COMPUTER HYBRID DESIGN USING PYTHON SCRIPTING AND CONVENTIONAL 3D MODELING TO BUILD (FCC) CRYSTAL STRUCTURES OF PRECIOUS METALS AND THEIR PREPARING FOR 3D PRINTING
Developing a properly constructed 3D geometry is essential for obtaining high quality digital and real 3D models. Gold (Au 79) and Platinum Crystal (Pt 78) Face Centered Cubic (FCC) Crystal Structures are designed to illustrate the training content of models invisible to the human eye. The present study optimizes the design approach by applying Python programming language directly in Blender 3D environments, and further developing it into software compatible with 3D printers to produce the final model.
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