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Optimized for: Gemini / ChatGPT / Claude
#ThreeJS

Particle-Based Physics for Liquid and Sand Simulations

Customize the variables below to instantly engineer your prompt.

Required Variables

r3f-particle-physics-liquid.txt
Explore particle-based physics simulations within R3F. Using a physics library like Ammo.js (PBD) or a custom GPU approach, define a simulation for [MAX_PARTICLE_COUNT] particles. Set the [PARTICLE_RADIUS] for collision detection and adjust [VISCOSITY] to simulate materials ranging from water to thick sand. Explain how to render these particles efficiently using instancing or points.

Example Text Output

"A technical guide for implementing Position Based Dynamics (PBD) to create a realistic sand-falling or fluid-pouring effect."

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Frequently Asked Questions

What is the "Particle-Based Physics for Liquid and Sand Simulations" prompt used for?

A technical guide for implementing Position Based Dynamics (PBD) to create a realistic sand-falling or fluid-pouring effect.

Which AI tools work with this prompt?

This prompt is optimized for Gemini / ChatGPT / Claude, but works great with ChatGPT, Claude, Gemini, and other large language models. Simply copy it and paste it into your preferred AI tool.

How do I customize this prompt?

Use the variable fields above to fill in your specific details. The prompt will auto-update as you type, ready to copy instantly.

Is this prompt free?

Yes! All prompts on Blenra are free to copy and use immediately. No account required.