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Hbm-s-Nuclear-Tech-GIT/src/main/java/com/hbm/inventory/fluid/Fluids.java
Bob c8ebf180ab WHERE TUBE
2025-04-03 21:51:56 +02:00

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package com.hbm.inventory.fluid;
import java.io.File;
import java.io.FileReader;
import java.io.FileWriter;
import java.io.IOException;
import java.util.ArrayList;
import java.util.HashMap;
import java.util.List;
import java.util.Map.Entry;
import com.google.common.collect.HashBiMap;
import com.google.gson.Gson;
import com.google.gson.JsonElement;
import com.google.gson.JsonObject;
import com.google.gson.stream.JsonWriter;
import com.hbm.handler.nei.BoilingHandler;
import com.hbm.handler.pollution.PollutionHandler;
import com.hbm.handler.pollution.PollutionHandler.PollutionType;
import com.hbm.inventory.fluid.trait.*;
import com.hbm.inventory.fluid.trait.FluidTraitSimple.*;
import com.hbm.lib.ModDamageSource;
import com.hbm.main.MainRegistry;
import com.hbm.potion.HbmPotion;
import com.hbm.inventory.fluid.trait.FT_Combustible.FuelGrade;
import com.hbm.inventory.fluid.trait.FT_Coolable.CoolingType;
import com.hbm.inventory.fluid.trait.FT_Heatable.HeatingType;
import com.hbm.inventory.fluid.trait.FT_Toxin.*;
import com.hbm.render.util.EnumSymbol;
import com.hbm.util.ArmorRegistry.HazardClass;
import net.minecraft.potion.Potion;
import net.minecraft.potion.PotionEffect;
public class Fluids {
public static final Gson gson = new Gson();
public static FluidType NONE;
public static FluidType AIR;
public static FluidType WATER;
public static FluidType STEAM;
public static FluidType HOTSTEAM;
public static FluidType SUPERHOTSTEAM;
public static FluidType ULTRAHOTSTEAM;
public static FluidType COOLANT;
public static FluidType COOLANT_HOT;
public static FluidType PERFLUOROMETHYL;
public static FluidType PERFLUOROMETHYL_COLD;
public static FluidType PERFLUOROMETHYL_HOT;
public static FluidType LAVA;
public static FluidType DEUTERIUM;
public static FluidType TRITIUM;
public static FluidType OIL;
public static FluidType CRACKOIL;
public static FluidType COALOIL;
public static FluidType OIL_DS;
public static FluidType CRACKOIL_DS;
public static FluidType HOTOIL;
public static FluidType HOTCRACKOIL;
public static FluidType HOTOIL_DS;
public static FluidType HOTCRACKOIL_DS;
public static FluidType HEAVYOIL;
public static FluidType BITUMEN;
public static FluidType SMEAR;
public static FluidType HEATINGOIL;
public static FluidType RECLAIMED;
public static FluidType LUBRICANT;
public static FluidType NAPHTHA;
public static FluidType NAPHTHA_CRACK;
public static FluidType NAPHTHA_DS;
public static FluidType DIESEL;
public static FluidType DIESEL_CRACK;
public static FluidType LIGHTOIL;
public static FluidType LIGHTOIL_CRACK;
public static FluidType LIGHTOIL_DS;
public static FluidType KEROSENE;
public static FluidType GAS;
public static FluidType PETROLEUM;
public static FluidType LPG;
public static FluidType AROMATICS; //anything from benzene to phenol and toluene
public static FluidType UNSATURATEDS; //collection of various basic unsaturated compounds like ethylene, acetylene and whatnot
public static FluidType BIOGAS;
public static FluidType BIOFUEL;
public static FluidType NITAN;
public static FluidType UF6;
public static FluidType PUF6;
public static FluidType SAS3;
public static FluidType SCHRABIDIC;
public static FluidType AMAT;
public static FluidType ASCHRAB;
public static FluidType PEROXIDE;
public static FluidType WATZ;
public static FluidType CRYOGEL;
public static FluidType HYDROGEN;
public static FluidType OXYGEN;
public static FluidType XENON;
public static FluidType BALEFIRE;
public static FluidType MERCURY;
public static FluidType PAIN; //tantalite solution
public static FluidType WASTEFLUID;
public static FluidType WASTEGAS;
public static FluidType PETROIL;
public static FluidType PETROIL_LEADED;
public static FluidType GASOLINE;
public static FluidType GASOLINE_LEADED;
public static FluidType COALGAS; //coal-based gasoline
public static FluidType COALGAS_LEADED;
public static FluidType SPENTSTEAM;
public static FluidType FRACKSOL;
public static FluidType PLASMA_DT;
public static FluidType PLASMA_HD;
public static FluidType PLASMA_HT;
public static FluidType PLASMA_DH3;
public static FluidType PLASMA_XM;
public static FluidType PLASMA_BF;
public static FluidType CARBONDIOXIDE;
public static FluidType HELIUM3;
public static FluidType DEATH; //osmiridium solution
public static FluidType ETHANOL;
public static FluidType HEAVYWATER;
public static FluidType SALIENT;
public static FluidType XPJUICE;
public static FluidType ENDERJUICE;
public static FluidType SULFURIC_ACID;
public static FluidType MUG;
public static FluidType MUG_HOT;
public static FluidType WOODOIL;
public static FluidType COALCREOSOTE;
public static FluidType SEEDSLURRY;
public static FluidType NITRIC_ACID;
public static FluidType SOLVENT; //oranic solvent in fact
public static FluidType BLOOD; //BLOOD ORB! BLOOD ORB! BLOOD ORB!
public static FluidType BLOOD_HOT;
public static FluidType PHEROMONE;
public static FluidType PHEROMONE_M;
public static FluidType SYNGAS;
public static FluidType OXYHYDROGEN;
public static FluidType RADIOSOLVENT; //DCM-ish made by wacky radio cracking
public static FluidType CHLORINE; //everone's favorite!
public static FluidType HEAVYOIL_VACUUM;
public static FluidType REFORMATE;
public static FluidType LIGHTOIL_VACUUM;
public static FluidType SOURGAS;
public static FluidType XYLENE; //BTX: benzene, terephthalate and xylene
public static FluidType HEATINGOIL_VACUUM;
public static FluidType DIESEL_REFORM;
public static FluidType DIESEL_CRACK_REFORM;
public static FluidType KEROSENE_REFORM;
public static FluidType REFORMGAS; //MAPD: propyne, propadiene
public static FluidType COLLOID;
public static FluidType PHOSGENE;
public static FluidType MUSTARDGAS;
public static FluidType IONGEL;
public static FluidType OIL_COKER; //heavy fractions from coking, mostly bitumen
public static FluidType NAPHTHA_COKER; //medium fractions from coking, aromatics and fuel oil
public static FluidType GAS_COKER; //light fractions from coking, natgas and co2
public static FluidType EGG;
public static FluidType CHOLESTEROL;
public static FluidType ESTRADIOL;
public static FluidType FISHOIL;
public static FluidType SUNFLOWEROIL;
public static FluidType NITROGLYCERIN;
public static FluidType REDMUD;
public static FluidType CHLOROCALCITE_SOLUTION;
public static FluidType CHLOROCALCITE_MIX;
public static FluidType CHLOROCALCITE_CLEANED;
public static FluidType POTASSIUM_CHLORIDE;
public static FluidType CALCIUM_CHLORIDE;
public static FluidType CALCIUM_SOLUTION;
public static FluidType SMOKE;
public static FluidType SMOKE_LEADED;
public static FluidType SMOKE_POISON;
public static FluidType HELIUM4;
public static FluidType HEAVYWATER_HOT;
public static FluidType SODIUM;
public static FluidType SODIUM_HOT;
public static FluidType LEAD;
public static FluidType LEAD_HOT;
public static FluidType THORIUM_SALT;
public static FluidType THORIUM_SALT_HOT;
public static FluidType THORIUM_SALT_DEPLETED;
public static FluidType FULLERENE;
public static FluidType STELLAR_FLUX;
public static FluidType VITRIOL;
public static FluidType SLOP;
public static FluidType LYE;
public static FluidType SODIUM_ALUMINATE;
public static FluidType BAUXITE_SOLUTION;
public static FluidType ALUMINA;
/* Lagacy names for compatibility purposes */
@Deprecated public static FluidType ACID; //JAOPCA uses this, apparently
public static final HashBiMap<String, FluidType> renameMapping = HashBiMap.create();
public static List<FluidType> customFluids = new ArrayList();
private static final HashMap<Integer, FluidType> idMapping = new HashMap();
private static final HashMap<String, FluidType> nameMapping = new HashMap();
protected static final List<FluidType> registerOrder = new ArrayList();
protected static final List<FluidType> metaOrder = new ArrayList();
public static final FT_Liquid LIQUID = new FT_Liquid();
public static final FT_Viscous VISCOUS = new FT_Viscous();
public static final FT_Gaseous_ART EVAP = new FT_Gaseous_ART();
public static final FT_Gaseous GASEOUS = new FT_Gaseous();
public static final FT_Plasma PLASMA = new FT_Plasma();
public static final FT_Amat ANTI = new FT_Amat();
public static final FT_LeadContainer LEADCON = new FT_LeadContainer();
public static final FT_NoContainer NOCON = new FT_NoContainer();
public static final FT_NoID NOID = new FT_NoID();
public static final FT_Delicious DELICIOUS = new FT_Delicious();
public static final FT_Unsiphonable UNSIPHONABLE = new FT_Unsiphonable();
/* Burns 4x dirtier than regular fuel */
public static final float SOOT_UNREFINED_OIL = PollutionHandler.SOOT_PER_SECOND * 0.1F;
/* Original baseline, used for most fuels */
public static final float SOOT_REFINED_OIL = PollutionHandler.SOOT_PER_SECOND * 0.025F;
/* Gasses burn very cleanly */
public static final float SOOT_GAS = PollutionHandler.SOOT_PER_SECOND * 0.005F;
/* Original baseline for leaded fuels */
public static final float LEAD_FUEL = PollutionHandler.HEAVY_METAL_PER_SECOND * 0.025F;
/* Poison stat for most petrochemicals */
public static final float POISON_OIL = PollutionHandler.POISON_PER_SECOND * 0.0025F;
/* Poison stat for horrible chemicals like red mud or phosgene */
public static final float POISON_EXTREME = PollutionHandler.POISON_PER_SECOND * 0.025F;
/* Poison stat for mostly inert things like carbon dioxide */
public static final float POISON_MINOR = PollutionHandler.POISON_PER_SECOND * 0.001F;
public static final FT_Polluting P_OIL = new FT_Polluting().burn(PollutionType.SOOT, SOOT_UNREFINED_OIL).release(PollutionType.POISON, POISON_OIL);
public static final FT_Polluting P_FUEL = new FT_Polluting().burn(PollutionType.SOOT, SOOT_REFINED_OIL).release(PollutionType.POISON, POISON_OIL);
public static final FT_Polluting P_FUEL_LEADED = new FT_Polluting().burn(PollutionType.SOOT, SOOT_REFINED_OIL).burn(PollutionType.HEAVYMETAL, LEAD_FUEL).release(PollutionType.POISON, POISON_OIL).release(PollutionType.HEAVYMETAL, LEAD_FUEL * 0.1F);
public static final FT_Polluting P_GAS = new FT_Polluting().burn(PollutionType.SOOT, SOOT_GAS);
public static final FT_Polluting P_LIQUID_GAS = new FT_Polluting().burn(PollutionType.SOOT, SOOT_GAS * 2F);
public static void init() {
// ##### ##### ##### ##### ## # ##### # # ##### ## # #####
// # # # # # ## # # # # # # ## # #
// ##### # # ### # # # ##### ##### # # # # # ###
// # # # # # # ## # # # # # # ## #
// # # # # ##### # ## ##### # # ##### # ## #####
/*
* The mapping ID is set in the CTOR, which is the static, never shifting ID that is used to save the fluid type.
* Therefore, ALWAYS append new fluid entries AT THE BOTTOM to avoid unnecessary ID shifting.
* In addition, you have to add your fluid to 'metaOrder' which is what is used to sort fluid identifiers and whatnot in the inventory.
* You may screw with metaOrder as much as you like, as long as you keep all fluids in the list exactly once.
*/
NONE = new FluidType("NONE", 0x888888, 0, 0, 0, EnumSymbol.NONE);
WATER = new FluidType("WATER", 0x3333FF, 0, 0, 0, EnumSymbol.NONE).addTraits(LIQUID, UNSIPHONABLE);
STEAM = new FluidType("STEAM", 0xe5e5e5, 3, 0, 0, EnumSymbol.NONE).setTemp(100).addTraits(GASEOUS, UNSIPHONABLE);
HOTSTEAM = new FluidType("HOTSTEAM", 0xE7D6D6, 4, 0, 0, EnumSymbol.NONE).setTemp(300).addTraits(GASEOUS, UNSIPHONABLE);
SUPERHOTSTEAM = new FluidType("SUPERHOTSTEAM", 0xE7B7B7, 4, 0, 0, EnumSymbol.NONE).setTemp(450).addTraits(GASEOUS, UNSIPHONABLE);
ULTRAHOTSTEAM = new FluidType("ULTRAHOTSTEAM", 0xE39393, 4, 0, 0, EnumSymbol.NONE).setTemp(600).addTraits(GASEOUS, UNSIPHONABLE);
COOLANT = new FluidType("COOLANT", 0xd8fcff, 1, 0, 0, EnumSymbol.NONE).addTraits(LIQUID);
LAVA = new FluidType("LAVA", 0xFF3300, 4, 0, 0, EnumSymbol.NOWATER).setTemp(1200).addTraits(LIQUID, VISCOUS);
DEUTERIUM = new FluidType("DEUTERIUM", 0x0000FF, 3, 4, 0, EnumSymbol.NONE).addTraits(new FT_Flammable(5_000), new FT_Combustible(FuelGrade.HIGH, 10_000), GASEOUS);
TRITIUM = new FluidType("TRITIUM", 0x000099, 3, 4, 0, EnumSymbol.RADIATION).addTraits(new FT_Flammable(5_000), new FT_Combustible(FuelGrade.HIGH, 10_000), GASEOUS, new FT_VentRadiation(0.001F));
OIL = new FluidType("OIL", 0x020202, 2, 1, 0, EnumSymbol.NONE).addContainers(new CD_Canister(0x424242)).addTraits(new FT_Flammable(10_000), LIQUID, VISCOUS, P_OIL);
HOTOIL = new FluidType("HOTOIL", 0x300900, 2, 3, 0, EnumSymbol.NONE).setTemp(350).addTraits(LIQUID, VISCOUS, P_OIL);
HEAVYOIL = new FluidType("HEAVYOIL", 0x141312, 2, 1, 0, EnumSymbol.NONE).addContainers(new CD_Canister(0x513F39)).addTraits(new FT_Flammable(50_000), new FT_Combustible(FuelGrade.LOW, 25_000), LIQUID, VISCOUS, P_OIL);
BITUMEN = new FluidType("BITUMEN", 0x1f2426, 2, 0, 0, EnumSymbol.NONE).addContainers(new CD_Canister(0x5A5877)).addTraits(LIQUID, VISCOUS, P_OIL);
SMEAR = new FluidType("SMEAR", 0x190f01, 2, 1, 0, EnumSymbol.NONE).addContainers(new CD_Canister(0x624F3B)).addTraits(new FT_Flammable(50_000), LIQUID, VISCOUS, P_OIL);
HEATINGOIL = new FluidType("HEATINGOIL", 0x211806, 2, 2, 0, EnumSymbol.NONE).addContainers(new CD_Canister(0x694235)).addTraits(new FT_Flammable(150_000), new FT_Combustible(FuelGrade.LOW, 100_000), LIQUID, VISCOUS, P_OIL);
RECLAIMED = new FluidType("RECLAIMED", 0x332b22, 2, 2, 0, EnumSymbol.NONE).addContainers(new CD_Canister(0xF65723)).addTraits(new FT_Flammable(100_000), new FT_Combustible(FuelGrade.LOW, 200_000), LIQUID, VISCOUS, P_FUEL);
PETROIL = new FluidType("PETROIL", 0x44413d, 1, 3, 0, EnumSymbol.NONE).addContainers(new CD_Canister(0x2369F6)).addTraits(new FT_Flammable(125_000), new FT_Combustible(FuelGrade.MEDIUM, 300_000), LIQUID, P_FUEL);
LUBRICANT = new FluidType("LUBRICANT", 0x606060, 2, 1, 0, EnumSymbol.NONE).addContainers(new CD_Canister(0xF1CC05)).addTraits(LIQUID, P_OIL);
NAPHTHA = new FluidType("NAPHTHA", 0x595744, 2, 1, 0, EnumSymbol.NONE).addContainers(new CD_Canister(0x5F6D44)).addTraits(new FT_Flammable(125_000), new FT_Combustible(FuelGrade.MEDIUM, 200_000), LIQUID, VISCOUS, P_FUEL);
DIESEL = new FluidType("DIESEL", 0xf2eed5, 1, 2, 0, EnumSymbol.NONE).addContainers(new CD_Canister(0xFF2C2C)).addTraits(new FT_Flammable(200_000), new FT_Combustible(FuelGrade.HIGH, 500_000), LIQUID, P_FUEL);
LIGHTOIL = new FluidType("LIGHTOIL", 0x8c7451, 1, 2, 0, EnumSymbol.NONE).addContainers(new CD_Canister(0xB46B52)).addTraits(new FT_Flammable(200_000), new FT_Combustible(FuelGrade.MEDIUM, 500_000), LIQUID, P_FUEL);
KEROSENE = new FluidType("KEROSENE", 0xffa5d2, 1, 2, 0, EnumSymbol.NONE).addContainers(new CD_Canister(0xFF377D)).addTraits(new FT_Flammable(300_000), new FT_Combustible(FuelGrade.AERO, 1_250_000), LIQUID, P_FUEL);
GAS = new FluidType("GAS", 0xfffeed, 1, 4, 1, EnumSymbol.NONE).addContainers(new CD_Gastank(0xFF4545, 0xFFE97F)).addTraits(new FT_Flammable(10_000), GASEOUS, P_GAS);
PETROLEUM = new FluidType("PETROLEUM", 0x7cb7c9, 1, 4, 1, EnumSymbol.NONE).addContainers(new CD_Gastank(0x5E7CFF, 0xFFE97F)).addTraits(new FT_Flammable(25_000), GASEOUS, P_GAS);
LPG = new FluidType("LPG", 0x4747EA, 1, 3, 1, EnumSymbol.NONE).addTraits(new FT_Flammable(200_000), new FT_Combustible(FuelGrade.HIGH, 400_000), LIQUID, P_LIQUID_GAS);
BIOGAS = new FluidType("BIOGAS", 0xbfd37c, 1, 4, 1, EnumSymbol.NONE).addContainers(new CD_Gastank(0xC8FF1F, 0x303030)).addTraits(new FT_Flammable(25_000), GASEOUS, P_GAS);
BIOFUEL = new FluidType("BIOFUEL", 0xeef274, 1, 2, 0, EnumSymbol.NONE).addContainers(new CD_Canister(0x9EB623)).addTraits(new FT_Flammable(150_000), new FT_Combustible(FuelGrade.HIGH, 400_000), LIQUID, P_FUEL);
NITAN = new FluidType("NITAN", 0x8018ad, 2, 4, 1, EnumSymbol.NONE).addContainers(new CD_Canister(0x6B238C)).addTraits(new FT_Flammable(2_000_000), new FT_Combustible(FuelGrade.HIGH, 5_000_000), LIQUID, P_FUEL);
UF6 = new FluidType("UF6", 0xD1CEBE, 4, 0, 2, EnumSymbol.RADIATION).addTraits(new FT_VentRadiation(0.2F), new FT_Corrosive(15), GASEOUS);
PUF6 = new FluidType("PUF6", 0x4C4C4C, 4, 0, 4, EnumSymbol.RADIATION).addTraits(new FT_VentRadiation(0.1F), new FT_Corrosive(15), GASEOUS);
SAS3 = new FluidType("SAS3", 0x4ffffc, 5, 0, 4, EnumSymbol.RADIATION).addTraits(new FT_VentRadiation(1F), new FT_Corrosive(30), LIQUID);
SCHRABIDIC = new FluidType("SCHRABIDIC", 0x006B6B, 5, 0, 5, EnumSymbol.ACID).addTraits(new FT_VentRadiation(1F), new FT_Corrosive(75), new FT_Poison(true, 2), LIQUID);
AMAT = new FluidType("AMAT", 0x010101, 5, 0, 5, EnumSymbol.ANTIMATTER).addTraits(ANTI, GASEOUS);
ASCHRAB = new FluidType("ASCHRAB", 0xb50000, 5, 0, 5, EnumSymbol.ANTIMATTER).addTraits(ANTI, GASEOUS);
PEROXIDE = new FluidType("PEROXIDE", 0xfff7aa, 3, 0, 3, EnumSymbol.OXIDIZER).addTraits(new FT_Corrosive(40), LIQUID);
WATZ = new FluidType("WATZ", 0x86653E, 4, 0, 3, EnumSymbol.ACID).addTraits(new FT_Corrosive(60), new FT_VentRadiation(0.1F), LIQUID, VISCOUS, new FT_Polluting().release(PollutionType.POISON, POISON_EXTREME));
CRYOGEL = new FluidType("CRYOGEL", 0x32ffff, 2, 0, 0, EnumSymbol.CROYGENIC).setTemp(-170).addTraits(LIQUID, VISCOUS);
HYDROGEN = new FluidType("HYDROGEN", 0x4286f4, 3, 4, 0, EnumSymbol.CROYGENIC).setTemp(-260).addContainers(new CD_Gastank(0x4286f4, 0xffffff)).addTraits(new FT_Flammable(5_000), new FT_Combustible(FuelGrade.HIGH, 10_000), LIQUID, EVAP);
OXYGEN = new FluidType("OXYGEN", 0x98bdf9, 3, 0, 0, EnumSymbol.CROYGENIC).setTemp(-100).addContainers(new CD_Gastank(0x98bdf9, 0xffffff)).addTraits(LIQUID, EVAP);
XENON = new FluidType("XENON", 0xba45e8, 0, 0, 0, EnumSymbol.ASPHYXIANT).addContainers(new CD_Gastank(0x8C21FF, 0x303030)).addTraits(GASEOUS);
BALEFIRE = new FluidType("BALEFIRE", 0x28e02e, 4, 4, 3, EnumSymbol.RADIATION).setTemp(1500).addTraits(new FT_Corrosive(50), new FT_Flammable(1_000_000), new FT_Combustible(FuelGrade.HIGH, 2_500_000), LIQUID, VISCOUS, P_FUEL);
MERCURY = new FluidType("MERCURY", 0x808080, 2, 0, 0, EnumSymbol.NONE).addTraits(LIQUID, new FT_Poison(false, 2));
PAIN = new FluidType("PAIN", 0x938541, 2, 0, 1, EnumSymbol.ACID).setTemp(300).addTraits(new FT_Corrosive(30), new FT_Poison(true, 2), LIQUID, VISCOUS);
WASTEFLUID = new FluidType("WASTEFLUID", 0x544400, 2, 0, 1, EnumSymbol.RADIATION).addTraits(new FT_VentRadiation(0.5F), NOCON, LIQUID, VISCOUS);
WASTEGAS = new FluidType("WASTEGAS", 0xB8B8B8, 2, 0, 1, EnumSymbol.RADIATION).addTraits(new FT_VentRadiation(0.5F), NOCON, GASEOUS);
GASOLINE = new FluidType("GASOLINE", 0x445772, 1, 2, 0, EnumSymbol.NONE).addContainers(new CD_Canister(0x2F7747)).addTraits(new FT_Flammable(400_000), new FT_Combustible(FuelGrade.HIGH, 1_000_000), LIQUID, P_FUEL);
COALGAS = new FluidType("COALGAS", 0x445772, 1, 2, 0, EnumSymbol.NONE).addContainers(new CD_Canister(0x2E155F)).addTraits(new FT_Flammable(75_000), new FT_Combustible(FuelGrade.MEDIUM, 150_000), LIQUID, P_FUEL);
SPENTSTEAM = new FluidType("SPENTSTEAM", 0x445772, 2, 0, 0, EnumSymbol.NONE).addTraits(NOCON, GASEOUS);
FRACKSOL = new FluidType("FRACKSOL", 0x798A6B, 1, 3, 3, EnumSymbol.ACID).addContainers(new CD_Canister(0x4F887F)).addTraits(new FT_Corrosive(15), new FT_Poison(false, 0), LIQUID, VISCOUS);
PLASMA_DT = new FluidType("PLASMA_DT", 0xF7AFDE, 0, 4, 0, EnumSymbol.RADIATION).setTemp(3250).addTraits(NOCON, NOID, PLASMA);
PLASMA_HD = new FluidType("PLASMA_HD", 0xF0ADF4, 0, 4, 0, EnumSymbol.RADIATION).setTemp(2500).addTraits(NOCON, NOID, PLASMA);
PLASMA_HT = new FluidType("PLASMA_HT", 0xD1ABF2, 0, 4, 0, EnumSymbol.RADIATION).setTemp(3000).addTraits(NOCON, NOID, PLASMA);
PLASMA_XM = new FluidType("PLASMA_XM", 0xC6A5FF, 0, 4, 1, EnumSymbol.RADIATION).setTemp(4250).addTraits(NOCON, NOID, PLASMA);
PLASMA_BF = new FluidType("PLASMA_BF", 0xA7F1A3, 4, 5, 4, EnumSymbol.ANTIMATTER).setTemp(8500).addTraits(NOCON, NOID, PLASMA);
CARBONDIOXIDE = new FluidType("CARBONDIOXIDE", 0x404040, 3, 0, 0, EnumSymbol.ASPHYXIANT).addTraits(GASEOUS, new FT_Polluting().release(PollutionType.POISON, POISON_MINOR));
PLASMA_DH3 = new FluidType("PLASMA_DH3", 0xFF83AA, 0, 4, 0, EnumSymbol.RADIATION).setTemp(3480).addTraits(NOCON, NOID, PLASMA);
HELIUM3 = new FluidType("HELIUM3", 0xFCF0C4, 0, 0, 0, EnumSymbol.ASPHYXIANT).addTraits(GASEOUS);
DEATH = new FluidType("DEATH", 0x717A88, 2, 0, 1, EnumSymbol.ACID).setTemp(300).addTraits(new FT_Corrosive(80), new FT_Poison(true, 4), LEADCON, LIQUID, VISCOUS);
ETHANOL = new FluidType("ETHANOL", 0xe0ffff, 2, 3, 0, EnumSymbol.NONE).addContainers(new CD_Canister(0xEAFFF3)).addTraits(new FT_Flammable(75_000), new FT_Combustible(FuelGrade.HIGH, 200_000), LIQUID, P_FUEL);
HEAVYWATER = new FluidType("HEAVYWATER", 0x00a0b0, 1, 0, 0, EnumSymbol.NONE).addTraits(LIQUID);
CRACKOIL = new FluidType("CRACKOIL", 0x020202, 2, 1, 0, EnumSymbol.NONE).addContainers(new CD_Canister(0x424242)).addTraits(new FT_Flammable(10_000), LIQUID, VISCOUS, P_OIL);
COALOIL = new FluidType("COALOIL", 0x020202, 2, 1, 0, EnumSymbol.NONE).addContainers(new CD_Canister(0x424242)).addTraits(new FT_Flammable(10_000), LIQUID, VISCOUS, P_OIL);
HOTCRACKOIL = new FluidType("HOTCRACKOIL", 0x300900, 2, 3, 0, EnumSymbol.NONE).setTemp(350).addTraits(LIQUID, VISCOUS, P_OIL);
NAPHTHA_CRACK = new FluidType("NAPHTHA_CRACK", 0x595744, 2, 1, 0, EnumSymbol.NONE).addContainers(new CD_Canister(0x5F6D44)).addTraits(new FT_Flammable(125_000), new FT_Combustible(FuelGrade.MEDIUM, 200_000), LIQUID, VISCOUS, P_FUEL);
LIGHTOIL_CRACK = new FluidType("LIGHTOIL_CRACK", 0x8c7451, 1, 2, 0, EnumSymbol.NONE).addContainers(new CD_Canister(0xB46B52)).addTraits(new FT_Flammable(200_000), new FT_Combustible(FuelGrade.MEDIUM, 500_000), LIQUID, P_FUEL);
DIESEL_CRACK = new FluidType("DIESEL_CRACK", 0xf2eed5, 1, 2, 0, EnumSymbol.NONE).addContainers(new CD_Canister(0xFF2C2C)).addTraits(new FT_Flammable(200_000), new FT_Combustible(FuelGrade.HIGH, 450_000), LIQUID, P_FUEL);
AROMATICS = new FluidType("AROMATICS", 0x68A09A, 1, 4, 1, EnumSymbol.NONE).addContainers(new CD_Gastank(0x68A09A, 0xEDCF27)).addTraits(new FT_Flammable(25_000), LIQUID, VISCOUS, P_GAS);
UNSATURATEDS = new FluidType("UNSATURATEDS", 0x628FAE, 1, 4, 1, EnumSymbol.NONE).addContainers(new CD_Gastank(0x628FAE, 0xEDCF27)).addTraits(new FT_Flammable(1_000_000), GASEOUS, P_GAS); //acetylene burns as hot as satan's asshole
SALIENT = new FluidType("SALIENT", 0x457F2D, 0, 0, 0, EnumSymbol.NONE).addTraits(DELICIOUS, LIQUID, VISCOUS);
XPJUICE = new FluidType("XPJUICE", 0xBBFF09, 0, 0, 0, EnumSymbol.NONE).addTraits(LIQUID, VISCOUS);
ENDERJUICE = new FluidType("ENDERJUICE", 0x127766, 0, 0, 0, EnumSymbol.NONE).addTraits(LIQUID);
PETROIL_LEADED = new FluidType("PETROIL_LEADED", 0x44413d, 1, 3, 0, EnumSymbol.NONE).addContainers(new CD_Canister(0x2331F6)).addTraits(new FT_Flammable(125_000), new FT_Combustible(FuelGrade.MEDIUM, 450_000), LIQUID, P_FUEL_LEADED);
GASOLINE_LEADED = new FluidType("GASOLINE_LEADED", 0x445772, 1, 2, 0, EnumSymbol.NONE).addContainers(new CD_Canister(0x2F775A)).addTraits(new FT_Flammable(400_000), new FT_Combustible(FuelGrade.HIGH, 1_500_000), LIQUID, P_FUEL_LEADED);
COALGAS_LEADED = new FluidType("COALGAS_LEADED", 0x445772, 1, 2, 0, EnumSymbol.NONE).addContainers(new CD_Canister(0x1E155F)).addTraits(new FT_Flammable(75_000), new FT_Combustible(FuelGrade.MEDIUM, 250_000), LIQUID, P_FUEL_LEADED);
SULFURIC_ACID = new FluidType("SULFURIC_ACID", 0xB0AA64, 3, 0, 2, EnumSymbol.ACID).addTraits(new FT_Corrosive(50), LIQUID);
COOLANT_HOT = new FluidType("COOLANT_HOT", 0x99525E, 1, 0, 0, EnumSymbol.NONE).setTemp(600).addTraits(LIQUID);
MUG = new FluidType("MUG", 0x4B2D28, 0, 0, 0, EnumSymbol.NONE).addTraits(DELICIOUS, LIQUID);
MUG_HOT = new FluidType("MUG_HOT", 0x6B2A20, 0, 0, 0, EnumSymbol.NONE).setTemp(500).addTraits(DELICIOUS, LIQUID);
WOODOIL = new FluidType("WOODOIL", 0x847D54, 2, 2, 0, EnumSymbol.NONE).addContainers(new CD_Canister(0xBF7E4F)).addTraits(LIQUID, VISCOUS, P_OIL);
COALCREOSOTE = new FluidType("COALCREOSOTE", 0x51694F, 3, 2, 0, EnumSymbol.NONE).addContainers(new CD_Canister(0x285A3F)).addTraits(LIQUID, VISCOUS, P_OIL);
SEEDSLURRY = new FluidType("SEEDSLURRY", 0x7CC35E, 0, 0, 0, EnumSymbol.NONE).addContainers(new CD_Canister(0x7CC35E)).addTraits(LIQUID, VISCOUS);
NITRIC_ACID = new FluidType("NITRIC_ACID", 0xBB7A1E, 3, 0, 2, EnumSymbol.OXIDIZER).addTraits(LIQUID, new FT_Corrosive(60), new FT_Polluting().release(PollutionType.POISON, POISON_EXTREME));
SOLVENT = new FluidType("SOLVENT", 0xE4E3EF, 2, 3, 0, EnumSymbol.NONE).addContainers(new CD_Canister(0xE4E3EF)).addTraits(LIQUID, new FT_Corrosive(30));
BLOOD = new FluidType("BLOOD", 0xB22424, 0, 0, 0, EnumSymbol.NONE).addTraits(LIQUID, VISCOUS, DELICIOUS);
BLOOD_HOT = new FluidType("BLOOD_HOT", 0xF22419, 3, 0, 0, EnumSymbol.NONE).addTraits(LIQUID, VISCOUS).setTemp(666); //it's funny because it's the satan number
SYNGAS = new FluidType("SYNGAS", 0x131313, 1, 4, 2, EnumSymbol.NONE).addContainers(new CD_Gastank(0xFFFFFF, 0x131313)).addTraits(GASEOUS);
OXYHYDROGEN = new FluidType("OXYHYDROGEN", 0x483FC1, 0, 4, 2, EnumSymbol.NONE).addTraits(GASEOUS);
RADIOSOLVENT = new FluidType("RADIOSOLVENT", 0xA4D7DD, 3, 3, 0, EnumSymbol.NONE).addTraits(LIQUID, LEADCON, new FT_Corrosive(50), new FT_VentRadiation(0.01F));
CHLORINE = new FluidType("CHLORINE", 0xBAB572, 3, 0, 0, EnumSymbol.OXIDIZER).addContainers(new CD_Gastank(0xBAB572, 0x887B34)).addTraits(GASEOUS, new FT_Corrosive(25));
HEAVYOIL_VACUUM = new FluidType("HEAVYOIL_VACUUM", 0x131214, 2, 1, 0, EnumSymbol.NONE).addTraits(LIQUID, VISCOUS, P_OIL).addContainers(new CD_Canister(0x513F39));
REFORMATE = new FluidType("REFORMATE", 0x835472, 2, 2, 0, EnumSymbol.NONE).addTraits(LIQUID, VISCOUS, P_FUEL).addContainers(new CD_Canister(0xD180D6));
LIGHTOIL_VACUUM = new FluidType("LIGHTOIL_VACUUM", 0x8C8851, 1, 2, 0, EnumSymbol.NONE).addTraits(LIQUID, P_FUEL).addContainers(new CD_Canister(0xB46B52));
SOURGAS = new FluidType("SOURGAS", 0xC9BE0D, 4, 4, 0, EnumSymbol.ACID).addContainers(new CD_Gastank(0xC9BE0D, 0x303030)).addTraits(GASEOUS, new FT_Corrosive(10), new FT_Poison(false, 1), P_GAS);
XYLENE = new FluidType("XYLENE", 0x5C4E76, 2, 3, 0, EnumSymbol.NONE).addTraits(LIQUID, VISCOUS, P_FUEL).addContainers(new CD_Canister(0xA380D6));
HEATINGOIL_VACUUM = new FluidType("HEATINGOIL_VACUUM", 0x211D06, 2, 2, 0, EnumSymbol.NONE).addTraits(LIQUID, VISCOUS, P_OIL).addContainers(new CD_Canister(0x694235));
DIESEL_REFORM = new FluidType("DIESEL_REFORM", 0xCDC3C6, 1, 2, 0, EnumSymbol.NONE).addTraits(LIQUID, P_FUEL).addContainers(new CD_Canister(0xFFC500));
DIESEL_CRACK_REFORM = new FluidType("DIESEL_CRACK_REFORM",0xCDC3CC, 1, 2, 0, EnumSymbol.NONE).addTraits(LIQUID, P_FUEL).addContainers(new CD_Canister(0xFFC500));
KEROSENE_REFORM = new FluidType("KEROSENE_REFORM", 0xFFA5F3, 1, 2, 0, EnumSymbol.NONE).addTraits(LIQUID, P_FUEL).addContainers(new CD_Canister(0xFF377D));
REFORMGAS = new FluidType("REFORMGAS", 0x6362AE, 1, 4, 1, EnumSymbol.NONE).addContainers(new CD_Gastank(0x9392FF, 0xFFB992)).addTraits(GASEOUS, P_GAS);
COLLOID = new FluidType("COLLOID", 0x787878, 0, 0, 0, EnumSymbol.NONE).addTraits(LIQUID, VISCOUS);
PHOSGENE = new FluidType("PHOSGENE", 0xCFC4A4, 4, 0, 1, EnumSymbol.NONE).addContainers(new CD_Gastank(0xCFC4A4, 0x361414)).addTraits(GASEOUS, new FT_Polluting().release(PollutionType.POISON, POISON_EXTREME));
MUSTARDGAS = new FluidType("MUSTARDGAS", 0xBAB572, 4, 1, 1, EnumSymbol.NONE).addContainers(new CD_Gastank(0xBAB572, 0x361414)).addTraits(GASEOUS, new FT_Polluting().release(PollutionType.POISON, POISON_EXTREME));
IONGEL = new FluidType("IONGEL", 0xB8FFFF, 1, 0, 4, EnumSymbol.NONE).addTraits(LIQUID, VISCOUS);
OIL_COKER = new FluidType("OIL_COKER", 0x001802, 2, 1, 0, EnumSymbol.NONE).addTraits(LIQUID, VISCOUS, P_OIL);
NAPHTHA_COKER = new FluidType("NAPHTHA_COKER", 0x495944, 2, 1, 0, EnumSymbol.NONE).addTraits(LIQUID, VISCOUS, P_OIL);
GAS_COKER = new FluidType("GAS_COKER", 0xDEF4CA, 1, 4, 0, EnumSymbol.NONE).addTraits(GASEOUS, P_GAS);
EGG = new FluidType("EGG", 0xD2C273, 0, 0, 0, EnumSymbol.NONE).addTraits(LIQUID);
CHOLESTEROL = new FluidType("CHOLESTEROL", 0xD6D2BD, 0, 0, 0, EnumSymbol.NONE).addTraits(LIQUID);
ESTRADIOL = new FluidType("ESTRADIOL", 0xCDD5D8, 0, 0, 0, EnumSymbol.NONE).addTraits(LIQUID);
FISHOIL = new FluidType("FISHOIL", 0x4B4A45, 0, 1, 0, EnumSymbol.NONE).addTraits(LIQUID, P_FUEL);
SUNFLOWEROIL = new FluidType("SUNFLOWEROIL", 0xCBAD45, 0, 1, 0, EnumSymbol.NONE).addTraits(LIQUID, P_FUEL);
NITROGLYCERIN = new FluidType("NITROGLYCERIN", 0x92ACA6, 0, 4, 0, EnumSymbol.NONE).addTraits(LIQUID);
REDMUD = new FluidType("REDMUD", 0xD85638, 3, 0, 4, EnumSymbol.NONE).addTraits(LIQUID, VISCOUS, LEADCON, new FT_Corrosive(60), new FT_Flammable(1_000), new FT_Polluting().release(PollutionType.POISON, POISON_EXTREME));
CHLOROCALCITE_SOLUTION = new FluidType("CHLOROCALCITE_SOLUTION", 0x808080, 0, 0, 0, EnumSymbol.NONE).addTraits(LIQUID, NOCON, new FT_Corrosive(60));
CHLOROCALCITE_MIX = new FluidType("CHLOROCALCITE_MIX", 0x808080, 0, 0, 0, EnumSymbol.NONE).addTraits(LIQUID, NOCON, new FT_Corrosive(60));
CHLOROCALCITE_CLEANED = new FluidType("CHLOROCALCITE_CLEANED", 0x808080, 0, 0, 0, EnumSymbol.NONE).addTraits(LIQUID, NOCON, new FT_Corrosive(60));
POTASSIUM_CHLORIDE = new FluidType("POTASSIUM_CHLORIDE", 0x808080, 0, 0, 0, EnumSymbol.NONE).addTraits(LIQUID, NOCON, new FT_Corrosive(60));
CALCIUM_CHLORIDE = new FluidType("CALCIUM_CHLORIDE", 0x808080, 0, 0, 0, EnumSymbol.NONE).addTraits(LIQUID, NOCON, new FT_Corrosive(60));
CALCIUM_SOLUTION = new FluidType("CALCIUM_SOLUTION", 0x808080, 0, 0, 0, EnumSymbol.NONE).addTraits(LIQUID, NOCON, new FT_Corrosive(60));
SMOKE = new FluidType("SMOKE", 0x808080, 0, 0, 0, EnumSymbol.NONE).addTraits(GASEOUS, NOID, NOCON);
SMOKE_LEADED = new FluidType("SMOKE_LEADED", 0x808080, 0, 0, 0, EnumSymbol.NONE).addTraits(GASEOUS, NOID, NOCON);
SMOKE_POISON = new FluidType("SMOKE_POISON", 0x808080, 0, 0, 0, EnumSymbol.NONE).addTraits(GASEOUS, NOID, NOCON);
HELIUM4 = new FluidType("HELIUM4", 0xE54B0A, 0, 0, 0, EnumSymbol.ASPHYXIANT).addTraits(GASEOUS);
HEAVYWATER_HOT = new FluidType("HEAVYWATER_HOT", 0x4D007B, 1, 0, 0, EnumSymbol.NONE).setTemp(600).addTraits(LIQUID, VISCOUS);
SODIUM = new FluidType("SODIUM", 0xCCD4D5, 1, 2, 3, EnumSymbol.NONE).setTemp(400).addTraits(LIQUID, VISCOUS);
SODIUM_HOT = new FluidType("SODIUM_HOT", 0xE2ADC1, 1, 2, 3, EnumSymbol.NONE).setTemp(1200).addTraits(LIQUID, VISCOUS);
THORIUM_SALT = new FluidType("THORIUM_SALT", 0x7A5542, 2, 0, 3, EnumSymbol.NONE).setTemp(800).addTraits(LIQUID, VISCOUS, new FT_Corrosive(65));
THORIUM_SALT_HOT = new FluidType("THORIUM_SALT_HOT", 0x3E3627, 2, 0, 3, EnumSymbol.NONE).setTemp(1600).addTraits(LIQUID, VISCOUS, new FT_Corrosive(65));
THORIUM_SALT_DEPLETED = new FluidType("THORIUM_SALT_DEPLETED", 0x302D1C, 2, 0, 3, EnumSymbol.NONE).setTemp(800).addTraits(LIQUID, VISCOUS, new FT_Corrosive(65));
FULLERENE = new FluidType("FULLERENE", 0xFF7FED, 3, 3, 3, EnumSymbol.NONE).addTraits(LIQUID, new FT_Corrosive(65), new FT_Polluting().release(PollutionType.POISON, POISON_MINOR));
PHEROMONE = new FluidType("PHEROMONE", 0x5FA6E8, 0, 0, 0, EnumSymbol.NONE).addTraits(LIQUID, new FT_Pheromone(1));
PHEROMONE_M = new FluidType("PHEROMONE_M", 0x48C9B0 , 0, 0, 0, EnumSymbol.NONE).addTraits(LIQUID, new FT_Pheromone(2));
OIL_DS = new FluidType("OIL_DS", 0x121212, 2, 1, 0, EnumSymbol.NONE).addContainers(new CD_Canister(0x424242)).addTraits(LIQUID, VISCOUS, P_OIL);
HOTOIL_DS = new FluidType("HOTOIL_DS", 0x3F180F, 2, 3, 0, EnumSymbol.NONE).setTemp(350).addTraits(LIQUID, VISCOUS, P_OIL);
CRACKOIL_DS = new FluidType("CRACKOIL_DS", 0x2A1C11, 2, 1, 0, EnumSymbol.NONE).addContainers(new CD_Canister(0x424242)).addTraits(LIQUID, VISCOUS, P_OIL);
HOTCRACKOIL_DS = new FluidType("HOTCRACKOIL_DS", 0x3A1A28, 2, 3, 0, EnumSymbol.NONE).setTemp(350).addTraits(LIQUID, VISCOUS, P_OIL);
NAPHTHA_DS = new FluidType("NAPHTHA_DS", 0x63614E, 2, 1, 0, EnumSymbol.NONE).addContainers(new CD_Canister(0x5F6D44)).addTraits(LIQUID, VISCOUS, P_FUEL);
LIGHTOIL_DS = new FluidType("LIGHTOIL_DS", 0x63543E, 1, 2, 0, EnumSymbol.NONE).addContainers(new CD_Canister(0xB46B52)).addTraits(LIQUID, P_FUEL);
STELLAR_FLUX = new FluidType("STELLAR_FLUX", 0xE300FF, 0, 4, 4, EnumSymbol.ANTIMATTER).addTraits(ANTI, GASEOUS);
VITRIOL = new FluidType("VITRIOL", 0x6E5222, 2, 0, 1, EnumSymbol.NONE).addTraits(LIQUID, VISCOUS);
SLOP = new FluidType("SLOP", 0x929D45, 0, 0, 0, EnumSymbol.NONE).addTraits(LIQUID, VISCOUS);
LEAD = new FluidType("LEAD", 0x666672, 4, 0, 0, EnumSymbol.NONE).setTemp(350).addTraits(LIQUID, VISCOUS);
LEAD_HOT = new FluidType("LEAD_HOT", 0x776563, 4, 0, 0, EnumSymbol.NONE).setTemp(1500).addTraits(LIQUID, VISCOUS);
PERFLUOROMETHYL = new FluidType("PERFLUOROMETHYL", 0xBDC8DC, 1, 0, 1, EnumSymbol.NONE).setTemp(15).addTraits(LIQUID);
PERFLUOROMETHYL_COLD = new FluidType("PERFLUOROMETHYL_COLD",0x99DADE, 1, 0, 1, EnumSymbol.NONE).setTemp(-150).addTraits(LIQUID);
PERFLUOROMETHYL_HOT = new FluidType("PERFLUOROMETHYL_HOT",0xB899DE, 1, 0, 1, EnumSymbol.NONE).setTemp(250).addTraits(LIQUID);
LYE = new FluidType("LYE", 0xFFECCC, 3, 0, 1, EnumSymbol.ACID).addTraits(new FT_Corrosive(40), LIQUID);
SODIUM_ALUMINATE = new FluidType("SODIUM_ALUMINATE", 0xFFD191, 3, 0, 1, EnumSymbol.ACID).addTraits(new FT_Corrosive(30), LIQUID);
BAUXITE_SOLUTION = new FluidType("BAUXITE_SOLUTION", 0xE2560F, 3, 0, 3, EnumSymbol.ACID).addTraits(new FT_Corrosive(40), LIQUID, VISCOUS);
ALUMINA = new FluidType("ALUMINA", 0xDDFFFF, 0, 0, 0, EnumSymbol.NONE).addTraits(LIQUID);
AIR = new FluidType(151, "AIR", 0xE7EAEB, 0, 0, 0, EnumSymbol.NONE).addTraits(GASEOUS);
// ^ ^ ^ ^ ^ ^ ^ ^
//ADD NEW FLUIDS HERE
File folder = MainRegistry.configHbmDir;
File customTypes = new File(folder.getAbsolutePath() + File.separatorChar + "hbmFluidTypes.json");
if(!customTypes.exists()) initDefaultFluids(customTypes);
readCustomFluids(customTypes);
//AND DON'T FORGET THE META DOWN HERE
// V V V V V V V V
//null
metaOrder.add(NONE);
//vanilla
metaOrder.add(AIR);
metaOrder.add(WATER);
metaOrder.add(HEAVYWATER);
metaOrder.add(HEAVYWATER_HOT);
metaOrder.add(LAVA);
//steams
metaOrder.add(STEAM);
metaOrder.add(HOTSTEAM);
metaOrder.add(SUPERHOTSTEAM);
metaOrder.add(ULTRAHOTSTEAM);
metaOrder.add(SPENTSTEAM);
//coolants
metaOrder.add(CARBONDIOXIDE);
metaOrder.add(COOLANT);
metaOrder.add(COOLANT_HOT);
metaOrder.add(PERFLUOROMETHYL);
metaOrder.add(PERFLUOROMETHYL_COLD);
metaOrder.add(PERFLUOROMETHYL_HOT);
metaOrder.add(CRYOGEL);
metaOrder.add(MUG);
metaOrder.add(MUG_HOT);
metaOrder.add(BLOOD);
metaOrder.add(BLOOD_HOT);
metaOrder.add(SODIUM);
metaOrder.add(SODIUM_HOT);
metaOrder.add(LEAD);
metaOrder.add(LEAD_HOT);
metaOrder.add(THORIUM_SALT);
metaOrder.add(THORIUM_SALT_HOT);
metaOrder.add(THORIUM_SALT_DEPLETED);
//pure elements, cyogenic gasses
metaOrder.add(HYDROGEN);
metaOrder.add(DEUTERIUM);
metaOrder.add(TRITIUM);
metaOrder.add(HELIUM3);
metaOrder.add(HELIUM4);
metaOrder.add(OXYGEN);
metaOrder.add(XENON);
metaOrder.add(CHLORINE);
metaOrder.add(MERCURY);
//oils, fuels
metaOrder.add(OIL);
metaOrder.add(OIL_DS);
metaOrder.add(CRACKOIL);
metaOrder.add(CRACKOIL_DS);
metaOrder.add(COALOIL);
metaOrder.add(OIL_COKER);
metaOrder.add(HOTOIL);
metaOrder.add(HOTOIL_DS);
metaOrder.add(HOTCRACKOIL);
metaOrder.add(HOTCRACKOIL_DS);
metaOrder.add(HEAVYOIL);
metaOrder.add(HEAVYOIL_VACUUM);
metaOrder.add(NAPHTHA);
metaOrder.add(NAPHTHA_DS);
metaOrder.add(NAPHTHA_CRACK);
metaOrder.add(NAPHTHA_COKER);
metaOrder.add(REFORMATE);
metaOrder.add(LIGHTOIL);
metaOrder.add(LIGHTOIL_DS);
metaOrder.add(LIGHTOIL_CRACK);
metaOrder.add(LIGHTOIL_VACUUM);
metaOrder.add(BITUMEN);
metaOrder.add(SMEAR);
metaOrder.add(HEATINGOIL);
metaOrder.add(HEATINGOIL_VACUUM);
metaOrder.add(RECLAIMED);
metaOrder.add(LUBRICANT);
metaOrder.add(GAS);
metaOrder.add(GAS_COKER);
metaOrder.add(PETROLEUM);
metaOrder.add(SOURGAS);
metaOrder.add(LPG);
metaOrder.add(SYNGAS);
metaOrder.add(OXYHYDROGEN);
metaOrder.add(AROMATICS);
metaOrder.add(UNSATURATEDS);
metaOrder.add(XYLENE);
metaOrder.add(REFORMGAS);
metaOrder.add(DIESEL);
metaOrder.add(DIESEL_REFORM);
metaOrder.add(DIESEL_CRACK);
metaOrder.add(DIESEL_CRACK_REFORM);
metaOrder.add(KEROSENE);
metaOrder.add(KEROSENE_REFORM);
metaOrder.add(PETROIL);
metaOrder.add(PETROIL_LEADED);
metaOrder.add(GASOLINE);
metaOrder.add(GASOLINE_LEADED);
metaOrder.add(COALGAS);
metaOrder.add(COALGAS_LEADED);
metaOrder.add(COALCREOSOTE);
metaOrder.add(WOODOIL);
metaOrder.add(BIOGAS);
metaOrder.add(BIOFUEL);
metaOrder.add(ETHANOL);
metaOrder.add(FISHOIL);
metaOrder.add(SUNFLOWEROIL);
metaOrder.add(NITAN);
metaOrder.add(BALEFIRE);
//processing fluids
metaOrder.add(SALIENT);
metaOrder.add(SEEDSLURRY);
metaOrder.add(COLLOID);
metaOrder.add(VITRIOL);
metaOrder.add(SLOP);
metaOrder.add(IONGEL);
metaOrder.add(PEROXIDE);
metaOrder.add(SULFURIC_ACID);
metaOrder.add(NITRIC_ACID);
metaOrder.add(SOLVENT);
metaOrder.add(RADIOSOLVENT);
metaOrder.add(SCHRABIDIC);
metaOrder.add(UF6);
metaOrder.add(PUF6);
metaOrder.add(SAS3);
metaOrder.add(PAIN);
metaOrder.add(DEATH);
metaOrder.add(WATZ);
metaOrder.add(REDMUD);
metaOrder.add(FULLERENE);
metaOrder.add(EGG);
metaOrder.add(CHOLESTEROL);
metaOrder.add(CHLOROCALCITE_SOLUTION);
metaOrder.add(CHLOROCALCITE_MIX);
metaOrder.add(CHLOROCALCITE_CLEANED);
metaOrder.add(POTASSIUM_CHLORIDE);
metaOrder.add(CALCIUM_CHLORIDE);
metaOrder.add(CALCIUM_SOLUTION);
metaOrder.add(SODIUM_ALUMINATE);
metaOrder.add(BAUXITE_SOLUTION);
metaOrder.add(ALUMINA);
//solutions and working fluids
metaOrder.add(FRACKSOL);
metaOrder.add(LYE);
//the fun guys
metaOrder.add(PHOSGENE);
metaOrder.add(MUSTARDGAS);
metaOrder.add(ESTRADIOL);
metaOrder.add(NITROGLYCERIN);
//antimatter
metaOrder.add(AMAT);
metaOrder.add(ASCHRAB);
//nuclear waste
metaOrder.add(WASTEFLUID);
metaOrder.add(WASTEGAS);
//garbage
metaOrder.add(XPJUICE);
metaOrder.add(ENDERJUICE);
//plasma-esque
metaOrder.add(STELLAR_FLUX);
//plasma
metaOrder.add(PLASMA_DT);
metaOrder.add(PLASMA_HD);
metaOrder.add(PLASMA_HT);
metaOrder.add(PLASMA_DH3);
metaOrder.add(PLASMA_XM);
metaOrder.add(PLASMA_BF);
//smoke
metaOrder.add(SMOKE);
metaOrder.add(SMOKE_LEADED);
metaOrder.add(SMOKE_POISON);
//bug meth
metaOrder.add(PHEROMONE);
metaOrder.add(PHEROMONE_M);
//ANY INTERNAL RENAMING MUST BE REFLECTED HERE - DON'T FORGET TO CHANGE: LANG FILES + TYPE'S STRING ID + NAME OF TANK/GUI TEXTURE FILES!
// V
renameMapping.put("ACID", PEROXIDE);
// LEGACY
ACID = PEROXIDE;
for(FluidType custom : customFluids) metaOrder.add(custom);
CHLORINE.addTraits(new FT_Toxin().addEntry(new ToxinDirectDamage(ModDamageSource.cloud, 2F, 20, HazardClass.GAS_LUNG, false)));
PHOSGENE.addTraits(new FT_Toxin().addEntry(new ToxinDirectDamage(ModDamageSource.cloud, 4F, 20, HazardClass.GAS_LUNG, false)));
MUSTARDGAS.addTraits(new FT_Toxin().addEntry(new ToxinDirectDamage(ModDamageSource.cloud, 4F, 10, HazardClass.GAS_BLISTERING, false))
.addEntry(new ToxinEffects(HazardClass.GAS_BLISTERING, true).add(new PotionEffect(Potion.wither.id, 100, 1), new PotionEffect(Potion.confusion.id, 100, 0))));
ESTRADIOL.addTraits(new FT_Toxin().addEntry(new ToxinEffects(HazardClass.PARTICLE_FINE, false).add(new PotionEffect(HbmPotion.death.id, 60 * 60 * 20, 0))));
REDMUD.addTraits(new FT_Toxin().addEntry(new ToxinEffects(HazardClass.GAS_BLISTERING, false).add(new PotionEffect(Potion.wither.id, 30 * 20, 2))));
double eff_steam_boil = 1.0D;
double eff_steam_heatex = 0.25D;
WATER.addTraits(new FT_Heatable().setEff(HeatingType.BOILER, eff_steam_boil).setEff(HeatingType.HEATEXCHANGER, eff_steam_heatex)
.addStep(200, 1, STEAM, 100)
.addStep(220, 1, HOTSTEAM, 10)
.addStep(238, 1, SUPERHOTSTEAM, 1)
.addStep(2500, 10, ULTRAHOTSTEAM, 1));
STEAM.addTraits(new FT_Heatable().setEff(HeatingType.BOILER, eff_steam_boil).setEff(HeatingType.HEATEXCHANGER, eff_steam_heatex).addStep(2, 10, HOTSTEAM, 1));
HOTSTEAM.addTraits(new FT_Heatable().setEff(HeatingType.BOILER, eff_steam_boil).setEff(HeatingType.HEATEXCHANGER, eff_steam_heatex).addStep(18, 10, SUPERHOTSTEAM, 1));
SUPERHOTSTEAM.addTraits(new FT_Heatable().setEff(HeatingType.BOILER, eff_steam_boil).setEff(HeatingType.HEATEXCHANGER, eff_steam_heatex).addStep(120, 10, ULTRAHOTSTEAM, 1));
double eff_steam_turbine = 1.0D;
double eff_steam_cool = 0.5D;
STEAM.addTraits(new FT_Coolable(SPENTSTEAM, 100, 1, 200).setEff(CoolingType.TURBINE, eff_steam_turbine).setEff(CoolingType.HEATEXCHANGER, eff_steam_cool));
HOTSTEAM.addTraits(new FT_Coolable(STEAM, 1, 10, 2).setEff(CoolingType.TURBINE, eff_steam_turbine).setEff(CoolingType.HEATEXCHANGER, eff_steam_cool));
SUPERHOTSTEAM.addTraits(new FT_Coolable(HOTSTEAM, 1, 10, 18).setEff(CoolingType.TURBINE, eff_steam_turbine).setEff(CoolingType.HEATEXCHANGER, eff_steam_cool));
ULTRAHOTSTEAM.addTraits(new FT_Coolable(SUPERHOTSTEAM, 1, 10, 120).setEff(CoolingType.TURBINE, eff_steam_turbine).setEff(CoolingType.HEATEXCHANGER, eff_steam_cool));
OIL.addTraits(new FT_Heatable().setEff(HeatingType.BOILER, 1.0D).setEff(HeatingType.HEATEXCHANGER, 1.0D).addStep(10, 1, HOTOIL, 1));
OIL_DS.addTraits(new FT_Heatable().setEff(HeatingType.BOILER, 1.0D).setEff(HeatingType.HEATEXCHANGER, 1.0D).addStep(10, 1, HOTOIL_DS, 1));
CRACKOIL.addTraits(new FT_Heatable().setEff(HeatingType.BOILER, 1.0D).setEff(HeatingType.HEATEXCHANGER, 1.0D).addStep(10, 1, HOTCRACKOIL, 1));
CRACKOIL_DS.addTraits(new FT_Heatable().setEff(HeatingType.BOILER, 1.0D).setEff(HeatingType.HEATEXCHANGER, 1.0D).addStep(10, 1, HOTCRACKOIL_DS, 1));
HOTOIL.addTraits(new FT_Coolable(OIL, 1, 1, 10).setEff(CoolingType.HEATEXCHANGER, 1.0D));
HOTOIL_DS.addTraits(new FT_Coolable(OIL_DS, 1, 1, 10).setEff(CoolingType.HEATEXCHANGER, 1.0D));
HOTCRACKOIL.addTraits(new FT_Coolable(CRACKOIL, 1, 1, 10).setEff(CoolingType.HEATEXCHANGER, 1.0D));
HOTCRACKOIL_DS.addTraits(new FT_Coolable(CRACKOIL_DS, 1, 1, 10).setEff(CoolingType.HEATEXCHANGER, 1.0D));
COOLANT.addTraits(new FT_Heatable().setEff(HeatingType.HEATEXCHANGER, 1.0D).setEff(HeatingType.PWR, 1.0D).setEff(HeatingType.ICF, 1.0D).addStep(300, 1, COOLANT_HOT, 1));
COOLANT_HOT.addTraits(new FT_Coolable(COOLANT, 1, 1, 300).setEff(CoolingType.HEATEXCHANGER, 1.0D));
PERFLUOROMETHYL_COLD.addTraits(new FT_Heatable().setEff(HeatingType.PA, 1.0D).addStep(300, 1, PERFLUOROMETHYL, 1));
PERFLUOROMETHYL.addTraits(new FT_Heatable().setEff(HeatingType.HEATEXCHANGER, 1.0D).setEff(HeatingType.PWR, 1.0D).setEff(HeatingType.ICF, 1.0D).addStep(300, 1, PERFLUOROMETHYL_HOT, 1));
PERFLUOROMETHYL_HOT.addTraits(new FT_Coolable(PERFLUOROMETHYL, 1, 1, 300).setEff(CoolingType.HEATEXCHANGER, 1.0D));
MUG.addTraits(new FT_Heatable().setEff(HeatingType.HEATEXCHANGER, 1.0D).setEff(HeatingType.PWR, 1.0D).setEff(HeatingType.ICF, 1.25D).addStep(400, 1, MUG_HOT, 1), new FT_PWRModerator(1.15D));
MUG_HOT.addTraits(new FT_Coolable(MUG, 1, 1, 400).setEff(CoolingType.HEATEXCHANGER, 1.0D));
BLOOD.addTraits(new FT_Heatable().setEff(HeatingType.HEATEXCHANGER, 1.0D).setEff(HeatingType.ICF, 1.25D).addStep(500, 1, BLOOD_HOT, 1));
BLOOD_HOT.addTraits(new FT_Coolable(BLOOD, 1, 1, 500).setEff(CoolingType.HEATEXCHANGER, 1.0D));
HEAVYWATER.addTraits(new FT_Heatable().setEff(HeatingType.PWR, 1.0D).addStep(300, 1, HEAVYWATER_HOT, 1), new FT_PWRModerator(1.25D));
HEAVYWATER_HOT.addTraits(new FT_Coolable(HEAVYWATER, 1, 1, 300).setEff(CoolingType.HEATEXCHANGER, 1.0D));
SODIUM.addTraits(new FT_Heatable().setEff(HeatingType.PWR, 2.5D).setEff(HeatingType.ICF, 3D).addStep(400, 1, SODIUM_HOT, 1));
SODIUM_HOT.addTraits(new FT_Coolable(SODIUM, 1, 1, 400).setEff(CoolingType.HEATEXCHANGER, 1.0D));
/* Fuck you, this is final now. If you had any concerns, you could have told me like a normal person instead of shitting on in-dev values that change every other day */
LEAD.addTraits(new FT_Heatable().setEff(HeatingType.PWR, 0.75D).setEff(HeatingType.ICF, 4D).addStep(800, 1, LEAD_HOT, 1), new FT_PWRModerator(0.75D));
/* Or maybe not, because I blocked your sorry ass. Guess why that is? */
LEAD_HOT.addTraits(new FT_Coolable(LEAD, 1, 1, 680).setEff(CoolingType.HEATEXCHANGER, 1.0D));
/* Maybe shittalking me in some corner where you thought I wouldn't listen was not that bright of an idea afterall? */
THORIUM_SALT.addTraits(new FT_Heatable().setEff(HeatingType.PWR, 1.0D).addStep(400, 1, THORIUM_SALT_HOT, 1), new FT_PWRModerator(2.5D));
THORIUM_SALT_HOT.addTraits(new FT_Coolable(THORIUM_SALT_DEPLETED, 1, 1, 400).setEff(CoolingType.HEATEXCHANGER, 1.0D));
if(idMapping.size() != metaOrder.size()) {
throw new IllegalStateException("A severe error has occoured during NTM's fluid registering process! The MetaOrder and Mappings are inconsistent! Mapping size: " + idMapping.size()+ " / MetaOrder size: " + metaOrder.size());
}
/// FINAL ///
long baseline = 100_000L; //we do not know
double demandVeryLow = 0.5D; //for waste gasses
double demandLow = 1.0D; //for fuel oils
double demandMedium = 1.5D; //for processing oils like petroleum and BTX
double demandHigh = 2.0D; //kerosene and jet fuels
double complexityRefinery = 1.1D;
double complexityFraction = 1.05D;
double complexityCracking = 1.25D;
double complexityCoker = 1.25D;
double complexityChemplant = 1.1D;
double complexityLubed = 1.15D;
double complexityLeaded = 1.5D;
double complexityVacuum = 3.0D;
double complexityReform = 2.5D;
double complexityHydro = 2.0D;
double flammabilityLow = 0.25D; //unrefined or low refined oils
double flammabilityNormal = 1.0D; //refined oils
double flammabilityHigh = 2.0D; //satan's asshole
/// the almighty excel spreadsheet has spoken! ///
registerCalculatedFuel(OIL, (baseline / 1D * flammabilityLow * demandLow), 0, null);
registerCalculatedFuel(OIL_DS, (baseline / 1D * flammabilityLow * demandLow * complexityHydro), 0, null);
registerCalculatedFuel(CRACKOIL, (baseline / 1D * flammabilityLow * demandLow * complexityCracking), 0, null);
registerCalculatedFuel(CRACKOIL_DS, (baseline / 1D * flammabilityLow * demandLow * complexityCracking * complexityHydro), 0, null);
registerCalculatedFuel(OIL_COKER, (baseline / 1D * flammabilityLow * demandLow * complexityCoker), 0, null);
registerCalculatedFuel(GAS, (baseline / 1D * flammabilityNormal * demandVeryLow), 1.5, FuelGrade.GAS);
registerCalculatedFuel(GAS_COKER, (baseline / 1D * flammabilityNormal * demandVeryLow * complexityCoker), 1.5, FuelGrade.GAS);
registerCalculatedFuel(HEAVYOIL, (baseline / 0.5 * flammabilityLow * demandLow * complexityRefinery), 1.25D, FuelGrade.LOW);
registerCalculatedFuel(SMEAR, (baseline / 0.35 * flammabilityLow * demandLow * complexityRefinery * complexityFraction), 1.25D, FuelGrade.LOW);
registerCalculatedFuel(RECLAIMED, (baseline / 0.28 * flammabilityLow * demandLow * complexityRefinery * complexityFraction * complexityChemplant), 1.25D, FuelGrade.LOW);
registerCalculatedFuel(PETROIL, (baseline / 0.28 * flammabilityLow * demandLow * complexityRefinery * complexityFraction * complexityChemplant * complexityLubed), 1.5D, FuelGrade.MEDIUM);
registerCalculatedFuel(PETROIL_LEADED, (baseline / 0.28 * flammabilityLow * demandLow * complexityRefinery * complexityFraction * complexityChemplant * complexityLubed * complexityLeaded), 1.5D, FuelGrade.MEDIUM);
registerCalculatedFuel(HEATINGOIL, (baseline / 0.31 * flammabilityNormal * demandLow * complexityRefinery * complexityFraction * complexityFraction), 1.25D, FuelGrade.LOW);
registerCalculatedFuel(NAPHTHA, (baseline / 0.25 * flammabilityLow * demandLow * complexityRefinery), 1.5D, FuelGrade.MEDIUM);
registerCalculatedFuel(NAPHTHA_DS, (baseline / 0.25 * flammabilityLow * demandLow * complexityRefinery * complexityHydro), 1.5D, FuelGrade.MEDIUM);
registerCalculatedFuel(NAPHTHA_CRACK, (baseline / 0.40 * flammabilityLow * demandLow * complexityRefinery * complexityCracking), 1.5D, FuelGrade.MEDIUM);
registerCalculatedFuel(NAPHTHA_COKER, (baseline / 0.25 * flammabilityLow * demandLow * complexityCoker), 1.5D, FuelGrade.MEDIUM);
registerCalculatedFuel(GASOLINE, (baseline / 0.20 * flammabilityNormal * demandLow * complexityRefinery * complexityChemplant), 2.5D, FuelGrade.HIGH);
registerCalculatedFuel(GASOLINE_LEADED, (baseline / 0.20 * flammabilityNormal * demandLow * complexityRefinery * complexityChemplant * complexityLeaded), 2.5D, FuelGrade.HIGH);
registerCalculatedFuel(DIESEL, (baseline / 0.21 * flammabilityNormal * demandLow * complexityRefinery * complexityFraction), 2.5D, FuelGrade.HIGH);
registerCalculatedFuel(DIESEL_CRACK, (baseline / 0.28 * flammabilityNormal * demandLow * complexityRefinery * complexityCracking * complexityFraction), 2.5D, FuelGrade.HIGH);
registerCalculatedFuel(LIGHTOIL, (baseline / 0.15 * flammabilityNormal * demandHigh * complexityRefinery), 1.5D, FuelGrade.MEDIUM);
registerCalculatedFuel(LIGHTOIL_DS, (baseline / 0.15 * flammabilityNormal * demandHigh * complexityRefinery * complexityHydro), 1.5D, FuelGrade.MEDIUM);
registerCalculatedFuel(LIGHTOIL_CRACK, (baseline / 0.30 * flammabilityNormal * demandHigh * complexityRefinery * complexityCracking), 1.5D, FuelGrade.MEDIUM);
registerCalculatedFuel(KEROSENE, (baseline / 0.09 * flammabilityNormal * demandHigh * complexityRefinery * complexityFraction), 1.5D, FuelGrade.AERO);
registerCalculatedFuel(PETROLEUM, (baseline / 0.10 * flammabilityNormal * demandMedium * complexityRefinery), 1.5, FuelGrade.GAS);
registerCalculatedFuel(AROMATICS, (baseline / 0.15 * flammabilityLow * demandHigh * complexityRefinery * complexityCracking), 0, null);
registerCalculatedFuel(UNSATURATEDS, (baseline / 0.15 * flammabilityHigh * demandHigh * complexityRefinery * complexityCracking), 0, null);
registerCalculatedFuel(LPG, (baseline / 0.1 * flammabilityNormal * demandMedium * complexityRefinery * complexityChemplant), 2.5, FuelGrade.HIGH);
registerCalculatedFuel(NITAN, KEROSENE.getTrait(FT_Flammable.class).getHeatEnergy() * 25L, 2.5, FuelGrade.HIGH);
registerCalculatedFuel(BALEFIRE, KEROSENE.getTrait(FT_Flammable.class).getHeatEnergy() * 100L, 2.5, FuelGrade.HIGH);
registerCalculatedFuel(HEAVYOIL_VACUUM, (baseline / 0.4 * flammabilityLow * demandLow * complexityVacuum), 1.25D, FuelGrade.LOW);
registerCalculatedFuel(REFORMATE, (baseline / 0.25 * flammabilityNormal * demandHigh * complexityVacuum), 2.5D, FuelGrade.HIGH);
registerCalculatedFuel(LIGHTOIL_VACUUM, (baseline / 0.20 * flammabilityNormal * demandHigh * complexityVacuum), 1.5D, FuelGrade.MEDIUM);
registerCalculatedFuel(SOURGAS, (baseline / 0.15 * flammabilityLow * demandVeryLow * complexityVacuum), 0, null);
registerCalculatedFuel(XYLENE, (baseline / 0.15 * flammabilityNormal * demandMedium * complexityVacuum * complexityFraction), 2.5D, FuelGrade.HIGH);
registerCalculatedFuel(HEATINGOIL_VACUUM, (baseline / 0.24 * flammabilityNormal * demandLow * complexityVacuum * complexityFraction), 1.25D, FuelGrade.LOW);
registerCalculatedFuel(DIESEL_REFORM, DIESEL.getTrait(FT_Flammable.class).getHeatEnergy() * complexityReform, 2.5D, FuelGrade.HIGH);
registerCalculatedFuel(DIESEL_CRACK_REFORM, DIESEL_CRACK.getTrait(FT_Flammable.class).getHeatEnergy() * complexityReform, 2.5D, FuelGrade.HIGH);
registerCalculatedFuel(KEROSENE_REFORM, KEROSENE.getTrait(FT_Flammable.class).getHeatEnergy() * complexityReform, 1.5D, FuelGrade.AERO);
registerCalculatedFuel(REFORMGAS, (baseline / 0.06 * flammabilityHigh * demandLow * complexityVacuum * complexityFraction), 1.5D, FuelGrade.GAS);
//all hail the spreadsheet
//the spreadsheet must not be questioned
//none may enter the orb- i mean the spreadsheet
int coalHeat = 400_000; // 200TU/t for 2000 ticks
registerCalculatedFuel(COALOIL, (coalHeat * (1000 /* bucket */ / 100 /* mB per coal */) * flammabilityLow * demandLow * complexityChemplant), 0, null);
long coaloil = COALOIL.getTrait(FT_Flammable.class).getHeatEnergy();
registerCalculatedFuel(COALGAS, (coaloil / 0.3 * flammabilityNormal * demandMedium * complexityChemplant * complexityFraction), 1.5, FuelGrade.MEDIUM);
registerCalculatedFuel(COALGAS_LEADED, (coaloil / 0.3 * flammabilityNormal * demandMedium * complexityChemplant * complexityFraction * complexityLeaded), 1.5, FuelGrade.MEDIUM);
registerCalculatedFuel(ETHANOL, 275_000D /* diesel / 2 */, 2.5D, FuelGrade.HIGH);
registerCalculatedFuel(BIOGAS, 250_000D * flammabilityLow /* biofuel with half compression, terrible flammability */, 1.25, FuelGrade.GAS);
registerCalculatedFuel(BIOFUEL, 500_000D /* slightly below diesel */, 2.5D, FuelGrade.HIGH);
registerCalculatedFuel(WOODOIL, 110_000 /* 20_000 TU per 250mB + a bonus */, 0, null);
registerCalculatedFuel(COALCREOSOTE, 250_000 /* 20_000 TU per 100mB + a bonus */, 0, null);
registerCalculatedFuel(FISHOIL, 75_000, 0, null);
registerCalculatedFuel(SUNFLOWEROIL, 50_000, 0, null);
registerCalculatedFuel(SOLVENT, 100_000, 0, null); // flammable, sure, but not combustable
registerCalculatedFuel(RADIOSOLVENT, 150_000, 0, null);
registerCalculatedFuel(SYNGAS, (coalHeat * (1000 /* bucket */ / 100 /* mB per coal */) * flammabilityLow * demandLow * complexityChemplant) * 1.5, 1.25, FuelGrade.GAS); //same as coal oil, +50% bonus
registerCalculatedFuel(OXYHYDROGEN, 5_000, 3, FuelGrade.GAS); // whatever
File config = new File(folder.getAbsolutePath() + File.separatorChar + "hbmFluidTraits.json");
File template = new File(folder.getAbsolutePath() + File.separatorChar + "_hbmFluidTraits.json");
if(!config.exists()) {
writeDefaultTraits(template);
} else {
readTraits(config);
}
}
private static void initDefaultFluids(File file) {
try {
JsonWriter writer = new JsonWriter(new FileWriter(file));
writer.setIndent(" ");
writer.beginObject();
writer.name("CUSTOM_DEMO").beginObject();
writer.name("name").value("Custom Fluid Demo");
writer.name("id").value(1000);
writer.name("color").value(0xff0000);
writer.name("tint").value(0xff0000);
writer.name("p").value(1).name("f").value(2).name("r").value(0);
writer.name("symbol").value(EnumSymbol.OXIDIZER.name());
writer.name("texture").value("custom_water");
writer.name("temperature").value(20);
writer.endObject();
writer.endObject();
writer.close();
} catch(IOException e) {
e.printStackTrace();
}
}
private static void readCustomFluids(File file) {
try {
JsonObject json = gson.fromJson(new FileReader(file), JsonObject.class);
for(Entry<String, JsonElement> entry : json.entrySet()) {
JsonObject obj = (JsonObject) entry.getValue();
String name = entry.getKey();
int id = obj.get("id").getAsInt();
String displayName = obj.get("name").getAsString();
int color = obj.get("color").getAsInt();
int tint = obj.get("tint").getAsInt();
int p = obj.get("p").getAsInt();
int f = obj.get("f").getAsInt();
int r = obj.get("r").getAsInt();
EnumSymbol symbol = EnumSymbol.valueOf(obj.get("symbol").getAsString());
String texture = obj.get("texture").getAsString();
int temperature = obj.get("temperature").getAsInt();
FluidType type = new FluidType(name, color, p, f, r, symbol, texture, tint, id, displayName).setTemp(temperature);
customFluids.add(type);
}
} catch(Exception ex) {
ex.printStackTrace();
}
}
private static void writeDefaultTraits(File file) {
try {
JsonWriter writer = new JsonWriter(new FileWriter(file));
writer.setIndent(" ");
writer.beginObject();
for(FluidType type : metaOrder) {
writer.name(type.getName()).beginObject();
for(Entry<Class<? extends FluidTrait>, FluidTrait> entry : type.traits.entrySet()) {
writer.name(FluidTrait.traitNameMap.inverse().get(entry.getKey())).beginObject();
entry.getValue().serializeJSON(writer);
writer.endObject();
}
writer.endObject();
}
writer.endObject();
writer.close();
} catch(IOException e) {
e.printStackTrace();
}
}
private static void readTraits(File config) {
try {
JsonObject json = gson.fromJson(new FileReader(config), JsonObject.class);
for(FluidType type : metaOrder) {
JsonElement element = json.get(type.getName());
if(element != null) {
type.traits.clear();
JsonObject obj = element.getAsJsonObject();
for(Entry<String, JsonElement> entry : obj.entrySet()) {
Class<? extends FluidTrait> traitClass = FluidTrait.traitNameMap.get(entry.getKey());
try {
FluidTrait trait = traitClass.newInstance();
trait.deserializeJSON(entry.getValue().getAsJsonObject());
type.addTraits(trait);
} catch(Exception ex) {
ex.printStackTrace();
}
}
}
}
} catch(Exception ex) {
ex.printStackTrace();
}
}
public static void reloadFluids(){
File folder = MainRegistry.configHbmDir;
File customTypes = new File(folder.getAbsolutePath() + File.separatorChar + "hbmFluidTypes.json");
if(!customTypes.exists()) initDefaultFluids(customTypes);
for(FluidType type : customFluids){
idMapping.remove(type.getID());
registerOrder.remove(type);
nameMapping.remove(type.getName());
metaOrder.remove(type);
}
customFluids.clear();
readCustomFluids(customTypes);
for(FluidType custom : customFluids) metaOrder.add(custom);
File config = new File(MainRegistry.configHbmDir.getAbsolutePath() + File.separatorChar + "hbmFluidTraits.json");
File template = new File(MainRegistry.configHbmDir.getAbsolutePath() + File.separatorChar + "_hbmFluidTraits.json");
if(!config.exists()) {
writeDefaultTraits(template);
} else {
readTraits(config);
}
BoilingHandler.isReload=true;
}
private static void registerCalculatedFuel(FluidType type, double base, double combustMult, FuelGrade grade) {
long flammable = (long) base;
long combustible = (long) (base * combustMult);
flammable = round(flammable);
combustible = round(combustible);
type.addTraits(new FT_Flammable(flammable));
if(combustible > 0 && grade != null)
type.addTraits(new FT_Combustible(grade, combustible));
}
/** ugly but it does the thing well enough */
private static long round(long l) {
if(l > 10_000_000L) return l - (l % 100_000L);
if(l > 1_000_000L) return l - (l % 10_000L);
if(l > 100_000L) return l - (l % 1_000L);
if(l > 10_000L) return l - (l % 100L);
if(l > 1_000L) return l - (l % 10L);
return l;
}
protected static int registerSelf(FluidType fluid) {
int id = idMapping.size();
idMapping.put(id, fluid);
registerOrder.add(fluid);
nameMapping.put(fluid.getName(), fluid);
return id;
}
protected static void register(FluidType fluid, int id) {
idMapping.put(id, fluid);
registerOrder.add(fluid);
nameMapping.put(fluid.getName(), fluid);
}
public static FluidType fromID(int id) {
FluidType fluid = idMapping.get(id);
if(fluid == null)
fluid = Fluids.NONE;
return fluid;
}
public static FluidType fromName(String name) {
FluidType fluid = nameMapping.get(name);
if(fluid == null)
fluid = Fluids.NONE;
return fluid;
}
/** for old worlds with types saved as name, do not use otherwise */
public static FluidType fromNameCompat(String name) {
if(renameMapping.containsKey(name)) {
FluidType fluid = renameMapping.get(name);
if(fluid == null) //null safety never killed nobody
fluid = Fluids.NONE;
return fluid;
}
return fromName(name);
}
/** basically the inverse of the above method */
public static String toNameCompat(FluidType type) {
if(renameMapping.containsValue(type)) {
String name = renameMapping.inverse().get(type);
if(name == null) //ditto
name = Fluids.NONE.getName();
return name;
}
return type.getName();
}
public static FluidType[] getAll() {
return getInOrder(false);
}
public static FluidType[] getInNiceOrder() {
return getInOrder(true);
}
private static FluidType[] getInOrder(final boolean nice) {
FluidType[] all = new FluidType[idMapping.size()];
for(int i = 0; i < all.length; i++) {
FluidType type = nice ? metaOrder.get(i) : registerOrder.get(i);
if(type == null) {
throw new IllegalStateException("A severe error has occoured with NTM's fluid system! Fluid of the ID " + i + " has returned NULL in the registry!");
}
all[i] = type;
}
return all;
}
public static class CD_Canister {
public int color;
public CD_Canister(int color) { this.color = color; }
}
public static class CD_Gastank {
public int bottleColor, labelColor;
public CD_Gastank(int color1, int color2) { this.bottleColor = color1; this.labelColor = color2; }
}
}
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