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41
mod-list.html
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@ -174,8 +174,8 @@
<tr><td>extra_element_info.js</td><td>Descriptions to various vanilla elements. Used to provide the functionality that desc now does before it was added to vanilla</td><td>Melecie</td></tr>
<tr><td>extrasaveslots.js</td><td>Extra saves slots [KEEP IMPORTANT SAVES AS FILES!!]</td><td>Jayd</td></tr>
<tr><td>find.js</td><td>Find mode that highlights a chosen element as pulsating red and yellow <a href="https://github.com/R74nCom/sandboxels/commit/de0dc088ab4d928c77587b9d0e3a7d7663e3f94a">[More Info]</a></td><td>Alice</td></tr>
<tr><td>hideandshowtools.js</td><td>Tools to hide elements and show hidden elements</td><td>MicaelNotUsed</td><tr>
<tr><td>gasdecay.js</td><td>Gases will slowly decay over time</td><td>nousernamefound</td></tr>
<tr><td>hideandshowtools.js</td><td>Tools to hide elements and show hidden elements</td><td>MicaelNotUsed</td><tr>
<tr><td>human_friendly_design.js</td><td>Drag and Mix tools don't kill humans</td><td>Nekonico</td></tr>
<tr><td>insane_random_events.js</td><td>Massively buffs random events</td><td>Alice</td></tr>
<tr><td>jaydsfunctions.js</td><td>Extra tools</td><td>Jayd</td></tr>
@ -196,17 +196,17 @@
<tr><td>texturepack.js</td><td>Tools that let you create and share custom texture packs</td><td>nousernamefound</td></tr>
<tr><td>the_ground.js</td><td>Several rock types, worldgen settings, and gemstones</td><td>Alice</td></tr>
<tr><td>worldEdit.js</td><td>Selection and editing tools</td><td>RedBirdly</td></tr>
<tr><td>worldgenlibrary.js</td><td>World generation library</td><td>Adora</td></tr>
<tr><td>worldgenlibrary.js</td><td>World generation library</td><td>Orchid</td></tr>
<!----><tr><td class="modCat" colspan="3">Science & Chemistry</td></tr><!---->
<tr><td>alcohol.js</td><td>Methanol, (iso-)propanol, and butanol</td><td>Alice</td></tr>
<tr><td>alkahest.js</td><td>The alkahest, a liquid which dissolves anything</td><td>Alice</td></tr>
<tr><td>alkali_metal.js</td><td>The missing alkali metals. (Inspired by nobegas.js and halogen.js)</td><td>Cube14yt</td><tr>
<tr><td>alkali_metal.js</td><td>The missing alkali metals (Inspired by noblegas.js and halogen.js)</td><td>Cube14yt</td><tr>
<tr><td>aScientistsWish.js</td><td>Several things related to science and physics</td><td>Carbon Monoxide, salmonfishy</td></tr>
<tr><td>bettermetalscrap.js</td><td>Metal scrap can be melted back into its original material</td><td>nousernamefound</td></tr>
<tr><td>bigger_star_spawners.js</td><td>Spawners for larger stars</td><td>Alice</td></tr>
<tr><td>biology.js</td><td>Various elements and features that let you build your own organism</td><td>Nekonico</td></tr>
<tr><td>bioooze_and_pyrogens.js</td><td>Bio-Ooze from <a herf="https://frackinuniverse.miraheze.org/wiki/Main_Page">Frackin' Universe</a> and several heat-producing materials from various games' mods</td><td>Alice</td></tr>
<tr><td>biology.js</td><td>Various elements and features for building large organisms</td><td>Nekonico</td></tr>
<tr><td>bioooze_and_pyrogens.js</td><td>Bio-Ooze from <a href="https://frackinuniverse.miraheze.org/wiki/Main_Page" target="_blank">Frackin' Universe</a> and several heat-producing materials from various games' mods</td><td>Alice</td></tr>
<tr><td>boiling_things.js</td><td>Various elements can be vaporized</td><td>Alice</td></tr>
<tr><td>bouncing_balls.js</td><td>New types of balls that bounce accurately and roll</td><td>Nekonico</td></tr>
<tr><td>chalcopyrite.js</td><td>The chalcopyrite ore</td><td>Sophie</td></tr>
@ -220,7 +220,7 @@
<tr><td>fire_mod.js</td><td>Various properties to change fire behavior and radioactive fire</td><td>Alice</td></tr>
<tr><td>fire_slime.js</td><td>Pyrogenic version of slime</td><td>Alice</td></tr>
<tr><td>Gemstones.js</td><td>Gemstones</td><td>Schweeny</td></tr>
<tr><td>glenn_gases.js</td><td>Most gases from the <a href="https://www.jamieswhiteshirt.com/minecraft/mods/gases/">Glenn's Gases</a> mod into Sandboxels</td><td>Alice</td></tr>
<tr><td>glenn_gases.js</td><td>Most gases from the <a href="https://www.jamieswhiteshirt.com/minecraft/mods/gases/" target="_blank">Glenn's Gases</a> mod into Sandboxels</td><td>Alice</td></tr>
<tr><td>grav_mudstones.js</td><td>Various forms of mudstone with different gravities</td><td>Alice</td></tr>
<tr><td>halogen.js</td><td>The missing halogens</td><td>nousernamefound</td></tr>
<tr><td>hidden_ground.js</td><td>Hides most rock variants from the_ground.js excluding the base rocks and walls</td><td>Melecie</td></tr>
@ -233,8 +233,8 @@
<tr><td>mars.js</td><td>Martian materials</td><td>charcoal_afterlife</td></tr>
<tr><td>metals.js</td><td>Several metals</td><td>Alice</td></tr>
<tr><td>mixture.js</td><td>Many chemicals can be mixed</td><td>lllllllllwith10ls</td></tr>
<tr><td>more_gold.js</td><td>Green Gold</td><td>pixelegend4</td></tr>
<tr><td>morechemistry.js</td><td>New chemicals, compounds, and machines</td><td>Adora</td></tr>
<tr><td>more_gold.js</td><td>Green and Black Gold</td><td>pixelegend4</td></tr>
<tr><td>morechemistry.js</td><td>New chemicals, compounds, and machines</td><td>Orchid</td></tr>
<tr><td>moreliquids.js</td><td>Various liquids</td><td>te-agma-at</td></tr>
<tr><td>neutronium_compressor.js</td><td>Compressor from Minecraft's Avaritia mod that compresses 10,000 pixels of an element into a singularity</td><td>Alice</td></tr>
<tr><td>noblegas.js</td><td>The missing noble gases</td><td>nousernamefound</td></tr>
@ -253,6 +253,7 @@
<tr><td>colored_lightbulbs.js</td><td>Light bulb that can be painted</td><td>guzzo86, ggod</td></tr>
<tr><td>combustion.js</td><td>Components necessary for combustion engines</td><td>uptzik</td></tr>
<tr><td>conveyance.js</td><td>Conveyors, operated with and without electricity</td><td>Melecie</td></tr>
<tr><td>datawire.js</td><td>Wire that transfers data and other operators and machines for it</td><td>Orchid</td></tr>
<tr><td>drill.js</td><td>Drills made out of several materials</td><td>Suss</td></tr>
<tr><td>ExtraMachines.js</td><td>Sensors, energy resources, materials, and more</td><td>Mecoolnotcool</td></tr>
<tr><td>fans.js</td><td>Fans</td><td>Cube14yt</td></tr>
@ -271,6 +272,7 @@
<tr><td>pushers.js</td><td>Pixels that push elements away from them</td><td>Alice</td></tr>
<tr><td>sandboxels.js</td><td>Digital screen to play a mini version of Sandboxels</td><td>Nekonico</td></tr>
<tr><td>schematics.js</td><td>Schematics for logic gates</td><td>SquareScreamYT</td></tr>
<tr><td>scp.js</td><td>Creatures and items from the SCP Wiki</td><td>Nekonico</td></tr>
<tr><td>spouts.js</td><td>Spouts for all liquids</td><td>kaeud</td></tr>
<tr><td>state_voids.js</td><td>Several elements that delete specific states of matter</td><td>Alice</td></tr>
<tr><td>switches.js</td><td>Electrical switches that can be toggled</td><td>Alice</td></tr>
@ -292,7 +294,8 @@
<tr><td>meat_rockets.js</td><td>Rockets that create meat when exploding</td><td>Melecie</td></tr>
<tr><td>more_breaking.js</td><td>More elements can be broken</td><td>Alice</td></tr>
<tr><td>rays.js</td><td>More Ray types</td><td>Alice</td></tr>
<tr><td>rays++.js</td><td>Couple more rays</td><td>uptzik</td></tr>
<tr><td>rays++.js</td><td>A couple more rays</td><td>uptzik</td></tr>
<tr><td>scp.js</td><td>Creatures and items from the SCP Wiki</td><td>Nekonico</td></tr>
<tr><td>subspace.js</td><td>The Subspace Tripmine from Roblox</td><td>nousernamefound</td></tr>
<tr><td>war_crimes.js</td><td>Tear gas and more</td><td>voidapex11</td></tr>
<tr><td>weapons.js</td><td>Variety of different weapons</td><td>Jayd</td></tr>
@ -351,8 +354,9 @@
<tr><td>ocean.js</td><td>Marine life</td><td>SquareScreamYT</td></tr>
<tr><td>ores.js</td><td>Ore generation along with tools to mine them</td><td>nousernamefound</td></tr>
<tr><td>petal_dye.js</td><td>Boil petals to make dye</td><td>Suss</td></tr>
<tr><td>plants.js</td><td>Wide variety of new plants and fruits</td><td>Adora</td></tr>
<tr><td>plants.js</td><td>Wide variety of new plants and fruits</td><td>Orchid</td></tr>
<tr><td>primordial_birthpool.js</td><td>Cross between Primordial Soup and Birthpool. Requires fey_and_more.js</td><td>Alice</td></tr>
<tr><td>scp.js</td><td>Creatures and items from the SCP Wiki</td><td>Nekonico</td></tr>
<tr><td>spring.js</td><td>Many nature elements, like sakura trees, butterflies, beehives, and more</td><td><a href="https://R74n.com" class="R74nLink">R74n</a></td></tr>
<tr><td>the_ground_og.js</td><td>Simplified and more stable version of the_ground.js</td><td>Alice</td></tr>
<tr><td>the_ground.js</td><td>Several rock types, worldgen settings, and gemstones</td><td>Alice</td></tr>
@ -360,14 +364,15 @@
<tr><td>volcanic_expansion.js</td><td>Obsidian, Pumice, and Andesite rocks</td><td>Jayd</td></tr>
<!----><tr><td class="modCat" colspan="3">Fun & Games</td></tr><!---->
<tr><td>3pms_mod.js</td><td>Adds random stuff and tools</td><td>3pm</td></tr>
<tr><td>10kelements.js</td><td>Customizable amount of randomly generated elements</td><td>nousernamefound</td></tr>
<tr><td>all_around_fillers.js</td><td>Directional Filler variants</td><td>idk73248</td></tr>
<tr><td>allliquids.js</td><td>Made all elements liquids</td><td>Adora</td></tr>
<tr><td>allliquids.js</td><td>Made all elements liquids</td><td>Orchid</td></tr>
<tr><td>amogus.js</td><td>Small Among Us structure</td><td>Alice</td></tr>
<tr><td>bfdi.js</td><td>Several references to Battle for Dream Island</td><td>Taterbob</td></tr>
<tr><td>citybuilding.js</td><td>Seeds that create miniature buildings and other city-related items</td><td>SquareScreamYT</td></tr>
<tr><td>collab_mod.js</td><td>Created by multiple people, adds random things</td><td>mrapple, ilikepizza, stefanblox</td></tr>
<tr><td>cubesstuff.js</td><td>Some random stuff like disco ball, pyrite, and nordic gold.</td><td>Cube14yt</td></tr>
<tr><td>cubesstuff.js</td><td>Some random stuff like Disco Ball, Pyrite, and Nordic Gold</td><td>Cube14yt</td></tr>
<tr><td>doom.js</td><td>As seen on TikTok - Select the Doom element to start [WASD to move]</td><td>ggod</td></tr>
<tr><td>elem3.js</td><td>All elements and combinations from Elemental 3 [Very Large]</td><td>Sophie</td></tr>
<tr><td>explosionsound.js</td><td>Sound effects for explosions</td><td>nousernamefound</td></tr>
@ -392,6 +397,7 @@
<tr><td>random_elems.js</td><td>Curated randomly generated elements</td><td>Alice</td></tr>
<tr><td>random_liquids.js</td><td>Randomly generates liquids on game load</td><td>Alice</td></tr>
<tr><td>sbmixup.js</td><td>Silly elements from a <a href="https://R74n.com/mix/" target="_blank">Mix-Up!</a> game</td><td>stefanblox</td>
<tr><td>scp.js</td><td>Creatures and items from the SCP Wiki</td><td>Nekonico</td></tr>
<tr><td>sports_beta.js</td><td>Several sports items</td><td>BluBun5193</td></tr>
<tr><td>star_wars.js</td><td>Various items from Star Wars by Disney</td><td>SeaPickle754</td>
<tr><td>sus.js</td><td>Among Us crewmate</td><td>Nv7</td></tr>
@ -415,7 +421,7 @@
<tr><td>invisible_wall.js</td><td>Element like Wall that takes the color of the background</td><td>Alice</td></tr>
<tr><td>lightmap.js</td><td>Light sources glow</td><td>RedBirdly</td></tr>
<tr><td>liquid_mixing.js</td><td>Liquids can mix colors dynamically</td><td>Nekonico</td></tr>
<tr><td>manyMoreThemes.js</td><td>Adds additional themes</td><td>Jayd</td></tr>
<tr><td>manyMoreThemes.js</td><td>Additional themes</td><td>Jayd</td></tr>
<tr><td>moreViews.js</td><td>Many new rendering modes</td><td>ggod</td></tr>
<tr><td>nicer_flame.js</td><td>Fire is visually pleasing</td><td>RedBirdly</td></tr>
<tr><td>occlusion.js</td><td>Realistic shadows, similar to Terraria's lighting</td><td>RedBirdly</td></tr>
@ -443,7 +449,7 @@
<tr><td>changeTempReactionParameter.js</td><td>The changeTemp property to modded reactions</td><td>Alice</td></tr>
<tr><td>code_library.js</td><td>Functions and variables common to some other mods</td><td>Alice</td></tr>
<tr><td>controllable_pixel_test.js</td><td>Pixel that can be controlled with the keyboard keys <a href="https://github.com/R74nCom/sandboxels/commit/58dfa9477f2ed7ec9c44b00a35162e7c63bc129c">[More Info]</a> [PC ONLY]</td><td>Alice</td></tr>
<tr><td>customexplosion.js</td><td>Added a custom explosion element and interface for it. check out its <a href="https://sandboxels-mods.the-enchanteden.repl.co/Mods/customexplosion.js">source code</a> for how modders can use it</td><td>Alex</td></tr>
<tr><td>customexplosion.js</td><td>Custom explosion element and interface for it</td><td>Orchid</td></tr>
<tr><td>date_test.js</td><td>K-pop idol birthday testing stuff</td><td>Alice</td></tr>
<tr><td>drawPixels_change_test.js</td><td>Test of altering drawPixels(). Gives burning pixels a red overlay similar to the yellow overlay for charged pixels</td><td>Alice</td></tr>
<tr><td>example_mod.js</td><td>Example mod for new modders</td><td><a href="https://R74n.com" class="R74nLink">R74n</a></td></tr>
@ -458,7 +464,9 @@
<tr><td>modlangs.js</td><td>Customisable property in an element to allow for translations in mods. See the file for instructions on how to implement</td><td>SquareScreamYT</td></tr>
<tr><td>nested_for_reaction_example.js</td><td>Example of using a nested for loop to add reactions. It makes various things kill plants</td><td>Alice</td></tr>
<tr><td>nv7.js</td><td>Giant Nv7 image [Large]</td><td>Nv7</td></tr>
<tr><td>orchidslibrary.js</td><td>Library used by morechemistry.js, plants.js, and datawire.js</td><td>Orchid</td></tr>
<tr><td>place_all_elements.js</td><td>Experimental function that places every pixel</td><td>Alice</td></tr>
<tr><td>PRNGworldgenlib.js</td><td>World generation library with seeded randomness</td><td>Orchid</td></tr>
<tr><td>randomness_but_tick.js</td><td>Random experimental elements using the tick function feature</td><td>Alice</td></tr>
<tr><td>randomness_but_tool.js</td><td>Random experimental elements using the tool function feature</td><td>Alice</td></tr>
<tr><td>randomness.js</td><td>Random experimental elements</td><td>Alice</td></tr>
@ -467,8 +475,8 @@
<tr><td>structure_test.js</td><td>Test for implementing structures into Sandboxels</td><td>Alice</td></tr>
<tr><td>test.js</td><td>Test that adds mayo :)</td><td><a href="https://R74n.com" class="R74nLink">R74n</a></td></tr>
<tr><td>tool_pixel_behavior.js</td><td>Gives unique behaviors to tools if placed with cheats</td><td>Alice</td></tr>
<tr><td>worldgenlibrary.js</td><td>World generation library</td><td>Adora</td></tr>
<tr><td>worldgen_test.js</td><td>Element that generates a save with a grass layer, dirt layer, rock layer, and a pond</td><td>Alice</td></tr>
<tr><td>worldgenlibrary.js</td><td>World generation library</td><td>Orchid</td></tr>
<!----><tr><td class="modCat" colspan="3">Broken or Deprecated</td></tr><!---->
<tr class="deprecated"><td>a_mod_by_alice.js</td><td>Combination of most of Alice's mods, and some other things</td><td>Alice</td></tr>
@ -501,7 +509,8 @@
<script async src="https://pagead2.googlesyndication.com/pagead/js/adsbygoogle.js?client=ca-pub-8485284630785740"
crossorigin="anonymous"></script>
<!-- Global site tag (gtag.js) - Google Analytics -->
<script async src="https://www.googletagmanager.com/gtag/js?id=UA-93720349-9"></script>

123
mods/3pms_mod.js
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@ -1,43 +1,37 @@
// mod moment
// also made by 3pm
// made by 3pm
// starting the initiation
version = "0.0.1"
subversion = "0.0.12"
versionname = "Gullible On The Ceilling"
version = "0.0.2"
subversion = "0.0.21"
versionname = "Let's take a look..."
console.log("3pms_mod.js " + version + " \"" + versionname + "\"")
console.log("3pms_mod.js | Initiating...")
// bypassing the tps limit
// nvm this is useless
// whatever im keeping it
setTimeout(() => {
const tpsbutton = document.getElementById("tpsButton");
tpsbutton.onclick = () => {
var tpsprompt = prompt(
"Enter the new simulation Ticks Per Second (TPS). This is how many updates per second the simulation will run.\n\n" +
"The default is 30.\n\nThe current TPS is " + tps + ".\n\nNOTE: 3pms_mod.js removes the TPS limit.\n" +
"Any TPS higher than 1000 isn\'t recommended.\n\n"
);
var newtps = parseInt(tpsprompt);
if (tpsprompt !== null) {
if (isNaN(newtps) || newtps == "") {
alert("You did not enter a valid TPS.");
} else {
tps = parseInt(newtps);
if (isNaN(tps) || tps <= 0) {
alert("You did not enter a valid TPS.");
tps = 30;
function tpsPrompt() {
promptInput("Enter the new simulation Ticks Per Second (TPS). This is how many updates per second the simulation will run.\n\nThe default is 30.\n\nThe current TPS is " + tps + ".\n\nNOTE: 3pms_mod.js removes the TPS limit.\nAny TPS higher than 1000 isn't recommended.\n\n",
(r) => {
var newtps = parseInt(r);
if (r !== null) {
if (isNaN(newtps) || newtps == "") logMessage("You did not enter a valid TPS.");
else {
newtps = parseInt(newtps);
if (isNaN(newtps) || newtps <= 0) {
logMessage("You did not enter a valid TPS.");
}
else {
tps = newtps;
delete currentSaveData.oldTps;
}
}
resetInterval(tps);
}
focusGame();
};
}, 1000);
},
"Change TPS"
)
}
// more settings
@ -60,7 +54,7 @@ setTimeout(() => {
</div>
</div>
</div>`);
const menuText = document.getElementsByClassName("menuText")[6]
const menuText = document.getElementsByClassName("menuText")[9]
const newButton = document.createElement("button")
newButton.innerText = "More Settings"
newButton.className = "settingsButton"
@ -73,7 +67,7 @@ setTimeout(() => {
// elements
elements.calcium_oxide = { // most of this is taken off calcium
elements.calcium_oxide = {
color: ["#544E45","#6A635E","#6E6A61","#756F62","#918A7B"],
tick: function(pixel) {
behaviors.POWDER(pixel);
@ -95,39 +89,56 @@ elements.calcium_oxide = { // most of this is taken off calcium
fireColor: "#ff6b21"
}
elements.eeraser = { // finally integrating it after over a year
elements.eeraser = {
color: "#FFFF00",
behavior: behaviors.WALL,
behaviorON: [
"DL|DL|DL",
"DL|DL|DL",
behaviorOn: [
"DL|XX|DL",
"DL|XX|DL",
"DL|DL|DL",
],
behavior: [
"XX|XX|XX",
"XX|XX|XX",
"XX|XX|XX"
],
conduct: 0.5,
category: "machines",
insulate: elements.wire.insulate,
conduct: elements.wire.conduct,
noMix: elements.wire.noMix
state: "solid",
};
// stopping the initiation
// tools
elements.replace_all_of_element = {
color: ["#ff3030", "#800000"],
name: "replace all of element",
onSelect: async function() {
promptInput(
"Enter the element to be replaced.",
(r) => {
if (r in elements) {
elements.replace_all_of_element.tool = function(pixel) {
elementbefore = pixel.element
for (var i = 0; i <= width; i++) {
for (var j = 0; j <= height; j++) {
if (!isEmpty(i,j,true)) {
if(pixelMap[i][j].element == elementbefore) {
changePixel(pixelMap[i][j], r)
}
}
}
}
}
} else {
logMessage("You did not enter an existing element.");
}
},
"3pms_mod.js"
);
},
category: "tools",
};
setTimeout(() => {
console.log("3pms_mod.js | Initiated. Thank you.")
}, 1000);
const thing=document.createElement("p");thing.innerText="MY NAME 📛 IS DAVID 👨‍🎤 DAD 👨‍👩‍👧‍👦👨‍👩‍👧‍👧 I ℹ️ WANT SOME ICE 🧊🇦🇶 CREAM 🧴🧴 DAVID 👨‍🎤 THAT IS MY NAME 📛 DAVID 👨‍🎤👨‍🎤 I ℹ️ WANT ANOTHER WHERE ❔❓ IS MY BALL 🏈🏈 I’M RUNNING 🏃‍♂️🏃‍♀️ OUT ON 🔛 THE ROAD 🚧 THERE IS A 🅰️ CAR 🚔🚖 AND IT IS GOING TO HIT 👊 ME 🖐🙋‍♀️ HEEEEEEEEELP HELP 💁 MEEEEEEE HEEEEEEEEEEEEEEEEELP\n\nthanks for using 3pms_mod.js :3";document.body.appendChild(thing)

161
mods/PRNGworldgenlib.js Normal file
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@ -0,0 +1,161 @@
/*Version 1.0.0 Pseudorandom world generator*/
function pseudorandom(key, max = 10){
let num = max;
for(let i = 0; i < key; i++){
num = ((num+(max*0.6))**1.8312312-2) % (max+1);
}
return num;
}
eLists.STONEELEMS = ["rock", "gravel", "tuff", "basalt", "rock_wall"];
let oreChances = {
diamond: 0.045,
gold: 0.1,
silver: 0.2,
tungsten: 0.3,
iron: 0.4,
copper: 0.6,
charcoal: 0.8,
uranium: 0.805,
aluminum: 1
}
class biome {
constructor(layersArr, yLevels, properties, afterFunc = false){
this.layers = layersArr;
this.yLevels = yLevels;
this.vMulti = 1;
for(let item in properties){
this[item] = properties[item];
}
this.generate = function(seed){
autoResizeCanvas();
if(!paused){togglePause();}
let fraction = seed/(2**32);
for(let level of this.yLevels){
for(let x = 0; x <= width; x++){
let heightIncrease = (fraction < 0.5) ? -3*(pseudorandom(((1-fraction)*x)*100)/11) : 3*(pseudorandom((fraction*x)*100)/11);
let h = level + heightIncrease;
for(let y = 0; y <= h; y++){
let elementsArr = this.layers[this.yLevels.indexOf(level)];
let elem = elementsArr[Math.floor(((fraction < 0.5) ? elementsArr.length*pseudorandom(((1-fraction)*((x*y)*13))/11) : elementsArr.length*(pseudorandom((fraction*(x*y*17)))/11))%elementsArr.length)];
let placed = tryCreate(elem, x, height-y);
if(placed != null && this.temp != null){
placed.temp = this.temp;
}
if(elem == "sapling" && placed){
if(this.wc != null){
if(Array.isArray(this.wc)){
let c = this.wc[Math.round(Math.random()*this.wc.length)];
while(c == undefined){
c = this.wc[Math.round(Math.random()*this.wc.length)];
}
placed.wc = c;
} else {
placed.wc = this.wc;
}
}
if(this.lc != null){
if(Array.isArray(this.lc)){
let c = this.lc[Math.round(Math.random()*this.lc.length)];
while(c == undefined){
c = this.lc[Math.round(Math.random()*this.lc.length)];
}
placed.lc = c;
} else {
placed.lc = this.lc;
}
}
}
}
}
}
this.generateOreVeins(seed, this.vMulti);
};
}
generateOreVeins(seed, multi = 1){
for(let x = 0; x <= width; x++){
for(let y = 0; y <= height; y++){
let c = pseudorandom((seed/2**32)*x*y)/11;
if(c <= 0.3){
let c2 = pseudorandom((seed/2**32)*(x*y)*3)/11;
let ore;
for(let e in oreChances){
if(c2 <= oreChances[e]){
ore = e;
break;
}
}
let p = getPixel(x,y);
if(p != null && eLists.STONEELEMS.includes(p.element)){
tryCreate(ore, x, y, true);
let a = true;
let x2 = x, y2 = y;
while(a){
let hasStone = false;
for(let coords of squareCoords){
x2 += coords[0];
y2 += coords[1];
let p2 = getPixel(x2,y2);
if(p2 != null && eLists.STONEELEMS.includes(p2.element) && (pseudorandom((seed/2**32)*x2*y2)/11) < (0.35*multi)){
hasStone = true;
tryCreate(ore, x2, y2, true);
}
if((pseudorandom((seed/2**32)*(x2*y2)*8)/11) < 0.15){
a = false;
break;
}
}
a = (hasStone) ? a : false;
}
}
}
}
}
if(this.afterFunc != null){
this.afterFunc(seed);
}
}
}
let biomes = {
plains: new biome([["rock", "rock", "rock", "gravel"], ["dirt", "dirt", "dirt", "dirt", "mud", "gravel"], ["grass","flower_seed","grass","grass","grass","grass","sapling","grass","grass","grass","grass","grass","grass","grass","grass"]], [25, 38, 40]),
desert: new biome([["rock", "rock", "rock", "gravel"], ["rock", "packed_sand","rock", "packed_sand", "sand"], ["sand"], [null, null, null, null, null, null, null, null, null, "cactus"]], [17, 26, 40, 42]),
savanna: new biome([["rock", "rock", "rock", "gravel"], ["dirt", "dirt", "clay_soil", "dirt", "dirt"], ["grass",null,null, null, null, null, "sapling",null,null,null,null]], [25, 38, 40], {lc: ["#6fde26", "#8eed34", "#8cdb42", "#7bd12a", "#96e81c", "#a9e64e", "#a0d94c", "#a9d63e"], wc: ["#bdab7e", "#b09c6a", "#ab996d", "#998a63", "#917959", "#877051"]}),
tundra: new biome([["rock", "rock", "rock", "gravel"], ["dirt", "dirt", "rock", "permafrost"], ["permafrost", "permafrost", "permafrost", "permafrost", "permafrost", "permafrost", "ice", "snow"], [null,null,null,null,null,"pinecone",null,null,null,null,null,null]], [25, 30, 38, 40], {temp: -15}),
}
let seed = Math.random()*(2**32);
enabledMods.forEach((item)=>{
if(item.includes("plants.js")){
biomes.orchard = new biome([["rock","rock","rock","gravel"], ["dirt", "dirt", "dirt", "rock", "gravel"], ["dirt", "dirt", "dirt", "dirt", "mud", "clay_soil", "gravel"]], [25, 30, 38], {afterFunc: (seed)=>{
for(let i = 0; i < width; i++){
console.log(i, width);
let elem = ((pseudorandom((seed/2**32)*i)/11) < 0.15) ? plants.tree[(Math.round(Math.random()*plants.tree.length)) % plants.tree.length] : "grass";
if(elem != undefined && elem != "grass"){elem += "_seed"};
elem = (elem == undefined) ? "apple_seed" : elem;
tryCreate(elem, i, 42);
}
}});
}
});
elements.PRNGgenerate = {
category: "tools",
onSelect: function(){
let arr = [];
Object.keys(biomes).forEach(function(b){arr.push(b);})
promptInput("Leave blank to generate new seed. Your current seed is: " + seed, function(i){
seed = parseInt(i) || Math.random()*(2**32);
seed = seed % (2**32);
promptChoose("", arr, (choice)=>{
biomes[choice].generate(seed);
promptText("World generation complete.");
selectElement('dirt');
}, "Select a biome to generate: ");
}, "Enter seed:");
}
}
elements.view_seed = {
category: "tools",
onSelect: function(){
alert(seed);
selectElement("dirt");
}
}

145
mods/aChefsDream2.js
View File

@ -3,7 +3,7 @@
// https://github.com/SquareScreamYT/
// https://youtube.com/@sqec
version = "v2.1.0"
version = "v2.1.1"
runAfterLoad(function() {
console.log("Current aChefsDream version: "+version)
@ -595,4 +595,147 @@ elements.pistachio_powder = {
hidden: true
}
elements.pumpkin_mash = {
color: ["#f59c2f", "#efa810", "#e38f1a"],
behavior: behaviors.STURDYPOWDER,
tempHigh: 125,
stateHigh: ["pumpkin_spice","pumpkin_spice","smoke"],
category: "food",
state: "liquid",
density: 500,
isFood: true,
hidden: true,
}
elements.pumpkin.breakInto = ["pumpkin_seed", "pumpkin_mash", "pumpkin_mash", "pumpkin_mash", "pumpkin_mash", null];
elements.pumpkin_spice = {
color: ["#95570b", "#ba7f36"],
behavior: behaviors.POWDER,
tempHigh: 400,
stateHigh: ["smoke","smoke","smoke","smoke","ash"],
category: "food",
state: "solid",
density: 500,
isFood: true,
hidden: true,
}
elements.cinnamon_powder.reactions.nutmeg_powder = { elem1: "pumpkin_spice", elem2: null, chance: 0.5 };
elements.coffee.reactions.pumpkin_mash = { elem2: null, color1: "#7e3c09", chance: 0.005 };
elements.coffee.reactions.pumpkin_spice = { elem2: null, color1: "#7e3c09", chance: 0.005 };
elements.nutmeg_tree = {
color: "#6B4226",
behavior: behaviors.WALL,
tempHigh: 400,
stateHigh: ["ember", "charcoal", "fire"],
category: "solids",
burn: 5,
burnTime: 300,
burnInto: ["ember", "charcoal", "fire"],
state: "solid",
hardness: 0.2,
breakInto: "sawdust",
hidden: true
};
elements.nutmeg_branch = {
color: "#5c3b23",
behavior: [
"CR:nutmeg_leaves,nutmeg_branch%2|CR:nutmeg_leaves,nutmeg_branch%2|CR:nutmeg_leaves,nutmeg_branch%2",
"XX|XX|XX",
"XX|XX|XX",
],
tempHigh: 100,
stateHigh: "nutmeg_tree",
tempLow: -30,
stateLow: "nutmeg_tree",
category: "life",
burn: 30,
burnTime: 60,
burnInto: ["sap", "ember"],
hidden: true,
state: "solid",
density: 1400,
breakInto: ["sap", "sawdust"]
};
elements.nutmeg_leaves = {
color: ["#4b7d3d", "#558c40"],
behavior: [
"XX|XX|XX",
"XX|XX|XX",
"XX|CR:nutmeg_fruit%0.1|XX",
],
reactions: {
"vinegar": { elem1: "dead_plant", chance: 0.035 },
"baking_soda": { elem1: "dead_plant", chance: 0.01 },
"bleach": { elem1: "dead_plant", chance: 0.05 },
"alcohol": { elem1: "dead_plant", chance: 0.035 },
},
category: "life",
tempHigh: 90,
stateHigh: "dead_plant",
tempLow: -1.5,
stateLow: "frozen_plant",
burn: 60,
burnTime: 60,
burnInto: "dead_plant",
state: "solid",
density: 1050,
hidden: true
};
elements.nutmeg_fruit = {
color: ["#c0a25d", "#ddb86c"],
behavior: behaviors.POWDER,
category: "food",
tempHigh: 100,
stateHigh: "dead_plant",
burn: 60,
burnTime: 60,
cutInto: ["mace", "nutmeg", "nutmeg"],
breakInto: ["mace", "nutmeg", "nutmeg"],
state: "solid",
density: 1050
};
elements.mace = {
color: ["#e04e1b", "#cc3614"],
behavior: behaviors.POWDER,
category: "food",
tempHigh: 250,
stateHigh: ["ash", "smoke"],
isFood: true,
state: "solid",
density: 900,
hidden: false
};
elements.nutmeg = {
color: ["#8b5a2b", "#A0522D"],
behavior: behaviors.POWDER,
category: "food",
tempHigh: 250,
stateHigh: ["ash", "smoke"],
isFood: true,
state: "solid",
density: 1000,
breakInto: "nutmeg_powder",
};
elements.nutmeg_powder = {
color: "#C58940",
behavior: behaviors.POWDER,
category: "food",
tempHigh: 250,
stateHigh: ["ash", "smoke"],
isFood: true,
state: "solid",
density: 950,
hidden: false
};
},true)

394
mods/bf.js Normal file
View File

@ -0,0 +1,394 @@
async function _modprompt(message, defaultValue = "") { // thanks to ggod for this prompt function. Taken from nousersthings.js
return new Promise(resolve => {
promptInput(message, (result) => {
resolve(result);
}, "bf.js is asking you...", defaultValue);
})
}
class Interpreter {
constructor() {
this.map = new Array(64).fill(0)
this.index = 0
this.ci = 0
this.loops = []
this.code = ""
this.tsay = ""
}
async run(px, code = this.code) {
this.ci = 0
while (this.ci < code.length) {
const token = code[this.ci]
switch (token) {
case ">":
if (this.index + 1 == this.map.length) {
this.map.push(0)
}
this.index++
break
case "<":
if (this.index - 1 != -1) {
this.index--
}
break
case "+":
this.map[this.index]++
break
case "-":
this.map[this.index]--
break
case ".":
this.tsay += String.fromCharCode(this.map[this.index])
break
case "!":
promptText(this.tsay, () => { }, "bf.js")
break
case "/":
this.tsay = ""
break
case ",":
const ans = await _modprompt("")
if (ans.trim().length > 0) {
this.map[this.index] = ans[0].charCodeAt(0)
}
break
case "[":
if (this.map[this.index] === 0) {
let open = 1
while (open > 0) {
this.ci++
if (code[this.ci] === "[") open++
else if (code[this.ci] === "]") open--
}
} else {
this.loops.push(this.ci)
}
break
case "]":
if (this.map[this.index] !== 0) {
this.ci = this.loops[this.loops.length - 1]
} else {
this.loops.pop()
}
break
}
this.ci++
}
px.running = false
}
}
class RemoteBase {
constructor(base) {
this.base = base
this.code = ""
}
run() {
pixelMap[this.base[0]][this.base[1]].interpreter.run(pixelMap[this.base[0]][this.base[1]], this.code)
this.code = ""
}
getMap() {
return pixelMap[this.base[0]][this.base[1]].interpreter.map
}
}
const bftokens = {
bf_base: "#00ff00",
bf_remote_base: "#008600",
">": "#ff7f00",
"<": "#ff00ff",
"+": "#00ffff",
"-": "#800080",
"[": "#ff1493",
"]": "#1e90ff",
".": "#ffd700",
",": "#ff4500",
"!": "#ff69b4",
"split": "#565656",
"act": "#ffc400",
"bf_gate": "#ffc400",
}
const bftokenslist = Object.keys(bftokens)
elements.bf_base = {
category: "bf",
color: "#00ff00",
state: "solid",
behavior: behaviors.WALL,
conduct: 1,
tick: (px) => {
if (pixelTicks == px.start) {
px.act = false
px.interpreter = new Interpreter()
px.base = [px.x, px.y]
px.running = false
}
if (!(px.interpreter instanceof Interpreter)) {
px.interpreter = new Interpreter()
}
},
}
let remotebase1 = undefined
let bfreader = undefined
let bfreader2 = undefined
elements.bf_remote_base = {
category: "bf",
color: "#008600",
state: "solid",
behavior: behaviors.WALL,
onSelect: async function () {
var bfans1 = await _modprompt("Please input in the coordinates of the desired pixel. When it activates, this activates. (X,Y)", "0,0");
if (!bfans1) { return }
let [x, y] = bfans1.split(",")
remotebase1 = [Number(x), Number(y)]
},
tick: (px) => {
if (pixelTicks == px.start) {
px.act = false
px.interpreter = new RemoteBase(pixelMap[remotebase1[0]][remotebase1[1]].base)
px.base = [px.x, px.y]
if (!pixelMap[remotebase1[0]][remotebase1[1]].remotes) {
pixelMap[remotebase1[0]][remotebase1[1]].remotes = []
}
pixelMap[remotebase1[0]][remotebase1[1]].remotes.push([px.x, px.y])
px.parent = remotebase1
px.cd = false
}
},
onDelete: (px) => {
if (!isEmpty(px.parent[0], px.parent[1]) && pixelMap[px.parent[0]][px.parent[1]].remotes) {
pixelMap[px.parent[0]][px.parent[1]].remotes.filter(a => !(a[0] === px.x && a[1] === px.y))
}
}
}
elements.reader = {
category: "bf",
color: "#008600",
state: "solid",
behavior: behaviors.WALL,
conduct: 1,
onSelect: async function () {
var bfans2 = await _modprompt("Please input in the desired value to activate when read.", "0");
if (!bfans2) { return }
bfreader = Number(bfans2)
},
tick: (px) => {
if (pixelTicks == px.start) {
px.tread = bfreader
}
},
}
elements.pointer_reader = {
category: "bf",
color: "#008600",
state: "solid",
behavior: behaviors.WALL,
conduct: 1,
onSelect: async function () {
var bfans3 = await _modprompt("Please input in the desired pointer and value to activate when read. (pointer,value)", "0,0");
if (!bfans3) { return }
let [x, y] = bfans3.split(",")
bfreader2 = [Number(x), Number(y)]
},
tick: (px) => {
if (pixelTicks == px.start) {
px.tread = bfreader2
}
},
}
elements.bf_runner = {
category: "bf",
color: "#ababab",
tool: (px) => {
if (px.element == "bf_base" && !px.running) {
px.running = true
px.act = true
px.interpreter.map.fill(0)
px.interpreter.code = ""
px.interpreter.index = 0
px.interpreter.ci = 0
}
}
}
dependOn("logicgates.js", () => {
elements.bf_gate = {
category: "bf",
color: "#ffc400",
state: "solid",
behavior: behaviors.WALL,
tick: (px) => {
if (!px.base) {
px.act = false
const ns = getNeighbors(px)
if (ns.length > 0) {
if (!isEmpty(px.x - 1, px.y)) {
const left = ns[0]
if (bftokenslist.includes(left.element) && left.base) {
px.base = left.base
}
}
}
} else {
if (px.act) {
px.color = "#00ff00"
} else {
px.color = "#ffc400"
}
var countNeighborsResult = countNeighbors(pixel)
if (countNeighborsResult.charged > 0) {
px.can = true
} else {
px.can = false
}
if (!isEmpty(px.x - 1, px.y)) {
const left = pixelMap[px.x - 1][px.y]
if (bftokenslist.includes(left.element) && left.base) {
if (left.act && !px.act && px.can) {
left.act = false
px.act = true
pixelMap[px.base[0]][px.base[1]].interpreter.code += "g"
if (isEmpty(px.x + 1, px.y) || !pixelMap[px.x][px.y].base || (pixelMap[px.x][px.y].element == "bf_gate" && !pixelMap[px.x][px.y].can)) {
px.act = false
}
if (px.remotes) {
px.remotes.forEach(remote => {
pixelMap[remote[0]][remote[1]].act = true
})
} else {
pixelMap[px.base[0]][px.base[1]].interpreter.run(pixelMap[px.base[0]][px.base[1]])
}
}
}
}
const ns = getNeighbors(px)
ns.forEach(n => {
if (pixelMap[px.base[0]][px.base[1]].interpreter instanceof Interpreter) {
if (n.element == "reader" && pixelMap[px.base[0]][px.base[1]].interpreter.map[pixelMap[px.base[0]][px.base[1]].interpreter.index] == n.tread) {
n.charge = 1
} else if (n.element == "pointer_reader" && pixelMap[px.base[0]][px.base[1]].interpreter.map[n.tread[0]] == n.tread[1]) {
n.charge = 1
}
} else {
if (n.element == "reader" && pixelMap[px.base[0]][px.base[1]].interpreter.getMap()[pixelMap[px.base[0]][px.base[1]].interpreter.index] == n.tread) {
n.charge = 1
} else if (n.element == "pointer_reader" && pixelMap[px.base[0]][px.base[1]].interpreter.getMap()[n.tread[0]] == n.tread[1]) {
n.charge = 1
}
}
})
}
if (isEmpty(px.x + 1, px.y) || !pixelMap[px.x + 1][px.y].base || (pixelMap[px.x + 1][px.y].element == "bf_gate" && !pixelMap[px.x + 1][px.y].can)) {
px.act = false
}
}
}
}, true)
for (let token of bftokenslist) {
if (token == "bf_base" || token == "bf_remote_base" || token == "bf_gate") { continue }
elements[token] = {
category: "bf",
color: bftokens[token],
state: "solid",
behavior: behaviors.WALL,
tick: (px) => {
if (!px.base) {
px.act = false
const ns = getNeighbors(px)
if (ns.length > 0) {
if (!isEmpty(px.x - 1, px.y)) {
const left = ns[0]
if (bftokenslist.includes(left.element) && left.base) {
px.base = left.base
}
}
}
} else {
if (px.act) {
px.color = "#00ff00"
} else {
px.color = bftokens[token]
}
const ns = getNeighbors(px)
if (ns.length > 0 && !isEmpty(px.x - 1, px.y)) {
const left = pixelMap[px.x - 1][px.y]
if (bftokenslist.includes(left.element) && left.base) {
if (left.act && !px.act) {
left.act = false
px.act = true
pixelMap[px.base[0]][px.base[1]].interpreter.code += token
if (px.remotes) {
px.remotes.forEach(remote => {
pixelMap[remote[0]][remote[1]].act = true
console.log(pixelMap[remote[0]][remote[1]].act)
})
} else {
pixelMap[px.base[0]][px.base[1]].interpreter.run(pixelMap[px.base[0]][px.base[1]])
}
}
}
}
if (ns.length >= 2) {
ns.forEach(n => {
if (pixelMap[px.base[0]][px.base[1]].interpreter instanceof Interpreter) {
if (n.element == "reader" && pixelMap[px.base[0]][px.base[1]].interpreter.map[pixelMap[px.base[0]][px.base[1]].interpreter.index] == n.tread) {
n.charge = 1
} else if (n.element == "pointer_reader" && pixelMap[px.base[0]][px.base[1]].interpreter.map[n.tread[0]] == n.tread[1]) {
n.charge = 1
}
} else {
if (n.element == "reader" && pixelMap[px.base[0]][px.base[1]].interpreter.getMap()[pixelMap[px.base[0]][px.base[1]].interpreter.index] == n.tread) {
n.charge = 1
} else if (n.element == "pointer_reader" && pixelMap[px.base[0]][px.base[1]].interpreter.getMap()[n.tread[0]] == n.tread[1]) {
n.charge = 1
}
}
})
}
}
if (isEmpty(px.x + 1, px.y) || !pixelMap[px.x + 1][px.y].base || (pixelMap[px.x + 1][px.y].element == "bf_gate" && !pixelMap[px.x + 1][px.y].can)) {
px.act = false
}
}
}
}
elements.act.conduct = 0.1
const oldact = elements.act.tick
elements.act.tick = (px) => {
oldact(px)
if (px.charge && !px.act) {
px.act = true
px.charge = 0
} else {
px.charge = 0
}
}

965
mods/biology.js
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377
mods/bojithekings_mod.js Normal file
View File

@ -0,0 +1,377 @@
runAfterLoad(function() {
console.log("Thanks for using bojithekings_mod.js! This is 1.0v")
})
elements.ultronium = {
color: ["#3a293a", "#77337c"],
behavior: [
"XX|CR:radiation%20 AND CR:neutron%10|XX",
"CR:radiation%20 AND CR:neutron%10|XX|CR:radiation%20 AND CR:neutron%10",
"XX|CR:radiation%20 AND CR:neutron%10|XX"
],
state: "solid",
reactions: {
"neutron": {elem1: "n_explosion", elem2: null, chance: 0.01, tempMin: 600 }
},
temp: 500,
tempHigh: 10000,
stateHigh: "ultronium_gas",
renderer: renderPresets.HEATGLOW,
tick: function(pixel) {
if (Math.random()<0.01 && pixel.temp < 500) {
changePixel(pixel, "stable_ultronium")
}
},
category: "solids",
density: 25000, //in kg/m³
hardness: 0.80
}
elements.ultronium_gas = {
color: ["#b45bb4", "#722478"],
behavior: [
"M2|CR:radiation%20 AND CR:neutron%10 AND M1|M2",
"CR:radiation%20 AND CR:neutron%10 AND M1|XX|CR:radiation%20 AND CR:neutron%10 AND M1",
"M2|CR:radiation%20 AND CR:neutron%10 AND M1|M2"
],
state: "gas",
reactions: {
"neutron": {elem1: "n_explosion", elem2: null, chance: 0.05}
},
temp: 12500,
tempLow: 9000,
stateLow: "ultronium",
category: "gases",
density: 12000
}
elements.stable_ultronium = {
color: ["#362236", "#492a4c"],
behavior: [
"XX|CR:radiation%10|XX",
"CR:radiation%10|XX|CR:radiation%10",
"XX|CR:radiation%10|XX"
],
state: "solid",
tempHigh: 1200,
stateHigh: "ultronium",
reactions: {
"neutron": {elem1: "depleted_ultronium", elem2: null, chance: 0.05, tempMin: 400}
},
category: "solids",
density: 22550, //in kg/m³,
hardness: 0.80
}
elements.depleted_ultronium = {
color: ["#464646", "#b1a4b5"],
behavior: [
"XX|XX|XX",
"XX|XX|XX",
"XX|XX|XX"
],
state: "solid",
tempHigh: 4000,
renderer: renderPresets.HEATGLOW,
stateHigh: "depleted_gas_ultronium",
category: "solids",
density: 22300, //in kg/m³
hardness: 0.80
}
elements.depleted_gas_ultronium = {
color: ["#3a293a", "#837c84"],
behavior: behaviors.GAS,
state: "gas",
tempLow: 3990,
stateLow: "depleted_ultronium",
temp: 4250,
category: "gases",
density: 13000
}
elements.supernova.hidden = false
elements.supernova.category = "energy"
elements.n_explosion.hidden = false
elements.n_explosion.category = "energy"
elements.steam.reactions["oxygen"] = {elem1: "humid_air", elem2: null}
elements.humid_air = {
color: "#9cb8c9",
behavior: behaviors.GAS,
state: "gas",
temp: 40,
tempLow: 20,
stateLow: ["water", "oxygen"],
category: "gases",
density: 1.4
}
elements.heat_to_infinity = {
color: "#000000",
tool: function(pixel) {
pixel.temp += 1e309
},
category: "tools"
}
elements.super_heat = {
color: "#9c1717",
tool: function(pixel) {
pixel.temp += 100000
},
category: "tools"
}
elements.super_cool = {
color: "#9c1717",
tool: function(pixel) {
pixel.temp -= 100000
},
category: "tools"
}
elements.diamond.tempHigh = 3550
elements.diamond.stateHigh = "carbon_dioxide"
elements.sulfur_gas.reactions["oxygen"] = {elem1: "sulfur_dioxide", elem2: null}
elements.sulfur_dioxide = {
color: ["#cfd5d8","#d5dbde","#c9d0d3"],
behavior: behaviors.GAS,
category: "gases",
state: "gas",
density: 2.6,
stateLow: "liquid_sulfur_dioxide",
tempLow: -10,
}
elements.liquid_sulfur_dioxide = {
color: ["#bfc7cb","#b9c2c7"],
behavior: behaviors.LIQUID,
category: "liquids",
state: "liquid",
density: 1.4,
stateHigh: "sulfur_dioxide",
tempHigh: -10
}
elements.magma.tempHigh = 2500
elements.magma.stateHigh = ["sulfur_dioxide", "carbon_dioxide"]
elements.molten_glass.tempHigh = 2500
elements.molten_glass.stateHigh = ["silicon_gas", "oxygen"]
elements.molten_dirt.tempHigh = 2500
elements.molten_dirt.stateHigh = ["silicon_gas", "carbon_dioxide"]
elements.molten_salt.tempHigh = 2500
elements.molten_salt.stateHigh = ["sodium_gas", "chlorine"]
elements.silicon_gas = {
color: "#c0c0c0",
behavior: behaviors.GAS,
state: "gas",
category: "gases",
density: 0.5,
temp: 1500
}
elements.firebal = {
color: "#fff200",
behavior: [
"XX|XX|XX",
"XX|EX:30>plasma|XX",
"XX|XX|XX"
],
state: "gas",
temp: 100000
}
elements.chromium = {
color: ["#beebf0", "#87c0cc"],
behavior: behaviors.SOLID,
category: "solids",
state: "solid",
density: 7140,
conduct: 0.6,
hardness: 0.85,
tempHigh: 1907,
stateHigh: "molten_chromium"
}
elements.molten_chromium = {
color: ["#ffd500", "#ffae00", "#ff0000"],
behavior: behaviors.MOLTEN,
hidden: true,
state: "liquid",
density: 6500,
tempLow: 1907,
stateLow: "chromium",
viscosity: 100,
reactions: {
"molten_steel": {elem1: "molten_stainless_steel", elem2: null}
}
}
elements.stainless_steel = {
color: "#c0c0c0",
colorKey: {
"L":"#bababa",
"B":"#6c6c6c"
},
colorPattern: [
"BBLB",
"BBBL",
"BLBB",
"LBBB"
],
behavior: behaviors.SOLID,
category: "solids",
state: "solid",
density: 8000,
conduct: 0.42,
hardness: 0.85,
tempHigh: 1450,
stateHigh: "molten_stainless_steel",
breakInto: "stainless_steel_dust",
}
elements.molten_stainless_steel = {
color: ["#fff942", "#f49e1d", "#ff4400"],
behavior: behaviors.MOLTEN,
hidden: true,
state: "liquid",
density: 8000,
tempLow: 1450,
stateLow: "stainless_steel",
viscosity: 120,
conduct: 1,
}
elements.infinite_burn = {
color: "#a16868",
behavior: behaviors.WALL,
state: "solid",
burn: 100,
burnTime: 1e9, //more then one irl year
fireColor: "#eaff00"
}
elements.h_bomb.behavior = [
"XX|XX|XX",
"XX|XX|XX",
"M2|M1 AND EX:90>plasma,plasma,plasma,plasma,fire,neutron,helium|M2",
]
elements.hydrogen.reactions["hydrogen"] = {
elem1: "h_explosion" , elem2: null, tempMin: 70000
}
elements.h_explosion = {
color: "#aeff00",
state: "gas",
behavior: [
"XX|XX|XX",
"XX|EX:90>plasma,plasma,plasma,plasma,fire,neutron,helium|XX",
"XX|XX|XX"
],
alias: "thermonuclear explosion",
category: "fusion_explsosion"
}
elements.short_super_heater = {
color: "#c14a4a",
behavior: [
"XX|HT:5000|XX",
"HT:5000|DL%10|HT:5000",
"XX|HT:5000|XX"
]
}
elements.cluster_bomb = {
color: "#9b9b9b",
behavior: [
"XX|XX|XX",
"XX|XX|XX",
"M2|M1 AND EX:10>bomb|M2",
],
category: "weapons"
}
elements.cluster_bomb_squared = {
color: "#6f6f6f",
behavior: [
"XX|XX|XX",
"XX|XX|XX",
"M2|M1 AND EX:25>cluster_bomb|M2",
],
category: "weapons"
}
elements.cluster_bomb_cubed = {
color: "#737373",
behavior: [
"XX|XX|XX",
"XX|XX|XX",
"M2|M1 AND EX:50>cluster_bomb_squared|M2",
],
category: "weapons"
}
elements.cluster_bomb_fourth = {
color: "#525252",
behavior: [
"XX|XX|XX",
"XX|XX|XX",
"M2|M1 AND EX:100>cluster_bomb_cubed|M2",
],
category: "weapons"
}
elements.cluster_bomb_final = {
color: "#525252",
behavior: [
"XX|XX|XX",
"XX|XX|XX",
"M2|M1 AND EX:250>cluster_bomb_fourth|M2",
],
category: "weapons"
}
elements.compress_to_a_star = {
color: "#e5ff00",
tool: function(pixel) {
if (pixel.element=="hydrogen" && pixel.temp >= 10000) {
changePixel(pixel, "sun")
}
},
category: "tools"
}
elements.brown_dwarf = {
color: "#502606",
state: "gas",
behavior: behaviors.WALL,
temp: 2226,
tempHigh: 2726,
stateHigh: "sun",
tempLow: -23,
stateLow: "hydrogen",
category: "special"
}
elements.sun.tempLow = 2225
elements.sun.stateLow = "brown_dwarf"
//to make it more realistic and hoping it doesn't ruin gameplay
elements.plasma.behavior = behaviors.GAS
elements.plasma.temp = 12500
// ISOTOPES category is gonna come next in 1.1v

1085
mods/cubesstuff.js
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File diff suppressed because it is too large Load Diff

238
mods/datawire.js Normal file
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@ -0,0 +1,238 @@
/*
*Version 1.0.0
*/
dependOn("orchidslibrary.js", ()=>{
elements.data_wire = {
desc: "Transfers data.",
color: ["#6b1502", "#631402", "#6e1400", "#631200"],
properties: {cd: 0, value: null},
tick: function(pixel){
for(let coords of adjacentCoords){
let x = pixel.x+coords[0], y = pixel.y+coords[1];
let p2 = getPixel(x,y);
if(p2 != null){
if(p2.value != null && pixel.cd == 0){
pixel.value = p2.value;
pixel.cd = 15;
};
pixel.value = (pixel.cd == 3) ? null : pixel.value;
if(elements[p2.element].dataInFunc != undefined && pixel.value != null){
elements[p2.element].dataInFunc(p2, pixel.value);
}
}
}
pixel.cd -= (pixel.cd == 0) ? 0 : 1;
},
category: "data",
behavior: behaviors.WALL,
state: "solid",
};
elements.data_input = {
desc: "Holds a data value that can be outputted to any nearby data wire.",
color: ["#e06500", "#f57105", "#f06f05", "#e66c09"],
value: null,
onSelect: function(){
promptInput("Enter data info", (input)=>{elements.data_input.value = input;}, "Data Input", elements.data_input.value);
},
category: "data",
behavior: behaviors.WALL,
state: "solid",
properties: {
value:null,
},
tick: function(pixel){
if(pixel.value == null){
pixel.value = elements.data_input.value;
}
for(let coords of adjacentCoords){
let x = pixel.x+coords[0], y = pixel.y+coords[1];
let p2 = getPixel(x,y);
if(p2 != null && elements[p2.element].dataInFunc != undefined && pixel.value != null){
elements[p2.element].dataInFunc(p2, pixel.value);
}
}
}
}
elements.toggle_data_input = {
desc: "Holds a data value that can be outputted to any nearby data wire when toggled on.",
color: ["#6e3302", "#783905", "#823c03", "#7d3a02"],
value: null,
onSelect: function(){
promptInput("Enter data info", (input)=>{elements.data_input.value = input;}, "Data Input", elements.data_input.value);
},
category: "data",
behavior: behaviors.WALL,
state: "solid",
properties: {
value:null,
val: null,
toggle: false,
clickCd: 0,
},
tick: function(pixel){
if(pixel.val == null){
pixel.val = elements.data_input.value;
}
pixel.value = (pixel.toggle) ? pixel.val : null;
for(let coords of adjacentCoords){
let x = pixel.x+coords[0], y = pixel.y+coords[1];
let p2 = getPixel(x,y);
if(p2 != null && elements[p2.element].dataInFunc != undefined && pixel.value != null){
elements[p2.element].dataInFunc(p2, pixel.value);
}
}
pixel.clickCd -= (pixel.clickCd == 0) ? 0 : 1;
},
onClicked: function(pixel){
if(pixel.clickCd == 0){
pixel.clickCd = 20;
pixel.toggle = !pixel.toggle;
if(pixel.toggle){
pixel.color = noiseify("#edba00", 8);
} else {
pixel.color = noiseify("#6e3302", 8);
}
}
}
}
elements.join = {
desc: "Combines multiple data inputs. Click to reset value.",
color: ["#046e00", "#067a02", "#097006", "#065904", "#056602"],
properties: {val: null, clickCd: 0},
dataInFunc: function(pixel, value){
if(pixel.val != null && !pixel.val.includes(value)){
pixel.val += value;
}
if(pixel.val == null){
pixel.val = value;
}
},
category: "data",
behavior: behaviors.WALL,
state: "solid",
tick: function(pixel){
let p2 = getPixel(pixel.x+1, pixel.y);
if(p2 != null && p2.element == "data_wire"){
p2.value = pixel.val;
}
pixel.clickCd -= (pixel.clickCd == 0) ? 0 : 1;
},
onClicked: function(pixel){
if(pixel.clickCd == 0){
pixel.clickCd = 20;
pixel.val = null;
}
}
}
elements.data_sensor = {
desc: "Scans adjacent pixels for a target property and outputs them, uses \"element\" by default. Click on pixel to change properties.",
color: ["#3d3c28", "#4d4b32", "#4a482f", "#403e28"],
properties: {
value: null,
property: "element",
clickCd: 0,
},
tick: function(pixel){
for(let coords of adjacentCoords){
let x = pixel.x+coords[0], y = pixel.y+coords[1];
let p2 = getPixel(x,y);
if(p2 != null && !["data_wire"].includes(p2.element)){
pixel.value = p2[pixel.property];
}
};
pixel.clickCd -= (pixel.clickCd == 0) ? 0 : 1;
},
onClicked: function(pixel){
let propertyArr = [];
for(let coords of adjacentCoords){
let x = pixel.x+coords[0], y = pixel.y+coords[1];
let p2 = getPixel(x,y);
if(p2 != null){
for(let property in p2){
if(typeof p2[property] != "function" && !propertyArr.includes(property)){
propertyArr.push(property);
}
}
}
};
promptChoose("Choose property this data sensor detects:", propertyArr, (input)=>{pixel.property = input || pixel.property;}, "Property to Detect");
},
category: "data",
behavior: behaviors.WALL,
state: "solid",
}
elements.if = {
desc: "Takes 3 inputs, conditon (1 (true) or 0 (false), x-1), ifTrue (output if true, y-1 (pixel above)), and ifFalse (output if false, y+1 (pixel below)).",
color: ["#00574b", "#005247", "#02594e", "#025c50"],
category: "data",
behavior: behaviors.WALL,
state: "solid",
tick: function(pixel){
let conditionPixel = getPixel(pixel.x-1, pixel.y), truePixel = getPixel(pixel.x, pixel.y-1), falsePixel = getPixel(pixel.x, pixel.y+1);
let condition = (conditionPixel != null &&conditionPixel.value != undefined) ? parseInt(conditionPixel.value) : false;
let trueOut = (truePixel != null && truePixel.value != undefined) ? truePixel.value : 1;
let falseOut = (falsePixel != null && falsePixel.value != undefined) ? falsePixel.value : 0;
let outPixel = getPixel(pixel.x+1, pixel.y);
if(outPixel != null && outPixel.value !== undefined){
outPixel.value = (condition) ? trueOut : falseOut;
}
}
}
elements.equals = {
desc: "Takes 2 inputs, A (y-1 (pixel above)) and B (y+1 (pixel below), returns 1 if they are equal and 0 if they are not.",
color: ["#12ccb3", "#15ebce", "#0bd6bb", "#14dec3"],
category: "data",
behavior: behaviors.WALL,
state: "solid",
tick: function(pixel){
let a = getPixel(pixel.x, pixel.y-1), b = getPixel(pixel.x, pixel.y+1);
if(a != null && b != null){
let aVal = (a.value != undefined) ? a.value : 1;
let bVal = (b.value != undefined) ? b.value : 0;
let outPixel = getPixel(pixel.x+1, pixel.y);
if(outPixel != null && outPixel.value !== undefined){
outPixel.value = (aVal == bVal) ? 1 : 0;
}
}
}
}
elements.prop_setter = {
category: "data",
properties: {
val: null,
},
dataInFunc: function(pixel, value){
pixel.val = value;
},
color: ["#deb150", "#ebba52", "#ebba52", "#e3b44d", "#dbab44"],
state: "solid",
behavior: behaviors.WALL,
tick: function(pixel){
if(pixel.val != null){
let valArr = pixel.val.split(":");
let prop = valArr[0], value = valArr[1];
for(let coords of adjacentCoords){
let x = pixel.x+coords[0], y = pixel.y+coords[1];
let p2 = getPixel(x,y);
if(p2 != null && p2[prop] != undefined && elements[p2.element].category != "data"){
if(prop == "element"){
changePixel(p2, value);
} else if (prop == "x" || prop == "y"){
let x = (prop == "x") ? value : p2.x, y = (prop == "y") ? value : p2.y;
tryMove(p2, parseInt(x), parseInt(y), null, true);
} else {
if(typeof p2[prop] == "number"){
p2[prop] = parseInt(value);
} else if(typeof p2[prop] == "boolean"){
p2[prop] = value.includes("true");
} else if(typeof p2[prop] == "string"){
p2[prop] = value;
};
}
}
}
}
}
};
}, true);

60
mods/devsnacks.js
View File

@ -74,3 +74,63 @@ elements.tea_powder = {
hidden: true
}
elements.water.reactions.tea_powder = { elem1:"tea", chance:0.0002 }
elements.pumpkin.breakInto = ["pumpkin_seed","pumpkin_mash","pumpkin_mash","pumpkin_mash",null];
elements.pumpkin_mash = {
color: ["#DF7E06","#eba100"],
behavior: behaviors.STURDYPOWDER,
tempHigh: 125,
stateHigh: ["pumpkin_spice","pumpkin_spice",null],
category: "food",
state: "liquid",
density: 490.3,
isFood: true,
hidden: true,
}
elements.pumpkin_seed.tempHigh = 125;
elements.pumpkin_seed.stateHigh = ["pumpkin_spice","pumpkin_spice",null];
elements.pumpkin_spice = {
color: "#8d4f03",
grain: 1.5,
behavior: behaviors.POWDER,
tempHigh: 400,
stateHigh: ["smoke","smoke","smoke","smoke","ash"],
category: "food",
state: "solid",
density: 490.3,
isFood: true,
hidden: true,
}
elements.coffee.reactions.pumpkin_spice = { elem2:null, color1:"#6A2F03", chance:0.005 };
elements.coffee.reactions.pumpkin_mash = { elem2:null, color1:"#6A2F03", chance:0.005 };
elements.apple = {
color: ["#b22424","#f5c517","#66b447"],
grain: 2,
behavior: behaviors.POWDER,
// singleColor: true,
category: "food",
state: "solid",
density: 750,
isFood: true,
breakInto: "juice",
tempHigh: 175,
stateHigh: ["applesauce",null]
}
elements.applesauce = {
color: "#E7C45A",
behavior: behaviors.LIQUID,
viscosity: 50000,
tempHigh: 400,
stateHigh: "smoke",
category: "food",
state: "liquid",
density: 750,
isFood: true,
hidden: true,
}

218
mods/light.js Normal file
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@ -0,0 +1,218 @@
elements.light.insulate = false;
elements.light.tempLow = -200;
elements.liquid_light.tempHigh = -200;
elements.light.tempHigh = 2500;
elements.light.stateHigh = "photonic_steam";
elements.laser.stateHigh = "photonic_steam";
elements.laser.tempHigh = 2500;
elements.dirty_water.density=1600
if (!elements.zinc.reactions) elements.zinc.reactions = {};
elements.zinc.reactions["sulfur"] = { elem1:"zinc_sulfide", elem2:null };
elements.photonic_steam = {
color: ["#fffccc", "#fff9aa"],
behavior: [
"M2|M1|M2",
"M2|XX|M2",
"XX|XX|XX"
],
category: "energy",
state: "gas",
density: 0.08,
temp: 2500,
emit: 4,
emitColor: "#fff8aa",
tick: function(pixel) {
if (Math.random() < 0.08) {
let x = pixel.x + (Math.floor(Math.random() * 3) - 1);
let y = pixel.y + (Math.floor(Math.random() * 3) - 1);
if (!outOfBounds(x, y) && isEmpty(x, y, true)) {
createPixel("cherenkov_radiation", x, y);
}
}
if (Math.random() < 0.01) {
deletePixel(pixel.x, pixel.y);
return;
}
doHeat(pixel);
doBurning(pixel);
doDefaults(pixel);
}
};
elements.cherenkov_radiation = {
color: ["#66ccff", "#99ddff", "#44aaff"],
behavior: behaviors.SUPERDFLUID,
category: "energy",
state: "gas",
density: 0.05,
temp: 500,
emit: 3,
emitColor: "#66ccff",
tick: function(pixel) {
for (let [dx, dy] of [[1,0], [-1,0], [0,1], [0,-1]]) {
let x = pixel.x + dx, y = pixel.y + dy;
if (outOfBounds(x, y)) continue;
let other = pixelMap[x]?.[y];
if (!other) continue;
let def = elements[other.element];
if (def?.category === "life") {
if (Math.random() < 0.35) changePixel(other, "ash");
else other.color = "#88ccff";
}
}
if (Math.random() < 0.25) {
changePixel(pixel, "light");
pixel.color = "#66ccff"
return;
}
doDefaults(pixel);
}
};
elements.charged_phosphor = {
color: ["#d0ff7f", "#e6ff99", "#f0ffa6"],
behavior: behaviors.POWDER,
category: "powders",
state: "solid",
density: 3980,
tick: function(pixel) {
pixel.charged = true;
let dirs = [[0,-1],[1,0],[-1,0],[0,1],[1,1],[1,-1],[-1,1],[-1,-1]];
let dir = dirs[Math.floor(Math.random() * dirs.length)];
let nx = pixel.x + dir[0];
let ny = pixel.y + dir[1];
if (!outOfBounds(nx, ny) && isEmpty(nx, ny)) {
createPixel("light", nx, ny);
pixel.charged=false;
}
if (pixel.charged==false) {
changePixel(pixel, "phosphor");
}
doDefaults(pixel);
}
};
elements.phosphor = {
color: ["#66ff88", "#88ffaa", "#aaffcc"],
behavior: behaviors.POWDER,
category: "powders",
state: "solid",
density: 3980,
reactions: {
"light": { elem1:"charged_phosphor", elem2:null },
"liquid_light": { elem1:"charged_phosphor", elem2:null },
"laser": { elem1:"charged_phosphor", elem2:null },
"photonic_steam": { elem1:"charged_phosphor", elem2:null },
},
};
elements.zinc_sulfide= {
color: ["#f8f8f8","#ffffff","#eeeeee"],
behavior:behaviors.POWDER,
category: "powders",
state: "solid",
density: 3980,
reactions: {
"copper": { elem1:"phosphor", elem2:null}
},
};
elements.bioluminescent_cell = {
behavior: behaviors.SUPPORT,
color: ["#81ec75","#5fec87","#3ca365"],
category: "life",
state: "solid",
density: 1000.1,
tempHigh: 102,
stateHigh: ["steam","steam","steam","sugar"],
tempLow: -2,
stateLow: ["ice","ice","ice","sugar_ice"],
breakInto: ["water","dna","phosphor"],
reactions: {
"sugar_water": { elem2:["bio_seed","dirty_water"], chance:0.06, temp2:30, elem1:"bioluminescent_cell"},
"sugar":{ elem2:["bio_seed","dirty_water"], chance:0.08, temp2:30, elem1:"bioluminescent_cell"},
"water":{ elem2:["bio_seed","dirty_water"], chance:0.04, temp2:30, elem1:"bioluminescent_cell"},
"salt_water": { elem2:["bio_seed","dirty_water"], chance:0.02, temp2:30, elem1:"bioluminescent_cell"},
"oxygen": { elem1:"bioluminescent_cell", elem2:"light" },
"infection": { elem1:"infection", chance:0.015 },
"blood": { elem1:"blood", chance:0.01 },
"antibody": { elem1:"antibody", chance:0.01 },
"alcohol": { elem1:[null,"dna"], chance:0.02 },
"poison": { elem1:null, chance:0.02 },
"plague": { elem1:null, chance:0.02 },
"mercury": { elem1:null, chance:0.02 },
"chlorine": { elem1:null, chance:0.02 },
"cyanide": { elem1:null, chance:0.02 },
"soap": { elem1:null, chance:0.015 },
"ammonia": { elem2:"nitrogen", chance:0.05 },
"oil": { elem2:"methane", chance:0.001 },
"milk": { elem2:"yogurt", chance:0.01 },
"cream": { elem2:"yogurt", chance:0.01 },
"chocolate_milk": { elem2:"yogurt", chance:0.01, color2:"#4c392c" },
"fruit_milk": { elem2:"yogurt", chance:0.01, color2:"#977871" },
"pilk": { elem2:"yogurt", chance:0.01, color2:"#bba789" },
"eggnog": { elem2:"yogurt", chance:0.01, color2:"#ae9a7e" }
}
};
elements.bio_seed = {
color: "#55cc77",
category: "life",
state: "solid",
density: 900,
hidden:1,
behavior: behaviors.POWDER,
tick: function(pixel) {
if (Math.random() < 0.1) {
changePixel(pixel,"bioluminescent_cell");
}
doDefaults(pixel);
},
};
elements.solar_panel = {
behavior:behaviors.WALL,
color:["#2b6fb0","#2f73bd","#1f4f86"],
tick:function(pixel){
var adj = [[1,0],[-1,0],[0,1],[0,-1],[1,1],[-1,-1],[-1,1],[1,-1]];
for(var i=0;i<adj.length;i++){
var x = pixel.x+adj[i][0], y = pixel.y+adj[i][1];
if(outOfBounds(x,y)) continue;
var sensed = pixelMap[x]?.[y];
if(!sensed) continue;
if(["light","liquid_light","photonic_steam","laser"].includes(sensed.element)){
deletePixel(x,y);
pixel.charge = 5;
break;
}
}
doDefaults(pixel);
},
conduct:1,
movable:false,
category:"machines",
darkText:true,
hardness:2,
material:"steel"
};
elements.wire = elements.wire || {};
elements.wire.reactions = elements.wire.reactions || {};
elements.wire.reactions.solar_panel = { elem1:"wire", charge1:1 };

29
mods/logicgates.js
View File

@ -296,38 +296,35 @@ elements.E2L_button = {
state: "solid",
category: "logic",
tick: function(pixel){
if (typeof pixel.db == "undefined"){pixel.db = 0}
for (var i = 0; i < adjacentCoords.length; i++) {
var coord = adjacentCoords[i];
var x = pixel.x+coord[0];
var y = pixel.y+coord[1];
if (!isEmpty(x, y, true)){
if ((pixelMap[x][y].charge || pixelMap[x][y].chargeCD)){
for (var j = 0; j < adjacentCoords.length; j++) {
var coord = adjacentCoords[j];
let newPixel = pixelMap[x][y]
if (newPixel.charge || newPixel.chargeCD){
pixel.db = 5
}
}
}
pixel.db--
for (var i = 0; i < adjacentCoords.length; i++) {
var coord = adjacentCoords[i];
var x = pixel.x+coord[0];
var y = pixel.y+coord[1];
if (!isEmpty(x,y,true)) {
if (pixelMap[x][y].element == "logic_wire"){
if (pixel.db > 0){
pixelMap[x][y].lstate = 2
}
}
}
return;
}
}
}
for (var i = 0; i < adjacentCoords.length; i++) {
var coord = adjacentCoords[i];
var x = pixel.x+coord[0];
var y = pixel.y+coord[1];
if (!isEmpty(x,y,true)) {
if (pixelMap[x][y].element == "logic_wire" && pixelMap[x][y].lstate > 0){
} else {
pixelMap[x][y].lstate = -2
}
}
}
}
}
}
elements.L2E_constant = {
color: "#b2ba75",
behavior: behaviors.WALL,

278
mods/miscellaneous_elements.js Normal file
View File

@ -0,0 +1,278 @@
elements.explorder = {
color: "#ff6600",
behavior: [
"XX|XX|XX",
"XX|CH:water>explosion|XX",
"M2|M1|M2"
],
category: "evilness",
state: "solid",
reactions: {
"water": { elem1: "supernova", elem2: null }
},
desc: 'Unstable element that creates a massive explosion when it comes into contact with water.'
};
elements.netrinth = {
color: "#0066ff",
behavior: behaviors.WALL,
category: 'evilness',
state: 'solid',
desc: 'Highly radioactive element that twists structure of atom particles, making them part of radiation, energy can be extracted from it.',
tick: function(pixel) {
if (Math.floor(Math.random() * 900) + 1 === 1) {
tryCreate('radiation', pixel.x, pixel.y+1)
}
},
reactions: {
"proton": { elem1: "radiation", elem2: null},
"neutron": { elem1: "radiation", elem2: null},
"electric": { elem1: "radiation", elem2: null}
},
tempHigh: 1000,
stateHigh: "liquid_netrinth"
};
elements.liquid_netrinth = {
color: "#0066ff",
behavior: [
"XX|XX|XX",
"M3%15|XX|M3%15",
"M2%15|M1|M2%15"
],
category: 'states',
state: 'liquid',
desc: 'ok nub did you expect liquid netrinth be billion times dangerous and more evil? this damages the atom structure of this element, making it less radioactive, harder to extract energy.',
tick: function(pixel) {
if (Math.floor(Math.random() * 1800) + 1 === 1) {
tryCreate('radiation', pixel.x, pixel.y+1)
}
},
reactions: {
"proton": { elem1: "radiation", elem2: null},
"neutron": { elem1: "radiation", elem2: null},
"electric": { elem1: "radiation", elem2: null}
},
tempLow:500,
stateLow: "netrinth",
tempHigh: 6000,
stateHigh: "gas_netrinth",
temp: 1001
};
elements.gas_netrinth = {
color: "#76adff",
behavior: behaviors.GAS,
category: 'states',
state: 'gas',
desc: 'the element atom structure is completely destroyed, making it non radioactive, even after solidifying, no longer extractable energy, and giving it brigher color, also now completely safe.',
tempLow: 6000,
stateLow: "safe_liquid_nentrinth",
temp: 6001
}
elements.safe_liquid_netrinth = {
color: "#76adff",
behavior: [
"XX|XX|XX",
"M3%15|XX|M3%15",
"M2%15|M1|M2%15"
],
category: 'states',
state: 'liquid',
desc: 'what do you expect this to be',
tempLow:500,
stateLow: "safe_netrinth",
tempHigh: 6000,
stateHigh: "gas_netrinth",
temp: 1001
};
elements.safe_netrinth = {
color: "#76adff",
behavior: behaviors.WALL,
category: 'evilness',
state: 'solid',
desc: ':/',
tempHigh: 1000,
stateHigh: "safe_liquid_netrinth"
};
elements.mercurium = {
color: ["#740000","#2e2e2e","#1b0047"],
behavior: behaviors.SUPPORT,
category: 'evilness',
state: 'solid',
desc: 'Very rare and sticky element, DO NOT MISTAKE WITH MERCURY, will explode on high temperatures',
tick: function(pixel) {
if (Math.floor(Math.random() * 1000) + 1 === 1) {
tryCreate('electric', pixel.x, pixel.y-1)
}
},
tempHigh: 4000,
stateHigh: "supernova"
};
elements.magnetite = {
color: ["#3a3a3a", "#535353", "#a200d3"],
behavior: behaviors.WALL,
category: 'evilness',
state: 'solid',
desc: 'A very dense and heavy magnetic element, it can attract and repel other metals.',
reactions: {
"iron": { elem1: "magnetite", elem2: null },
"steel": { elem1: "magnetite", elem2: null },
"gold": { elem1: "magnetite", elem2: null },
"copper": { elem1: "magnetite", elem2: null },
"aluminum": { elem1: "magnetite", elem2: null },
"lead": { elem1: "magnetite", elem2: null },
"tungsten": { elem1: "magnetite", elem2: null },
},
tick: function(pixel) {
if (Math.floor(Math.random() * 1000) + 1 === 1) {
tryCreate('electric', pixel.x, pixel.y-1)
}
},
tempHigh: 3000,
stateHigh: "molten_magnetite",
breakInto: "magnetite_powder"
}
elements.molten_magnetite = {
color: ["#e4e4e4", "#535353", "#e180ff"],
behavior: behaviors.LIQUID,
category: 'states',
state: 'liquid',
desc: 'magnetite but liquid, and also explodes in electricity during high temperatures',
tempLow: 3000,
stateLow: "magnetite",
temp: 3000,
tempHigh: 6000,
stateHigh: 'lightning',
}
elements.netrinth_receiver = {
color: "#00ffcc",
behavior: behaviors.WALL,
category: 'machines',
state: 'solid',
desc: 'A device that absorbs radiation from netrinth and converts it into electricity, hoewer destroys the netrinth in the process.',
conduct: 1,
tick: function(pixel) {
// Check adjacent pixels for netrinth or liquid_netrinth
let dirs = [
[0, -1], [1, 0], [0, 1], [-1, 0]
];
for (let d = 0; d < dirs.length; d++) {
let nx = pixel.x + dirs[d][0];
let ny = pixel.y + dirs[d][1];
if (isEmpty(nx, ny)) continue;
let np = pixelMap[nx][ny];
if (!np) continue;
if (np.element === "netrinth" || np.element === "liquid_netrinth") {
// Remove netrinth and create electric
changePixel(np, "electric");
break;
}
}
}
};
elements.magnetite_powder = {
color: ["#3a3a3a", "#535353", "#a200d3"],
behavior: [
"XX|XX|XX",
"XX|XX|XX",
"M2|M1|M2"
],
category: 'evilness',
state: 'solid',
desc: 'tottaly not the same magnetite as the previous one',
reactions: {
"iron": { elem1: "magnetite_powder", elem2: null },
"steel": { elem1: "magnetite_powder", elem2: null },
"gold": { elem1: "magnetite_powder", elem2: null },
"copper": { elem1: "magnetite_powder", elem2: null },
"aluminum": { elem1: "magnetite_powder", elem2: null },
"lead": { elem1: "magnetite_powder", elem2: null },
"tungsten": { elem1: "magnetite_powder", elem2: null },
},
tempHigh: 3000,
stateHigh: "molten_magnetite",
tick: function(pixel) {
if (Math.floor(Math.random() * 1000) + 1 === 1) {
tryCreate('electric', pixel.x, pixel.y-1)
}
},
}
elements.side_gravity_powder = {
color: ["#ff0000", "#ff8800", "#fffb00", "#00ff00", "#00ffff", "#0000ff", "#ff00ff"],
fireColor: ["#ff0000", "#ff8800", "#fffb00", "#00ff00", "#00ffff", "#0000ff", "#ff00ff"],
behavior: [
"M2|XX|XX",
"M1|XX|XX",
"M2|XX|XX"
],
desc: "Powder that falls sideways, isnt that cool?, NO PLEASE DONT THROW TOMATOES AT ME I DONT SUPPORT LGBTQ+",
category: "evilness",
state: "solid",
burn: 20,
}
elements.side_gravity_powder_but_not_directly_sideways = {
color: ["#ff0000", "#ff8800", "#fffb00", "#00ff00", "#00ffff", "#0000ff", "#ff00ff"],
fireColor: ["#ff0000", "#ff8800", "#fffb00", "#00ff00", "#00ffff", "#0000ff", "#ff00ff"],
behavior: [
"XX|XX|XX",
"M2|XX|XX",
"M1|M2|XX"
],
desc: "Powder that falls sideways, isnt that cool?, NO PLEASE DONT THROW TOMATOES AT ME I DONT SUPPORT LGBTQ+",
category: "evilness",
state: "solid",
burn: 20,
}
elements.explosive_gas = {
color: "#ff0000",
behavior: behaviors.GAS,
category: "evilness",
state: "gas",
reactions: {
"fire": { elem1: "explosion", elem2: null },
"plasma": { elem1: "supernova", elem2: null},
"laser": { elem1: "explosion", elem2: null },
"flash": { elem1: "explosion", elem2: null },
},
desc: "boom",
tempHigh: 21,
stateHigh: "explosion",
tempLow: 19,
stateLow: "explosion",
}
elements.neutronium = {
color: ["#00ffdd", "#00098b", "rgba(71, 71, 71, 1)"],
behavior: behaviors.POWDER,
category: 'evilness',
glow: true,
state: 'solid',
desc: 'A very dense and heavy element, made entirely out of neutrons, it is incredibly rare and valuable, but also very unstable.',
tempHigh: 1000,
stateHigh: "neutron",
density: 10000,
tick: function(pixel) {
if (Math.floor(Math.random() * 600) + 1 === 1) {
tryCreate('neutron', pixel.x, pixel.y-1)
};
if (Math.floor(Math.random() * 800) + 1 === 1) {
tryCreate('electric', pixel.x, pixel.y-1)
};
},
unbreakable: true,
reactions: {
"proton": { elem1: "neutron", elem2: null},
}
}

699
mods/morechemistry.js
View File

@ -1,35 +1,8 @@
/*
Version 2.1.0
*Version 2.2.0
*/
function pixelToggle(pixel, multi = {r:1,g:1,b:1}){
if(pixel.toggle != undefined){
pixel.toggle = !pixel.toggle;
let rgb;
if(Array.isArray(elements[pixel.element].color)){
let elemColor = elements[pixel.element].color[Math.round(Math.random()*elements[pixel.element].color.length)];
rgb = hexToRGB(elemColor) || getRGB(elemColor);
} else {
let elemColor = elements[pixel.element].color;
rgb = hexToRGB(elemColor) || getRGB(elemColor);
}
let num = 5 - Math.round(Math.random()*10);
if(pixel.toggle){
for(let key in rgb){
rgb[key] += (100*multi[key]);
rgb[key] = Math.round(Math.max(Math.min(rgb[key], 255), 0));
}
pixel.color = `rgb(${rgb.r+num},${rgb.g+num},${rgb.b+num})`;
}
else {
pixel.color = `rgb(${rgb.r+num},${rgb.g+num},${rgb.b+num})`;
}
}
}
function getRGB(rgb){
let rgb2 = rgb.replace(")", "").replace("rgb(", "").replace(/,/g, "r").split("r")
return { r: parseInt(rgb2[0]), g: parseInt(rgb2[1]), b: parseInt(rgb2[2]) };
}
dependOn("orchidslibrary.js", ()=>{
elements.cloner.keyInput = "str:clone", elements.ecloner.keyInput = "str:clone", elements.slow_cloner.keyInput = "str:clone", elements.floating_cloner.keyInput = "str:clone";
let xDown = false;
elements.copper_sulfate = {
@ -54,7 +27,9 @@ elements.copper_sulfate = {
mushroom_spore: {"elem2": null},
zinc: {"stain2": "#2A1210"},
fire: {"elem1": null,"elem2": "poison_gas","chance": 0.1},
sugar: {"elem1": "oxidized_copper","elem2": null,"color1": ["#CB3D3D","#A6292B","#6E1B1B"]}
sugar: {"elem1": "oxidized_copper","elem2": null,"color1": ["#CB3D3D","#A6292B","#6E1B1B"]},
magnesium: {elem1: "copper", elem2: "epsom_salt"},
wood: {stain2: "#043023"},
},
tempHigh: 110,
fireColor: [
@ -192,6 +167,16 @@ elements.toggle_cloner = {
p2.clone = pixel.clone;
}
}
},
dataInFunc: function(pixel, value){
if(value.includes(":")){
let valueArr = value.split(":");
if(Array.isArray(pixel[valueArr[0]]) && !pixel[valueArr[0]].includes(valueArr[1])){
pixel[valueArr[0]].push(valueArr[1]);
} else {
pixel[valueArr[0]] = (Number.isInteger(pixel[valueArr[0]])) ? parseInt(valueArr[1]) : valueArr[1];
}
}
}
};
@ -234,6 +219,16 @@ elements.multi_toggle_cloner = {
},
onSelect: function(){
logMessage("Place cloner, then add elements to the clone list by selecting the element and hold down shift while clicking in it, then click on it to toggle on or off. Shift clicking with an element already found in the list will remove it.");
},
dataInFunc: function(pixel, value){
if(value.includes(":")){
let valueArr = value.split(":");
if(Array.isArray(pixel[valueArr[0]]) && !pixel[valueArr[0]].includes(valueArr[1])){
pixel[valueArr[0]].push(valueArr[1]);
} else {
pixel[valueArr[0]] = (Number.isInteger(pixel[valueArr[0]])) ? parseInt(valueArr[1]) : valueArr[1];
}
}
}
}
@ -311,6 +306,16 @@ elements.e_temper = {
p2.temp += difference/4;
}
}
},
dataInFunc: function(pixel, value){
if(value.includes(":")){
let valueArr = value.split(":");
if(Array.isArray(pixel[valueArr[0]]) && !pixel[valueArr[0]].includes(valueArr[1])){
pixel[valueArr[0]].push(valueArr[1]);
} else {
pixel[valueArr[0]] = (Number.isInteger(pixel[valueArr[0]])) ? parseInt(valueArr[1]) : valueArr[1];
}
}
}
}
@ -369,6 +374,16 @@ elements.toggle_temper = {
}
if(pixel.clickCd > 0){pixel.clickCd--;};
},
dataInFunc: function(pixel, value){
if(value.includes(":")){
let valueArr = value.split(":");
if(Array.isArray(pixel[valueArr[0]]) && !pixel[valueArr[0]].includes(valueArr[1])){
pixel[valueArr[0]].push(valueArr[1]);
} else {
pixel[valueArr[0]] = (Number.isInteger(pixel[valueArr[0]])) ? parseInt(valueArr[1]) : valueArr[1];
}
}
}
}
elements.multitool = {
@ -661,6 +676,16 @@ elements.target_sensor = {
}
}
pixel.clickCd -= (pixel.clickCd > 0) ? 1 : 0;
},
dataInFunc: function(pixel, value){
if(value.includes(":")){
let valueArr = value.split(":");
if(Array.isArray(pixel[valueArr[0]]) && !pixel[valueArr[0]].includes(valueArr[1])){
pixel[valueArr[0]].push(valueArr[1]);
} else {
pixel[valueArr[0]] = (Number.isInteger(pixel[valueArr[0]])) ? parseInt(valueArr[1]) : valueArr[1];
}
}
}
}
@ -673,10 +698,30 @@ Pixel.prototype.inRange = function(range){
}
return res;
}
elements.acid.ignore = elements.acid.ignore.concat(["nitric_acid", "aqua_regia", "chloroauric_acid", "nitrogen_dioxide", "nitric_acid_ice", "nitrogen_dioxide_ice", "acid", "chloroauric_acid", "magnesium_chloride", "magnesium_carbonate", "magnesium_hydroxide", "magnesium", "gallium", "gallium_chloride", "salt", "aluminum", "aluminum_chloride", "target_portal_in"]);
function acidTick(pixel){
for(let coords of adjacentCoords){
let x = pixel.x+coords[0], y = pixel.y+coords[1];
let p2 = getPixel(x,y);
let ignore = false;
for(let item of elements[pixel.element].ignore){
if(p2 != null && item.startsWith("*")&&p2.element.endsWith(item.split("*")[1])){
ignore = true;
} else if (p2 != null && item.endsWith("*")&&p2.element.startsWith(item.split("*")[0])){
ignore = true;
}
}
if(p2 != null && !(elements[pixel.element].ignore.includes(p2.element) || ignore || p2.element == pixel.element)){
deletePixel(x,y);
deletePixel(pixel.x, pixel.y);
}
}
}
elements.acid.behavior = behaviors.LIQUID;
elements.acid.tick = acidTick;
elements.acid.ignore = elements.acid.ignore.concat(["nitric_acid", "aqua_regia", "nitrogen_dioxide", "nitric_acid_ice", "nitrogen_dioxide_ice", "acid", "chloroauric_acid", "*chloride", "*carbonate", "*acetate", "*sulfate", "*gallium", "*hydroxide", "salt", "*aluminum", "target_portal_in", "*magnesium", "*copper", "*iron", "*calcium", "sulfuric_acid", "*vinegar", "*gypsum", "*wall", "epsom_salt", "*platinum", "chloroplatinic_acid", "*sulfur*"]);
elements.nitric_acid = {
alias: "HNO₃",
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"]],
behavior: behaviors.LIQUID,
ignore: elements.acid.ignore,
state: "liquid",
color: ["#f5e7e1", "#f7e8e1", "#f7ebe6"],
@ -688,6 +733,7 @@ elements.nitric_acid = {
density: 1510,
category: "liquids",
tick: function(pixel){
acidTick(pixel);
for(let coords of squareCoords){
let x = pixel.x+coords[0], y = pixel.y+coords[1];
let p2 = getPixel(x,y);
@ -718,6 +764,7 @@ elements.nitrogen_dioxide = {
};
elements.nitrogen_dioxide_ice = {
temp: -20,
color: ["#4f1607", "#4d1709", "#541606", "#471407"],
behavior: behaviors.WALL,
state: "solid",
@ -727,6 +774,7 @@ elements.nitrogen_dioxide_ice = {
};
elements.nitric_acid_ice = {
temp: -45,
behavior: behaviors.WALL,
color: ["#f5e7e4", "#f5efed", "#fcfafa"],
state: "solid",
@ -738,7 +786,7 @@ elements.nitric_acid_ice = {
elements.aqua_regia = {
alias: "3HCl•HNO₃",
color:["#ffc766", "#f5c36e", "#f7c163", "#ffcd75"],
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"]],
behavior: behaviors.LIQUID,
ignore: elements.acid.ignore,
category: "liquids",
state: "liquid",
@ -748,22 +796,24 @@ elements.aqua_regia = {
gold_coin: {elem1: "chloroauric_acid", elem2: null, chance: 0.15},
blue_gold: {elem1: ["chloroauric_acid", "gallium_chloride"], elem2: null, chance: 0.15},
purple_gold: {elem1: ["chloroauric_acid", "chloroauric_acid", "chloroauric_acid", "aluminum_chloride"], elem2: null, chance: 0.15},
}
},
tick: acidTick,
};
elements.chloroauric_acid = {
color: ["#f7bb2f", "#f5bb33", "#f5b727", "#e8ae25"],
alias: "H(AuCl₄)",
behavior: behaviors.POWDER,
category: "powders",
category: "salts",
state: "solid",
density: 3900,
reactions: {
potassium: {elem1: "gold_coin", elem2: "potassium_salt", func: function(pixel){for(let coords of squareCoords){let x=pixel.x+coords[0],y=pixel.y+coords[1]; if(isEmpty(x,y) && !outOfBounds(x,y) && Math.random()<0.25){createPixel("hydrogen", x, y);}}}},
sodium: {elem1: "gold_coin", elem2: "salt", func: function(pixel){for(let coords of squareCoords){let x=pixel.x+coords[0],y=pixel.y+coords[1]; if(isEmpty(x,y) && !outOfBounds(x,y) && Math.random()<0.25){createPixel("hydrogen", x, y);}}}},
potassium: {elem1: "gold_coin", elem2: "potassium_salt", func: function(pixel){for(let coords of squareCoords){let x=pixel.x+coords[0],y=pixel.y+coords[1]; if(isEmpty(x,y) && !outOfBounds(x,y) && Math.random()<0.25){createPixel("hydrogen", x, y);}}}, color1: ["#574000", "#705200", "#634900", "#755600"]},
sodium: {elem1: "gold_coin", elem2: "salt", func: function(pixel){for(let coords of squareCoords){let x=pixel.x+coords[0],y=pixel.y+coords[1]; if(isEmpty(x,y) && !outOfBounds(x,y) && Math.random()<0.25){createPixel("hydrogen", x, y);}}}, color1: ["#574000", "#705200", "#634900", "#755600"]},
caustic_potash: {elem1: "gold_coin", elem2: "potassium_salt", func: function(pixel){for(let coords of squareCoords){let x=pixel.x+coords[0],y=pixel.y+coords[1]; if(isEmpty(x,y) && !outOfBounds(x,y) && Math.random()<0.25){createPixel("water", x, y);}}}},
lye: {elem1: "gold_coin", elem2: "salt", func: function(pixel){for(let coords of squareCoords){let x=pixel.x+coords[0],y=pixel.y+coords[1]; if(isEmpty(x,y) && !outOfBounds(x,y) && Math.random()<0.25){createPixel("water", x, y);}}}},
magnesium: {elem1: "gold_coin", elem2: "magnesium_chloride", func: function(pixel){for(let coords of squareCoords){let x=pixel.x+coords[0],y=pixel.y+coords[1]; if(isEmpty(x,y) && !outOfBounds(x,y) && Math.random()<0.25){createPixel("hydrogen", x, y);}}}},
metal_scrap: {elem1: "gold_coin", elem2: "slag", func: function(pixel){for(let coords of squareCoords){let x=pixel.x+coords[0],y=pixel.y+coords[1]; if(isEmpty(x,y) && !outOfBounds(x,y) && Math.random()<0.25){createPixel("hydrogen", x, y);}}}},
lye: {elem1: "gold_coin", elem2: "salt", func: function(pixel){for(let coords of squareCoords){let x=pixel.x+coords[0],y=pixel.y+coords[1]; if(isEmpty(x,y) && !outOfBounds(x,y) && Math.random()<0.25){createPixel("water", x, y);}}}, color1: ["#574000", "#705200", "#634900", "#755600"]},
magnesium: {elem1: "gold_coin", elem2: "magnesium_chloride", func: function(pixel){for(let coords of squareCoords){let x=pixel.x+coords[0],y=pixel.y+coords[1]; if(isEmpty(x,y) && !outOfBounds(x,y) && Math.random()<0.25){createPixel("hydrogen", x, y);}}}, color1: ["#574000", "#705200", "#634900", "#755600"]},
metal_scrap: {elem1: "gold_coin", elem2: "slag", func: function(pixel){for(let coords of squareCoords){let x=pixel.x+coords[0],y=pixel.y+coords[1]; if(isEmpty(x,y) && !outOfBounds(x,y) && Math.random()<0.25){createPixel("hydrogen", x, y);}}}, color1: ["#574000", "#705200", "#634900", "#755600"]},
copper: {elem1: "copper_chloride", elem2: "gold", color2: ["#574000", "#705200", "#634900", "#755600"]}
}
};
elements.magnesium_chloride = {
@ -778,16 +828,30 @@ elements.magnesium_chloride = {
lye: {elem1: "magnesium_hydroxide", elem2: "salt"},
caustic_potash: {elem1: "magnesium_hydroxide", elem2: "potassium_salt"},
ash: {elem1: "magnesium_carbonate", elem2: ["dust","dust",null,"potassium_salt", "charcoal"]}
},
tempHigh: 714,
}
elements.molten_magnesium_chloride = {
alias: "MgCl₂",
density: 2150,
behavior: behaviors.MOLTEN,
state: "liquid",
color: ["#ffeb91", "#ffea8c", "#ffd480", "#ffd685", "#ffc37a"],
category: "states",
tempLow: 713,
stateLow: "magnesium_chloride",
stateHigh: ["acid_gas", "magnesium"],
tempHigh: 800,
temp: 720,
}
elements.calcium_chloride = {
flameColor: ["#fc8721", "#f58625", "#fa8d2d"],
alias: "CaCl₂",
category: "salts",
density: 2150,
behavior: behaviors.POWDER,
state: "solid",
color: ["#f2f2f2", "#f5f5f5", "#ebebeb", "#e6e6e6"],
density: 2320,
reactions: {
baking_soda: {elem1: "limestone", elem2: "salt"},
lye: {elem1: "slaked_lime", elem2: "salt"},
@ -795,7 +859,24 @@ elements.calcium_chloride = {
ash: {elem1: "limestone", elem2: ["dust","dust",null,"potassium_salt", "charcoal"]},
epsom_salt: {elem1: "hardened_gypsum", elem2: "magnesium_chloride"},
carbon_dioxide: {elem1: "limestone", elem2: "chlorine", chance: 0.001, tempMin: 60}
},
tempHigh: 772,
stateHigh: "molten_calcium_chloride",
}
elements.molten_calcium_chloride = {
flameColor: ["#fc8721", "#f58625", "#fa8d2d"],
alias: "CaCl₂",
density: 2150,
behavior: behaviors.MOLTEN,
state: "liquid",
color: ["#ffeb91", "#ffea8c", "#ffd480", "#ffd685", "#ffc37a"],
category: "states",
tempLow: 771,
stateLow: "calcium_chloride",
reactions: {
oxygen: {elem1: "quicklime", elem2: "chlorine", chance: 0.005, tempMin: 800}
},
temp: 780,
}
elements.sodium.reactions.carbon_dioxide = {elem1: "baking_soda", elem2: null}, elements.magnesium.reactions.carbon_dioxide = {elem1: "magnesium_carbonate", elem2:null};
elements.acid.reactions.magnesium = {elem1: "hydrogen", elem2: "magnesium_chloride"};
@ -807,7 +888,8 @@ elements.magnesium_carbonate = {
color: ["#f2f2f2", "#f5f5f5", "#ebebeb", "#e6e6e6"],
density: 2960,
reactions: {
acid: {elem1: "magnesium_chloride", elem2: ["carbon_dioxide", "foam", "seltzer", "seltzer"]}
acid: {elem1: "magnesium_chloride", elem2: ["carbon_dioxide", "foam", "seltzer", "seltzer"]},
vinegar: {elem1: "magnesium_acetate", elem2: ["carbon_dioxide", "foam", "seltzer", "seltzer"]}
}
}
elements.magnesium_hydroxide = {
@ -818,9 +900,17 @@ elements.magnesium_hydroxide = {
color: ["#f2f2f2", "#f5f5f5", "#ebebeb", "#e6e6e6"],
density: 2340,
reactions: {
acid: {elem1: "magnesium_chloride", elem2: "water"}
}
acid: {elem1: "magnesium_chloride", elem2: "water"},
vinegar: {elem1: "magnesium_acetate", elem2: "water"},
},
tempHigh: 350,
stateHigh: ["steam", "magnesium"],
}
elements.vinegar.reactions.limestone = undefined;
elements.limestone.reactions = {vinegar: {elem1: "calcium_acetate", elem2: ["carbon_dioxide", "foam", "seltzer", "seltzer"]}};
elements.quicklime.reactions.vinegar = {elem1: "calcium_acetate", elem2: "oxygen"};
elements.oxidized_copper.reactions.vinegar = {elem1: "copper_acetate", elem2: "water"};
elements.slaked_lime.reactions.vinegar = {elem1: "calcium_acetate", elem2: "water"};
elements.hardened_gypsum = {
alias: "CaSO₄•2H₂O",
color: ["#f2f2f2", "#f5f5f5", "#ebebeb", "#e6e6e6"],
@ -838,7 +928,7 @@ elements.gypsum = {
behavior: behaviors.STURDYPOWDER,
density: 2420,
tick: function(pixel){
let chance = (pixel.temp-18)/100*(pixel.temp/40)*((pixelTicks-pixel.start)/250);
let chance = ((pixel.temp-18)/100*(Math.abs(pixel.temp)/40)*((pixelTicks-pixel.start)/250))*0.1;
if(Math.random()<chance){
changePixel(pixel, "hardened_gypsum");
}
@ -880,8 +970,8 @@ elements.aluminum_chloride = {
behavior: behaviors.POWDER,
state: "solid",
density: 2480,
tempHigh: 630,
stateHigh: ["chlorine", "aluminum"],
}
elements.acid.reactions.aluminum = {elem1: "hydrogen", elem2: "aluminum_chloride"};
elements.acid.reactions.purple_gold = {elem1: ["aluminum_chloride", "aluminum_chloride", "hydrogen"], elem2: "gold"};
@ -956,5 +1046,520 @@ elements.target_portal_in = {
}
}
}
},
dataInFunc: function(pixel, value){
if(value.includes(":")){
let valueArr = value.split(":");
if(Array.isArray(pixel[valueArr[0]]) && !pixel[valueArr[0]].includes(valueArr[1])){
pixel[valueArr[0]].push(valueArr[1]);
} else {
pixel[valueArr[0]] = (Number.isInteger(pixel[valueArr[0]])) ? parseInt(valueArr[1]) : valueArr[1];
}
}
}
}
elements.aluminum_acetate = {
density: 1002,
color: ["#e8e8e8", "#ededed", "#e8e8e8", "#dedede"],
behavior: behaviors.POWDER,
state: "solid",
category: "salts",
alias: "Al(CH₃COO)₃",
reactions: {
acid: {elem1: "aluminum_chloride", elem2: "vinegar"},
},
tempHigh: 120,
stateHigh: ["vinegar", "aluminum"],
}
elements.magnesium_acetate = {
density: 1450,
color: ["#e8e8e8", "#ededed", "#e8e8e8", "#dedede"],
behavior: behaviors.POWDER,
state: "solid",
category: "salts",
alias: "Mg(CH₃COO)₂",
reactions: {
acid: {elem1: "magnesium_chloride", elem2: "vinegar"},
baking_soda: {elem1: "magnesium_carbonate", elem2: "sodium_acetate"},
ash: {elem1: "magnesium_carbonate", elem2: ["dust", "dust", null, "potassium_acetate"]},
},
tempHigh: 300,
stateHigh: ["vinegar", "magnesium_carbonate"],
}
elements.calcium_acetate = {
flameColor: ["#fc8721", "#f58625", "#fa8d2d"],
density: 1509,
color: ["#e8e8e8", "#ededed", "#e8e8e8", "#dedede"],
behavior: behaviors.POWDER,
state: "solid",
category: "salts",
alias: "Ca(CH₃COO)₂",
reactions: {
acid: {elem1: "calcium_chloride", elem2: "vinegar"},
baking_soda: {elem1: "limestone", elem2: "sodium_acetate"},
ash: {elem1: "limestone", elem2: ["dust", "dust", null, "potassium_acetate"]},
epsom_salt: {elem1: "hardened_gypsum", elem2: "magnesium_acetate"},
copper_sulfate: {elem1: "hardened_gypsum", elem2: "copper_acetate"},
},
tempHigh: 650,
stateHigh: ["vinegar", "limestone"]
}
elements.potassium_acetate = {
density: 1570,
fireColor: ["#e3a6ff", "#d798f5", "#d88efa"],
color: ["#e8e8e8", "#ededed", "#e8e8e8", "#dedede"],
behavior: behaviors.POWDER,
state: "solid",
category: "salts",
alias: "CH₃COOK",
reactions: {
acid: {elem1: "potassium_salt", elem2: "vinegar"},
baking_soda: {elem1: "caustic_potash", elem2: "sodium_acetate"},
},
tempHigh: 292,
}
elements.copper_acetate = {
density: 1880,
fireColor:["#4dff58", "#4ee658", "#59f054", "#54f05c"],
color: ["#00594d", "#036357", "#045661", "#044052"],
behavior: behaviors.POWDER,
state: "solid",
category: "salts",
alias: "Cu(CH₃COO)₂",
reactions: {
sodium: {elem1: "copper", elem2: "sodium_acetate"},
potassium: {elem1: "copper", elem2: "potassium_acetate"},
magnesium: {elem1: "copper", elem2: "magnesium_acetate"},
calcium: {elem1: "copper", elem2: "calcium_acetate"},
aluminum: {elem1: "copper", elem2: "aluminum_acetate"},
wood: {stain2: "#043023"},
},
tempHigh: 240,
stateHigh: ["vinegar", "oxidized_copper"],
}
elements.copper_chloride = {
density: 3390,
tempHigh: 620,
stateHigh: ["copper", "chlorine"],
color: ["#59f0c2", "#57f2b2", "#53edce", "#61eddf"],
behavior: behaviors.POWDER,
state: "solid",
category: "salts",
alias: "CuCl₂",
reactions: {
sodium: {elem1: "copper", elem2: "sodium_acetate"},
potassium: {elem1: "copper", elem2: "potassium_acetate"},
magnesium: {elem1: "copper", elem2: "magnesium_acetate"},
calcium: {elem1: "copper", elem2: "calcium_acetate"},
aluminum: {elem1: "copper", elem2: "aluminum_acetate"},
wood: {stain2: "#043023"},
},
properties: {
anhydrous: false
},
fireColor: "#19abff",
tick: function(pixel){
if(pixelTicks-pixel.start == 2 && xDown){
pixel.anhydrous = true;
let rgb = {r: 74, g: 42, b: 10};
let num = 6 - (Math.round(Math.random()*12));
for(let key in rgb){
rgb[key] += num;
}
pixel.color = `rgb(${rgb.r},${rgb.g},${rgb.b})`;
}
let multi = (pixel.temp-70)/100;
multi = (multi < 0) ? 0 : ((multi > 1) ? 1 : multi);
if(Math.random() < 0.05*multi){
pixel.anhydrous = true;
let rgb = {r: 74, g: 42, b: 10};
let num = 6 - (Math.round(Math.random()*12));
for(let key in rgb){
rgb[key] += num;
}
pixel.color = `rgb(${rgb.r},${rgb.g},${rgb.b})`;
}
if(pixel.anhydrous){
let neighbors = [];
for(let coords of squareCoords){
let x = pixel.x+coords[0], y = pixel.y+coords[1];
neighbors[neighbors.length] = (isEmpty(x,y) && !outOfBounds(x,y)) ? "air" : (!outOfBounds(x,y)) ? pixelMap[x][y].element : undefined;
}
if(neighbors.includes("air") && pixel.temp < 50 && Math.random() < 0.00035){
pixel.anhydrous = false;
let rgb = (Math.random() > 0.5) ? {r: 116, g: 237, b: 203} : {r: 116, g: 237, b: 231};
let num = 6 - (Math.round(Math.random()*12));
for(let key in rgb){
rgb[key] += num;
}
pixel.color = `rgb(${rgb.r},${rgb.g},${rgb.b})`;
} else if (neighbors.includes("steam") || neighbors.includes("water") || neighbors.includes("salt_water") || neighbors.includes("sugar_water") || neighbors.includes("dirty_water") || neighbors.includes("seltzer") || neighbors.includes("pool_water") || neighbors.includes("slush")){
pixel.anhydrous = false;
let rgb = (Math.random() > 0.5) ? {r: 116, g: 237, b: 203} : {r: 116, g: 237, b: 231};
let num = 6 - (Math.round(Math.random()*12));
for(let key in rgb){
rgb[key] += num;
}
pixel.color = `rgb(${rgb.r},${rgb.g},${rgb.b})`;
}
}
}
}
elements.magnesium.reactions.water = {elem1: "magnesium_hydroxide", elem2: "hydrogen"};
elements.sulfuric_acid = {
alias: "H₂SO₄",
category: "liquids",
ignore: elements.acid.ignore,
tick: acidTick,
color: ["#f5f5f5", "#fcfcfc", "#fffce8", "#fffce6"],
behavior: behaviors.LIQUID,
state: "liquid",
density: 1830,
reactions: {
magnesium_carbonate: {elem1: ["carbon_dioxide", "foam","foam"], elem2: "epsom_salt"},
limestone: {elem1: ["carbon_dioxide", "foam","foam"], elem2: "hardened_gypsum"},
quicklime: {elem1: "water", elem2: "hardened_gypsum"},
slaked_lime: {elem1: "water", elem2: "hardened_gypsum"},
copper_acetate: {elem1: "vinegar", elem2: "copper_sulfate"},
copper_oxide: {elem1: "water", elem2: "copper_sulfate"},
copper_chloride: {elem1: "acid_gas", elem2: "copper_sulfate"},
magnesium: {elem1: "hydrogen", elem2: "epsom_salt"},
calcium: {elem1: "hydrogen", elem2: "hardened_gypsum"},
magnesium_chloride: {elem1: "acid_gas", elem2: "epsom_salt"},
calcium_chloride: {elem1: "acid_gas", elem2: "hardened_gypsum"},
calcium_acetate: {elem1: "vinegar", elem2: "hardened_gypsum"},
},
}
elements.platinum = {
alias: "Pt",
color: ["#cccccc", "#cfcfcf", "#d9d9d9", "#dedede"],
category: "solids",
state: "solid",
density: 21450,
behavior: behaviors.WALL,
reactions: {
aqua_regia: {elem1: "chloroplatinic_acid", elem2: "hydrogen"},
},
tempHigh: 1768,
stateHigh: "molten_platinum",
}
elements.molten_platinum = {
color: ["#ffd429", "#f7b228", "#ffb13d", "#ffd83d"],
behavior: behaviors.MOLTEN,
category: "states",
state: "liquid",
density: 21450,
tempLow: 1767,
stateLow: "platinum",
temp: 1770
}
elements.chloroplatinic_acid = {
color: ["#e6842e", "#f5923b", "#f5853b", "#f57a33"],
behavior: behaviors.POWDER,
category: "salts",
state: "solid",
density: 2431,
alias: "H₂PtCl₆",
tempHigh: 500,
stateHigh: ["acid_gas", "chlorine", "platinum", "platinum"],
reactions: {
sodium: {elem1: "salt", elem2: "platinum", color2: ["#404040", "#525252", "#454545", "#2e2e2e", "#262626"]},
potassium: {elem1: "potassium_salt", elem2: "platinum", color2: ["#404040", "#525252", "#454545", "#2e2e2e", "#262626"]},
magnesium: {elem1: "magnesium_chloride", elem2: "platinum", color2: ["#404040", "#525252", "#454545", "#2e2e2e", "#262626"]},
calcium: {elem1: "calcium_chloride", elem2: "platinum", color2: ["#404040", "#525252", "#454545", "#2e2e2e", "#262626"]},
aluminum: {elem1: "aluminum_chloride", elem2: "platinum", color2: ["#404040", "#525252", "#454545", "#2e2e2e", "#262626"]},
baking_soda: {elem1: ["salt", "foam"], elem2: "platinum", color2: ["#404040", "#525252", "#454545", "#2e2e2e", "#262626"]},
limestone: {elem1: ["calcium_chloride", "foam"], elem2: "platinum", color2: ["#404040", "#525252", "#454545", "#2e2e2e", "#262626"]},
caustic_potash: {elem1: "potassium_salt", elem2: "platinum", color2: ["#404040", "#525252", "#454545", "#2e2e2e", "#262626"]},
lye: {elem1: "salt", elem2: "platinum", color2: ["#404040", "#525252", "#454545", "#2e2e2e", "#262626"]},
ash: {elem1: ["potassium_salt", "foam", "charcoal", null, null], elem2: "platinum", color2: ["#404040", "#525252", "#454545", "#2e2e2e", "#262626"]},
copper: {elem1: "copper_chloride", elem2: "platinum", color2: ["#404040", "#525252", "#454545", "#2e2e2e", "#262626"]}
}
}
elements.magnet = {
keyInput: "range",
category: "machines",
range: 0,
attract: ["#1e43fc", "#1137f2", "#1c42ff", "#143bff"],
repel: ["#ff1814", "#ff1612", "#ff201c", "#ff0e0a"],
off: ["#303030", "#454545", "#3b3b3b", "#3d3d3d"],
color: ["#303030", "#454545", "#3b3b3b", "#3d3d3d"],
properties: {
range: null,
dragPixels: [],
clickCd: 0,
targetElems: [],
mode: 0,
},
onSelect: function(){
promptInput("Enter the range of this machine:", (input)=>{elements.magnet.range = parseInt(input);}, "Magnet Range", elements.magnet.range);
},
onClicked: function(pixel, elem){
if(pixel.targetElems.includes(elem) && elem != "unknown" && pixel.clickCd <= 0){
pixel.targetElems.splice(pixel.targetElems.indexOf(elem), 1);
pixel.clickCd = 20;
} else if (elem != "unknown" && pixel.clickCd <= 0) {
pixel.targetElems.push(elem);
pixel.clickCd = 20;
}
if(elem == "unknown" && pixel.clickCd <= 0){
switch(pixel.mode){
case 0:
pixel.mode = 1; //attract
pixel.color = elements.magnet.attract[Math.round(Math.random()*elements.magnet.attract.length)];
while(pixel.color == undefined){
pixel.color = elements.magnet.attract[Math.round(Math.random()*elements.magnet.attract.length)];
}
break;
case 1:
pixel.mode = 2; //repel
pixel.color = elements.magnet.repel[Math.round(Math.random()*elements.magnet.repel.length)];
while(pixel.color == undefined){
pixel.color = elements.magnet.repel[Math.round(Math.random()*elements.magnet.repel.length)];
}
break;
case 2:
pixel.mode = 0; //off
pixel.color = elements.magnet.off[Math.round(Math.random()*elements.magnet.off.length)];
while(pixel.color == undefined){
pixel.color = elements.magnet.off[Math.round(Math.random()*elements.magnet.off.length)];
}
break;
default:
pixel.mode = 0;
pixel.color = elements.magnet.off[Math.round(Math.random()*elements.magnet.off.length)];
while(pixel.color == undefined){
pixel.color = elements.magnet.off[Math.round(Math.random()*elements.magnet.off.length)];
}
break;
};
pixel.clickCd = 20;
}
},
tick: function(pixel){
pixel.clickCd -= (pixel.clickCd == 0) ? 0 : 1;
if(pixel.range == null){
pixel.range = elements.magnet.range;
};
let range = mouseRange(pixel.x, pixel.y, pixel.range);
for(let p of pixel.dragPixels){
if(!p.inRange(range) || pixel.mode == 0 || !currentPixels.includes(p) || !pixel.targetElems.includes(p.element)){
p.drag = false;
pixel.dragPixels.splice(pixel.dragPixels.indexOf(p), 1);
} else {
switch(pixel.mode){
case 1:
let dX = pixel.x-p.x, dY = pixel.y-p.y;
tryMove(p, p.x+Math.sign(dX), p.y+Math.sign(dY), null, true);
break;
case 2:
let dx = p.x-pixel.x, dy = p.y-pixel.y;
tryMove(p, p.x+Math.sign(dx), p.y+Math.sign(dy), null, true);
break;
}
}
};
for(let coords of range){
let p2 = getPixel(coords[0], coords[1]);
if(p2 != null && pixel.targetElems.includes(p2.element) && pixel.mode != 0 && !pixel.dragPixels.includes(p2)){
p2.drag = true;
pixel.dragPixels.push(p2);
}
}
},
dataInFunc: function(pixel, value){
if(value.includes(":")){
let valueArr = value.split(":");
if(Array.isArray(elements[pixel.element].properties[valueArr[0]]) && !pixel[valueArr[0]].includes(valueArr[1])){
pixel[valueArr[0]].push(valueArr[1]);
} else if(!Array.isArray(elements[pixel.element].properties[valueArr[0]])){
pixel[valueArr[0]] = (Number.isInteger(pixel[valueArr[0]])) ? parseInt(valueArr[1]) : valueArr[1];
}
}
}
}
elements.liquid_sulfur_trioxide = {
density: 1920,
color: ["#fffdc7", "#fffdcc", "#f7f6da", "#f5f3bc"],
behavior: behaviors.LIQUID,
state: "liquid",
category: "states",
reactions: {
plant: {elem1: null, elem2: "dead_plant"},
fruit_leaves: {elem1: null, elem2: "dead_plant"},
fruit_branch: {elem1: null, elem2: "wood"},
tree_branch: {elem1: null, elem2: "wood"},
fruit_vine: {elem1: null, elem2: "dead_plant"},
low_fruit_vine: {elem1: null, elem2: "dead_plant"},
water: {elem1: null, elem2:"sulfuric_acid"},
quicklime: {elem1: null, elem2: "hardened_gypsum"},
},
tick: function(pixel){
for(let coords of adjacentCoords){
let x = pixel.x+coords[0], y = pixel.y+coords[1];
let p2 = getPixel(x,y);
if(p2 != null && eLists.ANIMAL.includes(p2.element)){
if(p2.element == "rat"){
deletePixel(pixel.x,pixel.y);
changePixel(p2, "rotten_meat");
} else {
deletePixel(pixel.x,pixel.y);
changePixel(p2, "dead_bug");
}
} else if (p2 != null && eLists.CLEANANIMAL.includes(p2.element)){
if(["frog", "tadpole"].includes(p2.element)){
deletePixel(pixel.x,pixel.y);
changePixel(p2, "rotten_meat");
} else {
deletePixel(pixel.x,pixel.y);
changePixel(p2, "dead_bug");
}
} else if (p2 != null && eLists.SEEDS.includes(p2.element)){
deletePixel(pixel.x,pixel.y);
changePixel(p2, "dead_plant");
}
}
},
tempLow: 16,
stateLow: "sulfur_trioxide",
}
elements.sulfur_trioxide = {
temp: 16,
density: 1920,
color: ["#fffdc7", "#fffdcc", "#f7f6da", "#f5f3bc"],
behavior: behaviors.POWDER,
state: "solid",
category: "salts",
reactions: {
plant: {elem1: null, elem2: "dead_plant"},
fruit_leaves: {elem1: null, elem2: "dead_plant"},
fruit_branch: {elem1: null, elem2: "wood"},
tree_branch: {elem1: null, elem2: "wood"},
fruit_vine: {elem1: null, elem2: "dead_plant"},
low_fruit_vine: {elem1: null, elem2: "dead_plant"},
water: {elem1: null, elem2:"sulfuric_acid"},
quicklime: {elem1: null, elem2: "hardened_gypsum"},
grass: {elem1: null, elem2: "dead_plant"},
vine: {elem1: null, elem2: "dead_plant"},
evergreen: {elem1: null, elem2: "dead_plant"},
},
tick: function(pixel){
for(let coords of adjacentCoords){
let x = pixel.x+coords[0], y = pixel.y+coords[1];
let p2 = getPixel(x,y);
if(p2 != null && eLists.ANIMAL.includes(p2.element)){
if(p2.element == "rat"){
deletePixel(pixel.x,pixel.y);
changePixel(p2, "rotten_meat");
} else {
deletePixel(pixel.x,pixel.y);
changePixel(p2, "dead_bug");
}
} else if (p2 != null && eLists.CLEANANIMAL.includes(p2.element)){
if(["frog", "tadpole"].includes(p2.element)){
deletePixel(pixel.x,pixel.y);
changePixel(p2, "rotten_meat");
} else {
deletePixel(pixel.x,pixel.y);
changePixel(p2, "dead_bug");
}
} else if (p2 != null && eLists.SEEDS.includes(p2.element)){
deletePixel(pixel.x,pixel.y);
changePixel(p2, "dead_plant");
}
}
},
tempHigh: 17,
stateHigh: "liquid_sulfur_trioxide",
}
elements.sulfur.burnInto = "liquid_sulfur_trioxide", elements.molten_sulfur.burnInto = "liquid_sulfur_trioxide", elements.sulfur_gas.burnInto = "liquid_sulfur_trioxide";
/*Inspired by the bismuth element from nousersthings.js*/
elements.bismuth = {
color: ["#d4d4d4", "#d6d6d6", "#dedede", "#d9d9d9", "#dbdbd5"],
tempHigh: 271,
stateHigh: "molten_bismuth",
category: "solids",
state: "solid",
density: 9807,
}
elements.molten_bismuth = {
color: ["#d4d4d4", "#d6d6d6", "#dedede", "#d9d9d9", "#dbdbd5"],
category: "states",
state: "liquid",
behavior: behaviors.MOLTEN,
tick: function(pixel){
if(pixel.temp > 250 && pixel.temp < 270){
chance = 0.000075-(Math.min((pixel.temp-250)/20, 0)*0.00005);
if(Math.random()<chance){
let colors = [
{r:255, g:127, b:0},
{r: 255, g:200, b:0},
{r: 255, g:255, b:0},
{r:0, g:255, b:0},
{r:0, g:255, b:255},
{r:0, g:0, b:255},
{r:255, g:0, b:255},
{r:255, g:0, b:70},
{r:255, g:105, b:0},
];
let num = Math.round(Math.random()*7);
let newColorArr = [];
for(let i = 0; i < colors.length; i++){
newColorArr[i] = colors[(i+num)%colors.length];
}
changePixel(pixel, "bismuth");
pixel.colorArr = newColorArr;
pixel.crystallized = true;
pixel.color = normalize(newColorArr[0]);
pixel.position = 1;
} else {
let positions = [], coordsArr = [];
for(let coords of squareCoords){
let x = pixel.x+coords[0], y = pixel.y+coords[1];
let p2 = getPixel(x,y);
if(p2 != null && p2.element == "bismuth" && p2.crystallized){
positions.push(p2.position);
coordsArr.push([x,y]);
}
}
if(Math.random()<0.005 && positions.length > 0){
let lowestIndex = positions.indexOf(Math.min(...positions));
let newPos = positions[lowestIndex]+1;
let coords = coordsArr[lowestIndex], colors = pixelMap[coords[0]][coords[1]].colorArr || [
{r:255, g:127, b:0},
{r: 255, g:200, b:0},
{r: 255, g:255, b:0},
{r:0, g:255, b:0},
{r:0, g:255, b:255},
{r:0, g:0, b:255},
{r:255, g:0, b:255},
{r:255, g:0, b:70},
{r:255, g:105, b:0},
];
let current = ((newPos%11)/10)*colors.length;
let currentIndex = Math.floor(current);
let d = current-currentIndex;
let c1 = colors[currentIndex%colors.length], c2 = colors[(currentIndex+1)%colors.length];
changePixel(pixel, "bismuth");
pixel.crystallized = true;
pixel.position = newPos;
let num = 207 + (Math.round(Math.random()*12)-6);
let rgb = getRGB(interpolateRgb(c1, c2, d));
rgb.r = Math.round(rgb.r*(num/255)), rgb.g = Math.round(rgb.g*(num/255)), rgb.b = Math.round(rgb.b*(num/255));
pixel.color = normalize(rgb);
}
}
}
},
tempLow: 250,
stateLow: "bismuth",
temp: 270,
};
}, true);

1384
mods/nature_Mod.js Normal file
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9
mods/nousersthings.js
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@ -3901,6 +3901,13 @@ elements.false_vacuum = {
if (!pixel.timeAlive){
pixel.timeAlive = 0
}
if (!pixel.generations){
pixel.generations = 0
}
if (pixel.generations > Math.max(width, height)){
deletePixel(pixel.x, pixel.y)
return
}
pixel.color = `rgb(${180/(pixel.timeAlive+2)}, ${27/(pixel.timeAlive+2)}, ${27/(pixel.timeAlive+2)})`
if (pixel.timeAlive === 0){
for (i = 0; i < squareCoords.length; i++){
@ -3910,9 +3917,11 @@ elements.false_vacuum = {
if (pixelMap[x][y].element !== "false_vacuum"){
deletePixel(x, y)
createPixel("false_vacuum", x, y)
pixelMap[x][y].generations = pixel.generations + 1
}
} else if (isEmpty(x, y)){
createPixel("false_vacuum", x, y)
pixelMap[x][y].generations = pixel.generations + 1
}
}
}

70
mods/orchidslibrary.js Normal file
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@ -0,0 +1,70 @@
/*
*Version 1.0.0
*/
function noiseify(color, range){
if(color.startsWith("#")){
color = hexToRGB(color);
} else {
color = getRGB(color);
}
let num = Math.round(Math.random()*(range*2))-range;
for(let value in color){
color[value] += num;
}
return `rgb(${color.r},${color.g},${color.b})`;
}
function is2d(arr){
return arr.some(item => Array.isArray(item));
}
function colorMix(p1, p2, bias = 0.5){
c1 = p1.color;
p1.color = interpolateRgb(getRGB(p1.color), getRGB(p2.color), bias);
p2.color = interpolateRgb(getRGB(c1), getRGB(p2.color), bias);
}
function interpolateRgb(rgb1, rgb2, ratio = 0.5) {
const interpolatedRgb = {
r: Math.round(rgb1.r + (rgb2.r - rgb1.r) * ratio),
g: Math.round(rgb1.g + (rgb2.g - rgb1.g) * ratio),
b: Math.round(rgb1.b + (rgb2.b - rgb1.b) * ratio),
};
return normalize(interpolatedRgb);
}
function getRGB(rgb){
if(rgb.startsWith("rgb(")){
let rgb2 = rgb.replace(")", "").replace("rgb(", "").replace(/,/g, "r").split("r")
return { r: parseInt(rgb2[0]), g: parseInt(rgb2[1]), b: parseInt(rgb2[2]) };
} else {
return hexToRGB(rgb2);
}
}
function pixelToggle(pixel, multi = {r:1,g:1,b:1}){
if(pixel.toggle != undefined){
pixel.toggle = !pixel.toggle;
let rgb;
if(Array.isArray(elements[pixel.element].color)){
let elemColor = elements[pixel.element].color[Math.round(Math.random()*elements[pixel.element].color.length)];
rgb = hexToRGB(elemColor) || getRGB(elemColor);
} else {
let elemColor = elements[pixel.element].color;
rgb = hexToRGB(elemColor) || getRGB(elemColor);
}
let num = 5 - Math.round(Math.random()*10);
if(pixel.toggle){
for(let key in rgb){
rgb[key] += (100*multi[key]);
rgb[key] = Math.round(Math.max(Math.min(rgb[key], 255), 0));
}
pixel.color = `rgb(${rgb.r+num},${rgb.g+num},${rgb.b+num})`;
}
else {
pixel.color = `rgb(${rgb.r+num},${rgb.g+num},${rgb.b+num})`;
}
}
}
function normalize(obj){
return `rgb(${obj.r},${obj.g},${obj.b})`;
}

915
mods/organism.js Normal file
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@ -0,0 +1,915 @@
// heavily inspired by biology.js, go try it out too!
viewInfo[4] = {
name: "enrg",
pixel: function (pixel, ctx) {
if (elements[pixel.element].isCell === true) {
var stat = pixel.energy
var ratio = stat / 3000
if (ratio < 0) ratio = 0
if (ratio > 1) ratio = 1
var hue = Math.round(ratio * 180)
drawSquare(ctx, `hsl(${hue},100%,50%)`, pixel.x, pixel.y)
}
}
}
viewInfo[5] = {
name: "brth",
pixel: function (pixel, ctx) {
if (elements[pixel.element].isCell === true) {
var stat = pixel.breath
var ratio = stat / 3000
if (ratio < 0) ratio = 0
if (ratio > 1) ratio = 1
var hue = Math.round(ratio * 180)
drawSquare(ctx, `hsl(${hue},100%,50%)`, pixel.x, pixel.y)
}
}
}
viewInfo[6] = {
name: "wste",
pixel: function (pixel, ctx) {
if (elements[pixel.element].properties?.waste !== undefined) {
let stat = pixel.waste || 1
let ratio = Math.log(stat) / Math.log(500)
if (ratio < 0) ratio = 0
if (ratio > 1) ratio = 1
let hue = 120 - Math.round(ratio * 120)
drawSquare(ctx, `hsl(${hue},100%,50%)`, pixel.x, pixel.y)
}
}
}
function baseCellTick(px) {
if (!elements[px.element].isCell) { return }
if (px.energy > 3000) { px.energy = 3000 }
if (px.breath > 3000) { px.breath = 3000 }
if (!px.static && Math.random() < 0.115) {
px.energy -= 2
px.breath -= 2
}
if (px.energy < 1 || px.breath < 1 || (px.waste > 500 && px.element !== "urocyte") || px.waste > 3000) {
changePixel(px, "infection")
return
}
const ns = getNeighbors(px)
ns.forEach(n => {
if (!elements[n.element].isCell) { return }
if (n.energy < px.energy) {
let transfer = (px.energy - n.energy) / 4
transfer = Math.floor(Math.min(transfer, (px.transfer + n.transfer) / 2))
px.energy -= transfer
n.energy += transfer
} else if (n.energy > px.energy) {
let transfer = (n.energy - px.energy) / 4
transfer = Math.floor(Math.min(transfer, (px.transfer + n.transfer) / 2))
px.energy += transfer
n.energy -= transfer
}
if (n.breath < px.breath) {
let transfer = (px.breath - n.breath) / 4
transfer = Math.floor(Math.min(transfer, (px.transfer + n.transfer) / 2))
px.breath -= transfer
n.breath += transfer
} else if (n.breath > px.breath) {
let transfer = (n.breath - px.breath) / 4
transfer = Math.floor(Math.min(transfer, (px.transfer + n.transfer) / 2))
px.breath += transfer
n.breath -= transfer
}
})
}
elements.chlorocyte = { // generates energy per air pixel next to it
color: ["#00ff00", "#00a500", "#008a00", "#26a026", "#3eff3e"],
behavior: behaviors.WALL,
noMix: true,
properties: {
energy: 300,
breath: 300,
transfer: 1
},
isCell: true,
hoverStat: function (px) {
return `E:${px.energy} B:${px.breath}`
},
tick: (px) => {
px.energy += (4 - getNeighbors(px).length) * 3
baseCellTick(px)
doDefaults(px)
},
tempHigh: 102,
stateHigh: ["steam", "steam", "steam", "sugar"],
tempLow: -2,
stateLow: ["ice", "ice", "ice", "sugar_ice"],
state: "solid",
density: 1000.1,
category: "nutrients",
breakInto: ["water", "dna", "dna", "dna"],
reactions: {
...elements.cell.reactions,
cancer: { elem1: "cancer", chance: 0.005 },
sugar: undefined,
sugar_water: undefined,
},
movable: false
}
elements.fermentocyte = { // stores and ferments sugar into energy
color: "#FF6F3C",
behavior: behaviors.WALL,
noMix: true,
properties: {
energy: 300,
breath: 300,
transfer: 1,
waste: 0,
sugar: 0
},
isCell: true,
hoverStat: function (px) {
return `E:${px.energy} B:${px.breath}`
},
tick: (px) => {
if (px.sugar + 1 < 5) {
const ns = getNeighbors(px)
for (let n of ns) {
if (n.element == "sugar") {
deletePixel(n.x, n.y)
px.sugar++
break
}
}
}
if (px.sugar) {
px.sugar -= 0.0034
px.energy += 50
px.waste += 0.5
if (px.sugar < 0) { px.sugar = 0 }
}
baseCellTick(px)
doDefaults(px)
},
tempHigh: 102,
stateHigh: ["steam", "steam", "steam", "sugar"],
tempLow: -2,
stateLow: ["ice", "ice", "ice", "sugar_ice"],
state: "solid",
density: 1000.1,
category: "nutrients",
breakInto: ["sugar_water", "dna", "dna", "dna"],
reactions: {
...elements.cell.reactions,
cancer: { elem1: "cancer", chance: 0.005 },
sugar: undefined,
sugar_water: undefined,
},
movable: false
}
elements.urocyte = {
color: "#927d07",
behavior: behaviors.WALL,
noMix: true,
properties: {
energy: 300,
breath: 300,
waste: 0,
inWaste: true,
transfer: 1
},
isCell: true,
hoverStat: function (px) {
return `E:${px.energy} B:${px.breath}`
},
tick: (px) => {
if (px.waste >= 400) {
if (isEmpty(px.x, px.y + 1)) {
createPixel("waste", px.x, px.y + 1)
px.waste -= 400
} else if (isEmpty(px.x + 1, px.y)) {
createPixel("waste", px.x + 1, px.y)
px.waste -= 400
} else if (isEmpty(px.x - 1, px.y)) {
createPixel("waste", px.x - 1, px.y)
px.waste -= 400
}
}
baseCellTick(px)
doDefaults(px)
},
tempHigh: 102,
stateHigh: ["steam", "steam", "steam", "sugar"],
tempLow: -2,
stateLow: ["ice", "ice", "ice", "sugar_ice"],
state: "solid",
density: 1000.1,
category: "waste",
breakInto: ["water", "dna", "dna", "dna"],
reactions: {
...elements.cell.reactions,
cancer: { elem1: "cancer", chance: 0.005 },
sugar: undefined,
sugar_water: undefined,
},
movable: false
}
elements.root = { // stores water and converts it into energy
color: ["#fff0c0", "#bba86c"],
behavior: behaviors.WALL,
noMix: true,
properties: {
energy: 300,
breath: 300,
transfer: 2,
water: 0
},
isCell: true,
hoverStat: function (px) {
return `E:${px.energy} B:${px.breath}`
},
tick: (px) => {
const ns = getNeighbors(px)
ns.forEach(n => {
if (n.element == "water") {
deletePixel(n.x, n.y)
px.water += 2
} else if (n.element == "root") {
if (n.energy < px.energy) {
let transfer = (px.energy - n.energy) / 4
transfer = Math.floor(Math.min(transfer, 40 / 2))
px.energy -= transfer
n.energy += transfer
} else if (n.energy > px.energy) {
let transfer = (n.breath - px.breath) / 4
transfer = Math.floor(Math.min(transfer, (px.transfer + n.transfer) / 2))
px.energy += transfer
n.energy -= transfer
}
if (n.breath < px.breath) {
let transfer = (px.breath - n.breath) / 4
transfer = Math.floor(Math.min(transfer, (px.transfer + n.transfer) / 2))
px.breath -= transfer
n.breath += transfer
} else if (n.breath > px.breath) {
let transfer = (n.breath - px.breath) / 4
transfer = Math.floor(Math.min(transfer, (px.transfer + n.transfer) / 2))
px.breath += transfer
n.breath -= transfer
}
} else if (n.element == "sugar_water") {
deletePixel(n.x, n.y)
px.water += 3
} else if (n.element == "mud") {
changePixel(n, "dirt")
px.water += 5
} else if (n.element == "wet_sand") {
changePixel(n, "sand")
px.water += 5
} else if (n.element == "dirt" && Math.random() < 0.075) {
px.water += 1
} else if (n.element == "sand" && Math.random() < 0.025) {
px.water += 1
}
})
if (px.water > 0 && Math.random() < 0.185) {
px.water -= 1
px.energy += 15
if (px.water < 0) { px.water = 0 }
}
baseCellTick(px)
doDefaults(px)
},
tempHigh: 102,
stateHigh: ["steam", "steam", "steam", "sugar"],
tempLow: -2,
stateLow: ["ice", "ice", "ice", "sugar_ice"],
state: "solid",
density: 1000.1,
category: "nutrients",
breakInto: ["sugar_water", "dna", "dna", "dna"],
reactions: {
...elements.cell.reactions,
cancer: { elem1: "cancer", chance: 0.005 },
sugar: undefined,
sugar_water: undefined,
},
movable: false,
isFood: true
}
elements.lipocyte = { // stores excess energy for later use
color: "#FFE680",
behavior: behaviors.WALL,
noMix: true,
properties: {
energy: 300,
breath: 300,
transfer: 30,
fat: 0
},
isCell: true,
hoverStat: function (px) {
return `E:${px.energy} B:${px.breath}`
},
tick: (px) => {
if (px.energy >= 1300 && px.fat < 18) {
px.energy -= 1000
px.fat += 1
} else if (px.energy <= 300 && px.fat > 0 && Math.random() < 0.1875) {
px.fat -= 1
px.energy += 1000
}
baseCellTick(px)
doDefaults(px)
},
tempHigh: 102,
stateHigh: ["steam", "steam", "steam", "sugar"],
tempLow: -2,
stateLow: ["ice", "ice", "ice", "sugar_ice"],
state: "solid",
density: 1000.1,
category: "nutrients",
breakInto: ["sugar_water", "dna", "dna", "dna"],
reactions: {
...elements.cell.reactions,
cancer: { elem1: "cancer", chance: 0.005 },
sugar: undefined,
sugar_water: undefined,
},
movable: false
}
elements.aerocyte = { // generates breath out of energy
color: "#66ccff",
behavior: behaviors.WALL,
noMix: true,
properties: {
energy: 300,
breath: 300,
waste: 0,
transfer: 30,
},
isCell: true,
hoverStat: function (px) {
return `E:${px.energy} B:${px.breath}`
},
tick: (px) => {
if (px.energy >= 305 && px.breath <= 1995) {
px.energy -= 5
px.breath += 5
px.waste += 0.075
}
baseCellTick(px)
doDefaults(px)
},
tempHigh: 102,
stateHigh: ["steam", "steam", "steam", "sugar"],
tempLow: -2,
stateLow: ["ice", "ice", "ice", "sugar_ice"],
state: "solid",
density: 1000.1,
category: "breathing",
breakInto: ["sugar_water", "dna", "dna", "dna"],
reactions: {
...elements.cell.reactions,
cancer: { elem1: "cancer", chance: 0.005 },
sugar: undefined,
sugar_water: undefined,
},
movable: false
}
elements.respira = { // just like chlorocyte, but for breath
color: ["#8888ff"],
behavior: behaviors.WALL,
noMix: true,
properties: {
energy: 300,
breath: 300,
transfer: 1
},
isCell: true,
hoverStat: function (px) {
return `E:${px.energy} B:${px.breath}`
},
tick: (px) => {
px.breath += (4 - getNeighbors(px).length) * 3
baseCellTick(px)
doDefaults(px)
},
tempHigh: 102,
stateHigh: ["steam", "steam", "steam", "sugar"],
tempLow: -2,
stateLow: ["ice", "ice", "ice", "sugar_ice"],
state: "solid",
density: 1000.1,
category: "breathing",
breakInto: ["water", "dna", "dna", "dna"],
reactions: {
...elements.cell.reactions,
cancer: { elem1: "cancer", chance: 0.005 },
sugar: undefined,
sugar_water: undefined,
},
movable: false
}
elements.vena = { // transfers energy when powered
color: ["#a85e5e"],
behavior: behaviors.WALL,
noMix: true,
properties: {
energy: 300,
breath: 300,
transfer: 0,
static: false,
waste: 0
},
conduct: 1,
isCell: true,
hoverStat: function (px) {
return `E:${px.energy} B:${px.breath}`
},
tick: (px) => {
if (px.charge) {
px.transfer = 500
px.static = true
} else {
px.transfer = 0
px.static = false
}
if (px.energy > 3000) { px.energy = 3000 }
if (px.breath > 3000) { px.breath = 3000 }
if (!px.static && Math.random() < 0.115) {
px.energy -= 2
px.breath -= 2
}
if (px.energy < 1 || px.breath < 1 || (px.waste > 500 && px.element !== "urocyte") || px.waste > 3000) {
changePixel(px, "infection")
return
}
const ns = getNeighbors(px)
ns.forEach(n => {
if (!elements[n.element].isCell) { return }
if (n.energy < px.energy) {
let transfer = (px.energy - n.energy) / 4
transfer = Math.floor(Math.min(transfer, (px.transfer + n.transfer) / 2))
px.energy -= transfer
n.energy += transfer
} else if (n.energy > px.energy) {
let transfer = (n.energy - px.energy) / 4
transfer = Math.floor(Math.min(transfer, (px.transfer + n.transfer) / 2))
px.energy += transfer
n.energy -= transfer
}
if (n.breath < px.breath) {
let transfer = (px.breath - n.breath) / 4
transfer = Math.floor(Math.min(transfer, (px.transfer + n.transfer) / 2))
px.breath -= transfer
n.breath += transfer
} else if (n.breath > px.breath) {
let transfer = (n.breath - px.breath) / 4
transfer = Math.floor(Math.min(transfer, (px.transfer + n.transfer) / 2))
px.breath += transfer
n.breath -= transfer
}
if (n.waste !== undefined) {
if (n.inWaste) {
let transfer = Math.max(1, Math.floor(Math.min(px.waste / 4, (px.transfer + n.transfer) / 2)))
if (px.waste >= transfer) {
px.waste -= transfer
n.waste += transfer
}
} else {
if (n.waste < px.waste) {
let transfer = Math.max(1, Math.min((px.waste - n.waste) / 4, (px.transfer + n.transfer) / 2))
px.waste -= transfer
n.waste += transfer
} else if (n.waste > px.waste) {
let transfer = Math.max(1, Math.min((n.waste - px.waste) / 4, (px.transfer + n.transfer) / 2))
px.waste += transfer
n.waste -= transfer
}
}
}
})
doDefaults(px)
},
tempHigh: 102,
stateHigh: ["steam", "steam", "sugar_water", "sugar_water"],
tempLow: -2,
stateLow: ["ice", "ice", "sugar_ice", "sugar_ice"],
state: "solid",
density: 1010,
category: "structural",
breakInto: ["sugar_water", "sugar_water", "dna", "dna"],
reactions: {
...elements.cell.reactions,
cancer: { elem1: "cancer", chance: 0.005 },
sugar: undefined,
sugar_water: undefined,
},
movable: false
}
elements.neurocell = { // powers up venas
color: ["#5e5fa8"],
behavior: behaviors.WALL,
noMix: true,
properties: {
energy: 300,
breath: 300,
transfer: 50,
cd: 1
},
conduct: 1,
isCell: true,
hoverStat: function (px) {
return `E:${px.energy} B:${px.breath}`
},
tick: (px) => {
px.cd--
if (px.cd < 1) {
px.cd = 20
px.charge = 1
}
baseCellTick(px)
doDefaults(px)
},
tempHigh: 102,
stateHigh: ["steam", "steam", "sugar_water", "sugar_water"],
tempLow: -2,
stateLow: ["ice", "ice", "sugar_ice", "sugar_ice"],
state: "solid",
density: 1010,
category: "structural",
breakInto: ["sugar_water", "sugar_water", "dna", "dna"],
reactions: {
...elements.cell.reactions,
cancer: { elem1: "cancer", chance: 0.005 },
sugar: undefined,
sugar_water: undefined,
},
movable: false
}
elements.waste = { // urocyte excretes this
color: "#5f9102",
behavior: behaviors.LIQUID,
state: "liquid",
category: "waste",
stateHigh: "stench",
burn: 20,
isFood: true,
burnTime: 150,
burnInto: "stench",
tempHigh: 120,
stateLow: "slime_ice",
tempLow: 0,
density: 1465,
viscosity: 5000
}
elements.mucus = { // light protective layer
color: "#aff036",
behavior: [
"XX|SA|XX",
"SA|DL%1|XX",
"XX AND M2|SA AND M1|XX AND M2"
],
state: "liquid",
category: "protection",
stateHigh: "steam",
tempHigh: 120,
stateLow: "slime_ice",
tempLow: 0,
density: 1400,
viscosity: 5000
}
elements.toxic_mucus = { // toxic protective layer, eats bugs for energy
color: "#58046d",
behavior: [
"XX|SA|XX",
"SA|DL%1|XX",
"XX AND M2|SA AND M1|XX AND M2"
],
tick: (px) => {
const ns = getNeighbors(px)
energy = 0
ns.forEach(n => {
if (["ant", "fly", "spider", "worm", "flea", "rat", "frog", "tadpole", "fish", "slug", "snail"].includes(n.element)) {
deletePixel(n.x, n.y)
energy++
} else if (n.element == "mucotoxin" && energy > 0) {
energy--
n.waste += 0.6
n.energy += 3000
}
})
},
state: "liquid",
category: "protection",
stateHigh: "steam",
tempHigh: 120,
stateLow: "slime_ice",
tempLow: 0,
density: 1400,
viscosity: 5000
}
elements.slimecoat = { // generates mucus
color: ["#5a4606"],
behavior: behaviors.WALL,
noMix: true,
properties: {
energy: 300,
breath: 300,
transfer: 0
},
isCell: true,
hoverStat: function (px) {
return `E:${px.energy} B:${px.breath}`
},
tick: (px) => {
const ns = getNeighbors(px)
let change = (ns.length == 4)
if (change) {
ns.forEach(n => {
if (n.element == ("mucus" || "toxic_mucus" || "slimecoat")) {
change = false
}
})
}
if (change) {
changePixel(px, "stem_cell")
return
}
if (isEmpty(px.x - 1, px.y)) {
createPixel("mucus", px.x - 1, px.y)
}
if (isEmpty(px.x + 1, px.y)) {
createPixel("mucus", px.x + 1, px.y)
}
if (isEmpty(px.x, px.y - 1)) {
createPixel("mucus", px.x, px.y - 1)
}
if (isEmpty(px.x, px.y + 1)) {
createPixel("mucus", px.x, px.y + 1)
}
baseCellTick(px)
doDefaults(px)
},
tempHigh: 250,
stateHigh: "steam",
state: "solid",
density: 1800,
insulate: true,
category: "protection",
breakInto: ["tin", "dna", "dna"],
movable: false
}
elements.mucotoxin = { // generates toxic mucus
color: ["#5a2806"],
behavior: behaviors.WALL,
noMix: true,
properties: {
energy: 300,
breath: 300,
waste: 0,
transfer: 0
},
isCell: true,
hoverStat: function (px) {
return `E:${px.energy} B:${px.breath}`
},
tick: (px) => {
const ns = getNeighbors(px)
let change = (ns.length == 4)
if (change) {
ns.forEach(n => {
if (n.element == ("mucus" || "toxic_mucus" || "mucotoxin")) {
change = false
}
})
}
if (isEmpty(px.x - 1, px.y)) {
createPixel("toxic_mucus", px.x - 1, px.y)
}
if (isEmpty(px.x + 1, px.y)) {
createPixel("toxic_mucus", px.x + 1, px.y)
}
if (isEmpty(px.x, px.y - 1)) {
createPixel("toxic_mucus", px.x, px.y - 1)
}
if (isEmpty(px.x, px.y + 1)) {
createPixel("toxic_mucus", px.x, px.y + 1)
}
baseCellTick(px)
doDefaults(px)
},
tempHigh: 250,
stateHigh: "molten_tin",
state: "solid",
density: 1800,
insulate: true,
category: "protection",
breakInto: ["tin", "dna", "dna"],
movable: false
}
elements.carapace = { // heat-resistant, cancer/infection proof shell
color: ["#46065a"],
behavior: behaviors.WALL,
noMix: true,
properties: {
energy: 300,
breath: 300,
transfer: 0
},
isCell: true,
hoverStat: function (px) {
return `E:${px.energy} B:${px.breath}`
},
tick: (pixel) => {
if (getNeighbors(pixel).length == 4) { changePixel(pixel, "stem_cell"); return }
baseCellTick(pixel)
doDefaults(pixel)
if (!isEmpty(pixel.x, pixel.y - 1, true)) { // Everything after this in the tick function is from biology.js, make sure to check it out too!
var hitPixel = pixelMap[pixel.x][pixel.y - 1]
if (elements[hitPixel.element].isCell != true && Math.random() > 0.5) {
if (hitPixel.temp > pixel.temp) {
hitPixel.temp--
pixel.temp++
}
}
}
if (!isEmpty(pixel.x, pixel.y + 1, true)) {
var hitPixel = pixelMap[pixel.x][pixel.y + 1]
if (elements[hitPixel.element].isCell != true && Math.random() > 0.5) {
if (hitPixel.temp > pixel.temp) {
hitPixel.temp--
pixel.temp++
}
}
}
if (!isEmpty(pixel.x - 1, pixel.y, true)) {
var hitPixel = pixelMap[pixel.x - 1][pixel.y]
if (elements[hitPixel.element].isCell != true && Math.random() > 0.5) {
if (hitPixel.temp > pixel.temp) {
hitPixel.temp--
pixel.temp++
}
}
}
if (!isEmpty(pixel.x + 1, pixel.y, true)) {
var hitPixel = pixelMap[pixel.x + 1][pixel.y]
if (elements[hitPixel.element].isCell != true && Math.random() > 0.5) {
if (hitPixel.temp > pixel.temp) {
hitPixel.temp--
pixel.temp++
}
}
}
doDefaults(pixel);
if (pixel.temp > 250) {
changePixel(pixel, "molten_tin", 250)
}
},
tempHigh: 250,
stateHigh: "steam",
state: "solid",
density: 1800,
insulate: true,
category: "protection",
breakInto: ["tin", "dna", "dna"],
movable: false
}
elements.phagocyte = { // turns cancer and infection into stem cells
color: ["#a3d9a6"],
behavior: behaviors.WALL,
noMix: true,
properties: {
energy: 300,
breath: 300,
transfer: 0
},
isCell: true,
hoverStat: function (px) {
return `E:${px.energy} B:${px.breath}`
},
tick: (px) => {
if (Math.random() < 0.35) {
const coords = circleCoords(px.x, px.y, 3)
coords.forEach(coord => {
if (!isEmpty(coord.x, coord.y)) {
const n = pixelMap[coord.x][coord.y]
if (n.element === "infection" || n.element === "cancer" || n.element === "poison") {
if (Math.random() < 0.35) {
changePixel(n, "stem_cell")
}
}
}
})
}
baseCellTick(px)
doDefaults(px)
},
tempHigh: 102,
stateHigh: ["steam", "steam", "sugar", "sugar"],
tempLow: -2,
stateLow: ["ice", "ice", "sugar_ice", "sugar_ice"],
state: "solid",
density: 1010,
category: "protection",
breakInto: ["dna", "sugar", "dna", "dna"],
reactions: {
...elements.cell.reactions,
cancer: { elem2: "stem_cell", chance: 0.055 },
infection: { elem2: "stem_cell", chance: 0.075 },
poison: { elem2: "stem_cell", chance: 0.025 },
sugar: undefined,
sugar_water: undefined,
},
movable: false
}
elements.stem_cell = { // turns into the first cell it touches
color: ["#c0c0c0"],
behavior: behaviors.LIQUID,
noMix: true,
hoverStat: function (px) {
return `E:${px.energy} B:${px.breath}`
},
tick: (px) => {
const ns = getNeighbors(px)
if (ns.length > 0) {
const elem = ns[Math.floor(Math.random() * ns.length)].element
if (elements[elem].isCell && elem !== "phagocyte") {
changePixel(px, elem)
}
}
doDefaults(px)
},
tempHigh: 102,
stateHigh: ["steam", "steam", "sugar", "sugar"],
tempLow: -2,
stateLow: ["ice", "ice", "sugar_ice", "sugar_ice"],
state: "solid",
density: 1010,
category: "structural",
breakInto: ["dna", "sugar", "dna", "dna"],
reactions: {
...elements.cell.reactions,
cancer: { elem1: "cancer", chance: 0.005 },
sugar: undefined,
sugar_water: undefined,
}
}
elements.cancer.reactions.chlorocyte = { elem2: "cancer", chance: 0.005 }
elements.cancer.reactions.respira = { elem2: "cancer", chance: 0.005 }
elements.cancer.reactions.neurocell = { elem2: "cancer", chance: 0.005 }
elements.cancer.reactions.vena = { elem2: "cancer", chance: 0.005 }
elements.cancer.reactions.fermentocyte = { elem2: "cancer", chance: 0.005 }
elements.cancer.reactions.root = { elem2: "cancer", chance: 0.005 }
elements.cancer.reactions.lipocyte = { elem2: "cancer", chance: 0.005 }
elements.cancer.reactions.slimecoat = { elem2: "cancer", chance: 0.005 }
elements.cancer.reactions.mucotoxin = { elem2: "cancer", chance: 0.005 }
elements.cancer.reactions.aerocyte = { elem2: "cancer", chance: 0.005 }
elements.cancer.reactions.urocyte = { elem2: "cancer", chance: 0.005 }
elements.infection.reactions.chlorocyte = { elem2: "infection", chance: 0.0015 }
elements.infection.reactions.respira = { elem2: "infection", chance: 0.0015 }
elements.infection.reactions.neurocell = { elem2: "infection", chance: 0.0015 }
elements.infection.reactions.vena = { elem2: "infection", chance: 0.0015 }
elements.infection.reactions.fermentocyte = { elem2: "infection", chance: 0.0015 }
elements.infection.reactions.lipocyte = { elem2: "infection", chance: 0.0015 }
elements.infection.reactions.root = { elem2: "infection", chance: 0.0015 }
elements.infection.reactions.slimecoat = { elem2: "infection", chance: 0.0015 }
elements.infection.reactions.mucotoxin = { elem2: "infection", chance: 0.0015 }
elements.infection.reactions.aerocyte = { elem2: "infection", chance: 0.0015 }
elements.infection.reactions.urocyte = { elem2: "infection", chance: 0.0015 }
elements.ant.reactions.waste = { elem2: null, chance: 0.035, func: behaviors.FEEDPIXEL }

186
mods/plants.js
View File

@ -1,21 +1,8 @@
/*
Version 2.2.0
*Version 2.2.1
*/
function noiseify(color, range){
if(color.startsWith("#")){
color = hexToRGB(color);
} else {
color = getRGB(color);
}
let num = Math.round(Math.random()*(range*2))-range;
for(let value in color){
color[value] += num;
}
return `rgb(${color.r},${color.g},${color.b})`;
}
let is2d = (arr)=>{
return arr.some(item => Array.isArray(item));
}
let plants;
dependOn("orchidslibrary.js", ()=>{
class growInterval {
constructor(seedPixel, pattern, basePos, c = 0.025, dieAfter = undefined, fruit = undefined, elems = undefined){
let currentLength = 0;
@ -57,11 +44,11 @@ class growInterval {
}
let flowerExclude = ["pineapple"];
let vineGrow = ["wood", "rock_wall", "straw", "wall", "ewall", "bush_cane", "bush_base", "fruit_branch"];
let plants = {
plants = {
tree: [],
vine: ["grape", "tomato"],
bush: [],
other: ["pineapple", "watermelon", "banana"],
other: ["pineapple", "watermelon", "banana", "onion"],
includes: function(target){
for(item in this){
if(this[item] && Array.isArray(this[item]) && this[item].includes(target)){return true;}
@ -311,6 +298,108 @@ elements.grape.tick = function(pixel){
}
elements.wood.properties = {age: 0, fruit: ""};
elements.nutrient_agar = {
category: "life",
behavior: behaviors.STURDYPOWDER,
properties: {
value: null,
},
state: "solid",
color: ["#edeae4", "#f2f0eb", "#e8e7e3", "#f5f1e9"],
tick: function(pixel) {
for(let coords of adjacentCoords){
let x = pixel.x+coords[0], y = pixel.y+coords[1];
let p2 = getPixel(x,y);
if(p2 != null){
if(["wine", "yeast", "grape", "apple", "plum"].includes(p2.element) && pixel.value == null){
pixel.value = "yeast";
} else if(p2.element == "mold" && pixel.value == null){
pixel.value = "mold";
}else if(p2.element == "mushroom_spore" && pixel.value == null){
pixel.value = "mushroom_spore";
}else if (p2.element == pixel.element && p2.value != null && pixel.value == null && Math.random()<0.0035){
pixel.value = p2.value;
}
}
}
if(Math.random() < 0.00075){
if(pixel.value == null && Math.random() < 0.025){
let elems = ["mold", "mold", "mushroom_spore"];
let elem = elems[Math.round(Math.random()*elems.length)];
while(elem == undefined){
elem = elems[Math.round(Math.random()*elems.length)];
}
changePixel(pixel, elem);
} else {
changePixel(pixel, pixel.value);
}
}
}
};
elements.mold = {
category: "life",
behavior: behaviors.POWDER,
color: ["#33402a", "#303d25", "#2b4f39", "#254231"],
reactions: {
cheese: {elem2: ["rotten_cheese", "rotten_cheese", "mold"], chance: 0.075},
meat: {elem2: ["rotten_meat", "rotten_meat", "mold"], chance: 0.075},
},
state: "solid",
tick: function(pixel){
for(let coords of adjacentCoords){
let x = pixel.x+coords[0], y = pixel.y+coords[1], p2 = getPixel(x,y);
if(p2 != null){
if(plants.includes(p2.element) && Math.random() < 0.025){
let elems = ["mold", "rotten_fruit", "rotten_fruit"];
let elem = elems[Math.round(Math.random()*elems.length)];
while(elem == undefined){
elem = elems[Math.round(Math.random()*elems.length)];
}
changePixel(p2, elem);
}
}
}
}
};
elements.rotten_fruit = {
color: ["#5e3d00", "#5c3c01", "#4a3205", "#634102"],
category: "life",
behavior: behaviors.POWDER,
reactions: {
cheese: {elem2: ["rotten_cheese", "rotten_cheese", "mold"], chance: 0.075},
meat: {elem2: ["rotten_meat", "rotten_meat", "mold"], chance: 0.075},
},
state: "solid",
};
elements.yeast = {
color: ["#e3d3a6", "#f2dea7", "#e3cf98", "#f2dfaa"],
category: "life",
density: 1033,
behavior: behaviors.POWDER,
reactions: {
sugar_water: {elem2: "wine", color2: ["#6e85b5", "#6d81ab"], chance: 0.00025},
water: {elem2: "seltzer", chance: 0.00005},
},
tick: function(pixel){
for(let coords of adjacentCoords){
let x = pixel.x+coords[0], y = pixel.y+coords[1], p2 = getPixel(x,y);
if(p2 != null){
if(p2.element == "juice" && Math.random() < 0.00025){
let rgb = getRGB(p2.color);
for(key in rgb){
rgb[key] = Math.max(rgb[key] - 10, 0);
}
changePixel(p2, "wine");
p2.color = normalize(rgb);
}
}
}
}
}
elements.fruit_branch = {
color: elements.tree_branch.color,
behavior: [
@ -741,22 +830,6 @@ elements.tomato_seed = new vineSeed("tomato", ["#F8F5D1","#E7E5CF","#E3E1C5"]);
elements.apple = new fruit("apple", ["#FF0507", "#EC0A0D", "#F22426", "#DC2C2E"], ["#F9C497", "#EED3BB", "#EEDEBB"]);
elements.apple.bloomColor = ["#fff0f7", "#fcebf3", "#fff0f7", "#ffe6f2", "#fff7fb"];
elements.apple_seed = new treeSeed("apple", ["#3B1C01", "#3E2107", "#3A1C02"]);
function colorMix(p1, p2, bias = 0.5){
p1.color = interpolateRgb(getRGB(p1.color), getRGB(p2.color), bias);
p2.color = interpolateRgb(getRGB(p1.color), getRGB(p2.color), bias);
}
function interpolateRgb(rgb1, rgb2, ratio = 0.5) {
const interpolatedRgb = {
r: Math.round(rgb1.r + (rgb2.r - rgb1.r) * ratio),
g: Math.round(rgb1.g + (rgb2.g - rgb1.g) * ratio),
b: Math.round(rgb1.b + (rgb2.b - rgb1.b) * ratio),
};
return normalize(interpolatedRgb);
}
function getRGB(rgb){
let rgb2 = rgb.replace(")", "").replace("rgb(", "").replace(/,/g, "r").split("r")
return { r: parseInt(rgb2[0]), g: parseInt(rgb2[1]), b: parseInt(rgb2[2]) };
}
elements.juice.tick = function(pixel){
for(let i = 0; i < squareCoords.length; i++){
@ -790,9 +863,6 @@ elements.fruit_milk.onMix = function(pixel){
}
}
}
function normalize(obj){
return `rgb(${obj.r},${obj.g},${obj.b})`;
}
elements.milk.reactions.juice = {func: function(p1, p2){
let rgb = interpolateRgb(getRGB(p1.color), getRGB(p2.color), 0.25);
@ -1502,3 +1572,45 @@ elements.onion_seed = {
}
}
}
elements.grape.reactions.sugar_water = {elem2: "wine", chance: 0.0006};
elements.grape.reactions.water = {elem2: "wine", chance: 0.00006};
elements.wine = {
density: 992,
color: ["#381b30", "#402137", "#261321", "#38192f"],
behavior: behaviors.LIQUID,
category: "liquids",
state: "liquid",
properties: {
alcChance: 0.13,
},
tick: function(pixel){
if(Math.random() < 0.00025){
pixel.alcChance += 0.01;
}
if(pixel.temp >70){
let chanceMulti = (pixel.temp-70)/20;
let chance = (pixel.alcChance/100)*chanceMulti;
for(let coords of squareCoords){
let x = pixel.x+coords[0], y = pixel.y+coords[1];
if(isEmpty(x,y) && !outOfBounds(x,y) && Math.random() < chance){
createPixel("alcohol_gas", x,y);
if(Math.random() < 0.5){
let rgb = getRGB(pixel.color);
for(let key in rgb){
rgb[key] += 10;
rgb[key] = Math.max(rgb[key], 0);
}
changePixel(pixel, "juice");
pixel.color = noiseify(RGBToHex(rgb), 6);
}
}
}
}
},
tempHigh: 100,
stateHigh: ["sugar", "carbon_dioxide", "steam", "alcohol_gas"],
};
}, true);

6816
mods/scp.js
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