Hypergendered Logic Source
Hypergendered Logic — Page 209
Appendix AF — Phenotype Possibility Atlas across Categories AF.1 Ordinary Female Possible ordinary female phenotype domains include breast anatomy, female genital anatomy, pelvic morphology, body-fat distribution, facial morphology, skin/hair traits, reproductive physiology, and microscopic tissue characteristics. Variation is allowed unless a specific law constrains it. AF.2 Low Suprafemale Possible: recognizable female anatomy governed by new global relational constraints; stage-specific coordination among breast, pelvic, facial, skeletal, skin, and endocrine phenotypes; new but not necessarily visually extreme combinations. Epistemic status: CI/illustrative unless profile membership is explicitly defined. AF.3 High Suprafemale Possible: extremely deep cross-system coordination; whole-body proportional relationships unavailable at lower substages; more complex phenotype-compatibility rules; visually distinctive anatomy that remains Suprafemale rather than Hyperfemale. Epistemic status: CI/illustrative. AF.4 Hyperfemale Possible: a new class of female phenotype made impossible throughout strict pre-Hyperomega Suprafemale; a previously contingent trait becoming necessary; a previously impossible trait-combination becoming possible. Epistemic status: category-level modal novelty is structural; exact trait choice is CI/illustrative. AF.5 Ultrafemale Possible: meta-dimensional constraints built over the completed Hyperfemale dimensional domain; new cross-scale anatomical dependencies; gross anatomy with developmental counterfactuals unavailable throughout Hyperfemale. Epistemic status: CI/illustrative. AF.6 Apexfemale Possible: rule families built over the completed Ultrafemale dimensional domain; highly integrated visible morphology or visually familiar anatomy with radically different meta-dimensional developmental necessity/possibility structure. Epistemic status: CI/illustrative. AF.7 Later unnamed minor categories Possible: recursively new category-level SIH rule families after completion of each adopted dimensional domain. HGL does not force a naming scheme, one flat Hyperomega boundary identity, or one monotone visible direction. AF.8 Major Stage 2 Possible: major-envelope rules that constrain how entire minor-category metaexpression systems transform; phenotype spaces inaccessible throughout Major Stage 1; new macroscopic and microscopic organizations.
Source Canon: Verbatim mathematical and modal logic. Interactive navigation and operator lookups available at /#hgl-part:209.