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Packages that use FzySet | |
infosapient.control | |
infosapient.hdg | |
infosapient.resolution | |
infosapient.server | |
infosapient.system | |
infosapient.ui | |
infosapient.xml |
Uses of FzySet in infosapient.control |
Fields in infosapient.control declared as FzySet | |
(package private) FzySet |
InfoSapientController.currentSet
|
Methods in infosapient.control with parameters of type FzySet | |
private void |
InfoSapientController.processForSetEd(FzySet fs)
Open a set editor on the designated Fuzzy Set. |
Uses of FzySet in infosapient.hdg |
Methods in infosapient.hdg that return FzySet | |
abstract FzySet |
FzyHedge.apply(FzySet aSet)
Implemented by my subclasses to perform the requested fuzzy set surface modification. |
FzySet |
FzyHdgGENERALLY.apply(FzySet aSet)
|
FzySet |
FzyHdgBEFORE.apply(FzySet aSet)
|
FzySet |
FzyHdgDECLINE.apply(FzySet aSet)
|
FzySet |
FzyHdgABOVE.apply(FzySet aSet)
Apply the surface modifier m[i] = 0.0 for all domain values below/before
m[i] == set.maxHeight() and m[i] = 1.0 - m[i]
for all values after/above. |
FzySet |
FzyHdgDECREASE.apply(FzySet aSet)
|
FzySet |
FzyHdgSLIGHTLY.apply(FzySet aSet)
|
FzySet |
FzyHdgCLOSE.apply(FzySet aSet)
|
FzySet |
FzyHdgAROUND.apply(FzySet aSet)
|
FzySet |
FzyHdgEXTREMELY.apply(FzySet aSet)
|
FzySet |
FzyHdgCOMPLEMENT.apply(FzySet aSet)
|
FzySet |
FzyHdgNOT.apply(FzySet aSet)
|
FzySet |
FzyHdgMOSTLY.apply(FzySet aSet)
|
FzySet |
FzyHdgNEGATIVELY.apply(FzySet aSet)
|
FzySet |
FzyHdgROUGHLY.apply(FzySet aSet)
|
FzySet |
FzyHdgPOSITIVELY.apply(FzySet aSet)
|
FzySet |
FzyHdgMUST.apply(FzySet set)
|
FzySet |
FzyHdgVERY.apply(FzySet aSet)
|
FzySet |
FzyHdgNEAR.apply(FzySet aSet)
|
FzySet |
FzyHdgINCREASE.apply(FzySet aSet)
|
FzySet |
FzyHdgBELOW.apply(FzySet aSet)
|
FzySet |
FzyHdgVICINITY.apply(FzySet aSet)
|
FzySet |
FzyHdgNEGATIVE.apply(FzySet aSet)
|
FzySet |
FzyHdgABOUT.apply(FzySet aSet)
|
FzySet |
FzyHdgAFTER.apply(FzySet aSet)
Apply the surface modifier m[i] = 0.0 for all domain values below/before
m[i] == set.maxHeight() and m[i] = 1.0 - m[i]
for all values after/above. |
FzySet |
FzyHdgPOSITIVE.apply(FzySet aSet)
|
FzySet |
FzyHdgSOMEWHAT.apply(FzySet aSet)
|
FzySet |
FzyHdgSHOULD.apply(FzySet aSet)
|
FzySet |
FzyHdgDEFINITELY.apply(FzySet aSet)
|
Methods in infosapient.hdg with parameters of type FzySet | |
abstract FzySet |
FzyHedge.apply(FzySet aSet)
Implemented by my subclasses to perform the requested fuzzy set surface modification. |
FzySet |
FzyHdgGENERALLY.apply(FzySet aSet)
|
FzySet |
FzyHdgBEFORE.apply(FzySet aSet)
|
FzySet |
FzyHdgDECLINE.apply(FzySet aSet)
|
FzySet |
FzyHdgABOVE.apply(FzySet aSet)
Apply the surface modifier m[i] = 0.0 for all domain values below/before
m[i] == set.maxHeight() and m[i] = 1.0 - m[i]
for all values after/above. |
FzySet |
FzyHdgDECREASE.apply(FzySet aSet)
|
FzySet |
FzyHdgSLIGHTLY.apply(FzySet aSet)
|
FzySet |
FzyHdgCLOSE.apply(FzySet aSet)
|
FzySet |
FzyHdgAROUND.apply(FzySet aSet)
|
FzySet |
FzyHdgEXTREMELY.apply(FzySet aSet)
|
FzySet |
FzyHdgCOMPLEMENT.apply(FzySet aSet)
|
FzySet |
FzyHdgNOT.apply(FzySet aSet)
|
FzySet |
FzyHdgMOSTLY.apply(FzySet aSet)
|
FzySet |
FzyHdgNEGATIVELY.apply(FzySet aSet)
|
FzySet |
FzyHdgROUGHLY.apply(FzySet aSet)
|
FzySet |
FzyHdgPOSITIVELY.apply(FzySet aSet)
|
FzySet |
FzyHdgMUST.apply(FzySet set)
|
FzySet |
FzyHdgVERY.apply(FzySet aSet)
|
FzySet |
FzyHdgNEAR.apply(FzySet aSet)
|
FzySet |
FzyHdgINCREASE.apply(FzySet aSet)
|
FzySet |
FzyHdgBELOW.apply(FzySet aSet)
|
FzySet |
FzyHdgVICINITY.apply(FzySet aSet)
|
FzySet |
FzyHdgNEGATIVE.apply(FzySet aSet)
|
FzySet |
FzyHdgABOUT.apply(FzySet aSet)
|
FzySet |
FzyHdgAFTER.apply(FzySet aSet)
Apply the surface modifier m[i] = 0.0 for all domain values below/before
m[i] == set.maxHeight() and m[i] = 1.0 - m[i]
for all values after/above. |
FzySet |
FzyHdgPOSITIVE.apply(FzySet aSet)
|
FzySet |
FzyHdgSOMEWHAT.apply(FzySet aSet)
|
double |
FzyHdgSHOULD.apply(FzySet fs1,
FzySet fs2)
|
FzySet |
FzyHdgSHOULD.apply(FzySet aSet)
|
FzySet |
FzyHdgDEFINITELY.apply(FzySet aSet)
|
Uses of FzySet in infosapient.resolution |
Fields in infosapient.resolution declared as FzySet | |
(package private) FzySet |
FzyImplicationMethod.fSet
|
private FzySet |
FzyCorrelationMinimum.outputSet
|
Methods in infosapient.resolution that return FzySet | |
FzySet |
FzyResolutionMethod.applyHedge(FzySet inputSet,
FzyHedge hedge)
Modifies the shape of a sets surface causing a change in the membership function |
abstract FzySet |
FzyCorrelation.applyCorrelation(double membership,
FzySet setToBeCorrelated)
|
FzySet |
FzyCorrelationAverage.applyCorrelation(double predTruth,
FzySet correlatedSet)
|
FzySet |
FzyCorrelationProduct.applyCorrelation(double m,
FzySet correlatedSet)
|
FzySet |
FzyCorrelationMinimum.applyCorrelation(double m,
FzySet correlatedSet)
|
Methods in infosapient.resolution with parameters of type FzySet | |
abstract void |
FzyImplicationMethod.applyImplicationMethod(FzySet setTobeAdded,
FzySolutionSet solSet)
|
void |
FzyImplicationADDAGGREGATION.applyImplicationMethod(FzySet fs,
FzySolutionSet sSet)
|
protected java.util.Vector |
FzyResolutionMethod._findPlateau(FzySet fset)
Return the int array representing the left and right hand side of the plateau in the membership function. |
void |
FzyResolutionMethod.applyAlfa(FzySet fset,
int type)
|
FzySet |
FzyResolutionMethod.applyHedge(FzySet inputSet,
FzyHedge hedge)
Modifies the shape of a sets surface causing a change in the membership function |
double |
FzyResolutionMethod.farEdge(FzySet fset)
Find the far edge of the plateau |
protected int[] |
FzyResolutionMethod.findPlateau(FzySet fset)
Return the int array representing the left and right hand side of the plateau in the membership function. |
double |
FzyResolutionMethod.getDomainForLeftEdge(FzySet fset)
find the left edge of the specified set. |
double |
FzyResolutionMethod.getScalarUsing(FzySet fset,
int inx)
|
protected void |
FzyResolutionMethod.issueWarning(FzySet fset,
double height,
int pCount)
|
double |
FzyResolutionMethod.monotonicSolution(FzySet fromSet,
FzySet toSet,
double fromDomValue)
Calculate a solution for a monotonic space. |
int |
FzyResolutionMethod.plateauCount(FzySet fset,
double height)
|
double |
FzyResolutionMethod.resolveToScalar(FzySet aSet)
The method to be used for those who wish to defuzzify a given set. |
protected abstract double |
FzyResolutionMethod.resolveUsing(FzySet aSet)
The method used by subclasses of FzyResolutionMethod to defuzzify a given set. |
double |
FzyResMAXPLATEAU.resolveUsing(FzySet fSet)
|
abstract FzySet |
FzyCorrelation.applyCorrelation(double membership,
FzySet setToBeCorrelated)
|
double |
FzyResMAXIMUM.resolveUsing(FzySet fset)
|
protected double |
FzyResCENTROID.resolveUsing(FzySet fset)
|
FzySet |
FzyCorrelationAverage.applyCorrelation(double predTruth,
FzySet correlatedSet)
|
void |
FzyImplicationMINMAX.applyImplicationMethod(FzySet fs,
FzySolutionSet sSet)
|
double |
FzyResAVERAGE_MAXIMUM.resolveUsing(FzySet fset)
Return the mean of domain(s) that are mapped to a membership value. |
FzySet |
FzyCorrelationProduct.applyCorrelation(double m,
FzySet correlatedSet)
|
FzySet |
FzyCorrelationMinimum.applyCorrelation(double m,
FzySet correlatedSet)
|
Uses of FzySet in infosapient.server |
Fields in infosapient.server declared as FzySet | |
private FzySet |
InfoSapientKnowledgeWorker.fs
Goal set. |
Uses of FzySet in infosapient.system |
Subclasses of FzySet in infosapient.system | |
class |
FzyBeta
|
class |
FzyGaussian
Class FzyGaussian builds a fuzzy set surface based on the classic Gaussian function rather than a sigmoidal function. |
class |
FzyPI
|
class |
FzySCurve
Class FzySCurve |
class |
FzySingleton
|
class |
FzySolutionSet
FzySolutionSet implements the output sets(solutions) of the fuzzy expert system. |
class |
FzyTriangle
|
class |
FzyWeightedBeta
|
Fields in infosapient.system declared as FzySet | |
private FzySet |
FzyRuleComponent.theGoal
|
(package private) FzySet |
FzyBooleanAttribute.falseSet
|
(package private) FzySet |
FzyBooleanAttribute.trueSet
|
(package private) FzySet |
FzyAttribClause.goalSet
Goal set (if present) of the atttributeOfInterest |
Methods in infosapient.system that return FzySet | |
FzySet |
FzyAttribute.getSetNamed(java.lang.String aName)
returns a FzySet given its name. |
abstract FzySet |
FzySet.initializeMembership()
This method must be implemented by my subclasses. |
FzySet |
FzySet.setLeftShouldered()
Declare this set to be left shouldered. |
FzySet |
FzySet.setRightShouldered()
Declare this set to be right shouldered. |
FzySet |
FzySet.setTwoSided()
declare this set to be two sided. |
FzySet |
FzySet.validate(double low,
double high)
Validate the low and high domain to make sure we can do calculations. |
FzySet |
FzySet.validate(double low,
double high,
double m)
Validate to make sure we can do calculations. |
FzySet |
FzySCurve.initializeMembership()
Initialize this set's membership using a sinusoid (logistical) function. |
FzySet |
FzyBeta.initializeMembership()
|
FzySet |
FzyTriangle.initializeMembership()
|
FzySet |
FzySolutionSet.initializeDomain()
intialize the starting domain for the solution set to be all zeros. |
FzySet |
FzySolutionSet.initializeMembership()
intialize the starting membership for the solution set to be all zeros. |
FzySet |
FzyWeightedBeta.initializeMembership()
|
FzySet |
FzyAttribClause.applyHedges()
Clone this set. |
FzySet |
FzyAttribClause.getGoal()
Returns the goal fuzzy set of this clause with the hedges applied. |
Methods in infosapient.system with parameters of type FzySet | |
boolean |
FzyAttribute.addSet(FzySet aSet)
Add a unique FzySet to this FzyAttribute. |
boolean |
FzyAttribute.addSet(FzySet aSet,
int index)
Add a set at a specific index. |
boolean |
FzyAttribute.containsSet(FzySet aSet)
returns a boolean if this attribute contains the given FzySet. |
int |
FzyAttribute.removeFSet(FzySet rSet)
Remove a fuzzy set and return the index that the set was found at. |
boolean |
FzySet.lessThanOrEquals(FzySet aSet)
A cheap comparison of sets to make sure that the sets are added to the attribute in decreasing order. |
private int |
FzyBooleanAttribute._removeFSet(FzySet fs)
Used for changing the set types from sinusodial to triangle or triangle to sinusoidal. |
boolean |
FzyBooleanAttribute.addSet(FzySet aSet)
|
boolean |
FzyBooleanAttribute.addSet(FzySet aSet,
int index)
|
int |
FzyBooleanAttribute.removeFSet(FzySet aSet)
|
void |
FzyAttribClause.setGoal(FzySet fs)
Sets the goal fuzzy set of this attribute (the set that we are trying to determine. |
void |
FzyKnowledgebase.removeReferringRulesGivenSet(FzySet fs)
Remove all rules that refer to the specified set. |
Uses of FzySet in infosapient.ui |
Fields in infosapient.ui declared as FzySet | |
private FzySet |
InfoSapientQuestionDialog.fs
|
protected FzySet |
InfoSapientSetEditor.theSET
|
protected FzySet |
InfoSapientSetList.set
|
Methods in infosapient.ui that return FzySet | |
protected FzySet |
InfoSapientSetEditor.createSet()
|
Methods in infosapient.ui with parameters of type FzySet | |
void |
InfoSapientSetList.insertSet(int rowNum,
FzySet theSet)
|
protected void |
InfoSapientSwingSetList.addSet(FzySet theSet)
|
void |
InfoSapientSwingSetList.insertSet(int rowNum,
FzySet theSet)
|
Constructors in infosapient.ui with parameters of type FzySet | |
InfoSapientSetEditor.InfoSapientSetEditor(InfoSapientController theControl,
FzySet tSet)
|
Uses of FzySet in infosapient.xml |
Methods in infosapient.xml that return FzySet | |
(package private) FzySet |
KbXMLCompiler.visitSetNode(org.w3c.dom.Node node,
FzyAttribute attrib)
Visit the set node and return the FzySet Creation date: (12/29/99 5:25:41 PM) |
|
License to use this program is provided under the TERMS OF THE COMMON PUBLIC LICENSE 0.5. ("AGREEMENT"). ANY USE, REPRODUCTION OR DISTRIBUTION OF THE PROGRAM CONSTITUTES RECIPIENT'S ACCEPTANCE OF THIS AGREEMENT. | ||||||||
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