队号1069 B题1：AbstractRasterization任务及方法研究

Abstract Rasterization is the process of generating an image from a set of geometric primitives. It involves converting vector graphics into raster images by mapping the primitives onto a grid of pixels. In this paper, we study the rasterization process and its applications in computer graphics. The paper presents the algorithm developed by team 1069 for problem B of the competition. The algorithm focuses on efficiently rasterizing complex geometric shapes, such as curves and polygons, by dividing them into smaller primitives and processing them in parallel. This approach improves performance and reduces memory usage, making it suitable for real-time rendering applications. The team's algorithm demonstrates the importance of optimization techniques in rasterization. By carefully designing data structures and algorithms, they were able to achieve fast and efficient rendering of complex scenes. This research contributes to the field of computer graphics by providing a practical solution to the challenges of rasterization. In conclusion, team 1069 has developed an innovative algorithm for rasterization that improves performance and efficiency. Their research sheds light on the importance of optimization in computer graphics and provides valuable insights for future developments in the field.