Fork of React Starter

Fork of React Starter

This example shows a simple yellow smiley face rendered as an SVG inside a React component. The face consists of a filled circle for the head, two black ellipses for eyes, and a smile created using the `d3.arc` path generator. The SVG is set to a fixed width of 960 pixels and height of 500 pixels, with the entire face group translated to the center. React 16.13.1 manages the component structure, while D3 v7 supplies the `arc` function to compute the smile path based on inner and outer radii and angular start/end points.

Vvinniiee

Fork of React Starter

This example displays a simple yellow smiley face rendered as a static SVG graphic. It shows a large circle with a thick black stroke, two smaller black circles positioned as eyes, and a curved arc forming a mouth. The visualization uses React to define the SVG structure and D3's `arc()` generator to compute the mouth path. The `index.html` loads React 16 and D3 v7 from a CDN, while the `index.js` imports React and the `arc` function from D3, with the final SVG sized to 960 by 500 pixels.

KKerim

Fork of React Starter

This example draws a simple yellow smiley face in SVG using React and D3.js. It defines the face shape with a React component, rendering two eye circles and a mouth arc positioned on a larger yellow circle with a black stroke. The mouth is generated by D3’s `arc` function, with specified inner and outer radii and angled start/end points. The code uses ReactDOM to mount the component into a root div, combining React’s declarative JSX with D3 v6 geometry helpers for the path data.

Llemonxixixi

Fork of React Starter

This example shows a yellow smiley face drawn with React and SVG, centered on a 960×500 canvas. The face consists of a yellow circle with a black stroke, two offset eyes, and a mouth created using the `d3.arc` API with specified inner and outer radii and angle ranges. The code uses React 16.13.1 and ReactDOM to render the SVG elements, while D3 v7 provides the arc path generator. All shapes are positioned using a translated coordinate system, with no external data source; the visualization is purely programmatic.

MM Abdul Rokhim

Fork of React Starter

This example shows a simple smiley face drawn with SVG shapes, composed of a yellow circle for the face, two black circles for eyes, and a computed arc path for the mouth. Rendering occurs through a React component that uses JSX to define the SVG elements. The code relies on React 16.13.1 and ReactDOM for mounting, while the mouth arc is generated using the `d3.arc` API from d3.v7. The layout is static, with hardcoded dimensions and positions for each shape.

Ttagnefabrice2020

Fork of React Starter

This example shows a simple yellow smiley face rendered as an SVG graphic, built with React and D3.js. It demonstrates how to compose reusable React components—`BackgroundCircle`, `Eyes`, and `Mouth`—that accept props for geometry and styling. The code uses `d3.arc()` to generate the mouth path, while circles for the face and eyes are placed using fixed coordinates derived from a 960×500 viewport. The rendering approach relies on declarative JSX and SVG elements, with D3 only for the arc path calculation.

AAndré Thiago Netto

Fork of React Starter

This example renders a simple yellow smiley face as an SVG graphic inside a React application. The face, eyes, and mouth are drawn using D3’s `arc()` generator and basic SVG shapes, with all styling handled in CSS. The component uses React’s `ReactDOM.render()` to mount the visualization, while D3 v6 supplies the arc path for the mouth. The graphic fills the entire viewport, with the face radius calculated from the window dimensions.

JJoachim Klug

Fork of React Starter

This example shows a simple yellow smiley face composed of SVG shapes, rendered via React and D3. The face uses a circle for the head, two circles for eyes, and an arc path generated with `d3.arc` for the mouth, all positioned relative to the SVG center. React’s `App`, `Face`, `Eye`, and `Mouth` components render static markup, while the mouth’s path comes from `arc().innerRadius()`, `.outerRadius()`, and fixed start and end angles. The code imports `arc` from d3 and renders the scene with `ReactDOM.render`.

FFerdinand Steenkamp