Fluxwing Skills enables rapid iterative design using ASCII components. Operations teams can create low-fidelity layouts quickly, then refine them with AI assistance. Connects to Claude for AI-driven design iteration and human review.
git clone https://github.com/trabian/fluxwing-skills.gitFluxwing Skills is an AI-powered design tool that enables progressive fidelity workflows starting with ASCII layouts. The skill set includes six specialized tools: component creator, library browser, screen scaffolder, component expander, viewer, and screenshot importer. Teams can iterate designs through natural language conversation with Claude, moving from low-fidelity ASCII mockups to structured component metadata. All outputs save to your project workspace as .uxm metadata files and .md ASCII templates, following the uxscii open standard. This approach lets you validate design decisions quickly at low-fidelity before investing in high-fidelity builds.
Install via Claude Code with '/plugin marketplace add trabian/fluxwing-skills' or upload ZIP files to Claude Desktop settings. Start designing by asking Claude naturally: 'Create a button component', 'Build a login screen', or 'Add hover state to my button'. Skills activate automatically and save all outputs to your ./fluxwing/ project directory.
Create reusable button, input, card, and modal components in minutes
Build complete UI screens by composing components through conversation
Add interactive states (hover, focus, disabled, error) to existing components
Convert screenshots into uxscii ASCII components for rapid prototyping
No install command available. Check the GitHub repository for manual installation instructions.
git clone https://github.com/trabian/fluxwing-skillsCopy the install command above and run it in your terminal.
Launch Claude Code, Cursor, or your preferred AI coding agent.
Use the prompt template or examples below to test the skill.
Adapt the skill to your specific use case and workflow.
Create a low-fidelity ASCII layout for a [COMPANY] data center in the [INDUSTRY] sector. Include [NUMBER] racks, [NUMBER] servers per rack, and [NUMBER] network switches. Then suggest 3 improvements to optimize airflow and cable management. Use this layout: [ASCII_LAYOUT].
# Data Center Layout for GreenTech Solutions ``` +---------------------+ | RACK-01 (12 Servers) | +---------+-----------+ | NET-SW-01 | NET-SW-02 | +---------------------+ | RACK-02 (12 Servers) | +---------+-----------+ | NET-SW-03 | NET-SW-04 | +---------------------+ ``` ## Suggested Improvements - **Airflow Optimization**: Add blanking panels to empty rack spaces to prevent hot/cold air mixing. - **Cable Management**: Implement vertical cable managers on each rack to reduce clutter and improve airflow. - **Redundancy**: Add a backup network switch (NET-SW-05) to ensure redundancy in case of hardware failure.
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