cssAudio - Activefile-genericCSS - ActiveGeneric - ActiveHTML - ActiveImage - ActiveJS - ActiveSVG - ActiveText - Activefile-genericVideo - ActiveLovehtmlicon-new-collectionicon-personicon-teamlog-outoctocatpop-outspinnerstartv

Pen Settings

CSS Base

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These scripts will run in this order and before the code in the JavaScript editor. You can also link to another Pen here, and it will run the JavaScript from it. Also try typing the name of any popular library.

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              <div id="textures">
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	<img id="rd09" 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" 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" alt="">
	<img id="rd07" src="data:image/png;base64,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" alt="">
</div>
            
          
!
            
              html {
		overflow: hidden;
		touch-action: none;
		content-zooming: none;
}

body {
		position: absolute;
		margin: 0;
		padding: 0;
		width: 100%;
		height: 100%;
		background: #000;
}

canvas {
		width: 100%;
		height: 100%;
		background: #000;
		position: absolute;
}

#textures {
	position: absolute;
	visibility: hidden;
}

            
          
!
            
              {
	class Doll {
		constructor(x, size, stiffness, structure) {
			this.x = x;
			this.s = size;
			this.stiffness = stiffness;
			this.points = [];
			this.links = [];
			this.angles = [];

			class Point {
				constructor(doll) {
					this.x = doll.x;
					this.y = 10;
					this.xb = this.x;
					this.yb = this.y + 2;
					this.w = 0;
					this.stiffness = doll.stiffness;
					this.mass = 1;
				}

				anim() {
					const vx = (this.x - this.xb) * this.stiffness;
					const vy = (this.y - this.yb) * this.stiffness;
					this.xb = this.x;
					this.yb = this.y;
					this.x += vx + 0.5 * (Math.random() - 0.5);
					this.y += vy + 0.5 * (Math.random() - 0.5);
					const dx = this.x - pointer.x;
					const dy = this.y - pointer.y;
					let d = Math.sqrt(dx * dx + dy * dy);
					const w = (pointer.sw + this.w) * 0.5;

					if (d < w) {
						d = Math.abs(w - d);
						const a = Math.atan2(dy, dx);
						this.x += d * Math.cos(a);
						this.y += d * Math.sin(a);
					}

					if (this.y < 0) {
						this.y = 0;
						this.yb = -2;
					} else if (this.y > canvas.height) {
						this.y = canvas.height;
						this.yb = canvas.height + 2;
					}

					if (this.x < 0) {
						this.x = 0;
						this.xb = -2;
					} else if (this.x > canvas.width) {
						this.x = canvas.width;
						this.xb = canvas.width + 2;
					}
				}
			}

			class Angle {
				constructor(p1, p2, p3, len1, len2, angle, range, force) {
					this.p1 = p1;
					this.p2 = p2;
					this.p3 = p3;
					this.len1 = len1;
					this.len2 = len2;
					this.angle = angle;
					this.range = range;
					this.force = force || 0.2;
				}

				solve() {
					let a;
					let b;
					let c;
					let e;
					let m;
					let m1;
					let m2;
					let m3;
					let x1;
					let y1;
					let cos;
					let sin;
					a = Math.atan2(this.p2.y - this.p1.y, this.p2.x - this.p1.x);
					b = Math.atan2(this.p3.y - this.p2.y, this.p3.x - this.p2.x);
					c = this.angle - (b - a);
					c = c > Math.PI ? c - 2 * Math.PI : c < -Math.PI ? c + 2 * Math.PI : c;
					e = Math.abs(c) > this.range
						? (-Math.sign(c) * this.range + c) * this.force
						: 0;
					m = this.p1.mass + this.p2.mass;
					m1 = this.p1.mass / m;
					m2 = this.p2.mass / m;
					cos = Math.cos(a - e);
					sin = Math.sin(a - e);
					x1 = this.p1.x + (this.p2.x - this.p1.x) * m2;
					y1 = this.p1.y + (this.p2.y - this.p1.y) * m2;

					this.p1.x = x1 - cos * this.len1 * m2;
					this.p1.y = y1 - sin * this.len1 * m2;
					this.p2.x = x1 + cos * this.len1 * m1;
					this.p2.y = y1 + sin * this.len1 * m1;

					a = Math.atan2(this.p2.y - this.p3.y, this.p2.x - this.p3.x) + e;
					m = this.p2.mass + this.p3.mass;
					m2 = this.p2.mass / m;
					m3 = this.p3.mass / m;
					cos = Math.cos(a);
					sin = Math.sin(a);
					x1 = this.p3.x + (this.p2.x - this.p3.x) * m2;
					y1 = this.p3.y + (this.p2.y - this.p3.y) * m2;

					this.p3.x = x1 - cos * this.len2 * m2;
					this.p3.y = y1 - sin * this.len2 * m2;
					this.p2.x = x1 + cos * this.len2 * m3;
					this.p2.y = y1 + sin * this.len2 * m3;
				}
			}

			class Link {
				constructor(doll, link) {
					this.length = link.length * doll.s;
					this.width = link.width * doll.s;
					this.image = document.getElementById(link.img);
					doll.points[link.p0] = this.p0 = doll.points[link.p0]
						? doll.points[link.p0]
						: new Point(doll);
					doll.points[link.p1] = this.p1 = doll.points[link.p1]
						? doll.points[link.p1]
						: new Point(doll);
					if (this.width > this.p0.w) this.p0.w = this.width;
					const mass = link.mass || 1;
					if (mass > this.p0.mass) this.p0.mass = mass;
					if (mass > this.p1.mass) this.p1.mass = mass;
				}

				draw() {
					const dx = this.p1.x - this.p0.x;
					const dy = this.p1.y - this.p0.y;
					const a = Math.atan2(dy, dx);

					ctx.save();
					ctx.translate(this.p0.x, this.p0.y);
					ctx.rotate(a);
					ctx.drawImage(
						this.image,
						-this.width * 0.15,
						-this.width * 0.5,
						this.length + this.width * 0.3,
						this.width
					);
					ctx.restore();
				}
			}

			function len(p0, p1) {
				for (const link of structure.links) {
					if (
						(link.p0 === p0 && link.p1 === p1) ||
						(link.p0 === p1 && link.p1 === p0)
					) {
						return link.length;
						break;
					}
				}
				return 1;
			}

			for (var i = 0; i < structure.links.length; i++) {
				const link = structure.links[i];
				this.links.push(new Link(this, link));
			}

			for (var i = 0; i < structure.constraints.length; i++) {
				const constraint = structure.constraints[i];

				this.angles.push(
					new Angle(
						this.points[constraint.p1],
						this.points[constraint.p2],
						this.points[constraint.p3],
						len(constraint.p1, constraint.p2) * size,
						len(constraint.p2, constraint.p3) * size,
						constraint.angle,
						constraint.range,
						constraint.force
					)
				);
			}
		}

		anim() {
			for (const angle of this.angles) angle.solve();
			for (const point of this.points) point.anim();
			for (const link of this.links) link.draw();
		}

		collide(doll) {
			for (let i = 0, o1; (o1 = this.points[i++]); ) {
				for (let j = 0, o2; (o2 = doll.points[j++]); ) {
					const dx = o1.x - o2.x;
					const dy = o1.y - o2.y;
					let d = Math.sqrt(dx * dx + dy * dy);
					const w = (o1.w + o2.w) * 0.5;

					if (d < w) {
						d = Math.abs(w - d);
						const a = Math.atan2(dy, dx);
						const vx = d * Math.cos(a) * 0.5;
						const vy = d * Math.sin(a) * 0.5;
						o1.x += vx;
						o1.y += vy;
						o2.x -= vx;
						o2.y -= vy;
					}
				}
			}
		}
	}

	// main loop

	function run() {
		requestAnimationFrame(run);
		ctx.clearRect(0, 0, canvas.width, canvas.height);

		ctx.beginPath();
		ctx.fillStyle = "#222225";
		ctx.arc(pointer.x, pointer.y, pointer.sw / 2, 0, 2 * Math.PI);
		ctx.fill();

		if (pointer.time-- < 0) {
			if (pointer.sw > 1) pointer.sw--;
		} else pointer.sw += (canvas.sw - pointer.sw) / 10;

		dolls[0].anim();
		dolls[1].anim();
		dolls[0].collide(dolls[1]);
	}

	// canvas

	var canvas = {
		elem: document.createElement("canvas"),
		resize() {
			this.width = this.elem.width = this.elem.offsetWidth;
			this.height = this.elem.height = this.elem.offsetHeight;
			this.sw = Math.min(this.width, this.height) / 3;
		},
		init() {
			const ctx = this.elem.getContext("2d");
			document.body.appendChild(this.elem);
			window.addEventListener("resize", this.resize.bind(this), false);
			this.resize();
			return ctx;
		}
	};

	var ctx = canvas.init();

	// pointer

	var pointer = (canvas => {
		const pointer = {
			x: canvas.width / 2,
			y: -500,
			sw: 0,
			time: 0,
			pointer(e) {
				const touchMode = e.targetTouches;
				let pointer;
				if (touchMode) {
					e.preventDefault();
					pointer = touchMode[0];
				} else pointer = e;
				this.x = pointer.clientX;
				this.y = pointer.clientY;
				this.time = 200;
			}
		};

		window.addEventListener(
			"mousemove",
			function(e) {
				this.pointer(e);
			}.bind(pointer),
			false
		);
		canvas.elem.addEventListener(
			"touchmove",
			function(e) {
				this.pointer(e);
			}.bind(pointer),
			false
		);
		return pointer;
	})(canvas);

	// init

	var dolls = [];

	const structure = {
		links: [
			{
				p0: 0,
				p1: 1,
				length: 3,
				width: 3,
				img: "rd05"
			},
			{
				p0: 1,
				p1: 2,
				length: 5,
				width: 2.5,
				img: "rd09"
			},
			{
				p0: 3,
				p1: 7,
				length: 6,
				width: 3.5,
				img: "rd01"
			},
			{
				p0: 7,
				p1: 8,
				length: 7,
				width: 5,
				img: "rd06"
			},
			{
				p0: 3,
				p1: 9,
				length: 6,
				width: 3.5,
				img: "rd01"
			},
			{
				p0: 9,
				p1: 10,
				length: 7,
				width: 5,
				img: "rd06",
				mass: 10
			},
			{
				p0: 0,
				p1: 4,
				length: 4,
				width: 4.5,
				img: "rd04"
			},
			{
				p0: 0,
				p1: 3,
				length: 9,
				width: 5,
				img: "rd08"
			},
			{
				p0: 0,
				p1: 5,
				length: 5,
				width: 3,
				img: "rd05"
			},
			{
				p0: 5,
				p1: 6,
				length: 5,
				width: 2.5,
				img: "rd07"
			}
		],

		constraints: [
			{
				p1: 4,
				p2: 0,
				p3: 3,
				angle: 0,
				range: 1,
				force: 0.2
			},
			{
				p1: 3,
				p2: 0,
				p3: 1,
				angle: Math.PI / 2,
				range: Math.PI * 2,
				force: 0.2
			},
			{
				p1: 0,
				p2: 1,
				p3: 2,
				angle: -Math.PI / 2,
				range: Math.PI / 2,
				force: 0.2
			},
			{
				p1: 3,
				p2: 0,
				p3: 5,
				angle: Math.PI / 2,
				range: Math.PI * 2,
				force: 0.2
			},
			{
				p1: 0,
				p2: 5,
				p3: 6,
				angle: -Math.PI / 2,
				range: Math.PI / 2,
				force: 0.2
			},
			{
				p1: 0,
				p2: 3,
				p3: 7,
				angle: -Math.PI / 3,
				range: Math.PI / 2,
				force: 0.2
			},
			{
				p1: 0,
				p2: 3,
				p3: 9,
				angle: -Math.PI / 3,
				range: Math.PI / 2,
				force: 0.2
			},
			{
				p1: 3,
				p2: 7,
				p3: 8,
				angle: Math.PI / 2,
				range: Math.PI / 3,
				force: 0.2
			},
			{
				p1: 3,
				p2: 9,
				p3: 10,
				angle: Math.PI / 2,
				range: Math.PI / 3,
				force: 0.2
			}
		]
	};

	dolls[0] = new Doll(canvas.width * 0.25, canvas.height / 30, 0.998, structure);
	dolls[1] = new Doll(canvas.width * 0.75, canvas.height / 30, 0.998, structure);

	run();
}

            
          
!
999px
Loading ..................

Console