component
Stardust Particles
By Studio Apes
Details
- Studio ApesAuthor
- componentType
- $6.00Price
- 2026-05-31Published
- 2026-04-14Updated
- 2026-03-31Added
- BackgroundsCategories
Summary
Transform media into magnetic stardust.
Description
Elevate Your Framer Canvas with Neural Physics Stardust Magneto is not just a particle system; it is a sophisticated WebGL shader designed to turn your static media into a living, breathing digital organism. Engineered for the Creative Apes Marketplace, this component leverages advanced GPU-accelerated math to create a 'stealth' particle field that only activates when your users engage with it. 🌌 The Proximity Logic Unlike traditional background effects that clutter the UI, Stardust Magneto uses a proximity-based rendering engine. Particles remain invisible until the cursor approaches, at which point they coalesce, shimmer, and gravitate toward the mouse pointer. This creates a tactile sense of discovery, perfect for luxury brands and futuristic portfolios. 🚀 High-Performance Architecture Built directly in WebGL, this component handles hundreds of particles simultaneously at a fluid 60FPS. It is optimized for both desktop and mobile, ensuring that your high-end visuals never compromise the speed or SEO of your Framer site. 🎨 Seamless Media Integration Whether you are using high-resolution photography or 4K MP4/MOV video files, the Hybrid Media Engine ensures perfect scaling (Cover/Contain) and synchronization. With the 'Play on Hover' feature, you can create cinematic transitions where the video and the particle physics react in perfect harmony. Key Feature Breakdown: - Proximity Detection: Customize exactly how close the cursor needs to be to 'awaken' the stardust. - Magnetic Intensity: Control the gravitational pull of the particles. - Neural Shimmer: Individual particle offsets for organic, non-repetitive twinkling. - 3D Spatial Tilt: Integrated gyroscope-style movement for added depth.
Introduction
Transform media into magnetic stardust.
Rank history
Daily rank per list, from the first snapshot — lower is better.
- All · #4942