Component adjustment method and device in BIM model, computer equipment and storage medium

Abstract

The invention provides a component adjustment method and device in a BIM model, computer equipment and a storage medium. The method comprises the following steps: determining an adjustment range of a basic BIM model; obtaining all components and component parameters within the adjustment range, where the component parameters correspond to the components one to one; checking and adjusting the mutual relation of all the components based on the components and the component parameters, where the mutual relationship comprises any one or more of an extension relationship, a connection relationship, a deduction relationship, a repetition relationship and a tangent relationship. The BIM model after component adjustment not only inherits basic common information of design and quantity calculation models, but also rapidly endows construction business attributes and deepening of geometric accurate positions.

Description

technical field [0001] The invention relates to the technical field of computer-aided design, in particular to a component adjustment method, device, computer equipment and storage medium in a BIM model. Background technique [0002] In the process of structural design, there are more or less negligent mistakes in the 3D model manually constructed by users based on BIM, for example, there may be duplication of components, incorrect deduction of components, wrong connection of components, and some components are not extended And the situation that the tangent is not blanked. At present, the review and revision of the above-mentioned 3D models are usually carried out manually. On the one hand, the manual efficiency is low, and all the problems in the 3D model cannot be found; on the other hand, different reviewers have different experiences, and there may be inconsistent review standards. This will affect the accuracy of the 3D model and bring hidden dangers to the subsequent...

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Problems solved by technology

[0002] In the process of structural design, there are more or less negligent mistakes in the 3D model manually constructed by users based on BIM, for example, there may be duplication of components, incorrect deduction of components, wrong connection of components, and some components are not extended and the condition of non-blanking at tangency

At present, the review and revision of the above-mentioned 3D models are usually carried out manually. On the one hand, the manual efficiency is low, and all the problems in the 3D model cannot be found; on the other hand, different reviewers have different experiences, and there may be inconsistent review standards. situation, thus affecting the accuracy of the 3D model and bringing hidden dangers to the subsequent construction process

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