Uses of Interface
net.emaze.dysfunctional.ranges.Range

Packages that use Range

Package	Description
net.emaze.dysfunctional
net.emaze.dysfunctional.ranges

Uses of Range in net.emaze.dysfunctional

Methods in net.emaze.dysfunctional that return Range

Modifier and Type	Method and Description
Range<T>	Ranges.closed(T lower, T upper) returns [ lower, upper ]
Range<T>	Ranges.degenerate(T value) Creates a singleton Range with the passed value.
Range<T>	Ranges.difference(Iterable<Range<T>> ranges)
Range<T>	Ranges.difference(Iterator<Range<T>> ranges)
Range<T>	Ranges.difference(Range<T>... ranges)
Range<T>	Ranges.difference(Range<T> lhs, Range<T> rhs)
Range<T>	Ranges.difference(Range<T> first, Range<T> second, Range<T> third)
Range<T>	Ranges.empty() returns [ emptyValue, emptyValue )
Range<T>	Ranges.intersect(Iterable<Range<T>> ranges)
Range<T>	Ranges.intersect(Iterator<Range<T>> ranges)
Range<T>	Ranges.intersect(Range<T>... ranges)
Range<T>	Ranges.intersect(Range<T> lhs, Range<T> rhs)
Range<T>	Ranges.intersect(Range<T> first, Range<T> second, Range<T> third)
Range<T>	Ranges.leftHalfOpen(T lower, T upper) returns ( lower, upper ]
Range<T>	Ranges.of(Range.Endpoint left, T lower, Maybe<T> upper, Range.Endpoint right)
Range<T>	Ranges.open(T lower, T upper) returns ( lower, upper )
Range<T>	Ranges.rightHalfOpen(T lower, Maybe<T> upper) returns [ lower, upper )
Range<T>	Ranges.symmetricDifference(Iterable<Range<T>> ranges)
Range<T>	Ranges.symmetricDifference(Iterator<Range<T>> ranges)
Range<T>	Ranges.symmetricDifference(Range<T>... ranges)
Range<T>	Ranges.symmetricDifference(Range<T> lhs, Range<T> rhs)
Range<T>	Ranges.symmetricDifference(Range<T> first, Range<T> second, Range<T> third)
Range<T>	Ranges.union(Iterable<Range<T>> ranges)
Range<T>	Ranges.union(Iterator<Range<T>> ranges)
Range<T>	Ranges.union(Range<T>... ranges)
Range<T>	Ranges.union(Range<T> lhs, Range<T> rhs)
Range<T>	Ranges.union(Range<T> first, Range<T> second, Range<T> third)

Methods in net.emaze.dysfunctional with parameters of type Range

Modifier and Type	Method and Description
static <CT,ET> Iterator<Pair<CT,ET>>	Zips.counted(ET[] array, Range<CT> range) Creates an iterator yielding values from the source iterator and its index.
static <CT,ET> Iterator<Pair<CT,ET>>	Zips.counted(Iterable<ET> iterable, Range<CT> range) Creates an iterator yielding values from the source iterator and its index.
static <CT,ET> Iterator<Pair<CT,ET>>	Zips.counted(Iterator<ET> iterator, Range<CT> range) Creates an iterator yielding values from the source iterator and its index.
Range<T>	Ranges.difference(Range<T>... ranges)
Range<T>	Ranges.difference(Range<T> lhs, Range<T> rhs)
Range<T>	Ranges.difference(Range<T> lhs, Range<T> rhs)
Range<T>	Ranges.difference(Range<T> first, Range<T> second, Range<T> third)
Range<T>	Ranges.difference(Range<T> first, Range<T> second, Range<T> third)
Range<T>	Ranges.difference(Range<T> first, Range<T> second, Range<T> third)
Range<T>	Ranges.intersect(Range<T>... ranges)
Range<T>	Ranges.intersect(Range<T> lhs, Range<T> rhs)
Range<T>	Ranges.intersect(Range<T> lhs, Range<T> rhs)
Range<T>	Ranges.intersect(Range<T> first, Range<T> second, Range<T> third)
Range<T>	Ranges.intersect(Range<T> first, Range<T> second, Range<T> third)
Range<T>	Ranges.intersect(Range<T> first, Range<T> second, Range<T> third)
Range<T>	Ranges.symmetricDifference(Range<T>... ranges)
Range<T>	Ranges.symmetricDifference(Range<T> lhs, Range<T> rhs)
Range<T>	Ranges.symmetricDifference(Range<T> lhs, Range<T> rhs)
Range<T>	Ranges.symmetricDifference(Range<T> first, Range<T> second, Range<T> third)
Range<T>	Ranges.symmetricDifference(Range<T> first, Range<T> second, Range<T> third)
Range<T>	Ranges.symmetricDifference(Range<T> first, Range<T> second, Range<T> third)
Range<T>	Ranges.union(Range<T>... ranges)
Range<T>	Ranges.union(Range<T> lhs, Range<T> rhs)
Range<T>	Ranges.union(Range<T> lhs, Range<T> rhs)
Range<T>	Ranges.union(Range<T> first, Range<T> second, Range<T> third)
Range<T>	Ranges.union(Range<T> first, Range<T> second, Range<T> third)
Range<T>	Ranges.union(Range<T> first, Range<T> second, Range<T> third)

Method parameters in net.emaze.dysfunctional with type arguments of type Range

Modifier and Type	Method and Description
Range<T>	Ranges.difference(Iterable<Range<T>> ranges)
Range<T>	Ranges.difference(Iterator<Range<T>> ranges)
Range<T>	Ranges.intersect(Iterable<Range<T>> ranges)
Range<T>	Ranges.intersect(Iterator<Range<T>> ranges)
Range<T>	Ranges.symmetricDifference(Iterable<Range<T>> ranges)
Range<T>	Ranges.symmetricDifference(Iterator<Range<T>> ranges)
Range<T>	Ranges.union(Iterable<Range<T>> ranges)
Range<T>	Ranges.union(Iterator<Range<T>> ranges)

Uses of Range in net.emaze.dysfunctional.ranges

Classes in net.emaze.dysfunctional.ranges with type parameters of type Range

Modifier and Type	Class and Description
class	RangeIsEmpty<R extends Range<T>,T>
class	RangeOverlappingWith<R extends Range<T>,T>

Classes in net.emaze.dysfunctional.ranges that implement Range

Modifier and Type	Class and Description
class	DenseRange<T>
class	SparseRange<T>

Methods in net.emaze.dysfunctional.ranges that return Range

Modifier and Type	Method and Description
Range<T>	MakeRange.perform(List<DenseRange<T>> wannaBeRange)
Range<T>	Intersection.perform(Range<T> lhs, Range<T> rhs)
Range<T>	SymmetricDifference.perform(Range<T> lhs, Range<T> rhs)
Range<T>	Union.perform(Range<T> lhs, Range<T> rhs)
Range<T>	Difference.perform(Range<T> lhs, Range<T> rhs)

Methods in net.emaze.dysfunctional.ranges with parameters of type Range

Modifier and Type	Method and Description
int	RangeComparator.compare(Range<T> lhs, Range<T> rhs)
int	RangeComparator.compare(Range<T> lhs, Range<T> rhs)
int	SparseRange.compareTo(Range<T> other)
int	DenseRange.compareTo(Range<T> other)
boolean	SparseRange.overlaps(Range<T> other)
boolean	Range.overlaps(Range<T> rhs)
boolean	DenseRange.overlaps(Range<T> other) Apples to apples (dense to dense) : yields false if this.lower > other.upper or other.lower > this.upper Apples to oranges: (dense to nonDense) yields nonDense.overlaps(dense)
Range<T>	Intersection.perform(Range<T> lhs, Range<T> rhs)
Range<T>	Intersection.perform(Range<T> lhs, Range<T> rhs)
Range<T>	SymmetricDifference.perform(Range<T> lhs, Range<T> rhs)
Range<T>	SymmetricDifference.perform(Range<T> lhs, Range<T> rhs)
Range<T>	Union.perform(Range<T> lhs, Range<T> rhs)
Range<T>	Union.perform(Range<T> lhs, Range<T> rhs)
Range<T>	Difference.perform(Range<T> lhs, Range<T> rhs)
Range<T>	Difference.perform(Range<T> lhs, Range<T> rhs)

Constructors in net.emaze.dysfunctional.ranges with parameters of type Range

Constructor and Description
RangeOverlappingWith(Range<T> other)