Uses of Class org.roaringbitmap.RoaringBitmap

Packages that use RoaringBitmap
Package	Description
org.roaringbitmap	The org.roaringbitmap package provides one class (`RoaringBitmap`) that users can rely upon for fast set of integers.
org.roaringbitmap.buffer	The org.roaringbitmap.buffer package provides two classes (`MutableRoaringBitmap` and (`ImmutableRoaringBitmap`) that users can rely upon for fast set of integers.
org.roaringbitmap.insights

Uses of RoaringBitmap in org.roaringbitmap

Classes in org.roaringbitmap with type parameters of type RoaringBitmap
Modifier and Type	Class	Description
`static class`	`RoaringBitmapWriter.RoaringWizard<T extends RoaringBitmap>`

Subclasses of RoaringBitmap in org.roaringbitmap
Modifier and Type	Class	Description
`class`	`FastRankRoaringBitmap`	This extends `RoaringBitmap` to provide better performance for .rank and .select operations, at the cost of maintain a cache of cardinalities.

Methods in org.roaringbitmap that return RoaringBitmap
Modifier and Type	Method	Description
`static RoaringBitmap`	RoaringBitmap.`add(RoaringBitmap rb, int rangeStart, int rangeEnd)`	Deprecated. use the version where longs specify the range
`static RoaringBitmap`	RoaringBitmap.`add(RoaringBitmap rb, long rangeStart, long rangeEnd)`	Generate a new bitmap with all integers in [rangeStart,rangeEnd) added.
`static RoaringBitmap`	RoaringBitmap.`addOffset(RoaringBitmap x, long offset)`	Generate a copy of the provided bitmap, but with all its values incremented by offset.
`static RoaringBitmap`	FastAggregation.`and(long[] aggregationBuffer, RoaringBitmap... bitmaps)`	Compute the AND aggregate.
`static RoaringBitmap`	FastAggregation.`and(java.util.Iterator<? extends RoaringBitmap> bitmaps)`	Compute the AND aggregate.
`static RoaringBitmap`	FastAggregation.`and(RoaringBitmap... bitmaps)`	Compute the AND aggregate.
`static RoaringBitmap`	RoaringBitmap.`and(java.util.Iterator<? extends RoaringBitmap> bitmaps, int rangeStart, int rangeEnd)`	Deprecated. use the version where longs specify the range.
`static RoaringBitmap`	RoaringBitmap.`and(java.util.Iterator<? extends RoaringBitmap> bitmaps, long rangeStart, long rangeEnd)`	Computes AND between input bitmaps in the given range, from rangeStart (inclusive) to rangeEnd (exclusive)
`static RoaringBitmap`	RoaringBitmap.`and(RoaringBitmap x1, RoaringBitmap x2)`	Bitwise AND (intersection) operation.
`static RoaringBitmap`	RoaringBitmap.`andNot(RoaringBitmap x1, RoaringBitmap x2)`	Bitwise ANDNOT (difference) operation.
`static RoaringBitmap`	RoaringBitmap.`andNot(RoaringBitmap x1, RoaringBitmap x2, int rangeStart, int rangeEnd)`	Deprecated. use the version where longs specify the range.
`static RoaringBitmap`	RoaringBitmap.`andNot(RoaringBitmap x1, RoaringBitmap x2, long rangeStart, long rangeEnd)`	Bitwise ANDNOT (difference) operation for the given range, rangeStart (inclusive) and rangeEnd (exclusive).
`RoaringBitmap`	RangeBitmap.`between(long min, long max)`	Returns a RoaringBitmap of rows which have a value in between the thresholds.
`static RoaringBitmap`	BitSetUtil.`bitmapOf(long[] words)`	Generate a RoaringBitmap out of a long[], each long using little-endian representation of its bits
`static RoaringBitmap`	BitSetUtil.`bitmapOf(java.nio.ByteBuffer bb, boolean fastRank)`	Efficiently generate a RoaringBitmap from an uncompressed byte array or ByteBuffer This method tries to minimise all kinds of memory allocation
`static RoaringBitmap`	BitSetUtil.`bitmapOf(java.nio.ByteBuffer bb, boolean fastRank, long[] wordsBuffer)`	Efficiently generate a RoaringBitmap from an uncompressed byte array or ByteBuffer This method tries to minimise all kinds of memory allocation You can provide a cached wordsBuffer for avoiding 8 KB of extra allocation on every call No reference is kept to the wordsBuffer, so it can be cached as a ThreadLocal
`static RoaringBitmap`	BitSetUtil.`bitmapOf(java.util.BitSet bitSet)`	Generate a RoaringBitmap out of a BitSet
`static RoaringBitmap`	RoaringBitmap.`bitmapOf(int... dat)`	Generate a bitmap with the specified values set to true.
`static RoaringBitmap`	RoaringBitmap.`bitmapOfRange(long min, long max)`
`static RoaringBitmap`	RoaringBitmap.`bitmapOfUnordered(int... data)`	Efficiently builds a RoaringBitmap from unordered data
`RoaringBitmap`	RoaringBitmap.`clone()`
`protected RoaringBitmap`	RoaringBitmapWriter.RoaringBitmapWizard.`createUnderlying(int initialCapacity)`
`RoaringBitmap`	RangeBitmap.`eq(long value)`	Returns a RoaringBitmap of rows which have a value equal to the value.
`RoaringBitmap`	RangeBitmap.`eq(long value, RoaringBitmap context)`	Returns a RoaringBitmap of rows which have a value equal to the value.
`static RoaringBitmap`	RoaringBitmap.`flip(RoaringBitmap rb, int rangeStart, int rangeEnd)`	Deprecated. use the version where longs specify the range
`static RoaringBitmap`	RoaringBitmap.`flip(RoaringBitmap bm, long rangeStart, long rangeEnd)`	Complements the bits in the given range, from rangeStart (inclusive) rangeEnd (exclusive).
`RoaringBitmap`	RangeBitmap.`gt(long threshold)`	Returns a RoaringBitmap of rows which have a value greater than the threshold.
`RoaringBitmap`	RangeBitmap.`gt(long threshold, RoaringBitmap context)`	Returns a RoaringBitmap of rows which have a value greater than the threshold, and intersect with the context bitmap, which will not be modified.
`RoaringBitmap`	RangeBitmap.`gte(long threshold)`	Returns a RoaringBitmap of rows which have a value greater than or equal to the threshold.
`RoaringBitmap`	RangeBitmap.`gte(long threshold, RoaringBitmap context)`	Returns a RoaringBitmap of rows which have a value greater than or equal to the threshold, and intersect with the context bitmap, which will not be modified.
`static RoaringBitmap`	FastAggregation.`horizontal_or(java.util.Iterator<? extends RoaringBitmap> bitmaps)`	Deprecated.
`static RoaringBitmap`	FastAggregation.`horizontal_or(java.util.List<? extends RoaringBitmap> bitmaps)`	Minimizes memory usage while computing the or aggregate on a moderate number of bitmaps.
`static RoaringBitmap`	FastAggregation.`horizontal_or(RoaringBitmap... bitmaps)`	Minimizes memory usage while computing the or aggregate on a moderate number of bitmaps.
`static RoaringBitmap`	FastAggregation.`horizontal_xor(RoaringBitmap... bitmaps)`	Minimizes memory usage while computing the xor aggregate on a moderate number of bitmaps.
`protected static RoaringBitmap`	RoaringBitmap.`lazyor(RoaringBitmap x1, RoaringBitmap x2)`
`protected static RoaringBitmap`	RoaringBitmap.`lazyorfromlazyinputs(RoaringBitmap x1, RoaringBitmap x2)`
`RoaringBitmap`	RoaringBitmap.`limit(int maxcardinality)`	Create a new Roaring bitmap containing at most maxcardinality integers.
`RoaringBitmap`	RangeBitmap.`lt(long threshold)`	Returns a RoaringBitmap of rows which have a value less than the threshold.
`RoaringBitmap`	RangeBitmap.`lt(long threshold, RoaringBitmap context)`	Returns a RoaringBitmap of rows which have a value less than the threshold, and intersect with the context bitmap, which will not be modified.
`RoaringBitmap`	RangeBitmap.`lte(long threshold)`	Returns a RoaringBitmap of rows which have a value less than or equal to the threshold.
`RoaringBitmap`	RangeBitmap.`lte(long threshold, RoaringBitmap context)`	Returns a RoaringBitmap of rows which have a value less than or equal to the threshold, and intersect with the context bitmap, which will not be modified.
`static RoaringBitmap`	FastAggregation.`naive_and(java.util.Iterator<? extends RoaringBitmap> bitmaps)`	Compute overall AND between bitmaps two-by-two.
`static RoaringBitmap`	FastAggregation.`naive_and(RoaringBitmap... bitmaps)`	Compute overall AND between bitmaps two-by-two.
`static RoaringBitmap`	FastAggregation.`naive_or(java.util.Iterator<? extends RoaringBitmap> bitmaps)`	Compute overall OR between bitmaps two-by-two.
`static RoaringBitmap`	FastAggregation.`naive_or(RoaringBitmap... bitmaps)`	Compute overall OR between bitmaps two-by-two.
`static RoaringBitmap`	FastAggregation.`naive_xor(java.util.Iterator<? extends RoaringBitmap> bitmaps)`	Compute overall XOR between bitmaps two-by-two.
`static RoaringBitmap`	FastAggregation.`naive_xor(RoaringBitmap... bitmaps)`	Compute overall XOR between bitmaps two-by-two.
`RoaringBitmap`	RangeBitmap.`neq(long value)`	Returns a RoaringBitmap of rows which have a value not equal to the value.
`RoaringBitmap`	RangeBitmap.`neq(long value, RoaringBitmap context)`	Returns a RoaringBitmap of rows which have a value not equal to the value.
`static RoaringBitmap`	FastAggregation.`or(java.util.Iterator<? extends RoaringBitmap> bitmaps)`	Compute overall OR between bitmaps.
`static RoaringBitmap`	FastAggregation.`or(RoaringBitmap... bitmaps)`	Compute overall OR between bitmaps.
`static RoaringBitmap`	ParallelAggregation.`or(RoaringBitmap... bitmaps)`	Computes the bitwise union of the input bitmaps
`static RoaringBitmap`	RoaringBitmap.`or(java.util.Iterator<? extends RoaringBitmap> bitmaps)`	Compute overall OR between bitmaps.
`static RoaringBitmap`	RoaringBitmap.`or(java.util.Iterator<? extends RoaringBitmap> bitmaps, int rangeStart, int rangeEnd)`	Deprecated. use the version where longs specify the range.
`static RoaringBitmap`	RoaringBitmap.`or(java.util.Iterator<? extends RoaringBitmap> bitmaps, long rangeStart, long rangeEnd)`	Computes OR between input bitmaps in the given range, from rangeStart (inclusive) to rangeEnd (exclusive)
`static RoaringBitmap`	RoaringBitmap.`or(RoaringBitmap... bitmaps)`	Compute overall OR between bitmaps.
`static RoaringBitmap`	RoaringBitmap.`or(RoaringBitmap x1, RoaringBitmap x2)`	Bitwise OR (union) operation.
`static RoaringBitmap`	RoaringBitmap.`orNot(RoaringBitmap x1, RoaringBitmap x2, long rangeEnd)`	Bitwise ORNOT operation for the given range, rangeStart (inclusive) and rangeEnd (exclusive).
`static RoaringBitmap`	FastAggregation.`priorityqueue_or(java.util.Iterator<? extends RoaringBitmap> bitmaps)`	Uses a priority queue to compute the or aggregate.
`static RoaringBitmap`	FastAggregation.`priorityqueue_or(RoaringBitmap... bitmaps)`	Uses a priority queue to compute the or aggregate.
`static RoaringBitmap`	FastAggregation.`priorityqueue_xor(RoaringBitmap... bitmaps)`	Uses a priority queue to compute the xor aggregate.
`static RoaringBitmap`	RoaringBitmap.`remove(RoaringBitmap rb, int rangeStart, int rangeEnd)`	Deprecated. use the version where longs specify the range
`static RoaringBitmap`	RoaringBitmap.`remove(RoaringBitmap rb, long rangeStart, long rangeEnd)`	Generate a new bitmap with all integers in [rangeStart,rangeEnd) removed.
`RoaringBitmap`	RoaringBitmap.`selectRange(long rangeStart, long rangeEnd)`	Creates a copy of the bitmap, limited to the values in the specified range, rangeStart (inclusive) and rangeEnd (exclusive).
`static RoaringBitmap`	FastAggregation.`workAndMemoryShyAnd(long[] buffer, RoaringBitmap... bitmaps)`	Computes the intersection by first intersecting the keys, avoids materialising containers, limits memory usage.
`static RoaringBitmap`	FastAggregation.`workShyAnd(long[] buffer, RoaringBitmap... bitmaps)`	Computes the intersection by first intersecting the keys, avoids materialising containers.
`static RoaringBitmap`	FastAggregation.`xor(java.util.Iterator<? extends RoaringBitmap> bitmaps)`	Compute overall XOR between bitmaps.
`static RoaringBitmap`	FastAggregation.`xor(RoaringBitmap... bitmaps)`	Compute overall XOR between bitmaps.
`static RoaringBitmap`	ParallelAggregation.`xor(RoaringBitmap... bitmaps)`	Computes the bitwise symmetric difference of the input bitmaps
`static RoaringBitmap`	RoaringBitmap.`xor(java.util.Iterator<? extends RoaringBitmap> bitmaps, int rangeStart, int rangeEnd)`	Deprecated. use the version where longs specify the range.
`static RoaringBitmap`	RoaringBitmap.`xor(java.util.Iterator<? extends RoaringBitmap> bitmaps, long rangeStart, long rangeEnd)`	Computes XOR between input bitmaps in the given range, from rangeStart (inclusive) to rangeEnd (exclusive)
`static RoaringBitmap`	RoaringBitmap.`xor(RoaringBitmap x1, RoaringBitmap x2)`	Bitwise XOR (symmetric difference) operation.

Methods in org.roaringbitmap that return types with arguments of type RoaringBitmap
Modifier and Type	Method	Description
`java.util.function.Function<RoaringArray,RoaringBitmap>`	ParallelAggregation.ContainerCollector.`finisher()`
`static RoaringBitmapWriter.Wizard<Container,RoaringBitmap>`	RoaringBitmapWriter.`writer()`

Methods in org.roaringbitmap with parameters of type RoaringBitmap
Modifier and Type	Method	Description
`static RoaringBitmap`	RoaringBitmap.`add(RoaringBitmap rb, int rangeStart, int rangeEnd)`	Deprecated. use the version where longs specify the range
`static RoaringBitmap`	RoaringBitmap.`add(RoaringBitmap rb, long rangeStart, long rangeEnd)`	Generate a new bitmap with all integers in [rangeStart,rangeEnd) added.
`static RoaringBitmap`	RoaringBitmap.`addOffset(RoaringBitmap x, long offset)`	Generate a copy of the provided bitmap, but with all its values incremented by offset.
`static RoaringBitmap`	FastAggregation.`and(long[] aggregationBuffer, RoaringBitmap... bitmaps)`	Compute the AND aggregate.
`static RoaringBitmap`	FastAggregation.`and(RoaringBitmap... bitmaps)`	Compute the AND aggregate.
`void`	FastRankRoaringBitmap.`and(RoaringBitmap x2)`
`void`	RoaringBitmap.`and(RoaringBitmap x2)`	In-place bitwise AND (intersection) operation.
`static RoaringBitmap`	RoaringBitmap.`and(RoaringBitmap x1, RoaringBitmap x2)`	Bitwise AND (intersection) operation.
`static int`	FastAggregation.`andCardinality(RoaringBitmap... bitmaps)`	Compute cardinality of the AND aggregate.
`static int`	RoaringBitmap.`andCardinality(RoaringBitmap x1, RoaringBitmap x2)`	Cardinality of Bitwise AND (intersection) operation.
`void`	FastRankRoaringBitmap.`andNot(RoaringBitmap x2)`
`void`	RoaringBitmap.`andNot(RoaringBitmap x2)`	In-place bitwise ANDNOT (difference) operation.
`static RoaringBitmap`	RoaringBitmap.`andNot(RoaringBitmap x1, RoaringBitmap x2)`	Bitwise ANDNOT (difference) operation.
`static RoaringBitmap`	RoaringBitmap.`andNot(RoaringBitmap x1, RoaringBitmap x2, int rangeStart, int rangeEnd)`	Deprecated. use the version where longs specify the range.
`static RoaringBitmap`	RoaringBitmap.`andNot(RoaringBitmap x1, RoaringBitmap x2, long rangeStart, long rangeEnd)`	Bitwise ANDNOT (difference) operation for the given range, rangeStart (inclusive) and rangeEnd (exclusive).
`static int`	RoaringBitmap.`andNotCardinality(RoaringBitmap x1, RoaringBitmap x2)`	Cardinality of the bitwise ANDNOT (left difference) operation.
`long`	RangeBitmap.`betweenCardinality(long min, long max, RoaringBitmap context)`	Returns the number of rows which have a value in between the thresholds.
`static java.util.BitSet`	BitSetUtil.`bitsetOf(RoaringBitmap bitmap)`	Convert a `RoaringBitmap` to a `BitSet`.
`static java.util.BitSet`	BitSetUtil.`bitsetOfWithoutCopy(RoaringBitmap bitmap)`	Convert a `RoaringBitmap` to a `BitSet` without copying to an intermediate array.
`boolean`	RoaringBitmap.`contains(RoaringBitmap subset)`	Checks whether the parameter is a subset of this RoaringBitmap or not
`RoaringBitmap`	RangeBitmap.`eq(long value, RoaringBitmap context)`	Returns a RoaringBitmap of rows which have a value equal to the value.
`long`	RangeBitmap.`eqCardinality(long value, RoaringBitmap context)`	Returns the number of rows which have a value equal to the value, and intersect with the context bitmap, which will not be modified.
`static boolean`	BitSetUtil.`equals(java.util.BitSet bitset, RoaringBitmap bitmap)`	Compares a RoaringBitmap and a BitSet.
`static RoaringBitmap`	RoaringBitmap.`flip(RoaringBitmap rb, int rangeStart, int rangeEnd)`	Deprecated. use the version where longs specify the range
`static RoaringBitmap`	RoaringBitmap.`flip(RoaringBitmap bm, long rangeStart, long rangeEnd)`	Complements the bits in the given range, from rangeStart (inclusive) rangeEnd (exclusive).
`static java.util.SortedMap<java.lang.Character,java.util.List<Container>>`	ParallelAggregation.`groupByKey(RoaringBitmap... bitmaps)`	Groups the containers by their keys
`RoaringBitmap`	RangeBitmap.`gt(long threshold, RoaringBitmap context)`	Returns a RoaringBitmap of rows which have a value greater than the threshold, and intersect with the context bitmap, which will not be modified.
`long`	RangeBitmap.`gtCardinality(long threshold, RoaringBitmap context)`	Returns the number of rows which have a value greater than the threshold, and intersect with the context bitmap, which will not be modified.
`RoaringBitmap`	RangeBitmap.`gte(long threshold, RoaringBitmap context)`	Returns a RoaringBitmap of rows which have a value greater than or equal to the threshold, and intersect with the context bitmap, which will not be modified.
`long`	RangeBitmap.`gteCardinality(long threshold, RoaringBitmap context)`	Returns the number of rows which have a value greater than or equal to the threshold, and intersect with the context bitmap, which will not be modified.
`static RoaringBitmap`	FastAggregation.`horizontal_or(RoaringBitmap... bitmaps)`	Minimizes memory usage while computing the or aggregate on a moderate number of bitmaps.
`static RoaringBitmap`	FastAggregation.`horizontal_xor(RoaringBitmap... bitmaps)`	Minimizes memory usage while computing the xor aggregate on a moderate number of bitmaps.
`static boolean`	RoaringBitmap.`intersects(RoaringBitmap x1, RoaringBitmap x2)`	Checks whether the two bitmaps intersect.
`boolean`	RoaringBitmap.`isHammingSimilar(RoaringBitmap other, int tolerance)`	Returns true if the other bitmap has no more than tolerance bits differing from this bitmap.
`protected void`	RoaringBitmap.`lazyor(RoaringBitmap x2)`
`protected static RoaringBitmap`	RoaringBitmap.`lazyor(RoaringBitmap x1, RoaringBitmap x2)`
`protected static RoaringBitmap`	RoaringBitmap.`lazyorfromlazyinputs(RoaringBitmap x1, RoaringBitmap x2)`
`RoaringBitmap`	RangeBitmap.`lt(long threshold, RoaringBitmap context)`	Returns a RoaringBitmap of rows which have a value less than the threshold, and intersect with the context bitmap, which will not be modified.
`long`	RangeBitmap.`ltCardinality(long threshold, RoaringBitmap context)`	Returns the number of rows which have a value less than the threshold, and intersect with the context bitmap, which will not be modified.
`RoaringBitmap`	RangeBitmap.`lte(long threshold, RoaringBitmap context)`	Returns a RoaringBitmap of rows which have a value less than or equal to the threshold, and intersect with the context bitmap, which will not be modified.
`long`	RangeBitmap.`lteCardinality(long threshold, RoaringBitmap context)`	Returns the number of rows which have a value less than or equal to the threshold, and intersect with the context bitmap, which will not be modified.
`static RoaringBitmap`	FastAggregation.`naive_and(RoaringBitmap... bitmaps)`	Compute overall AND between bitmaps two-by-two.
`static RoaringBitmap`	FastAggregation.`naive_or(RoaringBitmap... bitmaps)`	Compute overall OR between bitmaps two-by-two.
`static RoaringBitmap`	FastAggregation.`naive_xor(RoaringBitmap... bitmaps)`	Compute overall XOR between bitmaps two-by-two.
`protected void`	RoaringBitmap.`naivelazyor(RoaringBitmap x2)`
`static void`	RoaringBitmapPrivate.`naivelazyor(RoaringBitmap x1, RoaringBitmap x2)`	Deprecated.
`RoaringBitmap`	RangeBitmap.`neq(long value, RoaringBitmap context)`	Returns a RoaringBitmap of rows which have a value not equal to the value.
`long`	RangeBitmap.`neqCardinality(long value, RoaringBitmap context)`	Returns the number of rows which have a value not equal to the value, and intersect with the context bitmap, which will not be modified.
`static RoaringBitmap`	FastAggregation.`or(RoaringBitmap... bitmaps)`	Compute overall OR between bitmaps.
`void`	FastRankRoaringBitmap.`or(RoaringBitmap x2)`
`static RoaringBitmap`	ParallelAggregation.`or(RoaringBitmap... bitmaps)`	Computes the bitwise union of the input bitmaps
`void`	RoaringBitmap.`or(RoaringBitmap x2)`	In-place bitwise OR (union) operation.
`static RoaringBitmap`	RoaringBitmap.`or(RoaringBitmap... bitmaps)`	Compute overall OR between bitmaps.
`static RoaringBitmap`	RoaringBitmap.`or(RoaringBitmap x1, RoaringBitmap x2)`	Bitwise OR (union) operation.
`static int`	FastAggregation.`orCardinality(RoaringBitmap... bitmaps)`	Compute cardinality of the OR aggregate.
`static int`	RoaringBitmap.`orCardinality(RoaringBitmap x1, RoaringBitmap x2)`	Cardinality of the bitwise OR (union) operation.
`void`	RoaringBitmap.`orNot(RoaringBitmap other, long rangeEnd)`	In-place bitwise ORNOT operation.
`static RoaringBitmap`	RoaringBitmap.`orNot(RoaringBitmap x1, RoaringBitmap x2, long rangeEnd)`	Bitwise ORNOT operation for the given range, rangeStart (inclusive) and rangeEnd (exclusive).
`static RoaringBitmap`	FastAggregation.`priorityqueue_or(RoaringBitmap... bitmaps)`	Uses a priority queue to compute the or aggregate.
`static RoaringBitmap`	FastAggregation.`priorityqueue_xor(RoaringBitmap... bitmaps)`	Uses a priority queue to compute the xor aggregate.
`static RoaringBitmap`	RoaringBitmap.`remove(RoaringBitmap rb, int rangeStart, int rangeEnd)`	Deprecated. use the version where longs specify the range
`static RoaringBitmap`	RoaringBitmap.`remove(RoaringBitmap rb, long rangeStart, long rangeEnd)`	Generate a new bitmap with all integers in [rangeStart,rangeEnd) removed.
`static void`	RoaringBitmapPrivate.`repairAfterLazy(RoaringBitmap r)`	Deprecated.
`static byte[]`	BitSetUtil.`toByteArray(RoaringBitmap bitmap)`	Returns an array of little-endian ordered bytes, given a `RoaringBitmap`.
`static long[]`	BitSetUtil.`toLongArray(RoaringBitmap bitmap)`	Returns an array of long, given a `RoaringBitmap`.
`static RoaringBitmap`	FastAggregation.`workAndMemoryShyAnd(long[] buffer, RoaringBitmap... bitmaps)`	Computes the intersection by first intersecting the keys, avoids materialising containers, limits memory usage.
`static RoaringBitmap`	FastAggregation.`workShyAnd(long[] buffer, RoaringBitmap... bitmaps)`	Computes the intersection by first intersecting the keys, avoids materialising containers.
`void`	IntIteratorFlyweight.`wrap(RoaringBitmap r)`	Prepares a bitmap for iteration
`void`	ReverseIntIteratorFlyweight.`wrap(RoaringBitmap r)`	Prepares a bitmap for iteration
`static RoaringBitmap`	FastAggregation.`xor(RoaringBitmap... bitmaps)`	Compute overall XOR between bitmaps.
`void`	FastRankRoaringBitmap.`xor(RoaringBitmap x2)`
`static RoaringBitmap`	ParallelAggregation.`xor(RoaringBitmap... bitmaps)`	Computes the bitwise symmetric difference of the input bitmaps
`void`	RoaringBitmap.`xor(RoaringBitmap x2)`	In-place bitwise XOR (symmetric difference) operation.
`static RoaringBitmap`	RoaringBitmap.`xor(RoaringBitmap x1, RoaringBitmap x2)`	Bitwise XOR (symmetric difference) operation.
`static int`	RoaringBitmap.`xorCardinality(RoaringBitmap x1, RoaringBitmap x2)`	Cardinality of the bitwise XOR (symmetric difference) operation.

Method parameters in org.roaringbitmap with type arguments of type RoaringBitmap
Modifier and Type	Method	Description
`static RoaringBitmap`	FastAggregation.`and(java.util.Iterator<? extends RoaringBitmap> bitmaps)`	Compute the AND aggregate.
`static RoaringBitmap`	RoaringBitmap.`and(java.util.Iterator<? extends RoaringBitmap> bitmaps, int rangeStart, int rangeEnd)`	Deprecated. use the version where longs specify the range.
`static RoaringBitmap`	RoaringBitmap.`and(java.util.Iterator<? extends RoaringBitmap> bitmaps, long rangeStart, long rangeEnd)`	Computes AND between input bitmaps in the given range, from rangeStart (inclusive) to rangeEnd (exclusive)
`static RoaringBitmap`	FastAggregation.`horizontal_or(java.util.Iterator<? extends RoaringBitmap> bitmaps)`	Deprecated.
`static RoaringBitmap`	FastAggregation.`horizontal_or(java.util.List<? extends RoaringBitmap> bitmaps)`	Minimizes memory usage while computing the or aggregate on a moderate number of bitmaps.
`static RoaringBitmap`	FastAggregation.`naive_and(java.util.Iterator<? extends RoaringBitmap> bitmaps)`	Compute overall AND between bitmaps two-by-two.
`static RoaringBitmap`	FastAggregation.`naive_or(java.util.Iterator<? extends RoaringBitmap> bitmaps)`	Compute overall OR between bitmaps two-by-two.
`static RoaringBitmap`	FastAggregation.`naive_xor(java.util.Iterator<? extends RoaringBitmap> bitmaps)`	Compute overall XOR between bitmaps two-by-two.
`static RoaringBitmap`	FastAggregation.`or(java.util.Iterator<? extends RoaringBitmap> bitmaps)`	Compute overall OR between bitmaps.
`static RoaringBitmap`	RoaringBitmap.`or(java.util.Iterator<? extends RoaringBitmap> bitmaps)`	Compute overall OR between bitmaps.
`static RoaringBitmap`	RoaringBitmap.`or(java.util.Iterator<? extends RoaringBitmap> bitmaps, int rangeStart, int rangeEnd)`	Deprecated. use the version where longs specify the range.
`static RoaringBitmap`	RoaringBitmap.`or(java.util.Iterator<? extends RoaringBitmap> bitmaps, long rangeStart, long rangeEnd)`	Computes OR between input bitmaps in the given range, from rangeStart (inclusive) to rangeEnd (exclusive)
`static RoaringBitmap`	FastAggregation.`priorityqueue_or(java.util.Iterator<? extends RoaringBitmap> bitmaps)`	Uses a priority queue to compute the or aggregate.
`static RoaringBitmap`	FastAggregation.`xor(java.util.Iterator<? extends RoaringBitmap> bitmaps)`	Compute overall XOR between bitmaps.
`static RoaringBitmap`	RoaringBitmap.`xor(java.util.Iterator<? extends RoaringBitmap> bitmaps, int rangeStart, int rangeEnd)`	Deprecated. use the version where longs specify the range.
`static RoaringBitmap`	RoaringBitmap.`xor(java.util.Iterator<? extends RoaringBitmap> bitmaps, long rangeStart, long rangeEnd)`	Computes XOR between input bitmaps in the given range, from rangeStart (inclusive) to rangeEnd (exclusive)

Constructors in org.roaringbitmap with parameters of type RoaringBitmap
Constructor	Description
`IntIteratorFlyweight(RoaringBitmap r)`	Creates an instance that is ready for iteration.
`ReverseIntIteratorFlyweight(RoaringBitmap r)`	Creates an instance that is ready for iteration.

Uses of RoaringBitmap in org.roaringbitmap.buffer

Methods in org.roaringbitmap.buffer that return RoaringBitmap
Modifier and Type	Method	Description
`RoaringBitmap`	ImmutableRoaringBitmap.`toRoaringBitmap()`	Copies this bitmap to a mutable RoaringBitmap.

Constructors in org.roaringbitmap.buffer with parameters of type RoaringBitmap
Constructor	Description
`MutableRoaringBitmap(RoaringBitmap rb)`	Create a MutableRoaringBitmap from a RoaringBitmap.

Uses of RoaringBitmap in org.roaringbitmap.insights

Methods in org.roaringbitmap.insights with parameters of type RoaringBitmap
Modifier and Type	Method	Description
`static BitmapStatistics`	BitmapAnalyser.`analyse(RoaringBitmap r)`	Analyze the internal representation of bitmap

Method parameters in org.roaringbitmap.insights with type arguments of type RoaringBitmap
Modifier and Type	Method	Description
`static BitmapStatistics`	BitmapAnalyser.`analyse(java.util.Collection<? extends RoaringBitmap> bitmaps)`	Analyze the internal representation of bitmaps

Uses of Classorg.roaringbitmap.RoaringBitmap

Uses of RoaringBitmap in org.roaringbitmap

Uses of RoaringBitmap in org.roaringbitmap.buffer

Uses of RoaringBitmap in org.roaringbitmap.insights

Uses of Class
org.roaringbitmap.RoaringBitmap