| 摘要 |
According to the present invention, both high image quality and low radiation exposure are achieved, without increasing the number of steps or the amount of data that is held. A table of sequential correction parameters optimized under imaging conditions that are typical (hereinafter termed "typical imaging conditions") is held, and sequential correction parameters that have been optimized under actual imaging conditions are determined, from among the sequential correction parameters held in the table. Weights serving as standards are held together with the parameter table, and the standard weights are also reflected during generation of sequential correction parameters for each pixel location. |
