Content
88%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.
Excellent integration skill: fully executable code, a well-sequenced workflow with a genuine evaluate-and-iterate feedback loop, and dense library-specific knowledge that Claude cannot know elsewhere. The two minor deductions are date/version-stamped claims embedded in the main text and a monolithic single-file structure where calibration and benchmark detail could be split into references.
Suggestions
Move version- and date-sensitive claims (e.g., 'As of laya 0.3.4 the detector only recognises...', the September 2026 benchmark run) into a clearly labeled version-notes section so stale details are easy to spot and update.
Split the calibration refit procedure and the independent benchmark results into a reference file (e.g., references/evaluation.md) and keep a one-line pointer in SKILL.md, bringing the main file closer to a lean overview.
Trim the benchmark narrative to the decision-relevant summary (strong on clear-cut classification, weak on ordinal/nuanced tasks, with the headline numbers) to reduce token cost without losing guidance.
| Dimension | Reasoning | Score |
|---|---|---|
Conciseness | The body is dense and assumes Claude's competence throughout — no space is spent explaining pip, GPUs, or general ML concepts, and every section carries Laya-specific knowledge (token budgets, head_max_len errors, checkpoint differences, calibration recipe). However, time-sensitive claims are woven into the main text rather than isolated: "As of laya 0.3.4 the detector only recognises...", "(English checkpoint, no tuning, September 2026)", and the long benchmark narrative could be tightened. This is 'efficient; minor instances of over-explanation that could be trimmed' rather than the lean-every-token-earns-its-place anchor at 5. | 4 / 5 |
Actionability | All guidance is copy-paste executable: the pip install command, a complete predict() call with the full question schema, threshold code for routing, a working FastAPI sidecar, the exact temperature-refit procedure, and a numbered evaluation protocol. This matches 'fully executable; copy-paste ready code or commands; specific examples cover the common cases' — the common cases (English load, choice/score/noul questions, routing thresholds, sidecar serving) are all concretely covered. | 5 / 5 |
Workflow Clarity | The multi-step integration flow is clearly sequenced (install → load once → write questions → pick checkpoint → set thresholds → wire in → evaluate) with explicit validation checkpoints: the 'Evaluate before shipping' section is a measure-rephrase-fine-tune feedback loop ('Try alternative phrasings and checkpoints on the same set, and keep the best. If accuracy is still short, fine-tune'), and a closing checklist consolidates the checkpoints. No destructive or batch operations apply, so no cap is triggered. | 5 / 5 |
Progressive Disclosure | There are no bundle files; the skill is a single ~220-line markdown file. Sections are well-organized and navigable (Install, question types, writing questions, checkpoints, probabilities, wiring, evaluation, checklist), which fits 'good structure; most content is appropriately placed'. It falls short of 5 because detail that would naturally live one level deep — the calibration refit procedure, the independent benchmark numbers, the fine-tuning pointer — is inlined in the single file rather than split into reference files, which the length arguably warrants. It is above 3 because nothing is buried and the structure is clear. | 4 / 5 |
Total | 18 / 20 Passed |