Uses of Class
charger.obj.Concept

Packages that use Concept

Package	Description
actorplugin	Classes supporting the plugin interface for actors.
cgfca
cgif.generate	Classes for the main translation work for CGIF.
cgif.parser	Classes to support the parsing of CGIF.
charger.act	Classes related to actor operations, activation and graph updating.
charger.cgx	Classes for reading and writing CharGer graphs in XML format.
charger.obj	Classes for the graph objects themselves.
craft	Classes for the Conceptual Requirements Acquisition and Formation Tool.
kb	Classes for managing CharGer or CRAFT elements as knowledge sources.
kb.matching	Classes to support various matching purposes.
repgrid.tracks	Classes to extend repertory grids into Tracked Repertory Grids.

Uses of Concept in actorplugin

Methods in actorplugin that return types with arguments of type Concept

Modifier and Type	Method and Description
ArrayList<Concept>	ClockPlugin.getPluginActorInputConceptList() Assumption about input and output vectors is that inputs are numbered 1..n and outputs are numbered n+1 ..
ArrayList<Concept>	ClockPlugin.getPluginActorOutputConceptList() Assumption about input and output vectors is that inputs are numbered 1..n and outputs are numbered n+1 ..

Uses of Concept in cgfca

Fields in cgfca with type parameters of type Concept

Modifier and Type	Field and Description
(package private) ArrayList<Concept>	PathFinder.targetConcepts

Methods in cgfca with parameters of type Concept

Modifier and Type	Method and Description
boolean	PathFinder.addToCurrentPaths(Path path, BinaryTuple bt, Concept con) Add the given path to the list of current paths, if it is not already there.
void	Path.addToPath(Concept c) Add the concept to the end of the path.
void	PathFinder.buildPaths(BinaryTuple bt, Concept con) Build all possible paths from the binary tuple to the concept.
void	PathFinder.buildPaths(Path possiblePath, BinaryTuple startingTuple, Concept con) Find a path from the concept-relation binary to the given concept.
boolean	Path.contains(Concept concept)
ArrayList<BinaryTuple>	PathFinder.findConceptInBinaries(Concept con) Get the list of all binaries with the concept in them.
ArrayList<Path>	PathFinder.getCurrentPaths(BinaryTuple bt, Concept con) Accesses the current paths (if any) between a binary tuple and the given concept.
static boolean	PathFinder.isInput(Concept c) Is the given concept an "input" concept as defined in the CGFCA world.
static boolean	PathFinder.isOutput(Concept c) Is the given concept an "output" concept as defined in the CGFCA world.

Constructor parameters in cgfca with type arguments of type Concept

Constructor and Description
PathFinder(RepertoryGrid grid, ArrayList<BinaryTuple> binaries, ArrayList<Concept> targetConcepts)

Uses of Concept in cgif.generate

Methods in cgif.generate with parameters of type Concept

Modifier and Type	Method and Description
protected void	CGIFWriter.addCorefLinks(Concept concept, String corefName) Adds coreference name entries for the specified concept and all the linked concept to the corefNameTable.

Method parameters in cgif.generate with type arguments of type Concept

Modifier and Type	Method and Description
protected void	CGIFWriter.writeConcepts(List<Concept> concepts, String currIndent) Writes the specified concepts to the output stream of this class using the standard CGIF format.

Uses of Concept in cgif.parser

Methods in cgif.parser that return Concept

Modifier and Type	Method and Description
Concept	CGIFParserHelper.makeConcept(Graph g, String type, Referent referent, String layout) Processes the concept from cgif07.jj (as converted into CGIFParser.java)

Uses of Concept in charger.act

Methods in charger.act that return types with arguments of type Concept

Modifier and Type	Method and Description
static ArrayList<Concept>	GraphUpdater.createConceptList(int numberOfConcepts, String typeLabel) Convenience method for actor builders.
ArrayList<Concept>	ActorPlugin.getPluginActorInputConceptList() Assumption about input and output lists is that inputs are numbered 1..n and outputs are numbered n+1 ..
ArrayList<Concept>	ActorPlugin.getPluginActorOutputConceptList() Assumption about input and output lists is that inputs are numbered 1..n and outputs are numbered n+1 ..

Method parameters in charger.act with type arguments of type Concept

Modifier and Type	Method and Description
static void	GraphUpdater.AddStringAsConceptType(ArrayList<Concept> cons, String s)
void	ActorPlugin.performActorOperation(GraphUpdater gu, ArrayList<Concept> inputs, ArrayList<Concept> outputs) Perform the actor's operation.
void	ActorPlugin.performActorOperation(GraphUpdater gu, ArrayList<Concept> inputs, ArrayList<Concept> outputs) Perform the actor's operation.

Uses of Concept in charger.cgx

Methods in charger.cgx with parameters of type Concept

Modifier and Type	Method and Description
private static String	CGXGenerator.refInfoXML(Concept c, String indent)
private static String	CGXGenerator.typeRefInfoXML(Concept con, String indent)

Uses of Concept in charger.obj

Subclasses of Concept in charger.obj

Modifier and Type	Class and Description
class	Graph A Graph stores zero or more graph objects.

Methods in charger.obj with parameters of type Concept

Modifier and Type	Method and Description
static void	Coref.updateForCharGer(Concept corefMember) Create a CharGer Coref link from the given CharGer concept.

Uses of Concept in craft

Fields in craft declared as Concept

Modifier and Type	Field and Description
private Concept	CraftWindow.conceptOne
private Concept	CraftWindow.conceptTwo
private Concept	CraftWindow.selectedConcept

Methods in craft with parameters of type Concept

Modifier and Type	Method and Description
static String	Reporter.natLang(Concept c, boolean includeDefinitions) Prepare a natural language rendition of the given concept.
void	CraftWindow.performChooseConceptForElicitation(Concept c) Adds given concept to the binary relation being elicited in the succeeding repertory grid.
void	CraftWindow.performShowSubgraph(Concept c1, GNode rel, Concept c2) Locate the conceptual relation represented in the table and "select" it in its corresponding EditFrame.

Uses of Concept in kb

Fields in kb declared as Concept

Modifier and Type	Field and Description
Concept	BinaryTuple.concept1 The actual first ("left hand") concept associated with this tuple.
Concept	BinaryTuple.concept2 The actual second ("right hand") concept associated with this tuple.

Methods in kb that return Concept

Modifier and Type	Method and Description
Concept	BinaryTuple.getFromConcept()
Concept	BinaryTuple.getToConcept()

Methods in kb with parameters of type Concept

Modifier and Type	Method and Description
static String	ConceptManager.makeSentence(Concept c1, GNode rel, Concept c2) Makes a matching schemme suitable for matching binary relations with the target graph.
static String	ConceptManager.makeSentenceOLD(Concept c1, GNode rel, Concept c2)
protected static ArrayList	ConceptManager.makeTableEntryArrayList(Concept c1, GNode rel, Concept c2, ConceptManager.ConceptsToInclude selector) Constructs a single table entry from a charger concept-relation-concept set.
private static boolean	ConceptManager.okayToAddTypeLabel(Concept c, ArrayList typelabelvector) Determine whether a given concept's type label should be added to a type hierarchy.
void	BinaryTuple.setFromConcept(Concept concept1)
void	BinaryTuple.setToConcept(Concept concept2)
private static boolean	ConceptManager.swapBinaryRelation(Concept c1, GNode rel, Concept c2) Decides heuristically whether to exchange the sense of the relationship, regardless of the arrow direction.

Constructors in kb with parameters of type Concept

Constructor and Description
BinaryTuple(Concept c1, GNode r, Concept c2)

Uses of Concept in kb.matching

Methods in kb.matching with parameters of type Concept

Modifier and Type	Method and Description
MatchDegree	AbstractConceptMatcher.levelOfConceptMatch(Concept masterConcept, Concept conceptToMatch) Perform a possible comparison between two concepts.
abstract boolean	AbstractConceptMatcher.referentsMatch(Concept masterConcept, Concept conceptToMatch) Performs whatever referent matching is required by the matcher.
boolean	BasicConceptMatcher.referentsMatch(Concept masterConcept, Concept conceptToMatch) The routine used for comparing referents.
protected float	BasicTupleMatcher.scoreConcepts(Concept c1, Concept c2) Calculates a "score" for matching two Charger concepts.
abstract boolean	AbstractConceptMatcher.typesMatch(Concept masterConcept, Concept conceptToMatch) Performs whatever type matching is required by the matcher.
boolean	BasicConceptMatcher.typesMatch(Concept masterConcept, Concept conceptToMatch) The routine used for comparing types.

Constructors in kb.matching with parameters of type Concept

Constructor and Description
MasterBinaryTuple(Concept c1, Relation r, Concept c2)
MatchedBinaryTuple(Concept c1, GNode r, Concept c2)
SimilarityMeasure(TypeHierarchy hierarchy, Concept c1, Concept c2) Given two concepts, prepare their similarity measurements.

Uses of Concept in repgrid.tracks

Fields in repgrid.tracks declared as Concept

Modifier and Type	Field and Description
Concept	TrackedRepertoryGrid.conceptOne Concept corresponding to the element aspect
Concept	TrackedRepertoryGrid.conceptTwo Concept corresponding to the attribute aspect

Constructors in repgrid.tracks with parameters of type Concept

Constructor and Description
TrackedRepertoryGrid(Concept c1, GNode r, Concept c2, RGValue type)