"基于Unity引擎的多人合作休闲游戏设计与优化研究"

This paper focuses on the design and implementation of a multiplayer cooperative leisure game using the Unity3D engine. The game adopts a third-person top-down perspective and includes an in-depth analysis of the game's systems, overall design, module implementation methods, and final game testing. The paper highlights the successful implementation of the game's online functionality and the basic architecture of a multiplayer cooperative leisure game. Key technologies utilized in the game include character control state machines, interaction value algorithms, movement strategies, and artificial intelligence interactions. The paper also addresses the efficiency issues during the game's runtime and proposes the use of cooperative program technology to achieve pre-emptive synchronous data reading. By applying cooperative program technology to map preloading, the lengthy map loading process can be handled during the runtime "idle time." Performance analysis proves the effectiveness of this optimization method in reducing program time complexity and addressing real-time efficiency issues during the game's runtime. The paper concludes with the successful deployment of the multiplayer cooperative leisure game and provides insights into the use of Unity3D engine, map preloading, interaction value algorithms, and cooperative program technology in the context of network gaming, multiplayer gaming, and leisure gaming. Keywords: Network Game, Multiplayer Game, Leisure Game, Unity3D Engine, Map Preloading, Interaction Value Algorithm, Cooperative Program Technology.