A monitoring display processing system and method based on svg

Abstract

The invention discloses a system for processing monitoring display on the basis of SVG (scalable vector graphics). The system comprises a persistent layer, a data logic layer, a data model layer and an interface logic application layer. The persistent layer comprises an SVG picture configuration file and an SVG library file. The data logic layer comprises a file interface module and an analysis module. The data model layer comprises an SVG data processing module. The interface logic application layer comprises a mapping module and a Silverlight interface display module. The invention further discloses a method for processing the monitoring display on the basis of the SVG. The method includes converting data from the SVG picture configuration file and the SVG library file into library elements corresponding to elements in the Silverlight interface display module and displaying the library elements in a type manner. The system and the method for processing the monitoring display on the basis of the SVG have the advantages that indirect drawing is implemented, an error rate is reduced, and the display quality is improved; coupling among the modules is reduced, debugging and error correction are facilitated, and further development can be conveniently implemented on the basis of the system and the method; data of the persistent layer can be modified, data of the interface layer can be synchronously updated, and debugging, error correction and modification are facilitated.

Description

technical field [0001] The invention belongs to the technical field of computer applications, and in particular relates to an SVG-based monitoring display processing system and method. Background technique [0002] At present, the power monitoring system has not only been widely used in real-time monitoring of various power industries, but also gradually developed into an interconnected and interactive way. It has become a trend to use web pages to monitor real-time data on site. With the continuous development of the power industry, it is more and more urgent to adopt a unified public interactive format for the monitoring system, especially the interface display. In the past software systems, different software developers provided different interface display formats. The problem brought about is that the displayed configuration information cannot be shared, which hinders the further development of the software, and also hinders the interaction of display file formats betwe...

AI Technical Summary

Problems solved by technology

Therefore, frequent refresh mechanisms are required, which reduces efficiency. At the same time, the modules are closely related, and the SVG format information and the required data are put together. If there is a problem with a certain module, the entire display is not normal, nor is it normal. Ease of debugging; and less concern for future extensions

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