圖學相關領域中，模型技術一直是重要的子領域，其中建築更是熱門的研究項目。唐宋時代中國傳統木構宮殿建築方面，傳統建築匠人技術今日已盡不復存，如何有效率地重建木構宮殿建築模型是一個值得探討問題。本篇論文將提出以空間文法（Spatial Grammar）描述並實際生成李誡撰寫的《營造法式》中，木構宮殿建築的地盤規劃與落柱位置。空間文法的設計遵照《營造法式》一書中對地盤的描述。最後以平面佈局的方式逐步呈現空間文法的演繹過程，並對空間文法是否得以生成《營造法式》中地盤的可行性進行驗證，並實作出互動式的操作系統。本論文貢獻為提供一個以網頁為載體的平面地盤佈局操作系統。令使用者能夠不需要專業知識，藉由空間文法操作並產生《營造法式》中的四種殿閣地盤(分心斗底槽、單槽、雙槽及金箱斗底槽)。

Modeling is an important research field. Architecture modeling is important in computer graphics. When it comes to the traditional Chinese palace, it is hard to find an architect who is familiar with architecture technology of Tang Dynasty and Song Dynasty today. How can we build a traditional Chinese palace efficiently is a challenging. We developed a system to generate layout and position of pillar of traditional Chinese palace based on description in building codes published in Song Dynasty by using spatial grammar. We confirmed that spatial grammar is applicable to generate layout by demonstrating the generation of spatial grammar on 2-dimention plan on our web-based interactive system. We finally developed a web-based interactive system to allow users to generate four layout without any knowledge about the architecture.

中文摘要 i
英文摘要 ii
致 謝 iii
目 錄 iv
表目錄 v
圖目錄 vi
第一章 導論 1
1.1 背景 1
1.2 動機 4
1.3 目的 6
1.4 論文結構 6
第二章 相關文獻 8
2.1 高小倩《營造法式》地盤空間文法設計 11
第三章 空間文法系統設計　12
3.1 取樣　12
3.1.1　初始化地盤單元集合　12
3.1.2　螺旋狀圖騰走訪 14
3.2 階段規則 15
3.2.1　基本地盤單元的生成（Stage 1）　16
3.2.1.1 Stage 1規則設計與限制 　17
3.2.2　合併基本地盤單元（Stage 2A）　19
3.2.2.1 Stage 2A規則設計與限制　19
3.2.2.2 Stage 2A檢查合法與合併後矩形大小　21
3.2.3　合併地盤單元集合（Stage 2B）　21
3.2.3.1 Stage 2B規則設計與限制　22
3.2.4　Stage 2B合併後多邊行輪廓 　24
3.2.4.1 Theo Pavlidis’ Algorithm　24
3.2.4.2 Theo Pavlidis’ Algorithm for Boundary Points　27
第四章 系統界面介紹　32
4.1 系統操作流程　32
4.2 設置地盤　33
4.3 載入與輸出規則檔　35
4.4 規則比對與相關操作　36
4.4.1 規則檢視　36
4.4.2 規則階段的切換 37
4.4.3 復原與重作　38
4.5 新增規則 39
4.6 規則總覽 40
第五章 《營造法式》殿閣地盤實作結果與討論　42
5.1 金箱斗底槽規則設計 　43
5.1.1 金箱斗底槽衍生過程　49
5.2 分心斗底槽規則設計 　50
5.2.1 分心斗底槽衍生過程　51
5.3 單槽規則設計　52
5.3.1 單槽衍生過程　53
5.4 雙槽規則設計　54
5.4.1 雙槽衍生過程　55
5.5 小結　55
第六章 結論與未來展望　57

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