function toObject(color) {
  color = color.match(/\d+/g);
  return { r: color[0], g: color[1], b: color[2] };
}

function RGBToHex2(rgb) {
  var r = Math.min(255, parseInt(rgb.r));
  var g = Math.min(255, parseInt(rgb.g));
  var b = Math.min(255, parseInt(rgb.b));
  return "#" + ((1 << 24) + (r << 16) + (g << 8) + b).toString(16).slice(1);
}

function acidReact(elem1, elem2, product1, product2, temp = 0) {
  if (elements[elem1] && elements[elem1].ignore) {
    if (product1 !== null) {
      if (product1 instanceof Array) {
        elements[elem1].ignore.push(...product1);
      } else {
        elements[elem1].ignore.push(product1);
      }
    }
    if (product2 !== null) {
      if (product2 instanceof Array) {
        elements[elem1].ignore.push(...product2);
      } else {
        elements[elem1].ignore.push(product2);
      }
    }
    elements[elem1].ignore.push(elem2);
  }
  if (elements[elem2] && elements[elem2].ignore) {
    if (product1 !== null) {
      if (product1 instanceof Array) {
        elements[elem2].ignore.push(...product1);
      } else {
        elements[elem2].ignore.push(product1);
      }
    }
    if (product2 !== null) {
      if (product2 instanceof Array) {
        elements[elem2].ignore.push(...product2);
      } else {
        elements[elem2].ignore.push(product2);
      }
    }
    elements[elem2].ignore.push(elem1);
  }
  if (product1 !== null)
    if (elements[product1] && elements[product1].ignore) {
      if (product2 !== null) elements[product1].ignore.push(product2);
      elements[product1].ignore.push(elem1);
      elements[product1].ignore.push(elem2);
    }
  if (product2 !== null)
    if (elements[product2] && elements[product2].ignore) {
      if (product1 !== null) elements[product2].ignore.push(product1);
      elements[product2].ignore.push(elem1);
      elements[product2].ignore.push(elem2);
    }
  if (!elements[elem1].reactions[elem2]) {
    elements[elem1].reactions[elem2] = { elem1: product1, elem2: product2, temp1: temp, temp2: temp };
  }
}

elements.fluorine = {
  color: "#FFFFBF",
  behavior: behaviors.GAS,
  ignore: ["foof", "solid_foof", "oxygen", "ozone", "liquid_oxygen", "oxygen_ice", "chlorine", "liquid_chlorine", "liquid_hydrogen_fluoride", "liquid_fluorine", "fluorine", "fluorine_ice", "hydrogen_fluoride", "hydrofluoric_acid", "hydrofluoric_ice", "hydrofluoric_acid_gas", "fire", "smoke", "acid_gas", "neutral_acid", "acid", "acid_cloud", "water", "salt_water", "sugar_water", "dirty_water", "steam", "gold", "hydrogen", "polytetrafluoroethylene", "molten_polytetrafluoroethylene", "tungsten", "tungsten_hexafluoride"],
  tick: function (pixel) {
    let change = false;
    for (let i = -1; i <= 1; i++) {
      for (let j = -1; j <= 1; j++) {
        if (!(i === 0 && j === 0) && !isEmpty(pixel.x + i, pixel.y + j, true) && !elements[pixel.element].ignore.includes(pixelMap[pixel.x + i][pixel.y + j].element)) {
          if (!elements[pixelMap[pixel.x + i][pixel.y + j].element].hardness || Math.random() > elements[pixelMap[pixel.x + i][pixel.y + j].element].hardness) {
            changePixel(pixelMap[pixel.x + i][pixel.y + j], "fire");
            change = true;
          }
        }
      }
    }
    if (change) {
      changePixel(pixel, "fire");
    }
  },
  reactions: {
    steam: { elem1: "hydrofluoric_acid_gas", elem2: "hydrogen" },
    liquid_oxygen: { elem1: "foof", elem2: null },
    hydrogen: { elem1: "hydrogen_fluoride", elem2: "fire" },
    tungsten: { elem1: "tungsten_hexafluoride", elem2: "fire" },
  },
  tempLow: -188.1,
  stateLow: "liquid_fluorine",
  state: "gas",
  category: "gases",
  density: 1.7,
  stain: 0.005,
};

elements.liquid_fluorine = {
  color: "#ffff3b",
  behavior: behaviors.LIQUID,
  ignore: ["foof", "solid_foof", "oxygen", "ozone", "liquid_oxygen", "oxygen_ice", "chlorine", "liquid_chlorine", "liquid_hydrogen_fluoride", "liquid_fluorine", "fluorine", "fluorine_ice", "hydrogen_fluoride", "hydrofluoric_acid", "hydrofluoric_ice", "hydrofluoric_acid_gas", "fire", "smoke", "acid_gas", "neutral_acid", "acid", "acid_cloud", "water", "salt_water", "sugar_water", "dirty_water", "steam", "seltzer", "pool_water", "primordial_soup", "gold", "hydrogen", "polytetrafluoroethylene", "molten_polytetrafluoroethylene", "tungsten", "tungsten_hexafluoride"],
  tick: function (pixel) {
    let change = false;
    for (let i = -1; i <= 1; i++) {
      for (let j = -1; j <= 1; j++) {
        if (!(i === 0 && j === 0) && !isEmpty(pixel.x + i, pixel.y + j, true) && !elements[pixel.element].ignore.includes(pixelMap[pixel.x + i][pixel.y + j].element)) {
          if (Math.random() < 0.01 && (!elements[pixelMap[pixel.x + i][pixel.y + j].element].hardness || Math.random() > elements[pixelMap[pixel.x + i][pixel.y + j].element].hardness)) {
            changePixel(pixelMap[pixel.x + i][pixel.y + j], "fire");
            change = true;
          }
        }
      }
    }
    if (change && Math.random() < 0.02) {
      changePixel(pixel, "fire");
    }
  },
  reactions: {
    steam: { elem1: "hydrofluoric_acid_gas", elem2: "hydrogen" },
    hydrogen: { elem1: "hydrogen_fluoride", elem2: "fire" },
    tungsten: { elem1: "tungsten_hexafluoride", elem2: "fire" },
  },
  temp: -198.1,
  tempHigh: -188.1,
  stateHigh: "fluorine",
  tempLow: -219.7,
  state: "liquid",
  category: "liquids",
  density: 1505,
  stain: 0.005,
};

elements.hydrofluoric_acid = {
  color: ["#c8cf91", "#efff5e", "#a0cc39"],
  ignore: ["fire", "liquid_hydrogen_fluoride", "liquid_fluorine", "fluorine", "fluorine_ice", "hydrogen_fluoride", "hydrofluoric_acid", "hydrofluoric_ice", "hydrofluoric_acid_gas", "acid_gas", "neutral_acid", "acid", "acid_cloud", "water", "salt_water", "sugar_water", "dirty_water", "steam", "seltzer", "pool_water", "primordial_soup", "gold", "polytetrafluoroethylene", "molten_polytetrafluoroethylene", "chloroform", "chloroform_gas", "chloroform_ice", "tetrafluoroethylene", "tungsten", "tungsten_hexafluoride"],
  tick: function (pixel) {
    let change = false;
    for (let i = -1; i <= 1; i++) {
      for (let j = -1; j <= 1; j++) {
        if (!(i === 0 && j === 0) && !isEmpty(pixel.x + i, pixel.y + j, true) && !elements[pixel.element].ignore.includes(pixelMap[pixel.x + i][pixel.y + j].element)) {
          if (!elements[pixelMap[pixel.x + i][pixel.y + j].element].hardness || Math.random() > elements[pixelMap[pixel.x + i][pixel.y + j].element].hardness) {
            changePixel(pixelMap[pixel.x + i][pixel.y + j], "fire");
            change = true;
          }
        }
      }
    }
    if (change) {
      if (Math.random() < 0.2) {
        changePixel(pixel, "hydrogen_fluoride");
      } else {
        deletePixel(pixel.x, pixel.y);
        return;
      }
    } else {
      behaviors.LIQUID(pixel);
    }
  },
  reactions: {},
  state: "liquid",
  category: "liquids",
  density: 1020,
  stain: 0.005,
  tempHigh: 100,
  stateHigh: "hydrofluoric_acid_gas",
  tempLow: -58.88,
};

elements.hydrofluoric_acid_gas = {
  color: ["#acb37d", "#bfcc4b", "#668224"],
  ignore: ["liquid_hydrogen_fluoride", "liquid_fluorine", "fluorine", "fluorine_ice", "hydrogen_fluoride", "hydrofluoric_acid", "hydrofluoric_ice", "hydrofluoric_acid_gas", "acid_gas", "neutral_acid", "acid", "acid_cloud", "water", "salt_water", "sugar_water", "dirty_water", "steam", "gold", "polytetrafluoroethylene", "molten_polytetrafluoroethylene", "chloroform", "chloroform_gas", "chloroform_ice", "tetrafluoroethylene", "tungsten", "tungsten_hexafluoride"],
  tick: function (pixel) {
    let change = false;
    for (let i = -1; i <= 1; i++) {
      for (let j = -1; j <= 1; j++) {
        if (!(i === 0 && j === 0) && !isEmpty(pixel.x + i, pixel.y + j, true) && !elements[pixel.element].ignore.includes(pixelMap[pixel.x + i][pixel.y + j].element)) {
          if (!elements[pixelMap[pixel.x + i][pixel.y + j].element].hardness || Math.random() > elements[pixelMap[pixel.x + i][pixel.y + j].element].hardness) {
            changePixel(pixelMap[pixel.x + i][pixel.y + j], "fire");
            change = true;
          }
        }
      }
    }
    if (change) {
      if (Math.random() < 0.2) {
        changePixel(pixel, "hydrogen_fluoride");
      } else {
        deletePixel(pixel.x, pixel.y);
      }
    } else {
      behaviors.GAS(pixel);
    }
  },
  reactions: {},
  state: "gas",
  density: 1.63,
  stain: 0.005,
  tempHigh: 400,
  stateHigh: "fire",
  tempLow: -10,
  stateLow: "hydrofluoric_acid",
  category: "gases",
};

runAfterLoad(function () {
  reactList("fluorine", eLists.WATER, { elem1: "hydrofluoric_acid", elem2: "oxygen" });
  reactList("liquid_fluorine", eLists.WATER, { elem1: "hydrofluoric_acid", elem2: "oxygen" });
  reactList("hydrofluoric_acid", eLists.WATER, { elem2: "dirty_water" });
  reactList("hydrofluoric_acid_gas", eLists.WATER, { elem2: "dirty_water" });
  delete elements.hydrofluoric_acid.reactions["dirty_water"];
  delete elements.hydrofluoric_acid_gas.reactions["dirty_water"];
});

elements.hydrogen_fluoride = {
  color: "#f2f28d",
  behavior: behaviors.GAS,
  ignore: ["liquid_hydrogen_fluoride", "liquid_fluorine", "fluorine", "fluorine_ice", "hydrogen_fluoride", "hydrofluoric_ice", "hydrofluoric_acid", "hydrofluoric_acid_gas", "fire", "smoke", "acid_gas", "neutral_acid", "acid", "acid_cloud", "water", "salt_water", "sugar_water", "dirty_water", "steam", "gold", "hydrogen", "polytetrafluoroethylene", "molten_polytetrafluoroethylene", "chloroform", "chloroform_gas", "chloroform_ice", "tetrafluoroethylene"],
  tick: function (pixel) {
    let change = false;
    for (let i = -1; i <= 1; i++) {
      for (let j = -1; j <= 1; j++) {
        if (!(i === 0 && j === 0) && !isEmpty(pixel.x + i, pixel.y + j, true) && !elements[pixel.element].ignore.includes(pixelMap[pixel.x + i][pixel.y + j].element)) {
          if (!elements[pixelMap[pixel.x + i][pixel.y + j].element].hardness || Math.random() > elements[pixelMap[pixel.x + i][pixel.y + j].element].hardness) {
            changePixel(pixelMap[pixel.x + i][pixel.y + j], "fire");
            change = true;
          }
        }
      }
    }
    if (change && Math.random() < 0.2) {
      changePixel(pixel, "fire");
    }
  },
  reactions: {
    steam: { elem1: "hydrofluoric_acid_gas", elem2: null },
  },
  state: "gas",
  category: "gases",
  density: 1.7,
  stain: 0.005,
  tempLow: -19.5,
  stateLow: "liquid_hydrogen_fluoride",
};

elements.liquid_hydrogen_fluoride = {
  color: "#e2e28d",
  behavior: behaviors.LIQUID,
  ignore: ["liquid_hydrogen_fluoride", "liquid_fluorine", "fluorine", "fluorine_ice", "hydrogen_fluoride", "hydrofluoric_acid", "hydrofluoric_ice", "hydrofluoric_acid_gas", "fire", "smoke", "acid_gas", "neutral_acid", "acid", "acid_cloud", "water", "salt_water", "sugar_water", "dirty_water", "steam", "gold", "hydrogen", "polytetrafluoroethylene", "molten_polytetrafluoroethylene", "chloroform", "chloroform_gas", "chloroform_ice", "tetrafluoroethylene"],
  tick: function (pixel) {
    let change = false;
    for (let i = -1; i <= 1; i++) {
      for (let j = -1; j <= 1; j++) {
        if (!(i === 0 && j === 0) && !isEmpty(pixel.x + i, pixel.y + j, true) && !elements[pixel.element].ignore.includes(pixelMap[pixel.x + i][pixel.y + j].element)) {
          if (!elements[pixelMap[pixel.x + i][pixel.y + j].element].hardness || Math.random() > elements[pixelMap[pixel.x + i][pixel.y + j].element].hardness) {
            changePixel(pixelMap[pixel.x + i][pixel.y + j], "fire");
            change = true;
          }
        }
      }
    }
    if (change && Math.random() < 0.2) {
      changePixel(pixel, "fire");
    }
  },
  reactions: {
    steam: { elem1: "hydrofluoric_acid_gas", elem2: null },
  },
  state: "liquid",
  category: "liquids",
  hidden: true,
  density: 1.7,
  stain: 0.005,
  temp: -20.5,
  tempHigh: -19.5,
  stateHigh: "hydrogen_fluoride",
  tempLow: -83.6,
};

runAfterLoad(function () {
  reactList("hydrogen_fluoride", eLists.WATER, { elem1: "hydrofluoric_acid", elem2: null });
  reactList("liquid_hydrogen_fluoride", eLists.WATER, { elem1: "hydrofluoric_acid", elem2: null });
});

elements.foof = {
  color: "#fa1e1e",
  behavior: behaviors.LIQUID,
  ignore: ["foof", "solid_foof", "fluorine", "liquid_fluorine", "fluorine_ice", "liquid_oxygen", "oxygen_ice", "oxygen", "ozone", "fire", "polytetrafluoroethylene", "molten_polytetrafluoroethylene"],
  tick: function (pixel) {
    let change = false;
    for (let i = -1; i <= 1; i++) {
      for (let j = -1; j <= 1; j++) {
        if (!(i === 0 && j === 0) && !isEmpty(pixel.x + i, pixel.y + j, true) && !elements[pixel.element].ignore.includes(pixelMap[pixel.x + i][pixel.y + j].element)) {
          if (!elements[pixelMap[pixel.x + i][pixel.y + j].element].hardness || Math.random() > elements[pixelMap[pixel.x + i][pixel.y + j].element].hardness) {
            changePixel(pixelMap[pixel.x + i][pixel.y + j], "fire");
            change = true;
          }
        }
      }
    }
    if (change && Math.random() < 0.01) {
      changePixel(pixel, "explosion");
    } else if (Math.random() < 0.0001) {
      if (Math.random() < 0.5) {
        changePixel(pixel, "oxygen", false);
      } else {
        changePixel(pixel, "fluorine", false);
      }
      pixelTempCheck(pixel);
      pixelTempCheck(pixel);
    }
  },
  state: "liquid",
  category: "liquids",
  density: 1450,
  stain: 0.01,
  temp: -120,
  tempHigh: -57,
  stateHigh: ["oxygen", "fluorine", "explosion"],
  tempLow: -154,
  stateLow: "solid_foof",
  reactions: {},
};

elements.solid_foof = {
  color: "#fa4a1e",
  behavior: behaviors.WALL,
  ignore: ["foof", "solid_foof", "fluorine", "liquid_fluorine", "fluorine_ice", "liquid_oxygen", "oxygen_ice", "ozone", "oxygen", "fire", "polytetrafluoroethylene", "molten_polytetrafluoroethylene"],
  tick: function (pixel) {
    let change = false;
    for (let i = -1; i <= 1; i++) {
      for (let j = -1; j <= 1; j++) {
        if (!(i === 0 && j === 0) && !isEmpty(pixel.x + i, pixel.y + j, true) && !elements[pixel.element].ignore.includes(pixelMap[pixel.x + i][pixel.y + j].element)) {
          if (!elements[pixelMap[pixel.x + i][pixel.y + j].element].hardness || Math.random() > elements[pixelMap[pixel.x + i][pixel.y + j].element].hardness) {
            changePixel(pixelMap[pixel.x + i][pixel.y + j], "fire");
            change = true;
          }
        }
      }
    }
    if (change && Math.random() < 0.01) {
      changePixel(pixel, "explosion");
    } else if (Math.random() < 0.00005) {
      if (Math.random() < 0.5) {
        changePixel(pixel, "oxygen", false);
      } else {
        changePixel(pixel, "fluorine", false);
      }
      pixelTempCheck(pixel);
      pixelTempCheck(pixel);
    }
  },
  state: "solid",
  category: "solids",
  density: 1450,
  stain: 0.01,
  temp: -160,
  tempHigh: -154,
  stateHigh: "foof",
  reactions: {},
};

elements.tungsten_hexafluoride = {
  color: "#f5f57a",
  behavior: behaviors.GAS,
  tempLow: 17.1,
  state: "gas",
  category: "gases",
  density: 12.4,
  stain: 0.005,
  reactions: {
    steam: { elem1: "hydrofluoric_acid_gas", elem2: "tungsten" },
  },
};

elements.liquid_tungsten_hexafluoride = { density: 4560, tempLow: 2.3 };

runAfterLoad(function () {
  reactList("tungsten_hexafluoride", eLists.WATER, { elem1: "hydrofluoric_acid", elem2: "tungsten" });
});

if (!elements.acid.ignore) {
  elements.acid.ignore = [];
}
if (!elements.acid_gas.ignore) {
  elements.acid_gas.ignore = [];
}
let defaultAcidIgnore = structuredClone(elements.acid.ignore);
let defaultAcidGasIgnore = structuredClone(elements.acid_gas.ignore);

let defaultAcidReactions = {
  ash: { elem1: "neutral_acid", elem2: null },
  limestone: { elem1: "neutral_acid", elem2: null },
  quicklime: { elem1: "neutral_acid", elem2: null },
  slaked_lime: { elem1: "neutral_acid", elem2: null },
  borax: { elem1: "neutral_acid", elem2: null },
  ammonia: { elem1: "neutral_acid", elem2: null },
  bleach: { elem1: "neutral_acid", elem2: null },
  caustic_potash: { elem1: "neutral_acid", elem2: null },
  radium_hydroxide: { elem1: "neutral_acid", elem2: null },
  actinium_hydroxide: { elem1: "neutral_acid", elem2: null },
  water: { elem1: null, elem2: "dirty_water" },
  salt_water: { elem1: null, elem2: "water" },
  sugar_water: { elem1: null, elem2: "water" },
  charcoal: { elem1: null, elem2: "carbon_dioxide" },
  grape: { elem2: "juice", color1: "#291824" },
  soap: { elem1: "hydrogen" },
  sodium: { elem1: "explosion" },
  potassium: { elem1: "explosion" },
  meat: { elem2: "rotten_meat", elem1: null, chance: 0.5 },
};

let defaultAcidGasReactions = {
  acid_gas: { elem1: null, elem2: "acid_cloud", chance: 0.3, y: [0, 12], setting: "clouds" },
  rain_cloud: { elem1: null, elem2: "acid_cloud", chance: 0.4, y: [0, 12], setting: "clouds" },
  cloud: { elem1: null, elem2: "acid_cloud", chance: 0.4, y: [0, 12], setting: "clouds" },
  snow_cloud: { elem1: null, elem2: "acid_cloud", chance: 0.4, y: [0, 12], setting: "clouds" },
  hail_cloud: { elem1: null, elem2: "acid_cloud", chance: 0.4, y: [0, 12], setting: "clouds" },
  pyrocumulus: { elem1: null, elem2: "acid_cloud", chance: 0.4, y: [0, 12], setting: "clouds" },
  fire_cloud: { elem1: null, elem2: "acid_cloud", chance: 0.4, y: [0, 12], setting: "clouds" },
  ash: { elem1: "hydrogen", elem2: null, chance: 0.05 },
  limestone: { elem1: "hydrogen", elem2: null, chance: 0.05 },
  quicklime: { elem1: "hydrogen", elem2: null, chance: 0.05 },
  slaked_lime: { elem1: "hydrogen", elem2: null, chance: 0.05 },
  borax: { elem1: "hydrogen", elem2: null, chance: 0.05 },
  ammonia: { elem1: "hydrogen", elem2: null, chance: 0.05 },
  bleach: { elem1: "hydrogen", elem2: null, chance: 0.05 },
  grape: { elem2: "juice", color1: "#291824" },
  soap: { elem1: "hydrogen" },
  sodium: { elem1: "explosion" },
  meat: { elem2: "rotten_meat", elem1: null, chance: 0.4 },
};

eListAdd("CAUSTIC", ["acid", "acid_gas", "fluorine", "liquid_fluorine", "hydrofluoric_acid", "hydrofluoric_acid_gas", "hydrogen_fluoride", "liquid_hydrogen_fluoride"]);
eListAdd("CAUSTICIGNORE", []);

eListAdd("ACID", ["acid", "hydrofluoric_acid"]);
eListAdd("ACIDGAS", ["acid_gas", "hydrofluoric_acid_gas"]);

if (enabledMods.includes("mods/generative_mods.js")) {
  runAfterLoad(function () {
    generateCloud("hydrofluoric_acid");
    elements["hydrofluoric_acid_gas"].reactions["hydrofluoric_acid_gas"] = { elem1: null, elem2: "hydrofluoric_acid_cloud", chance: 0.3, y: [0, 12], setting: "clouds" };
    elements["hydrofluoric_acid_gas"].reactions["rain_cloud"] = { elem1: null, elem2: "hydrofluoric_acid_cloud", chance: 0.4, y: [0, 12], setting: "clouds" };
    elements["hydrofluoric_acid_gas"].reactions["cloud"] = { elem1: null, elem2: "hydrofluoric_acid_cloud", chance: 0.4, y: [0, 12], setting: "clouds" };
    elements["hydrofluoric_acid_gas"].reactions["snow_cloud"] = { elem1: null, elem2: "hydrofluoric_acid_cloud", chance: 0.4, y: [0, 12], setting: "clouds" };
    elements["hydrofluoric_acid_gas"].reactions["hail_cloud"] = { elem1: null, elem2: "hydrofluoric_acid_cloud", chance: 0.4, y: [0, 12], setting: "clouds" };
    elements["hydrofluoric_acid_gas"].reactions["pyrocumulus"] = { elem1: null, elem2: "hydrofluoric_acid_cloud", chance: 0.4, y: [0, 12], setting: "clouds" };
    elements["hydrofluoric_acid_gas"].reactions["fire_cloud"] = { elem1: null, elem2: "hydrofluoric_acid_cloud", chance: 0.4, y: [0, 12], setting: "clouds" };

    elements["cloud"].reactions["anesthesia"] = { elem1: "nitric_acid_cloud", elem2: null, chance: 0.05 };
    elements["rain_cloud"].reactions["anesthesia"] = { elem1: "nitric_acid_cloud", elem2: null, chance: 0.05 };
  });
}
function createAcid(name, reactions, gasReactions, color, categoryhidden, categoryhiddenGas, tempHigh, tempLowGas, tempLow, tempHighGas, density, densityGas, type, compound = "acid") {
  elements[name] = {
    forceAutoGen: true,
    color: color,
    behavior: ["XX|DB%5|XX", "DB%5 AND M2|XX|DB%5 AND M2", "DB%5 AND M2|DB%10 AND M1|DB%5 AND M2"],
    ignore: defaultAcidIgnore.concat(eLists.CAUSTICIGNORE),
    reactions: reactions,
    category: "liquids",
    hidden: categoryhidden,
    tempHigh: tempHigh,
    stateHigh: name + "_gas",
    tempLow: tempLow,
    state: "liquid",
    density: density,
  };
  elements[name + "_gas"] = {
    behavior: ["M1|DB%5 AND M1|M1", "DB%5 AND M1|XX|DB%5 AND M1", "DB%5 AND M1|DB%10 AND M1|DB%5 AND M1"],
    ignore: defaultAcidGasIgnore.concat(eLists.CAUSTICIGNORE),
    reactions: gasReactions,
    category: "gases",
    hidden: categoryhiddenGas,
    tempHigh: tempHighGas,
    stateHigh: "fire",
    tempLow: tempLowGas,
    stateLow: name,
    temp: tempLowGas + 20,
    state: "gas",
    density: densityGas,
  };
  elements.bless.reactions[name] = { elem2: "hydrogen" };
  elements.bless.reactions[name + "_gas"] = { elem2: "hydrogen" };
  if (enabledMods.includes("mods/generative_mods.js")) {
    runAfterLoad(function () {
      generateCloud(name);
      elements[name + "_gas"].reactions[name + "_gas"] = { elem1: null, elem2: name + "_cloud", chance: 0.3, y: [0, 12], setting: "clouds" };
      elements[name + "_gas"].reactions["rain_cloud"] = { elem1: null, elem2: name + "_cloud", chance: 0.4, y: [0, 12], setting: "clouds" };
      elements[name + "_gas"].reactions["cloud"] = { elem1: null, elem2: name + "_cloud", chance: 0.4, y: [0, 12], setting: "clouds" };
      elements[name + "_gas"].reactions["snow_cloud"] = { elem1: null, elem2: name + "_cloud", chance: 0.4, y: [0, 12], setting: "clouds" };
      elements[name + "_gas"].reactions["hail_cloud"] = { elem1: null, elem2: name + "_cloud", chance: 0.4, y: [0, 12], setting: "clouds" };
      elements[name + "_gas"].reactions["pyrocumulus"] = { elem1: null, elem2: name + "_cloud", chance: 0.4, y: [0, 12], setting: "clouds" };
      elements[name + "_gas"].reactions["fire_cloud"] = { elem1: null, elem2: name + "_cloud", chance: 0.4, y: [0, 12], setting: "clouds" };
    });
  } else {
    elements[name + "_gas"].reactions[name + "_gas"] = { elem1: null, elem2: "acid_cloud", chance: 0.3, y: [0, 12], setting: "clouds" };
  }
  eLists.CAUSTIC.push(name, name + "_gas");
  acidIgnore([name, name + "_gas", name + "_ice", name + "_cloud"]);
  if (type) {
    eListAddIon(type, [name, name + "_gas"], compound);
  }
  if (compound == "acid") {
    eListAddIon("HYDROGEN", [name, name + "_gas"], compound);

    runAfterLoad(function () {
      reactList(name, eLists.WATER, { elem1: null, elem2: "dirty_water" });
      reactList(name + "_gas", eLists.WATER, { elem1: null, elem2: "dirty_water" });
      delete elements[name].reactions["dirty_water"];
      delete elements[name + "_gas"].reactions["dirty_water"];
    });
  }
}

function eListAddIon(listName, itemList, compoundType = "default", priority = 0) {
  eListAdd(listName, itemList);
  if (typeof itemList === "string") {
    itemList = [itemList];
  }
  for (var i = 0; i < itemList.length; i++) {
    if (!elements[itemList[i]]) {
      elements[itemList[i]] = {};
    }
    if (!elements[itemList[i]].salt) {
      elements[itemList[i]].salt = {};
    }
    if (!elements[itemList[i]].salt[compoundType]) {
      elements[itemList[i]].salt[compoundType] = {};
      elements[itemList[i]].salt[compoundType].priority = priority;
      elements[itemList[i]].salt[compoundType].components = [];
    }
    if (elements[itemList[i]].salt[compoundType].components.indexOf(listName) === -1) {
      elements[itemList[i]].salt[compoundType].components.push(listName);
    }
  }
}

function acidIgnore(ignore) {
  for (let i = 0; i < eLists.CAUSTIC.length; i++) {
    elements[eLists.CAUSTIC[i]].ignore = elements[eLists.CAUSTIC[i]].ignore.concat(ignore);
  }
  eLists.CAUSTICIGNORE = eLists.CAUSTICIGNORE.concat(ignore);
}

eListAdd("WATER", ["water", "salt_water", "sugar_water", "dirty_water", "neutral_acid", "seltzer", "pool_water", "primordial_soup"]);
function reactList(element, list, reaction) {
  for (let i = 0; i < list.length; i++) {
    if (!elements[element].reactions[list[i]] && !(elements[element].ignore && elements[element].ignore.includes[list[i]])) {
      acidReact(element, list[i], reaction.elem1, reaction.elem2);
      elements[element].reactions[list[i]] = reaction;
    }
  }
}

function createSalt(name, nameWater, color, colorWater, hidden, hiddenWater, tempHigh, tempLowWater, tempHighWater, density, densityWater, cation, anion) {
  if (!elements[name]) {
    elements[name] = {
      color: color,
      behavior: behaviors.POWDER,
      category: "powders",
      density: density,
      state: "solid",
      tempHigh: tempHigh,
      reactions: {
        ice: { elem1: null, elem2: nameWater, chance: 0.1 },
        rime: { elem1: null, elem2: nameWater, chance: 0.075 },
        snow: { elem1: null, elem2: nameWater, chance: 0.25 },
        packed_snow: { elem1: null, elem2: nameWater, chance: 0.05 },
        packed_ice: { elem1: null, elem2: nameWater, chance: 0.01 },
        water: { elem2: nameWater, elem1: null },
      },
      hidden: hidden,
    };
  }
  if (!elements[nameWater]) {
    elements[nameWater] = {
      color: colorWater,
      behavior: behaviors.LIQUID,
      tempHigh: tempHighWater,
      stateHigh: ["steam", name],
      tempLow: tempLowWater,
      category: "liquids",
      reactions: {
        dirt: { elem1: null, elem2: "mud" },
        sand: { elem1: null, elem2: "wet_sand" },
        clay_soil: { elem1: null, elem2: "clay" },
        dust: { elem1: "dirty_water", elem2: null },
        ash: { elem1: "dirty_water", elem2: null },
        carbon_dioxide: { elem1: "dirty_water", elem2: null },
        sulfur: { elem1: "dirty_water", elem2: null },
        charcoal: { elem1: "dirty_water", chance: 0.005 },
        plague: { elem1: "dirty_water", elem2: null },
        fallout: { elem1: "dirty_water", chance: 0.25 },
        radiation: { elem1: "dirty_water", chance: 0.25 },
        rust: { elem1: "dirty_water", chance: 0.005 },
        quicklime: { elem1: null, elem2: "slaked_lime" },
        rock: { elem2: "wet_sand", chance: 0.0005 },
        fly: { elem2: "dead_bug", chance: 0.1, oneway: true },
        firefly: { elem2: "dead_bug", chance: 0.1, oneway: true },
        bee: { elem2: "dead_bug", chance: 0.05, oneway: true },
        stink_bug: { elem2: "dead_bug", chance: 0.1, oneway: true },
        cancer: { elem1: "dirty_water", chance: 0.25 },
        // electrolysis:
        aluminum: { elem1: ["hydrogen", "hydrogen", "oxygen", name], charged: true, chance: 0.0025 },
        zinc: { elem1: ["hydrogen", "hydrogen", "oxygen", name], charged: true, chance: 0.015 },
        steel: { elem1: ["hydrogen", "hydrogen", "oxygen", name], charged: true, chance: 0.0125 },
        iron: { elem1: ["hydrogen", "hydrogen", "oxygen", name], charged: true, chance: 0.0125 },
        tin: { elem1: ["hydrogen", "hydrogen", "oxygen", name], charged: true, chance: 0.01 },
        lead: { elem1: ["hydrogen", "hydrogen", "oxygen", name], charged: true, chance: 0.01 },
        brass: { elem1: ["hydrogen", "hydrogen", "oxygen", name], charged: true, chance: 0.001 },
        bronze: { elem1: ["hydrogen", "hydrogen", "oxygen", name], charged: true, chance: 0.001 },
        copper: { elem1: ["hydrogen", "hydrogen", "oxygen", name], charged: true, chance: 0.0075 },
        silver: { elem1: ["hydrogen", "hydrogen", "oxygen", name], charged: true, chance: 0.0075 },
        gold: { elem1: ["hydrogen", "hydrogen", "oxygen", name], charged: true, chance: 0.0075 },
        fire: { elem2: "smoke" },
        snow: { elem2: "slush" },
        rat: { elem1: "dirty_water", chance: 0.2 },
        slug: { elem2: "slime", elem1: null },
        snail: { elem2: "calcium", elem1: null },
        torch: { elem2: "wood" },
        light: { color2: "#a1bac9" },
        sawdust: { elem2: "cellulose", elem1: null },
        oxygen: { elem2: "foam" },
        paper: { elem2: "cellulose", elem1: null },
        pollen: { elem2: null },
        soda: { elem1: "foam", chance: 0.01 },
        ice_nine: { elem1: "ice_nine" },
        ant_wall: { elem2: ["mud", "mud", "wet_sand"], elem1: null, chance: 0.007 },
        soap: { elem1: "water" },
        dye: { elem2: null, chance: 0.05 },
        ink: { elem2: null, chance: 0.01 },
        sodium: { elem2: ["pop", "pop", "pop", "hydrogen"], chance: 0.01, temp1: 250 },
        molten_sodium: { elem2: ["pop", "pop", "pop", "hydrogen"], chance: 0.01, temp1: 250 },
        confetti: { elem2: [null, "cellulose"], chance: 0.001 },
        greek_fire: {
          func: function (p, pixel) {
            if (!pixel.burning) {
              pixel.burning = true;
              pixel.burnStart = pixelTick;
            }
          },
        },
      },
      state: "liquid",
      density: densityWater,
      conduct: 0.1,
      stain: -0.66,
      hidden: hiddenWater,
    };

    elements["soap"].reactions[nameWater] = { elem1: ["foam", "bubble"], chance: 0.005 };
    elements["radiation"].reactions[nameWater] = { elem1: "rad_steam", chance: 0.4 };
    elements["iron"].reactions[nameWater] = { elem1: "rust", chance: 0.005 };
    elements["copper"].reactions[nameWater] = { elem1: "oxidized_copper", chance: 0.005 };
    elements["steel"].reactions[nameWater] = { elem1: "rust", chance: 0.004 };
    elements["bronze"].reactions[nameWater] = { elem1: "oxidized_copper", chance: 0.0025 };
  }
  eListAddIon(cation, [name, nameWater, "molten_" + name]);
  eListAddIon(anion, [name, nameWater, "molten_" + name]);
  eListAdd("WATER", nameWater);
  eListAdd("COMPOUND", name);
}

function toxic(name, chance) {
  Object.assign(elements[name].reactions, {
    blood: { elem1: null, elem2: "infection", chance: chance },
    water: { elem1: null, elem2: "dirty_water", chance: chance },
    soap: { elem1: null, chance: 0.02 },
    plant: { elem1: null, elem2: "dead_plant", chance: chance },
    evergreen: { elem1: null, elem2: "dead_plant", chance: chance },
    cactus: { elem1: null, elem2: "dead_plant", chance: chance },
    grass: { elem1: null, elem2: "dead_plant", chance: chance },
    vine: { elem1: null, elem2: "dead_plant", chance: chance },
    algae: { elem1: null, elem2: null, chance: chance },
    kelp: { elem1: null, elem2: "dirty_water", chance: chance },
    mushroom_spore: { elem1: null, elem2: null, chance: chance },
    lichen: { elem1: null, elem2: null, chance: chance },
    yeast: { elem1: null, elem2: null, chance: chance },
    rat: { elem1: null, elem2: "rotten_meat", chance: chance },
    frog: { elem1: null, elem2: "rotten_meat", chance: chance },
    tadpole: { elem2: null, chance: chance },
    fish: { elem1: null, elem2: "rotten_meat", chance: chance },
    bird: { elem1: null, elem2: "rotten_meat", chance: chance },
    head: { elem1: null, elem2: "rotten_meat", chance: chance },
    body: { elem1: null, elem2: "rotten_meat", chance: chance },
    homunculus: { elem1: null, elem2: "rotten_meat", chance: chance },
    ant: { elem1: null, elem2: "dead_bug", chance: chance },
    worm: { elem1: null, elem2: "dead_bug", chance: chance },
    fly: { elem1: null, elem2: "dead_bug", chance: chance },
    firefly: { elem1: null, elem2: "dead_bug", chance: chance },
    bee: { elem1: null, elem2: "dead_bug", chance: chance },
    stink_bug: { elem1: null, elem2: "dead_bug", chance: chance },
    termite: { elem1: null, elem2: "dead_bug", chance: chance },
    flea: { elem1: null, elem2: "dead_bug", chance: chance },
    slug: { elem1: null, elem2: "slime", chance: chance },
    snail: { elem1: null, elem2: "limestone", chance: chance },
    sapling: { elem1: null, elem2: "dead_plant", chance: chance },
    root: { elem1: null, elem2: "dead_plant", chance: chance },
    flower_seed: { elem1: null, elem2: "dead_plant", chance: chance },
    pistil: { elem1: null, elem2: "dead_plant", chance: chance },
    petal: { elem1: null, elem2: "dead_plant", chance: chance },
    grass_seed: { elem1: null, elem2: "dead_plant", chance: chance },
    meat: { elem1: null, elem2: "rotten_meat", chance: chance },
    cheese: { elem1: null, elem2: "rotten_cheese", chance: chance },
    tree_branch: { elem1: null, elem2: "wood", chance: chance },
    mushroom_cap: { elem1: null, elem2: null, chance: chance },
    mushroom_gill: { elem1: null, elem2: null, chance: chance },
    mushroom_stalk: { elem1: null, elem2: null, chance: chance },
    hyphae: { elem1: null, elem2: null, chance: chance },
    mycelium: { elem1: null, elem2: "dirt", chance: chance },
    pollen: { elem2: null, chance: chance },
    bone_marrow: { elem1: null, elem2: "rotten_meat", chance: chance },
    hair: { elem1: null, elem2: null, chance: chance },
    cell: { elem1: null, chance: chance },
    cancer: { elem1: null, chance: chance },
  });
}

createSalt("salt", "salt_water", null, null, false, false, 0, 0, 0, 0, 0, "SODIUM", "CHLORIDE");

acidIgnore(["acid", "acid_gas", "acid_ice", "liquid_fluorine", "fluorine", "fluorine_ice", "hydrogen_fluoride", "liquid_hydrogen_fluoride", "hydrogen_fluoride_ice", "hydrofluoric_acid_ice", "hydrofluoric_acid", "hydrofluoric_acid_gas", "hydrofluoric_acid_cloud", "acid_cloud"]);
elements.acid.name = "hydrochloricAcid";
elements.acid_gas.name = "hydrochloricAcidGas";
eListAddIon("CHLORIDE", ["acid", "acid_gas"], "acid");
eListAddIon("HYDROGEN", ["acid", "acid_gas"], "acid");
eListAddIon("FLUORIDE", ["hydrofluoric_acid", "hydrofluoric_acid_gas"], "acid");
eListAddIon("HYDROGEN", ["hydrofluoric_acid", "hydrofluoric_acid_gas"], "acid");

createAcid("generic_acid", defaultAcidReactions, defaultAcidGasReactions, "#80d488", true, true, 110, 100, -10, 400, 1020, 1);
elements.generic_acid.name = "acid";
elements.generic_acid_gas.name = "acid_gas";

eLists.ACID.push("generic_acid");
eLists.ACIDGAS.push("generic_acid_gas");

if (!enabledMods.includes("mods/generative_mods.js")) {
  elements.acid_cloud.behavior = ["XX|XX|XX", "XX|CH:generic_acid%0.05|M1%2.5 AND BO", "XX|XX|XX"];
}

createAcid("nitric_acid", structuredClone(defaultAcidReactions), structuredClone(defaultAcidGasReactions), ["#91993c", "#6b7041", "#5f614b"], false, false, 83, 70, -42, 400, 1500, 1.5, "NITRATE");

acidReact("nitric_acid", "ammonia", "fertilizer", null, 0);
acidReact("nitric_acid_gas", "ammonia", "fertilizer", null, 0);

eLists.ACID.push("nitric_acid");
eLists.ACIDGAS.push("nitric_acid_gas");

elements.nitric_oxide = {
  color: "#b8926c",
  behavior: behaviors.GAS,
  reactions: {
    steam: { elem1: "smog", elem2: null, chance: 0.01 },
    oxygen: { elem1: "nitrogen_dioxide", elem2: null },
  },
  tempLow: -152,
  category: "gases",
  state: "gas",
  density: 1.34,
};

toxic("nitric_oxide", 0.01);

elements.liquid_nitric_oxide = {
  tempLow: -164,
  hidden: true,
};
elements.nitrogen_dioxide = {
  color: "#964B00",
  behavior: behaviors.GAS,
  reactions: {
    steam: { elem1: "smog", elem2: null, chance: 0.01 },
  },
  temp: 30,
  tempLow: 21.15,
  category: "gases",
  state: "gas",
  density: 1.88,
};

toxic("nitrogen_dioxide", 0.01);

runAfterLoad(function () {
  reactList("nitrogen_dioxide", eLists.WATER, { elem1: null, elem2: "nitric_acid", chance: 0.01 });
});
runAfterLoad(function () {
  reactList("liquid_nitrogen_dioxide", eLists.WATER, { elem1: null, elem2: "nitric_acid", chance: 0.01 });
});

elements.liquid_nitrogen_dioxide = {
  tempLow: -9.3,
  hidden: true,
  reactions: structuredClone(elements.nitrogen_dioxide.reactions),
};

if (enabledMods.includes("mods/generative_mods.js")) {
  elements["nitrogen_dioxide"].reactions["rain_cloud"] = { elem1: null, elem2: "nitric_acid_cloud", chance: 0.4, y: [0, 12], setting: "clouds" };
  elements["nitrogen_dioxide"].reactions["cloud"] = { elem1: null, elem2: "nitric_acid_cloud", chance: 0.4, y: [0, 12], setting: "clouds" };
  elements["nitrogen_dioxide"].reactions["snow_cloud"] = { elem1: null, elem2: "nitric_acid_cloud", chance: 0.4, y: [0, 12], setting: "clouds" };
  elements["nitrogen_dioxide"].reactions["hail_cloud"] = { elem1: null, elem2: "nitric_acid_cloud", chance: 0.4, y: [0, 12], setting: "clouds" };
  elements["nitrogen_dioxide"].reactions["pyrocumulus"] = { elem1: null, elem2: "nitric_acid_cloud", chance: 0.4, y: [0, 12], setting: "clouds" };
  elements["nitrogen_dioxide"].reactions["fire_cloud"] = { elem1: null, elem2: "nitric_acid_cloud", chance: 0.4, y: [0, 12], setting: "clouds" };
  elements["nitrogen_dioxide"].reactions["thunder_cloud"] = { elem1: null, elem2: "nitric_acid_cloud", chance: 0.4, y: [0, 12], setting: "clouds" };
} else {
  elements["nitrogen_dioxide"].reactions["rain_cloud"] = { elem1: null, elem2: "acid_cloud", chance: 0.4, y: [0, 12], setting: "clouds" };
  elements["nitrogen_dioxide"].reactions["cloud"] = { elem1: null, elem2: "acid_cloud", chance: 0.4, y: [0, 12], setting: "clouds" };
  elements["nitrogen_dioxide"].reactions["snow_cloud"] = { elem1: null, elem2: "acid_cloud", chance: 0.4, y: [0, 12], setting: "clouds" };
  elements["nitrogen_dioxide"].reactions["hail_cloud"] = { elem1: null, elem2: "acid_cloud", chance: 0.4, y: [0, 12], setting: "clouds" };
  elements["nitrogen_dioxide"].reactions["pyrocumulus"] = { elem1: null, elem2: "acid_cloud", chance: 0.4, y: [0, 12], setting: "clouds" };
  elements["nitrogen_dioxide"].reactions["fire_cloud"] = { elem1: null, elem2: "acid_cloud", chance: 0.4, y: [0, 12], setting: "clouds" };
  elements["nitrogen_dioxide"].reactions["thunder_cloud"] = { elem1: null, elem2: "acid_cloud", chance: 0.4, y: [0, 12], setting: "clouds" };
}

acidIgnore(["nitric_oxide", "liquid_nitric_oxide", "nitric_oxide_ice", "nitrogen_dioxide", "liquid_nitrogen_dioxide", "nitrogen_dioxide_ice"]);

elements.fertilizer = {
  color: "#e6c3a1",
  behavior: behaviors.POWDER,
  reactions: {
    plant: { elem1: "plant", chance: 0.05 },
    wheat_seed: { elem1: "wheat", chance: 0.05 },
    grass: { elem1: "grass", chance: 0.05 },
    grass_seed: { elem1: "grass", chance: 0.05 },
    bamboo_plant: { elem1: "bamboo", chance: 0.05 },
    flower_seed: { elem1: "flower_seed", chance: 0.05 },
    petal: { elem1: "flower_seed", chance: 0.05 },
    vine: { elem1: "vine", chance: 0.05 },
    sapling: { elem1: "tree_branch", chance: 0.05 },
    tree_branch: { elem1: "tree_branch", chance: 0.05 },
    corn_seed: { elem1: "corn", chance: 0.05 },
    root: { elem1: "root", chance: 0.05 },
    dirt: { elem1: "grass", chance: 0.05 },
    mud: { elem1: "grass", chance: 0.05 },
    potato_seed: { elem1: "potato", chance: 0.05 },
    yeast: { elem1: "yeast", chance: 0.05 },
  },
  tempHigh: 169.6,
  stateHigh: "fire",
  category: "powders",
  state: "solid",
  density: 1725,
};

elements.ammonia.reactions["oxygen"] = { elem1: "steam", elem2: "nitric_oxide" };

elements.supernova.behavior = ["XX|XX|XX", "XX|EX:80>plasma,plasma,plasma,plasma,plasma,plasma,plasma,plasma,plasma,plasma,plasma,plasma,plasma,plasma,plasma,plasma,plasma,plasma,plasma,plasma,molten_iron,molten_uranium,molten_lead,oxygen,molten_sodium,sulfur_gas,fluorine,neon,molten_potassium,chlorine,molten_calcium,molten_titanium,molten_nickel,molten_copper,molten_zinc,gallium_gas,bromine_gas,iodine_gas AND CH:neutronium,neutronium,quark_matter,void|XX", "XX|XX|XX"];

elements.gamma_ray_burst = {
  color: ["#fbf8ff", "#fbf3ff", "#f8f7ff"],
  behavior: ["XX|XX|XX", "XX|EX:100>plasma,plasma,plasma,plasma,plasma,plasma,plasma,plasma,plasma,plasma,plasma,plasma,plasma,plasma,molten_gold,molten_uranium,molten_lead,molten_tungsten,molten_nickel,molten_copper,molten_zinc,gallium_gas,bromine_gas,iodine_gas,molten_tin,molten_silver AND CH:void|XX", "XX|XX|XX"],
  temp: 99999999700,
  category: "energy",
  state: "gas",
  density: 1000,
  hardness: 1,
  hidden: true,
  excludeRandom: true,
  maxSize: 1,
};

elements.neutronium = {
  color: "#aaffff",
  behavior: ["XX|CR:neutron%0.1|XX", "CR:neutron%0.1|XX|CR:neutron%0.1", "XX|CR:neutron%0.1|XX"],
  temp: 1e6,
  tempHigh: 1e7,
  stateHigh: "liquid_neutronium",
  tempLow: 1e5,
  stateLow: ["molten_uranium", "molten_gold", "molten_tungsten", "molten_lead"],
  breakInto: ["gamma_ray_burst", "supernova", "supernova"],
  category: "special",
  state: "solid",
  density: 4e17,
  hardness: 0.999,
  excludeRandom: true,
};

elements.liquid_neutronium = {
  color: "#ffffaa",
  behavior2: ["XX|CR:neutron%0.2|XX".split("|"), "M1 AND CR:neutron%0.2|XX|M1 AND CR:neutron%0.2".split("|"), "M1|M1|M1".split("|")],
  tick: function (pixel) {
    if (!isEmpty(pixel.x - 1, pixel.y, false) && (isEmpty(pixel.x - 1, pixel.y, true) || pixelMap[pixel.x - 1][pixel.y].element !== "liquid_neutronium") && !(outOfBounds(pixel.x - 1, pixel.y - 1) || !isEmpty(pixel.x - 1, pixel.y - 1, true))) {
      tryMove(pixel, pixel.x - 1, pixel.y - 1);
    } else if (!isEmpty(pixel.x + 1, pixel.y, false) && (isEmpty(pixel.x + 1, pixel.y, true) || pixelMap[pixel.x + 1][pixel.y].element !== "liquid_neutronium") && !(outOfBounds(pixel.x + 1, pixel.y - 1) || !isEmpty(pixel.x + 1, pixel.y - 1, true))) {
      tryMove(pixel, pixel.x + 1, pixel.y - 1);
    } else if (((!isEmpty(pixel.x + 1, pixel.y, false) && (isEmpty(pixel.x + 1, pixel.y, true) || pixelMap[pixel.x + 1][pixel.y].element !== "liquid_neutronium")) || (!isEmpty(pixel.x - 1, pixel.y, false) && (isEmpty(pixel.x - 1, pixel.y, true) || pixelMap[pixel.x - 1][pixel.y].element !== "liquid_neutronium"))) && !(outOfBounds(pixel.x, pixel.y - 1) || !isEmpty(pixel.x, pixel.y - 1, true))) {
      tryMove(pixel, pixel.x, pixel.y - 1);
    } else {
      pixelTick(pixel, elements.liquid_neutronium.behavior2);
    }
    doDefaults(pixel);
  },
  temp: 2e7,
  tempLow: 1e7,
  stateLow: "neutronium",
  breakInto: ["gamma_ray_burst", "supernova", "supernova"],
  category: "special",
  state: "liquid",
  density: 2e17,
  hardness: 0.999,
  excludeRandom: true,
};

elements.liquid_helium.behavior2 = ["XX|XX|XX".split("|"), "M1|XX|M1".split("|"), "M1|M1|M1".split("|")];
elements.liquid_helium.behavior = null;

elements.liquid_helium.tick = function (pixel) {
  if (Math.random() < 0.9) {
    if (!isEmpty(pixel.x - 1, pixel.y, false) && (isEmpty(pixel.x - 1, pixel.y, true) || pixelMap[pixel.x - 1][pixel.y].element !== "liquid_helium") && !(outOfBounds(pixel.x - 1, pixel.y - 1) || !isEmpty(pixel.x - 1, pixel.y - 1, true))) {
      tryMove(pixel, pixel.x - 1, pixel.y - 1);
    } else if (!isEmpty(pixel.x + 1, pixel.y, false) && (isEmpty(pixel.x + 1, pixel.y, true) || pixelMap[pixel.x + 1][pixel.y].element !== "liquid_helium") && !(outOfBounds(pixel.x + 1, pixel.y - 1) || !isEmpty(pixel.x + 1, pixel.y - 1, true))) {
      tryMove(pixel, pixel.x + 1, pixel.y - 1);
    } else if (((!isEmpty(pixel.x + 1, pixel.y, false) && (isEmpty(pixel.x + 1, pixel.y, true) || pixelMap[pixel.x + 1][pixel.y].element !== "liquid_helium")) || (!isEmpty(pixel.x - 1, pixel.y, false) && (isEmpty(pixel.x - 1, pixel.y, true) || pixelMap[pixel.x - 1][pixel.y].element !== "liquid_helium"))) && !(outOfBounds(pixel.x, pixel.y - 1) || !isEmpty(pixel.x, pixel.y - 1, true))) {
      tryMove(pixel, pixel.x, pixel.y - 1);
    } else {
      pixelTick(pixel, elements.liquid_helium.behavior2);
    }
  } else {
    pixelTick(pixel, elements.liquid_helium.behavior2);
  }
  doDefaults(pixel);
};

elements.quark_matter = {
  color: ["#ff0000", "#00ff00", "#0000ff"],
  behavior: ["XX|CR:neutron%0.1 AND CR:proton%0.1|XX", "M2 AND CR:neutron%0.1 AND CR:proton%0.1|XX|M2 AND CR:neutron%0.1 AND CR:proton%0.1", "M1|M1|M1"],
  tick: function (pixel) {
    pixel.color = pixelColorPick(pixel);
  },
  temp: 2e7,
  breakInto: "gamma_ray_burst",
  category: "special",
  state: "liquid",
  density: 4e18,
  hardness: 0.999,
  excludeRandom: true,
};

elements.sulfur.burnInto = ["sulfur_dioxide"];
elements.molten_sulfur.burnInto = ["sulfur_dioxide"];
elements.sulfur_gas.burnInto = ["sulfur_dioxide"];
elements.sulfur.reactions["hydrogen"] = { elem1: "hydrogen_sulfide", elem2: null };

elements.sulfur_dioxide = {
  color: "#FFF700",
  behavior: behaviors.GAS,
  reactions: {
    steam: { elem1: null, elem2: "sulfuric_acid_gas" },
    acid_gas: { elem1: null, elem2: "sulfuric_acid_gas" },
    //clouds
    rain_cloud: { elem1: null, elem2: "acid_cloud", chance: 0.4, y: [0, 12], setting: "clouds" },
    cloud: { elem1: null, elem2: "acid_cloud", chance: 0.4, y: [0, 12], setting: "clouds" },
    snow_cloud: { elem1: null, elem2: "acid_cloud", chance: 0.4, y: [0, 12], setting: "clouds" },
    hail_cloud: { elem1: null, elem2: "acid_cloud", chance: 0.4, y: [0, 12], setting: "clouds" },
    pyrocumulus: { elem1: null, elem2: "acid_cloud", chance: 0.4, y: [0, 12], setting: "clouds" },
    fire_cloud: { elem1: null, elem2: "acid_cloud", chance: 0.4, y: [0, 12], setting: "clouds" },
  },
  tempLow: -10,
  stateLow: "liquid_sulfur_dioxide",
  state: "gas",
  category: "gases",
  density: 2.6,
};

toxic("sulfur_dioxide", 0.05);

runAfterLoad(function () {
  reactList("sulfur_dioxide", eLists.WATER, { elem1: null, elem2: "sulfuric_acid" });
});

elements.liquid_sulfur_dioxide = {
  color: "#d1cb17",
  behavior: behaviors.LIQUID,
  category: "liquids",
  reactions: elements.sulfur_dioxide.reactions,
  tempHigh: -10,
  temp: -15,
  tempLow: -72,
  stateHigh: "sulfur_dioxide",
  state: "liquid",
  hidden: true,
  density: 1435,
};

elements.hydrogen_sulfide = {
  color: "#d9e366",
  behavior: behaviors.GAS,
  reactions: {
    oxygen: { elem2: "stench" },
    nitrogen: { elem2: "stench" },
    baking_soda: { elem1: null },
  },
  category: "gases",
  tempHigh: 1000,
  stateHigh: "fire",
  state: "gas",
  density: 1.539,
  tempLow: -59.55,
  burn: 1,
  burnTime: 10,
  burnInto: ["sulfur_dioxide", "steam"],
  fireColor: ["#8180CC", "#7F84E6"],
};
toxic("hydrogen_sulfide", 0.005);

runAfterLoad(function () {
  reactList("hydrogen_sulfide", eLists.WATER, { elem1: null, elem2: "dirty_water" });
  delete elements.hydrogen_sulfide.reactions["dirty_water"];
  delete elements.hydrogen_sulfide.reactions["iron_dichloride_solution"];
});

acidIgnore(["sulfur_dioxide", "liquid_sulfur_dioxide", "sulfur_dioxide_ice"]);

elements.acid.ignore.push("liquid_hydrogen_sulfide");
elements.acid_gas.ignore.push("liquid_hydrogen_sulfide");

acidReact("acid", "pyrite", "iron_dichloride_solution", "hydrogen_sulfide", 50);
acidReact("acid_gas", "pyrite", "iron_dichloride_solution", "hydrogen_sulfide", 50);

function blendColors(colorA, colorB, amount = 0.5) {
  const [rA, gA, bA] = colorA.match(/\w\w/g).map((c) => parseInt(c, 16));
  const [rB, gB, bB] = colorB.match(/\w\w/g).map((c) => parseInt(c, 16));
  const r = Math.round(rA + (rB - rA) * amount)
    .toString(16)
    .padStart(2, "0");
  const g = Math.round(gA + (gB - gA) * amount)
    .toString(16)
    .padStart(2, "0");
  const b = Math.round(bA + (bB - bA) * amount)
    .toString(16)
    .padStart(2, "0");
  return "#" + r + g + b;
}

createSalt("iron_dichloride", "iron_dichloride_solution", ["#207d09", "#b51259"], [blendColors("#207d09", "#2167ff", 0.5), blendColors("#b51259", "#2167ff", 0.5)], false, true, 307.6, -2, 102, 2900, 1030, "IRONII", "CHLORIDE");

createAcid("sulfuric_acid", structuredClone(defaultAcidReactions), structuredClone(defaultAcidGasReactions), ["#e9e05e", "#c2bd7a", "#9e9c7b"], false, false, 337, 337, 10, 500, 1830, 1.26, "SULFATE");

elements.sulfuric_acid.ignore.push("charcoal");
elements.sulfuric_acid_gas.ignore.push("charcoal");

runAfterLoad(function () {
  reactList("sulfuric_acid", eLists.WATER, { elem2: "dirty_water" });
  reactList("sulfuric_acid_gas", eLists.WATER, { elem2: "dirty_water" });
  delete elements.sulfuric_acid.reactions["dirty_water"];
  delete elements.sulfuric_acid_gas.reactions["dirty_water"];
});
elements.sulfuric_acid.reactions["grape"] = { elem1: "charcoal", elem2: "steam", temp2: 200 };
elements.sulfuric_acid.reactions["juice"] = { elem1: "charcoal", elem2: "steam", temp2: 200 };
elements.sulfuric_acid.reactions["corn"] = { elem1: "charcoal", elem2: "steam", temp2: 200 };
elements.sulfuric_acid.reactions["popcorn"] = { elem1: "charcoal", elem2: "steam", temp2: 200 };
elements.sulfuric_acid.reactions["potato"] = { elem1: "charcoal", elem2: "steam", temp2: 200 };
elements.sulfuric_acid.reactions["bread"] = { elem1: "charcoal", elem2: "steam", temp2: 200 };
elements.sulfuric_acid.reactions["toast"] = { elem1: "charcoal", elem2: "steam", temp2: 200 };
elements.sulfuric_acid.reactions["wheat"] = { elem1: "charcoal", elem2: "steam", temp2: 200 };
elements.sulfuric_acid.reactions["flour"] = { elem1: "charcoal", elem2: "steam", temp2: 200 };
elements.sulfuric_acid.reactions["dough"] = { elem1: "charcoal", elem2: "steam", temp2: 200 };
elements.sulfuric_acid.reactions["sugar"] = { elem1: "charcoal", elem2: "steam", temp2: 200 };
elements.sulfuric_acid.reactions["candy"] = { elem1: "charcoal", elem2: "steam", temp2: 200 };
delete elements.sulfuric_acid.reactions["charcoal"];
elements.sulfuric_acid_gas.reactions["chocolate"] = { elem1: "charcoal", elem2: "steam", temp2: 200 };
elements.sulfuric_acid_gas.reactions["grape"] = { elem1: "charcoal", elem2: "steam", temp2: 200 };
elements.sulfuric_acid_gas.reactions["juice"] = { elem1: "charcoal", elem2: "steam", temp2: 200 };
elements.sulfuric_acid_gas.reactions["corn"] = { elem1: "charcoal", elem2: "steam", temp2: 200 };
elements.sulfuric_acid_gas.reactions["popcorn"] = { elem1: "charcoal", elem2: "steam", temp2: 200 };
elements.sulfuric_acid_gas.reactions["potato"] = { elem1: "charcoal", elem2: "steam", temp2: 200 };
elements.sulfuric_acid_gas.reactions["bread"] = { elem1: "charcoal", elem2: "steam", temp2: 200 };
elements.sulfuric_acid_gas.reactions["toast"] = { elem1: "charcoal", elem2: "steam", temp2: 200 };
elements.sulfuric_acid_gas.reactions["wheat"] = { elem1: "charcoal", elem2: "steam", temp2: 200 };
elements.sulfuric_acid_gas.reactions["flour"] = { elem1: "charcoal", elem2: "steam", temp2: 200 };
elements.sulfuric_acid_gas.reactions["dough"] = { elem1: "charcoal", elem2: "steam", temp2: 200 };
elements.sulfuric_acid_gas.reactions["sugar"] = { elem1: "charcoal", elem2: "steam", temp2: 200 };
elements.sulfuric_acid_gas.reactions["candy"] = { elem1: "charcoal", elem2: "steam", temp2: 200 };
delete elements.sulfuric_acid_gas.reactions["charcoal"];

acidReact("sulfuric_acid", "magnesium_oxide", "epsom_salt", null, 50);
acidReact("sulfuric_acid_gas", "magnesium_oxide", "epsom_salt", null, 50);

eLists.ACID.push("sulfuric_acid");
eLists.ACIDGAS.push("sulfuric_acid_gas");

elements.polytetrafluoroethylene = {
  color: "#efefef",
  behavior: behaviors.WALL,
  properties: {
    colored: false,
  },
  tick: function (pixel) {
    if (!pixel.colored) {
      let rgb = elements.polytetrafluoroethylene.colorObject;

      let coloroffset = Math.floor(Math.random() * (Math.random() > 0.5 ? -1 : 1) * Math.random() * 2);
      let r = rgb.r + coloroffset;
      let g = rgb.g + coloroffset;
      let b = rgb.b + coloroffset;
      pixel.color = "rgb(" + r + "," + g + "," + b + ")";
      pixel.colored = true;
      pixel.origColor = pixel.color.match(/\d+/g);
    }
    if (pixel.origColor != pixel.color) {
      pixel.color = "rgb(" + pixel.origColor.join(",") + ")";
    }
  },
  state: "solid",
  category: "solids",
  density: 1450,
  tempHigh: 327,
};
acidIgnore(["polytetrafluoroethylene", "molten_polytetrafluoroethylene", "tetrafluoroethylene"]);

doStaining = function (pixel) {
  if (settings["stainoff"]) {
    return;
  }
  var stain = elements[pixel.element].stain;
  let newColor = null;
  if (stain > 0) {
    newColor = pixel.color.match(/\d+/g);
  } else {
    newColor = null;
  }

  for (var i = 0; i < adjacentCoords.length; i++) {
    var x = pixel.x + adjacentCoords[i][0];
    var y = pixel.y + adjacentCoords[i][1];
    if (!isEmpty(x, y, true)) {
      var newPixel = pixelMap[x][y];
      if ((elements[pixel.element].ignore && elements[pixel.element].ignore.indexOf(newPixel.element) !== -1) || newPixel.element == "polytetrafluoroethylene") {
        continue;
      }
      if ((elements[newPixel.element].id !== elements[pixel.element].id || elements[newPixel.element].stainSelf) && (solidStates[elements[newPixel.element].state] || elements[newPixel.element].id === elements[pixel.element].id)) {
        if (Math.random() < Math.abs(stain)) {
          if (stain < 0) {
            if (newPixel.origColor) {
              newColor = newPixel.origColor;
            } else {
              continue;
            }
          } else if (!newPixel.origColor) {
            newPixel.origColor = newPixel.color.match(/\d+/g);
          }
          // if newPixel.color doesn't start with rgb, continue
          if (!newPixel.color.match(/^rgb/)) {
            continue;
          }
          // parse rgb color string of newPixel rgb(r,g,b)
          var rgb = newPixel.color.match(/\d+/g);
          let avg = [];
          if (elements[pixel.element].stainSelf && elements[newPixel.element].id === elements[pixel.element].id) {
            // if rgb and newColor are the same, continue
            if (rgb[0] === newColor[0] && rgb[1] === newColor[1] && rgb[2] === newColor[2]) {
              continue;
            }
            for (var j = 0; j < rgb.length; j++) {
              avg[j] = Math.round(rgb[j] * (1 - Math.abs(stain)) + newColor[j] * Math.abs(stain));
            }
          } else {
            // get the average of rgb and newColor, more intense as stain reaches 1
            for (let j = 0; j < rgb.length; j++) {
              avg[j] = Math.floor(rgb[j] * (1 - Math.abs(stain)) + newColor[j] * Math.abs(stain));
            }
          }
          // set newPixel color to avg
          newPixel.color = "rgb(" + avg.join(",") + ")";
        }
      }
    }
  }
};
elements["bleach"].reactions.vinegar = { elem1: "chlorine", elem2: null };
elements["bleach"].reactions.alcohol = { elem1: "chloroform", elem2: null };
elements["chlorine"].reactions.methane = { elem1: "chloroform", elem2: null };

elements.chloroform = {
  color: "#7f7f7f",
  behavior: behaviors.LIQUID,
  reactions: elements.poison.reactions,
  state: "liquid",
  category: "liquids",
  density: 1564,
  tempLow: -63,
  tempHigh: 61,
};

elements.chloroform_gas = {
  color: "#8f8f8f",
  behavior: behaviors.GAS,
  reactions: elements.poison.reactions,
  state: "gas",
  hidden: true,
  density: 4.12,
  tempLow: 61,
  stateLow: "chloroform",
};

elements["chloroform_gas"].reactions.hydrogen_fluoride = { elem1: "tetrafluoroethylene", elem2: null, tempMin: 550 };

elements.tetrafluoroethylene = {
  color: "#8f8f8f",
  behavior: behaviors.GAS,
  reactions: {
    oxygen: { elem1: "fire", elem2: "fire" },
    sulfuric_acid: { elem1: "polytetrafluoroethylene", elem2: "sulfuric_acid", chance: 0.25 },
    sulfuric_acid_gas: { elem1: "polytetrafluoroethylene", elem2: "sulfuric_acid_gas", chance: 0.25 },
  },
  state: "gas",
  hidden: true,
  burn: 100,
  burnTime: 2,
  density: 1.52,
  category: "gases",
};

elements.methanol = {
  color: "#969380",
  behavior: behaviors.LIQUID,
  reactions: {
    plant: { elem2: "dead_plant", elem1: null, chance: 0.05 },
    cell: { elem2: [null, "dna"], chance: 0.075 },
    blood: { elem2: [null, "dna"], chance: 0.075 },
    antibody: { elem2: [null, "dna"], chance: 0.075 },
    infection: { elem2: [null, "dna"], chance: 0.075 },
    cancer: { elem2: [null, "dna"], chance: 0.0375 },
    flea: { elem2: "dead_bug", elem1: null },
    termite: { elem2: "dead_bug", elem1: null },
    ant: { elem2: "dead_bug", elem1: null },
    frog: { elem2: "meat", chance: 0.05 },
    evergreen: { elem2: "dead_plant", chance: 0.05 },
    cactus: { elem2: "dead_plant", chance: 0.05 },
    paper: { elem2: "cellulose" },
    primordial_soup: { elem2: "water" },
  },
  state: "liquid",
  category: "liquids",
  density: 792,
  tempLow: -97.6,
  tempHigh: 64.7,
  burn: 100,
  burnTime: 3,
  fireColor: ["#80acf0", "#96cdfe", "#bee6d4"],
};

elements.carbon_dioxide.reactions.hydrogen = { elem1: "steam", elem2: "methanol", tempMin: 100 };

elements.polyethylene = {
  color: "#a7a7a7",
  behavior: behaviors.WALL,
  properties: {
    colored: false,
  },
  tick: function (pixel) {
    if (!pixel.colored) {
      let rgb = elements.polyethylene.colorObject;

      let coloroffset = Math.floor(Math.random() * (Math.random() > 0.5 ? -1 : 1) * Math.random() * 2);
      let r = rgb.r + coloroffset;
      let g = rgb.g + coloroffset;
      let b = rgb.b + coloroffset;
      pixel.color = "rgb(" + r + "," + g + "," + b + ")";
      pixel.colored = true;
      pixel.origColor = pixel.color.match(/\d+/g);
    }
  },
  state: "solid",
  category: "solids",
  density: 1450,
  tempHigh: 125,
};

elements.ethane = {
  color: "#afafaf",
  behavior: behaviors.GAS,
  reactions: {
    steam: { elem1: "hydrogen", elem2: "ethylene", chance: 0.01 },
    chlorine: { elem1: "chloroethane", elem2: null, chance: 0.01 },
  },
  category: "gases",
  tempHigh: 400,
  stateHigh: "fire",
  tempLow: -88.5,
  burn: 85,
  burnTime: 5,
  fireColor: ["#00ffff", "#00ffdd"],
  state: "gas",
  density: 1.356,
};

elements.chloroethane = {
  color: "#afdfaf",
  behavior: behaviors.GAS,
  reactions: {
    aluminum: { elem1: "diethylaluminium_chloride", elem2: null, chance: 0.1 },
  },
  category: "gases",
  tempHigh: 510,
  stateHigh: "fire",
  tempLow: 12.27,
  burn: 85,
  burnTime: 5,
  fireColor: ["#00ffff", "#00ffdd"],
  state: "gas",
  density: 2.879,
};

elements.diethylaluminium_chloride = {
  color: "#7faf7f",
  behavior: behaviors.LIQUID,
  category: "liquids",
  hidden: true,
  tempHigh: 125,
  stateHigh: "fire",
  tempLow: -74,
  burn: 85,
  burnTime: 10,
  state: "liquid",
  density: 2.879,
};

elements.ethylene = {
  color: "#a7a7a7",
  behavior: behaviors.GAS,
  reactions: {
    titanium_trichloride: { elem1: "polyethylene", elem2: "titanium_trichloride", chance: 0.1 },
    acid_gas: { elem1: "chloroethane", elem2: null },
    diethylaluminium_chloride: { elem1: "polyethylene", elem2: "diethylaluminium_chloride", chance: 0.1 },
  },
  category: "gases",
  tempHigh: 400,
  stateHigh: "fire",
  tempLow: -103.7,
  burn: 85,
  burnTime: 5,
  fireColor: ["#00ffff", "#00ffdd"],
  state: "gas",
  density: 1.356,
};

elements.liquid_ethylene = {
  tempHigh: -103.7,
  stateHigh: "ethylene",
  tempLow: -154.4,
};
elements.liquid_ethane = {
  tempHigh: -88.5,
  stateHigh: "ethane",
  tempLow: -128.2,
};

elements.liquid_ethylene = {
  tempHigh: -103.7,
  stateHigh: "ethylene",
  tempLow: -169.2,
};
elements.liquid_ethane = {
  tempHigh: -88.5,
  stateHigh: "ethane",
  tempLow: -182.8,
};

elements.liquid_chloroethane = {
  tempHigh: -12.27,
  stateHigh: "chloroethane",
  tempLow: -138.7,
};

elements.liquid_propane = {
  tempHigh: -42.25,
  stateHigh: "propane",
  tempLow: -187.7,
};

elements.acid.ignore.push("ethylene", "ethylene_ice", "liquid_ethylene", "chloroethane", "chloroethane_ice", "liquid_chloroethane");
elements.acid_gas.ignore.push("ethylene", "ethylene_ice", "liquid_ethylene", "chloroethane", "chloroethane_ice", "liquid_chloroethane");

elements.titanium = {
  color: "#e3e5e6",
  category: "solids",
  density: 4500,
  state: "solid",
  behavior: behaviors.WALL,
  reactions: {
    acid: { elem1: "titanium_trichloride", elem2: null },
  },
  stateHigh: "molten_titanium",
  tempHigh: 1668,
  conduct: 0.5,
  hardness: 0.7,
  forceAutoGen: true,
};
elements.molten_titanium = {
  color: ["#e0921d", "#e89e2e", "#f7b24a", "#fce168", "#fceca2", "#fffcf0"],
  viscosity: 10000,
};

elements.rutile = {
  color: "#522614",
  behavior: behaviors.POWDER,
  category: "land",
  density: 4240,
  state: "solid",
  tempHigh: 1843,
  stateHigh: "molten_rutile",
  forceAutoGen: true,
};
elements.molten_rutile = {
  color: ["#e3907f", "#e68f3e"],
  reactions: {
    chlorine: { elem1: "titanium_tetrachloride", elem2: null },
  },
  viscosity: 10000,
};
elements.titanium_tetrachloride = {
  color: "#d9d7b2",
  behavior: behaviors.LIQUID,
  category: "liquids",
  density: 1728,
  state: "liquid",
  tempHigh: 136.4,
  stateHighName: "titanium_tetrachloride_gas",
  tempLow: -24,
  stateLowName: "solid_titanium_tetrachloride",
};
eListAddIon("TITANIUMIV", "solid_titanium_tetrachloride");
eListAddIon("CHLORIDE", "solid_titanium_tetrachloride");
eListAddIon("TITANIUMIV", "titanium_tetrachloride");
eListAddIon("CHLORIDE", "titanium_tetrachloride");
eListAddIon("TITANIUMIV", "titanium_tetrachloride_gas");
eListAddIon("CHLORIDE", "titanium_tetrachloride_gas");
eListAdd("INSOLUBLE", "titanium_tetrachloride");
elements.titanium_tetrachloride_gas = {
  behavior: behaviors.GAS,
  hidden: true,
  category: "gases",
  density: 500,
  state: "gas",
  temp: 200,
  tempLow: 136.4,
  stateLow: "titanium_tetrachloride",
};
elements.solid_titanium_tetrachloride = {
  behavior: behaviors.WALL,
  hidden: true,
  category: "solids",
  density: 1728,
  state: "solid",
  temp: -50,
  tempHigh: -24,
  stateHigh: "titanium_tetrachloride",
};

createSalt("titanium_trichloride", "titanium_trichloride_solution", "#c71585", blendColors("#c71585", "#2167ff", 0.4), false, true, 440, -2, 102, 2640, 1020, "TITANIUMIII", "CHLORIDE");

elements["titanium_trichloride"].behavior = behaviors.SOLID;
elements["titanium_trichloride"].category = "solids";
elements["titanium_trichloride"].stateHigh = ["chlorine", "titanium_tetrachloride"];
delete elements["molten_titanium_trichloride"];

elements.magnesium.burnInto = "magnesium_oxide";
elements.molten_magnesium.burnInto = "magnesium_oxide";
elements.molten_magnesium.reactions = {
  titanium_tetrachloride: { elem1: "titanium", elem2: "magnesium_chloride" },
  titanium_tetrachloride_gas: { elem1: "titanium", elem2: "magnesium_chloride" },
};

elements.magnesium_oxide = {
  color: "#f0f0f0",
  behavior: behaviors.POWDER,
  reactions: {
    quicklime: { elem1: "cement", elem2: null },
  },
  category: "powders",
  density: 3600,
  state: "solid",
  tempHigh: 2852,
};

eListAdd("INSOLUBLE", "magnesium_oxide");
eListAddIon("MAGNESIUM", "magnesium_oxide");
eListAddIon("OXIDE", "magnesium_oxide");
eListAddIon("MAGNESIUM", "molten_magnesium_oxide");
eListAddIon("OXIDE", "molten_magnesium_oxide");

elements.molten_magnesium_chloride = {
  behaviorOn: ["XX|CR:fire%2.5|XX", "M2|CH:chlorine,magnesium%25|M2", "M1|M1|M1"],
  conduct: 0.3,
};

createSalt("magnesium_chloride", "magnesium_chloride_solution", "#bfbfbf", blendColors("#bfbfbf", "#2167ff", 0.75), false, true, 714, -2, 102, 2320, 1015, "MAGNESIUM", "CHLORIDE");

elements.magnesium_chloride.forceAutoGen = true;

elements.francium = {
  color: "#3eff3b",
  behavior: ["XX|CR:radiation%50|XX", "CR:radiation%50|CH:radon%0.1|CR:radiation%50", "M2|M1|M2"],
  tick: function (pixel) {
    pixel.temp += 5;
  },
  reactions: {
    steam: { elem1: "radon", elem2: [null, null, "rad_pop"] },
    rad_steam: { elem1: "radon", elem2: [null, null, "rad_pop"] },
    quark_matter: { elem1: "stable_francium", elem2: "quark_matter" },
  },
  tempHigh: 27,
  category: "powders",
  state: "solid",
  density: 2480,
  conduct: 0.7,
};

runAfterLoad(function () {
  reactList("francium", eLists.WATER, { elem1: "radon", elem2: [null, null, "rad_pop"] });
});

elements.molten_francium = {
  behavior: ["XX|CR:radiation%50|XX", "M2 AND CR:radiation%50|CH:radon%0.1|M2 AND CR:radiation%50", "M1|M1|M1"],
  tick: function (pixel) {
    pixel.temp += 5;
  },
  reactions: {
    steam: { elem1: "radon", elem2: [null, null, "rad_pop"] },
    rad_steam: { elem1: "radon", elem2: [null, null, "rad_pop"] },
    quark_matter: { elem1: "stable_francium", elem2: "quark_matter" },
  },
  tempLow: 27,
  hidden: true,
  state: "liquid",
  density: 2480,
  conduct: 0.7,
};

runAfterLoad(function () {
  reactList("molten_francium", eLists.WATER, { elem1: "radon", elem2: [null, null, "rad_pop"] });
});

elements.astatine = {
  color: "#5a5e5a",
  behavior: ["XX|CR:radiation%50|XX", "CR:radiation%50|CH:polonium,big_pop%0.1|CR:radiation%50", "M2|M1|M2"],
  tick: function (pixel) {
    pixel.temp += 5;
  },
  reactions: {
    quark_matter: { elem1: "stable_astatine", elem2: "quark_matter" },
  },
  tempHigh: 301,
  category: "powders",
  state: "solid",
  density: 8910,
};
elements.molten_astatine = {
  color: "#aab0a0",
  behavior: ["XX|CR:radiation%50|XX", "M2 AND CR:radiation%50|CH:polonium,big_pop%0.1|M2 AND CR:radiation%50", "M1|M1|M1"],
  reactions: {
    quark_matter: { elem1: "molten_stable_astatine", elem2: "quark_matter" },
  },
  tick: function (pixel) {
    pixel.temp += 5;
  },
  tempLow: 301,
  hidden: true,
  state: "liquid",
  density: 8910,
  tempHigh: 336,
};
elements.astatine_gas = {
  behavior: behaviors.GAS,
  behavior2: [
    ["XX", "CR:radiation%50", "XX"],
    ["CR:radiation%50", "CH:polonium,big_pop%0.1", "CR:radiation%50"],
    ["XX", "CR:radiation%50", "XX"],
  ],
  reactions: {
    quark_matter: { elem1: "molten_stable_astatine", elem2: "quark_matter" },
  },
  tick: function (pixel) {
    pixel.temp += 5;
    pixelTick(pixel, elements[pixel.element].behavior2);
  },
};

elements.radon = {
  color: "#b6ffb5",
  behavior: ["M2|M1 AND CR:radiation%10|M2", "M1 AND CR:radiation%10|CH:polonium%0.1|M1 AND CR:radiation%10", "M2|M1 AND CR:radiation%10|M2"],
  reactions: {
    quark_matter: { elem1: "stable_radon", elem2: "quark_matter" },
  },
  tick: function (pixel) {
    pixel.temp += 1;
  },
  category: "gases",
  state: "gas",
  density: 9.73,
  colorOn: ["#b224ff", "#cc6caa", "#a16ccc"],
  conduct: 0.86,
};

elements.polonium = {
  color: "#56b870",
  behavior: ["XX|CR:radiation%10|XX", "CR:radiation%10|CH:lead%0.1|CR:radiation%10", "XX|CR:radiation%10|XX"],
  reactions: {
    quark_matter: { elem1: "stable_polonium", elem2: "quark_matter" },
  },
  tick: function (pixel) {
    pixel.temp += 1;
  },
  tempHigh: 254,
  category: "solids",
  state: "solid",
  density: 9196,
  conduct: 0.21,
};
elements.molten_polonium = {
  color: ["#ace638", "#acb838", "#ac8a00"],
  behavior: ["XX|CR:fire AND CR:radiation%12.5|XX", "M2 AND CR:radiation%10|CH:lead%0.1|M2 AND CR:radiation%10", "M1|M1|M1"],
  reactions: {
    quark_matter: { elem1: "molten_stable_polonium", elem2: "quark_matter" },
  },
  tick: function (pixel) {
    pixel.temp += 1;
  },
  tempLow: 254,
  hidden: true,
  state: "liquid",
  density: 9196,
  conduct: 0.21,
};

elements.rad_pop = {
  color: ["#ffb48f", "#ffd991", "#ffad91"],
  behavior: ["XX|XX|XX", "XX|EX:10>fire,radiation,radiation|XX", "XX|XX|XX"],
  category: "energy",
  state: "gas",
  density: 1000,
  excludeRandom: true,
  hidden: true,
};

elements.stable_radon = {
  color: [blendColors("#b6ffb5", "#ff0000"), blendColors("#b6ffb5", "#00ff00"), blendColors("#b6ffb5", "#0000ff")],
  behavior: behaviors.GAS,
  category: "gases",
  state: "gas",
  density: 9.73,
  hidden: true,
  tempLow: -61.7,
  colorOn: ["#b224ff", "#cc6caa", "#a16ccc"],
  conduct: 0.86,
};

elements.liquid_stable_radon = {
  tempLow: -71,
  density: 4400,
  colorOn: ["#b224ff", "#cc6caa", "#a16ccc"],
  conduct: 0.86,
};

elements.stable_polonium = {
  color: [blendColors("#56b870", "#ff0000"), blendColors("#56b870", "#00ff00"), blendColors("#56b870", "#0000ff")],
  behavior: behaviors.WALL,
  reactions: {
    oxygen: { elem1: "polonium_dioxide", elem2: null },
  },
  tempHigh: 254,
  hidden: true,
  category: "solids",
  state: "solid",
  density: 9196,
  conduct: 0.21,
};
elements.molten_stable_polonium = {
  color: [blendColors("#ace638", "#ff0000"), blendColors("#acb838", "#00ff00"), blendColors("#ac8a00", "#0000ff")],
  behavior: behaviors.MOLTEN,
  reactions: {
    oxygen: { elem1: "polonium_dioxide", elem2: null },
    magnesium: { elem1: "magnesium_polonide", elem2: null },
    molten_magnesium: { elem1: "magnesium_polonide", elem2: null },
  },
  tempLow: 254,
  hidden: true,
  state: "liquid",
  density: 9196,
  conduct: 0.21,
};

elements.stable_astatine = {
  color: [blendColors("#5a5e5a", "#ff0000"), blendColors("#5a5e5a", "#00ff00"), blendColors("#5a5e5a", "#0000ff")],
  behavior: behaviors.POWDER,
  tempHigh: 301,
  reactions: {
    steam: { elem1: "hydroastatic_acid", elem2: null },
    rad_steam: { elem1: "hydroastatic_acid", elem2: null },
  },
  category: "powders",
  state: "solid",
  hidden: true,
  density: 8910,
};

runAfterLoad(function () {
  reactList("stable_astatine", eLists.WATER, { elem1: "hydroastatic_acid", elem2: null });
});

elements.molten_stable_astatine = {
  color: [blendColors("#aab0a0", "#ff0000"), blendColors("#aab0a0", "#00ff00"), blendColors("#aab0a0", "#0000ff")],
  behavior: behaviors.LIQUID,
  tempLow: 301,
  reactions: {
    steam: { elem1: "hydroastatic_acid", elem2: null },
    rad_steam: { elem1: "hydroastatic_acid", elem2: null },
  },
  hidden: true,
  state: "liquid",
  density: 8910,
  tempHigh: 336,
};

runAfterLoad(function () {
  reactList("molten_stable_astatine", eLists.WATER, { elem1: "hydroastatic_acid", elem2: null });
});

createAcid("hydroastatic_acid", structuredClone(defaultAcidReactions), structuredClone(defaultAcidGasReactions), [blendColors("#5a5e5a", "#ff0000", 0.25), blendColors("#5a5e5a", "#00ff00", 0.25), blendColors("#5a5e5a", "#0000ff", 0.25)], true, true, 100, 100, 0, 1000, 1200, 1, "ASTATIDE");

elements.hydroastatic_acid.ignore.push("astatine", "molten_astatine", "stable_astatine", "molten_stable_astatine");
elements.hydroastatic_acid_gas.ignore.push("astatine", "molten_astatine", "stable_astatine", "molten_stable_astatine");

eLists.ACID.push("hydroastatic_acid");
eLists.ACIDGAS.push("hydroastatic_acid_gas");

runAfterLoad(function () {
  reactList("hydroastatic_acid", eLists.WATER, { elem2: "dirty_water" });
  reactList("hydroastatic_acid_gas", eLists.WATER, { elem2: "dirty_water" });
  delete elements.hydroastatic_acid.reactions["dirty_water"];
  delete elements.hydroastatic_acid_gas.reactions["dirty_water"];
});

elements.polonium_dioxide = {
  color: [blendColors("#ffff7f", "#ff0000"), blendColors("#ffff7f", "#00ff00"), blendColors("#ffff7f", "#0000ff")],
  behavior: behaviors.POWDER,
  tempHigh: 500,
  hidden: true,
  state: "solid",
  density: 8900,
  category: "powders",
};

eListAdd("INSOLUBLE", "polonium_dioxide");
eListAddIon("POLONIUMIV", "polonium_dioxide");
eListAddIon("OXIDE", "polonium_dioxide");
eListAddIon("POLONIUMIV", "molten_polonium_dioxide");
eListAddIon("OXIDE", "molten_polonium_dioxide");

createSalt("magnesium_polonide", "magnesium_polonide_solution", [blendColors("#b5b5b5", "#ff0000", 0.25), blendColors("#b5b5b5", "#00ff00", 0.25), blendColors("#b5b5b5", "#0000ff", 0.25)], [blendColors("#2167ff", "#ff0000", 0.25), blendColors("#2167ff", "#00ff00", 0.25), blendColors("#2167ff", "#0000ff", 0.25)], true, true, 1800, -2, 102, 6700, 1050, "MAGNESIUM", "POLONIDE");

acidReact("acid", "magnesium_polonide", "magnesium_chloride_solution", "polonium_hydride", 100);
acidReact("acid_gas", "magnesium_polonide", "magnesium_chloride_solution", "polonium_hydride", 100);
acidReact("acid", "molten_magnesium_polonide", "magnesium_chloride_solution", "polonium_hydride", 100);
acidReact("acid_gas", "molten_magnesium_polonide", "magnesium_chloride_solution", "polonium_hydride", 100);
elements.acid.ignore.push("polonium_hydride_ice", "polonium_hydride_gas", "magnesium_chloride");
elements.acid_gas.ignore.push("polonium_hydride_ice", "polonium_hydride_gas", "magnesium_chloride");

elements.polonium_hydride = {
  density: 2450,
  color: [blendColors("#838396", "#ff0000"), blendColors("#838396", "#00ff00"), blendColors("#838396", "#0000ff")],
  hidden: true,
  state: "liquid",
  behavior: behaviors.LIQUID,
  tempLow: -35.3,
  tempHigh: 36.1,
  stain: 0.05,
  burn: 1,
  burnTime: 10,
  burnInto: ["polonium_dioxide", "steam"],
  category: "liquids",
};

elements.polonium_hydride_gas = {
  density: 8.29,
};

function franciumHydroxide(pixel) {
  elementCircle(pixel.x, pixel.y, 10, "francium_hydroxide", 0.1, eLists.WATER.concat(["steam", "rad_steam"]));
}

elements.stable_francium = {
  color: [blendColors("#3eff3b", "#ff0000"), blendColors("#3eff3b", "#00ff00"), blendColors("#3eff3b", "#0000ff")],
  behavior: behaviors.POWDER,
  reactions: {
    steam: { elem1: "francium_hydroxide", elem2: [null, null, "big_pop"], func: franciumHydroxide },
    rad_steam: { elem1: "francium_hydroxide", elem2: [null, null, "big_pop"], func: franciumHydroxide },
  },
  tempHigh: 27,
  category: "powders",
  state: "solid",
  density: 2480,
  hidden: true,
  conduct: 0.7,
};

runAfterLoad(function () {
  reactList("stable_francium", eLists.WATER, { elem1: "francium_hydroxide", elem2: [null, null, "big_pop"], func: franciumHydroxide });
});

elements.molten_stable_francium = {
  behavior: behaviors.LIQUID,
  reactions: {
    steam: { elem1: "francium_hydroxide", elem2: [null, null, "big_pop"], func: franciumHydroxide },
    rad_steam: { elem1: "francium_hydroxide", elem2: [null, null, "big_pop"], func: franciumHydroxide },
  },
  tempLow: 27,
  state: "liquid",
  hidden: true,
  density: 2480,
  conduct: 0.7,
};

runAfterLoad(function () {
  reactList("molten_stable_francium", eLists.WATER, { elem1: "francium_hydroxide", elem2: [null, null, "big_pop"], func: franciumHydroxide });
});

elements.big_pop = {
  color: ["#ffb48f", "#ffd991", "#ffad91"],
  behavior: ["XX|XX|XX", "XX|EX:10|XX", "XX|XX|XX"],
  category: "energy",
  state: "gas",
  density: 1000,
  excludeRandom: true,
  hidden: true,
};

createSalt("potassium_salt", "potassium_salt_water", ["#f2f2f2", "#e0e0e0"], "#416ed1", false, false, 292, -2, 102, 3980, 1026, "POTASSIUM", "CHLORIDE");

elements.potassium.reactions = {
  chlorine: { elem1: "potassium_salt", elem2: null, chance: 0.05 },
  smog: { elem1: ["potassium_hydroxide", "pop"], elem2: ["hydrogen", "pop", "fire"], chance: 0.01, temp2: 400 },
  electric: { elem1: [null, "pop"], elem2: ["pop", "fire"], chance: 0.05, temp2: 400 },
};

runAfterLoad(function () {
  reactList("potassium", eLists.WATER, { elem1: ["potassium_hydroxide", "pop"], elem2: ["hydrogen", "pop", "fire"], chance: 0.01, temp2: 400 });
});

elements.molten_potassium.reactions = {
  chlorine: { elem1: "potassium_salt", elem2: null, chance: 0.05 },
  smog: { elem1: ["potassium_hydroxide", "pop"], elem2: ["hydrogen", "pop", "fire"], chance: 0.01, temp2: 400 },
  electric: { elem1: [null, "pop"], elem2: ["pop", "fire"], chance: 0.05, temp2: 400 },
};

runAfterLoad(function () {
  reactList("molten_potassium", eLists.WATER, { elem1: ["potassium_hydroxide", "pop"], elem2: ["hydrogen", "pop", "fire"], chance: 0.01, temp2: 400 });
});

elements.molten_salt = {};
elements.molten_potassium_salt = {};

elements.molten_salt.reactions = {};
elements.molten_salt.reactions.aluminum = { elem1: ["sodium", "chlorine"], charged: true, chance: 0.0025 };
elements.molten_salt.reactions.zinc = { elem1: ["sodium", "chlorine"], charged: true, chance: 0.015 };
elements.molten_salt.reactions.steel = { elem1: ["sodium", "chlorine"], charged: true, chance: 0.0125 };
elements.molten_salt.reactions.iron = { elem1: ["sodium", "chlorine"], charged: true, chance: 0.0125 };
elements.molten_salt.reactions.tin = { elem1: ["sodium", "chlorine"], charged: true, chance: 0.01 };
elements.molten_salt.reactions.lead = { elem1: ["sodium", "chlorine"], charged: true, chance: 0.01 };
elements.molten_salt.reactions.brass = { elem1: ["sodium", "chlorine"], charged: true, chance: 0.001 };
elements.molten_salt.reactions.bronze = { elem1: ["sodium", "chlorine"], charged: true, chance: 0.001 };
elements.molten_salt.reactions.copper = { elem1: ["sodium", "chlorine"], charged: true, chance: 0.0075 };
elements.molten_salt.reactions.silver = { elem1: ["sodium", "chlorine"], charged: true, chance: 0.0075 };
elements.molten_salt.reactions.gold = { elem1: ["sodium", "chlorine"], charged: true, chance: 0.0075 };
elements.molten_salt.conduct = 0.7;

elements.molten_potassium_salt.reactions = {};
elements.molten_potassium_salt.reactions.aluminum = { elem1: ["potassium", "chlorine"], charged: true, chance: 0.0025 };
elements.molten_potassium_salt.reactions.zinc = { elem1: ["potassium", "chlorine"], charged: true, chance: 0.015 };
elements.molten_potassium_salt.reactions.steel = { elem1: ["potassium", "chlorine"], charged: true, chance: 0.0125 };
elements.molten_potassium_salt.reactions.iron = { elem1: ["potassium", "chlorine"], charged: true, chance: 0.0125 };
elements.molten_potassium_salt.reactions.tin = { elem1: ["potassium", "chlorine"], charged: true, chance: 0.01 };
elements.molten_potassium_salt.reactions.lead = { elem1: ["potassium", "chlorine"], charged: true, chance: 0.01 };
elements.molten_potassium_salt.reactions.brass = { elem1: ["potassium", "chlorine"], charged: true, chance: 0.001 };
elements.molten_potassium_salt.reactions.bronze = { elem1: ["potassium", "chlorine"], charged: true, chance: 0.001 };
elements.molten_potassium_salt.reactions.copper = { elem1: ["potassium", "chlorine"], charged: true, chance: 0.0075 };
elements.molten_potassium_salt.reactions.silver = { elem1: ["potassium", "chlorine"], charged: true, chance: 0.0075 };
elements.molten_potassium_salt.reactions.gold = { elem1: ["potassium", "chlorine"], charged: true, chance: 0.0075 };
elements.molten_potassium_salt.conduct = 0.7;
elements.molten_potassium_salt.burn = 0;
elements.molten_potassium.burn = 0;

//Hall–Heroult process
elements.molten_cryolite_solution = {};
elements.molten_cryolite_solution.reactions = {};
elements.molten_cryolite_solution.reactions.charcoal = { elem1: "molten_aluminum", elem2: "carbon_dioxide" };

elements.niter = {
  color: "#f0efcc",
  behavior: behaviors.POWDER,
  reactions: {
    plant: { elem1: "plant", chance: 0.05 },
    wheat_seed: { elem1: "wheat", chance: 0.05 },
    grass: { elem1: "grass", chance: 0.05 },
    grass_seed: { elem1: "grass", chance: 0.05 },
    bamboo_plant: { elem1: "bamboo", chance: 0.05 },
    flower_seed: { elem1: "flower_seed", chance: 0.05 },
    petal: { elem1: "flower_seed", chance: 0.05 },
    vine: { elem1: "vine", chance: 0.05 },
    sapling: { elem1: "tree_branch", chance: 0.05 },
    tree_branch: { elem1: "tree_branch", chance: 0.05 },
    corn_seed: { elem1: "corn", chance: 0.05 },
    root: { elem1: "root", chance: 0.05 },
    dirt: { elem1: "grass", chance: 0.05 },
    mud: { elem1: "grass", chance: 0.05 },
    potato_seed: { elem1: "potato", chance: 0.05 },
    yeast: { elem1: "yeast", chance: 0.05 },
    sulfur: { elem1: "gunpowder", elem2: null },
    ice: { elem1: null, elem2: "niter_solution", chance: 0.1 },
    rime: { elem1: null, elem2: "niter_solution", chance: 0.075 },
    snow: { elem1: null, elem2: "niter_solution", chance: 0.25 },
    packed_snow: { elem1: null, elem2: "niter_solution", chance: 0.05 },
    packed_ice: { elem1: null, elem2: "niter_solution", chance: 0.01 },
    water: { elem2: "niter_solution", elem1: null },
  },
  tempHigh: 334,
  stateHigh: "fire",
  category: "powders",
  state: "solid",
  density: 2109,
};
createSalt("niter", "niter_solution", "#f0efcc", blendColors("#f0efcc", "#2167ff", 0.75), false, true, 334, -2, 102, 2109, 1011, "POTASSIUM", "NITRATE");
elements["niter"].stateHigh = "fire";
elements["niter"].reactions = Object.assign(elements["niter"].reactions, {
  plant: { elem1: "plant", chance: 0.05 },
  wheat_seed: { elem1: "wheat", chance: 0.05 },
  grass: { elem1: "grass", chance: 0.05 },
  grass_seed: { elem1: "grass", chance: 0.05 },
  bamboo_plant: { elem1: "bamboo", chance: 0.05 },
  flower_seed: { elem1: "flower_seed", chance: 0.05 },
  petal: { elem1: "flower_seed", chance: 0.05 },
  vine: { elem1: "vine", chance: 0.05 },
  sapling: { elem1: "tree_branch", chance: 0.05 },
  tree_branch: { elem1: "tree_branch", chance: 0.05 },
  corn_seed: { elem1: "corn", chance: 0.05 },
  root: { elem1: "root", chance: 0.05 },
  dirt: { elem1: "grass", chance: 0.05 },
  mud: { elem1: "grass", chance: 0.05 },
  potato_seed: { elem1: "potato", chance: 0.05 },
  yeast: { elem1: "yeast", chance: 0.05 },
  sulfur: { elem1: "gunpowder", elem2: null },
});
elements["niter_solution"].reactions = Object.assign(elements["niter_solution"].reactions, {
  plant: { elem1: "plant", chance: 0.05 },
  wheat_seed: { elem1: "wheat", chance: 0.05 },
  grass: { elem1: "grass", chance: 0.05 },
  grass_seed: { elem1: "grass", chance: 0.05 },
  bamboo_plant: { elem1: "bamboo", chance: 0.05 },
  flower_seed: { elem1: "flower_seed", chance: 0.05 },
  petal: { elem1: "flower_seed", chance: 0.05 },
  vine: { elem1: "vine", chance: 0.05 },
  sapling: { elem1: "tree_branch", chance: 0.05 },
  tree_branch: { elem1: "tree_branch", chance: 0.05 },
  corn_seed: { elem1: "corn", chance: 0.05 },
  root: { elem1: "root", chance: 0.05 },
  dirt: { elem1: "grass", chance: 0.05 },
  mud: { elem1: "grass", chance: 0.05 },
  potato_seed: { elem1: "potato", chance: 0.05 },
  yeast: { elem1: "yeast", chance: 0.05 },
  sulfur: { elem1: "gunpowder", elem2: "water" },
});
delete elements["molten_niter"];

elements.potassium_salt.hidden = false;

elements.fluorite = {
  color: ["#8fc4f2", "#d0e5f7"],
  behavior: behaviors.POWDER,
  category: "land",
  density: 3180,
  state: "solid",
  tempHigh: 1418,
  reactions: {
    sulfuric_acid: { elem1: "hydrogen_fluoride", elem2: "chalk" },
  },
};

eListAddIon("CALCIUM", "fluorite");
eListAddIon("FLUORIDE", "fluorite");
eListAddIon("CALCIUM", "molten_fluorite");
eListAddIon("FLUORIDE", "molten_fluorite");
eListAdd("INSOLUBLE", "fluorite");
eListAddIon("CALCIUM", "chalk");
eListAddIon("SULFATE", "chalk");
eListAddIon("CALCIUM", "molten_chalk");
eListAddIon("SULFATE", "molten_chalk");
eListAdd("INSOLUBLE", "chalk");

elements.sulfuric_acid.ignore.push("chalk", "fluorite");
elements.sulfuric_acid_gas.ignore.push("chalk", "fluorite");

elements.hydrogen_fluoride.ignore.push("chalk", "fluorite");
elements.liquid_hydrogen_fluoride.ignore.push("chalk", "fluorite");

elements.chalk = {
  color: ["#e0e0e0", "#bfbfbf"],
  behavior: behaviors.POWDER,
  category: "land",
  density: 2320,
  state: "solid",
  tempHigh: 1460,
  stain: 0.05,
};

elements.sulfur.reactions.fluorine = { elem1: "sulfur_hexafluoride", elem2: "fire" };

elements.sulfur_hexafluoride = {
  color: "#f2ff00",
  behavior: behaviors.GAS,
  category: "gases",
  density: 6.17,
  state: "gas",
  tempLow: -50.8,
};

elements.liquid_sulfur_hexafluoride = {
  tempLow: -64,
};

createAcid("hexafluorosilicic_acid", structuredClone(defaultAcidReactions), structuredClone(defaultAcidGasReactions), ["#ebeed8", "#f9ffc2", "#c7e189"], true, true, 100, 100, 0, 1000, 1460, 1, "HEXAFLUOROSILICATE");

eLists.ACID.push("hexafluorosilicic_acid");
eLists.ACIDGAS.push("hexafluorosilicic_acid_gas");

elements.hydrofluoric_acid.ignore.push("sand", "hexafluorosilicic_acid", "hexafluorosilicic_acid_gas", "potassium_carbonate", "potassium_fluoride", "carbon_dioxide", "hydrogen");
elements.hydrofluoric_acid_gas.ignore.push("sand", "hexafluorosilicic_acid", "hexafluorosilicic_acid_gas", "potassium_carbonate", "potassium_fluoride", "carbon_dioxide", "hydrogen");
elements.hydrogen_fluoride.ignore.push("sand", "hexafluorosilicic_acid", "hexafluorosilicic_acid_gas", "potassium_carbonate", "potassium_fluoride", "carbon_dioxide", "hydrogen");
elements.liquid_hydrogen_fluoride.ignore.push("sand", "hexafluorosilicic_acid", "hexafluorosilicic_acid_gas", "potassium_carbonate", "potassium_fluoride", "carbon_dioxide", "hydrogen");
elements.hexafluorosilicic_acid.ignore.push("sand");
elements.hexafluorosilicic_acid_gas.ignore.push("sand");

acidReact("hydrofluoric_acid", "sand", "hexafluorosilicic_acid", "fire", 0);
acidReact("hydrofluoric_acid_gas", "sand", "hexafluorosilicic_acid", "fire", 0);
acidReact("hydrofluoric_acid", "potassium_carbonate", "potassium_fluoride_solution", "carbon_dioxide", 100);
acidReact("hydrofluoric_acid_gas", "potassium_carbonate", "potassium_fluoride_solution", "carbon_dioxide", 100);
acidReact("hydrogen_fluoride", "potassium_carbonate", "potassium_fluoride_solution", "carbon_dioxide", 100);
acidReact("liquid_hydrogen_fluoride", "potassium_carbonate", "potassium_fluoride_solution", "carbon_dioxide", 100);

acidReact("hydrofluoric_acid", "potassium_carbonate_solution", "potassium_fluoride_solution", "carbon_dioxide", 100);
acidReact("hydrofluoric_acid_gas", "potassium_carbonate_solution", "potassium_fluoride_solution", "carbon_dioxide", 100);
acidReact("hydrogen_fluoride", "potassium_carbonate_solution", "potassium_fluoride_solution", "carbon_dioxide", 100);
acidReact("liquid_hydrogen_fluoride", "potassium_carbonate_solution", "potassium_fluoride_solution", "carbon_dioxide", 100);

acidReact("hydrofluoric_acid", "potassium_fluoride", "fluorine", "potassium_fluoride_solution", 100);
acidReact("hydrofluoric_acid_gas", "potassium_fluoride", "fluorine", "potassium_fluoride_solution", 100);
acidReact("hydrofluoric_acid", "potassium_fluoride", "fluorine", ["potassium_fluoride_solution", null], 100);
acidReact("hydrofluoric_acid_gas", "potassium_fluoride", "fluorine", ["potassium_fluoride_solution", null], 100);

elements.fluorine.ignore.push("sand", "potassium_carbonate", "potassium_fluoride", "carbon_dioxide");
elements.liquid_fluorine.ignore.push("sand", "potassium_carbonate", "potassium_fluoride", "carbon_dioxide");

createSalt("potassium_carbonate", "potassium_carbonate_solution", "#e2e1e8", blendColors("#e2e1e8", "#2167ff", 0.75), true, true, 891, -2, 102, 2430, 1024, "POTASSIUM", "CARBONATE");
createSalt("potassium_fluoride", "potassium_fluoride_solution", "#e8e8e1", blendColors("#e8e8e1", "#2167ff", 0.75), true, true, 858, -2, 102, 2480, 1020, "POTASSIUM", "FLUORIDE");

elements.soy_sauce = {
  color: "#470500",
  behavior: behaviors.LIQUID,
  tempLow: -5,
  tempHigh: 105,
  state: "liquid",
  category: "liquids",
  density: 1200,
  stain: 0.5,
  stateHigh: ["steam", "steam", "steam", "steam", "salt"],
};

elements.bromine = {
  color: "#470500",
  behavior: behaviors.LIQUID,
  tick: function (pixel) {
    if (pixel.temp > 0 && Math.random() < 0.001) {
      changePixel(pixelMap[pixel.x][pixel.y], "bromine_gas", false);
    }
  },
  reactions: {
    water: { elem1: "pool_water", elem2: null },
    dirty_water: { elem2: "water" },
    potassium: { elem1: "potassium_bromide", elem2: "fire" },
    sodium: { elem1: "sodium_bromide", elem2: "fire" },
    virus: { elem2: null },
  },
  tempLow: -7.2,
  tempHigh: 58.8,
  state: "liquid",
  category: "liquids",
  density: 3102,
  stain: 0.5,
};

toxic("bromine", 0.1);

elements.bromine_gas = {
  behavior: behaviors.GAS,
  tick: function (pixel) {
    if (pixel.temp < 58.8 && pixel.temp > 0 && Math.random() < 0.01) {
      changePixel(pixelMap[pixel.x][pixel.y], "bromine", false);
    }
  },
  reactions: {
    water: { elem1: "pool_water", elem2: null },
    dirty_water: { elem2: "water" },
    potassium: { elem1: "potassium_bromide", elem2: "fire" },
    sodium: { elem1: "sodium_bromide", elem2: "fire" },
    virus: { elem2: null },
  },
  tempLow: 0,
  stateLow: "bromine",
  state: "gas",
  category: "gases",
  hidden: true,
  density: 7.59,
  stain: 0.5,
};

toxic("bromine_gas", 0.1);

createSalt("potassium_bromide", "potassium_bromide_solution", ["#fccaca", "#f7cbcb"], blendColors("#fccaca", "#2167ff", 0.75), false, true, 734, -2, 102, 2740, 1050, "POTASSIUM", "BROMIDE");
createSalt("sodium_bromide", "sodium_bromide_solution", ["#f5f4ed", "#f2f2eb"], blendColors("#f5f4ed", "#2167ff", 0.75), false, true, 747, -2, 102, 3210, 1040, "SODIUM", "BROMIDE");

elements.silver_bromide = {
  color: ["#fcfcca", "#f7f24f"],
  tick: function (pixel) {
    for (let i = -1; i <= 1; i++) {
      for (let j = -1; j <= 1; j++) {
        if (!isEmpty(pixel.x + i, pixel.y + j, true) && Math.random() < 0.1 && (pixelMap[pixel.x + i][pixel.y + j].element === "light" || pixelMap[pixel.x + i][pixel.y + j].element === "laser" || pixelMap[pixel.x + i][pixel.y + j].element === "liquid_light")) {
          let coords = circleCoords(pixel.x + i, pixel.y + j, 20);
          for (var n = 0; n < coords.length; n++) {
            let k = coords[n].x;
            let l = coords[n].y;
            let distance = (k - pixel.x - i) * (k - pixel.x - i) + (l - pixel.y - j) * (l - pixel.y - j);
            if (!isEmpty(k, l, true) && pixelMap[k][l].element === "silver_bromide") {
              if (distance <= 0) {
                console.log("silver bromide broke");
              }
              let rgb = hexToRGB(blendColors(RGBToHex2(toObject(pixelMap[k][l].color)), RGBToHex2(toObject(pixelMap[pixel.x + i][pixel.y + j].color)), 10 / (10 + distance)));
              pixelMap[k][l].color = "rgb(" + rgb.r + "," + rgb.g + "," + rgb.b + ")";
              //pixelMap[k][l].color = pixelColorPick(pixelMap[k][l],blendColors(RGBToHex2(toObject(pixelMap[k][l].color)),RGBToHex2(toObject(pixelMap[pixel.x+i][pixel.y+j].color)),1/distance));
            }
          }
          if (pixelMap[pixel.x + i][pixel.y + j].element === "light" || pixelMap[pixel.x + i][pixel.y + j].element === "laser") {
            deletePixel(pixel.x + i, pixel.y + j);
          }
        }
      }
    }
  },
  behavior: behaviors.POWDER,
  category: "powders",
  tempHigh: 430,
  state: "solid",
  density: 6470,
};

eListAddIon("SILVER", "silver_bromide");
eListAddIon("BROMIDE", "silver_bromide");
eListAdd("INSOLUBLE", "silver_bromide");
eListAddIon("SILVER", "molten_silver_bromide");
eListAddIon("BROMIDE", "molten_silver_bromide");

elements.nitric_acid.reactions["silver"] = { elem1: "nitrogen_dioxide", elem2: "silver_nitrate_solution" };
elements.nitric_acid_gas.reactions["silver"] = { elem1: "nitrogen_dioxide", elem2: "silver_nitrate_solution" };

elements.nitric_acid.ignore.push("silver", "silver_nitrate", "silver_nitrate_solution");
elements.nitric_acid_gas.ignore.push("silver", "silver_nitrate", "silver_nitrate_solution");

elements.molten_silver_nitrate = {
  tempHigh: 440,
  stateHigh: ["silver", "nitrogen_dioxide", "oxygen", "fire"],
};

createSalt("silver_nitrate", "silver_nitrate_solution", ["#cad7fc", "#cbd2f7"], blendColors("#cad7fc", "#2167ff", 0.5), true, true, 209, -2, 102, 4350, 1060, "SILVER", "NITRATE");

elements.silver_nitrate_solution.reactions["potassium_bromide"] = { elem1: "niter_solution", elem2: "silver_bromide" };
elements.silver_nitrate_solution.reactions["potassium_bromide_solution"] = { elem1: "niter_solution", elem2: "silver_bromide" };

createAcid("hydrobromic_acid", structuredClone(defaultAcidReactions), structuredClone(defaultAcidGasReactions), ["#ff3b3b", "#ca0000", "#9e7b7b"], true, true, 100, 100, 0, 1000, 1100, 1, "BROMIDE");

eLists.ACID.push("hydrobromic_acid");
eLists.ACIDGAS.push("hydrobromic_acid_gas");

acidReact("sulfuric_acid", "bromine", "sulfuric_acid", "hydrobromic_acid", 50);
acidReact("sulfuric_acid", "bromine_ice", "sulfuric_acid", "hydrobromic_acid", 50);
acidReact("sulfuric_acid", "bromine_gas", "sulfuric_acid", "hydrobromic_acid", 50);
acidReact("sulfuric_acid_gas", "bromine", "sulfuric_acid", "hydrobromic_acid", 50);
acidReact("sulfuric_acid_gas", "bromine_ice", "sulfuric_acid", "hydrobromic_acid", 50);
acidReact("sulfuric_acid_gas", "bromine_gas", "sulfuric_acid", "hydrobromic_acid", 50);

acidReact("sulfuric_acid", "potassium_salt", "potassium_sulfate", "acid", 50);
acidReact("sulfuric_acid_gas", "potassium_salt", "potassium_sulfate", "acid", 50);
acidReact("sulfuric_acid", "niter", "potassium_sulfate", "nitric_acid", 50);
acidReact("sulfuric_acid_gas", "niter", "potassium_sulfate", "nitric_acid", 50);
acidReact("sulfuric_acid", "potassium_bromide", "potassium_sulfate", "hydrobromic_acid", 50);
acidReact("sulfuric_acid_gas", "potassium_bromide", "potassium_sulfate", "hydrobromic_acid", 50);

createSalt("potassium_sulfate", "potassium_sulfate_solution", "#f0d8cc", blendColors("#f0d8cc", "#2167ff", 0.75), true, true, 1069, -2, 102, 2660, 1012, "POTASSIUM", "SULFATE");
elements["potassium_sulfate"].reactions = Object.assign(elements["potassium_sulfate"].reactions, {
  plant: { elem1: "plant", chance: 0.05 },
  wheat_seed: { elem1: "wheat", chance: 0.05 },
  grass: { elem1: "grass", chance: 0.05 },
  grass_seed: { elem1: "grass", chance: 0.05 },
  bamboo_plant: { elem1: "bamboo", chance: 0.05 },
  flower_seed: { elem1: "flower_seed", chance: 0.05 },
  petal: { elem1: "flower_seed", chance: 0.05 },
  vine: { elem1: "vine", chance: 0.05 },
  sapling: { elem1: "tree_branch", chance: 0.05 },
  tree_branch: { elem1: "tree_branch", chance: 0.05 },
  corn_seed: { elem1: "corn", chance: 0.05 },
  root: { elem1: "root", chance: 0.05 },
  dirt: { elem1: "grass", chance: 0.05 },
  mud: { elem1: "grass", chance: 0.05 },
  potato_seed: { elem1: "potato", chance: 0.05 },
  yeast: { elem1: "yeast", chance: 0.05 },
});
elements["potassium_sulfate_solution"].reactions = Object.assign(elements["potassium_sulfate_solution"].reactions, {
  plant: { elem1: "plant", chance: 0.05 },
  wheat_seed: { elem1: "wheat", chance: 0.05 },
  grass: { elem1: "grass", chance: 0.05 },
  grass_seed: { elem1: "grass", chance: 0.05 },
  bamboo_plant: { elem1: "bamboo", chance: 0.05 },
  flower_seed: { elem1: "flower_seed", chance: 0.05 },
  petal: { elem1: "flower_seed", chance: 0.05 },
  vine: { elem1: "vine", chance: 0.05 },
  sapling: { elem1: "tree_branch", chance: 0.05 },
  tree_branch: { elem1: "tree_branch", chance: 0.05 },
  corn_seed: { elem1: "corn", chance: 0.05 },
  root: { elem1: "root", chance: 0.05 },
  dirt: { elem1: "grass", chance: 0.05 },
  mud: { elem1: "grass", chance: 0.05 },
  potato_seed: { elem1: "potato", chance: 0.05 },
  yeast: { elem1: "yeast", chance: 0.05 },
});

createSalt("sodium_chlorate", "sodium_chlorate_solution", "#cff0cc", blendColors("#cff0cc", "#2167ff", 0.25), true, true, 255, -2, 102, 2490, 1011, "SODIUM", "CHLORATE");
elements.sodium_chlorate.stateHigh = "fire";
elements.sodium_chlorate_solution.reactions["gold"] = { elem1: "sodium_perchlorate_solution", charged: true, chance: 0.1 };

elements.chlorine.reactions["bleach"] = { elem1: "sodium_chlorate_solution", elem2: null };
delete elements["molten_sodium_chlorate"];

createSalt("sodium_perchlorate", "sodium_perchlorate_solution", "#cff0cc", blendColors("#d6f0cc", "#2167ff", 0.25), true, true, 468, -2, 102, 2499, 1011, "SODIUM", "PERCHLORATE");
elements.sodium_perchlorate.stateHigh = "fire";
elements.sodium_perchlorate.reactions["acid"] = { elem1: "perchloric_acid", elem2: "salt" };
elements.sodium_perchlorate_solution.reactions["acid"] = { elem1: "perchloric_acid", elem2: "salt_water" };

elements.acid.ignore.push("salt", "sodium_perchlorate", "sodium_perchlorate_solution");
elements.acid_gas.ignore.push("salt", "sodium_perchlorate", "sodium_perchlorate_solution");
delete elements["molten_sodium_perchlorate"];

createAcid("perchloric_acid", structuredClone(defaultAcidReactions), structuredClone(defaultAcidGasReactions), ["#ff963b", "#ca6800", "#c48a56"], true, true, 100, 100, 0, 1000, 1768, 1, "PERCHLORATE");

elements.perchloric_acid.tick = function (pixel) {
  let change = false;
  for (let i = -1; i <= 1; i++) {
    for (let j = -1; j <= 1; j++) {
      if (!(i === 0 && j === 0) && !isEmpty(pixel.x + i, pixel.y + j, true) && !elements[pixel.element].ignore.includes(pixelMap[pixel.x + i][pixel.y + j].element)) {
        if (!elements[pixelMap[pixel.x + i][pixel.y + j].element].hardness || Math.random() > elements[pixelMap[pixel.x + i][pixel.y + j].element].hardness) {
          changePixel(pixelMap[pixel.x + i][pixel.y + j], "fire");
          change = true;
        }
      }
    }
  }
  if (change) {
    if (Math.random() < 0.2) {
      changePixel(pixel, "big_pop");
    } else {
      deletePixel(pixel.x, pixel.y);
      return;
    }
  } else {
    behaviors.LIQUID(pixel);
  }
};
delete elements.perchloric_acid.behavior;
elements.perchloric_acid.burn = 0;
elements.perchloric_acid.ignore.push("fire", "smoke");

elements.perchloric_acid_gas.tick = function (pixel) {
  let change = false;
  for (let i = -1; i <= 1; i++) {
    for (let j = -1; j <= 1; j++) {
      if (!(i === 0 && j === 0) && !isEmpty(pixel.x + i, pixel.y + j, true) && !elements[pixel.element].ignore.includes(pixelMap[pixel.x + i][pixel.y + j].element)) {
        if (!elements[pixelMap[pixel.x + i][pixel.y + j].element].hardness || Math.random() > elements[pixelMap[pixel.x + i][pixel.y + j].element].hardness) {
          changePixel(pixelMap[pixel.x + i][pixel.y + j], "fire");
          change = true;
        }
      }
    }
  }
  if (change) {
    if (Math.random() < 0.2) {
      changePixel(pixel, "big_pop");
    } else {
      deletePixel(pixel.x, pixel.y);
      return;
    }
  } else {
    behaviors.GAS(pixel);
  }
};
elements.perchloric_acid_gas.behavior = ["XX|XX|XX", "XX|XX|XX", "XX|XX|XX"];
elements.perchloric_acid_gas.burn = 0;
elements.perchloric_acid_gas.ignore.push("fire", "smoke");

eLists.ACID.push("perchloric_acid");
eLists.ACIDGAS.push("perchloric_acid_gas");

acidReact("perchloric_acid", "ammonia", "rocket_fuel", null, 100);
acidReact("perchloric_acid_gas", "ammonia", "rocket_fuel", null, 100);

elements.perchloric_acid.ignore.push("salt", "sodium_perchlorate", "sodium_perchlorate_solution");
elements.perchloric_acid_gas.ignore.push("salt", "sodium_perchlorate", "sodium_perchlorate_solution");

elements.rocket_fuel = {
  color: "#edcfca",
  behavior: behaviors.POWDER,
  tempHigh: 200,
  stateHigh: "big_explosion",
  category: "weapons",
  state: "solid",
  density: 1950,
  burn: 100,
  burnTime: 100,
  burnInto: "big_explosion",
  excludeRandom: true,
};

elements.big_explosion = {
  color: ["#ffb48f", "#ffd991", "#ffad91"],
  behavior: ["XX|XX|XX", "XX|EX:20|XX", "XX|XX|XX"],
  temp: 300,
  category: "energy",
  state: "gas",
  density: 1000,
  excludeRandom: true,
  noMix: true,
};

elements.iodine = {
  color: ["#240030", "#15061a", "#752191"],
  behavior: behaviors.POWDER,
  tick: function (pixel) {
    if (pixel.temp > 25 && Math.random() < 0.001) {
      changePixel(pixelMap[pixel.x][pixel.y], "iodine_gas", false);
    }
  },
  reactions: {
    water: { elem1: "disinfectant", elem2: null },
    dirty_water: { elem2: "water" },
    potato: { color2: "#3e0252" },
    bread: { color2: "#3e0252" },
    toast: { color2: "#3e0252" },
    flour: { color2: "#3e0252" },
    dough: { color2: "#3e0252" },
    batter: { color2: "#3e0252" },
    hydrogen: { elem1: "hydrogen_iodide", elem2: null },
    hydrogen_sulfide: { elem1: "hydrogen_iodide", elem2: "sulfur" },
    algae: { elem2: null, chance: 0.035 },
    cell: { elem2: null, chance: 0.02 },
    plague: { elem2: null },
    virus: { elem2: null },
  },
  tempHigh: 113,
  stateHigh: "molten_iodine",
  state: "solid",
  category: "powders",
  density: 4933,
  stain: 0.01,
};

elements.molten_iodine = {
  color: ["#360147", "#2b0d36", "#9b2ebf"],
  forceAutoGen: true,
  behavior: behaviors.LIQUID,
  tempHigh: 184,
  tempLow: 113,
  temp: 123,
  stateHigh: "iodine_gas",
  stateLow: "iodine",
  state: "liquid",
  hidden: true,
  category: "liquids",
};

elements.iodine_gas = {
  behavior: behaviors.GAS,
  tick: function (pixel) {
    if (pixel.temp < 113 && pixel.temp > 25 && Math.random() < 0.01) {
      changePixel(pixelMap[pixel.x][pixel.y], "iodine", false);
    }
  },
  tempLow: 25,
  stateLow: "iodine",
  state: "gas",
  category: "gases",
  hidden: true,
  density: 11.27,
  stain: 0.01,
};

elements.disinfectant = {
  color: "#2d004f",
  behavior: behaviors.LIQUID,
  reactions: {
    blood: { elem1: null, elem2: "water" },
    dirty_water: { elem2: "water" },
    plague: { elem2: null },
    virus: { elem2: null },
    infection: { elem2: null },
    mushroom_spore: { elem2: null },
    lichen: { elem2: null },
    rotten_meat: { elem2: "meat" },
    rotten_cheese: { elem2: "cheese" },
    stench: { elem2: null },
    cancer: { elem2: null, chance: 0.01 },
    rat: { elem2: null, chance: 0.01 },
    ant: { elem2: "dead_bug", chance: 0.1 },
    bee: { elem2: "dead_bug", chance: 0.1 },
    fly: { elem2: "dead_bug", chance: 0.1 },
    firefly: { elem2: "dead_bug", chance: 0.1 },
    worm: { elem2: "dead_bug", chance: 0.1 },
    flea: { elem2: "dead_bug", chance: 0.1 },
    termite: { elem2: "dead_bug", chance: 0.1 },
    stink_bug: { elem2: "dead_bug", chance: 0.1 },
  },
  tempHigh: 100,
  tempLow: 0,
  stateHigh: ["steam", "iodine"],
  state: "liquid",
  category: "liquids",
  density: 1020,
  stain: 0.01,
};

createAcid("hydroiodic_acid", structuredClone(defaultAcidReactions), structuredClone(defaultAcidGasReactions), ["#9670ff", "#da6afc", "#a77af5", "#9670ff", "#da6afc", "#a77af5", "#633a1d"], true, true, 100, 100, 0, 1000, 1150, 1, "IODIDE");

elements.hydrogen_iodide = {
  color: "#aa8df2",
  behavior: behaviors.GAS,
  reactions: {
    water: { elem1: "hydroiodic_acid", elem2: null },
    salt_water: { elem1: "hydroiodic_acid", elem2: null },
    sugar_water: { elem1: "hydroiodic_acid", elem2: null },
    dirty_water: { elem1: "hydroiodic_acid", elem2: null },
    seltzer: { elem1: "hydroiodic_acid", elem2: null },
    pool_water: { elem1: "hydroiodic_acid", elem2: null },
    primordial_soup: { elem1: "hydroiodic_acid", elem2: null },
    steam: { elem1: "hydroiodic_acid_gas", elem2: null },
    neutral_acid: { elem1: "hydroiodic_acid", elem2: null },
  },
  state: "gas",
  category: "gases",
  hidden: true,
  density: 2.85,
  tempLow: -35.4,
  stateLow: "liquid_hydrogen_iodide",
  forceAutoGen: true,
};

runAfterLoad(function () {
  reactList("hydrogen_iodide", eLists.WATER, { elem1: "hydroiodic_acid", elem2: null });
});

elements.liquid_hydrogen_iodide = {
  reactions: {
    water: { elem1: "hydroiodic_acid", elem2: null },
    salt_water: { elem1: "hydroiodic_acid", elem2: null },
    sugar_water: { elem1: "hydroiodic_acid", elem2: null },
    dirty_water: { elem1: "hydroiodic_acid", elem2: null },
    seltzer: { elem1: "hydroiodic_acid", elem2: null },
    pool_water: { elem1: "hydroiodic_acid", elem2: null },
    primordial_soup: { elem1: "hydroiodic_acid", elem2: null },
    steam: { elem1: "hydroiodic_acid_gas", elem2: null },
    neutral_acid: { elem1: "hydroiodic_acid", elem2: null },
  },
  state: "liquid",
  tempLow: -50.8,
};

runAfterLoad(function () {
  reactList("liquid_hydrogen_iodide", eLists.WATER, { elem1: "hydroiodic_acid", elem2: null });
});

elements.hydroiodic_acid.ignore.push("hydrogen_iodide", "liquid_hydrogen_iodide", "hydrogen_iodide_ice");
elements.hydroiodic_acid_gas.ignore.push("hydrogen_iodide", "liquid_hydrogen_iodide", "hydrogen_iodide_ice");

eListAddIon("HYDROGEN", "hydrogen_iodide");
eListAddIon("IODIDE", "hydrogen_iodide");
eListAddIon("HYDROGEN", "liquid_hydrogen_iodide");
eListAddIon("IODIDE", "liquid_hydrogen_iodide");
eListAddIon("HYDROGEN", "hydroiodic_acid");
eListAddIon("IODIDE", "hydroiodic_acid");
eListAddIon("HYDROGEN", "hydroiodic_acid_gas");
eListAddIon("IODIDE", "hydroiodic_acid_gas");
runAfterLoad(function () {
  reactList("hydroiodic_acid", eLists.WATER, { elem2: "dirty_water" });
  reactList("hydroiodic_acid_gas", eLists.WATER, { elem2: "dirty_water" });
  delete elements.hydroiodic_acid.reactions["dirty_water"];
  delete elements.hydroiodic_acid_gas.reactions["dirty_water"];
});

elements.bauxite = {
  color: ["#915a30", "#cc7533"],
  behavior: behaviors.POWDER,
  category: "land",
  density: 2420,
  state: "solid",
  tempHigh: 300,
};

elements.spent_sodium_aluminate_solution = {
  color: ["#696380", "#7a759e"],
  behavior: behaviors.LIQUID,
  category: "liquids",
  hidden: true,
  density: 1005,
  state: "liquid",
  tempHigh: 100,
  stateHigh: ["sodium_aluminate", "sodium_aluminate", "sodium_aluminate", "gallium", "steam", "steam", "steam", "steam"],
};

createSalt("sodium_aluminate", "sodium_aluminate_solution", ["#e6c9b3", "#ebc8ad"], ["#bdb3e6", "#b4adeb"], true, true, 1650, -2, 102, 1500, 1005, "SODIUM", "ALUMINATE");
elements.sodium_aluminate_solution.reactions["carbon_dioxide"] = { elem1: "aluminum_hydroxide", elem2: ["sodium_carbonate_solution", "spent_sodium_aluminate_solution"] };

createSalt("sodium_carbonate", "sodium_carbonate_solution", "#d8dae6", ["#c5c1d6", "#afacc2"], true, true, 851, -2, 102, 2540, 1010, "SODIUM", "CARBONATE");
createSalt("ammonium_chloride", "ammonium_chloride_solution", "#daeced", ["#a299c7", "#7e76b3"], true, true, 338, -2, 102, 1519, 1008, "AMMONIUM", "CHLORIDE");
elements["ammonium_chloride"].stateHigh = ["ammonia", "acid_gas"];
delete elements["molten_ammonium_chloride"];
acidReact("acid_gas", "ammonia", "ammonium_chloride", null, 0);

elements.aluminum_hydroxide = {
  color: "#d1cbcb",
  behavior: behaviors.POWDER,
  category: "powders",
  hidden: true,
  density: 2420,
  state: "solid",
  tempHigh: 300,
  stateHigh: ["alumina", "steam"],
};

eListAddIon("ALUMINUM", "aluminum_hydroxide");
eListAddIon("HYDROXIDE", "aluminum_hydroxide");
eListAdd("INSOLUBLE", "aluminum_hydroxide");

elements.alumina = {
  color: "#d1cbcb",
  behavior: behaviors.SOLID,
  category: "solids",
  density: 3987,
  state: "solid",
  tempHigh: 2072,
  reactions: {
    molten_cryolite_mixture: { elem1: "molten_cryolite_solution", elem2: "molten_cryolite_solution" },
  },
};

eListAddIon("ALUMINUM", "alumina");
eListAddIon("OXIDE", "alumina");
eListAdd("INSOLUBLE", "alumina");

eListAddIon("ALUMINUM", "molten_alumina");
eListAddIon("OXIDE", "molten_alumina");

elements.cryolite = {
  color: ["#9ab6d9", "#dae4f0"],
  behavior: behaviors.POWDER,
  category: "land",
  density: 2900,
  state: "solid",
  tempHigh: 950,
  reactions: {
    aluminum_trifluoride: { elem1: "cryolite_mixture", elem2: "cryolite_mixture" },
  },
};

eListAddIon("SODIUM", "cryolite");
eListAddIon("HEXAFLUOROALUMINATE", "cryolite");
eListAdd("INSOLUBLE", "cryolite");

eListAddIon("SODIUM", "molten_cryolite");
eListAddIon("HEXAFLUOROALUMINATE", "molten_cryolite");

elements.aluminum_trifluoride = {
  color: ["#ebf4ff", "#e3fdff"],
  behavior: behaviors.POWDER,
  category: "powders",
  hidden: true,
  density: 3100,
  state: "solid",
  tempHigh: 1290,
};

eListAddIon("ALUMINUM", "aluminum_trifluoride");
eListAddIon("FLUORIDE", "aluminum_trifluoride");
eListAdd("INSOLUBLE", "aluminum_trifluoride");

eListAddIon("ALUMINUM", "aluminum_trifluoride_gas");
eListAddIon("FLUORIDE", "aluminum_trifluoride_gas");

elements.molten_aluminum_trifluoride = {
  tempHigh: 1290,
  tempLow: 1290,
};

elements.aluminum_trifluoride_gas = {
  tempLow: 1290,
  state: "gas",
  stateLow: "molten_aluminum_trifluoride",
};

elements.cryolite_mixture = {
  color: [blendColors("#9ab6d9", "#ebf4ff"), blendColors("#dae4f0", "#e3fdff")],
  behavior: behaviors.POWDER,
  category: "powders",
  hidden: true,
  density: 2910,
  state: "solid",
  tempHigh: 950,
};

elements.cryolite_solution = {
  color: [blendColors(blendColors("#9ab6d9", "#ebf4ff"), "#d1cbcb"), blendColors(blendColors("#dae4f0", "#e3fdff"), "#d1cbcb")],
  behavior: behaviors.POWDER,
  category: "powders",
  hidden: true,
  density: 2920,
  state: "solid",
  tempHigh: 950,
};

createSalt("sodium_fluoride", "sodium_fluoride_solution", ["#8aebce", "#b9edde"], ["#8ad0eb", "#b9e3ed"], false, true, 993, -2, 102, 2558, 1012, "SODIUM", "FLUORIDE");

elements.magnesium_fluoride = {
  color: ["#aaabae", "#a9adae"],
  behavior: behaviors.POWDER,
  category: "powders",
  density: 3148,
  state: "solid",
  tempHigh: 1263,
  reactions: {
    sulfuric_acid: { elem1: "hydrogen_fluoride", elem2: "epsom_salt" },
  },
  hidden: true,
};

eListAddIon("MAGNESIUM", "magnesium_fluoride");
eListAddIon("FLUORIDE", "magnesium_fluoride");
eListAdd("INSOLUBLE", "magnesium_fluoride");

eListAddIon("MAGNESIUM", "molten_magnesium_fluoride");
eListAddIon("FLUORIDE", "molten_magnesium_fluoride");

elements.sulfuric_acid.ignore.push("epsom_salt", "magnesium_fluoride");
elements.sulfuric_acid_gas.ignore.push("epsom_salt", "magnesium_fluoride");

elements.hydrogen_fluoride.ignore.push("epsom_salt", "magnesium_fluoride");
elements.liquid_hydrogen_fluoride.ignore.push("epsom_salt", "magnesium_fluoride");

//boron

acidReact("acid", "borax", "boric_acid", "salt", 0);
acidReact("acid_gas", "borax", "boric_acid", "salt", 0);

elements.boric_acid = {
  color: "#fbffeb",
  behavior: behaviors.POWDER,
  category: "powders",
  density: 1435,
  state: "solid",
  tempHigh: 170,
  reactions: {
    hydrofluoric_acid: { elem1: "fluoroboric_acid", elem2: "dirty_water" },
    hydrofluoric_acid_gas: { elem1: "fluoroboric_acid_gas", elem2: "steam" },
    neutron: { elem2: null },
  },
};

acidReact("hydrofluoric_acid", "boric_acid", "fluoroboric_acid", "dirty_water", 50);
acidReact("hydrofluoric_acid_gas", "boric_acid", "fluoroboric_acid_gas", "steam", 50);

elements.hydrofluoric_acid.ignore.push("molten_boric_acid");
elements.hydrofluoric_acid_gas.ignore.push("molten_boric_acid");

elements.borax.hidden = false;

createSalt("sodium_sulfate", "sodium_sulfate_solution", "#f3f2f5", blendColors("#f3f2f5", "#2167ff", 0.5), true, true, 884, -2, 102, 2664, 1013, "SODIUM", "SULFATE");

acidReact("sulfuric_acid", "salt", "acid", "sodium_sulfate_solution");
acidReact("sulfuric_acid_gas", "salt", "acid", "sodium_sulfate_solution");
acidReact("sulfuric_acid", "salt_water", "acid", "sodium_sulfate_solution");
acidReact("sulfuric_acid_gas", "salt_water", "acid", "sodium_sulfate_solution");

eListAddIon("BORON", "boric_acid", "base");
eListAddIon("HYDROXIDE", "boric_acid", "base");
eListAddIon("BORATE", "boric_acid", "acid");
eListAddIon("HYDROGEN", "boric_acid", "acid");
eListAdd("INSOLUBLE", "boric_acid");

eListAddIon("BORON", "molten_boric_acid", "base");
eListAddIon("HYDROXIDE", "molten_boric_acid", "base");
eListAddIon("BORATE", "molten_boric_acid", "acid");
eListAddIon("HYDROGEN", "molten_boric_acid", "acid");

eListAdd("AMPHOTERIC", "boric_acid");
eListAdd("AMPHOTERIC", "molten_boric_acid");

eListAddIon("BORATE", "borax");
eListAddIon("SODIUM", "borax");
eListAdd("INSOLUBLE", "borax");

eListAddIon("BORATE", "molten_borax");
eListAddIon("SODIUM", "molten_borax");

elements.boron = {
  color: ["#80736a", "#a2999c", "#5e5544", "#292d2c"],
  behavior: behaviors.WALL,
  category: "solids",
  density: 2080,
  state: "solid",
  tempHigh: 2076,
  fireColor: ["#34eb67", "#5ceb34"],
  reactions: {
    chlorine: { elem1: "boron_trichloride", elem2: null },
    liquid_chlorine: { elem1: "boron_trichloride", elem2: null },
    fluorine: { elem1: "boron_trifluoride", elem2: null },
    liquid_fluorine: { elem1: "boron_trifluoride", elem2: null },
  },
};

elements.fluorine.ignore.push("boron", "molten_boron");
elements.liquid_fluorine.ignore.push("boron", "molten_boron");

elements.boron_trioxide = {
  color: "#c6c5c7",
  behavior: behaviors.POWDER,
  category: "powders",
  density: 2550,
  state: "solid",
  hidden: true,
  tempHigh: 450,
  fireColor: ["#34eb67", "#5ceb34"],
};

eListAddIon("BORON", "boron_trioxide");
eListAddIon("OXIDE", "boron_trioxide");
eListAdd("INSOLUBLE", "boron_trioxide");

eListAddIon("BORON", "molten_boron_trioxide");
eListAddIon("OXIDE", "molten_boron_trioxide");

elements.molten_boron_trioxide = {
  reactions: {
    chlorine: { elem1: "boron_trichloride", elem2: null },
  },
};

acidReact("sulfuric_acid", "borax", "boron_trioxide", "sodium_sulfate", 200);
acidReact("sulfuric_acid_gas", "borax", "boron_trioxide", "sodium_sulfate", 200);

acidReact("hydrofluoric_acid", "boron_trioxide", "boron_trifluoride", "fire", 0);
acidReact("hydrofluoric_acid_gas", "boron_trioxide", "boron_trifluoride", "fire", 0);

acidReact("hydrogen_fluoride", "boron_trioxide", "boron_trifluoride", "fire", 0);
acidReact("liquid_hydrogen_fluoride", "boron_trioxide", "boron_trifluoride", "fire", 0);

elements.boron_trifluoride = {
  color: "#d5d9ce",
  behavior: behaviors.GAS,
  category: "gases",
  density: 2.76,
  state: "gas",
  hidden: true,
  tempLow: -100.3,
  reactions: {
    steam: { elem1: "fluoroboric_acid_gas", elem2: "boric_acid" },
  },
};

eListAddIon("BORON", "boron_trifluoride");
eListAddIon("FLUORIDE", "boron_trifluoride");
eListAdd("INSOLUBLE", "boron_trifluoride");

runAfterLoad(function () {
  reactList("boron_trifluoride", eLists.WATER, { elem1: "fluoroboric_acid", elem2: "boric_acid" });
});

elements.liquid_boron_trifluoride = {
  tempLow: -126.8,
};

eListAddIon("BORON", "liquid_boron_trifluoride");
eListAddIon("FLUORIDE", "liquid_boron_trifluoride");
eListAddIon("BORON", "boron_trifluoride_ice");
eListAddIon("FLUORIDE", "boron_trifluoride_ice");

elements.boron_trichloride = {
  color: "#ddf0dd",
  behavior: behaviors.GAS,
  category: "gases",
  density: 4.9,
  state: "gas",
  hidden: true,
  tempLow: 12.6,
  reactions: {
    steam: { elem1: "acid_gas", elem2: "boric_acid" },
    hydrogen: { elem1: "boron", elem2: "acid_gas" },
  },
};

eListAddIon("BORON", "boron_trichloride");
eListAddIon("CHLORIDE", "boron_trichloride");
eListAddIon("BORON", "liquid_boron_trichloride");
eListAddIon("CHLORIDE", "liquid_boron_trichloride");
eListAddIon("BORON", "boron_trichloride_ice");
eListAddIon("CHLORIDE", "boron_trichloride_ice");
eListAdd("INSOLUBLE", "boron_trichloride");

runAfterLoad(function () {
  reactList("boron_trichloride", eLists.WATER, { elem1: "acid", elem2: "boric_acid" });
});

elements.liquid_boron_trichloride = {
  tempLow: -107.3,
};

runAfterLoad(function () {
  reactList("fluoroboric_acid", eLists.WATER, { elem2: "dirty_water" });
  reactList("fluoroboric_acid_gas", eLists.WATER, { elem2: "dirty_water" });
  delete elements.fluoroboric_acid.reactions["dirty_water"];
  delete elements.fluoroboric_acid_gas.reactions["dirty_water"];
});

createAcid("fluoroboric_acid", {}, {}, ["#3bffdb", "#00caaf", "#56c4a3"], true, true, 100, 100, 0, 1000, 1020, 1, "TETRAFLUOROBORATE");

elements.fluoroboric_acid.ignore.push("boron_trifluoride", "liquid_boron_trifluoride", "boron_trifluoride_ice");
elements.fluoroboric_acid_gas.ignore.push("boron_trifluoride", "liquid_boron_trifluoride", "boron_trifluoride_ice");
elements.fluoroboric_acid.ignore.push("boric_acid", "molten_boric_acid");
elements.fluoroboric_acid_gas.ignore.push("boric_acid", "molten_boric_acid");
elements.fluoroboric_acid.tick = function (pixel) {
  let change = false;
  for (let i = -1; i <= 1; i++) {
    for (let j = -1; j <= 1; j++) {
      if (!(i === 0 && j === 0) && !isEmpty(pixel.x + i, pixel.y + j, true) && !elements[pixel.element].ignore.includes(pixelMap[pixel.x + i][pixel.y + j].element)) {
        if (!elements[pixelMap[pixel.x + i][pixel.y + j].element].hardness || Math.random() > elements[pixelMap[pixel.x + i][pixel.y + j].element].hardness) {
          changePixel(pixelMap[pixel.x + i][pixel.y + j], "fire");
          change = true;
        }
      }
    }
  }
  if (change) {
    if (Math.random() < 0.2) {
      changePixel(pixel, "boron_trifluoride");
    } else {
      deletePixel(pixel.x, pixel.y);
      return;
    }
  } else {
    behaviors.LIQUID(pixel);
  }
};

delete elements.fluoroboric_acid.behavior;

elements.fluoroboric_acid_gas.tick = function (pixel) {
  let change = false;
  for (let i = -1; i <= 1; i++) {
    for (let j = -1; j <= 1; j++) {
      if (!(i === 0 && j === 0) && !isEmpty(pixel.x + i, pixel.y + j, true) && !elements[pixel.element].ignore.includes(pixelMap[pixel.x + i][pixel.y + j].element)) {
        if (!elements[pixelMap[pixel.x + i][pixel.y + j].element].hardness || Math.random() > elements[pixelMap[pixel.x + i][pixel.y + j].element].hardness) {
          changePixel(pixelMap[pixel.x + i][pixel.y + j], "fire");
          change = true;
        }
      }
    }
  }
  if (change) {
    if (Math.random() < 0.2) {
      changePixel(pixel, "boron_trifluoride");
    } else {
      deletePixel(pixel.x, pixel.y);
      return;
    }
  } else {
    behaviors.GAS(pixel);
  }
};

elements.fluoroboric_acid_gas.behavior = ["XX|XX|XX", "XX|XX|XX", "XX|XX|XX"];

elements.fluoroboric_acid.ignore.push("molten_boric_acid");
elements.fluoroboric_acid_gas.ignore.push("molten_boric_acid");

eLists.ACID.push("fluoroboric_acid");
eLists.ACIDGAS.push("fluoroboric_acid_gas");

acidReact("fluoroboric_acid", "sodium_carbonate", "sodium_tetrafluoroborate", ["carbon_dioxide,steam"], 50);
acidReact("fluoroboric_acid_gas", "sodium_carbonate", "sodium_tetrafluoroborate", ["carbon_dioxide,steam"], 50);
acidReact("fluoroboric_acid", "sodium_carbonate_solution", "sodium_tetrafluoroborate", ["seltzer,steam"], 50);
acidReact("fluoroboric_acid_gas", "sodium_carbonate_solution", "sodium_tetrafluoroborate", ["seltzer,steam"], 50);

behaviors.CAUSTIC = ["XX|DB%5|XX", "DB%5|XX|DB%5", "DB%5 AND M2|DB%10 AND M1|DB%5 AND M2"];
behaviors.MOLTEN_CAUSTIC = ["XX|DB%5 AND CR:fire%2.5|XX", "DB%5 AND M2|XX|DB%5 AND M2", "DB%5 AND M2|DB%10 AND M1|DB%5 AND M2"];
elements.sodium_hydride = {
  color: ["#9e9e9e", "#4f4f4f", "#616161", "#454545"],
  tempHigh: 638,
  stateHigh: ["sodium", "hydrogen"],
  behavior: behaviors.CAUSTIC,
  fireColor: "#ffff00",
  reactions: {
    chlorine: { elem1: "salt", elem2: "acid_gas" },
    vinegar: { elem1: "sodium_acetate", elem2: null, attr1: { foam: 15 } },
  },
  category: "powders",
  state: "solid",
  hidden: true,
  density: 1390,
  burn: 75,
  burnTime: 120,
};

eListAddIon("SODIUM", "sodium_hydride", "base");
eListAddIon("HYDRIDE", "sodium_hydride", "base");
eListAdd("INSOLUBLE", "sodium_hydride");

runAfterLoad(function () {
  reactList("sodium_hydride", eLists.WATER, { elem1: ["pop", "pop", "hydrogen", "hydrogen"], chance: 0.1, temp2: 250 });
});

eLists.CAUSTIC.push("sodium_hydride");
elements.sodium_hydride.ignore = defaultAcidIgnore.concat(eLists.CAUSTICIGNORE).concat(["sodium", "molten_sodium", "hydrogen"]);
acidIgnore(["sodium_hydride"]);

elements.molten_sodium.reactions.hydrogen = { elem1: "sodium_hydride", elem2: null };

elements.methanol.reactions.sodium = { elem1: "sodium_methoxide", elem2: "hydrogen", temp1: 200, temp2: 200 };
elements.methanol.reactions.molten_sodium = { elem1: "sodium_methoxide", elem2: "hydrogen", temp1: 200, temp2: 200 };

elements.sodium_methoxide = {
  color: ["#c4c4c4", "#8c8c8c", "#ababab", "#787878"],
  tempHigh: 127,
  behavior: behaviors.CAUSTIC,
  fireColor: "#ffff00",
  category: "powders",
  state: "solid",
  hidden: true,
  density: 970,
  burn: 5,
  burnTime: 100,
  reactions: {
    water: { elem1: "methanol", elem2: "sodium_hydroxide" },
    salt_water: { elem1: "methanol", elem2: "sodium_hydroxide" },
    sugar_water: { elem1: "methanol", elem2: "sodium_hydroxide" },
    dirty_water: { elem1: "methanol", elem2: "sodium_hydroxide" },
    seltzer: { elem1: "methanol", elem2: "sodium_hydroxide" },
    pool_water: { elem1: "methanol", elem2: "sodium_hydroxide" },
    primordial_soup: { elem1: "methanol", elem2: "sodium_hydroxide" },
  },
};

eListAddIon("SODIUM", "sodium_methoxide", "base");
eListAddIon("METHOXIDE", "sodium_methoxide", "base");
eListAdd("INSOLUBLE", "sodium_methoxide");
eListAddIon("SODIUM", "molten_sodium_methoxide", "base");
eListAddIon("METHOXIDE", "molten_sodium_methoxide", "base");

runAfterLoad(function () {
  reactList("sodium_methoxide", eLists.WATER, { elem1: "methanol", elem2: "sodium_hydroxide" });
});

elements.molten_sodium_methoxide = {
  behavior: behaviors.MOLTEN_CAUSTIC,
  tempLow: 127,
};

eLists.CAUSTIC.push("sodium_methoxide");
eLists.CAUSTIC.push("molten_sodium_methoxide");
elements.sodium_methoxide.ignore = defaultAcidIgnore.concat(eLists.CAUSTICIGNORE).concat(["sodium", "molten_sodium", "hydrogen", "methanol", "methanol_gas", "trimethyl_borate"]);
elements.molten_sodium_methoxide.ignore = defaultAcidGasIgnore.concat(eLists.CAUSTICIGNORE).concat(["sodium", "molten_sodium", "hydrogen", "methanol", "methanol_gas", "trimethyl_borate"]);
acidIgnore(["sodium_methoxide", "molten_sodium_methoxide"]);

elements.trimethyl_borate = {
  color: "#c4bc89",
  tempHigh: 69,
  tempLow: -34,
  behavior: behaviors.LIQUID,
  reactions: {
    sodium_hydride: { elem1: "sodium_borohydride", elem2: "sodium_methoxide" },
  },
  category: "liquids",
  state: "liquid",
  hidden: true,
  density: 932,
  burn: 100,
  burnTime: 10,
  fireColor: ["#34eb67", "#5ceb34"],
};

createSalt("sodium_borohydride", "sodium_borohydride_solution", ["#d3d3de", "#c7c7eb", "#ededfc", "#d9d9d9"], ["#ababc7", "#9d9dd1", "#bdbddb", "#a8a8a8"], false, true, 400, -2, 102, 1070, 1005, "SODIUM", "BOROHYDRIDE");

elements.sodium_borohydride.behavior = behaviors.CAUSTIC;
elements.sodium_borohydride_solution.behavior = ["XX|DB%5|XX", "DB%5 AND M2|XX|DB%5 AND M2", "DB%5 AND M2|DB%10 AND M1|DB%5 AND M2"];
elements.sodium_borohydride.fireColor = ["#34eb67", "#5ceb34"];
elements.sodium_borohydride_solution.fireColor = ["#34eb67", "#5ceb34"];
elements.sodium_borohydride.stateHigh = ["sodium_hydride", "sodium", "boron"];

delete elements["molten_sodium_borohydride"];

eLists.CAUSTIC.push("sodium_borohydride");
eLists.CAUSTIC.push("sodium_borohydride_solution");
elements.sodium_borohydride.ignore = defaultAcidIgnore.concat(eLists.CAUSTICIGNORE).concat(["sodium", "molten_sodium", "hydrogen", "boron", "trimethyl_borate"]);
elements.sodium_borohydride_solution.ignore = defaultAcidIgnore.concat(eLists.CAUSTICIGNORE).concat(["sodium", "molten_sodium", "hydrogen", "boron", "trimethyl_borate"]);
acidIgnore(["sodium_borohydride", "sodium_borohydride_solution"]);
elements.sodium_hydride.ignore.push(["sodium", "molten_sodium", "hydrogen", "boron"]);

createSalt("sodium_tetrafluoroborate", "sodium_tetrafluoroborate_solution", ["#deded3", "#ebebc7", "#fcfced", "#d9d9d9"], ["#ababb7", "#9d9dc1", "#bdbdcb", "#a8a898"], true, true, 384, -2, 102, 2470, 1012, "SODIUM", "TETRAFLUOROBORATE");

elements.sodium_tetrafluoroborate.stateHigh = ["sodium_fluoride", "boron_trifluoride"];
elements.sodium_tetrafluoroborate.fireColor = ["#34eb67", "#5ceb34"];

delete elements["molten_sodium_tetrafluoroborate"];

elements.fluoroboric_acid.ignore.push("sodium_tetrafluoroborate", "sodium_tetrafluoroborate_solution");
elements.fluoroboric_acid_gas.ignore.push("sodium_tetrafluoroborate", "sodium_tetrafluoroborate_solution");

acidReact("sodium_hydride", "boron_trifluoride", "diborane", "sodium_tetrafluoroborate", 20);
acidReact("sulfuric_acid", "sodium_borohydride", "diborane", "hydrogen", 50);

elements.diborane = {
  color: "#ffcac9",
  tempLow: -92.5,
  behavior: behaviors.GAS,
  fireColor: ["#34eb67", "#5ceb34"],
  category: "gases",
  state: "gas",
  density: 1.131,
  burn: 100,
  burnTime: 20,
  burnInto: "boron_trioxide",
  reactions: {
    oxygen: { elem1: "boron_trioxide", elem2: "fire" },
    water: { elem1: "boric_acid", elem2: "hydrogen", temp1: 100 },
    salt_water: { elem1: "boric_acid", elem2: "hydrogen", temp1: 100 },
    sugar_water: { elem1: "boric_acid", elem2: "hydrogen", temp1: 100 },
    dirty_water: { elem1: "boric_acid", elem2: "hydrogen", temp1: 100 },
    seltzer: { elem1: "boric_acid", elem2: "hydrogen", temp1: 100 },
    pool_water: { elem1: "boric_acid", elem2: "hydrogen", temp1: 100 },
    primordial_soup: { elem1: "boric_acid", elem2: "hydrogen", temp1: 100 },
  },
  tempHigh: 200,
  stateHigh: ["pentaborane", "pentaborane", "decaborane"],
};

runAfterLoad(function () {
  reactList("diborane", eLists.WATER, { elem1: "boric_acid", elem2: "hydrogen", temp1: 100 });
});

elements.liquid_diborane = {
  tempLow: -164,
};

elements.decaborane = {
  color: "#d9cece",
  tempHigh: 98,
  behavior: behaviors.POWDER,
  fireColor: ["#34eb67", "#5ceb34"],
  category: "powders",
  state: "solid",
  hidden: true,
  density: 940,
  burn: 100,
  burnTime: 100,
  burnInto: "boron_trioxide",
  reactions: {
    oxygen: { elem1: "boron_trioxide", elem2: "fire" },
  },
};
runAfterLoad(function () {
  reactList("decaborane", eLists.WATER, { elem1: "boric_acid", elem2: "hydrogen", temp1: 100 });
});

elements.molten_decaborane = {
  behavior: behaviors.LIQUID,
  tempLow: 98,
  burn: 100,
  burnTime: 1000,
  burnInto: "boron_trioxide",
  reactions: {
    oxygen: { elem1: "boron_trioxide", elem2: "fire" },
  },
  fireColor: ["#34eb67", "#5ceb34"],
  category: "liquids",
  state: "liquid",
  hidden: true,
  density: 900,
};

runAfterLoad(function () {
  reactList("molten_decaborane", eLists.WATER, { elem1: "boric_acid", elem2: "hydrogen", temp1: 100 });
});

elements.pentaborane = {
  color: "#f7b5b5",
  tempHigh: 60.1,
  tempLow: -46.8,
  behavior: behaviors.LIQUID,
  fireColor: ["#34eb67", "#5ceb34"],
  category: "liquids",
  state: "liquid",
  hidden: true,
  density: 618,
  burn: 100,
  burnTime: 1,
  burnInto: "explosion",
  reactions: {
    oxygen: { elem1: "boron_trioxide", elem2: "explosion" },
  },
};

runAfterLoad(function () {
  reactList("pentaborane", eLists.WATER, { elem1: "boric_acid", elem2: "hydrogen", temp1: 100 });
});

elements.pentaborane_gas = {
  tempHigh: 250,
  stateHigh: "decaborane",
};

acidReact("sodium_borohydride", "boron_trifluoride", "sodium_octahydrotriborate", ["sodium_fluoride", "hydrogen"], 20);
acidReact("hydrobromic_acid", "sodium_octahydrotriborate", "sodium_bromoheptahydrotriborate", "hydrogen", 20);

elements.sodium_octahydrotriborate = {
  color: ["#ded3de", "#ebc7eb", "#fbedfb", "#e3cce3"],
  tempHigh: 500, //i have no idea
  behavior: behaviors.POWDER,
  fireColor: ["ffff00", "#34eb67", "#5ceb34"],
  category: "powders",
  state: "solid",
  hidden: true,
  density: 1070, //???
  burn: 5,
  burnTime: 10,
  burnInto: "boron_trioxide",
  stateHigh: "sodium_dodecaborate",
};

eListAddIon("SODIUM", "sodium_octahydrotriborate");
eListAddIon("OCTAHYDROTRIBORATE", "sodium_octahydrotriborate");
eListAdd("INSOLUBLE", "sodium_octahydrotriborate");

elements.sodium_dodecaborate = {
  color: "#f5aef5",
  tempHigh: 700, //see above comment
  behavior: behaviors.POWDER,
  fireColor: ["ffff00", "#34eb67", "#5ceb34"],
  category: "powders",
  state: "solid",
  hidden: true,
  density: 1050, //guess
  burn: 1,
  burnTime: 10,
  burnInto: "boron_trioxide",
};

eListAddIon("SODIUM", "sodium_dodecaborate");
eListAddIon("DODECABORATE", "sodium_dodecaborate");
eListAdd("INSOLUBLE", "sodium_dodecaborate");
eListAddIon("SODIUM", "molten_sodium_dodecaborate");
eListAddIon("DODECABORATE", "molten_sodium_dodecaborate");

elements.sodium_bromoheptahydrotriborate = {
  color: ["#ded9d3", "#ebd9c7", "#fbf4ed", "#e3d5cc"],
  tempHigh: 150, //idk
  behavior: behaviors.POWDER,
  fireColor: ["ffff00", "#34eb67", "#5ceb34"],
  category: "powders",
  state: "solid",
  hidden: true,
  density: 1090, //idk
  burn: 5,
  burnTime: 10,
  burnInto: "boron_trioxide",
  stateHigh: ["pentaborane", "sodium_bromide", "hydrogen"],
};

eListAddIon("SODIUM", "sodium_bromoheptahydrotriborate");
eListAddIon("BROMOHEPTAHYDROTRIBORATE", "sodium_bromoheptahydrotriborate");
eListAdd("INSOLUBLE", "sodium_bromoheptahydrotriborate");

//elements.indium = {
//
//}

//quit snooping around

elements.uraninite = {
  color: ["#545323", "#50573b", "#656660", "#4d4933", "#615e4a", "#525043"],
  behavior: ["XX|CR:radiation%0.05|XX", "CR:radiation%0.05|XX|CR:radiation%0.05", "M2|M1|M2"],
  tempHigh: 2865,
  category: "land",
  state: "solid",
  density: 10970,
};

elements.yellowcake = {
  color: ["#dbd827", "#bce346", "#a8c418", "#d9bb1a", "#dec418", "#cfb615"],
  behavior: ["XX|CR:radiation%0.05|XX", "CR:radiation%0.05|XX|CR:radiation%0.05", "M2|M1|M2"],
  tempHigh: 1150,
  category: "powders",
  hidden: true,
  state: "solid",
  density: 8300,
  reactions: {
    hydrogen: { elem1: ["uranium_dioxide", "uranium_dioxide", "uranium_dioxide", "uranium_dioxide", "thorium_dioxide"], elem2: "steam" },
  },
};

elements.yellowcake_solution = {
  color: "#d2ed6f",
  ignore: elements.sulfuric_acid.ignore.concat(eLists.CAUSTICIGNORE).concat(["radiation", "yellowcake", "uraninite"]),
  behavior: ["XX|DB%5 AND CR:radiation%0.05|XX", "DB%5 AND M2 AND CR:radiation%0.05|XX|DB%5 AND M2 AND CR:radiation%0.05", "DB%5 AND M2|DB%10 AND M1|DB%5 AND M2"],
  tempHigh: 337,
  category: "liquids",
  stateHigh: ["sulfuric_acid_gas", "yellowcake"],
  state: "liquid",
  hidden: true,
  density: 1850,
  reactions: {},
};

acidIgnore(["yellowcake_solution"]);
eLists.CAUSTIC.push("yellowcake_solution");
eLists.ACID.push("yellowcake_solution");

acidReact("sulfuric_acid", "uraninite", "yellowcake_solution", null, 50);
acidReact("sulfuric_acid_gas", "uraninite", "yellowcake", "sulfuric_acid_gas", 50);
acidReact("sulfuric_acid", "yellowcake", "yellowcake_solution", "yellowcake_solution", 50);

elements.alpha_particle = {
  color: "#ff7878",
  behavior: ["XX|XX|XX", "XX|CH:helium%0.01 AND DL%0.25|XX", "XX|XX|XX"],
  reactions: {
    electric: { elem1: null, elem2: "helium", temp2: 200 },
  },
  tick: behaviors.BOUNCY,
  temp: 35,
  category: "energy",
  state: "gas",
  density: 0.00012,
  ignoreAir: true,
};

elements.depleted_uranium = {
  color: ["#599e61", "#364d3c", "#494d4a", "#6c8a42", "#798d65", "#b5e089"],
  behavior: ["XX|CR:alpha_particle%0.01|XX", "CR:alpha_particle%0.01|CH:thorium%0.001|CR:alpha_particle%0.01", "M2|M1|M2"],
  reactions: {
    neutron: { elem2: null, func: depleted_uranium },
    oxygen: { elem1: "depleted_uranium_dioxide", elem2: null, chance: 0.1 },
    meat: { elem2: "rotten_meat", chance: 0.1 },
    cheese: { elem2: "rotten_cheese", chance: 0.1 },
    quark_matter: { elem1: "stable_uranium" },
  },
  tempHigh: 1132.2,
  category: "powders",
  hidden: true,
  state: "solid",
  density: 19100,
  hardness: 0.6,
  conduct: 0.235,
};

runAfterLoad(function () {
  reactList("depleted_uranium", eLists.WATER, { elem2: "dirty_water", chance: 0.25 });
  delete elements.depleted_uranium.reactions["dirty_water"];
});

elements.molten_depleted_uranium = {
  behavior: ["XX|CR:fire%2.5 AND CR:alpha_particle%0.01|XX", "M2 AND CR:alpha_particle%0.01|XX|M2 AND CR:alpha_particle%0.01", "M1|M1|M1"],
  reactions: {
    neutron: { elem2: null, func: depleted_uranium },
    quark_matter: { elem1: "stable_uranium" },
  },
};

elements.enriched_uranium = {
  color: ["#599e61", "#364d3c", "#494d4a", "#6c8a42", "#798d65", "#b5e089"],
  behavior: ["XX|CR:radiation%2.5 AND CR:alpha_particle%0.1|XX", "CR:radiation%2.5 AND CR:alpha_particle%0.1|CH:thorium%0.05 AND CH:protactinium%0.01|CR:radiation%2.5 AND CR:alpha_particle%0.1", "M2|M1|M2"],
  reactions: {
    neutron: { func: enriched_uranium, temp1: 150 },
    oxygen: { elem1: "enriched_uranium_dioxide", elem2: null, chance: 0.1 },
    meat: { elem2: "rotten_meat", chance: 0.1 },
    cheese: { elem2: "rotten_cheese", chance: 0.1 },
    quark_matter: { elem1: "stable_uranium" },
  },
  tempHigh: 1132.2,
  category: "powders",
  hidden: true,
  state: "solid",
  density: 19100,
  hardness: 0.6,
  conduct: 0.235,
  excludeRandom: true,
};

runAfterLoad(function () {
  reactList("enriched_uranium", eLists.WATER, { elem2: "dirty_water", chance: 0.25 });
  delete elements.enriched_uranium.reactions["dirty_water"];
});

runAfterLoad(function () {
  reactList("uranium", eLists.WATER, { elem2: "dirty_water", chance: 0.25 });
  delete elements.uranium.reactions["dirty_water"];
});

elements.molten_enriched_uranium = {
  behavior: ["XX|CR:fire%2.5 AND CR:radiation%2.5 AND CR:alpha_particle%0.1|XX", "M2 AND CR:radiation%2.5 AND CR:alpha_particle%0.1|XX|M2 AND CR:radiation%2.5 AND CR:alpha_particle%0.1", "M1|M1|M1"],
  reactions: {
    neutron: { func: enriched_uranium, temp1: 150 },
    quark_matter: { elem1: "stable_uranium" },
  },
  excludeRandom: true,
};
function enriched_uranium(pixel, p) {
  if (pixel.temp >= 500) {
    transmuteAround(pixel);
    changePixel(pixel, "n_explosion");
  }
  if (Math.random() < 0.1) {
    changePixel(pixel, "neptunium");
  }
  elementCircle(p.x, p.y, 2, "neutron");
}

function depleted_uranium(pixel) {
  if (Math.random() < 0.1) {
    changePixel(pixel, "plutonium");
  }
}

elements.stable_uranium = {
  color: [blendColors("#599e61", "#ff0000"), blendColors("#364d3c", "#00ff00"), blendColors("#494d4a", "#0000ff"), blendColors("#6c8a42", "#ff0000"), blendColors("#798d65", "#00ff00"), blendColors("#b5e089", "#0000ff")],
  behavior: behaviors.POWDER,
  reactions: {
    oxygen: { elem1: "stable_uranium_dioxide", elem2: null, chance: 0.1 },
    meat: { elem2: "rotten_meat", chance: 0.1 },
    cheese: { elem2: "rotten_cheese", chance: 0.1 },
    water: { elem2: "dirty_water", chance: 0.25 },
  },
  tempHigh: 1132.2,
  category: "powders",
  hidden: true,
  state: "solid",
  density: 19100,
  hardness: 0.6,
  conduct: 0.235,
};
runAfterLoad(function () {
  reactList("stable_uranium", eLists.WATER, { elem2: "dirty_water", chance: 0.25 });
  delete elements.stable_uranium.reactions["dirty_water"];
});

elements.uranium.reactions["oxygen"] = { elem1: "uranium_dioxide", elem2: null, chance: 0.1 };
elements.uranium.reactions["quark_matter"] = { elem1: "stable_uranium" };
elements.uranium.behavior = ["XX|CR:radiation%1 AND CR:alpha_particle%0.01|XX", "CR:radiation%1 AND CR:alpha_particle%0.01|CH:thorium%0.001|CR:radiation%1 AND CR:alpha_particle%0.01", "M2|M1|M2"];
elements.molten_uranium.behavior = ["XX|CR:fire%2.5 AND CR:radiation%1 AND CR:alpha_particle%0.01|XX", "M2 AND CR:radiation%1 AND CR:alpha_particle%0.01|XX|M2 AND CR:radiation%1 AND CR:alpha_particle%0.01", "M1|M1|M1"];
elements.molten_uranium.reactions["quark_matter"] = { elem1: "stable_uranium" };
elements.molten_uranium.excludeRandom = true;

eListAddIon("URANIUMIV", "uranium_dioxide");
eListAddIon("OXIDE", "uranium_dioxide");
eListAdd("INSOLUBLE", "uranium_dioxide");
eListAddIon("ENRICHEDURANIUMIV", "enriched_uranium_dioxide");
eListAddIon("OXIDE", "enriched_uranium_dioxide");
eListAdd("INSOLUBLE", "enriched_uranium_dioxide");
eListAddIon("DEPLETEDURANIUMIV", "depleted_uranium_dioxide");
eListAddIon("OXIDE", "depleted_uranium_dioxide");
eListAdd("INSOLUBLE", "depleted_uranium_dioxide");
eListAddIon("STABLEURANIUMIV", "stable_uranium_dioxide");
eListAddIon("OXIDE", "stable_uranium_dioxide");
eListAdd("INSOLUBLE", "stable_uranium_dioxide");

elements.uranium_dioxide = {
  color: ["#474744", "#21211f", "#2b2b2b", "#9c998c", "#40403f", "#24231d"],
  behavior: ["XX|CR:radiation%0.05|XX", "CR:radiation%0.05|XX|CR:radiation%0.05", "M2|M1|M2"],
  reactions: {
    neutron: { temp1: 25 },
  },
  tempHigh: 2865,
  category: "powders",
  state: "solid",
  density: 10970,
};

elements.molten_uranium_dioxide = {
  behavior: ["XX|CR:fire%2.5 AND CR:radiation%0.05|XX", "M2 AND CR:radiation%0.05|XX|M2 AND CR:radiation%0.05", "M1|M1|M1"],
  reactions: {
    neutron: { temp1: 25 },
  },
};

elements.depleted_uranium_dioxide = {
  color: ["#474744", "#21211f", "#2b2b2b", "#9c998c", "#40403f", "#24231d"],
  behavior: behaviors.POWDER,
  reactions: {
    neutron: { elem2: null },
  },
  tempHigh: 2865,
  category: "powders",
  hidden: true,
  state: "solid",
  density: 10970,
};

elements.stable_uranium_dioxide = {
  color: [blendColors("#474744", "#ff0000"), blendColors("#21211f", "#00ff00"), blendColors("#2b2b2b", "#0000ff"), blendColors("#9c998c", "#ff0000"), blendColors("#40403f", "#00ff00"), blendColors("#24231d", "#0000ff")],
  behavior: behaviors.POWDER,
  reactions: {
    neutron: { elem2: null },
  },
  tempHigh: 2865,
  category: "powders",
  hidden: true,
  state: "solid",
  density: 10970,
};

elements.enriched_uranium_dioxide = {
  color: ["#474744", "#21211f", "#2b2b2b", "#9c998c", "#40403f", "#24231d"],
  behavior: ["XX|CR:radiation%0.25|XX", "CR:radiation%0.25|XX|CR:radiation%0.25", "M2|M1|M2"],
  reactions: {
    neutron: {
      func: function (pixel, p) {
        if (pixel.temp >= 500) {
          transmuteAround(pixel);
          changePixel(pixel, "n_explosion");
        }
        elementCircle(p.x, p.y, 2, "neutron");
      },
      temp1: 150,
    },
  },
  tempHigh: 2865,
  category: "powders",
  hidden: true,
  state: "solid",
  density: 10970,
  excludeRandom: true,
};

elements.molten_enriched_uranium_dioxide = {
  behavior: ["XX|CR:fire%2.5 AND CR:radiation%0.25|XX", "M2 AND CR:radiation%0.25|XX|M2 AND CR:radiation%0.25", "M1|M1|M1"],
  reactions: {
    neutron: {
      func: function (pixel, p) {
        transmuteAround(pixel);
        changePixel(pixel, "n_explosion");
        elementCircle(p.x, p.y, 2, "neutron");
      },
    },
  },
  excludeRandom: true,
};

function reduce(element, element2, result) {
  if (element2 === "oxygen") {
    Object.assign(elements[element].reactions, {
      molten_magnesium: { elem1: result, elem2: "magnesium_oxide" },
      molten_calcium: { elem1: result, elem2: "quicklime" },
      //"molten_sodium": { elem1: result, elem2: "sodium_oxide"},
    });
  }
  if (element2 === "fluorine") {
    Object.assign(elements[element].reactions, {
      molten_magnesium: { elem1: result, elem2: "magnesium_fluoride" },
      molten_calcium: { elem1: result, elem2: "fluorite" },
      molten_sodium: { elem1: result, elem2: "sodium_fluoride" },
      molten_potassium: { elem1: result, elem2: "potassium_fluoride" },
    });
  }
}

reduce("uranium_dioxide", "oxygen", "uranium");
reduce("enriched_uranium_dioxide", "oxygen", "enriched_uranium");
reduce("depleted_uranium_dioxide", "oxygen", "depleted_uranium");
reduce("stable_uranium_dioxide", "oxygen", "stable_uranium");

acidReact("hydrofluoric_acid", "uranium_dioxide", "uranium_tetrafluoride", "fire");
acidReact("hydrofluoric_acid", "depleted_uranium_dioxide", "depleted_uranium_tetrafluoride", "fire");
acidReact("hydrofluoric_acid", "enriched_uranium_dioxide", "enriched_uranium_tetrafluoride", "fire");
acidReact("hydrofluoric_acid", "stable_uranium_dioxide", "stable_uranium_tetrafluoride", "fire");
acidReact("hydrofluoric_acid_gas", "uranium_dioxide", "uranium_tetrafluoride", "fire");
acidReact("hydrofluoric_acid_gas", "depleted_uranium_dioxide", "depleted_uranium_tetrafluoride", "fire");
acidReact("hydrofluoric_acid_gas", "enriched_uranium_dioxide", "enriched_uranium_tetrafluoride", "fire");
acidReact("hydrofluoric_acid_gas", "stable_uranium_dioxide", "stable_uranium_tetrafluoride", "fire");
acidReact("hydrogen_fluoride", "uranium_dioxide", "uranium_tetrafluoride", "fire");
acidReact("hydrogen_fluoride", "depleted_uranium_dioxide", "depleted_uranium_tetrafluoride", "fire");
acidReact("hydrogen_fluoride", "enriched_uranium_dioxide", "enriched_uranium_tetrafluoride", "fire");
acidReact("hydrogen_fluoride", "stable_uranium_dioxide", "stable_uranium_tetrafluoride", "fire");
acidReact("liquid_hydrogen_fluoride", "uranium_dioxide", "uranium_tetrafluoride", "fire");
acidReact("liquid_hydrogen_fluoride", "depleted_uranium_dioxide", "depleted_uranium_tetrafluoride", "fire");
acidReact("liquid_hydrogen_fluoride", "enriched_uranium_dioxide", "enriched_uranium_tetrafluoride", "fire");
acidReact("liquid_hydrogen_fluoride", "stable_uranium_dioxide", "stable_uranium_tetrafluoride", "fire");

elements.hydrofluoric_acid.ignore.push("uranium_hexafluoride", "enriched_uranium_hexafluoride", "depleted_uranium_hexafluoride", "stable_uranium_hexafluoride");
elements.hydrofluoric_acid_gas.ignore.push("uranium_hexafluoride", "enriched_uranium_hexafluoride", "depleted_uranium_hexafluoride", "stable_uranium_hexafluoride");
elements.hydrogen_fluoride.ignore.push("uranium_hexafluoride", "enriched_uranium_hexafluoride", "depleted_uranium_hexafluoride", "stable_uranium_hexafluoride");
elements.liquid_hydrogen_fluoride.ignore.push("uranium_hexafluoride", "enriched_uranium_hexafluoride", "depleted_uranium_hexafluoride", "stable_uranium_hexafluoride");

eListAddIon("URANIUMIV", "uranium_tetrafluoride");
eListAddIon("FLUORIDE", "uranium_tetrafluoride");
eListAdd("INSOLUBLE", "uranium_tetrafluoride");
eListAddIon("ENRICHEDURANIUMIV", "enriched_uranium_tetrafluoride");
eListAddIon("FLUORIDE", "enriched_uranium_tetrafluoride");
eListAdd("INSOLUBLE", "enriched_uranium_tetrafluoride");
eListAddIon("DEPLETEDURANIUMIV", "depleted_uranium_tetrafluoride");
eListAddIon("FLUORIDE", "depleted_uranium_tetrafluoride");
eListAdd("INSOLUBLE", "depleted_uranium_tetrafluoride");
eListAddIon("STABLEURANIUMIV", "stable_uranium_tetrafluoride");
eListAddIon("FLUORIDE", "stable_uranium_tetrafluoride");
eListAdd("INSOLUBLE", "stable_uranium_tetrafluoride");

elements.uranium_tetrafluoride = {
  color: ["#495747", "#394d38", "#5a7859"],
  behavior: ["XX|CR:radiation%0.05|XX", "CR:radiation%0.05|XX|CR:radiation%0.05", "M2|M1|M2"],
  reactions: {},
  tempHigh: 1036,
  category: "powders",
  state: "solid",
  density: 6700,
  hidden: true,
};

elements.molten_uranium_tetrafluoride = {
  behavior: ["XX|CR:fire%2.5 AND CR:radiation%0.05|XX", "M2 AND CR:radiation%0.05|XX|M2 AND CR:radiation%0.05", "M1|M1|M1"],
};

elements.depleted_uranium_tetrafluoride = {
  color: ["#495747", "#394d38", "#5a7859"],
  behavior: behaviors.POWDER,
  reactions: {},
  tempHigh: 1036,
  category: "powders",
  state: "solid",
  density: 6700,
  hidden: true,
};

elements.stable_uranium_tetrafluoride = {
  color: [blendColors("#495747", "#ff0000"), blendColors("#394d38", "#00ff00"), blendColors("#5a7859", "#0000ff")],
  behavior: behaviors.POWDER,
  reactions: {},
  tempHigh: 1036,
  category: "powders",
  state: "solid",
  density: 6700,
  hidden: true,
};

elements.enriched_uranium_tetrafluoride = {
  color: ["#495747", "#394d38", "#5a7859"],
  behavior: ["XX|CR:radiation%0.25|XX", "CR:radiation%0.25|XX|CR:radiation%0.25", "M2|M1|M2"],
  reactions: {},
  tempHigh: 1036,
  category: "powders",
  state: "solid",
  density: 6700,
  hidden: true,
};

elements.molten_enriched_uranium_tetrafluoride = {
  behavior: ["XX|CR:fire%2.5 AND CR:radiation%0.25|XX", "M2 AND CR:radiation%0.25|XX|M2 AND CR:radiation%0.25", "M1|M1|M1"],
};

acidReact("fluorine", "uranium_tetrafluoride", "uranium_hexafluoride", "fire");
acidReact("fluorine", "depleted_uranium_tetrafluoride", "depleted_uranium_hexafluoride", "fire");
acidReact("fluorine", "enriched_uranium_tetrafluoride", "enriched_uranium_hexafluoride", "fire");
acidReact("fluorine", "stable_uranium_tetrafluoride", "stable_uranium_hexafluoride", "fire");
acidReact("liquid_fluorine", "uranium_tetrafluoride", "uranium_hexafluoride", "fire");
acidReact("liquid_fluorine", "depleted_uranium_tetrafluoride", "depleted_uranium_hexafluoride", "fire");
acidReact("liquid_fluorine", "enriched_uranium_tetrafluoride", "enriched_uranium_hexafluoride", "fire");
acidReact("liquid_fluorine", "stable_uranium_tetrafluoride", "stable_uranium_hexafluoride", "fire");

reduce("uranium_tetrafluoride", "fluorine", "uranium");
reduce("enriched_uranium_tetrafluoride", "fluorine", "enriched_uranium");
reduce("depleted_uranium_tetrafluoride", "fluorine", "depleted_uranium");
reduce("stable_uranium_tetrafluoride", "fluorine", "stable_uranium");

eListAddIon("URANIUMVI", "uranium_hexafluoride");
eListAddIon("FLUORIDE", "uranium_hexafluoride");
eListAdd("INSOLUBLE", "uranium_hexafluoride");
eListAddIon("ENRICHEDURANIUMVI", "enriched_uranium_hexafluoride");
eListAddIon("FLUORIDE", "enriched_uranium_hexafluoride");
eListAdd("INSOLUBLE", "enriched_uranium_hexafluoride");
eListAddIon("DEPLETEDURANIUMVI", "depleted_uranium_hexafluoride");
eListAddIon("FLUORIDE", "depleted_uranium_hexafluoride");
eListAdd("INSOLUBLE", "depleted_uranium_hexafluoride");
eListAddIon("STABLEURANIUMVI", "stable_uranium_hexafluoride");
eListAddIon("FLUORIDE", "stable_uranium_hexafluoride");
eListAdd("INSOLUBLE", "stable_uranium_hexafluoride");

elements.uranium_hexafluoride = {
  color: "#f7fff7",
  behavior: ["XX|CR:radiation%0.05|XX", "CR:radiation%0.05|XX|CR:radiation%0.05", "M2|M1|M2"],
  reactions: {
    hydrogen: { elem1: "uranium_tetrafluoride", elem2: "hydrogen_fluoride" },
  },
  tempHigh: 56.5,
  category: "powders",
  state: "solid",
  density: 5090,
  stateHighName: "uranium_hexafluoride_gas",
  forceAutoGen: true,
  hidden: true,
};

elements.uranium_hexafluoride_gas = {
  behavior: behaviors.GAS,
  behavior2: [
    ["XX", "CR:radiation%0.05", "XX"],
    ["CR:radiation%0.05", "XX", "CR:radiation%0.05"],
    ["XX", "CR:radiation%0.05", "XX"],
  ],
  tick: function (pixel) {
    pixelTick(pixel, elements[pixel.element].behavior2);
  },
  state: "gas",
  density: 12.84,
  reactions: {
    hydrogen: { elem1: "uranium_tetrafluoride", elem2: "hydrogen_fluoride" },
  },
  onCentrifuge: function (pixel) {
    if (Math.random() < 0.05) {
      if (Math.random() < 0.8) {
        changePixel(pixel, "depleted_uranium_hexafluoride");
      } else {
        changePixel(pixel, "enriched_uranium_hexafluoride");
      }
    }
  },
};

elements.depleted_uranium_hexafluoride = {
  color: "#f7fff7",
  behavior: behaviors.POWDER,
  reactions: {
    hydrogen: { elem1: "depleted_uranium_tetrafluoride", elem2: "hydrogen_fluoride" },
  },
  tempHigh: 56.5,
  category: "powders",
  state: "solid",
  density: 5090,
  stateHighName: "depleted_uranium_hexafluoride_gas",
  forceAutoGen: true,
  hidden: true,
};

elements.depleted_uranium_hexafluoride_gas = {
  behavior: behaviors.GAS,
  state: "gas",
  density: 12.84,
  reactions: {
    hydrogen: { elem1: "depleted_uranium_tetrafluoride", elem2: "hydrogen_fluoride" },
  },
};

elements.stable_uranium_hexafluoride = {
  color: [blendColors("#f7fff7", "#ff0000"), blendColors("#f7fff7", "#00ff00"), blendColors("#f7fff7", "#0000ff")],
  behavior: behaviors.POWDER,
  reactions: {
    hydrogen: { elem1: "stable_uranium_tetrafluoride", elem2: "hydrogen_fluoride" },
  },
  tempHigh: 56.5,
  category: "powders",
  state: "solid",
  density: 5090,
  stateHighName: "stable_uranium_hexafluoride_gas",
  forceAutoGen: true,
  hidden: true,
};

elements.stable_uranium_hexafluoride_gas = {
  behavior: behaviors.GAS,
  state: "gas",
  density: 12.84,
  reactions: {
    hydrogen: { elem1: "stable_uranium_tetrafluoride", elem2: "hydrogen_fluoride" },
  },
};

elements.enriched_uranium_hexafluoride = {
  color: "#f7fff7",
  behavior: ["XX|CR:radiation%0.25|XX", "CR:radiation%0.25|XX|CR:radiation%0.25", "M2|M1|M2"],
  reactions: {
    hydrogen: { elem1: "enriched_uranium_tetrafluoride", elem2: "hydrogen_fluoride" },
  },
  tempHigh: 56.5,
  category: "powders",
  state: "solid",
  density: 5090,
  stateHighName: "enriched_uranium_hexafluoride_gas",
  forceAutoGen: true,
  hidden: true,
};

elements.enriched_uranium_hexafluoride_gas = {
  behavior: behaviors.GAS,
  behavior2: [
    ["XX", "CR:radiation%0.25", "XX"],
    ["CR:radiation%0.25", "XX", "CR:radiation%0.25"],
    ["XX", "CR:radiation%0.25", "XX"],
  ],
  tick: function (pixel) {
    pixelTick(pixel, elements[pixel.element].behavior2);
  },
  reactions: {
    hydrogen: { elem1: "enriched_uranium_tetrafluoride", elem2: "hydrogen_fluoride" },
  },
  state: "gas",
  density: 12.84,
};

runAfterLoad(function () {
  reactList("uranium_hexafluoride", eLists.WATER, { elem1: "uranium_tetrafluoride", elem2: "hydrofluoric_acid" });
  reactList("depleted_uranium_hexafluoride", eLists.WATER, { elem1: "depleted_uranium_tetrafluoride", elem2: "hydrofluoric_acid" });
  reactList("enriched_uranium_hexafluoride", eLists.WATER, { elem1: "enriched_uranium_tetrafluoride", elem2: "hydrofluoric_acid" });
  reactList("stable_uranium_hexafluoride", eLists.WATER, { elem1: "stable_uranium_tetrafluoride", elem2: "hydrofluoric_acid" });
  reactList("uranium_hexafluoride_gas", eLists.WATER, { elem1: "uranium_tetrafluoride", elem2: "hydrofluoric_acid" });
  reactList("depleted_uranium_hexafluoride_gas", eLists.WATER, { elem1: "depleted_uranium_tetrafluoride", elem2: "hydrofluoric_acid" });
  reactList("enriched_uranium_hexafluoride_gas", eLists.WATER, { elem1: "enriched_uranium_tetrafluoride", elem2: "hydrofluoric_acid" });
  reactList("stable_uranium_hexafluoride_gas", eLists.WATER, { elem1: "stable_uranium_tetrafluoride", elem2: "hydrofluoric_acid" });
});

elements.radium = {
  color: "#3bdeff",
  behavior: ["XX|CR:radiation%10|XX", "CR:radiation%10|CH:radon%0.1|CR:radiation%10", "M2|M1|M2"],
  tick: function (pixel) {
    pixel.temp += 1;
  },
  reactions: {
    quark_matter: { elem1: "stable_radium" },
  },
  tempHigh: 700,
  category: "powders",
  state: "solid",
  density: 5500,
  conduct: 0.4,
};

runAfterLoad(function () {
  reactList("radium", eLists.WATER, { elem1: ["radium_water", "rad_pop"], elem2: ["hydrogen", "bubble"], chance: 0.05, temp2: 350, func: radiumWater });
});

elements.molten_radium = {
  behavior: ["XX|CR:radiation%10|XX", "M2 AND CR:radiation%10|CH:radon%0.01|M2 AND CR:radiation%10", "M1|M1|M1"],
  tick: function (pixel) {
    pixel.temp += 1;
  },
  reactions: {
    quark_matter: { elem1: "stable_radium" },
  },
  conduct: 0.4,
};

runAfterLoad(function () {
  reactList("molten_radium", eLists.WATER, { elem1: ["radium_water", "rad_pop"], elem2: ["hydrogen", "bubble"], chance: 0.05, temp2: 350, func: radiumWater });
});

function radiumWater(pixel) {
  elementCircle(pixel.x, pixel.y, 15, "radium_water", 0.1, eLists.WATER);
}

elements.radium_water = {
  color: "#3bc4ff",
  behavior: ["XX|CR:radiation%0.05|XX", "M2 AND CR:radiation%0.05|XX|M2 AND CR:radiation%0.05", "M1|M1|M1"],
  reactions: {
    head: { elem2: null, chance: 0.4 },
    bone: { elem2: ["quicklime", "quicklime"], chance: 0.4 },
    bone_marrow: { elem2: ["quicklime", "blood"], chance: 0.4 },
  },
  tempHigh: 100,
  stateHigh: "rad_steam",
  state: "liquid",
  density: 1100,
  category: "liquids",
  hidden: true,
  tempLow: 0,
};

eListAdd("WATER", "radium_water");

elements.actinium = {
  color: "#62ebf0",
  behavior: ["XX|CR:alpha_particle%0.1 AND CR:radiation%10|XX", "CR:alpha_particle%0.1 AND CR:radiation%10|CH:radium%0.02|CR:alpha_particle%0.1 AND CR:radiation%10", "M2|M1|M2"],
  tick: function (pixel) {
    pixel.temp += 2.5;
  },
  reactions: {
    quark_matter: { elem1: "stable_actinium" },
  },
  tempHigh: 1227,
  category: "powders",
  state: "solid",
  density: 10000,
  conduct: 0.225,
};
elements.molten_actinium = {
  behavior: ["XX|CR:fire%2.5 AND CR:alpha_particle%0.1 AND CR:radiation%10|XX", "M2 AND CR:alpha_particle%0.1 AND CR:radiation%10|CH:radium%0.02|M2 AND CR:alpha_particle%0.1 AND CR:radiation%10", "M1|M1|M1"],
  tick: function (pixel) {
    pixel.temp += 2.5;
  },
  reactions: {
    quark_matter: { elem1: "stable_actinium" },
  },
  conduct: 0.225,
};

elements.thorium = {
  color: ["#599e8a", "#364d4b", "#494d4c", "#428a58", "#658d7a", "#89e0a2"],
  behavior: ["XX|CR:alpha_particle%0.01|XX", "CR:alpha_particle%0.01|CH:lead%0.001|CR:alpha_particle%0.01", "XX|CR:alpha_particle%0.01|XX"],
  reactions: {
    neutron: {
      temp1: 100,
      func: function (pixel, p) {
        if (Math.random() < 0.1) {
          changePixel(pixel, "radium");
          elementCircle(p.x, p.y, 2, "neutron");
        }
      },
    },
    oxygen: { elem1: "thorium_dioxide", elem2: null, chance: 0.1 },
    quark_matter: { elem1: "stable_thorium" },
  },
  tempHigh: 1750,
  category: "solids",
  state: "solid",
  density: 11700,
  hardness: 0.7,
  conduct: 0.235,
};
elements.molten_thorium = {
  behavior: ["XX|CR:alpha_particle%0.01|XX", "M2 AND CR:alpha_particle%0.01|XX|M2 AND CR:alpha_particle%0.01", "M1|M1|M1"],
  reactions: {
    neutron: {
      temp1: 100,
      func: function (pixel, p) {
        if (Math.random() < 0.1) {
          changePixel(pixel, "radium");
          elementCircle(p.x, p.y, 2, "neutron");
        }
      },
    },
    oxygen: { elem1: "thorium_dioxide", elem2: null },
    quark_matter: { elem1: "stable_thorium" },
  },
};

elements.protactinium = {
  color: ["#9899a3", "#44464a", "#5a5b5e"],
  behavior: ["XX|CR:alpha_particle%0.01 AND CR:radiation%2|XX", "CR:alpha_particle%0.01 AND CR:radiation%2|CH:actinium%0.01|CR:alpha_particle%0.01 AND CR:radiation%2", "M2|M1|M2"],
  reactions: {
    quark_matter: { elem1: "stable_protactinium" },
  },
  tempHigh: 1568,
  category: "powders",
  state: "solid",
  density: 15700,
  hardness: 0.1,
  conduct: 0.235,
};

elements.molten_protactinium = {
  behavior: ["XX|CR:fire%2.5 AND CR:alpha_particle%0.01 AND CR:radiation%2|XX", "M2 AND CR:alpha_particle%0.01 AND CR:radiation%2|CH:actinium%0.01|M2 AND CR:alpha_particle%0.01 AND CR:radiation%2", "M1|M1|M1"],
  reactions: {
    quark_matter: { elem1: "stable_protactinium" },
  },
};

elements.neptunium = {
  color: ["#626580", "#3f4a61", "#4a5463"],
  behavior: ["XX|CR:neutron%0.1 AND CR:radiation%2|XX", "CR:neutron%0.1 AND CR:radiation%2|CH:thorium%0.025|CR:neutron%0.1 AND CR:radiation%2", "XX|CR:neutron%0.1 AND CR:radiation%2|XX"],
  reactions: {
    quark_matter: { elem1: "stable_neptunium" },
    neutron: { func: fissile, temp1: 150 },
  },
  tempHigh: 639,
  category: "solids",
  state: "solid",
  density: 19380,
  hardness: 0.7,
  conduct: 0.2,
  excludeRandom: true,
};

elements.molten_neptunium = {
  behavior: ["XX|CR:fire%2.5 AND CR:neutron%0.1 AND CR:radiation%2|XX", "M2 AND CR:neutron%0.1 AND CR:radiation%2|CH:thorium%0.025|M2 AND CR:neutron%0.1 AND CR:radiation%2", "M1|M1|M1"],
  reactions: {
    quark_matter: { elem1: "stable_neptunium" },
    neutron: { func: fissile, temp1: 150 },
  },
};

function fissile(pixel, p) {
  if (pixel.temp >= 500) {
    transmuteAround(pixel);
    changePixel(pixel, "n_explosion");
  }
  elementCircle(p.x, p.y, 2, "neutron");
}

elements.plutonium = {
  color: ["#5fc29f", "#5d9e7d", "#5b7d6b"],
  behavior: ["XX|CR:alpha_particle%0.05 AND CR:radiation%2|XX", "CR:alpha_particle%0.05 AND CR:radiation%2|CH:enriched_uranium%0.025 AND CH:americium%0.025|CR:alpha_particle%0.05 AND CR:radiation%2", "XX|CR:alpha_particle%0.05 AND CR:radiation%2|XX"],
  reactions: {
    oxygen: { elem1: "plutonium_dioxide", elem2: null },
    quark_matter: { elem1: "stable_plutonium" },
    neutron: { func: plutonium, temp1: 100 },
  },
  tempHigh: 639,
  category: "solids",
  state: "solid",
  density: 19850,
  hardness: 0.7,
  conduct: 0.2,
  excludeRandom: true,
};

elements.molten_plutonium = {
  behavior: ["XX|CR:fire%2.5 AND CR:alpha_particle%0.05 AND CR:radiation%2|XX", "M2 AND CR:alpha_particle%0.05 AND CR:radiation%2|CH:enriched_uranium%0.025|M2 AND CR:alpha_particle%0.05 AND CR:radiation%2", "M1|M1|M1"],
  reactions: {
    quark_matter: { elem1: "stable_plutonium" },
    neutron: { func: plutonium, temp1: 100 },
  },
  excludeRandom: true,
};

elements.enriched_plutonium = {
  color: ["#5fc29f", "#5d9e7d", "#5b7d6b"],
  behavior: ["XX|CR:alpha_particle%0.05 AND CR:radiation%2|XX", "CR:alpha_particle%0.05 AND CR:radiation%2|CH:enriched_uranium%0.05|CR:alpha_particle%0.05 AND CR:radiation%2", "XX|CR:alpha_particle%0.05 AND CR:radiation%2|XX"],
  reactions: {
    oxygen: { elem1: "enriched_plutonium_dioxide", elem2: null },
    quark_matter: { elem1: "stable_plutonium" },
    neutron: { func: plutonium, temp1: 150 },
  },
  tempHigh: 639,
  category: "solids",
  state: "solid",
  density: 19850,
  hardness: 0.7,
  conduct: 0.2,
  excludeRandom: true,
};

elements.molten_enriched_plutonium = {
  behavior: ["XX|CR:fire%2.5 AND CR:alpha_particle%0.05 AND CR:radiation%2|XX", "M2 AND CR:alpha_particle%0.05 AND CR:radiation%2|CH:enriched_uranium%0.025|M2 AND CR:alpha_particle%0.05 AND CR:radiation%2", "M1|M1|M1"],
  reactions: {
    quark_matter: { elem1: "stable_plutonium" },
    neutron: { func: plutonium, temp1: 150 },
  },
  excludeRandom: true,
};

elements.depleted_plutonium = {
  color: ["#5fc29f", "#5d9e7d", "#5b7d6b"],
  behavior: ["XX|CR:radiation%2|XX", "CR:radiation%2|CH:enriched_uranium%0.05|CR:radiation%2", "XX|CR:radiation%2|XX"],
  reactions: {
    oxygen: { elem1: "depleted_plutonium_dioxide", elem2: null },
    quark_matter: { elem1: "stable_plutonium" },
    neutron: { func: depleted_plutonium, temp1: 25 },
  },
  tempHigh: 639,
  category: "solids",
  state: "solid",
  density: 19850,
  hardness: 0.7,
  conduct: 0.2,
  excludeRandom: true,
};

elements.molten_depleted_plutonium = {
  behavior: ["XX|CR:fire%2.5 AND CR:radiation%2|XX", "M2 AND CR:radiation%2|CH:enriched_uranium%0.025|M2 AND CR:radiation%2", "M1|M1|M1"],
  reactions: {
    quark_matter: { elem1: "stable_plutonium" },
    neutron: { func: plutonium, temp1: 25 },
  },
};

elements.stable_plutonium = {
  color: [blendColors("#5fc29f", "#ff0000"), blendColors("#5d9e7d", "#00ff00"), blendColors("#5b7d6b", "#0000ff")],
  behavior: behaviors.POWDER,
  reactions: {
    oxygen: { elem1: "stable_plutonium_dioxide", elem2: null },
  },
  tempHigh: 639,
  category: "solids",
  state: "solid",
  density: 19850,
  hardness: 0.7,
  conduct: 0.2,
  hidden: true,
};

function plutonium(pixel, p) {
  if (pixel.temp >= 500) {
    transmuteAround(pixel);
    changePixel(pixel, "n_explosion");
    elementCircle(p.x, p.y, 5, "neutron");
  }
  if (Math.random() < 0.1) {
    changePixel(pixel, "americium");
  }
  elementCircle(p.x, p.y, 2, "neutron");
}

function depleted_plutonium(pixel, p) {
  if (pixel.temp >= 500) {
    transmuteAround(pixel);
    changePixel(pixel, "n_explosion");
    elementCircle(p.x, p.y, 5, "neutron");
  }
  if (Math.random() < 0.1) {
    changePixel(pixel, "americium");
  }
}

runAfterLoad(function () {
  reactList("plutonium", eLists.WATER, { elem2: "dirty_water", chance: 0.25 });
  delete elements.plutonium.reactions["dirty_water"];
  reactList("enriched_plutonium", eLists.WATER, { elem2: "dirty_water", chance: 0.25 });
  delete elements.plutonium.reactions["dirty_water"];
  reactList("depleted_plutonium", eLists.WATER, { elem2: "dirty_water", chance: 0.25 });
  delete elements.plutonium.reactions["dirty_water"];
  reactList("stable_plutonium", eLists.WATER, { elem2: "dirty_water", chance: 0.25 });
  delete elements.stable_plutonium.reactions["dirty_water"];
});

elements.plutonium_dioxide = {
  color: ["#edcf47", "#c7a924", "#e3c129"],
  behavior: ["XX|CR:radiation%0.25|XX", "CR:radiation%0.25|XX|CR:radiation%0.25", "M2|M1|M2"],
  reactions: {
    neutron: {
      func: function (pixel, p) {
        if (pixel.temp >= 500) {
          transmuteAround(pixel);
          changePixel(pixel, "n_explosion");
        }
        elementCircle(p.x, p.y, 2, "neutron");
      },
      temp1: 20,
    },
  },
  tempHigh: 2744,
  category: "powders",
  hidden: true,
  state: "solid",
  density: 11500,
  excludeRandom: true,
};

elements.molten_plutonium_dioxide = {
  behavior: ["XX|CR:fire%2.5 AND CR:radiation%0.25|XX", "M2 AND CR:radiation%0.25|XX|M2 AND CR:radiation%0.25", "M1|M1|M1"],
  reactions: {
    neutron: {
      func: function (pixel, p) {
        transmuteAround(pixel);
        changePixel(pixel, "n_explosion");
        elementCircle(p.x, p.y, 2, "neutron");
      },
    },
  },
  excludeRandom: true,
};

elements.enriched_plutonium_dioxide = {
  color: ["#edcf47", "#c7a924", "#e3c129"],
  behavior: ["XX|CR:radiation%0.5|XX", "CR:radiation%0.5|XX|CR:radiation%0.5", "M2|M1|M2"],
  reactions: {
    neutron: {
      func: function (pixel, p) {
        if (pixel.temp >= 500) {
          transmuteAround(pixel);
          changePixel(pixel, "n_explosion");
        }
        elementCircle(p.x, p.y, 2, "neutron");
      },
      temp1: 50,
    },
  },
  tempHigh: 2744,
  category: "powders",
  hidden: true,
  state: "solid",
  density: 11500,
  excludeRandom: true,
};

elements.molten_enriched_plutonium_dioxide = {
  behavior: ["XX|CR:fire%2.5 AND CR:radiation%0.5|XX", "M2 AND CR:radiation%0.5|XX|M2 AND CR:radiation%0.5", "M1|M1|M1"],
  reactions: {
    neutron: {
      func: function (pixel, p) {
        transmuteAround(pixel);
        changePixel(pixel, "n_explosion");
        elementCircle(p.x, p.y, 2, "neutron");
      },
    },
  },
  excludeRandom: true,
};

elements.depleted_plutonium_dioxide = {
  color: ["#edcf47", "#c7a924", "#e3c129"],
  behavior: ["XX|CR:radiation%0.1|XX", "CR:radiation%0.1|XX|CR:radiation%0.1", "M2|M1|M2"],
  reactions: {
    neutron: {
      func: function (pixel, p) {
        if (pixel.temp >= 500) {
          transmuteAround(pixel);
          changePixel(pixel, "n_explosion");
        }
        elementCircle(p.x, p.y, 2, "neutron");
      },
      temp1: 50,
    },
  },
  tempHigh: 2744,
  category: "powders",
  hidden: true,
  state: "solid",
  density: 11500,
  excludeRandom: true,
};

elements.molten_depleted_plutonium_dioxide = {
  behavior: ["XX|CR:fire%2.5 AND CR:radiation%0.1|XX", "M2 AND CR:radiation%0.1|XX|M2 AND CR:radiation%0.1", "M1|M1|M1"],
  reactions: {
    neutron: {
      func: function (pixel, p) {
        transmuteAround(pixel);
        changePixel(pixel, "n_explosion");
        elementCircle(p.x, p.y, 2, "neutron");
      },
    },
  },
  excludeRandom: true,
};

elements.stable_plutonium_dioxide = {
  color: [blendColors("#edcf47", "#ff0000"), blendColors("#c7a924", "#00ff00"), blendColors("#e3c129", "#0000ff")],
  behavior: behaviors.POWDER,
  reactions: {
    neutron: { elem2: null },
  },
  tempHigh: 2744,
  category: "powders",
  hidden: true,
  state: "solid",
  density: 11500,
};

reduce("plutonium_dioxide", "oxygen", "plutonium");
reduce("enriched_plutonium_dioxide", "oxygen", "enriched_plutonium");
reduce("depleted_plutonium_dioxide", "oxygen", "depleted_plutonium");
reduce("stable_plutonium_dioxide", "oxygen", "stable_plutonium");

acidReact("hydrofluoric_acid", "plutonium_dioxide", "plutonium_tetrafluoride", "fire");
acidReact("hydrofluoric_acid", "enriched_plutonium_dioxide", "enriched_plutonium_tetrafluoride", "fire");
acidReact("hydrofluoric_acid", "depleted_plutonium_dioxide", "depleted_plutonium_tetrafluoride", "fire");
acidReact("hydrofluoric_acid", "stable_plutonium_dioxide", "stable_plutonium_tetrafluoride", "fire");
acidReact("hydrofluoric_acid_gas", "plutonium_dioxide", "plutonium_tetrafluoride", "fire");
acidReact("hydrofluoric_acid_gas", "enriched_plutonium_dioxide", "enriched_plutonium_tetrafluoride", "fire");
acidReact("hydrofluoric_acid_gas", "depleted_plutonium_dioxide", "depleted_plutonium_tetrafluoride", "fire");
acidReact("hydrofluoric_acid_gas", "stable_plutonium_dioxide", "stable_plutonium_tetrafluoride", "fire");
acidReact("hydrogen_fluoride", "plutonium_dioxide", "plutonium_tetrafluoride", "fire");
acidReact("hydrogen_fluoride", "enriched_plutonium_dioxide", "enriched_plutonium_tetrafluoride", "fire");
acidReact("hydrogen_fluoride", "depleted_plutonium_dioxide", "depleted_plutonium_tetrafluoride", "fire");
acidReact("hydrogen_fluoride", "stable_plutonium_dioxide", "stable_plutonium_tetrafluoride", "fire");
acidReact("liquid_hydrogen_fluoride", "plutonium_dioxide", "plutonium_tetrafluoride", "fire");
acidReact("liquid_hydrogen_fluoride", "enriched_plutonium_dioxide", "enriched_plutonium_tetrafluoride", "fire");
acidReact("liquid_hydrogen_fluoride", "depleted_plutonium_dioxide", "depleted_plutonium_tetrafluoride", "fire");
acidReact("liquid_hydrogen_fluoride", "stable_plutonium_dioxide", "stable_plutonium_tetrafluoride", "fire");

elements.hydrofluoric_acid.ignore.push("plutonium_hexafluoride", "enriched_plutonium_hexafluoride", "depleted_plutonium_hexafluoride", "stable_plutonium_hexafluoride");
elements.hydrofluoric_acid_gas.ignore.push("plutonium_hexafluoride", "enriched_plutonium_hexafluoride", "depleted_plutonium_hexafluoride", "stable_plutonium_hexafluoride");
elements.hydrogen_fluoride.ignore.push("plutonium_hexafluoride", "enriched_plutonium_hexafluoride", "depleted_plutonium_hexafluoride", "stable_plutonium_hexafluoride");
elements.liquid_hydrogen_fluoride.ignore.push("plutonium_hexafluoride", "enriched_plutonium_hexafluoride", "depleted_plutonium_hexafluoride", "stable_plutonium_hexafluoride");

eListAddIon("PLUTONIUMIV", "plutonium_tetrafluoride");
eListAddIon("FLUORIDE", "plutonium_tetrafluoride");
eListAdd("INSOLUBLE", "plutonium_tetrafluoride");
eListAddIon("ENRICHEDPLUTONIUMIV", "enriched_plutonium_tetrafluoride");
eListAddIon("FLUORIDE", "enriched_plutonium_tetrafluoride");
eListAdd("INSOLUBLE", "enriched_plutonium_tetrafluoride");
eListAddIon("DEPLETEDPLUTONIUMIV", "depleted_plutonium_tetrafluoride");
eListAddIon("FLUORIDE", "depleted_plutonium_tetrafluoride");
eListAdd("INSOLUBLE", "depleted_plutonium_tetrafluoride");
eListAddIon("STABLEPLUTONIUMIV", "stable_plutonium_tetrafluoride");
eListAddIon("FLUORIDE", "stable_plutonium_tetrafluoride");
eListAdd("INSOLUBLE", "stable_plutonium_tetrafluoride");

elements.plutonium_tetrafluoride = {
  color: ["#a13d0b", "#85401d", "#733211"],
  behavior: ["XX|CR:radiation%0.05|XX", "CR:radiation%0.05|XX|CR:radiation%0.05", "M2|M1|M2"],
  reactions: {},
  tempHigh: 1027,
  category: "powders",
  state: "solid",
  density: 7100,
  hidden: true,
};

elements.enriched_plutonium_tetrafluoride = {
  color: ["#a13d0b", "#85401d", "#733211"],
  behavior: ["XX|CR:radiation%0.25|XX", "CR:radiation%0.25|XX|CR:radiation%0.25", "M2|M1|M2"],
  reactions: {},
  tempHigh: 1027,
  category: "powders",
  state: "solid",
  density: 7100,
  hidden: true,
};

elements.depleted_plutonium_tetrafluoride = {
  color: ["#a13d0b", "#85401d", "#733211"],
  behavior: ["XX|CR:radiation%0.02|XX", "CR:radiation%0.02|XX|CR:radiation%0.02", "M2|M1|M2"],
  reactions: {},
  tempHigh: 1027,
  category: "powders",
  state: "solid",
  density: 7100,
  hidden: true,
};

elements.molten_plutonium_tetrafluoride = {
  behavior: ["XX|CR:fire%2.5 AND CR:radiation%0.05|XX", "M2 AND CR:radiation%0.05|XX|M2 AND CR:radiation%0.05", "M1|M1|M1"],
};

elements.molten_enriched_plutonium_tetrafluoride = {
  behavior: ["XX|CR:fire%2.5 AND CR:radiation%0.1|XX", "M2 AND CR:radiation%0.1|XX|M2 AND CR:radiation%0.1", "M1|M1|M1"],
};

elements.molten_depleted_plutonium_tetrafluoride = {
  behavior: ["XX|CR:fire%2.5 AND CR:radiation%0.02|XX", "M2 AND CR:radiation%0.02|XX|M2 AND CR:radiation%0.02", "M1|M1|M1"],
};

elements.stable_plutonium_tetrafluoride = {
  color: [blendColors("#a13d0b", "#ff0000"), blendColors("#85401d", "#00ff00"), blendColors("#733211", "#0000ff")],
  behavior: behaviors.POWDER,
  reactions: {},
  tempHigh: 1027,
  category: "powders",
  state: "solid",
  density: 7100,
  hidden: true,
};

acidReact("fluorine", "plutonium_tetrafluoride", [null, null, null, null, "plutonium_hexafluoride"], null);
acidReact("fluorine", "enriched_plutonium_tetrafluoride", [null, null, null, null, "enriched_plutonium_hexafluoride"], null);
acidReact("fluorine", "depleted_plutonium_tetrafluoride", [null, null, null, null, "depleted_plutonium_hexafluoride"], null);
acidReact("fluorine", "stable_plutonium_tetrafluoride", [null, null, null, null, "stable_plutonium_hexafluoride"], null);
acidReact("liquid_fluorine", "plutonium_tetrafluoride", [null, null, null, null, "plutonium_hexafluoride"], null);
acidReact("liquid_fluorine", "enriched_plutonium_tetrafluoride", [null, null, null, null, "enriched_plutonium_hexafluoride"], null);
acidReact("liquid_fluorine", "depleted_plutonium_tetrafluoride", [null, null, null, null, "depleted_plutonium_hexafluoride"], null);
acidReact("liquid_fluorine", "stable_plutonium_tetrafluoride", [null, null, null, null, "stable_plutonium_hexafluoride"], null);
acidReact("foof", "plutonium_tetrafluoride", "plutonium_hexafluoride", null);
acidReact("foof", "enriched_plutonium_tetrafluoride", "enriched_plutonium_hexafluoride", null);
acidReact("foof", "depleted_plutonium_tetrafluoride", "depleted_plutonium_hexafluoride", null);
acidReact("foof", "stable_plutonium_tetrafluoride", "stable_plutonium_hexafluoride", null);
acidReact("solid_foof", "plutonium_tetrafluoride", "plutonium_hexafluoride", null);
acidReact("solid_foof", "enriched_plutonium_tetrafluoride", "enriched_plutonium_hexafluoride", null);
acidReact("solid_foof", "depleted_plutonium_tetrafluoride", "depleted_plutonium_hexafluoride", null);
acidReact("solid_foof", "stable_plutonium_tetrafluoride", "stable_plutonium_hexafluoride", null);
elements.foof.ignore.push("radiation");
elements.solid_foof.ignore.push("radiation");

reduce("plutonium_tetrafluoride", "fluorine", "plutonium");
reduce("enriched_plutonium_tetrafluoride", "fluorine", "enriched_plutonium");
reduce("depleted_plutonium_tetrafluoride", "fluorine", "depleted_plutonium");
reduce("stable_plutonium_tetrafluoride", "fluorine", "stable_plutonium");

eListAddIon("PLUTONIUMVI", "plutonium_hexafluoride");
eListAddIon("FLUORIDE", "plutonium_hexafluoride");
eListAdd("INSOLUBLE", "plutonium_hexafluoride");
eListAddIon("ENRICHEDPLUTONIUMVI", "enriched_plutonium_hexafluoride");
eListAddIon("FLUORIDE", "enriched_plutonium_hexafluoride");
eListAdd("INSOLUBLE", "enriched_plutonium_hexafluoride");
eListAddIon("DEPLETEDPLUTONIUMVI", "depleted_plutonium_hexafluoride");
eListAddIon("FLUORIDE", "depleted_plutonium_hexafluoride");
eListAdd("INSOLUBLE", "depleted_plutonium_hexafluoride");
eListAddIon("STABLEPLUTONIUMVI", "stable_plutonium_hexafluoride");
eListAddIon("FLUORIDE", "stable_plutonium_hexafluoride");
eListAdd("INSOLUBLE", "stable_plutonium_hexafluoride");

elements.plutonium_hexafluoride = {
  color: "#6e2602",
  behavior: ["XX|CR:radiation%0.05|XX", "CR:radiation%0.05|XX|CR:radiation%0.05", "M2|M1|M2"],
  reactions: {
    hydrogen: { elem1: "plutonium_tetrafluoride", elem2: "hydrogen_fluoride" },
  },
  tempHigh: 62.5,
  category: "powders",
  state: "solid",
  density: 5080,
  stateHighName: "plutonium_hexafluoride_gas",
  forceAutoGen: true,
  hidden: true,
};

elements.plutonium_hexafluoride_gas = {
  behavior: behaviors.GAS,
  behavior2: [
    ["XX", "CR:radiation%0.05", "XX"],
    ["CR:radiation%0.05", "XX", "CR:radiation%0.05"],
    ["XX", "CR:radiation%0.05", "XX"],
  ],
  tick: function (pixel) {
    pixelTick(pixel, elements[pixel.element].behavior2);
  },
  state: "gas",
  density: 14.88,
  reactions: {
    hydrogen: { elem1: "plutonium_tetrafluoride", elem2: "hydrogen_fluoride" },
  },
  tempHigh: 280,
  stateHigh: ["plutonium_tetrafluoride", "fluorine"],
  onCentrifuge: function (pixel) {
    if (Math.random() < 0.05) {
      if (Math.random() < 0.5) {
        changePixel(pixel, "depleted_plutonium_hexafluoride");
      } else {
        changePixel(pixel, "enriched_plutonium_hexafluoride");
      }
    }
  },
};

elements.enriched_plutonium_hexafluoride = {
  color: "#6e2602",
  behavior: ["XX|CR:radiation%0.25|XX", "CR:radiation%0.25|XX|CR:radiation%0.25", "M2|M1|M2"],
  reactions: {
    hydrogen: { elem1: "enriched_plutonium_tetrafluoride", elem2: "hydrogen_fluoride" },
  },
  tempHigh: 62.5,
  category: "powders",
  state: "solid",
  density: 5080,
  stateHighName: "enriched_plutonium_hexafluoride_gas",
  forceAutoGen: true,
  hidden: true,
};

elements.enriched_plutonium_hexafluoride_gas = {
  behavior: behaviors.GAS,
  behavior2: [
    ["XX", "CR:radiation%0.25", "XX"],
    ["CR:radiation%0.25", "XX", "CR:radiation%0.25"],
    ["XX", "CR:radiation%0.25", "XX"],
  ],
  tick: function (pixel) {
    pixelTick(pixel, elements[pixel.element].behavior2);
  },
  state: "gas",
  density: 14.88,
  reactions: {
    hydrogen: { elem1: "enriched_plutonium_tetrafluoride", elem2: "hydrogen_fluoride" },
  },
  tempHigh: 280,
  stateHigh: ["enriched_plutonium_tetrafluoride", "fluorine"],
};

elements.depleted_plutonium_hexafluoride = {
  color: "#6e2602",
  behavior: ["XX|CR:radiation%0.25|XX", "CR:radiation%0.25|XX|CR:radiation%0.25", "M2|M1|M2"],
  reactions: {
    hydrogen: { elem1: "depleted_plutonium_tetrafluoride", elem2: "hydrogen_fluoride" },
  },
  tempHigh: 62.5,
  category: "powders",
  state: "solid",
  density: 5080,
  stateHighName: "depleted_plutonium_hexafluoride_gas",
  forceAutoGen: true,
  hidden: true,
};

elements.depleted_plutonium_hexafluoride_gas = {
  behavior: behaviors.GAS,
  behavior2: [
    ["XX", "CR:radiation%0.01", "XX"],
    ["CR:radiation%0.01", "XX", "CR:radiation%0.01"],
    ["XX", "CR:radiation%0.01", "XX"],
  ],
  tick: function (pixel) {
    pixelTick(pixel, elements[pixel.element].behavior2);
  },
  state: "gas",
  density: 14.88,
  reactions: {
    hydrogen: { elem1: "depleted_plutonium_tetrafluoride", elem2: "hydrogen_fluoride" },
  },
  tempHigh: 280,
  stateHigh: ["depleted_plutonium_tetrafluoride", "fluorine"],
};

elements.stable_plutonium_hexafluoride = {
  color: [blendColors("#6e2602", "#ff0000"), blendColors("#6e2602", "#00ff00"), blendColors("#6e2602", "#0000ff")],
  behavior: behaviors.POWDER,
  reactions: {
    hydrogen: { elem1: "stable_plutonium_tetrafluoride", elem2: "hydrogen_fluoride" },
  },
  tempHigh: 62.5,
  category: "powders",
  state: "solid",
  density: 5080,
  stateHighName: "stable_plutonium_hexafluoride_gas",
  forceAutoGen: true,
  hidden: true,
};

elements.stable_plutonium_hexafluoride_gas = {
  behavior: behaviors.GAS,
  state: "gas",
  density: 14.88,
  reactions: {
    hydrogen: { elem1: "stable_plutonium_tetrafluoride", elem2: "hydrogen_fluoride" },
  },
  tempHigh: 280,
  stateHigh: ["stable_plutonium_tetrafluoride", "fluorine"],
};

runAfterLoad(function () {
  reactList("plutonium_hexafluoride", eLists.WATER, { elem1: "plutonium_tetrafluoride", elem2: "hydrofluoric_acid" });
  reactList("enriched_plutonium_hexafluoride", eLists.WATER, { elem1: "enriched_plutonium_tetrafluoride", elem2: "hydrofluoric_acid" });
  reactList("depleted_plutonium_hexafluoride", eLists.WATER, { elem1: "depleted_plutonium_tetrafluoride", elem2: "hydrofluoric_acid" });
  reactList("stable_plutonium_hexafluoride", eLists.WATER, { elem1: "stable_plutonium_tetrafluoride", elem2: "hydrofluoric_acid" });
});

elements.americium = {
  color: ["#42ebaf", "#59d998", "#d0dbd5"],
  behavior: ["XX|CR:neutron%0.1 AND CR:radiation%2 AND CR:alpha_particle%2|XX", "CR:neutron%0.1 AND CR:radiation%2 AND CR:alpha_particle%2|CH:neptunium%0.05 AND CH:plutonium%0.05|CR:neutron%0.1 AND CR:radiation%2 AND CR:alpha_particle%2", "XX|CR:neutron%0.1 AND CR:radiation%2 AND CR:alpha_particle%2|XX"],
  reactions: {
    quark_matter: { elem1: "stable_americium" },
    neutron: { func: americium, temp1: 150 },
  },
  tempHigh: 1176,
  category: "solids",
  state: "solid",
  density: 12000,
  hardness: 0.9,
  conduct: 0.2,
  excludeRandom: true,
};

elements.stable_americium = {
  color: [blendColors("#42ebaf", "#ff0000"), blendColors("#59d998", "#00ff00"), blendColors("#d0dbd5", "#0000ff")],
  behavior: behaviors.WALL,
  tempHigh: 1176,
  category: "solids",
  state: "solid",
  density: 12000,
  hardness: 0.9,
  conduct: 0.2,
  hidden: true,
};

elements.molten_americium = {
  behavior: ["XX|CR:fire%2.5 AND CR:neutron%0.1 AND CR:radiation%2 AND CR:alpha_particle%2|XX", "M2 AND CR:neutron%0.1 AND CR:radiation%2 AND CR:alpha_particle%2|CH:neptunium%0.05 AND CH:plutonium%0.05|M2 AND CR:neutron%0.1 AND CR:radiation%2 AND CR:alpha_particle%2", "M1|M1|M1"],
  reactions: {
    quark_matter: { elem1: "stable_americium" },
    neutron: { func: americium, temp1: 150 },
  },
  excludeRandom: true,
};

function americium(pixel, p) {
  if (pixel.temp >= 500) {
    transmuteAround(pixel);
    changePixel(pixel, "n_explosion");
    elementCircle(p.x, p.y, 5, "neutron");
  }
  if (Math.random() < 0.1) {
    changePixel(pixel, "curium");
  }
  elementCircle(p.x, p.y, 2, "neutron");
}

elements.curium = {
  color: ["#fab1f1", "#d6c9d5", "#e0b1d6"],
  behavior: ["XX|CR:neutron%0.5 AND CR:radiation%1 AND CR:alpha_particle%1|XX", "CR:neutron%0.5 AND CR:radiation%1 AND CR:alpha_particle%1|CH:plutonium%0.075|CR:neutron%0.5 AND CR:radiation%1 AND CR:alpha_particle%1", "XX|CR:neutron%0.5 AND CR:radiation%1 AND CR:alpha_particle%1|XX"],
  reactions: {
    quark_matter: { elem1: "stable_curium" },
    neutron: { func: curium, temp1: 175 },
  },
  tempHigh: 1340,
  category: "solids",
  state: "solid",
  density: 13510,
  hardness: 0.9,
  conduct: 0.2,
  excludeRandom: true,
};

elements.stable_curium = {
  color: [blendColors("#fab1f1", "#ff0000"), blendColors("#d6c9d5", "#00ff00"), blendColors("#e0b1d6", "#0000ff")],
  behavior: behaviors.WALL,
  tempHigh: 1340,
  category: "solids",
  state: "solid",
  density: 13510,
  hardness: 0.9,
  conduct: 0.2,
  hidden: true,
};

elements.molten_curium = {
  behavior: ["XX|CR:fire%2.5 AND CR:neutron%0.5 AND CR:radiation%1 AND CR:alpha_particle%1|XX", "M2 AND CR:neutron%0.5 AND CR:radiation%1 AND CR:alpha_particle%1|CH:plutonium%0.075|M2 AND CR:neutron%0.5 AND CR:radiation%1 AND CR:alpha_particle%1", "M1|M1|M1"],
  reactions: {
    quark_matter: { elem1: "stable_curium" },
    neutron: { func: curium, temp1: 150 },
  },
  excludeRandom: true,
};

function curium(pixel, p) {
  if (pixel.temp >= 500) {
    transmuteAround(pixel);
    changePixel(pixel, "n_explosion");
    elementCircle(p.x, p.y, 5, "neutron");
  }
  if (Math.random() < 0.1) {
    changePixel(pixel, "berkelium");
  }
  elementCircle(p.x, p.y, 2, "neutron");
}

elements.berkelium = {
  color: ["#f2edfa", "#bdbccf", "#d7cae8"],
  behavior: ["XX|CR:neutron%1 AND CR:radiation%1 AND CR:alpha_particle%1|XX", "CR:neutron%1 AND CR:radiation%1 AND CR:alpha_particle%1|CH:californium%0.075|CR:neutron%1 AND CR:radiation%1 AND CR:alpha_particle%1", "XX|CR:neutron%1 AND CR:radiation%1 AND CR:alpha_particle%1|XX"],
  reactions: {
    quark_matter: { elem1: "stable_berkelium" },
    neutron: { func: berkelium, temp1: 175 },
  },
  tempHigh: 986,
  category: "solids",
  state: "solid",
  density: 13250,
  hardness: 0.9,
  conduct: 0.2,
  excludeRandom: true,
};

elements.stable_berkelium = {
  color: [blendColors("#f2edfa", "#ff0000"), blendColors("#bdbccf", "#00ff00"), blendColors("#d7cae8", "#0000ff")],
  behavior: behaviors.WALL,
  tempHigh: 986,
  category: "solids",
  state: "solid",
  density: 13250,
  hardness: 0.9,
  conduct: 0.2,
  hidden: true,
};

elements.molten_berkelium = {
  behavior: ["XX|CR:fire%2.5 AND CR:neutron%1 AND CR:radiation%1 AND CR:alpha_particle%1|XX", "M2 AND CR:neutron%1 AND CR:radiation%1 AND CR:alpha_particle%1|CH:californium%0.075|M2 AND CR:neutron%1 AND CR:radiation%1 AND CR:alpha_particle%1", "M1|M1|M1"],
  reactions: {
    quark_matter: { elem1: "stable_berkelium" },
    neutron: { func: berkelium, temp1: 150 },
  },
  excludeRandom: true,
};

function berkelium(pixel, p) {
  if (pixel.temp >= 500) {
    transmuteAround(pixel);
    changePixel(pixel, "n_explosion");
    elementCircle(p.x, p.y, 5, "neutron");
  }
  if (Math.random() < 0.1) {
    changePixel(pixel, "californium");
  }
  elementCircle(p.x, p.y, 2, "neutron", 0.2);
}

elements.californium = {
  color: ["#dfd0f7", "#bcbade", "#b99be0"],
  behavior: ["XX|CR:neutron%1 AND CR:radiation%1 AND CR:alpha_particle%1|XX", "CR:neutron%1 AND CR:radiation%1 AND CR:alpha_particle%1|CH:curium%0.05 AND CH:einsteinium%0.05|CR:neutron%1 AND CR:radiation%1 AND CR:alpha_particle%1", "XX|CR:neutron%1 AND CR:radiation%1 AND CR:alpha_particle%1|XX"],
  reactions: {
    quark_matter: { elem1: "stable_californium" },
    neutron: { func: californium, temp1: 175 },
  },
  tempHigh: 900,
  category: "solids",
  state: "solid",
  density: 15100,
  hardness: 0.9,
  conduct: 0.2,
  excludeRandom: true,
};

elements.stable_californium = {
  color: [blendColors("#dfd0f7", "#ff0000"), blendColors("#bcbade", "#00ff00"), blendColors("#b99be0", "#0000ff")],
  behavior: behaviors.WALL,
  tempHigh: 900,
  category: "solids",
  state: "solid",
  density: 15100,
  hardness: 0.9,
  conduct: 0.2,
  hidden: true,
};

elements.molten_californium = {
  behavior: ["XX|CR:fire%2.5 AND CR:neutron%1 AND CR:radiation%1 AND CR:alpha_particle%1|XX", "M2 AND CR:neutron%1 AND CR:radiation%1 AND CR:alpha_particle%1|CH:curium%0.05 AND CH:einsteinium%0.05|M2 AND CR:neutron%1 AND CR:radiation%1 AND CR:alpha_particle%1", "M1|M1|M1"],
  reactions: {
    quark_matter: { elem1: "stable_californium" },
    neutron: { func: californium, temp1: 150 },
  },
  excludeRandom: true,
};

function californium(pixel, p) {
  if (pixel.temp >= 500) {
    transmuteAround(pixel);
    changePixel(pixel, "n_explosion");
    elementCircle(p.x, p.y, 5, "neutron");
  }
  if (Math.random() < 0.1) {
    changePixel(pixel, "einsteinium");
  }
  elementCircle(p.x, p.y, 2, "neutron", 0.25);
}

elements.einsteinium = {
  color: ["#3aa6c2", "#b8edf1", "#83d9e4"],
  behavior: ["XX|CR:neutron%1 AND CR:radiation%1 AND CR:alpha_particle%1|XX", "CR:neutron%1 AND CR:radiation%1 AND CR:alpha_particle%1|CH:berkelium%0.05 AND CH:fermium%0.05|CR:neutron%1 AND CR:radiation%1 AND CR:alpha_particle%1", "XX|CR:neutron%1 AND CR:radiation%1 AND CR:alpha_particle%1|XX"],
  reactions: {
    quark_matter: { elem1: "stable_einsteinium" },
    neutron: { func: einsteinium, temp1: 175 },
  },
  tempHigh: 1133,
  category: "solids",
  state: "solid",
  density: 8840,
  hardness: 0.9,
  conduct: 0.2,
  excludeRandom: true,
};

elements.stable_einsteinium = {
  color: [blendColors("#3aa6c2", "#ff0000"), blendColors("#b8edf1", "#00ff00"), blendColors("#83d9e4", "#0000ff")],
  behavior: behaviors.WALL,
  tempHigh: 1133,
  category: "solids",
  state: "solid",
  density: 8840,
  hardness: 0.9,
  conduct: 0.2,
  hidden: true,
};

elements.molten_einsteinium = {
  behavior: ["XX|CR:fire%2.5 AND CR:neutron%1 AND CR:radiation%1 AND CR:alpha_particle%1|XX", "M2 AND CR:neutron%1 AND CR:radiation%1 AND CR:alpha_particle%1|CH:berkelium%0.05 AND CH:fermium%0.05|M2 AND CR:neutron%1 AND CR:radiation%1 AND CR:alpha_particle%1", "M1|M1|M1"],
  reactions: {
    quark_matter: { elem1: "stable_einsteinium" },
    neutron: { func: einsteinium, temp1: 150 },
  },
  excludeRandom: true,
};

function einsteinium(pixel, p) {
  if (pixel.temp >= 500) {
    transmuteAround(pixel);
    changePixel(pixel, "n_explosion");
    elementCircle(p.x, p.y, 5, "neutron");
  }
  if (Math.random() < 0.1) {
    changePixel(pixel, "fermium");
  }
  elementCircle(p.x, p.y, 3, "neutron");
}

elements.fermium = {
  color: ["#c8a7fc", "#cecbf2", "#d5bff2"],
  behavior: ["XX|CR:neutron%1 AND CR:radiation%1 AND CR:alpha_particle%1|XX", "CR:neutron%1 AND CR:radiation%1 AND CR:alpha_particle%1|CH:californium%0.1|CR:neutron%1 AND CR:radiation%1 AND CR:alpha_particle%1", "XX|CR:neutron%1 AND CR:radiation%1 AND CR:alpha_particle%1|XX"],
  reactions: {
    quark_matter: { elem1: "stable_fermium" },
    neutron: { func: fermium, temp1: 175 },
  },
  tempHigh: 1800,
  category: "solids",
  state: "solid",
  density: 9710,
  hardness: 0.9,
  conduct: 0.2,
  excludeRandom: true,
};

elements.stable_fermium = {
  color: [blendColors("#c8a7fc", "#ff0000"), blendColors("#cecbf2", "#00ff00"), blendColors("#d5bff2", "#0000ff")],
  behavior: behaviors.WALL,
  tempHigh: 1800,
  category: "solids",
  state: "solid",
  density: 9710,
  hardness: 0.9,
  conduct: 0.2,
  hidden: true,
};

elements.molten_fermium = {
  behavior: ["XX|CR:fire%2.5 AND CR:neutron%1 AND CR:radiation%1 AND CR:alpha_particle%1|XX", "M2 AND CR:neutron%1 AND CR:radiation%1 AND CR:alpha_particle%1|CH:californium%0.1|M2 AND CR:neutron%1 AND CR:radiation%1 AND CR:alpha_particle%1", "M1|M1|M1"],
  reactions: {
    quark_matter: { elem1: "stable_fermium" },
    neutron: { func: fermium, temp1: 150 },
  },
  excludeRandom: true,
};

function fermium(pixel, p) {
  if (pixel.temp >= 500) {
    changePixel(pixel, "n_explosion");
    elementCircle(p.x, p.y, 5, "neutron");
  }
  elementCircle(p.x, p.y, 3, "neutron", 0.2);
}

function transmuteAround(pixel) {
  elementCircle(pixel.x, pixel.y, 40, "radium", 0.1, ["thorium", "molten_thorium"]);
  elementCircle(pixel.x, pixel.y, 40, "plutonium", 0.1, ["depleted_uranium", "molten_depleted_uranium"]);
  elementCircle(pixel.x, pixel.y, 40, "neptunium", 0.1, ["enriched_uranium", "molten_enriched_uranium"]);
  elementCircle(pixel.x, pixel.y, 40, "americium", 0.1, ["plutonium", "molten_plutonium"]);
  elementCircle(pixel.x, pixel.y, 40, "curium", 0.1, ["americium", "molten_americium"]);
  elementCircle(pixel.x, pixel.y, 40, "berkelium", 0.1, ["curium", "molten_curium"]);
  elementCircle(pixel.x, pixel.y, 40, "californium", 0.1, ["berkelium", "molten_berkelium"]);
  elementCircle(pixel.x, pixel.y, 40, "einsteinium", 0.1, ["californium", "molten_californium"]);
  elementCircle(pixel.x, pixel.y, 40, "fermium", 0.1, ["einsteinium", "molten_einsteinium"]);
}

function elementCircle(x, y, radius, pixelType = "fire", chance = 0.1, replace = [null]) {
  if (!Array.isArray(replace)) {
    replace = [replace];
  }
  // if pixelType includes , split it into an array
  if (pixelType.indexOf(",") !== -1) {
    pixelType = pixelType.split(",");
  }
  var coords = circleCoords(x, y, radius);
  for (var i = 0; i < coords.length; i++) {
    if (isEmpty(coords[i].x, coords[i].y) && replace.includes(null)) {
      if (Math.random() <= chance) {
        // if pixelType is an array, choose a random item
        if (Array.isArray(pixelType)) {
          createPixel(pixelType[Math.floor(Math.random() * pixelType.length)], coords[i].x, coords[i].y);
        } else {
          createPixel(pixelType, coords[i].x, coords[i].y);
        }
      }
    }
    if (!isEmpty(coords[i].x, coords[i].y, true) && replace.includes(pixelMap[coords[i].x][coords[i].y].element)) {
      if (Math.random() <= chance) {
        // if pixelType is an array, choose a random item
        if (Array.isArray(pixelType)) {
          changePixel(pixelMap[coords[i].x][coords[i].y], pixelType[Math.floor(Math.random() * pixelType.length)]);
        } else {
          changePixel(pixelMap[coords[i].x][coords[i].y], pixelType);
        }
      }
    }
  }
}

elements.thorium_dioxide = {
  color: ["#313331", "#1a1a18", "#171717", "#24231d", "#262622", "#171613"],
  behavior: ["XX|CR:radiation%0.01|XX", "CR:radiation%0.01|XX|CR:radiation%0.01", "M2|M1|M2"],
  reactions: {},
  hidden: true,
  tempHigh: 2865,
  category: "powders",
  state: "solid",
  density: 10970,
};

elements.stable_thorium_dioxide = {
  color: [blendColors("#313331", "#ff0000"), blendColors("#1a1a18", "#00ff00"), blendColors("#171717", "#0000ff"), blendColors("#24231d", "#ff0000"), blendColors("#262622", "#00ff00"), blendColors("#171613", "#0000ff")],
  behavior: behaviors.POWDER,
  reactions: {},
  hidden: true,
  tempHigh: 2865,
  category: "powders",
  state: "solid",
  density: 10970,
};

eListAddIon("THORIUMIV", "thorium_dioxide");
eListAddIon("OXIDE", "thorium_dioxide");
eListAdd("INSOLUBLE", "thorium_dioxide");
eListAddIon("STABLETHORIUMIV", "stable_thorium_dioxide");
eListAddIon("OXIDE", "stable_thorium_dioxide");
eListAdd("INSOLUBLE", "stable_thorium_dioxide");

acidReact("hydrofluoric_acid", "thorium_dioxide", "thorium_tetrafluoride", "fire");
acidReact("hydrofluoric_acid", "stable_thorium_dioxide", "stable_thorium_tetrafluoride", "fire");
acidReact("hydrofluoric_acid_gas", "thorium_dioxide", "thorium_tetrafluoride", "fire");
acidReact("hydrofluoric_acid_gas", "stable_thorium_dioxide", "stable_thorium_tetrafluoride", "fire");
acidReact("hydrogen_fluoride", "thorium_dioxide", "thorium_tetrafluoride", "fire");
acidReact("hydrogen_fluoride", "stable_thorium_dioxide", "stable_thorium_tetrafluoride", "fire");
acidReact("liquid_hydrogen_fluoride", "thorium_dioxide", "thorium_tetrafluoride", "fire");
acidReact("liquid_hydrogen_fluoride", "stable_thorium_dioxide", "stable_thorium_tetrafluoride", "fire");

elements.thorium_tetrafluoride = {
  color: "#e5e6e5",
  behavior: ["XX|CR:radiation%0.01|XX", "CR:radiation%0.01|XX|CR:radiation%0.01", "M2|M1|M2"],
  reactions: {},
  hidden: true,
  tempHigh: 1110,
  category: "powders",
  state: "solid",
  density: 6300,
};

elements.stable_thorium_tetrafluoride = {
  color: [blendColors("#e5e6e5", "#ff0000"), blendColors("#e5e6e5", "#00ff00"), blendColors("#e5e6e5", "#0000ff")],
  behavior: behaviors.POWDER,
  reactions: {},
  hidden: true,
  tempHigh: 1110,
  category: "powders",
  state: "solid",
  density: 6300,
};

eListAddIon("THORIUMIV", "thorium_tetrafluoride");
eListAddIon("OXIDE", "thorium_tetrafluoride");
eListAdd("INSOLUBLE", "thorium_tetrafluoride");
eListAddIon("STABLETHORIUMIV", "stable_thorium_tetrafluoride");
eListAddIon("OXIDE", "stable_thorium_tetrafluoride");
eListAdd("INSOLUBLE", "stable_thorium_tetrafluoride");

reduce("thorium_dioxide", "oxygen", "thorium");
reduce("stable_thorium_dioxide", "oxygen", "stable_thorium");
reduce("thorium_tetrafluoride", "fluorine", "thorium");
reduce("stable_thorium_tetrafluoride", "fluorine", "stable_thorium");

elements.stable_thorium = {
  color: [blendColors("#599e8a", "#ff0000"), blendColors("#364d4b", "#00ff00"), blendColors("#494d4c", "#0000ff"), blendColors("#428a58", "#ff0000"), blendColors("#658d7a", "#00ff00"), blendColors("#89e0a2", "#0000ff")],
  behavior: behaviors.WALL,
  reactions: {
    oxygen: { elem1: "stable_thorium_dioxide", elem2: null },
  },
  tempHigh: 1750,
  category: "solids",
  state: "solid",
  hidden: true,
  density: 11700,
  hardness: 0.7,
  conduct: 0.235,
};
elements.molten_stable_thorium = {
  reactions: {
    oxygen: { elem1: "stable_thorium_dioxide", elem2: null },
  },
};

elements.stable_radium = {
  color: [blendColors("#3bdeff", "#ff0000"), blendColors("#3bdeff", "#00ff00"), blendColors("#3bdeff", "#0000ff")],
  behavior: behaviors.POWDER,
  reactions: {
    oxygen: { elem1: "radium_oxide" },
  },
  tempHigh: 700,
  category: "powders",
  state: "solid",
  density: 5500,
  hidden: true,
  conduct: 0.4,
};

elements.radium_oxide = {
  color: [blendColors("#b2d9d9", "#ff0000", 0.25), blendColors("#b2d9d9", "#00ff00", 0.25), blendColors("#b2d9d9", "#0000ff", 0.25)],
  behavior: behaviors.POWDER,
  reactions: {},
  hidden: true,
  tempHigh: 2327,
  category: "powders",
  state: "solid",
  density: 12000,
};

eListAddIon("RADIUM", "radium_oxide");
eListAddIon("OXIDE", "radium_oxide");
eListAdd("INSOLUBLE", "radium_oxide");

elements.radium_hydroxide = {
  color: [blendColors("#f2fafa", "#ff0000", 0.25), blendColors("#f2fafa", "#00ff00", 0.25), blendColors("#f2fafa", "#0000ff", 0.25)],
  behavior: behaviors.POWDER,
  hidden: true,
  tempHigh: 600,
  reactions: {},
  stateHigh: "radium_oxide",
  category: "powders",
  state: "solid",
  density: 12000,
};

eListAdd("BASE", "radium_hydroxide");
eListAddIon("RADIUM", "radium_hydroxide", "base");
eListAddIon("HYDROXIDE", "radium_hydroxide", "base");
eListAdd("INSOLUBLE", "radium_hydroxide");

createSalt("radium_chloride", "radium_chloride_solution", [blendColors("#faf3de", "#ff0000", 0.25), blendColors("#faf3de", "#00ff00", 0.25), blendColors("#faf3de", "#0000ff", 0.25)], [blendColors("#8eadef", "#ff0000", 0.25), blendColors("#8eadef", "#00ff00", 0.25), blendColors("#8eadef", "#0000ff", 0.25)], true, true, 900, -2, 102, 4900, 1050, "RADIUM", "CHLORIDE");

elements.radium_chloride_solution.reactions["mercury"] = { elem1: ["stable_radium", "chlorine", "hydrogen"], charged: true, chance: 0.02 };

elements.molten_stable_radium = {
  reactions: {
    oxygen: { elem1: "radium_oxide" },
  },
  conduct: 0.4,
};

runAfterLoad(function () {
  reactList("radium_oxide", eLists.WATER, { elem1: "radium_hydroxide", elem2: null, chance: 0.01 });
  reactList("stable_radium", eLists.WATER, { elem1: ["radium_hydroxide", "pop"], elem2: ["hydrogen", "bubble"], chance: 0.05, temp2: 350 });
  reactList("molten_stable_radium", eLists.WATER, { elem1: ["radium_hydroxide", "pop"], elem2: ["hydrogen", "bubble"], chance: 0.05, temp2: 350 });
});

elements.stable_actinium = {
  color: [blendColors("#e5e6e5", "#ff0000", 0.25), blendColors("#62ebf0", "#00ff00"), blendColors("#62ebf0", "#0000ff")],
  behavior: behaviors.POWDER,
  reactions: {
    oxygen: { elem1: "actinium_oxide" },
  },
  hidden: true,
  tempHigh: 1227,
  category: "powders",
  state: "solid",
  density: 10000,
  conduct: 0.225,
};
elements.molten_stable_actinium = {
  reactions: {
    oxygen: { elem1: "actinium_oxide" },
  },
  conduct: 0.225,
};

runAfterLoad(function () {
  reactList("stable_actinium", eLists.WATER, { elem1: "actinium_hydroxide", elem2: "hydrogen", chance: 0.01 });
  reactList("molten_stable_actinium", eLists.WATER, { elem1: "actinium_hydroxide", elem2: "hydrogen", chance: 0.01 });
});

elements.actinium_oxide = {
  color: [blendColors("#ebf5f5", "#ff0000", 0.25), blendColors("#ebf5f5", "#00ff00", 0.25), blendColors("#ebf5f5", "#0000ff", 0.25)],
  behavior: behaviors.POWDER,
  reactions: {
    water: { elem1: "actinium_hydroxide", elem2: null, chance: 0.01 },
    salt_water: { elem1: "actinium_hydroxide", elem2: null, chance: 0.01 },
    sugar_water: { elem1: "actinium_hydroxide", elem2: null, chance: 0.01 },
    dirty_water: { elem1: "actinium_hydroxide", elem2: null, chance: 0.01 },
    steam: { elem1: "actinium_hydroxide", elem2: null, chance: 0.01 },
    seltzer: { elem1: "actinium_hydroxide", elem2: null, chance: 0.01 },
    pool_water: { elem1: "actinium_hydroxide", elem2: null, chance: 0.01 },
    primordial_soup: { elem1: "actinium_hydroxide", elem2: null, chance: 0.01 },
  },
  hidden: true,
  tempHigh: 2327,
  category: "powders",
  state: "solid",
  density: 12000,
};

runAfterLoad(function () {
  reactList("actinium_oxide", eLists.WATER, { elem1: "actinium_hydroxide", elem2: null, chance: 0.01 });
});

elements.actinium_hydroxide = {
  color: [blendColors("#f2cef2", "#ff0000", 0.25), blendColors("#f2cef2", "#00ff00", 0.25), blendColors("#f2cef2", "#0000ff", 0.25)],
  behavior: behaviors.POWDER,
  hidden: true,
  tempHigh: 350,
  stateHigh: ["actinium_oxide", "steam"],
  category: "powders",
  state: "solid",
  density: 12000,
};

eListAdd("BASE", "actinium_hydroxide");
eListAddIon("ACTINIUM", "actinium_hydroxide", "base");
eListAddIon("HYDROXIDE", "actinium_hydroxide", "base");
eListAdd("INSOLUBLE", "actinium_hydroxide");

reduce("actinium_oxide", "oxygen", "stable_actinium");

elements.stable_protactinium = {
  color: [blendColors("#9899a3", "#ff0000"), blendColors("#44464a", "#00ff00"), blendColors("#5a5b5e", "#0000ff")],
  behavior: behaviors.POWDER,
  reactions: {
    oxygen: { elem1: "protactinium_v_oxide", chance: 0.01 },
    steam: { elem1: "protactinium_hydroxide", elem2: "hydrogen", chance: 0.01 },
  },

  tempHigh: 1568,
  category: "powders",
  state: "solid",
  density: 15700,
  hardness: 0.1,
  conduct: 0.235,
  hidden: true,
};

elements.molten_stable_protactinium = {
  reactions: {
    oxygen: { elem1: "protactinium_v_oxide", chance: 0.01 },
    steam: { elem1: "protactinium_hydroxide", elem2: "hydrogen", chance: 0.01 },
  },
};

eListAdd("BASE", "protactinium_hydroxide");
eListAddIon("PROTACTINIUMV", "protactinium_hydroxide", "base");
eListAddIon("HYDROXIDE", "protactinium_hydroxide", "base");
eListAdd("INSOLUBLE", "protactinium_hydroxide");

elements.protactinium_hydroxide = {
  color: [blendColors("#95c7c7", "#ff0000", 0.25), blendColors("#95c7c7", "#00ff00", 0.25), blendColors("#95c7c7", "#0000ff", 0.25)],
  behavior: behaviors.POWDER,
  hidden: true,
  tempHigh: 350,
  category: "powders",
  state: "solid",
  stateHigh: ["protactinium_v_oxide", "steam"],
  density: 12000,
};

elements.protactinium_v_oxide = {
  color: [blendColors("#353b3b", "#ff0000", 0.25), blendColors("#353b3b", "#00ff00", 0.25), blendColors("#353b3b", "#0000ff", 0.25)],
  behavior: behaviors.POWDER,
  hidden: true,
  tempHigh: 2500,
  category: "powders",
  state: "solid",
  density: 12000,
  reactions: {},
};

eListAddIon("PROTACTINIUMV", "protactinium_v_oxide");
eListAddIon("OXIDE", "protactinium_v_oxide");
eListAdd("INSOLUBLE", "protactinium_v_oxide");

acidReact("hydrofluoric_acid", "protactinium_v_oxide", "protactinium_pentafluoride", "fire", 0);
acidReact("hydrofluoric_acid_gas", "protactinium_v_oxide", "protactinium_pentafluoride", "fire", 0);
acidReact("hydrogen_fluoride", "protactinium_v_oxide", "protactinium_pentafluoride", "fire", 0);
acidReact("liquid_hydrogen_fluoride", "protactinium_v_oxide", "protactinium_pentafluoride", "fire", 0);

elements.protactinium_pentafluoride = {
  color: [blendColors("#cbf2ec", "#ff0000", 0.25), blendColors("#cbf2ec", "#00ff00", 0.25), blendColors("#cbf2ec", "#0000ff", 0.25)],
  behavior: behaviors.POWDER,
  hidden: true,
  tempHigh: 2500,
  category: "powders",
  state: "solid",
  density: 12000,
  reactions: {},
};

eListAddIon("PROTACTINIUMV", "protactinium_pentafluoride");
eListAddIon("OXIDE", "protactinium_pentafluoride");
eListAdd("INSOLUBLE", "protactinium_pentafluoride");

reduce("protactinium_v_oxide", "oxygen", "stable_protactinium");
reduce("protactinium_pentafluoride", "fluorine", "stable_protactinium");

elements.stable_neptunium = {
  color: [blendColors("#626580", "#ff0000"), blendColors("#3f4a61", "#00ff00"), blendColors("#4a5463", "#0000ff")],
  behavior: behaviors.WALL,
  reactions: {
    oxygen: { elem1: "neptunium_dioxide", chance: 0.01 },
  },
  tempHigh: 639,
  category: "solids",
  state: "solid",
  density: 19380,
  hardness: 0.7,
  conduct: 0.2,
  hidden: true,
};

elements.molten_stable_neptunium = {
  reactions: {
    oxygen: { elem1: "neptunium_dioxide", chance: 0.01 },
  },
};

elements.neptunium_dioxide = {
  color: [blendColors("#47c94f", "#ff0000"), blendColors("#47c94f", "#00ff00"), blendColors("#47c94f", "#0000ff")],
  behavior: behaviors.POWDER,
  hidden: true,
  tempHigh: 2600,
  category: "powders",
  state: "solid",
  density: 12000,
  reactions: {},
};

eListAddIon("NEPTUNIUMIV", "neptunium_dioxide");
eListAddIon("OXIDE", "neptunium_dioxide");
eListAdd("INSOLUBLE", "neptunium_dioxide");

elements.neptunium_tetrafluoride = {
  color: [blendColors("#73e67a", "#ff0000"), blendColors("#73e67a", "#00ff00"), blendColors("#73e67a", "#0000ff")],
  behavior: behaviors.POWDER,
  hidden: true,
  tempHigh: 2550,
  category: "powders",
  state: "solid",
  density: 12000,
  reactions: {},
};

eListAddIon("NEPTUNIUMIV", "neptunium_tetrafluoride");
eListAddIon("FLUORIDE", "neptunium_tetrafluoride");
eListAdd("INSOLUBLE", "neptunium_tetrafluoride");

acidReact("hydrofluoric_acid", "neptunium_dioxide", "neptunium_tetrafluoride", "fire", 0);
acidReact("hydrofluoric_acid_gas", "neptunium_dioxide", "neptunium_tetrafluoride", "fire", 0);
acidReact("hydrogen_fluoride", "neptunium_dioxide", "neptunium_tetrafluoride", "fire", 0);
acidReact("liquid_hydrogen_fluoride", "neptunium_dioxide", "neptunium_tetrafluoride", "fire", 0);

acidReact("fluorine", "neptunium_tetrafluoride", "neptunium_hexafluoride", "fire", 0);
acidReact("liquid_fluorine", "neptunium_tetrafluoride", "neptunium_hexafluoride", "fire", 0);
acidReact("fluorine", "neptunium_dioxide", "neptunium_hexafluoride", "fire", 0);
acidReact("liquid_fluorine", "neptunium_dioxide", "neptunium_hexafluoride", "fire", 0);

eListAddIon("NEPTUNIUMVI", "neptunium_hexafluoride");
eListAddIon("FLUORIDE", "neptunium_hexafluoride");
eListAdd("INSOLUBLE", "neptunium_hexafluoride");

reduce("neptunium_dioxide", "oxygen", "stable_neptunium");
reduce("neptunium_tetrafluoride", "fluorine", "stable_neptunium");

elements.neptunium_hexafluoride = {
  color: [blendColors("#eda042", "#ff0000"), blendColors("#eda042", "#00ff00"), blendColors("#eda042", "#0000ff")],
  behavior: behaviors.POWDER,
  reactions: {
    hydrogen: { elem1: "neptunium_tetrafluoride", elem2: "hydrogen_fluoride" },
  },
  tempHigh: 55,
  category: "powders",
  state: "solid",
  density: 5000,
  stateHighName: "neptunium_hexafluoride_gas",
  forceAutoGen: true,
  hidden: true,
};

elements.neptunium_hexafluoride_gas = {
  behavior: behaviors.GAS,
  state: "gas",
  density: 14.591,
  reactions: {
    hydrogen: { elem1: "neptunium_tetrafluoride", elem2: "hydrogen_fluoride" },
  },
};

runAfterLoad(function () {
  reactList("neptunium_hexafluoride", eLists.WATER, { elem1: "neptunium_tetrafluoride", elem2: "hydrofluoric_acid" });
  reactList("neptunium_hexafluoride_gas", eLists.WATER, { elem1: "neptunium_tetrafluoride", elem2: "hydrofluoric_acid" });
});
elements.fallout.reactions = { quark_matter: { elem1: null } };
elements.transactinide_fallout = {
  color: ["#5ab891", "#00ff5e", "#a7ff4a", "#a2f752"],
  behavior: ["XX|CR:neutron%1 AND CR:radiation%1 AND CR:alpha_particle%1 AND CR:rad_pop%1|XX", "CR:neutron%1 AND CR:radiation%1 AND CR:alpha_particle%1 AND CR:rad_pop%1|CH:fallout%1 AND CH:radium%0.1 AND CH:francium%0.1 AND CH:fermium%0.01 AND CH:einsteinium%0.01 AND CH:californium%0.01 AND CH:berkelium%0.01 AND CH:curium%0.01 AND CH:americium%0.01 AND CH:plutonium%0.01 AND CH:neptunium%0.01 AND CH:uranium%0.01 AND CH:protactinium%0.01 AND CH:thorium%0.01 AND CH:actinium%0.01|CR:neutron%1 AND CR:radiation%1 AND CR:alpha_particle%1 AND CR:rad_pop%1", "M2|M1|M2"],
  reactions: {
    quark_matter: { elem1: null },
  },
  category: "energy",
  hidden: true,
  state: "solid",
  density: 10000,
  hardness: 0.9,
  excludeRandom: true,
};

elements.copernicium = {
  color: ["#a7fcbc", "#8cc299", "#9db9c2"],
  behavior: ["XX|CR:neutron%1 AND CR:radiation%1 AND CR:alpha_particle%1 AND CR:rad_pop%1|XX", "M2 AND CR:neutron%1 AND CR:radiation%1 AND CR:alpha_particle%1 AND CR:rad_pop%1|CH:transactinide_fallout%1|M2 AND CR:neutron%1 AND CR:radiation%1 AND CR:alpha_particle%1 AND CR:rad_pop%1", "M1|M1|M1"],
  reactions: {
    quark_matter: { elem1: "stable_copernicium" },
    neutron: { elem1: "nihonium", elem2: null, chance: 0.1 },
  },
  tempHigh: 67,
  tempLow: 10,
  category: "liquids",
  state: "liquid",
  density: 14010,
  hardness: 1.0,
  conduct: 0.2,
  stateLowName: "solid_copernicium",
  tick: function (pixel) {
    pixel.temp += 50;
  },
  excludeRandom: true,
};

elements.solid_copernicium = {
  behavior: ["XX|CR:neutron%1 AND CR:radiation%1 AND CR:alpha_particle%1 AND CR:rad_pop%1|XX", "CR:neutron%1 AND CR:radiation%1 AND CR:alpha_particle%1 AND CR:rad_pop%1|CH:transactinide_fallout%1|CR:neutron%1 AND CR:radiation%1 AND CR:alpha_particle%1 AND CR:rad_pop%1", "XX|CR:neutron%1 AND CR:radiation%1 AND CR:alpha_particle%1 AND CR:rad_pop%1|XX"],
  reactions: {
    quark_matter: { elem1: "stable_copernicium" },
    neutron: { elem1: "nihonium", elem2: null, chance: 0.1 },
  },
  hardness: 1.0,
  tick: function (pixel) {
    pixel.temp += 50;
  },
  excludeRandom: true,
};

elements.copernicium_gas = {
  behavior: ["M2|M1 AND CR:neutron%1 AND CR:radiation%1 AND CR:alpha_particle%1 AND CR:rad_pop%1|M2", "M1 AND CR:neutron%1 AND CR:radiation%1 AND CR:alpha_particle%1 AND CR:rad_pop%1|CH:transactinide_fallout%1|M1 AND CR:neutron%1 AND CR:radiation%1 AND CR:alpha_particle%1 AND CR:rad_pop%1", "M2|M1 AND CR:neutron%1 AND CR:radiation%1 AND CR:alpha_particle%1 AND CR:rad_pop%1|M2"],
  reactions: {
    quark_matter: { elem1: "stable_copernicium" },
    neutron: { elem1: "nihonium", elem2: null, chance: 0.1 },
  },
  hardness: 1.0,
  tick: function (pixel) {
    pixel.temp += 50;
  },
  excludeRandom: true,
  density: 11.848,
};

elements.stable_copernicium = {
  color: [blendColors("#a7fcbc", "#ff0000"), blendColors("#8cc299", "#00ff00"), blendColors("#9db9c2", "#0000ff")],
  behavior: behaviors.LIQUID,
  tempHigh: 67,
  tempLow: 10,
  category: "liquids",
  state: "liquid",
  density: 14010,
  conduct: 0.2,
  stateLowName: "solid_stable_copernicium",
  hidden: true,
};
elements.stable_copernicium_gas = {
  density: 11.848,
  reactions: {
    oxygen: { elem1: "copernicium_dioxide", elem2: null, chance: 0.01 },
    molten_sulfur: { elem1: "copernicium_sulfide", elem2: null, tempMax: 421 },
    sulfur_gas: { elem1: "copernicium_sulfide", elem2: null, tempMax: 421 },
  },
};

elements.copernicium_dioxide = {
  color: [blendColors("#e6c973", "#ff0000", 0.25), blendColors("#e6c973", "#00ff00", 0.25), blendColors("#e6c973", "#0000ff", 0.25)],
  behavior: behaviors.POWDER,
  hidden: true,
  tempHigh: 300, //made up
  category: "powders",
  state: "solid",
  density: 13120, //made up
  stateHigh: ["stable_copernicium_gas", "stable_copernicium_gas", "fire"],
  reactions: {},
};

eListAddIon("COPERNICIUMIV", "copernicium_dioxide");
eListAddIon("OXIDE", "copernicium_dioxide");
eListAdd("INSOLUBLE", "copernicium_dioxide");

elements.copernicium_sulfide = {
  color: [blendColors("#9c5f4f", "#ff0000", 0.25), blendColors("#9c5f4f", "#00ff00", 0.25), blendColors("#9c5f4f", "#0000ff", 0.25)],
  behavior: behaviors.POWDER,
  hidden: true,
  tempHigh: 421, //made up
  category: "powders",
  state: "solid",
  density: 13200, //made up
  stateHigh: ["stable_copernicium_gas", "molten_sulfur"],
};

eListAddIon("COPERNICIUMII", "copernicium_sulfide");
eListAddIon("SULFIDE", "copernicium_sulfide");
eListAdd("INSOLUBLE", "copernicium_sulfide");

elements.copernicium_tetrafluoride = {
  color: [blendColors("#eff2e4", "#ff0000", 0.25), blendColors("#eff2e4", "#00ff00", 0.25), blendColors("#eff2e4", "#0000ff", 0.25)],
  behavior: behaviors.POWDER,
  hidden: true,
  tempHigh: 502, //made up
  category: "powders",
  state: "solid",
  density: 12110, //made up
  stateHigh: ["stable_copernicium_gas", "fluorine"],
  reactions: {},
};

eListAddIon("COPERNICIUMIV", "copernicium_tetrafluoride");
eListAddIon("FLUORIDE", "copernicium_tetrafluoride");
eListAdd("INSOLUBLE", "copernicium_tetrafluoride");

runAfterLoad(function () {
  reactList("copernicium_tetrafluoride", eLists.WATER, { elem1: "hydrofluoric_acid", elem2: "stable_copernicium" });
});

acidIgnore(["copernicium", "copernicium_gas", "solid_copernicium", "stable_copernicium", "stable_copernicium_gas", "solid_stable_copernicium", "copernicium_tetrafluoride"]);
elements.fluorine.ignore.push("copernicium", "copernicium_gas", "solid_copernicium", "stable_copernicium", "stable_copernicium_gas", "solid_stable_copernicium", "copernicium_tetrafluoride");
elements.liquid_fluorine.ignore.push("copernicium", "copernicium_gas", "solid_copernicium", "stable_copernicium", "stable_copernicium_gas", "solid_stable_copernicium", "copernicium_tetrafluoride");

acidReact("copernicium_dioxide", "fluorine", "copernicium_tetrafluoride", "fire");
acidReact("copernicium_dioxide", "liquid_fluorine", "copernicium_tetrafluoride", "fire");

elements.molten_uranium.reactions["molten_calcium"] = { elem1: "copernicium", elem2: null, tempMin: 10000, chance: 0.01 };
elements.molten_depleted_uranium.reactions["molten_calcium"] = { elem1: "copernicium", elem2: null, tempMin: 10000, chance: 0.01 };
elements.molten_enriched_uranium.reactions["molten_calcium"] = { elem1: "copernicium", elem2: null, tempMin: 10000, chance: 0.01 };

elements.nihonium = {
  color: ["#c94a0a"], //spike viper reference
  behavior: ["XX|CR:neutron%1 AND CR:radiation%1 AND CR:alpha_particle%1 AND CR:rad_pop%1|XX", "CR:neutron%1 AND CR:radiation%1 AND CR:alpha_particle%1 AND CR:rad_pop%1|CH:transactinide_fallout%1|CR:neutron%1 AND CR:radiation%1 AND CR:alpha_particle%1 AND CR:rad_pop%1", "XX|M1|XX"],
  reactions: {
    quark_matter: { elem1: "stable_nihonium" },
    neutron: { elem1: "flerovium", elem2: null, chance: 0.1 },
  },
  tempHigh: 430,
  category: "powders",
  state: "solid",
  density: 16000,
  hardness: 1.0,
  conduct: 0.2,
  tick: function (pixel) {
    pixel.temp += 50;
  },
  excludeRandom: true,
};

elements.molten_nihonium = {
  behavior: ["XX|CR:neutron%1 AND CR:radiation%1 AND CR:alpha_particle%1 AND CR:rad_pop%1|XX", "M2 AND CR:neutron%1 AND CR:radiation%1 AND CR:alpha_particle%1 AND CR:rad_pop%1|CH:transactinide_fallout%1|M2 AND CR:neutron%1 AND CR:radiation%1 AND CR:alpha_particle%1 AND CR:rad_pop%1", "M1|M1|M1"],
  reactions: {
    quark_matter: { elem1: "stable_nihonium" },
    neutron: { elem1: "flerovium", elem2: null, chance: 0.1 },
  },
  hardness: 1.0,
  tick: function (pixel) {
    pixel.temp += 50;
  },
  excludeRandom: true,
};

elements.stable_nihonium = {
  color: [blendColors("#c94a0a", "#ff0000"), blendColors("#c94a0a", "#00ff00"), blendColors("#c94a0a", "#0000ff")],
  behavior: behaviors.STURDYPOWDER,
  reactions: {
    molten_stable_francium: { elem1: "francium_nihonide", elem2: null },
  },
  tempHigh: 430,
  category: "powders",
  state: "solid",
  density: 16000,
  conduct: 0.2,
  hidden: true,
};

acidReact("stable_nihonium", "nitric_acid", "nihonium_nitrate_solution", "nitrogen_dioxide");
acidReact("stable_nihonium", "nitric_acid_gas", "nihonium_nitrate_solution", "nitrogen_dioxide");
elements.nitric_acid.ignore.push("nihonium_nitrate");
elements.nitric_acid_gas.ignore.push("nihonium_nitrate");

acidReact("stable_nihonium", "sulfuric_acid", "nihonium_sulfate_solution", "hydrogen", 50);
acidReact("stable_nihonium", "sulfuric_acid_gas", "nihonium_sulfate_solution", "hydrogen", 50);
elements.sulfuric_acid.ignore.push("nihonium_sulfate_solution");
elements.sulfuric_acid_gas.ignore.push("nihonium_sulfate_solution");

createSalt("nihonium_nitrate", "nihonium_nitrate_solution", [blendColors("#fccadd", "#ff0000", 0.25), blendColors("#fccadd", "#00ff00", 0.25), blendColors("#fccadd", "#0000ff", 0.25)], [blendColors("#8f19f7", "#ff0000", 0.25), blendColors("#8f19f7", "#00ff00", 0.25), blendColors("#8f19f7", "#0000ff", 0.25)], true, true, 203, -2, 102, 9350, 1090, "NIHONIUM", "NITRATE");
createSalt("nihonium_sulfate", "nihonium_sulfate_solution", [blendColors("#fcf1ca", "#ff0000", 0.25), blendColors("#fcf1ca", "#00ff00", 0.25), blendColors("#fcf1ca", "#0000ff", 0.25)], [blendColors("#1984f7", "#ff0000", 0.25), blendColors("#1984f7", "#00ff00", 0.25), blendColors("#1984f7", "#0000ff", 0.25)], true, true, 1305, -2, 102, 12050, 1092, "NIHONIUM", "SULFATE");

elements.nihonium_nitrate.stateHigh = ["nihonium_oxide", "nitrogen_dioxide", "fire"];

elements.nihonium_hydroxide = {
  color: [blendColors("#ebc7c7", "#ff0000", 0.25), blendColors("#ebc7c7", "#00ff00", 0.25), blendColors("#ebc7c7", "#0000ff", 0.25)],
  behavior: behaviors.POWDER,
  hidden: true,
  tempHigh: 292, //made up
  category: "powders",
  state: "solid",
  density: 10220, //made up
  stateHigh: ["nihonium_oxide", "steam"],
  reactions: {},
};

eListAdd("INSOLUBLE", "nihonium_hydroxide");
eListAddIon("NIHONIUM", "nihonium_hydroxide");
eListAddIon("HYDROXIDE", "nihonium_hydroxide");

elements.nihonium_oxide = {
  color: [blendColors("#ab9a95", "#ff0000", 0.25), blendColors("#ab9a95", "#00ff00", 0.25), blendColors("#ab9a95", "#0000ff", 0.25)],
  behavior: behaviors.POWDER,
  hidden: true,
  tempHigh: 567, //made up
  category: "powders",
  state: "solid",
  density: 12370, //made up
  reactions: {
    steam: { elem1: "nihonium_hydroxide", elem2: null, tempMax: 292 },
  },
};

eListAdd("INSOLUBLE", "nihonium_oxide");
eListAddIon("NIHONIUM", "nihonium_oxide");
eListAddIon("OXIDE", "nihonium_oxide");

elements.francium_nihonide = {
  color: [blendColors("#d6d3a9", "#ff0000"), blendColors("#d6d3a9", "#00ff00"), blendColors("#d6d3a9", "#0000ff")],
  behavior: behaviors.POWDER,
  hidden: true,
  tempHigh: 10920, //made up
  category: "powders",
  state: "solid",
  density: 13700, //made up
  reactions: {},
};

runAfterLoad(function () {
  reactList("francium_nihonide", eLists.WATER, { elem1: ["nihonium_hydroxide", "francium_hydroxide"], elem2: "hydrogen", temp1: 100, temp2: 100 });
});

eListAdd("INSOLUBLE", "francium_nihonide");
eListAddIon("FRANCIUM", "francium_nihonide");
eListAddIon("NIHONIDE", "francium_nihonide");

elements.molten_neptunium.reactions["molten_calcium"] = { elem1: "nihonium", elem2: null, tempMin: 10000, chance: 0.01 };

elements.flerovium = {
  color: ["#a8ffe2", "#7ddbcd", "#9dc2b1"],
  behavior: ["XX|CR:neutron%1 AND CR:radiation%1 AND CR:alpha_particle%1 AND CR:rad_pop%1|XX", "M2 AND CR:neutron%1 AND CR:radiation%1 AND CR:alpha_particle%1 AND CR:rad_pop%1|CH:copernicium%1|M2 AND CR:neutron%1 AND CR:radiation%1 AND CR:alpha_particle%1 AND CR:rad_pop%1", "M1|M1|M1"],
  reactions: {
    quark_matter: { elem1: "stable_flerovium" },
    neutron: { elem1: "moscovium", elem2: null, chance: 0.1 },
  },
  tempHigh: 107,
  tempLow: -73,
  category: "liquids",
  state: "liquid",
  density: 11400,
  hardness: 1.0,
  conduct: 0.2,
  stateLowName: "solid_flerovium",
  tick: function (pixel) {
    pixel.temp += 50;
  },
  excludeRandom: true,
};

elements.solid_flerovium = {
  behavior: ["XX|CR:neutron%1 AND CR:radiation%1 AND CR:alpha_particle%1 AND CR:rad_pop%1|XX", "CR:neutron%1 AND CR:radiation%1 AND CR:alpha_particle%1 AND CR:rad_pop%1|CH:copernicium%1|CR:neutron%1 AND CR:radiation%1 AND CR:alpha_particle%1 AND CR:rad_pop%1", "XX|CR:neutron%1 AND CR:radiation%1 AND CR:alpha_particle%1 AND CR:rad_pop%1|XX"],
  reactions: {
    quark_matter: { elem1: "stable_flerovium" },
    neutron: { elem1: "moscovium", elem2: null, chance: 0.1 },
  },
  hardness: 1.0,
  tick: function (pixel) {
    pixel.temp += 50;
  },
  excludeRandom: true,
};

elements.flerovium_gas = {
  behavior: ["M2|M1 AND CR:neutron%1 AND CR:radiation%1 AND CR:alpha_particle%1 AND CR:rad_pop%1|M2", "M1 AND CR:neutron%1 AND CR:radiation%1 AND CR:alpha_particle%1 AND CR:rad_pop%1|CH:copernicium%1|M1 AND CR:neutron%1 AND CR:radiation%1 AND CR:alpha_particle%1 AND CR:rad_pop%1", "M2|M1 AND CR:neutron%1 AND CR:radiation%1 AND CR:alpha_particle%1 AND CR:rad_pop%1|M2"],
  reactions: {
    quark_matter: { elem1: "stable_flerovium" },
    neutron: { elem1: "moscovium", elem2: null, chance: 0.1 },
  },
  hardness: 1.0,
  tick: function (pixel) {
    pixel.temp += 50;
  },
  excludeRandom: true,
  density: 12.014,
};

elements.stable_flerovium = {
  color: [blendColors("#a8ffe2", "#ff0000"), blendColors("#7ddbcd", "#00ff00"), blendColors("#9dc2b1", "#0000ff")],
  behavior: behaviors.LIQUID,
  reactions: {
    molten_sulfur: { elem1: "flerovium_sulfide", elem2: null },
  },
  tempHigh: 107,
  tempLow: -73,
  category: "liquids",
  state: "liquid",
  density: 14010,
  conduct: 0.2,
  stateLowName: "solid_stable_flerovium",
  hidden: true,
};

elements.stable_flerovium_gas = {
  density: 12.014,
  reactions: {
    molten_sulfur: { elem1: "flerovium_sulfide", elem2: null },
  },
};

elements.flerovium_sulfide = {
  color: [blendColors("#121107", "#ff0000", 0.25), blendColors("#121107", "#00ff00", 0.25), blendColors("#121107", "#0000ff", 0.25), blendColors("#d9d8d4", "#ff0000", 0.25), blendColors("#d9d8d4", "#00ff00", 0.25), blendColors("#d9d8d4", "#0000ff", 0.25)],
  behavior: behaviors.WALL,
  hidden: true,
  tempHigh: 1220, //made up
  category: "solids",
  state: "solid",
  density: 14700, //made up
  burnInto: ["flerovium_oxide", "sulfur_dioxide"],
  burn: 1,
};
eListAdd("INSOLUBLE", "flerovium_sulfide");
eListAddIon("FLEROVIUM", "flerovium_sulfide");
eListAddIon("SULFIDE", "flerovium_sulfide");

elements.flerovium_oxide = {
  color: [blendColors("#eddb93", "#ff0000", 0.25), blendColors("#eddb93", "#00ff00", 0.25), blendColors("#eddb93", "#0000ff", 0.25)],
  behavior: behaviors.STURDYPOWDER,
  hidden: true,
  reactions: {},
  tempHigh: 1120, //made up
  category: "powders",
  state: "solid",
  density: 14320, //made up
};
elements.molten_flerovium_oxide = {
  reactions: {
    charcoal: { elem1: "stable_flerovium", elem2: "carbon_dioxide" },
  },
};

reduce("flerovium_oxide", "oxygen", "stable_flerovium");

eListAdd("INSOLUBLE", "flerovium_sulfide");
eListAddIon("FLEROVIUM", "flerovium_sulfide");
eListAddIon("SULFIDE", "flerovium_sulfide");
elements.molten_plutonium.reactions["molten_calcium"] = { elem1: "flerovium", elem2: null, tempMin: 10000, chance: 0.01 };
elements.molten_depleted_plutonium.reactions["molten_calcium"] = { elem1: "flerovium", elem2: null, tempMin: 10000, chance: 0.01 };
elements.molten_enriched_plutonium.reactions["molten_calcium"] = { elem1: "flerovium", elem2: null, tempMin: 10000, chance: 0.01 };

elements.moscovium = {
  color: ["#8a3683", "#b0339b", "#d14fcd"],
  behavior: ["XX|CR:neutron%2 AND CR:radiation%2 AND CR:alpha_particle%2 AND CR:rad_pop%2|XX", "CR:neutron%2 AND CR:radiation%2 AND CR:alpha_particle%2 AND CR:rad_pop%2|CH:nihonium%1|CR:neutron%2 AND CR:radiation%2 AND CR:alpha_particle%2 AND CR:rad_pop%2", "XX|CR:neutron%2 AND CR:radiation%2 AND CR:alpha_particle%2 AND CR:rad_pop%2|XX"],
  reactions: {
    quark_matter: { elem1: "stable_moscovium" },
    neutron: { elem1: "livermorium", elem2: null, chance: 0.1 },
  },
  tempHigh: 400,
  category: "solids",
  state: "solid",
  density: 13500,
  hardness: 1.0,
  conduct: 0.2,
  tick: function (pixel) {
    pixel.temp += 100;
  },
  excludeRandom: true,
};

elements.molten_moscovium = {
  behavior: ["XX|CR:neutron%2 AND CR:radiation%2 AND CR:alpha_particle%2 AND CR:rad_pop%2|XX", "M2 AND CR:neutron%2 AND CR:radiation%2 AND CR:alpha_particle%2 AND CR:rad_pop%2|CH:nihonium%1|CR:neutron%2 AND CR:radiation%2 AND CR:alpha_particle%2 AND CR:rad_pop%2", "M1|M1|M1"],
  reactions: {
    quark_matter: { elem1: "stable_moscovium" },
    neutron: { elem1: "livermorium", elem2: null, chance: 0.1 },
  },
  hardness: 1.0,
  tick: function (pixel) {
    pixel.temp += 100;
  },
  excludeRandom: true,
};

elements.stable_moscovium = {
  color: [blendColors("#8a3683", "#ff0000"), blendColors("#b0339b", "#00ff00"), blendColors("#d14fcd", "#0000ff")],
  behavior: behaviors.WALL,
  reactions: {
    //TODO
  },
  tempHigh: 400,
  category: "solids",
  state: "solid",
  density: 13500,
  conduct: 0.2,
  hidden: true,
};

runAfterLoad(function () {
  reactList("stable_moscovium", eLists.WATER, { elem1: "moscovium_hydroxide_solution", elem2: "hydrogen", chance: 0.05, temp1: 100, temp2: 100 });
});

createSalt("moscovium_hydroxide", "moscovium_hydroxide_solution", [blendColors("#f5dff3", "#ff0000", 0.25), blendColors("#f5dff3", "#00ff00", 0.25), blendColors("#f5dff3", "#0000ff", 0.25)], [blendColors("#6548f7", "#ff0000", 0.25), blendColors("#6548f7", "#00ff00", 0.25), blendColors("#6548f7", "#0000ff", 0.25)], true, true, 670, -2, 102, 5620, 1092, "MOSCOVIUM", "HYDROXIDE");

eListAdd("BASE", "moscovium_hydroxide");
eListAddIon("MOSCOVIUM", "moscovium_hydroxide", "base");
eListAddIon("HYDROXIDE", "moscovium_hydroxide", "base");
eListAdd("BASE", "moscovium_hydroxide_solution");
eListAddIon("MOSCOVIUM", "moscovium_hydroxide_solution", "base");
eListAddIon("HYDROXIDE", "moscovium_hydroxide_solution", "base");

elements.moscovium_fluoride = {
  color: [blendColors("#eedff5", "#ff0000", 0.25), blendColors("#eedff5", "#00ff00", 0.25), blendColors("#eedff5", "#0000ff", 0.25)],
  behavior: behaviors.STURDYPOWDER,
  hidden: true,
  tempHigh: 720, //made up
  category: "powders",
  state: "solid",
  density: 6220, //made up
  reactions: {},
};

acidReact("stable_moscovium", "hydrofluoric_acid", "moscovium_fluoride", "fire");
acidReact("stable_moscovium", "liquid_hydrogen_fluoride", "moscovium_fluoride", "fire");
acidReact("stable_moscovium", "hydrofluoric_acid_gas", "moscovium_fluoride", "fire");
acidReact("stable_moscovium", "hydrogen_fluoride", "moscovium_fluoride", "fire");
acidReact("moscovium_hydroxide", "hydrofluoric_acid", "moscovium_fluoride", "fire");
acidReact("moscovium_hydroxide", "liquid_hydrogen_fluoride", "moscovium_fluoride", "fire");
acidReact("moscovium_hydroxide", "hydrofluoric_acid_gas", "moscovium_fluoride", "fire");
acidReact("moscovium_hydroxide", "hydrogen_fluoride", "moscovium_fluoride", "fire");
acidReact("moscovium_hydroxide_solution", "hydrofluoric_acid", "moscovium_fluoride", "fire");
acidReact("moscovium_hydroxide_solution", "liquid_hydrogen_fluoride", "moscovium_fluoride", "fire");
acidReact("moscovium_hydroxide_solution", "hydrofluoric_acid_gas", "moscovium_fluoride", "fire");
acidReact("moscovium_hydroxide_solution", "hydrogen_fluoride", "moscovium_fluoride", "fire");

reduce("moscovium_fluoride", "fluorine", "stable_moscovium");

eListAdd("INSOLUBLE", "moscovium_fluoride");
eListAddIon("MOSCOVIUM", "moscovium_fluoride");
eListAddIon("FLUORIDE", "moscovium_fluoride");

elements.molten_americium.reactions["molten_calcium"] = { elem1: "moscovium", elem2: null, tempMin: 10000, chance: 0.01 };

elements.livermorium = {
  color: ["#c9c26b", "#5ee04c", "#8bc253"],
  behavior: ["XX|CR:neutron%10 AND CR:radiation%10 AND CR:alpha_particle%10 AND CR:rad_pop%10 AND CR:n_explosion%0.1|XX", "CR:neutron%10 AND CR:radiation%10 AND CR:alpha_particle%10 AND CR:rad_pop%10 AND CR:n_explosion%0.1|CH:flerovium%1|CR:neutron%10 AND CR:radiation%10 AND CR:alpha_particle%10 AND CR:rad_pop%10 AND CR:n_explosion%0.1", "XX|CR:neutron%10 AND CR:radiation%10 AND CR:alpha_particle%10 AND CR:rad_pop%10 AND CR:n_explosion%0.1|XX"],
  reactions: {
    quark_matter: { elem1: "stable_livermorium" },
    neutron: { elem1: "tennessine", elem2: null, chance: 0.1 },
  },
  tempHigh: 455,
  category: "solids",
  state: "solid",
  density: 12900,
  hardness: 1.0,
  conduct: 0.2,
  tick: function (pixel) {
    pixel.temp += 100;
  },
  excludeRandom: true,
};

elements.molten_livermorium = {
  behavior: ["XX|CR:neutron%10 AND CR:radiation%10 AND CR:alpha_particle%10 AND CR:rad_pop%10 AND CR:n_explosion%0.1|XX", "M2 AND CR:neutron%10 AND CR:radiation%10 AND CR:alpha_particle%10 AND CR:rad_pop%10 AND CR:n_explosion%0.1|CH:flerovium%1|CR:neutron%10 AND CR:radiation%10 AND CR:alpha_particle%10 AND CR:rad_pop%10 AND CR:n_explosion%0.1", "M1|M1|M1"],
  reactions: {
    quark_matter: { elem1: "stable_livermorium" },
    neutron: { elem1: "tennessine", elem2: null, chance: 0.1 },
  },
  hardness: 1.0,
  tick: function (pixel) {
    pixel.temp += 100;
  },
  excludeRandom: true,
};

elements.stable_livermorium = {
  color: [blendColors("#c9c26b", "#ff0000"), blendColors("#5ee04c", "#00ff00"), blendColors("#8bc253", "#0000ff")],
  behavior: behaviors.WALL,
  reactions: {
    oxygen: { elem1: "livermorium_oxide", elem2: "fire", chance: 0.05 },
  },
  tempHigh: 455,
  category: "solids",
  state: "solid",
  density: 12900,
  conduct: 0.2,
  hidden: true,
  burn: 1,
  burnInto: "livermorium_oxide",
};

elements.livermorium_oxide = {
  color: [blendColors("#ebcb8f", "#ff0000", 0.25), blendColors("#ebcb8f", "#00ff00", 0.25), blendColors("#ebcb8f", "#0000ff", 0.25)],
  behavior: behaviors.STURDYPOWDER,
  reactions: {},
  hidden: true,
  tempHigh: 730, //made up
  category: "powders",
  state: "solid",
  density: 12430, //made up
};
elements.molten_livermorium_oxide = {
  reactions: {
    charcoal: { elem1: "stable_livermorium", elem2: "carbon_dioxide" },
  },
};

reduce("livermorium_oxide", "oxygen", "stable_livermorium");

elements.molten_curium.reactions["molten_calcium"] = { elem1: "livermorium", elem2: null, tempMin: 10000, chance: 0.01 };

elements.tennessine = {
  color: ["#4f4c42"],
  behavior: ["XX|CR:neutron%15 AND CR:radiation%15 AND CR:alpha_particle%15 AND CR:rad_pop%15 AND CR:n_explosion%0.2|XX", "CR:neutron%15 AND CR:radiation%15 AND CR:alpha_particle%15 AND CR:rad_pop%15 AND CR:n_explosion%0.2|CH:moscovium%1|CR:neutron%15 AND CR:radiation%15 AND CR:alpha_particle%15 AND CR:rad_pop%15 AND CR:n_explosion%0.2", "M2|M1|M2"],
  reactions: {
    quark_matter: { elem1: "stable_tennessine" },
    neutron: { elem1: "oganesson", elem2: null, chance: 0.1 },
  },
  tempHigh: 425,
  category: "powders",
  state: "solid",
  density: 7200,
  hardness: 1.0,
  conduct: 0.1,
  tick: function (pixel) {
    pixel.temp += 100;
  },
  excludeRandom: true,
};

elements.molten_tennessine = {
  behavior: ["XX|CR:neutron%15 AND CR:radiation%15 AND CR:alpha_particle%15 AND CR:rad_pop%15 AND CR:n_explosion%0.2|XX", "M2 AND CR:neutron%15 AND CR:radiation%15 AND CR:alpha_particle%15 AND CR:rad_pop%15 AND CR:n_explosion%0.2|CH:moscovium%1|M2 AND CR:neutron%15 AND CR:radiation%15 AND CR:alpha_particle%15 AND CR:rad_pop%15 AND CR:n_explosion%0.2", "M1|M1|M1"],
  reactions: {
    quark_matter: { elem1: "stable_tennessine" },
    neutron: { elem1: "oganesson", elem2: null, chance: 0.1 },
  },
  hardness: 1.0,
  tick: function (pixel) {
    pixel.temp += 100;
  },
  excludeRandom: true,
};

elements.stable_tennessine = {
  color: [blendColors("#4f4c42", "#ff0000"), blendColors("#4f4c42", "#00ff00"), blendColors("#4f4c42", "#0000ff")],
  behavior: behaviors.POWDER,
  reactions: {},
  tempHigh: 425,
  category: "powders",
  state: "solid",
  density: 7200,
  conduct: 0.1,
  hidden: true,
};

acidReact("stable_tennessine", "hydrofluoric_acid", "tennessine_monofluoride", "fire");
acidReact("stable_tennessine", "liquid_hydrogen_fluoride", "tennessine_monofluoride", "fire");
acidReact("stable_tennessine", "hydrofluoric_acid_gas", "tennessine_monofluoride", "fire");
acidReact("stable_tennessine", "hydrogen_fluoride", "tennessine_monofluoride", "fire");

elements.tennessine_monofluoride = {
  color: [blendColors("#4a4123", "#ff0000", 0.25), blendColors("#4a4123", "#00ff00", 0.25), blendColors("#4a4123", "#0000ff", 0.25)],
  behavior: behaviors.LIQUID,
  reactions: {},
  tempHigh: 130, //made up
  tempLow: 5,
  category: "liquids",
  state: "liquid",
  density: 5200, //made up
  hidden: true,
  stain: 0.2,
};

elements.tennessine_monofluoride_gas = {
  density: 13.012,
};

acidReact("fluorine", "tennessine_monofluoride_ice", "tennessine_trifluoride", "fire");
acidReact("liquid_fluorine", "tennessine_monofluoride_ice", "tennessine_trifluoride", "fire");
acidReact("fluorine", "tennessine_monofluoride", "tennessine_trifluoride", "fire");
acidReact("liquid_fluorine", "tennessine_monofluoride", "tennessine_trifluoride", "fire");
acidReact("fluorine", "tennessine_monofluoride_gas", "tennessine_trifluoride", "fire");
acidReact("liquid_fluorine", "tennessine_monofluoride_gas", "tennessine_trifluoride", "fire");

elements.fluorine.ignore.push("tennessine_trifluoride_gas");
elements.fluorine.ignore.push("tennessine_trifluoride_ice");
elements.liquid_fluorine.ignore.push("tennessine_trifluoride_gas");
elements.liquid_fluorine.ignore.push("tennessine_trifluoride_ice");

elements.tennessine_trifluoride = {
  color: [blendColors("#ffc400", "#ff0000", 0.25), blendColors("#ffc400", "#00ff00", 0.25), blendColors("#ffc400", "#0000ff", 0.25)],
  behavior: behaviors.LIQUID,
  reactions: {},
  tempHigh: 105, //made up
  tempLow: 3,
  category: "liquids",
  state: "liquid",
  density: 5600, //made up
  hidden: true,
  stain: 0.3,
};

elements.tennessine_trifluoride_gas = {
  density: 14.591,
};

runAfterAutogen(function () {
  reactList("tennessine_trifluoride", eLists.WATER, { elem1: "hydrofluoric_acid", elem2: "tennessine_monofluoride" });
});

elements.molten_berkelium.reactions["molten_calcium"] = { elem1: "tennessine", elem2: null, tempMin: 10000, chance: 0.01 };

elements.oganesson = {
  color: ["#c4ccc6", "#9ea39f", "#8e9294"],
  behavior: ["XX|CR:neutron%20 AND CR:radiation%20 AND CR:alpha_particle%20 AND CR:rad_pop%20 AND CR:n_explosion%1|XX", "CR:neutron%20 AND CR:radiation%20 AND CR:alpha_particle%20 AND CR:rad_pop%20 AND CR:n_explosion%1|CH:livermorium%1|CR:neutron%20 AND CR:radiation%20 AND CR:alpha_particle%20 AND CR:rad_pop%20 AND CR:n_explosion%1", "XX|CR:neutron%20 AND CR:radiation%20 AND CR:alpha_particle%20 AND CR:rad_pop%20 AND CR:n_explosion%1|XX"],

  reactions: {
    quark_matter: { elem1: "stable_oganesson" },
    neutron: { elem1: "ununennium", elem2: null, chance: 0.1 },
  },
  tempHigh: 52,
  category: "solids",
  state: "solid",
  density: 7200,
  hardness: 1.0,
  tick: function (pixel) {
    pixel.temp += 100;
  },
  excludeRandom: true,
};

elements.molten_oganesson = {
  behavior: ["XX|CR:neutron%20 AND CR:radiation%20 AND CR:alpha_particle%20 AND CR:rad_pop%20 AND CR:n_explosion%1|XX", "M2 AND CR:neutron%20 AND CR:radiation%20 AND CR:alpha_particle%20 AND CR:rad_pop%20 AND CR:n_explosion%1|CH:livermorium%1|M2 AND CR:neutron%20 AND CR:radiation%20 AND CR:alpha_particle%20 AND CR:rad_pop%20 AND CR:n_explosion%1", "M1|M1|M1"],
  reactions: {
    quark_matter: { elem1: "stable_oganesson" },
    neutron: { elem1: "ununennium", elem2: null, chance: 0.1 },
  },
  hardness: 1.0,
  tick: function (pixel) {
    pixel.temp += 100;
  },
  tempHigh: 177,
  excludeRandom: true,
};

elements.oganesson_gas = {
  behavior: ["M2|M1 AND CR:neutron%20 AND CR:radiation%20 AND CR:alpha_particle%20 AND CR:rad_pop%20 AND CR:n_explosion%1|M2", "M1 AND CR:neutron%20 AND CR:radiation%20 AND CR:alpha_particle%20 AND CR:rad_pop%20 AND CR:n_explosion%1|CH:livermorium%1|M1 AND CR:neutron%20 AND CR:radiation%20 AND CR:alpha_particle%20 AND CR:rad_pop%20 AND CR:n_explosion%1", "M2|M1 AND CR:neutron%20 AND CR:radiation%20 AND CR:alpha_particle%20 AND CR:rad_pop%20 AND CR:n_explosion%1|M2"],
  reactions: {
    quark_matter: { elem1: "stable_oganesson" },
    neutron: { elem1: "ununennium", elem2: null, chance: 0.1 },
  },
  hardness: 1.0,
  tick: function (pixel) {
    pixel.temp += 100;
  },
  excludeRandom: true,
  density: 12.222,
  colorOn: ["#e224ff", "#cc6c96", "#c76ccc"],
  conduct: 0.86,
};

elements.stable_oganesson = {
  color: [blendColors("#c4ccc6", "#ff0000"), blendColors("#9ea39f", "#00ff00"), blendColors("#8e9294", "#0000ff")],
  behavior: behaviors.SOLID,
  reactions: {
    tennessine_trifluoride: { elem1: "oganesson_tetrafluoride", elem2: "oganesson_tetratennesside" },
    tennessine_trifluoride_gas: { elem1: "oganesson_tetrafluoride", elem2: "oganesson_tetratennesside" },
  },
  tempHigh: 52,
  category: "solids",
  state: "solid",
  density: 7200,
  hidden: true,
};
elements.molten_stable_oganesson = {
  tempLow: 52,
  tempHigh: 177,
  reactions: {
    tennessine_trifluoride: { elem1: "oganesson_tetrafluoride", elem2: "oganesson_tetratennesside" },
    tennessine_trifluoride_gas: { elem1: "oganesson_tetrafluoride", elem2: "oganesson_tetratennesside" },
  },
};
elements.stable_oganesson_gas = {
  density: 12.222,
  reactions: {
    tennessine_trifluoride: { elem1: "oganesson_tetrafluoride", elem2: "oganesson_tetratennesside" },
    tennessine_trifluoride_gas: { elem1: "oganesson_tetrafluoride", elem2: "oganesson_tetratennesside" },
  },
  colorOn: ["#e224ff", "#cc6c96", "#c76ccc"],
  conduct: 0.86,
};

acidReact("stable_oganesson", "hydrofluoric_acid", "oganesson_difluoride", "fire");
acidReact("stable_oganesson", "liquid_hydrogen_fluoride", "oganesson_difluoride", "fire");
acidReact("stable_oganesson", "hydrofluoric_acid_gas", "oganesson_difluoride", "fire");
acidReact("stable_oganesson", "hydrogen_fluoride", "oganesson_difluoride", "fire");

elements.oganesson_difluoride = {
  color: [blendColors("#e3e2de", "#ff0000", 0.25), blendColors("#e3e2de", "#00ff00", 0.25), blendColors("#e3e2de", "#0000ff", 0.25)],
  behavior: behaviors.POWDER,
  reactions: {},
  tempHigh: 160, //made up
  category: "powders",
  state: "solid",
  density: 6100, //made up
  hidden: true,
};

acidReact("fluorine", "oganesson_difluoride", "oganesson_tetrafluoride", "fire");
acidReact("liquid_fluorine", "oganesson_difluoride", "oganesson_tetrafluoride", "fire");
acidReact("fluorine", "molten_oganesson_difluoride", "oganesson_tetrafluoride", "fire");
acidReact("liquid_fluorine", "molten_oganesson_difluoride", "oganesson_tetrafluoride", "fire");

elements.fluorine.ignore.push("molten_oganesson_tetrafluoride");
elements.liquid_fluorine.ignore.push("molten_oganesson_tetrafluoride");

elements.oganesson_tetrafluoride = {
  color: [blendColors("#d6d5d2", "#ff0000", 0.25), blendColors("#d6d5d2", "#00ff00", 0.25), blendColors("#d6d5d2", "#0000ff", 0.25)],
  behavior: behaviors.POWDER,
  reactions: {},
  tempHigh: 120, //made up
  category: "powders",
  state: "solid",
  density: 6300, //made up
  hidden: true,
};

runAfterAutogen(function () {
  reactList("oganesson_tetrafluoride", eLists.WATER, { elem1: "hydrofluoric_acid", elem2: "oganesson_difluoride" });
});

elements.oganesson_tetratennesside = {
  color: [blendColors("#f7f7f5", "#ff0000"), blendColors("#f7f7f5", "#00ff00"), blendColors("#f7f7f5", "#0000ff")],
  behavior: behaviors.POWDER,
  reactions: {},
  tempHigh: 180, //made up
  category: "powders",
  state: "solid",
  density: 13800, //made up
  stateHigh: ["molten_stable_oganesson", "stable_tennessine"],
  hidden: true,
};

elements.molten_californium.reactions["molten_calcium"] = { elem1: "oganesson", elem2: null, tempMin: 10000, chance: 0.01 };

elements.ununennium = {
  color: ["#c0eb9b", "#82e082", "#b8c29d"],
  behavior: ["XX|CR:neutron%25 AND CR:radiation%25 AND CR:alpha_particle%25 AND CR:rad_pop%25 AND CR:n_explosion%2|XX", "M2 AND CR:neutron%25 AND CR:radiation%25 AND CR:alpha_particle%25 AND CR:rad_pop%25 AND CR:n_explosion%2|CH:tennessine%1|M2 AND CR:neutron%25 AND CR:radiation%25 AND CR:alpha_particle%25 AND CR:rad_pop%25 AND CR:n_explosion%2", "M1|M1|M1"],
  reactions: {
    quark_matter: { elem1: "stable_ununennium" },
    neutron: { elem1: "unbinilium", elem2: null, chance: 0.1 },
  },
  tempHigh: 630,
  tempLow: 15,
  category: "liquids",
  state: "liquid",
  density: 3000,
  hardness: 1.0,
  conduct: 0.2,
  stateLowName: "solid_ununennium",
  tick: function (pixel) {
    pixel.temp += 150;
  },
  excludeRandom: true,
};

elements.solid_ununennium = {
  behavior: ["XX|CR:neutron%25 AND CR:radiation%25 AND CR:alpha_particle%25 AND CR:rad_pop%25 AND CR:n_explosion%2|XX", "CR:neutron%25 AND CR:radiation%25 AND CR:alpha_particle%25 AND CR:rad_pop%25 AND CR:n_explosion%2|CH:tennessine%1|CR:neutron%25 AND CR:radiation%25 AND CR:alpha_particle%25 AND CR:rad_pop%25 AND CR:n_explosion%2", "M2|M1|M2"],
  reactions: {
    quark_matter: { elem1: "stable_ununennium" },
    neutron: { elem1: "unbinilium", elem2: null, chance: 0.1 },
  },
  hardness: 1.0,
  tick: function (pixel) {
    pixel.temp += 150;
  },
  excludeRandom: true,
};

elements.ununennium_gas = {
  behavior: ["M2|M1 AND CR:neutron%25 AND CR:radiation%25 AND CR:alpha_particle%25 AND CR:rad_pop%25 AND CR:n_explosion%2|M2", "M1 AND CR:neutron%25 AND CR:radiation%25 AND CR:alpha_particle%25 AND CR:rad_pop%25 AND CR:n_explosion%2|CH:tennessine%1|M1 AND CR:neutron%25 AND CR:radiation%25 AND CR:alpha_particle%25 AND CR:rad_pop%25 AND CR:n_explosion%2", "M2|M1 AND CR:neutron%25 AND CR:radiation%25 AND CR:alpha_particle%25 AND CR:rad_pop%25 AND CR:n_explosion%2|M2"],
  reactions: {
    quark_matter: { elem1: "stable_ununennium" },
    neutron: { elem1: "unbinilium", elem2: null, chance: 0.1 },
  },
  hardness: 1.0,
  tick: function (pixel) {
    pixel.temp += 150;
  },
  excludeRandom: true,
  density: 12.555,
};

runAfterAutogen(function () {
  reactList("ununennium", eLists.WATER, { elem1: "n_explosion", elem2: null });
  reactList("solid_ununennium", eLists.WATER, { elem1: "n_explosion", elem2: null });
  reactList("ununennium_gas", eLists.WATER, { elem1: "n_explosion", elem2: null });
});

elements.stable_ununennium = {
  color: [blendColors("#c0eb9b", "#ff0000"), blendColors("#82e082", "#00ff00"), blendColors("#b8c29d", "#0000ff")],
  behavior: behaviors.LIQUID,
  reactions: {
    steam: { elem1: "ununennium_hydroxide", elem2: [null, null, "big_pop"], func: ununenniumHydroxide },
    rad_steam: { elem1: "ununennium_hydroxide", elem2: [null, null, "big_pop"], func: ununenniumHydroxide },
  },
  tempHigh: 630,
  tempLow: 15,
  category: "liquids",
  state: "liquid",
  density: 14010,
  conduct: 0.2,
  stateLowName: "solid_stable_ununennium",
  hidden: true,
};

runAfterLoad(function () {
  reactList("stable_ununennium", eLists.WATER, { elem1: "ununennium_hydroxide", elem2: [null, null, "big_pop"], func: ununenniumHydroxide });
  reactList("stable_ununennium_gas", eLists.WATER, { elem1: "ununennium_hydroxide", elem2: [null, null, "big_pop"], func: ununenniumHydroxide });
  reactList("solid_stable_ununennium", eLists.WATER, { elem1: "ununennium_hydroxide", elem2: [null, null, "big_pop"], func: ununenniumHydroxide });
});

elements.stable_ununennium_gas = {
  density: 12.555,
  reactions: {
    steam: { elem1: "ununennium_hydroxide", elem2: [null, null, "big_pop"], func: ununenniumHydroxide },
    rad_steam: { elem1: "ununennium_hydroxide", elem2: [null, null, "big_pop"], func: ununenniumHydroxide },
  },
};

elements.solid_stable_ununennium = {
  behavior: behaviors.POWDER,
  reactions: {
    steam: { elem1: "ununennium_hydroxide", elem2: [null, null, "big_pop"], func: ununenniumHydroxide },
    rad_steam: { elem1: "ununennium_hydroxide", elem2: [null, null, "big_pop"], func: ununenniumHydroxide },
  },
};

function ununenniumHydroxide(pixel) {
  elementCircle(pixel.x, pixel.y, 10, "ununennium_hydroxide", 0.1, eLists.WATER.concat(["steam", "rad_steam"]));
}

elements.hydrofluoric_acid.ignore.push("ununennium_fluoride", "ununennium_trifluoride", "ununennium_pentafluoride");
elements.hydrofluoric_acid_gas.ignore.push("ununennium_fluoride", "ununennium_trifluoride", "ununennium_pentafluoride");
elements.hydrogen_fluoride.ignore.push("ununennium_fluoride", "ununennium_trifluoride", "ununennium_pentafluoride");
elements.liquid_hydrogen_fluoride.ignore.push("ununennium_fluoride", "ununennium_trifluoride", "ununennium_pentafluoride");

createSalt("ununennium_fluoride", "ununennium_fluoride_solution", [blendColors("#e1e4eb", "#ff0000", 0.25), blendColors("#e1e4eb", "#00ff00", 0.25), blendColors("#e1e4eb", "#0000ff", 0.25)], [blendColors("#3061f2", "#ff0000", 0.25), blendColors("#3061f2", "#00ff00", 0.25), blendColors("#3061f2", "#0000ff", 0.25)], true, true, 1270, -2, 102, 6703, 1094, "UNUNENNIUM", "FLUORIDE");

acidReact("fluorine", "ununennium_fluoride", "ununennium_trifluoride", "fire");
acidReact("liquid_fluorine", "ununennium_fluoride", "ununennium_trifluoride", "fire");
acidReact("fluorine", "molten_ununennium_fluoride", "ununennium_trifluoride", "fire");
acidReact("liquid_fluorine", "molten_ununennium_fluoride", "ununennium_trifluoride", "fire");

elements.fluorine.ignore.push("molten_ununennium_trifluoride");
elements.liquid_fluorine.ignore.push("molten_ununennium_trifluoride");

elements.ununennium_trifluoride = {
  color: [blendColors("#ccb87a", "#ff0000", 0.25), blendColors("#ccb87a", "#00ff00", 0.25), blendColors("#ccb87a", "#0000ff", 0.25)],
  behavior: behaviors.POWDER,
  reactions: {},
  tempHigh: 140, //made up
  category: "powders",
  state: "solid",
  density: 7200, //made up
  hidden: true,
};

runAfterAutogen(function () {
  reactList("ununennium_trifluoride", eLists.WATER, { elem1: "hydrofluoric_acid", elem2: "ununennium_fluoride" });
});

acidReact("foof", "ununennium_trifluoride", "ununennium_pentafluoride", "oxygen");
acidReact("solid_foof", "ununennium_trifluoride", "ununennium_pentafluoride", "oxygen");

elements.fluorine.ignore.push("ununennium_pentafluoride");
elements.liquid_fluorine.ignore.push("ununennium_pentafluoride");

elements.ununennium_pentafluoride = {
  color: [blendColors("#db5030", "#ff0000", 0.25), blendColors("#db5030", "#00ff00", 0.25), blendColors("#db5030", "#0000ff", 0.25)],
  behavior: behaviors.CAUSTIC,
  reactions: {},
  tempHigh: 70, //made up
  category: "powders",
  state: "solid",
  stateHigh: ["ununennium_trifluoride", "fluorine"],
  density: 7250, //made up
  hidden: true,
  ignore: ["foof", "solid_foof", "fluorine", "liquid_fluorine", "fluorine_ice", "ununennium_trifluoride", "oxygen", "liquid_oxygen", "oxygen_ice", "ozone", "hydrofluoric_acid", "hydrofluoric_acid_gas", "hydrogen_fluoride", "liquid_hydrogen_fluoride"],
};

elements.molten_einsteinium.reactions["molten_calcium"] = { elem1: "ununennium", elem2: null, tempMin: 10000, chance: 0.01 };

elements.unbinilium = {
  color: ["#faf069", "#fcf0c7", "#edcd3e"],
  behavior: ["XX|CR:neutron%25 AND CR:radiation%25 AND CR:alpha_particle%25 AND CR:rad_pop%25 AND CR:n_explosion%2|XX", "CR:neutron%25 AND CR:radiation%25 AND CR:alpha_particle%25 AND CR:rad_pop%25 AND CR:n_explosion%2|CH:oganesson%1|CR:neutron%25 AND CR:radiation%25 AND CR:alpha_particle%25 AND CR:rad_pop%25 AND CR:n_explosion%2", "M2|M1|M2"],
  reactions: {
    quark_matter: { elem1: "stable_unbinilium" },
  },
  tempHigh: 680,
  category: "powders",
  state: "solid",
  density: 7000,
  hardness: 1.0,
  conduct: 0.2,
  tick: function (pixel) {
    pixel.temp += 150;
  },
  excludeRandom: true,
};

elements.molten_unbinilium = {
  behavior: ["XX|CR:neutron%25 AND CR:radiation%25 AND CR:alpha_particle%25 AND CR:rad_pop%25 AND CR:n_explosion%2|XX", "M2 AND CR:neutron%25 AND CR:radiation%25 AND CR:alpha_particle%25 AND CR:rad_pop%25 AND CR:n_explosion%2|CH:oganesson%1|M2 AND CR:neutron%25 AND CR:radiation%25 AND CR:alpha_particle%25 AND CR:rad_pop%25 AND CR:n_explosion%2", "M1|M1|M1"],
  reactions: {
    quark_matter: { elem1: "stable_unbinilium" },
  },
  hardness: 1.0,
  tick: function (pixel) {
    pixel.temp += 150;
  },
  excludeRandom: true,
};

elements.stable_unbinilium = {
  color: [blendColors("#faf069", "#ff0000"), blendColors("#fcf0c7", "#00ff00"), blendColors("#edcd3e", "#0000ff")],
  behavior: behaviors.POWDER,
  reactions: {
    oxygen: { elem1: "unbinilium_oxide" },
  },
  tempHigh: 680,
  category: "powders",
  state: "solid",
  density: 7000,
  conduct: 0.2,
  hidden: true,
};

elements.unbinilium_oxide = {
  color: [blendColors("#f5f2e1", "#ff0000", 0.25), blendColors("#f5f2e1", "#00ff00", 0.25), blendColors("#f5f2e1", "#0000ff", 0.25)],
  behavior: behaviors.POWDER,
  reactions: {},
  hidden: true,
  tempHigh: 2763,
  category: "powders",
  state: "solid",
  density: 15000,
};

eListAddIon("UNBINILIUM", "unbinilium_oxide");
eListAddIon("OXIDE", "unbinilium_oxide");
eListAdd("INSOLUBLE", "unbinilium_oxide");

elements.unbinilium_hydroxide = {
  color: [blendColors("#f9faf2", "#ff0000", 0.25), blendColors("#f9faf2", "#00ff00", 0.25), blendColors("#f9faf2", "#0000ff", 0.25)],
  behavior: behaviors.POWDER,
  hidden: true,
  tempHigh: 620,
  reactions: {},
  stateHigh: "unbinilium_oxide",
  category: "powders",
  state: "solid",
  density: 12000,
};

eListAdd("BASE", "unbinilium_hydroxide");
eListAddIon("UNBINILIUM", "unbinilium_hydroxide", "base");
eListAddIon("HYDROXIDE", "unbinilium_hydroxide", "base");
eListAdd("INSOLUBLE", "unbinilium_hydroxide");

elements.molten_stable_unbinilium = {
  reactions: {
    oxygen: { elem1: "unbinilium_oxide" },
  },
  conduct: 0.2,
};

runAfterLoad(function () {
  reactList("unbinilium_oxide", eLists.WATER, { elem1: "unbinilium_hydroxide", elem2: null, chance: 0.01 });
  reactList("stable_unbinilium", eLists.WATER, { elem1: ["unbinilium_hydroxide", "pop"], elem2: ["hydrogen", "bubble"], chance: 0.05, temp2: 350 });
  reactList("molten_stable_unbinilium", eLists.WATER, { elem1: ["unbinilium_hydroxide", "pop"], elem2: ["hydrogen", "bubble"], chance: 0.05, temp2: 350 });
});

acidReact("hydrofluoric_acid", "unbinilium_hydroxide", "unbinilium_difluoride_solution", "fire");
acidReact("hydrofluoric_acid_gas", "unbinilium_hydroxide", "unbinilium_difluoride_solution", "fire");
acidReact("hydrogen_fluoride", "unbinilium_hydroxide", "unbinilium_difluoride_solution", "fire");
acidReact("liquid_hydrogen_fluoride", "unbinilium_hydroxide", "unbinilium_difluoride_solution", "fire");
elements.hydrofluoric_acid.ignore.push("unbinilium_difluoride", "unbinilium_tetrafluoride", "unbinilium_hexafluoride");
elements.hydrofluoric_acid_gas.ignore.push("unbinilium_difluoride", "unbinilium_tetrafluoride", "unbinilium_hexafluoride");
elements.hydrogen_fluoride.ignore.push("unbinilium_difluoride", "unbinilium_tetrafluoride", "unbinilium_hexafluoride");
elements.liquid_hydrogen_fluoride.ignore.push("unbinilium_difluoride", "unbinilium_tetrafluoride", "unbinilium_hexafluoride");

createSalt("unbinilium_difluoride", "unbinilium_difluoride_solution", [blendColors("#e8ebe1", "#ff0000", 0.25), blendColors("#e8ebe1", "#00ff00", 0.25), blendColors("#e8ebe1", "#0000ff", 0.25)], [blendColors("#3087f2", "#ff0000", 0.25), blendColors("#3087f2", "#00ff00", 0.25), blendColors("#3087f2", "#0000ff", 0.25)], true, true, 1340, -2, 102, 6800, 1095, "UNBINILIUM", "FLUORIDE");

acidReact("fluorine", "unbinilium_difluoride", "unbinilium_tetrafluoride", "fire");
acidReact("liquid_fluorine", "unbinilium_difluoride", "unbinilium_tetrafluoride", "fire");
acidReact("fluorine", "molten_unbinilium_difluoride", "unbinilium_tetrafluoride", "fire");
acidReact("liquid_fluorine", "molten_unbinilium_difluoride", "unbinilium_tetrafluoride", "fire");

elements.fluorine.ignore.push("molten_unbinilium_tetrafluoride");
elements.liquid_fluorine.ignore.push("molten_unbinilium_tetrafluoride");

elements.unbinilium_tetrafluoride = {
  color: [blendColors("#e0dd12", "#ff0000", 0.25), blendColors("#e0dd12", "#00ff00", 0.25), blendColors("#e0dd12", "#0000ff", 0.25)],
  behavior: behaviors.POWDER,
  reactions: {},
  tempHigh: 210, //made up
  category: "powders",
  state: "solid",
  density: 7500, //made up
  hidden: true,
};

runAfterAutogen(function () {
  reactList("unbinilium_tetrafluoride", eLists.WATER, { elem1: "hydrofluoric_acid", elem2: "unbinilium_difluoride" });
});

acidReact("foof", "unbinilium_tetrafluoride", "unbinilium_hexafluoride", "oxygen");
acidReact("solid_foof", "unbinilium_tetrafluoride", "unbinilium_hexafluoride", "oxygen");

elements.fluorine.ignore.push("unbinilium_hexafluoride");
elements.liquid_fluorine.ignore.push("unbinilium_hexafluoride");

elements.unbinilium_hexafluoride = {
  color: [blendColors("#ffca7a", "#ff0000", 0.25), blendColors("#ffca7a", "#00ff00", 0.25), blendColors("#ffca7a", "#0000ff", 0.25)],
  behavior: behaviors.CAUSTIC,
  reactions: {},
  tempHigh: 70, //made up
  category: "powders",
  state: "solid",
  stateHigh: ["unbinilium_tetrafluoride", "fluorine"],
  density: 7700, //made up
  hidden: true,
  ignore: ["foof", "solid_foof", "fluorine", "liquid_fluorine", "fluorine_ice", "unbinilium_tetrafluoride", "oxygen", "liquid_oxygen", "oxygen_ice", "ozone", "hydrofluoric_acid", "hydrofluoric_acid_gas", "hydrogen_fluoride", "liquid_hydrogen_fluoride"],
};

elements.molten_fermium.reactions["molten_calcium"] = { elem1: "unbinilium", elem2: null, tempMin: 10000, chance: 0.01 };

let defaultBaseReactions = {
  grape: { elem2: "juice", color1: "#291824" },
  sodium: { elem1: "pop" },
  meat: { elem2: "rotten_meat", elem1: null, chance: 0.5 },
  grease: { elem2: "soap", elem1: null },
  fat: { elem2: "soap", elem1: null },
};

let defaultBaseGasReactions = {
  grape: { elem2: "juice", color1: "#291824" },
  sodium: { elem1: "pop" },
  meat: { elem2: "rotten_meat", elem1: null, chance: 0.4 },
  grease: { elem2: "soap", elem1: null },
  fat: { elem2: "soap", elem1: null },
};

createAcid("francium_hydroxide", structuredClone(defaultBaseReactions), structuredClone(defaultBaseGasReactions), [blendColors("#863bff", "#ff0000"), blendColors("#4d00ca", "#00ff00"), blendColors("#897b9e", "#0000ff")], true, true, 100, 100, 0, 1000, 1200, 1, "FRANCIUM", "base");

elements.francium_hydroxide.ignore.push("francium_nihonide", "nihonium_hydroxide", "hydrogen", "steam");
elements.francium_hydroxide_gas.ignore.push("francium_nihonide", "nihonium_hydroxide", "hydrogen", "steam");

eListAddIon("HYDROXIDE", ["francium_hydroxide", "francium_hydroxide_gas"], "base");

eListAdd("BASE", []);

function acidNeutralize(base) {
  for (let i = 0; i < eLists.ACID.length; i++) {
    elements[eLists.ACID[i]].reactions[base] = { elem1: "neutral_acid", elem2: null };
  }
  for (let i = 0; i < eLists.ACIDGAS.length; i++) {
    elements[eLists.ACIDGAS[i]].reactions[base] = { elem1: "hydrogen", elem2: null };
  }
  eLists.BASE.push(base);
  if (eLists.HYDROGEN.indexOf(base) >= 0) {
    eLists.HYDROGEN.splice(eLists.HYDROGEN.indexOf(base), 1);
  }
  if (elements[base].salt)
    for (let i in elements[base].salt) {
      if (elements[base].salt[i]) {
        if (elements[base].salt[i].components.indexOf("HYDROGEN") >= 0) {
          elements[base].salt[i].components.splice(elements[base].salt[i].components.indexOf("HYDROGEN"), 1);
        }
      }
    }
}

acidNeutralize("radium_hydroxide");
acidNeutralize("actinium_hydroxide");
acidNeutralize("protactinium_hydroxide");
acidNeutralize("unbinilium_hydroxide");

elements.caustic_soda = {
  color: "#ffe8ff",
  behavior: behaviors.CAUSTIC,
  category: "powders",
  tempHigh: 323,
  state: "solid",
  density: 2130,
  hidden: true,
  alias: "sodium hydroxide powder",
};

acidNeutralize("sodium_hydride");

acidNeutralize("sodium_methoxide");
acidNeutralize("molten_sodium_methoxide");

elements.francium_hydroxide_powder = {
  color: [blendColors("#e8ede8", "#ff0000"), blendColors("#e8ede8", "#00ff00"), blendColors("#e8ede8", "#0000ff")],
  behavior: behaviors.CAUSTIC,
  category: "powders",
  tempHigh: 251, //made up
  state: "solid",
  density: 5100, //made up
  hidden: true,
  reactions: {},
  ignore: [],
};
elements.francium_hydroxide_powder.ignore.push("francium_nihonide", "nihonium_hydroxide", "hydrogen", "steam");

elements.francium.breakInto = "francium";
elements.molten_francium.breakInto = "molten_francium";
elements.stable_francium.breakInto = "stable_francium";
elements.molten_stable_francium.breakInto = "molten_stable_francium";
elements.francium_hydroxide_gas.breakInto = "francium_hydroxide_gas";
elements.francium_hydroxide_powder.breakInto = "francium_hydroxide_powder";
elements.molten_francium_hydroxide_powder = { breakInto: "molten_francium_hydroxide_powder" };
elements.francium_hydroxide_gas.stateHigh = ["francium_hydroxide_powder", "steam"];
elements.francium_hydroxide.ignore.push("fire", "smoke", "smog", "steam");
elements.francium_hydroxide_gas.ignore.push("fire", "smoke", "smog", "steam");
acidNeutralize("francium_hydroxide");
acidNeutralize("francium_hydroxide_gas");
acidNeutralize("francium_hydroxide_powder");

elements.francium_hydroxide_powder.ignore = elements.francium_hydroxide.ignore;
acidIgnore(["francium_hydroxide_powder"]);

eListAddIon("FRANCIUM", ["francium_hydroxide_powder", "molten_francium_hydroxide_powder"], "base");
eListAddIon("HYDROXIDE", ["francium_hydroxide_powder", "molten_francium_hydroxide_powder"], "base");

runAfterLoad(function () {
  for (let i = 0; i < eLists.WATER.length; i++) {
    delete elements["francium_hydroxide"].reactions[eLists.WATER[i]];
    delete elements["francium_hydroxide_gas"].reactions[eLists.WATER[i]];
  }
  reactList("francium_hydroxide_powder", eLists.WATER, { elem1: "francium_hydroxide", elem2: null });
});

createAcid("ununennium_hydroxide", structuredClone(defaultBaseReactions), structuredClone(defaultBaseGasReactions), [blendColors("#eb3bff", "#ff0000"), blendColors("#eb3bff", "#00ff00"), blendColors("#eb3bff", "#0000ff")], true, true, 100, 100, 0, 1000, 1200, 1, "UNUNENNIUM", "base");

eListAddIon("HYDROXIDE", ["ununennium_hydroxide", "ununennium_hydroxide_gas"], "base");

elements.ununennium_hydroxide_powder = {
  color: [blendColors("#c8cdc8", "#ff0000"), blendColors("#c8cdc8", "#00ff00"), blendColors("#c8cdc8", "#0000ff")],
  behavior: behaviors.CAUSTIC,
  category: "powders",
  tempHigh: 271, //made up
  state: "solid",
  density: 8200, //made up
  hidden: true,
  reactions: {},
  ignore: [],
};

elements.ununennium_hydroxide_gas.breakInto = "ununennium_hydroxide_gas";
elements.ununennium_hydroxide_powder.breakInto = "ununennium_hydroxide_powder";
elements.molten_ununennium_hydroxide_powder = { breakInto: "molten_ununennium_hydroxide_powder" };
elements.ununennium_hydroxide_gas.stateHigh = ["ununennium_hydroxide_powder", "steam"];
elements.ununennium_hydroxide.ignore.push("fire", "smoke", "smog", "steam", "ununennium_fluoride", "ununennium_fluoride_solution");
elements.ununennium_hydroxide_gas.ignore.push("fire", "smoke", "smog", "steam", "ununennium_fluoride", "ununennium_fluoride_solution");
acidNeutralize("ununennium_hydroxide");
acidNeutralize("ununennium_hydroxide_gas");
acidNeutralize("ununennium_hydroxide_powder");

elements.ununennium_hydroxide_powder.ignore = elements.ununennium_hydroxide.ignore;
acidIgnore(["ununennium_hydroxide_powder"]);

eListAddIon("UNUNENNIUM", ["ununennium_hydroxide_powder", "molten_ununennium_hydroxide_powder"], "base");
eListAddIon("HYDROXIDE", ["ununennium_hydroxide_powder", "molten_ununennium_hydroxide_powder"], "base");

runAfterLoad(function () {
  for (let i = 0; i < eLists.WATER.length; i++) {
    delete elements["ununennium_hydroxide"].reactions[eLists.WATER[i]];
    delete elements["ununennium_hydroxide_gas"].reactions[eLists.WATER[i]];
  }
  reactList("ununennium_hydroxide_powder", eLists.WATER, { elem1: "ununennium_hydroxide", elem2: null });
});

createAcid("sodium_hydroxide", structuredClone(defaultBaseReactions), structuredClone(defaultBaseGasReactions), ["#fc3bff", "#c000ca", "#9b7b9e"], false, true, 100, 100, 0, 1000, 1050, 1, "SODIUM", "base");
acidNeutralize("sodium_hydroxide");
acidNeutralize("sodium_hydroxide_gas");
eListAddIon("HYDROXIDE", ["sodium_hydroxide", "sodium_hydroxide_gas"], "base");

eLists.CAUSTIC.push("caustic_soda");
acidNeutralize("caustic_soda");
elements.caustic_soda.ignore = elements.sodium_hydroxide.ignore;
acidIgnore(["caustic_soda"]);

eListAddIon("SODIUM", ["caustic_soda", "molten_caustic_soda"], "base");
eListAddIon("HYDROXIDE", ["caustic_soda", "molten_caustic_soda"], "base");
eListAdd("COMPOUND", "caustic_soda");

elements.caustic_soda.behavior = behaviors.CAUSTIC;
if (!elements.caustic_soda.reactions) {
  elements.caustic_soda.reactions = {};
}
runAfterLoad(function () {
  reactList("caustic_soda", eLists.WATER, { elem1: "sodium_hydroxide", elem2: null });
  delete elements.sodium_hydroxide.reactions["sodium_aluminate_solution"];
  delete elements.sodium_hydroxide_gas.reactions["sodium_aluminate_solution"];
});

elements.sodium_hydroxide_gas.tempHigh = 150;
elements.sodium_hydroxide_gas.stateHigh = ["caustic_soda", "steam"];

createAcid("potassium_hydroxide", structuredClone(defaultBaseReactions), structuredClone(defaultBaseGasReactions), ["#3bc4ff", "#0062ca", "#7b949e"], false, true, 100, 100, 0, 1000, 1075, 1, "POTASSIUM", "base");
acidNeutralize("potassium_hydroxide");
acidNeutralize("potassium_hydroxide_gas");
eListAddIon("HYDROXIDE", ["potassium_hydroxide", "potassium_hydroxide_gas"], "base");

eLists.CAUSTIC.push("caustic_potash");
acidNeutralize("caustic_potash");
elements.caustic_potash.ignore = elements.potassium_hydroxide.ignore;
acidIgnore(["caustic_potash"]);

eListAddIon("POTASSIUM", ["caustic_potash", "molten_caustic_potash"], "base");
eListAddIon("HYDROXIDE", ["caustic_potash", "molten_caustic_potash"], "base");
eListAdd("COMPOUND", "caustic_potash");

elements.caustic_potash.behavior = behaviors.CAUSTIC;
if (!elements.caustic_potash.reactions) {
  elements.caustic_potash.reactions = {};
}
runAfterLoad(function () {
  reactList("caustic_potash", eLists.WATER, { elem1: "potassium_hydroxide", elem2: null });
});
elements.potassium_hydroxide_gas.tempHigh = 150;
elements.potassium_hydroxide_gas.stateHigh = ["caustic_potash", "steam"];

createAcid("red_mud", structuredClone(defaultBaseReactions), structuredClone(defaultBaseGasReactions), ["#ab3d24", "#cc5d2d", "#a81b1b"], true, true, 1600, 1600, 0, Infinity, 5200, 3, "REDMUD", "base");
acidNeutralize("red_mud");
acidNeutralize("red_mud_gas");
elements.red_mud.viscosity = 1000000;

runAfterLoad(function () {
  reactList("red_mud", eLists.WATER, { elem2: "dirty_water" });
  delete elements.red_mud.reactions["dirty_water"];
  delete elements.red_mud.reactions["sodium_aluminate_solution"];
});

acidReact("potassium_hydroxide", "fertilizer", "niter", "ammonia", 10);
acidReact("potassium_hydroxide_gas", "fertilizer", "niter", "ammonia", 10);

acidReact("potassium_hydroxide", "carbon_dioxide", "potassium_carbonate", null, 10);
acidReact("potassium_hydroxide_gas", "carbon_dioxide", "potassium_carbonate", null, 10);
elements.potassium_hydroxide.ignore.push("carbon_dioxide", "potassium_carbonate");
elements.potassium_hydroxide_gas.ignore.push("carbon_dioxide", "potassium_carbonate");

elements.salt_water.reactions["mercury"] = { elem1: ["sodium_hydroxide", "chlorine", "hydrogen"], charged: true, chance: 0.02 };
elements.sodium_hydroxide.ignore.push("mercury", "chlorine", "salt_water");
elements.sodium_hydroxide_gas.ignore.push("mercury", "chlorine", "salt_water");
elements.potassium_salt_water.reactions["mercury"] = { elem1: ["potassium_hydroxide", "chlorine", "hydrogen"], charged: true, chance: 0.02 };
elements.potassium_hydroxide.ignore.push("mercury", "chlorine", "potassium_salt_water");
elements.potassium_hydroxide_gas.ignore.push("mercury", "chlorine", "potassium_salt_water");

acidReact("sodium_hydroxide", "bauxite", "sodium_aluminate_solution", "red_mud", 10);
acidReact("sodium_hydroxide_gas", "bauxite", "sodium_aluminate_solution", "red_mud", 10);
elements.red_mud.ignore.push("sodium_aluminate_solution_ice", "sodium_aluminate", "molten_sodium_aluminate", "sodium_carbonate_solution", "spent_sodium_aluminate_solution", "spent_sodium_aluminate_solution_ice", "aluminum_hydroxide", "alumina", "molten_alumina");
elements.red_mud_gas.ignore.push("sodium_aluminate_solution_ice", "sodium_aluminate", "molten_sodium_aluminate", "sodium_carbonate_solution", "spent_sodium_aluminate_solution", "spent_sodium_aluminate_solution_ice", "aluminum_hydroxide", "alumina", "molten_alumina");
elements.sodium_hydroxide.ignore.push("sodium_aluminate_solution_ice", "sodium_aluminate", "molten_sodium_aluminate", "sodium_carbonate_solution", "spent_sodium_aluminate_solution", "spent_sodium_aluminate_solution_ice", "aluminum_hydroxide", "alumina", "molten_alumina");
elements.sodium_hydroxide_gas.ignore.push("sodium_aluminate_solution_ice", "sodium_aluminate", "molten_sodium_aluminate", "sodium_carbonate_solution", "spent_sodium_aluminate_solution", "spent_sodium_aluminate_solution_ice", "aluminum_hydroxide", "alumina", "molten_alumina");

//Cryolite
acidReact("hydrofluoric_acid", "sodium_aluminate", "cryolite", "fire", 0);
acidReact("hydrofluoric_acid_gas", "sodium_aluminate", "cryolite", "fire", 0);

acidReact("hydrogen_fluoride", "sodium_aluminate", "cryolite", "fire", 0);
acidReact("liquid_hydrogen_fluoride", "sodium_aluminate", "cryolite", "fire", 0);

elements.hydrofluoric_acid.ignore.push("molten_cryolite", "molten_sodium_aluminate");
elements.hydrofluoric_acid_gas.ignore.push("molten_cryolite", "molten_sodium_aluminate");
elements.hydrogen_fluoride.ignore.push("molten_cryolite", "molten_sodium_aluminate");
elements.liquid_hydrogen_fluoride.ignore.push("molten_cryolite", "molten_sodium_aluminate");

acidReact("hexafluorosilicic_acid", "sodium_aluminate", "cryolite", "sand", 0);
acidReact("hexafluorosilicic_acid_gas", "sodium_aluminate", "cryolite", "sand", 0);
elements.hexafluorosilicic_acid.ignore.push("molten_cryolite", "molten_sodium_aluminate");
elements.hexafluorosilicic_acid_gas.ignore.push("molten_cryolite", "molten_sodium_aluminate");

//Aluminum trifluoride
acidReact("hydrofluoric_acid", "alumina", "aluminum_trifluoride", "fire", 0);
acidReact("hydrofluoric_acid_gas", "alumina", "aluminum_trifluoride", "fire", 0);

acidReact("hydrogen_fluoride", "alumina", "aluminum_trifluoride", "fire", 0);
acidReact("liquid_hydrogen_fluoride", "alumina", "aluminum_trifluoride", "fire", 0);

elements.hydrofluoric_acid.ignore.push("molten_alumina", "aluminum_trifluoride_gas");
elements.hydrofluoric_acid_gas.ignore.push("molten_alumina", "aluminum_trifluoride_gas");
elements.hydrogen_fluoride.ignore.push("molten_alumina", "aluminum_trifluoride_gas");
elements.liquid_hydrogen_fluoride.ignore.push("molten_alumina", "aluminum_trifluoride_gas");

acidReact("hydrofluoric_acid", "aluminum_hydroxide", "aluminum_trifluoride", "fire", 0);
acidReact("hydrofluoric_acid_gas", "aluminum_hydroxide", "aluminum_trifluoride", "fire", 0);

acidReact("hydrogen_fluoride", "aluminum_hydroxide", "aluminum_trifluoride", "fire", 0);
acidReact("liquid_hydrogen_fluoride", "aluminum_hydroxide", "aluminum_trifluoride", "fire", 0);

acidReact("hydrofluoric_acid", "sodium_hydroxide", "sodium_fluoride_solution", "fire", 0);
acidReact("hydrofluoric_acid_gas", "sodium_hydroxide", "sodium_fluoride_solution", "fire", 0);
acidReact("hydrofluoric_acid", "sodium_hydroxide_gas", "sodium_fluoride_solution", "fire", 0);
acidReact("hydrofluoric_acid_gas", "sodium_hydroxide_gas", "sodium_fluoride_solution", "fire", 0);

acidReact("acid", "sodium_hydroxide", "salt_water", null, 0);
acidReact("acid_gas", "sodium_hydroxide", "salt_water", null, 0);
acidReact("acid", "sodium_hydroxide_gas", "salt_water", null, 0);
acidReact("acid_gas", "sodium_hydroxide_gas", "salt_water", null, 0);

acidReact("acid", "potassium_hydroxide", "potassium_salt_water", null, 0);
acidReact("acid_gas", "potassium_hydroxide", "potassium_salt_water", null, 0);
acidReact("acid", "potassium_hydroxide_gas", "potassium_salt_water", null, 0);
acidReact("acid_gas", "potassium_hydroxide_gas", "potassium_salt_water", null, 0);

elements.sodium_hydroxide.ignore.push("sodium_methoxide", "methanol");
elements.sodium_hydroxide_gas.ignore.push("sodium_methoxide", "methanol");
elements.sodium_hydroxide.ignore.push("sodium_methoxide", "methanol");
elements.sodium_hydroxide_gas.ignore.push("sodium_methoxide", "methanol");

acidReact("fluoroboric_acid", "sodium_hydroxide", "sodium_tetrafluoroborate", null, 50);
acidReact("fluoroboric_acid_gas", "sodium_hydroxide", "sodium_tetrafluoroborate", null, 50);
acidReact("fluoroboric_acid", "sodium_hydroxide_gas", "sodium_tetrafluoroborate", null, 50);
acidReact("fluoroboric_acid_gas", "sodium_hydroxide_gas", "sodium_tetrafluoroborate", null, 50);

//nihonium

acidReact("sodium_hydroxide", "nihonium_sulfate_solution", "sodium_sulfate_solution", "nihonium_hydroxide");
acidReact("sodium_hydroxide_gas", "nihonium_sulfate_solution", "sodium_sulfate_solution", "nihonium_hydroxide");
acidReact("sodium_hydroxide", "nihonium_sulfate", "sodium_sulfate_solution", "nihonium_hydroxide");
acidReact("sodium_hydroxide_gas", "nihonium_sulfate", "sodium_sulfate_solution", "nihonium_hydroxide");

acidReact("potassium_hydroxide", "nihonium_sulfate_solution", "potassium_sulfate_solution", "nihonium_hydroxide");
acidReact("potassium_hydroxide_gas", "nihonium_sulfate_solution", "potassium_sulfate_solution", "nihonium_hydroxide");
acidReact("potassium_hydroxide", "nihonium_sulfate", "potassium_sulfate_solution", "nihonium_hydroxide");
acidReact("potassium_hydroxide_gas", "nihonium_sulfate", "potassium_sulfate_solution", "nihonium_hydroxide");

acidReact("potassium_hydroxide", "nihonium_nitrate_solution", "niter_solution", "nihonium_hydroxide");
acidReact("potassium_hydroxide_gas", "nihonium_nitrate_solution", "niter_solution", "nihonium_hydroxide");
acidReact("potassium_hydroxide", "nihonium_nitrate", "niter_solution", "nihonium_hydroxide");
acidReact("potassium_hydroxide_gas", "nihonium_nitrate", "niter_solution", "nihonium_hydroxide");

elements.bless.reactions["foof"] = { elem2: "oxygen" };
elements.bless.reactions["solid_foof"] = { elem2: "oxygen" };
elements.bless.reactions["fluorine"] = { elem2: null };
elements.bless.reactions["liquid_fluorine"] = { elem2: null };
elements.bless.reactions["fluorine_ice"] = { elem2: null };
elements.bless.reactions["hydrogen_fluoride"] = { elem2: "hydrogen" };
elements.bless.reactions["liquid_hydrogen_fluoride"] = { elem2: "hydrogen" };
elements.bless.reactions["hydrogen_fluoride_ice"] = { elem2: "hydrogen" };
elements.bless.reactions["hydrofluoric_acid"] = { elem2: "hydrogen" };
elements.bless.reactions["hydrofluoric_acid_ice"] = { elem2: "hydrogen" };
elements.bless.reactions["francium"] = { elem2: null };
elements.bless.reactions["molten_francium"] = { elem2: null };
elements.bless.reactions["astatine"] = { elem2: null };
elements.bless.reactions["molten_astatine"] = { elem2: null };
elements.bless.reactions["astatine_gas"] = { elem2: null };
elements.bless.reactions["big_pop"] = { elem2: null };
elements.bless.reactions["rad_pop"] = { elem2: null };
elements.bless.reactions["radon"] = { elem2: null };
elements.bless.reactions["polonium"] = { elem2: null };
elements.bless.reactions["molten_polonium"] = { elem2: null };
elements.bless.reactions["neutronium"] = { elem2: "neutron" };
elements.bless.reactions["liquid_neutronium"] = { elem2: "neutron" };
elements.bless.reactions["quark_matter"] = { elem2: ["neutron", "proton"] };
elements.bless.reactions["gamma_ray_burst"] = { elem2: null };
elements.bless.reactions["nitrogen_dioxide"] = { elem2: "oxygen" };
elements.bless.reactions["liquid_nitrogen_dioxide"] = { elem2: "oxygen" };
elements.bless.reactions["sulfur_dioxide"] = { elem2: "oxygen" };
elements.bless.reactions["liquid_sulfur_dioxide"] = { elem2: "oxygen" };
elements.bless.reactions["sulfur_dioxide_ice"] = { elem2: "oxygen" };
elements.bless.reactions["hydrogen_sulfide"] = { elem2: "hydrogen" };
elements.bless.reactions["liquid_hydrogen_sulfide"] = { elem2: "hydrogen" };
elements.bless.reactions["bromine"] = { elem2: [null, null, null, "soy_sauce"] };
elements.bless.reactions["bromine_gas"] = { elem2: [null, null, null, "soy_sauce"] };
elements.bless.reactions["bromine_ice"] = { elem2: [null, null, null, "soy_sauce"] };
elements.bless.reactions["rocket_fuel"] = { elem2: null };
elements.bless.reactions["diborane"] = { elem2: "hydrogen" };
elements.bless.reactions["pentaborane"] = { elem2: "hydrogen" };
elements.bless.reactions["decaborane"] = { elem2: "hydrogen" };
elements.bless.reactions["sodium_hydride"] = { elem2: "hydrogen" };
elements.bless.reactions["sodium_borohydride"] = { elem2: "hydrogen" };
elements.bless.reactions["sodium_borohydride_solution"] = { elem2: "water" };
elements.bless.reactions["uraninite"] = { elem2: "rock" };
elements.bless.reactions["yellowcake_solution"] = { elem2: ["rock", "hydrogen", "rock", "hydrogen", "rock", "hydrogen", "baked_batter", "hydrogen"] };
elements.bless.reactions["yellowcake"] = { elem2: ["rock", "rock", "rock", "baked_batter"] };
elements.bless.reactions["depleted_uranium"] = { elem2: "rock" };
elements.bless.reactions["enriched_uranium"] = { elem2: "rock" };
elements.bless.reactions["uranium_dioxide"] = { elem2: "rock" };
elements.bless.reactions["depleted_uranium_dioxide"] = { elem2: "rock" };
elements.bless.reactions["enriched_uranium_dioxide"] = { elem2: "rock" };
elements.bless.reactions["uranium_tetrafluoride"] = { elem2: "rock" };
elements.bless.reactions["depleted_uranium_tetrafluoride"] = { elem2: "rock" };
elements.bless.reactions["enriched_uranium_tetrafluoride"] = { elem2: "rock" };
elements.bless.reactions["uranium_hexafluoride"] = { elem2: "rock" };
elements.bless.reactions["depleted_uranium_hexafluoride"] = { elem2: "rock" };
elements.bless.reactions["enriched_uranium_hexafluoride"] = { elem2: "rock" };
elements.bless.reactions["stable_uranium_hexafluoride"] = { elem2: "stable_uranium" };
elements.bless.reactions["molten_depleted_uranium"] = { elem2: "magma" };
elements.bless.reactions["molten_enriched_uranium"] = { elem2: "magma" };
elements.bless.reactions["molten_uranium_dioxide"] = { elem2: "magma" };
elements.bless.reactions["molten_depleted_uranium_dioxide"] = { elem2: "magma" };
elements.bless.reactions["molten_enriched_uranium_dioxide"] = { elem2: "magma" };
elements.bless.reactions["molten_uranium_tetrafluoride"] = { elem2: "magma" };
elements.bless.reactions["molten_depleted_uranium_tetrafluoride"] = { elem2: "magma" };
elements.bless.reactions["molten_enriched_uranium_tetrafluoride"] = { elem2: "magma" };
elements.bless.reactions["uranium_hexafluoride_gas"] = { elem2: "rock" };
elements.bless.reactions["depleted_uranium_hexafluoride_gas"] = { elem2: "rock" };
elements.bless.reactions["enriched_uranium_hexafluoride_gas"] = { elem2: "rock" };
elements.bless.reactions["stable_uranium_hexafluoride_gas"] = { elem2: "stable_uranium" };
elements.bless.reactions["neptunium"] = { elem2: "rock" };
elements.bless.reactions["molten_neptunium"] = { elem2: "rock" };
elements.bless.reactions["enriched_uranium_hexafluoride_gas"] = { elem2: "rock" };
elements.bless.reactions["radium"] = { elem2: null };
elements.bless.reactions["molten_radium"] = { elem2: null };
elements.bless.reactions["actinium"] = { elem2: null };
elements.bless.reactions["molten_actinium"] = { elem2: null };
elements.bless.reactions["thorium"] = { elem2: "rock" };
elements.bless.reactions["molten_thorium"] = { elem2: "magma" };
elements.bless.reactions["thorium_dioxide"] = { elem2: "rock" };
elements.bless.reactions["molten_thorium_dioxide"] = { elem2: "magma" };
elements.bless.reactions["thorium_tetrafluoride"] = { elem2: "rock" };
elements.bless.reactions["molten_thorium_tetrafluoride"] = { elem2: "magma" };
elements.bless.reactions["protactinium"] = { elem2: "rock" };
elements.bless.reactions["molten_protactinium"] = { elem2: "magma" };
elements.bless.reactions["neptunium"] = { elem2: "rock" };
elements.bless.reactions["molten_neptunium"] = { elem2: "magma" };
elements.bless.reactions["neptunium_hexafluoride"] = { elem2: "stable_neptunium" };
elements.bless.reactions["neptunium_hexafluoride_gas"] = { elem2: "stable_neptunium" };
elements.bless.reactions["plutonium"] = { elem2: "rock" };
elements.bless.reactions["molten_plutonium"] = { elem2: "magma" };
elements.bless.reactions["plutonium_dioxide"] = { elem2: "rock" };
elements.bless.reactions["molten_plutonium_dioxide"] = { elem2: "magma" };
elements.bless.reactions["plutonium_tetrafluoride"] = { elem2: "rock" };
elements.bless.reactions["molten_plutonium_tetrafluoride"] = { elem2: "magma" };
elements.bless.reactions["plutonium_hexafluoride"] = { elem2: "rock" };
elements.bless.reactions["plutonium_hexafluoride_gas"] = { elem2: "magma" };
elements.bless.reactions["stable_plutonium_hexafluoride"] = { elem2: "stable_plutonium" };
elements.bless.reactions["stable_plutonium_hexafluoride_gas"] = { elem2: "stable_plutonium" };
elements.bless.reactions["americium"] = { elem2: "rock" };
elements.bless.reactions["molten_americium"] = { elem2: "magma" };
elements.bless.reactions["curium"] = { elem2: "rock" };
elements.bless.reactions["molten_curium"] = { elem2: "magma" };
elements.bless.reactions["berkelium"] = { elem2: "rock" };
elements.bless.reactions["molten_berkelium"] = { elem2: "magma" };
elements.bless.reactions["californium"] = { elem2: "rock" };
elements.bless.reactions["molten_californium"] = { elem2: "magma" };
elements.bless.reactions["einsteinium"] = { elem2: "rock" };
elements.bless.reactions["molten_einsteinium"] = { elem2: "magma" };
elements.bless.reactions["fermium"] = { elem2: "rock" };
elements.bless.reactions["molten_fermium"] = { elem2: "magma" };

elements.bless.reactions["copernicium"] = { elem2: "rock" };
elements.bless.reactions["copernicium_gas"] = { elem2: "magma" };
elements.bless.reactions["solid_copernicium"] = { elem2: "rock" };
elements.bless.reactions["copernicium_tetrafluoride"] = { elem2: "stable_copernicium" };
elements.bless.reactions["nihonium"] = { elem2: "rock" };
elements.bless.reactions["molten_nihonium"] = { elem2: "magma" };
elements.bless.reactions["francium_nihonide"] = { elem2: "stable_nihonium" };
elements.bless.reactions["flerovium"] = { elem2: "rock" };
elements.bless.reactions["flerovium_gas"] = { elem2: "magma" };
elements.bless.reactions["solid_flerovium"] = { elem2: "rock" };
elements.bless.reactions["moscovium"] = { elem2: "rock" };
elements.bless.reactions["molten_moscovium"] = { elem2: "magma" };
elements.bless.reactions["livermorium"] = { elem2: "rock" };
elements.bless.reactions["molten_livermorium"] = { elem2: "magma" };
elements.bless.reactions["tennessine"] = { elem2: null };
elements.bless.reactions["molten_tennessine"] = { elem2: null };
elements.bless.reactions["stable_tennessine"] = { elem2: null };
elements.bless.reactions["molten_stable_tennessine"] = { elem2: null };
elements.bless.reactions["tennessine_monofluoride"] = { elem2: null };
elements.bless.reactions["tennessine_monofluoride_ice"] = { elem2: null };
elements.bless.reactions["tennessine_monofluoride_gas"] = { elem2: null };
elements.bless.reactions["tennessine_trifluoride"] = { elem2: null };
elements.bless.reactions["tennessine_trifluoride_ice"] = { elem2: null };
elements.bless.reactions["tennessine_trifluoride_gas"] = { elem2: null };
elements.bless.reactions["molten_oganesson"] = { elem2: null };
elements.bless.reactions["oganesson_gas"] = { elem2: null };
elements.bless.reactions["oganesson"] = { elem2: null };
elements.bless.reactions["oganesson_difluoride"] = { elem2: "stable_oganesson" };
elements.bless.reactions["molten_oganesson_difluoride"] = { elem2: "stable_oganesson" };
elements.bless.reactions["oganesson_tetrafluoride"] = { elem2: "stable_oganesson" };
elements.bless.reactions["molten_oganesson_tetrafluoride"] = { elem2: "stable_oganesson" };
elements.bless.reactions["oganesson_tetratennesside"] = { elem2: "stable_oganesson" };
elements.bless.reactions["ununennium"] = { elem2: null };
elements.bless.reactions["ununennium_gas"] = { elem2: null };
elements.bless.reactions["solid_ununennium"] = { elem2: null };
elements.bless.reactions["stable_ununennium"] = { elem2: null };
elements.bless.reactions["stable_ununennium_gas"] = { elem2: null };
elements.bless.reactions["solid_stable_ununennium"] = { elem2: null };
elements.bless.reactions["ununennium_trifluoride"] = { elem2: null };
elements.bless.reactions["molten_ununennium_trifluoride"] = { elem2: null };
elements.bless.reactions["ununennium_pentafluoride"] = { elem2: null };
elements.bless.reactions["unbinilium"] = { elem2: null };
elements.bless.reactions["molten_unbinilium"] = { elem2: null };
elements.bless.reactions["unbinilium_tetrafluoride"] = { elem2: null };
elements.bless.reactions["molten_unbinilium_tetrafluoride"] = { elem2: null };
elements.bless.reactions["unbinilium_hexafluoride"] = { elem2: null };

elements.foof.ignore.push("foof_grass", "foof_grass_seed");
elements.solid_foof.ignore.push("foof_grass", "foof_grass_seed");
elements.fluorine.ignore.push("foof_grass", "foof_grass_seed");
elements.liquid_fluorine.ignore.push("foof_grass", "foof_grass_seed");

elements.foof_grass = {
  color: ["#980909", "#8b2708", "#852a11", "#7b1212", "#6d1d13"],
  tick: function (pixel) {
    if (!tryMove(pixel, pixel.x, pixel.y + 1)) {
      if (pixel.h < 2 && Math.random() < 0.0005 && isEmpty(pixel.x, pixel.y - 1)) {
        createPixel(pixel.element, pixel.x, pixel.y - 1);
        pixelMap[pixel.x][pixel.y - 1].h = pixel.h + 1;
      }
      var coords = [
        [pixel.x + 1, pixel.y],
        [pixel.x - 1, pixel.y],
        [pixel.x + 1, pixel.y + 1],
        [pixel.x - 1, pixel.y + 1],
      ];
      for (var i = 0; i < coords.length; i++) {
        if (Math.random() < 0.005 && isEmpty(coords[i][0], coords[i][1])) {
          if (!isEmpty(coords[i][0], coords[i][1] + 1, true)) {
            var soil = pixelMap[coords[i][0]][coords[i][1] + 1];
            if (eLists.SOIL.indexOf(soil.element) !== -1) {
              createPixel(pixel.element, coords[i][0], coords[i][1]);
            }
          }
        }
      }
    }
    doDefaults(pixel);
  },
  properties: {
    h: 0,
  },
  reactions: {
    vinegar: { elem1: "explosion", elem2: null, chance: 0.035 },
    mercury: { elem1: "explosion", elem2: null, chance: 0.01 },
  },
  temp: -120,
  tempHigh: -57,
  stateHigh: ["oxygen", "fluorine", "explosion"],
  tempLow: -200,
  stateLow: "solid_foof",
  burn: 50,
  burnTime: 20,
  breakInto: "foof",
  category: "life",
  state: "solid",
  density: 1400,
  hidden: true,
  seed: "foof_grass_seed",
};

elements.foof_grass_seed = {
  color: ["#980909", "#8b2708", "#852a11", "#7b1212", "#6d1d13"],
  behavior: ["XX|M2%0.05|XX", "XX|L2:foof_grass|XX", "XX|M1|XX"],
  temp: -120,
  tempHigh: -57,
  stateHigh: ["oxygen", "fluorine", "explosion"],
  tempLow: -200,
  stateLow: "solid_foof",
  burn: 50,
  burnTime: 20,
  category: "life",
  state: "solid",
  density: 1400,
  breakInto: "foof",
  hidden: true,
  cooldown: defaultCooldown,
  seed: true,
};

elements.centrifuge = {
  color: "#89888f",
  category: "machines",
  tempHigh: 1455.5,
  stateHigh: "molten_steel",
  tick: function (pixel) {
    if (!pixel.del) {
      for (let i = 0; i < 10; i++) {
        for (let j = 1; j < 10; j++) {
          let x = [pixel.x + i, pixel.x - j, pixel.x - i, pixel.x + j];
          let y = [pixel.y + j, pixel.y + i, pixel.y - j, pixel.y - i];
          var oob = outOfBounds(x[0], y[0]) || outOfBounds(x[1], y[1]) || outOfBounds(x[2], y[2]) || outOfBounds(x[3], y[3]);
          if (!oob) {
            let pixels = [null, null, null, null];
            let immovable = false;
            for (let k = 0; k < 4; k++) {
              pixels[k] = !isEmpty(x[k], y[k], true) ? pixelMap[x[k]][y[k]] : null;
              if (pixels[k] && !elements[pixels[k].element].movable) {
                immovable = true;
              }
            }
            if (!immovable) {
              for (let k = 0; k < 4; k++) {
                if (pixelMap[x[k]][y[k]]) {
                  delete pixelMap[x[k]][y[k]];
                }
              }
              for (let k = 0; k < 4; k++) {
                if (pixels[k] && !pixels[k].del) {
                  pixels[k].x = x[(k + 1) % 4];
                  pixels[k].y = y[(k + 1) % 4];
                  movePixel(pixels[k], x[(k + 1) % 4], y[(k + 1) % 4]);
                }
              }

              for (let k = 0; k < 4; k++) {
                if (pixels[k] && elements[pixels[k].element].onCentrifuge) {
                  elements[pixels[k].element].onCentrifuge(pixels[k]);
                }
              }
            }
          }
        }
      }
    }
    doDefaults(pixel);
  },
  movable: false,
};

for (let i = 0; i < eLists.INSOLUBLE.length; i++) {
  eListAdd("COMPOUND", eLists.INSOLUBLE[i]);
}

eListAdd("COMPOUND", "water");
eListAddIon("HYDROGEN", "water");
eListAddIon("HYDROXIDE", "water");

eListAdd("COMPOUND", "methanol");
eListAddIon("HYDROGEN", "methanol");
eListAddIon("METHOXIDE", "methanol");

eListAdd("COMPOUND", "vinegar");
eListAdd("ACID", "vinegar");
eListAddIon("HYDROGEN", "vinegar", "acid");
eListAddIon("ACETATE", "vinegar", "acid");

createSalt("baking_soda", "baking_soda_solution", ["#f2f2f2", "#e0e0e0"], "#7494db", false, true, 292, -2, 102, 3980, 1026, "SODIUM", "BICARBONATE");

delete elements["molten_baking_soda"];

eListAdd("COMPOUND", "baking_soda");
eListAdd("BASE", "baking_soda");
eListAdd("COMPOUND", "baking_soda_solution");
eListAdd("BASE", "baking_soda_solution");
eListAddIon("SODIUM", "baking_soda", "base");
eListAddIon("BICARBONATE", "baking_soda", "base");
eListAddIon("SODIUM", "baking_soda_solution", "base");
eListAddIon("BICARBONATE", "baking_soda_solution", "base");

elements["baking_soda"].reactions["sodium_hydroxide"] = { elem1: "sodium_carbonate_solution", elem2: null };
elements["baking_soda"].reactions["sodium_hydroxide_gas"] = { elem1: "sodium_carbonate_solution", elem2: null };
elements["baking_soda_solution"].reactions["sodium_hydroxide"] = { elem1: "sodium_carbonate_solution", elem2: null };
elements["baking_soda_solution"].reactions["sodium_hydroxide_gas"] = { elem1: "sodium_carbonate_solution", elem2: null };

createSalt("sodium_acetate", "sodium_acetate_solution", ["#f2f2f2", "#e0e0e0"], "#7ea2f2", false, true, 292, -2, 102, 3980, 1028, "SODIUM", "ACETATE");

eListAdd("ACID", "seltzer");
eListAddIon("HYDROGEN", "seltzer", "acid");
eListAddIon("CARBONATE", "seltzer", "acid");
eListAddIon("HYDROGEN", "seltzer", "bicarbonate");
eListAddIon("BICARBONATE", "seltzer", "bicarbonate");

eListAdd("ACID", "soda");
eListAddIon("HYDROGEN", "soda", "acid");
eListAddIon("CARBONATE", "soda", "acid");
eListAddIon("HYDROGEN", "soda", "bicarbonate");
eListAddIon("BICARBONATE", "soda", "bicarbonate");

eListAdd("ACID", "pilk");
eListAddIon("HYDROGEN", "pilk", "acid");
eListAddIon("CARBONATE", "pilk", "acid");
eListAddIon("HYDROGEN", "pilk", "bicarbonate");
eListAddIon("BICARBONATE", "pilk", "bicarbonate");

eListAdd("COMPOUND", "copper_sulfate");
eListAddIon("COPPERII", "copper_sulfate");
eListAddIon("SULFATE", "copper_sulfate");

eListAddIon("COPPERII", "molten_copper_sulfate");
eListAddIon("SULFATE", "molten_copper_sulfate");

function listMatching(list) {
  let result = [];
  for (let i in elements) {
    let valid = false;
    if (elements[i].salt) {
      for (let ii in elements[i].salt) {
        let valid2 = true;

        for (let j = 0; j < list.length; j++) {
          if (!elements[i].salt[ii].components.includes(list[j])) {
            valid2 = false;
            continue;
          }
        }

        for (let j = 0; j < elements[i].salt[ii].components.length; j++) {
          if (!list.includes(elements[i].salt[ii].components[j])) {
            valid2 = false;
            continue;
          }
        }
        valid = valid || valid2;
      }
    }
    if (valid) {
      result.push(i);
    }
  }
  return result;
}

function listMatching2(list, elem) {
  let result = [];
  for (let i = 0; i < elem.length; i++) {
    let valid = true;
    for (let j = 0; j < list.length; j++) {
      if (!eLists[list[j]].includes(elem[i])) {
        valid = false;
        break;
      }
    }
    if (valid) {
      result.push(elem[i]);
    }
  }
  return result;
}

runAfterAutogen(function () {
  for (let ii = 0; ii < eLists.WATER.length; ii++) {
    let i = eLists.WATER[ii];
    if (!elements[i]) {
      continue;
    }
    if (!elements[i].reactions) {
      elements[i].reactions = {};
    }
    for (let jj = 0; jj < eLists.WATER.length; jj++) {
      let j = eLists.WATER[jj];
      if (i != j && elements[i].salt && elements[j].salt) {
        let priorityA = -Infinity;
        let priorityB = -Infinity;
        for (let iii in elements[i].salt) {
          if (priorityA > elements[i].salt[iii].priority) {
            continue;
          }
          for (let jjj in elements[j].salt) {
            if (priorityB > elements[j].salt[jjj].priority) {
              continue;
            }
            if (elements[i].salt[iii].components.length > 1 && elements[j].salt[jjj].components.length > 1) {
              let match1 = listMatching([elements[i].salt[iii].components[0], elements[j].salt[jjj].components[1]]);
              let match2 = listMatching([elements[i].salt[iii].components[1], elements[j].salt[jjj].components[0]]);
              let match3 = listMatching([elements[i].salt[iii].components[0], elements[j].salt[jjj].components[0]]);
              let match4 = listMatching([elements[i].salt[iii].components[1], elements[j].salt[jjj].components[1]]);

              let water1 = listMatching2(["WATER"], match1);
              let water2 = listMatching2(["WATER"], match2);
              let water3 = listMatching2(["WATER"], match3);
              let water4 = listMatching2(["WATER"], match4);
              let salt1 = listMatching2(["INSOLUBLE"], match1);
              let salt2 = listMatching2(["INSOLUBLE"], match2);
              let salt3 = listMatching2(["INSOLUBLE"], match3);
              let salt4 = listMatching2(["INSOLUBLE"], match4);

              let productsA = [];
              let productsB = [];

              if (water1.length > 0 && salt2.length > 0) {
                productsA = productsA.concat(water1);
                productsB = productsB.concat(salt2);
              }
              if (water2.length > 0 && salt1.length > 0) {
                productsA = productsA.concat(water2);
                productsB = productsB.concat(salt1);
              }

              if (water3.length > 0 && salt4.length > 0) {
                productsA = productsA.concat(water3);
                productsB = productsB.concat(salt4);
              }
              if (water4.length > 0 && salt3.length > 0) {
                productsA = productsA.concat(water4);
                productsB = productsB.concat(salt3);
              }

              if (productsA.length > 0 && productsB.length > 0) {
                acidReact(i, j, productsA, productsB, 0);
                // console.log("precipitate");
                // console.log(i);
                // console.log(j);
                // console.log(productsA);
                // console.log(productsB);
                priorityA = elements[i].salt[iii].priority;
                priorityB = elements[j].salt[jjj].priority;
                continue;
              }

              if (elements[i].salt[iii].components[0] == elements[j].salt[jjj].components[0] || elements[i].salt[iii].components[1] == elements[j].salt[jjj].components[1] || elements[i].salt[iii].components[1] == elements[j].salt[jjj].components[0] || elements[i].salt[iii].components[0] == elements[j].salt[jjj].components[1]) {
                continue;
              }

              productsA = [];
              productsB = [];

              if (water1.length > 0 && water2.length > 0) {
                productsA = productsA.concat(water1);
                productsB = productsB.concat(water2);
              }

              if (water3.length > 0 && water4.length > 0) {
                productsA = productsA.concat(water3);
                productsB = productsB.concat(water4);
              }

              if (productsA.length > 0 && productsB.length > 0) {
                elements[i].reactions[j] = { elem1: productsA, elem2: productsB, chance: 0.001, oneway: true };
                //console.log(i);
                //console.log(j);
                //console.log(productsA);
                //console.log(productsB);
                priorityA = elements[i].salt[iii].priority;
                priorityB = elements[j].salt[jjj].priority;
              }
            }
          }
        }
      }
    }
  }
  let acids = eLists.ACID.concat(eLists.ACIDGAS).concat(eLists.AMPHOTERIC);
  for (let ii = 0; ii < acids.length; ii++) {
    let i = acids[ii];
    if (!elements[i]) {
      continue;
    }
    if (!elements[i].reactions) {
      elements[i].reactions = {};
    }
    let bases = eLists.BASE.concat(eLists.AMPHOTERIC);
    for (let jj = 0; jj < bases.length; jj++) {
      let j = bases[jj];
      if (i != j && elements[i].salt && elements[j].salt && elements[i].salt["acid"].components.length > 1 && elements[j].salt["base"].components.length > 1) {
        let productsA = [];
        let productsB = [];

        let match = [listMatching([elements[i].salt["acid"].components[0], elements[j].salt["base"].components[1]]), listMatching([elements[i].salt["acid"].components[1], elements[j].salt["base"].components[0]]), listMatching([elements[i].salt["acid"].components[0], elements[j].salt["base"].components[0]]), listMatching([elements[i].salt["acid"].components[1], elements[j].salt["base"].components[1]])];

        let compounds = [listMatching2(["COMPOUND"], match[0]), listMatching2(["COMPOUND"], match[1]), listMatching2(["COMPOUND"], match[2]), listMatching2(["COMPOUND"], match[3])];

        for (let n = 0; n < compounds.length; n++) {
          let m = n - 1;
          if (n % 2 == 0) {
            m = n + 1;
          }
          if (compounds[n].includes("water")) {
            let water1 = listMatching2(["WATER"], match[m]);
            if (water1.length > 0) {
              compounds[m] = water1;
              compounds[n].splice(compounds[n].indexOf("water"), 1);
              if (compounds[n].length == 0) compounds[n] = [null];
            }
          }
        }

        if (compounds[0].length > 0 && compounds[1].length > 0) {
          productsA = productsA.concat(compounds[0]);
          productsB = productsB.concat(compounds[1]);
        }
        if (compounds[2].length > 0 && compounds[3].length > 0) {
          productsA = productsA.concat(compounds[2]);
          productsB = productsB.concat(compounds[3]);
        }
        if (productsA.length > 0 && productsB.length > 0) {
          let reactionTemp = 0;
          if (elements[i].salt["acid"].components.includes("FLUORIDE") && elements[i].salt["acid"].components.includes("HYDROGEN")) {
            if (productsB[0] === null && productsB.length === 1) {
              productsB = ["fire"];
            } else {
              productsB.push("fire");
            }
          }
          if ((elements[i].salt["acid"].components.includes("SULFATE") || elements[i].salt["acid"].components.includes("CHLORIDE")) && elements[i].salt["acid"].components.includes("HYDROGEN")) {
            reactionTemp = 50;
          }

          if (elements[i].reactions && elements[i].reactions[j]) {
            delete elements[i].reactions[j];
          }
          if (elements[j].reactions && elements[j].reactions[i]) {
            delete elements[j].reactions[i];
          }
          acidReact(i, j, productsA, productsB, reactionTemp);
          for (let k = 0; k < productsA.length; k++) {
            if (productsA[k] == "water") {
              continue;
            }
            if (elements[j].reactions && elements[j].reactions[productsA[k]]) {
              delete elements[j].reactions[productsA[k]];
            }
            if (elements[i].reactions && elements[i].reactions[productsA[k]]) {
              delete elements[i].reactions[productsA[k]];
            }
          }
          for (let k = 0; k < productsB.length; k++) {
            if (productsB[k] == "water") {
              continue;
            }
            if (elements[j].reactions && elements[j].reactions[productsB[k]]) {
              delete elements[j].reactions[productsB[k]];
            }
            if (elements[i].reactions && elements[i].reactions[productsB[k]]) {
              delete elements[i].reactions[productsB[k]];
            }
          }
          // console.log("neutral");
          // console.log(i);
          // console.log(j);
          // console.log(compounds);
          // console.log(productsA);
          // console.log(productsB);
        }
      }
      if (elements[i].salt) {
        let acidType = eLists[elements[i].salt["acid"].components[0]];
        for (let jj = 0; jj < acidType.length; jj++) {
          let j = acidType[jj];
          if (elements[i].reactions && elements[i].reactions[j] && elements[i].reactions[j].elem2 === "dirty_water") {
            delete elements[i].reactions[j];
          }
        }
      }
    }

    let acidType = eLists["NITRATE"];
    for (let jj = 0; jj < acidType.length; jj++) {
      let j = acidType[jj];
      if (elements["nitrogen_dioxide"].reactions[j] && elements["nitrogen_dioxide"].reactions[j].elem2 === "nitric_acid") {
        delete elements["nitrogen_dioxide"].reactions[j];
      }
      if (elements["liquid_nitrogen_dioxide"].reactions[j] && elements["liquid_nitrogen_dioxide"].reactions[j].elem2 === "nitric_acid") {
        delete elements["liquid_nitrogen_dioxide"].reactions[j];
      }
    }

    acidType = eLists["SULFATE"];
    for (let jj = 0; jj < acidType.length; jj++) {
      let j = acidType[jj];
      if (elements["sulfur_dioxide"].reactions[j] && elements["sulfur_dioxide"].reactions[j].elem2 === "sulfuric_acid") {
        delete elements["sulfur_dioxide"].reactions[j];
      }
    }
    delete elements["molten_iodine_ice"];
    delete elements["molten_nihonium_nitrate"];
    for (let i in elements) {
      if (elements[i].ignore) {
        elements[i].ignore = [...new Set(elements[i].ignore)];
      }
    }
  }
});