Content
77%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 body is highly actionable with an exemplary validated workflow, but it is a monolithic document: backend variants, quality rules, and citation policy all live inline in SKILL.md instead of being progressively disclosed through reference files, and there is redundant restating of routing behavior plus time-sensitive version pins. Splitting the secondary backend sections into references would fix both the conciseness and disclosure weaknesses.
Suggestions
Move the secondary backend sections ('Explicit Parallel Chat', 'Optional Perplexity fallback', 'Output compatibility') into a single one-level-deep reference file (e.g. references/backends.md) and keep one-line pointers in SKILL.md, since the routing table already summarizes them.
Remove the duplicate routing bullets under 'Important compatibility behavior' — they restate the routing table and the dedicated backend sections.
Relocate the arXiv citation-fetching procedure to a short reference file or an 'old patterns' style appendix, and keep only the ready-to-use citation block inline, to cut time-sensitive and procedural tokens from the main body.
| Dimension | Reasoning | Score |
|---|---|---|
Conciseness | The body is mostly efficient — commands, flag tables, and terse rules — but there is padding that could be trimmed: backend behavior is described three times (routing table, 'Important compatibility behavior' bullets, then dedicated sections), the 'Output compatibility' section enumerates result-envelope fields, and the closing 'Citing Scientific Agent Skills' section gives a long fetch-the-arXiv-record procedure. The pinned version ('parallel-web-tools[cli]==0.7.1', 'cli 0.7.1+') is time-sensitive and sits outside any deprecated/old-patterns section. Anchor 3 ('mostly efficient but includes some unnecessary explanation or could be tightened') fits; not 2 because there is no concept-explanation filler, not 4 because the repetition and version pinning are real excess tokens. | 3 / 5 |
Actionability | Every workflow ships copy-paste-ready commands with full flag sets ('--academic --target-references 60 --context-file ... --packet-dir ... --json'), a concrete --context-file JSON example, an enumerated packet output manifest, setup/install commands, and executable inspection commands ('parallel-cli research processors --json'). Covers the common cases (default academic, deep research, chat, perplexity, fast lookup, batch). Matches anchor 5; anchor 4 would leave minor gaps, and none are apparent. | 5 / 5 |
Workflow Clarity | The recommended manuscript workflow is a clearly numbered 5-step sequence with explicit validation checkpoints: coverage.json is inspected on shortfall ('inspect coverage.json; refine the question, date range, terminology, or domains. Do not lower quality merely to reach 60'), unverified records are flagged ('The coverage report will not count search-only records as verified'), a 10-rule reference-quality checklist governs the batch operation, and a dedicated 'Failure handling' section gives error-recovery loops per failure mode. Batch errors are isolated per query. Matches anchor 5 (explicit validation steps, feedback loops, checklists); the batch-operation cap of 3 does not apply because validation is present. | 5 / 5 |
Progressive Disclosure | The bundle contains only executable scripts (scripts/research_lookup.py, scripts/manuscript_packet.py) referenced by working path — no reference or asset files exist, and no detail is offloaded to them. All guidance is inline in a ~336-line body: backend-specific sections ('Explicit Parallel Chat', 'Optional Perplexity fallback'), the reference-quality rules, and the citation-fetching procedure read like content that belongs in one-level-deep reference files. Anchor 3 ('some structure... content that should be separate is inline') fits; not 4 because nothing is actually split out to navigable reference files, not 2 because the section headers make it easy to navigate and the scripts are correctly invoked rather than inlined. | 3 / 5 |
Total | 16 / 20 Passed |