Method for automatically generating light steel keel gypsum board wall model

Abstract

The embodiment of the invention discloses a method for automatically generating a light steel keel gypsum board wall model, which comprises the following two steps of uploading the accessory product information, wall type information and construction method information required by the wall model to a Revit system to establish a Revit model configuration file; and step 200, inputting the model parameters required by actual modeling into the Revit system, extracting a corresponding Revit model configuration file according to the model parameters, and automatically generating the light steel keelgypsum board wall model. According to the invention, a map can be imported through CAD software to convert a sketch wall, and the wall model can be automatically generated only by directly inputtingthe parameters of the wall model in the Revit system by combining the Revit model configuration file of the Revit family file with each component without inputting the parameters of each component tomodel the component firstly or inputting each constructed parameter.

Description

technical field [0001] The embodiment of the present invention relates to the technical field of model testing, in particular to a method for automatically generating a light steel keel gypsum board wall model. Background technique [0002] When using BIM for architectural modeling, the basic operation is to use basic model elements such as beams, slabs, walls, columns, doors, and windows to model through positioning constraints. The specific steps are generally: select components, select component connection starting points, select After confirming the end point, continue to arrange the next component. Since the original BIM platform system comes with model primitives as the most basic modeling primitives, each beam, slab, wall, column, door, and window needs to be individually positioned and arranged. The modeling efficiency is low, and there is a lot of repetitive work. [0003] In the existing 3D modeling, due to the variety of actual needs, it is impossible to establis...

AI Technical Summary

Problems solved by technology

[0002] When using BIM for architectural modeling, the basic operation is to use basic model elements such as beams, slabs, walls, columns, doors, and windows to model through positioning constraints. The specific steps are generally: select components, select component connection starting points, select After confirming the end point, continue to arrange the next component. Since the original BIM platform system comes with model primitives as the most basic modeling primitives, each beam, slab, wall, column, door, and window needs to be individually positioned and arranged. Low modeling efficiency and repetitive work

[0003] In the existing 3D modeling, due to the variety of actual needs, it is impossible to establish a standard model that fully meets various actual needs. For the requirements beyond the standard model, it is generally necessary to re-model, which is a heavy workload and cumbersome.

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