Uses of Interface
io.druid.extendedset.intset.IntSet

Packages that use IntSet

Package	Description
io.druid.extendedset.intset

Uses of IntSet in io.druid.extendedset.intset

Classes in io.druid.extendedset.intset that implement IntSet

Modifier and Type	Class and Description
class	AbstractIntSet This class provides a skeletal implementation of the IntSet interface to minimize the effort required to implement this interface.
class	ConciseSet This is CONCISE: COmpressed 'N' Composable Integer SEt.

Methods in io.druid.extendedset.intset that return IntSet

Modifier and Type	Method and Description
IntSet	IntSet.clone() See the clone() of Object
abstract IntSet	AbstractIntSet.clone() See the clone() of Object
IntSet	IntSet.complemented() Generates the complement set.
IntSet	AbstractIntSet.complemented() Generates the complement set.
IntSet	IntSet.convert(Collection<Integer> c) Converts a given collection into an instance of the current class.
abstract IntSet	AbstractIntSet.convert(Collection<Integer> c) Converts a given collection into an instance of the current class.
IntSet	IntSet.convert(int... a) Converts a given array into an instance of the current class.
abstract IntSet	AbstractIntSet.convert(int... a) Converts a given array into an instance of the current class.
IntSet	IntSet.difference(IntSet other) Generates the difference set
IntSet	AbstractIntSet.difference(IntSet other) Generates the difference set
IntSet	IntSet.empty() Generates an empty set
abstract IntSet	AbstractIntSet.empty() Generates an empty set
IntSet	IntSet.intersection(IntSet other) Generates the intersection set
IntSet	AbstractIntSet.intersection(IntSet other) Generates the intersection set
IntSet	IntSet.symmetricDifference(IntSet other) Generates the symmetric difference set
IntSet	AbstractIntSet.symmetricDifference(IntSet c) Generates the symmetric difference set
IntSet	IntSet.union(IntSet other) Generates the union set
IntSet	AbstractIntSet.union(IntSet other) Generates the union set

Methods in io.druid.extendedset.intset that return types with arguments of type IntSet

Modifier and Type	Method and Description
List<? extends IntSet>	IntSet.powerSet() Computes the power-set of the current set.
List<? extends IntSet>	AbstractIntSet.powerSet() Computes the power-set of the current set.
List<? extends IntSet>	IntSet.powerSet(int min, int max) Computes a subset of the power-set of the current set, composed by those subsets that have cardinality between min and max.
List<? extends IntSet>	AbstractIntSet.powerSet(int min, int max) Computes a subset of the power-set of the current set, composed by those subsets that have cardinality between min and max.

Methods in io.druid.extendedset.intset with parameters of type IntSet

Modifier and Type	Method and Description
boolean	IntSet.addAll(IntSet c) Adds all of the elements in the specified collection to this set if they're not already present.
boolean	ConciseSet.addAll(IntSet c) Adds all of the elements in the specified collection to this set if they're not already present.
boolean	AbstractIntSet.addAll(IntSet c) Adds all of the elements in the specified collection to this set if they're not already present.
int	ConciseSet.compareTo(IntSet o)
int	AbstractIntSet.compareTo(IntSet o)
boolean	IntSet.containsAll(IntSet c) Returns true if this set contains all of the elements of the specified collection.
boolean	ConciseSet.containsAll(IntSet c) Returns true if this set contains all of the elements of the specified collection.
boolean	AbstractIntSet.containsAll(IntSet c) Returns true if this set contains all of the elements of the specified collection.
boolean	IntSet.containsAny(IntSet other) Returns true if the specified IntSet instance contains any elements that are also contained within this IntSet instance
boolean	ConciseSet.containsAny(IntSet c) Returns true if the specified IntSet instance contains any elements that are also contained within this IntSet instance
boolean	AbstractIntSet.containsAny(IntSet c) Returns true if the specified IntSet instance contains any elements that are also contained within this IntSet instance
boolean	IntSet.containsAtLeast(IntSet other, int minElements) Returns true if the specified IntSet instance contains at least minElements elements that are also contained within this IntSet instance
boolean	ConciseSet.containsAtLeast(IntSet c, int minElements) Returns true if the specified IntSet instance contains at least minElements elements that are also contained within this IntSet instance
boolean	AbstractIntSet.containsAtLeast(IntSet c, int minElements) Returns true if the specified IntSet instance contains at least minElements elements that are also contained within this IntSet instance
IntSet	IntSet.difference(IntSet other) Generates the difference set
ConciseSet	ConciseSet.difference(IntSet other) Generates the difference set
IntSet	AbstractIntSet.difference(IntSet other) Generates the difference set
int	IntSet.differenceSize(IntSet other) Computes the difference set size.
int	AbstractIntSet.differenceSize(IntSet other) Computes the difference set size.
IntSet	IntSet.intersection(IntSet other) Generates the intersection set
ConciseSet	ConciseSet.intersection(IntSet other) Generates the intersection set
IntSet	AbstractIntSet.intersection(IntSet other) Generates the intersection set
int	IntSet.intersectionSize(IntSet other) Computes the intersection set size.
int	ConciseSet.intersectionSize(IntSet o) Computes the intersection set size.
int	AbstractIntSet.intersectionSize(IntSet c) Computes the intersection set size.
double	IntSet.jaccardDistance(IntSet other) Computes the Jaccard distance between this set and the given set.
double	AbstractIntSet.jaccardDistance(IntSet other) Computes the Jaccard distance between this set and the given set.
double	IntSet.jaccardSimilarity(IntSet other) Computes the Jaccard similarity coefficient between this set and the given set.
double	AbstractIntSet.jaccardSimilarity(IntSet other) Computes the Jaccard similarity coefficient between this set and the given set.
boolean	IntSet.removeAll(IntSet c) Removes from this set all of its elements that are contained in the specified collection.
boolean	ConciseSet.removeAll(IntSet c) Removes from this set all of its elements that are contained in the specified collection.
boolean	AbstractIntSet.removeAll(IntSet c) Removes from this set all of its elements that are contained in the specified collection.
boolean	IntSet.retainAll(IntSet c) Retains only the elements in this set that are contained in the specified collection.
boolean	ConciseSet.retainAll(IntSet c) Retains only the elements in this set that are contained in the specified collection.
boolean	AbstractIntSet.retainAll(IntSet c) Retains only the elements in this set that are contained in the specified collection.
IntSet	IntSet.symmetricDifference(IntSet other) Generates the symmetric difference set
ConciseSet	ConciseSet.symmetricDifference(IntSet other) Generates the symmetric difference set
IntSet	AbstractIntSet.symmetricDifference(IntSet c) Generates the symmetric difference set
int	IntSet.symmetricDifferenceSize(IntSet other) Computes the symmetric difference set size.
int	AbstractIntSet.symmetricDifferenceSize(IntSet other) Computes the symmetric difference set size.
IntSet	IntSet.union(IntSet other) Generates the union set
ConciseSet	ConciseSet.union(IntSet other) Generates the union set
IntSet	AbstractIntSet.union(IntSet other) Generates the union set
int	IntSet.unionSize(IntSet other) Computes the union set size.
int	AbstractIntSet.unionSize(IntSet other) Computes the union set size.
double	IntSet.weightedJaccardDistance(IntSet other) Computes the weighted version of the Jaccard distance between this set and the given set.
double	AbstractIntSet.weightedJaccardDistance(IntSet other) Computes the weighted version of the Jaccard distance between this set and the given set.
double	IntSet.weightedJaccardSimilarity(IntSet other) Computes the weighted version of the Jaccard similarity coefficient between this set and the given set.
double	AbstractIntSet.weightedJaccardSimilarity(IntSet other) Computes the weighted version of the Jaccard similarity coefficient between this set and the given set.