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基于三维建模的室内景观设计系统设计 被引量:5

Design of interior landscape design system based on three-dimensional modeling
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摘要 针对传统室内景观设计系统立体图像设计水平较低的问题,设计一种基于三维建模的室内景观设计系统。硬件部分通过插补器、感知器、传感器的设计实现了室内景观设计系统的动画与交互功能;通过三维视觉图像重建模块、VRLM浏览器模块的设计实现室内景观的三维重构,完成软件部分的设计。将硬件部分与软件部分结合建立基于三维建模的室内景观设计系统。为了验证该室内景观设计系统的设计水平,将该室内景观设计系统与基于ArcGIS Engine的室内景观设计系统、基于Unity3D的室内景观设计系统进行对比实验。实验结果表明,三种室内景观设计系统的立体图像设计水平分别为86.97%,46.72%,62.34%。通过比较可知,基于三维建模的室内景观设计系统的立体图像设计水平最高,证明了该系统的优越性。 An interior landscape design system based on 3D(three⁃dimension)modeling is designed to improve the low level of stereo image design of the traditional interior landscape design system.In the hardware part of system,the animation and interactive functions are achieved by the design of the interpolator,the perceptron and the sensor.The 3D reconstruction of the interior landscape is realized by the design of 3D visual image reconstruction module and VRLM browser module.The design of the software part is completed,and the interior landscape design system based on 3D modeling is established in combination with the hardware part and the software part.The interior landscape design system is compared with the interior landscape design system based on ArcGIS Engine and the interior landscape design system based on Unity3D to verify the design level of the indoor landscape design system.The experimental results show that the 3D image design level of the three interior landscape design systems is 86.97%,46.72%and 62.34%,respectively.By the comparison,it can be seen that the 3D image design level of the interior landscape design system based on 3D modeling is the highest,which proves the superiority of the system.
作者 汤喜辉 TANG Xihui(Henan University of Urban Construction,Pingdingshan 467036,China)
机构地区 河南城建学院
出处 《现代电子技术》 北大核心 2020年第4期173-175,179,共4页 Modern Electronics Technique
基金 国家自然科学基金(50902075) 河南省科技厅项目(172400410081)
关键词 室内景观设计 三维建模 交互功能 场景重构 参数设定 对比分析 interior landscape design three⁃dimensional modeling interactive function scene reconstruction parameter setting contrastive analysis
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