Smiley experiment

Smiley Face Part 1

This example displays a static smiley face rendered as a yellow circle with two black eyes, created using React and SVG elements. The code defines circle components with explicit attributes for positioning, radius, fill, and stroke, a minimal approach before adding the mouth in later parts. It uses React’s `ReactDOM.render` to mount the SVG into the page, with the face centered on a fixed 960×500 canvas. The visualization demonstrates basic SVG composition within a React component structure.

CCryton Sibanda

Smiley face part 1

This example renders a static smiley face in an SVG using React and D3. The face is centered in a 960×500 viewport, with a yellow background circle, black stroke, two eye circles, and a mouth drawn as an arc path. The code defines a `BackgroundCircle` React component and uses the `arc()` generator from d3 to create the mouth’s path geometry. All shapes are positioned via a group transform, while constants like `eyeOffsetX`, `eyeRadius`, and `mouthRadius` control the facial feature placement.

Ddusanvukic

Smiley

A yellow smiley face rendered as a static SVG circle with two smaller eye circles. The visualization uses React components to create the SVG elements, with D3 v7 loaded but not actively driving any data or behavior. The face is drawn with a yellow fill and black stroke, positioned at the center of a 960x500 canvas with a single smile curve implied by the main circle's arc. The example demonstrates basic SVG shape composition within a React render tree.

Bbilelmarzouki

Smiley

This example shows a static smiley face rendered as an SVG, composed of a yellow circular background, two eyes, and a curved mouth. The React components are split into separate ES6 modules—BackgroundCircle, Eyes, and Mouth—and assembled within an SVG group translated to the center of a 960×500 canvas. The mouth uses the d3.arc generator from d3.v5 to create a path with specified inner and outer radii and angular range. React Fragments group the eyes without adding extra DOM nodes.

SSayantan Pal

Smiley Face Part I

A static smiley face rendered in SVG shows a yellow circle with black stroke, two eyes, and a mouth arc centered on a 960 by 500 canvas. This React component draws the face using D3’s `arc` generator with specified inner and outer radii and angles for the mouth, while circles are positioned via eye offsets and radius constants. Built with D3 v6 and React 17, the example hardcodes all geometry values rather than loading external data, demonstrating precise coordinate-based composition in a reusable component.

Eendomo

Smiley face part 1

This example renders a yellow smiley face as a static SVG graphic using React and D3. The code constructs the face from a large circle for the head, two smaller circles for the eyes, and a D3 `arc` path for the mouth, all positioned relative to the center via a `g` transform. The `BackgroundCircle` React component draws the head with a yellow fill and black stroke, with the `strokeWidth` and radii defined as constants. The face is centered within a 960 by 500 viewport using D3’s `arc` helper to create the semi-circular mouth.

Aartijain688

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

This example shows a cheerful smiley face rendered as a yellow circle with black outlines, featuring two eyes and a curved mouth centered on a 960×500 SVG canvas. The face is built using React components, with the background circle and eyes as SVG `<circle>` elements, while the mouth uses D3’s `d3.arc()` generator to create a path based on inner and outer radii and start/end angles. All elements are grouped and translated to the canvas center, with the mouth offset slightly via a transform.

Sszchee1