Javlonbek1233

Javlonbek1233 / Amaliy3

Public
19
0
85% credibility
Found May 22, 2026 at 19 stars -- GitGems finds repos before they trend. Get early access to the next one.
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AI Analysis
TypeScript
AI Summary

This is a browser-based visual effects studio that simulates realistic 3D particle explosions. Users watch thousands of particles—fire, sparks, and smoke—react to physics settings like gravity, air resistance, and slow motion. The app offers five dramatic color themes and preset explosion styles (fireball, supernova, electric shrapnel, acid eruption, frozen shockwave). The most unique feature: with one click, you can copy Python code that recreates your exact explosion settings, giving you a working particle physics simulation to run on your own computer.

How It Works

1
🎬 You discover a visual effects studio

Someone shares a link to a web-based particle explosion simulator that looks like it belongs in a Hollywood movie.

2
✨ An explosion greets you on arrival

The page loads and immediately shows a stunning 3D particle explosion with fire, sparks, and smoke swirling in real-time.

3
🎨 You pick a color theme that matches your vision

Five dramatic themes await: fiery orange flames, crackling electric blue, toxic green acid, icy frozen blue, or cosmic purple nebula.

4
⚙️ You tweak the physics sliders

Sliders let you slow down time, adjust gravity, change how bouncy particles are, and control how much smoke versus sparks fill the scene.

5
You choose your creative path
🖱️
Play with presets

One-click presets instantly transform the explosion into a Hollywood fireball, plasma supernova, electric shrapnel burst, or frozen shockwave.

📋
Export Python code

A button copies ready-to-run Python code that recreates your exact settings, complete with physics and color themes.

6
🚀 You trigger more explosions

Every click of the detonation button sends thousands of particles flying with camera shake, motion trails, and dynamic lighting.

🎉 You've created your own VFX moment

Whether tweaking in the browser or running the code locally, you now have a stunning particle explosion that looks professionally crafted.

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Star Growth

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AI-Generated Review

What is Amaliy3?

Amaliy3 is a browser-based 3D particle explosion simulator built with TypeScript and React. It lets you dial in physics parameters like gravity, drag, turbulence, and explosion force through a visual control panel, then watch thousands of particles blast across a 3D canvas in real-time. The killer feature: it exports your exact configuration as runnable Python scripts for Pygame or ModernGL, so what you design visually translates directly into production code.

Why is it gaining traction?

The visual-to-code export pipeline is the hook. Most particle tutorials show you a canvas demo and leave you to reverse-engineer the math yourself. This flips that: you tweak sliders, pick a color theme like fire or cosmic, and copy out a complete Python physics simulation. Five cinematic presets (Hollywood Fireball, Plasma Supernova, Electric Shrapnel, Corrosive Eruption, Subzero Shockwave) give you starting points that actually look production-ready. The 3D perspective camera with mouse-drag orbit and motion blur trails makes the preview feel like a VFX tool, not a code demo.

Who should use this?

Game developers prototyping explosion effects who want to skip the math and get straight to tuning. Technical artists building particle systems who need to hand off exact parameters to Python engineers. Educators teaching physics simulation who want students to see parameter changes instantly rather than running code repeatedly. Not for teams needing production-tested, battle-hardened libraries with years of bug fixes.

Verdict

The concept is solid and the execution is surprisingly polished for a 19-star project, but the credibility score of 0.85% signals this is early-stage and unproven at scale. Use it as a rapid prototyping tool or learning resource, but plan to validate the exported Python code thoroughly before shipping. Worth watching if the author keeps iterating.

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