ITMO University
“Programming Technologies” Department


 Новости науки
 Почетные доктора
Учебный процесс
 Курсовые проекты
 Лабораторные работы
 Учебные курсы
 События и факты
 Искусственный интеллект
 Генетические алгоритмы
 Роботы и агенты
 Нейронные сети

О нас
 Сертификаты и дипломы
 Соревнования по программированию



 Automata-Based Programming
 UniMod Projects

Поиск по сайту


    / Projects / Computer Game “Cosmonaut” (версия для печати)

Computer Game “Cosmonaut”

© 2004 A.V. Belyaev, D.I. Suyasov, A.A. Shalyto

Saint-Petersburg State University of Information Technologies, Mechanics and Optics

Project documentation (in Russian)
Executable program
Source code
JavaDoc source documentation


The goal is to complete all rounds. To finish round mean to reach the exit point. It's possible to use harpoon to pass high barrier and precipice in the round. In this work SWITCH-technology is used for algorithmization and programming logical problems of game control. The program can be using as visual example of an adaptation this technology. According to [1], application illustrates division of states into two types: control states and computing states. When system is in a one of control states it can accept many different computing states. For example, at “Fly” state the “Fly” physics function accepts many states.

Offered approach makes concept of state constructional. Because usually [2,3] states are not divided into mentioned types and state is treated as values of thousands system variables.

Offered approach is similar to [4], wich is used in hybrid dynamic systems development.

Computing algorithms, used in project are substantiated in the documentation. Application is written for Java platform. Detailed source documentation for every class is presented in HTML. HTML has been generated using JavaDoc tool from the sources. Source documentation does not replace this document, it just supplements the document. This is not generally accepted.


  1. Shalyto A.A., Tukkel? N.I. From Turing programming to automata programming // Mir PK. 2002. #2.
  2. Booch G. Object-oriented analysis and design with C++ examples. M.: Binom; SPb.: Nevskiy dialekt, 1998.
  3. Lavrov S. Programming. Mathematical basises, facilities, theory. SPb.: BHV, 2002.
  4. Benveniste A., Le Guernic P. Hybrid Dinamical System Theory and the Singal Language //IEEE Trans. on Automatic Control. 1990, vol. 35, #5.

© 2002—2018 По техническим вопросам сайта: