My React Starter

My React Starter

This example shows a simple humanoid figure assembled from SVG shapes, built with React and rendered through ReactDOM. The figure combines circles and rectangles to depict a head, body, legs, and arms, with CSS styling in the HTML file assigning a red fill to specific elements. The code defines reusable `Square` components and uses hardcoded coordinates and dimensions within an SVG canvas. It demonstrates basic React component composition and SVG rendering without external data or interactions.

93% match

My React Starter

A simple humanoid figure built from SVG shapes demonstrates a React starter template. The app renders a head as a circle and a body, arms, and legs as rectangles, all positioned with hardcoded coordinates. The code imports React and ReactDOM, defines a reusable `Square` component for the rectangular parts, and uses inline SVG within JSX to compose the figure. Styling is applied via CSS selectors in `index.html`, with a red fill assigned to the figure's hand and body through an `id` attribute.

92% match

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.

80% match

React Starter

The React Starter example displays hand-coded SVG shapes—circles and rectangles—in a single 600×600 viewport, with transformations scaling, translating, and recoloring groups of elements. It demonstrates React rendering a simple "Hello React" message via `ReactDOM.render`, while the SVG markup in `index.html` uses standard SVG attributes like `fill`, `stroke`, `transform`, and elements such as `line` and `path`. A `<g class="lines">` element applies red stroke styling from the `styles.css` file, showcasing static, pre-defined vector graphics without interaction or data binding.

PPRASANTH

SVG Starter

This example demonstrates how to create basic SVG shapes within a React application using raw SVG markup, without relying on external visualization libraries. It shows circles, rectangles, lines, and paths styled with CSS attributes like stroke and fill. The visualization uses static, hardcoded data rendered through SVG elements, including groups with transforms for scaling and translation, and nested shapes to illustrate layering and style inheritance. The code serves as a minimal starting point for building SVG-based visualizations in a web browser.

Ttrungngonptit

My React Starter

This example renders a circle of overlapping square outlines in SVG using React. It calculates 150 points along a sine and cosine wave, mapping each point’s Y value to the square’s vertical position while spacing squares horizontally. The visualization uses ReactDOM to render the SVG, with React 16.10.0 and the production builds of React and ReactDOM. The code explicitly defines the width, height, and pixel scaling for the plotted shapes.

My React Starter

This example renders a single circle onto an SVG canvas using React. It calculates an array of 51 values from 0 to 1 but does not use them for visualization. The app imports React and ReactDOM, defines a 960 by 500 pixel viewport, and draws a circle with a radius of 100. The code uses React’s createElement via JSX and mounts the component to the DOM element with the ID root, demonstrating a minimal React setup for SVG output.