Machine profiles

The General tab sets the machine's name, type, units (inches or millimeters — posts emit G20 or G21 to match), and the simplify tolerance that controls how finely splines and SVG curves are approximated (0.001" default for routers). The Axes tab holds per-axis travel, max velocity, and acceleration — X/Y travel draws the bed in the viewport, sizes new sheets, and bounds simulation rapids. The Post tab picks which post processor the machine uses; the list is filtered to router-type posts, so your GRBL, MASSO or FluidNC choice travels with the profile along with its per-post options. The machine-scoped tool library is stored in the same file.

Edit → Machines opens on whichever machine the workspace you're in has selected, and the list is sorted by type and name. Each row carries its own icons: export the profile, delete it, and — on machines whose post can drive the machine directly, like GRBL or FluidNC — an eye that hides that machine's workspace from the sidebar list. Hiding is purely about the sidebar: the machine still posts G-code exactly as before, and the eye brings its workspace straight back. It's there for the starter profiles that come with a machine-control post attached but that you never finished setting up.

Each sheet chooses its Z origin: Top of Material puts WCS Z0 at the stock's top face (the bottom of a 0.5" sheet is Z-0.5), while Spoilboard puts Z0 at the spoilboard so the material top sits at Z+0.5. Posting and simulation both honor the choice, so the G-code and the 3D preview always agree about where zero is. Router also remembers its own post output folder, independent of Plasma and Laser — posting a cabinet job never overwrites the path you use for plasma work.