Let's Make a Face Part I

Let's Make a Face Part I

A static yellow smiley face rendered as SVG, with a black outlined circle for the head and two smaller unfilled circles for the eyes, appears against a blank viewport. The example uses React to structure the SVG elements directly in JSX, with hard-coded coordinates and dimensions for a 960×500 canvas. The code includes a separate React app that logs the React object and renders a simple heading, while the face is drawn in the HTML file using inline SVG tags. The rendering approach relies on basic SVG primitives without dynamic data or interaction.

Iillus0r

Let's make a face - Part I

A simple SVG face composed of three overlapping circles—a large yellow head and two black eyes—rendered in a fixed 960×500 viewport. The example demonstrates static SVG drawing within a plain HTML page, with the React library loaded via CDN but only used to log the global `React` object to the console. No interactive behavior or data binding occurs; the face is defined directly with circle coordinates and stroke properties in the markup. The code relies on native SVG elements and React 16.9, with styling presumably applied via an external stylesheet.

BBagaski

Let's Make a Face Part I

This example builds toward a smiley face by rendering a large yellow circle with a black outline, two smaller filled circles for eyes, and space left for a future mouth. The SVG is written directly in the HTML using React, with React 16.7 loaded from a CDN and a separate `bundle.js` script. Static coordinates position the face elements on a 960 by 500 canvas, and the code logs the React object to the console, demonstrating a minimal React-based SVG composition.

KKenneth Goh

Let's Make a Face Part I

A static SVG face built with React 16.12.0 displays a yellow circle with black stroke as the head, plus two smaller unfilled circles for eyes, drawn at fixed coordinates. The example uses raw JSX-style SVG elements within an HTML file, with React loaded from a CDN, and includes a placeholder script tag. The face lacks a mouth, showing a half-finished construction.

JJenBirchmore

Let's Make a Face Part I

This example shows a simple, static face constructed from three SVG circles: a large yellow circle for the head and two smaller circles for the eyes, all centered on a 960 by 500 canvas. The rendering relies on React and ReactDOM to inject the SVG elements into the HTML page, while the `bundle.js` file executes the JavaScript. The face is drawn directly in the markup with hardcoded coordinates and styling, including a black stroke on the head circle, and does not involve any data processing or interactivity.

Jjamieagape

Let's Make a Face Part I

This example shows a static smiley face made from three yellow circles with black outlines, all rendered inside an SVG canvas. The face is drawn using React elements, with two smaller circles representing eyes and a large circle serving as the head. The code uses React 16.7.0 and displays the face directly in the HTML, with no interactive behavior or data-driven updates. The title references a potential series, but the visualization itself is purely visual.

CClara Hu

Let's Make a Face Part I

This example draws a simple SVG smiley face, showing the first step of a project where the face is built incrementally. The visualization displays a yellow circle for the head and two smaller circles for the eyes, all rendered directly in JSX within the `index.html` file using React. The code loads React and ReactDOM from CDNs and uses the `bundle.js` script to run the app, though the main visual is hand-coded SVG markup rather than generated through React components. The example serves as a static, non-interactive starting point for the face-making process.

SSam

Let's Make a Face Part I

A yellow smiley face rendered with three SVG circles appears against a blank background. React 18 manages the component tree, while SVG attributes define the face’s geometry: a large yellow circle for the head with a black stroke, and two smaller black circles positioned symmetrically for eyes. The code computes coordinates from fixed width, height, and offset constants, using React's `createElement` through JSX to render the SVG elements directly in the browser.

MMorgan Worrell