sukram3000

Fork of Fork of Fork of Fork of Fork of Smiley Face Part 6

A grid of 100 identical yellow smiley faces fills the viewport, each rendered as a small SVG via React components. The code draws a yellow circle with a black stroke, two black eyes, and an arc-based mouth using `d3.arc`. Each face is positioned by a `FaceContainer` that translates the SVG group to the center of a 100 by 100 viewBox. The React app maps over `range(100)` from d3 to create the repeating layout, with all styling and geometry hard-coded.

Fork of Fork of Fork of Fork of Smiley Face Part 5

This example renders a yellow smiley face as an SVG using React components and D3’s `arc` generator for the mouth. The face is centered via a translation, with separate React components for the background circle, eyes, and mouth, each receiving explicit props for positioning and sizing. The visualization demonstrates a modular component approach, with the mouth’s arc path defined by `innerRadius`, `outerRadius`, and start/end angles, while `d3` and `ReactDOM` handle rendering in the browser.

Fork of Fork of Fork of Smiley Face Part 4

This example shows a yellow smiley face rendered as a static SVG composition, using React components to structure the drawing and D3’s `arc` generator to create the mouth path. The face consists of a large yellow circle with a black stroke, two eye circles, and a mouth arc positioned via SVG transforms. The code defines shape constants for eye offset, radius, and mouth dimensions, then renders everything inside a single `<svg>` width 960 and height 500. It uses React 18 and D3 v7, with the SVG output produced directly through JSX.

Fork of Fork of Smiley Face Part 3

A classic yellow smiley face rendered as an SVG with React and D3 v7. The face consists of a yellow circle with a black stroke, two black eyes positioned symmetrically, and a mouth drawn using the D3 `arc` generator with a fixed inner and outer radius. The React component computes all geometry from constants for the center, eye offsets, and dimensions, then renders the shapes via JSX inside a single `<g>` group. The diagram uses static, hard-coded values rather than external data.

Fork of Smiley Face Part 2

A yellow smiley face is drawn on a black-and-white SVG canvas, with two black eye circles positioned symmetrically on a yellow circular face. The face and eyes are rendered as SVG circles using React 18 and ReactDOM, with coordinates derived from computed center, offset, and radius variables. The stroke width and eye placement are calculated relative to the canvas dimensions, ensuring proportional scaling. The code uses React’s `render` method to inject the SVG into the HTML DOM, with the face centered at 480,250 and eyes offset by 90 pixels horizontally and 50 pixels vertically.

Smiley Face Part 1

A yellow circle with a black outline forms the face, and two smaller black circles serve as eyes. The SVG markup uses explicit width and height attributes, with the face positioned at the center of a 960 by 500 canvas. The page is styled to remove margins and hide overflow, presenting the static graphic without interaction. This example demonstrates basic SVG shape rendering using the `circle` element.

Fork of Hello HTML

This example shows a minimal SVG circle positioned within an HTML page, with no data or interaction beyond the static shape. The page uses D3.js v3, as indicated by the source metadata, to render the circle via an `<svg>` element with hard-coded dimensions. The code sets up a basic document structure with embedded CSS to hide overflow and margin, but does not invoke any D3 data joins, scales, or simulation APIs. The circle has no fill or stroke attributes, leaving it invisible against the default white background. The rendering relies solely on SVG, with no canvas or WebGL involved.

Fork of Hello HTML

A minimal HTML page demonstrates the fundamental structure of web documents, showing a single heading rendered in a browser. The example uses only standard HTML elements—`<!DOCTYPE html>`, `<html>`, `<head>`, and `<body>`—with no external libraries or data. It functions as a bare-bones starting point for visualization projects, highlighting the simplest possible markup required to display content. The page contains no interactive features, styling, or JavaScript, serving purely as a static template for further development.