Wagon_2

100%

✓ Published0🌍 Public

Last edited Jun 23, 2022

Created on Jun 23, 2022

Two wagon wheels rotate continuously on a blank page, each built from a circular black border and six spoke lines radiating from its center. The left and right wheels spin independently in opposite positions on the screen, using CSS `@keyframes` animation with an infinite linear spin of 360 degrees over three seconds. Each wheel’s spokes are styled divs positioned with `transform: rotate()` increments of sixty degrees, leveraging the `nth-of-type` selector to arrange them. The example relies solely on HTML and CSS, with no JavaScript or external libraries.

AI-generated description

A bare minimum HTML page demonstrating use of CSS and JavaScript.

Similar vizzes

Loading thumbnail…

Wagon

This example demonstrates a simple animated wagon built from SVG shapes, combining red rectangular body segments with rotating circular wheels. The wheels are created using HTML div elements styled with CSS, where each wheel contains six line spans that rotate at 60-degree intervals to form spokes. The SVG rendering includes repeated rect elements for the wagon bed, while CSS animations drive the wheel rotation continuously. The piece serves as a hands-on exercise in combining SVG primitives with CSS animations and transforms to create a playful, moving illustration.

SSam Hege

77% match

Loading thumbnail…

Page ROller

This example shows a looping CSS animation of four rotating lines that form a rolling square shape. The animation uses custom keyframes named `desno`, `desno2`, and `desno3` to rotate each line sequentially around different origins, with staggered opacity changes creating the illusion of a continuous page-turning effect. The code relies on CSS transforms, animation properties, and positioning, with the lines styled as rounded rectangles in a yellow-green palette on a green background. While the HTML includes an SVG element and D3.js, the visual effect is driven entirely by CSS.

AAndrew-Kiwa

70% match

Loading thumbnail…

Rotating Disks

This example shows a cluster of rotating color wheels built from CSS named colors loaded via d3.csv from a GitHub gist. Each wheel is composed of four concentric rings, rendered as SVG pie arcs using d3.arc and d3.pie, with React components creating the ring structure. The rotation is driven by d3.timer, updating a rotation state that applies different rotation speeds and directions to each ring via transform attributes. Twelve ring components are arranged in a triangular grid around a central point, creating a dynamic, layered visual pattern.

Yyuzhang21

70% match

Loading thumbnail…

wheels on wheels on wheels

This interactive visualization animates layered rotating wheels, tracing complex rosette patterns onto a black canvas. Each wheel’s radius, rotation direction, and phasing can be adjusted via the dat.GUI controller, while a random mode continuously generates new designs. The SVG paths, stroked in white with the third wheel’s position marked in red, update in real time. Built with D3.js for rendering and dat.GUI for controls, it explores cyclic motion and symmetry, allowing users to stop randomization and fine-tune parameters to see the pattern evolve dynamically.

KKcnarf

70% match

Loading thumbnail…

Rota2

A black circular canvas contains eight white lines radiating from the center, dividing the circle into sixteen equal sectors. A single rotating group, animated with SVG `<animateTransform>`, spins one set of eight white dots around the center while counter-rotating on its own axis. The dots trace paths determined by the combination of these two rotations, creating a dynamic, hypnotic pattern. The entire composition is rendered in static SVG with inline animation declarations.

AArturo Guevara

66% match

Loading thumbnail…

Spinny

This example visualizes a classic “spinny” loading icon using D3.js version 3. It shows a rotating ring of ten small circles that continuously spin around the center of the screen. The circles are positioned using sine and cosine functions based on a linear angle scale, with their radii varying from larger to smaller around the ring. The animation is driven by `d3.timer`, which updates the rotation attribute of a group element each frame, incrementing the angle by a fixed amount. The visualization uses SVG for rendering and relies on D3’s data join to bind an array of numbers to the circles.

CCurran Kelleher

65% match

Loading thumbnail…

Fork of D3 selection exploration - Wavy Animation

A continuous sine wave of circles animates across the screen, with vertical positions oscillating and the number of circles subtly fluctuating between around 95 and 105 in a smooth, looping motion. The visualization uses D3.js’s `select`, `range`, and `selectAll().join()` APIs to bind simulated data to SVG circles, updating positions every frame via a `setInterval` callback. Each frame regenerates an array of x/y coordinates using trigonometric functions, directly manipulating the `cx` and `cy` attributes of the rendered SVG elements at 60 frames per second, creating a fluid, wavy effect.

SSidney Oluoch

63% match

Loading thumbnail…

Fork of first iteration on site

This example displays a row of twenty circles that bob vertically in a continuous sine-wave pattern across the browser window. The animation is driven by a timer that updates the circle positions every 10 milliseconds, using D3’s `select`, `range`, and `.join()` API to bind data to SVG circle elements and update their `cx` and `cy` attributes. The visualization is rendered as an SVG, sized to the full window dimensions.

JJesper Martinsson

63% match