apple-design

Name: apple-design
Availability: InStock
Author: gigun-dev

Translate Apple's fluid interface design principles into CSS and spring-based web animations.

Updated Jul 10, 2026

Search Tags:#design #accessibility #ux #motion #gestures #springs

Ready to run

npx skills add https://github.com/gigun-dev/caldav --skill apple-design-gigun-dev

💬 Prompt for ChatGPT / Claude Chat▼

Please help me install this Agent Skill.
Skill: apple-design
Source: https://github.com/gigun-dev/caldav/tree/main/.claude/skills/apple-design
Command: npx skills add https://github.com/gigun-dev/caldav --skill apple-design-gigun-dev

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

This Skill bridges the gap between static web interfaces and the fluid, responsive, and interruptible motion patterns found in Apple's design language, helping you create interfaces that feel like a natural extension of the user.

Core Features & Use Cases

Fluid Motion Principles: Implement interruptible, velocity-aware animations using springs rather than fixed-duration transitions.
Interaction Design: Apply Apple-style design foundations including 1:1 pointer tracking, rubber-banding, and spatial consistency.
Use Case: Use this guide to refactor a rigid, CSS-transition-based modal or drawer into a high-fidelity, gesture-driven component that responds instantly to user input and momentum.

Quick Start

Apply the apple-design principles to my current UI component to ensure all animations are interruptible and use spring-based physics for natural motion.

Frequently Asked Questions about apple-design

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

FAQPage Schema

How do I implement interruptible animations for web UI components?▼

Interruptible animations are implemented using spring-based physics libraries instead of fixed-duration CSS transitions, allowing interactions to respond instantly to new user input and momentum without waiting for current animations to finish.

What is the best way to create Apple-style fluid motion in web applications?▼

Apple-style fluid motion in web applications is achieved by applying 1:1 pointer tracking, momentum-based interactions, and rubber-banding effects using spring-based animation libraries to ensure spatial consistency and natural feedback.

How do I refactor a rigid CSS transition modal into a gesture-driven component?▼

Refactoring a rigid CSS transition modal into a gesture-driven component involves replacing fixed-duration transitions with spring-based physics to support high-fidelity motion feedback and immediate response to user gestures.

Can I use spring-based physics for accessibility-compliant motion design?▼

Spring-based physics can be used for accessibility-compliant motion design by ensuring spatial consistency and interruptible animations that satisfy accessibility requirements while maintaining fluid, physical user interface interactions.

Why do my web animations feel unnatural compared to native iOS interfaces?▼

Web animations feel unnatural compared to native iOS interfaces because they often rely on fixed-duration CSS transitions rather than velocity-aware, interruptible springs and momentum-based interactions that mimic physical responsiveness.

Does this approach support gesture-driven UI components with momentum-based interactions?▼

This approach supports gesture-driven UI components by implementing momentum-based interactions and 1:1 pointer tracking, ensuring components respond instantly to user input and physical momentum.