Skip to main content
SimilarExport ZIP
100%

React Starter

✓ Published1🌍 Public
NNita
Last edited Sep 15, 2020
Created on Sep 1, 2020
Forked from React Starter

A React-based smiley face visualization renders a grid of identical faces, each composed of three SVG circles: a yellow face and two black eyes. The example demonstrates component reuse by importing a `Container` component from `A.js` and mapping over an array created with `d3.range` to generate 18 faces within an SVG canvas. React manages the DOM updates, while D3 provides the range utility for iteration. The code uses plain SVG circle elements without any complex data transformations or interaction, serving as a minimal starter template for integrating React with D3 in a visualization context.

AI-generated description

React Starter code.

MIT Licensed

Similar vizzes

Loading thumbnail…

React Starter

This example shows a smiley face built from modular React components, rendered as SVG. It assembles a yellow circle background, two eyes, and a curved mouth within a centered group. The face’s dimensions and features are controlled via props passed between components. It uses React 17 for component composition and the D3 `arc` generator to create the mouth path. The visualization demonstrates a reusable, declarative approach to constructing SVG graphics with React.

CCodeDuckie99
92% match
Loading thumbnail…

React Starter

This example renders ten identical yellow smiley faces, each composed of SVG circles for the eyes and background, with a mouth drawn using a d3.arc path. The faces are built from reusable React components, including `Fullface`, `Eyes`, `Mouth`, and `faceContainer`, which groups the shapes within an SVG `<g>` element. The `index.js` file maps over a d3.range array to produce the repeated faces, and ReactDOM renders the full set into the page. The code imports React and d3 v7, with SVG output generated through JSX components.

YYu Liu
92% match
Loading thumbnail…

My React Starter

This example generates a series of SVG smiley faces, each a different size and color, arranged one after another. The faces are created using React components, with each face drawn using SVG `circle` elements for the head and eyes. The code uses the `arc` function from d3 to define a mouth arc, though the mouth is not rendered. The random colors and eye radii are generated with `Math.random`, and the face sizes are derived from a loop that multiplies an index by ten. React and ReactDOM are used to render the dynamic collection of components.

NNita
91% match
Loading thumbnail…

My React Starter

This example shows a collection of four smiling-face SVGs rendered side by side in different sizes, each built from nested circles. It demonstrates how React components can encapsulate SVG drawing logic, with a `FaceContainer` component defining face, eye position, and radius values based on width and height props. The code uses React and ReactDOM to render the components into the DOM, producing static yellow faces with grey eyes. No interaction or animation is present; the visualization simply displays the geometric output of the component using SVG circle elements.

NNita
91% match
Loading thumbnail…

React Starter

This example demonstrates a minimal integration of React and D3 by rendering a simple smiley face using SVG elements. The code sets up a React component that uses ReactDOM to mount an `App` component into the DOM, while loading React, ReactDOM, and D3 v5 from CDN sources. The visualization shows basic SVG shapes—circles for the face, eyes, and mouth—drawn in plain SVG markup within the React structure. The example serves as a starter template for combining React’s component-based approach with D3’s data-binding capabilities.

Ttharuta
90% match
Loading thumbnail…

React Starter

This React Starter example renders a smiling face using D3 v5 within a React application. The visualization shows a yellow circle with black stroke as the face, two black eyes, a curved mouth path, and an eyebrow rectangle, all positioned using SVG attributes. The code imports `select` and `arc` from D3 to append SVG elements and generate the mouth’s curved path with specified inner and outer radii and angles. Static dimensions and offsets, such as eye radius and position, are hardcoded, and the rendering relies on SVG elements created programmatically via D3 selections.

Ddistortedlights
90% match
Loading thumbnail…

React starter

This example shows a yellow smiley face rendered as SVG, centered within a 960 by 500 viewport. It draws a yellow background circle with a thick black stroke, two black eyes positioned with horizontal and vertical offsets, and a mouth created using D3’s `arc()` generator to produce an SVG path. The project is built with React 18, uses JSX components for the face parts, and relies on D3 version 7.8.5 for the arc geometry. The application sets up a React root and renders the components into an HTML page.

AArchit Bhargava
89% match
Loading thumbnail…

React D3 Tutorial

A grid of eighteen smiley faces, each with randomized eye and mouth thickness, demonstrates reusable React components paired with D3. The `Face` component composes smaller pieces like `BackgroundCircle`, `Eyes`, and `Mouth`, with the latter using `d3.arc` to draw an arc path. The `FaceContainer` wraps everything in an SVG group translated to the face center. Rendered with React 17 and D3 v7, the example shows how declarative JSX and D3 shape generators can build modular data visualizations.

HHunDeTroie
89% match