人性化與永續化的思維，讓建築的互動性與適應性日益受到重視。如何利用現今的科技技術進行動態建築設計是一個值得討論的議題。參數式設計方法的天賦在於其可以在既有的演算邏輯架構下，經由調整參數數值，就可以形成連續變動的外觀造型、量體或動態。相對於模擬靜態外形設計的演算法已經被大量的討論與研究，動態行為的參數化尚未被仔細的討論。

本研究運用「摺紙」來討論動態行為，針對可展開縮放的摺紙圖紋理，進行剛性折疊模擬。經文獻回顧整理出六類的摺紙圖紋理，平行線紋理、放射線紋理、單摺紋理、V形紋理、X形紋理、雜形紋理。以此六種摺紙圖紋理進行動態模擬實作。運用「旋轉」解讀摺紙動態為概念，建立參數式的摺紙動態模擬邏輯。會因定義方式的不同而產生差異：以面的旋轉、點的軸轉及線的折疊三種旋轉概念實作摺紙動態，將六種摺紙圖紋理依序發展成六種摺紙動態模式：山型模式、傘型模式、單摺模式、V形折疊模式、X形折疊模式、自組單元模式。再使用AutoDesk Dynamo為操作工具與動態模擬平台，針對六種摺紙動態模式進行實作。將概念模型與定義方式實際運用，建立參數式設計的演算法。討論摺紙動態模式的功能、邏輯概念、演算法與後續應用後，檢討適合的操作流程與策略。

本研究透過摺紙動態行為的定義，發展出一套可以進行多種摺紙動態行為模擬系統。儘管研究初步只應用在六種摺紙動態模式中，但透過此六種模式的實作，顯示本研究提出的摺紙動態行為模擬系統具備相當發展的潛力，提供未來動態設計探索與應用的潛能。

Parametric design has been adopted by designers to create kinetic architecture. Implementing the kinematics of origami in a parametric design system is desirable and has been studied, but the results are still limited.

We have identified six common patterns of rigid origami folding. They are Linear, Radial, Tuck, V-span, X-span, and Unit. Based on the patterns, a set of parametric design tools has been developed and implemented.

A conceptual model, Move Model, is proposed to address the kinematics of rigid origami. It is demonstrated through the implementation that the concept of rotation alone is sufficient to model various patterns of origami. Furthermore, we have developed Active Origami as a set of parametric tools to explore patterns of rigid origami.

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