anime

Manage JavaScript web animations, timelines, and physics-driven interactions.

Updated Jul 6, 2026
One-click install
npx skills add https://github.com/shirulot/codex-skill --skill anime
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: anime
Source: https://github.com/shirulot/codex-skill/tree/main/anime
Command: npx skills add https://github.com/shirulot/codex-skill --skill anime

SYSTEM DOCUMENTATION & REQUIREMENTS

💡 This Skill includes references (resource) components.

What problem does it solve?

This Skill simplifies the creation of complex, high-performance web animations, removing the need for manual DOM manipulation or cumbersome CSS keyframe management.

Core Features & Use Cases

  • Multipurpose Animation: Animate CSS properties, SVG attributes, DOM elements, and JavaScript objects with a unified, powerful API.
  • Advanced Sequencing: Build complex, multi-step animation sequences using timelines, labels, and precise timing controls.
  • Interactive Physics: Implement draggable elements with built-in physics, snap points, and scroll-linked animations for modern, responsive interfaces.

Quick Start

Use the anime skill to animate the opacity and scale of all elements with the class box over a duration of one second.

Frequently Asked Questions about anime

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

FAQPage Schema
How do I create complex web animation sequences without writing CSS keyframes?

Web animation sequencing is managed through a JavaScript API that builds multi-step sequences using timelines and labels. It removes the need for manual DOM manipulation or cumbersome CSS keyframe management by orchestrating timing controls programmatically.

Can I animate SVG path morphing and DOM elements together?

SVG path morphing and DOM element animation are supported together through a unified API. The system animates CSS properties, SVG attributes, DOM elements, and JavaScript objects simultaneously within a single timeline architecture.

What is the best way to build draggable elements with physics for web interfaces?

Building draggable elements with physics is achieved through built-in snap points and physics interaction controls. This approach enables responsive interfaces featuring draggable elements that react naturally to user input and scroll-linked animations.

Does this web animation approach use the native Web Animations API?

This web animation approach integrates directly with the native Web Animations API. It satisfies requirements for a modular, high-performance animation architecture using ES modules without relying on any external dependencies.

How do scroll-linked animations work for responsive web interfaces?

Scroll-linked animations function by tying animation progress to scroll position via JavaScript controls. This creates responsive web interfaces where elements animate dynamically based on user scrolling, often combined with draggable physics and snap points.

Do I need external libraries to achieve high-performance web animations?

External libraries are not required to achieve high-performance web animations. The modular architecture operates with zero dependencies, leveraging ES modules and native Web Animations API integration to support complex timelines and physics interactions.