Uses of Class
org.openimaj.util.pair.ObjectDoublePair

Packages that use ObjectDoublePair

Package	Description
org.openimaj.experiment.evaluation.classification
org.openimaj.math.statistics.distribution
org.openimaj.util.pair
org.openimaj.util.tree

Uses of ObjectDoublePair in org.openimaj.experiment.evaluation.classification

Methods in org.openimaj.experiment.evaluation.classification that return types with arguments of type ObjectDoublePair

Modifier and Type	Method and Description
static <CLASS> List<ObjectDoublePair<CLASS>>	ClassificationResultUtils.getSortedClassesAndConfidences(ClassificationResult<CLASS> result) Get the all classes and confidences, sorted by decreasing confidence

Uses of ObjectDoublePair in org.openimaj.math.statistics.distribution

Methods in org.openimaj.math.statistics.distribution that return types with arguments of type ObjectDoublePair

Modifier and Type	Method and Description
List<ObjectDoublePair<double[]>>	MultivariateKernelDensityEstimate.getSupport(double[] sample) Get the underlying points that support the KDE within the window around the given point.

Uses of ObjectDoublePair in org.openimaj.util.pair

Fields in org.openimaj.util.pair with type parameters of type ObjectDoublePair

Modifier and Type	Field and Description
static Comparator<ObjectDoublePair<?>>	ObjectDoublePair.SECOND_ITEM_ASCENDING_COMPARATOR Comparator for comparing the second element of a ObjectDoublePair in ascending order.
static Comparator<ObjectDoublePair<?>>	ObjectDoublePair.SECOND_ITEM_DESCENDING_COMPARATOR Comparator for comparing the second element of a ObjectDoublePair in descending order.

Methods in org.openimaj.util.pair that return ObjectDoublePair

Modifier and Type	Method and Description
static <Q> ObjectDoublePair<Q>	ObjectDoublePair.pair(Q q, double t) Create a pair from the given objects.

Method parameters in org.openimaj.util.pair with type arguments of type ObjectDoublePair

Modifier and Type	Method and Description
static <Q> List<Q>	ObjectDoublePair.getFirst(Iterable<ObjectDoublePair<Q>> data) Extract the first objects from a list of pairs.
static <Q> gnu.trove.list.array.TDoubleArrayList	ObjectDoublePair.getSecond(Iterable<ObjectDoublePair<Q>> data) Extract the second objects from a list of pairs.

Uses of ObjectDoublePair in org.openimaj.util.tree

Methods in org.openimaj.util.tree that return ObjectDoublePair

Modifier and Type	Method and Description
ObjectDoublePair<byte[]>	IncrementalByteKDTree.findNearestNeighbour(byte[] query) Find the nearest neighbour.
ObjectDoublePair<double[]>	IncrementalDoubleKDTree.findNearestNeighbour(double[] query) Find the nearest neighbour.
ObjectDoublePair<float[]>	IncrementalFloatKDTree.findNearestNeighbour(float[] query) Find the nearest neighbour.
ObjectDoublePair<int[]>	IncrementalIntKDTree.findNearestNeighbour(int[] query) Find the nearest neighbour.
ObjectDoublePair<long[]>	IncrementalLongKDTree.findNearestNeighbour(long[] query) Find the nearest neighbour.
ObjectDoublePair<short[]>	IncrementalShortKDTree.findNearestNeighbour(short[] query) Find the nearest neighbour.

Methods in org.openimaj.util.tree that return types with arguments of type ObjectDoublePair

Modifier and Type	Method and Description
List<ObjectDoublePair<byte[]>>	IncrementalByteKDTree.findNearestNeighbours(byte[] query, int k) Find the K nearest neighbours.
List<ObjectDoublePair<double[]>>	IncrementalDoubleKDTree.findNearestNeighbours(double[] query, int k) Find the K nearest neighbours.
List<ObjectDoublePair<float[]>>	IncrementalFloatKDTree.findNearestNeighbours(float[] query, int k) Find the K nearest neighbours.
List<ObjectDoublePair<int[]>>	IncrementalIntKDTree.findNearestNeighbours(int[] query, int k) Find the K nearest neighbours.
List<ObjectDoublePair<long[]>>	IncrementalLongKDTree.findNearestNeighbours(long[] query, int k) Find the K nearest neighbours.
List<ObjectDoublePair<short[]>>	IncrementalShortKDTree.findNearestNeighbours(short[] query, int k) Find the K nearest neighbours.
List<ObjectDoublePair<byte[]>>	IncrementalByteKDTree.radiusDistanceSearch(byte[] centre, byte radius) Find all the points within the given radius of the given point.
List<ObjectDoublePair<double[]>>	IncrementalDoubleKDTree.radiusDistanceSearch(double[] centre, double radius) Find all the points within the given radius of the given point.
List<ObjectDoublePair<float[]>>	IncrementalFloatKDTree.radiusDistanceSearch(float[] centre, float radius) Find all the points within the given radius of the given point.
List<ObjectDoublePair<int[]>>	IncrementalIntKDTree.radiusDistanceSearch(int[] centre, int radius) Find all the points within the given radius of the given point.
List<ObjectDoublePair<long[]>>	IncrementalLongKDTree.radiusDistanceSearch(long[] centre, long radius) Find all the points within the given radius of the given point.
List<ObjectDoublePair<short[]>>	IncrementalShortKDTree.radiusDistanceSearch(short[] centre, short radius) Find all the points within the given radius of the given point.