Studenica church: Vector Drawings of Proportions

Vector files of some of the diagrams used in Dragović M., Čučaković A., Bogdanović J., Čičević S., Trifunović A. (2019) Triangular Proportional Scheme and Concept of the Two Serbian Medieval Churches. In: Cocchiarella L. (eds) ICGG 2018 - Proceedings of the 18th International Conference on Geometry and Graphics. ICGG 2018. Advances in Intelligent Systems and Computing, vol 809. Springer.A major world heritage site on the UNESCO list, the Studenica church in Serbia unites Romanesque and Byzantine ideas of sacred space. The research aims to test the transfer of architectural knowledge and whether the dome that scoops the light in shafts – which remains technically a demanding task in modern construction – points to the applied medieval knowledge of geometry, physics and optics. This research features the Studenica church as a model for advanced studies of medieval architecture that often lacks textual sources about its creation or training of its architects.

本数据集包含Dragović M.、Čučaković A.、Bogdanović J.、Čičević S.、Trifunović A. 于2019年发表的论文《三角比例方案与两座塞尔维亚中世纪教堂的设计理念》中所使用的部分图表的矢量文件。该论文收录于Cocchiarella L. 主编的《2018年第18届国际几何与图形会议（18th International Conference on Geometry and Graphics, ICGG 2018）论文集》，属于《智能系统与计算进展》（Advances in Intelligent Systems and Computing）第809卷，由Springer出版。
塞尔维亚斯图德尼察教堂是联合国教育、科学及文化组织（United Nations Educational, Scientific and Cultural Organization, UNESCO）认定的世界重要文化遗产，其融合了罗马式与拜占庭式的神圣空间设计理念。本研究旨在验证建筑知识的传播路径，并探究这种可将光线以束状引入穹顶的设计——该结构在现代建筑中仍属技术难题——是否体现了中世纪时期在几何学、物理学与光学领域的应用知识。鉴于中世纪建筑通常缺乏关于其建造过程及建筑师培训的文字史料，本研究以斯图德尼察教堂作为中世纪建筑进阶研究的典型模型。