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基于Cinema 4D的三维模型减面优化方法与实践OA

Optimization Method and Practice of 3D Model Surface Reduction Based on Cinema 4D

中文摘要英文摘要

随着虚拟现实、计算机辅助设计和游戏开发的不断发展,高质量三维模型的应用变得越来越迫切.大型工程机械的设计结构复杂,零件组合模式多样,这类模型整体上动辄千万个面,甚至上亿个面.由于面数太多,可能发生在程序中无法流畅运行的情况,三维模型减面优化是亟待解决的重要问题.文章以Cinema 4D为制作平台,简要介绍了其内置的三维模型减面工具,探讨了工程机械掘锚机在减面优化方面所用到的方法与实践.通过在Cinema 4D中内置减面工具以及使用重拓扑插件Quad Remesher等手段,验证了基于Cinema 4D的三维模型减面优化方法的有效性与实用性.

With the continuous development of virtual reality,computer-aided design,and game development,the application of high-quality 3D models has become increasingly urgent.The design structure of large-scale construction machinery is complex,and the combination patterns of parts are diverse.This type of model can have tens of millions or even billions of surfaces as a whole.Due to the large number of surfaces,it may occur that the program cannot run smoothly,and the optimization of 3D model surface reduction is an important issue that needs to be solved urgently.This paper uses Cinema 4D as the production platform,briefly introduces its built-in 3D model surface reduction tool,and explores the methods used in the optimization of surface reduction for construction machinery anchor excavators and methods'practice.The effectiveness and practicality of optimization method of the 3D model surface reduction based on Cinema 4D have been verified through several means such as building in surface reduction tools in Cinema 4D and the use of the re topology plugin Quad Remesher.

於厚荣;彭茜

凯里学院 大数据工程学院,贵州 凯里 556011

计算机与自动化

三维模型减面优化Cinema4D

3D modelsurface reduction optimizationCinema 4D

《现代信息科技》 2024 (004)

15-18,24 / 5

2021年贵州省普通高等学校青年科技人才成长项目(黔教合KY字[2022]082号,黔教合KY字[2022]081号);凯里学院2023年校级专项课题(2023XJZX0204);2023年度凯里学院规划课题(2023XJGHQN04);凯里学院课题(S1816)

10.19850/j.cnki.2096-4706.2024.04.004

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