宋營造法式為中國建築營建工程中建立了最早的資料庫與法制規則的歸納，使得其能以最有效益的方式進行建造，其中詳述了建築設計、比例、結構、施工、用料等方面的法制規範要求。尤其是大木作的枓栱鋪作系統，充滿了豐富的構件，然其複雜的組構形式，竟然可用統一簡單的枓栱堆疊而成，甚而可用簡單制式的語彙描繪出整體複雜的表現形態，從而又能於不同使用規模層級中反映出其統一的面貌，著實讓人驚異與好奇。本研究建構空間語意規則(spatial semantic rules)為定義物件屬性、幾何及其三度空間組合關係，並藉由構件的單元屬性與組合，解析其規則，理出物件的幾何特性。並以建築資訊模型(Building Information Modeling, BIM)之參數方式來產生豐富多樣的複合構件，來建立資料庫、歸納資料並分析評估。本研究最終驗證了自動化建模在BIM系統中的準確性與效益，利用營造法式語意規則之轉化有效在BIM平台運作，不僅解析了大木作枓栱構件，並且還調控了自動化建模程序，建構出營造法式之大木作枓栱鋪作構架語意BIM自動化系統雛形。

Yingzao Fashi established the earliest database and summary of legal rules for Chinese construction projects, allowing them to carry out construction in the most efficient way. It detailed architectural design, proportion, structure, construction, materials, etc. Legal requirements. In particular, the complex structure of the roof truss system in the Wood-Frame Construction is made up of simple stacked brackets. Even the overall complex architectural form can be described using simple formal vocabulary. Thus, it can reflect its unified appearance in different levels of use scale. This study constructs spatial semantic rules (SSR) to define object attributes, geometry, and their three-dimensional spatial combination relationships. And through the unit attributes and combinations of components, its rules are analyzed and the geometric characteristics of the object are figured out. And use the parametric method of Building Information Modeling (BIM) to generate a variety of composite components to establish a database, summarize data, and analyze and evaluate. This study verified that the transformation using Yingzao Fashi semantic rules effectively operates on the BIM platform, not only parsing the database of Wood-Frame Construction objects, but also controlling the automation process. Finally, the prototype of a Dougong of Yingzao Fashi semantic BIM automation system for Wood-Frame Construction was constructed.