Uses of Interface
types.collections.base.Base

Packages that use Base
  • Uses of Base in types.collections.base

    Classes in types.collections.base that implement Base
    Modifier and Type
    Class
    Description
    class 
    Set<T>
    Abstract class that represents a set of temporal object
    class 
    Span<T>
    Abstract class that represents a span of temporal object
    class 
    Abstract class that represents a set of span of temporal object
    Methods in types.collections.base that return Base
    Modifier and Type
    Method
    Description
    Set.add(Base other)
    Returns the union of ``self`` and ``other``.
    Span.add(Base other)
     
    SpanSet.add(Base other)
     
    private Base
    Set.intersection(Base other)
    Returns the intersection of ``self`` and ``other``.
    private Base
    Span.intersection(Base other)
    Returns the intersection of "this" and "other".
    protected Base
    SpanSet.intersection(Base other)
    Returns the intersection of "this" and "other".
    private Base
    Set.minus(Base other)
    Returns the difference of ``self`` and ``other``.
    protected Base
    Span.minus(Base other)
     
    protected Base
    SpanSet.minus(Base other)
    Returns the temporal difference of ``self`` and ``other``.
    Set.mul(Base other)
    Returns the intersection of ``self`` and ``other``.
    Span.mul(Base other)
     
    SpanSet.mul(Base other)
     
    Set.rsub(Base other)
    Returns the difference of ``other`` and ``self``.
    Set.sub(Base other)
    Returns the difference of ``self`` and ``other``.
    SpanSet.sub(Base other)
     
    Set.subtract_from(Base other)
    Returns the difference of ``other`` and ``self``.
    private Base
    Set.union(Base other)
    Returns the union of ``self`` and ``other``.
    protected Base
    Span.union(Base other)
    Returns the temporal union of "this" and "other".
    protected Base
    SpanSet.union(Base other)
    Returns the temporal union of "this" and "other".
    Methods in types.collections.base with parameters of type Base
    Modifier and Type
    Method
    Description
    Set.add(Base other)
    Returns the union of ``self`` and ``other``.
    Span.add(Base other)
     
    SpanSet.add(Base other)
     
    boolean
    Collection.contains(Base other)
     
    boolean
    Set.contains(Base other)
    Returns whether "this" contains "other".
    boolean
    Span.contains(Base other)
    Returns whether "this" contains "content".
    boolean
    SpanSet.contains(Base other)
    Returns whether "this" contains "other".
    private void
    Set.distance(Base other)
    Returns the distance between "this" and "other".
    private void
    Span.distance(Base other)
    Returns the distance between "this" and "other".
    private void
    SpanSet.distance(Base other)
    Returns the distance between "this" and "other".
    boolean
    Set.eq(Base other)
    Returns whether "this" and "other" are equal.
    boolean
    Span.eq(Base other)
    Return whether "this" and "other" are equal.
    boolean
    SpanSet.eq(Base other)
    Return whether "this" and "other" are equal.
    boolean
    Set.greaterThan(Base other)
    Return whether "this" is greater than "other".
    boolean
    Span.greaterThan(Base other)
    Return whether "this" is greater than "other".
    boolean
    SpanSet.greaterThan(Base other)
    Return whether "this" is greater than "other".
    boolean
    Return whether "this" is greater than or equal to "other".
    boolean
    Return whether "this" is greater than or equal to "other".
    boolean
    SpanSet.greaterThanOrEqual(Base other)
    Return whether "this" is greater than or equal to "other".
    private Base
    Set.intersection(Base other)
    Returns the intersection of ``self`` and ``other``.
    private Base
    Span.intersection(Base other)
    Returns the intersection of "this" and "other".
    protected Base
    SpanSet.intersection(Base other)
    Returns the intersection of "this" and "other".
    boolean
    Set.is_adjacent(Base other)
    Returns whether ``this`` is adjacent to ``other``.
    boolean
    Span.is_adjacent(Base other)
    Returns whether "this" is adjacent to "other".
    boolean
    SpanSet.is_adjacent(Base other)
    Returns whether "this" is adjacent to "other".
    boolean
    Collection.is_contained_in(Base other)
    ------------------------- Topological Operations ------------------------
    boolean
    Set.is_contained_in(Base other)
    Returns whether "this" is contained in "other".
    boolean
    Span.is_contained_in(Base other)
    Returns whether "this" is contained in "container".
    boolean
    SpanSet.is_contained_in(Base other)
    Returns whether "this" is contained in "other".
    boolean
    Collection.is_left(Base other)
    ------------------------- Position Operations ---------------------------
    boolean
    Set.is_left(Base other)
    Returns whether "this" is strictly to the left of "other".
    boolean
    Span.is_left(Base other)
    Returns whether "this" is strictly before "other".
    boolean
    SpanSet.is_left(Base other)
    Returns whether "this" is strictly to the left of "other".
    boolean
    Collection.is_over_or_left(Base other)
     
    boolean
    Set.is_over_or_left(Base other)
    Returns whether "this" is to the left of "other" allowing overlap.
    boolean
    Span.is_over_or_left(Base other)
    Returns whether "this" is before "other" allowing overlap.
    boolean
    SpanSet.is_over_or_left(Base other)
    Returns whether "this" is to the left of "other" allowing overlap.
    boolean
    Collection.is_over_or_right(Base other)
     
    boolean
    Returns whether "this" is to the right of "other" allowing overlap.
    boolean
    Span.is_over_or_right(Base other)
    Returns whether "this" is after "other" allowing overlap.
    boolean
    SpanSet.is_over_or_right(Base other)
    Returns whether "this" is to the right of "other" allowing overlap.
    boolean
    Collection.is_right(Base other)
     
    boolean
    Set.is_right(Base other)
    Returns whether "this" is strictly to the right of "other".
    boolean
    Span.is_right(Base other)
    Returns whether "this" is strictly after "other".
    boolean
    SpanSet.is_right(Base other)
    Returns whether "this" is strictly after "other".
    boolean
    Span.is_same(Base other)
     
    boolean
    SpanSet.is_same(Base other)
    Returns whether the bounding span of "this" is the same as the bounding span of "other".
    boolean
    Set.lessThan(Base other)
    Return whether "this" is less than "other".
    boolean
    Span.lessThan(Base other)
    Return whether "this" is less than "other".
    boolean
    SpanSet.lessThan(Base other)
    Return whether "this" is less than "other".
    boolean
    Set.lessThanOrEqual(Base other)
    Return whether "this" is less than or equal to "other".
    boolean
    Span.lessThanOrEqual(Base other)
    Return whether "this" is less than or equal to "other".
    boolean
    SpanSet.lessThanOrEqual(Base other)
    Return whether "this" is less than or equal to "other".
    private Base
    Set.minus(Base other)
    Returns the difference of ``self`` and ``other``.
    protected Base
    Span.minus(Base other)
     
    protected Base
    SpanSet.minus(Base other)
    Returns the temporal difference of ``self`` and ``other``.
    Set.mul(Base other)
    Returns the intersection of ``self`` and ``other``.
    Span.mul(Base other)
     
    SpanSet.mul(Base other)
     
    boolean
    Set.notEquals(Base other)
    Returns whether "this" and "other" are not equal.
    boolean
    Span.notEquals(Base other)
    Return whether "this" and "other" are not equal.
    boolean
    SpanSet.notEquals(Base other)
    Return whether "this" and "other" are not equal.
    boolean
    Collection.overlaps(Base other)
     
    boolean
    Set.overlaps(Base other)
    Returns whether "this" overlaps "other".
    boolean
    Span.overlaps(Base other)
    Returns whether "this" overlaps "other".
    boolean
    SpanSet.overlaps(Base other)
    Returns whether "this" overlaps "other".
    Set.rsub(Base other)
    Returns the difference of ``other`` and ``self``.
    Set.sub(Base other)
    Returns the difference of ``self`` and ``other``.
    SpanSet.sub(Base other)
     
    Set.subtract_from(Base other)
    Returns the difference of ``other`` and ``self``.
    private Base
    Set.union(Base other)
    Returns the union of ``self`` and ``other``.
    protected Base
    Span.union(Base other)
    Returns the temporal union of "this" and "other".
    protected Base
    SpanSet.union(Base other)
    Returns the temporal union of "this" and "other".
  • Uses of Base in types.collections.geo

    Classes in types.collections.geo that implement Base
    Modifier and Type
    Class
    Description
    class 
    Class representing a set of geography object inheriting from GeoSet
    class 
    Class representing a set of geography object inheriting from GeoSet
    class 
    Abstract class representing a set of geo object inheriting from set type.
  • Uses of Base in types.collections.number

    Classes in types.collections.number that implement Base
    Modifier and Type
    Class
    Description
    class 
    Class for representing a set of text values.
    class 
    Class for representing sets of contiguous float values between a lower and an upper bound.
    class 
    Class for representing lists of disjoint floatspans.
    class 
    Class for representing a set of text values.
    class 
    Class for representing sets of contiguous integer values between a lower and an upper bound.
    class 
    Class for representing lists of disjoint intspans.
  • Uses of Base in types.collections.text

    Classes in types.collections.text that implement Base
    Modifier and Type
    Class
    Description
    class 
    Class for representing a set of text values.
  • Uses of Base in types.collections.time

    Classes in types.collections.time that implement Base
    Modifier and Type
    Class
    Description
    class 
    Class for representing lists of distinct dates.
    class 
    Class for representing sets of contiguous dates between a lower and an upper bound.
    class 
    Class for representing lists of disjoint tstzspans.
    class 
    Class for representing lists of distinct timestamp values.
    class 
    Class for representing lists of distinct timestamp values.
    class 
    Class for representing sets of contiguous timestamps between a lower and an upper bound.
    class 
    Class for representing lists of disjoint periods.