Content
51%Weight 40%Scale 1-5Reviews the quality of instructions and guidance provided to agents. Good implementation is clear, handles edge cases, and produces reliable results.
The skill has an exceptionally clear, well-validated 6-step workflow with genuine feedback loops, but it is embedded in a heavily padded ~1140-line monolith. Verbose per-step boilerplate, redundant Best Practices/Common Mistakes sections, explanations of concepts Claude already knows, and — most seriously — references to bundle files (scripts, templates, schemas, examples) that do not exist in the bundle undermine both token efficiency and navigability. The executable commands are concrete in form but not actually runnable as written.
Suggestions
Make every referenced path resolve: either add the missing bundle files (scripts/validate-schema.sh, scripts/generate-plan-md.sh, scripts/visualize-deps.sh, templates/PLAN_TEMPLATE.md, templates/VERIFICATION_TEMPLATE.md, the three JSON schemas, and examples/) or remove the broken references and the "For examples, see examples/" line from the body.
Cut the duplication: merge the "Best Practices" and "Common Mistakes" sections (which restate the six steps' own validation checklists) into brief notes inside each step, and trim the repeated Purpose/Inputs/Outputs/Time-Estimate boilerplate to what each step actually adds.
Move the five near-identical Step 5 quality-assessment templates into a references/ file (e.g., references/quality-assessment.md), and replace the execution-template pseudocode (executeTask/verifyTask/createCheckpoint) with real Task-tool invocations or concrete bash so the guidance is copy-paste runnable.
| Dimension | Reasoning | Score |
|---|---|---|
Conciseness | The ~1140-line body repeats heavy scaffolding per step ("Purpose/Inputs/Process/Outputs/Validation/Time Estimate/Next"), then restates the same six steps twice more in "Best Practices" ("Practice: Break down until tasks cannot be meaningfully subdivided") and "Common Mistakes" ("Fix: SMART criteria - specific, measurable, testable"), and explains concepts Claude already knows (SMART criteria, critical path, topological sort). It is noticeably verbose with several padded sections, but the core workflow guidance is substantive rather than foundational-knowledge padding throughout, which keeps it above the anchor-1 example. | 2 / 5 |
Actionability | Concrete commands exist ("git tag -a cp-001 -m \"Schema and OAuth\"", "npm test -- src/auth/tokens.test.ts", "grep -q \"function generateToken\" src/auth/tokens.ts || exit 1"), but key commands invoke scripts absent from the bundle ("bash scripts/validate-schema.sh plan.json", "bash scripts/generate-plan-md.sh plan.json", "scripts/visualize-deps.sh") and the execution template is pseudocode with undefined functions ("executeTask(task)", "verifyTask(task)", "createCheckpoint(task.id)"). This matches anchor 3 (concrete guidance but incomplete; pseudocode rather than executable code) better than anchor 4, since the gaps exceed minor. | 3 / 5 |
Workflow Clarity | The "6-step sequential process" is clearly sequenced with per-step Validation checklists ("[ ] Every task has specific success criteria"), explicit quality gates ("Gate 1: Foundation Complete"), and a real feedback loop at the decision point ("If <90: Apply fixes, return to relevant step, re-verify"). This squarely matches anchor 5: clear sequence, explicit validation steps, error-recovery loops, and checklists for a complex process. | 5 / 5 |
Progressive Disclosure | Scored against the actual bundle: of the ~9 paths the body references, only "references/task-tool-coordination.md" exists; "scripts/visualize-deps.sh", "scripts/validate-schema.sh" (cited twice, once as ".claude/skills/multi-ai-planning/scripts/validate-schema.sh"), "scripts/generate-plan-md.sh", "templates/VERIFICATION_TEMPLATE.md", "templates/PLAN_TEMPLATE.md", "examples/", and the three schemas (plan.schema.json, task.schema.json, checkpoint.schema.json) are all missing. Meanwhile ~130 lines of near-identical fill-in assessment templates in Step 5 and the section headers are inlined monolithically. This fits anchor 2 (content that clearly belongs in separate files is inlined; navigation points to files that don't resolve) better than anchor 3, where references are present but merely under-signaled. | 2 / 5 |
Total | 12 / 20 Passed |