摘要
随着时代的进步与数字化技术的更新和发展,现代景观装置设计逐步由线性思维转向非线性数字化生成,参数化技术的应用使得局部构件通过变更传播的引擎关联至一起,以更为便捷的方式实时动态调节景观装置的有机形态。目前将参数化技术引入景观装置设计的应用越来越多,但就实际建造仍旧缺乏相应的技术支撑,据此基于Grasshopper模数平台进行探索研究,主要找出能够辅助设计师快速实现有关非线性景观装置设计的优化算法,并以数据处理的形式来进行归纳,进而有效解决复杂性极小曲面生形和数字化建造的问题。
With the progress of the times and the update and development of digital technology,the design of modern landscape installations has gradually shifted from linear thinking to non-linear digital generation.The application of parametric technology makes partial components linked together through the engine of change propagation,in a more convenient way Real-time dynamic adjustment of the organic form of the landscape installation.At present,there are more and more applications of introducing parametric technology into landscape device design,but there is still a lack of corresponding technical support for actual construction.Based on this,explo ration and resea rch based on the Grasshopper modular platform are mainly to find out that can assist designers to quickly realize related nonlinea rities.The optimization algorithm of landscape installation design is summarized in the form of data processing,which effectively solves the problems of extremely small complex cu rved surfaces and digital construction.
出处
《设计》
2022年第14期145-148,共4页
Design
关键词
景观装置
参数化技术
极小曲面
优化
数据
Landscape installation
Parametric technology
Minimal curved surface
Optimization
Data
