Uses of Class
nxopen.cae.AfuMathOperation.OutputType

Packages that use AfuMathOperation.OutputType

Package	Description
nxopen.cae	Provides classes and interfaces relating to Advanced Simulation and Design Simulation.

Uses of AfuMathOperation.OutputType in nxopen.cae

Fields in nxopen.cae declared as AfuMathOperation.OutputType

Modifier and Type	Field and Description
static AfuMathOperation.OutputType	AfuMathOperation.OutputType.APPEND Appends the new AFU Data Record to the source AFU file
static AfuMathOperation.OutputType	AfuMathOperation.OutputType.OTHER_FILE Saves the new AFU Data Record to other file
static AfuMathOperation.OutputType	AfuMathOperation.OutputType.OVERWRITE Overwrites the source AFU Data Record

Methods in nxopen.cae that return AfuMathOperation.OutputType

Modifier and Type	Method and Description
static AfuMathOperation.OutputType	AfuMathOperation.OutputType.valueOf(int value) Returns the enum constant of the specified enum type with the specified value.
static AfuMathOperation.OutputType	AfuMathOperation.OutputType.valueOf(String name) Returns the enum constant of the specified enum type with the specified name.
static AfuMathOperation.OutputType[]	AfuMathOperation.OutputType.values() Returns an array that contains the values for this enum.

Methods in nxopen.cae with parameters of type AfuMathOperation.OutputType

Modifier and Type	Method and Description
AfuMathFastRMSOutput	AfuMathOperation.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	AfuMathOperation.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	AfuMathOperation.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	AfuMathOperation.calculateSingleMathAbsoluteValue(String sourceAfuFileName, int sourceRecordIndex, AfuMathOperation.OutputType outputType, String destinationAfuFileName) Gets absolute values of AFU Data Records License requirements: None.
void	AfuMathOperation.calculateSingleMathComplexConjugate(String sourceAfuFileName, int sourceRecordIndex, AfuMathOperation.OutputType outputType, String destinationAfuFileName) Gets complex conjugate values of AFU Data Records License requirements: None.
void	AfuMathOperation.calculateSingleMathFourierTransform(String sourceAfuFileName, int sourceRecordIndex, AfuMathOperation.OutputType outputType, String destinationAfuFileName) Gets fourier transform values of AFU Data Records License requirements: None.
void	AfuMathOperation.calculateSingleMathFrequencyDifferentiation(String sourceAfuFileName, int sourceRecordIndex, AfuMathOperation.OutputType outputType, String destinationAfuFileName) Gets frequency differentiation values of AFU Data Records License requirements: None.
void	AfuMathOperation.calculateSingleMathFrequencyIntegration(boolean gUnitInchFormat, String sourceAfuFileName, int sourceRecordIndex, AfuMathOperation.OutputType outputType, String destinationAfuFileName) Gets frequency integration values of AFU Data Records License requirements: None.
void	AfuMathOperation.calculateSingleMathIndependentDifferentiation(String sourceAfuFileName, int sourceRecordIndex, AfuMathOperation.OutputType outputType, String destinationAfuFileName) Gets independent differentiation values of AFU Data Records License requirements: None.
void	AfuMathOperation.calculateSingleMathIndependentIntegration(boolean gUnitInchFormat, String sourceAfuFileName, int sourceRecordIndex, AfuMathOperation.OutputType outputType, String destinationAfuFileName) Gets independent integration values of AFU Data Records License requirements: None.
void	AfuMathOperation.calculateSingleMathInverse(String sourceAfuFileName, int sourceRecordIndex, AfuMathOperation.OutputType outputType, String destinationAfuFileName) Gets inverse values of AFU Data Records License requirements: None.
void	AfuMathOperation.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	AfuMathOperation.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	AfuMathOperation.calculateSingleMathMovingAverage(int movingAverageNumber, String sourceAfuFileName, int sourceRecordIndex, AfuMathOperation.OutputType outputType, String destinationAfuFileName) Gets moving average values of AFU Data Records License requirements: None.
void	AfuMathOperation.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	AfuMathOperation.calculateSingleMathOffsetByReal(double offsetValue, String sourceAfuFileName, int sourceRecordIndex, AfuMathOperation.OutputType outputType, String destinationAfuFileName) Offsets AFU Data Records by real value License requirements: None.
void	AfuMathOperation.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	AfuMathOperation.calculateSingleMathScaleByReal(double scaleValue, String sourceAfuFileName, int sourceRecordIndex, AfuMathOperation.OutputType outputType, String destinationAfuFileName) Scales AFU Data Records by real value License requirements: None.
void	AfuMathOperation.calculateSingleMathShiftAbscissa(double shiftValue, String sourceAfuFileName, int sourceRecordIndex, AfuMathOperation.OutputType outputType, String destinationAfuFileName) Shifts abscissa values of AFU Data Records License requirements: None.
void	AfuMathOperation.calculateSingleMathSignValue(String sourceAfuFileName, int sourceRecordIndex, AfuMathOperation.OutputType outputType, String destinationAfuFileName) Gets sign values of AFU Data Records License requirements: None.
void	AfuMathOperation.calculateSingleMathSquareMagnitude(String sourceAfuFileName, int sourceRecordIndex, AfuMathOperation.OutputType outputType, String destinationAfuFileName) Gets square of magnitude values of AFU Data Records License requirements: None.
void	AfuMathOperation.calculateSingleMathSquareRoot(String sourceAfuFileName, int sourceRecordIndex, AfuMathOperation.OutputType outputType, String destinationAfuFileName) Gets square root values of AFU Data Records License requirements: None.
void	AfuMathOperation.synchronizeRecords(double newIncrement, AfuMathOperation.InterpolationMode interpolationMode, boolean shiftToStartPoint, String[] sourceAfuFileNames, int[] sourceRecordIndexes, AfuMathOperation.OutputType outputType, String destinationAfuFileName) Synchronize AFU Data Records License requirements: None.