Fork of Circles

Gg_ivaska@coloradocollege.edu

Fork of Circles

The example "Fork of Circles" demonstrates interactive circle manipulation using D3.js v6. Three separate SVG visualizations respond to different UI controls: a numeric input resizes a single circle, a dropdown menu transitions circle color over one second, and a range slider uniformly scales multiple circles. The code imports `select` from the D3 module and uses `transition().duration()` for animated color changes, while all rendering uses standard SVG elements appended dynamically. The example relies entirely on D3's DOM selection and data-binding APIs to link user inputs to visual updates across the three independent components.

95% match

Fork of Circles 5/6

This example demonstrates a single D3.js interface that controls three independent visualizations: a numeric input resizes a circle, a dropdown changes a second circle’s fill color via transition, and a range slider adjusts the radius of four circles rendered in an SVG. Built with D3 v6, the code uses `d3.select` to target HTML elements and SVG containers, appending circles with `.attr` and applying smooth color changes via `.transition().duration()`. The dropdown options are generated using `.join('option')`, while the slider updates circle radii through an `.on('change')` event listener.

92% match

Circles

This example demonstrates how multiple HTML input elements can control SVG circle properties in D3.js v6. It shows three interactive patterns: a number input that changes a circle’s radius, a dropdown menu that transitions a circle’s fill color via `selection.transition()`, and a range slider that resizes four circles simultaneously. The code uses `d3.select` to bind event listeners and `join` to populate options. The SVG is rendered directly in the DOM, with visual feedback updating in real time.

Bbepnye@gmail.com

88% match

Fork of Circles

This visualization demonstrates how to create and style SVG circles using D3.js, binding data to DOM elements to control their positions, sizes, and colors. The code imports the `select` function from D3 and uses the general update pattern with `selectAll`, `data`, and `join` to dynamically create the SVG and circle elements. It sets width and height attributes based on container dimensions, then binds an array of objects with `x`, `y`, `r`, and `fill` properties to render the circles. The example showcases method chaining and dynamic styling, with a README offering customization challenges.

Ggetclicklab@gmail.com

87% match

Fork of Fork of Circles with D3

This example shows a collection of semi-transparent, colored circles rendered on a mint-green background using D3.js. The visualization uses D3's method-chaining and general update pattern to bind circle data—including coordinates, radius, and fill color—to SVG elements. The code demonstrates D3's `select`, `selectAll`, and `join` functions to create the SVG container, while a tooltip element changes its text on mouseover. Interactive behavior includes console logging of a circle's name on click, illustrating D3 event handling.

Fork of Fork of Circles with D3

Fork of Fork of Circles with D3

Fork of Circles with D3

This example uses D3.js to render seven colored circles of varying sizes and positions on a dynamically sized SVG canvas. The visualization demonstrates the D3 data join pattern, binding an array of objects containing x, y, radius, and fill properties to circle elements with a uniform opacity. The code employs `select`, `join`, and `.attr` methods to create and style the shapes, showcasing method chaining and the General Update Pattern for dynamic SVG rendering.

JJohn J. Pinckney