Merge branch 'main' of https://github.com/slweeb/sandboxels
This commit is contained in:
slweeb
commit
5c681a7224
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@ -7,7 +7,8 @@ urlParams = new URLSearchParams(window.location.search);
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if(urlParams.get('pixelSize') != null) { //null check
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pixelSize = urlParams.get('pixelSize')
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if(isNaN(pixelSize) || pixelSize === "" || pixelSize === null) { //NaN check
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// Vanilla code: If the screen size is under 768px, set pixelSize to 5, otherwise 6
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//Vanilla code
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//[Vanilla comment] If the screen size is under 768px, set pixelSize to 5, otherwise 6
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if (window.innerWidth < 700) {
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pixelSize = 5;
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} else {
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@ -17,7 +18,8 @@ if(urlParams.get('pixelSize') != null) { //null check
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pixelSize = parseFloat(pixelSize)
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pixelSize = Math.min(194.73749999999999,Math.max(pixelSize,0.05))
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} else {
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// Vanilla code: If the screen size is under 768px, set pixelSize to 5, otherwise 6
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//Vanilla code
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//[Vanilla comment] If the screen size is under 768px, set pixelSize to 5, otherwise 6
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if (window.innerWidth < 700) {
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pixelSize = 5;
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} else {
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@ -0,0 +1,131 @@
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//We're assuming that the crystal structures reform properly because I don't want to have to research and implement refrozen amorphous forms.
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elements.emerald = {
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color: ["#31e31e", "#88fa5a", "#28d419", "#54e823", "#64f235"],
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tempHigh: 1287,
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//1: I can't be arsed to find out what happens to emerald in extreme heat. Apparently, neither can anyone else because Google is f***ing useless for this.
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//2: So I'm just assuming that the chromium impurities are polite and remain in solution with the molten beryl.
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behavior: behaviors.POWDER,
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category: "powders",
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state: "solid",
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density: 2710, //within natural variation
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hardness: 0.8, //Mohs scaled to diamond
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};
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elements.amethyst = {
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color: ["#c569e0", "#bd43e0", "#e37aeb", "#ab2fe0", "#b05bd4", "#9b2cdb"],
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tempHigh: 1650,
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//1: Gee, another quartz-like...
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//2: Like with emerald, I'm trusting the impurities to stay dissolved because I don't exactly have any amethyst laying around to melt.
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behavior: behaviors.POWDER,
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category: "powders",
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state: "solid",
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density: 2650,
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hardness: 0.7,
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};
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elements.sapphire = {
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color: ["#2d43e3", "#4d5fe3", "#1f30cc", "#375fdb", "#2d39e3"],
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tempHigh: 2040,
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//1: You can actually grow corundum-based gems through the Verneuil process
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behavior: behaviors.POWDER,
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category: "powders",
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state: "solid",
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density: 3980,
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hardness: 0.9,
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}
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elements.ruby = {
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//Corundum with different impurities, so I can copy/paste everything but the color
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color: ["#ff1222", "#ff4545", "#e30b13", "#fa253b", "#f2120f"],
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tempHigh: 2040,
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behavior: behaviors.POWDER,
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category: "powders",
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state: "solid",
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density: 3980,
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hardness: 0.9,
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}
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elements.topaz = {
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//Terraria
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color: ["#f7f431", "#ffff5c", "#f7e048", "#fae43e", "#fff86e", "#ede321"],
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tempHigh: 1340, //yay, more thermal decomposition elements
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stateHigh: "mullite",
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behavior: behaviors.POWDER,
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category: "powders",
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state: "solid",
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density: 3500,
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hardness: 0.8,
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};
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elements.mullite = {
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color: ["#f2d7bf", "#f5cbdc", "#f2dfd3"], //hardly a gemstone, but i will color it like the others regardless
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tempHigh: 1840,
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behavior: behaviors.POWDER,
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category: "powders",
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state: "solid",
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density: 3110,
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hardness: 0.7,
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};
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elements.onyx = { //Thorium
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color: ["#1a1919", "#070605", "#111313"],
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tempHigh: 1650, //another silicate mineral
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behavior: behaviors.POWDER,
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category: "powders",
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state: "solid",
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density: 2650,
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hardness: 0.7,
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};
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elements.opal = {
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color: ["#ffcfcf", "#fff0d9", "#fcf7c5", "#e4ffd4", "#d1fff5", "#dcecfa", "#dfdbff", "#f5e0ff", "#f7d0f1"],
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tempHigh: 100,
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stateHigh: ["broken_opal", "broken_opal", "broken_opal", "broken_opal", "broken_opal", "broken_opal", "broken_opal", "broken_opal", "broken_opal", "steam"],
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behavior: behaviors.POWDER,
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category: "powders",
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state: "solid",
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density: 2090,
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hardness: 0.6,
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breakInto: ["quartz", "quartz", "quartz", "quartz", "quartz", "quartz", "quartz", "quartz", "quartz", "water"],
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};
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elements.broken_opal = {
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color: ["#f5e6e6", "#ebe2d5", "#f7f6ed", "#e4eddf", "#d8ebe7", "#d8e0e8", "#e4e3e8", "#f4edf7", "#ebebeb"],
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tempHigh: 1650,
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stateHigh: "molten_quartz",
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behavior: behaviors.POWDER,
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category: "powders",
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state: "solid",
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density: 2322,
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hardness: 0.55, //it cracks
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};
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elements.quartz = { //silicates, silicates, and more silicates
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color: ["#f0f0f0", "#e3e3e3", "#f7f7f7"],
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tempHigh: 1650,
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behavior: behaviors.POWDER,
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category: "powders",
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state: "solid",
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density: 2650,
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hardness: 0.7,
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};
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elements.molten_quartz.reactions = {
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quicklime: { elem1: "molten_glass", elem2: ["quicklime", "quicklime", "quicklime", "quicklime", "quicklime", "quicklime", "quicklime", "quicklime", "quicklime", null]} //lack of vanilla baking soda, lack of tripartite reactions
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};
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/*
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elements.elem1.reactions = {
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elem2: { elem1: "elem1_becomes", elem2: "elem2_becomes"}
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};
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*/
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elements.pearl = {
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color: ["#e3e3e3", "#e3e0d1", "#eddbce", "#eef2c9", "#d5f5dc", "#d8f2ec", "#fadcf9", "#e3d1c1", "#f2edc9", "#e0f5d7", "#e2beeb", "#e3e3e3", "#e3e0d1", "#eddbce", "#eef2c9", "#d5f5dc", "#d8f2ec", "#fadcf9", "#e3d1c1", "#f2edc9", "#e0f5d7", "#e2beeb", "#38332e"],
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tempHigh: 1340, //yay, more thermal decomposition elements
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behavior: behaviors.POWDER,
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category: "powders",
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state: "solid",
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density: 772, //It is partly made of proteins and is said to burn, but I can't find an ignition point, so here it melts.
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hardness: 0.45,
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};
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@ -0,0 +1,29 @@
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elements.liquid_void = {
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color: "#262626",
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behavior: [
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"XX|DL|XX",
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"DL AND M2|XX|DL AND M2",
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"M1|DL AND M1|M1",
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],
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ignore: ["liquid_void", "void", "wall", "cloner", "ecloner", "slow_cloner", "clone_powder", "floating_cloner", "clone_liquid", "liquid_cloner", "fire_cloner", "antigravity_powder_cloner", "floating_cloner_spout", "clone_liquid_spout", "liquid_cloner_spout", "fire_cloner_spout", "converter", "liquid_void_spout"],
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/*The hardcoded array of cloners is used because I don't know how to detect them.
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Generation code:
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elementArray = Object.keys(elements);
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for (let i = 0; i < elementArray.length; i++) {
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var elementName = elementArray[i];
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if(elementName.indexOf("lone") !== -1) {
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console.log(elementName);
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};
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};
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*/
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category: "liquids",
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state: "liquid",
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density: 6969,
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excludeRandom: true,
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}
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if(!elements.void.ignore) {
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elements.void.ignore = [];
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};
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elements.void.ignore.push("liquid_void");
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