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Type Members

1. case class AfterP(interval: Interval, period: Period, triggerCharSpan: Option[(Int, Int)] = None) extends Interval with IP with Product with Serializable

   

   Shifts the input interval later by a given period length.

   Shifts the input interval later by a given period length. Formally: After([t1,t2): Interval, Δ: Period) = [t1 + Δ - x, t2 + Δ + x) where x = u1(Δ)/2 if t2 - t1 is smaller than u1(Δ) or 0 otherwise where u1(Δ) is a period with the same units as Δ but only 1 unit

   In other words, the width of the resulting interval is the maximum of the widths of the input interval and a 1-unit version of the period

   interval

   interval to shift from

   period

   period to shift the interval by

2. case class AfterRI(interval: Interval, repeatingInterval: RepeatingInterval, number: Number = IntNumber(1), from: Point = Interval.End, triggerCharSpan: Option[(Int, Int)] = None) extends Interval with IRIN with Product with Serializable

   

   Finds the Nth earliest repeated interval after the input interval.

   Finds the Nth earliest repeated interval after the input interval. Formally: After([t1,t2): Interval, R: RepeatingInterval, n: Number): Interval = Nth earliest interval {[t.start, t.end) ∈ R: t2 ≤ t.start}

   interval

   interval to start from

   repeatingInterval

   repeating intervals to search over

3. class AnaforaReader extends AnyRef

   

4. case class BeforeP(interval: Interval, period: Period, triggerCharSpan: Option[(Int, Int)] = None) extends Interval with IP with Product with Serializable

   

   Shifts the input interval earlier by a given period length.

   Shifts the input interval earlier by a given period length. Formally: Before([t1,t2): Interval, Δ: Period) = [t1 - Δ - x, t2 - Δ + x) where x = u1(Δ)/2 if t2 - t1 is smaller than u1(Δ) or 0 otherwise where u1(Δ) is a period with the same units as Δ but only 1 unit

   In other words, the width of the resulting interval is the maximum of the widths of the input interval and a 1-unit version of the period

   interval

   interval to shift from

   period

   period to shift the interval by

5. case class BeforeRI(interval: Interval, repeatingInterval: RepeatingInterval, number: Number = IntNumber(1), from: Point = Interval.Start, triggerCharSpan: Option[(Int, Int)] = None) extends Interval with IRIN with Product with Serializable

   

   Finds the Nth latest repeated interval before the input interval.

   Finds the Nth latest repeated interval before the input interval. Formally: Before([t1,t2): Interval, R: RepeatingInterval, n: Number): Interval = Nth latest interval {[t.start, t.end) ∈ R: t.end ≤ t1}

   interval

   interval to begin from

   repeatingInterval

   RI that supplies the appropriate time intervals

   number

   the number of intervals to skip

6. case class Between(startInterval: Interval, endInterval: Interval, startIncluded: Boolean = false, endIncluded: Boolean = false, triggerCharSpan: Option[(Int, Int)] = None) extends Interval with Product with Serializable

   

   Finds the interval between two input intervals.

   Finds the interval between two input intervals. Formally: Between([t1,t2): startInterval,[t3,t4): endInterval): Interval = [t2,t3)

   startInterval

   first interval

   endInterval

   second interval

   startIncluded

   first interval is included

   endIncluded

   second interval is included

7. case class Event(description: String, charSpan: Option[(Int, Int)] = None) extends Interval with Product with Serializable

   

8. case class FractionalNumber(number: Int, numerator: Int, denominator: Int, charSpan: Option[(Int, Int)] = None) extends Number with Product with Serializable

   

9. trait IP extends TimeExpression

   

   Base trait for time expressions that take Interval and Period arguments

10. trait IRIN extends TimeExpression

    

    Base trait for time expressions that take Interval, RepeatingInterval, and Number arguments

11. trait IRINP extends IRIN

    

12. case class IntNumber(n: Int, charSpan: Option[(Int, Int)] = None) extends Number with Product with Serializable

    

13. case class IntersectionI(intervals: Seq[Interval], triggerCharSpan: Option[(Int, Int)] = None) extends Interval with Product with Serializable

    

14. case class IntersectionRI(repeatingIntervals: Set[RepeatingInterval], triggerCharSpan: Option[(Int, Int)] = None) extends RepeatingInterval with Product with Serializable

    

15. trait Interval extends TimeExpression

    

    An interval on the timeline, defined by a starting point using the start val (inclusive) and an ending point expressed by the end val (exclusive).

    An interval on the timeline, defined by a starting point using the start val (inclusive) and an ending point expressed by the end val (exclusive). For example, the expression \textit{1990} corresponds to the interval [1990-01-01, 1991-01-01).

16. trait Intervals extends TimeExpression with Seq[Interval]

    

17. trait Last extends IRIN

    

18. case class LastP(interval: Interval, period: Period, triggerCharSpan: Option[(Int, Int)] = None) extends Interval with IP with Product with Serializable

    

    Creates an interval of the given length that ends just before the given interval.

    Creates an interval of the given length that ends just before the given interval. Formally: Last([t1,t2): Interval, Δ: Period = [t1 - Δ, t1)

    interval

    interval to shift from

    period

    period to shift the interval by

19. case class LastRI(interval: Interval, repeatingInterval: RepeatingInterval, from: Point = Interval.Start, triggerCharSpan: Option[(Int, Int)] = None) extends Interval with Last with Product with Serializable

    

    Finds the latest repeated interval that appears before the given interval.

    Finds the latest repeated interval that appears before the given interval. Formally: Last([t1,t2): Interval, R: RepeatingInterval) = latest of {[t.start,t.end) ∈ R: t.end ≤ t1}

    interval

    interval to begin from

    repeatingInterval

    RI that supplies the appropriate time intervals

20. case class LastRIs(interval: Interval, repeatingInterval: RepeatingInterval, number: Number = IntNumber(1), from: Point = Interval.Start, triggerCharSpan: Option[(Int, Int)] = None) extends Intervals with Last with Product with Serializable

    

    Finds the n latest repeated intervals that appear before the given interval.

    Finds the n latest repeated intervals that appear before the given interval. Formally: Last([t1,t2): Interval, R: RepeatingInterval, n: Number) = n latest of {[t.start,t.end) ∈ R: t.end ≤ t1}

    interval

    interval to begin from

    repeatingInterval

    RI that supplies the appropriate time intervals

    number

    the number of intervals ot take

21. trait Modifier extends TimeExpression

    

22. trait Next extends IRIN

    

23. case class NextP(interval: Interval, period: Period, triggerCharSpan: Option[(Int, Int)] = None) extends Interval with IP with Product with Serializable

    

    Creates an interval of a given length that starts just after the input interval.

    Creates an interval of a given length that starts just after the input interval. Formally: Next([t1,t2): Interval, Δ: Period = [t2, t2 + Δ)

    interval

    interval to shift from

    period

    period to shift the interval by

24. case class NextRI(interval: Interval, repeatingInterval: RepeatingInterval, from: Point = Interval.End, triggerCharSpan: Option[(Int, Int)] = None) extends Interval with Next with Product with Serializable

    

    Finds the next earliest repeated intervals that appear after the given interval.

    Finds the next earliest repeated intervals that appear after the given interval. Formally: Next([t1,t2): Interval, R: RepeatingInterval, n: Number) = n earliest of {[t.start,t.end) ∈ R: t2 ≤ t.start}

    interval

    interval to begin from

    repeatingInterval

    RI that supplies the appropriate time intervals

25. case class NextRIs(interval: Interval, repeatingInterval: RepeatingInterval, number: Number = IntNumber(1), from: Point = Interval.End, triggerCharSpan: Option[(Int, Int)] = None) extends Intervals with Next with Product with Serializable

    

    Finds the n earliest repeated intervals that appear after the given interval.

    Finds the n earliest repeated intervals that appear after the given interval. Formally: Next([t1,t2): Interval, R: RepeatingInterval, n: Number) = n earliest of {[t.start,t.end) ∈ R: t2 ≤ t.start}

    interval

    interval to begin from

    repeatingInterval

    RI that supplies the appropriate time intervals

    number

    the number of repeated intervals to take

26. case class NthP(interval: Interval, index: Int, period: Period, from: Point = Interval.Start, triggerCharSpan: Option[(Int, Int)] = None) extends Interval with IP with Product with Serializable

    

    Creates an interval that is the nth repetition of the period in of the interval.

    Creates an interval that is the nth repetition of the period in of the interval. Formally: Nth([t1,t2): Interval, Δ: Period, n: N, Start): Interval = [t1+Δ*(n-1), t1+Δ*n) Nth([t1,t2): Interval, Δ: Period, n: N, End): Interval = [t2-Δ*(n-1), t2-Δ*n)

    interval

    the interval to begin from

    index

    the number of repetitions of the period to add

    period

    the period to scale by

    from

    which end of the interval to start at

27. case class NthRI(interval: Interval, index: Int, repeatingInterval: RepeatingInterval, from: Point = Interval.Start, triggerCharSpan: Option[(Int, Int)] = None) extends Interval with IRINP with Product with Serializable

    

    Selects the Nth subinterval of a RepeatingInterval in another Interval.

    Selects the Nth subinterval of a RepeatingInterval in another Interval. Formally: Nth([t1,t2): Interval, n: Number, R: RepeatingInterval, Start): Interval

    Nth, counting forward from t1, of {[t.start, t.end) ∈ R : t1 ≤ t.start ∧ t.end ≤ t2} Nth([t1,t2): Interval, n: Number, R: RepeatingInterval, End): Interval

    Nth, counting backward from t2, of {[t.start, t.end) ∈ R : t1 ≤ t.start ∧ t.end ≤ t2}

    interval

    interval to start from

    index

    index of the group to be selected (counting from 1)

    repeatingInterval

    repeating intervals to select from

    from

    which end of the interval to start at

28. case class NthRIs(interval: Interval, index: Int, repeatingInterval: RepeatingInterval, number: Number = IntNumber(1), from: Point = Interval.Start, triggerCharSpan: Option[(Int, Int)] = None) extends Intervals with IRINP with Product with Serializable

    

    Selects the Nth group of subintervals from a RepeatingInterval in another Interval.

    Selects the Nth group of subintervals from a RepeatingInterval in another Interval.

    interval

    interval to start from

    index

    index of the group to be selected (counting from 1)

    repeatingInterval

    repeating intervals to select from

    number

    number of repeated intervals in each group

    from

    which end of the interval to start at

29. trait Number extends TimeExpression

    

30. trait Period extends TimeExpression with TemporalAmount

    

    An amount of time, expressed as counts of standard time units U = {years, months, etc.}.

    An amount of time, expressed as counts of standard time units U = {years, months, etc.}. For example, a week (i.e., weeks -> 1) or three months (i.e., months -> 3). Note that periods are independent of the timeline. For example, given only the period expression 10 weeks, it is impossible to assign time points of the form NNNN-NN-NN NN:NN:NN to its start and end.

31. case class RepeatingField(field: TemporalField, value: Long, modifier: Option[Modifier] = None, triggerCharSpan: Option[(Int, Int)] = None) extends RepeatingInterval with Product with Serializable

    

32. trait RepeatingInterval extends TimeExpression

    

33. case class RepeatingUnit(unit: TemporalUnit, modifier: Option[Modifier] = None, triggerCharSpan: Option[(Int, Int)] = None) extends RepeatingInterval with Product with Serializable

    

34. case class SimpleInterval(start: LocalDateTime, end: LocalDateTime) extends Interval with Product with Serializable

    

35. case class SimpleIntervals(intervals: Seq[Interval]) extends Intervals with Product with Serializable

    

36. case class SimplePeriod(unit: TemporalUnit, n: Number, modifier: Option[Modifier] = None, targetCharSpan: Option[(Int, Int)] = None) extends Period with Product with Serializable

    

37. case class SumP(periods: Set[Period], modifier: Option[Modifier] = None, targetCharSpan: Option[(Int, Int)] = None) extends Period with Product with Serializable

    

38. class TemporalNeuralParser extends AutoCloseable

    

39. trait This extends TimeExpression

    

40. case class ThisP(interval: Interval, period: Period, triggerCharSpan: Option[(Int, Int)] = None) extends Interval with IP with Product with Serializable

    

    Creates an interval of a given Period length centered on a given interval.

    Creates an interval of a given Period length centered on a given interval. Formally: This([t1,t2): Interval, Δ: Period) = [ (t1 + t2)/2 - Δ/2, (t1 + t2)/2 + Δ/2 )

    interval

    interval to center the period upon

    period

    period of interest

41. case class ThisRI(interval: Interval, repeatingInterval: RepeatingInterval, triggerCharSpan: Option[(Int, Int)] = None) extends Interval with This with Product with Serializable

    

    Finds the repeated interval contained within the given interval.

    Finds the repeated interval contained within the given interval. The given interval is first expanded and aligned to a unit the size of the repeating interval's range. This results in the proper semantics for something like "this Wednesday", which really means "the Wednesday of this week".

    interval

    the interval identifying the boundaries of the container

    repeatingInterval

    the repeating intervals that should be found within the container

42. case class ThisRIs(interval: Interval, repeatingInterval: RepeatingInterval, triggerCharSpan: Option[(Int, Int)] = None) extends Intervals with This with Product with Serializable

    

    Finds the repeated interval contained within the given interval.

    Finds the repeated interval contained within the given interval. The given interval is first expanded and aligned to a unit the size of the repeating interval's range. This results in the proper semantics for something like "this Wednesday", which really means "the Wednesday of this week".

    interval

    the interval identifying the boundaries of the container

    repeatingInterval

    the repeating intervals that should be found within the container

43. trait TimeExpression extends AnyRef

    

44. case class TimeZone(name: String, charSpan: Option[(Int, Int)] = None) extends TimeExpression with Product with Serializable

    

45. case class UnionRI(repeatingIntervals: Set[RepeatingInterval], triggerCharSpan: Option[(Int, Int)] = None) extends RepeatingInterval with Product with Serializable

    

46. case class UnknownInterval(charSpan: Option[(Int, Int)] = None) extends Interval with Product with Serializable

    

47. case class UnknownPeriod(charSpan: Option[(Int, Int)] = None) extends Period with Product with Serializable

    

48. case class UnknownRepeatingInterval(charSpan: Option[(Int, Int)] = None) extends RepeatingInterval with Product with Serializable

    

49. case class VagueNumber(description: String, charSpan: Option[(Int, Int)] = None) extends Number with Product with Serializable

    

50. class WordsToNumber extends Function[Array[String], Option[Long]]

    

51. case class Year(digits: Int, nMissingDigits: Int = 0, charSpan: Option[(Int, Int)] = None) extends Interval with Product with Serializable

    

    A Year represents the interval from the first second of the year (inclusive) to the first second of the next year (exclusive).

    A Year represents the interval from the first second of the year (inclusive) to the first second of the next year (exclusive). The optional second parameter allows this to also represent decades (nMissingDigits=1), centuries (nMissingDigits=2), etc.

52. case class YearSuffix(interval: Interval, lastDigits: Int, nSuffixDigits: Int, nMissingDigits: Int = 0, triggerCharSpan: Option[(Int, Int)] = None) extends Interval with Product with Serializable

    

    YearSuffix creates an interval by taking the year from another interval and replacing the last digits.

    YearSuffix creates an interval by taking the year from another interval and replacing the last digits. As with Year, the optional second parameter allows YearSuffix to represent decades (nMissingDigits=1), centuries (nMissingDigits=2), etc.