Rotating Buddha Mandala

Fork of Fork of Fork of Six Buddhas

Six rotating Buddha silhouettes form a continuously spinning mandala on a dark, floral background. Each SVG path is rendered at a different scale, color, and opacity, and they rotate around a shared center point at different offsets. The animation is driven by React state updated every 30 milliseconds, with each BuddhaPath component using a static path string transformed via rotate and scale attributes. React 16.10 and ReactDOM manage the component rendering and state updates.

Fork of Fork of Fork of Six Buddhas

Fork of Fork of Fork of Six Buddhas

Fork of Fork of Fork of Six Buddhas

Six buddha silhouettes rotate in concentric, overlapping orbits around a shared center, creating a mandala-like animated composition. Each path uses a different scale, color, and opacity, layered over a fixed green-flower background image. The React application uses `useState` and `useEffect` in `index.js` to increment a rotation value every 30 milliseconds, passing it to six `BuddhaPath` components that apply SVG `transform` rotations and scales to the same single path data. The code renders the SVG directly with ReactDOM, relying on hardcoded path coordinates rather than external data.

Fork of Fork of Six Buddhas

Six Buddha outlines rotate in a circular mandala, each drawn as a single cubic Bézier path with distinct scale, fill, stroke, and opacity values. The rotation state increments by one degree every 30 milliseconds, producing a slow, synchronized spin around the shared center. This React application uses a custom `BuddhaPath` component that applies `rotate` and `scale` transforms to a hard-coded path `d` attribute within an SVG `<g>` element. The six instances are offset by 60-degree increments, creating a layered, colorful pattern against a floral background image. React's `useState` and `useEffect` hooks drive the animation loop.

95% match

Fork of Rotating Buddha

A rotating Buddha silhouette forms a colorful mandala as three instances of the same path shape spin at different scales and offsets. The React application uses SVG paths and a `setInterval` hook to incrementally update a rotation state every 30 milliseconds, creating continuous animation. Each BuddhaPath component applies a transform with rotate and scale values, with varying fill colors, stroke colors, and opacity levels, all rendered on a fixed 960×1000 canvas.

92% match

Fork of Rotating Buddha

This example shows a mandala-like pattern of six Buddha paths rotating continuously at different speeds and scales, each with distinct colors and opacities over a floral background image. The React application uses SVG `<path>` elements embedded in a `<g>` group, with transformations applied via `rotate` and `scale` attributes. Animation is driven by `React.useState` and `React.useEffect`, updating rotation values in a `setInterval` loop every 30 milliseconds. The code loads React 18 and ReactDOM from UMD builds and uses Babel standalone to transpile JSX in the browser.

90% match

Fork of Fork of 6 Buddha

This example displays six overlapping Buddha silhouettes in different colors, scales, and opacities, creating a layered composition against a floral background with randomly placed decorative dots. The artwork uses React to manage component state and render SVG elements. The BuddhaPath component draws the silhouette, while each layer applies transforms for positioning and scaling. The code generates 100 random background circles with varying colors, sizes, and opacity values using JavaScript’s Math.random, and applies CSS styling for the page background and title overlay.