design-an-interface

Generate three or more interface designs for a module with documented trade-offs.

195|16|Updated Feb 18, 2025

Search Tags:#design #exploration #trade-offs #interface #api-design #module-design #parallel-design

Ready to run

npx skills add https://github.com/InditexTech/weavejs --skill design-an-interface-inditextech

💬 Prompt for ChatGPT / Claude Chat▼

Please help me install this Agent Skill.
Skill: design-an-interface
Source: https://github.com/InditexTech/weavejs/tree/main/code/.agents/skills/design-an-interface
Command: npx skills add https://github.com/InditexTech/weavejs --skill design-an-interface-inditextech

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

Generating multiple, radically different interface designs for a module in parallel helps uncover optimal API shapes, expose hidden constraints, and accelerate architecture decisions.

Core Features & Use Cases

Generate 3+ radically different interface designs for the same module
Compare interfaces side-by-side with concrete usage examples and trade-offs
Clarify boundaries, responsibilities, and caller perspectives to inform implementation

Quick Start

Prompt the system to generate three radically different interface designs for the target module and compare their trade-offs.

Frequently Asked Questions about design-an-interface

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

FAQPage Schema

How do I generate multiple interface designs for a module to compare API trade-offs?▼

To generate multiple interface designs, prompt the system to create three or more radically different designs for the target module. It uses parallel sub-agent design to ensure diverse outputs and documents trade-offs for final comparison.

What is parallel interface design and how does it help with API decisions?▼

Parallel interface design generates multiple radically different interface options for the same module simultaneously. It helps uncover optimal API shapes, expose hidden constraints, and clarify boundaries by comparing caller perspectives side-by-side.

When do I need to explore multiple API shapes for module design?▼

You need to explore multiple API shapes when deciding on clear module boundaries and responsibilities. Generating 3+ different interface designs helps evaluate how callers will use the module and informs architecture decisions before implementation.

Can I compare different module interfaces side-by-side with concrete usage examples?▼

Yes, you can compare different module interfaces side-by-side. The process generates 3+ radically different interface designs with concrete usage examples and requires documented trade-offs in the final comparison to inform API decisions.

What's the best way to evaluate how callers will interact with a module before implementation?▼

The best way to evaluate caller interactions is generating radically different interface designs in parallel. This approach clarifies boundaries, responsibilities, and caller perspectives by comparing diverse API shapes with documented trade-offs side-by-side.

Does parallel interface design require any specific dependencies or components to work?▼

No, parallel interface design requires no specific dependencies or components to function. You simply prompt the system to generate three radically different interface designs for your target module and compare their trade-offs directly.