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HTML
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CSS
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JS 

              
                const parts = [
    ["legs.png", "body.png", "fringe.png", "rightHair.png", "leftHair.png", "rightEar.png", "leftEar.png", "rightLashes.png", "leftLashes.png", "rightEye.png", "leftEye.png"],
    ["a_legs.png", "a_brain.png", "a_body.png", "a_rightEye.png", "a_leftEye.png", "a_rightBall.png", "a_leftBall.png", "a_rightLashes.png", "a_leftLashes.png"]
];
const assets = [{font:"Fungus" , src:"Fungus.otf"}, ...parts[0], ...parts[1]];
const path = "https://s3-us-west-2.amazonaws.com/s.cdpn.io/1604712/";
const waiter = new Waiter({corner:0, backgroundColor:dark});

const frame = new Frame("fit", 1024, 768, yellow, dark, assets, path, waiter);
frame.on("ready", ()=>{ // ES6 Arrow Function - similar to function(){}
    zog("ready from ZIM Frame"); // logs in console (F12 - choose console)

    // often need below - so consider it part of the template
    let stage = frame.stage;
    let stageW = frame.width;
    let stageH = frame.height;

    // REFERENCES for ZIM at http://zimjs.com
    // see http://zimjs.com/learn.html for video and code tutorials
    // see http://zimjs.com/docs.html for documentation
    // see https://www.youtube.com/watch?v=pUjHFptXspM for INTRO to ZIM
    // see https://www.youtube.com/watch?v=v7OT0YrDWiY for INTRO to CODE

    // CODE HERE
	
	 // We cut the aliens up into parts and will add them to ZIM Parallax 
	 // To get the locations, we can use the place() method 
	 // this reveals loc() x and y in the console once dragged and dropped
   
    // used this to get locations
    // loop(parts[1], p=>{
    //     frame.asset(p).center().place(p);
    // });
	
	 // We store unique aspects of the aliens in an array of alien objects 
	 // This allows us to use these object / data without cluttering our code
	 // The Parallax objects are in here too - one for x and one for y 
	 // Often, we can just use one Parallax object but in this case, we use custom input 
	 // and there is a unique Parallax object needed for each type of custom input 
	
	 // PARALLAX 
	 // Parallax works on layers - normally, the x position of the mouse changes the x 
	 // of the layers - with the layer behind moving less, etc. Same for y if desired. 
	 // This makes for a very easy format - see https://zimjs.com/docs?item=Parallax
	 // In this case, we are using the x and y position of a guide object - not the mouse x, and y 
	 // This is so we can change to various animations (dance, yes, no, etc.) 
	 // These animations are mostly set up by wiggling containers 
	 // We add the guide to the container with the right animation as we change the type
	 // In the FREE case, we are using a MotionController rather than a wiggle
	
	 // The aliens array holding objects with properties unique to each alien
 
    const aliens = [
        {
            body:new Container(),
            color:blue,
            parts:parts[0],
            locations:[[176, 370],[129, 183],[162, 374],[238, 226],[141, 220],[240, 261],[138, 259],[238, 272],[34, 267],[118, 338],[261, 338]],
            changes:[10, 30, 30, 35, 35, 37, 37, 60, 60, 50, 50],
            moveX:new Parallax({auto:false}),
            moveY:new Parallax({auto:false}),
            guide:new Circle(20,blue).alp(0).addTo()
        },
        {
            body:new Container(),
            color:pink,
            parts:parts[1],
            locations:[[484, 448],[442, 309],[436, 303],[589, 440],[380, 443],[600, 442],[394, 445],[533, 423],[331, 426]],
            changes:[10, 30, 25, 65, 65, 68, 68, 45, 45],
            moveX:new Parallax({auto:false}),
            moveY:new Parallax({auto:false}),
            guide:new Circle(20,pink).alp(0).addTo()
        }
    ];
	
	 // The containers for moving the guide    

    const dance = new Container(1,1)
        .reg(stageH/2)
        .loc(stageW/2,stageH/2)
        .wiggle({
            property:"rotation",
            baseAmount:0,
            minAmount:360*2,
            maxAmount:360*2,
            minTime:3000,
            maxTime:5000,
            ease:"linear"
        });
	
    const yes = new Container(1,1)
        .loc(stageW/2,stageH/2)
        .wiggle({
            property:"y",
            baseAmount:stageH/2,
            minAmount:stageH/2+50,
            maxAmount:stageH/2+50,
            minTime:400,
            maxTime:600,
        });
	
    const no = new Container(1,1)
        .loc(stageW/2,stageH/2)
        .wiggle({
            property:"x",
            baseAmount:stageW/2,
            minAmount:stageW/2-50,
            maxAmount:stageW/2-50,
            minTime:800,
            maxTime:900,
        });
	
    const free = new Container(1,1).addTo();
    new MotionController({target:free, type:"mousemove", mouseMoveOutside:true, speed:200, damp:1});

	 // Here we loop through the aliens and add the parts and Parallax layers 
	 // Note that we have two aliens - but this could easily be modified for any number 
	 // The only change would be in the overall positioning of the aliens 
	 // Simplifying code is one of the benefits of abstraction
	
	 const factor = .3; // for less movement in the y
    loop(aliens, (alien, j)=>{
        loop(alien.parts, (p, i)=>{
            var part = frame.asset(p).loc(alien.locations[i][0], alien.locations[i][1], alien.body);
			   // the split parameter makes it so x and y work from the middle not the top left corner
            alien.moveX.addLayer({obj:part, prop:"x", split:true, propChange:alien.changes[i]});
            alien.moveY.addLayer({obj:part, prop:"y", split:true, propChange:alien.changes[i]*factor});
        });
        alien.guide.loc(0,0,yes); // start off in the yes container wiggling up and down
        alien.body.center().mov(200-400*j, j*20).drag({all:true});
        frame.asset(alien.parts[1]).sha(alien.color, 0, 0, 100);
    });

	 // use a Ticker to step through the Parallax as auto is set to false 
	 // remember to take the localToGlobal point of the guide as it is sometimes in containers
    Ticker.add(()=>{
        loop(aliens, function (alien, i) {
            var point = alien.guide.localToGlobal(0,0)
            alien.moveX.step(point.x);
            alien.moveY.step(point.y);
            if (i==1) { // make second alien move opposite way
                if (tabs.selectedIndex==1) alien.moveX.step(stageW-point.x);
                if (tabs.selectedIndex==2) alien.moveY.step(stageH-point.y);
                if (tabs.selectedIndex==3) alien.moveX.step(stageW-point.x);
            }
        });
    });

	 // create the interface beneath the aliens
    STYLE = {
        type:{
            Tabs:{size:20}
        }
    }
    var tabs = new Tabs({
        color:blue,
        backgroundColor:"rgba(255,255,255,.4)",
        selectedBackgroundColor:blue,
        selectedColor:white,
        rollBackgroundColor:"rgba(255,255,255,.7)",
        width:stageW/2+50,
        corner:0,
        base:"none",
        height:45,
        spacing:10,
        tabs:["FREE", "DANCE", "YES", "NO", "RIGHT", "LEFT"]
    })
	 	.pos(0,0,false,true).ske(5).sca(.5).center(aliens[0].body).mov(0,180).change(change);
    tabs.selectedIndex = 2;
    tabs.alien = aliens[0];

    var tabs = tabs.clone()
	 	.pos(0,0,false,true).ske(5).sca(.5).center(aliens[1].body).mov(0,160).change(change);
    tabs.selectedIndex = 2;
    tabs.alien = aliens[1];
    tabs.selectedBackgroundColor = pink;
    tabs.color = pink;

	 // add the guide to the right animation container as the tabs change
    function change(e) {
        var tabs = e.target;
        if (tabs.text == "FREE") {
            tabs.alien.guide.loc(0,0,free);
        } else if (tabs.text == "DANCE") {
            tabs.alien.guide.loc(0,0,dance);
        } else if (tabs.text == "YES") {
            tabs.alien.guide.loc(0,0,yes);
        } else if (tabs.text == "NO") {
            tabs.alien.guide.loc(0,0,no);
        }  else if (tabs.text == "RIGHT") {
            tabs.alien.guide.loc(stageW,stageH/2,stage);
        } else if (tabs.text == "LEFT") {
            tabs.alien.guide.loc(0,stageH/2,stage);
        }
    };

    new Label("ZIM ... Stick Aliens", 130, "Fungus")
		 	.center().pos(null,30).ske(10).alp(.3);
	
	 
    stage.update(); // this is needed to show any changes
  
    // DOCS FOR ITEMS USED
	 // https://zimjs.com/docs.html?item=Frame
	 // https://zimjs.com/docs.html?item=Container
	 // https://zimjs.com/docs.html?item=Circle
	 // https://zimjs.com/docs.html?item=Label
	 // https://zimjs.com/docs.html?item=Button
	 // https://zimjs.com/docs.html?item=Waiter
	 // https://zimjs.com/docs.html?item=Tabs
	 // https://zimjs.com/docs.html?item=tap
	 // https://zimjs.com/docs.html?item=change
	 // https://zimjs.com/docs.html?item=drag
	 // https://zimjs.com/docs.html?item=wiggle
	 // https://zimjs.com/docs.html?item=loop
	 // https://zimjs.com/docs.html?item=sha
	 // https://zimjs.com/docs.html?item=pos
	 // https://zimjs.com/docs.html?item=loc
	 // https://zimjs.com/docs.html?item=mov
	 // https://zimjs.com/docs.html?item=alp
	 // https://zimjs.com/docs.html?item=ske
	 // https://zimjs.com/docs.html?item=reg
	 // https://zimjs.com/docs.html?item=sca
	 // https://zimjs.com/docs.html?item=addTo
	 // https://zimjs.com/docs.html?item=center
	 // https://zimjs.com/docs.html?item=place
	 // https://zimjs.com/docs.html?item=Parallax
	 // https://zimjs.com/docs.html?item=MotionController
	 // https://zimjs.com/docs.html?item=zog
	 // https://zimjs.com/docs.html?item=zgo
	 // https://zimjs.com/docs.html?item=STYLE
	 // https://zimjs.com/docs.html?item=Ticker 
	
    // FOOTER
	
	 // Please see a greeting message and then come visit us at https://zimjs.com
	 createGreet();
	
    // call remote script to make ZIM Foundation for Creative Coding icon
    createIcon(); 

}); // end of ready
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