景观建筑的参数化设计方法研究
发布时间：2018-07-15 16:56
【摘要】：数字化时代的时代精神已经渗透到我们的生活中,在设计领域的表现已经从最早的计算机辅助人工智能,基于算法的参数设计阶段,我们正处在一个非标准化的多年龄。计算机辅助设计工具,参数化设计将成为设计方法存在,是一种从下往上的方法来设计。它主要是通过物理控制元件和组合规则,一种计算机语言,控制各种操作流程和关键指标,参数控制优化行为的结果。它给设计带来了新的效率,新的方法和新的思维模式。实践是检验真理的唯一标准,本文通过设计实践的参数化设计的做法对多目标优化研究,为了研究参数化设计在景观建筑设计实践中的可操作性的方法。在设计实践的过程中,我们通过云东海公园半桥设计实践为对象,设置的主要目标,并通过建筑、结构、预算和其他相关专业在一起,在每一个阶段的设计成果评价的设计实践,从而推动设计过程。经过大量模拟计算和数据评测工作,从三个具体实践阶段的设计模式角度,对Grasshopper为代表的参数化设计和景观建筑设计两者的结合进行详细论述,说明了其、高效、通用、多目标、持续、可优化的特征。参数化设计是一种有效的方法,它不仅提供了更多的可能性,从而大大提高了效率,还缩短了设计周期,量化关联的合理设计和其他方面的内容,它有严格的逻辑算法过程,给设计带来了新的发展,在该领域的强大动力。
[Abstract]:The spirit of the digital age has permeated our life. The performance of the design field has been from the earliest computer-aided artificial intelligence, algorithm-based parameter design phase, we are in a non-standardized multi-age. CAD tools, parameterized design will become the existence of design methods, is a bottom-up method to design. It is mainly through physical control components and combination rules, a computer language, control of various operating processes and key indicators, parameters control the results of optimization behavior. It brings new efficiency, new methods and new thinking patterns to design. Practice is the only criterion to test the truth. This paper studies the multi-objective optimization through the practice of parameterized design, in order to study the operational method of parameterized design in the practice of landscape architecture design. In the process of design practice, we set the main objectives through the design practice of the half-bridge of Yundong Park, and through architecture, structure, budget and other related majors together, At each stage of the design results evaluation of the design practice, thus promoting the design process. After a lot of work of simulation calculation and data evaluation, the combination of parametric design and landscape architecture design represented by Grasshopper is discussed in detail from the angle of design pattern in three practical stages. Multi-objective, continuous, and optimizable features. Parameterized design is an effective method. It not only provides more possibilities, but also greatly improves efficiency, shortens the design cycle, quantifies the reasonable design of association and other aspects. To the design has brought the new development, in this domain formidable impetus.
【学位授予单位】：华南理工大学
【学位级别】：硕士
【学位授予年份】：2013
【分类号】：TU201;TU986
本文编号：2124753
[Abstract]:The spirit of the digital age has permeated our life. The performance of the design field has been from the earliest computer-aided artificial intelligence, algorithm-based parameter design phase, we are in a non-standardized multi-age. CAD tools, parameterized design will become the existence of design methods, is a bottom-up method to design. It is mainly through physical control components and combination rules, a computer language, control of various operating processes and key indicators, parameters control the results of optimization behavior. It brings new efficiency, new methods and new thinking patterns to design. Practice is the only criterion to test the truth. This paper studies the multi-objective optimization through the practice of parameterized design, in order to study the operational method of parameterized design in the practice of landscape architecture design. In the process of design practice, we set the main objectives through the design practice of the half-bridge of Yundong Park, and through architecture, structure, budget and other related majors together, At each stage of the design results evaluation of the design practice, thus promoting the design process. After a lot of work of simulation calculation and data evaluation, the combination of parametric design and landscape architecture design represented by Grasshopper is discussed in detail from the angle of design pattern in three practical stages. Multi-objective, continuous, and optimizable features. Parameterized design is an effective method. It not only provides more possibilities, but also greatly improves efficiency, shortens the design cycle, quantifies the reasonable design of association and other aspects. To the design has brought the new development, in this domain formidable impetus.
【学位授予单位】：华南理工大学
【学位级别】：硕士
【学位授予年份】：2013
【分类号】：TU201;TU986
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