![]() Another one might be more precise because it uses a more precise tool. “If you want to make a bookcase, it will give you multiple plans to make it,” Schulz said. ![]() Once the user is finished designing, the compiler comes up with a set of optimal fabrication instructions based on different costs. ![]() Then the low-level language says ‘Take a two-by-four, take your chop saw, set up your chop saw for a 45-degree angle, align the lumber to your chop saw and chop.'”Īs the user designs an object using the high-level language, which looks similar to standard CAD software, a compiler verifies that the design is possible based on what tools and materials the user has specified they have. “In the design user interface, I create a box and then I draw a line where I want the cut to be and tell the computer ‘Remove this part.’ That’s the high-level language. “Say I want to make a piece of wood that’s cut at a 45-degree angle,” Schulz said. HELM is composed of two different programming languages: a high-level language for designing an object, and then a low-level language for the fabrication instructions. Liang He/University of Washingtonįor Carpentry Compiler, the researchers created a system called Hardware Extensible Languages for Manufacturing, or HELM. A wooden car designed with Carpentry Compiler.
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