nx_canon_solver.nx

nx_canon_solver.nx -- ★B1a of the published plan (/world/procgen): the CANON → CONSTRAINT bridge, i.e. the canon's BEAUTY LINTER. Reads a body/face canon (P part headers + R control rings -- field semantics read FROM nx_body_gen.nx bg_parse_canon, the emitter that owns the format: P <mirror> <rotX> <ox> <oy> <oz> [mat] [rotZ] [rotY]; R <y> <x0> <z0> <a> <b>. This is the SECOND reader of that format -- extract a shared canon lib on the THIRD, per the rule of three), emits `part p<i> <ox> <oy> <oz> <r>` rows, appends a RULES file (an nx_part_solver conf referencing p<i> names: station/inside/clear/band/ratio -- the anatomical + beauty bands as DATA), solves, and reports per-part TYPED vs SOLVED deltas. nx_canon_solver <canon.dat> <rules.conf> Outcomes: exit 0 CLEAN (every delta 0 -- the typed canon already satisfies the rules) | exit 0 ADJUSTED (SOLVED with deltas>0: each delta is a NAMED lint finding and a writeback candidate) | exit 4 INCONSISTENT (rules unsatisfiable -- worst constraint named, never fabricated) | 3 parse | 1 io | 2 usage. Bilateral symmetry is BY CONSTRUCTION in the emitter (mirror=1 emits both sides), so the rules carry the OTHER relations: stations, containment, clearance, φ-band ratios between parts. license_tier: ORIGINAL expect_exit: 0