MJos Predictive Model | First manifestation of the Bangel Language
New project sequence ยท proposed bindings
Intervals, clock normalization, temporal states and evidence-bound measurements.
GIN Measurement / Brown MJos Predictive Model | First manifestation of the Bangel Language MJ Physics Engineering | Owned and operated by Michael Bangel | Clearwater, Florida OBSERVATIONAL LIFECYCLE Purpose: Intervals, clock normalization, temporal states and evidence-bound measurements. R / R0 Retain the proposed request and anticipated context; a forecast has not occurred. R1 Record the unresolved or partially supported representation under its named source profile. Older unidentified-transition wording and later interpretation-state wording must not be merged silently. N1 AND REPRESENTATION The purpose, inputs, units, evidence origin and current profile are declared. - SourceIdentity: Text - ProfileIdentity: Text - EvidenceState: known | unknown | simulated | historical - ReviewOutcome: supported | HOLD | DENY REVIEW TO OUTPUT Bind the source identity, compare only eligible observations, preserve uncertainty and review the evidence ceiling. Return a scoped result, HOLD for missing evidence, or DENY for a failed permission boundary. RECOVERY Return to the first named missing prerequisite. A changed input or new evidence permits another bounded pass. Repeated state or no progress stops recovery with the existing evidence intact. r9 remains the N5-N7 interpretation region where that separate profile applies. EVIDENCE LIMITS - Full GIN lifecycle remains distinct from the implemented interval and evidence adapters.