From TLS to HBIM. High quality semantically-aware 3d modeling of complex architecture
- Title
- From TLS to HBIM. High quality semantically-aware 3d modeling of complex architecture
- Creator(s)
- Quattrini, Ramona
- Malinverni, Eva Savina
- Clini, Paolo
- Nespeca, Romina
- Orlietti, Eleonora
- Date
- 2015
- Is Part Of
- The International Archives of the Photogrammetry, Remote Sensing and Spatial Information Sciences
- Volume
- XL-5-W4
- Pages
- 367-374
- Language
- eng
- ISSN
- 1682-1750
- Abstract
- In order to improve the framework for 3D modeling, a great challenge is to obtain the suitability of Building Information Model (BIM) platform for historical architecture. A specific challenge in HBIM is to guarantee appropriateness of geometrical accuracy. The present work demonstrates the feasibility of a whole HBIM approach for complex architectural shapes, starting from TLS point clouds. A novelty of our method is to work in a 3D environment throughout the process and to develop semantics during the construction phase. This last feature of HBIM was analyzed in the present work verifying the studied ontologies, enabling the data enrichment of the model with non-geometrical information, such as historical notes, decay or deformation evidence, decorative elements etc. The case study is the Church of Santa Maria at Portonovo, an abbey from the Romanesque period. Irregular or complex historical architecture, such as Romanesque, needs the construction of shared libraries starting from the survey of its already existing elements. This is another key aspect in delivering Building Information Modeling standards. In particular, we focus on the quality assessment of the obtained model, using an open-source sw and the point cloud as reference. The proposed work shows how it is possible to develop a high quality 3D model semantic-aware, capable of connecting geometrical-historical survey with descriptive thematic databases. In this way, a centralized HBIM will serve as comprehensive dataset of information about all disciplines, particularly for restoration and conservation. Moreover, the geometric accuracy will ensure also reliable visualization outputs.
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