Research on Revit-Based Turning Algorithm of Climbing Frame Type Mold for High-Rise Building Construction

To assist the Construction of a climbing frame for high-rise building construction and enrich the family of climbing frame parts, this paper proposes an algorithm for the molding of climbing frame parts, which automatically molds the Revit 3D model and forms the family file according to the CAD 2D drawings of climbing frame parts. The original information, such as text and geometric elements in the drawing of the part, is extracted in Revit. The algorithm is designed to calculate the data such as bottom profile, height, and hole position, and the 3D model of the part is built, and the family of the part is formed by stretching the bottom profile and cutting the hole. For the same type of parts, the differences between the parts are parameterized, and the structure of the parts is determined according to the parameters. The model is built, and the family of parts is formed. It improves the design efficiency of the climbing frame for high-rise building construction, lays the foundation for the subsequent overall design of the climbing frame, and provides specific value in promoting the application of BIM technology in the architectural design industry.