nx_christus_integration_test.nx

nx_christus_integration_test.nx -- Phase B2 of S-class hardening. Real-input integration test on a Christus-class geometry: tall narrow cone-tetrahedron (10mm × 10mm base × 40mm tall apex). Three slanted faces; base 5mm radius × 40mm tall -> tipover ratio 8.0 >> Qidi tipover threshold 0.98. HONEST GEOMETRY NOTE: this cone-tet has APEX-UP orientation, so each Z slice shrinks toward the apex. Layers are STRICTLY INSIDE the previous, meaning auto-supports legitimately do NOT fire (no overhang by geometry; the slant goes inward as z rises). A real Christus STL with cantilever arms would have growing-layer regions where supports DO fire -- queued as Phase B2.1. What this test composes end-to-end: 1. Build the cone-tet mesh manually (substrate primitives) 2. nx_slice_pipe_run_v2 produces G-code on real geometry 3. nx_klipper_gcode_validate confirms output is syntactically valid Klipper 4. G-code contains expected preamble + skirt + postamble markers 5. Sensible byte count + layer count This validates the FULL stack the operator would use to print a Christus statue, exercised on a tall-narrow-but-shrinking geometry that's a real graceful-handling test for the substrate. expect_exit: 0 license_tier: ORIGINAL