基于逻辑构建与算法实现的拟自然水景参数化设计

Research on Parametric Designs of Naturalistic Waterscapes Based on Logical Construction and Algorithm Implementation

"拟自然"水景设计从解读自然水景生成规律出发,充分结合地形条件,通过计算机技术辅助模拟自然形态与生态过程,生成拟自然的水景观系统。本文运用Grasshopper软件,紧扣水景构成关键要素,构建"形态—坝高—水量"动态关联,并根据参数化设计逻辑进行算法编写,建立参数化设计模型,实现水量、水体形态、工程量的多要素统筹设计与动态调控,优化设计方案。

Based on the interpretation of the generation law of natural water with full combination of terrain conditions,“Naturalistic”waterscapes uses computer technology to help simulate natural forms and ecological processes,in order to generate a natural water landscape system.This article focuses on the key elements of waterscape,building a dynamic relationship between“form-dam height-water quantity”.According to the parameterized design logic,the algorithm is compiled to create a parametric design model by using Grasshopper.With this method,the multi-elements integrated design and dynamic regulation of water quantity,water form,and engineering volume is realized.