3D Rotating Flower Field (Dark Mode)

Blurry Spinning Rainbow Starfield

A colorful starfield animation displays 800 glowing stars moving through 3D space with a rotating perspective and dark cosmic background. Stars appear in vibrant HSL colors with varying sizes and speeds, creating a luminous, ethereal effect. The animation uses HTML5 Canvas with `requestAnimationFrame`, applying trigonometric rotation and perspective projection to simulate depth as stars move toward the viewer and recycle off-screen.

77% match

Light Mode Starfield

A colorful starfield animation rendered on an HTML5 Canvas, with 800 stars moving through 3D space against a light background. The stars rotate around the center using trigonometric calculations and are projected with perspective depth. Each star features a distinct HSL color, size, and speed, and stars are recycled when they move off-screen. The animation runs with requestAnimationFrame, and the canvas resizes to fill the viewport.

76% match

3D Flower

This interactive 3D visualization presents a procedurally generated flower with twelve pink petals, a yellow center, curved green stem, and three leaves. The flower is built using Three.js geometries including ExtrudeGeometry for petals and leaves, TubeGeometry for the stem, and SphereGeometry with added stamen details for the center. WebGL rendering displays the scene with directional lighting and shadows, while individual petal containers receive subtle wave animations in the render loop. OrbitControls enable camera rotation and zoom, allowing exploration of the model against a sky-blue background with fog.

Gradient Starfield

This example shows a 3D starfield animation with 2,000 colorful stars moving through space and slowly rotating around the center. It runs on HTML5 Canvas and vanilla JavaScript, using `requestAnimationFrame` for smooth animation. Stars are generated with random positions, sizes, speeds, and colors, then rendered with perspective projection and recycled when they exit the viewport. The code uses trigonometric functions for rotation and a perspective factor for depth perception, with a translucent background to create subtle trails.

Animated Flowers

A field of ten glowing flowers drifts in a dark green gradient background, each flower composed of two crossed ellipses and a central circle. Driven by a continuously updating timestamp `t`, each flower follows a spiral path via sine and cosine functions, rotating and changing fill color based on its index. Built with React and rendered as animated SVG, the effect uses `requestAnimationFrame` to update state and CSS filters for drop shadows and radial gradients, all defined in `index.js` and `Ellipse.js`.

NNita

Spinning Rainbow Starfield

This animation presents a colorful starfield viewed from a single point, with 2000 stars moving through three-dimensional space while the entire scene rotates around the center. The stars appear in random colors and sizes, leaving faint trails as they travel forward. Built with vanilla JavaScript and HTML5 Canvas, the piece uses trigonometric functions for rotation, a perspective projection formula to simulate depth, and `requestAnimationFrame` for smooth animation.

Flowers

A generative flower field fills the screen with hundreds of randomly placed, rotated elliptical blooms on a green-to-black gradient background. Each flower consists of two overlapping ellipses that form a four-petaled shape, along with a central circle, all rendered as SVG elements via React components. The code uses React’s `useState` implicitly through array mapping, and employs an SVG `<filter>` with `feDropShadow` for depth, while colors are computed procedurally from an index-based gradient.

NNita

74% match