Content
42%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 compact, readable overview of the engine's rules and signals, but it functions as a theory summary rather than an operational skill: it has no runnable code or invocation path, and it duplicates (rather than links to) the more detailed reference files sitting unused in the bundle. Restructuring it to point at the references and include a minimal executable example would raise most dimensions at once.
Suggestions
Replace the inline 'Core Rules' and 'Fibonacci Relationships' sections with one-line pointers to references/波浪结构.md and references/Fibonacci浪间关系.md, keeping only the engine's chosen ratios (the last table of the Fibonacci reference) in the body.
Add a minimal executable example — a short pandas snippet or CLI call showing how the engine is invoked on OHLC data and what the returned signal series looks like.
State the operational workflow explicitly (load candles → detect swings → match/validate waves → emit signal) so the pipeline order and the interpretation step are unambiguous.
| Dimension | Reasoning | Score |
|---|---|---|
Conciseness | The body re-teaches textbook Elliott Wave material Claude already knows — the impulse/corrective table, the 'Three Iron Rules', and the standard Fibonacci ratios — and this material is duplicated almost verbatim in references/波浪结构.md and references/Fibonacci浪间关系.md, so those tokens are spent twice. It is not 4 because the duplicated theory sections are more than 'minor instances of over-explanation'; it is not 2 because the parameter table, signal logic, and signal convention are genuinely engine-specific and earn their place. | 3 / 5 |
Actionability | Concrete guidance is minimal: the only executable content is 'pip install pandas numpy requests'; there is no code example, function signature, CLI invocation, or script path showing how to actually run the signal engine. This matches 'minimal concrete guidance; high-level hints but missing the specific steps to execute' rather than 3, because there is no pseudocode or partial code either — only descriptions. | 2 / 5 |
Workflow Clarity | The pipeline is implied (Zigzag swing detection → structure matching → Fibonacci validation → signal) and the signal mapping is stated unambiguously ('5-wave advance completed → sell'), but the operational sequence for a user (prepare data → call engine → interpret signal convention) has no explicit steps or validation checkpoints. It is not 2 because signal conditions and parameters are concretely defined; it is not 4 because there is no explicit run/validate sequence at all, only an implicit one. | 3 / 5 |
Progressive Disclosure | The bundle contains references/波浪结构.md and references/Fibonacci浪间关系.md, but the body never links to or mentions either file — instead it inlines condensed copies of their content (iron rules, Fib ratios) — so the references are orphaned and the duplicated content sits in SKILL.md where the rubric says it should be split out. This matches anchor 3 ('references present but not clearly signaled; content that should be separate is inline') exactly; it is not 2 because the body itself is short and well-sectioned, and not 4 because the existing bundle files are completely unnavigable from the body. | 3 / 5 |
Total | 11 / 20 Passed |