개방형BIM기반 건축 자동 법규검토를 위한 내·외부 공간 및 필로티 구조 자동 판별 알고리즘 개발

Abstract

Various efforts are being made to commercialize BIM in Korea. Conformity assessment is used as a way to improve BIM data quality. When code checking, the use or the space is limited first. Thus, the importance of spatial classification increased, and the names of spaces were coded. However, there were cases where spaces with the same name were external and internal (e.g., Balcony), which could not be distinguished by spatial classification codes. Therefore, an automatic identification algorithm for internal and external space was developed and verified. Additionally, the piloti structure among the external spaces has clear conditions, so we developed the automatic identification algorithm for piloti structure using automatic identification algorithm for internal and external space. It is expected that it will be used when conducting research that automatically calculates areas.