Graphical language interaction flexible ignoring system and method

Abstract

The invention relates to the technical field of graphical language interaction, in particular to a graphical language interaction flexible ignoring system which comprises a language interaction module. The rule checking module is used for carrying out routine checking on the LD language interaction module and the SFC language interaction module; the language conversion module is used for converting the LD language and the SFC language into the same high-level language; the target language module translates an LD language and an SFC language into the same high-level language according to a predefined conversion rule by the language conversion module; and the language compiling module is used for converting the target language module into a low-level machine code language which can be executed by equipment. According to the scheme, a brand new version management iteration mode is constructed, the problem of pain points of a traditional programming mode is abandoned, and the user experience is greatly improved; the program of each language interaction module can be freely and flexibly ignored, and the program ignored rule analysis mode is classified and processed according to the context semantic environment and can serve as code annotation.

Description

technical field [0001] The present invention relates to the technical field of graphical language interaction, in particular to a system and method for flexible ignoring of graphical language interaction. Background technique [0002] With the introduction of strategic planning, it has brought great challenges to the goal of industrial flexible control. At present, it is necessary to create a new set of manageable and controllable flexible programming mode to adapt to the rapidly changing control needs of the market, so as to improve the responsiveness and rapid programming of engineers. Develop core competencies. [0003] In the new mode of intelligent manufacturing, the programmable logic controller plays a pivotal role in the "intelligent brain of industrial control" and is an important part of the construction of intelligent factories. Since it proposes a new challenge based on the flexible programming mode, it is urgent to develop a The flexible ignoring method based o...

AI Technical Summary

Problems solved by technology

This system and the ignoring method can quickly and conveniently solve technical bottlenecks such as multi-model, multi-manufacturer, multi-process incompatibility, inflexibility, poor scalability and scalability, multi-version control program maintenance costs, and long time-consuming control programs. The pain point problem meets the development needs of engineers for diverse, personalized and flexible control programs, greatly increases the convenience and stickiness of users, improves the user programming experience, and reduces the long-term maintenance cost of control programs

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