Plywood frames use thin sheets of plywood [0] as the fabric for all the structural system. Sheets of plywood are run through a CNC router, which cuts the plywood into specifically designed shapes. The shapes are then hooked up together using slots and tabs (helped into place with giant mallets) to form quite a lot of structural components – walls, box beams, Nordecoply portal frames, columns – which then get assembled (using extra slots, tabs, clips, and wedges) to form the superstructure of the building. The tight tolerances of the machined plywood imply that every little thing matches snugly together, which allows easy friction connections to do an excessive amount of the work (though in apply most of the parents using the system are throwing in some mechanical fasteners as well).
Presently, to make this work, you might want to run plytool codegen at a command prompt before compiling your undertaking. (I plan to finally merge this command into the construct course of, but only after optimizing it so that it runs incrementally.) This command scans all out there supply code modules, extracts all the kind declarations utilizing a customized C++ parser, and generates some additional supply code required for the metadata.
Light – 20 pt or 1/42nd of an inch, concerning the thickness of a cereal box.
XL – 32 pt. or 1/32nd of an inch, concerning the thickness of a bank card
Extra Heavy – 50-52 pt or 1/20th of an inch, concerning the thickness of a penny.
2X – 85 pt. or 3/32nd of an inch, in regards to the thickness of two dimes.