Fork of Hello HTML

Fork of Hello HTML

This example shows a static SVG smiley face composed of a yellow circle with black outline and two smaller black circles for eyes, centered on an 800-by-400 canvas. It uses React 16.9 loaded via a UMD script, though React is only console-logged in index.js and does not directly render the SVG elements. The entire graphic is hand-coded in the index.html file using inline SVG tags.

SSohail Ahmad

Fork of Hello HTML

This example displays a simple smiley face drawn with vector shapes in an SVG canvas. The face consists of a large yellow circle with a black outline, plus two smaller black circles for eyes, all rendered directly in the markup. The visualization relies on React 18.2.0’s production UMD build, though no React components are actually used; instead, the SVG elements are declared statically in the HTML body. The code sets the page margin to zero and hides overflow, ensuring the 960 by 500 pixel graphic fills the viewport without scrollbars.

Aabhishek

Fork of Hello HTML

This example shows a static SVG of a simple smiley face, rendered on a canvas sized 960 by 500 pixels. It uses React 18.2.0 and ReactDOM, loaded via UMD from unpkg, to log the ReactDOM library to the browser console. The face is drawn with a yellow circle for the head, a black outline, and two black circles for eyes; all shapes are defined directly in the HTML markup rather than generated programmatically.

Ddahalprastut

Fork of Hello HTML

This example shows a static, hand-coded SVG smiley face with two eyes and a yellow circular head, rendered on a 960 by 500 canvas. The face is composed of three `<circle>` elements, with the head drawn using a yellow fill and a black stroke. The code uses React 17.0.1, loaded via a UMD script from unpkg, though the visualization itself is purely declarative SVG markup. The page applies a minimal CSS reset for margin and overflow, and the rendering approach is a direct use of SVG’s vector graphics API.

Mmattroark216

Fork of Hello HTML

This example displays a simple yellow smiley face drawn with SVG primitives inside a React-based page. The rendering uses basic SVG elements like `circle` and `line` to form the face, eyes, and mouth, all placed within an 960x500 viewport. The code loads React 16.9.0 from a CDN and includes a separate `bundle.js` script, though the visible drawing does not rely on React components or state. A minimal styling rule hides body margins and overflow. The page also logs "hello" to the console, confirming the script execution.

SShailesh Patro

Fork of Hello HTML

This example displays a simple, static smiley face composed of three SVG circles: a large yellow circle for the head and two smaller black circles for the eyes. The React library is loaded via a UMD script and imported in JavaScript, though the visualization itself is hardcoded directly in the HTML markup rather than generated through React components. The page renders the graphic using inline SVG elements, with the body styled to remove margins and hide overflow.

Ssking8484

Fork of Hello HTML

This example displays a static SVG smiley face with a yellow circle, black outline, and two smaller unfilled circles for eyes. The rendering uses raw SVG elements embedded directly in an HTML page, with a hidden React script loaded via CDN. The code references React 18’s production UMD build and logs the React object to the console, though no React components or rendering logic are actually used. The page sets body margins to zero and hides overflow, while the SVG is sized at 960 by 500 pixels.

PPratik Raja

Fork of Hello HTML

This example displays a simple static SVG smiley face—a yellow circle with two black eyes—centered on a 960-by-500 canvas. It demonstrates basic React integration by using React 18 and ReactDOM to render a component into a root element, while the visual itself is drawn directly with SVG circle elements. The code mixes HTML markup, SVG attributes, and a minimal React script, with all styling handled by inline attributes and a small CSS rule. It does not show any interactive behavior or data-driven updates, only a fixed illustration.

Llefei1980