// ==UserScript== // @name aimbot gratis para krunker.io // @description Este es el mejor aimbot mod menuq puedas obtener // @version 2.19 // @author Gabriel - // @iconURL 31676a4e532e706e673f7261773d74727565.png // @match *://krunker.io/* // @exclude *://krunker.io/editor* // @exclude *://krunker.io/social* // @run-at document-start // @grant none // @noframes // ==/UserScript== /* eslint-env es6 */ /* eslint-disable no-caller, no-undef, no-loop-func */ var CRC2d = CanvasRenderingContext2D.prototype; var skid, skidStr = [...Array(8)].map(_ => 'abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ'[~~(Math.random()*52)]).join(''); class Skid { constructor() { skid = this; this.downKeys = new Set(); this.settings = null; this.vars = {}; this.playerMaps = []; this.skinCache = {}; this.inputFrame = 0; this.renderFrame = 0; this.fps = 0; this.lists = { renderESP: { off: "Off", walls: "Walls", twoD: "2d", full: "Full" }, renderChams: { off: "Off", white: "White", blue: "Blue", teal: "Teal", purple: "Purple", green: "Green", yellow: "Yellow", red: "Red", }, autoBhop: { off: "Off", autoJump: "Auto Jump", keyJump: "Key Jump", autoSlide: "Auto Slide", keySlide: "Key Slide" }, autoAim: { off: "Off", correction: "Aim Correction", assist: "Legit Aim Assist", easyassist: "Easy Aim Assist", silent: "Silent Aim", trigger: "Trigger Bot", quickScope: "Quick Scope" }, audioStreams: { off: 'Off', _2000s: 'General German/English', _HipHopRNB: 'Hip Hop / RNB', _Oldskool: 'Hip Hop Oldskool', _Country: 'Country', _Pop: 'Pop', _Dance: 'Dance', _Dubstep: 'DubStep', _Lowfi: 'LoFi HipHop', _Jazz: 'Jazz', _Oldies: 'Golden Oldies', _Club: 'Club', _Folk: 'Folk', _ClassicRock: 'Classic Rock', _Metal: 'Heavy Metal', _DeathMetal: 'Death Metal', _Classical: 'Classical', _Alternative: 'Alternative', }, } this.consts = { twoPI: Math.PI * 2, halfPI: Math.PI / 2, playerHeight: 11, cameraHeight: 1.5, headScale: 2, armScale: 1.3, armInset: 0.1, chestWidth: 2.6, hitBoxPad: 1, crouchDst: 3, recoilMlt: 0.3, nameOffset: 0.6, nameOffsetHat: 0.8, }; this.key = { frame: 0, delta: 1, xdir: 2, ydir: 3, moveDir: 4, shoot: 5, scope: 6, jump: 7, reload: 8, crouch: 9, weaponScroll: 10, weaponSwap: 11, moveLock: 12 }; this.css = { noTextShadows: `*, .button.small, .bigShadowT { text-shadow: none !important; }`, hideAdverts: `#aMerger, #endAMerger { display: none !important }`, hideSocials: `.headerBarRight > .verticalSeparator, .imageButton { display: none }`, cookieButton: `#onetrust-consent-sdk { display: none !important }`, newsHolder: `#newsHolder { display: none !important }`, }; this.isProxy = Symbol("isProxy"); this.spinTimer = 1800; let wait = setInterval(_ => { this.head = document.head||document.getElementsByTagName('head')[0] if (this.head) { clearInterval(wait); Object.entries(this.css).forEach(entry => { this.css[entry[0]] = this.createElement("style", entry[1]); }) this.onLoad(); } }, 100); } canStore() { return this.isDefined(Storage); } saveVal(name, val) { if (this.canStore()) localStorage.setItem("kro_utilities_"+name, val); } deleteVal(name) { if (this.canStore()) localStorage.removeItem("kro_utilities_"+name); } getSavedVal(name) { if (this.canStore()) return localStorage.getItem("kro_utilities_"+name); return null; } isType(item, type) { return typeof item === type; } isDefined(object) { return !this.isType(object, "undefined") && object !== null; } isNative(fn) { return (/^function\s*[a-z0-9_\$]*\s*\([^)]*\)\s*\{\s*\[native code\]\s*\}/i).test('' + fn) } getStatic(s, d) { return this.isDefined(s) ? s : d } crossDomain(url) { return "https://crossorigin.me/" + url; } async waitFor(test, timeout_ms = 20000, doWhile = null) { let sleep = (ms) => new Promise((resolve) => setTimeout(resolve, ms)); return new Promise(async (resolve, reject) => { if (typeof timeout_ms != "number") reject("Timeout argument not a number in waitFor(selector, timeout_ms)"); let result, freq = 100; while (result === undefined || result === false || result === null || result.length === 0) { if (doWhile && doWhile instanceof Function) doWhile(); if (timeout_ms % 1000 < freq) console.log("waiting for: ", test); if ((timeout_ms -= freq) < 0) { console.log( "Timeout : ", test ); resolve(false); return; } await sleep(freq); result = typeof test === "string" ? Function(test)() : test(); } console.log("Passed : ", test); resolve(result); }); }; createSettings() { this.settings = { //Rendering showSkidBtn: { pre: "<div class='setHed'>Rendering</div>", name: "Show Skid Button", val: true, html: () => this.generateSetting("checkbox", "showSkidBtn", this), set: (value, init) => { let button = document.getElementById("mainButton"); if (!button) { button = this.createButton("5k1D", "https://i.imgur.com/1tWAEJx.gif", this.toggleMenu, value) } else button.style.display = value ? "inherit" : "none"; } }, hideAdverts: { name: "Hide Advertisments", val: true, html: () => this.generateSetting("checkbox", "hideAdverts", this), set: (value, init) => { if (value) this.head.appendChild(this.css.hideAdverts) else if (!init) this.css.hideAdverts.remove() } }, hideStreams: { name: "Hide Streams", val: false, html: () => this.generateSetting("checkbox", "hideStreams", this), set: (value) => { window.streamContainer.style.display = value ? "none" : "inherit" } }, hideMerch: { name: "Hide Merch", val: false, html: () => this.generateSetting("checkbox", "hideMerch", this), set: value => { window.merchHolder.style.display = value ? "none" : "inherit" } }, hideNewsConsole: { name: "Hide News Console", val: false, html: () => this.generateSetting("checkbox", "hideNewsConsole", this), set: value => { window.newsHolder.style.display = value ? "none" : "inherit" } }, hideCookieButton: { name: "Hide Security Manage Button", val: false, html: () => this.generateSetting("checkbox", "hideCookieButton", this), set: value => { window['onetrust-consent-sdk'].style.display = value ? "none" : "inherit" } }, noTextShadows: { name: "Remove Text Shadows", val: false, html: () => this.generateSetting("checkbox", "noTextShadows", this), set: (value, init) => { if (value) this.head.appendChild(this.css.noTextShadows) else if (!init) this.css.noTextShadows.remove() } }, customCSS: { name: "Custom CSS", val: "", html: () => this.generateSetting("url", "customCSS", "URL to CSS file"), resources: { css: document.createElement("link") }, set: (value, init) => { if (value.startsWith("http")&&value.endsWith(".css")) { //let proxy = 'https://cors-anywhere.herokuapp.com/'; this.settings.customCSS.resources.css.href = value } if (init) { this.settings.customCSS.resources.css.rel = "stylesheet" try { this.head.appendChild(this.settings.customCSS.resources.css) } catch(e) { alert(e) this.settings.customCSS.resources.css = null } } } }, renderESP: { name: "Player ESP Type", val: "off", html: () => this.generateSetting("select", "renderESP", this.lists.renderESP), }, renderTracers: { name: "Player Tracers", val: false, html: () => this.generateSetting("checkbox", "renderTracers"), }, rainbowColor: { name: "Rainbow ESP", val: false, html: () => this.generateSetting("checkbox", "rainbowColor"), }, renderChams: { name: "Player Chams", val: "off", html: () => this.generateSetting( "select", "renderChams", this.lists.renderChams ), }, renderWireFrame: { name: "Player Wireframe", val: false, html: () => this.generateSetting("checkbox", "renderWireFrame"), }, customBillboard: { name: "Custom Billboard Text", val: "", html: () => this.generateSetting( "text", "customBillboard", "Custom Billboard Text" ), }, //Weapon autoReload: { pre: "<br><div class='setHed'>Weapon</div>", name: "Auto Reload", val: false, html: () => this.generateSetting("checkbox", "autoReload"), }, autoAim: { name: "Auto Aim Type", val: "off", html: () => this.generateSetting("select", "autoAim", this.lists.autoAim), }, frustrumCheck: { name: "Line of Sight Check", val: false, html: () => this.generateSetting("checkbox", "frustrumCheck"), }, wallPenetrate: { name: "Aim through Penetratables", val: false, html: () => this.generateSetting("checkbox", "wallPenetrate"), }, weaponZoom: { name: "Weapon Zoom", val: 1.0, min: 0, max: 50.0, step: 0.01, html: () => this.generateSetting("slider", "weaponZoom"), set: (value) => { if (this.renderer) this.renderer.adsFovMlt = value;} }, weaponTrails: { name: "Weapon Trails", val: false, html: () => this.generateSetting("checkbox", "weaponTrails"), set: (value) => { if (this.me) this.me.weapon.trail = value;} }, //Player autoBhop: { pre: "<br><div class='setHed'>Player</div>", name: "Auto Bhop Type", val: "off", html: () => this.generateSetting("select", "autoBhop", this.lists.autoBhop), }, thirdPerson: { name: "Third Person", val: false, html: () => this.generateSetting("checkbox", "thirdPerson"), set: (value, init) => { if (value) this.thirdPerson = 1; else if (!init) this.thirdPerson = undefined; } }, skinUnlock: { name: "Unlock Skins", val: false, html: () => this.generateSetting("checkbox", "skinUnlock", this), }, //GamePlay disableWpnSnd: { pre: "<br><div class='setHed'>GamePlay</div>", name: "Disable Players Weapon Sounds", val: false, html: () => this.generateSetting("checkbox", "disableWpnSnd", this), }, disableHckSnd: { name: "Disable Hacker Fart Sounds", val: false, html: () => this.generateSetting("checkbox", "disableHckSnd", this), }, autoActivateNuke: { name: "Auto Activate Nuke", val: false, html: () => this.generateSetting("checkbox", "autoActivateNuke", this), }, autoFindNew: { name: "New Lobby Finder", val: false, html: () => this.generateSetting("checkbox", "autoFindNew", this), }, autoClick: { name: "Auto Start Game", val: false, html: () => this.generateSetting("checkbox", "autoClick", this), }, inActivity: { name: "No InActivity Kick", val: true, html: () => this.generateSetting("checkbox", "autoClick", this), }, //Radio Stream Player playStream: { pre: "<br><div class='setHed'>Radio Stream Player</div>", name: "Stream Select", val: "off", html: () => this.generateSetting("select", "playStream", this.lists.audioStreams), set: (value) => { if (value == "off") { if ( this.settings.playStream.audio ) { this.settings.playStream.audio.pause(); this.settings.playStream.audio.currentTime = 0; this.settings.playStream.audio = null; } return; } let url = this.settings.playStream.urls[value]; if (!this.settings.playStream.audio) { this.settings.playStream.audio = new Audio(url); this.settings.playStream.audio.volume = this.settings.audioVolume.val||0.5 } else { this.settings.playStream.audio.src = url; } this.settings.playStream.audio.load(); this.settings.playStream.audio.play(); }, urls: { _2000s: 'http://0n-2000s.radionetz.de/0n-2000s.aac', _HipHopRNB: 'https://stream-mixtape-geo.ntslive.net/mixtape2', _Country: 'https://live.wostreaming.net/direct/wboc-waaifmmp3-ibc2', _Dance: 'http://streaming.radionomy.com/A-RADIO-TOP-40', _Pop: 'http://bigrradio.cdnstream1.com/5106_128', _Jazz: 'http://strm112.1.fm/ajazz_mobile_mp3', _Oldies: 'http://strm112.1.fm/60s_70s_mobile_mp3', _Club: 'http://strm112.1.fm/club_mobile_mp3', _Folk: 'https://freshgrass.streamguys1.com/irish-128mp3', _ClassicRock: 'http://1a-classicrock.radionetz.de/1a-classicrock.mp3', _Metal: 'http://streams.radiobob.de/metalcore/mp3-192', _DeathMetal: 'http://stream.laut.fm/beatdownx', _Classical: 'http://live-radio01.mediahubaustralia.com/FM2W/aac/', _Alternative: 'http://bigrradio.cdnstream1.com/5187_128', _Dubstep: 'http://streaming.radionomy.com/R1Dubstep?lang=en', _Lowfi: 'http://streams.fluxfm.de/Chillhop/mp3-256', _Oldskool: 'http://streams.90s90s.de/hiphop/mp3-128/', }, audio: null, }, audioVolume: { name: "Radio Volume", val: 0.5, min: 0, max: 1, step: 0.01, html: () => this.generateSetting("slider", "audioVolume"), set: (value) => { if (this.settings.playStream.audio) this.settings.playStream.audio.volume = value;} }, }; // Inject Html let waitForWindows = setInterval(_ => { if (window.windows) { const menu = window.windows[11]; menu.header = "Settings"; menu.gen = _ => { var tmpHTML = `<div style='text-align:center'> <a onclick='window.open("https://skidlamer.github.io/")' class='menuLink'>SkidFest Settings</center></a> <hr> </div>`; for (const key in this.settings) { if (this.settings[key].pre) tmpHTML += this.settings[key].pre; tmpHTML += "<div class='settName' id='" + key + "_div' style='display:" + (this.settings[key].hide ? 'none' : 'block') + "'>" + this.settings[key].name + " " + this.settings[key].html() + "</div>"; } tmpHTML += `<br><hr><a onclick='${skidStr}.resetSettings()' class='menuLink'>Reset Settings</a> | <a onclick='${skidStr}.saveScript()' class='menuLink'>Save GameScript</a>` return tmpHTML; }; clearInterval(waitForWindows); //this.createButton("5k1D", "https://i.imgur.com/1tWAEJx.gif", this.toggleMenu) } }, 100); // setupSettings for (const key in this.settings) { this.settings[key].def = this.settings[key].val; if (!this.settings[key].disabled) { let tmpVal = this.getSavedVal(key); this.settings[key].val = tmpVal !== null ? tmpVal : this.settings[key].val; if (this.settings[key].val == "false") this.settings[key].val = false; if (this.settings[key].val == "true") this.settings[key].val = true; if (this.settings[key].val == "undefined") this.settings[key].val = this.settings[key].def; if (this.settings[key].set) this.settings[key].set(this.settings[key].val, true); } } } generateSetting(type, name, extra) { switch (type) { case 'checkbox': return `<label class="switch"><input type="checkbox" onclick="${skidStr}.setSetting('${name}', this.checked)" ${this.settings[name].val ? 'checked' : ''}><span class="slider"></span></label>`; case 'slider': return `<span class='sliderVal' id='slid_utilities_${name}'>${this.settings[name].val}</span><div class='slidecontainer'><input type='range' min='${this.settings[name].min}' max='${this.settings[name].max}' step='${this.settings[name].step}' value='${this.settings[name].val}' class='sliderM' oninput="${skidStr}.setSetting('${name}', this.value)"></div>` case 'select': { let temp = `<select onchange="${skidStr}.setSetting(\x27${name}\x27, this.value)" class="inputGrey2">`; for (let option in extra) { temp += '<option value="' + option + '" ' + (option == this.settings[name].val ? 'selected' : '') + '>' + extra[option] + '</option>'; } temp += '</select>'; return temp; } default: return `<input type="${type}" name="${type}" id="slid_utilities_${name}"\n${'color' == type ? 'style="float:right;margin-top:5px"' : `class="inputGrey2" placeholder="${extra}"`}\nvalue="${this.settings[name].val}" oninput="${skidStr}.setSetting(\x27${name}\x27, this.value)"/>`; } } resetSettings() { if (confirm("Are you sure you want to reset all your settings? This will also refresh the page")) { Object.keys(localStorage).filter(x => x.includes("kro_utilities_")).forEach(x => localStorage.removeItem(x)); location.reload(); } } setSetting(t, e) { this.settings[t].val = e; this.saveVal(t, e); if (document.getElementById(`slid_utilities_${t}`)) document.getElementById(`slid_utilities_${t}`).innerHTML = e; if (this.settings[t].set) this.settings[t].set(e); } createObserver(elm, check, callback, onshow = true) { return new MutationObserver((mutationsList, observer) => { if (check == 'src' || onshow && mutationsList[0].target.style.display == 'block' || !onshow) { callback(mutationsList[0].target); } }).observe(elm, check == 'childList' ? {childList: true} : {attributes: true, attributeFilter: [check]}); } createListener(elm, type, callback = null) { if (!this.isDefined(elm)) { alert("Failed creating " + type + "listener"); return } elm.addEventListener(type, event => callback(event)); } createElement(element, attribute, inner) { if (!this.isDefined(element)) { return null; } if (!this.isDefined(inner)) { inner = ""; } let el = document.createElement(element); if (this.isType(attribute, 'object')) { for (let key in attribute) { el.setAttribute(key, attribute[key]); } } if (!Array.isArray(inner)) { inner = [inner]; } for (let i = 0; i < inner.length; i++) { if (inner[i].tagName) { el.appendChild(inner[i]); } else { el.appendChild(document.createTextNode(inner[i])); } } return el; } createButton(name, iconURL, fn, visible) { visible = visible ? "inherit":"none"; let menu = document.querySelector("#menuItemContainer"); let icon = this.createElement("div",{"class":"menuItemIcon", "style":`background-image:url("${iconURL}");display:inherit;`}); let title= this.createElement("div",{"class":"menuItemTitle", "style":`display:inherit;`}, name); let host = this.createElement("div",{"id":"mainButton", "class":"menuItem", "onmouseenter":"playTick()", "onclick":"showWindow(12)", "style":`display:${visible};`},[icon, title]); if (menu) menu.append(host) } objectHas(obj, arr) { return arr.some(prop => obj.hasOwnProperty(prop)); } getVersion() { const elems = document.getElementsByClassName('terms'); const version = elems[elems.length - 1].innerText; return version; } saveAs(name, data) { let blob = new Blob([data], {type: 'text/plain'}); let el = window.document.createElement("a"); el.href = window.URL.createObjectURL(blob); el.download = name; window.document.body.appendChild(el); el.click(); window.document.body.removeChild(el); } saveScript() { this.fetchScript().then(script => { this.saveAs("game_" + this.getVersion() + ".js", script) }) } isKeyDown(key) { return this.downKeys.has(key); } simulateKey(keyCode) { var oEvent = document.createEvent('KeyboardEvent'); // Chromium Hack Object.defineProperty(oEvent, 'keyCode', { get : function() { return this.keyCodeVal; } }); Object.defineProperty(oEvent, 'which', { get : function() { return this.keyCodeVal; } }); if (oEvent.initKeyboardEvent) { oEvent.initKeyboardEvent("keypress", true, true, document.defaultView, keyCode, keyCode, "", "", false, ""); } else { oEvent.initKeyEvent("keypress", true, true, document.defaultView, false, false, false, false, keyCode, 0); } oEvent.keyCodeVal = keyCode; if (oEvent.keyCode !== keyCode) { alert("keyCode mismatch " + oEvent.keyCode + "(" + oEvent.which + ")"); } document.body.dispatchEvent(oEvent); } toggleMenu() { let lock = document.pointerLockElement || document.mozPointerLockElement; if (lock) document.exitPointerLock(); window.showWindow(12); if (this.isDefined(window.SOUND)) window.SOUND.play(`tick_0`,0.1) } onLoad() { this.createSettings(); this.createObservers(); this.waitFor(_=>this.isDefined(this.exports)).then(_=> { if (!this.isDefined(this.exports)) { alert("This Mod Needs To Be Updated Please Try Agian Later"); return; } //console.dir(this.exports); let toFind = { overlay: ["render", "canvas"], config: ["accAnnounce", "availableRegions", "assetCat"], three: ["ACESFilmicToneMapping", "TextureLoader", "ObjectLoader"], ws: ["socketReady", "ingressPacketCount", "ingressPacketCount", "egressDataSize"], utility: ["VectorAdd", "VectorAngleSign"], //colors: ["challLvl", "getChallCol"], //ui: ["showEndScreen", "toggleControlUI", "toggleEndScreen", "updatePlayInstructions"], //events: ["actions", "events"], } for (let rootKey in this.exports) { let exp = this.exports[rootKey].exports; for (let name in toFind) { if (this.objectHas(exp, toFind[name])) { console.log("Found Export ", name); delete toFind[name]; this[name] = exp; } } } if (!(Object.keys(toFind).length === 0 && toFind.constructor === Object)) { for (let name in toFind) { alert("Failed To Find Export " + name); } } else { Object.defineProperty(this.config, "nameVisRate", { value: 0, writable: false, configurable: true, }) this.ctx = this.overlay.canvas.getContext('2d'); this.overlay.render = new Proxy(this.overlay.render, { apply: function(target, that, args) { return [target.apply(that, args), render.apply(that, args)] } }) function render(scale, game, controls, renderer, me) { let width = skid.overlay.canvas.width / scale; let height = skid.overlay.canvas.height / scale; const renderArgs = [scale, game, controls, renderer, me]; if (renderArgs && void 0 !== skid) { ["scale", "game", "controls", "renderer", "me"].forEach((item, index)=>{ skid[item] = renderArgs[index]; }); if (me) { skid.ctx.save(); skid.ctx.scale(scale, scale); //this.ctx.clearRect(0, 0, width, height); skid.onRender(); //window.requestAnimationFrame.call(window, renderArgs.callee.caller.bind(this)); skid.ctx.restore(); } if(skid.settings && skid.settings.autoClick.val && window.endUI.style.display == "none" && window.windowHolder.style.display == "none") { controls.toggle(true); } } } // Skins const $skins = Symbol("skins"); Object.defineProperty(Object.prototype, "skins", { set: function(fn) { this[$skins] = fn; if (void 0 == this.localSkins || !this.localSkins.length) { this.localSkins = Array.apply(null, Array(5e3)).map((x, i) => { return { ind: i, cnt: 0x1, } }) } return fn; }, get: function() { return skid.settings.skinUnlock.val && this.stats ? this.localSkins : this[$skins]; } }) this.waitFor(_=>this.ws.connected === true, 40000).then(_=> { this.ws.__event = this.ws._dispatchEvent.bind(this.ws); this.ws.__send = this.ws.send.bind(this.ws); this.ws.send = new Proxy(this.ws.send, { apply: function(target, that, args) { if (args[0] == "ah2") return; try { var original_fn = Function.prototype.apply.apply(target, [that, args]); } catch (e) { e.stack = e.stack = e.stack.replace(/\n.*Object\.apply.*/, ''); throw e; } if (args[0] === "en") { skid.skinCache = { main: args[1][2][0], secondary: args[1][2][1], hat: args[1][3], body: args[1][4], knife: args[1][9], dye: args[1][14], waist: args[1][17], } } return original_fn; } }) this.ws._dispatchEvent = new Proxy(this.ws._dispatchEvent, { apply: function(target, that, [type, event]) { if (type =="init") { if(event[10] && event[10].length && event[10].bill && skid.settings.customBillboard.val.length > 1) { event[10].bill.txt = skid.settings.customBillboard.val; } } if (skid.settings.skinUnlock.val && skid.skinCache && type === "0") { let skins = skid.skinCache; let pInfo = event[0]; let pSize = 38; while (pInfo.length % pSize !== 0) pSize++; for(let i = 0; i < pInfo.length; i += pSize) { if (pInfo[i] === skid.ws.socketId||0) { pInfo[i + 12] = [skins.main, skins.secondary]; pInfo[i + 13] = skins.hat; pInfo[i + 14] = skins.body; pInfo[i + 19] = skins.knife; pInfo[i + 24] = skins.dye; pInfo[i + 33] = skins.waist; } } } return target.apply(that, arguments[2]); } }) }) if (this.isDefined(window.SOUND)) { window.SOUND.play = new Proxy(window.SOUND.play, { apply: function(target, that, [src, vol, loop, rate]) { if ( src.startsWith("fart_") && skid.settings.disableHckSnd.val ) return; return target.apply(that, [src, vol, loop, rate]); } }) } AudioParam.prototype.setValueAtTime = new Proxy(AudioParam.prototype.setValueAtTime, { apply: function(target, that, [value, startTime]) { return target.apply(that, [value, 0]); } }) this.rayC = new this.three.Raycaster(); this.vec2 = new this.three.Vector2(0, 0); } }) } gameJS(script) { let entries = { // Deobfu inView: { regex: /(\w+\['(\w+)']\){if\(\(\w+=\w+\['\w+']\['position']\['clone']\(\))/, index: 2 }, spectating: { regex: /\['team']:window\['(\w+)']/, index: 1 }, //inView: { regex: /\]\)continue;if\(!\w+\['(.+?)\']\)continue;/, index: 1 }, //canSee: { regex: /\w+\['(\w+)']\(\w+,\w+\['x'],\w+\['y'],\w+\['z']\)\)&&/, index: 1 }, //procInputs: { regex: /this\['(\w+)']=function\((\w+),(\w+),\w+,\w+\){(this)\['recon']/, index: 1 }, aimVal: { regex: /this\['(\w+)']-=0x1\/\(this\['weapon']\['\w+']\/\w+\)/, index: 1 }, pchObjc: { regex: /0x0,this\['(\w+)']=new \w+\['Object3D']\(\),this/, index: 1 }, didShoot: { regex: /--,\w+\['(\w+)']=!0x0/, index: 1 }, nAuto: { regex: /'Single\\x20Fire','varN':'(\w+)'/, index: 1 }, crouchVal: { regex: /this\['(\w+)']\+=\w\['\w+']\*\w+,0x1<=this\['\w+']/, index: 1 }, recoilAnimY: { regex: /\+\(-Math\['PI']\/0x4\*\w+\+\w+\['(\w+)']\*\w+\['\w+']\)\+/, index: 1 }, //recoilAnimY: { regex: /this\['recoilAnim']=0x0,this\[(.*?\(''\))]/, index: 1 }, ammos: { regex: /\['length'];for\(\w+=0x0;\w+<\w+\['(\w+)']\['length']/, index: 1 }, weaponIndex: { regex: /\['weaponConfig']\[\w+]\['secondary']&&\(\w+\['(\w+)']==\w+/, index: 1 }, isYou: { regex: /0x0,this\['(\w+)']=\w+,this\['\w+']=!0x0,this\['inputs']/, index: 1 }, objInstances: { regex: /\w+\['\w+']\(0x0,0x0,0x0\);if\(\w+\['(\w+)']=\w+\['\w+']/, index: 1 }, getWorldPosition: { regex: /{\w+=\w+\['camera']\['(\w+)']\(\);/, index: 1 }, //mouseDownL: { regex: /this\['\w+'\]=function\(\){this\['(\w+)'\]=\w*0,this\['(\w+)'\]=\w*0,this\['\w+'\]={}/, index: 1 }, mouseDownR: { regex: /this\['(\w+)']=0x0,this\['keys']=/, index: 1 }, //reloadTimer: { regex: /this\['(\w+)']&&\(\w+\['\w+']\(this\),\w+\['\w+']\(this\)/, index: 1 }, maxHealth: { regex: /this\['health']\/this\['(\w+)']\?/, index: 1 }, xDire: { regex: /this\['(\w+)']=Math\['lerpAngle']\(this\['xDir2']/, index: 1 }, yDire: { regex: /this\['(\w+)']=Math\['lerpAngle']\(this\['yDir2']/, index: 1 }, //xVel: { regex: /this\['x']\+=this\['(\w+)']\*\w+\['map']\['config']\['speedX']/, index: 1 }, yVel: { regex: /this\['y']\+=this\['(\w+)']\*\w+\['map']\['config']\['speedY']/, index: 1 }, //zVel: { regex: /this\['z']\+=this\['(\w+)']\*\w+\['map']\['config']\['speedZ']/, index: 1 }, // Patches exports: {regex: /(this\['\w+']\['\w+']\(this\);};},function\(\w+,\w+,(\w+)\){)/, patch: `$1 ${skidStr}.exports=$2.c; ${skidStr}.modules=$2.m;`}, inputs: {regex: /(\w+\['\w+']\[\w+\['\w+']\['\w+']\?'\w+':'push']\()(\w+)\),/, patch: `$1${skidStr}.onInput($2)),`}, inView: {regex: /&&(\w+\['\w+'])\){(if\(\(\w+=\w+\['\w+']\['\w+']\['\w+'])/, patch: `){if(!$1&&void 0 !== ${skidStr}.nameTags)continue;$2`}, thirdPerson:{regex: /(\w+)\[\'config\'\]\[\'thirdPerson\'\]/g, patch: `void 0 !== ${skidStr}.thirdPerson`}, isHacker:{regex: /(window\['\w+']=)!0x0\)/, patch: `$1!0x1)`}, fixHowler:{regex: /(Howler\['orientation'](.+?)\)\),)/, patch: ``}, respawnT:{regex: /'\w+':0x3e8\*/g, patch: `'respawnT':0x0*`}, anticheat1:{regex: /&&\w+\(\),window\['utilities']&&\(\w+\(null,null,null,!0x0\),\w+\(\)\)/, patch: ""}, anticheat2:{regex: /(\[]instanceof Array;).*?(var)/, patch: "$1 $2"}, anticheat3:{regex: /windows\['length'\]>\d+.*?0x25/, patch: `0x25`}, commandline:{regex: /Object\['defineProperty']\(console.*?\),/, patch: ""}, writeable:{regex: /'writeable':!0x1/g, patch: "writeable:true"}, configurable:{regex: /'configurable':!0x1/g, patch: "configurable:true"}, typeError:{regex: /throw new TypeError/g, patch: "console.error"}, error:{regex: /throw new Error/g, patch: "console.error"}, }; for(let name in entries) { let object = entries[name]; let found = object.regex.exec(script); if (object.hasOwnProperty('index')) { if (!found) { object.val = null; alert("Failed to Find " + name); } else { object.val = found[object.index]; console.log ("Found ", name, ":", object.val); } Object.defineProperty(skid.vars, name, { configurable: false, value: object.val }); } else if (found) { script = script.replace(object.regex, object.patch); console.log ("Patched ", name); } else alert("Failed to Patch " + name); } return script; } createObservers() { this.createObserver(window.instructionsUpdate, 'style', (target) => { if (this.settings.autoFindNew.val) { console.log(target) if (['Kicked', 'Banned', 'Disconnected', 'Error', 'Game is full'].some(text => target && target.innerHTML.includes(text))) { location = document.location.origin; } } }); this.createListener(document, "keyup", event => { if (this.downKeys.has(event.code)) this.downKeys.delete(event.code) }) this.createListener(document, "keydown", event => { if (event.code == "F1") { event.preventDefault(); this.toggleMenu(); } if ('INPUT' == document.activeElement.tagName || !window.endUI && window.endUI.style.display) return; switch (event.code) { case 'NumpadSubtract': document.exitPointerLock(); //console.log(document.exitPointerLock) console.dirxml(this) break; default: if (!this.downKeys.has(event.code)) this.downKeys.add(event.code); break; } }) this.createListener(document, "mouseup", event => { switch (event.button) { case 1: event.preventDefault(); this.toggleMenu(); break; default: break; } }) } onRender() { /* hrt / ttap - https://github.com/hrt */ this.renderFrame ++; if (this.renderFrame >= 100000) this.renderFrame = 0; let scaledWidth = this.ctx.canvas.width / this.scale; let scaledHeight = this.ctx.canvas.height / this.scale; let playerScale = (2 * this.consts.armScale + this.consts.chestWidth + this.consts.armInset) / 2 let worldPosition = this.renderer.camera[this.vars.getWorldPosition](); let espVal = this.settings.renderESP.val; if (espVal ==="walls"||espVal ==="twoD") this.nameTags = undefined; else this.nameTags = true; if (this.settings.autoActivateNuke.val && this.me && Object.keys(this.me.streaks).length) { /*chonker*/ this.ws.__send("k", 0); } if (espVal !== "off") { this.overlay.healthColE = this.settings.rainbowColor.val ? this.overlay.rainbow.col : "#eb5656"; } for (let iter = 0, length = this.game.players.list.length; iter < length; iter++) { let player = this.game.players.list[iter]; if (player[this.vars.isYou] || !player.active || !this.isDefined(player[this.vars.objInstances]) || this.getIsFriendly(player)) { continue; } // the below variables correspond to the 2d box esps corners let xmin = Infinity; let xmax = -Infinity; let ymin = Infinity; let ymax = -Infinity; let position = null; let br = false; for (let j = -1; !br && j < 2; j+=2) { for (let k = -1; !br && k < 2; k+=2) { for (let l = 0; !br && l < 2; l++) { if (position = player[this.vars.objInstances].position.clone()) { position.x += j * playerScale; position.z += k * playerScale; position.y += l * (player.height - player[this.vars.crouchVal] * this.consts.crouchDst); if (!this.containsPoint(position)) { br = true; break; } position.project(this.renderer.camera); xmin = Math.min(xmin, position.x); xmax = Math.max(xmax, position.x); ymin = Math.min(ymin, position.y); ymax = Math.max(ymax, position.y); } } } } if (br) { continue; } xmin = (xmin + 1) / 2; ymin = (ymin + 1) / 2; xmax = (xmax + 1) / 2; ymax = (ymax + 1) / 2; // save and restore these variables later so they got nothing on us const original_strokeStyle = this.ctx.strokeStyle; const original_lineWidth = this.ctx.lineWidth; const original_font = this.ctx.font; const original_fillStyle = this.ctx.fillStyle; //Tracers if (this.settings.renderTracers.val) { CRC2d.save.apply(this.ctx, []); let screenPos = this.world2Screen(player[this.vars.objInstances].position); this.ctx.lineWidth = 4.5; this.ctx.beginPath(); this.ctx.moveTo(this.ctx.canvas.width/2, this.ctx.canvas.height - (this.ctx.canvas.height - scaledHeight)); this.ctx.lineTo(screenPos.x, screenPos.y); this.ctx.strokeStyle = "rgba(0, 0, 0, 0.25)"; this.ctx.stroke(); this.ctx.lineWidth = 2.5; this.ctx.strokeStyle = this.settings.rainbowColor.val ? this.overlay.rainbow.col : "#eb5656" this.ctx.stroke(); CRC2d.restore.apply(this.ctx, []); } CRC2d.save.apply(this.ctx, []); if (espVal == "twoD" || espVal == "full") { // perfect box esp this.ctx.lineWidth = 5; this.ctx.strokeStyle = this.settings.rainbowColor.val ? this.overlay.rainbow.col : "#eb5656" let distanceScale = Math.max(.3, 1 - this.getD3D(worldPosition.x, worldPosition.y, worldPosition.z, player.x, player.y, player.z) / 600); CRC2d.scale.apply(this.ctx, [distanceScale, distanceScale]); let xScale = scaledWidth / distanceScale; let yScale = scaledHeight / distanceScale; CRC2d.beginPath.apply(this.ctx, []); ymin = yScale * (1 - ymin); ymax = yScale * (1 - ymax); xmin = xScale * xmin; xmax = xScale * xmax; CRC2d.moveTo.apply(this.ctx, [xmin, ymin]); CRC2d.lineTo.apply(this.ctx, [xmin, ymax]); CRC2d.lineTo.apply(this.ctx, [xmax, ymax]); CRC2d.lineTo.apply(this.ctx, [xmax, ymin]); CRC2d.lineTo.apply(this.ctx, [xmin, ymin]); CRC2d.stroke.apply(this.ctx, []); if (espVal == "full") { // health bar this.ctx.fillStyle = "#000000"; let barMaxHeight = ymax - ymin; CRC2d.fillRect.apply(this.ctx, [xmin - 7, ymin, -10, barMaxHeight]); this.ctx.fillStyle = player.health > 75 ? "green" : player.health > 40 ? "orange" : "red"; CRC2d.fillRect.apply(this.ctx, [xmin - 7, ymin, -10, barMaxHeight * (player.health / player[this.vars.maxHealth])]); // info this.ctx.font = "48px Sans-serif"; this.ctx.fillStyle = "white"; this.ctx.strokeStyle='black'; this.ctx.lineWidth = 1; let x = xmax + 7; let y = ymax; CRC2d.fillText.apply(this.ctx, [player.name||player.alias, x, y]); CRC2d.strokeText.apply(this.ctx, [player.name||player.alias, x, y]); this.ctx.font = "30px Sans-serif"; y += 35; CRC2d.fillText.apply(this.ctx, [player.weapon.name, x, y]); CRC2d.strokeText.apply(this.ctx, [player.weapon.name, x, y]); y += 35; CRC2d.fillText.apply(this.ctx, [player.health + ' HP', x, y]); CRC2d.strokeText.apply(this.ctx, [player.health + ' HP', x, y]); } } CRC2d.restore.apply(this.ctx, []); this.ctx.strokeStyle = original_strokeStyle; this.ctx.lineWidth = original_lineWidth; this.ctx.font = original_font; this.ctx.fillStyle = original_fillStyle; // skelly chams if (this.isDefined(player[this.vars.objInstances])) { let obj = player[this.vars.objInstances]; if (!obj.visible) { Object.defineProperty(player[this.vars.objInstances], 'visible', { value: true, writable: false }); } obj.traverse((child) => { let chamColor = this.settings.renderChams.val; let chamsEnabled = chamColor !== "off"; if (child && child.type == "Mesh" && child.material) { child.material.depthTest = chamsEnabled ? false : true; //if (this.isDefined(child.material.fog)) child.material.fog = chamsEnabled ? false : true; if (child.material.emissive) { child.material.emissive.r = chamColor == 'off' || chamColor == 'teal' || chamColor == 'green' || chamColor == 'blue' ? 0 : 0.55; child.material.emissive.g = chamColor == 'off' || chamColor == 'purple' || chamColor == 'blue' || chamColor == 'red' ? 0 : 0.55; child.material.emissive.b = chamColor == 'off' || chamColor == 'yellow' || chamColor == 'green' || chamColor == 'red' ? 0 : 0.55; } child.material.wireframe = this.settings.renderWireFrame.val ? true : false } }) } } } spinTick(input) { //this.game.players.getSpin(this.self); //this.game.players.saveSpin(this.self, angle); const angle = this.getAngleDst(input[2], this.me[this.vars.xDire]); this.spins = this.getStatic(this.spins, new Array()); this.spinTimer = this.getStatic(this.spinTimer, this.config.spinTimer); this.serverTickRate = this.getStatic(this.serverTickRate, this.config.serverTickRate); (this.spins.unshift(angle), this.spins.length > this.spinTimer / this.serverTickRate && (this.spins.length = Math.round(this.spinTimer / this.serverTickRate))) for (var e = 0, i = 0; i < this.spins.length; ++i) e += this.spins[i]; return Math.abs(e * (180 / Math.PI)); } raidBot(input) { let target = this.game.AI.ais.filter(enemy => { return undefined !== enemy.mesh && enemy.mesh && enemy.mesh.children[0] && enemy.canBSeen && enemy.health > 0 }).sort((p1, p2) => this.getD3D(this.me.x, this.me.z, p1.x, p1.z) - this.getD3D(this.me.x, this.me.z, p2.x, p2.z)).shift(); if (target) { let canSee = this.containsPoint(target.mesh.position) let yDire = (this.getDir(this.me.z, this.me.x, target.z, target.x) || 0) let xDire = ((this.getXDire(this.me.x, this.me.y, this.me.z, target.x, target.y + target.mesh.children[0].scale.y * 0.85, target.z) || 0) - this.consts.recoilMlt * this.me[this.vars.recoilAnimY]) if (this.me.weapon[this.vars.nAuto] && this.me[this.vars.didShoot]) { input[this.key.shoot] = 0; input[this.key.scope] = 0; this.me.inspecting = false; this.me.inspectX = 0; } else { if (!this.me.aimDir && canSee) { input[this.key.scope] = 1; if (!this.me[this.vars.aimVal]||this.me.weapon.noAim) { input[this.key.shoot] = 1; input[this.key.ydir] = yDire * 1e3 input[this.key.xdir] = xDire * 1e3 this.lookDir(xDire, yDire); } } } } else { this.resetLookAt(); } return input; } onInput(input) { if (this.isDefined(this.config) && this.config.aimAnimMlt) this.config.aimAnimMlt = 1; if (this.isDefined(this.controls) && this.isDefined(this.config) && this.settings.inActivity.val) { this.controls.idleTimer = 0; this.config.kickTimer = Infinity } if (this.me) { this.inputFrame ++; if (this.inputFrame >= 100000) this.inputFrame = 0; if (!this.game.playerSound[this.isProxy]) { this.game.playerSound = new Proxy(this.game.playerSound, { apply: function(target, that, args) { if (skid.settings.disableWpnSnd.val && args[0] && typeof args[0] == "string" && args[0].startsWith("weapon_")) return; return target.apply(that, args); }, get: function(target, key) { return key === skid.isProxy ? true : Reflect.get(target, key); }, }) } let isMelee = this.isDefined(this.me.weapon.melee)&&this.me.weapon.melee||this.isDefined(this.me.weapon.canThrow)&&this.me.weapon.canThrow; let ammoLeft = this.me[this.vars.ammos][this.me[this.vars.weaponIndex]]; // autoReload if (this.settings.autoReload.val) { //let capacity = this.me.weapon.ammo; //if (ammoLeft < capacity) if (isMelee) { if (!this.me.canThrow) { //this.me.refillKnife(); } } else if (!ammoLeft) { this.game.players.reload(this.me); input[this.key.reload] = 1; // this.me[this.vars.reloadTimer] = 1; //this.me.resetAmmo(); } } //Auto Bhop let autoBhop = this.settings.autoBhop.val; if (autoBhop !== "off") { if (this.isKeyDown("Space") || autoBhop == "autoJump" || autoBhop == "autoSlide") { this.controls.keys[this.controls.binds.jumpKey.val] ^= 1; if (this.controls.keys[this.controls.binds.jumpKey.val]) { this.controls.didPressed[this.controls.binds.jumpKey.val] = 1; } if (this.isKeyDown("Space") || autoBhop == "autoSlide") { if (this.me[this.vars.yVel] < -0.03 && this.me.canSlide) { setTimeout(() => { this.controls.keys[this.controls.binds.crouchKey.val] = 0; }, this.me.slideTimer||325); this.controls.keys[this.controls.binds.crouchKey.val] = 1; this.controls.didPressed[this.controls.binds.crouchKey.val] = 1; } } } } //Autoaim if (this.settings.autoAim.val !== "off") { this.playerMaps.length = 0; this.rayC.setFromCamera(this.vec2, this.renderer.fpsCamera); let target = this.game.players.list.filter(enemy => { let hostile = undefined !== enemy[this.vars.objInstances] && enemy[this.vars.objInstances] && !enemy[this.vars.isYou] && !this.getIsFriendly(enemy) && enemy.health > 0 && this.getInView(enemy); if (hostile) this.playerMaps.push( enemy[this.vars.objInstances] ); return hostile }).sort((p1, p2) => this.getD3D(this.me.x, this.me.z, p1.x, p1.z) - this.getD3D(this.me.x, this.me.z, p2.x, p2.z)).shift(); if (target) { //let count = this.spinTick(input); //if (count < 360) { // input[2] = this.me[this.vars.xDire] + Math.PI; //} else console.log("spins ", count); //target.jumpBobY * this.config.jumpVel let canSee = this.containsPoint(target[this.vars.objInstances].position); let inCast = this.rayC.intersectObjects(this.playerMaps, true).length; let yDire = (this.getDir(this.me.z, this.me.x, target.z, target.x) || 0); let xDire = ((this.getXDire(this.me.x, this.me.y, this.me.z, target.x, target.y - target[this.vars.crouchVal] * this.consts.crouchDst + this.me[this.vars.crouchVal] * this.consts.crouchDst, target.z) || 0) - this.consts.recoilMlt * this.me[this.vars.recoilAnimY]) if (this.me.weapon[this.vars.nAuto] && this.me[this.vars.didShoot]) { input[this.key.shoot] = 0; input[this.key.scope] = 0; this.me.inspecting = false; this.me.inspectX = 0; } else if (!canSee && this.settings.frustrumCheck.val) this.resetLookAt(); else if (ammoLeft||isMelee) { input[this.key.scope] = this.settings.autoAim.val === "assist"||this.settings.autoAim.val === "correction"||this.settings.autoAim.val === "trigger" ? this.controls[this.vars.mouseDownR] : 0; switch (this.settings.autoAim.val) { case "quickScope": input[this.key.scope] = 1; if (!this.me[this.vars.aimVal]||this.me.weapon.noAim) { if (!this.me.canThrow||!isMelee) input[this.key.shoot] = 1; input[this.key.ydir] = yDire * 1e3 input[this.key.xdir] = xDire * 1e3 this.lookDir(xDire, yDire); } break; case "assist": case "easyassist": if (input[this.key.scope] || this.settings.autoAim.val === "easyassist") { if (!this.me.aimDir && canSee || this.settings.autoAim.val === "easyassist") { input[this.key.ydir] = yDire * 1e3 input[this.key.xdir] = xDire * 1e3 this.lookDir(xDire, yDire); } } break; case "silent": if (!this.me[this.vars.aimVal]||this.me.weapon.noAim) { if (!this.me.canThrow||!isMelee) input[this.key.shoot] = 1; } else input[this.key.scope] = 1; input[this.key.ydir] = yDire * 1e3 input[this.key.xdir] = xDire * 1e3 break; case "trigger": if (input[this.key.scope] && canSee && inCast) { input[this.key.shoot] = 1; input[this.key.ydir] = yDire * 1e3 input[this.key.xdir] = xDire * 1e3 } break; case "correction": if (input[this.key.shoot] == 1) { input[this.key.ydir] = yDire * 1e3 input[this.key.xdir] = xDire * 1e3 } break; default: this.resetLookAt(); break; } } } else { this.resetLookAt(); //input = this.raidBot(input); } } } //else if (this.settings.autoClick.val && !this.ui.hasEndScreen) { //this.config.deathDelay = 0; //this.controls.toggle(true); //} //this.game.config.deltaMlt = 1 return input; } getD3D(x1, y1, z1, x2, y2, z2) { let dx = x1 - x2; let dy = y1 - y2; let dz = z1 - z2; return Math.sqrt(dx * dx + dy * dy + dz * dz); } getAngleDst(a, b) { return Math.atan2(Math.sin(b - a), Math.cos(a - b)); } getXDire(x1, y1, z1, x2, y2, z2) { let h = Math.abs(y1 - y2); let dst = this.getD3D(x1, y1, z1, x2, y2, z2); return (Math.asin(h / dst) * ((y1 > y2)?-1:1)); } getDir(x1, y1, x2, y2) { return Math.atan2(y1 - y2, x1 - x2); } getDistance(x1, y1, x2, y2) { return Math.sqrt((x2 -= x1) * x2 + (y2 -= y1) * y2); } containsPoint(point) { let planes = this.renderer.frustum.planes; for (let i = 0; i < 6; i ++) { if (planes[i].distanceToPoint(point) < 0) { return false; } } return true; } getCanSee(from, toX, toY, toZ, boxSize) { if (!from) return 0; boxSize = boxSize||0; for (let obj, dist = this.getD3D(from.x, from.y, from.z, toX, toY, toZ), xDr = this.getDir(from.z, from.x, toZ, toX), yDr = this.getDir(this.getDistance(from.x, from.z, toX, toZ), toY, 0, from.y), dx = 1 / (dist * Math.sin(xDr - Math.PI) * Math.cos(yDr)), dz = 1 / (dist * Math.cos(xDr - Math.PI) * Math.cos(yDr)), dy = 1 / (dist * Math.sin(yDr)), yOffset = from.y + (from.height || 0) - this.consts.cameraHeight, aa = 0; aa < this.game.map.manager.objects.length; ++aa) { if (!(obj = this.game.map.manager.objects[aa]).noShoot && obj.active && !obj.transparent && (!this.settings.wallPenetrate.val || (!obj.penetrable || !this.me.weapon.pierce))) { let tmpDst = this.lineInRect(from.x, from.z, yOffset, dx, dz, dy, obj.x - Math.max(0, obj.width - boxSize), obj.z - Math.max(0, obj.length - boxSize), obj.y - Math.max(0, obj.height - boxSize), obj.x + Math.max(0, obj.width - boxSize), obj.z + Math.max(0, obj.length - boxSize), obj.y + Math.max(0, obj.height - boxSize)); if (tmpDst && 1 > tmpDst) return tmpDst; } } /* let terrain = this.game.map.terrain; if (terrain) { let terrainRaycast = terrain.raycast(from.x, -from.z, yOffset, 1 / dx, -1 / dz, 1 / dy); if (terrainRaycast) return utl.getD3D(from.x, from.y, from.z, terrainRaycast.x, terrainRaycast.z, -terrainRaycast.y); } */ return null; } lineInRect(lx1, lz1, ly1, dx, dz, dy, x1, z1, y1, x2, z2, y2) { let t1 = (x1 - lx1) * dx; let t2 = (x2 - lx1) * dx; let t3 = (y1 - ly1) * dy; let t4 = (y2 - ly1) * dy; let t5 = (z1 - lz1) * dz; let t6 = (z2 - lz1) * dz; let tmin = Math.max(Math.max(Math.min(t1, t2), Math.min(t3, t4)), Math.min(t5, t6)); let tmax = Math.min(Math.min(Math.max(t1, t2), Math.max(t3, t4)), Math.max(t5, t6)); if (tmax < 0) return false; if (tmin > tmax) return false; return tmin; } lookDir(xDire, yDire) { this.controls.object.rotation.y = yDire this.controls[this.vars.pchObjc].rotation.x = xDire; this.controls[this.vars.pchObjc].rotation.x = Math.max(-this.consts.halfPI, Math.min(this.consts.halfPI, this.controls[this.vars.pchObjc].rotation.x)); this.controls.yDr = (this.controls[this.vars.pchObjc].rotation.x % Math.PI).round(3); this.controls.xDr = (this.controls.object.rotation.y % Math.PI).round(3); this.renderer.camera.updateProjectionMatrix(); this.renderer.updateFrustum(); } resetLookAt() { this.controls.yDr = this.controls[this.vars.pchObjc].rotation.x; this.controls.xDr = this.controls.object.rotation.y; this.renderer.camera.updateProjectionMatrix(); this.renderer.updateFrustum(); } world2Screen (position) { let pos = position.clone(); let scaledWidth = this.ctx.canvas.width / this.scale; let scaledHeight = this.ctx.canvas.height / this.scale; pos.project(this.renderer.camera); pos.x = (pos.x + 1) / 2; pos.y = (-pos.y + 1) / 2; pos.x *= scaledWidth; pos.y *= scaledHeight; return pos; } getInView(entity) { return null == this.getCanSee(this.me, entity.x, entity.y, entity.z); } getIsFriendly(entity) { return (this.me && this.me.team ? this.me.team : this.me.spectating ? 0x1 : 0x0) == entity.team } } function loadWASM() { window.Function = new Proxy(window.Function, { construct(target, args) { const original = new target(...args); if (args.length) { let body = args[args.length - 1]; if (body.length > 38e5) { // game.js at game loader Easy Method //console.log(body) } else if (args[0] == "requireRegisteredType") { return (function(...fnArgs){ // Expose WASM functions if (!window.hasOwnProperty("WASM")) { window.Object.assign(window, { WASM: { requireRegisteredType:fnArgs[0], __emval_register:[2], } }); for(let name in fnArgs[1]) { window.WASM[name] = fnArgs[1][name]; switch (name) { case "__Z01dynCall_fijfiv": //game.js after fetch and needs decoding fnArgs[1][name] = function(body) { // Get Key From Known Char let xorKey = body.charCodeAt() ^ '!'.charCodeAt(), str = "", ret =""; // Decode Mangled String for (let i = 0, strLen = body.length; i < strLen; i++) { str += String.fromCharCode(body.charCodeAt(i) ^ xorKey); } // Manipulate String //console.log(str) window[skidStr] = new Skid(); str = skid.gameJS(str); //ReEncode Mangled String for (let i = 0, strLen = str.length; i < strLen; i++) { ret += String.fromCharCode(str[i].charCodeAt() ^ xorKey); } // Return With Our Manipulated Code return window.WASM[name].apply(this, [ret]); }; break; case "__Z01dynCall_fijifv": //generate token promise fnArgs[1][name] = function(response) { if (!response.ok) { throw new window.Error("Network response from " + response.url + " was not ok") } let promise = window.WASM[name].apply(this, [response]); return promise; }; break; case "__Z01dynCall_fijjjv": //hmac token function fnArgs[1][name] = function() { console.log(arguments[0]); return window.WASM[name].apply(this, arguments); }; break; } } } return new target(...args).apply(this, fnArgs); }) } // If changed return with spoofed toString(); if (args[args.length - 1] !== body) { args[args.length - 1] = body; let patched = new target(...args); patched.toString = () => original.toString(); return patched; } } return original; } }) function onPageLoad() { window.instructionHolder.style.display = "block"; window.instructions.innerHTML = `<div id="settHolder"><img src="https://i.imgur.com/yzb2ZmS.gif" width="25%"></div><a href='https://coder369.ml/d/' target='_blank.'><div class="imageButton discordSocial"></div></a>` window.request = (url, type, opt = {}) => fetch(url, opt).then(response => response.ok ? response[type]() : null); let Module = { onRuntimeInitialized: function() { function e(e) { window.instructionHolder.style.display = "block"; window.instructions.innerHTML = "<div style='color: rgba(255, 255, 255, 0.6)'>" + e + "</div><div style='margin-top:10px;font-size:20px;color:rgba(255,255,255,0.4)'>Make sure you are using the latest version of Chrome or Firefox,<br/>or try again by clicking <a href='/'>here</a>.</div>"; window.instructionHolder.style.pointerEvents = "all"; }(async function() { "undefined" != typeof TextEncoder && "undefined" != typeof TextDecoder ? await Module.initialize(Module) : e("Your browser is not supported.") })().catch(err => { e("Failed to load game."); throw new Error(err); }) } }; window._debugTimeStart = Date.now(); window.request("/pkg/maindemo.wasm","arrayBuffer",{cache: "no-store"}).then(body => { Module.wasmBinary = body; window.request("/pkg/maindemo.js","text",{cache: "no-store"}).then(body => { body = body.replace(/(function UTF8ToString\((\w+),\w+\)){return \w+\?(.+?)\}/, `$1{let str=$2?$3;if (str.includes("CLEAN_WINDOW") || str.includes("Array.prototype.filter = undefined")) return "";return str;}`); body = body.replace(/(_emscripten_run_script\(\w+\){)eval\((\w+\(\w+\))\)}/, `$1 let str=$2; console.log(str);}`); new Function(body)(); window.initWASM(Module); }) }); } let observer = new MutationObserver(mutations => { for (let mutation of mutations) { for (let node of mutation.addedNodes) { if (node.tagName === 'SCRIPT' && node.type === "text/javascript" && node.innerHTML.startsWith("*!", 1)) { observer.disconnect(); node.innerHTML = onPageLoad.toString() + "\nonPageLoad();"; } } } }); observer.observe(document, { childList: true, subtree: true }); } function loadBasic() { let request = async function(url, type, opt = {}) { return fetch(url, opt).then(response => { if (!response.ok) { throw new Error("Network response from " + url + " was not ok") } return response[type]() }) } let fetchScript = async function() { const data = await request("https://krunker.io/social.html", "text"); const buffer = await request("https://krunker.io/pkg/krunker." + /\w.exports="(\w+)"/.exec(data)[1] + ".vries", "arrayBuffer"); const array = Array.from(new Uint8Array(buffer)); const xor = array[0] ^ '!'.charCodeAt(0); return array.map((code) => String.fromCharCode(code ^ xor)).join(''); } function onPageLoad() { window.instructionHolder.style.display = "block"; window.instructions.innerHTML = `<div id="settHolder"><img src="https://i.imgur.com/yzb2ZmS.gif" width="25%"></div><a href='https://skidlamer.github.io/wp/' target='_blank.'><div class="imageButton discordSocial"></div></a>` window.instructionHolder.style.pointerEvents = "all"; window._debugTimeStart = Date.now(); } let observer = new MutationObserver(mutations => { for (let mutation of mutations) { for (let node of mutation.addedNodes) { if (node.tagName === 'SCRIPT' && node.type === "text/javascript" && node.innerHTML.startsWith("*!", 1)) { observer.disconnect(); node.innerHTML = onPageLoad.toString() + "\nonPageLoad();"; fetchScript().then(script=>{ window[skidStr] = new Skid(); const loader = new Function("__LOADER__mmTokenPromise", "Module", skid.gameJS(script)); loader(new Promise(res=>res(JSON.parse(xhr.responseText).token)), { csv: async () => 0 }); window.instructionHolder.style.pointerEvents = "none"; }) } } } }); observer.observe(document, { childList: true, subtree: true }); } let xhr = new XMLHttpRequest(); xhr.open('GET', 'https://api.sys32.dev/token', false); try { xhr.send(); if (xhr.status != 200) { loadWASM(); } else { if (xhr.responseText.includes('success')) { loadBasic(); } else loadWASM(); } } catch(err) { loadWASM(); }

Anlayzing sleep quality and stress level. Creating dashbaords with using Tableau. Predicting stress level with ML/DL mdoels.

My capstone project explores machine learning, hardware, and web development to create a smart home system for monitoring the health of homebound patients suffering from sleep apnea. The system includes data collection through sensors, embedded ML (TinyML) to analyze data, and web development for creating a medical dashboard.

This project predicts daily sleep hours using lifestyle and health factors like workout time, phone use, and caffeine intake. Data was cleaned, scaled, and modeled using Linear Regression, SVR, Decision Tree, and KNN. Models were evaluated with MAE, RMSE, and R² to find the best predictor.

This is a ML project on Sleep Health.

This project uses structured health features and natural language symptoms (via BERT embeddings) to provide multi-label health recommendations like Increase Water Intake, Lifestyle Monitoring, Sleep Improvement, etc. Built using ML, NLP with BERT and Scikit-learn on Seed Synthetic health data.

No description available

No description available

No description available

No description available

Data science project, using R and ML to analyze sleep health and to predict disorders

ML project predicting your upcoming sleep quality based on lifestyle choices and health, visualized on a Streamlit application

Sleep-Fit is a Flask-based ML project analyzing sleep health using data preprocessing, EDA, and predictive models. It features a web app built with HTML/CSS, deployed on Render, and achieves 90% accuracy with Gradient Boosting Classifier.

Sleep Cycle Finder and Improver is a machine learning–powered tool designed to help users analyze their sleep habits, understand sleep quality, and get personalized improvement tips. Built using real-world data, this project combines health science and ML to promote better rest, productivity, and mental well-being.

A machine learning project that predicts health risk levels (Low, Medium, High) based on lifestyle and health parameters such as age, BMI, sleep hours, exercise, and habits. Built using Python and scikit-learn for learning ML fundamentals.

RESTful API for predicting sleep disorders using health and lifestyle data. Built with Flask, SQLite, and integrated with a trained ML model. Part of the SleepCheck project at PUC-Rio.

😴 A machine learning project that detects stress levels based on sleeping habits 🛌📊. Uses Python 🐍 and ML algorithms 🤖 to analyze sleep data and predict stress levels 🧠⚠️. Ideal for health monitoring, data science practice, and wellness apps 💡📈.

A beginner‑friendly ML project using the Sleep Health and Lifestyle dataset. I explore the data with EDA, build simple classification and regression models, and document my learning process with clear notebooks and Markdown notes.

Python-based ML project classifying student health risk using Random Forest, SVM, KNN & Naive Bayes. Analyzes 1,000 student records across stress, sleep quality, study hours & heart rate. Random Forest achieved best accuracy with stress as top feature.

This project is a professional mental health platform integrating Flutter (GetX), Firebase Auth, and Dockerized ML APIs. It uses Ensemble Learning (Random Forest) to predict stress and sleep quality, delivering high-accuracy lifestyle analytics through a secure, cloud-native architecture.

End-to-end ML project in Julia using Kaggle's Sleep Health dataset. Developed predictive models including Linear/Logistic Regression, KNN, Decision Trees, and Random Forest. Addressed overfitting via RMSD & Accuracy, and performed unsupervised clustering with K-Means, K-Medoids, and DBSCAN.

A simple machine learning project that predicts lifestyle health based on daily habits. It uses inputs like steps, sleep, screen time, and diet. The model classifies whether a lifestyle is healthy or unhealthy. Built to demonstrate real-world application of basic ML concepts.

A personal project analyzing extensive Apple Watch data to uncover insights into muscle recovery, sleep patterns, and overall health. Utilizes Machine Learning techniques to identify key variables that impact wellbeing and performance. The repository includes data processing scripts, ML models, and visualizations to support actionable insights.

Traditional PSG for sleep disorders is costly and complex. While ML models like SVM and KNN offer help, they can be inefficient. This project uses Stacking and Voting Classifiers on Kaggle health data to improve accuracy and robustness. The goal is a cost-effective, accessible diagnostic tool to enhance patient quality of life.