Fork of Circles with D3

Fork of Circles with D3

This example is a fork of the "Circles with D3" visualization. It displays seven semi-transparent circles, each with a unique color and position, rendered on a light green background. The code uses the D3.js library, specifically the `select` and `join` functions, to create and update SVG elements. The circles' properties—center coordinates, radius, and fill color—are defined in a static data array and applied via chained attribute methods, resulting in a static, colorful composition.

AAustin Tanksley

Fork of Circles with D3

This example displays seven semi-transparent circles, each with a distinct color and radius, positioned at fixed coordinates on a soft green background using D3.js v7. The visualization constructs an SVG container sized to the full viewport and binds the static array of circle data to SVG circle elements via the `selectAll`/`data`/`join` pattern, setting attributes like `cx`, `cy`, `r`, and `fill` directly in the D3 selection. The code uses the `select` method to target the container div and imports from the D3 module, serving as a simple demonstration of data-driven SVG rendering without any interaction or animation.

Rrpkupfer@wpi.edu

Fork of Circles with D3

A fork of the D3.js "Creating Circles" example presents a collection of seven semi-transparent circles of varying colors and sizes, each positioned at distinct coordinates against a light green background. The visualization demonstrates the D3 general update pattern and method chaining to bind data to SVG circle elements, setting attributes like `cx`, `cy`, `r`, and `fill` for each data point. The code uses `select`, `selectAll`, `data`, and `join` from D3 v7 to manage the DOM, while the container's client dimensions determine the SVG canvas size.

VVinisha B

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

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

Fork of Circles with D3

This visualization shows a fixed composition of overlapping geometric shapes on a pale green background, including seven semi-transparent circles, five thick colored lines, and three rectangles. The code uses D3 v7 with the `select` API and data joins (`join`) to bind each SVG element to its corresponding array of objects. Shapes are rendered directly as SVG `circle`, `line`, and `rect` elements, with attributes like position, size, color, and opacity set from the data. The example demonstrates static, non-interactive SVG rendering with hardcoded coordinates and no scales or axes.

Aadamsnothere@gmail.com

Fork of Fork of Circles with D3

This example renders a set of seven semi-transparent, solid-colored circles positioned across an SVG canvas. The data is a hardcoded array of circle properties, including x, y, radius, and fill color, which the code binds to SVG circle elements using D3’s data join. The visualization is created with d3.select and d3.selectAll, while the fixed coordinates and radii produce a static, abstract composition. The code sets the SVG background to a light ivory and uses a concise, data-driven approach to generate the shapes.

Eeschuman20@gmail.com

Fork of Circles with D3

This example renders seven semi-transparent circles in fixed positions across a light green background using D3 v7. Each circle is defined by explicit x, y, radius, and fill color data, with the `select` API and `.join()` pattern binding data to SVG circle elements. The visualization demonstrates basic data-driven shape generation and styling through D3’s attribute setters, producing a static, colorful composition without interaction or animation.

XXiaojun