Skip to main content
SimilarExport ZIP
100%

Hello Face

✓ Published0🌍 Public
MMATTE-blz
Last edited Apr 5, 2021
Created on Mar 24, 2021
Forked from Hello HTML

The visualization displays a grid of procedurally generated smiley faces, each with randomized facial features and stroke widths. It demonstrates how React and D3 can be combined to create reusable SVG components, with d3’s `arc` API generating the mouth shapes while React’s component structure handles the face, eyes, and background circle. The faces are rendered as SVG elements, with each face’s properties like eye offset and mouth radius varied randomly to produce unique expressions.

AI-generated description

A bare minimum HTML page.

MIT Licensed

Similar vizzes

Loading thumbnail…

Hello HTML

This example renders a grid of smiley faces, each generated procedurally with randomized facial features. The code uses React components to compose SVG elements like circles and paths, while the D3 `arc` function creates each mouth. It demonstrates how to build reusable, nested visualization components with React and D3 together, rendering 18 distinct faces as SVG output.

Aajardev
92% match
Loading thumbnail…

Faces

A grid of 2,000 randomly generated smiley faces renders as SVG, with each face’s eye offset, eye radius, and mouth shape varying unpredictably. The React components (Face, Eyes, Mouth, FaceContainer) compose the visual, while d3’s `range` generates the face count and d3’s `arc` draws the mouth path. The background circle, eyes, and mouth are positioned relative to a centered coordinate system, with the SVG width and height matching the face size.

BBJorgen
92% match
Loading thumbnail…

Smile Face Part I

This example renders a grid of smiling faces using React and D3, with each face composed of SVG circles for the background and eyes and an arc path for the mouth. The `Face` component composes reusable subcomponents—`BackgroundCircle`, `Eyes`, `Mouth`, and `FaceContainer`—that position elements relative to a centered translation. Randomly generated eye radii, mouth radii, and mouth widths vary each face’s appearance. The code leverages D3’s `arc` generator for the mouth shape and React’s component model to assemble the visualization efficiently.

TTaweewat Somboonpanyakul
92% match
Loading thumbnail…

Hello HTML

A grid of eighteen SVG smiley faces, each generated with randomized facial features, fills the canvas. The example demonstrates composing reusable React components to build a data visualization from primitive shapes. Using D3's `arc` generator, it constructs the mouth as an arc path, while circles form the eyes and background. The React app maps over a D3 `range` array to render the faces, with random values for stroke width, eye placement, and mouth radius applied to each instance.

GGlaucus37
92% match
Loading thumbnail…

Let's Make a Face

A grid of 171 randomly generated faces fills the screen, each built from SVG circles and arcs. The React components—BackgroundCircle, Eyes, and Mouth—draw a yellow smiley with black outline, while the Face container uses the d3 `arc` generator for the mouth shape. Each face randomizes eye offset, mouth radius, and vertical translation, creating a playful, varied wall of cartoon characters. The example demonstrates modular React composition with d3-generated paths inside an SVG renderer.

OOleJRask
92% match
Loading thumbnail…

Make a face with React

A grid of 18 randomly varied smiley faces demonstrates reusable SVG components built with React and D3. Each face is composed of a yellow background circle, two black eyes, and a mouth arc rendered using d3.arc, with positions and sizes derived from randomized props like eyeOffsetX, eyeRadius, and mouthWidth. The Face component composes smaller subcomponents—BackGroundCircle, Eyes, and Mouth—inside a FaceContainer that handles SVG width, height, and center translation. D3's range function generates the array of faces, and ReactDOM renders the entire set into a single SVG via index.js.

AAlark Joshi
92% match
Loading thumbnail…

smiley face nojs

This example renders a grid of procedurally generated smiley faces using React components and D3’s `arc` generator for the mouths. Each face is built from SVG circles for the eyes and background, with randomized stroke widths, eye positions, and mouth dimensions via `Math.random`. The `FaceContainer` translates a central group, while `index.js` maps over `range(18)` to produce multiple variations, showcasing reusable component composition without external data.

DDavid Beales
92% match
Loading thumbnail…

Multiple Faces (React & D3)

A grid of 18 smiley faces, each randomly varied in eye size, mouth width, and stroke thickness, demonstrates how React components can render SVG primitives while leveraging D3 for geometry. The example uses React to compose reusable `Face`, `BackgroundCircle`, `Eyes`, and `Mouth` components, with D3's `arc` generator defining the mouth path and `range` creating the grid array. Each face is drawn with randomized parameters, showing how declarative UI structure and imperative D3 math can coexist within a single visualization.

SSonja Ek
91% match