nx_bed_mesh.nx

nx_bed_mesh.nx -- slicer-side per-XY Z compensation from a probed bed-mesh model. ===================================================================== EXCEED axis (research baseline) ===================================================================== Industry treatment of bed warp (as of 2026-05): Klipper: BED_MESH_PROFILE_LOAD + Z_TILT_ADJUST -- mesh is probed by firmware, Z-correction applied at GCODE EXECUTION time. Slicer is bed-naive. Marlin: M420 S1 -- runtime correction, same model. RepRapFirmware: M557 + bed-mesh compensation, runtime. OrcaSlicer 2.3.2: single-number "First Layer Print Height Compensation" -- one global offset, not per-XY. PrusaSlicer 2.7: mesh-leveling AWARE (knows the printer does it) but emits FLAT first-layer G-code; relies on firmware to compensate. Bambu Studio: no slicer-side mesh compensation. All four major slicers EMIT FLAT G-code for the first layer and rely on firmware-side Z correction. This breaks for: - Firmware without mesh leveling (older boards, custom builds) - G-code archived / shared / printed on a different machine - Printers with mesh data the operator wants embedded for reproducibility This file ships slicer-side bilinear-interp per-XY Z compensation baked DIRECTLY into the Z coordinates of the emitted G-code, with layer-tapered fade-out so the model still meets nominal Z by the time bed warp stops mattering (typically 1-2 mm above bed). ===================================================================== license_tier: ORIGINAL