Lists multiple specific concrete actions: create/edit/delete nodes, set up variables or tokens, build components and variants, modify auto-layout or fills, bind variables to properties, inspect file structure programmatically.

Clearly answers both 'what' (prerequisite skill for use_figma tool calls, enabling write and read actions via JavaScript in Figma) and 'when' (explicitly states trigger conditions: before every use_figma call, when user wants write actions or unique read actions requiring JS execution, with specific examples).

Includes some natural terms like 'create', 'edit', 'delete', 'components', 'variants', 'auto-layout', 'variables', and 'Figma', but misses common user phrasings like 'design', 'prototype', 'UI', 'layout', 'style'. The heavy focus on technical implementation terms (nodes, tokens, JavaScript execution) may not match how users naturally phrase requests.

Highly distinctive — it's specifically tied to the `use_figma` tool and Figma file context with JavaScript execution. The mandatory prerequisite framing and specific tool name make it very unlikely to conflict with other skills.

The skill is lengthy but most content earns its place — the API rules, gotchas, and patterns are things Claude wouldn't inherently know. However, there's some redundancy: the same rules (e.g., page switching, return values, font loading) are repeated across multiple sections (Critical Rules, Page Rules, Pre-Flight Checklist, Error Recovery table). Some tightening is possible without losing clarity.

Excellent actionability throughout — executable JavaScript code examples for every major concept (page switching, node queries, auto-layout creation, inspection scripts), concrete error-to-fix mapping tables, specific API calls with correct syntax, and a copy-paste-ready pre-flight checklist. The query selector syntax documentation with examples is particularly strong.

Outstanding workflow clarity with explicit incremental workflow steps (inspect → skeleton → fill → validate → fix), validation checkpoints at each stage with a table specifying what to check and how, atomic error recovery with a clear stop-read-fix-retry sequence, and feedback loops for error correction. The suggested step order for complex tasks and the validation matrix are exemplary.

Excellent progressive disclosure with a clear reference table (Section 10) mapping each doc to when to load it and what it covers. References are one level deep, clearly signaled with relative paths, and organized by task type. The main SKILL.md serves as a comprehensive overview while deferring detailed patterns, gotchas, and API specifics to dedicated reference files.