• Title/Summary/Keyword: BIM 라이브러리 배치

Search Result 2, Processing Time 0.017 seconds

Development and Application of a BIM Library Placement Automation Model (BIM 라이브러리 자동 배치 모형 개발 및 사례 검증)

  • Hyeon-Seung Kim;Hyoun-Seok Moon;Leen-Seok Kang
    • Land and Housing Review
    • /
    • v.15 no.1
    • /
    • pp.157-165
    • /
    • 2024
  • As major public owner agencies in Korea have improved the application level of BIM, many design and construction companies are paying more attention to ways to improve actual work productivity in the BIM execution process. In this study, we introduce a method to automate the placement of BIM libraries, a recurring task in the BIM-based design process that serves as a prime example of BIM design automation methodologies. In particular, we classify the target surfaces for placement of BIM libraries into straight lines, curves, vertical planes, and surfaces. For each target surface, we implement a BIM library automatic placement model in Dynamo, considering the spacing and alignment according to the distance between the centers of two objects and the linear length. The results of case studies confirm that the proposed method can be employed according to various placement environments and conditions with the working time shortened. The study proposes that various objects and structures that need to be placed according to the terrain characteristics can be placed accurately, and work productivity can be significantly improved through the automation of placement.

Design and Implementation of User Feedback Block Editor for Dynamic E-Book (동적 전자책을 위한 블록 조립식 사용자 피드백 에디터 설계 및 구현)

  • Choi, Ja-Ryoung;Yun, Jihyun;Jang, Miyeon;Jang, Suji;Lim, Soon-Bim
    • Journal of Digital Contents Society
    • /
    • v.18 no.1
    • /
    • pp.63-70
    • /
    • 2017
  • Recently, as user feedback such as social reading become active, demand has been increased on e-book contents making which is based on user feedback. However, to reflect the user feedback onto the e-book, direct coding is required, which was difficult to the author who was not good at programming. To resolve this problem, Block assembly style feedback editor system, using Blockly was developed. This editor enables to reflect the user feedback by area allocation, component allocation, block editing, and code generating insertion, contrary to the existing way of programming realization in which direct coding was required for input, processing and output separately. This system was developed by using HTML. Javascript, PHP, and Codeigniter. Block editing is enabled to do provision and assembly of blocks by Blockly. The function of code generation & insertion allows to insert the Library function code. Through this system, the general users who are not capable of coding also can reflect feedback without doing actual coding.