Rotating Buddha Mandala

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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.

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Rotating Buddha

A rotating Buddha path is rendered at the center of a large SVG canvas, forming a mandala-like pattern. The path itself is an intricate vector shape defined by a long SVG path data string. The application uses React to manage state, with a `useEffect` hook and `setInterval` to increment a rotation value by one degree every 30 milliseconds. This rotation is applied to the Buddha path via a transform. Multiple instances of the path are displayed with different scales, colors, and opacities, each offset by 60 degrees, creating a dynamic, spinning geometric composition.

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Six overlapping Buddha silhouette paths rotate continuously in a mandala-like pattern, each with a distinct fill color, stroke, and opacity. The animation increments a rotation state by one degree every thirty milliseconds. Built with React and rendered as SVG, the code defines a reusable `BuddhaPath` component that applies a rotation transform to a single static path, replicating it at different scales and offsets around the center.

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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.

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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.

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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.