Smiley Face Part I

100%

Smiley Face Part I

✓ Published0🌍 Public

Last edited Mar 4, 2022

Created on Mar 1, 2022

Five smiley faces render as static SVG components, each with a yellow circular head, black stroke, two eyes, and a curved mouth drawn using d3’s `arc` path generator. The React app maps over d3’s `range(5)` to generate the faces, varying each eye radius with `Math.random()` to create subtle differences. The face geometry—positions, radii, and stroke widths—is passed as props through reusable React components like `FaceContainer`, `FaceCircle`, `Eyes`, and `Mouth`, demonstrating modular composition with d3.v7 and React.

AI-generated description

Half Way towards smiley face.

MIT Licensed

Similar vizzes

Loading thumbnail…

Smiley Face part 1

Five identical smiley faces are rendered in a row, each composed of SVG circles and an arc-based mouth. The faces are built from reusable React components, with `BackgroundCircle` for the yellow head, `EyeCircle` for the black eyes, and `Mouth` using `d3.arc` to generate the smile path. The `FaceContainer` centers each face within an SVG of fixed dimensions, while a single `Face` component parameterizes offsets, radii, and stroke widths. The code maps over an array of five items to duplicate the face, demonstrating component reuse with React and D3.

HHeidi Stockton

94% match

Loading thumbnail…

Smiley Face Part I

A grid of nineteen smiley faces, each rendered as a yellow SVG circle with two eyes and a curved mouth, demonstrates a modular React component approach to building faces. The code uses React 17 and D3 v7, specifically the `arc()` generator to create the mouth path. Each face is generated by mapping over an array created with D3’s `range()` function, and randomized eye radius values produce slight variation between faces. The components `FaceContainer`, `BackgroundCircle`, `Eyes`, and `Mouth` are composed together, with SVG positioned via a `<g>` transform.

AAlexalim28

93% match

Loading thumbnail…

Smiley Face Part I

Ten mostly identical smiley faces are rendered in a row on a yellow background, each face showing the same basic features with slightly randomized eye sizes. The visualization demonstrates how React components can encapsulate D3.js drawing logic within an SVG canvas, with each face generated by a reusable `Face` component. The code uses React for component structure and the D3.js `arc()` API to construct the mouth path, while the `d3.range()` function drives the creation of ten instances with varying `eyeRadius` values for subtle visual differentiation.

CChristian Potdevin

93% match

Loading thumbnail…

Smiley Face Part 1

A grid of fifteen smiley faces renders as React components, each with randomly varied eye positions, radii, mouth widths, and stroke thicknesses. The faces are drawn as SVG circles with yellow fills, black outlines, and arc-based mouths computed using `d3.arc`. The reusable `Face` component composes `BackgroundCircle`, `Eyes`, and `Mouth` subcomponents within an SVG container, while `ReactDOM.render` displays the array generated from `d3.range`.

Nn.koldovsky@gmail.com

93% match

Loading thumbnail…

Smiley Face Part I

A grid of fifteen smiley faces renders as a playful array of SVG components built with React. Each face combines a yellow background circle, two eyes, and an arched mouth, with randomized stroke widths, eye offsets, radii, and mouth dimensions creating subtle variation across the grid. The code composes reusable React components and leverages d3.arc from d3.v6 to generate the mouth path, while ReactDOM renders the entire collection into a single SVG container.

MMoises Oliveira

92% match

Loading thumbnail…

Smiley Face Part 1

A grid of 18 yellow smiley faces, each with randomly varied stroke widths, eye offsets, eye radii, mouth widths, and mouth radii, displays a playful range of facial expressions. The faces are rendered as SVG elements within a React application, using D3’s `range` to generate the repeated components and D3’s `arc` to construct each mouth path. The `Face` component composes reusable subcomponents—`BackgroundCircle`, `Eyes`, `Mouth`, and `FaceContainer`—which translate an SVG group to the center of each face.

MMason Taylor

92% match

Loading thumbnail…

Smiley Face Part I

A grid of 18 smiley faces, each with randomized eye position, eye radius, and mouth size, renders as a playful SVG composition. The faces are generated using React components, with each face composed of a yellow background circle, black eyes, and a mouth arc created via d3.arc. The d3.range function generates the array of faces, and React’s map method renders each with varying parameters. The SVG output is produced through a FaceContainer that translates the center coordinates, while the d3 v7 library supplies the arc generator for the mouth path.

IIlyas Filali

92% match

Loading thumbnail…

Smiley Face Part 5

A grid of eighteen randomly generated smiley faces demonstrates how React components compose reusable SVG elements. Each face combines a yellow background circle, two black eyes, and an arc-based mouth, all wrapped in a face container that translates the coordinate system. The code uses React function components and D3’s `arc` generator for the mouth path, with randomized eye position, eye radius, and mouth dimensions applied per face. Data is generated via `d3.range` and rendered through ReactDOM.

Ccaineosborne

92% match