Abstract
This work aimed to develop a universal parameterized language for programming numerically controlled machines. For proposed language interpretation and compilation, a computational application called parameterized programming module (PPM) was developed, based on Pascal programming fundamentals and incremented with the G-code. The proposed parameterized language has a different structure from those provided by the command manufacturers, constituting a complementary tool for parameterization in numerical programming. In order to validate the proposed system, angular, transversal, and longitudinal turning thinning operation through single and multiple cycles were programmed, which proved the algorithm’s operability. Additionally, the performed test results show that the developed algorithm proved to be reliable in the numerical code interworking and compilation.
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