Fork of Test1

Fork of HTML Starter

This example renders a grid of 18 cartoon faces, each with a yellow circular background, eyes, and a mouth, using React components for modular composition. The faces are generated with random eye and mouth dimensions, driven by D3’s `range` for iteration and `d3.arc` to shape the mouths as curved paths. All elements are drawn as SVG within a shared `FaceContainer`, which translates the coordinate system to center each face. The visualization demonstrates a declarative, component-based approach to data-driven SVG generation, with randomness providing variation across the grid.

Rreama623

Fork of Hello HTML

This example shows a grid of 18 cartoon faces, each with yellow circular backgrounds, black-outlined strokes, eyes, and arched mouths. The faces are rendered as SVG elements using React components, with D3’s `arc` function generating the mouth paths. Randomness is applied to eye radius per face, creating slight variation across the grid. The code uses React 16.9 and D3 v6, with components like `FaceContainer` handling the SVG coordinate transforms.

AAengus Hearne

Fork of Let's Make a Face Part I

This example shows a grid of randomly generated cartoon faces, each with a yellow circular background, two eyes, and a half-circle mouth. The faces are rendered as SVG elements using React components. The code defines reusable `Face`, `BackgroundCircle`, `Eyes`, and `Mouth` components, with the mouth drawn using the `d3.arc` API. A `range(18)` array from d3 generates eighteen faces, each with randomized stroke thickness, eye position, eye radius, and mouth dimensions, resulting in a playful variety of expressions.

Hhasti khajeh

Fork of Hello HTML

This example displays a grid of 18 randomly generated cartoon faces, each composed of a yellow circular background, two eyes, and a mouth. The faces are rendered as SVG elements using React and D3 v7, with the mouth shape created through D3’s `arc` generator. The layout is produced by mapping over a D3 `range` array, while each facial feature’s dimensions are individually randomized on every render.

Nnncis

Fork of Hello HTML

This example shows a grid of 18 randomly generated cartoon faces rendered as SVG. Each face combines a yellow background circle, two eyes, and a mouth, with their sizes and positions randomized within a defined range. The visualization uses React components to assemble the facial features, with the D3 `arc` API generating the mouth shape as a path. D3's `range` function creates the array of faces, and the entire composition is displayed in a bare minimum HTML page.

Iinar-vision

Fork of HTML Starter

This example renders a grid of 18 cartoon faces using React components, each with randomized facial features such as eye offset, eye radius, mouth radius, and stroke width. The faces are composed of SVG circles and a D3 arc path for the mouth, assembled via reusable components like `FaceContainer`, `BackgroundCircle`, `Eyes`, and `Mouth`. D3’s `arc` API generates the mouth shape, while `range` from D3 creates the array of faces. The SVG output is positioned using a centered `<g>` transform, with all styling handled through inline SVG attributes.

Ee-ines

Fork of Hello HTML

This example displays a grid of fifteen cartoon faces built from reusable React components: a yellow background circle, two eyes, and a curved mouth. Each face uses randomized eye and mouth radii for variation while sharing the same layout. The rendering is done through SVG elements, with the mouth path generated by the d3 `arc` function. The code uses React 17 to compose the visual components and d3’s `range` function to create the array of faces.

JJumblii

Fork of HTML Starter

This example displays a grid of 18 randomly generated cartoon faces, each with a yellow circular background, two eyes, and a curved mouth. The face components are built using React JSX and rendered as SVG elements. The code leverages the D3.js library for generating the mouth path via the `d3.arc` API and for creating an array with `d3.range`. Each face’s dimensions and features vary randomly, showcasing a modular approach to composing visual elements within a React framework.

Llichengrao