Smiley Face I

Smiley Face

A grid of 18 randomly generated smiley faces is rendered as React components, each with slightly varied eye positions, mouth size, and stroke width. The faces are drawn using SVG circles and an arc path, with the mouth path computed via d3’s `arc` generator. The `FaceContainer` translates the SVG group to the center of each 160x160 viewport, and the code uses React 18 and d3.v7 to map over a range of indices, producing the array of faces.

Eeco2nomy

Smiley Face

A grid of 18 randomly generated smiley faces fills the screen, each with a yellow circular background, black outline, two blue eyes, and a curved mouth. The faces vary slightly in eye radius due to the use of `Math.random()`. The visualization is built with React components, rendering SVG elements, and leverages the D3 `arc` function to generate the mouth path. The `Face` component composes smaller reusable components like `BackgroundCircle`, `Eyes`, and `Mouth`, all coordinated through a `FaceContainer` that sets up the SVG coordinate system.

Aahora

Smiley Face Part I

A grid of fifteen identical yellow smiley faces, each rendered as an SVG circle with two dark eyes and an open mouth, fills the screen. The faces are generated using React components that compose a `FaceContainer`, `BackgroundCircle`, `Eyes`, and `Mouth`. The `Mouth` component uses the d3 `arc` function to create a semicircular path, while random eye radii add slight variation between faces. Each face is positioned using the `translate` transform within a square SVG viewport.

OOrvybr0wn1

Smiley Face

A grid of eighteen smiley faces renders in React, each with randomized eye and mouth dimensions. The visualization shows how reusable SVG components—BackgroundCircle, Eyes, and Mouth—compose with D3’s `arc()` generator to create the mouth path. A FaceContainer wraps the group with a centered translation, while the code uses the `range()` iterator from D3 to generate repeated faces. All geometry is drawn as SVG circles and paths, with yellow fill, black stroke, and variable stroke widths, highlighting component-driven parametric design in a static, non-interactive layout.

CChristopher Cleland

Smiley Face

A grid of eighteen smiley faces is rendered as React components, each with randomized eye radius, mouth width, and mouth radius. The faces use a radial gradient from yellow to orange and are drawn as SVG circles and arcs. The code leverages d3’s `arc` generator to shape the mouth, while React handles the component composition and rendering. Each face is positioned via a shared container that translates the SVG group, with stroke widths and offsets fixed across all instances.

Llaurajchang

Smiley Face

A grid of fifteen smiley faces renders in SVG with React, each face composed of a yellow circle, two eyes, and a mouth. The code builds each face from reusable components: `BackGroundCircle`, `Eyes`, `Mouth`, and `FaceContainer`, with the mouth drawn using d3’s `arc()` generator. Each face’s eye radius and mouth width are randomized using `Math.random()`, creating slight variations across the identical grid layout. The React components are mounted via `ReactDOM.render`, and the overall structure is positioned using SVG group transforms.

GGabriel-Rodrigues13

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

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