The methodology presented in this paper, based on the 3d modeling of fragments and the use of a 3D GIS, has studied some of the procedures for the virtual reconstruction of archaeological complex sites, such as the Arch of Titus. This method is based on the factorization of the reconstruction process in a planimetric anastylosis, a following altimetric anastylosis and a three-dimensional volumetric anastylosis that brings together information derived from the first two. Our research also makes use of existing traditional graphic documentation, from which it takes its cue.
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References
1.
CancianiM.SacconeM., The Use Of 3d Models In Integrate Survey: The Church Of St. Thomas Of Villanova In Castel Gandolfo, Int. Arch. Photogramm. Remote Sens. Spatial Inf. Sci., XXXVIII-5/W16, 2011, 591–597.
2.
CancianiM.FalcoliniC.BuonfiglioM.PergolaS.SacconeM.MammìB.RomitoG., A method for virtual anastylosis: The case of the Arch of Titus at the Circus Maximus in Rome, ISPRS Ann. Photogramm. Remote Sens. Spatial Inf. Sci., II-5/W1, 2013, 61–66.
3.
MezzettiC., Il santuario di Hera al Capo Lacinio: L'analisi della forma, il restauro, la ricerca Archeologica, Kappa, 2009.
4.
RemondinoF., Rilievo e modellazione 3D di siti e Architetture complesse, Disegnare con, 4(8), 2011, 90–98.
5.
LiD.HongT.ZhuY.YangJ., 3D Reconstruction and simulating assembly of ancient chinese timber-structure building, The proceedings of CIPA 2005 XX International Sympsium, 2005, 906–911.
6.
ThuswaldnerB.FloryS.KalasekR.HoferM., Digital Anastylosis of the Octagon in Ephesos, Journal on Computing and Cultural Heritage, 2(1), 2009, 1–27
7.
De LucaL.BusayaratC.StefaniC.VéronP.FlorenzanoM., A semantic-based platform for the digital analysis of architectural heritage, Computers & Graphics, 35, 2011, 227–241.
8.
RossettoCiancio P., Il circo cesariano e l'arco di Tito, Circo Massimo, Archeologia Laziale, 8, 1987, 39–46.
VittucciBrandizzi P., L'arco di Tito al Circo Massimo, Archeologia Laziale, 10, 1990, 68–71.
11.
VittucciBrandizzi P., L'emiciclo del Circo Massimo nell'utilizzazione post classica, MEFRA, 103(1), 1991, 7–40.
12.
CarettoniG.ColiniA.CozzaL.GattiG., La pianta marmorea di Roma antica. Forma urbis Romae, Rome1960, tav. XVII, fr.7c.
13.
RossettoCiancio P., Il Circo Massimo: La creazione di un modello architettonico, El Circo en Hispania Romana, 2001, 13–25.
14.
RossettoCiancio P., Le Circus Maximus. Des acquisitions scientiiques recentes à la maquette electronique, Rome An 2000. Ville, maquette et modele virtuel, 2003, 103–111.
15.
GolvinJ-C., Modele et maquette: Quelques problemes relatifs a l'image de restitution, Rome An 2000. Ville, maquette et modele virtuel, 2003, 179–190.
16.
PeresM., La maquette electronique du Circus Maximus élaborée dans le cadre du Programme ‘Iconic’ de l'institut Ausonius: Choix de presentations et outils de realisation, Rome An 2000. Ville, maquette et modele virtuel, 2003, 275–287.
17.
VergnieuxR., La réalité virtuelle au service d'un programme de recherche sur le Circus Maximus, Rome An 2000. Ville, maquette et modele virtuel, 2003, 357–359.
18.
VergnieuxR., Réalité virtuelle: Un outil pour l'archeologie, Virtual Retrospect, 2004, 13–16.
19.
BoldrighiniF., Arcata, Archeologia e catalogazione, 2007.
20.
CancianiM.FalcoliniC.SacconeM.SpadaforaG., From complexity of architecture to geometrical rule. The case study of the dome of San Carlino alle Quattro Fontane in Rome. Less More Architecture Design Landscape | Le vie dei Mercanti. vol. collana fabbrica della conoscenza no 16, 2012.
21.
CancianiM.FalcoliniC.SacconeM.SpadaforaG., From point cloud to Architectural models: Algorithms for shape reconstruction. ISPRS Archives, XL-5/W1, 2013.
