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Key Technologies Researched on VP and GLS for Virtual CNC Machine System

机译:虚拟数控机床系统VP和GLS关键技术研究

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Most of NC simulation software's for the current two-dimensional interface driven 3D scene CNC machine action, shortcomings of not consistent with the real working environment, as well as in the meter simulation, the system operator is facing a large panel to be displayed multiple meters, each logical relationship among meters is complex and other issues, the research is to apply Vega Prime in the three-dimensional visual simulation platform, GL Studio software-based meter simulation, OpenGL graphics library, which supplemented by an open joint development of three-dimensional virtual CNC simulation system provides a structured framework for the system, that involved some of the key technology solutions to achieve mutual communication GLS model and transplanted VP 3D scene display and data processing construct realistic virtual operating environment. Trainers can get the same feelings with the real world experience, and the research provides a new technical approach to apply to virtual numerical simulation systems.
机译:当前大多数数控仿真软件都是由二维界面驱动的3D场景数控机床动作,缺点是与实际工作环境不一致,以及在电表仿真中,系统操作员正面临着要显示多台电表的大面板,电表之间的每个逻辑关系都很复杂等问题,研究是将Vega Prime应用于三维视觉模拟平台,基于GL Studio软件的电表模拟,OpenGL图形库,并辅以三方开放式联合开发。三维虚拟CNC仿真系统为该系统提供了结构化的框架,其中涉及一些关键技术解决方案,以实现相互通信的GLS模型,并移植VP 3D场景显示和数据处理,以构建逼真的虚拟操作环境。培训师可以从现实世界中获得相同的感受,这项研究为应用于虚拟数值模拟系统提供了一种新的技术方法。

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