Many archaeological objects are recovered as fragments, and 3D modelling offers enormous potential for the analysis and reconstruction of large assemblages. In particular, structured light scanning provides an accurate record of individual artefacts and can facilitate the identification of joins through details of breakage surfaces and overall morphology. The creation of 3D digital models has the further advantage of enabling the records to be accessed and manipulated remotely, obviating the need for prolonged access to the original materials in museums or repositories. Here, the authors detail the use of structured light scanning to produce a corpus of 3D models based on a sample from a large assemblage of terracotta and limestone sculptural fragments from the Cypro-Archaic period (c. 750–475 BC) at Athienou-Malloura, Cyprus.
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