Unified Web graph drawing system supporting multiple expression forms

Abstract

The invention provides a unified Web graph drawing system supporting multiple expression forms. According to the system, a set of basic data model, which is unified, expandable and isomorphic at front and back ends and is used for describing a Web graph structure, is built; based on the unified Web graph data model, a group of unified graph drawing primitives are defined, and corresponding APIs are realized, so that secondary development personnel can realize various graph drawing functions through the interfaces, without concerning underlying technology realization details; and finally, based on the unified Web graph data model and the drawing interfaces, a multi-client-oriented Web graph automatic drawing mechanism for a Web application scene is designed and realized, so that the problem in timely graph redrawing of different clients after graph data updating is solved.

Description

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AI Technical Summary

Benefits of technology

This technology helps protect against inconsistencies between diverse types of web drawings by providing an efficient way for programmers to work on them while still being able to update their own customized versions without having to learn or use complicated programming techniques like Javascript commands. It also simplifies the process of developing applications that require conformance across varying hardware configurations and operating environments. Overall, it improves efficiency and flexibility during creation processes such as designing new websites.

Problems solved by technology

This patents discusses two challengings faced by users when developing new applications like Web graphs due to their limitations in representing complex three dimensional objects (such as buildings). Firstly they lack knowledge about how well each layer looks up from its previous layers because current methods require multiple drawers per object's surface area, requiring significant effort and resources compared to traditional windows interface techniques. Secondly existing methodology requires extensive learning and experience before being able to apply any changes based solely upon hardware capabilities without affecting the overall performance of the computerized map itself.

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