A Digital (3D) Reconstruction of a Lost Planetarium

Ioannis S. Diolatzis, G. Pavlogeorgatos
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Abstract

After many years of research, it has been concluded that Antikythera mechanism is a more complicated device than initially was thought. Recently, the rapidly increasing development of 3D modeling and simulation software, resulted in attempts to recreate the mechanism's 3D construction. These 3D replicas are based on advanced knowledge, gathered by the study of the mechanism remnants or the deciphered inscription on its surfaces. The latest decrypted inscriptions on the back door of the mechanism refers to planetary motion, which might be illustrated by a planetarium formation, which is absent from the remains of Antikythera mechanism. The authors propose a 3D reconstruction of this alleged planetarium, as a possible sequence of the existed mechanism's remains, compatible with the surviving inscriptions. Specifically, the authors introduce a lot of constructional differentiations compared to the other suggested, focusing mainly on measurements accuracy which this planetary system could perform.
一个丢失的天文馆的数字(3D)重建
经过多年的研究,人们得出结论,安提基西拉装置比最初认为的要复杂得多。近年来,三维建模和仿真软件的快速发展,导致尝试重建机构的三维结构。这些3D复制品是基于先进的知识,通过研究机械残骸或在其表面上破译的铭文而收集的。最新解密的铭文在机械装置的后门上,指的是行星运动,这可能是由一个天文馆的形成来说明的,这在安提基西拉机械装置的残骸中是没有的。作者建议对这个所谓的天文馆进行三维重建,作为现存机制遗骸的可能序列,与幸存的铭文相一致。具体来说,作者介绍了与其他建议的行星系统相比的许多结构差异,主要关注该行星系统可以执行的测量精度。
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