BIM technology-based construction project interactive design method

Abstract

The invention relates to a BIM technology-based construction project interactive design method. The method comprises the steps of performing three-dimensional model design in Revit software and activating Fuzor software to realize real-time synchronization of the Revit software and the Fuzor software; viewing a real-time dynamic effect; checking whether the three-dimensional model meets design requirements or not; if yes, performing next-stage three-dimensional model design in the Revit software, or otherwise, performing optimization adjustment on the three-dimensional model; and performing next-stage three-dimensional model design in the Revit software until the creation of all three-dimensional models is finished. According to the method, the defects of relatively high design limitation and blindness due to relative independence of a three-dimensional modeling process and processes of model rendering, collision detection and the like are overcome; and the rendering effect of a building model can be displayed to a designer dynamically in real time and professional feedback is given while a visual three-dimensional modeling environment is provided, so that the designer can discover design defects in time, a design concept can be perfected, a design scheme can be adjusted, and the design quality can be improved.

Description

technical field [0001] The present invention relates to an architectural design scheme, in particular to an interactive design method for construction engineering based on BIM technology. Background technique [0002] With the popularity of 3D modeling software such as Revit, ArchiCAD, and MagiCAD in the construction industry, more and more designers use static renderings and 3D animations to express architectural spatial patterns. [0003] Before the present invention was made, although the currently used static images and three-dimensional animations had better three-dimensional expressive power, the real-time interactivity of the design was poor. If the above expression method is used, when the designer modifies the design plan and adjusts the key frames of the 3D animation, the modification results must be redesigned and exported to related software. The ability to dynamically adjust the plan is poor, and there is a large problem. limitation. The traditional 3D model d...

AI Technical Summary

Problems solved by technology

Although the above-mentioned modeling methods have good three-dimensional expressiveness, because the three-dimensional modeling process is relatively independent from the model rendering, collision detection and other processes, there are large design limitations and blindness

This kind of design method with poor real-time interaction is often easy to ignore a small design defect, which leads to a serious vicious circle, which makes this defect infinitely magnified in the modeling process, and may even bring a negative impact on the entire life cycle of the building. to destructive danger

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