video-coder

Generate React TSX video scene components from design specifications.

62|17|Updated Dec 15, 2025
One-click install
npx skills add https://github.com/outscal/video-generator --skill video-coder
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: video-coder
Source: https://github.com/outscal/video-generator/tree/main/.claude/skills/video-coder
Command: npx skills add https://github.com/outscal/video-generator --skill video-coder

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

This skill generates production-grade React video scene components from design requirements.

Core Features & Use Cases

  • Produce ready-to-run TSX components that render animated video scenes from text or design specs.
  • Enforce a strict, memoized component structure with module-level definitions for stability and performance.
  • Support path-following, asset handling, and high-fidelity motion synchronized to timing data for educational content.

Quick Start

Use the video-coder skill to generate a production-ready React video scene component from a given design spec.

Frequently Asked Questions about video-coder

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

FAQPage Schema
How do I convert design specs into production-grade React video scene components?

Generate React video scene components from design specs to produce ready-to-run TSX files that enforce strict memoized structures and deterministic animation patterns. It handles path-following, asset management, and precise timing synchronization.

How does Framer Motion handle path-following in React components?

Framer Motion handles path-following in React components by using explicit props and module-level definitions to create deterministic animation patterns. These patterns synchronize high-fidelity motion precisely with timing data for educational content.

Can I use memoization to stabilize complex React animation components?

Yes, you can use memoization to stabilize complex React animation components by enforcing a strict memoized component structure with module-level definitions. This approach ensures performance and stability for high-fidelity synchronized motion.

What is the best way to synchronize precise timing for educational content in React?

The best way to synchronize precise timing for educational content in React is to generate components with deterministic animation patterns, explicit props, and clear separation of concerns. This ensures visually distinctive motion matches timing data perfectly.

Does design-to-code generation support high-fidelity motion and asset handling?

Yes, design-to-code generation supports high-fidelity motion and asset handling by producing React components with module-level definitions, explicit path-following props, and strict memoization. This ensures stable performance across complex animated scenes.