Challenge

Fork of Circles with D3

This example displays six semi-transparent circles with varied colors and sizes positioned across a light green background. Built with Svelte and D3, it uses `d3.select` to create an SVG canvas and binds an array of circle objects containing x, y, radius, and fill properties. The `join('circle')` pattern renders the shapes with specified coordinates and dimensions, while the opacity attribute applies a fixed transparency. The code serves as a simple base for creative modifications, such as holiday-themed variations.

Rrpal28384@gmail.com

Fork of Circles with D3

This example displays a collection of colored circles of varying sizes and positions on a light blue background. The circles are arranged without a specific pattern, creating a chaotic, abstract composition. The visualization uses D3.js to render the SVG elements, with each circle's properties (center coordinates, radius, and fill color) specified in a hardcoded data array. The code employs D3's `select` and `join` API, setting the background, and applies a consistent opacity of 0.708 to all circles.

Ppbruss@bu.edu

Fork of Circles with D3

This example shows a playful array of six semi-transparent, brightly colored circles scattered across a pale green background. The visualization uses D3.js (version 7) to bind static data points—each specifying x and y coordinates, a radius, and a fill color—to SVG circle elements. The code leverages the `select` and `join` pattern to create the circles, setting their attributes directly from the bound data. The rendered result is a simple, colorful scatter-plot-like composition, demonstrating basic data binding and SVG manipulation with D3 in a Svelte environment.

Mmuslih_k_diy

Fork of Circles with D3

This example displays six semi-transparent circles of varying sizes, colors, and positions on a light green background. It uses the Svelte framework and the d3.select and d3.join API to create and manage the SVG circle elements. The circle data is defined as an array of objects with x, y, r, and fill properties, and rendering also occurs through a forEach loop that appends circles directly to the SVG container.

NNita

Fork of Circles with D3

This D3.js example displays seven colorful circles of varying sizes and positions on a light green background, creating an abstract composition. The circles use a semi-transparent opacity, allowing overlaps to blend their colors. The code demonstrates D3’s `select`, `selectAll`, and `join` API methods, chaining attribute setters like `attr('cx', ...)` and `attr('r', ...)`. The circle data is hardcoded as an array of objects containing coordinates, radii, and hex color values, with an SVG element sized to the container.

PPremkumar

Fork of Circles with D3

This example showcases five static, semi-transparent circles scattered across an SVG canvas, each with a distinct size, position, and color. The code uses D3 v3’s `select` and data joins to bind an array of circle objects to SVG elements. Rendering is driven by setting attributes like `cx`, `cy`, `r`, and `fill` directly from the data, with a fixed opacity value of 0.5. The visualization is a minimal demonstration of D3’s declarative approach to creating simple geometric shapes from a hardcoded dataset.

DDonald Bagwell

Fork of Circles with D3

This example displays six semi-transparent circles in varied colors and sizes, positioned on a light green background to create a colorful composition. The visualization uses D3.js version 7 to render the circles as SVG elements, binding an array of objects containing x, y, radius, and fill color properties to each circle. The `selectAll` and `join` pattern manages the SVG creation, while each circle’s attributes are set directly from the data, with a fixed opacity of 0.708 applied uniformly. The fixed data and simple rendering approach highlight the basic mechanics of SVG circle generation with D3.

Vvictor.blaer@gmail.com

Fork of Circles with D3

Vvictor.blaer@gmail.com