A visual interface modeling method based on interface meta-view to construct interface view

Abstract

An interface element view-based visual interface modelling method for constructing an interface view. After interface element view base components have been determined, an interface view is constructed by taking an interface hierarchy view, an interface port view, an interface display view, an interface algorithm view, an interface process view and an interface transmission view as step factors, providing interface modelling activities of a variety of fields with a universal, easy-to-use visual interface modelling standard. The interface view is executable, the structure is clear, the levels are adjustable, and the modelling granularity is controllable. The modelling method is convenient for top-down analysis and design as well as implementing bottom-up integration, and is suitable for modelling of a variety of interfaces. The modelling method is simple, modelling is entirely visualised, and even a person of ordinary skill in the field who is not familiar with modelling language and computer programming language can independently and easily construct an interface view, avoiding reliance on and communication with a specialised modeller or program developer, and significantly shortening modelling time.

Description

technical field [0001] The invention relates to the technical field of interface engineering, in particular to a visual interface modeling method and a computer program product for constructing an interface view based on an interface element view. Background technique Background technique [0002] The interface determines the success of a software to a large extent. The key reasons are: first, the interface is the concrete embodiment of the business, and second, the interface directly determines the user experience. Because of the prominent position of the interface, interface development is almost destined to become the focus of software development, especially the development of complex software systems. [0003] The software interface shows three characteristics: (1) diversity: the software is used in various fields, and the development theme of the software interface covers almost all application fields; (3) Complexity: Interface development occupies a considerable pr...

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Problems solved by technology

However, this type of graphical assembly method based on prefabricated components still has two major disadvantages: first, it does not allow user-defined components, and does not provide operating rules for user-defined components, thus limiting the possibility of expression and user scalability , thus losing the diversity and flexibility required for interface development, especially the development of large and complex systems; second, when the interface functions become complex, the views assembled with prefab primitives become extremely complicated and confusing , especially the intersection of data lines makes the view lose readability. Therefore, this method is usually only used for simple interface development, and cannot meet the needs of large-scale and complex interface development;

[0007] In general, there is still a lack of a universal, easy-to-use, and standardized interface meta-view, which is easy to understand and master by ordinary people in the field, and supports the modeling activities of complex interface systems in various fields. To construct an interface view that can be automatically converted into computer-runable code using object-oriented technology

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