smiley

smiley face

This example renders a classic smiley face as an SVG graphic using React components and D3’s `arc` generator. The face consists of a yellow circle for the head, two black circles for eyes positioned symmetrically via `eyeOffsetX` and `eyeOffsetY`, and a curved path for the mouth created with `arc().innerRadius(90).outerRadius(100)` spanning from PI/2 to 3PI/2. All shapes are centered using a `<g>` transform, with the head’s radius calculated from the viewport height minus stroke width. The code imports `arc` from D3 v7 and uses ReactDOM to mount the SVG into the page.

Gginsmandarin

smiley

This example draws a smiley face as an SVG graphic, combining React components with D3.js to generate the shapes. The face is centered with yellow circular eyes, red pupils, orange eyebrow-like lines, and a blue head. The code uses D3’s `arc` API to form the mouth and eye arcs, and relies on React’s `ReactDOM.render` to display the static composition, with positions and sizes defined as constants.

Cchakritha06

smiley

This example shows a simple smiley face rendered as an SVG, with a green circular head, two black eyes, and a black mouth arc drawn using D3’s `arc` generator. The face is built declaratively in React, with all measurements (center coordinates, stroke width, eye offsets, and mouth radius) defined as constants. D3 computes the mouth path via `d3.arc()` with specified inner and outer radii and start/end angles, while React renders the `circle` and `path` elements inside an SVG container. The code uses `ReactDOM.render` to mount the component to the DOM.

Mmanjushayarreddu

Smile face

This visualization draws a classic smiley face using D3’s `arc` generator for the mouth and SVG circles for the head, eyes, and outline. The face is centered on a 980×620 canvas, with a yellow circle, black eyes, and a filled arc representing the smile. React renders the SVG elements declaratively, while D3 v7 handles the arc path computation. The code uses degree-to-radian conversion to define the mouth’s start and end angles, creating a clean, symmetrical cartoon face with no interactivity or data input.

RRohit Singh

smiley face

The visualization displays a simple smiley face composed of SVG circles and a d3.arc-generated mouth path. The face is rendered through React components, with randomized values for eye offset, eye radius, mouth radius, and mouth width passed as props to generate a single face. The background circle uses a yellow fill with a black stroke, while the eyes are solid black circles positioned symmetrically. The code imports d3’s arc function to create the mouth shape, and d3’s range utility to map over an array, though only one face is rendered. The SVG is centered using a group transform.

PPUUDI

Smiley Face

This example draws a classic smiley face using React and D3’s `arc` generator to create the mouth path. The SVG renders a yellow circle with black stroke, two eye pairs (black outer and white inner circles), and a red nose positioned at the center. All shapes are placed inside a `<g>` transform for offset, with coordinates computed from fixed dimensions. The code uses React components for the background circle and ReactDOM to mount the app to a `#root` element.

UUygur Yiğit

Smiley face

This example renders a classic smiley face entirely with SVG primitives. The face is built using a yellow circle for the head, two smaller circles for the eyes, and a D3 arc path for the mouth, all grouped and centered via a transform. The code leverages React for component structure and rendering, while importing the `arc` function from d3.js to generate the curved mouth geometry. Stroke widths and positioning are defined through explicit constants, producing a simple, static illustration.

TThilak Raj T

Smiley with React & D3

This example shows a classic smiley face rendered as an SVG graphic, centered on a 960×500 canvas. The face consists of a yellow circle with a black stroke, two eyes, and an arc-shaped mouth. The visualization is built using React to manage the SVG elements, while D3’s `arc` function generates the mouth’s path data by specifying inner and outer radii and angular start and end points. All shapes are declared declaratively within the React component and rendered via `ReactDom.render`.

Llaurence beattie