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The “Guerriero di Castiglione”: reconstructing missing elements with integrated non-destructive 3D modelling techniques

机译:“ Guerriero di Castiglione”:使用集成的无损3D建模技术重建缺失的元素

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Accurately measuring an artefact of historical significance generally results in being able to extract information which is useful for evaluating what remains of the materials from a distant time. This allows scholars arrive at an exhaustive historical reading of the same artefact. Compared to the traditional measuring techniques, which can often be imprecise and complicated, 3D laser scanners measure the morphological characteristics of an artefact with extreme accuracy. Despite this, it is not always possible to choose the most appropriate sensors due to the geometric peculiarities, or indeed, the size of the object. The present work deals with two non-destructive analyses of an ancient stone sculpture, which for its morphology and size was scarcely compatible with the technical characteristics of either of the scanners used. Both scanners operate on the same technical principal, but are quite different from each other in terms of scale and precision. For these reasons, a complex 3D model (extremely appropriate given the original artefact) was draw out through a synergy of the two techniques. The virtual particularities of the model allowed it to be manipulated with the appropriate software. In fact, on the basis of qualitative parameters devised by researchers, it proved possible to reproduce the artefact’s geometric form, both virtually and in the form of physical models, obtained through non-conventional restoration methods (R.P. techniques). It has also been possible to verify the state of degradation of the surface of the stone caused by the traditional methods of applying cataloguing or storage information to it. Finally, the results achieved provide opportunities for further research on certain geometrical characteristics of the stone which, as highlighted by the elaboration on the virtual model, seem to be traceable to non-manual, perhaps mechanical, processes. Therefore, the historical considerations which derive from this fact call certain scholars into play.
机译:准确地测量具有历史意义的文物通常会导致能够提取信息,这对于评估遥远的时间里材料的剩余量很有用。这使学者们可以对同一手工艺品进行详尽的历史解读。与通常不精确和复杂的传统测量技术相比,3D激光扫描仪以极高的精度测量人工制品的形态特征。尽管如此,由于几何特性或物体的尺寸,并非总是可能选择最合适的传感器。本工作涉及对古代石雕雕塑的两种非破坏性分析,其形态和尺寸几乎与所用两种扫描仪的技术特征都不兼容。两种扫描仪均采用相同的技术原理,但在规模和精度方面却大不相同。由于这些原因,通过两种技术的协同作用,得出了一个复杂的3D模型(考虑到原始的人工制品,这极其适合)。该模型的虚拟特性允许使用适当的软件对其进行操作。实际上,根据研究人员设计的定性参数,事实证明可以通过非常规还原方法(R.P.技术)以虚拟和物理模型的形式再现文物的几何形状。还可以验证由向其应用分类或存储信息的传统方法导致的石材表面退化状态。最后,所获得的结果为进一步研究宝石的某些几何特征提供了机会,正如对虚拟模型的阐述所强调的那样,该几何特征似乎可以追溯到非手动的,也许是机械的过程。因此,从这一事实中得出的历史考虑使某些学者开始发挥作用。

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