NXOpen::CAE::Result Class Reference

This class provides interfaces to query analysis results. More...

Inheritance diagram for NXOpen::CAE::Result:

Classes
struct	Averaging
	Averaging structure to specify averaging options. More...
struct	DeformationParameters
	Deformation parameter structure to specify complete result state for the deformed shape This structure has been replaced by NXOpen::CAE::DeformationParameters More...
struct	ElementValue
	Element-value structure to specify element value options. More...
struct	ResultBasicUnit
	The basic units system for a result. More...
struct	ResultParameters
	Result parameter structure to specify complete result state for the color display This structure has been replaced by NXOpen::CAE::ResultParameters More...
struct	ResultSection
	Result Section structure to specify a result section for beams and shells. More...
struct	Type
	Result type structure to specify a result dataset. More...
struct	VelocityParameters
	Velociy parameter structure to specify result state for the velocity field used in streamline extraction. More...

Public Types
enum	BeamEnd { BeamEndNone = -1, BeamEndFore, BeamEndAft }
	Value type for beam end. More...
enum	Complex {   ComplexReal, ComplexImaginary, ComplexAmplitude, ComplexSignedAmplitude,   ComplexPhaseAngle }
	Complex options. More...
enum	Component {   ComponentScalar, ComponentX, ComponentY, ComponentZ,   ComponentMagnitude, ComponentXx, ComponentYy, ComponentZz,   ComponentXy, ComponentYz, ComponentZx, ComponentDeterminant,   ComponentMean, ComponentMaximumShear, ComponentMinimumPrincipal, ComponentMiddlePrincipal,   ComponentMaximumPrincipal, ComponentOctahedral, ComponentVonMises, ComponentMembraneXX,   ComponentMembraneYY, ComponentMembraneXY, ComponentBendingXX, ComponentBendingYY,   ComponentBendingXY, ComponentShearXZ, ComponentShearYZ, ComponentAxial,   ComponentBendingS, ComponentBendingT, ComponentTorsion, ComponentShearS,   ComponentShearT, ComponentSpringDashpotForce, ComponentSpringDashpotForceX, ComponentSpringDashpotForceY,   ComponentSpringDashpotForceZ, ComponentSpringDashpotMomentX, ComponentSpringDashpotMomentY, ComponentSpringDashpotMomentZ,   ComponentScalar1, ComponentScalar2, ComponentScalar3, ComponentScalar4,   ComponentScalar5, ComponentScalar6, ComponentScalar7, ComponentScalar8,   ComponentScalar9, ComponentScalar10, ComponentScalar11, ComponentScalar12,   ComponentWorstPrincipal }
	Result components. More...
enum	ComputationType {   ComputationTypeNone, ComputationTypeAverage, ComputationTypeSum, ComputationTypeMinimum,   ComputationTypeMaximum, ComputationTypeAbsoluteMinimum, ComputationTypeAbsoluteMaximum, ComputationTypeArithmaticMean,   ComputationTypeDiscontinuity }
	types for different way of computing nodal result from element nodal result. More...
enum	CoordinateSystem {   CoordinateSystemAbsoluteRectangular, CoordinateSystemAbsoluteCylindrical, CoordinateSystemAbsoluteSpherical, CoordinateSystemWorkRectangular,   CoordinateSystemWorkCylindrical, CoordinateSystemWorkSpherical, CoordinateSystemLocal, CoordinateSystemMaterial,   CoordinateSystemSelectRectangular, CoordinateSystemSelectCylindrical, CoordinateSystemSelectSpherical }
	Coordinate systems. More...
enum	CoordinateSystemSource { CoordinateSystemSourceNone, CoordinateSystemSourceModel, CoordinateSystemSourceResult }
	Source of selected coordinate system. More...
enum	DataType {   DataTypeScalar, DataTypeVector, DataTypeSixVector, DataTypeTensor,   DataTypeElementResultantShell, DataTypeElementResultantBeam, DataTypeElementResultantSpringDashpot, DataTypeSixScalars,   DataTypeThreeScalars, DataTypeMultiScalar }
	Result data types. More...
enum	DbScale { DbScaleDb10, DbScaleDb20 }
	dB scales More...
enum	DeformationScale { DeformationScaleModel, DeformationScaleAbsolute }
	Deformation scales. More...
enum	DiscontinuityMethod { DiscontinuityMethodRelative, DiscontinuityMethodWeighted, DiscontinuityMethodLocal, DiscontinuityMethodLocallyBalanced }
	methods for different way of computing discontinuities in element nodal results More...
enum	ElementValueCriterion { ElementValueCriterionAverage, ElementValueCriterionCentroid, ElementValueCriterionMaximum, ElementValueCriterionMinimum }
	Element-value criterions. More...
enum	Filetype {   FiletypeNastran, FiletypeIdeas, FiletypeBud, FiletypeVki,   FiletypeAbaqus, FiletypeAnsys, FiletypeMapped, FiletypeAfu,   FiletypeRs2, FiletypeAbaqusOdb, FiletypeLsdynaState, FiletypePermasPost,   FiletypeSamcefDes, FiletypeNastranXdb, FiletypeSysnoiseDb }
	The result file type. More...
enum	GroupContainer {   GroupContainerZeroDimensional, GroupContainerOneDimensional, GroupContainerTwoDimensional, GroupContainerThreeDimensional,   GroupContainerConnector, GroupContainerOther }
	Group Containers. More...
enum	InitialDeformationSelection { InitialDeformationSelectionNone, InitialDeformationSelectionDefault, InitialDeformationSelectionUserDefined }
	The initial deformation selection type which will decide how the final calculations will happen after applying the initial deformation on the main deforamtion. More...
enum	LoadcaseValueType {   LoadcaseValueTypeUnknown = -1, LoadcaseValueTypeFrequency, LoadcaseValueTypeLoadFactor, LoadcaseValueTypeNodeDOF,   LoadcaseValueTypeLoadCase, LoadcaseValueTypeTime }
	Value type for result load case. More...
enum	Location {   LocationNodal, LocationElement, LocationElementNodal, LocationElementFace,   LocationElementEdge, LocationElementFaceNode, LocationElementEdgeNode }
	Result locations. More...
enum	Quantity {   QuantityDisplacement, QuantityRotation, QuantityTranslationalDeformation, QuantityRotationalDeformation,   QuantityContactDisplacement, QuantityVelocity, QuantityAngularVelocity, QuantityAcceleration,   QuantityAngularAcceleration, QuantityVonMisesStress, QuantityVonMisesStrain, QuantityStress,   QuantityStrain, QuantityStrainEnergy, QuantityStrainEnergyDensity, QuantityStrainEnergyError,   QuantityEquivalentPlasticStrain, QuantityEquivalentCreepStrain, QuantityKineticEnergy, QuantityKineticEnergyDensity,   QuantityKineticEnergyPercent, QuantityThickness, QuantityTemperature, QuantityTemperatureGradient,   QuantityHeatFlux, QuantityThermalEnergy, QuantityHeatFlow, QuantityAppliedForce,   QuantityAppliedMoment, QuantityReactionForce, QuantityReactionMoment, QuantityReactionForceMPC,   QuantityReactionMomentMPC, QuantityContactTraction, QuantityContactForce, QuantityElementForce,   QuantityElementMoment, QuantityContactPressure, QuantityFatigueLife, QuantityFatigueDamage,   QuantityFatigueSafetyFactor, QuantityStrengthSafetyFactor, QuantityElementError, QuantityElementResultants,   QuantityElementStrainResultants, QuantityMaximumTemperature, QuantityMinimumTemperature, QuantityTimeAtMaximumTemperature,   QuantityTimeAtMinimumTemperature, QuantityConductiveFlux, QuantityTotalHeatLoad, QuantityTotalHeatFlux,   QuantityHeatResidual, QuantityConvectionCoefficient, QuantityViewFactorsSum, QuantityAdjustedVelocity,   QuantityPressureOnPositiveSide, QuantityPressureOnNegativeSide, QuantityStaticPressure, QuantityTotalPressure,   QuantityTurbulenceEnergy, QuantityTurbulenceDissipation, QuantityFluidDensity, QuantityShearStressOnPositiveSide,   QuantityShearStressOnNegativeSide, QuantityRoughnessOnPositiveSide, QuantityRoughnessOnNegativeSide, QuantityYPlusOnPositiveSide,   QuantityYPlusOnNegativeSide, QuantityMassFlux, QuantityFluidTemperature, QuantityConvectiveFlux,   QuantityLocalConvectionCoefficient, QuantityBulkConvectionCoefficient, QuantityPressure, QuantityVelocityComponent,   QuantityMassFlow, QuantityElementHeatLoad, QuantitySafetyFactor, QuantityShellResultants,   QuantityBeamResultants, QuantitySpringDashpotResultant, QuantityShellStrainResultants, QuantityBeamStrainResultants,   QuantitySpringDashpotStrainResultant, QuantityPlyFailureIndex, QuantityBondFailureIndex, QuantityPlyStress,   QuantityPlyStrain, QuantityBondSafetyMargin, QuantityPlySafetyMargin, QuantityTorsionStress,   QuantityGridPointForce, QuantityGridPointMoment, QuantityRadiativeSourceHeatFlux, QuantityRadiance,   QuantityApparentTemperature, QuantityFluence, QuantityRCProduct, QuantityVoltage,   QuantityPowerDensity, QuantityRelativeVelocity, QuantityWaterCumulation, QuantityTurbulentSpecificDissipation,   QuantityRadiativeHeatFlux, QuantityCollimatedHeatFlux, QuantityDiffuseHeatFlux, QuantityInfraredHeatFlux,   QuantityViewFactor, QuantityUnknown, QuantityMappedTemperature, QuantityMappedTemperatureGradient,   QuantityRadiativeAbsorbedHeatFlux, QuantityRadiativeIncidentHeatFlux, QuantityRadiativeReflectedHeatFlux, QuantityRadiativeTransmittedHeatFlux,   QuantityCollimatedAbsorbedHeatFlux, QuantityCollimatedIncidentHeatFlux, QuantityCollimatedReflectedHeatFlux, QuantityCollimatedTransmittedHeatFlux,   QuantityDiffuseAbsorbedHeatFlux, QuantityDiffuseIncidentHeatFlux, QuantityDiffuseReflectedHeatFlux, QuantityDiffuseTransmittedHeatFlux,   QuantityInfraredAbsorbedHeatFlux, QuantityInfraredIncidentHeatFlux, QuantityInfraredReflectedHeatFlux, QuantityInfraredTransmittedHeatFlux,   QuantityAlbedoViewFactor, QuantityEarthViewFactor, QuantitySolarViewFactor, QuantitySpaceViewFactor,   QuantityQuality, QuantityRadiationPatch, QuantityAbsorbedRadiation, QuantityIncidentRadiation,   QuantityReflectedRadiation, QuantityTransmittedRadiation, QuantityRefractiveIndex, QuantityRefractiveIndexGradient,   QuantityOpticalPathLength, QuantityLaserPower, QuantityPumpingPower, QuantityRadiativeFluxinSolid,   QuantityFluidScalar, QuantityWallDistance, QuantityRelativeHumidity, QuantitySpecificHumidity,   QuantityMachNumber, QuantityPredictedPercentDissatisfied, QuantityPercentMeanVote, QuantityVorticity,   QuantityRelativePressure, QuantityAbsolutePressure, QuantityElementAspectRatio, QuantityElementDistortion,   QuantityElementTaper, QuantityElementSize, QuantityElementJacobian, QuantityElementSkew,   QuantityElementStretch, QuantityElementTwist, QuantityElementWarp, QuantityFluidMesh,   QuantityNetRadiativeLoad, QuantityNetRadiativeFlux, QuantityRadiosityLoad, QuantityRadiosityFlux,   QuantityIrradianceLoad, QuantityIrradianceFlux, QuantityParticleDensity, QuantityParticleMassDensity,   QuantityAcousticPowerDensity, QuantityReynoldsNumber, QuantityBondStrengthRatio, QuantityPlyStrengthRatio,   QuantityFailureIndex, QuantityContactInitialSeparation, QuantityContactFinalSeparation, QuantityGasketPressue,   QuantityGasketClosure, QuantityGasketPlasticClosure, QuantityGasketStressYield, QuantityGasketStatus,   QuantityContactPenetration, QuantityContactStatus, QuantityContactGapDistance, QuantityStressLevelCrossingRate,   QuantityVonMisesStressLevelCrossingRate, QuantityVonMisesStrainLevelCrossingRate, QuantityDisplacementLevelCrossingRate, QuantityRotationLevelCrossingRate,   QuantityVelocityLevelCrossingRate, QuantityAngularVelocityLevelCrossingRate, QuantityAccelerationLevelCrossingRate, QuantityAngularAccelerationLevelCrossingRate,   QuantityElementForceLevelCrossingRate, QuantityElementMomentLevelCrossingRate, QuantityElementResultantsLevelCrossingRate, QuantityShellResultantsLevelCrossingRate,   QuantityBeamResultantsLevelCrossingRate, QuantitySpringDashpotResultantsLevelCrossingRate, QuantityElementStrainResultantsLevelCrossingRate, QuantityShellStrainResultantsLevelCrossingRate,   QuantityBeamStrainResultantsLevelCrossingRate, QuantitySpringDashpotStrainResultantsLevelCrossingRate, QuantityXDisplacement, QuantityYDisplacement,   QuantityZDisplacement, QuantityLevelCrossingRateXDisplacement, QuantityLevelCrossingRateYDisplacement, QuantityLevelCrossingRateZDisplacement,   QuantityXRotation, QuantityYRotation, QuantityZRotation, QuantityLevelCrossingRateXRotation,   QuantityLevelCrossingRateYRotation, QuantityLevelCrossingRateZRotation, QuantityXAcceleration, QuantityYAcceleration,   QuantityZAcceleration, QuantityLevelCrossingRateXAcceleration, QuantityLevelCrossingRateYAcceleration, QuantityLevelCrossingRateZAcceleration,   QuantityXAngularAcceleration, QuantityYAngularAcceleration, QuantityZAngularAcceleration, QuantityLevelCrossingRateXAngularAcceleration,   QuantityLevelCrossingRateYAngularAcceleration, QuantityLevelCrossingRateZAngularAcceleration, QuantityXXStress, QuantityYYStress,   QuantityZZStress, QuantityXYStress, QuantityYZStress, QuantityZXStress,   QuantityLevelCrossingRateXXStress, QuantityLevelCrossingRateYYStress, QuantityLevelCrossingRateZZStress, QuantityLevelCrossingRateXYStress,   QuantityLevelCrossingRateYZStress, QuantityLevelCrossingRateZXStress, QuantityXElementForce, QuantityYElementForce,   QuantityZElementForce, QuantityRXElementForce, QuantityRYElementForce, QuantityRZElementForce,   QuantityLevelCrossingRateXElementForce, QuantityLevelCrossingRateYElementForce, QuantityLevelCrossingRateZElementForce, QuantityLevelCrossingRateRXElementForce,   QuantityLevelCrossingRateRYElementForce, QuantityLevelCrossingRateRZElementForce, QuantityNXXShellResultant, QuantityNYYShellResultant,   QuantityNXYShellResultant, QuantityMXXShellResultant, QuantityMYYShellResultant, QuantityMXYShellResultant,   QuantityQXZShellResultant, QuantityQYZShellResultant, QuantityLevelCrossingRateNXXShellResultant, QuantityLevelCrossingRateNYYShellResultant,   QuantityLevelCrossingRateNXYShellResultant, QuantityLevelCrossingRateMXXShellResultant, QuantityLevelCrossingRateMYYShellResultant, QuantityLevelCrossingRateMXYShellResultant,   QuantityLevelCrossingRateQXZShellResultant, QuantityLevelCrossingRateQYZShellResultant, QuantityYPlus, QuantityThermalConductivity,   QuantityThermalStrain, QuantityGapThickness, QuantityTotalForce, QuantityTotalMoment,   QuantityTotalResidualForce, QuantityTotalResidualMoment, QuantityGridPointReactionForce, QuantityGridPointReactionMoment,   QuantityGridPointAppliedForce, QuantityGridPointAppliedMoment, QuantityGlueForce, QuantityGluePressure,   QuantityGlueTraction, QuantityEnthalpy, QuantityEnthalpyRate, QuantityNonlinearStress,   QuantityNonlinearStrain, QuantityBondStress, QuantityBondStrain, QuantitySolidLaminateFailureIndex,   QuantitySolidInterLaminarFailureIndex, QuantityExternalAppliedHeatFlow, QuantityOptimizationDisplacement, QuantityDisplacementMagnitude,   QuantityFractionVolume, QuantityFilmThickness, QuantityTime, QuantitySurfaceEmissivity,   QuantityRootMeanSquareDisplacement, QuantityRootMeanSquareAcceleration, QuantityRootMeanSquareStress, QuantityZeroCrossingsDisplacement,   QuantityZeroCrossingsAcceleration, QuantityZeroCrossingsStress, QuantitySoundPressure, QuantityRootMeanSquareRotation,   QuantityRootMeanSquareVelocity, QuantityRootMeanSquareAngularVelocity, QuantityRootMeanSquareAngularAcceleration, QuantityRootMeanSquareAppliedForce,   QuantityRootMeanSquareAppliedMoment, QuantityRootMeanSquareVonMisesStress, QuantityZeroCrossingseRotation, QuantityZeroCrossingsVelocity,   QuantityZeroCrossingseAngularVelocity, QuantityZeroCrossingseAngularAcceleration, QuantityZeroCrossingseAppliedForce, QuantityZeroCrossingseAppliedMoment,   QuantityRootMeanSquareStrain, QuantityZeroCrossingsStrain, QuantityPlasticStrain, QuantityLogarithmicStrain,   QuantityTensionSafetyFactor, QuantityCompressionSafetyFactor, QuantityRootMeanSquareElementResultant, QuantityZeroCrossingsElementResultant,   QuantityRootMeanSquareShellResultants, QuantityRootMeanSquareBeamResultants, QuantityRootMeanSquareSpringDashpotResultant, QuantityZeroCrossingsShellResultants,   QuantityZeroCrossingsBeamResultants, QuantityZeroCrossingsSpringDashpotResultant, QuantityXReactionForce, QuantityYReactionForce,   QuantityZReactionForce, QuantityXReactionMoment, QuantityYReactionMoment, QuantityZReactionMoment,   QuantityLumpedMass, QuantityDistributedMassPerLength, QuantityDistributedMassPerArea, QuantityTemperatureLoad,   QuantityTorsionStrain, QuantityAxialStress, QuantityAxialStrain, QuantityLength,   QuantitySurfaceAbsoptivity, QuantityTurbulentIntensity, QuantityVaporToDryAirMassRatio, QuantityTracerFluidMassFraction,   QuantityTotalMixtureMassFractions, QuantityMass, QuantitySurfaceDensity, QuantityEmissivityValue,   QuantityEffectiveEmissivity, QuantityVolumeFlow, QuantityCoefficientPerLength, QuantityPermeability,   QuantityThermalConductance, QuantityThermalResistance, QuantityConductancePerLength, QuantitySeebeckCoefficient,   QuantityElectricalResistivity, QuantityElectricalResistance, QuantityCurrent, QuantityPower,   QuantityHeatCapacity, QuantityTemperatureDifference, QuantityMassDensity, QuantityPrincipalStress,   QuantityRootMeanSquareTorsionStress, QuantityZeroCrossingsTorsionStress, QuantityRootMeanSquareTorsionStrain, QuantityZeroCrossingsTorsionStrain,   QuantityRootMeanSquareAxialStress, QuantityZeroCrossingsAxialStress, QuantityRootMeanSquareAxialStrain, QuantityZeroCrossingsAxialStrain,   QuantityRootMeanSquareReactionForceMPC, QuantityZeroCrossingsReactionForceMPC, QuantityMolecularDiffusionCoefficient, QuantityAngle,   QuantityPressureDropToVelocityRatio, QuantityCauchyStress, QuantityEquivalentStress, QuantityPiolaKirchoffStress,   QuantityGreenStrain, QuantityNormalContactForce, QuantityShearContactForce, QuantityBiotStress,   QuantityBiotStrain, QuantityNaturalStrain, QuantityVolume, QuantityPlyThermalStrain,   QuantityPlyElasticStrain, QuantityCyclicReactionForce, QuantityCyclicReactionMoment, QuantityCurrentDensity,   QuantityTrubulentStructures, QuantityTotalGlueSlipDistance, QuantityIncrementalGlueSlipDistance, QuantityChockingGap,   QuantityChockingGapAtElementIntegrationPoint, QuantityInitialStrain, QuantityInitialStrainAtElementIntegrationPoint, QuantityLowersurfTemperature,   QuantityMidsurfTemperature, QuantityUppersurfTemperature, QuantityTemperatureVarRate, QuantityGlasstransTemperature,   QuantityElectricPotential, QuantityPorosity, QuantityStrainEq, QuantityDamage,   QuantityDamageEq, QuantitySpecificCapacitiveEnergy, QuantityGasMassFlux, QuantityRelativeDisplacement,   QuantityHeatFluxApplied, QuantityHeatFluxEnthalpy, QuantityHeatFluxRadiativeEmitted, QuantityHeatFluxRadiativeFlame,   QuantityHeatFluxRadiativeFlameEmitted, QuantityHeatFluxRadiativeFlameAbsorbed, QuantityTotalHeatFluxApplied, QuantityDissipatedEnergyDensity,   QuantityDissipatedPowerDensity, QuantityDegreeConversion, QuantityAcousticPressure, QuantityAcousticIntensity,   QuantityAcousticPower, QuantityMultiPointConstraintForce, QuantityMultiPointConstraintMoment, QuantityFluidAcousticCouplingQuality,   QuantityFluidUncoupledAcousticCouplingQuality, QuantityStructuralAcousticCouplingQuality, QuantityStructuralUncoupledAcousticCouplingQuality, QuantityPressureCohesive,   QuantityTactionCoheasive, QuantityPlyDamage, QuantityPlyPlasticDamage, QuantityEnergyDamage,   QuantityStatusDamage, QuantityCohesiveNormalSeparation, QuantityCohesiveSlipDisplacement, QuantityCohesiveDamage,   QuantitySdv, QuantitySdvElementIntegrationPoint, QuantityBoltPreload2D, QuantityBoltPreload3D,   QuantityMaxFrequency, QuantityFreeEdges, QuantityJunctionEdges, QuantityCoupledAcousticalNodes,   QuantityStrainMech, QuantityStructuralAcousticCouplingDistance, QuantityNormalAcousticVelocity, QuantityNormalAcousticIntensity,   QuantitySpecificCapacitivePower, QuantityTransportHeatFlux, QuantityVolumeHeatFlux, QuantityAcousticVelocity,   QuantityCurrentDensityArea, QuantityForceDensity, QuantityForceDensityArea, QuantityElectricFieldStrength,   QuantityElectricFluxDensity, QuantityPlyPlasticStrain, QuantityPlyStrainPlasticEq, QuantityPlyGreenStrain,   QuantityPlyBiotStrain, QuantityPlyNaturalStrain, QuantityCyclicWorstPrincipalStrain, QuantityCyclicWorstPrincipalStress,   QuantityCyclicWorstPrincipalStrainAngle, QuantityCyclicWorstPrincipalStressAngle, QuantityAxisymmetricWorstPrincipalStress, QuantityAxisymmetricWorstPrincipalStrain,   QuantityXXStrain, QuantityYYStrain, QuantityZZStrain, QuantityXYStrain,   QuantityYZStrain, QuantityZXStrain, QuantityLevelCrossingRateStrain, QuantityLevelCrossingRateXXStrain,   QuantityLevelCrossingRateYYStrain, QuantityLevelCrossingRateZZStrain, QuantityLevelCrossingRateXYStrain, QuantityLevelCrossingRateYZStrain,   QuantityLevelCrossingRateZXStrain, QuantityInitialImperfection, QuantityOffsetStrain, QuantityPlyStressEquivalent,   QuantityPlyStressNonlinear, QuantityPressureGradient, QuantityNormalizedMassDensity, QuantityPSDDisplacement,   QuantityPSDRMSDisplacement, QuantityPSDVelocity, QuantityPSDRMSVelocity, QuantityPSDAcceleration,   QuantityPSDRMSAcceleration, QuantityPSDStress, QuantityPSDPerPlyStress, QuantityPSDRMSStress,   QuantityPSDStrain, QuantityPSDPerPlyStressPerStrain, QuantityPSDRMSStressPerStrain, QuantityPSDSPCForce,   QuantityPSDRMSSPCForce, QuantityPSDElementForce, QuantityPSDRMSElementForce, QuantityPSDPressure,   QuantityPSDRMSPressure, QuantityElementResultantPlasticStrain, QuantityElementResultantElasticStrain, QuantityElementResultantThermalStrain,   QuantityElementResultantCreepStrain, QuantityElasticStrainVonMises, QuantityPlasticStrainVonMises, QuantityThermalStrainVonMises,   QuantityStrainVonMisesCreep, QuantityPlasticElemResultantStrainShell, QuantityPlasticElemResultantStrainBeam, QuantityPlasticElemResultantStrainSpringDashpot,   QuantityElasticElemResultantStrainShell, QuantityElasticElemResultantStrainBeam, QuantityElasticElemResultantStrainSpringDashpot, QuantityThermalElemResultantStrainShell,   QuantityThermalElemResultantStrainBeam, QuantityThermalElemResultantStrainSpringDashpot, QuantityElemResultantStrainCreepShell, QuantityElemResultantStrainCreepBeam,   QuantityElemResultantStrainCreepSpringDashpot, QuantityPlyStrainCreep, QuantityPowerSpectralDensityPressure, QuantityZeroCrossingsPressure,   QuantityRootMeanSquarePressure, QuantityAutoCorrelationPressure, QuantityCRMSPressure, QuantityPressureAbsoluteModal,   QuantityDisplacementAbsoluteModal, QuantityAccelerationAbsoluteModal, QuantityVelocityAbsoluteModal, QuantityNormalDistance,   QuantityEnergyDensity, QuantityId, QuantityElemResultantCreep, QuantityElemResultantCreepShell,   QuantityElemResultantCreepBeam, QuantityElemResultantCreepSpringDashpot, QuantityStrainEnergyPercent, QuantityPsdRotation,   QuantityPsdAngularVelocity, QuantityPsdAngularAcceleration, QuantityPsdForceMpc, QuantityPsdPlyStrain,   QuantityRMSStress, QuantityRMSPlyStress, QuantityRMSStressVonMises, QuantityRMSPlyStressVonMises,   QuantityCRMSStress, QuantityCRMSPlyStress, QuantityEnergyStrain, QuantityRMSStrain,   QuantityRMSPlyStrain, QuantityCRMSStrain, QuantityCRMSPlyStrain, QuantityEnergyDamping,   QuantityPressureOverVolumeVelocity, QuantitySPForce, QuantityCumulativeRootMeanSquareDisplacement, QuantityCumulativeRootMeanSquareRotation,   QuantityPSDReactionForce, QuantityRootMeanSquareReactionMomentMPC, QuantityZeroCrossingsReactionMomentMPC, QuantityRootMeanSquareReactionForce,   QuantityZeroCrossingsReactionForce, QuantityRootMeanSquareReactionMoment, QuantityZeroCrossingsReactionMoment, QuantityRootMeanSquareElementResultantStrain,   QuantityZeroCrossingsElementResultantStrain, QuantityRootMeanSquareShellStrainResultant, QuantityZeroCrossingsShellStrainResultant, QuantityRootMeanSquareBeamStrainResultant,   QuantityZeroCrossingsBeamStrainResultant, QuantityRootMeanSquareSpringDashpotStrainResultant, QuantityZeroCrossingsSpringDashpotStrainResultant, QuantityElasticStrain,   QuantityAdaptiveElementStressError, QuantityAdaptiveNodalMeshRefinementLevel, QuantityNormErrorStrainEnergy, QuantityNormErrorMaximumStrainEnergy,   QuantityNormMaximumStrainEnergy, QuantityNormErrorMaximumStress, QuantityNormErrorStress, QuantityNormMaximumStress,   QuantityNormStress, QuantityDynamicViscosity, QuantityNormStrainEnergy, QuantityElementIntegrationPointStress,   QuantityElementIntegrationPointStrain, QuantityElasticStrainAtElementIntegrationPoint, QuantityThermalStrainAtElementIntegrationPoint, QuantityCreepStrain,   QuantityCreepStrainAtElementIntegrationPoint, QuantityPlasticStrainAtElementIntegrationPoint, QuantityContactSlipIncrementalDisplacement, QuantityContactSliptotalDisplacement,   QuantityGridPointReactionForceMPC, QuantityGridPointReactionMomentMPC, QuantityMagneticFluxDensity, QuantityMagneticField,   QuantityTemperatureError, QuantityMaximumTemperatureError, QuantityXAngularVelocity, QuantityYAngularVelocity,   QuantityZAngularVelocity, QuantityRelativeRotation, QuantityGlueMoment, QuantityContactMoment,   QuantityNonLinearSpringDashpotResultant, QuantityDiffusionResistance }
	Result quantities. More...
enum	Section {   SectionNotApplicable, SectionTop, SectionMiddle, SectionBottom,   SectionMinimum, SectionMaximum, SectionStressRecoveryPointC, SectionStressRecoveryPointD,   SectionStressRecoveryPointE, SectionStressRecoveryPointF, SectionAll, SectionBending }
	Result sections. More...
enum	SolutionType {   SolutionTypeUnknown, SolutionTypeStatic, SolutionTypeVibration, SolutionTypeBuckling,   SolutionTypeTransient, SolutionTypeFreqresponse, SolutionTypeComplexeigen, SolutionTypeQuasistatic }
	The result solution type. More...
enum	SuperElementRep { SuperElementRepSymbolic = 1, SuperElementRepSimplified, SuperElementRepThreeDim }
	Super Element Representations. More...
enum	TensorDerivedAbsolute { TensorDerivedAbsoluteAllComponents, TensorDerivedAbsoluteDerivedComponent }
	This enumeration defines the methods that can be used when calculating absolute values for the following derived components of NXOpen::CAE::Result::DataTypeTensor NXOpen::CAE::Result::ComponentDeterminant , NXOpen::CAE::Result::ComponentMean , NXOpen::CAE::Result::ComponentMaximumShear , NXOpen::CAE::Result::ComponentMinimumPrincipal , NXOpen::CAE::Result::ComponentMiddlePrincipal , NXOpen::CAE::Result::ComponentMaximumPrincipal , NXOpen::CAE::Result::ComponentOctahedral. More...
Public Types inherited from NXOpen::NXObject
enum	AttributeType {   AttributeTypeInvalid, AttributeTypeNull, AttributeTypeBoolean, AttributeTypeInteger,   AttributeTypeReal, AttributeTypeString, AttributeTypeTime, AttributeTypeReference,   AttributeTypeAny = 100 }
	Specifies attribute type. More...
enum	DateAndTimeFormat { DateAndTimeFormatNumeric, DateAndTimeFormatTextual }
	Specifies the format of the date and time attribute. More...

Public Member Functions
int	AskElementIndex (int elementLabel)
	Ask element index of a given element user label. More...
int	AskElementLabel (int elementIndex)
	Ask element user label of a given element index. More...
void	AskElementNodes (int elementIndex, std::vector< int > &nodeIndex)
	Asks for the nodes given an element Created in NX6.0.2. More...
NXOpen::CAE::ElementTypes::Shape	AskElementShape (int elementIndex)
	Ask element shape given an element index. More...
std::vector< NXString >	AskIterations (int loadcaseIndex)
	Number of iterations available for a given loadcase and their descriptions Iteration index varies from 0 to N-1 (number of iterations) More...
std::vector< NXString >	AskLoadcases ()
	Number of loadcases available in the result file and their descriptions. More...
std::vector< NXOpen::Point3d >	AskNodeCoordinates (const std::vector< int > &nodeIndex)
	Asks for the coordinates of a node array. More...
int	AskNodeIndex (int nodeLabel)
	Ask node index of a given node user label. More...
void	AskNodeIndicesOnElementEdge (int elementIndex, int edgeIndex, std::vector< int > &nodeIndices)
	Returns number of nodes and node Indices on given element index and edge index. More...
void	AskNodeIndicesOnElementFace (int elementIndex, int faceIndex, std::vector< int > &nodeIndices)
	Returns number of nodes and node Indices on given element index and face index. More...
int	AskNodeLabel (int nodeIndex)
	Ask node user label of a given node index. More...
int	AskNumberOfSectors ()
	Returns number of sectors for cyclic symmetric solution. More...
int	AskNumEdgesOnElement (int elementIndex)
	Returns number of edges on given element index. More...
int	AskNumElements ()
	Ask number of elements in the model Element index varies from 0 to N-1 (number of elements) More...
void	AskNumElementsOfGroup (NXOpen::CAE::Result::GroupContainer type, int groupIndex, std::vector< int > &elementIndex)
	Returns an array of elements indices for a given group Group index range from 0 to N-1 (number of groups) More...
int	AskNumFacesOnElement (int elementIndex)
	Returns number of faces on given element index. More...
int	AskNumGroupsInContainer (NXOpen::CAE::Result::GroupContainer type)
	Returns the number of groups available in the model of type NXOpen::CAE::Result::GroupContainer . More...
int	AskNumIterations (int loadcaseIndex)
	Number of iterations available for a given loadcase. More...
int	AskNumLoadcases ()
	Number of loadcases available in the result file. More...
int	AskNumNodes ()
	Ask number of nodes in the model Node index varies from 1 to N (number of nodes) More...
NXOpen::CAE::Result::DataType	AskResultDataType (int loadcaseIndex, int iterationIndex, const NXOpen::CAE::Result::Type &resultType)
	Ask result datatype. More...
NXOpen::CAE::Result::LoadcaseValueType	AskResultLoadcaseValue (int loadcaseIndex, NXString *description, double *value)
	Ask load case description, value type and value for the input load case. More...
void	AskResultSections (int loadcaseIndex, int iterationIndex, const NXOpen::CAE::Result::Type &resultType, std::vector< int > &sectionNums)
	Ask element ids and corresponding number of sections at which result is defined Created in NX6.0.3. More...
void	AskResultTypes (int loadcaseIndex, int iterationIndex, std::vector< NXOpen::CAE::Result::Type > &types, std::vector< NXString > &description)
	Returns an array of result types and descriptions available for a given loadcase and iteration Created in NX6.0.2. More...
NXString	AskSectionDescription (NXOpen::CAE::Result::Section sect)
	Ask Section description provided section type. More...
NXOpen::TaggedObject *	Find (const NXString &journalIdentifier)
	Returns a NXOpen::CAE::BaseLoadcase. More...
NXOpen::TaggedObject *	Find (const char *journalIdentifier)
	Returns a NXOpen::CAE::BaseLoadcase. More...
std::vector < NXOpen::CAE::BaseLoadcase * >	GetLoadcases ()
	Ask the loadcases present in this result. More...
void	GetMeshes (std::vector< NXOpen::CAE::PostMesh * > &meshes)
	Returns number of meshgoups and array of their objects in the loaded result. More...
void	GetMeshesOfGivenDimension (int dimension, std::vector< NXOpen::CAE::PostMesh * > &meshes)
	Returns number of meshgoups and array of their objects of the given dimension in the loaded result. More...
void	GetResultCoordinateSystemDefinition (int id, NXOpen::CAE::Result::CoordinateSystem *type, NXOpen::Point3d *origin, NXOpen::Matrix3x3 *matrix)
	Returns definitions of a result coordinate system Created in NX8.0.1. More...
std::vector< int >	GetResultCoordinateSystems ()
	Returns coordinate system IDs defined in the result. More...
bool	IsResultTypeComplex (int loadcaseIndex, int iterationIndex, const NXOpen::CAE::Result::Type &resultType)
	Ask whether a result type is complex or not. More...
Public Member Functions inherited from NXOpen::NXObject
NXOpen::AttributeIterator *	CreateAttributeIterator ()
	Create an attribute iterator. More...
void	DeleteAllAttributesByType (NXOpen::NXObject::AttributeType type)
	Deletes all attributes of a specific type. More...
void	DeleteAllAttributesByType (NXOpen::NXObject::AttributeType type, NXOpen::Update::Option option)
	Deletes all attributes of a specific type with the option to update or not. More...
void	DeleteAttributeByTypeAndTitle (NXOpen::NXObject::AttributeType type, const NXString &title)
	Deletes an attribute by type and title. More...
void	DeleteAttributeByTypeAndTitle (NXOpen::NXObject::AttributeType type, const char *title)
	Deletes an attribute by type and title. More...
void	DeleteAttributeByTypeAndTitle (NXOpen::NXObject::AttributeType type, const NXString &title, NXOpen::Update::Option option)
	Deletes an attribute by type and title with the option to update or not. More...
void	DeleteAttributeByTypeAndTitle (NXOpen::NXObject::AttributeType type, const char *title, NXOpen::Update::Option option)
	Deletes an attribute by type and title with the option to update or not. More...
void	DeleteUserAttribute (NXOpen::NXObject::AttributeType type, const NXString &title, bool deleteEntireArray, NXOpen::Update::Option option)
	Deletes the first attribute encountered with the given Type, Title. More...
void	DeleteUserAttribute (NXOpen::NXObject::AttributeType type, const char *title, bool deleteEntireArray, NXOpen::Update::Option option)
	Deletes the first attribute encountered with the given Type, Title. More...
void	DeleteUserAttributes (NXOpen::AttributeIterator *iterator, NXOpen::Update::Option option)
	Deletes the attributes on the object, if any, that satisfy the given iterator Created in NX8.0.0. More...
void	DeleteUserAttributes (NXOpen::NXObject::AttributeType type, NXOpen::Update::Option option)
	Deletes the attributes encountered with the given Type with option to update or not. More...
virtual NXOpen::INXObject *	FindObject (const NXString &journalIdentifier)
	Finds the NXOpen::NXObject with the given identifier as recorded in a journal. More...
virtual NXOpen::INXObject *	FindObject (const char *journalIdentifier)
	Finds the NXOpen::NXObject with the given identifier as recorded in a journal. More...
std::vector < NXOpen::NXObject::AttributeInformation >	GetAttributeTitlesByType (NXOpen::NXObject::AttributeType type)
	Gets all the attribute titles of a specific type. More...
bool	GetBooleanUserAttribute (const NXString &title, int index)
	Gets a boolean attribute by Title and array Index. More...
bool	GetBooleanUserAttribute (const char *title, int index)
	Gets a boolean attribute by Title and array Index. More...
NXOpen::NXObject::ComputationalTime	GetComputationalTimeUserAttribute (const NXString &title, int index)
	Gets a time attribute by Title and array Index. More...
NXOpen::NXObject::ComputationalTime	GetComputationalTimeUserAttribute (const char *title, int index)
	Gets a time attribute by Title and array Index. More...
int	GetIntegerAttribute (const NXString &title)
	Gets an integer attribute by title. More...
int	GetIntegerAttribute (const char *title)
	Gets an integer attribute by title. More...
int	GetIntegerUserAttribute (const NXString &title, int index)
	Gets an integer attribute by Title and array Index. More...
int	GetIntegerUserAttribute (const char *title, int index)
	Gets an integer attribute by Title and array Index. More...
bool	GetNextUserAttribute (NXOpen::AttributeIterator *iterator, NXOpen::NXObject::AttributeInformation *info)
	Gets the next attribute encountered on the object, if any, that satisfies the given iterator. More...
NXString	GetPdmReferenceAttributeValue (const NXString &attributeTitle)
	Gets the value of PDM Reference attribute for given object. More...
NXString	GetPdmReferenceAttributeValue (const char *attributeTitle)
	Gets the value of PDM Reference attribute for given object. More...
double	GetRealAttribute (const NXString &title)
	Gets a real attribute by title. More...
double	GetRealAttribute (const char *title)
	Gets a real attribute by title. More...
double	GetRealUserAttribute (const NXString &title, int index)
	Gets a real attribute by Title and array Index. More...
double	GetRealUserAttribute (const char *title, int index)
	Gets a real attribute by Title and array Index. More...
NXString	GetReferenceAttribute (const NXString &title)
	Gets the reference string (not the calculated value) of a string attribute that uses a reference string. More...
NXString	GetReferenceAttribute (const char *title)
	Gets the reference string (not the calculated value) of a string attribute that uses a reference string. More...
NXString	GetStringAttribute (const NXString &title)
	Gets a string attribute value by title. More...
NXString	GetStringAttribute (const char *title)
	Gets a string attribute value by title. More...
NXString	GetStringUserAttribute (const NXString &title, int index)
	Gets a string attribute by Title and array Index. More...
NXString	GetStringUserAttribute (const char *title, int index)
	Gets a string attribute by Title and array Index. More...
NXString	GetTimeAttribute (NXOpen::NXObject::DateAndTimeFormat format, const NXString &title)
	Gets a time attribute by title. More...
NXString	GetTimeAttribute (NXOpen::NXObject::DateAndTimeFormat format, const char *title)
	Gets a time attribute by title. More...
NXString	GetTimeUserAttribute (const NXString &title, int index)
	Gets a time attribute by Title and array Index. More...
NXString	GetTimeUserAttribute (const char *title, int index)
	Gets a time attribute by Title and array Index. More...
NXOpen::NXObject::AttributeInformation	GetUserAttribute (const NXString &title, NXOpen::NXObject::AttributeType type, int index)
	Gets the first attribute encountered on the object, if any, with a given Title, Type and array Index. More...
NXOpen::NXObject::AttributeInformation	GetUserAttribute (const char *title, NXOpen::NXObject::AttributeType type, int index)
	Gets the first attribute encountered on the object, if any, with a given Title, Type and array Index. More...
std::vector < NXOpen::NXObject::AttributeInformation >	GetUserAttribute (const NXString &title, bool includeUnset, bool addStringValues, NXOpen::NXObject::AttributeType type)
	Gets the first attribute (or attribute array) encountered on the object, if any, with a given Title and Type. More...
std::vector < NXOpen::NXObject::AttributeInformation >	GetUserAttribute (const char *title, bool includeUnset, bool addStringValues, NXOpen::NXObject::AttributeType type)
	Gets the first attribute (or attribute array) encountered on the object, if any, with a given Title and Type. More...
NXString	GetUserAttributeAsString (const NXString &title, NXOpen::NXObject::AttributeType type, int index)
	Gets the first attribute encountered on the object, if any, with a given title, type and array index. More...
NXString	GetUserAttributeAsString (const char *title, NXOpen::NXObject::AttributeType type, int index)
	Gets the first attribute encountered on the object, if any, with a given title, type and array index. More...
int	GetUserAttributeCount (NXOpen::AttributeIterator *iterator)
	Gets the count of set attributes on the object, if any, that satisfy the given iterator. More...
int	GetUserAttributeCount (NXOpen::AttributeIterator *iterator, bool countArrayAsOneAttribute)
	Gets the count of set attributes on the object, if any, that satisfy the given iterator. More...
int	GetUserAttributeCount (NXOpen::NXObject::AttributeType type)
	Gets the count of set attributes on the object, if any, of the given type. More...
int	GetUserAttributeCount (NXOpen::NXObject::AttributeType type, bool includeUnset, bool countArrayAsOneAttribute)
	Gets the count of attributes on the object, if any, of the given type. More...
bool	GetUserAttributeLock (const NXString &title, NXOpen::NXObject::AttributeType type)
	Determine the lock of the given attribute. More...
bool	GetUserAttributeLock (const char *title, NXOpen::NXObject::AttributeType type)
	Determine the lock of the given attribute. More...
std::vector < NXOpen::NXObject::AttributeInformation >	GetUserAttributes (NXOpen::AttributeIterator *iterator)
	Gets all the attributes that have been set on the given object, if any, that satisfy the given iterator. More...
std::vector < NXOpen::NXObject::AttributeInformation >	GetUserAttributes ()
	Gets all the attributes that have been set on the given object. More...
std::vector < NXOpen::NXObject::AttributeInformation >	GetUserAttributes (bool includeUnset)
	Gets all the attributes of the given object. More...
std::vector < NXOpen::NXObject::AttributeInformation >	GetUserAttributes (bool includeUnset, bool addStringValues)
	Gets all the attributes of the given object. More...
std::vector< NXString >	GetUserAttributesAsStrings ()
	Gets all the attributes that have been set on the given object. More...
int	GetUserAttributeSize (const NXString &title, NXOpen::NXObject::AttributeType type)
	Gets the size of the first attribute encountered on the object, if any, with a given Title and Type. More...
int	GetUserAttributeSize (const char *title, NXOpen::NXObject::AttributeType type)
	Gets the size of the first attribute encountered on the object, if any, with a given Title and Type. More...
std::vector< NXOpen::NXObject * >	GetUserAttributeSourceObjects ()
	Returns an array of objects from which this object presents attributes. More...
bool	HasUserAttribute (NXOpen::AttributeIterator *iterator)
	Determines if an attribute exists on the object, that satisfies the given iterator. More...
bool	HasUserAttribute (const NXString &title, NXOpen::NXObject::AttributeType type, int index)
	Determines if an attribute with the given Title, Type and array Index is present on the object Unset attributes will not be detected by this function, as its purpose is to test for the actual presence of the attribute on the object. More...
bool	HasUserAttribute (const char *title, NXOpen::NXObject::AttributeType type, int index)
	Determines if an attribute with the given Title, Type and array Index is present on the object Unset attributes will not be detected by this function, as its purpose is to test for the actual presence of the attribute on the object. More...
virtual bool	IsOccurrence ()
	Returns whether this object is an occurrence or not. More...
virtual NXString	JournalIdentifier ()
	Returns the identifier that would be recorded in a journal for this object. More...
virtual NXString	Name ()
	Returns the custom name of the object. More...
virtual NXOpen::Assemblies::Component *	OwningComponent ()
	Returns the owning component, if this object is an occurrence. More...
virtual NXOpen::BasePart *	OwningPart ()
	Returns the owning part of this object Created in NX3.0.0. More...
virtual void	Print ()
	Prints a representation of this object to the system log file. More...
virtual NXOpen::INXObject *	Prototype ()
	Returns the prototype of this object if it is an occurrence. More...
void	SetAttribute (const NXString &title, int value)
	Creates or modifies an integer attribute. More...
void	SetAttribute (const char *title, int value)
	Creates or modifies an integer attribute. More...
void	SetAttribute (const NXString &title, int value, NXOpen::Update::Option option)
	Creates or modifies an integer attribute with the option to update or not. More...
void	SetAttribute (const char *title, int value, NXOpen::Update::Option option)
	Creates or modifies an integer attribute with the option to update or not. More...
void	SetAttribute (const NXString &title, double value)
	Creates or modifies a real attribute. More...
void	SetAttribute (const char *title, double value)
	Creates or modifies a real attribute. More...
void	SetAttribute (const NXString &title, double value, NXOpen::Update::Option option)
	Creates or modifies a real attribute with the option to update or not. More...
void	SetAttribute (const char *title, double value, NXOpen::Update::Option option)
	Creates or modifies a real attribute with the option to update or not. More...
void	SetAttribute (const NXString &title, const NXString &value)
	Creates or modifies a string attribute. More...
void	SetAttribute (const char *title, const char *value)
	Creates or modifies a string attribute. More...
void	SetAttribute (const NXString &title, const NXString &value, NXOpen::Update::Option option)
	Creates or modifies a string attribute with the option to update or not. More...
void	SetAttribute (const char *title, const char *value, NXOpen::Update::Option option)
	Creates or modifies a string attribute with the option to update or not. More...
void	SetAttribute (const NXString &title)
	Creates or modifies a null attribute which is an attribute with a title and no value. More...
void	SetAttribute (const char *title)
	Creates or modifies a null attribute which is an attribute with a title and no value. More...
void	SetAttribute (const NXString &title, NXOpen::Update::Option option)
	Creates or modifies a null attribute with the option to update or not. More...
void	SetAttribute (const char *title, NXOpen::Update::Option option)
	Creates or modifies a null attribute with the option to update or not. More...
void	SetBooleanUserAttribute (const NXString &title, int index, bool value, NXOpen::Update::Option option)
	Creates or modifies a boolean attribute with the option to update or not. More...
void	SetBooleanUserAttribute (const char *title, int index, bool value, NXOpen::Update::Option option)
	Creates or modifies a boolean attribute with the option to update or not. More...
virtual void	SetName (const NXString &name)
	Sets the custom name of the object. More...
virtual void	SetName (const char *name)
	Sets the custom name of the object. More...
void	SetPdmReferenceAttribute (const NXString &attributeTitle, const NXString &attributeValue)
	Sets the value of PDM Reference attribute on the object. More...
void	SetPdmReferenceAttribute (const char *attributeTitle, const char *attributeValue)
	Sets the value of PDM Reference attribute on the object. More...
void	SetReferenceAttribute (const NXString &title, const NXString &value)
	Creates or modifies a string attribute which uses a reference string. More...
void	SetReferenceAttribute (const char *title, const char *value)
	Creates or modifies a string attribute which uses a reference string. More...
void	SetReferenceAttribute (const NXString &title, const NXString &value, NXOpen::Update::Option option)
	Creates or modifies a string attribute which uses a reference string, with the option to update or not. More...
void	SetReferenceAttribute (const char *title, const char *value, NXOpen::Update::Option option)
	Creates or modifies a string attribute which uses a reference string, with the option to update or not. More...
void	SetTimeAttribute (const NXString &title, const NXString &value)
	Creates or modifies a time attribute. More...
void	SetTimeAttribute (const char *title, const char *value)
	Creates or modifies a time attribute. More...
void	SetTimeAttribute (const NXString &title, const NXString &value, NXOpen::Update::Option option)
	Creates or modifies a time attribute with the option to update or not. More...
void	SetTimeAttribute (const char *title, const char *value, NXOpen::Update::Option option)
	Creates or modifies a time attribute with the option to update or not. More...
void	SetTimeUserAttribute (const NXString &title, int index, const NXString &value, NXOpen::Update::Option option)
	Creates or modifies a time attribute with the option to update or not. More...
void	SetTimeUserAttribute (const char *title, int index, const char *value, NXOpen::Update::Option option)
	Creates or modifies a time attribute with the option to update or not. More...
void	SetTimeUserAttribute (const NXString &title, int index, const NXOpen::NXObject::ComputationalTime &value, NXOpen::Update::Option option)
	Creates or modifies a time attribute with the option to update or not. More...
void	SetTimeUserAttribute (const char *title, int index, const NXOpen::NXObject::ComputationalTime &value, NXOpen::Update::Option option)
	Creates or modifies a time attribute with the option to update or not. More...
void	SetUserAttribute (const NXOpen::NXObject::AttributeInformation &info, NXOpen::Update::Option option)
	Creates or modifies an attribute with the option to update or not. More...
void	SetUserAttribute (const NXString &title, int index, int value, NXOpen::Update::Option option)
	Creates or modifies an integer attribute with the option to update or not. More...
void	SetUserAttribute (const char *title, int index, int value, NXOpen::Update::Option option)
	Creates or modifies an integer attribute with the option to update or not. More...
void	SetUserAttribute (const NXString &title, int index, double value, NXOpen::Update::Option option)
	Creates or modifies a real attribute with the option to update or not. More...
void	SetUserAttribute (const char *title, int index, double value, NXOpen::Update::Option option)
	Creates or modifies a real attribute with the option to update or not. More...
void	SetUserAttribute (const NXString &title, int index, const NXString &value, NXOpen::Update::Option option)
	Creates or modifies a string attribute with the option to update or not. More...
void	SetUserAttribute (const char *title, int index, const char *value, NXOpen::Update::Option option)
	Creates or modifies a string attribute with the option to update or not. More...
void	SetUserAttribute (const NXString &title, int index, NXOpen::Update::Option option)
	Creates or modifies a null attribute with the option to update or not. More...
void	SetUserAttribute (const char *title, int index, NXOpen::Update::Option option)
	Creates or modifies a null attribute with the option to update or not. More...
void	SetUserAttributeLock (const NXString &title, NXOpen::NXObject::AttributeType type, bool lock)
	Lock or unlock the given attribute. More...
void	SetUserAttributeLock (const char *title, NXOpen::NXObject::AttributeType type, bool lock)
	Lock or unlock the given attribute. More...
Public Member Functions inherited from NXOpen::TaggedObject
tag_t	Tag () const
	Returns the tag of this object. More...

Detailed Description

This class provides interfaces to query analysis results.

To query results you must first understand how the results are structured. The basic structure is as follows

• Load case
  • Iteration
    • Result Type

Results are divided into Load Cases(loadcase). Loadcase is a general term which could representand of the follow based on solution type

• Solution Steps
• Modes
• Frequencies
• etc

The number of Loadcases can be obtained by using NXOpen::CAE::Result::AskNumLoadcases . When querying information for a loadcase you will use the loadcase index ( 0 to n-1 ), where n is the number of loadcases. Each Loadcase is divided into multiple iterations, although for many results there will be only 1 iteration. Based on solution type, these iterations could represent

• Time Steps
• Cycles
• Solver iterations
• etc

The number of iterations for a given loadcase can be obtained by using NXOpen::CAE::Result::AskNumIterations and specify the loadcase index. When querying information for a specific iteration, you will use both the loadcase and iteration index. Within an iteration query all the available Result types using NXOpen::CAE::Result::AskResultTypes

A Result type is defined by three parameters

1. NXOpen::CAE::Result::Quantity - It specifies physical quantity of the result like Displacement, Stress etc.
2. NXOpen::CAE::Result::Location - It specifies where the result is defined like Nodal, Elemental, or Element Nodal
3. NXOpen::CAE::Result::Section - It specifies on which section or gauss point the result is calculated

The Results object also contains information on the finite element model for which results may be accessed. The number of nodes in this results model can be obtained by using NXOpen::CAE::Result::AskNumNodes . The number of elements in this results model can be obtained by using NXOpen::CAE::Result::AskNumElements . Elements are also organized in several groups (of type NXOpen::CAE::Result::GroupContainer ) based on the element type, material and physical property. One can query the number of each group type and its content.

Nodes and Elements in result the file are addressed by their index which varies from 1 to number of nodes/elements. Node and Element can have a user label associated with it. User labels are unique and have one to one mapping with its index.

An instance of this class can not be obtained

Created in NX5.0.0.

Member Enumeration Documentation

enum NXOpen::CAE::Result::BeamEnd

Value type for beam end.

Enumerator
BeamEndNone	None.
BeamEndFore	Fore end.
BeamEndAft	Aft end.

enum NXOpen::CAE::Result::Complex

Complex options.

Enumerator
ComplexReal	real
ComplexImaginary	imaginary
ComplexAmplitude	amplitude
ComplexSignedAmplitude	signed amplitude
ComplexPhaseAngle	phase angle

enum NXOpen::CAE::Result::Component

Result components.

Enumerator
ComponentScalar	scalar
ComponentX	x
ComponentY	y
ComponentZ	z
ComponentMagnitude	magnitude
ComponentXx	xx
ComponentYy	yy
ComponentZz	zz
ComponentXy	xy
ComponentYz	yz
ComponentZx	zx
ComponentDeterminant	determinant
ComponentMean	mean
ComponentMaximumShear	maximum shear
ComponentMinimumPrincipal	minimum principal
ComponentMiddlePrincipal	middle principal
ComponentMaximumPrincipal	maximum principal
ComponentOctahedral	octahedral
ComponentVonMises	von mises
ComponentMembraneXX	membrane xx
ComponentMembraneYY	membrane yy
ComponentMembraneXY	membrane xy
ComponentBendingXX	bending xx
ComponentBendingYY	bending yy
ComponentBendingXY	bending xy
ComponentShearXZ	shear xz
ComponentShearYZ	shear yz
ComponentAxial	axial
ComponentBendingS	bending s
ComponentBendingT	bending t
ComponentTorsion	torsion
ComponentShearS	shear s
ComponentShearT	shear t
ComponentSpringDashpotForce	No longer used; it means NXOpen::CAE::Result::ComponentSpringDashpotForceX in new format.
ComponentSpringDashpotForceX	spring dashpot force x
ComponentSpringDashpotForceY	spring dashpot force y
ComponentSpringDashpotForceZ	spring dashpot force z
ComponentSpringDashpotMomentX	spring dashpot moment x
ComponentSpringDashpotMomentY	spring dashpot moment y
ComponentSpringDashpotMomentZ	spring dashpot moment z
ComponentScalar1	scalar1
ComponentScalar2	scalar2
ComponentScalar3	scalar3
ComponentScalar4	scalar4
ComponentScalar5	scalar5
ComponentScalar6	scalar6
ComponentScalar7	scalar7
ComponentScalar8	scalar8
ComponentScalar9	scalar9
ComponentScalar10	scalar10
ComponentScalar11	scalar11
ComponentScalar12	scalar12
ComponentWorstPrincipal	worst principal

enum NXOpen::CAE::Result::ComputationType

types for different way of computing nodal result from element nodal result.

Enumerator
ComputationTypeNone	None.
ComputationTypeAverage	compute average
ComputationTypeSum	compute sum. (Applicable only for element-nodal vector result.)
ComputationTypeMinimum	minimum value at the node
ComputationTypeMaximum	maximum value at the node
ComputationTypeAbsoluteMinimum	absolute minimum of the node
ComputationTypeAbsoluteMaximum	absolute maximum of the node
ComputationTypeArithmaticMean	mean of the values at the node
ComputationTypeDiscontinuity	discontinuity based on discontinuity option

enum NXOpen::CAE::Result::CoordinateSystem

Coordinate systems.

Enumerator
CoordinateSystemAbsoluteRectangular	absolute rectangular
CoordinateSystemAbsoluteCylindrical	absolute cylindrical
CoordinateSystemAbsoluteSpherical	absolute spherical
CoordinateSystemWorkRectangular	work rectangular
CoordinateSystemWorkCylindrical	work cylindrical
CoordinateSystemWorkSpherical	work spherical
CoordinateSystemLocal	local
CoordinateSystemMaterial	Material coordinate system is applicable only when such coordinate systems are defined in the results model; if no material coordinate system is defined NXOpen::CAE::Result::CoordinateSystemAbsoluteRectangular will be used.
CoordinateSystemSelectRectangular	select rectangular
CoordinateSystemSelectCylindrical	select cylindrical
CoordinateSystemSelectSpherical	select spherical

enum NXOpen::CAE::Result::CoordinateSystemSource

Source of selected coordinate system.

Enumerator
CoordinateSystemSourceNone	none
CoordinateSystemSourceModel	identifies a coordinate system in the work part
CoordinateSystemSourceResult	identifies a coordinate system in the result

enum NXOpen::CAE::Result::DataType

Result data types.

Enumerator
DataTypeScalar	scalar
DataTypeVector	vector
DataTypeSixVector	six vector
DataTypeTensor	tensor
DataTypeElementResultantShell	element resultant shell
DataTypeElementResultantBeam	element resultant beam
DataTypeElementResultantSpringDashpot	element resultant spring dashpot
DataTypeSixScalars	Applicable for NXOpen::CAE::Result::QuantitySolidLaminateFailureIndex.
DataTypeThreeScalars	three scalars
DataTypeMultiScalar	Multi scalar.

enum NXOpen::CAE::Result::DbScale

dB scales

Enumerator
DbScaleDb10	db10
DbScaleDb20	db20

enum NXOpen::CAE::Result::DeformationScale

Deformation scales.

Enumerator
DeformationScaleModel	model
DeformationScaleAbsolute	absolute

enum NXOpen::CAE::Result::DiscontinuityMethod

methods for different way of computing discontinuities in element nodal results

Enumerator
DiscontinuityMethodRelative	relative discontiuity
DiscontinuityMethodWeighted	weighted discontinuity
DiscontinuityMethodLocal	local discontinuity
DiscontinuityMethodLocallyBalanced	locally balanced discontinuity

enum NXOpen::CAE::Result::ElementValueCriterion

Element-value criterions.

Enumerator
ElementValueCriterionAverage	average
ElementValueCriterionCentroid	centroid
ElementValueCriterionMaximum	maximum
ElementValueCriterionMinimum	minimum

enum NXOpen::CAE::Result::Filetype

The result file type.

Enumerator
FiletypeNastran	nastran
FiletypeIdeas	ideas
FiletypeBud	bud
FiletypeVki	vki
FiletypeAbaqus	abaqus
FiletypeAnsys	ansys
FiletypeMapped	mapped
FiletypeAfu	afu
FiletypeRs2	rs2
FiletypeAbaqusOdb	abaqus odb
FiletypeLsdynaState	lsdyna state
FiletypePermasPost	permas post
FiletypeSamcefDes	samcef des
FiletypeNastranXdb	nastran xdb
FiletypeSysnoiseDb	sysnoise db

enum NXOpen::CAE::Result::GroupContainer

Group Containers.

Enumerator
GroupContainerZeroDimensional	zero dimensional
GroupContainerOneDimensional	one dimensional
GroupContainerTwoDimensional	two dimensional
GroupContainerThreeDimensional	three dimensional
GroupContainerConnector	connector
GroupContainerOther	other

enum NXOpen::CAE::Result::InitialDeformationSelection

The initial deformation selection type which will decide how the final calculations will happen after applying the initial deformation on the main deforamtion.

Enumerator
InitialDeformationSelectionNone	None.
InitialDeformationSelectionDefault	Default selection.
InitialDeformationSelectionUserDefined	Selection from the user.

enum NXOpen::CAE::Result::LoadcaseValueType

Value type for result load case.

Enumerator
LoadcaseValueTypeUnknown	Unknown Value type.
LoadcaseValueTypeFrequency	Value type - Frequency.
LoadcaseValueTypeLoadFactor	Value type - Load Factor.
LoadcaseValueTypeNodeDOF	Value type - Node DOF.
LoadcaseValueTypeLoadCase	Value type - Load Case.
LoadcaseValueTypeTime	Value type - Time.

enum NXOpen::CAE::Result::Location

Result locations.

Enumerator
LocationNodal	nodal
LocationElement	element
LocationElementNodal	element nodal
LocationElementFace	element face
LocationElementEdge	element edge
LocationElementFaceNode	element face node
LocationElementEdgeNode	element edge node

enum NXOpen::CAE::Result::Quantity

Result quantities.

Enumerator
QuantityDisplacement	displacement
QuantityRotation	rotation
QuantityTranslationalDeformation	translational deformation
QuantityRotationalDeformation	rotational deformation
QuantityContactDisplacement	contact displacement
QuantityVelocity	velocity
QuantityAngularVelocity	angular velocity
QuantityAcceleration	acceleration
QuantityAngularAcceleration	angular acceleration
QuantityVonMisesStress	von mises stress
QuantityVonMisesStrain	von mises strain
QuantityStress	stress
QuantityStrain	strain
QuantityStrainEnergy	strain energy
QuantityStrainEnergyDensity	strain energy density
QuantityStrainEnergyError	strain energy error
QuantityEquivalentPlasticStrain	equivalent plastic strain
QuantityEquivalentCreepStrain	equivalent creep strain
QuantityKineticEnergy	kinetic energy
QuantityKineticEnergyDensity	kinetic energy density
QuantityKineticEnergyPercent	kinetic energy percent
QuantityThickness	thickness
QuantityTemperature	temperature
QuantityTemperatureGradient	temperature gradient
QuantityHeatFlux	heat flux
QuantityThermalEnergy	thermal energy
QuantityHeatFlow	heat flow
QuantityAppliedForce	applied force
QuantityAppliedMoment	applied moment
QuantityReactionForce	reaction force
QuantityReactionMoment	reaction moment
QuantityReactionForceMPC	reaction force mpc
QuantityReactionMomentMPC	reaction moment mpc
QuantityContactTraction	contact traction
QuantityContactForce	contact force
QuantityElementForce	element force
QuantityElementMoment	element moment
QuantityContactPressure	contact pressure
QuantityFatigueLife	fatigue life
QuantityFatigueDamage	fatigue damage
QuantityFatigueSafetyFactor	fatigue safety factor
QuantityStrengthSafetyFactor	strength safety factor
QuantityElementError	element error
QuantityElementResultants	element resultants
QuantityElementStrainResultants	element strain resultants
QuantityMaximumTemperature	maximum temperature
QuantityMinimumTemperature	minimum temperature
QuantityTimeAtMaximumTemperature	time at maximum temperature
QuantityTimeAtMinimumTemperature	time at minimum temperature
QuantityConductiveFlux	conductive flux
QuantityTotalHeatLoad	total heat load
QuantityTotalHeatFlux	total heat flux
QuantityHeatResidual	heat residual
QuantityConvectionCoefficient	convection coefficient
QuantityViewFactorsSum	view factors sum
QuantityAdjustedVelocity	adjusted velocity
QuantityPressureOnPositiveSide	pressure on positive side
QuantityPressureOnNegativeSide	pressure on negative side
QuantityStaticPressure	static pressure
QuantityTotalPressure	total pressure
QuantityTurbulenceEnergy	turbulence energy
QuantityTurbulenceDissipation	turbulence dissipation
QuantityFluidDensity	fluid density
QuantityShearStressOnPositiveSide	shear stress on positive side
QuantityShearStressOnNegativeSide	shear stress on negative side
QuantityRoughnessOnPositiveSide	roughness on positive side
QuantityRoughnessOnNegativeSide	roughness on negative side
QuantityYPlusOnPositiveSide	yplus on positive side
QuantityYPlusOnNegativeSide	yplus on negative side
QuantityMassFlux	mass flux
QuantityFluidTemperature	fluid temperature
QuantityConvectiveFlux	convective flux
QuantityLocalConvectionCoefficient	local convection coefficient
QuantityBulkConvectionCoefficient	bulk convection coefficient
QuantityPressure	pressure
QuantityVelocityComponent	velocity component
QuantityMassFlow	mass flow
QuantityElementHeatLoad	element heat load
QuantitySafetyFactor	safety factor
QuantityShellResultants	shell resultants
QuantityBeamResultants	beam resultants
QuantitySpringDashpotResultant	spring dashpot resultant
QuantityShellStrainResultants	shell strain resultants
QuantityBeamStrainResultants	beam strain resultants
QuantitySpringDashpotStrainResultant	spring dashpot strain resultant
QuantityPlyFailureIndex	ply failure index
QuantityBondFailureIndex	bond failure index
QuantityPlyStress	ply stress
QuantityPlyStrain	ply strain
QuantityBondSafetyMargin	bond safety margin
QuantityPlySafetyMargin	ply safety margin
QuantityTorsionStress	torsion stress
QuantityGridPointForce	grid point force
QuantityGridPointMoment	grid point moment
QuantityRadiativeSourceHeatFlux	radiative source heat flux
QuantityRadiance	radiance
QuantityApparentTemperature	apparent temperature
QuantityFluence	fluence
QuantityRCProduct	rcproduct
QuantityVoltage	voltage
QuantityPowerDensity	power density
QuantityRelativeVelocity	relative velocity
QuantityWaterCumulation	water cumulation
QuantityTurbulentSpecificDissipation	turbulent specific dissipation
QuantityRadiativeHeatFlux	radiative heat flux
QuantityCollimatedHeatFlux	collimated heat flux
QuantityDiffuseHeatFlux	diffuse heat flux
QuantityInfraredHeatFlux	infrared heat flux
QuantityViewFactor	view factor
QuantityUnknown	unknown
QuantityMappedTemperature	mapped temperature
QuantityMappedTemperatureGradient	mapped temperature gradient
QuantityRadiativeAbsorbedHeatFlux	radiative absorbed heat flux
QuantityRadiativeIncidentHeatFlux	radiative incident heat flux
QuantityRadiativeReflectedHeatFlux	radiative reflected heat flux
QuantityRadiativeTransmittedHeatFlux	radiative transmitted heat flux
QuantityCollimatedAbsorbedHeatFlux	collimated absorbed heat flux
QuantityCollimatedIncidentHeatFlux	collimated incident heat flux
QuantityCollimatedReflectedHeatFlux	collimated reflected heat flux
QuantityCollimatedTransmittedHeatFlux	collimated transmitted heat flux
QuantityDiffuseAbsorbedHeatFlux	diffuse absorbed heat flux
QuantityDiffuseIncidentHeatFlux	diffuse incident heat flux
QuantityDiffuseReflectedHeatFlux	diffuse reflected heat flux
QuantityDiffuseTransmittedHeatFlux	diffuse transmitted heat flux
QuantityInfraredAbsorbedHeatFlux	infrared absorbed heat flux
QuantityInfraredIncidentHeatFlux	infrared incident heat flux
QuantityInfraredReflectedHeatFlux	infrared reflected heat flux
QuantityInfraredTransmittedHeatFlux	infrared transmitted heat flux
QuantityAlbedoViewFactor	albedo view factor
QuantityEarthViewFactor	earth view factor
QuantitySolarViewFactor	solar view factor
QuantitySpaceViewFactor	space view factor
QuantityQuality	quality
QuantityRadiationPatch	radiation patch
QuantityAbsorbedRadiation	absorbed radiation
QuantityIncidentRadiation	incident radiation
QuantityReflectedRadiation	reflected radiation
QuantityTransmittedRadiation	transmitted radiation
QuantityRefractiveIndex	refractive index
QuantityRefractiveIndexGradient	refractive index gradient
QuantityOpticalPathLength	optical path length
QuantityLaserPower	laser power
QuantityPumpingPower	pumping power
QuantityRadiativeFluxinSolid	radiative fluxin solid
QuantityFluidScalar	fluid scalar
QuantityWallDistance	wall distance
QuantityRelativeHumidity	relative humidity
QuantitySpecificHumidity	specific humidity
QuantityMachNumber	mach number
QuantityPredictedPercentDissatisfied	predicted percent dissatisfied
QuantityPercentMeanVote	percent mean vote
QuantityVorticity	vorticity
QuantityRelativePressure	relative pressure
QuantityAbsolutePressure	absolute pressure
QuantityElementAspectRatio	element aspect ratio
QuantityElementDistortion	element distortion
QuantityElementTaper	element taper
QuantityElementSize	element size
QuantityElementJacobian	element jacobian
QuantityElementSkew	element skew
QuantityElementStretch	element stretch
QuantityElementTwist	element twist
QuantityElementWarp	element warp
QuantityFluidMesh	fluid mesh
QuantityNetRadiativeLoad	net radiative load
QuantityNetRadiativeFlux	net radiative flux
QuantityRadiosityLoad	radiosity load
QuantityRadiosityFlux	radiosity flux
QuantityIrradianceLoad	irradiance load
QuantityIrradianceFlux	irradiance flux
QuantityParticleDensity	particle density
QuantityParticleMassDensity	particle mass density
QuantityAcousticPowerDensity	acoustic power density
QuantityReynoldsNumber	reynolds number
QuantityBondStrengthRatio	bond strength ratio
QuantityPlyStrengthRatio	ply strength ratio
QuantityFailureIndex	failure index
QuantityContactInitialSeparation	contact initial separation
QuantityContactFinalSeparation	contact final separation
QuantityGasketPressue	gasket pressue
QuantityGasketClosure	gasket closure
QuantityGasketPlasticClosure	gasket plastic closure
QuantityGasketStressYield	gasket stress yield
QuantityGasketStatus	gasket status
QuantityContactPenetration	contact penetration
QuantityContactStatus	contact status
QuantityContactGapDistance	contact gap distance
QuantityStressLevelCrossingRate	stress level crossing rate
QuantityVonMisesStressLevelCrossingRate	von mises stress level crossing rate
QuantityVonMisesStrainLevelCrossingRate	von mises strain level crossing rate
QuantityDisplacementLevelCrossingRate	displacement level crossing rate
QuantityRotationLevelCrossingRate	rotation level crossing rate
QuantityVelocityLevelCrossingRate	velocity level crossing rate
QuantityAngularVelocityLevelCrossingRate	angular velocity level crossing rate
QuantityAccelerationLevelCrossingRate	acceleration level crossing rate
QuantityAngularAccelerationLevelCrossingRate	angular acceleration level crossing rate
QuantityElementForceLevelCrossingRate	element force level crossing rate
QuantityElementMomentLevelCrossingRate	element moment level crossing rate
QuantityElementResultantsLevelCrossingRate	element resultants level crossing rate
QuantityShellResultantsLevelCrossingRate	shell resultants level crossing rate
QuantityBeamResultantsLevelCrossingRate	beam resultants level crossing rate
QuantitySpringDashpotResultantsLevelCrossingRate	spring dashpot resultants level crossing rate
QuantityElementStrainResultantsLevelCrossingRate	element strain resultants level crossing rate
QuantityShellStrainResultantsLevelCrossingRate	shell strain resultants level crossing rate
QuantityBeamStrainResultantsLevelCrossingRate	beam strain resultants level crossing rate
QuantitySpringDashpotStrainResultantsLevelCrossingRate	spring dashpot strain resultants level crossing rate
QuantityXDisplacement	xdisplacement
QuantityYDisplacement	ydisplacement
QuantityZDisplacement	zdisplacement
QuantityLevelCrossingRateXDisplacement	level crossing rate xdisplacement
QuantityLevelCrossingRateYDisplacement	level crossing rate ydisplacement
QuantityLevelCrossingRateZDisplacement	level crossing rate zdisplacement
QuantityXRotation	xrotation
QuantityYRotation	yrotation
QuantityZRotation	zrotation
QuantityLevelCrossingRateXRotation	level crossing rate xrotation
QuantityLevelCrossingRateYRotation	level crossing rate yrotation
QuantityLevelCrossingRateZRotation	level crossing rate zrotation
QuantityXAcceleration	xacceleration
QuantityYAcceleration	yacceleration
QuantityZAcceleration	zacceleration
QuantityLevelCrossingRateXAcceleration	level crossing rate xacceleration
QuantityLevelCrossingRateYAcceleration	level crossing rate yacceleration
QuantityLevelCrossingRateZAcceleration	level crossing rate zacceleration
QuantityXAngularAcceleration	xangular acceleration
QuantityYAngularAcceleration	yangular acceleration
QuantityZAngularAcceleration	zangular acceleration
QuantityLevelCrossingRateXAngularAcceleration	level crossing rate xangular acceleration
QuantityLevelCrossingRateYAngularAcceleration	level crossing rate yangular acceleration
QuantityLevelCrossingRateZAngularAcceleration	level crossing rate zangular acceleration
QuantityXXStress	xxstress
QuantityYYStress	yystress
QuantityZZStress	zzstress
QuantityXYStress	xystress
QuantityYZStress	yzstress
QuantityZXStress	zxstress
QuantityLevelCrossingRateXXStress	level crossing rate xxstress
QuantityLevelCrossingRateYYStress	level crossing rate yystress
QuantityLevelCrossingRateZZStress	level crossing rate zzstress
QuantityLevelCrossingRateXYStress	level crossing rate xystress
QuantityLevelCrossingRateYZStress	level crossing rate yzstress
QuantityLevelCrossingRateZXStress	level crossing rate zxstress
QuantityXElementForce	xelement force
QuantityYElementForce	yelement force
QuantityZElementForce	zelement force
QuantityRXElementForce	rxelement force
QuantityRYElementForce	ryelement force
QuantityRZElementForce	rzelement force
QuantityLevelCrossingRateXElementForce	level crossing rate xelement force
QuantityLevelCrossingRateYElementForce	level crossing rate yelement force
QuantityLevelCrossingRateZElementForce	level crossing rate zelement force
QuantityLevelCrossingRateRXElementForce	level crossing rate rxelement force
QuantityLevelCrossingRateRYElementForce	level crossing rate ryelement force
QuantityLevelCrossingRateRZElementForce	level crossing rate rzelement force
QuantityNXXShellResultant	nxxshell resultant
QuantityNYYShellResultant	nyyshell resultant
QuantityNXYShellResultant	nxyshell resultant
QuantityMXXShellResultant	mxxshell resultant
QuantityMYYShellResultant	myyshell resultant
QuantityMXYShellResultant	mxyshell resultant
QuantityQXZShellResultant	qxzshell resultant
QuantityQYZShellResultant	qyzshell resultant
QuantityLevelCrossingRateNXXShellResultant	level crossing rate nxxshell resultant
QuantityLevelCrossingRateNYYShellResultant	level crossing rate nyyshell resultant
QuantityLevelCrossingRateNXYShellResultant	level crossing rate nxyshell resultant
QuantityLevelCrossingRateMXXShellResultant	level crossing rate mxxshell resultant
QuantityLevelCrossingRateMYYShellResultant	level crossing rate myyshell resultant
QuantityLevelCrossingRateMXYShellResultant	level crossing rate mxyshell resultant
QuantityLevelCrossingRateQXZShellResultant	level crossing rate qxzshell resultant
QuantityLevelCrossingRateQYZShellResultant	level crossing rate qyzshell resultant
QuantityYPlus	yplus
QuantityThermalConductivity	thermal conductivity
QuantityThermalStrain	thermal strain
QuantityGapThickness	gap thickness
QuantityTotalForce	total force
QuantityTotalMoment	total moment
QuantityTotalResidualForce	total residual force
QuantityTotalResidualMoment	total residual moment
QuantityGridPointReactionForce	grid point reaction force
QuantityGridPointReactionMoment	grid point reaction moment
QuantityGridPointAppliedForce	grid point applied force
QuantityGridPointAppliedMoment	grid point applied moment
QuantityGlueForce	glue force
QuantityGluePressure	glue pressure
QuantityGlueTraction	glue traction
QuantityEnthalpy	enthalpy
QuantityEnthalpyRate	enthalpy rate
QuantityNonlinearStress	nonlinear stress
QuantityNonlinearStrain	nonlinear strain
QuantityBondStress	bond stress
QuantityBondStrain	bond strain
QuantitySolidLaminateFailureIndex	solid laminate failure index
QuantitySolidInterLaminarFailureIndex	solid inter laminar failure index
QuantityExternalAppliedHeatFlow	external applied heat flow
QuantityOptimizationDisplacement	Shape Optimization; Nodal Translational displacement values.
QuantityDisplacementMagnitude	displacement magnitude
QuantityFractionVolume	fraction volume
QuantityFilmThickness	film thickness
QuantityTime	time
QuantitySurfaceEmissivity	surface emissivity
QuantityRootMeanSquareDisplacement	root mean square displacement
QuantityRootMeanSquareAcceleration	root mean square acceleration
QuantityRootMeanSquareStress	root mean square stress
QuantityZeroCrossingsDisplacement	zero crossings displacement
QuantityZeroCrossingsAcceleration	zero crossings acceleration
QuantityZeroCrossingsStress	zero crossings stress
QuantitySoundPressure	sound pressure
QuantityRootMeanSquareRotation	root mean square rotation
QuantityRootMeanSquareVelocity	root mean square velocity
QuantityRootMeanSquareAngularVelocity	root mean square angular velocity
QuantityRootMeanSquareAngularAcceleration	root mean square angular acceleration
QuantityRootMeanSquareAppliedForce	root mean square applied force
QuantityRootMeanSquareAppliedMoment	root mean square applied moment
QuantityRootMeanSquareVonMisesStress	root mean square von mises stress
QuantityZeroCrossingseRotation	zero crossingse rotation
QuantityZeroCrossingsVelocity	zero crossings velocity
QuantityZeroCrossingseAngularVelocity	zero crossingse angular velocity
QuantityZeroCrossingseAngularAcceleration	zero crossingse angular acceleration
QuantityZeroCrossingseAppliedForce	zero crossingse applied force
QuantityZeroCrossingseAppliedMoment	zero crossingse applied moment
QuantityRootMeanSquareStrain	root mean square strain
QuantityZeroCrossingsStrain	zero crossings strain
QuantityPlasticStrain	plastic strain
QuantityLogarithmicStrain	logarithmic strain
QuantityTensionSafetyFactor	tension safety factor
QuantityCompressionSafetyFactor	compression safety factor
QuantityRootMeanSquareElementResultant	root mean square element resultant
QuantityZeroCrossingsElementResultant	zero crossings element resultant
QuantityRootMeanSquareShellResultants	root mean square shell resultants
QuantityRootMeanSquareBeamResultants	root mean square beam resultants
QuantityRootMeanSquareSpringDashpotResultant	root mean square spring dashpot resultant
QuantityZeroCrossingsShellResultants	zero crossings shell resultants
QuantityZeroCrossingsBeamResultants	zero crossings beam resultants
QuantityZeroCrossingsSpringDashpotResultant	zero crossings spring dashpot resultant
QuantityXReactionForce	xreaction force
QuantityYReactionForce	yreaction force
QuantityZReactionForce	zreaction force
QuantityXReactionMoment	xreaction moment
QuantityYReactionMoment	yreaction moment
QuantityZReactionMoment	zreaction moment
QuantityLumpedMass	lumped mass
QuantityDistributedMassPerLength	distributed mass per length
QuantityDistributedMassPerArea	distributed mass per area
QuantityTemperatureLoad	temperature load
QuantityTorsionStrain	torsion strain
QuantityAxialStress	axial stress
QuantityAxialStrain	axial strain
QuantityLength	length
QuantitySurfaceAbsoptivity	surface absoptivity
QuantityTurbulentIntensity	turbulent intensity
QuantityVaporToDryAirMassRatio	vapor to dry air mass ratio
QuantityTracerFluidMassFraction	tracer fluid mass fraction
QuantityTotalMixtureMassFractions	total mixture mass fractions
QuantityMass	mass
QuantitySurfaceDensity	surface density
QuantityEmissivityValue	emissivity value
QuantityEffectiveEmissivity	effective emissivity
QuantityVolumeFlow	volume flow
QuantityCoefficientPerLength	coefficient per length
QuantityPermeability	permeability
QuantityThermalConductance	thermal conductance
QuantityThermalResistance	thermal resistance
QuantityConductancePerLength	conductance per length
QuantitySeebeckCoefficient	seebeck coefficient
QuantityElectricalResistivity	electrical resistivity
QuantityElectricalResistance	electrical resistance
QuantityCurrent	current
QuantityPower	power
QuantityHeatCapacity	heat capacity
QuantityTemperatureDifference	temperature difference
QuantityMassDensity	mass density
QuantityPrincipalStress	principal stress
QuantityRootMeanSquareTorsionStress	root mean square torsion stress
QuantityZeroCrossingsTorsionStress	zero crossings torsion stress
QuantityRootMeanSquareTorsionStrain	root mean square torsion strain
QuantityZeroCrossingsTorsionStrain	zero crossings torsion strain
QuantityRootMeanSquareAxialStress	root mean square axial stress
QuantityZeroCrossingsAxialStress	zero crossings axial stress
QuantityRootMeanSquareAxialStrain	root mean square axial strain
QuantityZeroCrossingsAxialStrain	zero crossings axial strain
QuantityRootMeanSquareReactionForceMPC	root mean square reaction force mpc
QuantityZeroCrossingsReactionForceMPC	zero crossings reaction force mpc
QuantityMolecularDiffusionCoefficient	molecular diffusion coefficient
QuantityAngle	angle
QuantityPressureDropToVelocityRatio	pressure drop to velocity ratio
QuantityCauchyStress	cauchy stress
QuantityEquivalentStress	equivalent stress
QuantityPiolaKirchoffStress	piola kirchoff stress
QuantityGreenStrain	green strain
QuantityNormalContactForce	normal contact force
QuantityShearContactForce	shear contact force
QuantityBiotStress	biot stress
QuantityBiotStrain	biot strain
QuantityNaturalStrain	natural strain
QuantityVolume	volume
QuantityPlyThermalStrain	ply thermal strain
QuantityPlyElasticStrain	ply elastic strain
QuantityCyclicReactionForce	cyclic reaction force
QuantityCyclicReactionMoment	cyclic reaction moment
QuantityCurrentDensity	current density
QuantityTrubulentStructures	trubulent structures
QuantityTotalGlueSlipDistance	total glue slip distance
QuantityIncrementalGlueSlipDistance	incremental glue slip distance
QuantityChockingGap	chocking gap
QuantityChockingGapAtElementIntegrationPoint	chocking gap at element integration point
QuantityInitialStrain	initial strain
QuantityInitialStrainAtElementIntegrationPoint	initial strain at element integration point
QuantityLowersurfTemperature	lowersurf temperature
QuantityMidsurfTemperature	midsurf temperature
QuantityUppersurfTemperature	uppersurf temperature
QuantityTemperatureVarRate	temperature var rate
QuantityGlasstransTemperature	glasstrans temperature
QuantityElectricPotential	electric potential
QuantityPorosity	porosity
QuantityStrainEq	strain eq
QuantityDamage	damage
QuantityDamageEq	damage eq
QuantitySpecificCapacitiveEnergy	specific capacitive energy
QuantityGasMassFlux	gas mass flux
QuantityRelativeDisplacement	relative displacement
QuantityHeatFluxApplied	heat flux applied
QuantityHeatFluxEnthalpy	heat flux enthalpy
QuantityHeatFluxRadiativeEmitted	heat flux radiative emitted
QuantityHeatFluxRadiativeFlame	heat flux radiative flame
QuantityHeatFluxRadiativeFlameEmitted	heat flux radiative flame emitted
QuantityHeatFluxRadiativeFlameAbsorbed	heat flux radiative flame absorbed
QuantityTotalHeatFluxApplied	total heat flux applied
QuantityDissipatedEnergyDensity	dissipated energy density
QuantityDissipatedPowerDensity	dissipated power density
QuantityDegreeConversion	degree conversion
QuantityAcousticPressure	acoustic pressure
QuantityAcousticIntensity	acoustic intensity
QuantityAcousticPower	acoustic power
QuantityMultiPointConstraintForce	multi point constraint force
QuantityMultiPointConstraintMoment	multi point constraint moment
QuantityFluidAcousticCouplingQuality	fluid acoustic coupling quality
QuantityFluidUncoupledAcousticCouplingQuality	fluid uncoupled acoustic coupling quality
QuantityStructuralAcousticCouplingQuality	structural acoustic coupling quality
QuantityStructuralUncoupledAcousticCouplingQuality	structural uncoupled acoustic coupling quality
QuantityPressureCohesive	pressure cohesive
QuantityTactionCoheasive	taction coheasive
QuantityPlyDamage	ply damage
QuantityPlyPlasticDamage	ply plastic damage
QuantityEnergyDamage	energy damage
QuantityStatusDamage	status damage
QuantityCohesiveNormalSeparation	cohesive normal separation
QuantityCohesiveSlipDisplacement	cohesive slip displacement
QuantityCohesiveDamage	cohesive damage
QuantitySdv	sdv
QuantitySdvElementIntegrationPoint	sdv element integration point
QuantityBoltPreload2D	bolt preload2d
QuantityBoltPreload3D	bolt preload3d
QuantityMaxFrequency	max frequency
QuantityFreeEdges	free edges
QuantityJunctionEdges	junction edges
QuantityCoupledAcousticalNodes	coupled acoustical nodes
QuantityStrainMech	strain mech
QuantityStructuralAcousticCouplingDistance	structural acoustic coupling distance
QuantityNormalAcousticVelocity	normal acoustic velocity
QuantityNormalAcousticIntensity	normal acoustic intensity
QuantitySpecificCapacitivePower	specific capacitive power
QuantityTransportHeatFlux	transport heat flux
QuantityVolumeHeatFlux	volume heat flux
QuantityAcousticVelocity	acoustic velocity
QuantityCurrentDensityArea	current density area
QuantityForceDensity	force density
QuantityForceDensityArea	force density area
QuantityElectricFieldStrength	electric field strength
QuantityElectricFluxDensity	electric flux density
QuantityPlyPlasticStrain	ply plastic strain
QuantityPlyStrainPlasticEq	ply strain plastic eq
QuantityPlyGreenStrain	ply green strain
QuantityPlyBiotStrain	ply biot strain
QuantityPlyNaturalStrain	ply natural strain
QuantityCyclicWorstPrincipalStrain	cyclic worst principal strain
QuantityCyclicWorstPrincipalStress	cyclic worst principal stress
QuantityCyclicWorstPrincipalStrainAngle	cyclic worst principal strain angle
QuantityCyclicWorstPrincipalStressAngle	cyclic worst principal stress angle
QuantityAxisymmetricWorstPrincipalStress	axisymmetric worst principal stress
QuantityAxisymmetricWorstPrincipalStrain	axisymmetric worst principal strain
QuantityXXStrain	xxstrain
QuantityYYStrain	yystrain
QuantityZZStrain	zzstrain
QuantityXYStrain	xystrain
QuantityYZStrain	yzstrain
QuantityZXStrain	zxstrain
QuantityLevelCrossingRateStrain	level crossing rate strain
QuantityLevelCrossingRateXXStrain	level crossing rate xxstrain
QuantityLevelCrossingRateYYStrain	level crossing rate yystrain
QuantityLevelCrossingRateZZStrain	level crossing rate zzstrain
QuantityLevelCrossingRateXYStrain	level crossing rate xystrain
QuantityLevelCrossingRateYZStrain	level crossing rate yzstrain
QuantityLevelCrossingRateZXStrain	level crossing rate zxstrain
QuantityInitialImperfection	initial imperfection
QuantityOffsetStrain	offset strain
QuantityPlyStressEquivalent	ply stress equivalent
QuantityPlyStressNonlinear	ply stress nonlinear
QuantityPressureGradient	pressure gradient
QuantityNormalizedMassDensity	normalized mass density
QuantityPSDDisplacement	Vibrations : Displacement PSD - displ^2/Hz.
QuantityPSDRMSDisplacement	Vibrations : Displacement PSD RMS - displ.
QuantityPSDVelocity	Vibrations : Velocity PSD - vel^2/Hz.
QuantityPSDRMSVelocity	Vibrations : Velocity PSD RMS - vel.
QuantityPSDAcceleration	Vibrations : Acceleration PSD - accel^2/Hz, must have: g^2/Hz.
QuantityPSDRMSAcceleration	Vibrations : Acceleration PSD RMS - accel, eg, m/s^2, must have: g.
QuantityPSDStress	Stress : Stress PSD - stress^2/Hz, eg Pa^2/Hz.
QuantityPSDPerPlyStress	Stress : Stress PSD Per ply - stress^2/Hz, eg Pa^2/Hz.
QuantityPSDRMSStress	Stress : Stress PSD RMS - stress.
QuantityPSDStrain	Strain : Strain PSD - unitless/Hz, eg (mm/mm)/Hz.
QuantityPSDPerPlyStressPerStrain	Strain : Stress/Strain PSD Per ply - unitless/Hz, eg (mm/mm)/Hz.
QuantityPSDRMSStressPerStrain	Strain : Stress/Strain PSD RMS - unitless, eg mm/mm.
QuantityPSDSPCForce	Forces : SPC Force PSD - force^2/Hz.
QuantityPSDRMSSPCForce	Forces : SPC Force PSD RMS - Force.
QuantityPSDElementForce	Forces : Element Force PSD - force^2/Hz.
QuantityPSDRMSElementForce	Forces : Element Force PSD RMS - Force.
QuantityPSDPressure	Acoustic-related : Pressure PSD - Pa^2/Hz.
QuantityPSDRMSPressure	Acoustic-related : Pressure PSD RMS - Pa.
QuantityElementResultantPlasticStrain	element resultant plastic strain
QuantityElementResultantElasticStrain	element resultant elastic strain
QuantityElementResultantThermalStrain	element resultant thermal strain
QuantityElementResultantCreepStrain	element resultant creep strain
QuantityElasticStrainVonMises	elastic strain von mises
QuantityPlasticStrainVonMises	plastic strain von mises
QuantityThermalStrainVonMises	thermal strain von mises
QuantityStrainVonMisesCreep	strain von mises creep
QuantityPlasticElemResultantStrainShell	plastic elem resultant strain shell
QuantityPlasticElemResultantStrainBeam	plastic elem resultant strain beam
QuantityPlasticElemResultantStrainSpringDashpot	plastic elem resultant strain spring dashpot
QuantityElasticElemResultantStrainShell	elastic elem resultant strain shell
QuantityElasticElemResultantStrainBeam	elastic elem resultant strain beam
QuantityElasticElemResultantStrainSpringDashpot	elastic elem resultant strain spring dashpot
QuantityThermalElemResultantStrainShell	thermal elem resultant strain shell
QuantityThermalElemResultantStrainBeam	thermal elem resultant strain beam
QuantityThermalElemResultantStrainSpringDashpot	thermal elem resultant strain spring dashpot
QuantityElemResultantStrainCreepShell	elem resultant strain creep shell
QuantityElemResultantStrainCreepBeam	elem resultant strain creep beam
QuantityElemResultantStrainCreepSpringDashpot	elem resultant strain creep spring dashpot
QuantityPlyStrainCreep	ply strain creep
QuantityPowerSpectralDensityPressure	power spectral density pressure
QuantityZeroCrossingsPressure	zero crossings pressure
QuantityRootMeanSquarePressure	root mean square pressure
QuantityAutoCorrelationPressure	auto correlation pressure
QuantityCRMSPressure	crmspressure
QuantityPressureAbsoluteModal	pressure absolute modal
QuantityDisplacementAbsoluteModal	displacement absolute modal
QuantityAccelerationAbsoluteModal	acceleration absolute modal
QuantityVelocityAbsoluteModal	velocity absolute modal
QuantityNormalDistance	normal distance
QuantityEnergyDensity	energy density
QuantityId	id
QuantityElemResultantCreep	elem resultant creep
QuantityElemResultantCreepShell	elem resultant creep shell
QuantityElemResultantCreepBeam	elem resultant creep beam
QuantityElemResultantCreepSpringDashpot	elem resultant creep spring dashpot
QuantityStrainEnergyPercent	strain energy percent
QuantityPsdRotation	psd rotation
QuantityPsdAngularVelocity	psd angular velocity
QuantityPsdAngularAcceleration	psd angular acceleration
QuantityPsdForceMpc	psd force mpc
QuantityPsdPlyStrain	psd ply strain
QuantityRMSStress	rmsstress
QuantityRMSPlyStress	rmsply stress
QuantityRMSStressVonMises	rmsstress von mises
QuantityRMSPlyStressVonMises	rmsply stress von mises
QuantityCRMSStress	crmsstress
QuantityCRMSPlyStress	crmsply stress
QuantityEnergyStrain	energy strain
QuantityRMSStrain	rmsstrain
QuantityRMSPlyStrain	rmsply strain
QuantityCRMSStrain	crmsstrain
QuantityCRMSPlyStrain	crmsply strain
QuantityEnergyDamping	energy damping
QuantityPressureOverVolumeVelocity	pressure over volume velocity
QuantitySPForce	spforce
QuantityCumulativeRootMeanSquareDisplacement	cumulative root mean square displacement
QuantityCumulativeRootMeanSquareRotation	cumulative root mean square rotation
QuantityPSDReactionForce	Reaction Force PSD.
QuantityRootMeanSquareReactionMomentMPC	root mean square reaction moment mpc
QuantityZeroCrossingsReactionMomentMPC	zero crossings reaction moment mpc
QuantityRootMeanSquareReactionForce	root mean square reaction force
QuantityZeroCrossingsReactionForce	zero crossings reaction force
QuantityRootMeanSquareReactionMoment	root mean square reaction moment
QuantityZeroCrossingsReactionMoment	zero crossings reaction moment
QuantityRootMeanSquareElementResultantStrain	root mean square element resultant strain
QuantityZeroCrossingsElementResultantStrain	zero crossings element resultant strain
QuantityRootMeanSquareShellStrainResultant	root mean square shell strain resultant
QuantityZeroCrossingsShellStrainResultant	zero crossings shell strain resultant
QuantityRootMeanSquareBeamStrainResultant	root mean square beam strain resultant
QuantityZeroCrossingsBeamStrainResultant	zero crossings beam strain resultant
QuantityRootMeanSquareSpringDashpotStrainResultant	root mean square spring dashpot strain resultant
QuantityZeroCrossingsSpringDashpotStrainResultant	zero crossings spring dashpot strain resultant
QuantityElasticStrain	elastic strain
QuantityAdaptiveElementStressError	adaptive element stress error
QuantityAdaptiveNodalMeshRefinementLevel	adaptive nodal mesh refinement level
QuantityNormErrorStrainEnergy	norm error strain energy
QuantityNormErrorMaximumStrainEnergy	norm error maximum strain energy
QuantityNormMaximumStrainEnergy	norm maximum strain energy
QuantityNormErrorMaximumStress	norm error maximum stress
QuantityNormErrorStress	norm error stress
QuantityNormMaximumStress	norm maximum stress
QuantityNormStress	norm stress
QuantityDynamicViscosity	dynamic viscosity
QuantityNormStrainEnergy	norm strain energy
QuantityElementIntegrationPointStress	element integration point stress
QuantityElementIntegrationPointStrain	element integration point strain
QuantityElasticStrainAtElementIntegrationPoint	elastic strain at element integration point
QuantityThermalStrainAtElementIntegrationPoint	thermal strain at element integration point
QuantityCreepStrain	creep strain
QuantityCreepStrainAtElementIntegrationPoint	creep strain at element integration point
QuantityPlasticStrainAtElementIntegrationPoint	plastic strain at element integration point
QuantityContactSlipIncrementalDisplacement	contact slip incremental displacement
QuantityContactSliptotalDisplacement	contact sliptotal displacement
QuantityGridPointReactionForceMPC	grid point reaction force mpc
QuantityGridPointReactionMomentMPC	grid point reaction moment mpc
QuantityMagneticFluxDensity	magnetic flux density
QuantityMagneticField	magnetic field
QuantityTemperatureError	temperature error
QuantityMaximumTemperatureError	maximum temperature error
QuantityXAngularVelocity	xangular velocity
QuantityYAngularVelocity	yangular velocity
QuantityZAngularVelocity	zangular velocity
QuantityRelativeRotation	relative rotation
QuantityGlueMoment	glue moment
QuantityContactMoment	contact moment
QuantityNonLinearSpringDashpotResultant	non linear spring dashpot resultant
QuantityDiffusionResistance	diffusion resistance

enum NXOpen::CAE::Result::Section

Result sections.

Enumerator
SectionNotApplicable	not applicable
SectionTop	top
SectionMiddle	middle
SectionBottom	bottom
SectionMinimum	minimum
SectionMaximum	maximum
SectionStressRecoveryPointC	stress recovery point c
SectionStressRecoveryPointD	stress recovery point d
SectionStressRecoveryPointE	stress recovery point e
SectionStressRecoveryPointF	stress recovery point f
SectionAll	all
SectionBending	bending

enum NXOpen::CAE::Result::SolutionType

The result solution type.

Enumerator
SolutionTypeUnknown	Unknown.
SolutionTypeStatic	Static.
SolutionTypeVibration	Vibration.
SolutionTypeBuckling	Buckling.
SolutionTypeTransient	Transient.
SolutionTypeFreqresponse	Frequency Response.
SolutionTypeComplexeigen	Complex Eigen.
SolutionTypeQuasistatic	Quasi-Static.

enum NXOpen::CAE::Result::SuperElementRep

Super Element Representations.

Enumerator
SuperElementRepSymbolic	symbolic
SuperElementRepSimplified	simplified
SuperElementRepThreeDim	three dim

enum NXOpen::CAE::Result::TensorDerivedAbsolute

This enumeration defines the methods that can be used when calculating absolute values for the following derived components of NXOpen::CAE::Result::DataTypeTensor NXOpen::CAE::Result::ComponentDeterminant , NXOpen::CAE::Result::ComponentMean , NXOpen::CAE::Result::ComponentMaximumShear , NXOpen::CAE::Result::ComponentMinimumPrincipal , NXOpen::CAE::Result::ComponentMiddlePrincipal , NXOpen::CAE::Result::ComponentMaximumPrincipal , NXOpen::CAE::Result::ComponentOctahedral.

NXOpen::CAE::Result::TensorDerivedAbsoluteAllComponents will make all tensor primary components (XX, YY, ZZ, XY, YZ, ZX) to absolute and then calculate derived component. NXOpen::CAE::Result::TensorDerivedAbsoluteDerivedComponent is absolute value of derived component without changing primary components.

Enumerator
TensorDerivedAbsoluteAllComponents	Absolute of primary components first.
TensorDerivedAbsoluteDerivedComponent	Absolute of current derived components.

Member Function Documentation

int NXOpen::CAE::Result::AskElementIndex

(

int

elementLabel

)

Ask element index of a given element user label.

Returns

Created in NX6.0.2.

License requirements : nx_masterfem ("Finite Element Modeling") OR nx_design_sim ("NX Design Simulation") OR sc_results_viewer (" Simcenter Results Viewer")

Parameters

elementLabel

elementlabel

int NXOpen::CAE::Result::AskElementLabel

(

int

elementIndex

)

Ask element user label of a given element index.

Returns

Created in NX6.0.2.

License requirements : nx_masterfem ("Finite Element Modeling") OR nx_design_sim ("NX Design Simulation") OR sc_results_viewer (" Simcenter Results Viewer")

Parameters

elementIndex

element index ranges from 1 to N (number of elements)

void NXOpen::CAE::Result::AskElementNodes	(	int	elementIndex,
		std::vector< int > &	nodeIndex
	)

Asks for the nodes given an element
Created in NX6.0.2.

License requirements : nx_masterfem ("Finite Element Modeling") OR nx_design_sim ("NX Design Simulation") OR sc_results_viewer (" Simcenter Results Viewer")

Parameters

elementIndex	elementindex
nodeIndex	nodeindex

NXOpen::CAE::ElementTypes::Shape NXOpen::CAE::Result::AskElementShape

(

int

elementIndex

)

Ask element shape given an element index.

Returns

Element topology
Created in NX6.0.3.

License requirements : nx_masterfem ("Finite Element Modeling") OR nx_design_sim ("NX Design Simulation") OR sc_results_viewer (" Simcenter Results Viewer")

Parameters

elementIndex

Element Index

std::vector<NXString> NXOpen::CAE::Result::AskIterations

(

int

loadcaseIndex

)

Number of iterations available for a given loadcase and their descriptions Iteration index varies from 0 to N-1 (number of iterations)

Returns

Created in NX6.0.2.

License requirements : nx_masterfem ("Finite Element Modeling") OR nx_design_sim ("NX Design Simulation") OR sc_results_viewer (" Simcenter Results Viewer")

Parameters

loadcaseIndex

loadcaseindex

std::vector<NXString> NXOpen::CAE::Result::AskLoadcases

(

)

Number of loadcases available in the result file and their descriptions.

Loadcase index varies from 0 to N-1 (number of loadcases)

Returns

Created in NX6.0.2.

License requirements : nx_masterfem ("Finite Element Modeling") OR nx_design_sim ("NX Design Simulation") OR sc_results_viewer (" Simcenter Results Viewer")

std::vector<NXOpen::Point3d> NXOpen::CAE::Result::AskNodeCoordinates

(

const std::vector< int > &

nodeIndex

)

Asks for the coordinates of a node array.

Returns

Created in NX6.0.2.

License requirements : nx_masterfem ("Finite Element Modeling") OR nx_design_sim ("NX Design Simulation") OR sc_results_viewer (" Simcenter Results Viewer")

Parameters

nodeIndex

nodeindex

int NXOpen::CAE::Result::AskNodeIndex

(

int

nodeLabel

)

Ask node index of a given node user label.

Returns

Created in NX6.0.2.

License requirements : nx_masterfem ("Finite Element Modeling") OR nx_design_sim ("NX Design Simulation") OR sc_results_viewer (" Simcenter Results Viewer")

Parameters

nodeLabel

nodelabel

void NXOpen::CAE::Result::AskNodeIndicesOnElementEdge	(	int	elementIndex,
		int	edgeIndex,
		std::vector< int > &	nodeIndices
	)

Returns number of nodes and node Indices on given element index and edge index.

Edge index will vary from 0 to n-1 where, n is the number of edges on element.
Created in NX11.0.0.

License requirements : nx_masterfem ("Finite Element Modeling") OR nx_design_sim ("NX Design Simulation") OR sc_results_viewer (" Simcenter Results Viewer")

Parameters

elementIndex	element index ranges from 1 to N (where N is number of elements) NXOpen::CAE::Result::AskNumElements
edgeIndex	edge index ranges from 0 to N-1 (where N is number of edges) NXOpen::CAE::Result::AskNumEdgesOnElement
nodeIndices	nodeindices

void NXOpen::CAE::Result::AskNodeIndicesOnElementFace	(	int	elementIndex,
		int	faceIndex,
		std::vector< int > &	nodeIndices
	)

Returns number of nodes and node Indices on given element index and face index.

Face index will vary from 0 to n-1 where, n is the number of faces on element.
Created in NX11.0.0.

License requirements : nx_masterfem ("Finite Element Modeling") OR nx_design_sim ("NX Design Simulation") OR sc_results_viewer (" Simcenter Results Viewer")

Parameters

elementIndex	element index ranges from 1 to N (where N is number of elements) NXOpen::CAE::Result::AskNumElements
faceIndex	face index ranges from 0 to N-1 (where N is number of faces) NXOpen::CAE::Result::AskNumFacesOnElement
nodeIndices	nodeindices

int NXOpen::CAE::Result::AskNodeLabel

(

int

nodeIndex

)

Ask node user label of a given node index.

Returns

Created in NX6.0.2.

License requirements : nx_masterfem ("Finite Element Modeling") OR nx_design_sim ("NX Design Simulation") OR sc_results_viewer (" Simcenter Results Viewer")

Parameters

nodeIndex

node index ranges from 1 to N (number of nodes)

int NXOpen::CAE::Result::AskNumberOfSectors

(

)

Returns number of sectors for cyclic symmetric solution.

Returns

Created in NX11.0.0.

License requirements : nx_masterfem ("Finite Element Modeling") OR nx_design_sim ("NX Design Simulation") OR sc_results_viewer (" Simcenter Results Viewer")

int NXOpen::CAE::Result::AskNumEdgesOnElement

(

int

elementIndex

)

Returns number of edges on given element index.

Returns

Created in NX11.0.0.

License requirements : nx_masterfem ("Finite Element Modeling") OR nx_design_sim ("NX Design Simulation") OR sc_results_viewer (" Simcenter Results Viewer")

Parameters

elementIndex

element index ranges from 1 to N (where N is number of elements) NXOpen::CAE::Result::AskNumElements

int NXOpen::CAE::Result::AskNumElements

(

)

Ask number of elements in the model Element index varies from 0 to N-1 (number of elements)

Returns

Created in NX6.0.2.

License requirements : nx_masterfem ("Finite Element Modeling") OR nx_design_sim ("NX Design Simulation") OR sc_results_viewer (" Simcenter Results Viewer")

void NXOpen::CAE::Result::AskNumElementsOfGroup	(	NXOpen::CAE::Result::GroupContainer	type,
		int	groupIndex,
		std::vector< int > &	elementIndex
	)

Returns an array of elements indices for a given group Group index range from 0 to N-1 (number of groups)

Created in NX6.0.2.

License requirements : nx_masterfem ("Finite Element Modeling") OR nx_design_sim ("NX Design Simulation") OR sc_results_viewer (" Simcenter Results Viewer")

Parameters

type	type
groupIndex	groupindex
elementIndex	elementindex

int NXOpen::CAE::Result::AskNumFacesOnElement

(

int

elementIndex

)

Returns number of faces on given element index.

Returns

Created in NX11.0.0.

License requirements : nx_masterfem ("Finite Element Modeling") OR nx_design_sim ("NX Design Simulation") OR sc_results_viewer (" Simcenter Results Viewer")

Parameters

elementIndex

element index ranges from 1 to N (where N is number of elements) NXOpen::CAE::Result::AskNumElements

int NXOpen::CAE::Result::AskNumGroupsInContainer

(

NXOpen::CAE::Result::GroupContainer

type

)

Returns the number of groups available in the model of type NXOpen::CAE::Result::GroupContainer .

Returns

Created in NX6.0.2.

License requirements : nx_masterfem ("Finite Element Modeling") OR nx_design_sim ("NX Design Simulation") OR sc_results_viewer (" Simcenter Results Viewer")

Parameters

type

type

int NXOpen::CAE::Result::AskNumIterations

(

int

loadcaseIndex

)

Number of iterations available for a given loadcase.

Returns

Created in NX6.0.2.

License requirements : nx_masterfem ("Finite Element Modeling") OR nx_design_sim ("NX Design Simulation") OR sc_results_viewer (" Simcenter Results Viewer")

Parameters

loadcaseIndex

loadcaseindex

int NXOpen::CAE::Result::AskNumLoadcases

(

)

Number of loadcases available in the result file.

Returns

Created in NX6.0.2.

License requirements : nx_masterfem ("Finite Element Modeling") OR nx_design_sim ("NX Design Simulation") OR sc_results_viewer (" Simcenter Results Viewer")

int NXOpen::CAE::Result::AskNumNodes

(

)

Ask number of nodes in the model Node index varies from 1 to N (number of nodes)

Returns

Created in NX6.0.2.

License requirements : nx_masterfem ("Finite Element Modeling") OR nx_design_sim ("NX Design Simulation") OR sc_results_viewer (" Simcenter Results Viewer")

NXOpen::CAE::Result::DataType NXOpen::CAE::Result::AskResultDataType	(	int	loadcaseIndex,
		int	iterationIndex,
		const NXOpen::CAE::Result::Type &	resultType
	)

Ask result datatype.

Returns

Created in NX6.0.3.

License requirements : nx_masterfem ("Finite Element Modeling") OR nx_design_sim ("NX Design Simulation") OR sc_results_viewer (" Simcenter Results Viewer")

Parameters

loadcaseIndex	loadcaseindex
iterationIndex	iterationindex
resultType	resulttype

NXOpen::CAE::Result::LoadcaseValueType NXOpen::CAE::Result::AskResultLoadcaseValue	(	int	loadcaseIndex,
		NXString *	description,
		double *	value
	)

Ask load case description, value type and value for the input load case.

Returns

Created in NX7.0.0.

License requirements : nx_masterfem ("Finite Element Modeling") OR nx_design_sim ("NX Design Simulation") OR sc_results_viewer (" Simcenter Results Viewer")

Parameters

loadcaseIndex	load case
description	description
value	value

void NXOpen::CAE::Result::AskResultSections	(	int	loadcaseIndex,
		int	iterationIndex,
		const NXOpen::CAE::Result::Type &	resultType,
		std::vector< int > &	sectionNums
	)

Ask element ids and corresponding number of sections at which result is defined
Created in NX6.0.3.

License requirements : nx_masterfem ("Finite Element Modeling") OR nx_design_sim ("NX Design Simulation") OR sc_results_viewer (" Simcenter Results Viewer")

Parameters

loadcaseIndex	load case
iterationIndex	iteration number
resultType	result type
sectionNums	sectionnums

void NXOpen::CAE::Result::AskResultTypes	(	int	loadcaseIndex,
		int	iterationIndex,
		std::vector< NXOpen::CAE::Result::Type > &	types,
		std::vector< NXString > &	description
	)

Returns an array of result types and descriptions available for a given loadcase and iteration
Created in NX6.0.2.

License requirements : nx_masterfem ("Finite Element Modeling") OR nx_design_sim ("NX Design Simulation") OR sc_results_viewer (" Simcenter Results Viewer")

Parameters

loadcaseIndex	loadcaseindex
iterationIndex	iterationindex
types	types
description	description

NXString NXOpen::CAE::Result::AskSectionDescription

(

NXOpen::CAE::Result::Section

sect

)

Ask Section description provided section type.

Returns

Created in NX8.0.0.

License requirements : nx_masterfem ("Finite Element Modeling") OR nx_design_sim ("NX Design Simulation") OR sc_results_viewer (" Simcenter Results Viewer")

Parameters

sect	section type

NXOpen::TaggedObject* NXOpen::CAE::Result::Find

(

const NXString &

journalIdentifier

)

Returns a NXOpen::CAE::BaseLoadcase.

Returns

Created in NX7.5.0.

License requirements : None

Parameters

journalIdentifier

Journal identifier of the object

NXOpen::TaggedObject* NXOpen::CAE::Result::Find

(

const char *

journalIdentifier

)

Returns a NXOpen::CAE::BaseLoadcase.

Returns

Created in NX7.5.0.

License requirements : None

Parameters

journalIdentifier

Journal identifier of the object

std::vector<NXOpen::CAE::BaseLoadcase *> NXOpen::CAE::Result::GetLoadcases

(

)

Ask the loadcases present in this result.

Returns

Created in NX7.5.0.

License requirements : nx_masterfem ("Finite Element Modeling") OR nx_design_sim ("NX Design Simulation") OR sc_results_viewer (" Simcenter Results Viewer")

void NXOpen::CAE::Result::GetMeshes

(

std::vector< NXOpen::CAE::PostMesh * > &

meshes

)

Returns number of meshgoups and array of their objects in the loaded result.

Created in NX11.0.2.

License requirements : nx_masterfem ("Finite Element Modeling") OR nx_design_sim ("NX Design Simulation") OR sc_results_viewer (" Simcenter Results Viewer")

Parameters

meshes

meshes

void NXOpen::CAE::Result::GetMeshesOfGivenDimension	(	int	dimension,
		std::vector< NXOpen::CAE::PostMesh * > &	meshes
	)

Returns number of meshgoups and array of their objects of the given dimension in the loaded result.

Created in NX11.0.2.

License requirements : nx_masterfem ("Finite Element Modeling") OR nx_design_sim ("NX Design Simulation") OR sc_results_viewer (" Simcenter Results Viewer")

Parameters

dimension	The dimension of which mesh group names are queried
meshes	meshes

void NXOpen::CAE::Result::GetResultCoordinateSystemDefinition	(	int	id,
		NXOpen::CAE::Result::CoordinateSystem *	type,
		NXOpen::Point3d *	origin,
		NXOpen::Matrix3x3 *	matrix
	)

Returns definitions of a result coordinate system
Created in NX8.0.1.

License requirements : nx_masterfem ("Finite Element Modeling") OR nx_design_sim ("NX Design Simulation") OR sc_results_viewer (" Simcenter Results Viewer")

Parameters

id	id
type	returns any of NXOpen::CAE::Result::CoordinateSystemSelectRectangular , NXOpen::CAE::Result::CoordinateSystemSelectCylindrical , NXOpen::CAE::Result::CoordinateSystemSelectSpherical
origin	origin
matrix	matrix

std::vector<int> NXOpen::CAE::Result::GetResultCoordinateSystems

(

)

Returns coordinate system IDs defined in the result.

Returns

Created in NX8.0.1.

License requirements : nx_masterfem ("Finite Element Modeling") OR nx_design_sim ("NX Design Simulation") OR sc_results_viewer (" Simcenter Results Viewer")

bool NXOpen::CAE::Result::IsResultTypeComplex	(	int	loadcaseIndex,
		int	iterationIndex,
		const NXOpen::CAE::Result::Type &	resultType
	)

Ask whether a result type is complex or not.

Returns

Created in NX6.0.3.

License requirements : nx_masterfem ("Finite Element Modeling") OR nx_design_sim ("NX Design Simulation") OR sc_results_viewer (" Simcenter Results Viewer")

Parameters

loadcaseIndex	loadcaseindex
iterationIndex	iterationindex
resultType	resulttype

---

The documentation for this class was generated from the following file:

• CAE_Result.hxx