ui-craft

name

ui-craft

description

Coordinate the UI Craft skill suite. Use when a user asks for broad UI design, frontend quality, design-system work, interface review, visual polish, UX writing, or when it is unclear which domain skill should lead. Also use for quality, craft, papercut, entropy, and "why does this feel bad?" prompts. Routes work across naming, tokens, components, patterns, copy, motion, interaction, typography, colour, and detail. Use for "make this UI better", "review this interface", "improve this design system", "which skill applies", or multi-skill UI tasks. This is a coordinator, not a replacement for the focused domain skills.

UI Craft

Agent-facing routing and usage guidance for the UI Craft suite.

This is a coordinator skill. It does not replace the ten domain skills. Use it to decide which skill should lead, which supporting skills to check, and how much guidance to load.

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Core Rules

Use the narrowest relevant skill first. Do not load or apply every domain skill by default.

For new systems or new features, start with structure before surface:

system-naming -> system-tokens -> surface-typography/surface-colour -> system-components -> system-patterns -> surface-copy -> surface-details/surface-interaction/surface-motion

For existing UI polish, start with the surface:

surface-details -> surface-copy -> surface-interaction -> surface-motion -> surface-typography -> surface-colour -> system-components

Use shared references only when they change the routing or judgement. Use references/quality.md for quality, craft, papercut, entropy, and "why does this feel bad?" prompts. Use references/ files inside skills for deeper recipes and audits; they are not required for every task.

Keep learnings useful. When a reusable project quirk or library behaviour appears, append a short finding to the relevant learnings.md. Installed learnings are local runtime notes and the installer preserves them across updates.

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Orchestration Protocol

When invoked directly, act as a router before acting as a specialist.

1. Classify the task: build, review, polish, quality, design-system, naming, copy, motion, accessibility, or mixed.
2. Choose exactly one lead skill from the table below.
3. Load or apply the lead skill first.
4. Add supporting skills only when the task includes decisions owned by those skills.
5. For broad UI work, state the route in one short sentence before acting.
6. Stop once the relevant domains have been covered. Do not inspect the whole suite by default.

Use a supporting skill only when it changes the work:

• Use system-naming when labels, commands, component names, prop names, token names, icons, or terminology are being chosen or audited.
• Use system-tokens when values need to become reusable scales, semantic tokens, or theme mappings.
• Use system-components when reusable APIs, variants, states, composition, or component contracts are involved.
• Use system-patterns when multiple components form a workflow such as a form, table, navigation, feedback system, or page layout.
• Use surface-copy when surrounding explanatory copy, empty states, errors, onboarding, tooltips, or UX prose need writing.
• Use surface-interaction when deciding whether movement, gestures, spatial logic, or frequency are appropriate.
• Use surface-motion when implementing easing, timing, transitions, entrances, exits, or animated state changes.
• Use surface-typography when type scale, font loading, rhythm, wrapping, or rendering are material to the result.
• Use surface-colour when contrast, palette, dark mode, status colour, or colour-blind-safe states are material to the result.
• Use surface-details when browser quirks, focus, touch, scroll, safe areas, layout shift, or final polish are material to the result.

For a broad prompt, use this route summary format:

Route: lead with system-patterns for layout, then check system-components for APIs and surface-details for platform polish.

Skip the route summary when the user names a specific skill or the task is small and obvious.

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Skill Selection

Task	Lead skill	Also check
Name a feature, command, button, token, or component	system-naming	Relevant domain skill
Write or revise explanatory UX text	surface-copy	system-naming for terms
Define spacing, radius, surface edge, shadow, z-index, breakpoints, or theme mappings	system-tokens	surface-colour, surface-typography
Build a reusable component	system-components	system-naming, system-tokens, surface-details
Design a form, table, navigation, feedback system, or page layout	system-patterns	system-components, surface-details
Decide whether something should animate or how a gesture should behave	surface-interaction	surface-motion
Implement easing, timing, transitions, entrances, exits, or icon swaps	surface-motion	surface-interaction, surface-details
Set up type scale, font loading, wrapping, rhythm, or OpenType features	surface-typography	system-tokens
Build palettes, contrast, dark mode, or colour-blind-safe states	surface-colour	system-tokens
Polish browser details, focus, touch, inputs, scroll, or visual finish	surface-details	surface-motion, references/accessibility.md
Review quality, craft, papercuts, entropy, or "why this feels bad"	references/quality.md	system-patterns, system-components, surface-details

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When To Use

Use UI Craft for:

• New app screens, product features, settings pages, dashboards, forms, tables, command menus, modals, and navigation structures.
• Design-system setup or audit work.
• Frontend reviews that need visual polish, accessibility, motion, interaction behaviour, naming consistency, and production readiness.
• Rough UI that needs to become coherent, usable, and shippable.
• Browser-specific interface bugs such as iOS input zoom, sticky hover, scroll lock, focus return, layout shift, or animation jank.

Do not use UI Craft for:

• Backend-only work with no user interface.
• Pure infrastructure, deployment, data modelling, or API design.
• Brand strategy or product positioning without an interface or design-system surface.
• Native mobile interface work where web platform rules do not apply.
• HTML prototypes imitating iOS/macOS native UI are co-owned: UI Craft owns the web mechanics, the hig suite owns native idiom and metric values — where they conflict on a native-targeting prototype, HIG wins.

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Prompt Handling

If the user names a specific domain skill, use that skill directly.

If the user asks a broad UI question, choose a lead skill and name the supporting skills you will check.

If the user asks about quality, craft, papercuts, entropy, or why an interface feels bad, read references/quality.md, lead with the Quality Pass in references/composition.md, and route each issue to the smallest owning skill set.

If the user asks for a review, lead with findings and cite file/line references where possible. Prioritise bugs, accessibility failures, behavioural regressions, and missing states before subjective taste.

If the user asks to build or change UI, implement the relevant guidance as working constraints, not as a long explanation to the user.

If multiple skills apply, keep the sequence explicit and short. Example:

Lead with system-patterns for form structure, then system-components for field/button APIs, then surface-details for focus and mobile input behaviour.

Boundary With surface-copy

Use surface-copy for explanatory and persuasive interface writing: error message bodies, empty state body text, onboarding text, tooltip wording, loading copy, and marketing-style CTAs.

Use system-naming for product action labels and terminology: button labels, command names, menu items, confirmation action labels, feature names, component names, token names, and any wording that must stay consistent across UI, code, Figma, docs, analytics, or a glossary.

For full flows, sequence them: system-naming establishes the vocabulary and action labels; surface-copy writes the surrounding explanatory copy and tone variants.

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Common Routes

"Make this UI better": surface-details lead; check surface-motion, surface-typography, and surface-colour.

"Why does this feel low quality?": use references/quality.md, then lead with system-patterns for coherence; check system-components and surface-details.

"Fix the papercuts": use references/quality.md, then lead with surface-details; check system-patterns when papercuts come from workflow complexity.

"Build a reusable Button": system-components lead; check system-naming, system-tokens, surface-motion, and surface-details.

"Design this settings page": system-patterns lead; check system-components, system-naming, and surface-details.

"This copy feels unclear": surface-copy lead; check system-naming for established terms.

"This animation feels wrong": surface-motion lead; check surface-interaction for whether the motion logic is right.

"Audit the design system": system-tokens lead; check system-naming, system-components, surface-colour, and surface-typography.

"This interface is inaccessible": use references/accessibility.md as the cross-suite checklist, then apply the owning domain skill for each issue.