Fork of Circles with D3

Fork of Circles with D3

This visualization displays a static composition of five semi-transparent circles positioned at fixed coordinates on a light green canvas. Rendered as an SVG using D3 v7, each circle has a distinct size, color, and opacity value defined in a hardcoded JavaScript array. The code uses `select` to bind the data to circle elements and `interval` from D3, though the timer only logs a sine calculation without affecting the visual output.

JJose Morales

Fork of Circles with D3

Seven translucent circles of varied sizes and neon colors float on a pale green background. Using the D3.v7 `select` API, the visualization joins SVG circles to an array of position, radius, and fill data, setting each circle's circumference attributes and a uniform 0.7 opacity. The fixed full-viewport container resizes the drawing with the browser window.

Sskasliwal@wpi.edu

BBismark Kofi Owusu Sarfo

Fork of Circles with D3

A fixed full-screen visualization renders seven multi-colored circles on a soft green background. Each circle’s position, size, and color come from a hard-coded data array, drawn using D3’s data join and `attr` methods. A `setInterval` then drives a continuous animation, using D3 transitions with a 1000-millisecond duration to shift each circle’s center and radius in a smooth sine/cosine wave pattern. The result is a lively, looping motion that continuously warps the static layout.

Fork of Circles with D3

Seven colorful circles of varying sizes and positions float on a light green background. The circles feature vivid hex colors and a uniform 70.8% opacity. The visualization uses D3.js 7.8.5 with the general update pattern via `d3.select`, `.selectAll`, `.data`, and `.join` to create and bind the SVG elements based on an array of circle objects.

Hh.harrycoding@gmail.com

Fork of Circles with D3

This example demonstrates a collection of seven semi-transparent circles scattered across a light green background, each with a distinct neon color and varying radius. Built with D3.js v7, the visualization binds an array of circle data objects to SVG circle elements using `selectAll` and `join`. The circles’ positions, sizes, and fills are set dynamically through attribute functions, with a fixed opacity applied uniformly. The code also dynamically sizes the SVG container to match its parent element’s dimensions.

DDaniel Lewis

Fork of Circles with D3

Seven colored circles, each 15 pixels in radius, rest in a horizontal line at the bottom left of a mint-green canvas. Hovering over any circle smoothly animates it into an evenly spaced orbit around the screen’s center, using an ease transition over one second; hovering again returns it to its original spot. The example demonstrates D3 v7’s `select().join()` for SVG element creation and stable keyed data binding, alongside `on('mouseenter')` event handling and the `transition().attr()` API for position tweening. All seven circles—red through violet—exist in a fixed dataset.

BBen Trantanella

Fork of Circles with D3

This example showcases seven colorful circles placed across a light green SVG canvas, each with distinct positions, radii, and fill colors drawn from a hardcoded data array. The visualization demonstrates D3’s data binding and the General Update Pattern through chained method calls, using `selectAll`, `data`, and `join` to create circle elements. Each circle’s `cx`, `cy`, `r`, and `fill` attributes are set from the bound data objects, with a uniform opacity applied to all shapes.

Yyyan7701@gmail.com

Fork of Circles with D3

This fork of circles with D3 renders seven translucent, colored circles at fixed positions on a pale green background. Each circle’s size and fill color come directly from the hard-coded data array. The visualization uses D3 joins to create the SVG circle elements and sets their attributes, including an opacity of 0.708, using `select`, `join`, and `attr` methods. The SVG canvas dimensions adapt to the container’s client width and height.

Bbepnye@gmail.com