基于OpenGL的三维管道模型控制与可视化

Hongtao Han, Bing Li, Yunhao Fu, Ting Wang, Liangrui Zhang, Yulan Wei
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引用次数: 0

摘要

鉴于弯管机调试周期长导致产量有限,有必要开发3D管道模型显示系统,辅助技术人员调试弯管机。由于OpenGL技术具有先进的建模、照明、变换和色彩处理能力,可以降低弯管机的开发成本。因此,本文以三维管件为研究对象,采用OpenGL技术和Visual c++编程语言开发了三维管件模型显示系统,实现了三维管件模型的可视化。为了减少工作量,通过专业的3D建模软件3DS MAX软件建立模型,然后通过OpenGL技术进行渲染和控制。结果表明,该系统能够实现三维模型观测图像的实时绘制和良好的人机交互控制功能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Control and Visualization of 3D Pipe Model Based on OpenGL
In view of the limited production caused by the long debugging period of the pipe bending machine, it is necessary to develop a 3D pipe model display system to assist the technical personnel to debug the pipe bending machine. Because OpenGL technology has the advanced ability of modeling, illumination, transformation and color processing, it can reduce the development cost of pipe bending machine. Therefore, this paper takes 3D pipe fittings as the research object, uses OpenGL technology and Visual C++ programming language to develop a 3D pipe fitting model display system, and realizes the visualization of 3D pipe fitting model. In order to reduce the workload, the model is established by professional 3D modeling software 3DS MAX software, and then rendered and controlled by OpenGL technology. The results show that the real-time rendering of the 3D model observation imaging rendering and good human-computer interaction control function can be realized.
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