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.
A strong, unusually specific integration guide: executable code at every step, concrete operational limits and pitfalls, and a genuine evaluate-before-ship feedback loop with a closing checklist. The weaknesses are mild: version/date-pinned details and long calibration/benchmark passages add tokens that could be tightened, and a ~230-line monolith with no reference files leaves detailed material inline that a one-level-deep reference could absorb.
Suggestions
Move the calibration-fitting procedure and the 500-example evaluation narrative into a single one-level-deep reference file (e.g. references/evaluation.md), keeping a two-line pointer plus the headline numbers in SKILL.md — this would relieve both the conciseness and progressive-disclosure pressure from the ~230-line monolith.
Trim or date-stamp the version-pinned caveats: 'As of laya 0.3.4 the detector only recognises...' will silently go stale; consider condensing the supported-language list to the rule (pass lang= whenever the language is known) and moving the enumeration next to the version note.
Tighten the device/latency benchmark sentences ('about 34 ms (English) and 21 ms (multilingual) on an M1 Max GPU, 139 ms and 58 ms on its CPU') to the one decision-relevant fact per platform, cutting roughly a third of that passage's tokens.
| Dimension | Reasoning | Score |
|---|---|---|
Conciseness | The body is dense with non-obvious, model-specific knowledge ("Each option is truncated to 48 tokens", "agent.temperature is [choice, score, noul]", "one GPU serves one forward pass at a time") and assumes Claude's competence, but it carries time-sensitive details — "As of laya 0.3.4 the detector only recognises..." and the "September 2026" benchmark narrative — plus the lengthy calibration-math and device-benchmark passages that could be trimmed or split out. This sits between "Lean and efficient; every token earns its place" (5) and the current fit, anchor 4: "Efficient; minor instances of over-explanation that could be trimmed". | 4 / 5 |
Actionability | The code is fully executable and copy-paste ready: a complete `laya.load`/`predict` call with realistic question schemas, `Router` usage, a threshold-gated routing snippet, a working FastAPI sidecar, and a numbered evaluation recipe ending in a concrete fine-tuning pointer ("ships a fine-tuning notebook that runs on free Kaggle GPUs"). This matches anchor 5, "Fully executable; copy-paste ready code or commands; specific examples cover the common cases" — pseudocode and missing key details would put it at 3, which is not the case. | 5 / 5 |
Workflow Clarity | The body sequences a clear install → load-once → warm-up → author-questions → pick-checkpoint → threshold → wire-in → evaluate path, with an explicit validate-and-iterate feedback loop ("Collect 50-200 real examples... Run them through predict and record accuracy per question... Try alternative phrasings and checkpoints... If accuracy is still short, fine-tune") and error-recovery hints ("If a download hangs at 0 bytes, set HF_HUB_DISABLE_XET=1"). It closes with a checklist, matching anchor 5's "explicit validation steps; feedback loops for error recovery; checklists for complex processes". | 5 / 5 |
Progressive Disclosure | The skill is a single well-organized file with clear section headers, a question-type table, and code blocks — good structure with most content appropriately placed inline, since there is no large separable API-reference bulk (anchor 4). It falls short of anchor 5 because at ~230 lines there is no one-level-deep reference split at all: material like the calibration-fitting procedure and the 500-example evaluation narrative could live in a reference file, and the simple-skill exception (under 50 lines) does not apply. | 4 / 5 |
Total | 18 / 20 Passed |