Fork of Let's Make a Face Part I

Fork of Let's Make a Face Part I

This example shows a simple smiley face built from three SVG circles: a large yellow head and two black eyes, rendered centered on a 960-by-500 canvas. The React component defines numeric constants for the head radius, eye offset, and stroke width, then passes them as SVG attributes to circle elements. It uses React 18 and ReactDOM to render the static SVG directly into the DOM, with no animation or interactivity. The drawing is a foundational step toward a more complete face, as the title suggests.

Ssunyixia025@gmail.com

Fork of Let's Make a Face Part I

This example shows a simple, static smiley face built from three SVG circles: a large yellow face with a black outline and two smaller black eyes. It is a React component rendered directly to SVG using ReactDOM, with the face positioned at the center of a 960 by 500 viewport. The circles are defined with explicit `cx`, `cy`, and `r` attributes, and the face’s yellow fill and stroke are set inline. No interactive behavior or animation is present.

Bbcodington-ne

Fork of Let's Make a Face Part I

This example demonstrates a simple smiley face drawn with three SVG circles: a yellow face outline and two black eyes, rendered on a 960 by 500 canvas. The markup is hand-authored in HTML, with React 17 loaded from a CDN and an accompanying `index.js` that logs the React global to the console. The face uses fixed coordinates and stroke widths to position the eyes and face, while the layout comment explains centering calculations. No interactive or animated behavior is shown, only the static SVG presentation.

Ssnehalp31996

Fork of Let's Make a Face Part I

This example shows a simple smiley face rendered with three circles: a large yellow head and two smaller black eyes. The SVG is drawn with fixed coordinates and hardcoded stroke and fill values, using React and JSX for markup. The code directly places a 960x500 SVG element, positioning the face and eyes with absolute pixel values, and sets the body margin to zero to hide overflow. It is a minimal, static visualization that demonstrates basic SVG circle rendering without any interactive or animated behavior.

BBELLOUCH EL HASSAN

Fork of Let's Make a Face Part I

This example shows a static, yellow smiley face drawn with three SVG circles: a large filled circle for the head and two smaller unfilled circles for eyes. The code defines the layout using React and ReactDOM, computing the center coordinates and radius from fixed width and height variables rather than hardcoding them. The rendering relies on SVG circle elements and an inline stylesheet to remove page margins.

BBrian Blakely

Fork of Let's Make a Face Part I

This example displays a static smiley face constructed from SVG circles: a large yellow head with a black outline and two smaller black circles for eyes. The code uses React and ReactDOM to manage the page, while the face itself is drawn directly in the markup. The rendering relies on SVG primitives within a fixed 960-by-500 viewport, with coordinates placed to center the head and position the eyes symmetrically. The project shows a foundational step toward a more complex face, with only the head and eyes present so far.

Ggzm17

Fork of Let's Make a Face Part I

This example shows a simple smiley face built from three SVG circles: a large yellow face and two smaller eyes. It uses React to render the DOM structure, with the static SVG markup embedded directly in the HTML file. The code references React 17 via UMD builds and includes an `index.js` placeholder that renders a "Hello JSX" heading, but the visible face is drawn entirely from the hardcoded SVG elements, not from the React component.

Eeatenmoth

Fork of Let's Make a Face Part I

This visualization displays a simple smiley face built from three SVG circles: a large yellow face with a black outline and two smaller black eyes. The code uses React, loaded via CDN, to render the SVG elements directly in an HTML page, with the face centered at coordinates (480, 250) and eyes positioned symmetrically at offsets from the center. The SVG is configured with a width of 960 and height of 500, and styles in the body remove margins to allow the graphic to fill the viewport. The example appears to be an initial step toward a more complex face.

CChin-Long Shu