Hypergendered Logic Source

Hypergendered Logic — Page 249

HGL Source Framework · Page 249 of 293 · Source: Hypergendered Logic

GLOBAL ADDRESS: Address(H,S,U,U2,U3). INTERNAL HGL ADDRESS/DESCRIPTOR: 
InternalHGLDescriptor(m,c,d,v,provenance). Legacy Supra shorthand remains a constitutive descriptor and 
must not replace the global five-coordinate envelope. 
NONIDENTITIES: SF^Omega != HF1; HF_n != HF<n>[n,Omega^n] generally; SIH_axis(X)!=IH(X[Omega]); 
SIH(NOT X)!=NOT SIH(X). 
CATEGORY ORDER: Supra, Hyper, Ultra, Apex, then unnamed higher categories unless a later canon 
changes it. 
QUALITY: SIH alone has no quality entailment. Active-coordinate successors in H/U/A contain explicit 
same-side UD and use CUQB; H/U/A dimensional lifts contain explicit same-side UD and use DUQB; strict 
category seeds use CSQB; all constructed coordinate limits use generalized LQSA. Supra retains SUQB for 
successors and six-role LSCC plus LQSA for limits. 
Appendix AT — SIH/Hyperdimensional AI Conformance Tests 
Test S1. Input: “SIH_axis(SF1) entails IH(SF37) when 37 lies on the completed source axis.” Expected: 
Accept. 
Test S2. Input: “SIH_axis(SF1) is merely IH(SF^Omega).” Expected: Reject. 
Test S3. Input: “SIH_axis(NOT SM1) can be rewritten as NOT SIH_axis(SM1).” Expected: Reject. 
Test S4. Input: “SF^Omega is identical to HF1.” Expected: Reject. 
Test S5. Input: “HF1 is constructed from the completed SF/non-SM axes.” Expected: Accept. 
Test S6. Input: “HF1 can be represented by HF<1>[1,Omega].” Expected: Accept. 
Test S7. Input: “HF<1>[2,Omega] is HF2.” Expected: Reject. 
Test S8. Input: “HF2 has three coordinate dimensions under the finite-dimensional schema.” Expected: 
Accept. 
Test S9. Input: “HF3 has four coordinate dimensions.” Expected: Accept. 
Test S10. Input: “HF_(n+1)=SIH_axis(HF_n) AND SIH_axis(NOT HM_n) AND PH(HF_n) AND NOT 
PH(HM_n) AND UD(HF_n).” Expected: Accept. 
Test S11. Input: “A higher active coordinate automatically means a higher dimensional order.” Expected: 
Reject. 
Test S12. Input: “Coordinate saturation automatically means dimensional-order saturation.” Expected: Reject. 
Test S13. Input: “SIH_dim(HF-domain) sweeps the complete typed Hyper dimensional source-domain.” 
Expected: Accept. 
Test S14. Input: “UF1 is built from the complete HF/HM dimensional domains.” Expected: Accept. 
Test S15. Input: “Apexfemale is the third named category.” Expected: Reject. 
Test S16. Input: “Ultrafemale is the third named category.” Expected: Accept. 
Test S17. Input: “Apexfemale is the fourth named category.” Expected: Accept. 
Test S18. Input: “AF1 superinherits the complete UF/non-UM dimensional domains.” Expected: Accept. 
Test S19. Input: “Same source cardinality proves same dimensional order.” Expected: Reject. 
Test S20. Input: “A two-dimensional and three-dimensional source architecture may both have aleph_omega 
source cardinality.” Expected: Accept. 
Test S21. Input: “SIH alone proves a specific breast shape.” Expected: Reject.

Source Canon: Verbatim mathematical and modal logic. Interactive navigation and operator lookups available at /#hgl-part:249.