Can this skill be used for mobile-first development?

Yes, the skill includes patterns for responsive design, utilizing CSS media queries and mobile-toggle logic to ensure organisms work seamlessly across all screen sizes.

How does this skill improve Claude's coding capabilities?

It provides Claude with domain-specific knowledge of design system patterns, enabling it to write more organized, modular, and reusable code for complex interface regions.

What is the difference between a molecule and an organism?

A molecule is a simple group of atoms working together (like a search input), whereas an organism is a complex section (like a header) that may contain several molecules and independent functionality.

What are organisms in the context of Atomic Design?

Organisms are relatively complex UI components that form distinct sections of an interface. They are composed of groups of molecules and atoms joined together to form a standalone functional unit.

Does this skill support TypeScript and CSS Modules?

Yes, the skill emphasizes modern best practices by using TypeScript for type safety and CSS Modules for scoped, modular styling of organism components.

Atomic Design Organisms

Name: Atomic Design Organisms
Author: TheBushidoCollective

byTheBushidoCollective

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디자인 도구

Architects complex, standalone UI components by aggregating molecules and atoms into cohesive functional sections like headers and dashboards.

소개

The Atomic Design Organisms skill empowers Claude to build high-level interface sections that form the backbone of modern web applications. By following the Atomic Design methodology, this skill provides specialized guidance on composing atoms and molecules into complex, stateful structures that can function independently across different pages. It is an essential tool for developers building design systems or scaling frontend projects, ensuring that structural components like navigation bars, product grids, and complex forms are implemented with consistent TypeScript interfaces, modular CSS, and robust internal logic.

주요 기능

Architectural blueprints for common organisms like headers, footers, and sidebars
Implementation of stateful logic for standalone interface regions
Composition of molecules and atoms into distinct UI sections
Responsive layout integration using CSS Modules and media queries
Standardized TypeScript patterns for complex component properties
74 GitHub stars

사용 사례

Creating complex data display organisms such as interactive dashboards or paginated tables
Developing feature-rich content blocks like product cards and article previews for e-commerce
Building a responsive global header with navigation, user menus, and integrated search

소개

주요 기능

Architectural blueprints for common organisms like headers, footers, and sidebars
Implementation of stateful logic for standalone interface regions
Composition of molecules and atoms into distinct UI sections
Responsive layout integration using CSS Modules and media queries
Standardized TypeScript patterns for complex component properties
74 GitHub stars

사용 사례

Creating complex data display organisms such as interactive dashboards or paginated tables
Developing feature-rich content blocks like product cards and article previews for e-commerce
Building a responsive global header with navigation, user menus, and integrated search