Intelligent visualization system and method for constructional engineering construction standard atlas based on Unity 3D

Abstract

The invention discloses an intelligent visualization system and method for a constructional engineering construction standard atlas based on Unity 3D. The invention belongs to the field of intelligentbuildings, the technical problem to be solved by the invention is how to convert a traditional 2D paper standard specification atlas into a building engineering construction standard atlas which is three-dimensional, visual, intelligent, interactive and easy to learn. According to the technical scheme, the system comprises a three-dimensional visualization unit and an intelligent interaction unit. According to the method, equal-proportion reduction modeling is carried out on the content described by a planar construction drawing set by utilizing a BIM technology, and colors of different 3D components forming the model are designed and distinguished by referring to a real object; importing the model into a Unity 3D engine, packaging the model into an APK, and exporting the APK to a mobileterminal screen for display, thereby realizing visualization of a construction standard atlas; a UI interface is designed on the basis of a visual interface, free control over the model based on a touch control mobile terminal screen is achieved, and meanwhile ternary information linkage intelligent teaching is achieved based on a touch control screen.

Description

technical field [0001] The present invention relates to the field of intelligent construction, in particular to an intelligent visualization system and method for building engineering construction standard atlas based on Unity 3D. Background technique [0002] The construction standard atlas of construction projects has the function of guiding the front-line workers on the construction site to construct correctly, promoting the improvement of the quality of engineering construction technology, and playing an important role in the construction of qualified projects. The main application objects of the construction standard atlas are the construction management engineers and construction labor team leaders on the front line of the construction. After they analyze and understand, they will guide the labor workers to work. The traditional 2D paper standard specification atlas is inconvenient to carry and apply, the reading threshold is high, the construction guidance is poor, an...

AI Technical Summary

Problems solved by technology

The disadvantages of traditional 2D paper-based standard specification atlas are inconvenient to carry and apply, high reading threshold, poor construction guidance, and ineffective promotion of project construction quality

As the main service workers of the project construction, most of them cannot correctly read the standard process requirements described on the plan atlas due to their own knowledge level limitations. It is impossible for engineers and team leaders to supervise and guide all service workers in real time, resulting in errors and omissions in the construction completion area. Collisions, collisions, and missing phenomena are common occurrences, and rework, demolition, and modification of completed construction results cannot be avoided, resulting in a low probability of a successful project construction at one time. At the same time, material and labor costs are wasted and the construction period may be delayed, which greatly increases the construction cost of the project.

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