面向山地空间的参数化辅助景观设计方法探究

发布时间：2017-12-26 21:36

本文关键词：面向山地空间的参数化辅助景观设计方法探究　出处：《北京林业大学》2016年硕士论文　论文类型：学位论文

【摘要】：本论文是从方法论的层面阐述参数化被动式辅助设计在景观设计领域的应用,并以山地类型景观设计作为研究对象展开研究,探索性尝试了一系列基于山地景观类型参数化设计的信息模型处理方法以及普适性设计逻辑,通过计算机的高速运算及辅助制图能力形成具有条件筛选能力的,针对功能生态的,能够独立运行的参数化景观信息模型,并归纳了其自下而上,自我涌现的数据联动结构即设计策略模组,结合景观信息模型从而为设计师更加高效合理地进行方案设计提供巨大的辅助性功能。论文拓展了参数化景观设计方法的内涵：逻辑的含义非常广泛,因此构建参数化景观设计应该遵循类型化景观普适逻辑的范畴,使各个设计环节逻辑关系“一脉相承”,从而满足方案的不可复制性原则；参数化设计具有强大的非线性造型能力,能够创造出任何特征的几何形式,如何将这样的造型能力落实于功能,服务于生态,使非线性形式语言的运用有据可依,有的放矢,并且使景观元素具备一致的几何逻辑关系从而形成风格统一逻辑连贯的整体性形式构成,是本论文所探讨衍生式的形式策略模组构建内容。本文以计算机辅助手段尝试归纳对于山地景观设计具有一定普适性意义的方法,通过进行逻辑与程序架构,构建具有能够自我衍生决策与形式的参数化模组,目的是用以辅助设计师更加科学有效工作的探索性尝试。参数化高效的联动性与直观性有助于设计者在三维可视化空间中激发更多的设计灵感,反复推敲修改方案而省去不必要的重复步骤。构建景观设计策略模组并不像传统景观设计中对于场地数据分析的浅尝辄止,而是彻底的来源于设计信息的共享,通过整合与处理做到去伪存真,抽离出真正对于方案设计起到决策作用的逻辑系统,是被动式辅助性景观设计最为重要的逻辑支撑。场地数据通过严密的逻辑算法交互传导信息实现了景观设计逻辑联动贯穿于场地的综合分析、决策处理、优化筛选、细节构建直到方案完成。
[Abstract]:This paper is from the methodological aspects of passive parametric aided design application in the field of landscape design, landscape design and the mountain type as the research object, attempt a series based on mountain landscape types of parametric design model information processing method and universal design logic, through high speed operation and auxiliary the formation of the computer drawing ability condition screening ability, according to the function of ecology, landscape information model parameters can be run independently, and summarizes the bottom-up, data linkage self emergence structure design strategy module, combined with the landscape information model so as to provide designers more efficient and reasonably auxiliary functions great design. This paper extends the connotation of parametric landscape design methods: logical meaning is very extensive, so the construction parameters of the landscape design should follow the type of fitness landscape general category of logic, so that each part of the design logic "line", so as to meet the project can not be copied; it has strong capability of nonlinear modeling parametric design. To be able to create any geometric form features, how to implement such modeling ability to function, to make use of ecological services, nonlinear form language based, targeted, and make landscape elements with geometric logic consistent to form a unified style form overall logic, is the derivative form strategy of modular construction content. In this paper, the computer aided method to inductive method has certain universal significance for mountain landscape design, through the logic and program structure, build a self derived parametric decision module and form. The purpose is to use exploratory to help designers to work more scientific and effective attempt. Parametric efficient linkage and intuitive help stimulate more inspiration in the three-dimensional visual space to the designer to modify the program and repeat steps batted, eliminating unnecessary. Construction of landscape design strategy module and unlike the traditional landscape design for the site data analysis tasted, but a complete source of information sharing in the design, through the integration and processing do Quweicunzhen, out for real design plays the role of decision-making logic system, logic is the most important support for the passive auxiliary landscape design. Site data is transmitted through strict logical algorithm, which realizes the logical linkage of landscape design and runs through the comprehensive analysis, decision processing, optimization and detailed construction of the site until the plan is completed.
【学位授予单位】：北京林业大学
【学位级别】：硕士
【学位授予年份】：2016
【分类号】：TU986

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