Fork of Circles with D3

100%

Fork of Circles with D3

✓ Published3🌍 Public

Last edited Feb 28, 2024

Created on Feb 27, 2024

This example shows a static, CSS-powered natural scene of a butterfly placed over a light blue sky-like background. The butterfly is constructed from styled HTML elements, including pink wings, a black body, antennae, eyes, and legs, all positioned absolutely within a container. It uses no JavaScript libraries or data visualization APIs, relying instead on plain HTML and CSS properties like `border-radius`, `transform`, and absolute positioning to render the hand-coded decorative shapes. The scene is drawn directly in the browser from the markup in the index file.

AI-generated description

Natural Scene Project

This project creates a simple digital scene featuring a butterfly using HTML and CSS.

Features

Butterfly with wings, body, antennae, eyes, and legs. Light blue background to simulate a sky-like environment.

Getting Started To view the digital scene, simply open the index.html file in your web browser.

License This project is licensed under the MIT License.

MIT Licensed

Similar vizzes

Loading thumbnail…

Fork of Fork of Circles with D3

This visualization shows a natural scene built entirely with HTML and CSS, featuring a butterfly with detailed wings, a body, antennae, eyes, and legs set against a light blue sky-like background. The scene is constructed using pure CSS styling for all elements, with no JavaScript or data sources involved. The rendering approach relies on layered div elements and CSS positioning to form the butterfly’s anatomy, while the project structure includes a package.json file indicating it can be run locally. The code uses standard HTML markup and CSS properties, such as borders, borders-radius for wing shapes, and positioned elements, to create the final composition.

Mmukundakrishna.r@gmail.com

95% match

Loading thumbnail…

Fork of Fork of Circles with D3

This example shows a digital natural scene with multiple butterflies rendered on a light blue background using HTML and CSS. Each butterfly is composed of styled div elements for wings, body, antennae, eyes, and legs, with color and size variations applied via classes and inline styles. The code relies on standard CSS positioning, border-radius for shapes, and transform rotations, with no JavaScript or D3 libraries involved. The scene demonstrates how pure HTML and CSS can create a static, decorative composition.

Mmukundakrishna.r@gmail.com

95% match

Loading thumbnail…

Fork of Fork of Fork of Circles with D3 - FLYING

A small D3.js scene animates a stylized butterfly against a light blue background. The SVG graphic consists of an orange body circle, two yellow elliptical wings, and antennae-like details. Using D3 transitions with a sine-in-out easing, the wings rotate back and forth in a looping flapping motion, triggered by the `transition.attrTween` callback chain. The code selects the HTML container and appends an SVG element with fixed dimensions, managing the animation recursively through the `.on("end")` event.

66264kusuma@gmail.com

85% match

Loading thumbnail…

Fork of Circles with D3

This example demonstrates how to create and style a set of overlapping circles with D3.js, using a static dataset of coordinates, radii, and fill colors to define each circle’s position and appearance. The code selects an SVG container, sets its dimensions based on the parent element, and binds the data to circle elements via D3’s data join pattern. It then applies attributes like `cx`, `cy`, `r`, `fill`, and `opacity` through method chaining, producing a visually layered composition on a light green background.

NNita

80% match

Loading thumbnail…

Fork of Circles with D3

This visualization displays a collection of colored circles scattered across a light background, each positioned with distinct coordinates and radii. The code uses D3.js version 7.8.5 to bind an array of data objects to SVG circle elements, setting their `cx`, `cy`, `r`, and `fill` attributes while applying a 70.8% opacity. The example demonstrates basic data joins with `selectAll` and `join`, showcasing how static positional and stylistic properties map directly from data. The rendering approach relies on SVG within a responsive container, with no animation or interaction, highlighting a simple, static scatter-like composition.

Vvishal R

78% match

Loading thumbnail…

Fork of Circles with D3

This example demonstrates a static SVG scene of a large yellow circle with a black outline and two smaller black-bordered circles positioned inside it, resembling a face. The visualization is built using React 18 and D3 v7, rendering all shapes through an SVG component in a `react-dom` root. The code defines circles with explicit `r`, `cx`, `cy`, `fill`, and `stroke` attributes, while the page layout uses an embedded stylesheet to remove margins and hide overflow. The example serves as a creative foundation, inviting modifications like thematic styling for holidays.

Aaltugbozyaka@gmail.com

78% match

Loading thumbnail…

Fork of Fork of Circles with D3

Seven colored circles float on a cream background, positioned with varied radii and opacity. This D3.js example uses the `select` API to bind SVG elements directly to a static data array. The code sets each circle's `cx`, `cy`, `r`, and `fill` attributes from the data, with a fixed overall opacity value. The visualization demonstrates a simple, declarative approach to rendering shapes without interaction or animation.

Sshindeayush76@gmail.com

77% match

Loading thumbnail…

Fork of Fork of Fork of Let's make a face with D3.js! by Shailu

This example builds a natural scene using only HTML and CSS, without any JavaScript libraries. It shows a static landscape with a blue sky, green grass, a radiant sun, stylized trees with brown trunks and circular green canopies, pink flowers, and a cat and bird silhouette. The scene is constructed entirely from positioned `<div>` elements with class-based CSS styling, using gradients and border-radius to create the sun and shapes. No data or dynamic rendering is involved; the visualization relies solely on layered, absolute positioning within a full-viewport container to compose the final image.

Rreddysushma994@gmail.com

77% match