A general study of old mirrors by the three-dimensional digital archive technology

三维数字档案技术对旧镜子的综合研究

基本信息

批准号：
14209023
负责人：
HIGUCHI Takayasu
金额：
$ 29.12万
依托单位：
Kashihara Archaeological Institute , Nara prefecture
依托单位国家：
日本
项目类别：
Grant-in-Aid for Scientific Research (A)
财政年份：
2002
资助国家：
日本
起止时间：
2002 至 2004
项目状态：
已结题

来源：
https://kaken.nii.ac.jp/grant/KAKENHI-PROJECT-14209023/
关键词：
Sankakuen shinjukyo Three-dimensional measurement Foundry technique digital archives 差分解析

项目摘要

As for the study of “Sankakuen shinjukyd", many results are accumulated by former study such as the study about farm iconography the study about the relation of the same mold mirror, and so on How to observe and recordthe archaeological remains which became these research bases was changing. Rubbing have been used since old days, next plane photograph used a big camera Then, it changed to the drawing which added an observation record in the plane photograph. At prent the record that two-dimensional information such as rubbing, photograph, and plan drawing in addition to a cross section was used generally.In contrast with such a usual method, we have built the three-dimensional digital database of the mirror applied precise measurement technology, and digitization technology. And we have observed the real things and have did three-dimensional digital measurement of about 600 bronze miners (“Sankakuen shinjukydo" about 250 bronze mirrors is contained).We collect data of mirrors discovered from the whole country, observe three-dimensionally as it is taken in our hands, compare some mirrors, and accumulate precise ground plan and cross section with expanding in the computer. It becomes new environment to study mirrors at the same time, for many people, including researcher who has a few opportunities to observe real thing, by the proposal of new way of observing which make use of three-dimensional digital archives.

至于对“ sankakuen shinjukyd”的研究，以前的研究（关于农场象征学的研究）积累了许多结果。关于同一模具镜的关系的研究，以及如何观察和记录档案保留，这将变成这些研究基础正在发生变化。自从过去以来，摩擦就已经使用了，然后下一个飞机照片使用了一个大型相机，它更改为图纸，在飞机照片中增加了观测记录。在Prent上，通常使用二维信息（例如摩擦，照片和计划图）的记录通常使用了横截面。与这种常规方法相比，我们构建了镜面应用精度测量技术和数字化技术的三维数字数据库。我们已经观察了真实的事物，并进行了三维数字测量，约有600名青铜矿工（“ Sankakuen Shinjukydo”约有250个青铜镜）。我们收集从整个国家发现的镜子的数据，在整个国家中观察到三维的镜子，因为它在我们手中占据了三维的镜头，并将某些镜子与一面的镜头相比，并累积了一部分，并分布了一部分，并分为一部分，并分为一部分。对于许多人，包括有一些机会观察真实事物的研究人员，通过使用新的观察方式，使用三维数字档案，这将成为新的环境。