一类殿堂式大木作的算法生形研究

发布时间：2018-07-12 07:49

本文选题：营造法式 + 参数化　；参考：《河北工程大学》2017年硕士论文

【摘要】：将复杂系统理论引入建筑设计,诞生了参数化设计方法;将参数化设计方法引入传统古建筑设计,诞生了本文。结合理论研究与实际案例,逐步介绍了论文主要涉及到的有关概念,提出了作者的观点。以古城复原为契机,研究《营造法式》中一类殿堂式大木作各个构件之间的关联,通过Grasshopper平台将其参数化,编制出一套算法,实现以输入对应的参数来生成对应的形体。并进一步提出,参数化模型有利于设计者对不同形体进行整体把握,为今后宋代官式建筑的复原提供支持。利用计算机完成了各个构件之间关系的推导,使抽象难懂的古建筑术语词典形象具体化,甚至削弱了传统建造体系中“经验”所占的比重,将建筑师从重复性工作中解放出来。通过该GH程序,可以通过不同的输入参数组合来快速得到不同类型的殿堂式大木作模型,供设计师自由选择最佳方案。选择参数并宏观把控相应的结果,才是建筑师应该投入更多精力的地方。
[Abstract]:The complex system theory was introduced into the architectural design and the parametric design method was born, and the parameterized design method was introduced into the traditional ancient architectural design. Combined with theoretical research and practical cases, this paper introduces the related concepts of the paper and puts forward the author's point of view. Taking the restoration of the ancient city as the turning point, this paper studies the relationship between the various components of a kind of palaces in "Building French style", parameterizes it through Grasshopper platform, and compiles a set of algorithms to generate the corresponding shape by inputting corresponding parameters. Furthermore, the parameterized model is helpful for designers to grasp the different shapes as a whole and to provide support for the restoration of official buildings in the Song Dynasty. The computer is used to complete the derivation of the relationship between the various components, which makes the abstract and difficult image of the dictionary of ancient architectural terms concrete, and even weakens the proportion of "experience" in the traditional construction system, thus freeing the architect from the repetitive work. Through the GH program different input parameters can be combined to quickly obtain different types of large wood model for designers to freely choose the best scheme. Choosing the parameters and controlling the corresponding results are the places where the architect should put more effort into.
【学位授予单位】：河北工程大学
【学位级别】：硕士
【学位授予年份】：2017
【分类号】：TU-092;TU201

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