Three-dimensional process visual design method based on webgl technology

Abstract

The invention provides a three-dimensional process visual design method based on a webgl technology, and the method comprises the steps: carrying out a three-dimensional visual scene building step and a three-dimensional visual scene interaction step through a 3D cloud platform based on the webgl technology, carrying out the data connection of a three-dimensional visual scene, a database, and an on-site monitoring system, presetting a plurality of scene models, mounting functional scripts of the corresponding scene models, issuing a three-dimensional visual scene to a three-dimensional human-computer interaction interface, and performing secondary disassembling on the data obtained by classifying and disassembling field data by the 3D cloud platform to obtain the three-dimensional visual scene, and loading and displaying the three-dimensional visual scene; and driving a scene model to perform synchronous field state action according to the field data. The method is convenient to operate and use, real-time data three-dimensional visual monitoring in the whole process is achieved, fault data retrieval and tracing are facilitated when storage exception occurs, and the fault debugging rate and the production efficiency can be improved.

Description

technical field [0001] The invention relates to the technical field of logistics platform visualization, in particular to a three-dimensional process visualization design method based on webgl technology. Background technique [0002] With the rise of the logistics industry, domestic third-party logistics has achieved considerable development in recent years, and more and more storage and transportation companies have transformed into third-party logistics companies (hereinafter referred to as 3PLs), making the competition of 3PLs increasingly fierce. A core business link of the 3PL business process is warehouse management. The most fundamental purpose of third-party logistics is to reduce logistics operation costs, and storage costs occupy an extremely important part. [0003] In warehouse management, three-party personnel are usually required to conduct on-site inspections, which greatly reduces inspection efficiency and increases acceptance costs; and when a fault occurs ...

AI Technical Summary

Problems solved by technology

[0003] In warehouse management, three-party personnel are usually required to conduct on-site inspections, which greatly reduces inspection efficiency and increases acceptance costs; and when a fault occurs on site, the fault point cannot be located immediately, which greatly increases the difficulty of troubleshooting and increases production. cost

[0004] In the existing logistics warehousing and sorting management system, the traditional webpage data display is used. It is difficult to intuitively locate the problem and see the real-time status of the site intuitively through the flat data. The data collected by the equipment is also through the two-dimensional The data display cannot directly represent the current operating status of the equipment and the overall capacity status of the warehouse, and the traceability of the fault point does not have an intuitive and visual three-dimensional effect

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