alert("Found this game somewhere") $(document).ready(function() { console.log=function(){}; const SCALE = 27; const PI = Math.PI; var myTouchPad = document.getElementById( "touchPad"); var myPadDot = document.getElementById( "padDot"); var roundTime = document.getElementById( "scoreText"); var lapOne = document.getElementById( "lap1"); var lapTwo = document.getElementById( "lap2"); var lapThree = document.getElementById( "lap3"); var myRestartButton = document.getElementById( "restartButton"); var lapArray = [lapOne,lapTwo,lapThree]; var lapCounter = 0; var topConstant = window.innerHeight/3.5; var widthConstant = window.innerWidth/4; var xCenter = window.innerWidth/2 + widthConstant; var yCenter = (window.innerHeight/2) + topConstant; var currentX; var currentY; var x2; var y2; var currentPos=0; var radiusLimit; var alpha; var count1 = document.getElementById( "cd1"); var count2= document.getElementById( "cd2"); var count3 = document.getElementById( "cd3"); var startTime = new Date(); var runTime; var lapTimer = 0; var timeDiff; count3.style.display = "inline"; var start = 0; var halfWay1 = 0; var halfWay2 = 0; //Camera values const FOV = 45; const ASPECT = window.innerWidth/window.innerHeight; const NEAR = 0.1; const FAR = 2000; // ********** Creating the scene: ********** var renderer = new THREE.WebGLRenderer({ antialias: true }); //Creates a WebGL renderer using threejs library renderer.setPixelRatio( window.devicePixelRatio ); //Prevents blurry output renderer.setSize( window.innerWidth,window.innerHeight ); //Sets renderer size to the size of the window renderer.setClearColor(0xA9F5F2, 1); //Makes the background color of the scene blue renderer.shadowMapEnabled = true; renderer.shadowMapSoft = true; document.body.appendChild( renderer.domElement ); //Attaches renderer to DOM (initializes renderer) var scene = new THREE.Scene(); //Creates an empty scene where we are going to add our objects var camera = new THREE.PerspectiveCamera( FOV,ASPECT,NEAR,FAR ); //Creates a camera camera.position.set( 57/SCALE , -200/SCALE, 100/SCALE ); //Positions the camera camera.up.set( 0,0,1 ); //Sets the camera the correct direction camera.rotation.x=-PI/2; scene.add( camera ); //Adds the camera to the scene var controls = new THREE.OrbitControls( camera, renderer.domElement ); //OrbitControls allows camera to be controlled and orbit around a target controls.minDistance = 950/SCALE; //Sets the minimum distance one can pan into the scene controls.update(); controls.enabled = false; // ********** Adding light and Shadow********** var ambientLight = new THREE.AmbientLight(0xffffff, 0.4); scene.add(ambientLight); //Adding ambient light var light = new THREE.DirectionalLight( 0xffffff, 0.5 ); light.position.set(0, 0, 1); light.castShadow = true; var d = 8; light.shadowCameraLeft = -d; light.shadowCameraRight = d; light.shadowCameraTop = d; light.shadowCameraBottom = -d; scene.add(light); function spawnObject(mtlFile,objFile){ var myObject = new THREE.Object3D(); //Creates a new threejs 3D-object var mtlLoader = new THREE.MTLLoader(); //Creates an mtlLoader (to apply texture to 3d objects) mtlLoader.setCrossOrigin(true); mtlLoader.load( mtlFile, function( materials ) //Prepare to set color { materials.preload(); var objLoader = new THREE.OBJLoader(); //Creates an object loader (to load 3d objects) objLoader.setMaterials( materials ); objLoader.load( objFile, function ( object ) { myObject.add( object ); }); }); scene.add( myObject ); return myObject; } function spawnCarTrack(){ carTrack = spawnObject('https://dl.dropbox.com/s/0hwrodiid1ten55/cartrack_v2.mtl?dl=0','https://dl.dropbox.com/s/vo53hheei8fmcs5/cartrack_v2.obj?dl=0'); carTrack.position.z=3; carTrack.position.x=2; carTrack.position.y=-71/10; carTrack.rotation.x=PI/2; carTrack.rotation.y=PI/2+0.4; carTrack.scale.x = 0.03; carTrack.scale.y = 0.03; carTrack.scale.z = 0.03; } function spawnCar(){ car = spawnObject('https://dl.dropbox.com/s/gv5gne294ewyxfj/Car.mtl','https://dl.dropbox.com/s/4shab2h7zm3rk5r/Car.obj'); car.position.z=3.3; //Positions car onto ground car.position.x=5; car.position.y=-12; car.rotation.x=PI/2; car.rotation.y=PI/2+0.9; car.scale.x = 0.6; car.scale.y = 0.6; car.scale.z = 0.6; return car; } spawnCarTrack(); var myCar = spawnCar(); myTouchPad.style.top=(myTouchPad.offsetTop + topConstant); myTouchPad.style.left=(myTouchPad.offsetLeft + widthConstant); myTouchPad.addEventListener('touchstart', function(e){ var touchobj = e.changedTouches[0]; myPadDot.style.left = touchobj.pageX; myPadDot.style.top = touchobj.pageY; myPadDot.style.display = "inline"; radiusLimit=( (myTouchPad.offsetWidth/2)-(myPadDot.offsetWidth/2) ); }); myTouchPad.addEventListener('touchmove', function(e){ var touchobj = e.changedTouches[0]; myPadDot.style.display = "inline"; currentX = parseInt(touchobj.pageX, 10) - xCenter; currentY = parseInt(touchobj.pageY, 10) - yCenter; x2 = Math.pow( currentX,2); y2 = Math.pow( currentY ,2); currentPos = Math.sqrt(x2 + y2); if (currentPos < radiusLimit){ myPadDot.style.left = touchobj.pageX; myPadDot.style.top = touchobj.pageY; } else{ alpha = Math.atan( currentY / currentX ); if (currentX<0){ alpha=alpha+Math.PI; } myPadDot.style.left = radiusLimit*Math.cos(alpha)+xCenter; myPadDot.style.top = radiusLimit*Math.sin(alpha)+ yCenter; } alpha = Math.atan( currentY / currentX ); if (currentX<0){ alpha=alpha+Math.PI; } return alpha; }); myTouchPad.addEventListener('touchend', function(e){ myPadDot.style.display = "none"; }); function moveCar(){ if(myPadDot.style.display == "inline"){ if (isNaN(alpha) == false){ myCar.rotation.y = -alpha-PI/2+0.6; myCar.position.y+=-Math.sin(alpha)/20; myCar.position.x+=Math.cos(alpha)/20; } } } function outOfBound(){ if( Math.sqrt(Math.pow(myCar.position.x-2,2) + Math.pow(myCar.position.y+7.1,2)) > 7.3){ myPadDot.style.display="none"; myCar.rotation.x-=0.05; myCar.position.z-=0.03; restartButton.style.display = "inline"; start = 0; } else if(Math.sqrt(Math.pow(myCar.position.x-2,2) + Math.pow(myCar.position.y+7.1,2)) < 5.05){ myPadDot.style.display="none"; myCar.rotation.x-=0.05; myCar.position.z-=0.03; restartButton.style.display = "inline"; start = 0; } } function countDown(){ runTime = new Date(); timeDiff = runTime - startTime; if (count3.style.display == "inline"){ count3.style.fontSize=timeDiff/10; } else if(count2.style.display == "inline"){ count2.style.fontSize=timeDiff/10; } else if(count1.style.display == "inline"){ count1.style.fontSize=timeDiff/10; } if (timeDiff>1500){ if (count3.style.display=="inline"){ count3.style.display="none"; count2.style.display="inline" startTime = new Date(); } else if (count2.style.display == "inline"){ count2.style.display="none"; count1.style.display="inline" startTime = new Date(); } else if(count1.style.display== "inline"){ count1.style.display = "none"; startTime = new Date(); start=1; } } } function countUp(){ runTime = new Date(); timeDiff = runTime - startTime; if (timeDiff/1000 < 10){ roundTime.innerHTML = "Time: 0" + timeDiff/1000; } else{ roundTime.innerHTML = "Time: " + timeDiff/1000; } } function roundLap(){ if (halfWay1 == 0){ if (myCar.position.y <= 0.5 && myCar.position.y >= -6){ if (myCar.position.x<1){ halfWay1 = 1; } } } if (halfWay1 == 1){ if (myCar.position.y <= 0.5 && myCar.position.y >= -6){ if (myCar.position.x>=3){ halfWay2 = 1; } } } if (halfWay2 == 1){ if (myCar.position.y >= -14.6 && myCar.position.y <= -9.4){ if(myCar.position.x<=4.9){ if(lapCounter==0){ lap1Timer = timeDiff/1000; lapTimer = lap1Timer } else if(lapCounter==1){ lapTimer = (timeDiff/1000) - lap1Timer lap1Timer = lap1Timer + lapTimer; } else if(lapCounter==2){ lapTimer = (timeDiff/1000) - lap1Timer } lapTimer = lapTimer.toFixed(3); lapArray[lapCounter].style.display = "inline"; var text1 = document.createTextNode(timeDiff/1000); var text2 = document.createTextNode(" ("); var text3 = document.createTextNode(lapTimer); //Calculate seconds here var text4 = document.createTextNode(" sec)"); lapArray[lapCounter].appendChild(text1); lapArray[lapCounter].appendChild(text2); lapArray[lapCounter].appendChild(text3); lapArray[lapCounter].appendChild(text4); lapCounter = lapCounter + 1; if (lapCounter == 3){ start = 0; restartButton.style.display = "inline"; } halfWay1 = 0; halfWay2 = 0; } } } } myRestartButton.addEventListener('touchstart', function(){ car.position.z=3.3; //Positions car onto ground car.position.x=5; car.position.y=-12; car.rotation.x=PI/2; car.rotation.y=PI/2+0.9; for (i = 0; i < 3; i++){ lapArray[i].style.display = "none"; lapArray[i].innerHTML = "Lap " + (i+1) + ": "; } lapCounter = 0; count1.style.fontSize="16"; count2.style.fontSize="16"; count3.style.fontSize="16"; count3.style.display = "inline"; roundTime.innerHTML = "Time: 00.000"; halfWay1=0; halfWay2=0; startTime = new Date(); myRestartButton.style.display = "none"; }); //********** Render function ********** var render = function () { if (start == 1){ moveCar(); countUp(); roundLap(); } else{ countDown(); } outOfBound(); requestAnimationFrame(render); //render function is called every frame! renderer.render(scene, camera); //We need this in the loop to perform the rendering }; render(); }); //Made by Joakim Nyland

Car race