public interface AfuMathOperation extends Remote
AfuManager
Modifier and Type | Interface and Description |
---|---|
static class |
AfuMathOperation.InterpolationMode
Defines the interpolation mode
|
static class |
AfuMathOperation.MultiType
Defines the type of Multi Math Operations
|
static class |
AfuMathOperation.OuterInterpolation
Defines the outer interpolation method
|
static class |
AfuMathOperation.OutputType
Defines the output type of new AFU Data Record
|
static class |
AfuMathOperation.Overall
Defines the type of Overall Math Operations
|
static class |
AfuMathOperation.SrsToTimeOctave
Defines the octave spacing for SRS to TIME
|
static class |
AfuMathOperation.SrsToTimeOption
Defines the type of conversion option for SRS to TIME
|
static class |
AfuMathOperation.SrsToTimeStrategy
Defines the conversion strategy for SRS to TIME when using the Wavelet method
|
static class |
AfuMathOperation.TimeToSrsAxisType
Defines the frequency axis type for TIME to SRS
|
static class |
AfuMathOperation.TimeToSrsResponseType
Defines the response type paramater for TIME to SRS
|
Modifier and Type | Method and Description |
---|---|
AfuMathFastRMSOutput |
calculateAndStoreFastRmsPsdFit(String sourceAfuFileName,
int sourceRecordIndex,
AfuMathOperation.OutputType outputType,
String destinationAfuFileName,
AfuMathFastRMSInfo fastRmsInfo)
Calculate and store FastRMS Fitted PSD data from AFU Data Record
License requirements: None. |
void |
calculateMultiMathRecords(AfuMathOperation.MultiType multiMathType,
String sourceAfuFileName1,
int sourceRecordIndex1,
String sourceAfuFileName2,
int sourceRecordIndex2,
AfuMathOperation.OutputType outputType,
String destinationAfuFileName)
Does Multi Math Operations on AFU Data Records
License requirements: None. |
void |
calculateOverallMathRecords(AfuMathOperation.Overall overallType,
String[] sourceAfuFileNames,
int[] sourceRecordIndexes,
AfuMathOperation.OutputType outputType,
String destinationAfuFileName)
Does Overall Math Operations on AFU Data Records
License requirements: None. |
void |
calculateSingleMathAbsoluteValue(String sourceAfuFileName,
int sourceRecordIndex,
AfuMathOperation.OutputType outputType,
String destinationAfuFileName)
Gets absolute values of AFU Data Records
License requirements: None. |
void |
calculateSingleMathComplexConjugate(String sourceAfuFileName,
int sourceRecordIndex,
AfuMathOperation.OutputType outputType,
String destinationAfuFileName)
Gets complex conjugate values of AFU Data Records
License requirements: None. |
void |
calculateSingleMathFourierTransform(String sourceAfuFileName,
int sourceRecordIndex,
AfuMathOperation.OutputType outputType,
String destinationAfuFileName)
Gets fourier transform values of AFU Data Records
License requirements: None. |
void |
calculateSingleMathFrequencyDifferentiation(String sourceAfuFileName,
int sourceRecordIndex,
AfuMathOperation.OutputType outputType,
String destinationAfuFileName)
Gets frequency differentiation values of AFU Data Records
License requirements: None. |
void |
calculateSingleMathFrequencyIntegration(boolean gUnitInchFormat,
String sourceAfuFileName,
int sourceRecordIndex,
AfuMathOperation.OutputType outputType,
String destinationAfuFileName)
Gets frequency integration values of AFU Data Records
License requirements: None. |
void |
calculateSingleMathIndependentDifferentiation(String sourceAfuFileName,
int sourceRecordIndex,
AfuMathOperation.OutputType outputType,
String destinationAfuFileName)
Gets independent differentiation values of AFU Data Records
License requirements: None. |
void |
calculateSingleMathIndependentIntegration(boolean gUnitInchFormat,
String sourceAfuFileName,
int sourceRecordIndex,
AfuMathOperation.OutputType outputType,
String destinationAfuFileName)
Gets independent integration values of AFU Data Records
License requirements: None. |
void |
calculateSingleMathInverse(String sourceAfuFileName,
int sourceRecordIndex,
AfuMathOperation.OutputType outputType,
String destinationAfuFileName)
Gets inverse values of AFU Data Records
License requirements: None. |
void |
calculateSingleMathLagrangianInterpolation(int polynomialOrder,
AfuMathOperation.OuterInterpolation outerInterpolation,
double newXIncrement,
double newXMinimum,
double newXMaximum,
String sourceAfuFileName,
int sourceRecordIndex,
AfuMathOperation.OutputType outputType,
String destinationAfuFileName)
Interpolates AFU Data Records with lagrangian method
License requirements: None. |
void |
calculateSingleMathLinearInterpolation(AfuMathOperation.OuterInterpolation outerInterpolation,
double newXIncrement,
double newXMinimum,
double newXMaximum,
String sourceAfuFileName,
int sourceRecordIndex,
AfuMathOperation.OutputType outputType,
String destinationAfuFileName)
Interpolates AFU Data Records with linear method
License requirements: None. |
void |
calculateSingleMathMovingAverage(int movingAverageNumber,
String sourceAfuFileName,
int sourceRecordIndex,
AfuMathOperation.OutputType outputType,
String destinationAfuFileName)
Gets moving average values of AFU Data Records
License requirements: None. |
void |
calculateSingleMathOffsetByComplex(double offsetRealValue,
double offsetImaginaryValue,
String sourceAfuFileName,
int sourceRecordIndex,
AfuMathOperation.OutputType outputType,
String destinationAfuFileName)
Offsets AFU Data Records by complex value
License requirements: None. |
void |
calculateSingleMathOffsetByReal(double offsetValue,
String sourceAfuFileName,
int sourceRecordIndex,
AfuMathOperation.OutputType outputType,
String destinationAfuFileName)
Offsets AFU Data Records by real value
License requirements: None. |
void |
calculateSingleMathScaleByComplex(double scaleRealValue,
double scaleImaginaryValue,
String sourceAfuFileName,
int sourceRecordIndex,
AfuMathOperation.OutputType outputType,
String destinationAfuFileName)
Scales AFU Data Records by complex value
License requirements: None. |
void |
calculateSingleMathScaleByReal(double scaleValue,
String sourceAfuFileName,
int sourceRecordIndex,
AfuMathOperation.OutputType outputType,
String destinationAfuFileName)
Scales AFU Data Records by real value
License requirements: None. |
void |
calculateSingleMathShiftAbscissa(double shiftValue,
String sourceAfuFileName,
int sourceRecordIndex,
AfuMathOperation.OutputType outputType,
String destinationAfuFileName)
Shifts abscissa values of AFU Data Records
License requirements: None. |
void |
calculateSingleMathSignValue(String sourceAfuFileName,
int sourceRecordIndex,
AfuMathOperation.OutputType outputType,
String destinationAfuFileName)
Gets sign values of AFU Data Records
License requirements: None. |
void |
calculateSingleMathSquareMagnitude(String sourceAfuFileName,
int sourceRecordIndex,
AfuMathOperation.OutputType outputType,
String destinationAfuFileName)
Gets square of magnitude values of AFU Data Records
License requirements: None. |
void |
calculateSingleMathSquareRoot(String sourceAfuFileName,
int sourceRecordIndex,
AfuMathOperation.OutputType outputType,
String destinationAfuFileName)
Gets square root values of AFU Data Records
License requirements: None. |
AfuMathFastRMSInfo |
newFastRmsInfo()
Constructs a new Fast RMS Info object.
|
AfuMathFastRMSOutput |
newFastRmsOutput()
Constructs a new Fast RMS Output object.
|
void |
srsToTime(String inputAfuFileName,
int inputRecordId,
AfuMathOperation.SrsToTimeOption conversionOption,
double dampingRatio,
int numTimePoints,
int iterations,
AfuMathOperation.SrsToTimeOctave octave,
int numTrials,
AfuMathOperation.SrsToTimeStrategy strategy,
boolean saveSrsResults,
String outputAfuFileName,
String outputRecordName)
Convert SRS to Time
License requirements: None. |
void |
synchronizeRecords(double newIncrement,
AfuMathOperation.InterpolationMode interpolationMode,
boolean shiftToStartPoint,
String[] sourceAfuFileNames,
int[] sourceRecordIndexes,
AfuMathOperation.OutputType outputType,
String destinationAfuFileName)
Synchronize AFU Data Records
License requirements: None. |
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)
Convert Time to SRS
License requirements: None. |
void calculateSingleMathScaleByReal(double scaleValue, String sourceAfuFileName, int sourceRecordIndex, AfuMathOperation.OutputType outputType, String destinationAfuFileName) throws NXException, RemoteException
scaleValue
- Value of scalesourceAfuFileName
- File name of the source AFUsourceRecordIndex
- Index of the source AFU Data RecordoutputType
- Output type of new AFU Data RecorddestinationAfuFileName
- Destination AFU file name. It is null if output_type is not
AfuMathOperation.OutputType.OTHER_FILE
.NXException
RemoteException
void calculateSingleMathScaleByComplex(double scaleRealValue, double scaleImaginaryValue, String sourceAfuFileName, int sourceRecordIndex, AfuMathOperation.OutputType outputType, String destinationAfuFileName) throws NXException, RemoteException
scaleRealValue
- Real value of scalescaleImaginaryValue
- Imaginary value of scalesourceAfuFileName
- File name of the source AFUsourceRecordIndex
- Index of the source AFU Data RecordoutputType
- Output type of new AFU Data RecorddestinationAfuFileName
- Destination AFU file name. It is null if output_type is not
AfuMathOperation.OutputType.OTHER_FILE
.NXException
RemoteException
void calculateSingleMathOffsetByReal(double offsetValue, String sourceAfuFileName, int sourceRecordIndex, AfuMathOperation.OutputType outputType, String destinationAfuFileName) throws NXException, RemoteException
offsetValue
- Value of offsetsourceAfuFileName
- File name of the source AFUsourceRecordIndex
- Index of the source AFU Data RecordoutputType
- Output type of new AFU Data RecorddestinationAfuFileName
- Destination AFU file name. It is null if output_type is not
AfuMathOperation.OutputType.OTHER_FILE
.NXException
RemoteException
void calculateSingleMathOffsetByComplex(double offsetRealValue, double offsetImaginaryValue, String sourceAfuFileName, int sourceRecordIndex, AfuMathOperation.OutputType outputType, String destinationAfuFileName) throws NXException, RemoteException
offsetRealValue
- Real value of offsetoffsetImaginaryValue
- Imaginary value of offsetsourceAfuFileName
- File name of the source AFUsourceRecordIndex
- Index of the source AFU Data RecordoutputType
- Output type of new AFU Data RecorddestinationAfuFileName
- Destination AFU file name. It is null if output_type is not
AfuMathOperation.OutputType.OTHER_FILE
.NXException
RemoteException
void calculateSingleMathShiftAbscissa(double shiftValue, String sourceAfuFileName, int sourceRecordIndex, AfuMathOperation.OutputType outputType, String destinationAfuFileName) throws NXException, RemoteException
shiftValue
- Value of shift abscissasourceAfuFileName
- File name of the source AFUsourceRecordIndex
- Index of the source AFU Data RecordoutputType
- Output type of new AFU Data RecorddestinationAfuFileName
- Destination AFU file name. It is null if output_type is not
AfuMathOperation.OutputType.OTHER_FILE
.NXException
RemoteException
void calculateSingleMathSignValue(String sourceAfuFileName, int sourceRecordIndex, AfuMathOperation.OutputType outputType, String destinationAfuFileName) throws NXException, RemoteException
sourceAfuFileName
- File name of the source AFUsourceRecordIndex
- Index of the source AFU Data RecordoutputType
- Output type of new AFU Data RecorddestinationAfuFileName
- Destination AFU file name. It is null if output_type is not
AfuMathOperation.OutputType.OTHER_FILE
.NXException
RemoteException
void calculateSingleMathAbsoluteValue(String sourceAfuFileName, int sourceRecordIndex, AfuMathOperation.OutputType outputType, String destinationAfuFileName) throws NXException, RemoteException
sourceAfuFileName
- File name of the source AFUsourceRecordIndex
- Index of the source AFU Data RecordoutputType
- Output type of new AFU Data RecorddestinationAfuFileName
- Destination AFU file name. It is null if output_type is not
AfuMathOperation.OutputType.OTHER_FILE
.NXException
RemoteException
void calculateSingleMathComplexConjugate(String sourceAfuFileName, int sourceRecordIndex, AfuMathOperation.OutputType outputType, String destinationAfuFileName) throws NXException, RemoteException
sourceAfuFileName
- File name of the source AFUsourceRecordIndex
- Index of the source AFU Data RecordoutputType
- Output type of new AFU Data RecorddestinationAfuFileName
- Destination AFU file name. It is null if output_type is not
AfuMathOperation.OutputType.OTHER_FILE
.NXException
RemoteException
void calculateSingleMathFourierTransform(String sourceAfuFileName, int sourceRecordIndex, AfuMathOperation.OutputType outputType, String destinationAfuFileName) throws NXException, RemoteException
sourceAfuFileName
- File name of the source AFUsourceRecordIndex
- Index of the source AFU Data RecordoutputType
- Output type of new AFU Data RecorddestinationAfuFileName
- Destination AFU file name. It is null if output_type is not
AfuMathOperation.OutputType.OTHER_FILE
.NXException
RemoteException
void calculateSingleMathLinearInterpolation(AfuMathOperation.OuterInterpolation outerInterpolation, double newXIncrement, double newXMinimum, double newXMaximum, String sourceAfuFileName, int sourceRecordIndex, AfuMathOperation.OutputType outputType, String destinationAfuFileName) throws NXException, RemoteException
outerInterpolation
- Outer interpolation methodnewXIncrement
- X increment of new AFU Data RecordnewXMinimum
- X minimum of new AFU Data RecordnewXMaximum
- X maximum of new AFU Data RecordsourceAfuFileName
- File name of the source AFUsourceRecordIndex
- Index of the source AFU Data RecordoutputType
- Output type of new AFU Data RecorddestinationAfuFileName
- Destination AFU file name. It is null if output_type is not
AfuMathOperation.OutputType.OTHER_FILE
.NXException
RemoteException
void calculateSingleMathLagrangianInterpolation(int polynomialOrder, AfuMathOperation.OuterInterpolation outerInterpolation, double newXIncrement, double newXMinimum, double newXMaximum, String sourceAfuFileName, int sourceRecordIndex, AfuMathOperation.OutputType outputType, String destinationAfuFileName) throws NXException, RemoteException
polynomialOrder
- Polynomial order which must be 1 thru 8outerInterpolation
- Outer interpolation methodnewXIncrement
- X increment of new AFU Data RecordnewXMinimum
- X minimum of new AFU Data RecordnewXMaximum
- X maximum of new AFU Data RecordsourceAfuFileName
- File name of the source AFUsourceRecordIndex
- Index of the source AFU Data RecordoutputType
- Output type of new AFU Data RecorddestinationAfuFileName
- Destination AFU file name. It is null if output_type is not
AfuMathOperation.OutputType.OTHER_FILE
.NXException
RemoteException
void calculateSingleMathSquareRoot(String sourceAfuFileName, int sourceRecordIndex, AfuMathOperation.OutputType outputType, String destinationAfuFileName) throws NXException, RemoteException
sourceAfuFileName
- File name of the source AFUsourceRecordIndex
- Index of the source AFU Data RecordoutputType
- Output type of new AFU Data RecorddestinationAfuFileName
- Destination AFU file name. It is null if output_type is not
AfuMathOperation.OutputType.OTHER_FILE
.NXException
RemoteException
void calculateSingleMathSquareMagnitude(String sourceAfuFileName, int sourceRecordIndex, AfuMathOperation.OutputType outputType, String destinationAfuFileName) throws NXException, RemoteException
sourceAfuFileName
- File name of the source AFUsourceRecordIndex
- Index of the source AFU Data RecordoutputType
- Output type of new AFU Data RecorddestinationAfuFileName
- Destination AFU file name. It is null if output_type is not
AfuMathOperation.OutputType.OTHER_FILE
.NXException
RemoteException
void calculateSingleMathMovingAverage(int movingAverageNumber, String sourceAfuFileName, int sourceRecordIndex, AfuMathOperation.OutputType outputType, String destinationAfuFileName) throws NXException, RemoteException
movingAverageNumber
- Moving average numbersourceAfuFileName
- File name of the source AFUsourceRecordIndex
- Index of the source AFU Data RecordoutputType
- Output type of new AFU Data RecorddestinationAfuFileName
- Destination AFU file name. It is null if output_type is not
AfuMathOperation.OutputType.OTHER_FILE
.NXException
RemoteException
void calculateSingleMathInverse(String sourceAfuFileName, int sourceRecordIndex, AfuMathOperation.OutputType outputType, String destinationAfuFileName) throws NXException, RemoteException
sourceAfuFileName
- File name of the source AFUsourceRecordIndex
- Index of the source AFU Data RecordoutputType
- Output type of new AFU Data RecorddestinationAfuFileName
- Destination AFU file name. It is null if output_type is not
AfuMathOperation.OutputType.OTHER_FILE
.NXException
RemoteException
void calculateSingleMathIndependentIntegration(boolean gUnitInchFormat, String sourceAfuFileName, int sourceRecordIndex, AfuMathOperation.OutputType outputType, String destinationAfuFileName) throws NXException, RemoteException
gUnitInchFormat
- Convert g unit to inch/s if TRUE, convert g unit to mm/s if FALSEsourceAfuFileName
- File name of the source AFUsourceRecordIndex
- Index of the source AFU Data RecordoutputType
- Output type of new AFU Data RecorddestinationAfuFileName
- Destination AFU file name. It is null if output_type is not
AfuMathOperation.OutputType.OTHER_FILE
.NXException
RemoteException
void calculateSingleMathIndependentDifferentiation(String sourceAfuFileName, int sourceRecordIndex, AfuMathOperation.OutputType outputType, String destinationAfuFileName) throws NXException, RemoteException
sourceAfuFileName
- File name of the source AFUsourceRecordIndex
- Index of the source AFU Data RecordoutputType
- Output type of new AFU Data RecorddestinationAfuFileName
- Destination AFU file name. It is null if output_type is not
AfuMathOperation.OutputType.OTHER_FILE
.NXException
RemoteException
void calculateSingleMathFrequencyIntegration(boolean gUnitInchFormat, String sourceAfuFileName, int sourceRecordIndex, AfuMathOperation.OutputType outputType, String destinationAfuFileName) throws NXException, RemoteException
gUnitInchFormat
- Convert g unit to inch/s if TRUE, convert g unit to mm/s if FALSEsourceAfuFileName
- File name of the source AFUsourceRecordIndex
- Index of the source AFU Data RecordoutputType
- Output type of new AFU Data RecorddestinationAfuFileName
- Destination AFU file name. It is null if output_type is not
AfuMathOperation.OutputType.OTHER_FILE
.NXException
RemoteException
void calculateSingleMathFrequencyDifferentiation(String sourceAfuFileName, int sourceRecordIndex, AfuMathOperation.OutputType outputType, String destinationAfuFileName) throws NXException, RemoteException
sourceAfuFileName
- File name of the source AFUsourceRecordIndex
- Index of the source AFU Data RecordoutputType
- Output type of new AFU Data RecorddestinationAfuFileName
- Destination AFU file name. It is null if output_type is not
AfuMathOperation.OutputType.OTHER_FILE
.NXException
RemoteException
AfuMathFastRMSInfo newFastRmsInfo() throws NXException, RemoteException
NXException
RemoteException
AfuMathFastRMSOutput newFastRmsOutput() throws NXException, RemoteException
NXException
RemoteException
AfuMathFastRMSOutput calculateAndStoreFastRmsPsdFit(String sourceAfuFileName, int sourceRecordIndex, AfuMathOperation.OutputType outputType, String destinationAfuFileName, AfuMathFastRMSInfo fastRmsInfo) throws NXException, RemoteException
sourceAfuFileName
- File name of the source AFUsourceRecordIndex
- Index of the source AFU Data RecordoutputType
- Output type of new AFU Data RecorddestinationAfuFileName
- Destination AFU file name. It is null if output_type is not AfuMathOperation.OutputType.OTHER_FILE
.fastRmsInfo
- Fast RMS information data AfuMathFastRMSInfo
to be setAfuMathFastRMSOutput
to be obtainedNXException
RemoteException
void calculateMultiMathRecords(AfuMathOperation.MultiType multiMathType, String sourceAfuFileName1, int sourceRecordIndex1, String sourceAfuFileName2, int sourceRecordIndex2, AfuMathOperation.OutputType outputType, String destinationAfuFileName) throws NXException, RemoteException
multiMathType
- Multi Math Operation typesourceAfuFileName1
- File name of the first source AFUsourceRecordIndex1
- Index of the first source AFU Data RecordsourceAfuFileName2
- File name of the second source AFUsourceRecordIndex2
- Index of the second source AFU Data RecordoutputType
- Output type of new AFU Data RecorddestinationAfuFileName
- Destination AFU file name. It is null if output_type is not
AfuMathOperation.OutputType.OTHER_FILE
.NXException
RemoteException
void calculateOverallMathRecords(AfuMathOperation.Overall overallType, String[] sourceAfuFileNames, int[] sourceRecordIndexes, AfuMathOperation.OutputType outputType, String destinationAfuFileName) throws NXException, RemoteException
overallType
- Overall Math Operation typesourceAfuFileNames
- File names of the source AFUsourceRecordIndexes
- Indexes of the source AFU Data RecordoutputType
- Output type of new AFU Data RecorddestinationAfuFileName
- Destination AFU file name. It is null if outputType is not
AfuMathOperation.OutputType.OTHER_FILE
.NXException
RemoteException
void synchronizeRecords(double newIncrement, AfuMathOperation.InterpolationMode interpolationMode, boolean shiftToStartPoint, String[] sourceAfuFileNames, int[] sourceRecordIndexes, AfuMathOperation.OutputType outputType, String destinationAfuFileName) throws NXException, RemoteException
newIncrement
- New x incrementinterpolationMode
- The mode of interpolating valuesshiftToStartPoint
- Shift x value to the start point if TRUEsourceAfuFileNames
- File names of the source AFUsourceRecordIndexes
- Indexes of the source AFU Data RecordoutputType
- Output type of new AFU Data RecorddestinationAfuFileName
- Destination AFU file name. It is null if outputType is not
AfuMathOperation.OutputType.OTHER_FILE
.NXException
RemoteException
void srsToTime(String inputAfuFileName, int inputRecordId, AfuMathOperation.SrsToTimeOption conversionOption, double dampingRatio, int numTimePoints, int iterations, AfuMathOperation.SrsToTimeOctave octave, int numTrials, AfuMathOperation.SrsToTimeStrategy strategy, boolean saveSrsResults, String outputAfuFileName, String outputRecordName) throws NXException, RemoteException
inputAfuFileName
- Input afu file nameinputRecordId
- Input record indexconversionOption
- Conversion optiondampingRatio
- Damping ratio (of critical damping)numTimePoints
- Number of requested time pointsiterations
- Iterations for outer loop when conversionOption is
AfuMathOperation.SrsToTimeOption.DAMPED_SINUSOID
octave
- Octave Spacing when conversionOption is
AfuMathOperation.SrsToTimeOption.WAVELET
numTrials
- Number of trials conversionOption is
AfuMathOperation.SrsToTimeOption.WAVELET
strategy
- Conversion strategy conversionOption is
AfuMathOperation.SrsToTimeOption.WAVELET
saveSrsResults
- Save the two srs results when converting the srs function to time if TRUEoutputAfuFileName
- Output AFU file nameoutputRecordName
- Output record name of afuNXException
RemoteException
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) throws NXException, RemoteException
inputAfuFileName
- Input afu file nameinputRecordId
- Input record indexdampingRatio
- Damping ratio (of critical damping)freqAxisType
- Frequency axis typefrequencyMin
- Frequency minimun valuefrequencyMax
- Frequency maximun valuefrequenceIncrement
- Frequency increment value when freqAxisType is
AfuMathOperation.TimeToSrsAxisType.LINEAR
pointsPerDecades
- Points per decads when freqAxisType is
AfuMathOperation.TimeToSrsAxisType.LOG
or
AfuMathOperation.TimeToSrsAxisType.DECADE
responseType
- Response type paramateroutputAfuFileName
- Output AFU file nameoutputRecordName
- Output record name of afuNXException
RemoteException
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