Creating a Plugin for BIM-based Instant Inspection of Floor Area Ratio- A Feasibility Study

• Main Authors: Chen, Zhi-Gang, 陳致岡
• Other Authors: Chou, Hui-Yu
• Format: Others
• Language: zh-TW
• Published: 2019
• Online Access: http://ndltd.ncl.edu.tw/handle/rdn2yc

碩士 === 朝陽科技大學 === 營建工程系 === 107 === Building coverage ratio and bulk control have been implemented in Taiwan for many years. It is an important management mechanism established for building administration in order to balance the spatial development of housing, economic activity, and ecological protection. Building bulk control is based on the development ceiling for the floor area of the building. Therefore, the spatial design of each floor and the appropriateness of the distribution of the floor area of the main building should be repeated during the design process. This study aims to use BIM's object-oriented database characteristics to explore whether it is possible to automatically retrieve the attributes of each space by developing the plug-in program, and then quickly judge and calculate the floor area and the sum of the volume of each space, with a view to Reduce manual time costs and possible calculation errors, thereby increasing the efficiency and flexibility of building design. Through the verification of actual cases, this study proves that the real-time inspection plug-in program of the floor area of the volume floor can effectively replace the manual calculation of the floor area of the gross floor, and the calculation result is accurate and credible. In addition, in the process of developing the instant check function, this study converts the relevant provisions of the volume design check from the narrative form into a calculation formula, and provides a system requirements framework with clear program development work. Taking Revit as an example, this study also proposes the BIM modeling principle that meets the requirements for plug-in program to work on instant inspection of the floor area of the volume floor, and to ensure that the program can successfully obtain the space information required for the inspection and correctly calculate the floor area of the volume floor.