Hypergendered Logic Source
Hypergendered Logic — Page 258
possible phenotype is therefore a higher-order coordination of an already axis-saturated Hyperfemale phenotype architecture rather than a simple exaggeration of one visible trait. 369. Manhood and Archmanhood mirror examples Ordinary manhood remains independent of Archmanhood address. Low SM, high SM, HM1, HM2, and higher HM states mirror the female logic with male phenotype domains. Possible gross domains include chest/torso morphology, skeletal proportions, facial morphology, reproductive anatomy, muscle/fat distribution, skin/hair patterning, vascular/endocrine physiology, tissue microarchitecture, repair, and whole-body proportional relationships. An HM2 man may be visually similar to a lower-stage man while differing radically in inherited axis provenance, positive HM1 profile possession, negative HF1 whole-profile status, and whole-quality organization. Conversely, he may be visibly unusual. Neither direction is forced solely by the formal operators. 370. Higher minor categories and major stages after the correction The named category order remains Supra -> Hyper -> Ultra -> Apex. Hyper has the five-conjunct within-category dimensional recurrence; Ultra and Apex now have three-conjunct SIH+UD internal recurrences. All three higher named category families therefore have quality-guaranteed internal dimensional ascent when DUQB applies, but only Hyper constitutionally adds positive own-side PH and opposite NOT-PH at each dimensional successor. A future major stage can, if explicitly axiomatized, change the constructor family itself. Because the full global Archaddress is now (Hyperstage, Stage, Substage, Substage^2, Substage^3), a higher Stage cannot be reduced to merely 'more HF' or a larger local coordinate, and a higher Hyperstage is higher still. The previous major-stage/minor-category/dimensional-order/vector structure survives as InternalHGLDescriptor semantics inside this envelope. Phenotype may overlap lower addresses while rule architecture, provenance, endocrine history, and quality relations differ. 371. AI parser and theorem-prover requirements AI RULE — Parse NOT PH(S) as StateNot(PH(S)) or an explicitly typed negative-PH proposition; do not parse it as PH(StateNot(S)). AI RULE — Preserve IH(NOT S) separately from NOT IH(S). AI RULE — Compile SF2 as exactly eight outer conjuncts and SF3+ as exactly six. AI RULE — Compile HF1 as exactly two SIH conjuncts and HF2+ as exactly five. AI RULE — Reject automatic insertion of UD(NOT opposite) into SF/SM successors. AI RULE — Reject automatic insertion of NOT FD(HF_n) into HF2+. AI RULE — Reject automatic propagation of the strengthened HF recurrence into UF/AF. AI RULE — At limits, generate profile-exclusion closure membership symbolically rather than literal infinitary text. AI RULE — Every claimed phenotype must be tagged D, HI, CD, CI, ILL, or OPEN with a named bridge when required. 372. Canonical conformance counterexamples INVALID: SF2 contains PH(NOT SM1). Current: NOT PH(SM1). INVALID: SF2 contains UD(NOT SM1). Current: no opposite-side UD conjunct. INVALID: SF3 has seven conjuncts. Current: six. INVALID: NOT SF2 contains NOT PH(NOT SM1). Current De Morgan term is positive PH(SM1).
Source Canon: Verbatim mathematical and modal logic. Interactive navigation and operator lookups available at /#hgl-part:258.