package gtPlusPlus.core.material;

import gregtech.api.enums.Materials;
import gregtech.api.enums.TextureSet;
import gtPlusPlus.core.client.CustomTextureSet.TextureSets;
import gtPlusPlus.core.material.state.MaterialState;
import gtPlusPlus.core.util.minecraft.FluidUtils;
import gtPlusPlus.core.util.minecraft.MaterialUtils;

public final class MaterialMisc {

    /*
     * Some of these materials purely exist as data objects, items will most likely be assigned separately. Most are
     * just compositions which will have dusts assigned to them.
     */

    public static void run() {
        MaterialUtils.generateSpecialDustAndAssignToAMaterial(POTASSIUM_NITRATE, false);
        MaterialUtils.generateSpecialDustAndAssignToAMaterial(SODIUM_NITRATE, false);
        MaterialUtils.generateSpecialDustAndAssignToAMaterial(STRONTIUM_OXIDE, false);
        MaterialUtils.generateSpecialDustAndAssignToAMaterial(STRONTIUM_HYDROXIDE, false);
        MaterialUtils.generateSpecialDustAndAssignToAMaterial(CYANOACETIC_ACID, false);
        MaterialUtils.generateSpecialDustAndAssignToAMaterial(SODIUM_CYANIDE, false);
        MaterialUtils.generateSpecialDustAndAssignToAMaterial(COPPER_SULFATE, false);
        MaterialUtils.generateSpecialDustAndAssignToAMaterial(COPPER_SULFATE_HYDRATED, false);
        WATER.registerComponentForMaterial(FluidUtils.getWater(1000));
    }

    public static final Material POTASSIUM_NITRATE = new Material(
        "Potassium Nitrate",
        MaterialState.SOLID, // State
        null,
        null,
        -1,
        -1,
        -1,
        -1,
        false,
        "KNO3",
        0,
        false,
        new MaterialStack(MaterialsElements.getInstance().POTASSIUM, 1),
        new MaterialStack(MaterialsElements.getInstance().NITROGEN, 1),
        new MaterialStack(MaterialsElements.getInstance().OXYGEN, 3));
    public static final Material SODIUM_NITRATE = new Material(
        "Sodium Nitrate",
        MaterialState.SOLID, // State
        null,
        null,
        -1,
        -1,
        -1,
        -1,
        false,
        "NaNO3",
        0,
        false,
        new MaterialStack(MaterialsElements.getInstance().SODIUM, 1),
        new MaterialStack(MaterialsElements.getInstance().NITROGEN, 1),
        new MaterialStack(MaterialsElements.getInstance().OXYGEN, 3));

    public static final Material SOLAR_SALT_COLD = new Material(
        "Solar Salt (Cold)",
        MaterialState.PURE_LIQUID, // State
        null, // Material Colour
        -1, // Melting Point in C
        -1, // Boiling Point in C
        -1, // Protons
        -1,
        false, // Uses Blast furnace?
        // Material Stacks with Percentage of required elements.
        new MaterialStack(POTASSIUM_NITRATE, 4),
        new MaterialStack(SODIUM_NITRATE, 6));

    public static final Material SOLAR_SALT_HOT = new Material(
        "Solar Salt (Hot)",
        MaterialState.PURE_LIQUID, // State
        new short[] { 200, 25, 25 }, // Material Colour
        1200, // Melting Point in C
        3300, // Boiling Point in C
        -1, // Protons
        -1,
        false, // Uses Blast furnace?
        // Material Stacks with Percentage of required elements.
        new MaterialStack(POTASSIUM_NITRATE, 4),
        new MaterialStack(SODIUM_NITRATE, 6));

    public static final Material STRONTIUM_OXIDE = new Material(
        "Strontium Oxide",
        MaterialState.SOLID,
        TextureSet.SET_METALLIC,
        null,
        -1,
        -1,
        -1,
        -1,
        false,
        "SrO",
        0,
        false,
        new MaterialStack(MaterialsElements.getInstance().STRONTIUM, 1),
        new MaterialStack(MaterialsElements.getInstance().OXYGEN, 1));

    public static final Material SELENIUM_DIOXIDE = new Material(
        "Selenium Dioxide",
        MaterialState.PURE_LIQUID, // State
        null, // Material Colour
        -1, // Melting Point in C
        -1, // Boiling Point in C
        -1, // Protons
        -1,
        false, // Uses Blast furnace?
        // Material Stacks with Percentage of required elements.
        new MaterialStack(MaterialsElements.getInstance().SELENIUM, 1),
        new MaterialStack(MaterialsElements.getInstance().OXYGEN, 2));

    public static final Material SELENIOUS_ACID = new Material(
        "Selenious Acid",
        MaterialState.PURE_LIQUID, // State
        null, // Material Colour
        -1, // Melting Point in C
        -1, // Boiling Point in C
        -1, // Protons
        -1,
        false, // Uses Blast furnace?
        // Material Stacks with Percentage of required elements.
        new MaterialStack(SELENIUM_DIOXIDE, 1),
        new MaterialStack(MaterialsElements.getInstance().HYDROGEN, 8),
        new MaterialStack(MaterialsElements.getInstance().OXYGEN, 4));

    public static final Material HYDROGEN_CYANIDE = new Material(
        "Hydrogen Cyanide",
        MaterialState.PURE_GAS, // State
        null, // Material Colour
        4, // Melting Point in C
        26, // Boiling Point in C
        -1, // Protons
        -1,
        false, // Uses Blast furnace?
        // Material Stacks with Percentage of required elements.
        new MaterialStack(MaterialsElements.getInstance().HYDROGEN, 1),
        new MaterialStack(MaterialsElements.getInstance().CARBON, 1),
        new MaterialStack(MaterialsElements.getInstance().NITROGEN, 1));

    public static final Material CARBON_MONOXIDE = new Material(
        "Carbon Monoxide",
        MaterialState.PURE_GAS, // State
        null, // Material Colour
        -1, // Melting Point in C
        -1, // Boiling Point in C
        -1, // Protons
        -1,
        false, // Uses Blast furnace?
        // Material Stacks with Percentage of required elements.
        new MaterialStack(MaterialsElements.getInstance().CARBON, 1),
        new MaterialStack(MaterialsElements.getInstance().OXYGEN, 1));

    public static final Material CARBON_DIOXIDE = new Material(
        "Carbon Dioxide",
        MaterialState.PURE_GAS, // State
        null, // Material Colour
        -1, // Melting Point in C
        -1, // Boiling Point in C
        -1, // Protons
        -1,
        false, // Uses Blast furnace?
        // Material Stacks with Percentage of required elements.
        new MaterialStack(MaterialsElements.getInstance().CARBON, 1),
        new MaterialStack(MaterialsElements.getInstance().OXYGEN, 2));

    public static final Material WOODS_GLASS = new Material(
        "Wood's Glass", // Material Name
        MaterialState.SOLID, // State
        TextureSets.GEM_A.get(), // Texture Set
        new short[] { 220, 60, 255 }, // Material Colour
        -1,
        -1,
        -1,
        -1,
        false,
        "Si4Ba3Na2Ni",
        0,
        false,
        new MaterialStack(MaterialsElements.getInstance().SILICON, 40),
        new MaterialStack(MaterialsElements.getInstance().BARIUM, 30),
        new MaterialStack(MaterialsElements.getInstance().SODIUM, 20),
        new MaterialStack(MaterialsElements.getInstance().NICKEL, 10));

    /*
     * Rare Earth Materials
     */

    public static final Material RARE_EARTH_LOW = new Material(
        "Rare Earth (I)", // Material Name
        MaterialState.ORE, // State
        TextureSets.GEM_A.get(), // Texture Set
        null, // Material Colour
        1200,
        2500,
        -1,
        -1,
        -1, // Radiation
        new MaterialStack[] { new MaterialStack(MaterialsOres.GREENOCKITE, 1),
            new MaterialStack(MaterialsOres.LANTHANITE_CE, 1), new MaterialStack(MaterialsOres.AGARDITE_CD, 1),
            new MaterialStack(MaterialsOres.YTTRIALITE, 1),
            new MaterialStack(MaterialUtils.generateMaterialFromGtENUM(Materials.NetherQuartz), 1),
            new MaterialStack(MaterialUtils.generateMaterialFromGtENUM(Materials.Galena), 1),
            new MaterialStack(MaterialUtils.generateMaterialFromGtENUM(Materials.Chalcopyrite), 1),
            new MaterialStack(MaterialsOres.CRYOLITE, 1),
            new MaterialStack(MaterialsElements.getInstance().YTTRIUM, 1) });

    public static final Material RARE_EARTH_MID = new Material(
        "Rare Earth (II)", // Material Name
        MaterialState.ORE, // State
        TextureSets.ENRICHED.get(), // Texture Set
        null, // Material Colour
        3500,
        5000,
        -1,
        -1,
        -1, // Radiation
        new MaterialStack[] { new MaterialStack(MaterialsOres.LANTHANITE_ND, 1),
            new MaterialStack(MaterialsOres.AGARDITE_ND, 1), new MaterialStack(MaterialsOres.YTTRIAITE, 1),
            new MaterialStack(MaterialsOres.CROCROITE, 1), new MaterialStack(MaterialsOres.NICHROMITE, 1),
            new MaterialStack(MaterialsOres.ZIRCON, 1), new MaterialStack(MaterialsElements.STANDALONE.GRANITE, 1),
            new MaterialStack(MaterialsElements.STANDALONE.BLACK_METAL, 1),
            new MaterialStack(MaterialsElements.STANDALONE.RUNITE, 1) });

    public static final Material RARE_EARTH_HIGH = new Material(
        "Rare Earth (III)", // Material Name
        MaterialState.ORE, // State
        TextureSets.REFINED.get(), // Texture Set
        null, // Material Colour
        5200,
        7500,
        -1,
        -1,
        -1, // Radiation
        new MaterialStack[] { new MaterialStack(MaterialsOres.GADOLINITE_Y, 1),
            new MaterialStack(MaterialsOres.LEPERSONNITE, 1), new MaterialStack(MaterialsOres.FLORENCITE, 1),
            new MaterialStack(MaterialsOres.FLUORCAPHITE, 1), new MaterialStack(MaterialsOres.LAUTARITE, 1),
            new MaterialStack(MaterialsOres.DEMICHELEITE_BR, 1), new MaterialStack(MaterialsOres.ALBURNITE, 1),
            new MaterialStack(MaterialsOres.SAMARSKITE_Y, 1), new MaterialStack(MaterialsOres.AGARDITE_LA, 1), });

    public static final Material WATER = new Material(
        "Water",
        MaterialState.PURE_LIQUID,
        new MaterialStack(MaterialsElements.getInstance().HYDROGEN, 2),
        new MaterialStack(MaterialsElements.getInstance().OXYGEN, 1));

    // OH
    public static final Material HYDROXIDE = new Material(
        "Hydroxide", // Material Name
        MaterialState.PURE_LIQUID, // State
        null, // Material Colour
        -1, // Melting Point in C
        -1, // Boiling Point in C
        -1, // Protons
        -1,
        false, // Uses Blast furnace?
        // Material Stacks with Percentage of required elements.
        new MaterialStack(MaterialsElements.getInstance().OXYGEN, 1),
        new MaterialStack(MaterialsElements.getInstance().HYDROGEN, 1));

    // NH3
    public static final Material AMMONIA = new Material(
        "Ammonia", // Material Name
        MaterialState.PURE_LIQUID, // State
        null, // Material Colour
        -77, // Melting Point in C
        -33, // Boiling Point in C
        -1, // Protons
        -1,
        false, // Uses Blast furnace?
        // Material Stacks with Percentage of required elements.
        new MaterialStack(MaterialsElements.getInstance().NITROGEN, 1),
        new MaterialStack(MaterialsElements.getInstance().HYDROGEN, 3));

    // NH4
    public static final Material AMMONIUM = new Material(
        "Ammonium", // Material Name
        MaterialState.PURE_LIQUID, // State
        null, // Material Colour
        -1, // Melting Point in C
        -1, // Boiling Point in C
        -1, // Protons
        -1,
        false, // Uses Blast furnace?
        // Material Stacks with Percentage of required elements.
        new MaterialStack(MaterialsElements.getInstance().NITROGEN, 1),
        new MaterialStack(MaterialsElements.getInstance().HYDROGEN, 4));

    public static final Material HYDROGEN_CHLORIDE = new Material(
        "Hydrogen Chloride",
        MaterialState.PURE_GAS,
        new MaterialStack(MaterialsElements.getInstance().HYDROGEN, 1),
        new MaterialStack(MaterialsElements.getInstance().CHLORINE, 1));

    public static final Material HYDROGEN_CHLORIDE_MIX = new Material(
        "Hydrogen Chloride Mix",
        MaterialState.PURE_LIQUID, // State
        null, // Material Colour
        -1, // Melting Point in C
        -1, // Boiling Point in C
        -1, // Protons
        -1,
        false, // Uses Blast furnace?
        // Material Stacks with Percentage of required elements.
        new MaterialStack(MaterialsElements.getInstance().HYDROGEN, 1),
        new MaterialStack(MaterialsElements.getInstance().CHLORINE, 1));

    public static final Material SODIUM_CHLORIDE = new Material(
        "Sodium Chloride",
        MaterialState.PURE_GAS,
        new MaterialStack(MaterialsElements.getInstance().SODIUM, 1),
        new MaterialStack(MaterialsElements.getInstance().CHLORINE, 1));

    public static final Material SALT_WATER = new Material(
        "Salt Water",
        MaterialState.PURE_LIQUID,
        new MaterialStack(WATER, 3),
        new MaterialStack(SODIUM_CHLORIDE, 1));

    public static final Material BRINE = new Material(
        "Brine",
        MaterialState.PURE_LIQUID,
        new MaterialStack(SALT_WATER, 1),
        new MaterialStack(SODIUM_CHLORIDE, 2));

    public static final Material STRONTIUM_HYDROXIDE = new Material(
        "Strontium Hydroxide",
        MaterialState.SOLID,
        TextureSet.SET_METALLIC,
        null,
        -1,
        -1,
        -1,
        -1,
        false,
        "Sr(OH)2",
        0,
        false,
        new MaterialStack(MaterialsElements.getInstance().STRONTIUM, 1),
        new MaterialStack(MaterialMisc.HYDROXIDE, 2));

    // Glue Chemicals

    public static final Material ACETIC_ANHYDRIDE = new Material(
        "Acetic Anhydride",
        MaterialState.PURE_LIQUID, // State
        new short[] { 250, 240, 110 }, // Material Colour
        -73, // Melting Point in C
        139, // Boiling Point in C
        -1, // Protons
        -1,
        false, // Uses Blast furnace?
        "(CH3CO)2O",
        0,
        true,
        new MaterialStack(MaterialsElements.getInstance().CARBON, 4),
        new MaterialStack(MaterialsElements.getInstance().HYDROGEN, 6),
        new MaterialStack(MaterialsElements.getInstance().OXYGEN, 3));

    public static final Material CHLOROACETIC_ACID = new Material(
        "Chloroacetic Acid",
        MaterialState.PURE_LIQUID, // State
        new short[] { 230, 200, 90 }, // Material Colour
        63, // Melting Point in C
        189, // Boiling Point in C
        -1, // Protons
        -1,
        false, // Uses Blast furnace?
        "ClCH2-COOH",
        0,
        true,
        new MaterialStack(MaterialsElements.getInstance().CARBON, 2),
        new MaterialStack(MaterialsElements.getInstance().HYDROGEN, 3),
        new MaterialStack(MaterialsElements.getInstance().OXYGEN, 2),
        new MaterialStack(MaterialsElements.getInstance().CHLORINE, 1));

    public static final Material DICHLOROACETIC_ACID = new Material(
        "Dichloroacetic Acid",
        MaterialState.PURE_LIQUID, // State
        new short[] { 190, 160, 60 }, // Material Colour
        13, // Melting Point in C
        194, // Boiling Point in C
        -1, // Protons
        -1,
        false, // Uses Blast furnace?
        "Cl2CH-COOH",
        0,
        true,
        new MaterialStack(MaterialsElements.getInstance().CARBON, 2),
        new MaterialStack(MaterialsElements.getInstance().HYDROGEN, 2),
        new MaterialStack(MaterialsElements.getInstance().OXYGEN, 2),
        new MaterialStack(MaterialsElements.getInstance().CHLORINE, 2));

    public static final Material TRICHLOROACETIC_ACID = new Material(
        "Trichloroacetic Acid",
        MaterialState.PURE_LIQUID, // State
        new short[] { 120, 100, 30 }, // Material Colour
        57, // Melting Point in C
        196, // Boiling Point in C
        -1, // Protons
        -1,
        false, // Uses Blast furnace?
        "Cl3C-COOH",
        0,
        true,
        new MaterialStack(MaterialsElements.getInstance().CARBON, 2),
        new MaterialStack(MaterialsElements.getInstance().HYDROGEN, 1),
        new MaterialStack(MaterialsElements.getInstance().OXYGEN, 2),
        new MaterialStack(MaterialsElements.getInstance().CHLORINE, 3));

    public static final Material CHLOROACETIC_MIXTURE = new Material(
        "Chloroacetic Mixture",
        MaterialState.LIQUID, // State
        null,
        new short[] { 210, 160, 10 },
        40,
        192,
        -1,
        -1,
        false,
        "Cl?H?C-COOH",
        0,
        true,
        new MaterialStack(MaterialsElements.getInstance().CARBON, 6),
        new MaterialStack(MaterialsElements.getInstance().HYDROGEN, 6),
        new MaterialStack(MaterialsElements.getInstance().OXYGEN, 6),
        new MaterialStack(MaterialsElements.getInstance().CHLORINE, 6));

    public static final Material SODIUM_CYANIDE = new Material(
        "Sodium Cyanide",
        MaterialState.SOLID, // State
        new short[] { 180, 190, 255 }, // Material Colour
        563, // Melting Point in C
        1496, // Boiling Point in C
        -1, // Protons
        -1,
        false, // Uses Blast furnace?
        "NaCN",
        0,
        false,
        new MaterialStack(MaterialsElements.getInstance().SODIUM, 1),
        new MaterialStack(MaterialsElements.getInstance().CARBON, 1),
        new MaterialStack(MaterialsElements.getInstance().NITROGEN, 1));

    public static final Material CYANOACETIC_ACID = new Material(
        "Cyanoacetic Acid",
        MaterialState.SOLID, // State
        new short[] { 130, 130, 40 }, // Material Colour
        66, // Melting Point in C
        108, // Boiling Point in C
        -1, // Protons
        -1,
        false, // Uses Blast furnace?
        "C3H3NO2",
        0,
        false,
        new MaterialStack(MaterialsElements.getInstance().CARBON, 3),
        new MaterialStack(MaterialsElements.getInstance().HYDROGEN, 3),
        new MaterialStack(MaterialsElements.getInstance().NITROGEN, 1),
        new MaterialStack(MaterialsElements.getInstance().OXYGEN, 2));

    public static final Material SOLID_ACID_MIXTURE = new Material(
        "Solid Acid Catalyst Mixture",
        MaterialState.LIQUID, // State
        new short[] { 80, 40, 0 }, // Material Colour
        -10, // Melting Point in C
        337, // Boiling Point in C
        -1, // Protons
        -1,
        false, // Uses Blast furnace?
        "?H2SO4?",
        0,
        true,
        new MaterialStack(MaterialsElements.getInstance().HYDROGEN, 2),
        new MaterialStack(MaterialsElements.getInstance().SULFUR, 1),
        new MaterialStack(MaterialsElements.getInstance().OXYGEN, 4));

    public static final Material COPPER_SULFATE = new Material(
        "Copper(II) Sulfate",
        MaterialState.SOLID, // State
        new short[] { 200, 200, 200 }, // Material Colour
        590, // Melting Point in C
        650, // Boiling Point in C
        -1, // Protons
        -1,
        false, // Uses Blast furnace?
        "CuSO4",
        0,
        false,
        new MaterialStack(MaterialsElements.getInstance().COPPER, 1),
        new MaterialStack(MaterialsElements.getInstance().SULFUR, 1),
        new MaterialStack(MaterialsElements.getInstance().OXYGEN, 4));

    public static final Material COPPER_SULFATE_HYDRATED = new Material(
        "Copper(II) Sulfate Pentahydrate",
        MaterialState.SOLID, // State
        new short[] { 90, 170, 255 }, // Material Colour
        590, // Melting Point in C
        650, // Boiling Point in C
        -1, // Protons
        -1,
        false, // Uses Blast furnace?
        "CuSO4∙(H2O)5",
        0,
        false,
        new MaterialStack(MaterialsElements.getInstance().COPPER, 1),
        new MaterialStack(MaterialsElements.getInstance().SULFUR, 1),
        new MaterialStack(MaterialsElements.getInstance().OXYGEN, 4));

    public static final Material ETHYL_CYANOACETATE = new Material(
        "Ethyl Cyanoacetate",
        MaterialState.PURE_LIQUID, // State
        new short[] { 0, 75, 160 }, // Material Colour
        -22, // Melting Point in C
        210, // Boiling Point in C
        -1, // Protons
        -1,
        false, // Uses Blast furnace?
        "C5H7NO2",
        0,
        true,
        new MaterialStack(MaterialsElements.getInstance().CARBON, 2),
        new MaterialStack(MaterialsElements.getInstance().HYDROGEN, 1),
        new MaterialStack(MaterialsElements.getInstance().OXYGEN, 2),
        new MaterialStack(MaterialsElements.getInstance().CHLORINE, 3));

    public static final Material CYANOACRYLATE_POLYMER = new Material(
        "Cyanoacrylate Polymer",
        MaterialState.LIQUID, // State
        new short[] { 140, 150, 160 }, // Material Colour
        -25, // Melting Point in C
        55, // Boiling Point in C
        -1, // Protons
        -1,
        false, // Uses Blast furnace?
        "(-C6H7NO2-)n",
        0,
        true,
        new MaterialStack(MaterialsElements.getInstance().CARBON, 2),
        new MaterialStack(MaterialsElements.getInstance().HYDROGEN, 1),
        new MaterialStack(MaterialsElements.getInstance().OXYGEN, 2),
        new MaterialStack(MaterialsElements.getInstance().CHLORINE, 3));

    public static final Material ETHYL_CYANOACRYLATE = new Material(
        "Ethyl Cyanoacrylate (Super Glue)",
        MaterialState.PURE_LIQUID, // State
        new short[] { 170, 190, 200 }, // Material Colour
        -25, // Melting Point in C
        55, // Boiling Point in C
        -1, // Protons
        -1,
        false, // Uses Blast furnace?
        "C6H7NO2",
        0,
        true,
        new MaterialStack(MaterialsElements.getInstance().CARBON, 2),
        new MaterialStack(MaterialsElements.getInstance().HYDROGEN, 1),
        new MaterialStack(MaterialsElements.getInstance().OXYGEN, 2),
        new MaterialStack(MaterialsElements.getInstance().CHLORINE, 3));

    public static final Material MUTATED_LIVING_SOLDER = new Material(
        "Mutated Living Solder",
        MaterialState.PURE_LIQUID, // State
        new short[] { 147, 109, 155 }, // Material Colour
        -200, // Melting Point in C
        500, // Boiling Point in C
        -1, // Protons
        -1,
        false, // Uses Blast furnace?
        "?Sn?Bi?",
        0,
        true,
        new MaterialStack(MaterialsElements.getInstance().TIN, 1),
        new MaterialStack(MaterialsElements.getInstance().BISMUTH, 1));
}