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 / Purple MJos Predictive Model | First manifestation of the Bangel Language MJ Physics Engineering | Owned and operated by Michael Bangel | Clearwater, Florida TYPED LANGUAGE BINDING - Unknown[T] distinct from zero - Quantity: magnitude + unit - ProgramIdentity: source and toolchain version - Receipt: status + outputs + provenance BINDING PROPOSAL Source and inputs satisfy the versioned admitted language contract. Preserve type/unit/missingness, compile with Elsa, independently admit JP and execute with Joanna under limits. Return a receipt with PASS/HOLD and evidence; host effects require independent authorization. COMPILATION BOUNDARY Use a declared Bangel grammar profile. Elsa compiles valid source; independent JP admission checks the representation before Joanna execution. The type descriptions above are proposed contract notation, not parser-verified Bangel syntax. Do not copy historical paper module syntax into a bangel 1.0 file without an explicit adaptation. IMPLEMENTATION OBLIGATION Bind each listed field to actual source input and output, define missingness and units, provide positive and failure examples, and test the generated receipt. MJ authority remains separate from calculation. 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.