| 摘要: |
| 缺乏参数关联与控制的山地设计在科学性与精准性
上出现诸多设计障碍，如山地场地、道路等三维设计信息与二
维设计不匹配；山地曲线、曲面地形要素设计精度不高等。
借鉴BIM技术在建筑参数化设计中的应用，探索Civil 3D与
InfraWorks协同处理山地地形并进行信息交互的设计方法，
完成山地地形三维模型设计与二维设计的参数关联，从而优化
山地设计程序，提高山地设计精细化程度，并为设计者即时提
供设计反馈信息和设计变更途径。通过研究实现山地景观信息
在BIM平台中的集成应用，构建基于风景园林信息模型(LIM)
的山地设计路径，为山地地形设计提供参数化解决方案。 |
| 关键词: 风景园林 LIM BIM 山地 参数化 |
| DOI： |
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| 基金项目: |
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| An Experimental Research on the Terrain Parametric Design of Mountain Landscape Based on the Landscape Information Modeling (LIM)—Taking Civil 3D and InfraWorks Interactive Design as an Example |
| CUI Xing,LOU Juan,ZHANG Yuanyuan,WEI Wen,CHENG Ziyi |
| Abstract: |
| There are many design obstacles in the scientificity and
accuracy of mountain design which lacks parameter correlation and
control, such as the mismatch between 3D design information such
as mountain site and road and 2D design; and the design accuracy
of mountain curve and surface terrain elements is not high. Based
on the application of BIM technology in building parametric design,
this study explores the design method of collaborative processing of
mountain terrain and information interaction between civil 3D and
InfraWorks, and completes the parameter correlation between 3D
model design and 2D design of mountain terrain, so as to optimize
the mountain design program, improve the refinement of mountain
design, and provide designers with design feedback information
and design change ways in real time. By studying and realizing the
integrated application of mountain landscape information in BIM
platform, a mountain design path based on landscape architecture
information model (LIM) is constructed to provide a parametric
solution for mountain terrain design. |
| Key words: landscape architecture LIM BIM mountain parametric |
