利用三维数字模型重建莱昂纳多的米兰大教堂提布里奥项目的一些假设

IF 1.6 0 HUMANITIES, MULTIDISCIPLINARY
Sabine Frommel, F. Apollonio, M. Gaiani, Gianna Bertacchi
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引用次数: 4

摘要

本文分析了未建成的达芬奇米兰大教堂的tiburio项目的可能解释,该项目在《大西洋抄本》(Codex Atlanticus)的两张纸上描绘,使用数字工具,主要是3D建模技术。从现有的研究和莱昂纳多项目的假设重建开始,仅利用模拟方法(即2D绘图技术),提出了新的深入分析。详细地说,3D建模的使用允许系统地分析可能的解决方案,以便能够轻松地重建从达芬奇在《大西洋抄本》中所代表的部分开始调查的每个解决方案的计划。结果导致了这个复杂建筑的多种解释解决方案。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Some reconstruction hypotheses of Leonardo’s project for the tiburio of the Milan cathedral by using 3D digital models
This paper analyses possible interpretations of the unbuilt Leonardo's project for the tiburio of the Milan cathedral, depicted in two sheets of the Codex Atlanticus , using digital tools, mainly 3D modelling techniques. Starting from existing studies and hypothetical reconstructions of Leonardo’s project, exploiting only analogue methods (i.e. 2D drawing techniques), new in-depth analyses are presented. In detail the use of 3D modelling allows a systematic analysis of the possible solutions for the ability to easily reconstruct the plan of each solution investigated starting from the section represented by Leonardo in the Codex Atlanticus . Results lead to multiple interpretative solutions of this complex architecture.
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来源期刊
CiteScore
1.90
自引率
50.00%
发文量
0
审稿时长
16 weeks
期刊介绍: CIRES-IT, e-ISSN 2239-4303, provides a forum for the exchange and sharing of know-how in the areas of Digitalization and Multimedia Technologies and Information & Communication Technology (ICT) in support of Cultural and environmental Heritage (CH) documentation, preservation and fruition. It publishes comprehensive reviews on specific fields, regular research papers and short communications in a timely fashion. The Journal aim is to encourage scientists to publish their experimental results and theoretical work in a comprehensive way. Restrictions on the length of papers is negotiable with the Editors. There are, in addition, other features that this Journal encourages: Electronic files regarding the full details of theoretical derivations, detailed experimental results, high-resolution renderings, short video animations and audio/video documentaries can be deposited as supplementary material to support the article.
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