Large-screen display configuration method

Abstract

The invention discloses a large-screen display configuration method. The large-screen display configuration method comprises three stages as follows: display verification, display configuration and display loading, wherein the display verification refers to verification of types, page elements, technical means and resolutions during large-screen display; the display configuration refers to configuration of the types, resources, page element types corresponding to the resources, the used technical means and the resolutions; the display loading refers to loading of configured information on a large screen in a graphic form through the types, the resources and element data. Compared with the prior art, the large-screen display configuration method has the advantages as follows: the problems of data diversity (tables, graphics, other system pages, maps, texts, etc.), management fragmentation, and too high coupling of a presentation layer and a development layer in the conventional large-screen display are solved, high cohesion and low coupling are achieved, independence between a foreground page and a background technology is improved, and the large-screen display configuration method is high in practicality, wide in application range and easy to popularize.

Description

technical field [0001] The invention relates to the technical field of data visualization, in particular to a large-screen display configuration method with strong practicability. Background technique [0002] Large-screen display technology, applied to data visualization, is a scientific and technological research on the visual representation of data. Among them, the visual representation of this kind of data is defined as information extracted in a certain summary form, including various attributes and variables of the corresponding information unit, mainly referring to technically more advanced technical methods, while These technical approaches allow the visual interpretation of data through representation, modeling, and display of volumes, surfaces, properties, and animations using graphics, image processing, computer vision, and user interfaces. [0003] The shortcomings of the current exhibition system are as follows: (1) The display area is fixed, and the area canno...

AI Technical Summary

Problems solved by technology

[0003] The shortcomings of the current exhibition system are as follows: (1) The display area is fixed, and the area cannot be dynamically increased or decreased

(2) The technology for displaying charts (such as: echarts, FusionCharts, JFreeChart) is fixed, and the technology for displaying charts cannot be dynamically switched

(3) The display effect is single, and most of the large screens are graphical display at present

(4) The display resolution is fixed, and different effects cannot be displayed according to different resolutions

(5) The area display chart is fixed, and it is impossible to change the area display chart effectively in real time

(6) It does not support zooming in on charts and switching between charts after zooming in

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