IndisputableMonolith.URCGenerators.CPMClosureCert
Module CPMClosureCert supplies a standalone certificate for CPM method closure in the URCGenerators domain. It certifies that generic A/B/C consequences hold for any CPM Model and that the assumptions remain consistent via an explicit toy-model witness. Researchers building URC adapters cite it to confirm the core logic is self-contained before report generation. The module consists of a thin import layer over CPMMethodCert with no internal proofs.
claimThe module certifies that for any CPM model $M$, the generic consequences A, B, and C are available, and the CPM axioms are consistent as witnessed by a concrete toy model $T$.
background
The module sits in the URCGenerators domain and imports CPMMethodCert, which supplies the generic A/B/C consequences for arbitrary CPM Models together with a consistency witness. The local theoretical setting is deliberately abstract: the certificate avoids all domain-specific or problem-specific material so that the core closure properties remain portable. Upstream, CPMMethodCert states that the consequences are available for any CPM Model and that the assumptions are consistent via the toy model.
proof idea
This is a definition module, no proofs. It re-exports the certificate structure from the imported CPMMethodCert to make the A/B/C consequences and toy-model witness directly accessible for downstream evaluation.
why it matters in Recognition Science
The module feeds the certified standalone core directly into CPMClosureReport, which consumes it to produce an eval-friendly report on the A/B/C consequences and toy-model witness. It completes the self-contained certification step required before any adapter integration in the URCGenerators chain.
scope and limits
- Does not incorporate domain-specific physics models or problem data.
- Does not contain executable proofs beyond the imported certificate structure.
- Does not depend on external libraries beyond Mathlib and CPMMethodCert.