Let's Make a Face Part I

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

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

Lets Make a Face

A grid of randomly generated cartoon faces demonstrates how React components and D3 shape generators can be composed into reusable visualizations. Each face uses a yellow background circle, offset black eyes, and a D3 arc-based mouth with randomized dimensions for eye radius, mouth width, and mouth radius. The React `Face` component assembles smaller `BackgroundCircle`, `Eyes`, and `Mouth` subcomponents, while a `FaceContainer` renders an SVG group translated to the center coordinates. D3’s `range` and `arc` utilities generate the grid and mouth paths, respectively.

BbeauMarko

Let's Make a Face Part VI

Using React with SVG, this example renders a grid of 18 cartoon faces, each composed of a yellow circular background, two black eyes, and a curved mouth. Every face is randomly varied in eye position, eye size, mouth width, and mouth radius, creating a playful collection of distinct expressions. The code builds each face from reusable React components (`BackgroundCircle`, `Eyes`, `Mouth`, `FaceContainer`) and uses `d3.arc()` from the d3 library to generate the mouth path. The `range()` function from d3 produces the face count, and Math.random() drives the visual variation.

Bboreilly26

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

Let's Make a Face Part I

A grid of eighteen tiny, simple faces, each with a yellow circular head, black outline, two eyes, and a curved mouth, fills the canvas. The faces vary slightly in stroke thickness, eye position and size, and mouth dimensions, creating subtle differences across the repeated pattern. Built with React and rendered as SVG, the example uses D3’s `arc` generator for the mouth paths and generates random parameter values via `Math.random` for each face. The components are modular, with separate files for the background, eyes, mouth, and container.

Jjamesc4

Let's Make a Face Part V

This example renders a stylized cartoon face composed of SVG primitives, featuring a yellow circular background, two dark eyes, and a smiling mouth. The face is built using React components that wrap SVG elements: `BackgroundCircle`, `Eyes`, and `Mouth`. The mouth shape is generated with D3’s `arc` generator, applying inner and outer radii with start and end angles to create a semi-circular curve. All facial features are positioned relative to a central group transform, ensuring the composition stays centered in the viewport.

AAlexa Cristina

Let's Make a Face Part VI

A grid of 18 cartoon faces shows random variations in eye size, all rendered with yellow circular heads, black outlines, pink blush, white pupils, and a D3 arc-based mouth. Each face is a React component composed of reusable SVG parts—BackgroundCircle, Eyes, Pupils, Mouth, and Blush—positioned within a FaceContainer using D3's `range` to generate the array. The `d3.arc` API creates the mouth shape, while SVG attributes control dimensions and offsets.

Wweisbroda@rfa.org