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Transforming Algorithm of 3D Model Data into G-code for 3D Printers in Distributed Systems

机译:将3D模型数据转换为分布式系统中的3D打印机的G码算法

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3D printing is a process of making 3D solid object from a digital STL file. 3D printer operates according to G-code. A STL file is composed of lots of facets, and the number increases depending on the size or precision of 3D model. In this paper, we have interests on devising an algorithm to transform STL file into G-code in distributed systems. The algorithm is divided into two steps: first, grouping facets according to Z-axis value, and second, generating G-code from facets. Through the simulation works, we come to know that the transformation can be done well in distributed manner.
机译:3D打印是从数字STL文件中制作3D实体对象的过程。 3D打印机根据G代码运行。 STL文件由大量方面组成,而且根据3D模型的大小或精度增加。在本文中,我们对设计了一种算法将STL文件转换为分布式系统中的G代码。该算法分为两个步骤:首先,根据Z轴值的分组面,第二,从面部生成G代码。通过模拟作品,我们明确地知道转换可以很好地以分布式方式做得好。

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