micro-interaction-spec

Creates micro-interaction specifications using trigger, rules, feedback, and loops.

3|Updated Mar 28, 2026

Search Tags:#feedback #accessibility #specification #ui-design #trigger #micro-interaction #interaction-framework

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npx skills add https://github.com/hulusi-tunc/unicorn-skills --skill micro-interaction-spec-hulusi-tunc

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Skill: micro-interaction-spec
Source: https://github.com/hulusi-tunc/unicorn-skills/tree/main/.claude/skills/interaction-design--micro-interaction-spec
Command: npx skills add https://github.com/hulusi-tunc/unicorn-skills --skill micro-interaction-spec-hulusi-tunc

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

Creative teams often struggle to codify and communicate the behavior of micro-interactions across UI elements. This Skill provides a concise, repeatable framework to define triggers, rules, feedback, and loop/mode behavior so designers and developers stay aligned.

Core Features & Use Cases

Structured four-part framework: trigger, rules, feedback, and loops.
Reusable micro-interaction specs for UI components like toggles, pull-to-refresh, and button press states.
Clear documentation that improves handoff and reduces ambiguity between design and engineering.

Quick Start

Draft a new micro-interaction specification using trigger, rules, feedback, and loops.

Frequently Asked Questions about micro-interaction-spec

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

FAQPage Schema

How do I document micro-interaction specifications for UI design handoffs?▼

Document micro-interaction specifications using a structured four-part framework covering triggers, rules, feedback, and loops to align designers and developers. This reduces ambiguity during UI component handoffs across web and mobile interfaces.

What is the best way to define repeatable UI micro-interactions for a design system?▼

The best way to define repeatable UI micro-interactions is by codifying their trigger, rules, feedback, and loop behavior into a structured specification. This ensures consistent product UI component behavior across web and mobile platforms.

How does the trigger, rules, feedback, and loops framework work for interaction design?▼

The framework works by breaking down UI micro-interactions into four parts: trigger initiates the action, rules define its logic, feedback provides visual response, and loops govern repetition, ensuring clear developer handoffs.

Can I use a micro-interaction specification framework for both web and mobile interfaces?▼

Yes, you can use this micro-interaction specification framework for both web and mobile interfaces. It applies broadly to product UI components, design systems, and developer handoffs regardless of the platform.

Do I need any specific dependencies to draft a micro-interaction spec?▼

No specific dependencies are required to draft a micro-interaction spec. You only need to document the trigger, rules, feedback, and loops, optionally organizing reference assets and scripts in dedicated directories.

Why should product teams use a structured framework for UI micro-interactions instead of ad-hoc descriptions?▼

Product teams should use a structured framework because it codifies micro-interaction behavior concisely, preventing misalignment between design and engineering. Ad-hoc descriptions often cause ambiguity during developer handoffs.