FeatureExtractor

Value Members

1. final def !=(arg0: Any): Boolean

   

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2. final def ##(): Int

   

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3. final def ==(arg0: Any): Boolean

   

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4. def addFeaturePrefix(prefix: String, features: Seq[String]): Seq[String]

   

5. final def asInstanceOf[T0]: T0

   

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6. def checkArgumentsForResolutions(m: Mention): Seq[String]

   

7. def clone(): AnyRef

   

   Attributes

   protected[java.lang]

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8. final def eq(arg0: AnyRef): Boolean

   

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9. def equals(arg0: Any): Boolean

   

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10. def finalize(): Unit

    

    Attributes

    protected[java.lang]

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    @throws( classOf[java.lang.Throwable] )

11. def findClosestConnectedTokens(src: Mention, dst: Mention): (Int, Int, Int)

    

    Find the two tokens that anchor the shortest syntactic path between two mentions

12. def findEntities(m: Mention): Seq[Mention]

    

    find all entities in a mention

13. def getArgStats(m: Mention): Seq[String]

    

14. final def getClass(): Class[_]

    

    Definition Classes

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15. def getCorefFeatures(m: Mention, support: Seq[Mention] = Nil): Seq[String]

    

16. def getCrossSentenceSyntacticPaths(m1: Mention, m2: Mention): Seq[String]

    

    get concatenation of root paths for two mentions

17. def getDependencyRelations(m: Mention): Seq[String]

    

18. def getIncomingDependencyRelations(m: Mention): Seq[String]

    

19. def getIncomingDependencyRelations(start: Int, end: Int, s: Sentence): Seq[String]

    

    get incoming dependency relations for the given span

20. def getLabelFeatures(m: Mention): Seq[String]

    

21. def getLabelPair(m1: Mention, m2: Mention): Seq[String]

    

    Generate a concatenation of the labels for a pair of mentions

22. def getLemmaTagSequence(s: Sentence): Seq[String]

    

    get the lemma tag sequence for a Sentence

23. def getLemmaTagSequence(m: Mention): Seq[String]

    

    get the lemma tag sequence for a Mention

24. def getMentionLabel(m: Mention): Seq[String]

    

25. def getMentionLabels(m: Mention): Seq[String]

    

26. def getOutgoingDependencyRelations(m: Mention): Seq[String]

    

27. def getOutgoingDependencyRelations(start: Int, end: Int, s: Sentence): Seq[String]

    

    get outgoing dependency relations for the given span

28. def getRootPaths(m: Mention): Seq[String]

    

    find paths from sentence root to mention's trigger

29. def getShallowFeatures(m: Mention): Seq[String]

    

30. def getShortestPathDistances(e1: Mention, e2: Mention): Seq[String]

    

31. def getShortestPathTokenIndices(m1: Mention, m2: Mention): Seq[Int]

    

    get token indices of shortest path between two mentions

32. def getShortestPathVariants(e1: Mention, e2: Mention): Seq[String]

    

    Get paths from e1 to e2
    

33. def getShortestPaths(src: Mention, dst: Mention, withWords: Boolean = false, withLemmas: Boolean = false, withTags: Boolean = false, withEntities: Boolean = false, withChunks: Boolean = false, withLastTokenConstraint: Boolean = true): Seq[String]

    

    Get the shortest syntactic paths connecting two mentions.

    Get the shortest syntactic paths connecting two mentions.
    If the two mentions are in different docs and/or sentences, return Nil

34. def getShortestPaths(start: Int, end: Int, pathFinder: PathFinder, withWords: Boolean, withLemmas: Boolean, withTags: Boolean, withEntities: Boolean, withChunks: Boolean, withLastTokenConstraint: Boolean): Seq[String]

    

    Get shortest syntactic paths between two tokens

35. def getTrigger(m: Mention): String

    

    get trigger for a mention

36. def getTriggerArgPathDistances(m: Mention): Seq[String]

    

37. def getTriggerArgPaths(m: Mention): Seq[String]

    

    Generate variations of trigger -> arg syntactic paths

38. def getTriggerToTriggerPath(e1: Mention, e2: Mention): Seq[String]

    

    Get paths from trigger to trigger
    (ex.

    Get paths from trigger to trigger
    (ex. e1:phosphorylation:Phosphorylation rcmod e2:decreases:Positive_Regulation)

39. def getTriggerToTriggerPathDistances(e1: Mention, e2: Mention): Seq[String]

    

40. def getVerbsInPath(m1: Mention, m2: Mention): Seq[String]

    

    find any verbs in shortest path between mentions

41. def hasResolution(m: Mention): Boolean

    

42. def hashCode(): Int

    

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43. final def isInstanceOf[T0]: Boolean

    

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44. def locationOfAntecedent(m: Mention): Seq[String]

    

45. val maxN: Int

    

46. val minN: Int

    

47. def mkBasicFeatures(m: Mention, support: Seq[Mention] = Nil): Seq[String]

    

    Features used to represent all mentions

    Features used to represent all mentions

    support

    a sequence of related mentions used to find shared arguments

48. def mkCoreFeatures(m: Mention, support: Seq[Mention] = Nil): Seq[String]

    

49. def mkCrossSentenceFeatures(e1: Mention, e2: Mention): Seq[String]

    

    create cross sentence features for two mentions

50. def mkFeat(ss: String*): String

    

51. def mkFeatures(e1: Mention, e2: Mention): Seq[String]

    

    Takes Event 1 and Event 2 and produces features

    Takes Event 1 and Event 2 and produces features

    e1

    Event 1 (mention)

    e2

    Event 1 (mention)

52. def mkRVFDatum(e1: Mention, e2: Mention, label: String): RVFDatum[String, String]

    

53. def mkSameSentenceFeatures(e1: Mention, e2: Mention): Seq[String]

    

    get features for two mentions in same sentence

54. def mkSurfaceFeatures(e1: Mention, e2: Mention): Seq[String]

    

55. def mkSyntaxFeatures(e1: Mention, e2: Mention): Seq[String]

    

56. final def ne(arg0: AnyRef): Boolean

    

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57. def ngrams(toks: Seq[String], startN: Int, stopN: Int): Seq[String]

    

58. def ngrams(toks: Seq[String], n: Int): Seq[String]

    

59. final def notify(): Unit

    

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60. final def notifyAll(): Unit

    

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61. def parseFeat(f: String): Seq[String]

    

62. def replaceArgsWithRole(m: Mention): Seq[String]

    

    Replaces args in a mention with their role
    Array(the, Ras, protein, phosphorylates, Mek-32, at, 123) =>
    Vector(CONTROLLER, protein, CONTROLLED)

63. def replaceEntitiesWithLabel(e1: Mention, support: Seq[Mention]): Seq[String]

    

    Replaces entities in a mention with their label
    Array(the, Ras, protein, phosphorylates, Mek-32, at, 123) =>
    Vector(FAMILY, protein, phosphorylates, GENE_OR_GENE_PRODUCT)

    Replaces entities in a mention with their label
    Array(the, Ras, protein, phosphorylates, Mek-32, at, 123) =>
    Vector(FAMILY, protein, phosphorylates, GENE_OR_GENE_PRODUCT)

    support

    a sequence of related mentions used to find shared arguments

64. def sameSentence(e1: Mention, e2: Mention): Boolean

    

    Check if two mentions are in the same doc and sentence

65. val sep: String

    

66. final def synchronized[T0](arg0: ⇒ T0): T0

    

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67. def terminalsConstraint(m: Mention): Seq[String]

    

    get the tokens on either end of the mention

68. def toString(): String

    

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69. def tokensLinkingMentions(m1: Mention, m2: Mention): Seq[String]

    

    get the words between two mentions

70. final def wait(): Unit

    

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71. final def wait(arg0: Long, arg1: Int): Unit

    

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72. final def wait(arg0: Long): Unit

    

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