flanagan.circuits

Class ImpedSpecRegression

java.lang.Object

flanagan.analysis.Regression

flanagan.circuits.ImpedSpecRegression

public class ImpedSpecRegression
extends Regression

Constructor Summary

Constructors

Constructor and Description
ImpedSpecRegression()
ImpedSpecRegression(java.lang.String regressionTitle)

Method Summary

Modifier and Type	Method and Description
void	addNewConstraint(int parameter, int direction, double boundary)
void	addNewConstraint(java.lang.String parameterSymbol, int direction, double boundary)
void	appliedVoltage(double voltage, double voltageError)
double[]	getBestEstimates()
java.lang.String[]	getCircuitComponents()
int	getFirstNumberOfIterations()
double[]	getInitialEstimates()
java.util.Vector<java.lang.Object>	getRegressionResults()
java.util.ArrayList<java.lang.Object>	getRegressionResultsAsArrayList()
java.util.Vector<java.lang.Object>	getRegressionResultsAsVector()
int	getSecondNumberOfIterations()
double[]	getStandardDeviations()
double	getTolerance()
void	impedanceDataAsComplex(double[] frequencies, Complex[] impedances)
void	impedanceDataAsComplex(double[] frequencies, Complex[] impedances, Complex[] weights)
void	impedanceDataAsComplex(double[] frequencies, double[] real, double[] imag)
void	impedanceDataAsComplex(double[] frequencies, double[] real, double[] imag, double[] realWeight, double[] imagWeight)
void	impedanceDataAsPhasorDeg(double[] frequencies, double[] impedanceMagnitudes, double[] impedancePhasesRad)
void	impedanceDataAsPhasorDeg(double[] frequencies, double[] impedanceMagnitudes, double[] impedancePhasesDeg, double[] impedanceMagWeights, double[] impedancePhaseWeights)
void	impedanceDataAsPhasorRad(double[] frequencies, double[] impedanceMagnitudes, double[] impedancePhasesRad)
void	impedanceDataAsPhasorRad(double[] frequencies, double[] impedanceMagnitudes, double[] impedancePhasesRad, double[] impedanceMagWeights, double[] impedancePhaseWeights)
java.util.ArrayList<java.lang.Object>	plotColeCole()
java.util.ArrayList<java.lang.Object>	plotImpedanceMagnitudes()
java.util.ArrayList<java.lang.Object>	plotImpedancePhases()
java.util.ArrayList<java.lang.Object>	plotVoltageMagnitudes()
java.util.ArrayList<java.lang.Object>	plotVoltagePhases()
java.util.ArrayList<java.lang.Object>	printToExcelFile()
java.util.ArrayList<java.lang.Object>	printToExcelFile(java.lang.String fileName)
java.util.ArrayList<java.lang.Object>	printToTextFile()
java.util.ArrayList<java.lang.Object>	printToTextFile(java.lang.String fileName)
java.util.ArrayList<java.lang.Object>	regression()
void	removeAddedConstraints()
void	removeAllConstraints()
void	removeDefaultConstraints()
void	resetMaximumNumberOfIterations(int max)
void	resetTolerance(double tol)
void	restoreDefaultConstraints()
void	setAppliedVoltage(double voltage)
void	setLinearPlot()
void	setLog10Plot()
void	setModel(ImpedSpecModel userModel, java.lang.String[] symbols, double[] initialEstimates)
void	setModel(ImpedSpecModel userModel, java.lang.String[] symbols, double[] initialEstimates, double[] initialSteps)
void	setModel(int modelNumber)
void	setModel(int modelNumber, double[] initialEstimates)
void	setModel(int modelNumber, double[] initialEstimates, double[] initialSteps)
void	setReferenceImpedance(Complex impedance)
void	setReferenceImpedance(double resistance)
void	setReferenceImpedance(double real, double imag)
void	voltageDataAsComplex(double[] frequencies, Complex[] voltages)
void	voltageDataAsComplex(double[] frequencies, Complex[] voltages, Complex[] weights)
void	voltageDataAsComplex(double[] frequencies, double[] real, double[] imag)
void	voltageDataAsComplex(double[] frequencies, double[] real, double[] imag, double[] realWeight, double[] imagWeight)
void	voltageDataAsPhasorDeg(double[] frequencies, double[] voltageMagnitudes, double[] voltagePhasesRad)
void	voltageDataAsPhasorDeg(double[] frequencies, double[] voltageMagnitudes, double[] voltagePhasesDeg, double[] voltageMagWeights, double[] voltagePhaseWeights)
void	voltageDataAsPhasorRad(double[] frequencies, double[] voltageMagnitudes, double[] voltagePhasesRad)
void	voltageDataAsPhasorRad(double[] frequencies, double[] voltageMagnitudes, double[] voltagePhasesRad, double[] voltageMagWeights, double[] voltagePhaseWeights)

Methods inherited from class flanagan.analysis.Regression

addConstraint, addConstraint, addConstraint, addLegends, bestPolynomial, bestPolynomial, bestPolynomialPlot, bestPolynomialPlot, bestPolynomialPlot, bestPolynomialPlot, beta, betaMinMax, betaMinMaxPlot, betaPlot, calculateCumulativeValues, checkYallSmall, checkZeroNeg, constant, constantPlot, constantPlot, ec50, ec50constrained, ec50constrainedPlot, ec50Plot, enterData, enterData, enterData, enterData, enterData, enterData, enterData, enterData, enterData, enterData, enterData, enterData, enterData, enterData, erlang, erlangPlot, exponential, exponentialMultiple, exponentialMultiple, exponentialMultiplePlot, exponentialMultiplePlot, exponentialOnePar, exponentialOneParPlot, exponentialPlot, exponentialSimple, exponentialSimplePlot, exponentialStandard, exponentialStandardPlot, fitOneOrSeveralDistributions, fiveParameterLogistic, fiveParameterLogistic, fiveParameterLogisticPlot, fiveParameterLogisticPlot, fourParameterLogistic, fourParameterLogisticConstrained, fourParameterLogisticConstrainedPlot, fourParameterLogisticPlot, frechet, frechetPlot, frechetStandard, frechetStandardPlot, frechetTwoPar, frechetTwoParPlot, gamma, gammaPlot, gammaStandard, gammaStandardPlot, gaussian, gaussian, gaussianPlot, gaussianPlot, getAdjustedCoefficientOfDetermination, getBestEstimatesErrors, getbestestimatesStandardDeviations, getBestEstimatesStandardDeviations, getCFmaxIter, getCFtolerance, getChiSquare, getCoeff, getCoeffDeterminationFratio, getCoeffDeterminationFratioProb, getCoefficientOfDetermination, getCoeffSd, getCoeffVar, getCorrCoeffMatrix, getCovMatrix, getDegFree, getDelta, getFirstDerivatives, getFtestSignificance, getGrad, getInitialSteps, getInversionCheck, getKayValue, getMinTest, getNdata, getNiter, getNlrStatus, getNmax, getNMcontract, getNMextend, getNmin, getNMreflect, getNparameters, getNrestarts, getNrestartsMax, getPosVarCheck, getPseudoErrors, getPseudoSd, getPvalues, getReducedChiSquare, getRegressionSumOfWeightedSquares, getResiduals, getSampleR, getScale, getScaledInitialEstimates, getScaledInitialSteps, getSimplexSd, getSumOfSquares, getSumOfUnweightedResidualSquares, getSumOfWeightedResidualSquares, getTotalSumOfWeightedSquares, getTrueFreq, getTvalues, getVarianceOfObserations, getWeightedResiduals, getWeights, getXdata, getXYcorrCoeff, getYcalc, getYdata, getYscale, getYscaleOption, getYYcorrCoeff, gumbelMax, gumbelMaxOnePar, gumbelMaxOneParPlot, gumbelMaxPlot, gumbelMaxStandard, gumbelMaxStandardPlot, gumbelMin, gumbelMinOnePar, gumbelMinOneParPlot, gumbelMinPlot, gumbelMinStandard, gumbelMinStandardPlot, histogramBins, histogramBins, histogramBins, ignoreDofFcheck, infinityCheck, linear, linear, linearDual, linearGeneral, linearGeneralDual, linearGeneralMono, linearGeneralPlot, linearGeneralPlot, linearGeneralPlotDual, linearGeneralPlotDual, linearGeneralPlotMono, linearGeneralPlotMono, linearMono, linearMono, linearPlot, linearPlot, linearPlot, linearPlot, linearPlotDual, linearPlotDual, linearPlotDual, linearPlotDual, linearPlotMono, linearPlotMono, linearPlotMono, linearPlotMono, logistic, logisticPlot, logNormal, logNormalPlot, logNormalThreePar, logNormalThreeParPlot, logNormalTwoPar, logNormalTwoParPlot, lorentzian, lorentzianPlot, multipleGaussiansPlot, nonIntegerPolynomial, nonIntegerPolynomial, nonIntegerPolynomialPlot, nonIntegerPolynomialPlot, nonIntegerPolynomialPlot, nonIntegerPolynomialPlot, normal, normal, normalPlot, normalPlot, oneMinusExponential, oneMinusExponentialPlot, pareto, paretoOnePar, paretoOneParPlot, paretoPlot, paretoShifted, paretoShiftedPlot, paretoThreePar, paretoThreeParPlot, paretoTwoPar, paretoTwoParPlot, plotXY, plotXYfixed, plotXYnonlinear, plotYY, plotYY, poisson, poissonPlot, polynomial, polynomial, polynomialBest, polynomialBest, polynomialPlot, polynomialPlot, polynomialPlot, polynomialPlot, print, print, print, print, rayleigh, rayleighPlot, rectangularHyperbola, rectangularHyperbolaPlot, reinstateStats, removeConstraints, resetCFmaxIter, resetCFtolerance, reverseYsign, setCloseChoice, setConstraintTolerance, setDelta, setDenominatorToN, setDenominatorToNminusOne, setErrorsAsScaled, setErrorsAsSD, setFtestSignificance, setMinTest, setNmax, setNMcontract, setNMextend, setNmin, setNMreflect, setNrestartsMax, setScale, setScale, setTitle, setTolerance, setTrueFreq, setXlegend, setYlegend, setYscale, setYscaleFactor, setYscaleOption, shiftedRectangularHyperbola, shiftedRectangularHyperbolaPlot, sigmoidHillSips, sigmoidHillSipsPlot, sigmoidThreshold, sigmoidThresholdPlot, simplex, simplex, simplex, simplex, simplex, simplex, simplex, simplex, simplex, simplex, simplex, simplex, simplex, simplex, simplex, simplex, simplex, simplex, simplex, simplex, simplex, simplex, simplex, simplex, simplex, simplex, simplex, simplex, simplex, simplex, simplex, simplex, simplex, simplex, simplex, simplex, simplex, simplex, simplex, simplex, simplex, simplex, simplex, simplex, simplex, simplex, simplex, simplex, simplex, simplex, simplex, simplex, simplex, simplex, simplex, simplex, simplex, simplex, simplex, simplex, simplex, simplex, simplex, simplex, simplex, simplex, simplex, simplex, simplex, simplex, simplex, simplex, simplex2, simplex2, simplex2, simplex2, simplex2, simplex2, simplex2, simplex2, simplex2, simplex2, simplex2, simplex2, simplex2, simplex2, simplex2, simplex2, simplexPlot, simplexPlot, simplexPlot, simplexPlot, simplexPlot, simplexPlot, simplexPlot, simplexPlot, simplexPlot, simplexPlot, simplexPlot, simplexPlot, simplexPlot, simplexPlot, simplexPlot, simplexPlot, simplexPlot, simplexPlot, simplexPlot, simplexPlot, simplexPlot, simplexPlot, simplexPlot, simplexPlot, simplexPlot, simplexPlot, simplexPlot, simplexPlot, simplexPlot, simplexPlot, simplexPlot, simplexPlot, simplexPlot, simplexPlot, simplexPlot, simplexPlot, simplexPlot, simplexPlot, simplexPlot, simplexPlot, simplexPlot, simplexPlot, simplexPlot, simplexPlot, simplexPlot, simplexPlot, simplexPlot, simplexPlot, simplexPlot, simplexPlot, simplexPlot, simplexPlot, simplexPlot, simplexPlot, simplexPlot, simplexPlot, simplexPlot, simplexPlot, simplexPlot, simplexPlot, simplexPlot, simplexPlot, simplexPlot, simplexPlot, simplexPlot, simplexPlot, simplexPlot, simplexPlot, simplexPlot, simplexPlot, simplexPlot, simplexPlot, simplexPlot2, simplexPlot2, simplexPlot2, simplexPlot2, simplexPlot2, simplexPlot2, simplexPlot2, simplexPlot2, simplexPlot2, simplexPlot2, simplexPlot2, simplexPlot2, simplexPlot2, simplexPlot2, simplexPlot2, simplexPlot2, stepFunction, stepFunctionPlot, supressErrorMessages, supressPrint, supressStats, supressYYplot, testOfAdditionalTerms_ArrayList, testOfAdditionalTerms_ArrayList, testOfAdditionalTerms, testOfAdditionalTerms, testOfAdditionalTermsFprobability, testOfAdditionalTermsFprobability, testOfAdditionalTermsFprobabilty, testOfAdditionalTermsFratio, testOfAdditionalTermsFratio, weibull, weibullPlot, weibullStandard, weibullStandardPlot, weibullTwoPar, weibullTwoParPlot

Methods inherited from class java.lang.Object

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

Constructor Detail

ImpedSpecRegression

public ImpedSpecRegression()

ImpedSpecRegression

public ImpedSpecRegression(java.lang.String regressionTitle)

Method Detail

setAppliedVoltage

public void setAppliedVoltage(double voltage)

appliedVoltage

public void appliedVoltage(double voltage,
                           double voltageError)

setReferenceImpedance

public void setReferenceImpedance(double resistance)

setReferenceImpedance

public void setReferenceImpedance(double real,
                                  double imag)

setReferenceImpedance

public void setReferenceImpedance(Complex impedance)

voltageDataAsComplex

public void voltageDataAsComplex(double[] frequencies,
                                 double[] real,
                                 double[] imag)

voltageDataAsComplex

public void voltageDataAsComplex(double[] frequencies,
                                 double[] real,
                                 double[] imag,
                                 double[] realWeight,
                                 double[] imagWeight)

voltageDataAsComplex

public void voltageDataAsComplex(double[] frequencies,
                                 Complex[] voltages)

voltageDataAsComplex

public void voltageDataAsComplex(double[] frequencies,
                                 Complex[] voltages,
                                 Complex[] weights)

voltageDataAsPhasorRad

public void voltageDataAsPhasorRad(double[] frequencies,
                                   double[] voltageMagnitudes,
                                   double[] voltagePhasesRad)

voltageDataAsPhasorRad

public void voltageDataAsPhasorRad(double[] frequencies,
                                   double[] voltageMagnitudes,
                                   double[] voltagePhasesRad,
                                   double[] voltageMagWeights,
                                   double[] voltagePhaseWeights)

voltageDataAsPhasorDeg

public void voltageDataAsPhasorDeg(double[] frequencies,
                                   double[] voltageMagnitudes,
                                   double[] voltagePhasesRad)

voltageDataAsPhasorDeg

public void voltageDataAsPhasorDeg(double[] frequencies,
                                   double[] voltageMagnitudes,
                                   double[] voltagePhasesDeg,
                                   double[] voltageMagWeights,
                                   double[] voltagePhaseWeights)

impedanceDataAsComplex

public void impedanceDataAsComplex(double[] frequencies,
                                   double[] real,
                                   double[] imag)

impedanceDataAsComplex

public void impedanceDataAsComplex(double[] frequencies,
                                   double[] real,
                                   double[] imag,
                                   double[] realWeight,
                                   double[] imagWeight)

impedanceDataAsComplex

public void impedanceDataAsComplex(double[] frequencies,
                                   Complex[] impedances)

impedanceDataAsComplex

public void impedanceDataAsComplex(double[] frequencies,
                                   Complex[] impedances,
                                   Complex[] weights)

impedanceDataAsPhasorRad

public void impedanceDataAsPhasorRad(double[] frequencies,
                                     double[] impedanceMagnitudes,
                                     double[] impedancePhasesRad)

impedanceDataAsPhasorRad

public void impedanceDataAsPhasorRad(double[] frequencies,
                                     double[] impedanceMagnitudes,
                                     double[] impedancePhasesRad,
                                     double[] impedanceMagWeights,
                                     double[] impedancePhaseWeights)

impedanceDataAsPhasorDeg

public void impedanceDataAsPhasorDeg(double[] frequencies,
                                     double[] impedanceMagnitudes,
                                     double[] impedancePhasesRad)

impedanceDataAsPhasorDeg

public void impedanceDataAsPhasorDeg(double[] frequencies,
                                     double[] impedanceMagnitudes,
                                     double[] impedancePhasesDeg,
                                     double[] impedanceMagWeights,
                                     double[] impedancePhaseWeights)

setModel

public void setModel(ImpedSpecModel userModel,
                     java.lang.String[] symbols,
                     double[] initialEstimates,
                     double[] initialSteps)

setModel

public void setModel(ImpedSpecModel userModel,
                     java.lang.String[] symbols,
                     double[] initialEstimates)

setModel

public void setModel(int modelNumber,
                     double[] initialEstimates,
                     double[] initialSteps)

setModel

public void setModel(int modelNumber,
                     double[] initialEstimates)

setModel

public void setModel(int modelNumber)

getInitialEstimates

public double[] getInitialEstimates()

Overrides:

getInitialEstimates in class Regression

getCircuitComponents

public java.lang.String[] getCircuitComponents()

addNewConstraint

public void addNewConstraint(int parameter,
                             int direction,
                             double boundary)

addNewConstraint

public void addNewConstraint(java.lang.String parameterSymbol,
                             int direction,
                             double boundary)

removeDefaultConstraints

public void removeDefaultConstraints()

restoreDefaultConstraints

public void restoreDefaultConstraints()

removeAddedConstraints

public void removeAddedConstraints()

removeAllConstraints

public void removeAllConstraints()

resetMaximumNumberOfIterations

public void resetMaximumNumberOfIterations(int max)

resetTolerance

public void resetTolerance(double tol)

getRegressionResultsAsArrayList

public java.util.ArrayList<java.lang.Object> getRegressionResultsAsArrayList()

getRegressionResultsAsVector

public java.util.Vector<java.lang.Object> getRegressionResultsAsVector()

getRegressionResults

public java.util.Vector<java.lang.Object> getRegressionResults()

regression

public java.util.ArrayList<java.lang.Object> regression()

getBestEstimates

public double[] getBestEstimates()

Overrides:

getBestEstimates in class Regression

getStandardDeviations

public double[] getStandardDeviations()

getFirstNumberOfIterations

public int getFirstNumberOfIterations()

getSecondNumberOfIterations

public int getSecondNumberOfIterations()

getTolerance

public double getTolerance()

Overrides:

getTolerance in class Regression

setLinearPlot

public void setLinearPlot()

setLog10Plot

public void setLog10Plot()

plotColeCole

public java.util.ArrayList<java.lang.Object> plotColeCole()

plotImpedanceMagnitudes

public java.util.ArrayList<java.lang.Object> plotImpedanceMagnitudes()

plotImpedancePhases

public java.util.ArrayList<java.lang.Object> plotImpedancePhases()

plotVoltageMagnitudes

public java.util.ArrayList<java.lang.Object> plotVoltageMagnitudes()

plotVoltagePhases

public java.util.ArrayList<java.lang.Object> plotVoltagePhases()

printToTextFile

public java.util.ArrayList<java.lang.Object> printToTextFile()

printToTextFile

public java.util.ArrayList<java.lang.Object> printToTextFile(java.lang.String fileName)

printToExcelFile

public java.util.ArrayList<java.lang.Object> printToExcelFile()

printToExcelFile

public java.util.ArrayList<java.lang.Object> printToExcelFile(java.lang.String fileName)