See: Description
| Interface | Description |
|---|---|
| ROC.Predicate<T> |
Predicate to test whether an object is a true positive or false positive.
|
| ROC.ScoreIter |
Iterator for comparing scores.
|
| Class | Description |
|---|---|
| ROC |
Compute ROC (Receiver Operating Characteristics) curves.
|
| ROC.DBIDsTest |
Test predicate using a DBID set as positive elements.
|
| ROC.DecreasingVectorIter |
Class to iterate over a number vector in decreasing order.
|
| ROC.DistanceResultAdapter<D extends Distance<D>> |
This adapter can be used for an arbitrary collection of Integers, and uses
that id1.compareTo(id2) !
|
| ROC.IncreasingVectorIter |
Class to iterate over a number vector in decreasing order.
|
| ROC.OutlierScoreAdapter |
This adapter can be used for an arbitrary collection of Integers, and uses
that id1.compareTo(id2) !
|
| ROC.SimpleAdapter |
This adapter can be used for an arbitrary collection of Integers, and uses
that id1.compareTo(id2) !
|
| ROC.VectorNonZero |
Class that uses a NumberVector as reference, and considers all non-zero
values as positive entries.
|
| ROC.VectorOverThreshold |
Class that uses a NumberVector as reference, and considers all non-zero
values as positive entries.
|
| ROC.VectorZero |
Class that uses a NumberVector as reference, and considers all zero values
as positive entries.
|
Evaluation of rankings using ROC AUC (Receiver Operation Characteristics - Area Under Curve)