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A grid of eighteen smiley faces is rendered in SVG using React components, each face composed of a yellow background circle, two eyes, and an arc-based mouth. The code uses React for component composition and d3.arc to generate the mouth path, with random eye radii creating slight variations across the repeated faces. Each face is centered within a 160-pixel square, and the SVG is drawn declaratively through nested components like BackgroundCircle, Eyes, and Mouth.

SShyan2

Smiley Face

This example shows a grid of smiley faces, each rendered as a yellow circle with black outlines, eyes, and a curved mouth. The faces are generated using React components, with each face composed of separate `BackgroundCircle`, `Eyes`, and `Mouth` parts. D3’s `arc` function creates the mouth shape, while `range` from D3 drives the generation of 18 distinct faces, each with randomized eye and mouth dimensions. The SVG output is centered within a fixed-width container, and the code relies on React’s declarative component structure to assemble each face.

FFrederick O'Brien

Smiley Face Part 1

This example displays a grid of 18 randomly generated smiley faces, each rendered as an SVG with a yellow background circle, two eyes, and a curved mouth. Using React components for the face parts and D3’s arc generator for the mouth path, the code applies random values to stroke width, eye offsets and radius, and mouth dimensions, creating varied expressions. The faces are composed via nested components like FaceContainer, BackgroundCircle, Eyes, and Mouth, all assembled and rendered through ReactDOM.

Ttmambrose

Smiley

This example generates a grid of 18 procedurally varied smiley faces, each rendered as a yellow circle with black outlines, eyes, and an arc-shaped mouth. The composition demonstrates how React components (Face, BackgroundCircle, Eyes, Mouth) and SVG elements can be parameterized with random values for stroke width, eye offset, eye radius, and mouth dimensions. The mouth is drawn using a D3 arc generator (d3.arc) to create a closed path, while the overall layout is managed by React, with all faces rendered in SVG within a single viewport.

CChrisGaul

SVG Smily Faces

This example displays a grid of 32 randomly generated smiley faces, each with varying stroke widths, eye sizes and positions, and mouth dimensions. The grid is built by mapping over a range of indices, and each face is rendered as a composite of React components for the background circle, eyes, and mouth. The SVG output is generated using React’s declarative JSX syntax, while the mouth’s arc path is computed with D3’s `arc()` generator. All faces share the same SVG viewport and are positioned via a central transform.

HHamza Abdirashid

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

This example displays a grid of twenty identical smiley faces, each composed of a yellow circle, two black eyes, and a curved mouth. Built with React and D3 v6, it renders SVG elements through reusable components like `FaceContainer`, `BackgroundCircle`, `Eyes`, and `Mouth`. The mouth path is generated using the `d3.arc()` API with specified inner and outer radii, while the face layout is positioned via SVG group transformations.

MMrinal Roy

part 1 of smiley face

A grid of eighteen randomly varied smiley faces is rendered as SVG via React. Each face uses a yellow background circle, two black eyes, and a mouth arc generated with the d3 `arc` function, with randomized stroke widths, eye positions, and mouth dimensions. The code composes reusable React components (`Face`, `BackgroundCircle`, `Eyes`, `Mouth`) inside a shared `FaceContainer` that applies a center translation via a D3-style transform. The faces are static, generated once from an array of 18 elements, with no animation or interaction.

RRasike Abeyratne