Conversion method for vector graphics of transformer substation

Abstract

The invention provides a conversion method for vector graphics of a transformer substation. A graphics file in a scalable vector graphics (SVG) format supported by a monitoring system of the transformer substation is converted into a graphics file in a G language format adopted by an intelligent scheduling system. The method is characterized by comprising the following steps of: 1, resolving an SVG graphics file, and analyzing each power device layer node, wherein the power device layer nodes are SVG graphics nodes; and 2, dividing power graphics objects of a power device layer in the SVG graphics file into nine categories of a generatrix, a power transformer, a text layer, a connecting line layer, an alarm window, an elliptic arc and other ordinary conduction devices, and converting the power graphics objects into graphics in the G language format according to attributes respectively.

Description

technical field [0001] The invention relates to the technical field of mobile power system automation, in particular to a method for converting substation vector graphics. Background technique [0002] The substation monitoring system under the "big operation" construction system of the State Grid must have a remote browsing function, that is to say, the dispatching master station can browse the screen of the substation and refresh the data in real time. However, the current dispatching and substation graphics systems are heterogeneous, and the graphics file format Incompatibility, it is impossible to realize the seamless connection between dispatching system and substation system graphics. Intelligent dispatching systems generally use G language (graphical programming language) format graphics files, while most substation monitoring systems support SVG (Scalable Vector Graphics, scalable vector Graphics) format graphics files, in order to realize the remote browsing functio...

AI Technical Summary

Problems solved by technology

[0002] The substation monitoring system under the "big operation" construction system of the State Grid must have a remote browsing function, that is to say, the dispatching master station can browse the screen of the substation and refresh the data in real time. However, the current dispatching and substation graphics systems are heterogeneous, and the graphics file format Incompatibility, it is impossible to realize the seamless connection between dispatching system and substation system graphics. Intelligent dispatching systems generally use G language (graphical programming language) format graphics files, while most substation monitoring systems support SVG (Scalable Vector Graphics, scalable vector Graphics) format graphics files, in order to realize the remote browsing function of the substation, it is necessary to deploy the SVG to G language graphics conversion module on the substation monitoring platform to realize the conversion from SVG to G graphics format, so that the dispatching master station can remotely browse to the substation monitoring system screen and data

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