Ad Hoc 3D solutions
Architecture and BIM
In addition to the documentation, we offer systems for the management of the state of conservation and the mapping of degradation: Ad Hoc MM is a software developed by us that has been awarded the SMAU 2019 innovation award.
Our findings are optimized for BIM because we use the most modern and fast 3D scanning methodologies (Scan to BIM) and a documentary approach to the mapping of degradation that follows the multidisciplinarity criteria
Examples
San Pellegrino
3D monitoring survey of the main entrance. The survey has been carried out using a laser scanning system that allow to obtain an extremely hight accuracy 3D model. Using photogrammetry all the wall's true orthophotos have been obtained. The whoole project has been managed using ad hoc MM software.
Church
3D survey of the church and of the digs inside. Virtual modelling of the past shape of the site.
Survey of a residential building
Survey of a residential building for the planning of entrances for people with disabilities.
Termography
Rigorous projection of thermal data onto 3D models of buildings. Integration of 3D photographic data with termographic data for a deep study of the facade.
Saint Rhémy
3D laser scanner survey of an historical building for maintenance works. Production of CAD drawings and true orthophotos.
Survey of a facade
3D survey of a downtown building for the design of the installation of an external elevator. The survey was performed by laser scanner and photogrammetry from a work platform.
Breme
Architectural survey with generation of 3D models and true orthophotos of the walls and vaults of the crypts
Rascard
3D model of a 'rascard', a wooden house, by lascanner and UAV photos, Maison Gargantua, Gressan
Villeneuve, Chatel-Argent
3D laser scanner and photogrammetric survey of Chatel-Argent Castle, of the tower and walls. Creation of a comprehensive 3D model. Delivery of CAD drawings (plants, elevations, sections) and orthophotos to support the stratigraphic analysis of the walls and the design of the interventions.
Saint-Denis, Cly castle
3D laser scanner survey of the Castle and Chapel for the documentation of the restoration works. Creation of a comprehensive 3D model, filtering of the construction scaffolding and workers. Delivery of CAD drawings (plants, elevations, sections) and orthophotos to support the design of the interventions.
Aosta, Porta Praetoria
3D laser scanner surveys (22 measuring epochs) for the archaeological documentation of the digs at Porta Praetoria in Aosta. Production of 3D models and true orthophotos of orizontal layers and vertical baffles that were delivered in a 3D Information Management System (3D GIS) for the creation of the Archaeological Plans, of the matrix and 3D matrix beside the printing of the official digging documentation forms and drawings.
Quart castle
3D laser scanner survey of the Castle for the documentation of the restoration works. Creation of a comprehensive 3D model. Delivery of CAD drawings (plants, elevations, sections) and orthophotos to support the design of the interventions.
St. Marcel castle
3D laser scanner survey of the whole Castle (interior and exterior parts) for the documentation of the restoration works. Creation of a comprehensive 3D model, filtering of the construction scaffolding and workers. Delivery of CAD drawings (plants, elevations, sections) and orthophotos to support the design of the interventions.
Firenze Palazzo Vecchio
3D laser scanner survey of the Camera d'Arme, Palazzo Vecchio, Florence. 3D modelling for the architectural analysis of the geometry
Castelletto Cervo
3D laser scanner and photogrammetric survey of the whole (interior and exterior) romanic church for investigation purposes and for the design of restoration activities
Saint-Léger
3D laser scanner and photogrammetric surveys (10 measuring epochs) for the archaeological documentation of the digs in Saint-Léger church. 3D models and true orthophotos were produced and delivered in a 3D Information Management System (3D GIS) for the management of the Archaeological Plans and the dynamic creation of the matrix and 3D matrix beside the printing of the official digging documentation forms and drawings.
Accedemia delle Scienze Torino
3D geometric and photographic laser scanner survey of the wonderful 'Sala dei Mappamondi' at the Science Academy (Accademia delle Scienze) in Turin; 3D modelling and CAD drawings production for the design of restoration works.
Teatro Regio, Turin
3D geometric and photographic laser scanner survey of the theatre 'Teatro Regio' in Turin to create the stage of an Immersive Virtual reality live broadcasting.
Zoom, Turin
3D geometric and photographic laser scanner survey of the Arena in the Zoom park to create the stage of an Immersive Virtual reality live broadcasting.
Punta Murena, Alassio
3D mobile survey by boat the sea shores of Punta Murena, Alassio for the executive planning of the restoration works at Villa Brunati and the sourrounding park. 3D modelling of the area, identification of the vegetation on the area, generation of DEM/DTM, CAD drawings. Extraction of vertical sections.
Courmayeur
3D multi-temporal monitoring of a building to check deformations due to works in the surrounding area
Château Vallaise, Arnad
3D laser scanner survey of a portion of the Castle; 2D and 3D archaeological documentation of the digs in the courts.
Vercelli Cathedral
3D geometric and photographic laser scanner survey of the whole Vercelli Cathedral of S.Eusebio. CAD drawings, plants, sections, assonometric views were produced to support the design of restoration activities.
Mex Castle
Integrated 3D laser scanner and photogrammetric UAV survey of the Castle of Mex VD, Village; survey of the interior and exterior parts of the main buildings. As Built documentation and production of CAD drawings (plants, elevations and sections) and of orthophotos of the facades for the planning of restoration interventions.
Chapel of the Holy Shroud
Very high precision 3D laser scanner survey, modelling and graphical representation of the decorative quoins of the Holy Shroud Chapel. The activity was aimed at the creation of supporting tools for restorers.
Sant'Orso Cloister
3D laser scanner survey of the Sant'Orso Cloister in Aosta; 3D very high precision laser scanner survey of the 38 capitals. Generation and advanced modelling of coloured 3D models ready for 3D printing replicas. The delivered 3D virtual video and the 3D replicas are exposed in educational multimedia installation (in Hoc Claustro) at the Regional Archaeological Museum in Aosta. https://youtu.be/IBWW5KCXxKA
Lucedio
3D geometric and photographic laser scanner survey of the whole Santa Maria di Lucedio Abbey, including interior and exterior parts, attics, crypts and archaeological digs in the nearby areas. CAD drawings, plants, sections, assonometric views were produced. The produced 3D model was integrated with drawings and documentation coming from the archaeological dig, thus becoming a 3D Information Managing system (3D GIS) of the site.
Pistoia
3D laser scanner survey of a monumental fountain, advanced 3D modelling and 3D printed replica.
Aosta Roman Theatre
3D laser scanner, photogrammetric and UAV survey of the Roman Theatre of Aosta. It was the first time that an archaeological site in the Aosta valley was surveyed by mean of an UAV. 200 orthophotos of all the walls, a nadir orthophoto of the site and a cylindrical orthophoto of the Cavea were produced. The analysis of the wall stratigraphy was conducted, single context recording was produced; the matrix 3D was dynamically produced by an own developed tool. For restoration purposes, a census of the Functional Elements and of the Material Component, the mapping of Conservation Status based on a ICOMOS glossary, beside the plan of intervention were produced. http://youtu.be/vEPLJyftuqM (HD) http://youtu.be/KskrUmVOoGs (no audio - low resolution - smartphone compatible)
Duomo di Bondeno
3D laser scanner survey of the whole Duomo di Bondeno (facade, interior parts, attics) after the recent earthquake. The survey was conducted in a few days and in less than a week we delivered a complete and coloured 3D model. Our AdHoc software suite was enriched with custom tools to better interoperate with CAD environments and to help prospective views, plants, sections and videos in a more easy way. By exploiting our work, a staff of architects was able to rapidly create the documentation for the restoration intervention.