Recently, many techniques and programming approaches such as virtual reality modeling language (VRML), OpenGL, DirectX, X3D, and MPEG-4 have been developed to build game applications. Thus, developing extensions or modifications that force a game engine to adopt a new class of applications is almost impossible. Most game engines are limited to specific tasks and their features are typically coupled with specific game characteristics. Game developers usually have advanced programming skills and often block the system from user manipulation or misuse, which further complicates the task. Despite these improvements, programming skills remain a concern, and usually sabotage developers who want to create complex environments. As game engine technology matures and becomes more flexible, implementing a 3D environment will become easier. Thus, any modification required a hard change in the programming environment and architecture. Before the appearance of game engine technologies, existing systems were often developed as virtual augmented reality systems to handle specific tasks such as NPSNET, DIVE, and SPLINE. Game engine systems hit the headlines only a few years ago.
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However, with over 100 engines available in the market for commercial and educational purposes, with a wide range of diverse features, each with its own performance levels, license types, and cost structures, selecting an appropriate game engine for a specific purpose becomes a challenging problem. Today, there is growing interest in game engines due to the rapid development of hardware and system platforms.ģD game engines help game companies reduce their cost, time, and manpower, since game developers can use the available functionalities of the engine.
Game engines are a new way to develop high-quality games easily and rapidly without needing intensive programming skills and computational resources.
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