Smiley Face React Way

Smiley Face with React..

A smiling face rendered with SVG primitives in a React application. The visualization uses two black circles for eyes and a large aqua circle with a black outline for the head, all positioned on a 960 by 500 canvas. The code demonstrates React component creation with arrow function syntax and renders the SVG via `ReactDOM.render`. The example uses the React and ReactDOM libraries loaded from unpkg, with styling defined in the accompanying `index.html` file.

IIlgar Akalın

Smiley Face Part 1

This example shows a simple smiley face rendered as an SVG using React components, with each facial feature defined in its own ES6 module. The code uses D3’s `arc()` generator to create the mouth path and React Fragments (`<>`) to group the eyes without extra DOM elements. Static props for positioning and radii are passed from the main `App` component, which centers all elements at (480, 250) with a 960×500 viewport. The visualization demonstrates component separation and declarative SVG construction in a React environment.

Ddeebanks77

Smiley Face

This example displays a simple smiley face rendered as a static graphic, with the face’s features drawn using SVG-style shapes generated by the D3 `arc` function for the smile. The page loads React and ReactDOM from a CDN, and the component `<App />` renders a basic `<h1>Hello JSX</h1>` heading, though the visual result is a plain smiley face appearing on a centered page due to the CSS text alignment. The code uses D3 v6’s `arc` generator to construct the smile curve, while React manages the component structure, and the overall rendering relies on standard HTML and CSS for layout.

Jjguadamuz

Smilie Face with React and D3

This example shows a classic smiley face rendered as an SVG graphic, with a yellow circular head, two black eyes, and a curved mouth. The face is built using React components that return SVG elements, while D3’s `arc` generator defines the mouth’s path. The code sets fixed dimensions and coordinates for the face’s features, then uses ReactDOM to mount the component. Both React and D3 are loaded via UMD scripts, and the rendering relies purely on static D3 shapes without any data or interaction.

Vvishnubpg

Smiley Face with JS and React

This example renders a classic smiley face as a React component, using SVG for display. It builds the face from primitive shapes: a yellow circle for the head, black-stroked eyes, and a mouth drawn with the D3 `arc` generator. The D3 arc creates a semicircular path by specifying inner and outer radii, a stroke width, and start/end angles, while React manages the SVG elements and JSX markup. The visualization demonstrates a minimal integration of D3’s geometry utilities with React’s declarative rendering in a static, non-interactive diagram.

SSreynit Khatt

Smiley Face

This example uses React and SVG to render a static smiley face. The face is drawn with three SVG circle elements on a 960x500 canvas: a yellow outer circle for the head and two black circles for the eyes, all with visible black strokes. The React component renders only a heading, while the SVG markup is placed directly in the HTML body, so the visualization is not generated through React itself. The code relies on the React and ReactDOM production libraries and a bundled JavaScript file, though no interactive behavior is implemented.

RRidhuparan

Smiley Face Part I

This example uses React and D3 to render a simple SVG smiley face. The React component computes coordinates for a yellow circle face, two black eyes, and a mouth using constant variables for width, height, and offsets. The SVG output is drawn with a yellow fill, black stroke, and a fixed stroke width. The code uses the ReactDOM `render` method to mount the component into the HTML root element, with D3 loaded but not directly used in the visible logic.

CCaptKathure

Smiley Face

This example uses the React framework to construct a smiley face as an SVG graphic. The visualization is built from three modular components: a yellow background circle, two eyes, and a mouth. The mouth is generated using the `d3.arc()` API to create a path with a specified inner and outer radius. The face is centered within an 960 by 500 pixel SVG canvas using a translation transform. The code demonstrates how React components and D3's path generation can be combined for simple, declarative graphics.

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