com.lobsterman.JavaGrinders

Class ReplicatedGAnalyzer

java.lang.Object

com.lobsterman.JavaGrinders.Analyzer

com.lobsterman.JavaGrinders.ContingencyAnalyzer

com.lobsterman.JavaGrinders.ReplicatedGAnalyzer

public class ReplicatedGAnalyzer
extends ContingencyAnalyzer

coordinates the analysis of contingency tables in an application. It owns a contingency table which can be set in various ways. In addition it owns an InteractionTable from which a DominanceTable is created on the fly.

Field Summary

Fields inherited from class com.lobsterman.JavaGrinders.ContingencyAnalyzer

diagonal, itsHypothesisPs, itsTable

Constructor Summary

Constructors

Constructor and Description
ReplicatedGAnalyzer(ContingencyTable aTable) Standard constructor using an InteractionTable
ReplicatedGAnalyzer(VariableOrganizer anOrganizer) Standard constructor using a VariableOrganizer and an InteractionTable

Method Summary

Modifier and Type	Method and Description
void	analyze_nY() peforms an analysis of multiple dependent variables
void	doAnalyze_nY1XnGroups(VariableOrganizer YOrganizer, Variable XVariable) lists the results from an analysis of one dependent variable on multiple indepent variable.
GoodnessOfFitResults[]	getReplicatedGoodnessOfFitResults(Variable theXVariable) reports a replicated goodness of fit test for the ContingencyTable
void	listReplicatedGoodnessOfFitResults(Variable theXVariable) reports a replicated goodness of fit test for the ContingencyTable

Methods inherited from class com.lobsterman.JavaGrinders.ContingencyAnalyzer

assertTable, createContingencyTable, createCrossTabulationtionTable, createTable, createTransitionTable, doAnalyze_1Y, doAnalyze_1Y1X2Groups, doAnalyze_1Y1XnGroups, doAnalyze_nY, getContingencyTableResults, getHypothesisPs, getTable, listContingencyTableResults, listExpectedTable, listFTukeyDeviates, listTable, setHypothesisPs, setTable

Methods inherited from class com.lobsterman.JavaGrinders.Analyzer

analyzeMultXY, analyzeMultY, analyzeXY, analyzeY, analyzeY, clearAllDesignRoles, confirmOrganizer, controlAnalyze_1Y1X, controlAnalyze_1YnX, controlAnalyze_nY, controlAnalyze_nY1X, controlAnalyze_nYnX, doAnalyze_1Y, doAnalyze_1Y1Xcontinuous, doAnalyze_1YnXcontinuous, doAnalyze_1YnXnGroups, doAnalyze_nY1Xcontinuous, doAnalyze_nYnX, getGroupNs, getNXVariables, getNYVariables, getOrganizer, getXVariable, getYVariable, getYVariableNames, listGroupDescriptives, setOrganizer

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Constructor Detail

ReplicatedGAnalyzer

public ReplicatedGAnalyzer(ContingencyTable aTable)

Standard constructor using an InteractionTable

Parameters:

aTable - this instance of ContingencyTable class contains a crosstabulation table of frequencies

ReplicatedGAnalyzer

public ReplicatedGAnalyzer(VariableOrganizer anOrganizer)

Standard constructor using a VariableOrganizer and an InteractionTable

Parameters:

anOrganizer - an instance of VariableOrganizer class coordinates a set of variables with respect to number of data points available and the rows that are currently selected

Method Detail

doAnalyze_nY1XnGroups

public void doAnalyze_nY1XnGroups(VariableOrganizer YOrganizer,
                                  Variable XVariable)
                           throws java.lang.Exception

lists the results from an analysis of one dependent variable on multiple indepent variable. This is a placeholder for the analysis of subclasses

Overrides:

doAnalyze_nY1XnGroups in class Analyzer

Parameters:

YOrganizer - an instance of VariableOrganizer class coordinates a set of dependent or independent variables. If null, the subset of all Y variables is used

XVariable - the independent Variable

Throws:

java.lang.Exception - if no Organizer was available

getReplicatedGoodnessOfFitResults

public GoodnessOfFitResults[] getReplicatedGoodnessOfFitResults(Variable theXVariable)
                                                         throws java.lang.Exception

reports a replicated goodness of fit test for the ContingencyTable

Throws:

java.lang.Exception

listReplicatedGoodnessOfFitResults

public void listReplicatedGoodnessOfFitResults(Variable theXVariable)
                                        throws java.lang.Exception

reports a replicated goodness of fit test for the ContingencyTable

Throws:

java.lang.Exception

analyze_nY

public void analyze_nY()
                throws java.lang.Exception

peforms an analysis of multiple dependent variables

Overrides:

analyze_nY in class ContingencyAnalyzer

Throws:

java.lang.Exception - ...