储液罐三维建模研究

Jin Han, Jing Wei, Zhi-hua Zhang, Xiaoyuan Dong
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引用次数: 1

摘要

随着“数字地球”的出现,石化企业的数字化已经提上了议事日程。通过对储罐进行分类,选择储液罐作为研究对象进行建模。在分析坦克要素建模的基础上,建立了坦克的三维数据模型,并用c++语言定义了坦克建模要素的基本数据结构。根据上述数据模型和数据结构,首先将储液罐细分为底面、轮廓面和顶面,便于建模;然后,详细讨论了上述细分的三维建模方法和步骤;最后,通过对各个细分的整合,建立储液罐的空间实体。以vc++为编程语言,OpenGL图形包为可视化工具,开发了储液罐三维建模实验系统。以试验油箱建模为例,表明所提出的三维数据模型、数据结构和方法是可行的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Research on three-dimensional modeling of liquid storage tank
With the “Digital Earth”, digitalization of petrochemical companies has been in the agenda. By classifying storage tank, liquid storage tank was chosen as research object for modeling. Based on analyzing elements modeling of tank, the three-dimensional data model was presented, and its basic data structure of modeling elements was defined by C++. According to above data model and data structure, at first, liquid storage tank could be subdivided into the bottom surface, profile, and top surface which was easy to modeling; then, the paper discussed the three-dimensional modeling methods and steps of above subdivisions in detail; finally, the spatial entity of liquid storage tank was established by integrating the subdivisions. VC++ is as programming language, OpenGL graphics package is as tool of visualization, and the three-dimensional modeling experiment system of liquid storage tank has been developed. Take test tank modeling for example, it is shown that three-dimensional data model, data structure and methods mentioned is feasible.
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