L-System Growth Study
「形」存在無限多種可能 以樹的生長為起點，嘗試將分枝方式轉化為一組可控制的生成規則，觀察形體在不同變因下如何生長與改變
Form holds infinite possibilities. Beginning with the growth of a tree, this study translates branching patterns into a controllable set of generative rules, exploring how forms develop and transform as different variables are introduced.
使用 Grasshopper，先以 Rabbit 的 L-System 生成樹狀骨架，再用 SubD Pipe 將路徑轉換為連續的立體形態，並透過 Biomorpher 反覆演算與比較不同結果。主要調整分枝的數量與頻率，觀察局部規則如何影響枝幹的伸展、密度與整體輪廓
The process begins in Grasshopper, where Rabbit’s L-System generates a branching framework. SubD Pipe then turns the paths into continuous three-dimensional forms, while Biomorpher iterates and compares a range of outcomes. By varying the number and frequency of branches, the experiment examines how local rules shape their extension, density, and overall silhouette.
即使只是微小的參數調整或局部干預，也會在反覆迭代後被逐步放大，最終形成顯著不同的形體。這項研究的目的並非找出唯一的最佳結果，而是理解規則、變因與形式之間的關係，並探索其作為生成設計與造形研究方法的可能性
Even a slight adjustment or local intervention can become amplified through repeated iterations, eventually producing markedly different forms. Rather than seeking a single optimal result, the study investigates the relationship between rules, variables, and form, and considers how this process might serve as a method for generative design and formal exploration.