基于3DMAX的交互式建筑园林景观漫游设计  

Interactive architecture and garden landscape roaming design based on 3DMAX

作　　者：张娜[1] 廉婕[2] ZHANG Na;LIAN Jie(Hebei Polytechnic Institute,Shijiazhuang 050093,China;Hebei Institute of Communications,Shijiazhuang 050093,China)

机构地区：[1]河北工程技术学院,河北石家庄050093 [2]河北传媒学院,河北石家庄050093

出　　处：《现代电子技术》2020年第3期36-39,44,共5页Modern Electronics Technique

基　　金：2018年度河北省社会科学发展研究课题：基于“互联网+”模式下的高校艺术设计专业教学改革与创新（201803130501）

摘　　要：针对3DMAX软件仅可展示静态三维图像,无法实现交互式建筑园林景观漫游,提出基于3DMAX的交互式建筑园林景观漫游设计方法。该方法将3DMAX,Photoshop以及Java3D三个平台相结合,先采集建筑园林景观基本信息、场景设计以及降本预设;再在3DMAX平台通过建筑园林景观的基础建模、材质贴图以及灯光渲染和相机设定等过程实现3D可视化建模,利用Photoshop平台通过编辑场景材质以及制作界面实现建筑园林景观的纹理处理;最终将视点变换公式与Java3D技术相结合,获取交互式建筑园林景观漫游算法。在Java3D平台通过该算法设定行为脚本以及路径实现交互式漫游,并在Windows 10系统中测试该方法,测试结果显示,该方法满足建筑园林景观的交互式漫游需求,且操作界面简单,漫游效果好。3DMAX software can only display static 3D images and cannot realize interactive roaming of architecture and garden landscape.In view of the above,an interactive architecture and garden landscape roaming design based on 3DMAX is proposed.This method combines the three platforms 3DMAX,PHOTOSHOP and Java 3D to collect basic information of architecture and garden landscape,scene design and cost reduction preset first,then realize 3D visual modeling by basic modeling,material mapping,lighting rendering and camera setting of the architecture and garden landscape on the 3DMAX platform,and realize the texture processing of the architecture and garden landscape by editing the scene material and creating the interface on the PHOTOSHOP platform.Finally,the viewpoint transformation formula and Java 3D technology are combined together to obtain an interactive architecture and garden landscape roaming algorithm,by which,the behavioral scripts and paths are set on the Java 3D platform for interactive roaming.The method was tested in the WINDOWS 10 system.The testing results show that the method can meet the interactive roaming requirements of the architecture and garden landscape,and the operation interface is simple and the roaming effect is good.

关 键 词：交互式漫游 自主模式设定 园林景观 漫游设计 信息采集 可视化建模 

分 类 号：TN02-34[电子电信—物理电子学] TP391[自动化与计算机技术—计算机应用技术]