4.10 几何组件概述_Overview of geometrical component types
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4.4 从 2D 到 3D 元胞自动机_From 2D to 3D Cellular Automata
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4.2 使用 Grasshopper组件_Using GH Comps
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4.7 原始数据组件_Primitive data components
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1.2 数据类型_Data Types
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4.3 预览几何_Preview Geometry
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4.5 画布导航_Canvas navigation
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4.4 蚱蜢轮_Grasshopper Wheel
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4.8 数据操作_Data operations
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4.9 列表操作_ List operations
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4.1 简介_Introduction
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4.11 数据结构（列表和树）_ Data Structure (Lists and Trees)
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3.4 组织几何和外观_Organizing geometry and appearances
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2.2 循环中的几何_Geometry in the Loop
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6.1 体量_Massing 01
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1.3 创建几何_Create Geometry
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4.6 GH工作流程_Grasshopper workflow
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8.1 建筑中的物理模拟_Design with Physics
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2.3 嵌套循环_Nested Loops
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1.4 街道类型_Street types
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1.2 设计策略_What is design
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3.6 隐式历史_Implicit history (Rhino history)
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3.5 高级绘图技巧_Advanced drawing techniques
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4.1 元胞自动机简介_Introduction
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1.1 什么是设计_What is design
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8.4 最小曲面_Minimal Surface
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8.1 OpenStreetMap数据_OpenStreetMap data from Rhino and Grasshopper
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2.4 帕累托前沿-Pareto Front EMO
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5.3 参数化设计_ABC Letter B Design 3
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3.2 创建和编辑形状_Create and edit shapes
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2.3 3D建模_Three dimensional forms
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6.2 体量_Massing 02
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8.2 Practice Simulation with kangaroo
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7.2 集群_Clusters
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6.3 楼层分析 _Floor Analysis
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7.3 参数化玻璃立面_Parameteric glass facade 1
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8.3 悬链线结构_ Design with Physics
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3.3 访问 Rhino命令_Accessing Rhino commands
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3.1 安装_Installing
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5.1 参数化设计_ABC Letter B Design 1
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7.5 自由形式玻璃立面_Freeform Glass Facade