Smiley Face Part II

Smiley Face Part II

A large yellow smiley face rendered in SVG fills the browser window, scaling with the viewport dimensions. The face consists of a circle for the head, two smaller circles for eyes, and a smile created by a D3 arc path. Using React for structure and D3's `arc()` API to generate the mouth’s geometry, the piece demonstrates combining declarative component logic with algorithmic path generation for a playful, responsive graphic.

Sstellnew

Smiley Face Part II

A React-rendered SVG smiley face fills the browser window, with a yellow circle, concentric-ringed eyes, a red arc mouth, and angled eyebrow lines. The code uses React 16.9 and D3 v6’s `arc()` generator to construct the mouth path, while all other shapes are plain SVG elements. Position and size values are derived from `window.innerWidth` and `innerHeight`, and the face is centered via a group translation. The example demonstrates combining React’s declarative component structure with D3’s geometric utilities for static SVG visualization.

AAnurag Desai

Smiley Face Part II

The visualization displays a smiley face composed of basic SVG shapes rendered with React and D3.js. It fills the entire browser window with a yellow circle, two dark eyes, and an arc-based mouth, all centered on the screen. The code uses ReactDOM to render the SVG, and the D3 `arc` API generates the mouth path with specified inner and outer radii and angle ranges. The circle’s size is calculated from the window height, with stroke widths and offsets defined as constants.

Mmojtabat67

Smiley Face Part II

This visualization shows a stylized smiley face constructed entirely from SVG primitives within a React component. It displays a large circular head with two eyes, inner white highlights, two ears with smaller highlights, a nose, and a mouth, all arranged symmetrically around a central point. The code uses React to render the SVG elements and D3 v7’s `arc()` function to define the nose and mouth paths, which are drawn with precise start and end angles. A `BackgroundCircle` component and multiple hardcoded circle elements compose the face, with no external data source involved.

Ffw-art

Smiley Face Part II - React

A yellow smiley face fills the browser window, drawn with SVG circles for the head and eyes and a D3 arc path for the mouth. The React component defines the face using JSX, computing positions and sizes from the window dimensions. D3 v5’s `arc` function generates the mouth path with specified inner and outer radii and angular range. The code imports `arc` from d3 and renders the SVG through `ReactDOM.render`, resulting in a responsive, full-screen visualization.

AArif Rachman

Smiley Face Part II

A yellow smiley face rendered with React and SVG fills the browser window, with eyes, highlights, and a mouth positioned relative to the viewport center. The face’s size scales with the window dimensions, while the mouth is drawn using the d3 `arc` generator with a fixed inner and outer radius. React manages the SVG elements, and the code uses `arc()` from D3 v5 to compute the path for the smile. The face includes two eye circles and smaller white highlight circles offset from each eye.

MMoooYang

Smiley Face Part II

A smiley face rendered as an SVG fills the browser window, with a yellow circle for the head, two black eyes, and an arc-shaped mouth. The face is constructed using React components to define the SVG elements, while the mouth path is generated with the `d3.arc()` API, specifying inner and outer radii for its thickness. The code uses ReactDOM to render the component into the root element, and dimensions are calculated from `window.innerWidth` and `window.innerHeight`.

AAnita N

Smiley Face Part III

A yellow smiley face fills the browser window, with two circular eyes and an arc-shaped mouth rendered inside a circular head using SVG. The visualization adapts to the viewport size, centering the face and scaling the head radius based on window height. React components structure the SVG elements, while `d3.arc()` computes the mouth path with specified inner and outer radii and angular bounds. The eyes and stroke width are positioned using fixed offsets from the center, with black outlines defining the face features.

AAlex Piccolo