Chess Strategy Game System Design Implementation

With the computers and game popularize,educational strategy games are accepted by more players.But now the gaming market is designed by easy architecture.That can not draw more complex game and compute much more data.That are simple mouse click game or automatic battle style.They are lack of playability and puzzle.But the market need more strategy puzzle games.This chess strategy puzzle game is designed in order to meet the needs of the market.The game can be expressed in a richer game screen,using and database can be more data to calculate and interacte.This will increase the game interactive. The game can be through the layout of the aircrafts and levels of chesses on the map,occupy an important region on the map.The computer analysises of the human-computer game battle to obtain the result.This artical show how to design the chess strategy puzzle game system. Design the architecture and function. Implement these technologies in modules of this system, including airplane battle technology, chess responsibility zone management, drawing chess on the map,human-computer battle, emphasis research the aircraft battle and airline management technology and rapid draw the graph technology.In this thesis,the detail technology involed in this system is showed.Design the system architecture.Study the sub-module in-depth technical.They include:integrating the system WPF UI framework and OCX map controls,drawing the route of the aircraft flying in the battle,8characters and special oval route algorithm,drawing chess module used the GDI+graphics technology, programming algorithm processing for the complex chess,using the tree management at all levels of chess units in the chess jurisdictions division,human-machine battle game computing parties forces and the balance resuilt.The goal of this thesis is from the perspective of software engineering to study the chess strategy puzzle game with a in-depth full range.We through in-depth description of the system requirements analysis, overall design and detailed design,produced and implementation,system testing.Let the readers have a clear understanding of this system as a whole and each part of the module.