Lets Make a Face

Face Making

A grid of randomly generated cartoon faces fills the screen, each with a yellow circular head, black outline, two eyes, and an arc-based mouth. The example demonstrates React components composing SVG shapes, where each face is built from `<circle>` elements and a D3 `arc` path for the mouth. Eye size varies per face via `Math.random()`, while D3's `range` generates the 24 faces in the layout, using d3.v6 and React 16.13.1.

DDaniel Russell-Brain

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

Let's Make a Face Part I

This example renders eighteen identical cartoon faces in a grid using React components, each composed of a yellow background circle, two black eyes, and a curved mouth. The faces are generated from an array created with `d3.range`, and each face is drawn as SVG elements within a transformed group. The mouth shape is computed using the `d3.arc` API, with inner and outer radii and angular start and end points defining its curve. React’s component-based structure, including `FaceContainer`, `BackgroundCircle`, `Eyes`, and `Mouth`, demonstrates a modular approach to building and repeating SVG visualizations.

Kkosakase

Face using D3 and React

A grid of small faces, each rendered as a yellow circle with white eyes and a curved mouth, fills the viewport. The example demonstrates a reusable React component composition built with SVG primitives. The `Face` component combines separate `BackgroundCircle`, `Eyes`, and `Mouth` components, with the mouth path generated using the `d3.arc` API. D3's `range` function creates an array of 100 faces, and each instance applies randomized eye radius values for slight variation across the repetitions.

VVishnu Jayan

Let's Make a Face

This example displays a grid of eighteen cartoon faces, each with randomized facial features. The faces are built using React components that render SVG elements, with the mouth shape generated by a D3 arc. The `FaceContainer` establishes a group with a translated coordinate system, allowing facial components like the background circle, eyes, and mouth to be positioned relative to a center point. The data is procedurally generated using D3's `range` function and `Math.random()` calls.

Nnilimi

Let's Make a Face Part I

Ten randomly generated cartoon faces fill the screen, each a yellow circle with two eyes and a curved mouth. The example shows how to compose reusable SVG components in React and D3 to build a static visual. React renders each face from modular parts like `BackgroundCircle`, `Eyes`, and `Mouth`, while D3’s `arc` generates the mouth path. Random values for eye and mouth size give each face a unique expression.

Hhhophan

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

Let's Make a Face Part I

A cheerful yellow face with a black outline is drawn repeatedly, producing a grid of randomized facial expressions. The face is composed of separate React components for the background circle, eyes, and mouth, all rendered as SVG elements within a transformed group. Parameters such as eye offset, eye radius, and mouth dimensions are randomly varied for each instance. The code uses React for component structure, D3’s `arc` function to generate the mouth’s arc path, and D3’s `range` to create the array of faces.

Mmbindal-10