flanagan.circuits

Class ImpedSpecSimulation

java.lang.Object

flanagan.circuits.ImpedSpecSimulation

public class ImpedSpecSimulation
extends java.lang.Object

Constructor Summary

Constructors

Constructor and Description
ImpedSpecSimulation()
ImpedSpecSimulation(java.lang.String simulationTitle)

Method Summary

Modifier and Type	Method and Description
Complex[]	calculateImpedances()
java.lang.String[]	dateAndTime()
java.util.Vector<java.lang.Object>	getSimulationResults(int nPoints)
java.util.ArrayList<java.lang.Object>	getSimulationResultsAsArrayList(int nPoints)
java.util.Vector<java.lang.Object>	getSimulationResultsAsVector(int nPoints)
void	plotColeCole()
void	plotImpedanceMagnitudes()
void	plotImpedanceMagnitudeVersusFrequency()
void	plotImpedancePhases()
void	plotImpedancePhaseVersusFrequency()
void	plotMagnitudeVersusFrequency()
void	plotPhaseVersusFrequency()
void	plotVoltageMagnitudes()
void	plotVoltageMagnitudeVersusFrequency()
void	plotVoltagePhases()
void	plotVoltagePhaseVersusFrequency()
void	print(int nPoints)
void	print(java.lang.String fileName, int nPoints)
void	printForExcel(int nPoints)
void	printForExcel(java.lang.String fileName, int nPoints)
void	printToExcelFile(int nPoints)
void	printToExcelFile(java.lang.String fileName, int nPoints)
void	printToTextFile(int nPoints)
void	printToTextFile(java.lang.String fileName, int nPoints)
void	setAppliedVoltage(double voltage)
void	setHighFrequency(double high)
void	setHighRadialFrequency(double high)
void	setLinearPlot()
void	setLog10Plot()
void	setLowFrequency(double low)
void	setLowRadialFrequency(double low)
void	setModel(ImpedSpecModel userModel, double[] parameters)
void	setModel(ImpedSpecModel userModel, double[] parameters, java.lang.String[] symbols)
void	setModel(int modelNumber)
void	setModel(int modelNumber, double[] parameters)
void	setModel(int modelNumber, double[] parameters, java.lang.String[] symbols)
void	setReferenceImpedance(Complex impedance)
void	setReferenceImpedance(double resistance)
void	setReferenceImpedance(double real, double imag)
void	setScanRangeHz(double low, double high)
void	setScanRangeRadians(double low, double high)

Methods inherited from class java.lang.Object

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

Constructor Detail

ImpedSpecSimulation

public ImpedSpecSimulation()

ImpedSpecSimulation

public ImpedSpecSimulation(java.lang.String simulationTitle)

Method Detail

setScanRangeHz

public void setScanRangeHz(double low,
                           double high)

setScanRangeRadians

public void setScanRangeRadians(double low,
                                double high)

setLowFrequency

public void setLowFrequency(double low)

setLowRadialFrequency

public void setLowRadialFrequency(double low)

setHighFrequency

public void setHighFrequency(double high)

setHighRadialFrequency

public void setHighRadialFrequency(double high)

setLinearPlot

public void setLinearPlot()

setLog10Plot

public void setLog10Plot()

setAppliedVoltage

public void setAppliedVoltage(double voltage)

setReferenceImpedance

public void setReferenceImpedance(double resistance)

setReferenceImpedance

public void setReferenceImpedance(double real,
                                  double imag)

setReferenceImpedance

public void setReferenceImpedance(Complex impedance)

setModel

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

setModel

public void setModel(int modelNumber,
                     double[] parameters,
                     java.lang.String[] symbols)

setModel

public void setModel(int modelNumber)

setModel

public void setModel(ImpedSpecModel userModel,
                     double[] parameters)

setModel

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

calculateImpedances

public Complex[] calculateImpedances()

getSimulationResultsAsArrayList

public java.util.ArrayList<java.lang.Object> getSimulationResultsAsArrayList(int nPoints)

getSimulationResultsAsVector

public java.util.Vector<java.lang.Object> getSimulationResultsAsVector(int nPoints)

getSimulationResults

public java.util.Vector<java.lang.Object> getSimulationResults(int nPoints)

plotImpedanceMagnitudes

public void plotImpedanceMagnitudes()

plotImpedanceMagnitudeVersusFrequency

public void plotImpedanceMagnitudeVersusFrequency()

plotMagnitudeVersusFrequency

public void plotMagnitudeVersusFrequency()

plotImpedancePhases

public void plotImpedancePhases()

plotImpedancePhaseVersusFrequency

public void plotImpedancePhaseVersusFrequency()

plotPhaseVersusFrequency

public void plotPhaseVersusFrequency()

plotColeCole

public void plotColeCole()

plotVoltageMagnitudes

public void plotVoltageMagnitudes()

plotVoltageMagnitudeVersusFrequency

public void plotVoltageMagnitudeVersusFrequency()

plotVoltagePhases

public void plotVoltagePhases()

plotVoltagePhaseVersusFrequency

public void plotVoltagePhaseVersusFrequency()

dateAndTime

public java.lang.String[] dateAndTime()

printToTextFile

public void printToTextFile(int nPoints)

print

public void print(int nPoints)

print

public void print(java.lang.String fileName,
                  int nPoints)

printToTextFile

public void printToTextFile(java.lang.String fileName,
                            int nPoints)

printToExcelFile

public void printToExcelFile(int nPoints)

printForExcel

public void printForExcel(int nPoints)

printForExcel

public void printForExcel(java.lang.String fileName,
                          int nPoints)

printToExcelFile

public void printToExcelFile(java.lang.String fileName,
                             int nPoints)