The research project VisualVersilia 3D aims at offering a new method to record and visualize the territory and its heritage by matching the traditional reading of documents and the potential use of modern communication technologies. The purpose of the project is to define a methodology that can be applied to material culture, as well as to other types of contents and contexts, to enhance the characteristic features of the territory and its heritage. The innovation of the project consists in the development of a procedure for documenting current and past historical times and integrating their 3D visualizations with rendering, capable of returning an immersive virtual reality for a successful enhancement of the heritage. The research implements the methodology in the archaeological complex of Massaciuccoli (Massarosa, LU), one of the best preserved roman site of the Versilia area (Tuscany, Italy). The activities briefly consist in: 1) analysis of all types of available sources; 2) metric three-dimensional survey by laser scanning technology addressed to the structures and buildings of the complex; 3) laser scanning data processing; 4) realization of virtual 3D rendering related to Roman and current condition for documentation and conservation purposes; 5) creation of virtual tour of the site in its current form, on the basis of spherical images then enhanced by texts, and 3D models of the Roman age.

A multidisciplinary approach to document and visualize an archaeological site: The Villa d'Otium of Massaciuccoli (Massarosa, LU) / [Un approccio multidisciplinare per documentare e visualizzare un sito archeologico: La villa d'otium di massaciuccoli (Massarosa, LU)] / Giannini, M.; Castagnetti, C.. - In: ARCHEOLOGIA E CALCOLATORI. - ISSN 1120-6861. - 29:1(2018), pp. 279-295. [10.19282/ac.29.2018.22]

A multidisciplinary approach to document and visualize an archaeological site: The Villa d'Otium of Massaciuccoli (Massarosa, LU) / [Un approccio multidisciplinare per documentare e visualizzare un sito archeologico: La villa d'otium di massaciuccoli (Massarosa, LU)]

M. GIANNINI
;
C. CASTAGNETTI
2018

Abstract

The research project VisualVersilia 3D aims at offering a new method to record and visualize the territory and its heritage by matching the traditional reading of documents and the potential use of modern communication technologies. The purpose of the project is to define a methodology that can be applied to material culture, as well as to other types of contents and contexts, to enhance the characteristic features of the territory and its heritage. The innovation of the project consists in the development of a procedure for documenting current and past historical times and integrating their 3D visualizations with rendering, capable of returning an immersive virtual reality for a successful enhancement of the heritage. The research implements the methodology in the archaeological complex of Massaciuccoli (Massarosa, LU), one of the best preserved roman site of the Versilia area (Tuscany, Italy). The activities briefly consist in: 1) analysis of all types of available sources; 2) metric three-dimensional survey by laser scanning technology addressed to the structures and buildings of the complex; 3) laser scanning data processing; 4) realization of virtual 3D rendering related to Roman and current condition for documentation and conservation purposes; 5) creation of virtual tour of the site in its current form, on the basis of spherical images then enhanced by texts, and 3D models of the Roman age.
2018
29
1
279
295
A multidisciplinary approach to document and visualize an archaeological site: The Villa d'Otium of Massaciuccoli (Massarosa, LU) / [Un approccio multidisciplinare per documentare e visualizzare un sito archeologico: La villa d'otium di massaciuccoli (Massarosa, LU)] / Giannini, M.; Castagnetti, C.. - In: ARCHEOLOGIA E CALCOLATORI. - ISSN 1120-6861. - 29:1(2018), pp. 279-295. [10.19282/ac.29.2018.22]
Giannini, M.; Castagnetti, C.
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11380/1169201
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