Conciseness

The body is mostly efficient — phases, checklists, and commands earn their tokens — but includes unnecessary material: a full 10-row smell table and a 10-row smell-to-refactoring table that duplicate references/code-smells.md and references/refactoring-catalog.md, a 'What Are Code Smells?' explainer Claude does not need, and a trailing metadata block ('Version History', 'Compatible Models', 'Claude Code Version'). This is 'mostly efficient but includes some unnecessary explanation or could be tightened' (anchor 3); it is not anchor 2 because the padding is localized rather than pervasive, and not anchor 4 because the duplicated tables alone represent a substantial trim opportunity.

Actionability

Fully executable guidance throughout: copy-paste commands ('find . -name "*test*"', 'pytest -v', 'python scripts/detect-smells.py <file>', 'python scripts/analyze-complexity.py <file>'), concrete commit-message examples, a complete before/after worked example, and specific per-phase outputs and user prompts. This matches anchor 5 ('fully executable; copy-paste ready code or commands; specific examples cover the common cases'); score 4 would require minor gaps, and none are evident.

Workflow Clarity

The six-phase workflow is explicitly sequenced (with an ASCII flow diagram) and saturated with validation checkpoints: 'STOP. Fix failing tests before refactoring', the 'Change → Test → Green? → Commit → Next step' rhythm, 'If tests fail (red) - STOP immediately - Undo the change', approval gates per phase, and a post-refactoring checklist with before/after metrics. This matches anchor 5 (explicit validation steps, feedback loops for error recovery, checklists); it exceeds anchor 4, which allows minor validation gaps.

Progressive Disclosure

Good structure: the body is an overview with well-signaled one-level-deep links to references/code-smells.md, references/refactoring-catalog.md, and the two scripts, all of which exist. It is anchor 4 rather than 5 because [templates/refactoring-plan.md](templates/refactoring-plan.md) is referenced twice but the file does not exist in the bundle, and because the inline quick-reference tables restate content that already lives in the reference files. It is above anchor 3 because the references that do exist are clearly signaled and the split is otherwise appropriate.

Specificity

The description lists multiple concrete actions — 'refactor code, improve code structure, reduce technical debt, clean up legacy code, eliminate code smells, or improve code maintainability' — plus a concrete method ('phased approach with research, planning, and safe incremental implementation'). This matches the anchor 'Lists multiple specific concrete actions; comprehensive coverage'; it is not score 4 because coverage of the refactoring domain leaves no minor gaps, and not below because every action named is concrete rather than generic.

Completeness

It explicitly answers both questions: 'what' via 'Systematic code refactoring based on Martin Fowler's methodology... phased approach with research, planning, and safe incremental implementation' and 'when' via 'Use when users ask to refactor code, improve code structure, reduce technical debt...'. This matches anchor 5 (clear, explicit what AND when with concrete trigger phrases); score 4 would require the 'when' to be less explicit, which it is not.

Trigger Term Quality

Natural user phrasings like 'refactor code', 'reduce technical debt', 'clean up legacy code', and 'eliminate code smells' give good keyword coverage. It falls short of anchor 5 ('comprehensive coverage of natural terms including synonyms') because common variations such as 'improve readability', 'tidy up', or 'simplify code' are absent.

Distinctiveness Conflict Risk

The refactoring niche is clear and triggers like 'technical debt' and 'code smells' are distinct. It sits at anchor 4 rather than 5 because broad phrasings such as 'improve code maintainability' and 'improve code structure' have minor overlap risk with general code-improvement, review, or cleanup skills.