qm-wavefunction-coverage
Domain: qm · Model class: strong
Description
Section titled “Description”Use this skill when you need to compute non-linear Born-rule coverage probability between test embeddings and bug patterns. Trigger phrases include: “which bugs are covered by tests”, “Born-rule test coverage”, “wavefunction overlap between tests and bugs”, “risk-weighted uncovered bugs”, “which bugs have no test coverage”, “quantum coverage probability”. This skill computes P(covers bug)=|⟨ψ_test|ψ_bug⟩|² to give non-linear coverage probabilities. Do NOT use when test and bug vectors are not comparable in the same embedding space.
Purpose
Section titled “Purpose”Compute Born-rule squared-overlap coverage probability between test embeddings and bug pattern embeddings. Each test is a quantum state |ψ_test⟩ and each bug is a target state |ψ_bug⟩. The probability that a test “covers” a bug is |⟨ψ_test|ψ_bug⟩|², following the Born rule. Summing across all tests gives total coverage. Bugs with low total coverage and high risk scores are surfaced first via weighted risk = bug.risk × (1 − coverage_probability).
Trigger Phrases
Section titled “Trigger Phrases”- “qm-wavefunction-coverage”
Anti-Triggers
Section titled “Anti-Triggers”None defined.
Intake Questions
Section titled “Intake Questions”- Apply the qm-wavefunction-coverage skill to the user request.
Output Contract
Section titled “Output Contract”- physics metaphor output
- plain-language engineering translation
- confidence and limitation notes
- recommended engineering action
Related Skills
Section titled “Related Skills”None