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The methodology proposed in this paper in based on an integrated approach for creating a 3D digital reconstruction of anarchaeological site, using extensively the 3D documentation of the site in its current state, followed by an iterative interactionbetween archaeologists and digital modelers, leading to a progressive refinement of the reconstructive hypotheses. The starting pointof the method is the reality-based model, which, together with ancient drawings and documents, is used for generating the firstreconstructive step. Such rough approximation of a possible architectural structure can be annotated through archaeologicalconsiderations that has to be confronted with geometrical constraints, producing a reduction of the reconstructive hypotheses to alimited set, each one to be archaeologically evaluated. This refinement loop on the reconstructive choices is iterated until the resultbecome convincing by both points of view, integrating in the best way all the available sources.  The proposed method has been verified on the ruins of five temples in the My Son site, a wide archaeological area located in centralVietnam. The integration of 3D surveyed data and historical documentation has allowed to support a digital reconstruction of notexisting architectures, developing their three-dimensional digital models step by step, from rough shapes to highly sophisticatevirtual prototypes

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

DIGITAL RECONSTRUCTION OF AN ARCHAEOLOGICAL SITE BASED ON THE INTEGRATION OF 3D DATA AND HISTORICAL SOURCES