MJos Predictive Model | First manifestation of the Bangel Language
New project sequence ยท proposed bindings
Typed measurement authoring through Elsa, independent JP admission and Joanna execution.
Bangel Language / Blue MJos Predictive Model | First manifestation of the Bangel Language MJ Physics Engineering | Owned and operated by Michael Bangel | Clearwater, Florida PROJECT REFERENCE Typed measurement authoring through Elsa, independent JP admission and Joanna execution. OBSERVABLE BEHAVIOR - General typed quantities, measurements, typed unknowns, bounded control flow, modules, Elsa compilation, independent JP admission and Joanna runtime/receipts. - Native C# source and Python implementation; GIN interval and temporal/evidence models. - Historical paper records and computational profiles share the toolchain. TYPED CONTRACT - Unknown[T] distinct from zero - Quantity: magnitude + unit - ProgramIdentity: source and toolchain version - Receipt: status + outputs + provenance DECISION RULE Return a receipt with PASS/HOLD and evidence; host effects require independent authorization. CONSUMER RULE Read the result status before interpreting its value. Preserve the tenant, project, source version and evidence context. Do not treat a missing record, an unexecuted proposal or a successful computation as an authorized external action. EVIDENCE LIMITS - Fresh package execution was not performed here; README test counts refer to named prior candidates. - Complete GIN lifecycle, all formula conversion and 189 Purple/Yellow relationship meanings remain open per source documentation. - Do not conflate compilation PASS with permission to act.