Description: Dynamic Occlusion is an advanced technique used in computer graphics that calculates the visibility of objects in a scene based on the movement and position of other elements. Unlike static occlusion techniques, which determine visibility in a fixed state, dynamic occlusion adapts in real-time to changes in the scene, allowing for a more accurate and realistic representation. This technique is particularly relevant in three-dimensional environments, where the complexity of geometry and interaction between objects can significantly affect performance and visual quality. In the context of various computer graphics applications, dynamic occlusion is implemented to optimize rendering, ensuring that only visible objects on the screen are drawn, which improves efficiency and reduces the load on the GPU. Furthermore, this technique allows developers to create more immersive and detailed experiences, as users can interact with a world that realistically responds to their movements and actions. In summary, dynamic occlusion is essential for achieving high-quality graphics and smooth performance in virtual reality applications, video games, and 3D simulations.
