cc.factorie.model

DotTemplate4

abstract class DotTemplate4[N1 <: variable.Var, N2 <: variable.Var, N3 <: variable.Var, N4 <: variable.Var] extends Template4[N1, N2, N3, N4] with DotFamily4[N1, N2, N3, N4]

Linear Supertypes
DotFamily4[N1, N2, N3, N4], DotFamily, TensorFamily4[N1, N2, N3, N4], TensorFamily, Template4[N1, N2, N3, N4], Template, Model, FamilyWithNeighborClasses, Family4[N1, N2, N3, N4], FamilyWithNeighborDomains, Family, AnyRef, Any
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Inherited
  1. DotTemplate4
  2. DotFamily4
  3. DotFamily
  4. TensorFamily4
  5. TensorFamily
  6. Template4
  7. Template
  8. Model
  9. FamilyWithNeighborClasses
  10. Family4
  11. FamilyWithNeighborDomains
  12. Family
  13. AnyRef
  14. Any
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Visibility
  1. Public
  2. All

Instance Constructors

  1. new DotTemplate4()(implicit arg0: ClassTag[N1], arg1: ClassTag[N2], arg2: ClassTag[N3], arg3: ClassTag[N4])

Type Members

  1. final case class Factor(_1: N1, _2: N2, _3: N3, _4: N4) extends Factor4[N1, N2, N3, N4] with Family4.Factor with Product with Serializable

    Definition Classes
    Family4Family
  2. type FactorType = Factor

    Definition Classes
    Family4
  3. abstract type FamilyType <: DotFamily

    Definition Classes
    DotFamilyTensorFamilyFamily
  4. type NeighborType1 = N1

    Definition Classes
    Family4Family
  5. type NeighborType2 = N2

    Definition Classes
    Family4
  6. type NeighborType3 = N3

    Definition Classes
    Family4
  7. type NeighborType4 = N4

    Definition Classes
    Family4
  8. type StatisticsType = Tensor

    Definition Classes
    TensorFamilyFamily

Abstract Value Members

  1. abstract def statistics(v1: N1.Value, v2: N2.Value, v3: N3.Value, v4: N4.Value): Tensor

    Definition Classes
    TensorFamily4Family4
  2. abstract def unroll1(v: N1): Iterable[FactorType]

    Definition Classes
    Template4
  3. abstract def unroll2(v: N2): Iterable[FactorType]

    Definition Classes
    Template4
  4. abstract def unroll3(v: N3): Iterable[FactorType]

    Definition Classes
    Template4
  5. abstract def unroll4(v: N4): Iterable[FactorType]

    Definition Classes
    Template4
  6. abstract def weights: Weights

    This can only be set given a Parameters.

    This can only be set given a Parameters. Code will look like val weights = model.Weights(new DenseTensor1(10)) or something of the sort

    Definition Classes
    DotFamily

Concrete Value Members

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

    Definition Classes
    AnyRef
  2. final def !=(arg0: Any): Boolean

    Definition Classes
    Any
  3. final def ##(): Int

    Definition Classes
    AnyRef → Any
  4. final def %(n: String): DotTemplate4.this.type

    Assign this Template a name which will be used later when its factors are printed.

    Assign this Template a name which will be used later when its factors are printed.

    Definition Classes
    Family
  5. final def ==(arg0: AnyRef): Boolean

    Definition Classes
    AnyRef
  6. final def ==(arg0: Any): Boolean

    Definition Classes
    Any
  7. final def addFactors(v: variable.Var, result: Set[model.Factor]): Unit

    Not intended to be called by users.

    Not intended to be called by users. This method calls unroll and efficiently deduplicates the resulting Factors by adding them to the result Set.

    Definition Classes
    Template4TemplateModel
  8. def addFactors(dl: variable.DiffList, result: Set[model.Factor]): Unit

    Append to "result" all Factors in this Model that are affected by the given DiffList.

    Append to "result" all Factors in this Model that are affected by the given DiffList. This method must not append duplicates.

    Definition Classes
    Model
  9. def addFactors(d: variable.Diff, result: Set[model.Factor]): Unit

    Append to "result" all Factors in this Model that are affected by the given Diff.

    Append to "result" all Factors in this Model that are affected by the given Diff. This method must not append duplicates.

    Definition Classes
    Model
  10. def addFactors(variables: Iterable[variable.Var], result: Set[model.Factor]): Unit

    Append to "result" all Factors in this Model that touch any of the given "variables".

    Append to "result" all Factors in this Model that touch any of the given "variables". This method must not append duplicates.

    Definition Classes
    Model
  11. final def asInstanceOf[T0]: T0

    Definition Classes
    Any
  12. def assignmentScore(dl: variable.DiffList, assignment: variable.Assignment): Double

    Definition Classes
    Model
  13. def assignmentScore(d: variable.Diff, assignment: variable.Assignment): Double

    Definition Classes
    Model
  14. def assignmentScore(vars: Iterable[variable.Var], assignment: variable.Assignment): Double

    Definition Classes
    Model
  15. def assignmentScore(variable: variable.Var, assignment: variable.Assignment): Double

    Definition Classes
    Model
  16. def clone(): AnyRef

    Attributes
    protected[java.lang]
    Definition Classes
    AnyRef
    Annotations
    @throws( ... )
  17. def currentScore(dl: variable.DiffList): Double

    Definition Classes
    Model
  18. def currentScore(d: variable.Diff): Double

    Definition Classes
    Model
  19. def currentScore(vars: Iterable[variable.Var]): Double

    Definition Classes
    Model
  20. def currentScore(variable: variable.Var): Double

    Definition Classes
    Model
  21. def defaultFactorName: String

    Definition Classes
    Family
  22. final def eq(arg0: AnyRef): Boolean

    Definition Classes
    AnyRef
  23. def equals(arg0: Any): Boolean

    Definition Classes
    AnyRef → Any
  24. var factorName: String

    Definition Classes
    Family
  25. final def factors(variables: Iterable[variable.Var]): Iterable[FactorType]

    Return all Factors in this Model that touch any of the given "variables".

    Return all Factors in this Model that touch any of the given "variables". The result will not have any duplicate Factors.

    Definition Classes
    TemplateModel
  26. final def factors(v: variable.Var): Iterable[FactorType]

    Users should call this method to create and return all Factors of this Template touching the given Var.

    Users should call this method to create and return all Factors of this Template touching the given Var.

    Definition Classes
    TemplateModel
  27. def factors(dl: variable.DiffList): Iterable[model.Factor]

    Return all Factors in this Model that are affected by the given DiffList.

    Return all Factors in this Model that are affected by the given DiffList. The result will not have any duplicate Factors. By default returns just the factors that neighbor the DiffList.variables, but this method may be overridden for special handling of the DiffList

    Definition Classes
    Model
  28. def factors(d: variable.Diff): Iterable[model.Factor]

    Return all Factors in this Model that are affected by the given Diff.

    Return all Factors in this Model that are affected by the given Diff. The result will not have any duplicate Factors. By default returns just the factors that neighbor Diff.variable, but this method may be overridden for special handling of the Diff

    Definition Classes
    Model
  29. def factorsOfClass[F <: model.Factor](d: variable.DiffList)(implicit fm: ClassTag[F]): Iterable[F]

    Definition Classes
    Model
  30. def factorsOfClass[F <: model.Factor](d: variable.DiffList, fclass: Class[F]): Iterable[F]

    Definition Classes
    Model
  31. def factorsOfClass[F <: model.Factor](variables: Iterable[variable.Var])(implicit fm: ClassTag[F]): Iterable[F]

    Definition Classes
    Model
  32. def factorsOfClass[F <: model.Factor](variable: variable.Var)(implicit fm: ClassTag[F]): Iterable[F]

    Definition Classes
    Model
  33. def factorsOfClass[F <: model.Factor](variables: Iterable[variable.Var], fclass: Class[F]): Iterable[F]

    Definition Classes
    Model
  34. def factorsOfClass[F <: model.Factor](variable: variable.Var, fclass: Class[F]): Iterable[F]

    Definition Classes
    Model
  35. def factorsOfFamilies[F <: Family](d: variable.DiffList, families: Seq[F]): Iterable[Model.factorsOfFamilies.F.Factor]

    Definition Classes
    Model
  36. def factorsOfFamilies[F <: Family](variables: Iterable[variable.Var], families: Seq[F]): Iterable[Model.factorsOfFamilies.F.Factor]

    Definition Classes
    Model
  37. def factorsOfFamilies[F <: Family](variable: variable.Var, families: Seq[F]): Iterable[Model.factorsOfFamilies.F.Factor]

    Definition Classes
    Model
  38. def factorsOfFamily[F <: Family](d: variable.DiffList, family: F): Iterable[Model.factorsOfFamily.F.Factor]

    Definition Classes
    Model
  39. def factorsOfFamily[F <: Family](variables: Iterable[variable.Var], family: F): Iterable[Model.factorsOfFamily.F.Factor]

    Definition Classes
    Model
  40. def factorsOfFamily[F <: Family](variable: variable.Var, family: F): Iterable[Model.factorsOfFamily.F.Factor]

    Definition Classes
    Model
  41. def factorsOfFamilyClass[F <: Family](d: variable.DiffList)(implicit fm: ClassTag[F]): Iterable[Model.factorsOfFamilyClass.F.Factor]

    Definition Classes
    Model
  42. def factorsOfFamilyClass[F <: Family](d: variable.DiffList, fclass: Class[F]): Iterable[Model.factorsOfFamilyClass.F.Factor]

    Definition Classes
    Model
  43. def factorsOfFamilyClass[F <: Family](variables: Iterable[variable.Var])(implicit fm: ClassTag[F]): Iterable[Model.factorsOfFamilyClass.F.Factor]

    Definition Classes
    Model
  44. def factorsOfFamilyClass[F <: Family](variable: variable.Var)(implicit fm: ClassTag[F]): Iterable[Model.factorsOfFamilyClass.F.Factor]

    Definition Classes
    Model
  45. def factorsOfFamilyClass[F <: Family](variables: Iterable[variable.Var], fclass: Class[F]): Iterable[Model.factorsOfFamilyClass.F.Factor]

    Definition Classes
    Model
  46. def factorsOfFamilyClass[F <: Family](variable: variable.Var, fclass: Class[F]): Iterable[Model.factorsOfFamilyClass.F.Factor]

    Definition Classes
    Model
  47. def families: Seq[Family]

    A Factor Template has just one Factor Family: itself.

    A Factor Template has just one Factor Family: itself.

    Definition Classes
    Template
  48. def filterByFactorClass[F <: model.Factor](factors: Iterable[model.Factor], fclass: Class[F]): Iterable[F]

    Definition Classes
    Model
  49. def filterByFamilies[F <: Family](factors: Iterable[model.Factor], families: Seq[F]): Iterable[Model.filterByFamilies.F.Factor]

    Definition Classes
    Model
  50. def filterByFamily[F <: Family](factors: Iterable[model.Factor], family: F): Iterable[Model.filterByFamily.F.Factor]

    Definition Classes
    Model
  51. def filterByFamilyClass[F <: Family](factors: Iterable[model.Factor], fclass: Class[F]): Iterable[Model.filterByFamilyClass.F.Factor]

    Definition Classes
    Model
  52. def filterByNotFamilyClass[F <: Family](factors: Iterable[model.Factor], fclass: Class[F]): Iterable[model.Factor]

    Definition Classes
    Model
  53. def finalize(): Unit

    Attributes
    protected[java.lang]
    Definition Classes
    AnyRef
    Annotations
    @throws( classOf[java.lang.Throwable] )
  54. final def getClass(): Class[_]

    Definition Classes
    AnyRef → Any
  55. def hashCode(): Int

    Definition Classes
    AnyRef → Any
  56. final def isInstanceOf[T0]: Boolean

    Definition Classes
    Any
  57. def itemizedModel(dl: variable.DiffList): ItemizedModel

    Definition Classes
    Model
  58. def itemizedModel(d: variable.Diff): ItemizedModel

    Definition Classes
    Model
  59. def itemizedModel(variables: Iterable[variable.Var]): ItemizedModel

    Definition Classes
    Model
  60. def itemizedModel(variable: variable.Var): ItemizedModel

    Definition Classes
    Model
  61. def limitDiscreteValuesAsIn(vars: Iterable[DiscreteVar]): Unit

    Causes future calls to factor.

    Causes future calls to factor.valuesIterator to limit the returned values to those value combinations seen in the current values of the variables in factors touching "vars". Note that this will limit the values of all DiscreteVar neighbors of the resulting factors, not just the "vars" argument.

    Definition Classes
    Template4Template
  62. final def ne(arg0: AnyRef): Boolean

    Definition Classes
    AnyRef
  63. val neighborClass1: Class[_]

    Definition Classes
    Template4
  64. val neighborClass2: Class[_]

    Definition Classes
    Template4
  65. val neighborClass3: Class[_]

    Definition Classes
    Template4
  66. val neighborClass4: Class[_]

    Definition Classes
    Template4
  67. def neighborClasses: Seq[Class[_]]

    Definition Classes
    Template4FamilyWithNeighborClasses
  68. def neighborDomain1: Domain { type Value = N1#Value }

    Override this if you want to matchNeighborDomains

    Override this if you want to matchNeighborDomains

    Definition Classes
    Family4
  69. def neighborDomain2: Domain { type Value = N2#Value }

    Definition Classes
    Family4
  70. def neighborDomain3: Domain { type Value = N3#Value }

    Definition Classes
    Family4
  71. def neighborDomain4: Domain { type Value = N4#Value }

    Definition Classes
    Family4
  72. def neighborDomains: Seq[Domain]

    Definition Classes
    Family4FamilyWithNeighborDomains
  73. def newFactorsCollection: Set[model.Factor]

    The "factors" methods need a new collection to return; this method is used by them to construct this collection.

    The "factors" methods need a new collection to return; this method is used by them to construct this collection.

    Definition Classes
    Model
  74. final def notify(): Unit

    Definition Classes
    AnyRef
  75. final def notifyAll(): Unit

    Definition Classes
    AnyRef
  76. def score(v1: N1.Value, v2: N2.Value, v3: N3.Value, v4: N4.Value): Double

    Definition Classes
    DotFamily4Family4
  77. def scoreAndStatistics(v1: N1.Value, v2: N2.Value, v3: N3.Value, v4: N4.Value): (Double, StatisticsType)

    Definition Classes
    Family4
  78. def setFactorName(n: String): DotTemplate4.this.type

    Assign this Template a name which will be used later when its factors are printed.

    Assign this Template a name which will be used later when its factors are printed.

    Definition Classes
    Family
  79. def statisticsAreValues: Boolean

    Definition Classes
    Family4
  80. final def statisticsScore(t: Tensor): Double

    Definition Classes
    DotFamilyFamily
    Annotations
    @inline()
  81. final def synchronized[T0](arg0: ⇒ T0): T0

    Definition Classes
    AnyRef
  82. final def thisFamily: DotTemplate4.this.type

    Definition Classes
    Family
    Annotations
    @inline()
  83. def toString(): String

    Definition Classes
    AnyRef → Any
  84. def unroll(v: variable.Var): Iterable[Factor]

    Implement this method to create and return all Factors of this Template touching the given Var.

    Implement this method to create and return all Factors of this Template touching the given Var. Users of the Template should not call this method directly, however, because this method's implementation is permitted to return duplicate Factors. Instead call factors(Var), which will deduplicate the Factors (using the helper function addFactors).

    Definition Classes
    Template4Template
  85. def valuesScore(tensor: Tensor): Double

    Definition Classes
    Family
  86. def valuesStatistics(tensor: Tensor): Tensor

    Definition Classes
    Family4
  87. final def wait(): Unit

    Definition Classes
    AnyRef
    Annotations
    @throws( ... )
  88. final def wait(arg0: Long, arg1: Int): Unit

    Definition Classes
    AnyRef
    Annotations
    @throws( ... )
  89. final def wait(arg0: Long): Unit

    Definition Classes
    AnyRef
    Annotations
    @throws( ... )

Inherited from DotFamily4[N1, N2, N3, N4]

Inherited from DotFamily

Inherited from TensorFamily4[N1, N2, N3, N4]

Inherited from TensorFamily

Inherited from Template4[N1, N2, N3, N4]

Inherited from Template

Inherited from Model

Inherited from FamilyWithNeighborClasses

Inherited from Family4[N1, N2, N3, N4]

Inherited from FamilyWithNeighborDomains

Inherited from Family

Inherited from AnyRef

Inherited from Any

Ungrouped