component-design

Structure reusable UI components by organizing them into atomic design hierarchies: atoms, molecules, organisms, templates, and pages. This approach establishes predictable, scalable composition across React and Vue projects, ensuring consistency throughout your design system.

Implement flexible composition by applying compound components, render props, higher-order components, and custom hooks. These UI patterns enable predictable, scalable component architecture across React and Vue applications with clear TypeScript interfaces.

Yes, this approach supports both React and Vue design systems. It provides guidelines for typing components with TypeScript interfaces and applying composition patterns that scale seamlessly across UI libraries and applications in either framework.

Yes, you can build a scalable UI library using compound components, render props, and custom hooks. These patterns allow flexible composition and clear TypeScript typing, ensuring predictable behavior across reusable components in your design system.

Start defining TypeScript interfaces by adapting the provided component-template.tsx file. Modify its props to match your design system requirements, establishing clear typing and documented usage guidelines for consistent component implementation.

Composition breaks when components bypass the atomic design hierarchy or lack clear TypeScript interfaces. Enforce structured patterns like compound components and slots to maintain predictable, scalable composition across templates and pages.