| Nowadays, mobile phone games are widely provided as multimedia services, with a good user groups and markets. With the rapid development of the cell phone hardware, users of the mobile platform game begin to demand a higher level of 3D cell phone games. However, mobile phone game is hardly comparable PC game, due to mobile hardware platform processor speed, amount of available memory, graphics processing functions and other technical factors. Especially on the 3D games of the three-dimensional large-scale construction of complex scenes generation, often become bottleneck when deployed in the game on the mobile platform, it also constrains the cell phone game development. By combining graphics automatic modeling technology of artificial intelligence and semantic logic technology in a cell phone platform rapid generation of 3D architectural models of the engine, the paper's main contents include: (1) Research on the mobile phone platform based on recursive grammar automatic 3D model generation algorithm; (2) mobile phone platform based on the limited memory capacity and the need to work with other platforms to exchange data transmission needs research 3D architectural models storage format of mobile platform; (3) Research on the mobile platform architecture 3D rendering algorithms and optimization technology. The purpose of this study is through integrated semantic modeling and process modeling technology can be adapted to a mobile platform for the construction of three-dimensional modeling algorithm, while applying the latest OpenGL ES 3D rendering technology, realize a mobile platform 3D modeling engine which can generate rapid 3D modeling scene. It can provide fast and reliable 3D scenes generation of 3D games for mobile phones. This study and implementation will be able to solve the key issues of the three-dimensional cell phone game and simplify 3D cell phone game development, drastically speed up the game product development and the improvement of product quality. |
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