flutter-ui

Implement Flutter UI patterns using ThemeData, ColorScheme, and design tokens.

1|Updated Apr 17, 2026
One-click install
npx skills add https://github.com/weberwang/flutter_impeccable --skill flutter-ui-weberwang
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: flutter-ui
Source: https://github.com/weberwang/flutter_impeccable/tree/main/.claude/skills/flutter-ui
Command: npx skills add https://github.com/weberwang/flutter_impeccable --skill flutter-ui-weberwang

SYSTEM DOCUMENTATION & REQUIREMENTS

💡 This Skill includes scripts (resource) components.

What problem does it solve?

Flutter UI design tasks are complex and error-prone without a coherent design system and production-ready patterns. This skill consolidates design guidance and implementation discipline to help teams design, build, critique, audit, polish, adapt, harden, optimize, animate, colorize, extract, document, and maintain Flutter interfaces with real Dart code, robust theming, accessibility, and localization considerations.

Core Features & Use Cases

  • Covers production-grade Dart widget trees, screens, app flows, and multi-platform UI patterns, emphasizing Material 3, Cupertino conventions, ThemeData, ColorScheme, TextTheme, and ThemeExtension.
  • Provides guidance for design reviews, audits, polish passes, adaptation across devices, and performance-minded iterations, including accessibility, localization, and golden/widget testing.
  • Bridges UX critique with Flutter implementation, ensuring design intent translates into maintainable, scalable code.

Quick Start

Start by running craft to shape and implement a Flutter UI using the project’s ThemeData and routing conventions.

Frequently Asked Questions about flutter-ui

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

FAQPage Schema
How do I implement production-grade Flutter UI patterns using ThemeData and ColorScheme?

Implement production-grade Flutter UI by applying project ThemeData, ColorScheme, and design tokens to build accessible, localizable, and adaptive layouts. This ensures changes align with design requirements and pass flutter analyze checks and widget tests.

What is the best way to build adaptive layouts in Flutter for mobile, tablet, and desktop?

Build adaptive Flutter layouts by leveraging Material 3, Cupertino conventions, and ThemeExtension to apply responsive design tokens across devices. This approach ensures your app screens and components render correctly on mobile, tablet, and desktop.

How do I ensure my Flutter UI design changes pass flutter analyze and widget tests?

Ensure Flutter UI changes pass flutter analyze and tests by aligning widget tree implementations with ThemeData, ColorScheme, and design tokens. Verify design iterations and adaptations meet accessibility, localization, and golden test requirements.

Does this approach support both Material 3 and Cupertino conventions for Flutter app flows?

Yes, this approach supports both Material 3 and Cupertino conventions for Flutter app flows. It provides guidance for building production-grade Dart widget trees and multi-platform UI patterns that bridge UX critique with maintainable code.

How do I handle accessibility and localization when refining Flutter interfaces?

Handle accessibility and localization when refining Flutter interfaces by applying coherent design systems and production-ready patterns. This ensures your UI adaptation, polish passes, and performance iterations include robust accessibility and localizable text layouts.