Content
85%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.
An efficient, well-gated router: lean prose, concrete commands, and explicit stage gates with validate-before-delivery feedback loops. The one real defect is that the manifest-driven core files it instructs the reader to load first are absent from the bundle, breaking navigation at step 1 even though all directly-executable script and reference paths resolve.
Suggestions
Include `manifest.yaml` and the `static/` tree (`core/workflow.md`, `core/output-contract.md`, `fragments/task/technical-disclosure.md`, `fragments/task/disclosure-iteration.md`) in the bundle, or repoint sections 1, 3, and 5 at paths that actually ship alongside SKILL.md.
Make the delegated checks actionable where they are currently pointers: state the key self-check items from `references/disclosure/disclosure_self_check.md` inline, and show the invocation form for `scripts/disclosure/mermaid_render.py` (e.g., argument order for input/output).
Define what 'pass their gates' means for the stage-gate artifacts (or cite the specific gate criteria file), so a reader can verify gate passage without guessing.
| Dimension | Reasoning | Score |
|---|---|---|
Conciseness | The ~100-line body is lean directive prose with zero concept explanations, no library comparisons, and no padding — e.g., "Create stable source IDs before drafting: `P001...` for paper text blocks" teaches only what Claude could not invent itself. Every token carries an instruction, matching the lean anchor; there is nothing to trim for a higher fit since 5 is the top. | 5 / 5 |
Actionability | Concrete, executable guidance dominates: exact commands (`python scripts/validate_patent_draft.py draft.json`, `python scripts/build_patent_package.py draft.json --output-dir outputs --prefix patent`), defined ID schemes (P001/E001/F001/C001), and a closed enum of support states (explicit/inherent/needs-confirmation/unsupported). Not a 5 because some steps remain pointers rather than invocations — "render Mermaid/Word outputs with `scripts/disclosure/mermaid_render.py`" gives no arguments, and "run the internal checks in `references/disclosure/disclosure_self_check.md`" delegates without stating the checks; not a 3 because the majority of the workflow is copy-paste executable. | 4 / 5 |
Workflow Clarity | The multi-step process is explicitly sequenced with stage gates ("Do not move to formal claims until the source map, terminology ledger, inventories, evidence ledger, and invention concept pass their gates") and a validate-before-delivery section with explicit commands, ERROR-level blocking ("Resolve all validation `ERROR` findings"), WARNING review, and an incomplete-draft label as the failure path — matching the anchor with explicit validation steps, feedback loops, and checklists. The lower anchors all lack either the sequence detail or the checkpoints present here. | 5 / 5 |
Progressive Disclosure | The router design (manifest-driven conditional loading, one-level-deep references like `references/draft-schema.md` and `static/fragments/task/*.md`) is the right pattern and all references are clearly signaled by full path. However, scored against the actual bundle: the core navigation targets cited in sections 1, 3, and 5 — `manifest.yaml`, `static/core/workflow.md`, `static/core/output-contract.md`, and both `static/fragments/task/*.md` files — do not exist in the provided bundle, so step 1 fails immediately for a reader; only the section 4–5 paths (draft-schema, disclosure_self_check, mermaid_render, validate/build scripts) resolve. Not a 2 because the SKILL.md itself is well split rather than inlining bulk content; not a 4 because unresolvable primary navigation paths are more than a minor organization gap. | 3 / 5 |
Total | 17 / 20 Passed |