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Besides the demonstration of the findings, modern museums organize educational programs which aim to experience and knowledgesharing combined with entertainment rather than to pure learning. Toward that effort, 2D and 3D digital representations aregradually replacing the traditional recording of the findings through photos or drawings. The present paper refers to a project thataims to create 3D textured models of two lekythoi that are exhibited in the National Archaeological Museum of Athens in Greece;on the surfaces of these lekythoi scenes of the adventures of Odysseus are depicted. The project is expected to support theproduction of an educational movie and some other relevant interactive educational programs for the museum. The creation ofaccurate developments of the paintings and of accurate 3D models is the basis for the visualization of the adventures of the mythicalhero. The data collection was made by using a structured light scanner consisting of two machine vision cameras that are used forthe determination of geometry of the object, a high resolution camera for the recording of the texture, and a DLP projector. Thecreation of the final accurate 3D textured model is a complicated and tiring procedure which includes the collection of geometricdata, the creation of the surface, the noise filtering, the merging of individual surfaces, the creation of a c-mesh, the creation of theUV map, the provision of the texture and, finally, the general processing of the 3D textured object. For a better result a combinationof commercial and in-house software made for the automation of various steps of the procedure was used. The results derived fromthe above procedure were especially satisfactory in terms of accuracy and quality of the model. However, the procedure was provedto be time consuming while the use of various software packages presumes the services of a specialist

the international archives of the photogrammetry, remote sensing and spatial information sciences/international archives of the photogrammetry, remote sensing and spatial information sciences

ACCURATE 3D TEXTURED MODELS OF VESSELS FOR THE IMPROVEMENT OF THE EDUCATIONAL TOOLS OF A MUSEUM