Method for generating visual industrial configuration interaction graph

Abstract

The invention relates to a method for generating a visual industrial configuration interactive graph, which is used for simulating a visual interactive industrial configuration graph method of actual equipment by selecting a virtual object component from a user-defined component library to bind with a database and a field data point, so that the industrial configuration graph can be quickly established. The process of the method mainly comprises: uploading a self-defined configuration graph source, generating a virtual model component, defining a node template, defining a pipeline template, binding a data source, giving an alarm by equipment, and checking a historical trend graph. The method is mainly characterized by comprising: constructing simplified operation through a self-defined template and a layout component, monitoring mouse operation of a user, and performing corresponding event processing at any time, so that the interactivity of a configuration graph is improved. The industrial configuration can be adjusted in a self-defined manner, the flexibility is high, the universality is high, the display is more visual, and the production equipment condition of an industrial process control system can be well simulated.

Description

Technical field [0001] The present invention relates to a method of generating a visual chemical configuration of an interactive graphics, things are industrial field. Background technique [0002] The term "configuration" is accompanied by the distributed control system (Distributed Control System referred to as DCS) appears only began to be known as the majority of the production process automation technician. In the process of evolving technology and industrial control applications, configuration software occupies a very special and important role in a variety of intuitive ways available to users, users can easily achieve a variety of monitoring systems by using the configuration software, also widely used in machinery, petroleum, chemical, water circulation and process control and other areas. [0003] In Industry 4.0 (fourth industrial revolution) and "Made in China 2025" Under this background, with the rapid development of automation, information technology, and promote the...

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Problems solved by technology

[0005] At present, most industrial process control is simulated for a specific process in a specific field, which belongs to customized development. There is no general component library. If a special component is required, it may need to be composed of multiple components, which lacks the versatility and expansion of the component library. At the same time, there are no various interactive means to allow users to interact with virtual scenes and data charts, lacking a sense of user experience, and it is difficult to more effectively control field devices

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