bexa-motion

Implement cinematic motion and physics-based interactions in frontend UIs.

7|2|Updated Apr 28, 2026
One-click install
npx skills add https://github.com/BekhruzTursunboev/Bexa-professional-frontend-design-skills-for-ai-agents --skill bexa-motion
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: bexa-motion
Source: https://github.com/BekhruzTursunboev/Bexa-professional-frontend-design-skills-for-ai-agents/tree/main/skills/bexa-motion
Command: npx skills add https://github.com/BekhruzTursunboev/Bexa-professional-frontend-design-skills-for-ai-agents --skill bexa-motion

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

AI agents often output generic UI motion that lacks depth or intent. This skill guides bexa-enabled agents to implement cinematic motion and physics-based interactions in frontend UIs, elevating UI storytelling and user experience.

Core Features & Use Cases

  • Scroll-storytelling with cinematic transitions
  • Physics-grade interactions and GSAP choreography
  • Three.js/WebGL canvases for immersive visuals
  • Framer Motion patterns and cross-library coordination
  • Use alongside bexa when MOTION_DEPTH >= 8 to achieve deeper UI motion

Quick Start

Enable bexa-motion in your project and set MOTION_DEPTH to 8 or higher to apply cinematic motion rules.

Frequently Asked Questions about bexa-motion

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I implement cinematic motion in frontend UIs using GSAP and Framer Motion?

Cinematic motion is implemented by guiding AI agents to apply physics-based interactions, GSAP choreography, and Framer Motion sequences using configuration knobs like CHOREOGRAPHY and PHYSICS_GRADE to drive premium motion patterns.

What's the best way to add scroll storytelling and 3D canvas scenes to a web app?

Scroll storytelling and 3D canvas scenes are achieved by applying cinematic transitions and Three.js WebGL canvases to create immersive visual narratives, configured through performance and accessibility constraints like PERFORMANCE_CAP.

Can I use Three.js and Framer Motion together for cross-library UI animation?

Three.js and Framer Motion can be coordinated for cross-library UI animation, allowing you to synchronize WebGL canvas scenes with physics-based interactions and GSAP choreography in modern web applications.

Why does my AI-generated UI animation lack cinematic depth?

AI-generated UI animation lacks cinematic depth when it outputs generic motion without intent, a problem solved by enabling cinematic motion rules and setting MOTION_DEPTH to 8 or higher to apply deeper physics-grade interactions.

How do I balance performance constraints and physics-based interactions in UI animation?

Performance and physics-based interactions are balanced using the PERFORMANCE_CAP configuration knob to drive motion patterns while enforcing accessibility and performance constraints across GSAP and Framer Motion sequences.