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Optimized for: Gemini / ChatGPT / Claude
#UI

Advanced AI Prompt for Inertia-Based Physics Cursor Follower

Customize the variables below to instantly engineer your prompt.

Required Variables

inertia-based-physics-cursor-follower.txt
Technical SEO Task: Build a physics-based cursor follower using a Spring physics model. Parameters include [FRICTION], [MASS], and [SPRING_STIFFNESS]. The cursor should feel heavy and have organic inertia when stopping. Use a custom 'tick' function for the physics engine. Explain how to disable this for users with vestibular disorders (accessibility) while maintaining a high-quality experience for others. Provide the mathematical formulas used in the code.

Example Text Output

"The AI generates a script that uses Hooke's Law to calculate the acceleration and velocity of the cursor follower for a realistic physics feel."

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Frequently Asked Questions

What is the "Advanced AI Prompt for Inertia-Based Physics Cursor Follower" prompt used for?

The AI generates a script that uses Hooke's Law to calculate the acceleration and velocity of the cursor follower for a realistic physics feel.

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.