TechReborn/src/main/java/techreborn/init/TRContent.java
Ayutac a574c7f67e
Added the muffler upgrade (#2928)
* Added flag for ability to play sound.

* Added muffler functionality

* Added muffler to upgrade advancement

* Added muffler model

* Added muffler lang entry

* Added muffler placeholder texture

* Added muffler recipe + toast

* Added muffler tooltip
2022-04-28 09:52:10 +01:00

1524 lines
48 KiB
Java

/*
* This file is part of TechReborn, licensed under the MIT License (MIT).
*
* Copyright (c) 2020 TechReborn
*
* Permission is hereby granted, free of charge, to any person obtaining a copy
* of this software and associated documentation files (the "Software"), to deal
* in the Software without restriction, including without limitation the rights
* to use, copy, modify, merge, publish, distribute, sublicense, and/or sell
* copies of the Software, and to permit persons to whom the Software is
* furnished to do so, subject to the following conditions:
*
* The above copyright notice and this permission notice shall be included in all
* copies or substantial portions of the Software.
*
* THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR
* IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,
* FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE
* AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER
* LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,
* OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE
* SOFTWARE.
*/
package techreborn.init;
import com.google.common.base.Preconditions;
import net.fabricmc.fabric.api.object.builder.v1.block.FabricBlockSettings;
import net.minecraft.block.*;
import net.minecraft.entity.EntityType;
import net.minecraft.item.Item;
import net.minecraft.item.ItemConvertible;
import net.minecraft.item.ItemStack;
import net.minecraft.item.Items;
import net.minecraft.sound.BlockSoundGroup;
import net.minecraft.tag.TagKey;
import net.minecraft.util.Identifier;
import net.minecraft.util.Pair;
import net.minecraft.util.math.intprovider.UniformIntProvider;
import net.minecraft.util.registry.Registry;
import org.jetbrains.annotations.NotNull;
import org.jetbrains.annotations.Nullable;
import org.slf4j.Marker;
import org.slf4j.MarkerFactory;
import reborncore.api.blockentity.IUpgrade;
import reborncore.common.fluid.FluidValue;
import reborncore.common.misc.TagConvertible;
import reborncore.common.powerSystem.PowerAcceptorBlockEntity;
import reborncore.common.powerSystem.RcEnergyTier;
import techreborn.TechReborn;
import techreborn.blockentity.GuiType;
import techreborn.blockentity.generator.LightningRodBlockEntity;
import techreborn.blockentity.generator.PlasmaGeneratorBlockEntity;
import techreborn.blockentity.generator.advanced.*;
import techreborn.blockentity.generator.basic.SolidFuelGeneratorBlockEntity;
import techreborn.blockentity.generator.basic.WaterMillBlockEntity;
import techreborn.blockentity.generator.basic.WindMillBlockEntity;
import techreborn.blockentity.machine.misc.ChargeOMatBlockEntity;
import techreborn.blockentity.machine.misc.DrainBlockEntity;
import techreborn.blockentity.machine.multiblock.*;
import techreborn.blockentity.machine.tier0.block.BlockBreakerBlockEntity;
import techreborn.blockentity.machine.tier0.block.BlockPlacerBlockEntity;
import techreborn.blockentity.machine.tier1.*;
import techreborn.blockentity.machine.tier3.ChunkLoaderBlockEntity;
import techreborn.blockentity.machine.tier3.IndustrialCentrifugeBlockEntity;
import techreborn.blockentity.machine.tier3.MatterFabricatorBlockEntity;
import techreborn.blockentity.storage.energy.AdjustableSUBlockEntity;
import techreborn.blocks.DataDrivenMachineBlock;
import techreborn.blocks.GenericMachineBlock;
import techreborn.blocks.cable.CableBlock;
import techreborn.blocks.generator.BlockFusionCoil;
import techreborn.blocks.generator.BlockFusionControlComputer;
import techreborn.blocks.generator.BlockSolarPanel;
import techreborn.blocks.generator.GenericGeneratorBlock;
import techreborn.blocks.lighting.LampBlock;
import techreborn.blocks.machine.tier0.IronAlloyFurnaceBlock;
import techreborn.blocks.machine.tier0.IronFurnaceBlock;
import techreborn.blocks.machine.tier1.PlayerDetectorBlock;
import techreborn.blocks.machine.tier1.ResinBasinBlock;
import techreborn.blocks.misc.*;
import techreborn.blocks.storage.energy.*;
import techreborn.blocks.storage.fluid.TankUnitBlock;
import techreborn.blocks.storage.item.StorageUnitBlock;
import techreborn.blocks.transformers.BlockEVTransformer;
import techreborn.blocks.transformers.BlockHVTransformer;
import techreborn.blocks.transformers.BlockLVTransformer;
import techreborn.blocks.transformers.BlockMVTransformer;
import techreborn.config.TechRebornConfig;
import techreborn.entities.EntityNukePrimed;
import techreborn.events.ModRegistry;
import techreborn.items.DynamicCellItem;
import techreborn.items.UpgradeItem;
import techreborn.items.armor.QuantumSuitItem;
import techreborn.utils.InitUtils;
import techreborn.world.OreDistribution;
import java.util.*;
import java.util.function.Function;
import java.util.stream.Collectors;
import java.util.stream.Stream;
public class TRContent {
public static Marker DATAGEN = MarkerFactory.getMarker("datagen");
// Misc Blocks
public static Block COMPUTER_CUBE;
public static Block NUKE;
public static Block REFINED_IRON_FENCE;
public static Block REINFORCED_GLASS;
public static Block RUBBER_LEAVES;
public static Block RUBBER_LOG;
public static TagKey<Item> RUBBER_LOGS = TagKey.of(Registry.ITEM_KEY, new Identifier(TechReborn.MOD_ID, "rubber_logs"));
public static Block RUBBER_PLANK_SLAB;
public static Block RUBBER_PLANK_STAIR;
public static Block RUBBER_PLANKS;
public static Block RUBBER_SAPLING;
public static Block RUBBER_FENCE;
public static Block RUBBER_FENCE_GATE;
public static Block RUBBER_TRAPDOOR;
public static Block RUBBER_BUTTON;
public static Block RUBBER_PRESSURE_PLATE;
public static Block RUBBER_DOOR;
public static Block RUBBER_LOG_STRIPPED;
public static Block RUBBER_WOOD;
public static Block STRIPPED_RUBBER_WOOD;
public static Block POTTED_RUBBER_SAPLING;
public static Block COPPER_WALL;
// Armor
public static Item CLOAKING_DEVICE;
public static Item LAPOTRONIC_ORBPACK;
public static Item LITHIUM_ION_BATPACK;
// Battery
public static Item ENERGY_CRYSTAL;
public static Item LAPOTRON_CRYSTAL;
public static Item LAPOTRONIC_ORB;
public static Item LITHIUM_ION_BATTERY;
public static Item RED_CELL_BATTERY;
// Tools
public static Item TREE_TAP;
public static Item WRENCH;
public static Item PAINTING_TOOL;
public static Item BASIC_CHAINSAW;
public static Item BASIC_DRILL;
public static Item BASIC_JACKHAMMER;
public static Item ELECTRIC_TREE_TAP;
public static Item ADVANCED_CHAINSAW;
public static Item ADVANCED_DRILL;
public static Item ADVANCED_JACKHAMMER;
public static Item ROCK_CUTTER;
public static Item INDUSTRIAL_CHAINSAW;
public static Item INDUSTRIAL_DRILL;
public static Item INDUSTRIAL_JACKHAMMER;
public static Item NANOSABER;
public static Item OMNI_TOOL;
public static Item DEBUG_TOOL;
// Other
public static Item FREQUENCY_TRANSMITTER;
public static Item SCRAP_BOX;
public static Item MANUAL;
public static DynamicCellItem CELL;
//Quantum Suit
public static QuantumSuitItem QUANTUM_HELMET;
public static QuantumSuitItem QUANTUM_CHESTPLATE;
public static QuantumSuitItem QUANTUM_LEGGINGS;
public static QuantumSuitItem QUANTUM_BOOTS;
// Gem armor & tools
@Nullable
public static Item BRONZE_SWORD;
@Nullable
public static Item BRONZE_PICKAXE;
@Nullable
public static Item BRONZE_SPADE;
@Nullable
public static Item BRONZE_AXE;
@Nullable
public static Item BRONZE_HOE;
@Nullable
public static Item BRONZE_HELMET;
@Nullable
public static Item BRONZE_CHESTPLATE;
@Nullable
public static Item BRONZE_LEGGINGS;
@Nullable
public static Item BRONZE_BOOTS;
@Nullable
public static Item RUBY_SWORD;
@Nullable
public static Item RUBY_PICKAXE;
@Nullable
public static Item RUBY_SPADE;
@Nullable
public static Item RUBY_AXE;
@Nullable
public static Item RUBY_HOE;
@Nullable
public static Item RUBY_HELMET;
@Nullable
public static Item RUBY_CHESTPLATE;
@Nullable
public static Item RUBY_LEGGINGS;
@Nullable
public static Item RUBY_BOOTS;
@Nullable
public static Item SAPPHIRE_SWORD;
@Nullable
public static Item SAPPHIRE_PICKAXE;
@Nullable
public static Item SAPPHIRE_SPADE;
@Nullable
public static Item SAPPHIRE_AXE;
@Nullable
public static Item SAPPHIRE_HOE;
@Nullable
public static Item SAPPHIRE_HELMET;
@Nullable
public static Item SAPPHIRE_CHESTPLATE;
@Nullable
public static Item SAPPHIRE_LEGGINGS;
@Nullable
public static Item SAPPHIRE_BOOTS;
@Nullable
public static Item PERIDOT_SWORD;
@Nullable
public static Item PERIDOT_PICKAXE;
@Nullable
public static Item PERIDOT_SPADE;
@Nullable
public static Item PERIDOT_AXE;
@Nullable
public static Item PERIDOT_HOE;
@Nullable
public static Item PERIDOT_HELMET;
@Nullable
public static Item PERIDOT_CHESTPLATE;
@Nullable
public static Item PERIDOT_LEGGINGS;
@Nullable
public static Item PERIDOT_BOOTS;
@Nullable
public static Item SILVER_HELMET;
@Nullable
public static Item SILVER_CHESTPLATE;
@Nullable
public static Item SILVER_LEGGINGS;
@Nullable
public static Item SILVER_BOOTS;
@Nullable
public static Item STEEL_HELMET;
@Nullable
public static Item STEEL_CHESTPLATE;
@Nullable
public static Item STEEL_LEGGINGS;
@Nullable
public static Item STEEL_BOOTS;
public enum SolarPanels implements ItemConvertible {
BASIC(RcEnergyTier.MICRO, TechRebornConfig.basicGenerationRateD, TechRebornConfig.basicGenerationRateN),
ADVANCED(RcEnergyTier.LOW, TechRebornConfig.advancedGenerationRateD, TechRebornConfig.advancedGenerationRateN),
INDUSTRIAL(RcEnergyTier.MEDIUM, TechRebornConfig.industrialGenerationRateD, TechRebornConfig.industrialGenerationRateN),
ULTIMATE(RcEnergyTier.HIGH, TechRebornConfig.ultimateGenerationRateD, TechRebornConfig.ultimateGenerationRateN),
QUANTUM(RcEnergyTier.EXTREME, TechRebornConfig.quantumGenerationRateD, TechRebornConfig.quantumGenerationRateN),
CREATIVE(RcEnergyTier.INFINITE, Integer.MAX_VALUE / 100, Integer.MAX_VALUE / 100);
public final String name;
public final Block block;
// Generation of EU during Day
public int generationRateD;
// Generation of EU during Night
public int generationRateN;
// Internal EU storage of solar panel
public int internalCapacity;
public final RcEnergyTier powerTier;
SolarPanels(RcEnergyTier tier, int generationRateD, int generationRateN) {
name = this.toString().toLowerCase(Locale.ROOT);
powerTier = tier;
block = new BlockSolarPanel(this);
this.generationRateD = generationRateD;
this.generationRateN = generationRateN;
internalCapacity = generationRateD * TechRebornConfig.solarInternalCapacityMultiplier;
InitUtils.setup(block, name + "_solar_panel");
}
@Override
public Item asItem() {
return block.asItem();
}
}
public enum StorageUnit implements ItemConvertible {
CRUDE(TechRebornConfig.crudeStorageUnitMaxStorage),
BASIC(TechRebornConfig.basicStorageUnitMaxStorage),
ADVANCED(TechRebornConfig.advancedStorageUnitMaxStorage),
INDUSTRIAL(TechRebornConfig.industrialStorageUnitMaxStorage),
QUANTUM(TechRebornConfig.quantumStorageUnitMaxStorage),
CREATIVE(Integer.MAX_VALUE);
public final String name;
public final Block block;
// How many blocks it can hold
public int capacity;
StorageUnit(int capacity) {
name = this.toString().toLowerCase(Locale.ROOT);
block = new StorageUnitBlock(this);
this.capacity = capacity;
InitUtils.setup(block, name + "_storage_unit");
}
@Override
public Item asItem() {
return block.asItem();
}
}
public enum TankUnit implements ItemConvertible {
BASIC(TechRebornConfig.basicTankUnitCapacity),
ADVANCED(TechRebornConfig.advancedTankUnitMaxStorage),
INDUSTRIAL(TechRebornConfig.industrialTankUnitCapacity),
QUANTUM(TechRebornConfig.quantumTankUnitCapacity),
CREATIVE(Integer.MAX_VALUE / 1000);
public final String name;
public final Block block;
// How many blocks it can hold
public FluidValue capacity;
TankUnit(int capacity) {
name = this.toString().toLowerCase(Locale.ROOT);
block = new TankUnitBlock(this);
this.capacity = FluidValue.BUCKET.multiply(capacity);
InitUtils.setup(block, name + "_tank_unit");
}
@Override
public Item asItem() {
return block.asItem();
}
}
public enum Cables implements ItemConvertible {
COPPER(128, 12.0, true, RcEnergyTier.MEDIUM),
TIN(32, 12.0, true, RcEnergyTier.LOW),
GOLD(512, 12.0, true, RcEnergyTier.HIGH),
HV(2048, 12.0, true, RcEnergyTier.EXTREME),
GLASSFIBER(8192, 12.0, false, RcEnergyTier.INSANE),
INSULATED_COPPER(128, 10.0, false, RcEnergyTier.MEDIUM),
INSULATED_GOLD(512, 10.0, false, RcEnergyTier.HIGH),
INSULATED_HV(2048, 10.0, false, RcEnergyTier.EXTREME),
SUPERCONDUCTOR(Integer.MAX_VALUE / 4, 10.0, false, RcEnergyTier.INFINITE);
public final String name;
public final CableBlock block;
public int transferRate;
public int defaultTransferRate;
public double cableThickness;
public boolean canKill;
public boolean defaultCanKill;
public RcEnergyTier tier;
Cables(int transferRate, double cableThickness, boolean canKill, RcEnergyTier tier) {
name = this.toString().toLowerCase(Locale.ROOT);
this.transferRate = transferRate;
this.defaultTransferRate = transferRate;
this.cableThickness = cableThickness / 2 / 16;
this.canKill = canKill;
this.defaultCanKill = canKill;
this.tier = tier;
this.block = new CableBlock(this);
InitUtils.setup(block, name + "_cable");
}
public ItemStack getStack() {
return new ItemStack(block);
}
@Override
public Item asItem() {
return block.asItem();
}
}
public static final TagKey<Item> ORES_TAG = TagKey.of(Registry.ITEM_KEY, new Identifier(TechReborn.MOD_ID, "ores"));
private final static Map<Ores, Ores> deepslateMap = new HashMap<>();
private final static Map<Ores, Ores> unDeepslateMap = new HashMap<>();
public enum Ores implements ItemConvertible, TagConvertible<Item> {
// when changing ores also change data/minecraft/tags/blocks for correct mining level
BAUXITE(OreDistribution.BAUXITE),
CINNABAR(OreDistribution.CINNABAR),
GALENA(OreDistribution.GALENA),
IRIDIUM(OreDistribution.IRIDIUM, true),
LEAD(OreDistribution.LEAD),
PERIDOT(OreDistribution.PERIDOT),
PYRITE(OreDistribution.PYRITE),
RUBY(OreDistribution.RUBY),
SAPPHIRE(OreDistribution.SAPPHIRE),
SHELDONITE(OreDistribution.SHELDONITE),
SILVER(OreDistribution.SILVER),
SODALITE(OreDistribution.SODALITE),
SPHALERITE(OreDistribution.SPHALERITE),
TIN(OreDistribution.TIN),
TUNGSTEN(OreDistribution.TUNGSTEN, true),
DEEPSLATE_BAUXITE(BAUXITE),
DEEPSLATE_GALENA(GALENA),
DEEPSLATE_IRIDIUM(IRIDIUM),
DEEPSLATE_LEAD(LEAD),
DEEPSLATE_PERIDOT(PERIDOT),
DEEPSLATE_RUBY(RUBY),
DEEPSLATE_SAPPHIRE(SAPPHIRE),
DEEPSLATE_SHELDONITE(SHELDONITE),
DEEPSLATE_SILVER(SILVER),
DEEPSLATE_SODALITE(SODALITE),
DEEPSLATE_TIN(TIN),
DEEPSLATE_TUNGSTEN(TUNGSTEN);
public final String name;
public final Block block;
public final OreDistribution distribution;
private final boolean industrial;
private final TagKey<Item> tag;
Ores(OreDistribution distribution, UniformIntProvider experienceDroppedFallback, boolean industrial) {
name = this.toString().toLowerCase(Locale.ROOT);
block = new OreBlock(FabricBlockSettings.of(Material.STONE)
.requiresTool()
.sounds(name.startsWith("deepslate") ? BlockSoundGroup.DEEPSLATE : BlockSoundGroup.STONE)
.hardness(name.startsWith("deepslate") ? 4.5f : 3f)
.resistance(3f),
distribution != null ? distribution.experienceDropped : experienceDroppedFallback
);
this.industrial = industrial;
InitUtils.setup(block, name + "_ore");
tag = TagKey.of(Registry.ITEM_KEY, new Identifier("c",
(name.startsWith("deepslate_") ? name.substring(name.indexOf('_')+1): name) + "_ores"));
this.distribution = distribution;
}
Ores(OreDistribution distribution, UniformIntProvider experienceDroppedFallback) {
this(distribution, experienceDroppedFallback, false);
}
Ores(OreDistribution distribution, boolean industrial) {
this(distribution, null, industrial);
}
Ores(OreDistribution distribution) {
this(distribution, false);
}
Ores(TRContent.Ores stoneOre) {
this(null, stoneOre.distribution != null ? stoneOre.distribution.experienceDropped : null, stoneOre.industrial);
deepslateMap.put(stoneOre, this);
unDeepslateMap.put(this, stoneOre);
}
@Override
public Item asItem() {
return block.asItem();
}
public boolean isIndustrial() {
return industrial;
}
@Override
public TagKey<Item> asTag() {
return tag;
}
public TRContent.Ores getDeepslate() {
Preconditions.checkArgument(!isDeepslate());
return deepslateMap.get(this);
}
public TRContent.Ores getUnDeepslate() {
Preconditions.checkArgument(isDeepslate());
return unDeepslateMap.get(this);
}
public boolean isDeepslate() {
return name.startsWith("deepslate_");
}
}
/**
* The base tag name for chrome items. "chromium" is proper spelling, but changing the enum constant names or
* directly registry names will result in item loss upon updating. Hence, only the base tag is changed, where needed.
*/
public static final String CHROME_TAG_NAME_BASE = "chromium";
public static final TagKey<Item> STORAGE_BLOCK_TAG = TagKey.of(Registry.ITEM_KEY, new Identifier(TechReborn.MOD_ID, "storage_blocks"));
public enum StorageBlocks implements ItemConvertible, TagConvertible<Item> {
ADVANCED_ALLOY(5f, 6f),
ALUMINUM(),
BRASS(),
BRONZE(5f, 6f),
CHROME(false, 5f, 6f, CHROME_TAG_NAME_BASE),
ELECTRUM(),
HOT_TUNGSTENSTEEL(true, 5f, 6f),
INVAR(),
IRIDIUM(5f, 6f),
IRIDIUM_REINFORCED_STONE(30f, 800f),
IRIDIUM_REINFORCED_TUNGSTENSTEEL(50f, 1200f),
LEAD(),
NICKEL(5f, 6f),
PERIDOT(5f, 6f),
PLATINUM(5f, 6f),
RAW_IRIDIUM(2f, 2f),
RAW_LEAD(2f, 2f),
RAW_SILVER(2f, 2f),
RAW_TIN(2f, 2f),
RAW_TUNGSTEN(2f, 2f),
RED_GARNET(5f, 6f),
REFINED_IRON(5f, 6f),
RUBY(5f, 6f),
SAPPHIRE(5f, 6f),
SILVER(5f, 6f),
STEEL(5f, 6f),
TIN(),
TITANIUM(5f, 6f),
TUNGSTEN(5f, 6f),
TUNGSTENSTEEL(30f, 800f),
YELLOW_GARNET(5f, 6f),
ZINC(5f, 6f);
private final String name;
private final Block block;
private final StairsBlock stairsBlock;
private final SlabBlock slabBlock;
private final WallBlock wallBlock;
private final TagKey<Item> tag;
StorageBlocks(boolean isHot, float hardness, float resistance, String tagNameBase) {
name = this.toString().toLowerCase(Locale.ROOT);
block = new BlockStorage(isHot, hardness, resistance);
InitUtils.setup(block, name + "_storage_block");
tag = TagKey.of(Registry.ITEM_KEY, new Identifier("c", Objects.requireNonNullElse(tagNameBase, name) + "_blocks"));
stairsBlock = new TechRebornStairsBlock(block.getDefaultState(), FabricBlockSettings.copyOf(block));
InitUtils.setup(stairsBlock, name + "_storage_block_stairs");
slabBlock = new SlabBlock(FabricBlockSettings.copyOf(block));
InitUtils.setup(slabBlock, name + "_storage_block_slab");
wallBlock = new WallBlock(FabricBlockSettings.copyOf(block));
InitUtils.setup(wallBlock, name + "_storage_block_wall");
}
StorageBlocks(boolean isHot, float hardness, float resistance) {
this(isHot, hardness, resistance, null);
}
StorageBlocks(float hardness, float resistance) {
this(false, hardness, resistance, null);
}
StorageBlocks() {
this(false, 3f, 6f);
}
@Override
public Item asItem() {
return block.asItem();
}
@Override
public TagKey<Item> asTag() {
return tag;
}
public Block getBlock() {
return block;
}
public StairsBlock getStairsBlock() {
return stairsBlock;
}
public SlabBlock getSlabBlock() {
return slabBlock;
}
public WallBlock getWallBlock() {
return wallBlock;
}
public static Stream<Block> blockStream() {
return Arrays.stream(values())
.map(StorageBlocks::allBlocks)
.flatMap(Collection::stream);
}
private List<Block> allBlocks() {
return List.of(block, stairsBlock, slabBlock, wallBlock);
}
}
public enum MachineBlocks {
BASIC(1020 / 25),
ADVANCED(1700 / 25),
INDUSTRIAL(2380 / 25);
public final String name;
public final Block frame;
public final Block casing;
MachineBlocks(int casingHeatCapacity) {
name = this.toString().toLowerCase(Locale.ROOT);
frame = new BlockMachineFrame();
InitUtils.setup(frame, name + "_machine_frame");
casing = new BlockMachineCasing(casingHeatCapacity);
InitUtils.setup(casing, name + "_machine_casing");
}
public Block getFrame() {
return frame;
}
public Block getCasing() {
return casing;
}
public static ItemConvertible[] getCasings() {
return Arrays.stream(MachineBlocks.values())
.map((Function<MachineBlocks, ItemConvertible>) machineBlocks -> machineBlocks.casing)
.toArray(ItemConvertible[]::new);
}
}
public enum Machine implements ItemConvertible {
ALLOY_SMELTER(new GenericMachineBlock(GuiType.ALLOY_SMELTER, AlloySmelterBlockEntity::new)),
ASSEMBLY_MACHINE(new GenericMachineBlock(GuiType.ASSEMBLING_MACHINE, AssemblingMachineBlockEntity::new)),
AUTO_CRAFTING_TABLE(new GenericMachineBlock(GuiType.AUTO_CRAFTING_TABLE, AutoCraftingTableBlockEntity::new)),
CHEMICAL_REACTOR(new GenericMachineBlock(GuiType.CHEMICAL_REACTOR, ChemicalReactorBlockEntity::new)),
COMPRESSOR(new GenericMachineBlock(GuiType.COMPRESSOR, CompressorBlockEntity::new)),
DISTILLATION_TOWER(new GenericMachineBlock(GuiType.DISTILLATION_TOWER, DistillationTowerBlockEntity::new)),
EXTRACTOR(new GenericMachineBlock(GuiType.EXTRACTOR, ExtractorBlockEntity::new)),
RESIN_BASIN(new ResinBasinBlock(ResinBasinBlockEntity::new)),
FLUID_REPLICATOR(new GenericMachineBlock(GuiType.FLUID_REPLICATOR, FluidReplicatorBlockEntity::new)),
GRINDER(new DataDrivenMachineBlock("techreborn:grinder")),
ELECTRIC_FURNACE(new GenericMachineBlock(GuiType.ELECTRIC_FURNACE, ElectricFurnaceBlockEntity::new)),
IMPLOSION_COMPRESSOR(new GenericMachineBlock(GuiType.IMPLOSION_COMPRESSOR, ImplosionCompressorBlockEntity::new)),
INDUSTRIAL_BLAST_FURNACE(new GenericMachineBlock(GuiType.BLAST_FURNACE, IndustrialBlastFurnaceBlockEntity::new)),
INDUSTRIAL_CENTRIFUGE(new GenericMachineBlock(GuiType.CENTRIFUGE, IndustrialCentrifugeBlockEntity::new)),
INDUSTRIAL_ELECTROLYZER(new GenericMachineBlock(GuiType.INDUSTRIAL_ELECTROLYZER, IndustrialElectrolyzerBlockEntity::new)),
INDUSTRIAL_GRINDER(new GenericMachineBlock(GuiType.INDUSTRIAL_GRINDER, IndustrialGrinderBlockEntity::new)),
INDUSTRIAL_SAWMILL(new GenericMachineBlock(GuiType.SAWMILL, IndustrialSawmillBlockEntity::new)),
IRON_ALLOY_FURNACE(new IronAlloyFurnaceBlock()),
IRON_FURNACE(new IronFurnaceBlock()),
MATTER_FABRICATOR(new GenericMachineBlock(GuiType.MATTER_FABRICATOR, MatterFabricatorBlockEntity::new)),
RECYCLER(new GenericMachineBlock(GuiType.RECYCLER, RecyclerBlockEntity::new)),
ROLLING_MACHINE(new GenericMachineBlock(GuiType.ROLLING_MACHINE, RollingMachineBlockEntity::new)),
SCRAPBOXINATOR(new GenericMachineBlock(GuiType.SCRAPBOXINATOR, ScrapboxinatorBlockEntity::new)),
VACUUM_FREEZER(new GenericMachineBlock(GuiType.VACUUM_FREEZER, VacuumFreezerBlockEntity::new)),
SOLID_CANNING_MACHINE(new GenericMachineBlock(GuiType.SOLID_CANNING_MACHINE, SolidCanningMachineBlockEntity::new)),
WIRE_MILL(new GenericMachineBlock(GuiType.WIRE_MILL, WireMillBlockEntity::new)),
GREENHOUSE_CONTROLLER(new GenericMachineBlock(GuiType.GREENHOUSE_CONTROLLER, GreenhouseControllerBlockEntity::new)),
BLOCK_BREAKER(new GenericMachineBlock(GuiType.BLOCK_BREAKER, BlockBreakerBlockEntity::new)),
BLOCK_PLACER(new GenericMachineBlock(GuiType.BLOCK_PLACER, BlockPlacerBlockEntity::new)),
DIESEL_GENERATOR(new GenericGeneratorBlock(GuiType.DIESEL_GENERATOR, DieselGeneratorBlockEntity::new)),
DRAGON_EGG_SYPHON(new GenericGeneratorBlock(null, DragonEggSyphonBlockEntity::new)),
FUSION_COIL(new BlockFusionCoil()),
FUSION_CONTROL_COMPUTER(new BlockFusionControlComputer()),
GAS_TURBINE(new GenericGeneratorBlock(GuiType.GAS_TURBINE, GasTurbineBlockEntity::new)),
LIGHTNING_ROD(new GenericGeneratorBlock(null, LightningRodBlockEntity::new)),
PLASMA_GENERATOR(new GenericGeneratorBlock(GuiType.PLASMA_GENERATOR, PlasmaGeneratorBlockEntity::new)),
SEMI_FLUID_GENERATOR(new GenericGeneratorBlock(GuiType.SEMIFLUID_GENERATOR, SemiFluidGeneratorBlockEntity::new)),
SOLID_FUEL_GENERATOR(new GenericGeneratorBlock(GuiType.GENERATOR, SolidFuelGeneratorBlockEntity::new)),
THERMAL_GENERATOR(new GenericGeneratorBlock(GuiType.THERMAL_GENERATOR, ThermalGeneratorBlockEntity::new)),
WATER_MILL(new GenericGeneratorBlock(null, WaterMillBlockEntity::new)),
WIND_MILL(new GenericGeneratorBlock(null, WindMillBlockEntity::new)),
DRAIN(new GenericMachineBlock(null, DrainBlockEntity::new)),
ADJUSTABLE_SU(new AdjustableSUBlock()),
CHARGE_O_MAT(new GenericMachineBlock(GuiType.CHARGEBENCH, ChargeOMatBlockEntity::new)),
INTERDIMENSIONAL_SU(new InterdimensionalSUBlock()),
LAPOTRONIC_SU(new LapotronicSUBlock()),
LSU_STORAGE(new LSUStorageBlock()),
LOW_VOLTAGE_SU(new LowVoltageSUBlock()),
MEDIUM_VOLTAGE_SU(new MediumVoltageSUBlock()),
HIGH_VOLTAGE_SU(new HighVoltageSUBlock()),
LV_TRANSFORMER(new BlockLVTransformer()),
MV_TRANSFORMER(new BlockMVTransformer()),
HV_TRANSFORMER(new BlockHVTransformer()),
EV_TRANSFORMER(new BlockEVTransformer()),
ALARM(new BlockAlarm()),
CHUNK_LOADER(new GenericMachineBlock(GuiType.CHUNK_LOADER, ChunkLoaderBlockEntity::new)),
LAMP_INCANDESCENT(new LampBlock(4, 10, 8)),
LAMP_LED(new LampBlock(1, 1, 12)),
PLAYER_DETECTOR(new PlayerDetectorBlock());
public final String name;
public final Block block;
<B extends Block> Machine(B block) {
this.name = this.toString().toLowerCase(Locale.ROOT);
this.block = block;
InitUtils.setup(block, name);
}
public ItemStack getStack() {
return new ItemStack(block);
}
@Override
public Item asItem() {
return block.asItem();
}
}
public static final TagKey<Item> DUSTS_TAG = TagKey.of(Registry.ITEM_KEY, new Identifier(TechReborn.MOD_ID, "dusts"));
public enum Dusts implements ItemConvertible, TagConvertible<Item> {
ALMANDINE, ALUMINUM, AMETHYST, ANDESITE, ANDRADITE, ASHES, BASALT, BAUXITE, BRASS, BRONZE, CALCITE, CHARCOAL, CHROME(CHROME_TAG_NAME_BASE),
CINNABAR, CLAY, COAL, DARK_ASHES, DIAMOND, DIORITE, ELECTRUM, EMERALD, ENDER_EYE, ENDER_PEARL, ENDSTONE,
FLINT, GALENA, GRANITE, GROSSULAR, INVAR, LAZURITE, MAGNESIUM, MANGANESE, MARBLE, NETHERRACK,
NICKEL, OBSIDIAN, OLIVINE, PERIDOT, PHOSPHOROUS, PLATINUM, PYRITE, PYROPE, QUARTZ, RED_GARNET, RUBY, SALTPETER,
SAPPHIRE, SAW, SODALITE, SPESSARTINE, SPHALERITE, STEEL, SULFUR, TITANIUM, UVAROVITE, YELLOW_GARNET, ZINC;
private final String name;
private final Item item;
private final TagKey<Item> tag;
Dusts(String tagNameBase) {
name = this.toString().toLowerCase(Locale.ROOT);
item = new Item(new Item.Settings().group(TechReborn.ITEMGROUP));
InitUtils.setup(item, name + "_dust");
tag = TagKey.of(Registry.ITEM_KEY, new Identifier("c", Objects.requireNonNullElse(tagNameBase, name) + "_dusts"));
}
Dusts() {
this(null);
}
public ItemStack getStack() {
return new ItemStack(item);
}
public ItemStack getStack(int amount) {
return new ItemStack(item, amount);
}
@Override
public Item asItem() {
return item;
}
@Override
public TagKey<Item> asTag() {
return tag;
}
}
public static final TagKey<Item> RAW_METALS_TAG = TagKey.of(Registry.ITEM_KEY, new Identifier(TechReborn.MOD_ID, "raw_metals"));
public enum RawMetals implements ItemConvertible, TagConvertible<Item> {
IRIDIUM, LEAD, SILVER, TIN, TUNGSTEN;
private final String name;
private final Item item;
private final Ores ore;
private final StorageBlocks storageBlock;
private final TagKey<Item> tag;
RawMetals() {
name = this.toString().toLowerCase(Locale.ROOT);
item = new Item(new Item.Settings().group(TechReborn.ITEMGROUP));
Ores oreVariant = null;
try {
oreVariant = Ores.valueOf(this.toString());
}
catch (IllegalArgumentException ex) {
if (InitUtils.isDatagenRunning())
TechReborn.LOGGER.warn(DATAGEN, "Raw metal {} has no ore block equivalent!", name);
}
ore = oreVariant;
StorageBlocks blockVariant = null;
try {
blockVariant = StorageBlocks.valueOf("RAW_" + this.toString());
}
catch (IllegalArgumentException ex) {
if (InitUtils.isDatagenRunning())
TechReborn.LOGGER.warn(DATAGEN, "Raw metal {} has no storage block equivalent!", name);
}
storageBlock = blockVariant;
InitUtils.setup(item, "raw_" + name);
tag = TagKey.of(Registry.ITEM_KEY, new Identifier("c", "raw_" + name + "_ores"));
}
@Override
public Item asItem() {
return item;
}
@Override
public TagKey<Item> asTag() {
return tag;
}
public StorageBlocks getStorageBlock() {
return storageBlock;
}
public Ores getOre() {
return ore;
}
/**
* Returns a map that maps the raw metals to their storage block equivalent.
* @return A non {@code null} map mapping the raw metals to their storage block equivalent.
* If a storage block equivalent doesn't exist, the raw metal will not be in the keys of this map.
*/
public static @NotNull Map<RawMetals, StorageBlocks> getRM2SBMap() {
return Arrays.stream(values())
.map(rawMetal -> new Pair<>(rawMetal, rawMetal.getStorageBlock()))
.filter(entry -> entry.getRight() != null) // ensure storage block equivalent exists
.collect(Collectors.toMap(Pair::getLeft, Pair::getRight));
}
/**
* Returns a map that maps the raw metals to their ore block equivalent.
* @return A non {@code null} map mapping the raw metals to their ore block equivalent.
* If an ore block equivalent doesn't exist, the raw metal will not be in the keys of this map.
*/
public static @NotNull Map<RawMetals, Ores> getRM2OBMap() {
return Arrays.stream(values())
.map(rawMetal -> new Pair<>(rawMetal, rawMetal.getOre()))
.filter(entry -> entry.getRight() != null) // ensure ore block equivalent exists
.collect(Collectors.toMap(Pair::getLeft, Pair::getRight));
}
}
public static final TagKey<Item> SMALL_DUSTS_TAG = TagKey.of(Registry.ITEM_KEY, new Identifier(TechReborn.MOD_ID, "small_dusts"));
public enum SmallDusts implements ItemConvertible, TagConvertible<Item> {
ALMANDINE, ANDESITE, ANDRADITE, ASHES, BASALT, BAUXITE, CALCITE, CHARCOAL, CHROME(CHROME_TAG_NAME_BASE),
CINNABAR, CLAY, COAL, DARK_ASHES, DIAMOND, DIORITE, ELECTRUM, EMERALD, ENDER_EYE, ENDER_PEARL, ENDSTONE,
FLINT, GALENA, GLOWSTONE(Items.GLOWSTONE_DUST), GRANITE, GROSSULAR, INVAR, LAZURITE, MAGNESIUM, MANGANESE, MARBLE,
NETHERRACK, NICKEL, OBSIDIAN, OLIVINE, PERIDOT, PHOSPHOROUS, PLATINUM, PYRITE, PYROPE, QUARTZ, REDSTONE(Items.REDSTONE),
RED_GARNET, RUBY, SALTPETER, SAPPHIRE, SAW, SODALITE, SPESSARTINE, SPHALERITE, STEEL, SULFUR, TITANIUM,
TUNGSTEN(RawMetals.TUNGSTEN), UVAROVITE, YELLOW_GARNET, ZINC;
private final String name;
private final Item item;
private final ItemConvertible dust;
private final TagKey<Item> tag;
SmallDusts(String tagNameBase, ItemConvertible dustVariant) {
name = this.toString().toLowerCase(Locale.ROOT);
item = new Item(new Item.Settings().group(TechReborn.ITEMGROUP));
if (dustVariant == null)
try {
dustVariant = Dusts.valueOf(this.toString());
}
catch (IllegalArgumentException ex) {
if (InitUtils.isDatagenRunning())
TechReborn.LOGGER.warn(DATAGEN, "Small dust {} has no dust equivalent!", name);
}
dust = dustVariant;
InitUtils.setup(item, name + "_small_dust");
tag = TagKey.of(Registry.ITEM_KEY, new Identifier("c", Objects.requireNonNullElse(tagNameBase, name) + "_small_dusts"));
}
SmallDusts(String tagNameBase) {
this(tagNameBase, null);
}
SmallDusts(ItemConvertible dustVariant) {
this(null, dustVariant);
}
SmallDusts() {
this(null, null);
}
public ItemStack getStack() {
return new ItemStack(item);
}
public ItemStack getStack(int amount) {
return new ItemStack(item, amount);
}
@Override
public Item asItem() {
return item;
}
@Override
public TagKey<Item> asTag() {
return tag;
}
public ItemConvertible getDust() {
return dust;
}
/**
* Returns a map that maps the small dusts to their dust equivalent,
* as it was specified in the enum. Note that the dust equivalent
* doesn't have to be a TR dust (see redstone and glowstone dust)
* and also not a dust at all (see tungsten).
* @return A non {@code null} map mapping the small dusts to their dust equivalent.
* If a dust equivalent doesn't exist, the small dust will not be in the keys of this map.
*/
public static @NotNull Map<SmallDusts, ItemConvertible> getSD2DMap() {
return Arrays.stream(values())
.map(smallDust -> new Pair<>(smallDust, smallDust.getDust()))
.filter(entry -> entry.getRight() != null) // ensure dust equivalent exists
.collect(Collectors.toMap(Pair::getLeft, Pair::getRight));
}
}
public static final TagKey<Item> GEMS_TAG = TagKey.of(Registry.ITEM_KEY, new Identifier(TechReborn.MOD_ID, "gems"));
public enum Gems implements ItemConvertible, TagConvertible<Item> {
PERIDOT, RED_GARNET, RUBY("rubies"), SAPPHIRE("sapphires"), YELLOW_GARNET;
private final String name;
private final Item item;
private final Dusts dust;
private final Ores ore;
private final StorageBlocks storageBlock;
private final TagKey<Item> tag;
Gems(String tagPlural) {
name = this.toString().toLowerCase(Locale.ROOT);
item = new Item(new Item.Settings().group(TechReborn.ITEMGROUP));
Dusts dustVariant = null;
try {
dustVariant = Dusts.valueOf(this.toString());
}
catch (IllegalArgumentException ex) {
if (InitUtils.isDatagenRunning())
TechReborn.LOGGER.warn(DATAGEN, "Gem {} has no dust item equivalent!", name);
}
dust = dustVariant;
Ores oreVariant = null;
try {
oreVariant = Ores.valueOf(this.toString());
}
catch (IllegalArgumentException ex) {
if (InitUtils.isDatagenRunning())
TechReborn.LOGGER.info(DATAGEN, "Gem {} has no ore block equivalent.", name);
}
ore = oreVariant;
StorageBlocks blockVariant = null;
try {
blockVariant = StorageBlocks.valueOf(this.toString());
}
catch (IllegalArgumentException ex) {
TechReborn.LOGGER.warn(DATAGEN, "Gem {} has no storage block equivalent!", name);
}
storageBlock = blockVariant;
InitUtils.setup(item, name + "_gem");
tag = TagKey.of(Registry.ITEM_KEY, new Identifier("c", tagPlural == null ? name + "_gems" : tagPlural));
}
Gems() {
this(null);
}
public ItemStack getStack() {
return new ItemStack(item);
}
public ItemStack getStack(int amount) {
return new ItemStack(item, amount);
}
@Override
public Item asItem() {
return item;
}
@Override
public TagKey<Item> asTag() {
return tag;
}
public Dusts getDust() {
return dust;
}
public Ores getOre() {
return ore;
}
public StorageBlocks getStorageBlock() {
return storageBlock;
}
/**
* Returns a map that maps the gems to their dust item equivalent.
* @return A non {@code null} map mapping the gems to their dust item equivalent.
* If a dust item equivalent doesn't exist, the gem will not be in the keys of this map.
*/
public static @NotNull Map<Gems, Dusts> getG2DMap() {
return Arrays.stream(values())
.map(gem -> new Pair<>(gem, gem.getDust()))
.filter(entry -> entry.getRight() != null) // ensure dust item equivalent exists
.collect(Collectors.toMap(Pair::getLeft, Pair::getRight));
}
/**
* Returns a map that maps the gems to their storage block equivalent.
* @return A non {@code null} map mapping the gems to their storage block equivalent.
* If a storage block equivalent doesn't exist, the gem will not be in the keys of this map.
*/
public static @NotNull Map<Gems, StorageBlocks> getG2SBMap() {
return Arrays.stream(values())
.map(gem -> new Pair<>(gem, gem.getStorageBlock()))
.filter(entry -> entry.getRight() != null) // ensure storage block equivalent exists
.collect(Collectors.toMap(Pair::getLeft, Pair::getRight));
}
}
public static final TagKey<Item> INGOTS_TAG = TagKey.of(Registry.ITEM_KEY, new Identifier(TechReborn.MOD_ID, "ingots"));
public enum Ingots implements ItemConvertible, TagConvertible<Item> {
ADVANCED_ALLOY, ALUMINUM, BRASS, BRONZE, CHROME(CHROME_TAG_NAME_BASE), ELECTRUM, HOT_TUNGSTENSTEEL, INVAR, IRIDIUM_ALLOY, IRIDIUM,
LEAD, MIXED_METAL, NICKEL, PLATINUM, REFINED_IRON, SILVER, STEEL, TIN, TITANIUM, TUNGSTEN, TUNGSTENSTEEL, ZINC;
private final String name;
private final Item item;
private final Dusts dust;
private final StorageBlocks storageBlock;
private final TagKey<Item> tag;
Ingots(String tagNameBase) {
name = this.toString().toLowerCase(Locale.ROOT);
item = new Item(new Item.Settings().group(TechReborn.ITEMGROUP));
Dusts dustVariant = null;
try {
dustVariant = Dusts.valueOf(this.toString());
}
catch (IllegalArgumentException ex) {
try {
RawMetals.valueOf(this.toString());
if (InitUtils.isDatagenRunning())
TechReborn.LOGGER.info(DATAGEN, "Ingot {} has no dust item equivalent, but a raw metal.", name);
}
catch (IllegalArgumentException ex2) {
if (InitUtils.isDatagenRunning())
TechReborn.LOGGER.warn(DATAGEN, "Ingot {} has no dust item equivalent AND no raw metal!", name);
}
}
dust = dustVariant;
StorageBlocks blockVariant = null;
try {
blockVariant = StorageBlocks.valueOf(this.toString());
}
catch (IllegalArgumentException ex) {
if (InitUtils.isDatagenRunning())
TechReborn.LOGGER.warn(DATAGEN, "Ingot {} has no storage block equivalent!", name);
}
storageBlock = blockVariant;
InitUtils.setup(item, name + "_ingot");
tag = TagKey.of(Registry.ITEM_KEY, new Identifier("c", Objects.requireNonNullElse(tagNameBase, name) + "_ingots"));
}
Ingots() {
this(null);
}
public ItemStack getStack() {
return new ItemStack(item);
}
public ItemStack getStack(int amount) {
return new ItemStack(item, amount);
}
@Override
public Item asItem() {
return item;
}
@Override
public TagKey<Item> asTag() {
return tag;
}
public Dusts getDust() {
return dust;
}
public StorageBlocks getStorageBlock() {
return storageBlock;
}
/**
* Returns a map that maps the ingots to their dust item equivalent.
* @return A non {@code null} map mapping the ingots to their dust item equivalent.
* If a dust item equivalent doesn't exist, the ingot will not be in the keys of this map.
*/
public static @NotNull Map<Ingots, Dusts> getI2DMap() {
return Arrays.stream(values())
.map(gem -> new Pair<>(gem, gem.getDust()))
.filter(entry -> entry.getRight() != null) // ensure dust item equivalent exists
.collect(Collectors.toMap(Pair::getLeft, Pair::getRight));
}
/**
* Returns a map that maps the ingots to their storage block equivalent.
* @return A non {@code null} map mapping the ingots to their storage block equivalent.
* If a storage block equivalent doesn't exist, the raw metal will not be in the keys of this map.
*/
public static @NotNull Map<Ingots, ItemConvertible> getI2SBMap() {
return Arrays.stream(values())
.map(ingot -> new Pair<>(ingot, ingot.getStorageBlock()))
.filter(entry -> entry.getRight() != null) // ensure storage block equivalent exists
.collect(Collectors.toMap(Pair::getLeft, Pair::getRight));
}
}
public static final TagKey<Item> NUGGETS_TAG = TagKey.of(Registry.ITEM_KEY, new Identifier(TechReborn.MOD_ID, "nuggets"));
public enum Nuggets implements ItemConvertible, TagConvertible<Item> {
ALUMINUM, BRASS, BRONZE, CHROME(CHROME_TAG_NAME_BASE), COPPER(Items.COPPER_INGOT, false), DIAMOND(Items.DIAMOND, true),
ELECTRUM, EMERALD(Items.EMERALD, true), HOT_TUNGSTENSTEEL, INVAR, IRIDIUM, LEAD, NICKEL,
PLATINUM, REFINED_IRON, SILVER, STEEL, TIN, TITANIUM, TUNGSTEN, TUNGSTENSTEEL, ZINC;
private final String name;
private final Item item;
private final ItemConvertible ingot;
private final boolean ofGem;
private final TagKey<Item> tag;
Nuggets(String tagNameBase, ItemConvertible ingotVariant, boolean ofGem) {
name = this.toString().toLowerCase(Locale.ROOT);
item = new Item(new Item.Settings().group(TechReborn.ITEMGROUP));
if (ingotVariant == null)
try {
ingotVariant = Ingots.valueOf(this.toString());
}
catch (IllegalArgumentException ex) {
if (InitUtils.isDatagenRunning())
TechReborn.LOGGER.warn(DATAGEN, "Nugget {} has no ingot equivalent!", name);
}
ingot = ingotVariant;
this.ofGem = ofGem;
InitUtils.setup(item, name + "_nugget");
tag = TagKey.of(Registry.ITEM_KEY, new Identifier("c", Objects.requireNonNullElse(tagNameBase, name) + "_nuggets"));
}
Nuggets(ItemConvertible ingotVariant, boolean ofGem) {
this(null, ingotVariant, ofGem);
}
Nuggets(String tagNameBase) {
this(tagNameBase, null, false);
}
Nuggets() {
this(null, false);
}
public ItemStack getStack() {
return new ItemStack(item);
}
public ItemStack getStack(int amount) {
return new ItemStack(item, amount);
}
@Override
public Item asItem() {
return item;
}
@Override
public TagKey<Item> asTag() {
return tag;
}
public ItemConvertible getIngot() {
return ingot;
}
public boolean isOfGem() {
return false;
}
/**
* Returns a map that maps the nuggets to their ingot equivalent,
* as it was specified in the enum. Note that the ingot equivalent
* doesn't have to be an ingot at all (see emerald and diamond).
* @return A non {@code null} map mapping the nuggets to their ingot equivalent.
* If an ingot equivalent doesn't exist, the raw metal will not be in the keys of this map.
*/
public static @NotNull Map<Nuggets, ItemConvertible> getN2IMap() {
return Arrays.stream(values())
.map(nugget -> new Pair<>(nugget, nugget.getIngot()))
.filter(entry -> entry.getRight() != null) // ensure ingot equivalent exists
.collect(Collectors.toMap(Pair::getLeft, Pair::getRight));
}
}
public enum Parts implements ItemConvertible {
CARBON_FIBER,
CARBON_MESH,
ELECTRONIC_CIRCUIT,
ADVANCED_CIRCUIT,
INDUSTRIAL_CIRCUIT,
MACHINE_PARTS,
BASIC_DISPLAY,
DIGITAL_DISPLAY,
DATA_STORAGE_CORE,
DATA_STORAGE_CHIP,
ENERGY_FLOW_CHIP,
SUPERCONDUCTOR,
DIAMOND_SAW_BLADE,
DIAMOND_GRINDING_HEAD,
TUNGSTEN_GRINDING_HEAD,
CUPRONICKEL_HEATING_COIL,
KANTHAL_HEATING_COIL,
NICHROME_HEATING_COIL,
NEUTRON_REFLECTOR,
THICK_NEUTRON_REFLECTOR,
IRIDIUM_NEUTRON_REFLECTOR,
//java vars can't start with numbers, so these get suffixes
WATER_COOLANT_CELL_10K,
WATER_COOLANT_CELL_30K,
WATER_COOLANT_CELL_60K,
HELIUM_COOLANT_CELL_60K,
HELIUM_COOLANT_CELL_180K,
HELIUM_COOLANT_CELL_360K,
NAK_COOLANT_CELL_60K,
NAK_COOLANT_CELL_180K,
NAK_COOLANT_CELL_360K,
RUBBER,
SAP,
SCRAP,
UU_MATTER,
PLANTBALL,
COMPRESSED_PLANTBALL,
SPONGE_PIECE,
SYNTHETIC_REDSTONE_CRYSTAL;
public final String name;
public final Item item;
Parts() {
name = this.toString().toLowerCase(Locale.ROOT);
item = new Item(new Item.Settings().group(TechReborn.ITEMGROUP));
InitUtils.setup(item, name);
}
public ItemStack getStack() {
return new ItemStack(item);
}
public ItemStack getStack(int amount) {
return new ItemStack(item, amount);
}
@Override
public Item asItem() {
return item;
}
}
public static final TagKey<Item> PLATES_TAG = TagKey.of(Registry.ITEM_KEY, new Identifier(TechReborn.MOD_ID, "plates"));
public enum Plates implements ItemConvertible, TagConvertible<Item> {
ADVANCED_ALLOY,
ALUMINUM,
BRASS,
BRONZE,
CARBON(Parts.CARBON_MESH),
CHROME(CHROME_TAG_NAME_BASE),
COAL(Dusts.COAL, Items.COAL_BLOCK),
COPPER(Items.COPPER_INGOT, Items.COPPER_BLOCK),
DIAMOND(Dusts.DIAMOND, Items.DIAMOND_BLOCK),
ELECTRUM,
EMERALD(Dusts.EMERALD, Items.EMERALD_BLOCK),
GOLD(Items.GOLD_INGOT, Items.GOLD_BLOCK),
INVAR,
IRIDIUM_ALLOY(true),
IRIDIUM,
IRON(Items.IRON_INGOT, Items.IRON_BLOCK),
LAPIS(Items.LAPIS_BLOCK),
LAZURITE(Dusts.LAZURITE),
LEAD,
MAGNALIUM,
NICKEL,
OBSIDIAN(Dusts.OBSIDIAN, Items.OBSIDIAN),
PERIDOT,
PLATINUM,
QUARTZ(Dusts.QUARTZ),
RED_GARNET,
REDSTONE(Items.REDSTONE_BLOCK),
REFINED_IRON,
RUBY,
SAPPHIRE,
SILICON,
SILVER,
STEEL,
TIN,
TITANIUM,
TUNGSTEN,
TUNGSTENSTEEL,
WOOD,
YELLOW_GARNET,
ZINC;
private final String name;
private final Item item;
private final ItemConvertible source;
private final ItemConvertible sourceBlock;
private final boolean industrial;
private final TagKey<Item> tag;
Plates(ItemConvertible source, ItemConvertible sourceBlock, boolean industrial, String tagNameBase) {
name = this.toString().toLowerCase(Locale.ROOT);
item = new Item(new Item.Settings().group(TechReborn.ITEMGROUP));
ItemConvertible sourceVariant = null;
if (source != null) {
sourceVariant = source;
}
else {
try {
sourceVariant = Ingots.valueOf(this.toString());
}
catch (IllegalArgumentException ex) {
try {
sourceVariant = Gems.valueOf(this.toString());
}
catch (IllegalArgumentException ex2) {
if (InitUtils.isDatagenRunning())
TechReborn.LOGGER.warn(DATAGEN, "Plate {} has no identifiable source!", name);
}
}
}
if (sourceBlock != null) {
this.sourceBlock = sourceBlock;
}
else {
if (sourceVariant instanceof Gems gem)
this.sourceBlock = gem.getStorageBlock();
else if (sourceVariant instanceof Ingots ingot)
this.sourceBlock = ingot.getStorageBlock();
else {
if (InitUtils.isDatagenRunning())
TechReborn.LOGGER.info(DATAGEN, "Plate {} has no identifiable source block.", name);
this.sourceBlock = null;
}
}
if (sourceVariant instanceof Gems gem)
this.source = gem.getDust();
else
this.source = sourceVariant;
this.industrial = industrial;
InitUtils.setup(item, name + "_plate");
if (tagNameBase == null) {
tagNameBase = name;
}
tag = TagKey.of(Registry.ITEM_KEY, new Identifier("c", Objects.requireNonNullElse(tagNameBase, name) + "_plates"));
}
Plates(String tagNameBase) {
this(null, null, false, tagNameBase);
}
Plates(ItemConvertible source, ItemConvertible sourceBlock) {
this(source, sourceBlock, false, null);
}
Plates(ItemConvertible source) {
this(source, null, false, null);
}
Plates(boolean industrial) {
this(null, null, industrial, null);
}
Plates() {
this(null, null, false, null);
}
public ItemStack getStack() {
return new ItemStack(item);
}
public ItemStack getStack(int amount) {
return new ItemStack(item, amount);
}
@Override
public Item asItem() {
return item;
}
public ItemConvertible getSource() {
return source;
}
public ItemConvertible getSourceBlock() {
return sourceBlock;
}
public boolean isIndustrial() {
return industrial;
}
@Override
public TagKey<Item> asTag() {
return tag;
}
}
public enum Upgrades implements ItemConvertible {
OVERCLOCKER((blockEntity, handler, stack) -> {
PowerAcceptorBlockEntity powerAcceptor = null;
if (blockEntity instanceof PowerAcceptorBlockEntity) {
powerAcceptor = (PowerAcceptorBlockEntity) blockEntity;
}
if (handler != null) {
handler.addSpeedMultiplier(TechRebornConfig.overclockerSpeed);
handler.addPowerMultiplier(TechRebornConfig.overclockerPower);
}
if (powerAcceptor != null) {
powerAcceptor.extraPowerInput += powerAcceptor.getMaxInput(null);
powerAcceptor.extraPowerStorage += powerAcceptor.getBaseMaxPower();
}
}),
TRANSFORMER((blockEntity, handler, stack) -> {
PowerAcceptorBlockEntity powerAcceptor = null;
if (blockEntity instanceof PowerAcceptorBlockEntity) {
powerAcceptor = (PowerAcceptorBlockEntity) blockEntity;
}
if (powerAcceptor != null) {
powerAcceptor.extraTier += 1;
}
}),
ENERGY_STORAGE((blockEntity, handler, stack) -> {
PowerAcceptorBlockEntity powerAcceptor = null;
if (blockEntity instanceof PowerAcceptorBlockEntity) {
powerAcceptor = (PowerAcceptorBlockEntity) blockEntity;
}
if (powerAcceptor != null) {
powerAcceptor.extraPowerStorage += TechRebornConfig.energyStoragePower;
}
}),
SUPERCONDUCTOR((blockEntity, handler, stack) -> {
AdjustableSUBlockEntity aesu = null;
if (blockEntity instanceof AdjustableSUBlockEntity) {
aesu = (AdjustableSUBlockEntity) blockEntity;
}
if (aesu != null) {
aesu.superconductors += TechRebornConfig.superConductorCount;
}
}),
MUFFLER((blockEntity, handler, stack) -> {
blockEntity.muffle();
});
public String name;
public Item item;
Upgrades(IUpgrade upgrade) {
name = this.toString().toLowerCase(Locale.ROOT);
item = new UpgradeItem(name, upgrade);
InitUtils.setup(item, name + "_upgrade");
}
@Override
public Item asItem() {
return item;
}
}
public static EntityType<EntityNukePrimed> ENTITY_NUKE;
static {
ModRegistry.register();
}
}