<unk> s can be visualized in either of two ways: differential<unk> s or cumulative<unk> s. A<unk>  is created by first determining the size of the<unk>  bins of the<unk> . Bins can be of arbitrary size, 0.005 Gy, 0.2 Gy or 1 Gy for instance. The size is often a matter of tradeoff between accuracy and computational or memory cost (if we store the<unk>  in a database). In a differential<unk> , bar or column height indicates the<unk>  of structure receiving a<unk>  given by the bin. Bin<unk> s are along the horizontal axis, and structure<unk> s (either percent or absolute<unk> s) are on the vertical. The differential<unk>  takes the appearance of a typical<unk> . The total<unk>  of the organ that receives a certain<unk>  is plotted in the appropriate<unk>  bin. This<unk>  is determined by the total number of voxels characterized by a specified range of dosage for the organ considered. The differential<unk>  provides information about changes in<unk>  within the structure considered as well as visualization of minimum and maximum<unk> . The cumulative<unk>  is plotted with bin<unk> s along the horizontal axis, as well. However, the column height of the first bin (e.g., 0, 1 Gy) represents the<unk>  of structure receiving a<unk>  greater than or equal to that<unk> . The column height of the second bin (e.g., (1, 2 Gy) represents the<unk>  of structure receiving greater than or equal to that<unk> , etc. With very fine (small) bin sizes, the cumulative<unk>  takes on the appearance of a smooth line graph. The lines always slope and start from top-left to bottom-right. For a structure receiving a very homogeneous<unk>  (100% of the<unk>  receiving exactly 10 Gy, for example) the cumulative<unk>  will appear as a horizontal line at the top of the graph, at 100%<unk>  as plotted vertically, with a vertical drop at 10 Gy on the horizontal axis.A cumulative<unk>  from a radiotherapy plan. A<unk>  used clinically usually includes all structures and targets of interest in the radiotherapy plan, each line plotted a different color, representing a different structure. The vertical axis is almost always plotted as percent<unk>  (rather than absolute<unk> , as well.
Dose-volume histogram
Mutational signatures
Dose profile
Lung allocation score
Time-activity curve
Microstaging
Toxicity class
Seroprevalence