Class AfuMathOperation

Inheritance

System.Object

System.MarshalByRefObject

NXRemotableObject

AfuMathOperation

Implements

System.Runtime.Remoting.Messaging.IMessageSink

Inherited Members

NXRemotableObject.initialize()

NXRemotableObject.SyncProcessMessage(IMessage)

NXRemotableObject.AsyncProcessMessage(IMessage, IMessageSink)

NXRemotableObject.NextSink

System.MarshalByRefObject.CreateObjRef(System.Type)

System.MarshalByRefObject.GetLifetimeService()

System.MarshalByRefObject.InitializeLifetimeService()

System.MarshalByRefObject.MemberwiseClone(System.Boolean)

System.Object.Equals(System.Object)

System.Object.Equals(System.Object, System.Object)

System.Object.GetHashCode()

System.Object.GetType()

System.Object.MemberwiseClone()

System.Object.ToString()

System.Object.ReferenceEquals(System.Object, System.Object)

Namespace: NXOpen.CAE

Assembly: NXOpen.dll

Syntax

public class AfuMathOperation : NXRemotableObject, IMessageSink

Constructors

AfuMathOperation(AfuManager)

Declaration

protected AfuMathOperation(AfuManager owner)

Parameters

Type	Name	Description
AfuManager	owner

Properties

Tag

Declaration

public Tag Tag { get; }

Property Value

Type	Description
Tag

Methods

CalculateAndStoreFastRmsPsdFit(String, Int32, AfuMathOperation.OutputType, String, AfuMathFastRMSInfo)

Declaration

public AfuMathFastRMSOutput CalculateAndStoreFastRmsPsdFit(string sourceAfuFileName, int sourceRecordIndex, AfuMathOperation.OutputType outputType, string destinationAfuFileName, AfuMathFastRMSInfo fastRmsInfo)

Parameters

Type	Name	Description
System.String	sourceAfuFileName
System.Int32	sourceRecordIndex
AfuMathOperation.OutputType	outputType
System.String	destinationAfuFileName
AfuMathFastRMSInfo	fastRmsInfo

Returns

Type	Description
AfuMathFastRMSOutput

CalculateMultiMathRecords(AfuMathOperation.MultiType, String, Int32, String, Int32, AfuMathOperation.OutputType, String)

Declaration

public void CalculateMultiMathRecords(AfuMathOperation.MultiType multiMathType, string sourceAfuFileName1, int sourceRecordIndex1, string sourceAfuFileName2, int sourceRecordIndex2, AfuMathOperation.OutputType outputType, string destinationAfuFileName)

Parameters

Type	Name	Description
AfuMathOperation.MultiType	multiMathType
System.String	sourceAfuFileName1
System.Int32	sourceRecordIndex1
System.String	sourceAfuFileName2
System.Int32	sourceRecordIndex2
AfuMathOperation.OutputType	outputType
System.String	destinationAfuFileName

CalculateOverallMathRecords(AfuMathOperation.Overall, String[], Int32[], AfuMathOperation.OutputType, String)

Declaration

public void CalculateOverallMathRecords(AfuMathOperation.Overall overallType, string[] sourceAfuFileNames, int[] sourceRecordIndexes, AfuMathOperation.OutputType outputType, string destinationAfuFileName)

Parameters

Type	Name	Description
AfuMathOperation.Overall	overallType
System.String[]	sourceAfuFileNames
System.Int32[]	sourceRecordIndexes
AfuMathOperation.OutputType	outputType
System.String	destinationAfuFileName

CalculateSingleMathAbsoluteValue(String, Int32, AfuMathOperation.OutputType, String)

Declaration

public void CalculateSingleMathAbsoluteValue(string sourceAfuFileName, int sourceRecordIndex, AfuMathOperation.OutputType outputType, string destinationAfuFileName)

Parameters

Type	Name	Description
System.String	sourceAfuFileName
System.Int32	sourceRecordIndex
AfuMathOperation.OutputType	outputType
System.String	destinationAfuFileName

CalculateSingleMathComplexConjugate(String, Int32, AfuMathOperation.OutputType, String)

Declaration

public void CalculateSingleMathComplexConjugate(string sourceAfuFileName, int sourceRecordIndex, AfuMathOperation.OutputType outputType, string destinationAfuFileName)

Parameters

Type	Name	Description
System.String	sourceAfuFileName
System.Int32	sourceRecordIndex
AfuMathOperation.OutputType	outputType
System.String	destinationAfuFileName

CalculateSingleMathDifferentiation(String, Int32, AfuMathOperation.OutputType, String, Boolean)

Declaration

public void CalculateSingleMathDifferentiation(string sourceAfuFileName, int sourceRecordIndex, AfuMathOperation.OutputType outputType, string destinationAfuFileName, bool doDoubledifferentiation)

Parameters

Type	Name	Description
System.String	sourceAfuFileName
System.Int32	sourceRecordIndex
AfuMathOperation.OutputType	outputType
System.String	destinationAfuFileName
System.Boolean	doDoubledifferentiation

CalculateSingleMathFourierTransform(String, Int32, AfuMathOperation.OutputType, String)

Declaration

public void CalculateSingleMathFourierTransform(string sourceAfuFileName, int sourceRecordIndex, AfuMathOperation.OutputType outputType, string destinationAfuFileName)

Parameters

Type	Name	Description
System.String	sourceAfuFileName
System.Int32	sourceRecordIndex
AfuMathOperation.OutputType	outputType
System.String	destinationAfuFileName

CalculateSingleMathFrequencyDifferentiation(String, Int32, AfuMathOperation.OutputType, String)

Declaration

public void CalculateSingleMathFrequencyDifferentiation(string sourceAfuFileName, int sourceRecordIndex, AfuMathOperation.OutputType outputType, string destinationAfuFileName)

Parameters

Type	Name	Description
System.String	sourceAfuFileName
System.Int32	sourceRecordIndex
AfuMathOperation.OutputType	outputType
System.String	destinationAfuFileName

CalculateSingleMathFrequencyIntegration(Boolean, String, Int32, AfuMathOperation.OutputType, String)

Declaration

public void CalculateSingleMathFrequencyIntegration(bool gUnitInchFormat, string sourceAfuFileName, int sourceRecordIndex, AfuMathOperation.OutputType outputType, string destinationAfuFileName)

Parameters

Type	Name	Description
System.Boolean	gUnitInchFormat
System.String	sourceAfuFileName
System.Int32	sourceRecordIndex
AfuMathOperation.OutputType	outputType
System.String	destinationAfuFileName

CalculateSingleMathIndependentDifferentiation(String, Int32, AfuMathOperation.OutputType, String)

Declaration

public void CalculateSingleMathIndependentDifferentiation(string sourceAfuFileName, int sourceRecordIndex, AfuMathOperation.OutputType outputType, string destinationAfuFileName)

Parameters

Type	Name	Description
System.String	sourceAfuFileName
System.Int32	sourceRecordIndex
AfuMathOperation.OutputType	outputType
System.String	destinationAfuFileName

CalculateSingleMathIndependentIntegration(Boolean, String, Int32, AfuMathOperation.OutputType, String)

Declaration

public void CalculateSingleMathIndependentIntegration(bool gUnitInchFormat, string sourceAfuFileName, int sourceRecordIndex, AfuMathOperation.OutputType outputType, string destinationAfuFileName)

Parameters

Type	Name	Description
System.Boolean	gUnitInchFormat
System.String	sourceAfuFileName
System.Int32	sourceRecordIndex
AfuMathOperation.OutputType	outputType
System.String	destinationAfuFileName

CalculateSingleMathIndependentIntegration(Boolean, String, Int32, AfuMathOperation.OutputType, String, AfuMathOperation.RigidCorrectionType)

Declaration

public void CalculateSingleMathIndependentIntegration(bool gUnitInchFormat, string sourceAfuFileName, int sourceRecordIndex, AfuMathOperation.OutputType outputType, string destinationAfuFileName, AfuMathOperation.RigidCorrectionType correctionType)

Parameters

Type	Name	Description
System.Boolean	gUnitInchFormat
System.String	sourceAfuFileName
System.Int32	sourceRecordIndex
AfuMathOperation.OutputType	outputType
System.String	destinationAfuFileName
AfuMathOperation.RigidCorrectionType	correctionType

CalculateSingleMathIntegration(Boolean, String, Int32, AfuMathOperation.OutputType, String, AfuMathOperation.RigidCorrectionType, Boolean)

Declaration

public void CalculateSingleMathIntegration(bool gUnitInchFormat, string sourceAfuFileName, int sourceRecordIndex, AfuMathOperation.OutputType outputType, string destinationAfuFileName, AfuMathOperation.RigidCorrectionType correctionType, bool doDoubleIntegration)

Parameters

Type	Name	Description
System.Boolean	gUnitInchFormat
System.String	sourceAfuFileName
System.Int32	sourceRecordIndex
AfuMathOperation.OutputType	outputType
System.String	destinationAfuFileName
AfuMathOperation.RigidCorrectionType	correctionType
System.Boolean	doDoubleIntegration

CalculateSingleMathInverse(String, Int32, AfuMathOperation.OutputType, String)

Declaration

public void CalculateSingleMathInverse(string sourceAfuFileName, int sourceRecordIndex, AfuMathOperation.OutputType outputType, string destinationAfuFileName)

Parameters

Type	Name	Description
System.String	sourceAfuFileName
System.Int32	sourceRecordIndex
AfuMathOperation.OutputType	outputType
System.String	destinationAfuFileName

CalculateSingleMathLagrangianInterpolation(Int32, AfuMathOperation.OuterInterpolation, Double, Double, Double, String, Int32, AfuMathOperation.OutputType, String)

Declaration

public void CalculateSingleMathLagrangianInterpolation(int polynomialOrder, AfuMathOperation.OuterInterpolation outerInterpolation, double newXIncrement, double newXMinimum, double newXMaximum, string sourceAfuFileName, int sourceRecordIndex, AfuMathOperation.OutputType outputType, string destinationAfuFileName)

Parameters

Type	Name	Description
System.Int32	polynomialOrder
AfuMathOperation.OuterInterpolation	outerInterpolation
System.Double	newXIncrement
System.Double	newXMinimum
System.Double	newXMaximum
System.String	sourceAfuFileName
System.Int32	sourceRecordIndex
AfuMathOperation.OutputType	outputType
System.String	destinationAfuFileName

CalculateSingleMathLinearInterpolation(AfuMathOperation.OuterInterpolation, Double, Double, Double, String, Int32, AfuMathOperation.OutputType, String)

Declaration

public void CalculateSingleMathLinearInterpolation(AfuMathOperation.OuterInterpolation outerInterpolation, double newXIncrement, double newXMinimum, double newXMaximum, string sourceAfuFileName, int sourceRecordIndex, AfuMathOperation.OutputType outputType, string destinationAfuFileName)

Parameters

Type	Name	Description
AfuMathOperation.OuterInterpolation	outerInterpolation
System.Double	newXIncrement
System.Double	newXMinimum
System.Double	newXMaximum
System.String	sourceAfuFileName
System.Int32	sourceRecordIndex
AfuMathOperation.OutputType	outputType
System.String	destinationAfuFileName

CalculateSingleMathMovingAverage(Int32, String, Int32, AfuMathOperation.OutputType, String)

Declaration

public void CalculateSingleMathMovingAverage(int movingAverageNumber, string sourceAfuFileName, int sourceRecordIndex, AfuMathOperation.OutputType outputType, string destinationAfuFileName)

Parameters

Type	Name	Description
System.Int32	movingAverageNumber
System.String	sourceAfuFileName
System.Int32	sourceRecordIndex
AfuMathOperation.OutputType	outputType
System.String	destinationAfuFileName

CalculateSingleMathOffsetByComplex(Double, Double, String, Int32, AfuMathOperation.OutputType, String)

Declaration

public void CalculateSingleMathOffsetByComplex(double offsetRealValue, double offsetImaginaryValue, string sourceAfuFileName, int sourceRecordIndex, AfuMathOperation.OutputType outputType, string destinationAfuFileName)

Parameters

Type	Name	Description
System.Double	offsetRealValue
System.Double	offsetImaginaryValue
System.String	sourceAfuFileName
System.Int32	sourceRecordIndex
AfuMathOperation.OutputType	outputType
System.String	destinationAfuFileName

CalculateSingleMathOffsetByReal(Double, String, Int32, AfuMathOperation.OutputType, String)

Declaration

public void CalculateSingleMathOffsetByReal(double offsetValue, string sourceAfuFileName, int sourceRecordIndex, AfuMathOperation.OutputType outputType, string destinationAfuFileName)

Parameters

Type	Name	Description
System.Double	offsetValue
System.String	sourceAfuFileName
System.Int32	sourceRecordIndex
AfuMathOperation.OutputType	outputType
System.String	destinationAfuFileName

CalculateSingleMathScaleByComplex(Double, Double, String, Int32, AfuMathOperation.OutputType, String)

Declaration

public void CalculateSingleMathScaleByComplex(double scaleRealValue, double scaleImaginaryValue, string sourceAfuFileName, int sourceRecordIndex, AfuMathOperation.OutputType outputType, string destinationAfuFileName)

Parameters

Type	Name	Description
System.Double	scaleRealValue
System.Double	scaleImaginaryValue
System.String	sourceAfuFileName
System.Int32	sourceRecordIndex
AfuMathOperation.OutputType	outputType
System.String	destinationAfuFileName

CalculateSingleMathScaleByReal(Double, String, Int32, AfuMathOperation.OutputType, String)

Declaration

public void CalculateSingleMathScaleByReal(double scaleValue, string sourceAfuFileName, int sourceRecordIndex, AfuMathOperation.OutputType outputType, string destinationAfuFileName)

Parameters

Type	Name	Description
System.Double	scaleValue
System.String	sourceAfuFileName
System.Int32	sourceRecordIndex
AfuMathOperation.OutputType	outputType
System.String	destinationAfuFileName

CalculateSingleMathShiftAbscissa(Double, String, Int32, AfuMathOperation.OutputType, String)

Declaration

public void CalculateSingleMathShiftAbscissa(double shiftValue, string sourceAfuFileName, int sourceRecordIndex, AfuMathOperation.OutputType outputType, string destinationAfuFileName)

Parameters

Type	Name	Description
System.Double	shiftValue
System.String	sourceAfuFileName
System.Int32	sourceRecordIndex
AfuMathOperation.OutputType	outputType
System.String	destinationAfuFileName

CalculateSingleMathSignValue(String, Int32, AfuMathOperation.OutputType, String)

Declaration

public void CalculateSingleMathSignValue(string sourceAfuFileName, int sourceRecordIndex, AfuMathOperation.OutputType outputType, string destinationAfuFileName)

Parameters

Type	Name	Description
System.String	sourceAfuFileName
System.Int32	sourceRecordIndex
AfuMathOperation.OutputType	outputType
System.String	destinationAfuFileName

CalculateSingleMathSquareMagnitude(String, Int32, AfuMathOperation.OutputType, String)

Declaration

public void CalculateSingleMathSquareMagnitude(string sourceAfuFileName, int sourceRecordIndex, AfuMathOperation.OutputType outputType, string destinationAfuFileName)

Parameters

Type	Name	Description
System.String	sourceAfuFileName
System.Int32	sourceRecordIndex
AfuMathOperation.OutputType	outputType
System.String	destinationAfuFileName

CalculateSingleMathSquareRoot(String, Int32, AfuMathOperation.OutputType, String)

Declaration

public void CalculateSingleMathSquareRoot(string sourceAfuFileName, int sourceRecordIndex, AfuMathOperation.OutputType outputType, string destinationAfuFileName)

Parameters

Type	Name	Description
System.String	sourceAfuFileName
System.Int32	sourceRecordIndex
AfuMathOperation.OutputType	outputType
System.String	destinationAfuFileName

EnvelopeLine(String, Int32, AfuMathOperation.OutputType, String, AfuMathOperation.EnvelopeType, AfuMathOperation.DataFormat)

Declaration

public void EnvelopeLine(string sourceAfuFileName, int sourceRecordIndex, AfuMathOperation.OutputType outputType, string destinationAfuFileName, AfuMathOperation.EnvelopeType envelopeType, AfuMathOperation.DataFormat dataFormat)

Parameters

Type	Name	Description
System.String	sourceAfuFileName
System.Int32	sourceRecordIndex
AfuMathOperation.OutputType	outputType
System.String	destinationAfuFileName
AfuMathOperation.EnvelopeType	envelopeType
AfuMathOperation.DataFormat	dataFormat

FftAveraging(String, Int32, AfuMathOperation.OutputType, String, AfuMathOperation.FttAveragingMethod, Int32, Int32, Int32, Double, Int32)

Declaration

public void FftAveraging(string sourceAfuFileName, int sourceRecordIndex, AfuMathOperation.OutputType outputType, string destinationAfuFileName, AfuMathOperation.FttAveragingMethod averagingMethod, int exponentialValue, int firstStartPoint, int frameSize, double overlapPercentage, int framesPerAverage)

Parameters

Type	Name	Description
System.String	sourceAfuFileName
System.Int32	sourceRecordIndex
AfuMathOperation.OutputType	outputType
System.String	destinationAfuFileName
AfuMathOperation.FttAveragingMethod	averagingMethod
System.Int32	exponentialValue
System.Int32	firstStartPoint
System.Int32	frameSize
System.Double	overlapPercentage
System.Int32	framesPerAverage

InterpolateData(String, Int32, AfuMathOperation.OutputType, String, Int32, AfuMathOperation.InterpolationMode)

Declaration

public void InterpolateData(string sourceAfuFileName, int sourceRecordIndex, AfuMathOperation.OutputType outputType, string destinationAfuFileName, int numberOfPoints, AfuMathOperation.InterpolationMode interpolationMode)

Parameters

Type	Name	Description
System.String	sourceAfuFileName
System.Int32	sourceRecordIndex
AfuMathOperation.OutputType	outputType
System.String	destinationAfuFileName
System.Int32	numberOfPoints
AfuMathOperation.InterpolationMode	interpolationMode

NewFastRmsInfo()

Declaration

public AfuMathFastRMSInfo NewFastRmsInfo()

Returns

Type	Description
AfuMathFastRMSInfo

NewFastRmsOutput()

Declaration

public AfuMathFastRMSOutput NewFastRmsOutput()

Returns

Type	Description
AfuMathFastRMSOutput

PsdToTime(String, Int32, AfuMathOperation.OutputType, String, Double, Int32, Int32, AfuMathOperation.InterpolationMode)

Declaration

public void PsdToTime(string sourceAfuFileName, int sourceRecordIndex, AfuMathOperation.OutputType outputType, string destinationAfuFileName, double newXIncrement, int numTimePoints, int seed, AfuMathOperation.InterpolationMode interpolationMode)

Parameters

Type	Name	Description
System.String	sourceAfuFileName
System.Int32	sourceRecordIndex
AfuMathOperation.OutputType	outputType
System.String	destinationAfuFileName
System.Double	newXIncrement
System.Int32	numTimePoints
System.Int32	seed
AfuMathOperation.InterpolationMode	interpolationMode

SrsToTime(String, Int32, AfuMathOperation.SrsToTimeOption, Double, Int32, Int32, AfuMathOperation.SrsToTimeOctave, Int32, AfuMathOperation.SrsToTimeStrategy, Boolean, String, String)

Declaration

public void SrsToTime(string inputAfuFileName, int inputRecordId, AfuMathOperation.SrsToTimeOption conversionOption, double dampingRatio, int numTimePoints, int iterations, AfuMathOperation.SrsToTimeOctave octave, int numTrials, AfuMathOperation.SrsToTimeStrategy strategy, bool saveSrsResults, string outputAfuFileName, string outputRecordName)

Parameters

Type	Name	Description
System.String	inputAfuFileName
System.Int32	inputRecordId
AfuMathOperation.SrsToTimeOption	conversionOption
System.Double	dampingRatio
System.Int32	numTimePoints
System.Int32	iterations
AfuMathOperation.SrsToTimeOctave	octave
System.Int32	numTrials
AfuMathOperation.SrsToTimeStrategy	strategy
System.Boolean	saveSrsResults
System.String	outputAfuFileName
System.String	outputRecordName

SrsToTime(String, Int32, AfuMathOperation.SrsToTimeOption, Double, Int32, Int32, AfuMathOperation.SrsToTimeOctave, Int32, AfuMathOperation.SrsToTimeStrategy, Boolean, String, String, AfuMathOperation.OutputType)

Declaration

public void SrsToTime(string inputAfuFileName, int inputRecordId, AfuMathOperation.SrsToTimeOption conversionOption, double dampingRatio, int numTimePoints, int iterations, AfuMathOperation.SrsToTimeOctave octave, int numTrials, AfuMathOperation.SrsToTimeStrategy strategy, bool saveSrsResults, string outputAfuFileName, string outputRecordName, AfuMathOperation.OutputType outputType)

Parameters

Type	Name	Description
System.String	inputAfuFileName
System.Int32	inputRecordId
AfuMathOperation.SrsToTimeOption	conversionOption
System.Double	dampingRatio
System.Int32	numTimePoints
System.Int32	iterations
AfuMathOperation.SrsToTimeOctave	octave
System.Int32	numTrials
AfuMathOperation.SrsToTimeStrategy	strategy
System.Boolean	saveSrsResults
System.String	outputAfuFileName
System.String	outputRecordName
AfuMathOperation.OutputType	outputType

SynchronizeRecords(Double, AfuMathOperation.InterpolationMode, Boolean, String[], Int32[], AfuMathOperation.OutputType, String)

Declaration

public void SynchronizeRecords(double newIncrement, AfuMathOperation.InterpolationMode interpolationMode, bool shiftToStartPoint, string[] sourceAfuFileNames, int[] sourceRecordIndexes, AfuMathOperation.OutputType outputType, string destinationAfuFileName)

Parameters

Type	Name	Description
System.Double	newIncrement
AfuMathOperation.InterpolationMode	interpolationMode
System.Boolean	shiftToStartPoint
System.String[]	sourceAfuFileNames
System.Int32[]	sourceRecordIndexes
AfuMathOperation.OutputType	outputType
System.String	destinationAfuFileName

TimeToPsd(String, Int32, AfuMathOperation.OutputType, String)

Declaration

public void TimeToPsd(string sourceAfuFileName, int sourceRecordIndex, AfuMathOperation.OutputType outputType, string destinationAfuFileName)

Parameters

Type	Name	Description
System.String	sourceAfuFileName
System.Int32	sourceRecordIndex
AfuMathOperation.OutputType	outputType
System.String	destinationAfuFileName

TimeToSrs(String, Int32, Double, AfuMathOperation.TimeToSrsAxisType, Double, Double, Double, Int32, AfuMathOperation.TimeToSrsResponseType, Boolean, String, String)

Declaration

public void TimeToSrs(string inputAfuFileName, int inputRecordId, double dampingRatio, AfuMathOperation.TimeToSrsAxisType freqAxisType, double frequencyMin, double frequencyMax, double frequenceIncrement, int pointsPerDecades, AfuMathOperation.TimeToSrsResponseType responseType, bool fSetEndZeros, string outputAfuFileName, string outputRecordName)

Parameters

Type	Name	Description
System.String	inputAfuFileName
System.Int32	inputRecordId
System.Double	dampingRatio
AfuMathOperation.TimeToSrsAxisType	freqAxisType
System.Double	frequencyMin
System.Double	frequencyMax
System.Double	frequenceIncrement
System.Int32	pointsPerDecades
AfuMathOperation.TimeToSrsResponseType	responseType
System.Boolean	fSetEndZeros
System.String	outputAfuFileName
System.String	outputRecordName

TimeToSrs(String, Int32, Double, AfuMathOperation.TimeToSrsAxisType, Double, Double, Double, Int32, AfuMathOperation.TimeToSrsResponseType, Boolean, String, String, AfuMathOperation.OutputType)

Declaration

public void TimeToSrs(string inputAfuFileName, int inputRecordId, double dampingRatio, AfuMathOperation.TimeToSrsAxisType freqAxisType, double frequencyMin, double frequencyMax, double frequenceIncrement, int pointsPerDecades, AfuMathOperation.TimeToSrsResponseType responseType, bool fSetEndZeros, string outputAfuFileName, string outputRecordName, AfuMathOperation.OutputType outputType)

Parameters

Type	Name	Description
System.String	inputAfuFileName
System.Int32	inputRecordId
System.Double	dampingRatio
AfuMathOperation.TimeToSrsAxisType	freqAxisType
System.Double	frequencyMin
System.Double	frequencyMax
System.Double	frequenceIncrement
System.Int32	pointsPerDecades
AfuMathOperation.TimeToSrsResponseType	responseType
System.Boolean	fSetEndZeros
System.String	outputAfuFileName
System.String	outputRecordName
AfuMathOperation.OutputType	outputType

TimeToSrs(String, Int32, Double, AfuMathOperation.TimeToSrsAxisType, Double, Double, Double, Int32, AfuMathOperation.TimeToSrsResponseType, String, String)

Declaration

public void TimeToSrs(string inputAfuFileName, int inputRecordId, double dampingRatio, AfuMathOperation.TimeToSrsAxisType freqAxisType, double frequencyMin, double frequencyMax, double frequenceIncrement, int pointsPerDecades, AfuMathOperation.TimeToSrsResponseType responseType, string outputAfuFileName, string outputRecordName)

Parameters

Type	Name	Description
System.String	inputAfuFileName
System.Int32	inputRecordId
System.Double	dampingRatio
AfuMathOperation.TimeToSrsAxisType	freqAxisType
System.Double	frequencyMin
System.Double	frequencyMax
System.Double	frequenceIncrement
System.Int32	pointsPerDecades
AfuMathOperation.TimeToSrsResponseType	responseType
System.String	outputAfuFileName
System.String	outputRecordName

Implements

System.Runtime.Remoting.Messaging.IMessageSink