VANG

The rapid consumer growth of ray-tracing graphics cards and ray-tracing games has significantly expanded the computational resources available for real-time ray-tracing environments. This surge enables the adoption of sophisticated rendering techniques on average users' computers in real-time. This research project delves into the development of an efficient ray marching algorithm for voxelized environments using a modified version of greedy meshing. The focus is on real-time rendering of a cube environment through ray-marching. The proposed technique offers potential applications beyond rendering, such as real-time audio acoustics in games. For this project, a game engine implementation will allow for benchmarking this technique and comparison with traditional methods, showcasing its efficiency and versatility for interactive experiences. This study contributes to the field of real-time rendering techniques in computer graphics, offering promising possibilities for voxel environments and interactive entertainment.