Content
71%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.
Well-structured content with an exemplary progressive-disclosure split — a decision-surface SKILL.md over one verified one-level-deep code reference — and a clearly sequenced workflow with explicit drift-validation. The main cost is redundancy: the Unity/Unreal determinism contract and the same Unity API URL are repeated many times, inflating token cost without adding information.
Suggestions
State the input-level (Unity/Godot) vs replication-stream (Unreal) determinism contract once — in the Step 2 table — and have the Limitations and Anti-patterns entries reference it instead of restating it in full.
Cite the Unity InputEventTrace API URL once (e.g., in References or the Overview table) and use short text mentions elsewhere; three consecutive anti-pattern rows currently repeat the full URL.
Add an explicit Step 1 exit checkpoint (e.g., replay a short session twice and compare state hashes) so users verify determinism is locked before recording the real session.
| Dimension | Reasoning | Score |
|---|---|---|
Conciseness | The body is dense and tabular with no explanations of concepts Claude already knows, but the input-level-vs-replication-stream determinism split is restated in at least four places (Step 2 table, the 'key split' paragraph, Limitations, Anti-patterns), and the same Unity InputEventTrace API URL is repeated in full roughly six times, including three consecutive anti-pattern rows. This is more than the 'minor instances that could be trimmed' of the 4 anchor, though the prose itself is not padded enough for the 2 anchor. | 3 / 5 |
Actionability | Concrete, specific guidance throughout — exact console commands (DemoRec/DemoPlay/DemoStop), flags (recordFrameMarkers = true), storage paths, buffer sizing, assertion models, and a fully worked Unity example — with the executable code itself delegated to references/engine-record-replay-apis.md, which exists and contains complete record/replay/CI code for all three engines. It stops short of the 5 anchor only because the body itself carries no executable code, routing it to the reference instead. | 4 / 5 |
Workflow Clarity | A clear four-step sequence (lock determinism → pick capture level and record/replay → wire CI assertions → fail-safe for drift) with explicit validation: the CI hash-compare loop ('Mismatch → CI fails the build') and Step 4's protocol distinguishing bug-in-build from replay-stale with defined re-record/fail branches, plus an Inputs checklist to gather up front. It misses the 5 anchor on one gap: no checkpoint verifying determinism is actually achieved (e.g., double-replay compare) before committing to a recording. | 4 / 5 |
Progressive Disclosure | The body is exactly the advertised 'cross-engine decision surface': overview, when/how to use, inputs, workflow, worked example, anti-patterns, and limitations, with all per-engine code split into a single one-level-deep reference that is clearly signaled at each point of use ('full working record + replay code in references/engine-record-replay-apis.md'). The reference file exists and does not nest further references, matching the top anchor. | 5 / 5 |
Total | 16 / 20 Passed |