Smiley Face Part I

Smiley Face Part 1

This example renders a simple smiley face as static SVG using React and ReactDOM. The face consists of a yellow circle with a black stroke, two black eye circles, and an implied mouth area, all positioned relative to center coordinates. The code defines constants for dimensions, offsets, and radii, then builds the SVG elements with React’s JSX syntax. It uses React 17’s production UMD builds loaded via CDN, with the main component mounted into a root div. The visualization demonstrates basic geometric positioning and styling through SVG attributes.

MMichelle Stuart

Smiley Face Part I

This example renders a static smiley face using SVG primitives within a React application. The face is constructed from three circles: a large yellow circle with a black stroke forms the head, while two smaller circles serve as eyes. The page is built with React 17, loaded via the UMD distribution, and ReactDOM, though the JavaScript file only logs the React objects. The SVG is hardcoded directly in the HTML file, with dimensions set to 960 by 500 pixels. No external data sources or interaction logic are present.

Gguohao77

Smiley Face Part I

This example shows a static smiley face rendered as a simple SVG graphic. The face consists of three circles: a large yellow circle for the head and two smaller black circles for the eyes, all drawn directly in the HTML markup. The code uses React 16.9.0 and ReactDOM to mount a separate “Hello JSX” component, though the smiley face itself is plain SVG without React involvement. The rendering approach relies on explicit SVG attributes for positioning and styling, with a viewport of 960 by 500 pixels.

Bbartlomiejkoszek

Smiley face part 1

A static smiley face rendered entirely in SVG, with a yellow circular head, black outline, and two black eyes. The example demonstrates how React and ReactDOM can work alongside raw SVG markup, as the HTML file contains both a React entry point and hand-written SVG elements that draw the face. The React `index.js` file renders a simple "Hello JSX" heading, while the SVG shapes are defined separately in the page structure. The visualization serves as a minimalist illustration of combining React's component model with direct SVG drawing.

Aaigusainz

Smiley Face Part One

This example renders a static smiley face using React 17 and SVG. It draws three circles on an SVG canvas: a large yellow head with a black outline, and two smaller black eyes positioned symmetrically around the center. The code defines the SVG markup directly in the HTML file, while the React app simply renders a placeholder “Hello JSX” heading. The visual output does not yet include a mouth, reflecting the “half way” status noted in the README.

Nnj889

Smiley Face Part I

This example renders a static smiley face using raw SVG elements inside a React application. The visualization shows a yellow circle with a black outline for the face, plus two smaller unfilled circles positioned as eyes, all defined directly in the markup. The code loads React and ReactDOM from CDN and attempts to render a simple JSX heading into a root div, while the smiley face is drawn separately via an inline `<svg>` tag. It demonstrates basic SVG drawing without any interaction or data-driven mapping.

RRoberto Camberos

Smiley Face Part1

This example draws a static smiley face in a web browser using SVG primitives. Three yellow, black-stroked circles form the face and two eyes, all positioned with explicit pixel coordinates within a 960-by-500 viewport. The page loads React 17 via a UMD script and logs the React object to the console, though no React components render the visualization. The layout is fixed and non-interactive, demonstrating basic SVG shape composition rather than data-driven mapping.

Ssammielau

Smiley Face Part I

This example renders a static smiley face using SVG primitives within a React 17 application. It shows a large yellow circle with a black stroke as the face, two smaller filled circles as eyes, and no mouth, created directly in the markup. The visualization uses SVG elements like `circle` for shapes and relies on the UMD build of React for setup, though no React-specific features are demonstrated. The drawing is hard-coded at 960 by 500 pixels with CSS hiding page overflow.

TTrustPaul