GO! Logo

Olympics logo

This example renders the Olympic logo as five static SVG circles in blue, black, red, yellow, and brown, arranged in the iconic interlocking pattern on a white background. The HTML defines each circle directly with explicit `cx`, `cy`, `r`, and `stroke` attributes, while D3 is loaded via UNPKG but only used in `index.js` to set a message text. The visualization demonstrates basic SVG composition without any data binding or dynamic behavior, relying on plain markup for the graphic.

AAkinola Samson

69% match

D3 Logo

The D3 logo is rendered as a stylized “d3” in a 400×400 SVG viewport, with the letterforms clipped from three overlapping linear gradients in orange and red. The example demonstrates the official logo artwork directly from the d3-logo repository, embedded via an `<img>` tag in a minimal HTML page. The SVG uses a `clipPath` to define the letter shapes, while the gradients—`gradient-1`, `gradient-2`, and `gradient-3`—paint the clipped areas with smooth color transitions. The rendering is static, with no animation or interaction.

69% match

Report Generation Logo

This example renders a transparent SVG logo composed of concentric circles. It shows a central blue circle surrounded by a series of larger, overlapping cyan rings that create a radiating burst effect. The code uses D3 selections and the `join` method to bind an array of values from `range(56, 72)` to circle elements, calculating each radius from the bound data. Multiple additional circles are appended with varying stroke widths and colors, all drawn using D3 v7's selection API.

EEd Smale

68% match

Revised D3 Logo

This example presents a geometrically precise reconstruction of the D3 logo, replacing cubic Béziers with strictly circular arcs and straight lines. The SVG rendering shows the logo’s path alongside a grid of construction lines, key anchor points, and intersecting circles that define the arcs. The code computes several points via circle-line and circle-circle intersection, using SVG elements like `<path>`, `<circle>`, and `<line>` to visualize the underlying geometry. The result highlights how the logo’s shape is derived from a small set of overlapping radii and horizontal guides.

68% match

D3 Outline Logo

This example displays the D3 logo as a high-contrast outline, designed for the official D3 sticker. It renders two overlapping SVG `<use>` elements referencing a single `<path>` definition: the first applies a thick black stroke, while the second fills the shape with white to create the outlined effect. The logo is drawn entirely with hand-coded path data, and the page styles set a light background. No JavaScript or D3 APIs are used; the visualization relies solely on static SVG markup.

Mitchell’s Best-Candidate

The animation shows a field of white circles with black outlines growing into a dense, non-overlapping packing on a dark gray background. It uses the Mitchell’s best-candidate algorithm to iteratively add circles, where each new circle is chosen from a set of random candidates by maximizing the minimum distance to existing circles. The implementation is built with D3 v3’s `d3.geom.quadtree` for spatial indexing, `d3.select` to build the SVG, and `d3.timer` with a `transition()` on the `r` attribute to animate the circles growing from radius zero as they are placed.

Animated D3 Logo

The D3 logo animates as if hand-drawn, with its "d" and "3" shapes tracing their strokes in sequence. The SVG paths are initially hidden, then revealed using stroke-dasharray transitions. Each path’s total length determines its animation duration, and transitions are queued with delays so they draw one after another. The example uses d3.select and d3.selectAll to manage the paths, with the animate function triggered on load, click, or touch.

circles

Three concentric circles rotate continuously around a shared center, with red and green fills determined by radius and blue radial lines indicating rotation. The visualization uses D3 version 6 to append SVG `circle` and `line` elements inside `g` groups, updating their `transform` style via a JavaScript `setInterval` timer. A CSS `@keyframes` animation on hover triggers an additional 360-degree rotation. The code demonstrates D3’s declarative selection and merging API with `d3.select`, `enter`, and `merge` on an SVG canvas sized to viewport dimensions.

MMTR