The Technical Research And System Realization Of 3D Dice Game Base On Embedded Technology

3D games are countless in PC system,but only a few in embedded system based on Linux. Embedded system and it's product is popular,and more quality required in concision,good-looking and personality.GUI is the interface between person and computer on which we will run our 3D dice game. When using embedded's product, hardware resource are so limited that complex 3D game could not run any more. The issue to support 3D model on Embedded GUI is the imminence to conquered. It's significative to do some research in the area by the development of this project. With 3G period's coming ,3D game on Embedded will archive broad prospects.To realize virtual dice in the game,there are many effeorts in 2D and 3D in abroad,but only limit in a plane. Java and C++ are the most used to implement the virtual dice. In our project, we bounce dice in a cylinder is innovative.Embedded development has wide foreground , especially when 3G period's coming,it shows it's special energy. In other side, 3D is a permanent topic. Powerful life-force would be emerged when we combine the technologies of the two area.This thesis presents a 3D dice game based on embedded technology,which introduce how to make a 3D dice with round corners,implement a 3D cylinder and research the arithmetic of dice-cylinder collision detection and dice-dice collision detection.Then discuss how to control the game with individuation, consideration of the circuit design on ARM9 is also argued.Vector is used to compute the detection of collision and rotation matrix is used to get the accurate position of dices after rotation. The system requires to consider the technologies of many areas because it's an integrated system.We've applied the Patent of the kernel software of 3D dice game .