Package | Description |
---|---|
org.openimaj.util.pair | |
org.openimaj.util.tree |
Modifier and Type | Field and Description |
---|---|
static Comparator<IntLongPair> |
IntLongPair.FIRST_ITEM_ASCENDING_COMPARATOR
Comparator for comparing the first element of a
IntLongPair in ascending order. |
static Comparator<IntLongPair> |
IntLongPair.FIRST_ITEM_DESCENDING_COMPARATOR
Comparator for comparing the first element of a
IntLongPair in descending order. |
static Comparator<IntLongPair> |
IntLongPair.SECOND_ITEM_ASCENDING_COMPARATOR
Comparator for comparing the second element of a
IntLongPair in ascending order. |
static Comparator<IntLongPair> |
IntLongPair.SECOND_ITEM_DESCENDING_COMPARATOR
Comparator for comparing the second element of a
IntLongPair in descending order. |
Modifier and Type | Method and Description |
---|---|
static IntLongPair |
IntLongPair.pair(int a,
long b)
Create a pair from the given values.
|
Modifier and Type | Method and Description |
---|---|
static gnu.trove.list.array.TIntArrayList |
IntLongPair.getFirst(Iterable<IntLongPair> data)
Extract the first values from a list of pairs.
|
static gnu.trove.list.array.TLongArrayList |
IntLongPair.getSecond(Iterable<IntLongPair> data)
Extract the second values from a list of pairs.
|
Modifier and Type | Method and Description |
---|---|
IntLongPair |
LongKDTree.SplitChooser.chooseSplit(long[][] pnts,
IntArrayView inds,
int depth,
long[] minBounds,
long[] maxBounds)
Choose the dimension and discriminant on which to split the data.
|
IntLongPair |
LongKDTree.BasicMedianSplit.chooseSplit(long[][] pnts,
IntArrayView inds,
int depth,
long[] minBounds,
long[] maxBounds) |
IntLongPair |
LongKDTree.BBFMedianSplit.chooseSplit(long[][] pnts,
IntArrayView inds,
int depth,
long[] minBounds,
long[] maxBounds) |
IntLongPair |
LongKDTree.ApproximateBBFMedianSplit.chooseSplit(long[][] pnts,
IntArrayView inds,
int depth,
long[] minBounds,
long[] maxBounds) |
IntLongPair |
LongKDTree.RandomisedBBFMeanSplit.chooseSplit(long[][] pnts,
IntArrayView inds,
int depth,
long[] minBounds,
long[] maxBounds) |