Smiley Face Part I

Smiley Face Part I

A yellow circle with two black eyes and an open mouth forms a static smiley face centered in an SVG canvas. The face is drawn using React components that render SVG primitives, including circles for the head and eyes and a d3.arc path for the mouth. The d3 arc generates the mouth shape with specified inner and outer radii and angular extents, while the head and eyes are plain SVG elements. The visualization uses a fixed 960 by 500 pixel viewport with the face grouped and translated to the center.

JJon

Smiley Face Part 1

This example displays a yellow smiley face centered on an SVG canvas, built entirely with React and D3 v6. The face consists of a circular head, two black eye circles, and a curved mouth created using the `arc` generator from the D3 shape module. The `arc` function constructs the mouth path with specified inner and outer radii and angular extents, while React renders the SVG elements declaratively. The code defines all dimensions as constants, including eye offsets, radius, and stroke width, layering the shapes within a translated group element.

SShaneBowen1

Smiley Face Part I

A smiley face drawn with SVG shapes appears centered on a yellow circular face with black outlines. Two black eyes sit symmetrically above an arc-based mouth, all positioned within a 960×500 viewport. The example uses React to render the SVG, with D3’s `d3.arc()` generating the mouth path. Circles define the face and eyes, while a `<g>` transform offsets the elements. The code demonstrates combining React components with D3 shape generators for static geometric visualizations.

DDan Bo

Smiley Face Part I

The visualization displays a classic smiley face composed of a yellow circle with a black outline, two eyes, and a curved mouth, centered in an SVG canvas. The React component renders the face using D3’s arc generator for the mouth path, while the face and eyes are simple SVG circles. D3 v7 and React 18 work together to position elements via computed coordinates and a transform translation. The mouth arc uses inner and outer radii with start and end angles to create a smile, all drawn with vector graphics in the browser.

Ssokaribo

Smiley Face Part1

This example visualizes a smiley face as a static SVG graphic built with React and D3. The face consists of a yellow circle for the head, two black circles for eyes, and an arc-shaped path for the mouth, all positioned relative to a central coordinate system. The code uses D3’s `arc` function to generate the mouth’s path, specifying inner and outer radii and angular start and end points. The SVG is rendered via ReactDOM, with styling applied through SVG attributes. The visualization focuses on constructing a recognizable face from basic geometric shapes.

XxSHWNHLLx

Smiley Face Part 1

This example presents a static SVG smiley face composed of a large yellow circle with a black outline, two smaller circles for eyes, and a mouth drawn as a semi-circular arc. The visualization is built using React and D3 v5, with dimensions and positions calculated from the width and height of the canvas. The mouth is generated using D3’s `arc()` API, which creates an SVG path for a semicircle, while the eyes and face are drawn as basic SVG circle elements.

Kkaddindr

Smiley Face Part I

This visualization shows a yellow smiley face centered on an SVG canvas. The face consists of a large yellow circle with a black outline, two black circular eyes positioned symmetrically, and a curved mouth created using a D3 arc path. The code uses React to render the SVG elements, with D3’s `d3.arc` API generating the mouth’s path coordinates. The face is drawn deterministically without external data, using fixed pixel dimensions and offsets.

MMeghan Bomberger

Smiley Face Part 1

A yellow smiley face is drawn as three SVG circles: a large yellow face with a black outline, and two smaller black eyes positioned symmetrically. The face is centered in a 960 by 500 pixel viewport, with the eyes offset from the center. Built with React 17 and D3 v7, the visualization uses JSX to render SVG circle elements, computing positions with constant variables for eye offset and radius. The face radius is derived from the viewport height, ensuring the circle fits within the SVG canvas.

CCedric Mendoza