Загальна модель редактора графічних унітермів

Abstract

Застосовуючи методи декомпозиції і модифікованої алгебри алгоритмів створено й описано загальну модель редактора проектування багатотипних графічних інтерфейсів користувача інструментальних засобів комп’ютерних систем. Виконано декомпозицію за критерієм функціонального призначення підсистем. Математичну модель інструментальних засобів проектування графічних інтерфейсів користувача описано засобами модифікованої алгебри алгоритмів. Побудована математична модель програмно реалізована й апробована.

A general editor model of designing graphic user interfaces tools computer systems was created and described by applying the method of decomposition and modified algebra algorithms. Decomposition has been done by the criterion of functional subsystems destination. Mathematical model of instrumental ways of designing graphic user interfaces is described by means of the modified algebra algorithms. The mathematical model is implemented and tested using programming. Modern software development systems must meet certain conditions regarding quick and efficient development of software packages and systems. Editor GUIs is one of the main parts of these systems, which should ensure graphic user's interface of computer systems tools, and which also should be most easy to use, intuitional clear and functional. Nowadays, when the functional peculiarities of websites or web projects almost are not worse than the desktop systems and despite of the fact that modern systems of developing and designing GUIs make possible to create projects and to use graphic elements (graphic uniterms of only certain types: buttons, text fields, elements of alternative and non-alternative choice, etc.), there is a problem of creating the editor, which would realise the possibility of developing only one GUI for many types of projects (editor user interfaces of computer systems). Graphic uniterms editor is a computer system of projecting graphic interfaces of computer system and providing them with functional properties. Graphic interface is characterized by an aggregate of facilities for processing and retrieving of information, maximally adapted for the user's convenience. The user's interface is implemented by a single window or multiwindow mode, change of the colour, size, visibility (transparency, translucency, invisibility) of windows and their elements, their location, sorting of window elements, flexible configuration of windows and some of their elements (files, folders, labels, fonts, etc.) in graphical systems. To build the most easy to use and optimally informative graphic interface modern graphical interface, editors are needed, with the help of which the development of graphic interface would be as quick as possible with the ability of visual location and positioning of interface elements, display and editing of all graphic interface properties as a whole and each element separately, quick display of the result of development, implementation of the graphic interface's response to user actions.