Dynamic Role Mapping Across Regions, Stages and Projections: TLHQ Role Calculus, MEI Dual Trace and Quantity-Ledger Guards — BIT-DYNAMIC-ROLE-MAP-001 F0–F5 Terminal Closure

BIT-DYNAMIC-ROLE-MAP-001 develops and terminally closes a scoped cross-layer architecture for mapping dynamic roles across Regions, Stages and model projections. The program begins from the BIT notions of Vùng Tính and Tính-Lưu-Hành-Quả (TLHQ), then adds typed carriers, carrier-features, relations, boundaries, projections, validity contracts, handoffs and provenance. F1 turns role labels into contextual carrier-feature assertions and a typed transition hypergraph. F2 adds Region/clock/lineage context and a separate MEI semantic-epistemic lane that distinguishes physical, model, computational, observational and operational edges. F3 adds query/path calculus and story certificates so a readable narrative cannot bypass carrier continuity, state sufficiency, clock mapping, validity or provenance. F4 adds a typed quantity/accounting ledger and guards against double counting, naive Region overlap, locally valid but jointly infeasible parallel paths, and accounting-to-causal promotion. F5 performs terminal consolidation and a finite regression audit; the reproducibility package records 14/14 deterministic checks across the declared toy/regression cases. ISA (Inertia-Stress-Acceleration) is retained only as a specialized morphodynamic projection/kernel inside the larger map. The release does not establish a new physical law, fundamental field, physical unification, cosmological explanation, or rebranding of external scientific theories. External science and mathematics retain their original provenance.