIUM.getDust(1),
MaterialsElements.getInstance().RHODIUM.getDust(1),
MaterialsElements.getInstance().IODINE.getDust(1),
MaterialsElements.getInstance().HAFNIUM.getDust(1),
MaterialsElements.getInstance().CURIUM.getDust(1) };
FluidStack[] solid_plasmas_t0_1step = { Materials.Aluminium.getPlasma(144),
Materials.Iron.getPlasma(144), Materials.Calcium.getPlasma(144), Materials.Sulfur.getPlasma(144),
Materials.Zinc.getPlasma(144), Materials.Niobium.getPlasma(144), Materials.Tin.getPlasma(144),
Materials.Titanium.getPlasma(144), Materials.Nickel.getPlasma(144), Materials.Silver.getPlasma(144),
Materials.Americium.getPlasma(144), Materials.Antimony.getPlasma(144),
Materials.Ardite.getPlasma(144), Materials.Arsenic.getPlasma(144), Materials.Barium.getPlasma(144),
Materials.Beryllium.getPlasma(144), Materials.Caesium.getPlasma(144),
Materials.Cadmium.getPlasma(144), Materials.Carbon.getPlasma(144), Materials.Cerium.getPlasma(144),
Materials.Cobalt.getPlasma(144), Materials.Copper.getPlasma(144), Materials.Desh.getPlasma(144),
Materials.Dysprosium.getPlasma(144), Materials.Erbium.getPlasma(144),
Materials.Europium.getPlasma(144), Materials.Gadolinium.getPlasma(144),
Materials.Gallium.getPlasma(144), Materials.Gold.getPlasma(144), Materials.Holmium.getPlasma(144),
Materials.Indium.getPlasma(144), Materials.Lanthanum.getPlasma(144),
Materials.Lithium.getPlasma(144), Materials.Lutetium.getPlasma(144),
Materials.Magnesium.getPlasma(144), Materials.Manganese.getPlasma(144),
Materials.MeteoricIron.getPlasma(144), Materials.Molybdenum.getPlasma(144),
Materials.Neodymium.getPlasma(144), Materials.Oriharukon.getPlasma(144),
Materials.Palladium.getPlasma(144), Materials.Phosphorus.getPlasma(144),
Materials.Potassium.getPlasma(144), Materials.Praseodymium.getPlasma(144),
Materials.Promethium.getPlasma(144), Materials.Rubidium.getPlasma(144),
Materials.Samarium.getPlasma(144), Materials.Silicon.getPlasma(144),
Materials.Sodium.getPlasma(144), Materials.Strontium.getPlasma(144),
Materials.Tantalum.getPlasma(144), Materials.Tellurium.getPlasma(144),
Materials.Terbium.getPlasma(144), Materials.Thulium.getPlasma(144),
Materials.Tungsten.getPlasma(144), Materials.Uranium.getPlasma(144),
Materials.Uranium235.getPlasma(144), Materials.Vanadium.getPlasma(144),
Materials.Ytterbium.getPlasma(144), Materials.Yttrium.getPlasma(144),
new FluidStack(MaterialsElements.getInstance().ZIRCONIUM.getPlasma(), 144),
new FluidStack(MaterialsElements.getInstance().THORIUM232.getPlasma(), 144),
new FluidStack(MaterialsElements.getInstance().GERMANIUM.getPlasma(), 144),
new FluidStack(MaterialsElements.getInstance().THALLIUM.getPlasma(), 144),
new FluidStack(MaterialsElements.getInstance().RUTHENIUM.getPlasma(), 144),
new FluidStack(MaterialsElements.getInstance().RHENIUM.getPlasma(), 144),
new FluidStack(MaterialsElements.getInstance().RHODIUM.getPlasma(), 144),
new FluidStack(MaterialsElements.getInstance().IODINE.getPlasma(), 144),
new FluidStack(MaterialsElements.getInstance().HAFNIUM.getPlasma(), 144),
new FluidStack(MaterialsElements.getInstance().CURIUM.getPlasma(), 144) };
for (int i = 0; i < solids_t0_1step.length; i++) {
boolean multistep = false;
GTValues.RA.stdBuilder()
.itemInputs(solids_t0_1step[i])
.fluidOutputs(solid_plasmas_t0_1step[i])
.duration(10 * TICKS)
.eut(TierEU.RECIPE_MAX)
.special(multistep)
.metadata(FOG_PLASMA_TIER, 0)
.noOptimize()
.addTo(godforgePlasmaRecipes);
}
// Multi-step
ItemStack[] solids_t0_xstep = { Materials.Force.getDust(1), Materials.Bismuth.getDust(1),
MaterialsElements.STANDALONE.ADVANCED_NITINOL.getDust(1), Materials.Boron.getDust(1),
MaterialsElements.STANDALONE.ASTRAL_TITANIUM.getDust(1),
MaterialsElements.STANDALONE.RUNITE.getDust(1),
MaterialsElements.STANDALONE.CELESTIAL_TUNGSTEN.getDust(1), Materials.Iridium.getDust(1),
Materials.Naquadah.getDust(1), Materials.Osmium.getDust(1), Materials.Platinum.getDust(1),
Materials.Plutonium.getDust(1), MaterialsElements.getInstance().CALIFORNIUM.getDust(1),
Materials.Chrome.getDust(1) };
FluidStack[] solid_plasmas_t0_xstep = {
new FluidStack(MaterialsElements.STANDALONE.FORCE.getPlasma(), 144),
Materials.Bismuth.getPlasma(144),
new FluidStack(MaterialsElements.STANDALONE.ADVANCED_NITINOL.getPlasma(), 144),
Materials.Boron.getPlasma(144),
new FluidStack(MaterialsElements.STANDALONE.ASTRAL_TITANIUM.getPlasma(), 144),
new FluidStack(MaterialsElements.STANDALONE.RUNITE.getPlasma(), 144),
new FluidStack(MaterialsElements.STANDALONE.CELESTIAL_TUNGSTEN.getPlasma(), 144),
Materials.Iridium.getPlasma(144), Materials.Naquadah.getPlasma(144),
Materials.Osmium.getPlasma(144), Materials.Platinum.getPlasma(144),
Materials.Plutonium.getPlasma(144),
new FluidStack(MaterialsElements.getInstance().CALIFORNIUM.getPlasma(), 144),
Materials.Chrome.getPlasma(144), };
for (int i = 0; i < solids_t0_xstep.length; i++) {
boolean multistep = true;
GTValues.RA.stdBuilder()
.itemInputs(solids_t0_xstep[i])
.fluidOutputs(solid_plasmas_t0_xstep[i])
.duration(2 * SECONDS)
.eut(TierEU.RECIPE_MAX)
.special(multistep)
.metadata(FOG_PLASMA_TIER, 0)
.noOptimize()
.addTo(godforgePlasmaRecipes);
}
}
// Fusion tier 4-5
{
// Single step
ItemStack[] solids_t1_1step = { Materials.Lead.getDust(1), Materials.Plutonium241.getDust(1),
Materials.Thorium.getDust(1) };
FluidStack[] solid_plasmas_t1_1step = { Materials.Lead.getPlasma(144),
Materials.Plutonium241.getPlasma(144), Materials.Thorium.getPlasma(144) };
for (int i = 0; i < solids_t1_1step.length; i++) {
boolean multistep = false;
GTValues.RA.stdBuilder()
.itemInputs(solids_t1_1step[i])
.fluidOutputs(solid_plasmas_t1_1step[i])
.duration(5 * SECONDS)
.eut(TierEU.RECIPE_MAX)
.special(multistep)
.metadata(FOG_PLASMA_TIER, 1)
.noOptimize()
.addTo(godforgePlasmaRecipes);
}
// Multi-step
ItemStack[] solids_t1_xstep = { MaterialsElements.getInstance().NEPTUNIUM.getDust(1),
MaterialsElements.getInstance().FERMIUM.getDust(1) };
FluidStack[] solid_plasmas_t1_xstep = {
new FluidStack(MaterialsElements.getInstance().NEPTUNIUM.getPlasma(), 144),
new FluidStack(MaterialsElements.getInstance().FERMIUM.getPlasma(), 144) };
for (int i = 0; i < solids_t1_xstep.length; i++) {
boolean multistep = true;
GTValues.RA.stdBuilder()
.itemInputs(solids_t1_xstep[i])
.fluidOutputs(solid_plasmas_t1_xstep[i])
.duration(7 * SECONDS)
.eut(TierEU.RECIPE_MAX)
.special(multistep)
.metadata(FOG_PLASMA_TIER, 1)
.noOptimize()
.addTo(godforgePlasmaRecipes);
}
}
// Exotic Plasmas
{
// Single step
ItemStack[] solids_t2_1step = { MaterialsElements.STANDALONE.RHUGNOR.getDust(1),
MaterialsElements.STANDALONE.DRAGON_METAL.getDust(1),
MaterialsElements.STANDALONE.CHRONOMATIC_GLASS.getDust(1), Materials.CosmicNeutronium.getDust(1),
Materials.Draconium.getDust(1), Materials.DraconiumAwakened.getDust(1),
Materials.Ichorium.getDust(1) };
FluidStack[] solid_plasmas_t2_1step = {
new FluidStack(MaterialsElements.STANDALONE.RHUGNOR.getPlasma(), 144),
new FluidStack(MaterialsElements.STANDALONE.DRAGON_METAL.getPlasma(), 144),
new FluidStack(MaterialsElements.STANDALONE.CHRONOMATIC_GLASS.getPlasma(), 144),
Materials.CosmicNeutronium.getPlasma(144), Materials.Draconium.getPlasma(144),
Materials.DraconiumAwakened.getPlasma(144), Materials.Ichorium.getPlasma(144) };
for (int i = 0; i < solids_t2_1step.length; i++) {
boolean multistep = false;
GTValues.RA.stdBuilder()
.itemInputs(solids_t2_1step[i])
.fluidOutputs(solid_plasmas_t2_1step[i])
.duration(15 * SECONDS)
.eut(TierEU.RECIPE_MAX)
.special(multistep)
.metadata(FOG_PLASMA_TIER, 2)
.noOptimize()
.addTo(godforgePlasmaRecipes);
}
// Multi-step
ItemStack[] solids_t2_xstep = { MaterialsElements.STANDALONE.HYPOGEN.getDust(1),
Materials.Tritanium.getDust(1), Materials.Flerovium.getDust(1), Materials.Neutronium.getDust(1), };
FluidStack[] solid_plasmas_t2_xstep = {
new FluidStack(MaterialsElements.STANDALONE.HYPOGEN.getPlasma(), 144),
Materials.Tritanium.getPlasma(144), Materials.Flerovium.getPlasma(144),
Materials.Neutronium.getPlasma(144), };
for (int i = 0; i < solids_t2_xstep.length; i++) {
boolean multistep = true;
GTValues.RA.stdBuilder()
.itemInputs(solids_t2_xstep[i])
.fluidOutputs(solid_plasmas_t2_xstep[i])
.duration(25 * SECONDS)
.eut(TierEU.RECIPE_MAX)
.special(multistep)
.metadata(FOG_PLASMA_TIER, 2)
.noOptimize()
.addTo(godforgePlasmaRecipes);
}
}
}
// Fluid to plasma recipes
{
// Fusion tier 1-3
{
// Single step
FluidStack[] fluids_t0_1step = { Materials.Helium.getGas(500), Materials.Nitrogen.getGas(500),
Materials.Argon.getGas(500), Materials.Chlorine.getGas(500), Materials.Deuterium.getGas(500),
Materials.Fluorine.getGas(500), Materials.Hydrogen.getGas(500), Materials.Radon.getGas(500),
Materials.Tritium.getGas(500), Materials.Mercury.getFluid(500) };
FluidStack[] fluid_plasmas_t0_1step = { Materials.Helium.getPlasma(500),
Materials.Nitrogen.getPlasma(500), Materials.Argon.getPlasma(500),
Materials.Chlorine.getPlasma(500), Materials.Deuterium.getPlasma(500),
Materials.Fluorine.getPlasma(500), Materials.Hydrogen.getPlasma(500),
Materials.Radon.getPlasma(500), Materials.Tritium.getPlasma(500),
Materials.Mercury.getPlasma(500) };
for (int i = 0; i < fluids_t0_1step.length; i++) {
boolean multistep = false;
GTValues.RA.stdBuilder()
.fluidInputs(fluids_t0_1step[i])
.fluidOutputs(fluid_plasmas_t0_1step[i])
.duration(1 * SECONDS)
.eut(TierEU.RECIPE_MAX)
.special(multistep)
.metadata(FOG_PLASMA_TIER, 0)
.noOptimize()
.addTo(godforgePlasmaRecipes);
}
// Multi-step
FluidStack[] fluids_t0_xstep = { MaterialsElements.getInstance().NEON.getFluidStack(500),
Materials.Oxygen.getGas(500), MaterialsElements.getInstance().KRYPTON.getFluidStack(500),
MaterialsElements.getInstance().XENON.getFluidStack(500) };
FluidStack[] fluid_plasmas_t0_xstep = {
new FluidStack(MaterialsElements.getInstance().NEON.getPlasma(), 500),
Materials.Oxygen.getPlasma(500),
new FluidStack(MaterialsElements.getInstance().KRYPTON.getPlasma(), 500),
new FluidStack(MaterialsElements.getInstance().XENON.getPlasma(), 500) };
for (int i = 0; i < fluids_t0_xstep.length; i++) {
boolean multistep = true;
GTValues.RA.stdBuilder()
.fluidInputs(fluids_t0_xstep[i])
.fluidOutputs(fluid_plasmas_t0_xstep[i])
.duration(3 * SECONDS)
.eut(TierEU.RECIPE_MAX)
.special(multistep)
.metadata(FOG_PLASMA_TIER, 0)
.noOptimize()
.addTo(godforgePlasmaRecipes);
}
}
// Fusion tier 4-5
{
// Single step
// None yet
// Multi-step
// None yet
}
// Exotic
{
// None yet
}
}
// Exotic module fake recipes
{
GTValues.RA.stdBuilder()
.itemInputs(Materials.Iron.getDust(1))
.fluidInputs(Materials.Iron.getMolten(1))
.fluidOutputs(MaterialsUEVplus.QuarkGluonPlasma.getFluid(1000))
.duration(10 * SECONDS)
.eut(TierEU.RECIPE_MAX)
.metadata(FOG_EXOTIC_TIER, 1)
.ignoreCollision()
.fake()
.addTo(godforgeExoticMatterRecipes);
GTValues.RA.stdBuilder()
.itemInputs(Materials.Iron.getDust(1))
.fluidInputs(Materials.Iron.getMolten(1), Materials.Bismuth.getMolten(1))
.fluidOutputs(MaterialsUEVplus.MagMatter.getMolten(144))
.duration(10 * SECONDS)
.eut(TierEU.RECIPE_MAX)
.metadata(FOG_EXOTIC_TIER, 1)
.ignoreCollision()
.fake()
.addTo(godforgeExoticMatterRecipes);
}
// Exotic module plasma material maps
// GT materials
plasmaGTMaterialList.addAll(
Arrays.asList(
Materials.Aluminium,
Materials.Americium,
Materials.Antimony,
Materials.Ardite,
Materials.Argon,
Materials.Arsenic,
Materials.Barium,
Materials.Beryllium,
Materials.Bismuth,
Materials.Boron,
Materials.Caesium,
Materials.Calcium,
Materials.Cadmium,
Materials.Carbon,
Materials.Cerium,
Materials.Chlorine,
Materials.Chrome,
Materials.Cobalt,
Materials.Copper,
Materials.Desh,
Materials.Deuterium,
Materials.Dysprosium,
Materials.Erbium,
Materials.Europium,
Materials.Fluorine,
Materials.Gadolinium,
Materials.Gallium,
Materials.Gold,
Materials.Helium,
Materials.Holmium,
Materials.Hydrogen,
Materials.Indium,
Materials.Iridium,
Materials.Iron,
Materials.Lanthanum,
Materials.Lead,
Materials.Lithium,
Materials.Lutetium,
Materials.Magnesium,
Materials.Manganese,
Materials.MeteoricIron,
Materials.Molybdenum,
Materials.Naquadah,
Materials.Neodymium,
Materials.Nickel,
Materials.Niobium,
Materials.Nitrogen,
Materials.Oriharukon,
Materials.Osmium,
Materials.Oxygen,
Materials.Palladium,
Materials.Phosphorus,
Materials.Platinum,
Materials.Plutonium,
Materials.Plutonium241,
Materials.Potassium,
Materials.Praseodymium,
Materials.Promethium,
Materials.Radon,
Materials.Rubidium,
Materials.Samarium,
Materials.Silicon,
Materials.Silver,
Materials.Sodium,
Materials.Strontium,
Materials.Sulfur,
Materials.Tantalum,
Materials.Tellurium,
Materials.Terbium,
Materials.Thorium,
Materials.Thulium,
Materials.Tin,
Materials.Titanium,
Materials.Tritium,
Materials.Tungsten,
Materials.Uranium235,
Materials.Uranium,
Materials.Vanadium,
Materials.Ytterbium,
Materials.Yttrium,
Materials.Zinc));
plasmaGTWeightList.addAll(
Arrays.asList(
6000 /* Aluminium */,
10000 /* Americium */,
6000 /* Antimony */,
6000 /* Ardite */,
6000 /* Argon */,
6000 /* Arsenic */,
6000 /* Barium */,
6000 /* Beryllium */,
8000 /* Bismuth */,
8000 /* Boron */,
6000 /* Caesium */,
10000 /* Calcium */,
6000 /* Cadmium */,
6000 /* Carbon */,
6000 /* Cerium */,
6000 /* Chlorine */,
6000 /* Chrome */,
6000 /* Cobalt */,
6000 /* Copper */,
6000 /* Desh */,
6000 /* Deuterium */,
2000 /* Dysprosium */,
2000 /* Erbium */,
6000 /* Europium */,
6000 /* Fluorine */,
2000 /* Gadolinium */,
6000 /* Gallium */,
6000 /* Gold */,
10000 /* Helium */,
6000 /* Holmium */,
10000 /* Hydrogen */,
6000 /* Indium */,
6000 /* Iridium */,
10000 /* Iron */,
6000 /* Lanthanum */,
500 /* Lead */,
6000 /* Lithium */,
6000 /* Lutetium */,
6000 /* Magnesium */,
6000 /* Manganese */,
6000 /* Meteoric Iron */,
6000 /* Molybdenum */,
6000 /* Naquadah */,
6000 /* Neodymium */,
10000 /* Nickel */,
10000 /* Niobium */,
10000 /* Nitrogen */,
6000 /* Oriharukon */,
6000 /* Osmium */,
8000 /* Oxygen */,
6000 /* Palladium */,
6000 /* Phosphorus */,
6000 /* Platinum */,
6000 /* Plutonium 239 */,
500 /* Plutonium 241 */,
6000 /* Potassium */,
6000 /* Praseodymium */,
2000 /* Promethium */,
10000 /* Radon */,
2000 /* Rubidium */,
6000 /* Samarium */,
6000 /* Raw Silicon */,
10000 /* Silver */,
6000 /* Sodium */,
2000 /* Strontium */,
10000 /* Sulfur */,
6000 /* Tantalum */,
2000 /* Tellurium */,
1000 /* Terbium */,
500 /* Thorium */,
6000 /* Thulium */,
10000 /* Tin */,
10000 /* Titanium */,
6000 /* Tritium */,
6000 /* Tungsten */,
6000 /* Uranium 235 */,
6000 /* Uranium 238 */,
6000 /* Vanadium */,
2000 /* Ytterbium */,
6000 /* Yttrium */,
6000 /* Zinc */));
// GT++ materials
exoticModulePlasmaItemMap.put(MaterialsElements.getInstance().ZIRCONIUM.getTinyDust(1), 6000);
exoticModulePlasmaItemMap.put(MaterialsElements.getInstance().THORIUM232.getTinyDust(1), 6000);
exoticModulePlasmaItemMap.put(MaterialsElements.getInstance().GERMANIUM.getTinyDust(1), 2000);
exoticModulePlasmaItemMap.put(MaterialsElements.getInstance().THALLIUM.getTinyDust(1), 2000);
exoticModulePlasmaItemMap.put(MaterialsElements.getInstance().RUTHENIUM.getTinyDust(1), 6000);
exoticModulePlasmaItemMap.put(MaterialsElements.getInstance().RHENIUM.getTinyDust(1), 2000);
exoticModulePlasmaItemMap.put(MaterialsElements.getInstance().RHODIUM.getTinyDust(1), 6000);
exoticModulePlasmaItemMap.put(MaterialsElements.getInstance().IODINE.getTinyDust(1), 6000);
exoticModulePlasmaItemMap.put(MaterialsElements.STANDALONE.ASTRAL_TITANIUM.getTinyDust(1), 8000);
exoticModulePlasmaItemMap.put(MaterialsElements.STANDALONE.ADVANCED_NITINOL.getTinyDust(1), 8000);
exoticModulePlasmaItemMap.put(MaterialsElements.STANDALONE.FORCE.getTinyDust(1), 8000);
exoticModulePlasmaItemMap.put(MaterialsElements.getInstance().HAFNIUM.getTinyDust(1), 6000);
exoticModulePlasmaItemMap.put(MaterialsElements.getInstance().CALIFORNIUM.getTinyDust(1), 1000);
exoticModulePlasmaItemMap.put(MaterialsElements.STANDALONE.RUNITE.getTinyDust(1), 8000);
exoticModulePlasmaFluidMap.put(new FluidStack(MaterialsElements.getInstance().XENON.getFluid(), 1), 8000);
exoticModulePlasmaFluidMap.put(new FluidStack(MaterialsElements.getInstance().KRYPTON.getFluid(), 1), 8000);
exoticModulePlasmaFluidMap.put(new FluidStack(MaterialsElements.getInstance().NEON.getFluid(), 1), 8000);
// These are here because they cant be solidified
exoticModulePlasmaFluidMap.put(new FluidStack(MaterialsElements.getInstance().CURIUM.getFluid(), 1), 10000);
exoticModulePlasmaFluidMap.put(new FluidStack(MaterialsElements.getInstance().NEPTUNIUM.getFluid(), 1), 800);
exoticModulePlasmaFluidMap.put(new FluidStack(MaterialsElements.getInstance().FERMIUM.getFluid(), 1), 800);
// Mercury is weird, it has neither dust nor gas, so it needs to be added separately
exoticModulePlasmaFluidMap.put(Materials.Mercury.getFluid(1), 6000);
// Loop for adding all GT plasma materials
for (int i = 0; i < plasmaGTMaterialList.size(); i++) {
if (plasmaGTMaterialList.get(i)
.getDustTiny(1) != null) {
exoticModulePlasmaItemMap.put(
plasmaGTMaterialList.get(i)
.getDustTiny(1),
plasmaGTWeightList.get(i));
} else {
exoticModulePlasmaFluidMap.put(
plasmaGTMaterialList.get(i)
.getGas(1),
plasmaGTWeightList.get(i));
}
}
// Magmatter map
// GT materials
exoticModuleMagmatterItemMap.put(Materials.CosmicNeutronium.getDustTiny(1), 100000);
exoticModuleMagmatterItemMap.put(Materials.Draconium.getDustTiny(1), 100000);
exoticModuleMagmatterItemMap.put(Materials.DraconiumAwakened.getDustTiny(1), 100000);
exoticModuleMagmatterItemMap.put(Materials.Ichorium.getDustTiny(1), 100000);
exoticModuleMagmatterItemMap.put(Materials.Neutronium.getDustTiny(1), 100000);
exoticModuleMagmatterItemMap.put(Materials.Flerovium.getDustTiny(1), 100000);
// GT++ materials
exoticModuleMagmatterItemMap.put(MaterialsElements.STANDALONE.CELESTIAL_TUNGSTEN.getTinyDust(1), 100000);
exoticModuleMagmatterItemMap.put(MaterialsElements.STANDALONE.HYPOGEN.getTinyDust(1), 100000);
exoticModuleMagmatterItemMap.put(MaterialsElements.STANDALONE.RHUGNOR.getTinyDust(1), 100000);
exoticModuleMagmatterItemMap.put(MaterialsElements.STANDALONE.CHRONOMATIC_GLASS.getTinyDust(1), 100000);
exoticModuleMagmatterItemMap.put(MaterialsElements.STANDALONE.DRAGON_METAL.getTinyDust(1), 100000);
// For NEI
for (FluidStack fluid : exoticModulePlasmaFluidMap.keySet()) {
fluid.amount = getRandomIntInRange(1, 64);
quarkGluonFluidItemsForNEI.add(GTUtility.getFluidDisplayStack(fluid, true));
}
for (ItemStack item : exoticModulePlasmaItemMap.keySet()) {
item.stackSize = getRandomIntInRange(1, 64);
quarkGluonItemsForNEI.add(item);
}
for (int i = 0; i < 21; i++) {
magmatterTimeFluidItemsForNEI
.add(GTUtility.getFluidDisplayStack(MaterialsUEVplus.Time.getMolten(getRandomIntInRange(1, 50)), true));
magmatterSpaceFluidItemsForNEI.add(
GTUtility.getFluidDisplayStack(MaterialsUEVplus.Space.getMolten(getRandomIntInRange(51, 100)), true));
}
magmatterItemsForNEI.addAll(exoticModuleMagmatterItemMap.keySet());
// Godforge upgrade materials
if (EternalSingularity.isModLoaded() && GalaxySpace.isModLoaded()) {
godforgeUpgradeMats.put(
0,
new ItemStack[] { GTOreDictUnificator.get(OrePrefixes.frameGt, Materials.SuperconductorUIVBase, 64),
ItemList.SuperconductorComposite.get(32),
GGMaterial.metastableOganesson.get(OrePrefixes.gearGt, 16),
getModItem(EternalSingularity.ID, "eternal_singularity", 8L), ItemList.Robot_Arm_UIV.get(64L),
ItemList.Field_Generator_UEV.get(64L) });
godforgeUpgradeMats.put(
5,
new ItemStack[] { GregtechItemList.Mega_AlloyBlastSmelter.get(16L),
ItemList.Casing_Coil_Hypogen.get(64L),
CustomItemList.Godforge_HarmonicPhononTransmissionConduit.get(32L),
getModItem(EternalSingularity.ID, "eternal_singularity", 16L),
ItemRefer.Field_Restriction_Coil_T3.get(48), ItemList.Robot_Arm_UIV.get(64L),
ItemList.Field_Generator_UEV.get(64L) });
godforgeUpgradeMats.put(
7,
new ItemStack[] { CustomItemList.Godforge_StellarEnergySiphonCasing.get(8),
GregtechItemList.FusionComputer_UV3.get(8), GregtechItemList.Casing_Fusion_Internal2.get(64),
getModItem(GalaxySpace.ID, "item.DysonSwarmParts", 64, 3), MaterialsAlloy.QUANTUM.getPlateDense(48),
MaterialsElements.STANDALONE.RHUGNOR.getGear(32),
getModItem(EternalSingularity.ID, "eternal_singularity", 16L), ItemList.Robot_Arm_UIV.get(64L),
ItemList.Field_Generator_UEV.get(64L) });
godforgeUpgradeMats.put(
11,
new ItemStack[] { CustomItemList.Godforge_StellarEnergySiphonCasing.get(16),
ItemRefer.Compact_Fusion_MK5.get(2), ItemRefer.Compact_Fusion_Coil_T4.get(64),
CustomItemList.Godforge_HarmonicPhononTransmissionConduit.get(16),
ItemList.Machine_Multi_TranscendentPlasmaMixer.get(4),
MaterialsElements.STANDALONE.RHUGNOR.getGear(64),
GTOreDictUnificator.get(OrePrefixes.gearGt, Materials.Ichorium, 64),
getModItem(EternalSingularity.ID, "eternal_singularity", 32L), ItemList.Robot_Arm_UIV.get(64L),
ItemList.Field_Generator_UEV.get(64L) });
godforgeUpgradeMats.put(
26,
new ItemStack[] { GTOreDictUnificator.get(OrePrefixes.frameGt, MaterialsUEVplus.SpaceTime, 64),
GTOreDictUnificator.get(OrePrefixes.frameGt, Materials.SuperconductorUMVBase, 64),
MaterialsElements.STANDALONE.HYPOGEN.getFrameBox(64),
MaterialsElements.STANDALONE.DRAGON_METAL.getFrameBox(64),
CustomItemList.EOH_Reinforced_Spatial_Casing.get(64),
CustomItemList.EOH_Infinite_Energy_Casing.get(8), ItemList.ZPM6.get(4),
ItemList.Field_Generator_UMV.get(32) });
godforgeUpgradeMats.put(
29,
new ItemStack[] { GTOreDictUnificator.get(OrePrefixes.frameGt, MaterialsUEVplus.WhiteDwarfMatter, 64),
GTOreDictUnificator.get(OrePrefixes.frameGt, MaterialsUEVplus.BlackDwarfMatter, 64),
GTOreDictUnificator.get(OrePrefixes.frameGt, MaterialsUEVplus.Eternity, 16),
GTOreDictUnificator.get(OrePrefixes.frameGt, MaterialsUEVplus.Universium, 4),
CustomItemList.EOH_Infinite_Energy_Casing.get(64),
CustomItemList.StabilisationFieldGeneratorTier5.get(16), ItemList.ZPM6.get(16),
ItemList.Field_Generator_UMV.get(64) });
godforgeUpgradeMats.put(
30,
new ItemStack[] { CustomItemList.Machine_Multi_QuarkGluonPlasmaModule.get(32),
CustomItemList.Godforge_StellarEnergySiphonCasing.get(64),
CustomItemList.StabilisationFieldGeneratorTier6.get(48),
ItemList.Transdimensional_Alignment_Matrix.get(8), ItemList.ZPM6.get(16),
ItemList.Robot_Arm_UMV.get(64), ItemList.Conveyor_Module_UMV.get(64) });
}
}
}