AfuMathOperation Class¶

class NXOpen.CAE.AfuMathOperation¶

Bases: object

Does math operations on the AFU Data Records

To obtain an instance of this class, refer to NXOpen.CAE.AfuManager

New in version NX5.0.0.

Methods¶

Method	Description
CalculateAndStoreFastRmsPsdFit	Calculate and store FastRMS Fitted PSD data from AFU Data Record @return Fast RMS output data `NXOpen.CAE.AfuMathFastRMSOutput` to be obtained
CalculateMultiMathRecords	Does Multi Math Operations on AFU Data Records
CalculateOverallMathRecords	Does Overall Math Operations on AFU Data Records
CalculateSingleMathAbsoluteValue	Gets absolute values of AFU Data Records
CalculateSingleMathComplexConjugate	Gets complex conjugate values of AFU Data Records
CalculateSingleMathFourierTransform	Gets fourier transform values of AFU Data Records
CalculateSingleMathFrequencyDifferentiation	Gets frequency differentiation values of AFU Data Records
CalculateSingleMathFrequencyIntegration	Gets frequency integration values of AFU Data Records
CalculateSingleMathIndependentDifferentiation	Gets independent differentiation values of AFU Data Records
CalculateSingleMathIndependentIntegration	Gets independent integration values of AFU Data Records
CalculateSingleMathInverse	Gets inverse values of AFU Data Records
CalculateSingleMathLagrangianInterpolation	Interpolates AFU Data Records with lagrangian method
CalculateSingleMathLinearInterpolation	Interpolates AFU Data Records with linear method
CalculateSingleMathMovingAverage	Gets moving average values of AFU Data Records
CalculateSingleMathOffsetByComplex	Offsets AFU Data Records by complex value
CalculateSingleMathOffsetByReal	Offsets AFU Data Records by real value
CalculateSingleMathScaleByComplex	Scales AFU Data Records by complex value
CalculateSingleMathScaleByReal	Scales AFU Data Records by real value
CalculateSingleMathShiftAbscissa	Shifts abscissa values of AFU Data Records
CalculateSingleMathSignValue	Gets sign values of AFU Data Records
CalculateSingleMathSquareMagnitude	Gets square of magnitude values of AFU Data Records
CalculateSingleMathSquareRoot	Gets square root values of AFU Data Records
NewFastRmsInfo	Constructs a new Fast RMS Info object.
NewFastRmsOutput	Constructs a new Fast RMS Output object.
SrsToTime	Convert SRS to Time
SynchronizeRecords	Synchronize AFU Data Records
TimeToSrs	Convert Time to SRS

Enumerations¶

AfuMathOperationInterpolationMode Enumeration	Defines the interpolation mode
AfuMathOperationMultiType Enumeration	Defines the type of Multi Math Operations
AfuMathOperationOuterInterpolation Enumeration	Defines the outer interpolation method
AfuMathOperationOutputType Enumeration	Defines the output type of new AFU Data Record
AfuMathOperationOverall Enumeration	Defines the type of Overall Math Operations
AfuMathOperationSrsToTimeOctave Enumeration	Defines the octave spacing for SRS to TIME
AfuMathOperationSrsToTimeOption Enumeration	Defines the type of conversion option for SRS to TIME
AfuMathOperationSrsToTimeStrategy Enumeration	Defines the conversion strategy for SRS to TIME when using the Wavelet method
AfuMathOperationTimeToSrsAxisType Enumeration	Defines the frequency axis type for TIME to SRS
AfuMathOperationTimeToSrsResponseType Enumeration	Defines the response type paramater for TIME to SRS

Method Detail¶

CalculateAndStoreFastRmsPsdFit¶

AfuMathOperation.CalculateAndStoreFastRmsPsdFit¶

Calculate and store FastRMS Fitted PSD data from AFU Data Record

Signature CalculateAndStoreFastRmsPsdFit(sourceAfuFileName, sourceRecordIndex, outputType, destinationAfuFileName, fastRmsInfo)

Parameters:	sourceAfuFileName (str) – File name of the source AFU sourceRecordIndex (int) – Index of the source AFU Data Record outputType (`NXOpen.CAE.AfuMathOperationOutputType`) – Output type of new AFU Data Record destinationAfuFileName (str) – Destination AFU file name. It is None if output_type is not `CAE.AfuMathOperationOutputType.OtherFile`. fastRmsInfo (`NXOpen.CAE.AfuMathFastRMSInfo`) – Fast RMS information data `CAE.AfuMathFastRMSInfo` to be set
Returns:	Fast RMS output data `CAE.AfuMathFastRMSOutput` to be obtained
Return type:	`NXOpen.CAE.AfuMathFastRMSOutput`

New in version NX11.0.0.

License requirements: nx_ftk (“NX Advanced Graphing”)

CalculateMultiMathRecords¶

AfuMathOperation.CalculateMultiMathRecords¶

Does Multi Math Operations on AFU Data Records

Signature CalculateMultiMathRecords(multiMathType, sourceAfuFileName1, sourceRecordIndex1, sourceAfuFileName2, sourceRecordIndex2, outputType, destinationAfuFileName)

Parameters:

multiMathType (NXOpen.CAE.AfuMathOperationMultiType) – Multi Math Operation type
sourceAfuFileName1 (str) – File name of the first source AFU
sourceRecordIndex1 (int) – Index of the first source AFU Data Record
sourceAfuFileName2 (str) – File name of the second source AFU
sourceRecordIndex2 (int) – Index of the second source AFU Data Record
outputType (NXOpen.CAE.AfuMathOperationOutputType) – Output type of new AFU Data Record
destinationAfuFileName (str) – Destination AFU file name. It is None if output_type is not CAE.AfuMathOperationOutputType.OtherFile.

New in version NX5.0.0.

License requirements: nx_ftk (“NX Advanced Graphing”)

CalculateOverallMathRecords¶

AfuMathOperation.CalculateOverallMathRecords¶

Does Overall Math Operations on AFU Data Records

Signature CalculateOverallMathRecords(overallType, sourceAfuFileNames, sourceRecordIndexes, outputType, destinationAfuFileName)

Parameters:

overallType (NXOpen.CAE.AfuMathOperationOverall) – Overall Math Operation type
sourceAfuFileNames (list of str) – File names of the source AFU
sourceRecordIndexes (list of int) – Indexes of the source AFU Data Record
outputType (NXOpen.CAE.AfuMathOperationOutputType) – Output type of new AFU Data Record
destinationAfuFileName (str) – Destination AFU file name. It is None if outputType is not CAE.AfuMathOperationOutputType.OtherFile.

New in version NX6.0.0.

License requirements: nx_ftk (“NX Advanced Graphing”)

CalculateSingleMathAbsoluteValue¶

AfuMathOperation.CalculateSingleMathAbsoluteValue¶

Gets absolute values of AFU Data Records

Signature CalculateSingleMathAbsoluteValue(sourceAfuFileName, sourceRecordIndex, outputType, destinationAfuFileName)

Parameters:	sourceAfuFileName (str) – File name of the source AFU sourceRecordIndex (int) – Index of the source AFU Data Record outputType (`NXOpen.CAE.AfuMathOperationOutputType`) – Output type of new AFU Data Record destinationAfuFileName (str) – Destination AFU file name. It is None if output_type is not `CAE.AfuMathOperationOutputType.OtherFile`.

New in version NX5.0.0.

License requirements: nx_ftk (“NX Advanced Graphing”)

CalculateSingleMathComplexConjugate¶

AfuMathOperation.CalculateSingleMathComplexConjugate¶

Gets complex conjugate values of AFU Data Records

Signature CalculateSingleMathComplexConjugate(sourceAfuFileName, sourceRecordIndex, outputType, destinationAfuFileName)

Parameters:	sourceAfuFileName (str) – File name of the source AFU sourceRecordIndex (int) – Index of the source AFU Data Record outputType (`NXOpen.CAE.AfuMathOperationOutputType`) – Output type of new AFU Data Record destinationAfuFileName (str) – Destination AFU file name. It is None if output_type is not `CAE.AfuMathOperationOutputType.OtherFile`.

New in version NX5.0.0.

License requirements: nx_ftk (“NX Advanced Graphing”)

CalculateSingleMathFourierTransform¶

AfuMathOperation.CalculateSingleMathFourierTransform¶

Gets fourier transform values of AFU Data Records

Signature CalculateSingleMathFourierTransform(sourceAfuFileName, sourceRecordIndex, outputType, destinationAfuFileName)

Parameters:	sourceAfuFileName (str) – File name of the source AFU sourceRecordIndex (int) – Index of the source AFU Data Record outputType (`NXOpen.CAE.AfuMathOperationOutputType`) – Output type of new AFU Data Record destinationAfuFileName (str) – Destination AFU file name. It is None if output_type is not `CAE.AfuMathOperationOutputType.OtherFile`.

New in version NX5.0.0.

License requirements: nx_ftk (“NX Advanced Graphing”)

CalculateSingleMathFrequencyDifferentiation¶

AfuMathOperation.CalculateSingleMathFrequencyDifferentiation¶

Gets frequency differentiation values of AFU Data Records

Signature CalculateSingleMathFrequencyDifferentiation(sourceAfuFileName, sourceRecordIndex, outputType, destinationAfuFileName)

Parameters:	sourceAfuFileName (str) – File name of the source AFU sourceRecordIndex (int) – Index of the source AFU Data Record outputType (`NXOpen.CAE.AfuMathOperationOutputType`) – Output type of new AFU Data Record destinationAfuFileName (str) – Destination AFU file name. It is None if output_type is not `CAE.AfuMathOperationOutputType.OtherFile`.

New in version NX10.0.0.

License requirements: nx_ftk (“NX Advanced Graphing”)

CalculateSingleMathFrequencyIntegration¶

AfuMathOperation.CalculateSingleMathFrequencyIntegration¶

Gets frequency integration values of AFU Data Records

Signature CalculateSingleMathFrequencyIntegration(gUnitInchFormat, sourceAfuFileName, sourceRecordIndex, outputType, destinationAfuFileName)

Parameters:

gUnitInchFormat (bool) – Convert g unit to inch/s if TRUE, convert g unit to mm/s if FALSE
sourceAfuFileName (str) – File name of the source AFU
sourceRecordIndex (int) – Index of the source AFU Data Record
outputType (NXOpen.CAE.AfuMathOperationOutputType) – Output type of new AFU Data Record
destinationAfuFileName (str) – Destination AFU file name. It is None if output_type is not CAE.AfuMathOperationOutputType.OtherFile.

New in version NX10.0.0.

License requirements: nx_ftk (“NX Advanced Graphing”)

CalculateSingleMathIndependentDifferentiation¶

AfuMathOperation.CalculateSingleMathIndependentDifferentiation¶

Gets independent differentiation values of AFU Data Records

Signature CalculateSingleMathIndependentDifferentiation(sourceAfuFileName, sourceRecordIndex, outputType, destinationAfuFileName)

Parameters:	sourceAfuFileName (str) – File name of the source AFU sourceRecordIndex (int) – Index of the source AFU Data Record outputType (`NXOpen.CAE.AfuMathOperationOutputType`) – Output type of new AFU Data Record destinationAfuFileName (str) – Destination AFU file name. It is None if output_type is not `CAE.AfuMathOperationOutputType.OtherFile`.

New in version NX10.0.0.

License requirements: nx_ftk (“NX Advanced Graphing”)

CalculateSingleMathIndependentIntegration¶

AfuMathOperation.CalculateSingleMathIndependentIntegration¶

Gets independent integration values of AFU Data Records

Signature CalculateSingleMathIndependentIntegration(gUnitInchFormat, sourceAfuFileName, sourceRecordIndex, outputType, destinationAfuFileName)

Parameters:

gUnitInchFormat (bool) – Convert g unit to inch/s if TRUE, convert g unit to mm/s if FALSE
sourceAfuFileName (str) – File name of the source AFU
sourceRecordIndex (int) – Index of the source AFU Data Record
outputType (NXOpen.CAE.AfuMathOperationOutputType) – Output type of new AFU Data Record
destinationAfuFileName (str) – Destination AFU file name. It is None if output_type is not CAE.AfuMathOperationOutputType.OtherFile.

New in version NX10.0.0.

License requirements: nx_ftk (“NX Advanced Graphing”)

CalculateSingleMathInverse¶

AfuMathOperation.CalculateSingleMathInverse¶

Gets inverse values of AFU Data Records

Signature CalculateSingleMathInverse(sourceAfuFileName, sourceRecordIndex, outputType, destinationAfuFileName)

Parameters:	sourceAfuFileName (str) – File name of the source AFU sourceRecordIndex (int) – Index of the source AFU Data Record outputType (`NXOpen.CAE.AfuMathOperationOutputType`) – Output type of new AFU Data Record destinationAfuFileName (str) – Destination AFU file name. It is None if output_type is not `CAE.AfuMathOperationOutputType.OtherFile`.

New in version NX9.0.0.

License requirements: nx_ftk (“NX Advanced Graphing”)

CalculateSingleMathLagrangianInterpolation¶

AfuMathOperation.CalculateSingleMathLagrangianInterpolation¶

Interpolates AFU Data Records with lagrangian method

Signature CalculateSingleMathLagrangianInterpolation(polynomialOrder, outerInterpolation, newXIncrement, newXMinimum, newXMaximum, sourceAfuFileName, sourceRecordIndex, outputType, destinationAfuFileName)

Parameters:

polynomialOrder (int) – Polynomial order which must be 1 thru 8
outerInterpolation (NXOpen.CAE.AfuMathOperationOuterInterpolation) – Outer interpolation method
newXIncrement (float) – X increment of new AFU Data Record
newXMinimum (float) – X minimum of new AFU Data Record
newXMaximum (float) – X maximum of new AFU Data Record
sourceAfuFileName (str) – File name of the source AFU
sourceRecordIndex (int) – Index of the source AFU Data Record
outputType (NXOpen.CAE.AfuMathOperationOutputType) – Output type of new AFU Data Record
destinationAfuFileName (str) – Destination AFU file name. It is None if output_type is not CAE.AfuMathOperationOutputType.OtherFile.

New in version NX5.0.0.

License requirements: nx_ftk (“NX Advanced Graphing”)

CalculateSingleMathLinearInterpolation¶

AfuMathOperation.CalculateSingleMathLinearInterpolation¶

Interpolates AFU Data Records with linear method

Signature CalculateSingleMathLinearInterpolation(outerInterpolation, newXIncrement, newXMinimum, newXMaximum, sourceAfuFileName, sourceRecordIndex, outputType, destinationAfuFileName)

Parameters:

outerInterpolation (NXOpen.CAE.AfuMathOperationOuterInterpolation) – Outer interpolation method
newXIncrement (float) – X increment of new AFU Data Record
newXMinimum (float) – X minimum of new AFU Data Record
newXMaximum (float) – X maximum of new AFU Data Record
sourceAfuFileName (str) – File name of the source AFU
sourceRecordIndex (int) – Index of the source AFU Data Record
outputType (NXOpen.CAE.AfuMathOperationOutputType) – Output type of new AFU Data Record
destinationAfuFileName (str) – Destination AFU file name. It is None if output_type is not CAE.AfuMathOperationOutputType.OtherFile.

New in version NX5.0.0.

License requirements: nx_ftk (“NX Advanced Graphing”)

CalculateSingleMathMovingAverage¶

AfuMathOperation.CalculateSingleMathMovingAverage¶

Gets moving average values of AFU Data Records

Signature CalculateSingleMathMovingAverage(movingAverageNumber, sourceAfuFileName, sourceRecordIndex, outputType, destinationAfuFileName)

Parameters:

movingAverageNumber (int) – Moving average number
sourceAfuFileName (str) – File name of the source AFU
sourceRecordIndex (int) – Index of the source AFU Data Record
outputType (NXOpen.CAE.AfuMathOperationOutputType) – Output type of new AFU Data Record
destinationAfuFileName (str) – Destination AFU file name. It is None if output_type is not CAE.AfuMathOperationOutputType.OtherFile.

New in version NX5.0.0.

License requirements: nx_ftk (“NX Advanced Graphing”)

CalculateSingleMathOffsetByComplex¶

AfuMathOperation.CalculateSingleMathOffsetByComplex¶

Offsets AFU Data Records by complex value

Signature CalculateSingleMathOffsetByComplex(offsetRealValue, offsetImaginaryValue, sourceAfuFileName, sourceRecordIndex, outputType, destinationAfuFileName)

Parameters:

offsetRealValue (float) – Real value of offset
offsetImaginaryValue (float) – Imaginary value of offset
sourceAfuFileName (str) – File name of the source AFU
sourceRecordIndex (int) – Index of the source AFU Data Record
outputType (NXOpen.CAE.AfuMathOperationOutputType) – Output type of new AFU Data Record
destinationAfuFileName (str) – Destination AFU file name. It is None if output_type is not CAE.AfuMathOperationOutputType.OtherFile.

New in version NX5.0.0.

License requirements: nx_ftk (“NX Advanced Graphing”)

CalculateSingleMathOffsetByReal¶

AfuMathOperation.CalculateSingleMathOffsetByReal¶

Offsets AFU Data Records by real value

Signature CalculateSingleMathOffsetByReal(offsetValue, sourceAfuFileName, sourceRecordIndex, outputType, destinationAfuFileName)

Parameters:

offsetValue (float) – Value of offset
sourceAfuFileName (str) – File name of the source AFU
sourceRecordIndex (int) – Index of the source AFU Data Record
outputType (NXOpen.CAE.AfuMathOperationOutputType) – Output type of new AFU Data Record
destinationAfuFileName (str) – Destination AFU file name. It is None if output_type is not CAE.AfuMathOperationOutputType.OtherFile.

New in version NX5.0.0.

License requirements: nx_ftk (“NX Advanced Graphing”)

CalculateSingleMathScaleByComplex¶

AfuMathOperation.CalculateSingleMathScaleByComplex¶

Scales AFU Data Records by complex value

Signature CalculateSingleMathScaleByComplex(scaleRealValue, scaleImaginaryValue, sourceAfuFileName, sourceRecordIndex, outputType, destinationAfuFileName)

Parameters:

scaleRealValue (float) – Real value of scale
scaleImaginaryValue (float) – Imaginary value of scale
sourceAfuFileName (str) – File name of the source AFU
sourceRecordIndex (int) – Index of the source AFU Data Record
outputType (NXOpen.CAE.AfuMathOperationOutputType) – Output type of new AFU Data Record
destinationAfuFileName (str) – Destination AFU file name. It is None if output_type is not CAE.AfuMathOperationOutputType.OtherFile.

New in version NX5.0.0.

License requirements: nx_ftk (“NX Advanced Graphing”)

CalculateSingleMathScaleByReal¶

AfuMathOperation.CalculateSingleMathScaleByReal¶

Scales AFU Data Records by real value

Signature CalculateSingleMathScaleByReal(scaleValue, sourceAfuFileName, sourceRecordIndex, outputType, destinationAfuFileName)

Parameters:

scaleValue (float) – Value of scale
sourceAfuFileName (str) – File name of the source AFU
sourceRecordIndex (int) – Index of the source AFU Data Record
outputType (NXOpen.CAE.AfuMathOperationOutputType) – Output type of new AFU Data Record
destinationAfuFileName (str) – Destination AFU file name. It is None if output_type is not CAE.AfuMathOperationOutputType.OtherFile.

New in version NX5.0.0.

License requirements: nx_ftk (“NX Advanced Graphing”)

CalculateSingleMathShiftAbscissa¶

AfuMathOperation.CalculateSingleMathShiftAbscissa¶

Shifts abscissa values of AFU Data Records

Signature CalculateSingleMathShiftAbscissa(shiftValue, sourceAfuFileName, sourceRecordIndex, outputType, destinationAfuFileName)

Parameters:

shiftValue (float) – Value of shift abscissa
sourceAfuFileName (str) – File name of the source AFU
sourceRecordIndex (int) – Index of the source AFU Data Record
outputType (NXOpen.CAE.AfuMathOperationOutputType) – Output type of new AFU Data Record
destinationAfuFileName (str) – Destination AFU file name. It is None if output_type is not CAE.AfuMathOperationOutputType.OtherFile.

New in version NX5.0.0.

License requirements: nx_ftk (“NX Advanced Graphing”)

CalculateSingleMathSignValue¶

AfuMathOperation.CalculateSingleMathSignValue¶

Gets sign values of AFU Data Records

Signature CalculateSingleMathSignValue(sourceAfuFileName, sourceRecordIndex, outputType, destinationAfuFileName)

Parameters:	sourceAfuFileName (str) – File name of the source AFU sourceRecordIndex (int) – Index of the source AFU Data Record outputType (`NXOpen.CAE.AfuMathOperationOutputType`) – Output type of new AFU Data Record destinationAfuFileName (str) – Destination AFU file name. It is None if output_type is not `CAE.AfuMathOperationOutputType.OtherFile`.

New in version NX5.0.0.

License requirements: nx_ftk (“NX Advanced Graphing”)

CalculateSingleMathSquareMagnitude¶

AfuMathOperation.CalculateSingleMathSquareMagnitude¶

Gets square of magnitude values of AFU Data Records

Signature CalculateSingleMathSquareMagnitude(sourceAfuFileName, sourceRecordIndex, outputType, destinationAfuFileName)

Parameters:	sourceAfuFileName (str) – File name of the source AFU sourceRecordIndex (int) – Index of the source AFU Data Record outputType (`NXOpen.CAE.AfuMathOperationOutputType`) – Output type of new AFU Data Record destinationAfuFileName (str) – Destination AFU file name. It is None if output_type is not `CAE.AfuMathOperationOutputType.OtherFile`.

New in version NX5.0.0.

License requirements: nx_ftk (“NX Advanced Graphing”)

CalculateSingleMathSquareRoot¶

AfuMathOperation.CalculateSingleMathSquareRoot¶

Gets square root values of AFU Data Records

Signature CalculateSingleMathSquareRoot(sourceAfuFileName, sourceRecordIndex, outputType, destinationAfuFileName)

Parameters:	sourceAfuFileName (str) – File name of the source AFU sourceRecordIndex (int) – Index of the source AFU Data Record outputType (`NXOpen.CAE.AfuMathOperationOutputType`) – Output type of new AFU Data Record destinationAfuFileName (str) – Destination AFU file name. It is None if output_type is not `CAE.AfuMathOperationOutputType.OtherFile`.

New in version NX5.0.0.

License requirements: nx_ftk (“NX Advanced Graphing”)

NewFastRmsInfo¶

AfuMathOperation.NewFastRmsInfo¶

Constructs a new Fast RMS Info object.

Signature NewFastRmsInfo()

Returns:
Return type:	`NXOpen.CAE.AfuMathFastRMSInfo`

New in version NX11.0.0.

License requirements: None.

NewFastRmsOutput¶

AfuMathOperation.NewFastRmsOutput¶

Constructs a new Fast RMS Output object.

Signature NewFastRmsOutput()

Returns:
Return type:	`NXOpen.CAE.AfuMathFastRMSOutput`

New in version NX11.0.0.

License requirements: None.

SrsToTime¶

AfuMathOperation.SrsToTime¶

Convert SRS to Time

Signature SrsToTime(inputAfuFileName, inputRecordId, conversionOption, dampingRatio, numTimePoints, iterations, octave, numTrials, strategy, saveSrsResults, outputAfuFileName, outputRecordName)

Parameters:

inputAfuFileName (str) – Input afu file name
inputRecordId (int) – Input record index
conversionOption (NXOpen.CAE.AfuMathOperationSrsToTimeOption) – Conversion option
dampingRatio (float) – Damping ratio (of critical damping)
numTimePoints (int) – Number of requested time points
iterations (int) – Iterations for outer loop when conversionOption is CAE.AfuMathOperationSrsToTimeOption.DampedSinusoid
octave (NXOpen.CAE.AfuMathOperationSrsToTimeOctave) – Octave Spacing when conversionOption is CAE.AfuMathOperationSrsToTimeOption.Wavelet
numTrials (int) – Number of trials conversionOption is CAE.AfuMathOperationSrsToTimeOption.Wavelet
strategy (NXOpen.CAE.AfuMathOperationSrsToTimeStrategy) – Conversion strategy conversionOption is CAE.AfuMathOperationSrsToTimeOption.Wavelet
saveSrsResults (bool) – Save the two srs results when converting the srs function to time if TRUE
outputAfuFileName (str) – Output AFU file name
outputRecordName (str) – Output record name of afu

New in version NX6.0.0.

License requirements: nx_ftk (“NX Advanced Graphing”)

SynchronizeRecords¶

AfuMathOperation.SynchronizeRecords¶

Synchronize AFU Data Records

Signature SynchronizeRecords(newIncrement, interpolationMode, shiftToStartPoint, sourceAfuFileNames, sourceRecordIndexes, outputType, destinationAfuFileName)

Parameters:

newIncrement (float) – New x increment
interpolationMode (NXOpen.CAE.AfuMathOperationInterpolationMode) – The mode of interpolating values
shiftToStartPoint (bool) – Shift x value to the start point if TRUE
sourceAfuFileNames (list of str) – File names of the source AFU
sourceRecordIndexes (list of int) – Indexes of the source AFU Data Record
outputType (NXOpen.CAE.AfuMathOperationOutputType) – Output type of new AFU Data Record
destinationAfuFileName (str) – Destination AFU file name. It is None if outputType is not CAE.AfuMathOperationOutputType.OtherFile.

New in version NX6.0.0.

License requirements: nx_ftk (“NX Advanced Graphing”)

TimeToSrs¶

AfuMathOperation.TimeToSrs¶

Convert Time to SRS

Signature TimeToSrs(inputAfuFileName, inputRecordId, dampingRatio, freqAxisType, frequencyMin, frequencyMax, frequenceIncrement, pointsPerDecades, responseType, outputAfuFileName, outputRecordName)

Parameters:

inputAfuFileName (str) – Input afu file name
inputRecordId (int) – Input record index
dampingRatio (float) – Damping ratio (of critical damping)
freqAxisType (NXOpen.CAE.AfuMathOperationTimeToSrsAxisType) – Frequency axis type
frequencyMin (float) – Frequency minimun value
frequencyMax (float) – Frequency maximun value
frequenceIncrement (float) – Frequency increment value when freqAxisType is CAE.AfuMathOperationTimeToSrsAxisType.Linear
pointsPerDecades (int) – Points per decads when freqAxisType is CAE.AfuMathOperationTimeToSrsAxisType.Log or CAE.AfuMathOperationTimeToSrsAxisType.Decade
responseType (NXOpen.CAE.AfuMathOperationTimeToSrsResponseType) – Response type paramater
outputAfuFileName (str) – Output AFU file name
outputRecordName (str) – Output record name of afu

New in version NX6.0.0.

License requirements: nx_ftk (“NX Advanced Graphing”)