Coding-Meet

Coding-Meet / Shader-Animation-CMP

Public

How to Implement Shaders in Compose Multiplatform (Android, iOS, Desktop & Web)

coding-meet.github.ioShader-Animation-CMP agsl android compose-desktop compose-multiplatform ios
18
0
100% credibility
Found Apr 17, 2026 at 18 stars -- GitGems finds repos before they trend. Get early access to the next one.
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AI Analysis
Kotlin
AI Summary

A multiplatform showcase app with 24 animated visual effects like fire, stars, and waves that run on Android, iOS, desktop, and web.

How It Works

1
🔍 Discover the demo

You find a fun GitHub project showcasing dozens of swirling, glowing visual effects that look amazing on any device.

2
📱 Open the gallery

Launch the app and browse a beautiful grid of 24 eye-catching animations like fiery bursts, starry skies, and rippling waves.

3
✨ Watch magic unfold

Tap any effect, like plasma waves or a nebula, and see it burst into smooth, colorful motion right before your eyes.

4
🚀 Try it anywhere

Run the app on your phone, tablet, computer, or even in a web browser – it feels fluid and responsive everywhere.

5
👆 Play and interact

Touch the screen to create ripples in water, drag to twist tunnels, or just sit back and enjoy the endless dance of lights.

🎉 Inspired to create

You've explored stunning visuals that work perfectly across devices, ready to add that wow factor to your own projects.

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Star Growth

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AI-Generated Review

What is Shader-Animation-CMP?

This Kotlin project delivers a cross-platform gallery of 24 animated shader effects—like plasma waves, starfields, and water ripples—running seamlessly on Android (13+), iOS, Desktop, and Web via Compose Multiplatform. It solves the pain of writing platform-specific GPU code by providing a unified abstraction for injecting time, resolution, touch, and uniforms into shaders. Developers get a runnable app with navigation between demos, plus a live Web demo on GitHub Pages that illustrates how GitHub Pages work for WASM exports.

Why is it gaining traction?

Unlike scattered shader tutorials, it offers copy-paste composables for backgrounds, filters, and post-processing, with graceful fallbacks on older Android. The hook is real-time previews across targets without separate OpenGL/Metal/WebGL setups—ideal for prototyping hypnotic UIs. Its Medium guide and YouTube demo lower the entry barrier for experimenting with effects like neon orbits or glitch art.

Who should use this?

Compose Multiplatform devs building immersive apps, such as music visualizers or sci-fi games, who need GPU acceleration without native code. UI engineers prototyping dynamic backgrounds for fintech dashboards or AR previews. Cross-platform teams evaluating how to implement shaders in a shared Kotlin codebase.

Verdict

Grab it as a learning template or starter kit—solid docs, run instructions for all platforms, and 24 polished demos punch above its 18 stars. But with 1.0% credibility from low activity, treat as experimental; fork and add tests for production. (198 words)

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