Abstract
Abstract. The contribution is part of an interdisciplinary research that aims to address the problems of knowledge, interpretation and documentation of vulnerable structures such as the brick Renaissance domes in Campania (XV-XVI century). The goal is to analyze the relationship between Survey, Historic Building Information Modelling (HBIM) and 3D parametric models based on geometric rules from Treaties to study and to manage Cultural Heritage. HBIM is generally based on scan-to-BIM process that allows to generate 3D model from point cloud. The reverse modeling process, from a point cloud to parametric geometric model, poses a series of issues at the center of cultural debate that currently takes place around HBIM. The experimentation underway is part of this research field with the aim of using the parametric approach as a tool able to introduce an additional methodology for big data interpretation. Currently we can identify two different approaches for the construction of a HBIM system: building a simplified model by identifying the shape grammar or building the geometric components from survey without using pre-compiled objects libraries, following the scan to BIM logic. In our research we are going to identify an "hybrid" methodology. Generally the process is based on the knowledge and critical abilities of individual scholars, the idea is to increase the efficiency of the system through collaborative workflow forms that allow to optimize the processes through effective knowledge management actions. We are going to use procedural modeling techniques to generate HBIM domes library.
Highlights
The contribution is part of an interdisciplinary research that aims to address the problems of knowledge, interpretation and documentation of vulnerable structures such as the brick Renaissance domes in Campania (XV-XVI century)
The goal is to analyze the relationship between Survey, Historic Building Information Modelling (HBIM) and 3D parametric models based on geometric rules from Treaties to study and to manage Cultural Heritage
In our research we have defined an experimental HBIM workflow with the aim of generating set of dome library based on the geometric rules from treatises, the comparison of these 3D models with point clouds allows to identify the rule used or to define a new rule and, to build complex parametric models based on reality-based surveys
Summary
The use of BIM for new buildings is characterized by standard procedures and methodologies, instead use of BIM for Cultural Heritage is an innovative and still underdeveloped research field. In our research we have defined an experimental HBIM workflow with the aim of generating set of dome library based on the geometric rules from treatises, the comparison of these 3D models with point clouds allows to identify the rule used or to define a new rule and, to build complex parametric models based on reality-based surveys
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