Method Detail

• rangeFromUnordered

   final <T extends Comparable<T>> ClosedRange<T> rangeFromUnordered(T bound1, T bound2)

  Creates a ClosedRange from a couple of unordered values.

• coincidesWith

   final <T extends Comparable<T>> Boolean coincidesWith(ClosedRange<T> $self, ClosedRange<T> other)

  Checks whether two ranges coincide. It's a different way of checking if they're equals, which doesn't depend on their actual implementation. Note that the way you obtain a range may influence the actual class used, and you can have two coincident ranges which don't result equals because of different classes.

• contains

   final <T extends Comparable<T>> Boolean contains(ClosedRange<T> $self, ClosedRange<T> other)

  Checks whether the range contains the other one. This method is faster than checking if the range contains both of the endpoints of other.

• intersects

   final <T extends Comparable<T>> Boolean intersects(ClosedRange<T> $self, ClosedRange<T> other)

  Checks whether the range intersects the other one.

• intersect

   final <T extends Comparable<T>> ClosedRange<T> intersect(ClosedRange<T> $self, ClosedRange<T> other)

  Finds the intersection between two ranges, the resulting range may feature a single value (if the ranges only share an endpoint) or can be null, if they don't intersect at all.

• intersectsBoundsExcluded

   final <T extends Comparable<T>> Boolean intersectsBoundsExcluded(ClosedRange<T> $self, ClosedRange<T> other)

  Checks whether two ranges intersect, excluding their bounds (i.e., excluding both ClosedRange.start and ClosedRange.endInclusive). This means false is returned in case the ranges share a single endpoint.

• minus

   final <T extends Comparable<T>> List<ClosedRange<T>> minus(ClosedRange<T> $self, ClosedRange<T> other)

  Performs a subtraction between ranges. The operation can produce an empty list (e.g. if the current range is contained in the other one), a list featuring a single element, or a list featuring two elements (e.g. if the current range contains the other one).

• subtractAll

   final <T extends Comparable<T>> List<ClosedRange<T>> subtractAll(ClosedRange<T> $self, List<ClosedRange<T>> others)

  Subtracts all the given ranges from the current one. See ClosedRange.minus.

• findExtremeCoordsOnX

   final <V extends Vector2D<V>> ClosedRange<Double> findExtremeCoordsOnX(List<V> $self)

  Given a non empty list of points represented as vectors, this method finds the extreme coordinates (i.e. min and max coordinates) on the X-axis, these are used to create the returned ClosedRange.

• findExtremeCoordsOnY

   final <V extends Vector2D<V>> ClosedRange<Double> findExtremeCoordsOnY(List<V> $self)

  Given a non empty list of points represented as vectors, this method finds the extreme coordinates (i.e. min and max coordinates) on the Y-axis, these are used to create the returned ClosedRange.