Class OT.Representation 
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Class OT.Representation 

java.lang.Object
   |
   +----OT.Representation
public class Representation
extends Object
Representation.
Version:
1999-03-12
Author:
Andrea Heiberg, University of Arizona

Variable Index

o debug
o featureTokenImPrecedence
o featureTypeSet
o floatingFeatures
o footAssociations
o footNodes
o gloss
o isOptimal
o languageFeatureTypeSet
o moraAssociations
o moraNodes
o operationsTried
o orderedFeatureTokens
o orderedRoots
o prwdAssociations
o prwdNodes
o rootAssociations
o rootNodes
o syllableAssociations
o syllableNodes

Constructor Index

o Representation(Debug, LanguageFeatureTypeSet)

Method Index

o add(Association)
Adds association to the appropriate set of associations.
o add(Node)
Adds node to the appropriate set of nodes.
o adjacent(Feature, Feature)
Returns true if f and g are adjacent, false otherwise.
o anchorAdjacent(Anchor, Anchor)
Returns true if a1 and a2 are adjacent, false otherwise.
o assignCoordinates(int, int, int, int)
Assign drawing coordinates to this representation.
o contains(Feature)
Returns true if this Representation contains feature, returns false otherwise.
o copy()
Returns a copy of this Representation.
o equals(Representation)
o floats(Feature)
Returns true if feature is in the set of floating features, false otherwise.
o gapped(Operation)
Returns true is Representation is gapped with respect to Operation.feature, false otherwise.
o getAnchors(String)
o getAssociation(Association)
Returns a handle to the actual Association with the same variables as a, or null if there is no such Association.
o getAssociations(Node)
o getFeatureNodes(FeatureType)
o getKey()
o getNode(Node)
o getOrderedAnchors(String)
Returns an ordered list of anchors.
o getViolations(Constraint)
Returns the number of violations of constraint by this Representation.
o ocp(Feature)
o parseRawData(Vector)
Parse "raw" data into sets of phonological objects and relations.
o path(Node, Node)
path(ancestor,descendant) is true if a.
o printConstraintsViolations(Hierarchy)
o printViolations(Hierarchy)
o putViolations(Constraint, Integer)
Add a constraint-violation count pair to the set.
o remove(Association)
o remove(Feature)
o toOrthography()
o toString()

Variables

o rootAssociations 
  protected AssociationSet rootAssociations
o moraAssociations 
  protected AssociationSet moraAssociations
o syllableAssociations 
  protected AssociationSet syllableAssociations
o footAssociations 
  protected AssociationSet footAssociations
o prwdAssociations 
  protected AssociationSet prwdAssociations
o isOptimal 
  protected boolean isOptimal
o debug 
  protected Debug debug
o featureTypeSet 
  protected FeatureTypeSet featureTypeSet
o featureTokenImPrecedence 
  protected Hashtable featureTokenImPrecedence
o languageFeatureTypeSet 
  protected LanguageFeatureTypeSet languageFeatureTypeSet
o floatingFeatures 
  protected NodeSet floatingFeatures
o rootNodes 
  protected NodeSet rootNodes
o moraNodes 
  protected NodeSet moraNodes
o syllableNodes 
  protected NodeSet syllableNodes
o footNodes 
  protected NodeSet footNodes
o prwdNodes 
  protected NodeSet prwdNodes
o gloss 
  protected String gloss
o operationsTried 
  protected Vector operationsTried
o orderedFeatureTokens 
  protected Vector orderedFeatureTokens
o orderedRoots 
  protected Vector orderedRoots

Constructors

o Representation 
  public Representation(Debug debug,
                        LanguageFeatureTypeSet languageFeatureTypeSet)

Methods

o ocp 
  public boolean ocp(Feature f)
o adjacent 
  public boolean adjacent(Feature f,
                          Feature g)
Returns true if f and g are adjacent, false otherwise. For ordered features, adjacency is determined by the inherent ordering of the features. For unordered features, adjacency is determined through anchor paths. Unordered floating features are adjacent to all other features.
o anchorAdjacent 
  public boolean anchorAdjacent(Anchor a1,
                                Anchor a2)
Returns true if a1 and a2 are adjacent, false otherwise.
o floats 
  public boolean floats(Feature feature)
Returns true if feature is in the set of floating features, false otherwise.
o add 
  public void add(Association association)
Adds association to the appropriate set of associations.
o add 
  public void add(Node node)
Adds node to the appropriate set of nodes.
o assignCoordinates 
  public void assignCoordinates(int hSpace,
                                int vSpace,
                                int yOffset,
                                int vFeatureSpace)
Assign drawing coordinates to this representation.
o contains 
  public boolean contains(Feature feature)
Returns true if this Representation contains feature, returns false otherwise.
o copy 
  public Representation copy()
Returns a copy of this Representation. (Explicitly copies each object and set of objects.)
o equals 
  public boolean equals(Representation other)
o gapped 
  public boolean gapped(Operation operation)
Returns true is Representation is gapped with respect to Operation.feature, false otherwise.
o getAnchors 
  public NodeSet getAnchors(String s)
o getAssociation 
  public Association getAssociation(Association a)
Returns a handle to the actual Association with the same variables as a, or null if there is no such Association.
o getAssociations 
  public AssociationSet getAssociations(Node n)
o getFeatureNodes 
  public FeatureTokenSet getFeatureNodes(FeatureType featureType)
o getKey 
  public String getKey()
o getNode 
  public Node getNode(Node node)
o getOrderedAnchors 
  public Vector getOrderedAnchors(String anchorType)
Returns an ordered list of anchors. Determine ordering through paths to Root nodes.
o getViolations 
  public Integer getViolations(Constraint constraint)
Returns the number of violations of constraint by this Representation.
o parseRawData 
  public void parseRawData(Vector rawLines)
Parse "raw" data into sets of phonological objects and relations.
o path 
  public boolean path(Node ancestor,
                      Node descendant)
path(ancestor,descendant) is true if a. association(ancestor,descendant) exists or b. association(ancestor, middle) exists and path(middle, descendent) exists
o printConstraintsViolations 
  public String printConstraintsViolations(Hierarchy hierarchy)
o printViolations 
  public String printViolations(Hierarchy hierarchy)
o putViolations 
  public void putViolations(Constraint constraint,
                            Integer violations)
Add a constraint-violation count pair to the set.
o remove 
  public void remove(Association association)
o remove 
  public void remove(Feature feature)
o toOrthography 
  public String toOrthography()
o toString 
  public String toString()
Overrides:
toString in class Object 
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