What happens during the rasterizing process?

During the rasterizing process, vector graphics are converted to bitmapped graphics. This transformation occurs because vector graphics are based on mathematical equations that define shapes and lines, allowing them to be easily scaled without losing quality. However, when these graphics need to be displayed on screens or printed, they must be converted into a raster format, which consists of a grid of pixels. Each pixel in a bitmap image corresponds to a specific location and color, which makes the image resolution-dependent.

This conversion process is integral in various digital applications, including graphic design and digital art, where the final outcome must be presented in a raster format for compatibility with display devices and printing. As a result, while vector graphics offer clarity at any scale, the rasterization process effectively creates an image that can be rendered visually as intended. Other options, such as improving image quality or reducing file size, do not accurately reflect the core nature of what rasterizing achieves in transforming graphics from a vector to a raster format.