If using one of the YFromX methods, the x values
must be monotonic, and similar if using the XFromY, the
y values must be monotonic.
NOTE: When this is used for a qh-relation, h is stored on x
public interface IXYTable| Count | Number of elements in table |
| Item | Indexer for getting/setting x or y values |
| MaximumX | Maximum x value |
| MaximumY | Maximum y value |
| MaximumYIndex | Index of maximum y value |
| MinimumX | Minimum x value |
| XAtMaximumY | Value of x at maximum y |
| XValues | Get x values |
| YValues | Get y values |
| Resize | Resize table. Copy over data to new table |
| Set | Set a value to the table |
| Validate | Validates the data. The only constraint is that the x values after sorting must be monotonically increasing. |
| XFromY(Double) |
Interpolates/extrapolates width using linear interpolation
Assuming that the y-values are monotonic. |
| XFromY(Double, ExtrapolationTypes) |
Interpolates/extrapolates width using linear interpolation
Assuming that the y-values are monotonic. |
| YFromX(Double) | Interpolates/extrapolates width using linear interpolation |
| YFromX(Double, ExtrapolationTypes) | Interpolates/extrapolates width using linear interpolation |
| Set |
Set a value to the table
(Defined by GenericExtensions) |
| Sort |
Sort table by x-value, using a quick-sort algorithm
(Defined by GenericExtensions) |
| SortStable |
Sort table by x-value, using a stable sort
(Defined by GenericExtensions) |