diff --git a/mods/test b/mods/test
new file mode 100644
index 00000000..e87121f3
--- /dev/null
+++ b/mods/test
@@ -0,0 +1,638 @@
+elements.test = {
+    color: "#ff0000",
+    behavior: behaviors.POWDER,
+    category: "land",
+    state: "solid",
+    density: 10,
+};
+elements.neutronium = {
+    name: "Neutronium",
+    color: "#aaffff",
+    behavior: behaviors.POWDER,
+    tempHigh: 1000,
+    stateHigh: "molten_neutronium",
+    category: "solids",
+    state: "solid",
+    density: 100000000000000000,
+};
+    elements.molten_neutronium = {
+    name: "Molten Neutronium",
+    color: "#ffffaa",
+    behavior: behaviors.LIQUID,
+    temp: 2500,
+    tempHigh: 5000,
+    stateHigh: "neutronium_gas",
+    tempLow: 1000,
+    stateLow: "neutronium",
+    viscosity: 10,
+    category: "liquids",
+    state: "liquid",
+    density: 50000000000000000,
+};
+    elements.neutronium_gas = {  
+    name: "Neutronium Gas",
+    color: "#abcdef",
+    behavior: behaviors.GAS,
+    temp: 6000,
+    tempLow: 5000,
+    stateLow: "molten_neutronium",
+    category: "gases",
+    state: "gas",
+    density: 0.045,
+};
+    elements.hydrogen = {
+    name: "Protium",
+    color: "#558bcf",
+    behavior: behaviors.GAS,
+    reactions: {
+        "oxygen": { "elem1":null, "elem2":"hydrogen" },
+    },
+    category: "gases",
+    burn: 100,
+    burnTime: 2,
+    tempHigh: 9726.85,
+    stateHigh: "ionized_hydrogen",
+    tempLow: -252.8,
+    stateLow: "liquid_hydrogen",
+    state: "gas",
+    density: 0.08375,
+};
+    elements.liquid_hydrogen = {
+    name: "Liquid Protium",
+    color: "#97afcf",
+    behavior: behaviors.LIQUID,
+    reactions: {
+        "liquid_oxygen": { "elem1":"ice", "elem2":null },
+                    "oxygen": { "elem1":"ice", "elem2":null },
+    },
+    category: "liquids",
+    burn: 100,
+    burnTime: 2,
+    temp:-252.8,
+    tempHigh: -252.8,
+    stateHigh: "hydrogen",
+    state: "liquid",
+    density: 71,
+};
+    elements.ionized_hydrogen = {
+    name: "Ionized Protium",
+    color: "#ff00ff",
+    behavior: behaviors.GAS,
+    reactions: {
+        "fusion_catalyst": { "elem1":"ionized_deuterium", "elem2":"fusion_catalyst" },
+        "ionized_deuterium": { "elem1":"ionized_tralphium", "elem2":"light" },
+    },
+    category: "energy",
+    state: "gas",
+    density: 0.08375,
+    temp: 11000,
+    tempLow: 9726.85,
+    stateLow: "hydrogen"
+};
+    elements.fusion_catalyst = {
+    name: "Fusion Catalyst",
+    color: ["#ff0000", "#ffff00"],
+    behavior: behaviors.GAS,
+    category: "energy",
+    state: "solid",
+    density: 1500
+};
+    elements.ionized_deuterium = {
+    name: "Ionized Deuterium",
+    color: "#c73097",
+    behavior: behaviors.GAS,
+    category: "energy",
+    state: "gas",
+    density: 0.17,
+    temp: 11000,
+    tempLow: 9726.85,
+    stateLow: "deuterium"
+};
+    elements.deuterium = {
+    name: "Deuterium",
+    color: "#ace0e6",
+    behavior: behaviors.GAS,
+    reactions: {
+        "oxygen": { "elem1":"heavy_water", "elem2":null },
+    },
+    category: "gases",
+    state: "gas",
+    density: 0.18,
+    tempHigh: 9726.85,
+    stateHigh: "ionized_deuterium",
+    tempLow: -254.43,
+    stateLow: "liquid_deuterium"
+};
+    elements.ionized_tralphium = {
+    name: "Ionized Tralphium",
+    color: "#f0f7da",
+    behavior: behaviors.GAS,
+    reactions: {
+        "fusion_catalyst": { "elem1":"ionized_helium", "elem2":"ionized_hydrogen" } /* NOTE:
+Elem1 is the element shown in the properties, while elem2 is the element that is shown in the reactions. */
+    },
+    category: "energy",
+    state: "gas",
+    density: 0.164,
+    temp: 30000,
+    tempLow: 28726.85,
+    stateLow: "tralphium"
+};
+    elements.tralphium = {
+    name: "Tralphium",
+    color: "#bbc4a1",
+    behavior: behaviors.GAS,
+    category: "gases",
+    state: "gas",
+    density: 0.165,
+    tempHigh: 28726.85,
+    stateHigh: "ionized_tralphium",
+    tempLow: -269,
+    stateLow: "liquid_tralphium"
+};
+    elements.ionized_helium = {
+    name: "Ionized Helium-4",
+    color: "#aa00ff",
+    behavior: behaviors.GAS,
+    category: "gases",
+    state: "gas",
+    density: 0.177,
+    temp: 30000,
+    tempLow: 28726.85,
+    stateLow: "helium"
+};
+    elements.helium = {
+    name: "Helium-4",
+    color: "#fffacc",
+    behavior: behaviors.GAS,
+    category: "gases",
+    state: "gas",
+    density: 0.178,
+    tempHigh: 28726.85,
+    stateHigh: "ionized_helium",
+    tempLow: -272.2,
+    stateLow: "liquid_helium"
+};
+    elements.liquid_tralphium = {
+    name: "Liquid Tralphium",
+    color: "#c6d669",
+    behavior: behaviors.LIQUID,
+    category: "liquids",
+    state: "liquid",
+    density: 59,
+    temp: -274,
+    tempHigh: 269,
+    stateHigh: "Tralphium"
+};
+elements.liquid_deuterium = {
+name: "Liquid Deuterium",
+color: "#bff2eb",
+behavior: behaviors.LIQUID,
+reactions: {
+"oxygen": { "elem1":null, "elem2":"heavy_water" },
+},
+category: "liquids",
+state: "liquid",
+density: 162.4,
+temp: -260,
+tempHigh: -254.43,
+stateHigh: "deuterium"
+};
+elements.liquid_helium = {
+name: "Liquid Helium-4",
+color: "#b2d1b5",
+behavior: behaviors.LIQUID,
+category: "liquids",
+state: "liquid",
+density: 162.4,
+temp: -274,
+tempHigh: -272.2,
+stateHigh: "helium"
+};
+behaviors.PARTICLE = [
+"XX|M1 AND BO|XX",
+"XX|XX|M1 AND BO",
+"M1 AND BO|XX|XX",
+];
+elements.neutron = {
+color: "#0abef5",
+behavior: behaviors.PARTICLE,
+rotatable: true,
+reactions: {
+"protium": { "elem1":null, "elem2":"deuterium" },
+"deuterium": { "elem1":null, "elem2":"tritium" },
+"heavy_water": { "elem1":null, "elem2":"heavy_water"},
+"heavy_steam": { "elem1":null, "elem2":"heavy_steam"},
+"heavy_ice": { "elem1":null, "elem2":"heavy_ice"},
+"heavy_snow": { "elem1":null, "elem2":"heavy_snow"},
+},
+category: "energy",
+temp: 100,
+density: 0.045
+};
+elements.heavy_water = {
+color: "#394280",
+behavior: behaviors.LIQUID,
+category: "liquids",
+density: 998,
+state: "liquid",
+tempHigh: 100,
+stateHigh: "heavy_steam",
+tempLow: 0,
+stateLow: "heavy_ice"
+};
+behaviors.RADIOACTIVE_GAS = [
+"M2|M1 AND CR:neutron%0.01|M2",
+"M1 AND CR:neutron%0.01|DL%0.01|M1 AND CR:neutron%0.01",
+"M2|M1 AND CR:neutron%0.01|M2", 
+];
+elements.tritium = {
+color: "#7e86bf",
+behavior: behaviors.RADIOACTIVE_GAS,
+category: "gases",
+density: 0.2,
+state: "gas",
+tempHigh: 9726.85,
+stateHigh: "ionized_tritium",
+tempLow: -248.15,
+stateLow: "liquid_tritium"
+};
+elements.ionized_tritium = {
+color: "#cff1fa",
+behavior: behaviors.RADIOACTIVE_GAS,
+category: "energy",
+density: 0.199,
+state: "gas",
+tempLow: 9726.85,
+stateLow: "tritium",
+temp: 11000
+};
+behaviors.RADIOACTIVE_LIQUID = [ 
+"XX|CR:neutron%0.01|XX",
+"CR:neutron%0.01 AND M2|DL%0.01|CR:neutron%0.01 AND M2",
+"M1|CR:neutron%0.01 AND M1|M1",
+];
+elements.liquid_tritium = {
+color: "#87ada7",
+behavior: behaviors.RADIOACTIVE_LIQUID,
+category: "liquids",
+density: 50,
+state: "liquid",
+tempHigh: -248.15,
+stateHigh: "tritium",
+temp: -260
+};
+elements.radioactive_water = {
+color: "#a510b5",
+behavior: behaviors.RADIOACTIVE_LIQUID,
+category: "liquids",
+density: 1000,
+state: "liquid",
+tempHigh: 100,
+stateHigh: "radioactive_steam",
+tempLow: 0,
+stateLow: "radioactive_ice"
+};
+elements.radioactive_steam = {
+color: "#df90e8",
+behavior: behaviors.RADIOACTIVE_GAS,
+category: "gases",
+density: 3.6,
+state: "gas",
+temp: 150,
+tempLow: 100,
+stateLow: "radioactive_water"
+};
+behaviors.RADIOACTIVE_SOLID = [
+"XX|CR:neutron%0.01|XX",
+"CR:neutron%0.01|DL%0.01|CR:neutron%0.01",
+"XX|CR:neutron%0.01|XX",
+];
+elements.radioactive_ice = {
+color: "#c2abcc",
+behavior: behaviors.RADIOACTIVE_SOLID,
+category: "solids",
+state: "solid",
+density: 920,
+temp: -20,
+tempHigh: 0,
+stateHigh: "radioactive_water"
+};
+behaviors.RADIOACTIVE_POWDER = [
+"XX|CR:neutron%0.01|XX",
+"CR:neutron%0.01|DL%0.01|CR:neutron%0.01",
+"M2|M1 AND CR:neutron%0.01|M2",
+];
+elements.radioactive_snow = {
+color: "#9f7ba6",
+behavior: behaviors.RADIOACTIVE_POWDER,
+category: "land",
+density: 103,
+state: "solid",
+temp: -20,
+tempHigh: 0,
+stateHigh: "radioactive_water"
+};
+elements.heavy_steam = {
+color: "#656fb5",
+behavior: behaviors.GAS,
+category: "liquids",
+density: 1.6,
+state: "liquid",
+temp: 150,
+tempLow: 100,
+stateLow: "heavy_water"
+};
+elements.heavy_ice = {
+color: "#a8b8e3",
+behavior: behaviors.WALL,
+category: "solids",
+density: 918,
+state: "solid",
+temp: -20,
+tempHigh: 0,
+stateHigh: "heavy_water"
+};
+elements.heavy_snow = {
+color: "#8299b0",
+behavior: behaviors.POWDER,
+category: "land",
+density: 101,
+state: "solid",
+temp: -20,
+tempHigh: 0,
+stateHigh: "heavy_water"
+};
+elements.coal = {
+color: "#363023",
+behavior: behaviors.POWDER,
+category: "energy",
+density: 900,
+state: "solid",
+tempHigh: 1000,
+stateHigh: "coal_coke",
+burn: 33,
+burnTime: 1500,
+burnInto: ["ash", "coal_coke", "fire", "carbon_dioxide"]
+};
+elements.coal_coke = {
+color: "#232b36",
+behavior: behaviors.POWDER,
+category: "energy",
+reactions: {
+"limestone": { "elem1":"blast_furnace_fuel", "elem2":null },
+},
+density: 900,
+state: "solid",
+burn: 45,
+burnTime: 2000,
+burnInto: ["ash", "carbon_dioxide", "fire"]
+};
+elements.blast_furnace_fuel = {
+color: "#94947c",
+behavior: behaviors.POWDER,
+category: "energy",
+density: 1450,
+state: "solid",
+burn: 25,
+burnTime: 1500,
+burnInto: ["carbon_dioxide", "fire", "slag"]
+};
+elements.rutile = {
+color: "#522614",
+behavior: behaviors.POWDER,
+category: "land",
+density: 4240,
+state: "solid",
+tempHigh: 1843,
+stateHigh: "molten_rutile",
+};
+elements.slag = {
+color: ["#2e2616", "#453124"],
+behavior: behaviors.POWDER,
+category: "land",
+density: 2000,
+state: "solid",
+};
+elements.molten_rutile = {
+color: "#e3907f",
+behavior: behaviors.LIQUID,
+category: "liquids",
+reactions: {
+"chlorine": { "elem1": "titanium_tetrachloride", "elem2":null },
+},
+density: 4230,
+state: "liquid",
+temp: 2000,
+tempLow: 1843,
+stateLow: "rutile"
+};
+elements.titanium_tetrachloride = {
+color: "#d9d7b2",
+behavior: behaviors.LIQUID,
+category: "liquids",
+density: 1728,
+state: "liquid",
+tempHigh: 136.4,
+stateHigh: "titanium_tetrachloride_gas",
+tempLow: -24,
+stateLow: "titanium_tetrachloride_crystal",
+};
+elements.titanium_tetrachloride_gas = {
+color: "#e8edd5",
+behavior: behaviors.GAS,
+category: "gases",
+density: 500,
+state: "gas",
+temp: 200,
+tempLow: 136.4,
+stateLow: "titanium_tetrachloride"
+};
+elements.titanium_tetrachloride_crystal = {
+color: "#f5fffe",
+behavior: behaviors.WALL,
+category: "solids",
+density: 1728,
+state: "solid",
+temp: -50,
+tempHigh: -24,
+stateHigh: "titanium_tetrachloride"
+};
+elements.chlorine = {
+color: "#89b87b",
+behavior: behaviors.GAS,
+category: "gases",
+density:3.2,
+state: "gas",
+tempLow: -101.5,
+stateLow: "liquid_chlorine"
+};
+elements.liquid_chlorine = {
+color: "#4b9c33",
+behavior: behaviors.LIQUID,
+category: "liquids",
+density: 1.468,
+state: "liquid",
+tempHigh: -101.5,
+stateHigh: "chlorine",
+temp: -150
+};
+elements.mythril = {
+color: "#51bd89",
+behavior: behaviors.WALL,
+category: "solids",
+density: 7750,
+state: "solid",
+tempHigh: 2500,
+stateHigh: "molten_mythril",
+conduct: 0.93
+};
+elements.molten_mythril = {
+color: "#eda724",
+behavior: behaviors.LIQUID,
+category: "liquids",
+reactions: {
+"molten_mithril": { "elem1": "molten_mythril_mithril_alloy", "elem2":null },
+},
+density: 6855,
+state: "liquid",
+tempLow: 2500,
+stateLow: "mythril",
+temp: 3000
+};
+elements.argon = {
+color: "#92dec7",
+colorOn: "#8a27d6",
+behavior: behaviors.GAS,
+category: "gases",
+density: 1.78,
+state: "gas",
+tempLow: -189.4,
+stateLow: "liquid_argon",
+conduct: 0.85
+};
+elements.liquid_argon = {
+color: "#679991",
+colorOn: "#6d3080",
+behavior: behaviors.LIQUID,
+category: "liquids",
+density: 1398.2,
+state: "liquid",
+tempHigh: -189.4,
+temp: -200,
+stateHigh: "argon",
+conduct: 0.9
+};
+elements.molten_mithril_mythril_alloy = {
+name: "Molten Mithril/Mythril Alloy",
+color: "#ebd8a4",
+behavior: behaviors.LIQUID,
+category: "liquids",
+density: 3922.5,
+state: "liquid",
+tempLow: 1975,
+stateLow: "mithril_mythril_alloy"
+},
+elements.mithril_mythril_alloy = {
+conduct: 0.965,
+name: "Mithril/Mythril Alloy",
+color: "#bfd8d9",
+behavior: behaviors.WALL,
+category: "solids",
+density: 4425,
+state: "solid",
+tempHigh: 1975,
+stateHigh: "molten_mithril_mythril_alloy"
+};
+elements.berry_seed = {
+color: ["#941260", "#752043"],
+behavior: [
+"XX|M2%0.1|XX",
+"L2:berry_leaf%50 AND M2%5|CH:berry_leaf%0.1|L2:berry_leaf%50 AND M2%5",
+"XX|M1|XX",
+],
+category: "life",
+density: 1200,
+state: "solid",
+burn: 10,
+burnTime: 50,
+burnInto: ["ash", "carbon_dioxide", "juice"]
+};
+elements.old_berry_leaf = {
+color: ["#0fbf53", "#118f42"],
+behavior: [
+"XX|CR:berry%0.01|XX",
+"CR:berry%0.01|XX|CR:berry%0.01",
+"XX|CR:berry%0.01|XX",
+],
+category: "life",
+state: "solid",
+burn: 15,
+burnTime: 50,
+burnInto: ["ash", "carbon_dioxide"]
+};
+elements.berry_leaf = {
+burn: 10,
+burnTime: 50,
+burnInto: ["ash", "carbon_dioxide", "juice"],
+color: ["#0fbf53", "#118f42"],
+behavior: [
+"XX|CR:berry leaf,old_berry_leaf%1|XX",
+"CR:berry leaf,old_berry_leaf%2 AND SA|CH:old_berry_leaf%0.1|CR:berry leaf,old_berry_leaf%2 AND SA",
+"XX|CR:berry leaf,old_berry_leaf%2|XX",
+],
+category: "life",
+state: "solid"
+};
+elements.juice = {
+burn: 5,
+burnTime: 100,
+burnInto: ["water", "carbon_dioxide", "smoke"],
+color: "#eb96b5",
+behavior: behaviors.LIQUID,
+category: "life",
+state: "liquid",
+conduct: 0.019
+};
+elements.berry = {
+burn: 15,
+burnTime: 150,
+burnInto: ["ash", "carbon_dioxide", "juice"],
+color: "#bf2477",
+behavior: [
+"XX|XX|XX",
+"XX|CH:ripe_berry%0.01|XX",
+"XX|XX|XX",
+],
+category: "life",
+state: "solid"
+};
+elements.flamer = {
+color: ["#ff8000", "#ff00ff"],
+category: "machines",
+state: "solid",
+behavior: [
+"XX|CL%50|XX",
+"CL%50|CH:fire, plasma|CL%50",
+"M2|CL%50 AND M1|M2",
+],
+temp: 1000
+};
+elements.hematite = {
+color: ["#824b1b", "#914a20", "##ad3f1d"],
+category: "land",
+state: "solid",
+behavior: behaviors.POWDER,
+tempHigh: 1538,
+stateHigh: "molten_hematite",
+reactions: {
+"blast_furnace_fuel": { "elem1":"hematite_mixture", "elem2":null },
+},
+};
+/* Unfinished:
+molten hematite
+magnesium
+molten magnesium
+titanium
+molten titanium
+*/