M-Index (NXOpen Java API Reference)

A B C D E F G H I J K L M N O P Q R S T U V W X Y Z _

M

M - Static variable in class nxopen.cae.FEModelOccAttribute.AltRepLengthUnitType: Length unit of meter
M - Static variable in class nxopen.cam.TurnToolBuilder.HolderStyles: M-Style
M - Static variable in class nxopen.HumanData.StatureUnitType: Indicate m for stature
MAC - Static variable in class nxopen.cae.CorrelModePairingBuilder.Auto: by mac metric
MAC - Static variable in class nxopen.cae.CorrelShapemetrictype: Shape metric type is Modal Assurance Criteria
MAC - Static variable in class nxopen.cae.ModelUpdateCorrelMethodBuilder.Method: Correlation Method is MAC
MAC - Static variable in class nxopen.features.TextBuilder.ScriptOptions: Specifies the Apple Macintosh character set
MAC_PHERSON_STRUT - Static variable in class nxopen.features.vehicledesign.TireEnvelopeBuilder.SuspensionTemplateType: Use the MacPherson Strut suspension template.
MACH_CNTRL_OPER_SET - Static variable in class nxopen.uf.UFUde.SetType
MACH_MODE_DRILL - Static variable in class nxopen.uf.UFOper.MachMode
MACH_MODE_LAST - Static variable in class nxopen.uf.UFOper.MachMode
MACH_MODE_LATHE - Static variable in class nxopen.uf.UFOper.MachMode
MACH_MODE_MILL - Static variable in class nxopen.uf.UFOper.MachMode
MACH_MODE_TURN - Static variable in class nxopen.uf.UFOper.MachMode
MACH_MODE_UNDEF - Static variable in class nxopen.uf.UFOper.MachMode
MACH_MODE_WEDM - Static variable in class nxopen.uf.UFOper.MachMode
MACH_NUMBER - Static variable in class nxopen.cae.Result.Quantity
machine - Variable in class nxopen.BasePart.HistoryEventInformation: type of machine. eg.
MACHINE - Static variable in class nxopen.sim.KinematicComponentBuilder.SystemClass: Machine Base classification
machine - Variable in class nxopen.uf.UFPart.AskNthHistoryData
MACHINE_CODE_SIMULATE_CSE - Static variable in class nxopen.sim.IsvControlPanelBuilder.VisualizationType: Machine Code Simulate Cse
MACHINE_CODE_SIMULATE_MTD - Static variable in class nxopen.sim.IsvControlPanelBuilder.VisualizationType: Machine Code Simulate Mtd
MACHINE_CYCLE - Static variable in class nxopen.cam.CenterlineDrillTurningBuilder.OutputOptionTypes: Output Option: Machine Cycle
MACHINE_CYCLE - Static variable in class nxopen.cam.Cycle.MotionOutputTypes: Machine Cycle
MACHINE_CYCLE - Static variable in class nxopen.cam.TurningOperationBuilder.MotionOutputOptions: Machine cycle motions output
MACHINE_LASER - Static variable in class nxopen.uf.UFPath.MachineMode
MACHINE_METHOD - Static variable in class nxopen.cam.CAMSetup.View: machine method
MACHINE_MILL - Static variable in class nxopen.uf.UFPath.MachineMode
MACHINE_MODE - Static variable in class nxopen.uf.UFUiOnt.TreeMode
MACHINE_MODE_LAST_ELEMENT - Static variable in class nxopen.uf.UFPath.MachineMode
MACHINE_MODE_NONE - Static variable in class nxopen.uf.UFPath.MachineMode
MACHINE_PUNCH - Static variable in class nxopen.uf.UFPath.MachineMode
MACHINE_TOOL - Static variable in class nxopen.cam.CAMSetup.View: machine tool
MACHINE_TOOL - Static variable in class nxopen.uf.UFUiOnt.TreeMode
MACHINE_TOOL_BUILDER - Static variable in class nxopen.cam.SimulationOptionsBuilder.DialogType: machine tool builder
MACHINE_TORCH - Static variable in class nxopen.uf.UFPath.MachineMode
MACHINE_TURN - Static variable in class nxopen.uf.UFPath.MachineMode
MACHINE_WIRE - Static variable in class nxopen.uf.UFPath.MachineMode
MACHINE_ZERO - Static variable in class nxopen.cam.InspectionCmmCommandBuilder.HomePtMethods: Use the Machine zero point as the home point
MACHINE_ZERO - Static variable in class nxopen.sim.KinematicJunctionBuilder.SystemClass: the machine zero junction
MachineAdjustmentBuilder - Interface in nxopen.presslinesimulation: Use this class to configure the machine adjustment axes of the press model.
MachineAdjustmentBuilderList - Interface in nxopen.presslinesimulation: Represents a list of objects.
MachineAdjustmentBuilderListBuilder - Interface in nxopen.presslinesimulation: Use this class to obtain a list of MachineAdjustmentBuilder objects.
machineAllowance() - Method in interface nxopen.tooling.DieDesignLowerBinderBuilder: Returns the machine allowance
License requirements: ug_die_design ("Die Design")
.
machineAllowance() - Method in interface nxopen.tooling.DieDesignTrimPostBuilder: Returns the machine allowance used to rough offset product sheet
License requirements: ug_die_design ("Die Design")
.
machineBaseJunctionName() - Method in interface nxopen.cam.ConvertFromMCDBuilder: Returns the machine base junction name
License requirements: None.
machineConfiguratorFilename() - Method in interface nxopen.sim.IsvControlPanelBuilder: Returns the machine configurator filename with full path
License requirements: ug_isv_full ("Full functionality for Integrated Simulation and Verification")
.
machineControlBootVnck() - Method in interface nxopen.sim.IsvControlPanelBuilder: Machine Control Panel: Boot the VNCK Once booted, the vnck-machine remains booted until the part is closed or a 'machine replace' is executed.
machineControlClearAlarm() - Method in interface nxopen.sim.IsvControlPanelBuilder: Machine Control Panel: Clear Alarms for all channels
License requirements: ug_isv_full ("Full functionality for Integrated Simulation and Verification")
.
machineControlClearAlarm(String[]) - Method in interface nxopen.sim.IsvControlPanelBuilder: Machine Control Panel: Clear Alarms for specific channels
License requirements: ug_isv_full ("Full functionality for Integrated Simulation and Verification")
.
machineControlDryRun(boolean) - Method in interface nxopen.sim.IsvControlPanelBuilder: Machine Control Panel: Activate Machine Dry Run
License requirements: ug_isv_full ("Full functionality for Integrated Simulation and Verification")
.
machineControlFeedRateOverride(int) - Method in interface nxopen.sim.IsvControlPanelBuilder: Machine Control Panel: Sets Machine Feed Rate Override
License requirements: ug_isv_full ("Full functionality for Integrated Simulation and Verification")
.
machineControlGetChannels() - Method in interface nxopen.sim.IsvControlPanelBuilder: Gets the Channel Names
License requirements: ug_isv_full ("Full functionality for Integrated Simulation and Verification")
.
machineControlGetCycleTime() - Method in interface nxopen.sim.IsvControlPanelBuilder: Gets the Machine Cycle Time
License requirements: ug_isv_full ("Full functionality for Integrated Simulation and Verification")
.
machineControlGetFeedRateOverrideMaximumValue() - Method in interface nxopen.sim.IsvControlPanelBuilder: Machine Control Panel: Gets the Machine Feed Rate Override Maximum Value
License requirements: ug_isv_full ("Full functionality for Integrated Simulation and Verification")
.
machineControlReadVariable(String, String) - Method in interface nxopen.sim.IsvControlPanelBuilder: Read Variable e.g.
MachineControlReadVariableData() - Constructor for class nxopen.sim.IsvControlPanelBuilder.MachineControlReadVariableData
machineControlResetMachine() - Method in interface nxopen.sim.IsvControlPanelBuilder: Machine Control Panel: Fast Reset Machine
License requirements: ug_isv_full ("Full functionality for Integrated Simulation and Verification")
.
machineControlResetMachineData() - Method in interface nxopen.sim.IsvControlPanelBuilder: Machine Control Panel: Reset the Machine Data (SRAM) to the library Machine Data (SRAM)
License requirements: ug_isv_full ("Full functionality for Integrated Simulation and Verification")
.
machineControlResetNc() - Method in interface nxopen.sim.IsvControlPanelBuilder: Machine Control Panel: NC Reset for all channels
License requirements: ug_isv_full ("Full functionality for Integrated Simulation and Verification")
.
machineControlResetNc(String[]) - Method in interface nxopen.sim.IsvControlPanelBuilder: Machine Control Panel: NC Reset for specific channels
License requirements: ug_isv_full ("Full functionality for Integrated Simulation and Verification")
.
machineControlResetPart() - Method in interface nxopen.sim.IsvControlPanelBuilder: Machine Control Panel: Reset Part
License requirements: ug_isv_full ("Full functionality for Integrated Simulation and Verification")
.
machineControlSaveMachineData() - Method in interface nxopen.sim.IsvControlPanelBuilder: Machine Control Panel: Save the Machine Data (SRAM)
License requirements: ug_isv_full ("Full functionality for Integrated Simulation and Verification")
.
machineControlShowHmi() - Method in interface nxopen.sim.IsvControlPanelBuilder: Machine Control Panel: Show HMI
License requirements: ug_isv_full ("Full functionality for Integrated Simulation and Verification")
.
machineControlShutdownVnck() - Method in interface nxopen.sim.IsvControlPanelBuilder: Machine Control Panel: Shut down the VNCK Used in conjunction with IsvControlPanelBuilder.machineControlBootVnck() .
machineControlSingleBlockMode(boolean) - Method in interface nxopen.sim.IsvControlPanelBuilder: Machine Control Panel: Activate Machine Single Block Mode
License requirements: ug_isv_full ("Full functionality for Integrated Simulation and Verification")
.
machineControlStartNc() - Method in interface nxopen.sim.IsvControlPanelBuilder: Machine Control Panel: NC Start for all channels
License requirements: ug_isv_full ("Full functionality for Integrated Simulation and Verification")
.
machineControlStartNc(String[]) - Method in interface nxopen.sim.IsvControlPanelBuilder: Machine Control Panel: NC Start for specific channels
License requirements: ug_isv_full ("Full functionality for Integrated Simulation and Verification")
.
machineControlStopNc() - Method in interface nxopen.sim.IsvControlPanelBuilder: Machine Control Panel: NC Stop for all channels
License requirements: ug_isv_full ("Full functionality for Integrated Simulation and Verification")
.
machineControlStopNc(String[]) - Method in interface nxopen.sim.IsvControlPanelBuilder: Machine Control Panel: NC Stop for specific channels
License requirements: ug_isv_full ("Full functionality for Integrated Simulation and Verification")
.
machineControlWriteVariable(String, String, String, String) - Method in interface nxopen.sim.IsvControlPanelBuilder: Write Variable e.g.
machineCycleSubroutineName() - Method in interface nxopen.cam.TurningOperationBuilder: Returns the machine cycle subroutine name
License requirements: None.
MACHINED_STATUS_COMPLETE - Static variable in class nxopen.uf.UFMfm.MachinedStatus
MACHINED_STATUS_EMPTY - Static variable in class nxopen.uf.UFMfm.MachinedStatus
MACHINED_STATUS_INCOMPLETE - Static variable in class nxopen.uf.UFMfm.MachinedStatus
MACHINED_STATUS_REGENERATE - Static variable in class nxopen.uf.UFMfm.MachinedStatus
machineeventnames - Variable in class nxopen.mechatronics.RuntimeNCBuilder.AxesAndMachineEventsData: The name of events fired by CSE.
MachineGroupBuilder - Interface in nxopen.cam: Represents a MachineGroup Builder
To create a new instance of this class, use NCGroupCollection.createMachineGroupBuilder(nxopen.cam.CAMObject)

Created in NX5.0.0
MachineGroupBuilder.RetrieveToolPocketInformation - Class in nxopen.cam: retrieve tool pocket information flag.
MachineHeadGroupBuilder - Interface in nxopen.cam: Represents a MachineHeadGroup Builder
To create a new instance of this class, use NCGroupCollection.createMachineHeadGroupBuilder(nxopen.cam.CAMObject)

Created in NX5.0.0
MachineKitBuilder - Interface in nxopen.sim: This class is used for the Machine Kit Create Dialog.
MachineLibraryBuilder - Interface in nxopen.sim: This class is used for the Machine Library Dialog.
machineMaxStep() - Method in interface nxopen.cam.ToolPathTiltMachine: Returns the max step distance
License requirements: None.
machineName() - Method in interface nxopen.sim.MachineToolConfiguration: Returns the machine name
License requirements: None.
machineName() - Method in interface nxopen.sim.postconfigurator.CreationPostBuilder: Returns the machine's name that is used for the postprocessor.
machineOffset() - Method in interface nxopen.die.DrawBeadBuilder: Returns the indication if the male and female output bodies are to be built with machining.
machinePartOccurrence() - Method in interface nxopen.cam.MachineGroupBuilder: Returns the Machine Part Occurrence This is only needed when the option assembly positioning is selected in Part Mounting Dialog and should be called before update cam setup.
MachinePocketGroupBuilder - Interface in nxopen.cam: Represents a MachinePocketGroup Builder
To create a new instance of this class, use NCGroupCollection.createMachinePocketGroupBuilder(nxopen.cam.CAMObject)

Created in NX5.0.0
MachinePocketGroupBuilder.RegisterType - Class in nxopen.cam: Deprecated.
Deprecated in NX8.5.0. This MachinePocketGroupBuilder.RegisterType is no longer supported.
MachineRelief - Interface in nxopen.die: Represents a die design machine relief feature.
MachineReliefBuilder - Interface in nxopen.die: Represents a builder that is used to create or edit a MachineRelief feature.
MachineReliefBuilder.MainProfileTypes - Class in nxopen.die: Specifies that the profile is for an exterior or interior profile.
MachineReliefBuilder.TrimSheetTypes - Class in nxopen.die: Specifies what the trimming surface is defined by.
MachineReliefBuilder.Types - Class in nxopen.die: Identifies the type of structure to be added, or subtracted, to the casting.
machineStroke() - Method in interface nxopen.tooling.MotionSimulationBuilder: Returns the machine stroke to calculate controller data.
MachineTool - Interface in nxopen.mfg.mlp: Represents a Machining Line Planner machine tool
To obtain an instance of this class use GetMachineTool (not yet implemented!)
MachineToolConfiguration - Interface in nxopen.sim: Represents a Machine Tool Configuration object.
MachineToolConfiguration.ControllerLines - Class in nxopen.sim: The controller line
MachineToolConfiguration.MdynamicsTypes - Class in nxopen.sim: The mdynamics types
MachineToolConfiguration.PlaneTypes - Class in nxopen.sim: The plane selection types
MachineToolConfiguration.SwivelingTypes - Class in nxopen.sim: The machine swiveling types
MachineToolConfiguration.TechnologyTypes - Class in nxopen.sim: The machine technology types
MachineToolConfiguration.UnitTypes - Class in nxopen.sim: The units type
machineToolMainMcs() - Method in interface nxopen.cam.ToolPathTiltMachine: Returns the main tool rotation MCS
License requirements: None.
MachineTurretGroupBuilder - Interface in nxopen.cam: Represents a MachineTurretGroup Builder
To create a new instance of this class, use NCGroupCollection.createMachineTurretGroupBuilder(nxopen.cam.CAMObject)

Created in NX5.0.0
MachineTurretGroupBuilder.MctTurrentWplTypes - Class in nxopen.cam: WorkPlane Type
machineType() - Method in interface nxopen.cam.ConvertFromMCDBuilder: Returns the machine type method
License requirements: None.
machineType - Variable in class nxopen.uf.UF.SystemInfo
machineVendor() - Method in interface nxopen.sim.MachineToolConfiguration: Returns the machine vendor
License requirements: None.
machineZeroCsys() - Method in interface nxopen.cam.ConvertFromMCDBuilder: Returns the machine zero csys
License requirements: None.
MACHINING - Static variable in class nxopen.annotations.FinishMethod: Specifies machining finish
MACHINING - Static variable in class nxopen.annotations.LineWeldDataBuilder.FinishSymbolType
MACHINING_GRADED_JUNCTION - Static variable in class nxopen.annotations.LineWeldDataBuilder.ContourSymbolType
MACHINING_TIME_ANALYSIS - Static variable in class nxopen.sim.SimDebugBuilder.DumpType: Dump Machining Time Analysis
machiningAllowance() - Method in interface nxopen.tooling.DieDesDrawDieBuilder: Returns the machining allowance, which is used for define the user machining allowance of the die.
machiningAllowance() - Method in interface nxopen.tooling.DieDesDrawPunchBuilder: Returns the machining allowance, which is used for define the user machining allowance of the punch.
MachiningFeature - Interface in nxopen.cam: Represents a CAMFeature builder
To obtain an instance of this class use FeatureRecognitionBuilder

Created in NX8.0.0
MachiningFeature - Interface in nxopen.mfg.mlp: Represents a Machining Line Planner machining feature
To obtain an instance of this class use GetMachiningFeature of InProcessFeature or GetMachiningFeatures of Workpiece or PartFeature.
MachiningFeatureGeom - Interface in nxopen.cam: This class represent the builder for machining feature geometry .
MachiningFeatureGeometry - Interface in nxopen.cam.fbm: Represents a feature geometry builder
An instance of this class can be obtained from HoleBossGeom.getCenterHoleGeometry() or HoleBossGeom.getChamferHoleGeometry()

Created in NX9.0.0
machiningFeatures - Variable in class nxopen.uf.UFMfm.AskMachiningFeaturesOfPartData
machiningFeatures - Variable in class nxopen.uf.UFMfm.AskMachiningFeaturesOfTypeData
machiningFeatures - Variable in class nxopen.uf.UFMfm.AskSelectedFeaListData
machiningFeatures - Variable in class nxopen.uf.UFMfm.CreateMachiningFeaturesFromModelingFeaturesData
machiningFeatures - Variable in class nxopen.uf.UFMfm.CreateMachiningFeaturesFromRecognizedFeaturesData
machiningFeatures - Variable in class nxopen.uf.UFMfm.CreateMachiningFeaturesFromTaggedArcsData
machiningFeatures - Variable in class nxopen.uf.UFMfm.CreateMachiningFeaturesFromTaggedEdgesData
machiningFeatures - Variable in class nxopen.uf.UFMfm.CreateMachiningFeaturesFromTaggedFacesData
machiningFeatures - Variable in class nxopen.uf.UFMfm.CreateMachiningFeaturesFromTaggedPointsData
machiningFeatures - Variable in class nxopen.uf.UFMfm.CreateMachiningFeaturesFromUserDefinedFeaturesData
machiningFeatures - Variable in class nxopen.uf.UFMfm.RecognizeHolesData
MachiningLinePlanner - Interface in nxopen.mfg.mlp: Represents the Line Planner
Use the static method in this class to obtain an instance.
MachiningLinePlannerFactory - Class in nxopen.mfg.mlp
MachiningLinePlannerFactory() - Constructor for class nxopen.mfg.mlp.MachiningLinePlannerFactory
machiningOffsetTitleAttribute() - Method in interface nxopen.die.DrawBeadBuilder: Returns the title of the real attribute to be applied to the male and female bodies.
MachiningRegionBuilder - Interface in nxopen.cam: Represents a Machining Region Builder .
machiningText() - Method in interface nxopen.annotations.SearchCriteriaSurfaceFinishBuilder: Returns the machining text
License requirements: None.
machiningToleranceType() - Method in interface nxopen.annotations.SearchCriteriaSurfaceFinishBuilder: Returns the tolerance type enum
License requirements: None.
machiningType() - Method in interface nxopen.annotations.SearchCriteriaSurfaceFinishBuilder: Returns the machining enum
License requirements: None.
macLowerBound() - Method in interface nxopen.cae.CorrelModePairingBuilder: Returns the minimum MAC allowable for pairing by MAC
License requirements: None.
MACRO_DIR - Static variable in class nxopen.uf.UFUi.DialogDirId
MACRO_FLTR - Static variable in class nxopen.uf.UFUi.DialogFilterId
macroFile() - Method in interface nxopen.ame.ImportEplanPageMacroBuilder: Returns the eplan page macro template file
License requirements: ad_automation_design ("FULL AUTOMATION DESIGNER")
.
macroOnly - Variable in class nxopen.uf.UFCam.Preferences
macroType() - Method in interface nxopen.ame.ImportEplanPageMacroBuilder: Returns the macro type
License requirements: ad_automation_design ("FULL AUTOMATION DESIGNER")
.
macroType - Variable in class nxopen.cae.FunctionBuilder.TypesData: For Motion Simulation or Advanced Simulation or General Purpose
macValues - Variable in class nxopen.cae.CorrelSolution.ComputeMacsData: the MAC values computed
MAG - Static variable in class nxopen.fields.DisplayPropertiesBuilder.ComplexScalarType
MAG - Static variable in class nxopen.fields.DisplayPropertiesBuilder.ScalarType
MAG - Static variable in class nxopen.fields.DisplayPropertiesBuilder.VectorType
MAG - Static variable in class nxopen.motion.GraphBuilder.ComponentChoices: Deprecated.

Magnitude
mag(double[]) - Method in interface nxopen.uf.UFVec2: Refer to UF_VEC2_mag for documentation.
mag(double[]) - Method in interface nxopen.uf.UFVec3: Refer to UF_VEC3_mag for documentation.
magazineIndex() - Method in interface nxopen.sim.KinematicSinumerikCaBuilder: Returns the magazine index for this automatic protection area
License requirements: None.
magazineLocationIndex() - Method in interface nxopen.sim.KinematicSinumerikCaBuilder: Returns the magazine location index for this automatic protection area
License requirements: None.
MAGENTA_MAGENTA_PINK_NAME - Static variable in class nxopen.uf.UFDisp.ColorName
MAGENTA_MAGENTA_VIOLET_NAME - Static variable in class nxopen.uf.UFDisp.ColorName
MAGENTA_NAME - Static variable in class nxopen.uf.UFDisp.ColorName
MAGENTA_SUNSET - Static variable in class nxopen.geometricanalysis.ReflectionAnalysisBuilder.SceneImageType: Magenta sunset.
magFunction() - Method in interface nxopen.motion.VObject: Returns the magnitude function
License requirements: None.
magicFile() - Method in interface nxopen.motion.TirePropertyBasicParameters: Returns the magic file.
MAGNETIC_FIELD - Static variable in class nxopen.cae.Result.Quantity
MAGNETIC_FLUX_DENSITY - Static variable in class nxopen.cae.Result.Quantity
MAGNETICS - Static variable in class nxopen.cae.SimResultReference.Type: magnetics result
MAGNIFICATION - Static variable in class nxopen.display.CameraBuilder.LensAngle: Magnification
magnification() - Method in interface nxopen.display.CameraBuilder: Returns the magnification
License requirements: None.
MAGNITUDE - Static variable in class nxopen.cae.FreeBodyResultsBuilder.VectorDisplay: display single magnitude vector
magnitude() - Method in interface nxopen.cae.optimization.TBSConstraintBuilder: Returns the magnitude type of the constraint
License requirements: None.
MAGNITUDE - Static variable in class nxopen.cae.PostScenarioVariantComponent: request the magnitude of a 3D vector
MAGNITUDE - Static variable in class nxopen.cae.Result.Component
MAGNITUDE - Static variable in class nxopen.cae.xyplot.ComplexOption2D: Magnitude of the complex data for 2D plot
MAGNITUDE - Static variable in class nxopen.cae.xyplot.ComplexOption2DBarChart: Magnitude of the complex data for 2D bar chart plot
MAGNITUDE - Static variable in class nxopen.cae.xyplot.ComplexOption2DColorContour: Magnitude of the complex data for 2D color contour plot plot
MAGNITUDE - Static variable in class nxopen.cae.xyplot.ComplexOption3D: Magnitude of the complex data for 3D plot
MAGNITUDE - Static variable in class nxopen.motion.LinkInitialVelocity.AngularVelocityType: Magnitude type define rotate vector
magnitude - Variable in class nxopen.uf.UFMotion.LinkInitialVel
MAGNITUDE - Static variable in class nxopen.uf.UFMotion.VectorComponent
magnitude - Variable in class nxopen.uf.UFSo.SplineData
magnitude - Variable in class nxopen.uf.UFVec2.UnitizeData
magnitude - Variable in class nxopen.uf.UFVec3.UnitizeData
MAGNITUDE_PHASE - Static variable in class nxopen.cae.AfuData.OrdinateType: Ordinate Data is Complex with Amplitude and Phase values
MAGNITUDE_PHASE - Static variable in class nxopen.cae.xyplot.ComplexOption2D: Magnitude and phase angle of complex data for 2D plot
magnitudeExpression() - Method in interface nxopen.motion.VObject: Returns the magtitude expression
License requirements: None.
magnitudeFunction - Variable in class nxopen.uf.UFMotion.VectorForceTorque
magnitudeProfile() - Method in interface nxopen.motion.VObject: Returns the magnitude profile
License requirements: None.
MAIN - Static variable in class nxopen.cae.Mesh2dBuilder.GeometryType: Deprecated.

main geometry
MAIN - Static variable in class nxopen.cae.xyplot.Preference.TargetGraphicWindowOption: Only shows plot graph on main graphic window
MAIN - Static variable in class nxopen.cam.OrientGeomBuilder.CsysPurposeModes: CSYS purpose mode: Main
MAIN - Static variable in class nxopen.sim.SimDebugBuilder.KinematicModelType: Main Kinematic Model
MAIN_DIR - Static variable in class nxopen.cam.ToolPathTiltTilting.ToolAxisTiltingRuleTypes: Tool tilting rule main direction
MAIN_SHIP_ITEM - Static variable in class nxopen.annotations.ShipDimensionBuilder.GroupType: Group type MainShipItem
mainDeckAttributes() - Method in interface nxopen.die.DieShoeBuilder: Returns the main deck attributes
License requirements: None.
MainDeckData() - Constructor for class nxopen.die.DeckParentBuilder.MainDeckData
mainDeckOffset() - Method in interface nxopen.die.DieShoeBuilder: Returns the offset for the main deck either measured from the main deck specification or the base plane
License requirements: None.
mainDeckPlane() - Method in interface nxopen.die.DieShoeBuilder: Returns the main deck plane
License requirements: None.
mainDeckSection() - Method in interface nxopen.die.DieShoeBuilder: Returns the main deck section
License requirements: None.
MainDimensions - Interface in nxopen.features.shipdesign: Represents a main dimensions feature
To create or edit an instance of this class, use MainDimensionsBuilder

Created in NX5.0.0
MainDimensionsBuilder - Interface in nxopen.features.shipdesign: Represents a MainDimensions builder.
mainLifterBodies() - Method in interface nxopen.tooling.DefineLifterBuilder: Returns the main lifter bodies
License requirements: None.
mainLifterDriveBodies() - Method in interface nxopen.tooling.DefineLifterBuilder: Returns the main lifter drive body that drives the lifter body
License requirements: None.
mainLifterDriveVector() - Method in interface nxopen.tooling.DefineLifterBuilder: Returns the main lifter drive vector
License requirements: None.
mainLifterVector() - Method in interface nxopen.tooling.DefineLifterBuilder: Returns the main lifter vector that the main lifter moves along
License requirements: None.
mainProfile() - Method in interface nxopen.die.MachineReliefBuilder: Returns the primary profile for the machine relief casting.
MainProfileData() - Constructor for class nxopen.die.SteelInsertBuilder.MainProfileData
mainProfileType() - Method in interface nxopen.die.MachineReliefBuilder: Returns the value specifying the main profile for the Thicken operation.
mainRunEndSelection() - Method in interface nxopen.formboard.FormboardLayoutBuilder: Returns the end of the main run.
mainRunMethod() - Method in interface nxopen.formboard.FormboardLayoutBuilder: Returns the main run method.
mainRunOrigin() - Method in interface nxopen.formboard.FormboardLayoutBuilder: Returns the main run origin.
mainRunStartSelection() - Method in interface nxopen.formboard.FormboardLayoutBuilder: Returns the start of the main run.
mainSpindle() - Method in interface nxopen.sim.KinematicChannelBuilder: Returns the main spindle of the channel
License requirements: None.
mainSpindleFace() - Method in interface nxopen.cam.ConvertFromMCDBuilder: Returns the main spindle face.
mainStock() - Method in interface nxopen.features.shipdesign.PillarBuilder: Returns the stock used to build the pillar from.
mainSymbolCustomText() - Method in interface nxopen.annotations.PartsListBuilder: Returns the main symbol custom text specifies the custom text to display in the main callout symbol
License requirements: None.
mainSymbolText() - Method in interface nxopen.annotations.PartsListBuilder: Returns the main symbol text specifies the text to display in the main callout symbol
License requirements: None.
mainSymbolText - Variable in class nxopen.uf.UFPlist.Prefs
MAINTAIN - Static variable in class nxopen.assemblies.DesignElementBuilder.PositioningOption: Maintains the existing positions of the design elements.
MAINTAIN - Static variable in class nxopen.assemblies.ReplaceComponentBuilder.ComponentLayerOption: Maintain the layer of the component being replaced out
MAINTAIN - Static variable in class nxopen.assemblies.ReplaceComponentBuilder.ComponentNameOption: Maintain the component name of the component being replaced out
MAINTAIN - Static variable in class nxopen.assemblies.ReplaceComponentBuilder.ComponentReferenceSet: Maintain the reference set of the component being replaced out
MAINTAIN - Static variable in class nxopen.cam.CutParametersFinishPassesTypes: Maintain
MAINTAIN - Static variable in class nxopen.cam.SpringPasses.Types: Alternate Spring Passes: Maintain
MAINTAIN - Static variable in class nxopen.display.LayerSettingsBuilder.LayerOptionType: Maintain layer
MAINTAIN_ALL_PARAMS - Static variable in class nxopen.uf.UFPart.ExportParamsMode
MAINTAIN_AND_INTERSECT - Static variable in class nxopen.features.EdgeBlendBuilder.Overlap: Maintain Blend and Intersect
MAINTAIN_CENTER - Static variable in class nxopen.routing.OffsetPathCollection.BendType: Maintain Center
MAINTAIN_PARAMS - Static variable in class nxopen.uf.UFPart.ExportParamsMode
MAINTAIN_RADIUS - Static variable in class nxopen.routing.OffsetPathCollection.BendType: Maintain Radius
maintainAngle() - Method in interface nxopen.mechanicalrouting.EditPointBuilder: Returns the maintain angle setting.
maintainBlankStatus() - Method in interface nxopen.preferences.SessionSketch: Returns the setting that controls whether or not previously blanked objects will be visible when a sketch is activated
License requirements: None.
maintainHelixHandedness() - Method in interface nxopen.features.MirrorBuilder: Returns the option to maintain Helix feature handedness.
maintainLayerStatus() - Method in interface nxopen.preferences.SessionSketch: Returns the setting that controls whether or not the work layer remains the same or returns to its previous value when a sketch is deactivated.
maintainLength() - Method in interface nxopen.mechanicalrouting.EditPointBuilder: Returns the maintain length setting.
maintainLength() - Method in interface nxopen.mechanicalrouting.MovePathBuilder: Returns the maintain length setting.
maintainRelationships() - Method in interface nxopen.assemblies.ReplaceComponentBuilder: Returns the maintain relationships
License requirements: None.
maintainStockFlag() - Method in interface nxopen.routing.OffsetPath: Returns the use maintain stock flag for an offset object.
maintainThreadHandedness() - Method in interface nxopen.features.MirrorBuilder: Returns the option to maintain symbolic thread handedness.
maintainTilt() - Method in interface nxopen.cam.ToolPathTiltAvoidance: Returns the maintain tilt
License requirements: None.
maintainTilt() - Method in interface nxopen.cam.ToolPathTiltBuilder: Deprecated.
Deprecated in NX9.0.0. Use ToolPathTiltAvoidance.maintainTilt() instead.
maintainWorkPart - Variable in class nxopen.uf.UFAssem.Options
maintainZeroBendRadius() - Method in interface nxopen.features.sheetmetal.ConvertToSheetmetalBuilder: Returns the option for Maintain zero bend radius.
mainText - Variable in class nxopen.uf.UFDrf.AskDimensionTextData
mainTextLines - Variable in class nxopen.annotations.Dimension.DimensionTextData: List of main text lines
mainType() - Method in interface nxopen.cae.MeshControlBuilder: Returns the type of mesh control
License requirements: nx_masterfem ("Finite Element Modeling")
.
mainWallCenterLine() - Method in interface nxopen.tooling.DieDesDrawPunchBuilder: Returns the main wall center line profile, which is used for user defined main wall shape.
major - Variable in class nxopen.uf.UFEval.Ellipse
MAJOR_ANGULAR_DIM - Static variable in class nxopen.Sketch.ConstraintType
MAJOR_AXIS - Static variable in class nxopen.cam.InspectionToleranceOperationBuilder.ParamXYZAxis: Major Axis
MAJOR_DIAMETER - Static variable in class nxopen.annotations.HoleCalloutSettingsBuilder.Parametertype
MajorAngularDimension - Interface in nxopen.annotations: Represents a major angular dimension
To create or edit an instance of this class, use MajorAngularDimensionBuilder

Created in NX4.0.0
MajorAngularDimensionBuilder - Interface in nxopen.annotations: Represents a AngularDimension builder
To create a new instance of this class, use DimensionCollection.createMajorAngularDimensionBuilder(nxopen.annotations.MajorAngularDimension)

Created in NX9.0.0
majorDia - Variable in class nxopen.uf.UFModl.SymbThreadData
majorDiameter() - Method in interface nxopen.cam.HoleBossSet: Returns the Major Diameter
License requirements: None.
majorDiameter - Variable in class nxopen.uf.UFModlGeneral.AskTorusParmsData
majorGridDisplayStyleSettings() - Method in interface nxopen.cae.xyplot.BaseGridLayoutStyleSetting: Returns the major grid display style
License requirements: None.
majorGridSpacing - Variable in class nxopen.preferences.WorkPlane.GridSize: Distance between major grid lines
majorLineSpacing() - Method in interface nxopen.display.GridBuilder: Returns the major line spacing
License requirements: None.
majorLineStyle() - Method in interface nxopen.display.GridBuilder: Returns the major line style
License requirements: None.
majorLineWeight() - Method in interface nxopen.display.GridBuilder: Returns the major line weight
License requirements: None.
majorPoint() - Method in interface nxopen.SketchEllipseBuilder: Returns the point in major axis to calculate the major radius
License requirements: None.
majorRadius() - Method in interface nxopen.cam.InspectionTorusFeatureBuilder: Returns the major radius of the torus
License requirements: None.
majorRadius() - Method in interface nxopen.Ellipse: Returns the major radius.
majorradius - Variable in class nxopen.Ellipse.ParametersData
majorradius - Variable in class nxopen.markup.Ellipse.CenterAndRadiusData
majorRadius() - Method in interface nxopen.SketchEllipseBuilder: Returns the major radius
License requirements: None.
majorRevision - Variable in class nxopen.uf.UFPs.KernelVersion
MAKE_CORNER - Static variable in class nxopen.features.TrimAndExtendBuilder.OperationType
MAKE_CORNER - Static variable in class nxopen.features.TrimExtendBuilder.CreationTypes: Make Corner
MAKE_NON_SECTIONED - Static variable in class nxopen.drawings.SectionInViewBuilder.EditSxtype
MAKE_NORMAL - Static variable in class nxopen.features.StyledSweepBuilder.SectionOrientationOptions: Make Normal
MAKE_SECTIONED - Static variable in class nxopen.drawings.SectionInViewBuilder.EditSxtype
MAKE_UNIQUE - Static variable in class nxopen.pdm.PartOperationCopyBuilder.OperationSubType: MakeUnique flavour of Save As dialog
makeActive() - Method in interface nxopen.assemblies.PositioningGroupBuilder: Returns the option to specify whether a newly created positioning group should be made active after creation or not.
makeActive() - Method in interface nxopen.routing.Run: Set a Run as Active.
makeAllFeaturesInactive() - Method in interface nxopen.Part: Makes all the features of the part inactive
License requirements: solid_modeling ("SOLIDS MODELING")
.
makeBoolean(boolean) - Method in interface nxopen.uf.UFKf: Refer to UF_KF_make_boolean for documentation.
MakeComponentUniqueBuilder - Interface in nxopen.layout2d: Represents a Builder for Make 2D Component unique functionality which will create a new definition of the selected 2D Component instance
To create a new instance of this class, use ComponentCollection.createMakeComponentUniqueBuilder()
Default values.
makeConstraint(Point) - Method in interface nxopen.features.FitCurveBuilder: In case of point targets, makes a target point a positional constraint.
makeContainerPart(Part) - Method in interface nxopen.shipdesign.GeneralArrangementManager: Makes the part to be Ship Container.
makeCurrentFeature() - Method in interface nxopen.features.Feature: Make current feature
License requirements: solid_modeling ("SOLIDS MODELING") OR cam_base ("CAM BASE") OR geometric_tol ("GDT") OR insp_programming ("INSPECTION PROGRAMMING")
.
makeCurrentOnError() - Method in interface nxopen.preferences.SessionModeling: Returns the option "Make Current on Error" gives choice, whether the user wants to make error feature current when features contain errors during feature update/playback.
makeCurrentStep(Tag) - Method in interface nxopen.uf.UFAssem: Refer to UF_ASSEM_make_current_step for documentation.
makeDatumsExternal() - Method in interface nxopen.Sketch: Deprecated.
Deprecated in NX11.0.0. Please use Sketch.makeDatumsExternal2() instead.
makeDatumsExternal2() - Method in interface nxopen.Sketch: Makes the internal sketch placement face and directional reference datums external.
makeDatumsInternal() - Method in interface nxopen.preferences.SessionModeling: Returns the option specifying whether to automatically make the datums internal during the sketch creation.
makeDatumsInternal() - Method in interface nxopen.Sketch: Deprecated.
Deprecated in NX11.0.0. None.
makeDefault() - Method in interface nxopen.Unit: Makes this unit the default unit for its Measure
License requirements: None.
makeDisplayedPart() - Method in interface nxopen.FileNew: Returns the property that controls if the new file should be made the displayed part
License requirements: None.
makeDisplayUpToDate() - Method in interface nxopen.uf.UFDisp: Refer to UF_DISP_make_display_up_to_date for documentation.
makeElementResult(boolean) - Method in interface nxopen.cae.CrossSectionParameters: Make Nodal result to Element Result.
makeElementResult(boolean) - Method in interface nxopen.cae.ResultParameters: Make Nodal and Element-Nodal result to Element Result.
makeError(int) - Method in interface nxopen.uf.UFKf: Refer to UF_KF_make_error for documentation.
makeFeature(String, Face[], Face[], boolean) - Method in interface nxopen.cam.FeatureRecognitionBuilder: Creates a feature based on name, floor and wall faces
License requirements: None.
makeFirstCurrent() - Method in interface nxopen.features.FeatureReplayBuilder: Makes the first feature of the work part current.
makeFlatSolidExternal() - Method in interface nxopen.features.FlatPattern: Makes the flat pattern's parent flat solid feature external.
makeFlatSolidInternal() - Method in interface nxopen.features.FlatPattern: Makes the flat pattern's parent flat solid feature internal.
makeFrame(double[]) - Method in interface nxopen.uf.UFKf: Refer to UF_KF_make_frame for documentation.
makeInactive() - Method in interface nxopen.routing.Run: Set a Run as Inactive and the Active Specification will be changed to Default Specification of the discipline, if no discipline is being used then the Active Specification will be set to None.
makeInputCurvesDashed() - Method in interface nxopen.features.TrimCurve2Builder: Returns the make input curves dashed option
License requirements: None.
makeInstance(UFVariant) - Method in interface nxopen.uf.UFKf: Refer to UF_KF_make_instance for documentation.
makeInstanceDbGlobal(PlcBlock) - Method in interface nxopen.ame.AMEManager: Change the instance data block to single / global instance
License requirements: ad_automation_design ("FULL AUTOMATION DESIGNER")
.
makeInteger(int) - Method in interface nxopen.uf.UFKf: Refer to UF_KF_make_integer for documentation.
makeLastCurrent() - Method in interface nxopen.features.FeatureReplayBuilder: Makes the last feature of the work part current.
makeLinkedWork() - Method in interface nxopen.features.PartModule: Deprecated.
Deprecated in NX10.0.0. Please use PartModule.displayLinkedPart() instead.
makeList(UFVariant) - Method in interface nxopen.uf.UFKf: Refer to UF_KF_make_list for documentation.
makeMainWork() - Method in interface nxopen.features.PartModule: Deprecated.
Deprecated in NX10.0.0. Please use PartModule.displayMainPart() instead.
makeMoldWizardFills(double, NXObject[], Face[]) - Method in interface nxopen.tooling.EdgePatchBuilder: Create a mold wizard fill.
makeMultipleInstanceDb(PlcBlock) - Method in interface nxopen.ame.AMEManager: Change the instance data block to multiple instance
License requirements: ad_automation_design ("FULL AUTOMATION DESIGNER")
.
makeName(int) - Method in interface nxopen.uf.UFKf: Refer to UF_KF_make_name for documentation.
makeNextBooleanCurrent() - Method in interface nxopen.features.FeatureReplayBuilder: Makes the next boolean feature of the work part current.
makeNextCurrent() - Method in interface nxopen.features.FeatureReplayBuilder: Makes the next feature of the work part current.
makeNoPartModuleActive() - Method in interface nxopen.Part: Deactivates any part module that is active in the given part.
makeNumber(double) - Method in interface nxopen.uf.UFKf: Refer to UF_KF_make_number for documentation.
MakeOffset - Interface in nxopen.features: Represents a make offset feature
To create or edit an instance of this class, use MakeOffsetBuilder

Created in NX7.5.0
MakeOffsetBuilder - Interface in nxopen.features: Represents a MakeOffset builder
To create a new instance of this class, use FeatureCollection.createMakeOffsetBuilder(nxopen.features.MakeOffset)
Default values.
makeOriginAssociative() - Method in interface nxopen.SketchInPlaceBuilder: Deprecated.
Deprecated in NX11.0.0. None
makeParentSketchInternal(boolean) - Method in interface nxopen.features.EmbossBuilder: Set the parent sketch internalization status for use during emboss feature creation
License requirements: solid_modeling ("SOLIDS MODELING")
.
makePmi(Annotation) - Method in interface nxopen.annotations.AnnotationManager: Flag the annotation as PMI object.
makePoint(double[]) - Method in interface nxopen.uf.UFKf: Refer to UF_KF_make_point for documentation.
makePositionIndependent() - Method in interface nxopen.features.CompositeCurveBuilder: Returns the make position independent
License requirements: None.
makePositionIndependent() - Method in interface nxopen.features.ExtractFaceBuilder: Returns the option to specify that the extracted faces should be position independent
License requirements: None.
makePositionIndependent() - Method in interface nxopen.features.MirrorBodyBuilder: Returns the make position independent
License requirements: None.
makePositionIndependent() - Method in interface nxopen.features.WaveDatumBuilder: Returns the makepositionindependent
License requirements: None.
makePositionIndependent() - Method in interface nxopen.features.WaveInterfaceLinkerBuilder: Returns the make position independent
License requirements: None.
makePositionIndependent() - Method in interface nxopen.features.WaveLinkBuilder: Returns the make position independent option
License requirements: None.
makePositionIndependent() - Method in interface nxopen.features.WavePointBuilder: Returns the makepositionindependent
License requirements: None.
makePositionIndependent() - Method in interface nxopen.features.WaveRoutingBuilder: Returns the makepositionindependent
License requirements: None.
makePositionIndependent() - Method in interface nxopen.features.WaveSketchBuilder: Returns the make position independent option
License requirements: None.
makePreviousCurrent() - Method in interface nxopen.features.FeatureReplayBuilder: Makes the previous feature of the work part current.
makeReference() - Method in interface nxopen.SketchConstraintBuilder: Returns the flag specifying whether or not to make the centerline reference geometry
License requirements: None.
makeRunActive(Component, NXObject) - Method in interface nxopen.mechanicalrouting.LogicalDesignService: Makes a Run active in given Component that represents a container for the Routing design, such as a subset in Workset
License requirements: routing_base ("Routing Basic")

Created in NX11.0.0
makeSketchesInternal() - Method in interface nxopen.preferences.SessionModeling: Returns the option specifying whether to automatically make sketch internal during feature creation.
makeSketchExternal() - Method in interface nxopen.features.Feature: Make the parent sketch external for reuse by other features.
makeSketchInternal() - Method in interface nxopen.features.Feature: Make the parent sketch internal if referenced only by this feature.
makeSketchInternal() - Method in interface nxopen.linedesigner.FloorEquipmentBuilder: Returns the make sketchiInternal
License requirements: ld_line_designer ("FULL LINE DESIGNER")
.
makeSketchInternal() - Method in interface nxopen.linedesigner.HoleFeatureBuilder: Returns
License requirements: ld_line_designer ("FULL LINE DESIGNER")
.
MakeSolid - Interface in nxopen.features: Represents a make solid feature that converts closed sheet bodies to solid bodies.
MakeSolidBuilder - Interface in nxopen.features: Represents a MakeSolid builder.
makeString(String) - Method in interface nxopen.uf.UFKf: Refer to UF_KF_make_string for documentation.
makeSystemDialogs(String, Part) - Method in interface nxopen.cam.CAMSession: Capture the customization in the part as system customization, this API is only for internal use and so will not be documented
License requirements: None.
makeTag(Tag) - Method in interface nxopen.uf.UFKf: Refer to UF_KF_make_tag for documentation.
makeTimestampsConsecutive() - Method in interface nxopen.features.FeatureGroup: Deprecated.
Deprecated in NX8.5.1. Use FeatureGroup.makeTimestampsSequential(boolean) instead.
makeTimestampsSequential(boolean) - Method in interface nxopen.features.FeatureGroup: Try to make timestamps of members of feature group sequential.
MakeUniquePartBuilder - Interface in nxopen.assemblies: Represents a MakeUniquePartBuilder builder.
MakeUniquePartBuilder.Option - Class in nxopen.assemblies: Represents possible copy assembly options for unique part
makeUpToDate() - Method in interface nxopen.DisplayManager: Ensures that previously invoked display operations are complete.
makeUpToDate(NXObject[], int) - Method in interface nxopen.Update: Updates all given out-of-date features or expressions to make them up to date
License requirements: None.
makeUser(UFVariant) - Method in interface nxopen.uf.UFKf: Refer to UF_KF_make_user for documentation.
makeVector(double[]) - Method in interface nxopen.uf.UFKf: Refer to UF_KF_make_vector for documentation.
makeWork() - Method in interface nxopen.View: Makes the given view the work view.
makeWorkPart() - Method in interface nxopen.assemblies.CreateOverridePartBuilder: Returns the state to determine whether to make the new override part as work part.
MALE - Static variable in class nxopen.die.DrawBeadBuilder.OutputTypes: Creates the male bead only.
MALE - Static variable in class nxopen.HumanData.GenderType
MALE - Static variable in class nxopen.HumanHandsDialogBuilder.GenderType
maleBeadHeight() - Method in interface nxopen.die.DrawBeadSegmentBuilder: Returns the expression containing the male bead height value.
maleBeadPosition() - Method in interface nxopen.die.DrawBeadBuilder: Returns the casting in which to create the male bead.
maleBeadWidthType() - Method in interface nxopen.die.DrawBeadSegmentBuilder: Returns the male bead width type.
maleFaceAttribute() - Method in interface nxopen.die.DrawBeadBuilder: Returns the attribute definition to be applied to the faces of the male bead sheet body.
maleLeftSheetRadius() - Method in interface nxopen.die.DrawBeadSegmentBuilder: Returns the expression containing the male sheet radius value for the "Left" side.
maleLeftTopRadius() - Method in interface nxopen.die.DrawBeadSegmentBuilder: Returns the expression containing the male top radius value for the "Left" side.
maleLeftWallAngle() - Method in interface nxopen.die.DrawBeadSegmentBuilder: Returns the expression containing the male wall angle value for the "Left" side.
maleLeftWidth() - Method in interface nxopen.die.DrawBeadSegmentBuilder: Returns the expression containing the male width value for the "left" side.
maleRightSheetRadius() - Method in interface nxopen.die.DrawBeadSegmentBuilder: Returns the expression containing the male sheet radius value for the "Right" side.
maleRightTopRadius() - Method in interface nxopen.die.DrawBeadSegmentBuilder: Returns the expression containing the male top radius value for the "Right" side.
maleRightWallAngle() - Method in interface nxopen.die.DrawBeadSegmentBuilder: Returns the expression containing the male wall angle value for the "Right" side.
maleRightWidth() - Method in interface nxopen.die.DrawBeadSegmentBuilder: Returns the expression containing the male width value for the "Right" side.
maleSheetAttribute() - Method in interface nxopen.die.DrawBeadBuilder: Returns the attribute definition to be applied to the male bead sheet body.
maleTransitionLength() - Method in interface nxopen.die.DrawBeadSegmentBuilder: Returns the expression containing the male transition length value.
MANAGE - Static variable in class nxopen.tooling.ChangeoverManagementBuilder.Types: the manage mode
Manage2dSymbolsBuilder - Interface in nxopen.ame: Represents a Manage2dSymbolsBuilder class Builder
To create a new instance of this class, use AMEManager.createManage2dSymbolsBuilder(nxopen.Part)
Default values.
Manage2dSymbolsBuilder.SymbolRepresentationTypes - Class in nxopen.ame: Representation type of symbol
Manage3DModelsBuilder - Interface in nxopen.ame: Represents the builder that is used to assign 3D models to a ProductDefinition
To create a new instance of this class, use AMEManager.createManage3dmodelsBuilder(nxopen.Part)

Created in NX11.0.0
manageConstraintsAfterEdit(NXObject[], boolean) - Method in interface nxopen.Sketch: Deletes or adjusts constraints of the input geometry that are incompatible after geometry edit.
managedModeComponentLoadMethod() - Method in interface nxopen.LoadOptions: Returns the option indicating what method to use to determine how to configure assembly structure in managed mode
License requirements: None.
managedModeLoadOptions - Variable in class nxopen.uf.UFAssem.LoadOptions
managedModeLoadOptions - Variable in class nxopen.uf.UFAssem.Options
ManageEclassMappingBuilder - Interface in nxopen.ame: Represents a ManageEclassMappingBuilder class Builder
To create a new instance of this class, use AMEManager.createManageEclassmappingBuilder(nxopen.Part)

Created in NX11.0.0
manageFeatureTag(boolean, Feature) - Method in interface nxopen.features.shipdesign.FeaturesToTagBuilder: Manages (set or unset) the ship manufacturing object on selected features
License requirements: nx_ship_detail ("Ship Detail Design") OR nx_ship_mfg_prep ("Ship Manufacturing")
.
ManageInlineBehaviorBuilder - Interface in nxopen.mechanicalrouting: Represents ManageInlineBehaviorBuilder .
ManageObjectTypeBuilder - Interface in nxopen.ame: Builder class for assigning AD type to Part and name to Component
To create a new instance of this class, use AMEManager.createManageObjectTypeBuilder(nxopen.Part)

Created in NX12.0.0
Manager - Interface in nxopen.cae.qualityaudit: The Quality Audit Manager class offers means to check for errors at assembly level
To obtain an instance of this class use CaeSession.qualityAuditManager() .
Manager - Interface in nxopen.cae.responsesimulation: Represents the Response Dynamics manager to contain all Response Dynamics objects
To obtain an instance of this class, refer to SimSimulation

Created in NX5.0.0
Manager.ActionType - Class in nxopen.cae.qualityaudit: Action type to be used in the quality audit process.
manageTemporaryObjectsType() - Method in interface nxopen.tooling.QuickQuotationBuilder: Returns the management type for temporary objects.
ManageToolPartBuilder - Interface in nxopen.cam: Represents an Export Tool Part Builder
This is an abstract class, and cannot be instantiated.
manageToolPartBuilder() - Method in interface nxopen.cam.TurningToolBuilder: Returns the manage tool part builder
License requirements: cam_base ("CAM BASE")
.
ManageToolPartBuilder.AskR1ToolTipJunctionData - Class in nxopen.cam: This class holds the data returned from ManageToolPartBuilder.askR1ToolTipJunction()
ManageToolPartBuilder.AskToolTipJunctionData - Class in nxopen.cam: This class holds the data returned from ManageToolPartBuilder.askToolTipJunction()
MANDATORY - Static variable in class nxopen.annotations.MasterSymbolListItemBuilder.TextTypes
MANDATORY - Static variable in class nxopen.annotations.TextType: Specifies text defined in the master symbol which can't be modified in the custom symbol.
MANDATORY_INPUT - Static variable in class nxopen.features.CustomAttribute.Property
MANDATORY_TEXT - Static variable in class nxopen.uf.UFDrf.CustomSymbolTextType
MANIFESTATION - Static variable in class nxopen.CGMBuilder.RelationOption: Manifestation
MANIFESTATION - Static variable in class nxopen.drawings.MarkAsTemplateBuilder.RelationTypeEnum
MANIFESTATION - Static variable in class nxopen.PrintPDFBuilder.RelationOption: Manifestation
Manikin - Interface in nxopen.features.vehicledesign: Represents a manikin automotive feature
To create or edit an instance of this class, use ManikinBuilder

Created in NX7.5.0
ManikinBuilder - Interface in nxopen.features.vehicledesign: Represents a Manikin builder
To create a new instance of this class, use VehicleDesignCollection.createManikinBuilder(nxopen.features.vehicledesign.Manikin)
Default values.
ManikinBuilder.ClassificationType - Class in nxopen.features.vehicledesign: the vehicle classification type
ManikinBuilder.PositionType - Class in nxopen.features.vehicledesign: the vehicle seat position type
ManikinBuilder.SAEPercentileType - Class in nxopen.features.vehicledesign: the vehicle percentile type
ManikinBuilder.StandardType - Class in nxopen.features.vehicledesign: the vehicle standard type
MANIPULATOR - Static variable in class nxopen.geometricanalysis.FaceCurvatureAnalysisBuilder.DirectionTypes: orientation maninpulator
MANIPULATOR - Static variable in class nxopen.mechanicalrouting.TransformBlockBuilder.Transformtype: Manipulator allows you to move a point dynamically to any location in wcs.
manipulatormatrix - Variable in class nxopen.features.FlatteningAndFormingBuilder.DestinationFrameData
manipulatorMatrix() - Method in interface nxopen.FlatteningBuilder: Deprecated.
Deprecated in NX11.0.0. Use FlatteningAndFormingBuilder instead.
manipulatorMatrix() - Method in interface nxopen.geometricutilities.ModlMotion: Returns the matrix of manipulator for ModlMotion.Options.DYNAMIC motion option.
manipulatororigin - Variable in class nxopen.features.FlatteningAndFormingBuilder.DestinationFrameData
manipulatorOrigin() - Method in interface nxopen.FlatteningBuilder: Deprecated.
Deprecated in NX11.0.0. Use FlatteningAndFormingBuilder instead.
manipulatorOrigin() - Method in interface nxopen.geometricutilities.ModlMotion: Returns the origin point of manipulator for ModlMotion.Options.DYNAMIC motion option.
MANUAL - Static variable in class nxopen.annotations.SuppressPMIBuilder.SuppressionMethodType: Suppress selected PMI objects.
MANUAL - Static variable in class nxopen.assemblies.MechanicalRoutingSubsetBuilder.SurroundingDataRecipeMethod
MANUAL - Static variable in class nxopen.cae.DurSpecialistSuperpositionEventBuilder.MatchingType: The connections are done manually
MANUAL - Static variable in class nxopen.cae.EdgeSticherBuilder.StitchMethods
MANUAL - Static variable in class nxopen.cae.Mesh3dHexBuilder.Type
MANUAL - Static variable in class nxopen.cae.MMCCreateBuilder.Types: Manual Create
MANUAL - Static variable in class nxopen.cae.PreTestExciterConfigBuilder.MethodChoiceType
MANUAL - Static variable in class nxopen.cae.SetManager.DistributedPlanesPosition: the position or radius is manually defined
MANUAL - Static variable in class nxopen.cae.SuppressHoleBuilder.OptionChoice
MANUAL - Static variable in class nxopen.cae.SweepBetweenMeshBuilder.Types: Deprecated.

Manual
MANUAL - Static variable in class nxopen.cam.BoundaryTurnMemberFineFinishCorner.Cleanup
MANUAL - Static variable in class nxopen.cam.CenterlineDrillTurningBuilder.FinalRetractTypes: Final Retract Type: Manual
MANUAL - Static variable in class nxopen.cam.FeatureRecognitionBuilder.RecognitionEnum: Manual Feature Recognition
MANUAL - Static variable in class nxopen.cam.InspectionMethodBuilder.InspectionModes: Manual
MANUAL - Static variable in class nxopen.cam.InspectionMethodBuilder.TransitionTypes: Manual Transition Point
MANUAL - Static variable in class nxopen.cam.InspectionPathBuilder.InspectModeType: Manual
MANUAL - Static variable in class nxopen.cam.RoughFinishTurningBuilder.RegionSelectionTypes: Manual cut region selection.
MANUAL - Static variable in class nxopen.cam.TurnFeatureGeomBuilder.CutRegionSelectionModes: Manual cut region selection.
MANUAL - Static variable in class nxopen.die.DrawBeadBuilder.TransitionDefinitionTypes: User specified start and end segments so transition areas are fully defined.
MANUAL - Static variable in class nxopen.die.PierceItemBuilder.SizingMethodOption: Will use size specified
MANUAL - Static variable in class nxopen.drawings.ViewBoundaryBuilder.Type: top view
MANUAL - Static variable in class nxopen.drawings.ViewCreationWizardBuilder.Option: By Manual
MANUAL - Static variable in class nxopen.drawings.ViewCreationWizardBuilder.ViewBoundaryOption: view boundary Manual
MANUAL - Static variable in class nxopen.features.MidSurfaceByFacePairsBuilder.PairingStrategyType: Manual pairing process
MANUAL - Static variable in class nxopen.features.shipdesign.CuttingSideFacesBuilder.Types: Process all the selected solids to assign the cutting side attributes.
MANUAL - Static variable in class nxopen.features.shipdesign.RollingLineBuilder.Types: Creates a single line on the surface where the maximum force is to be applied.
MANUAL - Static variable in class nxopen.features.shipdesign.ShellTemplateBuilder.Types: Manually specify the coordinate system.
MANUAL - Static variable in class nxopen.features.shipdesign.ShipIntersectionsBuilder.CreationType
MANUAL - Static variable in class nxopen.features.shipdesign.ShipSectionBuilder.Type
MANUAL - Static variable in class nxopen.geometricutilities.Rebuild.RebuildTypes: Specify the rebuild degree manually.
MANUAL - Static variable in class nxopen.HumanPosturePredictionBuilder.TransmissionType: Indicate manual transmission
MANUAL - Static variable in class nxopen.motion.SplineBeamBuilder.DefinitionMethodType: Manual
MANUAL - Static variable in class nxopen.routing.electrical.ConnectorDevice.Assign
MANUAL - Static variable in class nxopen.SurfaceRebuildData.Type: Manual
MANUAL - Static variable in class nxopen.visualreporting.Classifier.GroupingMethodOption: Grouping is manual
MANUAL - Static variable in class nxopen.weld.FilletBuilder.EnumExtendEdges
MANUAL - Static variable in class nxopen.weld.WeldMeasurementSizeMethod: manual size method
MANUAL_ARROWS_IN - Static variable in class nxopen.annotations.TextPlacement: Specifies manual text placement with arrows inside the extension lines
MANUAL_ARROWS_IN_SAME_DIRECTION - Static variable in class nxopen.annotations.TextPlacement: Specifies manual text placement with arrows in the same direction
MANUAL_ARROWS_OUT - Static variable in class nxopen.annotations.TextPlacement: Specifies manual text placement with arrows outside the extension lines
MANUAL_DATA - Static variable in class nxopen.cae.responsesimulation.InitialConditions.EntryMethod
MANUAL_EDGE_TO_EDGE - Static variable in class nxopen.cae.EdgeSticherBuilder.Types
MANUAL_EDGE_TO_FACE - Static variable in class nxopen.cae.EdgeSticherBuilder.Types
MANUAL_PATTERN_ACTION - Static variable in class nxopen.cam.ToolpathEventType
MANUAL_POINT - Static variable in class nxopen.cam.InspectionMethodBuilder.OperationTypes: Measured Point
MANUAL_RECTANGLE_TYPE - Static variable in class nxopen.uf.UFDraw.BoundaryType
MANUAL_ROUTE - Static variable in class nxopen.routing.electrical.ElectricalStockDevice.RouteTypes
MANUAL_ROUTE_COMP - Static variable in class nxopen.routing.DesignRuleViolationCollection.Reason
MANUAL_ROUTE_COMPONENT_LEVEL - Static variable in class nxopen.routing.CustomManager.DesignRuleReason: Called after the Manual Route command using component level routing.
MANUAL_ROUTE_PIN - Static variable in class nxopen.routing.DesignRuleViolationCollection.Reason
MANUAL_ROUTE_PIN_LEVEL - Static variable in class nxopen.routing.CustomManager.DesignRuleReason: Called after the Manual Route command using pin level routing.
MANUAL_SUPPORTS - Static variable in class nxopen.linedesigner.PlatformEquipmentBuilder.DeckSupportTypeAPI
manualChangeFlag - Variable in class nxopen.uf.UFPath.ToolChange
ManualControl - Interface in nxopen.cam: Represents a ManualControl operation
To create or edit an instance of this class, use ManualControlBuilder

Created in NX10.0.3
ManualControlBuilder - Interface in nxopen.cam: Represents a ManualControl Operation Builder
To create a new instance of this class, use OperationCollection.createManualControlBuilder(nxopen.cam.CAMObject)

Created in NX10.0.3
manualDegree() - Method in interface nxopen.geometricutilities.Rebuild: Returns the degree when rebuild type is manual.
ManualElementsResult - Interface in nxopen.cae.qualityaudit: The Quality Audit ManualElementsResult is a class containing information about nodes connecting components.
ManualFeatureBuilder - Interface in nxopen.cam: Represents a ManualFeatureBuilder
To obtain an instance of this class use FeatureRecognitionBuilder

Created in NX6.0.0
ManualFeatureBuilderList - Interface in nxopen.cam: Represents a list of objects.
ManualLoadExtraction - Interface in nxopen.cae.aerostructures: This is the ManualLoadExtraction class .
manuallyAssignConnector(Component) - Method in interface nxopen.routing.electrical.ConnectorDevice: Assign a connector manually.
manuallyDelete() - Method in interface nxopen.routing.SingleDevice: Deletes the single device.
manuallyRoute(ElectricalStockDevice.RouteLevel, ISegment[]) - Method in interface nxopen.routing.electrical.ElectricalStockDevice: Manually routes a ElectricalStockDevice .
ManualMorphBuilder - Interface in nxopen.cae: Represents a ManualMorphBuilder
To create a new instance of this class, use NodeElementManager.createManualMorphBuilder()

Created in NX9.0.0
ManualMorphBuilder.MapMethod - Class in nxopen.cae: Represents the chosen type to apply node mapping on selected geometry.
ManualMorphBuilder.MapType - Class in nxopen.cae: Represents the type of Manual Mapping
ManualMove - Interface in nxopen.cam: Represents Manual Move
To obtain an instance of this class us OperationCollection

Created in NX4.0.0
ManualNodeAssociationBuilder - Interface in nxopen.cae: Represents a ManualNodeAssociationBuilder
To create a new instance of this class, use NodeElementManager.createManualNodeAssociationBuilder()

Created in NX10.0.0
manualPoint() - Method in interface nxopen.cam.InspectionMethodBuilder: Returns a flag to indicate if manual point creation is allowed
License requirements: None.
ManualRouteBuilder - Interface in nxopen.routing: To create a new instance of this class, use RouteManager.createManualRouteBuilder(nxopen.routing.electrical.ElectricalStockDevice.RouteLevel, nxopen.routing.electrical.ElectricalStockDevice)

Created in NX7.5.0
ManualRouteBuilder.CreateValidPointsOnPathsData - Class in nxopen.routing: This class holds the data returned from ManualRouteBuilder.createValidPointsOnPaths(nxopen.Point3d[])
ManualRouteBuilder.FindPathsFromMultiplePointsData - Class in nxopen.routing: This class holds the data returned from ManualRouteBuilder.findPathsFromMultiplePoints(nxopen.Point[])
manualSweepBetween() - Method in interface nxopen.cae.SweepBetweenMeshBuilder: Deprecated.
Deprecated in NX10.0.0. Use Mesh3dHexBuilder .
ManualSweepBetweenListItemSelection - Interface in nxopen.cae: Represents a ManualSweepBetweenListItemSelection
To create a new instance of this class, use ManualSweepBetweenSelection.createNewListItem(nxopen.cae.CAEEdge, nxopen.cae.CAEEdge, boolean)

Created in NX7.5.2
ManualSweepBetweenListItemSelectionList - Interface in nxopen.cae: Represents a list of objects.
ManualSweepBetweenSelection - Interface in nxopen.cae: Deprecated.
Deprecated in NX10.0.0. Use Mesh3dHexBuilder .
manualTiltingType() - Method in interface nxopen.cam.ToolPathTiltTilting: Returns the manual tilt
License requirements: None.
manualToggle() - Method in interface nxopen.cam.InspectionCmmCommandBuilder: Returns the manual mode toggle
License requirements: None.
manualToolChange() - Method in interface nxopen.cam.ToolChangeCiBuilder: Returns the Manual tool change toggle
License requirements: None.
manufacturerName() - Method in interface nxopen.sim.postconfigurator.CreationPostBuilder: Returns the manufacturer's name that is used for the postprocessor.
MANUFACTURING - Static variable in class nxopen.features.shipdesign.ConceptFromSpreadsheetBuilder.Type
MANUFACTURING_MODE - Static variable in class nxopen.features.shipdesign.CompareModeBuilder.CompareMode
MANUFACTURING_MODE - Static variable in class nxopen.features.shipdesign.SetModeBuilder.DesMfgMode
MANUFACTURING_REGION - Static variable in class nxopen.tooling.TrimSolidBuilder.Types: Region with attribute faces.
ManufacturingAssemblyNavigatorBuilder - Interface in nxopen.features.shipdesign: This class is used to define Manufacturing Assembly Structure.
ManufacturingAssemblyNavigatorBuilder.ContainerType - Class in nxopen.features.shipdesign: Container Type Structure or Weld
ManufacturingAssemblyNavigatorBuilder.OrientationType - Class in nxopen.features.shipdesign: Container Orientation Types
manufacturingCollector() - Method in interface nxopen.features.shipdesign.ProfileListBuilder: Returns the components of this part that contain a profile will be processed.
ManufacturingDataBuilder - Interface in nxopen.features.shipdesign: This class is used to generate Manufacturing data.
manufacturingDesignMode() - Method in interface nxopen.features.shipdesign.SetModeBuilder: Returns the manufacturing and design mode.
manufacturingGeometry() - Method in interface nxopen.tooling.ToolingManager: Returns the ManufacturingGeometryCollection instance belonging to this part .
ManufacturingGeometryBuilder - Interface in nxopen.tooling: Represents a builder to be used to create manufacturing geometry.
ManufacturingGeometryCollection - Interface in nxopen.tooling: Represents a collection of Manufacturing Geometry builder.
manufacturingInformation() - Method in interface nxopen.features.shipdesign.AlongGuideCutBuilder: Returns the manufacturing stock builder that holds the manufacturing data.
manufacturingInformation() - Method in interface nxopen.features.shipdesign.CornerCutBuilder: Returns the manufacturing stock builder that holds the manufacturing data.
manufacturingInformation() - Method in interface nxopen.features.shipdesign.Cutout2Builder: Returns the manufacturing stock builder that holds the manufacturing data.
manufacturingInformation() - Method in interface nxopen.features.shipdesign.EdgeCutBuilder: Returns the manufacturing stock builder that holds the manufacturing data.
manufacturingInformation() - Method in interface nxopen.features.shipdesign.ProfileCutoutBuilder: Returns the manufacturing stock builder that holds the manufacturing data.
ManufacturingOut - Interface in nxopen.features.shipdesign: Represents a ManufacturingOut
To create or edit an instance of this class, use ManufacturingOutBuilder

Created in NX5.0.0
ManufacturingOutBuilder - Interface in nxopen.features.shipdesign: Represents a ManufacturingOut builder
To create a new instance of this class, use ShipCollection.createManufacturingOutBuilder(nxopen.features.Feature)

Created in NX5.0.0
ManufacturingPreparation - Interface in nxopen.features.shipdesign: Represents a manufacturing preparation feature
To create or edit an instance of this class, use ManufacturingPreparationBuilder

Created in NX8.0.2
ManufacturingPreparationBuilder - Interface in nxopen.features.shipdesign: This builder is used to adds attributes to the part and body identifying manufacturing related data.
ManufacturingPreparationBuilder.AttributeType - Class in nxopen.features.shipdesign: Represents manufacturing attribute type.
manufacturingStock() - Method in interface nxopen.features.shipdesign.BracketBuilder: Returns the manufacturing stock.
manufacturingStock() - Method in interface nxopen.features.shipdesign.CollarPlateBuilder: Returns the manufacturing stock.
manufacturingStock() - Method in interface nxopen.features.shipdesign.ProfileCutoutBuilder: Deprecated.
Deprecated in NX8.5.1. Use ProfileCutoutBuilder.manufacturingInformation() instead.
manufacturingStock() - Method in interface nxopen.features.shipdesign.StandardPartFrameworkBuilder: Returns the manufacturing stock builder that holds the manufacturing data.
ManufacturingStockBuilder - Interface in nxopen.features.shipdesign: Represents a ManufacturingStockBuilder builder.
ManufacturingStockBuilder.CheckBoxStatus - Class in nxopen.features.shipdesign: the check box status.
ManufacturingStockBuilder.LockedStatus - Class in nxopen.features.shipdesign: the NX attribute locked status.
ManufacturingStockBuilder.ObjectType - Class in nxopen.features.shipdesign: the object to which the manufacturing attributes will be written.
ManufacturingStockBuilder.StockDataSourceType - Class in nxopen.features.shipdesign: the data source from which the intial manufacturing data will be read.
manufacturingType() - Method in interface nxopen.cae.optimization.TBSShapeLinkCondition: Returns the manufacturing type
License requirements: None.
manufacturingYear() - Method in interface nxopen.ame.EplanSettingsBuilder: Returns the manufacturing year
License requirements: ad_automation_design ("FULL AUTOMATION DESIGNER")
.
MAP - Static variable in class nxopen.cae.DependentMeshBuilder.MeshType: Map mesh
MAP_ALL_OBJECTS - Static variable in class nxopen.features.ReplaceFeatureBuilder.MappingMethodType: Not supported yet
MAP_FROM_BASE - Static variable in class nxopen.die.HandlingCoreBuilder.Types: Locate by finding the minimum distance to the main profile of the target and then project and offset from the base.
MAP_ONLY_OBJECTS_WITH_MODELING_DEPENDENCIES - Static variable in class nxopen.features.ReplaceFeatureBuilder.MappingMethodType
mapAngleFromWcs(Tag, double) - Method in interface nxopen.uf.UFTurn: Refer to UF_TURN_map_angle_from_wcs for documentation.
mapAngleToWcs(Tag, double) - Method in interface nxopen.uf.UFTurn: Refer to UF_TURN_map_angle_to_wcs for documentation.
mapCenter() - Method in interface nxopen.geometricanalysis.FaceCurvatureAnalysisBuilder: Returns the center point of the color mapping and contouring, as % of the full range of curvature values present in the data.
mapCollectorToDie(ScCollector) - Method in interface nxopen.die.Tip: Maps the edges in the collector from part position to die position.
mapCollectorToPart(ScCollector) - Method in interface nxopen.die.Tip: Maps the edges in the collector from die position to part position.
mapComponentFromParent(Component) - Method in interface nxopen.assemblies.ComponentAssembly: Maps a component in a parent assembly onto a corresponding component in this assembly.
mapComponentsFromSubassembly(Component) - Method in interface nxopen.assemblies.ComponentAssembly: Maps a component in a subassembly onto the corresponding components in this parent assembly.
mapCrossHatchTo() - Method in interface nxopen.IgesCreator: Returns the map cross hatch to section area or copious data
License requirements: None.
mapData() - Method in interface nxopen.LinkedMirrorPartAttributeEditEvent: Returns the data object for the attribute edit callback event
License requirements: None.
mapData() - Method in interface nxopen.LinkedMirrorPartEntityMapEvent: Returns the data object for the map entity callback event
License requirements: None.
mapDrawingToModel(Tag, double[]) - Method in interface nxopen.uf.UFView: Refer to UF_VIEW_map_drawing_to_model for documentation.
mapEClassObjectToADLibraryObject() - Method in interface nxopen.ame.ManageEclassMappingBuilder: Map selected EClass object
License requirements: ad_automation_design ("FULL AUTOMATION DESIGNER")
.
mapEClassPropertyToADLibraryObjectProperty(String, String, String) - Method in interface nxopen.ame.ManageEclassMappingBuilder: Map selected EClass property with AD Library Object property
License requirements: ad_automation_design ("FULL AUTOMATION DESIGNER")
.
mapEClassPropValueToADLibraryObjectPropValue(String, String, String) - Method in interface nxopen.ame.ManageEclassMappingBuilder: Map selected EClass property value with AD Library Object property value
License requirements: ad_automation_design ("FULL AUTOMATION DESIGNER")
.
mapEdge(IProfile) - Method in interface nxopen.die.Tip: Maps the edge to find the part and die position entity, either can be a null.
MapEdgeData() - Constructor for class nxopen.die.Tip.MapEdgeData
mapEntityHandler(LinkedMirrorPartEntityMapEvent) - Method in interface nxopen.LinkedPartManager.MapEntityHandler: User defined map entity method that is called whenever a linked mirror part is created or updated from source
License requirements: None.
mapFaceColor() - Method in interface nxopen.tooling.ElectrodeCheckingBuilder: Returns the option for mapping color of the touched face pair from workpiece to electrode.
mapFaceEdges() - Method in interface nxopen.features.shipdesign.ShellExpansionBuilder: Returns the map face edges
License requirements: None.
mapFeatures() - Method in interface nxopen.cam.FeatureRecognitionBuilder: Returns the flag indicating whether features will be mapped to other features if possible
License requirements: None.
mapFeaturesToPoints() - Method in interface nxopen.weld.JointmarkBuilder: Maps the selected reuse features to the new preview point locations.
MapFeatureTeaching - Interface in nxopen.cam: Represents a MapFeatureTeaching Builder
To create a new instance of this class, use CAMSetup.createMapFeatureTeaching(nxopen.cam.CAMObject)

Created in NX10.0.3
NX_REMOVE_FROM_JAVA_API
mapFemToAssemblyComponent(BaseFemPart, Component, boolean) - Method in interface nxopen.cae.AssyFEModel: Map a fem part to an assembly component in an assembly fem.
mapFemToMultiAssemblyComponents(BaseFemPart, Component[], boolean) - Method in interface nxopen.cae.AssyFEModel: Map a fem part to multiple assembly components in an assembly fem.
mapFlattenedGeomToInputGeom(TaggedObject) - Method in interface nxopen.features.FlatSolid: Returns PCB component or restriction area or additional geometry for the given component or curve on flat solid.
mapInputGeomToFlattenedGeom(TaggedObject) - Method in interface nxopen.features.FlatSolid: Returns output component or array of curves on flat solid for the given PCB component or restriction area or additional geometry.
mapLdObject(NXObject, IEngObject) - Method in interface nxopen.ame.AMEManager: Map a LD object to an eo
License requirements: ad_automation_design ("FULL AUTOMATION DESIGNER")
.
mapLdObjectToTemplate(NXObject, NXObject) - Method in interface nxopen.ame.AMEManager: Map a LD object to a template
License requirements: ad_automation_design ("FULL AUTOMATION DESIGNER")
.
Maple - Interface in nxopen.features: Deprecated.
Deprecated in NX12.0.0. Use MathIntegration instead.
MapleBuilder - Interface in nxopen.features: Deprecated.
Deprecated in NX12.0.0. Use MathIntegrationBuilder instead.
MapleBuilder.AssociativityEnum - Class in nxopen.features: Deprecated.

the associativity type
MapleBuilder.LocationType - Class in nxopen.features: Deprecated.

The option to specify where the Symbolica or Maple worksheet exists.
MapleExpBuilder - Interface in nxopen.optimization: Deprecated.
Deprecated in NX12.0.0. Use MathIntegrationExpBuilder instead.
mapLinkGeomToSource(Tag, Tag, boolean) - Method in interface nxopen.uf.UFWave: Refer to UF_WAVE_map_link_geom_to_source for documentation.
mapModelToDrawing(Tag, double[]) - Method in interface nxopen.uf.UFView: Refer to UF_VIEW_map_model_to_drawing for documentation.
mapObjectToCurrentPart(Tag) - Method in interface nxopen.uf.UFSf: Refer to UF_SF_map_object_to_current_part for documentation.
mapOutputCurve(NXObject, NXObject) - Method in interface nxopen.SketchIntersectionCurveBuilder: Maps old Intersection curves to new Intersection curves
This method should be used to map old Intersection curve outputs to the new Intersection curve outputs during the edit of Intersection Curve.
MAPPED - Static variable in class nxopen.ame.LineDesignerMappingBuilder.FilterType
MAPPED - Static variable in class nxopen.cae.Result.Filetype
MAPPED_ANCESTORS - Static variable in class nxopen.ame.SelectAndHighlightBuilder.SelType
MAPPED_HOLES - Static variable in class nxopen.cae.MeshControlBuilder.Types
MAPPED_TEMPERATURE - Static variable in class nxopen.cae.Result.Quantity
MAPPED_TEMPERATURE_GRADIENT - Static variable in class nxopen.cae.Result.Quantity
MappedHole - Interface in nxopen.cae: Represents a CAE mapped hole .
mappedHoleSize() - Method in interface nxopen.cae.MeshControlDisplayOptionsBuilder: Returns the mapped holes size
License requirements: None.
MappedMesh - Interface in nxopen.cae: Represents Mesh Recipe
To create or edit an instance of this class, use MappedMeshBuilder

Created in NX5.0.0
MappedMeshBuilder - Interface in nxopen.cae: Represents a Mapped Mesh Builder.
MappedMeshBuilder.CornerData - Class in nxopen.cae: This class holds the data returned from MappedMeshBuilder.getCornerData()
MappedMeshBuilder.MidNodeType - Class in nxopen.cae: Mid-node placement options
mappedNumberOfLayers() - Method in interface nxopen.cae.MeshControlBuilder: Returns the mapped number of layers
License requirements: nx_masterfem ("Finite Element Modeling")
.
mappedOffset() - Method in interface nxopen.cae.MeshControlBuilder: Returns the mapped offset
License requirements: nx_masterfem ("Finite Element Modeling")
.
MappedResult - Interface in nxopen.cae: Represents analysis results for a imported solver results file.
MAPPING - Static variable in class nxopen.ame.EngineeringObjectAspectDetailBuilder.NameSource
Mapping() - Constructor for class nxopen.uf.UFBrep.Mapping
Mapping(int, UFBrep.GeomType, UFBrep.GeomType) - Constructor for class nxopen.uf.UFBrep.Mapping
mappingCollection() - Method in interface nxopen.cae.SimLoadRecipe: Returns the SimLoadRecipeMappingCollection .
mappingFaces() - Method in interface nxopen.fields.SpatialMapBuilder: Returns the faces to be used as mapping objects
License requirements: None.
mappingFeature() - Method in interface nxopen.weld.JointmarkPointsBuilder: Returns the selected feature to move to the location specified.
mappingIsRequired - Variable in class nxopen.uf.UFModlGeneral.RequireUdfMappingForEditData
mappingIsRequired - Variable in class nxopen.uf.UFModlGeneral.RequireUdfMappingForInsertData
mappingMethod() - Method in interface nxopen.features.ReplaceFeatureBuilder: Returns the mapping method
License requirements: None.
mappingNewphysicsFileid(String, String) - Method in interface nxopen.mechatronics.ReplacePhysicsBuilder: Deprecated.
Deprecated in NX9.0.0. Use ReplacePhysicsBuilder.mappingNewphysicsObject(java.lang.String, nxopen.NXObject) instead.
mappingNewphysicsObject(String, NXObject) - Method in interface nxopen.mechatronics.ReplacePhysicsBuilder: Maps new physics object according to the original file id
License requirements: nx_mcd_core ("MECHATRONICS CONCEPT DESIGNER")
.
mappingNumObjects - Variable in class nxopen.uf.UFModlGeneral.RequireUdfMappingForEditData
mappingNumObjects - Variable in class nxopen.uf.UFModlGeneral.RequireUdfMappingForInsertData
mappingObjects - Variable in class nxopen.uf.UFModlGeneral.RequireUdfMappingForEditData
mappingObjects - Variable in class nxopen.uf.UFModlGeneral.RequireUdfMappingForInsertData
mappingTolerance() - Method in interface nxopen.features.ReplaceFeatureBuilder: Returns the distance tolerance to use for mapping
License requirements: None.
mapPnt2FromWcs(Tag, double[]) - Method in interface nxopen.uf.UFTurn: Refer to UF_TURN_map_pnt2_from_wcs for documentation.
mapPnt2ToAcs(Tag, double[]) - Method in interface nxopen.uf.UFTurn: Refer to UF_TURN_map_pnt2_to_acs for documentation.
mapPnt2ToWcs(Tag, double[]) - Method in interface nxopen.uf.UFTurn: Refer to UF_TURN_map_pnt2_to_wcs for documentation.
mapPnt3FromAcs(Tag, double[]) - Method in interface nxopen.uf.UFTurn: Refer to UF_TURN_map_pnt3_from_acs for documentation.
mapPoint(int, double[], int) - Method in interface nxopen.uf.UFCsys: Refer to UF_CSYS_map_point for documentation.
mapPosition(double[], double[]) - Method in interface nxopen.uf.UFTrns: Refer to UF_TRNS_map_position for documentation.
mapRange() - Method in interface nxopen.geometricanalysis.FaceCurvatureAnalysisBuilder: Returns the color map and contour range, as % of the full range of curvature values present in the data.
mapRegionToRegionPoint(String, Point3d) - Method in interface nxopen.features.shipdesign.PlateBuilder: Maps the user selected plate region to a region point.
mapRevolvedFacesTo() - Method in interface nxopen.IgesCreator: Returns the Map revolved faces in NX to IGES b-surfaces/surface of revolution
License requirements: None.
mapSectionElements(NXObject, NXObject) - Method in interface nxopen.Section: Maps old section curves to new section curves
This method should be used to map old section curves to new section curves when some or all curves from section are removed and some or all new curves are added.
mapSequence() - Method in interface nxopen.cae.ManualMorphBuilder: Returns the the flag which decides whether mapping is to be done sequentially (one-by-one) or in one go
License requirements: None.
mapSourceToLinkGeom(Tag, Tag) - Method in interface nxopen.uf.UFWave: Refer to UF_WAVE_map_source_to_link_geom for documentation.
mapStatus() - Method in interface nxopen.geometricutilities.ParentEquivalencyMap: Returns the map status
License requirements: None.
mapSubtype() - Method in interface nxopen.fields.SpatialMapBuilder: Returns the map subtype
License requirements: None.
mapSubtypeMapping() - Method in interface nxopen.fields.SpatialMapBuilder: Returns the subtype mapping
License requirements: None.
mapTabCylToBSurf() - Method in interface nxopen.IgesCreator: Returns the map tabulated cylinder to b-spline surface
License requirements: None.
mapTemplateToggle() - Method in interface nxopen.ame.MapToExistingObjectBuilder: Returns the toggle whether to map to template
License requirements: ad_automation_design ("FULL AUTOMATION DESIGNER")
.
MapToExistingObjectBuilder - Interface in nxopen.ame: Line Designer map to existing (EO) dialog JA interface
To create a new instance of this class, use AMEManager.createMapToExistingObjectBuilder(nxopen.Part)

Created in NX11.0.0
mapTooltrackingpointFromWcs(Tag, int) - Method in interface nxopen.uf.UFTurn: Refer to UF_TURN_map_tooltrackingpoint_from_wcs for documentation.
mapTooltrackingpointToWcs(Tag, int) - Method in interface nxopen.uf.UFTurn: Refer to UF_TURN_map_tooltrackingpoint_to_wcs for documentation.
mapTransverseFrames() - Method in interface nxopen.features.shipdesign.ShellExpansionBuilder: Returns the map transverse frames
License requirements: None.
mapType() - Method in interface nxopen.fields.SpatialMapBuilder: Returns the map type
License requirements: None.
mapType() - Method in interface nxopen.geometricutilities.ParentEquivalencyMap: Returns the map type
License requirements: None.
mapVec2FromWcs(Tag, double[]) - Method in interface nxopen.uf.UFTurn: Refer to UF_TURN_map_vec2_from_wcs for documentation.
mapVec2ToAcs(Tag, double[]) - Method in interface nxopen.uf.UFTurn: Refer to UF_TURN_map_vec2_to_acs for documentation.
mapVec2ToWcs(Tag, double[]) - Method in interface nxopen.uf.UFTurn: Refer to UF_TURN_map_vec2_to_wcs for documentation.
mapVec3FromAcs(Tag, double[]) - Method in interface nxopen.uf.UFTurn: Refer to UF_TURN_map_vec3_from_acs for documentation.
mapViewDep() - Method in interface nxopen.IgesImporter: Returns the map view dep - set to true if you want to map view dependent/modified entity to model object
License requirements: None.
MAR - Static variable in class nxopen.DateItemBuilder.MonthOfYear
MARCHING_ANGLE - Static variable in class nxopen.features.shipdesign.RollingLineBuilder.ConstructionMethodTypes: Use an initial value method and march along the varying normals at each subsequent location.
MARCHING_CURVATURE - Static variable in class nxopen.features.shipdesign.RollingLineBuilder.ConstructionMethodTypes: Use an initial value method and march along the varying normals at each subsequent location adjusting the final direction by the sheet curvature.
margin() - Method in interface nxopen.tooling.CompDrawingBuilder: Returns the margin for user defined drawing template.
MARGIN_OF_SAFETY - Static variable in class nxopen.cae.aerostructures.MarginResultTableDataProvider.ColumnType
marginBetweenViews() - Method in interface nxopen.drawings.StandardViewsBuilder: Returns the margin between views
License requirements: None.
marginBetweenViews() - Method in interface nxopen.drawings.ViewCreationWizardBuilder: Returns the margin between views
License requirements: None.
MarginCalculation - Interface in nxopen.cae.aerostructures: This is the MarginCalculation .
MarginCalculationBuilder - Interface in nxopen.cae.aerostructures: Represents a MarginCalculation builder.
MarginCalculationBuilder.CalculationStatus - Class in nxopen.cae.aerostructures: the Status type
MarginCalculationCollection - Interface in nxopen.cae.aerostructures: Represents a collection of MarginCalculation .
marginCalculationCollection() - Method in interface nxopen.cae.aerostructures.MarginSolution: Returns the MarginCalculationCollection belonging to this
Created in NX12.0.0
marginFirstOffset() - Method in interface nxopen.annotations.OrdinateStyleBuilder: Returns the distance from the baseline to the first margin.
marginForView() - Method in interface nxopen.tooling.CompDrawingBuilder: Returns the margin for view for user defined drawing template.
marginLineColorFontWidth() - Method in interface nxopen.diagramming.SheetMarginSettingsBuilder: Returns the color, font and width of margin line.
marginLineColorFontWidth() - Method in interface nxopen.drawings.SheetMarginSettingsBuilder: Returns the margin line color, font and width
License requirements: None.
marginOfSafety() - Method in interface nxopen.cae.DurabilityEventStrengthSettingsBuilder: Returns the margin of safety.
MarginResultTableDataProvider - Interface in nxopen.cae.aerostructures: MarginResultTableDataProvider used by the global results editor provides a table view of the results of all of a subset of the calculation of a margin solution.
MarginResultTableDataProvider.ColumnType - Class in nxopen.cae.aerostructures: Column type
marginSafety() - Method in interface nxopen.cae.DurabilityResultsReportBuilder: Returns the margin safety toggle
License requirements: None.
MarginSolution - Interface in nxopen.cae.aerostructures: Represents a MarginSolution .
MarginSolutionBuilder - Interface in nxopen.cae.aerostructures: This is a manager to the MarginSolution class.
marginSolutionCollection() - Method in interface nxopen.cae.AeroStructManager: Returns the Aerosizing metasolution collection belonging to this sim part.
MarginSolutionCollection - Interface in nxopen.cae.aerostructures: Represents a collection of margin solution.
marginSpacing() - Method in interface nxopen.annotations.OrdinateDimensionPreferences: Returns the spacing, the distance between margins
License requirements: None.
marginSpacing() - Method in interface nxopen.annotations.OrdinateStyleBuilder: Returns the interval distance between successive margins
License requirements: None.
marginToBorder() - Method in interface nxopen.drawings.StandardViewsBuilder: Returns the margin to border
License requirements: None.
marginToBorder() - Method in interface nxopen.drawings.ViewCreationWizardBuilder: Returns the margin to border
License requirements: None.
marginToCline(Tag) - Method in interface nxopen.uf.UFDrf: Refer to UF_DRF_margin_to_cline for documentation.
Mark() - Constructor for class nxopen.cae.Post.Mark
Mark(boolean, boolean, boolean, boolean, Post.MarkRenderStyle, Post.MarkTensorStyle, Post.MarkColor, NXColor, Post.MarkSize, Post.MarkMaximumSize, double, double, Post.MarkLocation, boolean, Post.MarkHide, double, double, boolean) - Constructor for class nxopen.cae.Post.Mark: Constructor for the Mark object.
MarkAsTemplateBuilder - Interface in nxopen.drawings: Represents a MarkAsTemplateBuilder
To create a new instance of this class, use DraftingManager.createMarkAsTemplateBuilder()

Created in NX8.0.0
MarkAsTemplateBuilder.ActionTypeEnum - Class in nxopen.drawings: the action type enum.
MarkAsTemplateBuilder.ItemTypeEnum - Class in nxopen.drawings: the item type enum.
MarkAsTemplateBuilder.RelationTypeEnum - Class in nxopen.drawings: the relation type enum.
MarkAsTemplateBuilder.TemplateTypeEnum - Class in nxopen.drawings: the template type enum.
markColor - Variable in class nxopen.cae.Post.Mark
MARKER - Static variable in class nxopen.cae.xyplot.ModelType
MARKER - Static variable in class nxopen.cae.xyplot.TextType: Marker label
MARKER - Static variable in class nxopen.mechatronics.PlcSimAdvClientBuilder.AreaType: Marker
Marker - Interface in nxopen.motion: Represents the Motion Marker class.
marker() - Method in interface nxopen.motion.MarkerToNodeData: Returns the marker or joint object
License requirements: mechanisms ("MECHANISMS")
.
MARKER - Static variable in class nxopen.uf.UFKf.Type
Marker() - Constructor for class nxopen.uf.UFMotion.Marker
Marker(String, UFMotion.MarkerType, Tag, Tag, Tag, double[]) - Constructor for class nxopen.uf.UFMotion.Marker
Marker.MarkerType - Class in nxopen.motion: Marker subtype
MarkerBuilder - Interface in nxopen.motion: Represents a builder of Marker
To create a new instance of this class, use MarkerCollection.createMarkerBuilder(nxopen.motion.Marker)
Default values.
MarkerCollection - Interface in nxopen.motion: Represents a collection of Markers
To obtain an instance of this class, refer to Part

Created in NX4.0.0
MarkerModel - Interface in nxopen.cae.xyplot: Represents a marker object on a plotting graph.
markerPosition() - Method in interface nxopen.motion.MarkerToNodeData: Returns the i or j marker identity
License requirements: mechanisms ("MECHANISMS")
.
markers() - Method in interface nxopen.Part: Return a collection of Markers .
MarkerStyleSetting - Interface in nxopen.cae.xyplot: Represents the marker display style.
MarkerToNodeData - Interface in nxopen.motion: Represents the marker to node data which is a list item in FlexBodyBuilder
Created in NX7.5.0
markerType - Variable in class nxopen.uf.UFMotion.Marker
MarkerType0d - Class in nxopen.cae: specifies the marker to use for the 0d element display
markingHeight() - Method in interface nxopen.diagramming.SheetBordersAndZonesBuilder: Returns the height of marking.
markingHeight() - Method in interface nxopen.diagramming.SheetZoneSettingsBuilder: Returns the height of the marking.
markingHeight() - Method in interface nxopen.drawings.BordersAndZonesBuilder: Deprecated.
Deprecated in NX10.0.0. Use SheetZoneSettingsBuilder.markingHeight() instead.
markingHeight() - Method in interface nxopen.drawings.SheetZoneSettingsBuilder: Returns the marking height
License requirements: None.
MarkingLine - Interface in nxopen.features.shipdesign: Represents a marking line feature.
MarkingLineBuilder - Interface in nxopen.features.shipdesign: Represents a MarkingLine Feature builder
To create a new instance of this class, use ShipCollection.createMarkingLineBuilder(nxopen.features.Feature)

Created in NX5.0.0
markingLineColorWidth() - Method in interface nxopen.diagramming.SheetZoneSettingsBuilder: Returns the color and width of marking line.
markingLineColorWidth() - Method in interface nxopen.drawings.SheetZoneSettingsBuilder: Returns the marking line color width
License requirements: None.
MarkingLineDesign - Interface in nxopen.features.shipdesign: Represents a marking line feature.
MarkingLineDesignBuilder - Interface in nxopen.features.shipdesign: Represents a new MarkingLine Feature builder.
MarkingLineDesignBuilder.MarkingLineInformationData - Class in nxopen.features.shipdesign: This class holds the data returned from MarkingLineDesignBuilder.getMarkingLineInformation(nxopen.ICurve)
MarkingLineInformationData() - Constructor for class nxopen.features.shipdesign.MarkingLineDesignBuilder.MarkingLineInformationData
markingLinesDirectionType() - Method in interface nxopen.features.shipdesign.ShellTemplateBuilder: Returns the value that specifies which marking lines are drawn on the plate
License requirements: None.
markJointsToKeep() - Method in interface nxopen.weld.WeldJointBuilder: Marks all currently created welding joints so they do not get deleted when WeldJointBuilder.deleteAllUnMarkedJoints() is called from the dialog.
markLocation - Variable in class nxopen.cae.Post.Mark
markMaximumSize - Variable in class nxopen.cae.Post.Mark
markModelAsCam(Tag) - Method in interface nxopen.uf.UFCamPrepro: Refer to UF_CAM_PREPRO_mark_model_as_cam for documentation.
markOnlySection() - Method in interface nxopen.features.shipdesign.ManufacturingOutBuilder: Returns the mark only section
License requirements: None.
markRenderStyle - Variable in class nxopen.cae.Post.Mark
markSize - Variable in class nxopen.cae.Post.Mark
marksRecycled - Variable in class nxopen.Session.UndoLastNVisibleMarksData: True if undo succeeded but no marks remain.
markTensorStyle - Variable in class nxopen.cae.Post.Mark
MarkupFileCollection - Interface in nxopen.markup: Represents a MarkupFileCollection
To obtain an instance of this class, refer to MarkupManager

Created in NX10.0.0
NX_REMOVE_FROM_JAVA_API
markupFileCollection() - Method in interface nxopen.markup.MarkupManager: Returns the MarkupFileCollection instance
Created in NX10.0.0
markupFileObjectCollection() - Method in interface nxopen.markup.File: Returns the MarkupFileObjectCollection instance
Created in NX10.0.0
MarkupFileObjectCollection - Interface in nxopen.markup: This collects all the markups in the File
To obtain an instance of this class, refer to File

Created in NX10.0.0
NX_REMOVE_FROM_JAVA_API
MarkupManager - Interface in nxopen.markup: Contains the collection objects for creating and iterating over markup objects.
markupManager() - Method in interface nxopen.Session: Returns the MarkupManager instance belonging to this session
Created in NX10.0.0
NX_REMOVE_FROM_JAVA_API
MarkupObject - Interface in nxopen.markup: Represents a MarkupObject on the screen.
markupObjectCollection() - Method in interface nxopen.markup.MarkupManager: Returns the MarkupObjectCollection instance
Created in NX10.0.0
MarkupObjectCollection - Interface in nxopen.markup: This collects all the markups in current NX session
To obtain an instance of this class, refer to MarkupManager

Created in NX10.0.0
NX_REMOVE_FROM_JAVA_API
MARLOW - Static variable in class nxopen.PhysicalMaterial.Type: Marlow
MARRIAGE - Static variable in class nxopen.linedesigner.ConveyorStationFeatureBuilder.Type
Mask() - Constructor for class nxopen.uf.UFUi.Mask
Mask(int, int, int) - Constructor for class nxopen.uf.UFUi.Mask
MaskTriple() - Constructor for class nxopen.Selection.MaskTriple
MaskTriple(int, int, int) - Constructor for class nxopen.Selection.MaskTriple: Constructor for the MaskTriple object.
mass() - Method in interface nxopen.cae.connections.ConnectionDBItemData: Returns the mass
License requirements: None.
mass - Variable in class nxopen.cae.ElementAssociatedDataUtils.AskLumpedMassData: Mass value.
MASS - Static variable in class nxopen.cae.Result.Quantity
MASS - Static variable in class nxopen.cae.XyFunctionMeasure: Mass unit
MASS - Static variable in class nxopen.MeasureBodies.ActiveValue
mass() - Method in interface nxopen.MeasureBodies: Returns the value for mass of the measurement
License requirements: None.
mass() - Method in interface nxopen.mechatronics.RigidBodyBuilder: Returns the mass.
mass() - Method in interface nxopen.motion.NormalModeProperty: Returns the mass of the normal mode
License requirements: mechanisms ("MECHANISMS")
.
MASS - Static variable in class nxopen.partfamily.FamilyAttribute.AttrType: asserted mass attribute
MASS - Static variable in class nxopen.Scalar.DimensionalityType
mass - Variable in class nxopen.uf.UFMotion.LinkMassProperties
MASS - Static variable in class nxopen.uf.UFSf.ElementType
mass - Variable in class nxopen.uf.UFWeight.Properties
MASS_BM - Static variable in class nxopen.cae.XyFunctionUnit: Mass unit: lbm
MASS_DENSITY - Static variable in class nxopen.cae.Result.Quantity
MASS_FLOW - Static variable in class nxopen.cae.Result.Quantity
MASS_FLOW - Static variable in class nxopen.cae.XyFunctionMeasure: Mass flow
MASS_FLOW_GHR - Static variable in class nxopen.cae.XyFunctionUnit: Mass Flow Unit: Gram Per Hour
MASS_FLOW_GMIN - Static variable in class nxopen.cae.XyFunctionUnit: Mass Flow Unit: Gram Per Minute
MASS_FLOW_GSEC - Static variable in class nxopen.cae.XyFunctionUnit: Mass Flow Unit: Gram Per Second
MASS_FLOW_KG_HR - Static variable in class nxopen.cae.XyFunctionUnit: Mass Flow Unit: Kilogram Per Hour
MASS_FLOW_KG_MIN - Static variable in class nxopen.cae.XyFunctionUnit: Mass Flow Unit: Kilogram Per Minute
MASS_FLOW_KG_SEC - Static variable in class nxopen.cae.XyFunctionUnit: Mass Flow Unit: Kilogram Per Second
MASS_FLOW_LBF_SEC_FT - Static variable in class nxopen.cae.XyFunctionUnit: Mass Flow Unit: Pound Second Per Foot
MASS_FLOW_LBF_SEC_IN - Static variable in class nxopen.cae.XyFunctionUnit: Mass Flow Unit: Pound Second Per Inch
MASS_FLOW_LBM_HR - Static variable in class nxopen.cae.XyFunctionUnit: Mass Flow Unit: Pound Mass Per Hour
MASS_FLOW_LBM_MIN - Static variable in class nxopen.cae.XyFunctionUnit: Mass Flow Unit: Pound Mass Pe rMinute
MASS_FLOW_LBM_SEC - Static variable in class nxopen.cae.XyFunctionUnit: Mass Flow Unit: Pound Mass Per Second
MASS_FLOW_MG_SEC - Static variable in class nxopen.cae.XyFunctionUnit: Mass Flow Unit: Megagram Per Second
MASS_FLUX - Static variable in class nxopen.cae.Result.Quantity
MASS_G - Static variable in class nxopen.cae.XyFunctionUnit: Mass unit: g
MASS_GM_PROPERTY - Static variable in class nxopen.visualreporting.Property.TypeOption: The mass of the component in grams
MASS_KG - Static variable in class nxopen.cae.XyFunctionUnit: Mass unit: Kg
MASS_KG_PROPERTY - Static variable in class nxopen.visualreporting.Property.TypeOption: The mass of the component in pounds
MASS_KGF_CM - Static variable in class nxopen.cae.XyFunctionUnit: Mass unit: kgf-sec^2/cm
MASS_KGF_M - Static variable in class nxopen.cae.XyFunctionUnit: Mass unit: kgf-sec^2/m
MASS_KGF_MM - Static variable in class nxopen.cae.XyFunctionUnit: Mass unit: kgf-sec^2/mm (130)
MASS_LB_PROPERTY - Static variable in class nxopen.visualreporting.Property.TypeOption: The mass of the component in kilograms
MASS_LBF_IN - Static variable in class nxopen.cae.XyFunctionUnit: Mass unit: lbf-sec^2/in
MASS_MG - Static variable in class nxopen.cae.XyFunctionUnit: Mass Unit: Mg (megagrams)
MASS_PROPERTIES - Static variable in class nxopen.GenericMeasure.Type
MASS_PROPERTY_CONTROL_OUTPUT - Static variable in class nxopen.motion.TextBasedElementBuilder.TypeChoices
MASS_SLUG - Static variable in class nxopen.cae.XyFunctionUnit: Mass unit: lbf-sec^2/ft
MASS_TON - Static variable in class nxopen.cae.XyFunctionUnit: Mass unit: ton
massCenter() - Method in interface nxopen.motion.LinkMassProperty: Returns the mass center
License requirements: None.
massCenter - Variable in class nxopen.uf.UFMotion.LinkMassProperties
massCenterPoint() - Method in interface nxopen.mechatronics.RigidBodyBuilder: Returns the mass center point.
massDensity() - Method in interface nxopen.features.shipdesign.PlateStockBuilder: Returns the material mass density.
massError - Variable in class nxopen.uf.UFWeight.Properties
massExpression() - Method in interface nxopen.motion.LinkMassProperty: Returns the mass expression
License requirements: None.
massLimit() - Method in interface nxopen.die.SteelInsertSectionBuilder: Returns the mass limit of the steel insert casting
License requirements: ug_die_design ("Die Design")
.
massMatrix0() - Method in interface nxopen.motion.FlexBodyBuilder: Returns the mass 0rd matrix option
License requirements: None.
massMatrix1() - Method in interface nxopen.motion.FlexBodyBuilder: Returns the mass 1st matrix option
License requirements: None.
massMatrix2() - Method in interface nxopen.motion.FlexBodyBuilder: Returns the mass 2nd matrix option
License requirements: None.
massMatrix3() - Method in interface nxopen.motion.FlexBodyBuilder: Returns the mass 3rd matrix option
License requirements: None.
massMatrix4() - Method in interface nxopen.motion.FlexBodyBuilder: Returns the mass 4th matrix option
License requirements: None.
massPath() - Method in interface nxopen.cae.connections.ComponentData: Returns the mass path
License requirements: None.
MassPropertiesBuilder - Interface in nxopen: Represents a MassPropertiesBuilder for calculating the weight of selected objects as well as informing the part that the assemblies weight property data needs to be updated on save.
MassPropertiesBuilder.UpdateOptions - Class in nxopen: Specifies the Update on Save option that will be applied to all selected objects.
massProperty() - Method in interface nxopen.mechatronics.RigidBodyBuilder: Returns the auto-calculate mass property flag which is used to indicate whether all mass properties are calculated by system.
massProperty() - Method in interface nxopen.motion.LinkBuilder: Returns the mass property
License requirements: None.
massPropertyType() - Method in interface nxopen.features.SectionInertiaAnalysisBuilder: Returns the mass property type
License requirements: None.
massProps - Variable in class nxopen.uf.UFModeling.AskMassProps3dData
massProps - Variable in class nxopen.uf.UFModl.AskLinkedExteriorData
massProps - Variable in class nxopen.uf.UFModl.LinkedExt
massScalar0() - Method in interface nxopen.motion.FlexBodyBuilder: Returns the mass 0rd scalar option
License requirements: None.
massScalar1() - Method in interface nxopen.motion.FlexBodyBuilder: Returns the mass 1st scalar option
License requirements: None.
massScalar2() - Method in interface nxopen.motion.FlexBodyBuilder: Returns the mass 2nd scalar option
License requirements: None.
massState() - Method in interface nxopen.cae.LumpedMassEADBuilder: Returns the mass state drives action upon commit
License requirements: nx_masterfem ("Finite Element Modeling")
.
massState - Variable in class nxopen.uf.UFWeight.Properties
massType() - Method in interface nxopen.motion.LinkMassProperty: Returns the mass type
License requirements: None.
massUnit - Variable in class nxopen.cae.Result.ResultBasicUnit
massVector0() - Method in interface nxopen.motion.FlexBodyBuilder: Returns the mass 0rd vector option
License requirements: None.
massVector1() - Method in interface nxopen.motion.FlexBodyBuilder: Returns the mass 1st vector option
License requirements: None.
massVector2() - Method in interface nxopen.motion.FlexBodyBuilder: Returns the mass 2nd vector option
License requirements: None.
massVector3() - Method in interface nxopen.motion.FlexBodyBuilder: Returns the mass 3rd vector option
License requirements: None.
massVector4() - Method in interface nxopen.motion.FlexBodyBuilder: Returns the mass 4th vector option
License requirements: None.
MASTER - Static variable in class nxopen.drawings.MarkAsTemplateBuilder.RelationTypeEnum
MASTER - Static variable in class nxopen.pdm.CaeCloneManager.CloneOption: Deprecated.
master - Variable in class nxopen.uf.UFDrf.SymbolInstance
MASTER_MODEL - Static variable in class nxopen.tooling.AssemblyDrawingBuilder.DrawingTypes
MASTER_MODEL - Static variable in class nxopen.tooling.EjectorTableBuilder.DrawingType: master model drawing
MASTER_MODEL - Static variable in class nxopen.tooling.EWDraftingBuilder.DrawingOption: master model
MASTER_SYMBOL - Static variable in class nxopen.annotations.SymbolPreferencesOption: Specifies master symbol's preferences will be used
MASTER_SYMBOL - Static variable in class nxopen.annotations.TextPreferencesOption: Specifies master symbol's text preferences will be used
masterAxisJoint() - Method in interface nxopen.mechatronics.CouplingBuilder: Returns the master axis joint.
masterAxisType() - Method in interface nxopen.mechatronics.CamBuilder: Returns the master axis type.
masterAxisType() - Method in interface nxopen.mechatronics.GraphControlBuilder: Returns the master axis type
License requirements: None.
masterBaseType() - Method in interface nxopen.mechatronics.GraphControlBuilder: Returns the master type
License requirements: None.
masterCadPart() - Method in interface nxopen.cae.AssyFemPart: Returns the master cad part associated with the assembly fem part
License requirements: nx_masterfem ("Finite Element Modeling") OR nx_design_sim ("NX Design Simulation")
.
masterCadPart() - Method in interface nxopen.cae.FemPart: Returns the master cad part associated with the fem part
License requirements: nx_masterfem ("Finite Element Modeling") OR nx_design_sim ("NX Design Simulation")
.
masterComponent - Variable in class nxopen.uf.UFAssem.McArrayData
MasterCustomSymbol - Interface in nxopen.annotations: Represents a custom symbol .
MasterCustomSymbolData - Interface in nxopen.annotations: Deprecated.
Deprecated in NX9.0.0. Use MasterSymbolBuilder instead.
MasterCut - Interface in nxopen.features: Represents a section view feature
To create or edit an instance of this class, use MasterCutBuilder

Created in NX5.0.0
MasterCutBuilder - Interface in nxopen.features: Represents a master cut feature builder that creates, inquires, or edits a master cut feature associated with a Cut View.
MasterCutBuilder.CalcThroughLimitsData - Class in nxopen.features: This class holds the data returned from MasterCutBuilder.calcThroughLimits(nxopen.Direction)
masterEdge() - Method in interface nxopen.cae.DependentMeshListItemBuilder: Returns the master edge
License requirements: nx_masterfem ("Finite Element Modeling")
.
masterEdge() - Method in interface nxopen.cae.ManualSweepBetweenListItemSelection: Returns the master edge
License requirements: nx_masterfem ("Finite Element Modeling")
.
masterEdge() - Method in interface nxopen.cae.MeshManualSweepBetweenListItemSelection: Returns the master edge
License requirements: nx_masterfem ("Finite Element Modeling")
.
masterEdge() - Method in interface nxopen.weld.JointItemBuilder: Returns the master edge of a T-joint weld.
masterEdge() - Method in interface nxopen.weld.WeldJointBuilder: Returns the master edge of a fillet weld.
masterExpression() - Method in interface nxopen.geometricutilities.InstanceEditedExpressionItem: Returns the master expression
License requirements: None.
masterExpression() - Method in interface nxopen.geometricutilities.PatternIncrementItem: Returns the master expression
License requirements: None.
masterFace() - Method in interface nxopen.cae.DependentMeshBuilder: Returns the master face
License requirements: nx_masterfem ("Finite Element Modeling")
.
masterFace() - Method in interface nxopen.cae.ManualSweepBetweenSelection: Deprecated.
Deprecated in NX10.0.0. Use Mesh3dHexBuilder .
masterFaceSelection() - Method in interface nxopen.cae.AutomaticSweepBetweenSelection: Deprecated.
Deprecated in NX10.0.0. Use Mesh3dHexBuilder .
masterFileName() - Method in interface nxopen.FileNew: Returns the name of the master model part to be referenced.
masterMax - Variable in class nxopen.mechatronics.CamProfileBuilder.Element: segment master max
masterMaximum() - Method in interface nxopen.mechatronics.CamProfileBuilder: Returns the maximum master value
License requirements: nx_mcd_core ("MECHATRONICS CONCEPT DESIGNER")
.
masterMaximum() - Method in interface nxopen.mechatronics.MotionProfileBuilder: Returns the masterMax.
masterMin - Variable in class nxopen.mechatronics.CamProfileBuilder.Element: segment master min
masterMinimum() - Method in interface nxopen.mechatronics.CamProfileBuilder: Returns the minimum master value
License requirements: nx_mcd_core ("MECHATRONICS CONCEPT DESIGNER")
.
masterMinimum() - Method in interface nxopen.mechatronics.MotionProfileBuilder: Returns the masterMin.
masterModel - Variable in class nxopen.uf.UFPlist.TraversalSettings
masterModelCncPartName() - Method in interface nxopen.tooling.EWDraftingBuilder: Returns the name to create a master model part for CNC drawing.
masterModelEdmPartName() - Method in interface nxopen.tooling.EWDraftingBuilder: Returns the name to create a master model part for EDM drawing.
masterModelPartName() - Method in interface nxopen.tooling.EjectorTableBuilder: Returns the name to create a master model part.
masterMultiple() - Method in interface nxopen.mechatronics.GearBuilder: Returns the master multiple.
masterOffset() - Method in interface nxopen.mechatronics.CamBuilder: Returns the master offset.
masterOffset() - Method in interface nxopen.mechatronics.GraphControlBuilder: Returns an offset that specifies from the master axis zero point relative to the path zero point for path interpolation.
masterOffsetPath - Variable in class nxopen.routing.OffsetPathCollection.CreateCircularOffsetPathData: The created master offset path
masterOffsetPath - Variable in class nxopen.routing.OffsetPathCollection.CreateRectangularOffsetPathData: The created master offset path
masterOpLabel() - Method in interface nxopen.cam.InspectionSensorBuilder: Returns the master sensor label
License requirements: None.
masterScaleFactor() - Method in interface nxopen.mechatronics.CamBuilder: Returns the master scale factor.
masterScaleFactor() - Method in interface nxopen.mechatronics.GraphControlBuilder: Returns the transformation that is described between the normalized representation to the absolute values.
MasterSymbol - Interface in nxopen.annotations: Represents a part symbol folder
To create or edit an instance of this class, use MasterSymbolBuilder

Created in NX7.5.0
MasterSymbolBuilder - Interface in nxopen.annotations: Represents a Builder for MasterSymbol functionality
To create a new instance of this class, use CustomSymbolCollection.createMasterSymbolBuilder(nxopen.annotations.MasterSymbol)
Default values.
MasterSymbolBuilder.LeaderAttachmentType - Class in nxopen.annotations: The Enum for Attachment options
MasterSymbolListItemBuilder - Interface in nxopen.annotations: Represents a MasterSymbolListItemBuilder
To create a new instance of this class, use CustomSymbolCollection.createMasterSymbolListItemBuilder()

Created in NX7.5.0
MasterSymbolListItemBuilder.TextTypes - Class in nxopen.annotations: The Enum for Text Types
MasterSymbolListItemBuilderList - Interface in nxopen.annotations: Represents a list of objects.
masterSymbolName() - Method in interface nxopen.annotations.BaseCustomSymbolBuilder: Returns the master symbol Name.
masterSymbolPath() - Method in interface nxopen.annotations.BaseCustomSymbolBuilder: Returns the master symbol path.
masterType() - Method in interface nxopen.mechatronics.PreferencesBuilder: Returns the master type option
License requirements: nx_mcd_core ("MECHATRONICS CONCEPT DESIGNER")
.
masterUnit() - Method in interface nxopen.mechatronics.CamProfileBuilder: Returns the type of master joint
License requirements: nx_mcd_core ("MECHATRONICS CONCEPT DESIGNER")
.
masterUnit() - Method in interface nxopen.mechatronics.GraphControlBuilder: Returns the master value unit
License requirements: None.
masterUnit() - Method in interface nxopen.mechatronics.MotionProfileBuilder: Returns the masterUnit.
masterView() - Method in interface nxopen.drawings.BrokenViewBuilder: Returns the master view
License requirements: None.
MAT1 - Static variable in class nxopen.cae.ModelUpdateDesignVariablesRapidCreateBuilder.MaterialTypesEnum
MAT2 - Static variable in class nxopen.cae.ModelUpdateDesignVariablesRapidCreateBuilder.MaterialTypesEnum
MAT3 - Static variable in class nxopen.cae.ModelUpdateDesignVariablesRapidCreateBuilder.MaterialTypesEnum
MAT8 - Static variable in class nxopen.cae.ModelUpdateDesignVariablesRapidCreateBuilder.MaterialTypesEnum
MAT9 - Static variable in class nxopen.cae.ModelUpdateDesignVariablesRapidCreateBuilder.MaterialTypesEnum
MATCH - Static variable in class nxopen.ame.ProductMatchingRulesBuilder.Condition: used if conditon is "Match"
MATCH_CURVATURE - Static variable in class nxopen.uf.UFModl.BlendRadiusTypes
MATCH_CURVATURE_ENDS - Static variable in class nxopen.uf.UFCurve.BridgeMethod
MATCH_CURVATURE_PEAK - Static variable in class nxopen.uf.UFCurve.BridgeMethod
MATCH_EDGE_TO_CURVE - Static variable in class nxopen.features.MatchEdgeBuilder.Types: Edge to Curve match type
MATCH_EDGE_TO_DATUM - Static variable in class nxopen.features.MatchEdgeBuilder.Types: Edge to Datum match type.
MATCH_EDGE_TO_EDGE - Static variable in class nxopen.features.MatchEdgeBuilder.Types: Edge to Edge match type
MATCH_EDGE_TO_FACE - Static variable in class nxopen.features.MatchEdgeBuilder.Types: Edge to Face match type
MATCH_STRING - Static variable in class nxopen.features.ThroughCurvesBuilder.PatchTypes: patch match string.
MATCH_TANGENT_ENDS - Static variable in class nxopen.uf.UFCurve.BridgeMethod
MATCH_TANGENT_PEAK - Static variable in class nxopen.uf.UFCurve.BridgeMethod
MATCH_TANGENTS - Static variable in class nxopen.uf.UFModl.BlendRadiusTypes
MATCH_TO_SHEET - Static variable in class nxopen.features.GlobalShapingBuilder.DeformationTypeValues: Match to sheet
matchBy() - Method in interface nxopen.cae.DurSpecialistSuperpositionEventBuilder: Returns the match by.
matchContinuity - Variable in class nxopen.uf.UFModl.MatchedgeData
matchCount - Variable in class nxopen.uf.UFFam.EvaluateIntentData
matchCriteria(String, CharacteristicList) - Method in interface nxopen.preferences.RoutingPartLibrary: Search for entries in the part library table nodes that match the given set of criteria.
matchCriteria - Variable in class nxopen.uf.UFFam.IntentData
matchCriteriaWithFilter(String, CharacteristicList) - Method in interface nxopen.preferences.RoutingPartLibrary: Similar to RoutingPartLibrary.matchCriteria(java.lang.String, nxopen.routing.CharacteristicList) , however it also filters out any parts that don't match the critiera specified by the current specification.
matchCut() - Method in interface nxopen.tooling.DieEngTrimTaskBuilder: Returns the match cut.
matchCutExtensionAngle() - Method in interface nxopen.die.TrimTaskBuilder: Returns the match cut extension angle dimension of the trim task
License requirements: die_engineering ("DIE ENGINEERING")
.
matchCutFirstRadius() - Method in interface nxopen.die.TrimTaskBuilder: Returns the match cut first radius dimension of the trim task
License requirements: die_engineering ("DIE ENGINEERING")
.
matchCutNotchOffset() - Method in interface nxopen.die.TrimTaskBuilder: Returns the match cut notch offset dimension of the trim task
License requirements: die_engineering ("DIE ENGINEERING")
.
matchCutOffsetFromPlane() - Method in interface nxopen.die.TrimTaskBuilder: Returns the match cut offset from plane dimension of the trim task
License requirements: die_engineering ("DIE ENGINEERING")
.
matchCutOffsetLength() - Method in interface nxopen.die.TrimTaskBuilder: Returns the match cut offset length dimension of the trim task
License requirements: die_engineering ("DIE ENGINEERING")
.
matchCutScrapCutterLength() - Method in interface nxopen.die.TrimTaskBuilder: Returns the match cut scrap cutter length dimension of the trim task
License requirements: die_engineering ("DIE ENGINEERING")
.
matchCutSecondRadius() - Method in interface nxopen.die.TrimTaskBuilder: Returns the match cut second radius dimension of the trim task
License requirements: die_engineering ("DIE ENGINEERING")
.
matchCutThirdRadius() - Method in interface nxopen.die.TrimTaskBuilder: Returns the match cut third radius dimension of the trim task
License requirements: die_engineering ("DIE ENGINEERING")
.
matchCutType() - Method in interface nxopen.die.TrimTaskBuilder: Returns the match cut type of the trim task
License requirements: die_engineering ("DIE ENGINEERING")
.
matchCylinderSeams() - Method in interface nxopen.cae.DependentMeshBuilder: Match cylinder seams
License requirements: nx_masterfem ("Finite Element Modeling")
.
matchDimOfStartHole() - Method in interface nxopen.geometricutilities.EndHoleData: Returns the match dim of start hole
License requirements: None.
matchDimOfStartHole() - Method in interface nxopen.geometricutilities.MiddleHoleData: Returns the match dim of start hole
License requirements: None.
matchDirVectorTag - Variable in class nxopen.uf.UFModl.MatchedgeData
MATCHED_ENDS - Static variable in class nxopen.ExtrudeTaperDataTaperType: Matched end taper
MATCHED_ENDS - Static variable in class nxopen.geometricutilities.SimpleDraft.SimpleDraftType: Draft on both sides of the profile such that the end profiles match in areas
matchedEntity() - Method in interface nxopen.features.MatchedReferenceBuilder: Returns the matched entity
License requirements: None.
matchedExpression - Variable in class nxopen.userdefinedtemplate.InstantiationBuilder.MatchedExpressionData
MatchedExpressionData() - Constructor for class nxopen.userdefinedtemplate.InstantiationBuilder.MatchedExpressionData
MatchEdge - Interface in nxopen.features: Represents a match edge feature
To create or edit an instance of this class, use MatchEdgeBuilder

Created in NX6.0.0
MatchEdgeBuilder - Interface in nxopen.features: Represents a MatchEdge builder
To create a new instance of this class, use FeatureCollection.createMatchEdgeBuilder(nxopen.features.MatchEdge)
Default values.
MatchEdgeBuilder.EdgeConstraintType - Class in nxopen.features: Edge constraint type
MatchEdgeBuilder.MatchExact - Class in nxopen.features: Match Exact types
MatchEdgeBuilder.PoleMoveDirection - Class in nxopen.features: Pole movement direction
MatchEdgeBuilder.PoleMovementConstraintEnumType - Class in nxopen.features: Pole movement type
MatchEdgeBuilder.Types - Class in nxopen.features: Match Edge match types.
matchedgeCheck(UFModl.MatchedgeData, int, int) - Method in interface nxopen.uf.UFModlFeatures: Refer to UF_MODL_matchedge_check for documentation.
matchedgeCreateFeature(UFModl.MatchedgeData) - Method in interface nxopen.uf.UFModlFeatures: Refer to UF_MODL_matchedge_create_feature for documentation.
MatchedgeData() - Constructor for class nxopen.uf.UFModl.MatchedgeData
MatchedgeData(Tag, int, int[], Tag, int, Tag[], int[], double[][], int[], int, int, int, int, Tag, int, int, int, int) - Constructor for class nxopen.uf.UFModl.MatchedgeData
matchEdgeDegree - Variable in class nxopen.uf.UFModl.MatchedgeData
matchedgeEditFeature(UFModl.MatchedgeData, Tag) - Method in interface nxopen.uf.UFModlFeatures: Refer to UF_MODL_matchedge_edit_feature for documentation.
matchEdgePatches - Variable in class nxopen.uf.UFModl.MatchedgeData
matchedReference - Variable in class nxopen.userdefinedtemplate.InstantiationBuilder.MatchedReferenceData
MatchedReferenceBuilder - Interface in nxopen.features: Represents a MatchedReferenceBuilder
Created in NX6.0.0
MatchedReferenceBuilder.ResolvedStatus - Class in nxopen.features: Matched status
MatchedReferenceBuilder.Types - Class in nxopen.features: MatchedReference block type
MatchedReferenceData() - Constructor for class nxopen.userdefinedtemplate.InstantiationBuilder.MatchedReferenceData
matchedStatus() - Method in interface nxopen.features.MatchedReferenceBuilder: Returns the matchedReference matched status
License requirements: None.
matchEndToEnd - Variable in class nxopen.uf.UFModl.MatchedgeData
matchEntity - Variable in class nxopen.uf.UFModl.CompareEntityMatch
matchExact() - Method in interface nxopen.geometricutilities.MatchSurfaceBuilder: Returns the option to match exact, between the end of edit edge and the reference egde or curve
License requirements: None.
matchExact - Variable in class nxopen.uf.UFModl.MatchedgeData
matchExactType() - Method in interface nxopen.features.MatchEdgeBuilder: Returns the value indicating type of exact match
License requirements: None.
matchFace() - Method in interface nxopen.facet.RemoveUndercutsBuilder: Returns the match tangent to face.
matchFace() - Method in interface nxopen.features.sheetmetal.MultiFlangeBuilder: Returns the match face
License requirements: None.
matchFaceOption() - Method in interface nxopen.features.sheetmetal.FlangeBuilder: Returns the match face selection type.
matchIndices - Variable in class nxopen.uf.UFFam.EvaluateIntentData
matching() - Method in interface nxopen.cae.DurSpecialistSuperpositionEventBuilder: Returns the matching.
matchingOption() - Method in interface nxopen.features.DraftBodyBuilder: Deprecated.
Deprecated in NX9.0.0. Use DraftBodyBuilder.matchScope() instead
matchingUpdate() - Method in interface nxopen.cae.DurSpecialistSuperpositionEventBuilder: Returns the update method for manual matchings.
matchKnots() - Method in interface nxopen.features.StudioSplineBuilder: Deprecated.
Deprecated in NX8.0.0. Use StudioSplineBuilderEx instead.
matchKnotsType() - Method in interface nxopen.features.StudioSplineBuilderEx: Returns a constraint to match knots at the defining points for a through point spline
License requirements: None.
matchList() - Method in interface nxopen.geometricutilities.ReplAsstBuilder: Returns the list of all Parent Equivalency Map objects
License requirements: None.
matchPlane() - Method in interface nxopen.features.sheetmetal.FlangeBuilder: Returns the Match Plane.
matchPoint - Variable in class nxopen.uf.UFCurve.BridgeData
matchPointOne() - Method in interface nxopen.bodydes.OnestepUnformBuilder: Returns the first match point for spring back calculation.
matchPointThree() - Method in interface nxopen.bodydes.OnestepUnformBuilder: Returns the third match point for spring back calculation.
matchPointTwo() - Method in interface nxopen.bodydes.OnestepUnformBuilder: Returns the second match point for spring back calculation.
matchptParms - Variable in class nxopen.uf.UFCurve.BridgeData
matchScope() - Method in interface nxopen.features.DraftBodyBuilder: Returns the match scope
License requirements: None.
matchSheetBoundariesOnly() - Method in interface nxopen.geometricutilities.ReplAsstBuilder: Returns the automatic matching preference to match sheet boundaries only
License requirements: None.
MatchSurfaceBuilder - Interface in nxopen.geometricutilities: Represents a MatchSurfaceBuilder builder.This builder's Commit can create a b-surface
To create a new instance of this class, use CAMDataPrepManager.createMatchSurfaceBuilder()
Default values.
MatchSurfaceBuilder.MatchConstaint - Class in nxopen.geometricutilities: This enum represents the type of constaints
matchTargetType - Variable in class nxopen.uf.UFModl.MatchedgeData
matchTolerance - Variable in class nxopen.uf.UFSf.AskMeshMatingConditionData
matchType() - Method in interface nxopen.features.DraftBodyBuilder: Returns the match type
License requirements: None.
matchUsing() - Method in interface nxopen.cae.DurSpecialistSuperpositionEventBuilder: Returns the match using.
matchWith() - Method in interface nxopen.cae.DurSpecialistSuperpositionEventBuilder: Returns the comparison pattern.
matDirection - Variable in class nxopen.uf.UFModl.SmjoggleData
MATE - Static variable in class nxopen.tooling.AddReusablePart.PositionMethod
mateCsys() - Method in interface nxopen.tooling.ElectrodeComponentBuilder: Returns the current machine set CSYS.
MATED_COMP_RULE - Static variable in class nxopen.assemblies.ClearanceAnalysisBuilder.PairExcludedReason: global exclusion rule for mated component applies
material() - Method in interface nxopen.annotations.HatchBuilder: Deprecated.
Deprecated in NX7.5.0. Use HatchFillSettingsBuilder instead.
material() - Method in interface nxopen.annotations.HatchFillSettingsBuilder: Returns the area fill material
License requirements: None.
MATERIAL - Static variable in class nxopen.annotations.PmiFilterByType.Type: Indicates a PMI material type
material - Variable in class nxopen.BasePropertyTable.MaterialPropertyValueData: the material value to assign
material() - Method in interface nxopen.cae.connections.IMaterial: Returns the connection material
License requirements: None.
MATERIAL - Static variable in class nxopen.cae.connections.ModelizationResultType: Material
material() - Method in interface nxopen.cae.MaterialOptions: Returns
License requirements: None.
MATERIAL - Static variable in class nxopen.cae.ModelUpdateDesignVariablesRapidCreateBuilder.DesignVariableTypeEnum
MATERIAL - Static variable in class nxopen.cae.responsesimulation.CoordinateSystem
MATERIAL - Static variable in class nxopen.cae.Result.CoordinateSystem: Material coordinate system is applicable only when such coordinate systems are defined in the results model; if no material coordinate system is defined Result.CoordinateSystem.ABSOLUTE_RECTANGULAR will be used
MATERIAL - Static variable in class nxopen.cae.XyFunctionMacroType: Function is only used to define a material
material - Variable in class nxopen.DisplayManager.J3dData: material properties
material() - Method in interface nxopen.features.shipdesign.SteelDistributionBuilder: Returns the material
License requirements: None.
Material - Interface in nxopen: Represents Material
This is an abstract class
.
material() - Method in interface nxopen.mechatronics.TransportSurfaceBuilder: Returns the material.
material() - Method in interface nxopen.motion.CustomizedMaterialBuilder: Returns the material
License requirements: mechanisms ("MECHANISMS")
.
MATERIAL - Static variable in class nxopen.partfamily.FamilyAttribute.AttrType: material attribute
material() - Method in interface nxopen.pid.Port: Returns the material of the port.
material() - Method in interface nxopen.tooling.ElectrodeBlankBuilder: Returns the material of the blank.
material() - Method in interface nxopen.tooling.InitProjectBuilder: Returns the material access functions
License requirements: None.
material - Variable in class nxopen.uf.UFDrf.Areafill
material - Variable in class nxopen.uf.UFSmd.GenPrefs
MATERIAL_ALEXANDER - Static variable in class nxopen.uf.UFSf.NeutralMaterialTypes
MATERIAL_ANISOTROPIC - Static variable in class nxopen.uf.UFSf.NeutralMaterialTypes
MATERIAL_ARRUDABOYCE - Static variable in class nxopen.uf.UFSf.NeutralMaterialTypes
MATERIAL_ARRUDABOYCETESTDATA - Static variable in class nxopen.uf.UFSf.NeutralMaterialTypes
MATERIAL_BLATZ - Static variable in class nxopen.uf.UFSf.NeutralMaterialTypes
MATERIAL_CURING - Static variable in class nxopen.uf.UFSf.NeutralMaterialTypes
MATERIAL_DAMAGEINTERFACE - Static variable in class nxopen.uf.UFSf.NeutralMaterialTypes
MATERIAL_FLUID - Static variable in class nxopen.uf.UFSf.NeutralMaterialTypes
MATERIAL_FOAM - Static variable in class nxopen.uf.UFSf.NeutralMaterialTypes
MATERIAL_FOAMTESTDATA - Static variable in class nxopen.uf.UFSf.NeutralMaterialTypes
MATERIAL_FORMABILITY - Static variable in class nxopen.uf.UFSf.NeutralMaterialTypes
MATERIAL_GASKET - Static variable in class nxopen.uf.UFSf.NeutralMaterialTypes
MATERIAL_GASKETBEHAVIOR - Static variable in class nxopen.uf.UFSf.NeutralMaterialTypes
MATERIAL_GASKETDISPLACEMENT - Static variable in class nxopen.uf.UFSf.NeutralMaterialTypes
MATERIAL_GENT - Static variable in class nxopen.uf.UFSf.NeutralMaterialTypes
MATERIAL_HARTSMITH - Static variable in class nxopen.uf.UFSf.NeutralMaterialTypes
MATERIAL_HYPERELASTIC - Static variable in class nxopen.uf.UFSf.NeutralMaterialTypes
MATERIAL_INFO - Static variable in class nxopen.uf.UFSf.ScenarioInfo
MATERIAL_INSIDE - Static variable in class nxopen.features.sheetmetal.AdvancedFlangeBuilder.Insets
MATERIAL_INSIDE - Static variable in class nxopen.features.sheetmetal.AeroFlangeBuilder.MatType: Material Inside
MATERIAL_INSIDE - Static variable in class nxopen.features.sheetmetal.BendBuilder.BendLocationOptions
MATERIAL_INSIDE - Static variable in class nxopen.features.sheetmetal.BridgeTransitionBuilder.InsetOptions: Bridge Transition body near tangential plane and start will be on same side of the tangential plane selected.
MATERIAL_INSIDE - Static variable in class nxopen.features.sheetmetal.FlangeBendPropertiesBuilder.Insets
MATERIAL_INSIDE - Static variable in class nxopen.features.sheetmetal.FlangeBuilder.InsetTypeOptions: The flange is flush with the thickness face on the inside
MATERIAL_INSIDE - Static variable in class nxopen.features.sheetmetal.HemFlangeBuilder.InsetTypeOptions: The hem flange is flush with the thickness face on the inside
MATERIAL_INSIDE - Static variable in class nxopen.features.sheetmetal.JogBuilder.BendLocationOptions
MATERIAL_INSIDE - Static variable in class nxopen.features.sheetmetal.MultiBendBendPropertiesBuilder.Insets
MATERIAL_ISOTROPIC - Static variable in class nxopen.uf.UFSf.NeutralMaterialTypes
MATERIAL_LIBRARY - Static variable in class nxopen.cae.DurSpecialistSolutionBuilder.MaterialSourceType: The material from the material library
MATERIAL_MARLOW - Static variable in class nxopen.uf.UFSf.NeutralMaterialTypes
MATERIAL_MOONEYRIVLIN - Static variable in class nxopen.uf.UFSf.NeutralMaterialTypes
MATERIAL_MOONEYRIVLINTESTDATA - Static variable in class nxopen.uf.UFSf.NeutralMaterialTypes
MATERIAL_MULTIPLEFLUID - Static variable in class nxopen.uf.UFSf.NeutralMaterialTypes
MATERIAL_NEOHOOKE - Static variable in class nxopen.uf.UFSf.NeutralMaterialTypes
MATERIAL_NEOHOOKETESTDATA - Static variable in class nxopen.uf.UFSf.NeutralMaterialTypes
MATERIAL_OGDEN - Static variable in class nxopen.uf.UFSf.NeutralMaterialTypes
MATERIAL_OGDENTESTDATA - Static variable in class nxopen.uf.UFSf.NeutralMaterialTypes
MATERIAL_ORTHOTROPIC - Static variable in class nxopen.uf.UFSf.NeutralMaterialTypes
MATERIAL_OUTSIDE - Static variable in class nxopen.features.sheetmetal.AdvancedFlangeBuilder.Insets
MATERIAL_OUTSIDE - Static variable in class nxopen.features.sheetmetal.AeroFlangeBuilder.MatType: Material Outside
MATERIAL_OUTSIDE - Static variable in class nxopen.features.sheetmetal.BendBuilder.BendLocationOptions
MATERIAL_OUTSIDE - Static variable in class nxopen.features.sheetmetal.BridgeTransitionBuilder.InsetOptions: Bridge Transition body near tangential plane and start will be on opposite sides of the tangential plane selected.
MATERIAL_OUTSIDE - Static variable in class nxopen.features.sheetmetal.FlangeBendPropertiesBuilder.Insets
MATERIAL_OUTSIDE - Static variable in class nxopen.features.sheetmetal.FlangeBuilder.InsetTypeOptions: The flange is flush with the thickness face on the outside
MATERIAL_OUTSIDE - Static variable in class nxopen.features.sheetmetal.HemFlangeBuilder.InsetTypeOptions: The hem flange is flush with the thickness face on the outside
MATERIAL_OUTSIDE - Static variable in class nxopen.features.sheetmetal.JogBuilder.BendLocationOptions
MATERIAL_OUTSIDE - Static variable in class nxopen.features.sheetmetal.MultiBendBendPropertiesBuilder.Insets
MATERIAL_POLYNOMIAL - Static variable in class nxopen.uf.UFSf.NeutralMaterialTypes
MATERIAL_POROUS - Static variable in class nxopen.uf.UFSf.NeutralMaterialTypes
MATERIAL_PROPERTY_TABLE - Static variable in class nxopen.cae.ModelDisplayBuilder.ElmClrBasis: Material Property Table
MATERIAL_REDUCEDPOLYNOMIAL - Static variable in class nxopen.uf.UFSf.NeutralMaterialTypes
MATERIAL_REMOVAL_PROHIBITED - Static variable in class nxopen.annotations.DraftingSurfaceFinishBuilder.FinishType: Material Removal Prohibited
MATERIAL_REMOVAL_PROHIBITED - Static variable in class nxopen.annotations.SurfaceFinishBuilder.FinishType: Material Removal Prohibited
MATERIAL_REMOVAL_REQUIRED - Static variable in class nxopen.annotations.DraftingSurfaceFinishBuilder.FinishType: Material Removal Required
MATERIAL_REMOVAL_REQUIRED - Static variable in class nxopen.annotations.SurfaceFinishBuilder.FinishType: Material Removal Required
MATERIAL_SHAPEMEMORYALLOY - Static variable in class nxopen.uf.UFSf.NeutralMaterialTypes
MATERIAL_SIDE_IN_LEFT - Static variable in class nxopen.uf.UFCam.MaterialSide
MATERIAL_SIDE_OUT_RIGHT - Static variable in class nxopen.uf.UFCam.MaterialSide
MATERIAL_SIDE_UNDEFINED - Static variable in class nxopen.uf.UFCam.MaterialSide
MATERIAL_SPECIFICATION - Static variable in class nxopen.annotations.PmiPreferences.PreferenceSymbolTypes: material specification
MATERIAL_SPECIFICATION_TYPE - Static variable in class nxopen.uf.UFPd.AttributeType
MATERIAL_SUSSMANBATHE - Static variable in class nxopen.uf.UFSf.NeutralMaterialTypes
MATERIAL_TABLE - Static variable in class nxopen.preferences.PartSheetmetal.BendDefinitionMethodOptions: The material table method
MATERIAL_VANDERWAALS - Static variable in class nxopen.uf.UFSf.NeutralMaterialTypes
MATERIAL_YEOH - Static variable in class nxopen.uf.UFSf.NeutralMaterialTypes
MATERIAL_YEOHTESTDATA - Static variable in class nxopen.uf.UFSf.NeutralMaterialTypes
MaterialAllowanceBuilder - Interface in nxopen.features.shipdesign: Represents the material allowance feature builder to examine steel feature.
materialCondition() - Method in interface nxopen.annotations.DatumReferenceBuilder: Returns the datum reference material condition
License requirements: None.
materialCondition - Variable in class nxopen.uf.UFGdt.DatumReference
MaterialConditionModifier - Class in nxopen.annotations: Specifies the material condition modifier
materialCount - Variable in class nxopen.uf.UFDisp.AskMaterialsInPartData
materialCount - Variable in class nxopen.uf.UFSf.AskLibraryMaterialsData
materialDamping() - Method in interface nxopen.motion.BodyContactLms: Returns the material damping
License requirements: None.
materialDamping() - Method in interface nxopen.motion.BodyContactSphereToCAD: Returns the material damping
License requirements: None.
materialDamping - Variable in class nxopen.uf.UFMotion.ContactParameters
materialDampingExpression() - Method in interface nxopen.motion.BodyContactAdams: Returns the material damping expression
License requirements: None.
materialDampingExpression() - Method in interface nxopen.motion.BodyContactRecurdyn: Returns the material damping expression
License requirements: None.
materialDampingExpression() - Method in interface nxopen.motion.CurveContactAdams: Returns the material damping expression
License requirements: None.
materialDampingExpression() - Method in interface nxopen.motion.CurveContactRecurdyn: Returns the material damping expression
License requirements: None.
MaterialData() - Constructor for class nxopen.cam.FeatureGeomBuilder.MaterialData
MaterialData() - Constructor for class nxopen.cam.ToolBuilder.MaterialData
materialDBDir() - Method in interface nxopen.cae.connections.ComposerData: Returns the material file direction
License requirements: None.
materialDefinitionType() - Method in interface nxopen.cae.responsesimulation.StrengthResultsEvaluationSettingBuilder: Returns the definition method of material
License requirements: nx_response_anlys ("NX Response Analysis")
.
materialDescription() - Method in interface nxopen.cae.PostMesh: Returns the materail description of the post mesh
License requirements: nx_masterfem ("Finite Element Modeling") OR nx_design_sim ("NX Design Simulation")
.
MaterialEstimationBuilder - Interface in nxopen.features.shipdesign: Represents the class Features.ShipDesign.MaterialEstimationBuilder which is used to calculate the material estimation information.
MaterialEstimationBuilder.SelectionMethods - Class in nxopen.features.shipdesign: Settings to indicate how the objects are selected.
materialFsyEstimation(double, double, double, double, double, double, double) - Method in interface nxopen.cae.aerostructures.author.ABB: Estimation of shear yield stress (Fsy) Shear yield stress allowable ('Fsy') is estimated on the basis of the following formula: 'Fsy=( FtyL + FtyLT + FcyL + FcyLT ) / 4 * ( 2 * Fsu)/( FtuL + FtuLT )' where: 'FtyL' is the tensile yield stress under longitudinal direction 'FtyLT' is the tensile yield stress under long transverse direction 'FcyL' is the compressive yield stress under longitudinal direction 'FcyLT' is the compressive yield stress under long transverse direction 'Fsu' is the shear ultimate stress 'FtuL' is the tensile ultimate stress under longitudinal direction 'FtuLT' is the tensile ultimate stress under long transverse direction Input FtyL Tensile yield stress, longitudinal direction FtyLT Tensile yield stress, long transverse direction FcyL Compressive yield stress, longitudinal direction FcyLT Compressive yield stress, long transverse direction Fsu Shear ultimate stress FtuL Tensile ultimate stress, longitudinal direction FtuLT Tensile ultimate stress, long transverse direction Output Fsy Shear yield stress Return Status of the calculation
License requirements: nx_masterfem ("Finite Element Modeling")
.
MaterialFsyEstimationData() - Constructor for class nxopen.cae.aerostructures.author.ABB.MaterialFsyEstimationData
materialFullArchiveName - Variable in class nxopen.uf.UFDisp.AskCurrentlySelectedMaterialData
materialGradeName() - Method in interface nxopen.features.shipdesign.PlateStockBuilder: Returns the material grade name.
materialGradeOption() - Method in interface nxopen.features.shipdesign.PlateStockBuilder: Returns the material grade option.
materialId() - Method in interface nxopen.cae.PostMesh: Returns the material id of the post mesh
License requirements: nx_masterfem ("Finite Element Modeling") OR nx_design_sim ("NX Design Simulation")
.
materialIdColor() - Method in interface nxopen.cae.PostMesh: Returns the color index for the material id assigned to the post mesh
License requirements: nx_masterfem ("Finite Element Modeling") OR nx_design_sim ("NX Design Simulation")
.
materialInherited - Variable in class nxopen.BasePropertyTable.MaterialPropertyValueData: true indicate the material is inherited from referenced object assignments such as geometry
materialInherited() - Method in interface nxopen.cae.MaterialOptions: Returns
License requirements: None.
materialInterpolationOption() - Method in interface nxopen.cae.optimization.TBSTopologySensitivityOptimizationParameters: Returns the material interpolation scheme
License requirements: None.
MaterialLayersInfoData() - Constructor for class nxopen.display.IrayPlusMaterialEditorBuilder.MaterialLayersInfoData
materialLibrary() - Method in interface nxopen.PhysicalMaterialBuilder: Returns the material library value.
materialLibrefs - Variable in class nxopen.uf.UFSf.AskLibraryMaterialsData
materialManager() - Method in interface nxopen.BasePart: Returns the Material Manager belonging to this Part .
MaterialManager - Interface in nxopen: A manager to deal with all material objects
To obtain an instance of this class, refer to BasePart

Created in NX5.0.0
materialMergeOption() - Method in interface nxopen.cae.SolverAppendOption: Returns the material merge choice
License requirements: nx_masterfem ("Finite Element Modeling") OR nx_design_sim ("NX Design Simulation")
.
materialModifier() - Method in interface nxopen.annotations.FeatureControlFrameDataBuilder: Returns the material modifier
License requirements: None.
materialModifier - Variable in class nxopen.uf.UFGdt.ToleranceZone
materialName() - Method in interface nxopen.cae.connections.ConnectionDBItemData: Returns the material name
License requirements: None.
materialName() - Method in interface nxopen.display.CgfxMattexBuilder: Deprecated.
Deprecated in NX10.0.0. No alternative provided for this class.
materialName() - Method in interface nxopen.display.IrayPlusMaterialEditorBuilder: Returns the current material name of material editor builder.
materialName() - Method in interface nxopen.features.shipdesign.PlateStockBuilder: Returns the material name.
materialName() - Method in interface nxopen.tooling.LsdynaGeometryPreparationBuilder: Returns the material name.
materialName - Variable in class nxopen.uf.UFDisp.AskMaterialData
materialNames - Variable in class nxopen.uf.UFDisp.AskMaterialsInPartData
materialNames - Variable in class nxopen.uf.UFSf.AskLibraryMaterialsData
materialNeeded() - Method in interface nxopen.cae.DurSpecialistSimulationObjectTable: Returns a flag if the DurSpecialistSimulationObject objects request a material.
materialOption() - Method in interface nxopen.features.shipdesign.PlateStockBuilder: Returns the material option.
MaterialOptions - Interface in nxopen.cae: Represents the material options to be used when assigning a material to cae part
To create a new instance of this class, use CaePart.newMaterialOptions()

Created in NX5.0.0
materialOrientationState() - Method in interface nxopen.cae.ShellEADBuilder: Returns the material orientation state drives the action upon commit
License requirements: nx_masterfem ("Finite Element Modeling")
.
materialOutsideLoop() - Method in interface nxopen.features.MasterCutBuilder: Returns the flag whether or not the material is outside the loop used to create the extruded body
License requirements: solid_modeling ("SOLIDS MODELING")
.
materialOverrideOption() - Method in interface nxopen.cae.responsesimulation.StrengthResultsEvaluationSettingBuilder: Returns the choice of override material property or not.
MaterialPropertiesData() - Constructor for class nxopen.preferences.PartFlexiblePrintedCircuitDesign.MaterialPropertiesData
MaterialPropertiesData() - Constructor for class nxopen.preferences.PartSheetmetal.MaterialPropertiesData
materialPropertyDensity() - Method in interface nxopen.bodydes.OnestepUnformBuilder: Returns the density of material.
materialPropertyDensity() - Method in interface nxopen.die.TrimLineDevelopmentBuilder: Returns the density of material.
materialPropertyE() - Method in interface nxopen.bodydes.OnestepUnformBuilder: Returns the material property elasticity(E) which enables a material to return to its original shape and dimension.
materialPropertyE() - Method in interface nxopen.die.TrimLineDevelopmentBuilder: Returns the material property elasticity(E) which enables a material to return to its original shape and dimension.
materialPropertyF() - Method in interface nxopen.bodydes.OnestepUnformBuilder: Returns the friction of material.
materialPropertyF() - Method in interface nxopen.die.TrimLineDevelopmentBuilder: Returns the friction of material.
materialPropertyInitialStrain() - Method in interface nxopen.bodydes.OnestepUnformBuilder: Returns the material initial strain to represent in a material upon achieving the given loading conditions in a relaxation or creep test.
materialPropertyInitialStrain() - Method in interface nxopen.die.TrimLineDevelopmentBuilder: Returns the material initial strain to represent in a material upon achieving the given loading conditions in a relaxation or creep test.
materialPropertyK() - Method in interface nxopen.bodydes.OnestepUnformBuilder: Returns the K(Strength Coefficient) of material.
materialPropertyK() - Method in interface nxopen.die.TrimLineDevelopmentBuilder: Returns the K(Strength Coefficient) of material.
materialPropertyN() - Method in interface nxopen.bodydes.OnestepUnformBuilder: Returns the material n(Hardening Exponent) to represent the constant index used in calculations for stress-strain behaviour.
materialPropertyN() - Method in interface nxopen.die.TrimLineDevelopmentBuilder: Returns the material n(Hardening Exponent) to represent the constant index used in calculations for stress-strain behaviour.
materialPropertyPoisson() - Method in interface nxopen.bodydes.OnestepUnformBuilder: Returns the material Poisson's ratio between the contraction at right angles to a stress and the direct extension.
materialPropertyPoisson() - Method in interface nxopen.die.TrimLineDevelopmentBuilder: Returns the material Poisson's ratio between the contraction at right angles to a stress and the direct extension.
materialPropertyR0() - Method in interface nxopen.bodydes.OnestepUnformBuilder: Returns the r0(Anisotropy Coefficient) of material.
materialPropertyR0() - Method in interface nxopen.die.TrimLineDevelopmentBuilder: Returns the r0(Anisotropy Coefficient) of material.
materialPropertyR45() - Method in interface nxopen.bodydes.OnestepUnformBuilder: Returns the r45(Anisotropy Coefficient) of material.
materialPropertyR45() - Method in interface nxopen.die.TrimLineDevelopmentBuilder: Returns the r45(Anisotropy Coefficient) of material.
materialPropertyR90() - Method in interface nxopen.bodydes.OnestepUnformBuilder: Returns the r90(Anisotropy Coefficient) of material.
materialPropertyR90() - Method in interface nxopen.die.TrimLineDevelopmentBuilder: Returns the r90(Anisotropy Coefficient) of material.
MaterialPropertyValueData() - Constructor for class nxopen.BasePropertyTable.MaterialPropertyValueData
materialPropertyYieldStress() - Method in interface nxopen.bodydes.OnestepUnformBuilder: Returns the yield stress of material.
materialPropertyYieldStress() - Method in interface nxopen.die.TrimLineDevelopmentBuilder: Returns the yield stress of material.
materials() - Method in interface nxopen.tooling.DirectUnfoldBuilder: Deprecated.
Deprecated in NX10.0.0. Use DefineNeutralFactorBuilder.partMaterial() instead.
materialSafetyFactor() - Method in interface nxopen.cae.responsesimulation.StrengthResultsEvaluationSettingBuilder: Returns the customized material safety factor
License requirements: nx_response_anlys ("NX Response Analysis")
.
materialSeed - Variable in class nxopen.cae.CaeGroupCollection.AutoGroupSeedNames: prefix seed name for auto groups grouped by material
materialSide() - Method in interface nxopen.cam.GeometrySet: Returns the material side
License requirements: None.
materialSide() - Method in interface nxopen.features.sheetmetal.TabBuilder: Returns the material side value of secondary tab
License requirements: nx_sheet_metal ("NX Sheet Metal") OR nx_flexible_pcb ("NX Flexible PCB")
.
materialSide - Variable in class nxopen.uf.UFCambnd.BoundaryData
materialSide - Variable in class nxopen.uf.UFPath.CircularMotion
materialSide - Variable in class nxopen.uf.UFPath.HelicalMotion
materialSide - Variable in class nxopen.uf.UFSmd.AskBendLineData
materialSource() - Method in interface nxopen.cae.DurSpecialistLocalDefinitionBuilder: Returns the material source.
materialSource() - Method in interface nxopen.cae.DurSpecialistSolutionBuilder: Returns the material source.
materialSource - Variable in class nxopen.uf.UFDisp.AskCurrentlySelectedMaterialData
MaterialSpecification - Interface in nxopen.annotations: Represents a Material Specification
To create or edit an instance of this class, use MaterialSpecificationBuilder

Created in NX6.0.0
MaterialSpecificationBuilder - Interface in nxopen.annotations: Represents a MaterialSpecification builder
To create a new instance of this class, use PmiAttributeCollection.createMaterialSpecificationBuilder(nxopen.annotations.MaterialSpecification)

Created in NX6.0.0
materialTag() - Method in interface nxopen.cae.DurabilityDamageEvaluationBuilder: Returns the material.
materialTag() - Method in interface nxopen.cae.DurabilityEventOverridesBuilder: Returns the material.
materialTag() - Method in interface nxopen.cae.DurabilityStrainGageAnalyzerBuilder: Returns the materialTag.
materialTag - Variable in class nxopen.uf.UFDisp.AskCurrentlySelectedMaterialData
materialTag - Variable in class nxopen.uf.UFDisp.AskMaterialData
materialTags - Variable in class nxopen.uf.UFDisp.AskMaterialsInPartData
materialType() - Method in interface nxopen.annotations.MaterialSpecificationBuilder: Returns the material type
License requirements: None.
MaterialType - Class in nxopen.cae.connections: Material definition types
materialType() - Method in interface nxopen.die.TrimLineDevelopmentBuilder: Returns the material type - steel or aluminum
License requirements: None.
materialType() - Method in interface nxopen.features.shipdesign.SteelInsulationBuilder: Returns the insulation material type.
materialTypeOption() - Method in interface nxopen.tooling.LsdynaGeometryPreparationBuilder: Returns the material type.
materialTypes() - Method in interface nxopen.cae.ModelUpdateDesignVariablesRapidCreateBuilder: Returns the material types
License requirements: None.
materialTypes - Variable in class nxopen.uf.UFSf.AskLibraryMaterialsData
materialTypeTag - Variable in class nxopen.uf.UFDie.AskMaterialPropertiesData
materialUtil() - Method in interface nxopen.tooling.QuickQuotationBuilder: Returns the material utilization.
MaterialUtilities - Interface in nxopen: Represents Physical MaterialUtilities class
To obtain an instance of this class, refer to CaeSession

Created in NX10.0.0
MaterialUtilities.ConvertStressStrainData - Class in nxopen: This class holds the data returned from MaterialUtilities.convertStressStrainData(double[], double[], double, double, nxopen.MaterialUtilities.StressStrainData, nxopen.MaterialUtilities.StressStrainData)
MaterialUtilities.ConvertStressStrainYoungsModulusData - Class in nxopen: This class holds the data returned from MaterialUtilities.convertStressStrainYoungsModulusData(double[], double[], double, double, nxopen.MaterialUtilities.StressStrainData, nxopen.MaterialUtilities.StressStrainData)
MaterialUtilities.StressStrainData - Class in nxopen: The stress strain data type
materialUtilization() - Method in interface nxopen.tooling.BlankLayoutBuilder: Returns the material utilization of the blank.
materialUtils() - Method in interface nxopen.cae.CaeSession: Returns the MaterialUtilities instance belonging to this session
Created in NX10.0.0
mateSetting() - Method in interface nxopen.assemblies.productinterface.ObjectBuilder: Returns the current rule setting for use during creation of mating conditions
License requirements: None.
MATH - Static variable in class nxopen.cae.Function.Type: Function created by formular strings
MATH_WORKSHEET - Static variable in class nxopen.features.EmbedManagerBuilder.UsageAreaTypes: Used by Symbolica and Maple applications.
MathIntegration - Interface in nxopen.features: Represents a math integration feature
To create or edit an instance of this class, use MathIntegrationBuilder

Created in NX12.0.0
MathIntegrationBuilder - Interface in nxopen.features: Represents a MathIntegration builder
To create a new instance of this class, use FeatureCollection.createMathIntegrationBuilder(nxopen.features.MathIntegration)
Default values.
MathIntegrationBuilder.AssociativityTypes - Class in nxopen.features: the associativity
MathIntegrationBuilder.LocationTypes - Class in nxopen.features: The option to specify where the Symbolica or Maple worksheet exists.
MathIntegrationExpBuilder - Interface in nxopen.optimization: Represents a MathIntegrationExpBuilder
To create a new instance of this class, use OptimizationCollection.createMathIntegrationExpBuilder()

Created in NX12.0.0
MathPlotData() - Constructor for class nxopen.cae.FunctionBuilder.MathPlotData
MathUtils - Interface in nxopen: Contains various math utility methods
To obtain an instance of this class, refer to Session

Created in NX3.0.0
mathUtils() - Method in interface nxopen.Session: Returns the MathUtils instance belonging to this session
Created in NX3.0.0
MATING_IMPLICIT - Static variable in class nxopen.assemblies.PositionOverrideType: Position implicitly overridden because of mating conditions
MatingConverter - Interface in nxopen.positioning: An instance of this class can be used to convert Mating Conditions to Assembly Constraints in its owning assembly or in child parts of its owning assembly.
MatingConverter.PartContext - Class in nxopen.positioning: Defines in which parts mating conditions will be converted.
MATL_IS_EDITABLE - Static variable in class nxopen.uf.UFSf.LibraryMaterial
MATL_IS_READ_ONLY - Static variable in class nxopen.uf.UFSf.LibraryMaterial
MATLAB - Static variable in class nxopen.mechatronics.SignalMappingBuilder.AppOption
MATLAB - Static variable in class nxopen.motion.MechatronicsBuilder.MechatronicsModelType
matlabClient() - Method in interface nxopen.mechatronics.ExternalSignalConfigurationBuilder: Returns the Matlab builder that holds the configuration for Matlab clients.
MATLABClientBuilder - Interface in nxopen.mechatronics: Represents a MATLABClientBuilder
This class is sub-object of another builder, and cannot be directly instantiated.
MATLABClientBuilder.AvailableItemsData - Class in nxopen.mechatronics: This class holds the data returned from MATLABClientBuilder.getAvailableItems()
MATLABClientBuilder.DataPortType - Class in nxopen.mechatronics: Represents the data port type.
MATLABClientBuilder.DataType - Class in nxopen.mechatronics: Represents the data type.
MATLABClientBuilder.SignalData - Class in nxopen.mechatronics: Defines the signal data.
MATLABClientBuilder.TagAttribute - Class in nxopen.mechatronics: the attribute of MATLAB item.
MATLABClientBuilder.TagInfo - Class in nxopen.mechatronics: Represents MATLABTag info definition structure.
matlabFileBrowser() - Method in interface nxopen.mechatronics.MATLABClientBuilder: Returns the simulink file browser.
matlabserverProgID() - Method in interface nxopen.mechatronics.MATLABClientBuilder: Returns the MATLAB server prog ID.
MATLABSignalConnection - Interface in nxopen.mechatronics: Represents the MATLAB Signal connection class.
MATLABSignalConnectionBuilder - Interface in nxopen.mechatronics: Represents a MATLABSignalConnectionBuilder
To create a new instance of this class, use MATLABSignalConnectionCollection.createSignalConnectionBuilder(nxopen.mechatronics.MATLABSignalConnection)

Created in NX11.0.0
MATLABSignalConnectionBuilder.DataType - Class in nxopen.mechatronics: Represents the OPC signal data type.
MATLABSignalConnectionBuilderList - Interface in nxopen.mechatronics: Represents a list of objects.
MATLABSignalConnectionCollection - Interface in nxopen.mechatronics: Represents a collection of Signal Connection.
matlabsignalConnectionList() - Method in interface nxopen.mechatronics.SignalMappingBuilder: Returns the MATLAB Signal Connection Builder list
License requirements: None.
matlabsignalConnections() - Method in interface nxopen.mechatronics.PhysicsManager: Returns the MATLABSignalConnectionCollection belonging to this part
Created in NX9.0.0
matlabsignalName() - Method in interface nxopen.mechatronics.MATLABSignalConnectionBuilder: Returns the MATLAB signal name.
matlabsignalPort() - Method in interface nxopen.mechatronics.MATLABSignalConnectionBuilder: Returns the MATLAB signal port type.
matlabsignalType() - Method in interface nxopen.mechatronics.MATLABSignalConnectionBuilder: Returns the MATLAB signal type.
matLibButton() - Method in interface nxopen.tooling.InitProjBuilder: Pop up material library speadsheet file
License requirements: None.
matMargin - Variable in class nxopen.uf.UFSmd.GenPrefs
matName - Variable in class nxopen.uf.UFDrf.GetXhatchParmsData
matoriangle - Variable in class nxopen.cae.ElementAssociatedDataUtils.AskShellData: Material orientation angle.
matOrientations() - Method in interface nxopen.cae.LaminateGlobalLayupMgr: Collection of material orientations .
matorimethod - Variable in class nxopen.cae.ElementAssociatedDataUtils.AskShellData: Material orientation method.
MATRIX - Static variable in class nxopen.BasePropertyTable.BasePropertyType
MATRIX - Static variable in class nxopen.cae.PropertyTable.PropertyType: BASE_PROPERTY_TABLE_property_type_matrix
matrix - Variable in class nxopen.cae.Result.ResultCoordinateSystemDefinitionData
matrix() - Method in interface nxopen.Conic: Returns the orientation matrix.
matrix() - Method in interface nxopen.die.QuickBinderWrapBuilder: Returns the rotation matrix
License requirements: None.
matrix - Variable in class nxopen.display.DynamicSectionBuilder.PlaneGeometryData: Plane matrix
matrix() - Method in interface nxopen.features.RasterImage: Returns the rotation matrix of the raster image
License requirements: None.
matrix() - Method in interface nxopen.IPlane: Returns the matrix of the plane
License requirements: None.
matrix - Variable in class nxopen.uf.UFAssem.AskRefSetData
matrix - Variable in class nxopen.uf.UFCambnd.BoundaryData
matrix - Variable in class nxopen.uf.UFFltr.AskBoxZoneData
matrix - Variable in class nxopen.uf.UFFltr.AskPlaneZoneData
matrix - Variable in class nxopen.uf.UFSim.AskInitJunctionXformData
matrix - Variable in class nxopen.uf.UFSim.AskJunctionXformData
matrix - Variable in class nxopen.uf.UFTrns.CreateCsysMappingMatrixData
matrix - Variable in class nxopen.uf.UFTrns.CreateReflectionMatrixData
matrix - Variable in class nxopen.uf.UFTrns.CreateRotationMatrixData
matrix - Variable in class nxopen.uf.UFTrns.CreateScalingMatrixData
matrix() - Method in interface nxopen.View: Returns the view matrix.
matrix - Variable in class nxopen.weld.WeldPointBuilder.CsysData: rotate matrix
Matrix3x3 - Class in nxopen: Represents a 3 x 3 matrix .
Matrix3x3() - Constructor for class nxopen.Matrix3x3
Matrix3x3(double, double, double, double, double, double, double, double, double) - Constructor for class nxopen.Matrix3x3: Constructor for the Matrix3x3 object.
matrixId - Variable in class nxopen.uf.UFCsys.AskCsysInfoData
matrixTag - Variable in class nxopen.uf.UFCurve.Arc
matrixTag - Variable in class nxopen.uf.UFCurve.Conic
matrixTag - Variable in class nxopen.uf.UFCurve.Genconic
matrixvalue - Variable in class nxopen.blockstyler.DoubleTable.MaximumValuesData: Value to get from the property.
matrixvalue - Variable in class nxopen.blockstyler.IntegerTable.MaximumValuesData: Values to get from the property
matrixvalue - Variable in class nxopen.blockstyler.PropertyList.DoubleMatrixData: Value to get for given property name.
matrixvalue - Variable in class nxopen.blockstyler.PropertyList.IntegerMatrixData: Value to get for given property name.
matrixvalue - Variable in class nxopen.PropertyContainer.DoubleMatrixData: Value to get for given property name.
matrixvalue - Variable in class nxopen.PropertyContainer.IntegerMatrixData: Value to get for given property name.
matThickness - Variable in class nxopen.uf.UFModl.SmjoggleData
MAX - Static variable in class nxopen.cae.LaminateGraphicalReportBuilder.EnvelopeRule: Keep maximum values
MAX - Static variable in class nxopen.cae.LaminateQuickReportBuilder.EnvelopeRule: Keep maximum values
MAX - Static variable in class nxopen.cae.LaminateSpreadsheetReportBuilder.EnvelopeRule: Keep maximum values
MAX - Static variable in class nxopen.cae.optimization.TBSBaseDesignVariableBuilder.GroupOperator: Maximum value fo the selection area
MAX - Static variable in class nxopen.cae.PostAnnotationBuilder.Type
max - Variable in class nxopen.cae.ResultAccess.AskMinMaxLocationData
max - Variable in class nxopen.cae.ResultAccess.AskNMinMaxLocationData
MAX - Static variable in class nxopen.drawings.ViewPlacementBuilder.Method: Should be the last enum in the list
max() - Method in interface nxopen.geometricanalysis.FaceAnalysisDataRangeBuilder: Returns the maximum data range.
MAX - Static variable in class nxopen.preferences.RoutingMechanical.LineColorType
MAX - Static variable in class nxopen.routing.HealMethod
max - Variable in class nxopen.uf.UFMotion.JointLimits
max - Variable in class nxopen.uf.UFSim.AskAxisLimitsData
MAX_ANNOTATION_YYPES - Static variable in class nxopen.drawings.AnnotationSettingsBuilder.AnnotationTypeEnum
MAX_BONUS - Static variable in class nxopen.uf.UFGdt.ModifierTypes
MAX_BOUNDARY_OBJECTS - Static variable in class nxopen.uf.UFConstants
MAX_CENTERLINE_OBJECTS - Static variable in class nxopen.uf.UFConstants
MAX_CLEARANCE - Static variable in class nxopen.MeasureDistanceBuilder.MeasureType
MAX_CLEARANCE - Static variable in class nxopen.MeasureManager.ProjectionType
MAX_COLOR_NAME - Static variable in class nxopen.uf.UFDisp.ColorName
MAX_COOLING_TIME - Static variable in class nxopen.tooling.FlowDisplayBuilder.AnalysisResults
MAX_CRYPTO_SIZE - Static variable in class nxopen.uf.UFConstants
MAX_DIAMETER - Static variable in class nxopen.cam.ChamferMillingBuilder.ChamferReferenceType: reference to max (C-Sink) diameter
MAX_DIST - Static variable in class nxopen.preferences.RoutingPath.ChainMethod: Chain with maximum path length
MAX_DRAW_VIEWS - Static variable in class nxopen.uf.UFConstants
MAX_FREQUENCY - Static variable in class nxopen.cae.Result.Quantity
MAX_FSPEC_BUFSIZE - Static variable in class nxopen.uf.UFConstants
MAX_FSPEC_NCHARS - Static variable in class nxopen.uf.UFConstants
MAX_GOUGES - Static variable in class nxopen.cam.GougeCheckResults.Constants: The maximum number of gouges
MAX_ID_SYM_TEXT_LENGTH - Static variable in class nxopen.uf.UFConstants
MAX_LEADER_INTERMEDIATE_POINTS - Static variable in class nxopen.annotations.Constants: The maximum number of intermediate points that a leader can have
MAX_LEADERS - Static variable in class nxopen.annotations.Constants: The maximum number of leaders that an annotation can have
MAX_LINE_BUFSIZE - Static variable in class nxopen.uf.UFConstants
MAX_LINE_NCHARS - Static variable in class nxopen.uf.UFConstants
MAX_MIN - Static variable in class nxopen.cae.LaminateGraphicalReportBuilder.EnvelopeRule: Keep minimum and maximum values
MAX_MIN - Static variable in class nxopen.cae.LaminateQuickReportBuilder.EnvelopeRule: Keep minimum and maximum values
MAX_MIN - Static variable in class nxopen.cae.LaminateSpreadsheetReportBuilder.EnvelopeRule: Keep minimum and maximum values
MAX_MIN - Static variable in class nxopen.cae.optimization.TBSObjectives.ObjectiveType: Target is the MINMAX formulation of the list of design responses
MAX_NUM_TOL - Static variable in class nxopen.uf.UFDrf.ToleranceType
MAX_NUMBER - Static variable in class nxopen.display.IrayPlusMaterialEditorBuilder.LayerType: max layer type
MAX_PRINCIPAL - Static variable in class nxopen.cae.responsesimulation.DirectionDataComponent
MAX_PRINCIPLE - Static variable in class nxopen.cae.responsesimulation.StrengthStressCriteria
MAX_PRNCPL - Static variable in class nxopen.fields.DisplayPropertiesBuilder.TensorType
MAX_REASON - Static variable in class nxopen.uf.UF.CallbackReason
MAX_REASONS - Static variable in class nxopen.uf.UFCgm.ExportReason
MAX_SHEAR - Static variable in class nxopen.cae.responsesimulation.DirectionDataComponent
MAX_STRAIN - Static variable in class nxopen.cae.LaminatePly.PlyFailureTheoryType: Maximum Strain failure criteria
MAX_STRESS - Static variable in class nxopen.cae.LaminatePly.PlyFailureTheoryType: Maximum Stress failure criteria
MAX_TEMPERATURE - Static variable in class nxopen.tooling.FlowDisplayBuilder.AnalysisResults
MAX_TEXT_LENGTH - Static variable in class nxopen.uf.UFConstants
MAX_TRANSVERSE_SHEAR - Static variable in class nxopen.cae.LaminatePly.PlyFailureTheoryType: Maximum Transverse Shear Stress failure criteria
maxAcceleration() - Method in interface nxopen.mechatronics.PositionControlBuilder: Returns the max acceleration, which is used to set the maximum acceleration for position control.
maxAcceleration() - Method in interface nxopen.mechatronics.SpeedControlBuilder: Returns the max acceleration, which is used to set the maximum acceleration for speed control.
maxAcceleration() - Method in interface nxopen.sim.KinematicAxisBuilder: Returns the max acceleration.
maxAngle() - Method in interface nxopen.tooling.DieEngTrimAngleCheckBuilder: Returns the upper limit of a valid trim angle
License requirements: None.
maxAngleBetweenNormals() - Method in interface nxopen.cae.connections.ITolerance: Returns the maximum angle of normals with the projection surface
License requirements: None.
maxAngleToggle() - Method in interface nxopen.cae.ElementSplitBuilder: Returns a value indicating whether elements are to be split based on Maximum Angle.
maxAngleValue() - Method in interface nxopen.cae.ElementSplitBuilder: Returns a threshold Maximum Angle Value
License requirements: nx_masterfem ("Finite Element Modeling")
.
maxAngularIncr() - Method in interface nxopen.cam.SimulationOptionsBuilder: Returns the max angular incr
License requirements: None.
maxAngularIncrement() - Method in interface nxopen.cam.InspectionCollisionAvoidanceBuilder: Returns the max angular increment
License requirements: None.
maxArraySize() - Method in interface nxopen.cae.responsesimulation.EvaluationParameters: Returns the dynamic storage array size allocated for RS evaluations
License requirements: nx_response_anlys ("NX Response Analysis")
.
maxBlendRadius() - Method in interface nxopen.features.DeleteFaceBuilder: Returns the maximal radius of deleted blends, only for delete blend type
License requirements: None.
maxBoltLength() - Method in interface nxopen.cae.connections.Bolt: Returns the maximum bolt length
License requirements: None.
maxCheckingAngle() - Method in interface nxopen.geometricanalysis.DeviationGaugeBuilder: Returns the maximum checking angle
License requirements: studio_free_form ("STUDIO FREE FORM")
.
maxCheckingData - Variable in class nxopen.uf.UFModl.RefitFaceTargetData
maxCheckingDist() - Method in interface nxopen.features.RefitFaceBuilder: Returns the refit face max check distance
License requirements: None.
maxCheckingDistance() - Method in interface nxopen.geometricanalysis.DeviationGaugeBuilder: Returns the maximum checking distance
License requirements: studio_free_form ("STUDIO FREE FORM")
.
maxCompensationFactor() - Method in interface nxopen.cam.CornerControlBuilder: Returns the maximum compensation factor.
maxConcavityAngleBuilder() - Method in interface nxopen.cam.FlowBuilder: Returns the flow max concavity
License requirements: None.
maxConstraintViolation() - Method in interface nxopen.cae.optimization.DAOStopCondition: Returns the maximum constraint violation
License requirements: None.
maxCornerAngle() - Method in interface nxopen.cam.ToolAxisChange: Returns the maximum corner angle
License requirements: None.
maxcornerpt - Variable in class nxopen.display.DynamicSectionBuilder.BoundingBoxData
maxCorrectionAngle() - Method in interface nxopen.features.LawExtensionBuilderEx: Returns the max anlge deviation allowed for the correction
License requirements: None.
maxCurva - Variable in class nxopen.uf.UFModeling.AskMaxCurvatureData
maxCutDepthViolation() - Method in interface nxopen.cam.CutDepthChecker: Returns the maximum cut depth violation
License requirements: None.
maxCutStep() - Method in interface nxopen.cam.MillCutParameters: Returns the maximum cut step
License requirements: None.
MaxCutTraverse - Interface in nxopen.cam: Represents a MaxCutTraverse
Created in NX6.0.0
maxCutTraverse() - Method in interface nxopen.cam.MillCutParameters: Returns the max cut traverse
License requirements: None.
MaxCutTraverse.Types - Class in nxopen.cam: Available types for max cut traverse
maxCutWidth() - Method in interface nxopen.cam.MillingToolBuilder: Returns the max cut width
License requirements: None.
maxCutWidth() - Method in interface nxopen.cam.PlungeMillingBuilder: Returns the max cut width distance builder (InheritableToolDepBuilder)
License requirements: None.
maxDeceleration() - Method in interface nxopen.mechatronics.PositionControlBuilder: Returns the max deceleration, which is used to set the maximum deceleration for position control.
maxDeceleration() - Method in interface nxopen.sim.KinematicAxisBuilder: Returns the max deceleration.
maxDepthBuilder() - Method in interface nxopen.cam.TurningToolBuilder: Returns the max. depth builder (inheritable double)
License requirements: cam_base ("CAM BASE")

Created in NX5.0.0
maxDepthToggle() - Method in interface nxopen.cam.TurningToolBuilder: Returns the max. depth toggle
License requirements: None.
maxDeviation() - Method in interface nxopen.features.LatticeBuilder: Returns the maximum deviation that the vertices of the lattice graph will have.
maxDeviation - Variable in class nxopen.uf.UFModl.CompareEntityMatch
maxDeviationAngle() - Method in interface nxopen.cae.LaminateImportedLayupBuilder: Returns the angle between the normal of the fem element and the mapped element.
maxDisplayObjects() - Method in interface nxopen.validate.Parser: Returns the Max entity count to display of current module
License requirements: None.
MAXDIST_PLUS_CONST - Static variable in class nxopen.die.SteelInsertSectionBuilder.ExtensionTypeOption: maximum distance + constant
MAXDIST_PLUS_CONST - Static variable in class nxopen.die.SteelInsertSegmentChildBuilder.ExtensionTypeOption: maximum distance + constant
MAXDIST_PLUS_CONST - Static variable in class nxopen.die.SteelInsertSegmentParentBuilder.ExtensionTypeOption: maximum distance + constant
maxDistanceToOuterMargin() - Method in interface nxopen.tooling.AutoDimensionBuilder: Returns the max distance to outer margin
License requirements: None.
maxDistCGToElemCG() - Method in interface nxopen.cae.connections.ITolerance: Returns the maximum distance from definition point to center of support element
License requirements: None.
maxEdgeLength() - Method in interface nxopen.features.LatticeBuilder: Returns the maximum edge length used for re-meshing, to determine the redefinition size for the input triangle mesh
License requirements: None.
maxEdgeLengthOption() - Method in interface nxopen.cae.Shell2SolidBuilder: Returns the max edge length toggle
License requirements: nx_masterfem ("Finite Element Modeling")
.
maxEdgeLengthValue() - Method in interface nxopen.cae.Shell2SolidBuilder: Returns the max edge length value
License requirements: nx_masterfem ("Finite Element Modeling")
.
maxEdges() - Method in interface nxopen.facet.FillHoleBuilder: Returns the maximum number of edges that a targeted hole can have.
maxError - Variable in class nxopen.uf.UFCurve.FitError
maxError - Variable in class nxopen.uf.UFModlFeatures.CreateSurfFromCloudData
maxErrorIndex - Variable in class nxopen.uf.UFModlFeatures.CreateSurfFromCloudData
maxFacetEdges - Variable in class nxopen.uf.UFFacet.Parameters
maxFacetSize - Variable in class nxopen.uf.UFFacet.Parameters
maxFacingDiameterBuilder() - Method in interface nxopen.cam.TurningToolBuilder: Returns the max. facing diameter builder (inheritable double)
License requirements: cam_base ("CAM BASE")

Created in NX5.0.0
maxFacingDiameterToggle() - Method in interface nxopen.cam.TurningToolBuilder: Returns the max. facing diameter toggle
License requirements: None.
maxFrictionForceExpression() - Method in interface nxopen.motion.JointFrictionRecurDyn: Returns the max friction force expression
License requirements: None.
maxFrictionTorqueExpression() - Method in interface nxopen.motion.JointFrictionRecurDyn: Returns the max friction torque expression
License requirements: None.
maxGapDist() - Method in interface nxopen.cam.LaserProfileMove: Returns the Max Gap Distance
License requirements: None.
maxHeight - Variable in class nxopen.uf.UFTabnot.SectionPrefs
maxHoleDiaExpression - Variable in class nxopen.uf.UFModl.SimplData
maxHoleDiameter() - Method in interface nxopen.features.DeleteFaceBuilder: Returns the maximal diameter of deleted holes, only for delete hole type and only working when use_hole_diameter is true, don't use it until nx502
License requirements: None.
maxid - Variable in class nxopen.cae.ResultAccess.AskMinMaxLocationData
maxid - Variable in class nxopen.cae.ResultAccess.AskNMinMaxLocationData
MAXIMUM - Static variable in class nxopen.cae.AxiSymmetricParameters.EnvVal
MAXIMUM - Static variable in class nxopen.cae.CyclicSymmetricParameters.EnvelopeValue
MAXIMUM - Static variable in class nxopen.cae.CyclicSymmetricParameters.Value
MAXIMUM - Static variable in class nxopen.cae.optimization.Goal: Maximum value
MAXIMUM - Static variable in class nxopen.cae.optimization.Hookes: Deprecated.

Maximum
MAXIMUM - Static variable in class nxopen.cae.optimization.TBSLoadCase.LayerOption: the maximum value among Top, Middle and Bottom
MAXIMUM - Static variable in class nxopen.cae.optimization.TBSLoadCaseManager.SelectionType: Maximum value of the selected load cases
MAXIMUM - Static variable in class nxopen.cae.optimization.TBSObjectives.ObjectiveType: Target is to maximize the list of design response
MAXIMUM - Static variable in class nxopen.cae.Post.NodeValueSharingCriterion
MAXIMUM - Static variable in class nxopen.cae.Post.ValueSharingCriterion
MAXIMUM - Static variable in class nxopen.cae.PostGraphAcrossIterationsBuilder.CombinationMethod
MAXIMUM - Static variable in class nxopen.cae.PostGraphBuilder.GeometryValue
MAXIMUM - Static variable in class nxopen.cae.PostGraphBuilder.NodalCombination
MAXIMUM - Static variable in class nxopen.cae.Result.ComputationType: maximum value at the node
MAXIMUM - Static variable in class nxopen.cae.Result.ElementValueCriterion
MAXIMUM - Static variable in class nxopen.cae.Result.Section
MAXIMUM - Static variable in class nxopen.cae.ResultMeasure.Operation: Evaluate for the maximum value
MAXIMUM - Static variable in class nxopen.cae.ResultProbeBuilder.CombineAcrossEntities
MAXIMUM - Static variable in class nxopen.cae.ResultProbeBuilder.CombineAcrossIterations
MAXIMUM - Static variable in class nxopen.cae.ResultProbeBuilder.GeometryValue
MAXIMUM - Static variable in class nxopen.cae.ResultProbeBuilder.NodalCombination
MAXIMUM - Static variable in class nxopen.cae.ResultsEnvelopeBuilder.Operation
MAXIMUM - Static variable in class nxopen.cae.ResultsManipulationBuilder.ElementValueAtNode
MAXIMUM - Static variable in class nxopen.cae.SimBcPlotContoursBuilder.ResolveOverlapType
MAXIMUM - Static variable in class nxopen.cae.SimBcXyPlotBuilder.ResolveMultipleMatches
maximum() - Method in interface nxopen.cam.ContourAngle: Returns the maximum face angle
License requirements: None.
MAXIMUM - Static variable in class nxopen.cam.DmRadBuilder.RadStepoverTypeType: Maximum
MAXIMUM - Static variable in class nxopen.cam.InspectionConstructedFeatureBuilder.MethodEnumType: Finds the minimum feature measurement point in a specified direction
MAXIMUM - Static variable in class nxopen.cam.StepoverBuilder.StepoverTypes: Maximum Stepover
MAXIMUM - Static variable in class nxopen.fields.DisplayPropertiesBuilder.DepLabelValueEnum
MAXIMUM - Static variable in class nxopen.geometricanalysis.DeviationGaugeBuilder.MinMaxType: Maximum
MAXIMUM - Static variable in class nxopen.geometricanalysis.FaceCurvatureAnalysisBuilder.CurvatureTypes: Maximum
MAXIMUM - Static variable in class nxopen.geometricanalysis.RadiusAnalysisBuilder.Types: Maximum radius.
MAXIMUM - Static variable in class nxopen.geometricutilities.CombOptionsBuilder.LabelTypes: Maximum
MAXIMUM - Static variable in class nxopen.MeasureDistanceBuilder.MeasureType
MAXIMUM - Static variable in class nxopen.MeasureManager.MeasureType
MAXIMUM - Static variable in class nxopen.MeasureManager.ProjectionType
MAXIMUM - Static variable in class nxopen.optimization.OptimizationBuilder.OptimizationTargetType: Target is maximum value of design objective
MAXIMUM_ABSOLUTE_PRINCIPAL_STRESS - Static variable in class nxopen.cae.optimization.TBSDesignResponseBuilder.Response: Maximum of absolute value of the principal stress
MAXIMUM_ANGLE - Static variable in class nxopen.geometricanalysis.DeviationChecking.DeviationOptions: show maximum angle deviation
MAXIMUM_ANGLE - Static variable in class nxopen.Measurement.DeviationReportType: Maximum Angle
MAXIMUM_ANGLES - Static variable in class nxopen.formboard.FormboardLayoutBuilder.BranchAngle: Apply the largest possible angle values at every branch to force the harness to spread out.
MAXIMUM_BEND_TYPES - Static variable in class nxopen.routing.OffsetPathCollection.BendType
MAXIMUM_CURVATURE - Static variable in class nxopen.features.shipdesign.RollingLineBuilder.ConstructionMethodTypes: Use an initial value method and march along the maximum curvature at each subsequent location.
MAXIMUM_DAMAGE - Static variable in class nxopen.cae.DurabilityStressAxesBuilder.StressAxisDirectionSearchMethodEnum: Maximum Damage
MAXIMUM_DISTANCE - Static variable in class nxopen.features.vehicledesign.MirrorCertificationBuilder.EyeMethodType: Represents using the maximum distance
MAXIMUM_DISTANCE - Static variable in class nxopen.GenericMeasure.Type
MAXIMUM_DISTANCE - Static variable in class nxopen.geometricanalysis.DeviationChecking.DeviationOptions: show maximum distance deviation
MAXIMUM_DISTANCE - Static variable in class nxopen.Measurement.DeviationReportType: Maximum Distance
MAXIMUM_INPLANE_STRESS - Static variable in class nxopen.tooling.LsdynaFormAnalysisResultDisplayBuilder.StressTypeName: Display maximum in-plane stress.
MAXIMUM_MAGNITUDE - Static variable in class nxopen.cae.AfuMathOperation.Overall: Gets maximum magnitude values of AFU records
MAXIMUM_MATERIAL_CONDITION - Static variable in class nxopen.annotations.DatumReferenceBuilder.DatumReferenceMaterialCondition: maximum material condition
MAXIMUM_MATERIAL_CONDITION - Static variable in class nxopen.annotations.FeatureControlFrameDataBuilder.ToleranceMaterialModifier: maximum material condition
MAXIMUM_MATERIAL_CONDITION - Static variable in class nxopen.annotations.SearchCriteriaFeatureControlFrameBuilder.PrimaryDatumDualMCMOptions: maximum material condition
MAXIMUM_MATERIAL_CONDITION - Static variable in class nxopen.annotations.SearchCriteriaFeatureControlFrameBuilder.PrimaryDatumMCMOptions: maximum material condition
MAXIMUM_MATERIAL_CONDITION - Static variable in class nxopen.annotations.SearchCriteriaFeatureControlFrameBuilder.SecondaryDatumDualMCMOptions: maximum material condition
MAXIMUM_MATERIAL_CONDITION - Static variable in class nxopen.annotations.SearchCriteriaFeatureControlFrameBuilder.SecondaryDatumMCMOptions: maximum material condition
MAXIMUM_MATERIAL_CONDITION - Static variable in class nxopen.annotations.SearchCriteriaFeatureControlFrameBuilder.TertiaryDatumDualMCMOptions: maximum material condition
MAXIMUM_MATERIAL_CONDITION - Static variable in class nxopen.annotations.SearchCriteriaFeatureControlFrameBuilder.TertiaryDatumMCMOptions: maximum material condition
MAXIMUM_MATERIAL_CONDITION - Static variable in class nxopen.annotations.SearchCriteriaFeatureControlFrameBuilder.ToleranceMCMOptions: maximum material condition
MAXIMUM_NUMBER - Static variable in class nxopen.cae.WeldBuilder.NumberOfPointsOnEdgeType: Create the maximum number of points on an edge
MAXIMUM_ONLY - Static variable in class nxopen.cae.Post.Marker
MAXIMUM_PRINCIPAL - Static variable in class nxopen.cae.DurabilityEventStrengthSettingsBuilder.StressTypeEnum: Maximum Principal
MAXIMUM_PRINCIPAL - Static variable in class nxopen.cae.DurabilityStrainGageAnalyzerBuilder.CriticalPlaneOptionEnum: Maximum Principal
MAXIMUM_PRINCIPAL - Static variable in class nxopen.cae.Result.Component
MAXIMUM_PRINCIPAL_STRESS - Static variable in class nxopen.cae.optimization.TBSDesignResponseBuilder.Response: Maximum principal Stress
MAXIMUM_PRINCIPLE - Static variable in class nxopen.uf.UFSf.DursolStressType
MAXIMUM_SHEAR - Static variable in class nxopen.cae.DurabilityStrainGageAnalyzerBuilder.CriticalPlaneOptionEnum: Maximum Shear
MAXIMUM_SHEAR - Static variable in class nxopen.cae.Result.Component
MAXIMUM_SMART_DISTANCE - Static variable in class nxopen.GenericMeasure.Type
MAXIMUM_STRESS - Static variable in class nxopen.cae.DurabilityEventFatigueSettingsBuilder.OrthotropicFatigueCriterionEnum
MAXIMUM_STRESS - Static variable in class nxopen.cae.DurabilityEventStrengthSettingsBuilder.OrthotropicFailureCriterionEnum: Maximum Stress
MAXIMUM_TEMPERATURE - Static variable in class nxopen.cae.Result.Quantity
MAXIMUM_TEMPERATURE_ERROR - Static variable in class nxopen.cae.Result.Quantity
MAXIMUM_VALUE - Static variable in class nxopen.cae.AfuMathOperation.Overall: Gets maximum values of AFU records
MAXIMUM_VALUE - Static variable in class nxopen.cae.xyplot.AnchorType: the position of the point which has maximum value in a record display
maximumAlternatingStress() - Method in interface nxopen.cae.DurabilityEventFatigueSettingsBuilder: Returns the maximum alternating stress.
maximumAlternatingStressKeyin() - Method in interface nxopen.cae.DurabilityEventFatigueSettingsBuilder: Returns the maximum alternating stress keyin.
maximumAngle() - Method in interface nxopen.cam.NCAssistantBuilder: Returns the Maximum Angle
License requirements: None.
maximumAngle() - Method in interface nxopen.tooling.LsdynaKfileGeneratorBuilder: Returns the maximum angle
License requirements: None.
maximumAreaMode() - Method in interface nxopen.cam.RoughFinishTurningBuilder: Returns the Maximum Area mode
License requirements: None.
maximumAreaSize() - Method in interface nxopen.cam.RoughFinishTurningBuilder: Returns the Maximum Area Size
License requirements: None.
maximumAreaUnit() - Method in interface nxopen.cam.RoughFinishTurningBuilder: Returns the Maximum Area Unit
License requirements: None.
maximumAverage() - Method in interface nxopen.cam.StepoverBuilder: Returns the variable average maximum value
License requirements: None.
maximumAverageBuilder() - Method in interface nxopen.cam.StepoverBuilder: Returns the variable average maximum builder
License requirements: None.
maximumAverageOnlyBuilder() - Method in interface nxopen.cam.StepoverBuilder: Returns the variable average maximum only builder
License requirements: None.
maximumBendRadius() - Method in interface nxopen.weld.AutoPointBuilder: Returns the bend radius of a flange.
maximumBuilder() - Method in interface nxopen.cam.StepoverBuilder: Returns the maximum builder
License requirements: None.
maximumCenterlineWidth() - Method in interface nxopen.weld.AutoPointBuilder: Returns the maximum centerline width.
maximumCharacterCount() - Method in interface nxopen.cae.xyplot.AxisItemStyle: Returns the maximum character count.
maximumCharactersAccepted() - Method in interface nxopen.blockstyler.MultilineString: Returns the MaximumCharactersAccepted
License requirements: None.
maximumCheckingDistance() - Method in interface nxopen.facet.MultiPatchAlignmentBuilder: Returns the distance facets may be from one another in order to be used in the alignment.
maximumCornerAngle() - Method in interface nxopen.cam.CornerControlBuilder: Returns the maximum corner angle.
maximumDegree() - Method in interface nxopen.features.BridgeCurveBuilder: Deprecated.
Deprecated in NX8.5.0. Use BridgeCurveBuilderEx instead.
maximumDegree() - Method in interface nxopen.features.JoinCurvesBuilder: Returns the maximum degree of the advanced spline output.
maximumDegree() - Method in interface nxopen.geometricutilities.CurveFitData: Returns the maximum degree
License requirements: None.
maximumDegree() - Method in interface nxopen.geometricutilities.CurveFitOptions: Returns the maximum degree method
License requirements: solid_modeling ("SOLIDS MODELING") OR cam_base ("CAM BASE") OR geometric_tol ("GDT") OR insp_programming ("INSPECTION PROGRAMMING")
.
maximumDegree() - Method in interface nxopen.geometricutilities.Rebuild: Returns the maximum degree when rebuild type is advanced.
maximumDegree - Variable in class nxopen.uf.UFModl.CurveFitData
maximumDepthPerCut() - Method in interface nxopen.cam.DPMTubeBuilder: Returns the maximum depth per cut builder
License requirements: None.
maximumDeviation() - Method in interface nxopen.facet.FacetBodyFromBodyBuilder: Returns the maximum deviation
License requirements: None.
maximumDeviation() - Method in interface nxopen.tooling.LsdynaKfileGeneratorBuilder: Returns the maximum deviation
License requirements: None.
maximumDisplacement() - Method in interface nxopen.cae.optimization.TBSTestFunction: Returns the maximum value of test displacements
License requirements: None.
maximumDistanceToGeometry() - Method in interface nxopen.drafting.AutomationPreferencesBuilder: Returns the maximum distance to geometry
License requirements: None.
maximumDistanceTolerance1() - Method in interface nxopen.cae.connections.ConnectionData: Returns the maximum distance tolerance1
License requirements: None.
maximumDistanceTolerance2() - Method in interface nxopen.cae.connections.ConnectionData: Returns the maximum distance tolerance2
License requirements: None.
maximumDY() - Method in interface nxopen.Hyperbola: Returns the maximum DY width.
maximumDY() - Method in interface nxopen.Parabola: Returns the maximum DY width.
maximumElementSize() - Method in interface nxopen.tooling.LsdynaKfileGeneratorBuilder: Returns the maximum element size
License requirements: None.
maximumExcludedObjects() - Method in interface nxopen.features.OffsetSurfaceBuilder: Returns the maximum excluded objects during partial offset.
maximumExtensionDistance() - Method in interface nxopen.features.shipdesign.ShipPreparationInfo: Returns the maximum distance edges will be extended to completion.
maximumFaceGap() - Method in interface nxopen.weld.WeldJointBuilder: Returns the maximum face gap used when determining if two bodies intersect.
maximumFacetEdges - Variable in class nxopen.facet.FacetingParameters: The maximum number of edges allowed in the facets that are to be generated (this does not apply to JT).
maximumFacetLength - Variable in class nxopen.uf.UFMotion.StlParameters
maximumFacetSize - Variable in class nxopen.facet.FacetingParameters: This is the maximum width of a facet.
maximumGap() - Method in interface nxopen.die.CompensateRoughDataBuilder: Returns the maximum gap.
maximumGapToGeometry() - Method in interface nxopen.drafting.AutomationRuleBuilder: Returns the maximum gap from the view geometry to the annotation
License requirements: None.
maximumGrowValue() - Method in interface nxopen.cae.optimization.TBSShapeRestrictAreaBuilder: Returns the maximum grow value
License requirements: None.
maximumHeight() - Method in interface nxopen.annotations.TableSectionStyleBuilder: Returns the value that represents the maximum height of the section
License requirements: None.
maximumHeight() - Method in interface nxopen.blockstyler.ListBox: Returns the MaximumHeight
License requirements: None.
maximumHeight() - Method in interface nxopen.blockstyler.MultilineString: Returns the MaximumHeight
License requirements: None.
maximumHeight() - Method in interface nxopen.blockstyler.SetList: Returns the MaximumHeight
License requirements: None.
maximumHeight() - Method in interface nxopen.blockstyler.Tree: Returns the MaximumHeight
License requirements: None.
maximumIterationNumber() - Method in interface nxopen.cae.optimization.TBSStopCondition: Returns the maximum number of iteration during the optimization
License requirements: None.
maximumLeadAngle() - Method in interface nxopen.cam.ToolAxisVariable: Returns the Maximum the Lead Angle
License requirements: None.
maximumLeadAngleType() - Method in interface nxopen.cam.ToolAxisVariable: Returns the Maximum Lead Angle type
License requirements: None.
maximumLegendItemCount() - Method in interface nxopen.cae.xyplot.LegendTableStyle: Returns the maximum displayable functions count on legend table page
License requirements: None.
maximumLegendsInGraph() - Method in interface nxopen.cae.xyplot.Preference: Deprecated.
Deprecated in NX12.0.0. Use LegendTableStyle.maximumLegendItemCount()
maximumLength() - Method in interface nxopen.features.vehicledesign.CloseRangeBlindVolumeListItemBuilder: Returns the maximum length calculated from the rear end wheel of the cylinder located to the blind volume area.
maximumLevel() - Method in interface nxopen.cam.NCAssistantBuilder: Returns the Maximum Level
License requirements: None.
maximumLoopAngle() - Method in interface nxopen.cam.WedmGeomBuilder: Returns the maximum loop angle
License requirements: None.
maximumLoopAngle() - Method in interface nxopen.cam.WedmOperationBuilder: Returns the maximum loop angle
License requirements: None.
maximumMagnitude() - Method in interface nxopen.mechatronics.BreakingConstraintBuilder: Returns the maximum allowable magnitude, the joint will be broken if it exceeds this value.
maximumMidnodeJacobian - Variable in class nxopen.uf.UFSf.Ugs2dMeshParms
maximumMidnodeJacobian - Variable in class nxopen.uf.UFSf.UgsTetMeshParms
maximumNumberOfAttributeGroupsAllowed() - Method in interface nxopen.pdm.AttributeGroupDescription: Returns the maximum number of attribute groups of this type that can be assigned to an object.
maximumNumberOfFacesSearched() - Method in interface nxopen.tooling.MWSearchRegionBuilder: Returns the maximum number of faces to be searched
License requirements: None.
maximumoffset - Variable in class nxopen.display.DynamicSectionBuilder.OffsetLimitsData: Minimum offset
maximumPathLength() - Method in interface nxopen.routing.electrical.Connection: Returns the maximum path length for this connection.
maximumPercentBuilder() - Method in interface nxopen.cam.StepoverBuilder: Returns the maximum percent of remaining
License requirements: None.
maximumPosition() - Method in interface nxopen.mechatronics.AngularLimitJointBuilder: Returns the maximum position: The maximum allowable angle, stops objects moving beyond this degree.
maximumPosition() - Method in interface nxopen.mechatronics.LinearLimitJointBuilder: Returns the maximum position.
maximumPositive() - Method in interface nxopen.die.AddendumSectionBuilder: Returns the maximum positive trim angle.
maximumPrincipalAngle() - Method in interface nxopen.cae.DurabilityStrainGageAnalyzerBuilder: Returns the maximumPrincipalAngle.
maximumPrincipalStrain() - Method in interface nxopen.cae.DurabilityStrainGageAnalyzerBuilder: Returns the maximumPrincipalStrain.
maximumPrincipalStress() - Method in interface nxopen.cae.DurabilityStrainGageAnalyzerBuilder: Returns the maxPrinStress.
maximumQuadWarp - Variable in class nxopen.uf.UFSf.Ugs2dMeshParms
maximumRadius() - Method in interface nxopen.cam.InspectionMethodBuilder: Returns the maximum radius
License requirements: None.
maximumRadius() - Method in interface nxopen.cam.InspectionPolarGridBuilder: Returns the maximum radius
License requirements: None.
maximumRadius() - Method in interface nxopen.cam.NCAssistantBuilder: Returns the Maximum Radius
License requirements: None.
maximumRadiusMode() - Method in interface nxopen.cam.InspectionMethodBuilder: Returns the maximum radius mode
License requirements: None.
maximumRadiusMode() - Method in interface nxopen.cam.InspectionPolarGridBuilder: Returns the maximum radius mode
License requirements: None.
maximumRadiusPoint() - Method in interface nxopen.cam.InspectionPolarGridBuilder: Returns the maximum radius point
License requirements: None.
maximumRandomAngle() - Method in interface nxopen.formboard.FormboardLayoutBuilder: Returns the maximum random angle.
maximumRecentReportDocumentCount() - Method in interface nxopen.report.ReportPreference: Returns the maximum count of the recent report documents which could be viewed
License requirements: None.
maximumRibLength() - Method in interface nxopen.tooling.MoldFeatureRecognitionBuilder: Returns the maximum rib length to be recognized
License requirements: None.
maximumRibThickness() - Method in interface nxopen.tooling.MoldFeatureRecognitionBuilder: Returns the maximum rib thickness to be recognized
License requirements: None.
MAXIMUMS_SIZE - Static variable in class nxopen.cae.optimization.TBSTopologyRestrictAreaBuilder.CheckTypeOption: Defition of the maximum structural diameter
maximumScopeAsString() - Method in interface nxopen.blockstyler.BodyCollector: Returns the MaximumScope
License requirements: None.
maximumScopeAsString() - Method in interface nxopen.blockstyler.CurveCollector: Returns the MaximumScope
License requirements: None.
maximumScopeAsString() - Method in interface nxopen.blockstyler.FaceCollector: Returns the MaximumScope
License requirements: None.
maximumScopeAsString() - Method in interface nxopen.blockstyler.SelectObject: Returns the MaximumScope as string
License requirements: None.
maximumSegment() - Method in interface nxopen.features.BridgeCurveBuilder: Deprecated.
Deprecated in NX8.5.0. Use BridgeCurveBuilderEx instead.
maximumSegments() - Method in interface nxopen.features.JoinCurvesBuilder: Returns the maximum number of segments of the advanced spline output.
maximumSegments() - Method in interface nxopen.geometricutilities.CurveFitData: Returns the maximum segments
License requirements: None.
maximumSegments() - Method in interface nxopen.geometricutilities.CurveFitOptions: Returns the maximum segments method
License requirements: solid_modeling ("SOLIDS MODELING") OR cam_base ("CAM BASE") OR geometric_tol ("GDT") OR insp_programming ("INSPECTION PROGRAMMING")
.
maximumSegments() - Method in interface nxopen.geometricutilities.Rebuild: Returns the maximum segments when rebuild type is advanced.
maximumSegments - Variable in class nxopen.uf.UFModl.CurveFitData
maximumShearStrain() - Method in interface nxopen.cae.DurabilityStrainGageAnalyzerBuilder: Returns the maximumShearStrain.
maximumShearStress() - Method in interface nxopen.cae.DurabilityStrainGageAnalyzerBuilder: Returns the maximumShearStress.
maximumShrinkValue() - Method in interface nxopen.cae.optimization.TBSShapeRestrictAreaBuilder: Returns the maximum shrink value
License requirements: None.
maximumSingleThickness() - Method in interface nxopen.weld.AutoPointBuilder: Returns the maximum single metal thinkness for all the selected components.
maximumSize() - Method in interface nxopen.diagramming.tables.ContinuationDataBuilder: Returns the maximum size of any section of a table.
maximumSizeAxial() - Method in interface nxopen.cam.RoughFinishTurningBuilder: Returns the Maximum Size Axial
License requirements: None.
maximumSizeMode() - Method in interface nxopen.cam.RoughFinishTurningBuilder: Returns the Maximum Size Mode
License requirements: None.
maximumSizeRadial() - Method in interface nxopen.cam.RoughFinishTurningBuilder: Returns the Maximum Size Radial
License requirements: None.
maximumSolutions() - Method in interface nxopen.preferences.RoutingPart: Returns the maximum number of placement solutions to generate when determining placement solutions for a component.
maximumSpacing() - Method in interface nxopen.cam.InspectionCurveFeatureBuilder: Returns the maximum spacing
License requirements: None.
maximumSpacing() - Method in interface nxopen.weld.EasyPatternBuilder: Returns the maximum spacing between the trim edge offset and the back edge offset.
maximumSpacingBetweenPoints() - Method in interface nxopen.weld.AutoPointBuilder: Returns the maximum spacing between points
License requirements: None.
maximumStepover() - Method in interface nxopen.cam.DPMTubeBuilder: Returns the maximum stepover builder
License requirements: None.
maximumStepSize - Variable in class nxopen.cae.Post.StreamlineExtraction
maximumStepSizeFactorExpression() - Method in interface nxopen.motion.BodyContactRecurdyn: Returns the Maximun Step Size Factor expression
License requirements: None.
maximumStepSizeFactorExpression() - Method in interface nxopen.motion.CurveContactRecurdyn: Returns the Maximun Step Size Factor expression
License requirements: None.
maximumStringLength() - Method in interface nxopen.blockstyler.ListBox: Returns the MaximumStringLength
License requirements: None.
maximumSubGraphsInStack() - Method in interface nxopen.cae.xyplot.Preference: Returns the maximum sub-graph count in a stacked graph
License requirements: None.
maximumText() - Method in interface nxopen.annotations.SearchCriteriaFeatureControlFrameBuilder: Returns the maximum value
License requirements: None.
maximumTextCount() - Method in interface nxopen.cae.xyplot.VectorStyle2DSetting: Returns the maximum of customized text count
License requirements: None.
maximumTextType() - Method in interface nxopen.annotations.SearchCriteriaFeatureControlFrameBuilder: Returns the maximum text enum
License requirements: None.
maximumTextureSize() - Method in interface nxopen.features.RasterImage: Returns the enum value for the maximum size of the image, in pixels
License requirements: None.
maximumTiltAngle() - Method in interface nxopen.cam.ToolAxisVariable: Returns the Maximum Tilt Angle
License requirements: None.
maximumTimeElapsed - Variable in class nxopen.cae.Post.StreamlineExtraction
maximumTolerance() - Method in interface nxopen.annotations.FeatureControlFrameDataBuilder: Returns the maximum tolerance toggle
License requirements: None.
maximumToleranceValue() - Method in interface nxopen.annotations.FeatureControlFrameDataBuilder: Returns the maximum tolerance value Only available when FeatureControlFrameDataBuilder.maximumTolerance() is true.
maximumValue() - Method in interface nxopen.blockstyler.AngularDimension: Returns the MaximumValue
License requirements: None.
maximumValue() - Method in interface nxopen.blockstyler.DoubleBlock: Returns the MaximumValue
License requirements: None.
maximumValue() - Method in interface nxopen.blockstyler.ExpressionBlock: Returns the MaximumValue
License requirements: None.
maximumValue() - Method in interface nxopen.blockstyler.IntegerBlock: Returns the MaximumValue
License requirements: None.
maximumValue() - Method in interface nxopen.blockstyler.LinearDimension: Returns the MaximumValue
License requirements: None.
maximumValue() - Method in interface nxopen.blockstyler.OnPathDimension: Returns the MaximumValue
License requirements: None.
maximumValue() - Method in interface nxopen.blockstyler.RadiusDimension: Returns the MaximumValue
License requirements: None.
maximumValue - Variable in class nxopen.fields.FieldVariable.Bounds: maximum bound value
maximumValue() - Method in interface nxopen.report.DoubleArgument: Returns the maximum value.
maximumValue() - Method in interface nxopen.report.IntegerArgument: Returns the maximum value.
MaximumValuesData() - Constructor for class nxopen.blockstyler.DoubleTable.MaximumValuesData
MaximumValuesData() - Constructor for class nxopen.blockstyler.IntegerTable.MaximumValuesData
maximumVelocity() - Method in interface nxopen.sim.KinematicAxisBuilder: Returns the maximum velocity
License requirements: ug_isv_full ("Full functionality for Integrated Simulation and Verification") OR nx_isv_mtb ("Machine Tool Builder")
.
maximumWallThickness() - Method in interface nxopen.tooling.MoldFeatureRecognitionBuilder: Returns the maximum wall thickness
License requirements: None.
maximumWidth() - Method in interface nxopen.blockstyler.Tree: Returns the MaximumWidth
License requirements: None.
maxIncludedAngleQuadToggle - Variable in class nxopen.uf.UFSf.Ugs2dMeshParms
maxIncludedAngleQuadValue - Variable in class nxopen.uf.UFSf.Ugs2dMeshParms
maxIncludedAngleTriaToggle - Variable in class nxopen.uf.UFSf.Ugs2dMeshParms
maxIncludedAngleTriaValue - Variable in class nxopen.uf.UFSf.Ugs2dMeshParms
maxInclusive() - Method in interface nxopen.blockstyler.AngularDimension: Returns the MaxInclusive
License requirements: None.
maxInclusive() - Method in interface nxopen.blockstyler.DoubleBlock: Returns the MaxInclusive
License requirements: None.
maxInclusive() - Method in interface nxopen.blockstyler.ExpressionBlock: Returns the MaxInclusive
License requirements: None.
maxInclusive() - Method in interface nxopen.blockstyler.IntegerBlock: Returns the MaxInclusive
License requirements: None.
maxInclusive() - Method in interface nxopen.blockstyler.LinearDimension: Returns the MaxInclusive
License requirements: None.
maxInclusive() - Method in interface nxopen.blockstyler.OnPathDimension: Returns the MaxInclusive
License requirements: None.
maxInclusive() - Method in interface nxopen.blockstyler.RadiusDimension: Returns the MaxInclusive
License requirements: None.
maxInteger() - Method in interface nxopen.AttributeTemplatesBuilder: Returns the max integer.
maxIntegrationSteps - Variable in class nxopen.cae.Post.StreamlineExtraction
maxIntegratorIterations - Variable in class nxopen.uf.UFMotion.SolverParameters
maxIteration() - Method in interface nxopen.mechatronics.PreferencesBuilder: Deprecated.
Deprecated in NX9.0.0. Use PreferencesBuilder.maxIterationExpression() instead
maxIteration() - Method in interface nxopen.motion.AdamsSolverProperty: Returns the max iteration
License requirements: None.
maxIterationExpression() - Method in interface nxopen.mechatronics.PreferencesBuilder: Returns the Maximum Iteration Expression
License requirements: nx_mcd_core ("MECHATRONICS CONCEPT DESIGNER")
.
maxIterations() - Method in interface nxopen.cae.ModelUpdateOptimOptionsBuilder: Returns the maximum iterations
License requirements: None.
maxIterations() - Method in interface nxopen.cae.optimization.DAOStopCondition: Returns the maximum iteration number
License requirements: None.
maxJerk() - Method in interface nxopen.mechatronics.PositionControlBuilder: Returns the max jerk, which is used to set the maximum jerk for position control.
maxJerk() - Method in interface nxopen.mechatronics.SpeedControlBuilder: Returns the max jerk, which is used to set the maximum jerk for speed control.
maxKinematicIteration() - Method in interface nxopen.motion.AdamsSolverProperty: Returns the max kinematic iteration
License requirements: None.
maxKinematicsIterations - Variable in class nxopen.uf.UFMotion.SolverParameters
maxLength() - Method in interface nxopen.cae.DurSpecialistSuperpositionEventBuilder: Returns the max length in substring comparison.
maxLength - Variable in class nxopen.uf.UFCurve.AnalysisDisplay
maxLengthIncr() - Method in interface nxopen.cam.SimulationOptionsBuilder: Returns the max length incr
License requirements: None.
maxLengthIncrement() - Method in interface nxopen.cam.InspectionCollisionAvoidanceBuilder: Returns the max length increment
License requirements: None.
maxLengthStep() - Method in interface nxopen.cae.connections.ILineDiscretization: Returns the line Discretization max length step
License requirements: None.
maxLineThickness() - Method in interface nxopen.IgesCreator: Returns the max line thickness - maximum line thickness in resulting iges file
License requirements: None.
maxLineThickness() - Method in interface nxopen.NXTo2dCreator: Returns the max line thickness - maximum line thickness in resulting iges file
License requirements: None.
maxMaintainTiltDistance() - Method in interface nxopen.cam.ToolPathTiltAvoidance: Returns the max maintain tilt distance
License requirements: None.
maxMaintainTiltDistance() - Method in interface nxopen.cam.ToolPathTiltBuilder: Deprecated.
Deprecated in NX9.0.0. Use ToolPathTiltAvoidance.maxMaintainTiltDistance() instead.
maxMeanRange() - Method in interface nxopen.cae.DurabilityDamageEvaluationBuilder: Returns the max mean range
License requirements: None.
maxminBox - Variable in class nxopen.uf.UFBound.AllData
maxMinDisplay - Variable in class nxopen.uf.UFPatt.AskParamsData
maxNeedleLength() - Method in interface nxopen.geometricutilities.CombOptionsBuilder: Returns the maximum needle length
License requirements: None.
maxNominalRange() - Method in interface nxopen.cae.DurabilityDamageEvaluationBuilder: Returns the max nominal range
License requirements: None.
maxNormalDistCGToFlanges() - Method in interface nxopen.cae.connections.ITolerance: Returns the maximum normal distance from definition point to center of element
License requirements: None.
maxNumber() - Method in interface nxopen.AttributeTemplatesBuilder: Returns the max number.
maxNumberIteration() - Method in interface nxopen.optimization.OptimizationBuilder: Returns the maximum number of updates allowed without converging to a solutionthe maximum iterations time
License requirements: None.
maxNumberOfCurves() - Method in interface nxopen.features.shipdesign.InverseBendingLinesBuilder: Returns the maximum number of curves to generate on the profile.
maxNumContactPoints - Variable in class nxopen.uf.UFMotion.Motion2DContact
maxParamId() - Method in interface nxopen.mechatronics.ProxyObjectBuilder: Returns the maximum parameter id used in the proxy object
License requirements: nx_mcd_core ("MECHATRONICS CONCEPT DESIGNER")
.
maxPenetrationDepth() - Method in interface nxopen.motion.BodyContactLms: Returns the max penetration depth
License requirements: None.
maxPenetrationDepth() - Method in interface nxopen.motion.BodyContactSphereToCAD: Returns the max penetration depth
License requirements: None.
maxpoint - Variable in class nxopen.assemblies.ClearanceSet.InterferenceData: the points on the interference region at the extremes of depth
maxPower() - Method in interface nxopen.cam.LaserTool: Returns the Maximum Power
License requirements: None.
maxradius - Variable in class nxopen.features.ConcaveFacesBuilder.CalculatePointCurvatureData: the maximum value of targeted face
maxRampLength() - Method in interface nxopen.cam.MultiRamp: Returns the maximum ramp length
License requirements: None.
maxRatioLongFacets() - Method in interface nxopen.facet.CleanupFacetBodyBuilder: Returns the specified value used to define long facets
License requirements: None.
maxrpm - Variable in class nxopen.uf.UFPath.SpindleOn
maxrpmFlag - Variable in class nxopen.uf.UFPath.SpindleOn
maxSamplePts - Variable in class nxopen.uf.UFModl.GflangeOptionsData
maxSignalId() - Method in interface nxopen.mechatronics.SignalAdapterBuilder: Returns the maximum signal id.
maxSolverError - Variable in class nxopen.uf.UFMotion.SolverParameters
maxSolverErrorExpression() - Method in interface nxopen.motion.AdamsSolverProperty: Returns the max solver error expression
License requirements: None.
maxSpacing() - Method in interface nxopen.cam.InspectionMethodBuilder: Returns the maximum spacing between scan points
License requirements: None.
maxSpacing() - Method in interface nxopen.cam.InspectionScanCurve5AxisBuilder: Returns the Maximum Spacing of points along the Scan Curve
License requirements: None.
maxSpacing() - Method in interface nxopen.cam.InspectionScanCurveBuilder: Returns the Maximum Spacing of points along the Scan Curve
License requirements: None.
maxStaticIteration() - Method in interface nxopen.motion.AdamsSolverProperty: Returns the max static iteration
License requirements: None.
maxStaticsIterations - Variable in class nxopen.uf.UFMotion.SolverParameters
maxStepoverDistance() - Method in interface nxopen.cam.NcmSmoothingBuilder: Returns the max stepover distance builder
License requirements: None.
maxStepSize - Variable in class nxopen.uf.UFMotion.SolverParameters
maxStepSizeExpression() - Method in interface nxopen.motion.AdamsSolverProperty: Returns the max step size expression
License requirements: None.
maxStictionDeformationExpression() - Method in interface nxopen.motion.JointFrictionAdams: Returns the max stiction deformation expression
License requirements: None.
maxStictionDeformationExpression() - Method in interface nxopen.motion.JointFrictionRecurDyn: Returns the max stiction deformation expression
License requirements: None.
maxString() - Method in interface nxopen.AttributeTemplatesBuilder: Returns the max string.
maxSubdivisionType() - Method in interface nxopen.cae.FluidDomainBuilder: Returns the max subdivision selection type represented by FluidDomainBuilder.SubdivisionType
License requirements: None.
maxsubid - Variable in class nxopen.cae.ResultAccess.AskMinMaxLocationData
maxsubid - Variable in class nxopen.cae.ResultAccess.AskNMinMaxLocationData
maxSystem3DModelSpace() - Method in interface nxopen.NXTo2dCreator: Returns the sys defmaxThreeDmdl space - if set to true then system defined maximum 3D model space will be used
License requirements: None.
maxSystemPointRes() - Method in interface nxopen.NXTo2dCreator: Returns the sys defidentical point resolution - if set to true then system defined tolerance will be used to find identical points
License requirements: None.
maxTesselationLength() - Method in interface nxopen.motion.AnalyticalContactBuilder: Returns the max tesselation length
License requirements: mechanisms ("MECHANISMS")
.
maxTextLength() - Method in interface nxopen.blockstyler.StringBlock: Returns the MaxTextLength
License requirements: None.
maxThickness() - Method in interface nxopen.features.MidSurfaceUserDefinedBuilder: Returns the max thickness allowed during Fem solve
License requirements: None.
maxThreeDMdlSpace() - Method in interface nxopen.IgesCreator: Returns the maxThree dmdl space - if not using system defined maximum 3D model space then specifiy the new value
License requirements: None.
maxTiltAngle() - Method in interface nxopen.cam.LaserProfileMove: Returns the Max Tilt Angle
License requirements: None.
maxTiltAngle() - Method in interface nxopen.cam.ToolPathTiltBuilder: Deprecated.
Deprecated in NX9.0.0. Use ToolPathTiltMachine.maxTiltAngle() instead.
maxTiltAngle() - Method in interface nxopen.cam.ToolPathTiltMachine: Returns the maximum tilt angle
License requirements: None.
maxTime() - Method in interface nxopen.optimization.OptimizationBuilder: Returns the maximum time allowed for this run in seconds
License requirements: None.
maxTimeIncr() - Method in interface nxopen.cam.SimulationOptionsBuilder: Returns the max time incr
License requirements: None.
maxToggle() - Method in interface nxopen.cam.InspectionCmmCommandBuilder: Returns the max toggle
License requirements: None.
maxToolAxisChange() - Method in interface nxopen.cam.NcmScBuilder: Deprecated.
Deprecated in NX9.0.0. Use NcmScBuilder.smoothingBuilder() instead.
maxToolAxisChange() - Method in interface nxopen.cam.NcmTransfer: Returns the max tool axis change
License requirements: None.
maxToolAxisChange() - Method in interface nxopen.cam.ToolAxisChange: Returns the maximum tool axis change
License requirements: None.
maxToolAxisChange() - Method in interface nxopen.cam.ToolPathTiltMachine: Returns the tool axis change
License requirements: None.
maxToolReachBuilder() - Method in interface nxopen.cam.TurningToolBuilder: Returns the max. tool reach builder (inheritable double)
License requirements: cam_base ("CAM BASE")

Created in NX5.0.0
maxToolReachToggle() - Method in interface nxopen.cam.TurningToolBuilder: Returns the max. tool reach toggle
License requirements: None.
maxUser3DModelSpace() - Method in interface nxopen.NXTo2dCreator: Returns the maxThree dmdl space - if not using system defined maximum 3D model space then specifiy the new value
License requirements: None.
maxUserPointRes() - Method in interface nxopen.NXTo2dCreator: Returns the identical point resolution - if not using system defined tolerance for identical points then specify new value
License requirements: None.
maxValue() - Method in interface nxopen.cam.InspectionCmmCommandBuilder: Returns the max value
License requirements: None.
maxValue - Variable in class nxopen.uf.UFDrf.CustomSymbolText
maxWallHeight() - Method in interface nxopen.cam.ToolAxisTilt: Returns the maximum wall height
License requirements: None.
maxWarpToggle - Variable in class nxopen.uf.UFSf.Ugs2dMeshParms
maxWeight - Variable in class nxopen.uf.UFWeight.AskPartMaxWeightData
maxWidthBuilder() - Method in interface nxopen.cam.NcmPlanarEngRetBuilder: Returns the engage/retract max width builder (inheritable tool dep)
License requirements: None.
MAY - Static variable in class nxopen.DateItemBuilder.MonthOfYear
mb() - Method in interface nxopen.UFSession
MB_SYSLOG_DIR - Static variable in class nxopen.uf.UFUi.DialogDirId
MB_SYSLOG_FLTR - Static variable in class nxopen.uf.UFUi.DialogFilterId
MC_DO_NOT_NORMALIZE_RESULT - Static variable in class nxopen.uf.UFSf.McResultFormat
MC_NORMALIZE_RESULT - Static variable in class nxopen.uf.UFSf.McResultFormat
MC_PHERSON_SUSPENSION - Static variable in class nxopen.motion.TextBasedElementBuilder.TypeChoices
McArrayData() - Constructor for class nxopen.uf.UFAssem.McArrayData
McArrayData(int, Tag, Tag, Tag[], Tag[], Tag[], String) - Constructor for class nxopen.uf.UFAssem.McArrayData
MCD - Static variable in class nxopen.mechatronics.PreferencesBuilder.MasterTypes: MCD
MCD - Static variable in class nxopen.tooling.SIZERExportBuilder.RunMode: MCD Mode
MCDMechanicalData() - Constructor for class nxopen.tooling.SIZERExportBuilder.MCDMechanicalData
MCDMechanicalData(int, String, PhysicsConstraint, String, double, double, double, double) - Constructor for class nxopen.tooling.SIZERExportBuilder.MCDMechanicalData: Constructor for the MCDMechanicalData object.
MCDSignalServerConfigurationBuilder - Interface in nxopen.mechatronics: Represents a MCDSignalServerConfigurationBuilder It is used to maintain all server builders for MCD signals.
MCDSignalServerConfigurationCollection - Interface in nxopen.mechatronics: Represents a collection of MCDSignalServerConfigurationObject.
MCDSignalServerConfigurationObject - Interface in nxopen.mechatronics: Represents a MCDSignalServerConfigurationObject It is used to maintain all servers configuration for external signals.
mcdsignalServerConfigurations() - Method in interface nxopen.mechatronics.PhysicsManager: Returns the MCDSignalServerConfigurationCollection belonging to this part
Created in NX12.0.0
McdSignalServerConfigurationtype - Class in nxopen.mechatronics: Represents configration data access type
MCE_AUXFUN - Static variable in class nxopen.cam.ToolpathEventType
MCE_CLAMP - Static variable in class nxopen.cam.ToolpathEventType
MCE_COOLANT_OFF - Static variable in class nxopen.cam.ToolpathEventType
MCE_COOLANT_ON - Static variable in class nxopen.cam.ToolpathEventType
MCE_CUT_WIRE - Static variable in class nxopen.cam.ToolpathEventType
MCE_CUTCOM - Static variable in class nxopen.cam.ToolpathEventType
MCE_CYCLE - Static variable in class nxopen.cam.ToolpathEventType
MCE_DWELL - Static variable in class nxopen.cam.ToolpathEventType
MCE_FEDRAT - Static variable in class nxopen.cam.ToolpathEventType
MCE_FLUSH - Static variable in class nxopen.cam.ToolpathEventType
MCE_FLUSH_TANK - Static variable in class nxopen.cam.ToolpathEventType
MCE_FROM - Static variable in class nxopen.cam.ToolpathEventType
MCE_FROM_POINT - Static variable in class nxopen.cam.ToolpathEventType
MCE_GENERIC_CYCLE - Static variable in class nxopen.cam.ToolpathEventType
MCE_GO_DELTA - Static variable in class nxopen.cam.ToolpathEventType
MCE_GO_HOME - Static variable in class nxopen.cam.ToolpathEventType
MCE_GOHOME_POINT - Static variable in class nxopen.cam.ToolpathEventType
MCE_GOTO - Static variable in class nxopen.cam.ToolpathEventType
MCE_LATHE_THREAD - Static variable in class nxopen.cam.ToolpathEventType
MCE_MEASURING_AFTER_FINISHING - Static variable in class nxopen.cam.ToolpathEventType
MCE_MEASURING_STOP - Static variable in class nxopen.cam.ToolpathEventType
MCE_OP_MESSAGE - Static variable in class nxopen.cam.ToolpathEventType
MCE_OPT_SKIP_OFF - Static variable in class nxopen.cam.ToolpathEventType
MCE_OPT_SKIP_ON - Static variable in class nxopen.cam.ToolpathEventType
MCE_OPT_STOP - Static variable in class nxopen.cam.ToolpathEventType
MCE_ORIGIN - Static variable in class nxopen.cam.ToolpathEventType
MCE_POWER - Static variable in class nxopen.cam.ToolpathEventType
MCE_PPRINT - Static variable in class nxopen.cam.ToolpathEventType
MCE_PREFUN - Static variable in class nxopen.cam.ToolpathEventType
MCE_RETURN_POINT - Static variable in class nxopen.cam.ToolpathEventType
MCE_ROTATE - Static variable in class nxopen.cam.ToolpathEventType
MCE_ROTATE_TOOL - Static variable in class nxopen.cam.ToolpathEventType
MCE_SELECT_HEAD - Static variable in class nxopen.cam.ToolpathEventType
MCE_SEQNO - Static variable in class nxopen.cam.ToolpathEventType
MCE_SET_MODES - Static variable in class nxopen.cam.ToolpathEventType
MCE_SMOOTH_LEAD_IN - Static variable in class nxopen.cam.ToolpathEventType
MCE_SMOOTH_LEAD_OUT - Static variable in class nxopen.cam.ToolpathEventType
MCE_SPINDLE_OFF - Static variable in class nxopen.cam.ToolpathEventType
MCE_SPINDLE_ON - Static variable in class nxopen.cam.ToolpathEventType
MCE_SPINDLE_REVERSE - Static variable in class nxopen.cam.ToolpathEventType
MCE_START_ENGAGE - Static variable in class nxopen.cam.ToolpathEventType
MCE_START_POINT - Static variable in class nxopen.cam.ToolpathEventType
MCE_STOP - Static variable in class nxopen.cam.ToolpathEventType
MCE_SUPPRESS_WORKPIECE - Static variable in class nxopen.cam.ToolpathEventType
MCE_THREAD_WIRE - Static variable in class nxopen.cam.ToolpathEventType
MCE_TOOL_CHANGE - Static variable in class nxopen.cam.ToolpathEventType
MCE_TOOL_LENGTH_COMP - Static variable in class nxopen.cam.ToolpathEventType
MCE_TOOL_PRESELECT - Static variable in class nxopen.cam.ToolpathEventType
MCE_TRACKING_POINT_CHANGE - Static variable in class nxopen.cam.ToolpathEventType
MCE_TRACKING_POINT_CHANGE_MILL - Static variable in class nxopen.cam.ToolpathEventType
MCE_USER_DEFINED - Static variable in class nxopen.cam.ToolpathEventType
MCE_USER_USEFINED - Static variable in class nxopen.cam.ToolpathEventType
MCE_WIRE_ANGLE - Static variable in class nxopen.cam.ToolpathEventType
MCE_WIRE_CUTCOM - Static variable in class nxopen.cam.ToolpathEventType
MCE_WIRE_GUIDES - Static variable in class nxopen.cam.ToolpathEventType
mcElementCheck(Tag) - Method in interface nxopen.uf.UFSf: Refer to UF_SF_mc_element_check for documentation.
mcfPath() - Method in interface nxopen.sim.KinematicImportMcfBuilder: Returns the path from the mcf file
License requirements: None.
mcGap - Variable in class nxopen.uf.UFModl.SmcornerData
mcLinearShape - Variable in class nxopen.uf.UFModl.SmcornerData
mcOffset - Variable in class nxopen.uf.UFModl.SmcornerData
MCS - Static variable in class nxopen.cam.DeltaMoveBuilder.IntentType: MCS
MCS - Static variable in class nxopen.cam.GeometryGroup.OrientationTypes: derived blank orientation using MCS
MCS - Static variable in class nxopen.cam.InspectionDeltaMoveBuilder.IntentType: MCS
MCS - Static variable in class nxopen.cam.LaserLinearMove.RefTypes: MCS
mcs() - Method in interface nxopen.cam.OrientGeomBuilder: Returns the MCS
License requirements: cam_base ("CAM BASE")
.
MCS - Static variable in class nxopen.cam.Preferences.CsysInformationListingTypes: MCS
MCS - Static variable in class nxopen.cam.TurnAvoidancePathPointsBuilder.CsTypes: MCS
MCS_LINK_TO_RCS - Static variable in class nxopen.uf.UFCamPref.CamPref
MCS_ZY - Static variable in class nxopen.cam.LaserHeadOrientation.Types: MCS Z/Y
mcsCsys() - Method in interface nxopen.cam.InspectionImportDmisBuilder: Returns the tag of the Csys to use as the MCS when importing the DMIS
License requirements: None.
mcsLinkToRcs - Variable in class nxopen.uf.UFCam.Preferences
mcsSpindleGroup() - Method in interface nxopen.cam.TurningToolBuilder: Returns the MCS spindle group
License requirements: None.
mcsStat - Variable in class nxopen.uf.UFCam.Preferences
mct() - Method in interface nxopen.UFSession
mctTurrentId() - Method in interface nxopen.cam.MachineTurretGroupBuilder: Returns the Mct Turrent ID
License requirements: None.
mctTurrentWpl() - Method in interface nxopen.cam.MachineTurretGroupBuilder: Deprecated.
Deprecated in NX9.0.0. None
mctTurrentWplType() - Method in interface nxopen.cam.MachineTurretGroupBuilder: Deprecated.
Deprecated in NX9.0.0. None
mdfFileName() - Method in interface nxopen.cae.DurabilityTransientEventBuilder: Returns the mdfFileName.
MEA - Static variable in class nxopen.cam.InspectionMeasDataBuilder.InputFormatType: Measured data format
MEA_HEM_VEC_TYPE - Static variable in class nxopen.uf.UFProcessAid.Types
MEA_HOLE_VEC_TYPE - Static variable in class nxopen.uf.UFProcessAid.Types
MEA_LOC_HOLE_NA_TYPE - Static variable in class nxopen.uf.UFProcessAid.Types
MEA_LOC_HOLE_TYPE - Static variable in class nxopen.uf.UFProcessAid.Types
MEA_LOC_PIN_NA_TYPE - Static variable in class nxopen.uf.UFProcessAid.Types
MEA_LOC_PIN_TYPE - Static variable in class nxopen.uf.UFProcessAid.Types
MEA_LOC_SLOT_NA_TYPE - Static variable in class nxopen.uf.UFProcessAid.Types
MEA_LOC_SLOT_TYPE - Static variable in class nxopen.uf.UFProcessAid.Types
MEA_LOC_SURF_NA_TYPE - Static variable in class nxopen.uf.UFProcessAid.Types
MEA_LOC_SURF_TYPE - Static variable in class nxopen.uf.UFProcessAid.Types
MEA_PT_TYPE - Static variable in class nxopen.uf.UFProcessAid.Types
MEA_SLOT_VEC_TYPE - Static variable in class nxopen.uf.UFProcessAid.Types
MEA_STUD_VEC_TYPE - Static variable in class nxopen.uf.UFProcessAid.Types
MEA_SURF_VEC_TYPE - Static variable in class nxopen.uf.UFProcessAid.Types
MEA_TRIM_VEC_TYPE - Static variable in class nxopen.uf.UFProcessAid.Types
MEA_VEC_NA_TYPE - Static variable in class nxopen.uf.UFProcessAid.Types
meaFile() - Method in interface nxopen.cam.InspectionMeasDataBuilder: Returns the measured data file
License requirements: None.
MEAN - Static variable in class nxopen.cae.DurabilityEventFatigueSettingsBuilder.FatigueSafetyFactorMethodEnum: Mean
MEAN - Static variable in class nxopen.cae.Result.Component
MEAN - Static variable in class nxopen.fields.DisplayPropertiesBuilder.TensorType
MEAN - Static variable in class nxopen.geometricanalysis.FaceCurvatureAnalysisBuilder.CurvatureTypes: Mean
MEAN - Static variable in class nxopen.geometricanalysis.RadiusAnalysisBuilder.Types: Mean radius.
MEAN - Static variable in class nxopen.geometricanalysis.SurfaceContinuityAnalysisBuilder.CurvatureType
MEAN_AVERAGE - Static variable in class nxopen.cae.ResultMeasure.Operation: Evaluate for the mean average value
MEAN_DISTANCE - Static variable in class nxopen.features.vehicledesign.MirrorCertificationBuilder.EyeMethodType: Represents using the mean distance
MEAN_MAGNITUDE - Static variable in class nxopen.cae.AfuMathOperation.Overall: Gets mean magnitude values of AFU records
MEAN_OF_FLANGES_THICKNESS - Static variable in class nxopen.cae.connections.HeightType: Mean of flanges thickness
MEAN_VECTOR - Static variable in class nxopen.cae.CAEConnectionBuilder.MethodTypeEnum: Based on Mean Vector
MEASURABLE_ATTRIBUTE - Static variable in class nxopen.validate.RequirementCollection.SourceTypeOptions
measure() - Method in interface nxopen.features.shipdesign.InverseBendingLinesBuilder: Returns the measurement direction used in the table, left to right, or right to left.
measure() - Method in interface nxopen.fields.NameVariable: Returns the measure of the variable
License requirements: None.
Measure - Interface in nxopen: Represents a measurement feature
To create an instance of this use MeasureBodies , MeasureDistance , MeasureAngle , MeasureFaces , and MeasureLength

Created in NX4.0.0
MEASURE - Static variable in class nxopen.motion.ResultMeasure.ResultType: Result measure for measure
measure(Tag, int) - Method in interface nxopen.uf.UFMotion: Refer to UF_MOTION_measure for documentation.
measure() - Method in interface nxopen.Unit: Returns the unit measure name
License requirements: None.
MEASURE_GEOMETRY - Static variable in class nxopen.annotations.DrivingValueBuilder.DrivingExpressionMode
MEASURE_GEOMETRY - Static variable in class nxopen.SketchDimensionBuilder.ExpOption: remove expression, measure geometry
measureAlong() - Method in interface nxopen.features.shipdesign.OrientationPointMethodsBuilder: Returns the indication of how to measure the distance used to determine the boundary of the region.
measureAlongMode() - Method in interface nxopen.features.shipdesign.StiffenerSystemBuilder: Returns the method used to measure distances between planes.
MeasureAngle - Interface in nxopen: Represents a single valued Angle measurement
To create or edit an instance of this class, use MeasureAngleBuilder

Created in NX4.0.0
MeasureAngle.CreateEmbeddedObjectData - Class in nxopen: This class holds the data returned from MeasureAngle.createEmbeddedObject()
MeasureAngleBuilder - Interface in nxopen: Represents a MeasureAngleBuilder
To create a new instance of this class, use MeasureManager.createMeasureAngleBuilder(nxopen.NXObject)

Created in NX5.0.0
MeasureAngleBuilder.AngleType - Class in nxopen: Represents the angle type.
MeasureAngleBuilder.ObjectType - Class in nxopen: Represents the object type.
MeasureAngleBuilder.OrientationType - Class in nxopen: Represents the orientation type
MeasureAngleBuilder.ProjectionType - Class in nxopen: Represents the projection type.
measureAngles() - Method in interface nxopen.features.shipdesign.OrientationDefinitionBuilder: Returns the method in which to measure angles in the orientation objects.
MeasureBodies - Interface in nxopen: Represents the measurement specific mass properties for a set of bodies
To create or edit an instance of this class, use MeasureFaceBuilder

Created in NX4.0.0
MeasureBodies.ActiveValue - Class in nxopen: Indicates the type of embedded measurement to create
MeasureBodies.AnalysisUnit - Class in nxopen: Indicates the family of units used in mass property information listings
MeasureBodies.CreateEmbeddedObjectData - Class in nxopen: This class holds the data returned from MeasureBodies.createEmbeddedObject(nxopen.MeasureBodies.ActiveValue)
MeasureBodyBuilder - Interface in nxopen: Represents a MeasureBodyBuilder
To create a new instance of this class, use MeasureManager.createMeasureBodyBuilder(nxopen.NXObject)

Created in NX5.0.0
MeasureBuilder - Interface in nxopen: Represents a MeasureBuilder
This is an abstract class, and cannot be instantiated.
MeasureBuilder.AnnotationType - Class in nxopen: Represents the annotation type.
MeasureBuilder.RequirementType - Class in nxopen: Represents the requirement type.
MEASURED_FEATURE - Static variable in class nxopen.cam.InspectionAlignmentBuilder.RotateTableMethods: Rotate table by measured feature
MEASURED_FEATURE - Static variable in class nxopen.cam.InspectionAlignmentBuilder.RotationMethods: Rotate by Actual Feature
MEASURED_FEATURE - Static variable in class nxopen.cam.InspectionAlignmentBuilder.XtMethods: Translate by Measured Feature
MEASURED_FEATURE - Static variable in class nxopen.cam.InspectionAlignmentBuilder.YtMethods: Translate by Measured Feature
MEASURED_FEATURE - Static variable in class nxopen.cam.InspectionAlignmentBuilder.ZtMethods: Translate by Measured Feature
measuredGeometry() - Method in interface nxopen.cam.InspectionPolarGridBuilder: Returns the measured geometry
License requirements: None.
measuredGeometry() - Method in interface nxopen.cam.InspectionUVGridBuilder: Returns the measured geometry
License requirements: None.
MeasureDistance - Interface in nxopen: Represents a single valued distance measurement
To create or edit an instance of this class, use MeasureDistanceBuilder

Created in NX4.0.0
MeasureDistance.CreateEmbeddedObjectData - Class in nxopen: This class holds the data returned from MeasureDistance.createEmbeddedObject()
MeasureDistanceBuilder - Interface in nxopen: Represents a MeasureDistanceBuilder
To create a new instance of this class, use MeasureManager.createMeasureDistanceBuilder(nxopen.NXObject)

Created in NX5.0.0
MeasureDistanceBuilder.DistanceType - Class in nxopen: the type of distance measurement
MeasureDistanceBuilder.MeasureType - Class in nxopen: the subtype of distance measurement
measuredLength() - Method in interface nxopen.features.vehicledesign.CloseRangeBlindVolumeListItemBuilder: Returns the measured length calculated from start parameter path curve point to end parameter path curve point.
measuredPartName() - Method in interface nxopen.cam.InspectionMeasDataBuilder: Returns the measured part name
License requirements: None.
MeasureFaceBuilder - Interface in nxopen: Represents a MeasureFaceBuilder
To create a new instance of this class, use MeasureManager.createMeasureFaceBuilder(nxopen.NXObject)

Created in NX5.0.0
MeasureFaces - Interface in nxopen: Represents the measurement of perimeter and area of a set of faces
To create or edit an instance of this class, use MeasureFaceBuilder

Created in NX4.0.0
MeasureFaces.ActiveValue - Class in nxopen: Indicates the type of embedded measurement to create
MeasureFaces.CreateEmbeddedObjectData - Class in nxopen: This class holds the data returned from MeasureFaces.createEmbeddedObject(nxopen.MeasureFaces.ActiveValue)
measureFrom() - Method in interface nxopen.cam.NcmScEngRetBuilder: Returns the height or length from which engage linear/helical/plunge is measured
License requirements: None.
MeasureLength - Interface in nxopen: Represents a single valued length measurement .
MeasureLength.CreateEmbeddedObjectData - Class in nxopen: This class holds the data returned from MeasureLength.createEmbeddedObject()
measureManager() - Method in interface nxopen.BasePart: Returns the measure manager for this part .
MeasureManager - Interface in nxopen: Provides methods for manipulating the measurement objects in a part.
MeasureManager.EndpointType - Class in nxopen: Indicates the end point to be used when lines or linear edges are referenced in an angle between two objects
MeasureManager.ExtremeType - Class in nxopen: the type of extreme measurement
MeasureManager.MeasureType - Class in nxopen: Indicates if a the distance measurement will be minimum or maximum distance between the two objects
MeasureManager.ProjectionType - Class in nxopen: Indicates the type of a projected distance measurement
MeasureManager.RadialMeasureType - Class in nxopen: Indicates the type of a radial distance measurement
measurement() - Method in interface nxopen.annotations.BaseLinearDimensionBuilder: Returns the measurement
License requirements: None.
measurement() - Method in interface nxopen.annotations.BaseRadialDimensionBuilder: Returns the measurement
License requirements: None.
measurement() - Method in interface nxopen.annotations.BaseRapidDimensionBuilder: Returns the measurement
License requirements: None.
measurement() - Method in interface nxopen.annotations.GeodesicDimensionBuilder: Returns the measurement
License requirements: None.
measurement - Variable in class nxopen.MeasureAngle.CreateEmbeddedObjectData: the measurement
measurement - Variable in class nxopen.MeasureBodies.CreateEmbeddedObjectData: the measurement
measurement - Variable in class nxopen.MeasureDistance.CreateEmbeddedObjectData: the measurement
measurement - Variable in class nxopen.MeasureFaces.CreateEmbeddedObjectData: the measurement
measurement - Variable in class nxopen.MeasureLength.CreateEmbeddedObjectData: the measurement
Measurement - Interface in nxopen: Provides methods for calculating and displaying the measurement information.
measurement - Variable in class nxopen.MeasurePolarAngle.CreateEmbeddedObjectData: the measurement
measurement - Variable in class nxopen.MeasurePolarArea.CreateEmbeddedObjectData: the measurement
measurement - Variable in class nxopen.MeasurePolarRadius.CreateEmbeddedObjectData: the measurement
measurement() - Method in interface nxopen.Session: Returns the Measurement instance belonging to this session
Created in NX3.0.0
Measurement() - Constructor for class nxopen.uf.UFMotion.Measurement
Measurement(UFMotion.MeasurementType, Tag, Tag) - Constructor for class nxopen.uf.UFMotion.Measurement
MEASUREMENT - Static variable in class nxopen.weld.WeldAdvisorCustomerDefault: measurement, used for implementing weld advisor parameters
Measurement.ArcLengthBetweenPointsData - Class in nxopen: This class holds the data returned from Measurement.getArcLengthBetweenPoints(nxopen.Point, nxopen.Point)
Measurement.DeviationReportType - Class in nxopen: Describes type of the 'Deviation Checking' report.
Measurement.DisplayMinimumDistanceData - Class in nxopen: This class holds the data returned from Measurement.displayMinimumDistance(nxopen.DisplayableObject, nxopen.DisplayableObject)
Measurement.MinimumDistanceData - Class in nxopen: This class holds the data returned from Measurement.getMinimumDistance(nxopen.NXObject, nxopen.NXObject)
Measurement.MinimumOrthogonalDistanceData - Class in nxopen: This class holds the data returned from Measurement.getMinimumOrthogonalDistance(nxopen.DisplayableObject, nxopen.DisplayableObject)
Measurement.RoutingPathLengthData - Class in nxopen: This class holds the data returned from Measurement.getRoutingPathLength(nxopen.NXObject[])
MEASUREMENT_CUSTOM1_FEATURE - Static variable in class nxopen.uf.UFConstants
MEASUREMENT_CUSTOM1FEATURE - Static variable in class nxopen.weld.CharacteristicsBuilder.Type
MEASUREMENT_CUSTOM2_FEATURE - Static variable in class nxopen.uf.UFConstants
MEASUREMENT_CUSTOM2FEATURE - Static variable in class nxopen.weld.CharacteristicsBuilder.Type
MEASUREMENT_CUSTOM3_FEATURE - Static variable in class nxopen.uf.UFConstants
MEASUREMENT_CUSTOM3FEATURE - Static variable in class nxopen.weld.CharacteristicsBuilder.Type
MEASUREMENT_HEM_FEATURE - Static variable in class nxopen.uf.UFConstants
MEASUREMENT_HEM_FEATURE - Static variable in class nxopen.weld.CharacteristicsBuilder.Type
MEASUREMENT_HOLE_FEATURE - Static variable in class nxopen.uf.UFConstants
MEASUREMENT_HOLE_FEATURE - Static variable in class nxopen.weld.CharacteristicsBuilder.Type
MEASUREMENT_LOCATOR - Static variable in class nxopen.weld.WeldObjectBuilder.CommandName: Measurement Locator command
MEASUREMENT_LOCATOR - Static variable in class nxopen.weld.WeldPointExitBuilder.CommandName: Measurement Locator command
MEASUREMENT_MODE - Static variable in class nxopen.cam.InspectionCmmCommandBuilder.CommandTypes: Enter a statement to set the measurement mode
MEASUREMENT_POINT - Static variable in class nxopen.uf.UFConstants
MEASUREMENT_SLOT_FEATURE - Static variable in class nxopen.uf.UFConstants
MEASUREMENT_SLOT_FEATURE - Static variable in class nxopen.weld.CharacteristicsBuilder.Type
MEASUREMENT_STUD_FEATURE - Static variable in class nxopen.uf.UFConstants
MEASUREMENT_STUD_FEATURE - Static variable in class nxopen.weld.CharacteristicsBuilder.Type
MEASUREMENT_SURFACE_FEATURE - Static variable in class nxopen.uf.UFConstants
MEASUREMENT_SURFACE_FEATURE - Static variable in class nxopen.weld.CharacteristicsBuilder.Type
MEASUREMENT_TRIM_FEATURE - Static variable in class nxopen.uf.UFConstants
MEASUREMENT_TRIM_FEATURE - Static variable in class nxopen.weld.CharacteristicsBuilder.Type
MEASUREMENT_VECTOR_NON_ASSOC - Static variable in class nxopen.uf.UFConstants
measurementDefaultHeight() - Method in interface nxopen.weld.WeldPointBuilder: Returns the default height of the object for measurement to be created.
measurementDefaultWidth() - Method in interface nxopen.weld.WeldPointBuilder: Returns the default width of the object for measurement to be created.
measurementDepth() - Method in interface nxopen.cam.ProbeInspectBorebossMoveBuilder: Returns the probing depth
License requirements: None.
measurementDirection() - Method in interface nxopen.annotations.Dimension: Returns the measurement direction.
measurementDirection() - Method in interface nxopen.annotations.DimensionData: Returns the measurement direction
License requirements: None.
measurementDirectionView() - Method in interface nxopen.annotations.Dimension: Returns the measurement direction view.
measurementDirectionView() - Method in interface nxopen.annotations.DimensionData: Returns the measurement direction view
License requirements: None.
measurementHoleSize() - Method in interface nxopen.weld.WeldPointBuilder: Returns the hole_size of the object for measurement to be created.
measurementIdLowerRange() - Method in interface nxopen.weld.WeldPreferenceBuilder: Returns the measurement id lower range
License requirements: None.
measurementIdUpperRange() - Method in interface nxopen.weld.WeldPreferenceBuilder: Returns the measurement id upper range
License requirements: None.
measurementLinkAttachment() - Method in interface nxopen.motion.ControlInputBuilder: Returns the measurement link attachment.
measurementMethod() - Method in interface nxopen.features.vehicledesign.HeadImpactAPillarDetailBuilder: Returns the measurement method used to position point 1.
measurementMethod() - Method in interface nxopen.geometricanalysis.DeviationGaugeBuilder: Returns the measurement method
License requirements: studio_free_form ("STUDIO FREE FORM")
.
measurementName() - Method in interface nxopen.Scalar: Returns the measurement name, if the scalar represents a measurement.
measurementNamePrefix() - Method in interface nxopen.weld.WeldPreferenceBuilder: Returns the measurement name prefix
License requirements: None.
measurementObject() - Method in interface nxopen.features.AngularDimBuilder: Returns the measurement object is for the move object
License requirements: None.
measurementObject() - Method in interface nxopen.features.LinearDimensionBuilder: Returns the measurement object to which the ADM Linear Dimension is measured to
License requirements: None.
measurementObject() - Method in interface nxopen.motion.MotionSensorBuilder: Returns the first marker object
License requirements: None.
measurementObjectColor() - Method in interface nxopen.weld.WeldPreferenceBuilder: Returns the measurement object color
License requirements: None.
measurementObjectLayer() - Method in interface nxopen.weld.WeldPreferenceBuilder: Returns the measurement object layer
License requirements: None.
measurementPartNumber() - Method in interface nxopen.weld.WeldPreferenceBuilder: Returns the measurement part number
License requirements: None.
measurementPoint() - Method in interface nxopen.annotations.GeodesicDimensionBuilder: Returns the measurement point
License requirements: None.
measurementSamples() - Method in interface nxopen.geometricanalysis.DeviationGaugeBuilder: Returns the number of measurement samples
License requirements: studio_free_form ("STUDIO FREE FORM")
.
measurementSlotLength() - Method in interface nxopen.weld.WeldPointBuilder: Returns the slot height of the object for measurement to be created.
measurementSlotWidth() - Method in interface nxopen.weld.WeldPointBuilder: Returns the slot width of the object for measurement to be created.
measurementStudSize() - Method in interface nxopen.weld.WeldPointBuilder: Returns the stud size of the object for measurement to be created.
measurementType() - Method in interface nxopen.annotations.BaseAngularDimensionBuilder: Returns the measurement type
License requirements: None.
measurementType() - Method in interface nxopen.annotations.BaseLinearDimensionBuilder: Returns the measurement type
License requirements: None.
measurementType() - Method in interface nxopen.annotations.SearchCriteriaDimensionBuilder: Returns the measurement type
License requirements: None.
measurementType() - Method in interface nxopen.cam.ProbeInspectSurfacePointMoveBuilder: Returns the measurement (axis) type
License requirements: None.
measurementType() - Method in interface nxopen.GenericMeasure: Returns the type of the measurement
License requirements: None.
measurementType() - Method in interface nxopen.motion.LinkCouplerCoupleBuilder: Returns the measurement type
License requirements: mechanisms ("MECHANISMS")
.
MeasurePoint - Interface in nxopen: Represents a point measurement .
MeasurePolarAngle - Interface in nxopen: Represents a single valued polar angle measurement .
MeasurePolarAngle.CreateEmbeddedObjectData - Class in nxopen: This class holds the data returned from MeasurePolarAngle.createEmbeddedObject()
MeasurePolarArea - Interface in nxopen: Represents a single valued polar area measurement .
MeasurePolarArea.CreateEmbeddedObjectData - Class in nxopen: This class holds the data returned from MeasurePolarArea.createEmbeddedObject()
MeasurePolarRadius - Interface in nxopen: Represents a single valued polar radius measurement .
MeasurePolarRadius.CreateEmbeddedObjectData - Class in nxopen: This class holds the data returned from MeasurePolarRadius.createEmbeddedObject()
MeasureRectangularExtreme - Interface in nxopen: Represents a rectangular extreme point measurement .
measureType() - Method in interface nxopen.mechatronics.AccelerometerBuilder: Returns the measure type.
measureType() - Method in interface nxopen.mechatronics.DistanceSensorBuilder: Returns the measure type.
measureType() - Method in interface nxopen.mechatronics.GenericSensorBuilder: Returns the measure type.
measureType() - Method in interface nxopen.mechatronics.InclinometerBuilder: Returns the measure type.
measureType() - Method in interface nxopen.mechatronics.PositionSensorBuilder: Returns the measure type.
measureType() - Method in interface nxopen.mechatronics.VelocitySensorBuilder: Returns the measure type.
measuringPoint() - Method in interface nxopen.cam.TurnRoughFinishTestCut: Returns the test cut measuring point
License requirements: None.
measuringPosition() - Method in interface nxopen.cam.TurnRoughFinishTestCut: Returns the test cut measuring position
License requirements: None.
measuringStop() - Method in interface nxopen.cam.TurnRoughFinishTestCut: Returns the measuring stop
License requirements: cam_base ("CAM BASE")
.
MECHANICAL - Static variable in class nxopen.preferences.RoutingApplicationView.AppType: In routing mechanical application.
MECHANICAL - Static variable in class nxopen.weld.WeldJointBuilder.WeldTypes: Mechanical joint for pipe welding.
mechanicalColorFontWidth() - Method in interface nxopen.weld.WeldJointBuilder: Returns the color, font, and width of the mechanical joint curves.
MechanicalData() - Constructor for class nxopen.tooling.SIZERExportBuilder.MechanicalData
MechanicalData(int, String, MotionSolution, Graph, Graph, double, double, double, double) - Constructor for class nxopen.tooling.SIZERExportBuilder.MechanicalData: Constructor for the MechanicalData object.
MechanicalLoadSumBuilder - Interface in nxopen.cae: Represents a MechanicalLoadSumBuilder
To create a new instance of this class, use ModelCheckManager.createMechanicalLoadSumBuilder()

Created in NX5.0.1
MechanicalLoadSumBuilder.UserUnit - Class in nxopen.cae: User Specified output unit
MechanicalRoutingSubsetBuilder - Interface in nxopen.assemblies: A MechanicalRoutingSubsetBuilder is used to create/edit Subsets Subset that are used to define the context needed to perform a Mechanical Routing Design activity.
MechanicalRoutingSubsetBuilder.SurroundingDataRecipeMethod - Class in nxopen.assemblies: Represents the method to use to determine the surrounding data corresponding to the routing design content that has been loaded. 1.
MechanismExport - Interface in nxopen.motion: Represents a Mechanism Export object used to export one or more Motion objects to a text file.
mechanismExport() - Method in interface nxopen.motion.MotionSession: Returns the MechanismExport object belonging to this part
Created in NX12.0.0
MechanismExport.PositionOrientationFormat - Class in nxopen.motion: Format to export the position and orientation data.
MechanismImport - Interface in nxopen.motion: Represents a Mechanism Import object used to import a Motion model from a text file.
mechanismImport() - Method in interface nxopen.motion.MotionSession: Returns the MechanismImport object belonging to this part
Created in NX12.0.0
MechanismImport.NamingRule - Class in nxopen.motion: Naming Rule type to modify imported object's name
MECHATRONICS - Static variable in class nxopen.FileNewApplication: Deprecated.

Specifies a Mechatronics Concept Designer file new template
Mechatronics - Interface in nxopen.motion: Represents a Mechatronics .
mechatronics() - Method in interface nxopen.motion.MotionManager: Returns the MechatronicsCollection belonging to this part
Created in NX11.0.0
MechatronicsBuilder - Interface in nxopen.motion: Represents a Mechatronics builder
To create a new instance of this class, use MechatronicsCollection.createMechatronicsBuilder(nxopen.motion.Mechatronics)
Default values.
MechatronicsBuilder.MechatronicsModelType - Class in nxopen.motion: the mechatronics type - possible values are Matlab or Amesim
MechatronicsBuilder.PurposeType - Class in nxopen.motion: the mechatronics purpose type - possible values are Import and Export
MechatronicsBuilder.SolverCommunicationIntervalType - Class in nxopen.motion: the mechatronics communication interval type - only for Amesim!
MechatronicsBuilder.SolverIntegrationType - Class in nxopen.motion: the mechatronics integration type - possible values are ModelExchange and CoSimulation
MechatronicsCollection - Interface in nxopen.motion: Represents a collection of Mechatronics
To obtain an instance of this class, refer to MotionManager

Created in NX11.0.0
MechatronicsManager - Interface in nxopen.mechatronics: Contains the collection objects for creating and iterating over Mechatronics Designer System Navigator objects.
mechatronicsManager() - Method in interface nxopen.Part: Returns the MechatronicsManager instance belonging to this part .
MechatronicsPortCollection - Interface in nxopen.motion: Represents a collection of ports used as outputs by Mechatronics
To obtain an instance of this class, refer to Mechatronics

Created in NX11.0.0
MechatronicsSession - Interface in nxopen.mechatronics: Represents Mechatronics session
To obtain an instance of this class, refer to Session

Created in NX9.0.0
mechatronicsSession() - Method in interface nxopen.Session: Returns the MechatronicsSession belonging to this session
Created in NX9.0.0
MechatronicsSession.LogicalTypesData - Class in nxopen.mechatronics: This class holds the data returned from MechatronicsSession.getLogicalTypes()
MechatronicsSession.SimulationAction - Class in nxopen.mechatronics: Represents the action of simulation.
mechatronicsType() - Method in interface nxopen.motion.MechatronicsBuilder: Returns the mechatronics type - possible values are Matlab or Amesim
License requirements: mechanisms ("MECHANISMS")
.
MECHDES_RUNTIME_CODE_DIR - Static variable in class nxopen.uf.UFUi.DialogDirId
MECHDES_RUNTIME_CODE_FLTR - Static variable in class nxopen.uf.UFUi.DialogFilterId
medianRadius() - Method in interface nxopen.mechatronics.TransportSurfaceBuilder: Returns the median radius.
medianStartPosition() - Method in interface nxopen.mechatronics.TransportSurfaceBuilder: Returns the median start position.
medianVelocity() - Method in interface nxopen.mechatronics.TransportSurfaceBuilder: Returns the median velocity.
MEDIUM - Static variable in class nxopen.annotations.DraftingNoteBuilder.ThicknessTypes: Medium thickness type
MEDIUM - Static variable in class nxopen.bodydes.OnestepUnformBuilder.Convergency: Onestep solver convergency level is medium
MEDIUM - Static variable in class nxopen.cae.CfdAutoRefinementConstraintBuilder.Priority: Medium priority
MEDIUM - Static variable in class nxopen.cae.CfdContactPreventionConstraintBuilder.Priority
MEDIUM - Static variable in class nxopen.cae.CfdLocalResolutionConstraintBuilder.Priority
MEDIUM - Static variable in class nxopen.cae.ModelDisplayBuilder.ElmDispQuality: Medium
MEDIUM - Static variable in class nxopen.cae.optimization.TBSTopologyControllerOptimizationParameters.Speed: Medium stepsize
MEDIUM - Static variable in class nxopen.cae.PolygonGeometryManager.PolygonBodyResolutionType
MEDIUM - Static variable in class nxopen.cam.CycleCoolant.Flow: coolant flow medium
MEDIUM - Static variable in class nxopen.CGMBuilder.ImageResolutionOption: Medium Resolution
MEDIUM - Static variable in class nxopen.die.TrimLineDevelopmentBuilder.Convergency: Onestep solver convergency level is medium
MEDIUM - Static variable in class nxopen.display.EnvironmentBuilder.ImageBlurType
MEDIUM - Static variable in class nxopen.display.ImageBasedLighting.ImageBlurType
MEDIUM - Static variable in class nxopen.display.IRayPlusStudioEditorBuilder.IRayPlusStudioStaticImageResolutionType: static image output resolution of 150 DPI (dots per inch)
MEDIUM - Static variable in class nxopen.display.RayTracedStudioBuilder.StationaryDisplayQualityType: Good ray traced display quality with good performance (Qualtiy Interactive for Iray+)
MEDIUM - Static variable in class nxopen.display.RayTracedStudioEditorBuilder.DynamicRayTracedStudioTilingQualityType: Medium sized tiles used during progressive updates of ray traced display
MEDIUM - Static variable in class nxopen.display.RayTracedStudioEditorBuilder.RayTracedStudioStaticImageResolutionType: static image output resolution of 150 DPI (dots per inch)
MEDIUM - Static variable in class nxopen.display.RayTracedStudioEditorBuilder.StaticAntialiasingType: Good antialiasing performed for static image rendering
MEDIUM - Static variable in class nxopen.display.RayTracedStudioEditorBuilder.StaticRayTracedStudioQualityType: Good quality ray traced display with good performance for static image rendering
MEDIUM - Static variable in class nxopen.display.RayTracedStudioEditorBuilder.StationaryAntialiasingType: Good antialiasing performed when dynamic interaction stops
MEDIUM - Static variable in class nxopen.display.RayTracedStudioEditorBuilder.StationaryRayTracedStudioQualityType: Good ray traced display quality with good performance when dynamic interaction stops
MEDIUM - Static variable in class nxopen.display.SelPref.SelectionRadius: selection ball size medium
MEDIUM - Static variable in class nxopen.display.Shadows.SsaoContrastType: Medium contrast
MEDIUM - Static variable in class nxopen.display.Shadows.SsaoQualityType: Medium quality setting
MEDIUM - Static variable in class nxopen.display.TransientText.TextSize
MEDIUM - Static variable in class nxopen.drawings.BrokenViewBuilder.LineWidth: Medium
MEDIUM - Static variable in class nxopen.drawings.ViewCreationWizardBuilder.ResolutionOption: view display quality Medium
MEDIUM - Static variable in class nxopen.facet.MultiPatchAlignmentBuilder.ResolutionType: Uses a medium number of facets for the alignment.
MEDIUM - Static variable in class nxopen.facet.STLImportBuilder.AngularToleranceTypes
MEDIUM - Static variable in class nxopen.features.vehicledesign.ReflectionDataBuilder.ResolutionType: medium
MEDIUM - Static variable in class nxopen.HumanPosturePredictionBuilder.CushionFirmnessType: Indicate medium cushion
MEDIUM - Static variable in class nxopen.markup.Icon.Size: Medium size
MEDIUM - Static variable in class nxopen.motion.PostProcess.EnvelopeAccuracyModes
MEDIUM - Static variable in class nxopen.optimization.OptimizationBuilder.OptimizationConvergenceSpeedType: Medium convergence speed
MEDIUM - Static variable in class nxopen.PlotBuilder.ImageResolutionOption: Medium Resolution
MEDIUM - Static variable in class nxopen.preferences.GeneralToleranceOption: Medium
MEDIUM - Static variable in class nxopen.preferences.GeneralViewQualityOption: Medium
MEDIUM - Static variable in class nxopen.preferences.SessionVisualizationHighQualityImage.PlotQualityType
MEDIUM - Static variable in class nxopen.preferences.SessionVisualizationHighQualityImage.ResolutionType
MEDIUM - Static variable in class nxopen.preferences.SubdivisionModelingPreferences.CagePolylineVertexSizes
MEDIUM - Static variable in class nxopen.preferences.SubdivisionModelingPreferences.VertexSizeTypes
MEDIUM - Static variable in class nxopen.preferences.VisualizationHandles.HandleSizeValue: Medium Handle Size
MEDIUM - Static variable in class nxopen.Print3dBuilder.PrintInfillEnum
MEDIUM - Static variable in class nxopen.Print3dBuilder.PrintQualityEnum
MEDIUM - Static variable in class nxopen.PrintBuilder.ImageResolutionOption: Medium Resolution
MEDIUM - Static variable in class nxopen.PrintPDFBuilder.ImageResolutionOption: Medium Resolution
MEDIUM - Static variable in class nxopen.STLImporter.AngularToleranceType: Import with medium angular tolerance.
MEDIUM - Static variable in class nxopen.userdefinedobjects.UserDefinedObjectDisplayContext.TextSize
MEDIUM - Static variable in class nxopen.visualreporting.GroupLabel.TagPriorityOption: Medium priority
MEDIUM - Static variable in class nxopen.VRMLImporter.AngularToleranceType: Import with medium angular tolerance.
MEDIUM_AQUA_NAME - Static variable in class nxopen.uf.UFDisp.ColorName
MEDIUM_AZURE_BLUE_NAME - Static variable in class nxopen.uf.UFDisp.ColorName
MEDIUM_AZURE_CYAN_NAME - Static variable in class nxopen.uf.UFDisp.ColorName
MEDIUM_AZURE_NAME - Static variable in class nxopen.uf.UFDisp.ColorName
MEDIUM_BLUE_NAME - Static variable in class nxopen.uf.UFDisp.ColorName
MEDIUM_BROWN_NAME - Static variable in class nxopen.uf.UFDisp.ColorName
MEDIUM_CARROT_NAME - Static variable in class nxopen.uf.UFDisp.ColorName
MEDIUM_COBALT_NAME - Static variable in class nxopen.uf.UFDisp.ColorName
MEDIUM_CORAL_NAME - Static variable in class nxopen.uf.UFDisp.ColorName
MEDIUM_CORNFLOWER_NAME - Static variable in class nxopen.uf.UFDisp.ColorName
MEDIUM_CRIMSON_NAME - Static variable in class nxopen.uf.UFDisp.ColorName
MEDIUM_CYAN_NAME - Static variable in class nxopen.uf.UFDisp.ColorName
MEDIUM_EMERALD_NAME - Static variable in class nxopen.uf.UFDisp.ColorName
MEDIUM_FADED_BLUE_NAME - Static variable in class nxopen.uf.UFDisp.ColorName
MEDIUM_FADED_CYAN_NAME - Static variable in class nxopen.uf.UFDisp.ColorName
MEDIUM_FADED_GREEN_NAME - Static variable in class nxopen.uf.UFDisp.ColorName
MEDIUM_FADED_MAGENTA_NAME - Static variable in class nxopen.uf.UFDisp.ColorName
MEDIUM_FADED_RED_NAME - Static variable in class nxopen.uf.UFDisp.ColorName
MEDIUM_FADED_YELLOW_NAME - Static variable in class nxopen.uf.UFDisp.ColorName
MEDIUM_FOREST_NAME - Static variable in class nxopen.uf.UFDisp.ColorName
MEDIUM_FUCHSIA_NAME - Static variable in class nxopen.uf.UFDisp.ColorName
MEDIUM_GOLD_NAME - Static variable in class nxopen.uf.UFDisp.ColorName
MEDIUM_GRAY_NAME - Static variable in class nxopen.uf.UFDisp.ColorName
MEDIUM_GREEN_NAME - Static variable in class nxopen.uf.UFDisp.ColorName
MEDIUM_ICE_NAME - Static variable in class nxopen.uf.UFDisp.ColorName
MEDIUM_INDIGO_NAME - Static variable in class nxopen.uf.UFDisp.ColorName
MEDIUM_KHAKI_NAME - Static variable in class nxopen.uf.UFDisp.ColorName
MEDIUM_LAVENDER_NAME - Static variable in class nxopen.uf.UFDisp.ColorName
MEDIUM_LEAF_NAME - Static variable in class nxopen.uf.UFDisp.ColorName
MEDIUM_LEMON_NAME - Static variable in class nxopen.uf.UFDisp.ColorName
MEDIUM_LIME_NAME - Static variable in class nxopen.uf.UFDisp.ColorName
MEDIUM_MAGENTA_NAME - Static variable in class nxopen.uf.UFDisp.ColorName
MEDIUM_MAROON_NAME - Static variable in class nxopen.uf.UFDisp.ColorName
MEDIUM_MIDNIGHT_NAME - Static variable in class nxopen.uf.UFDisp.ColorName
MEDIUM_MINT_NAME - Static variable in class nxopen.uf.UFDisp.ColorName
MEDIUM_MOSS_NAME - Static variable in class nxopen.uf.UFDisp.ColorName
MEDIUM_OLIVE_NAME - Static variable in class nxopen.uf.UFDisp.ColorName
MEDIUM_ORANGE_NAME - Static variable in class nxopen.uf.UFDisp.ColorName
MEDIUM_ORANGE_RED_NAME - Static variable in class nxopen.uf.UFDisp.ColorName
MEDIUM_ORANGE_YELLOW_NAME - Static variable in class nxopen.uf.UFDisp.ColorName
MEDIUM_PEACH_NAME - Static variable in class nxopen.uf.UFDisp.ColorName
MEDIUM_PINE_NAME - Static variable in class nxopen.uf.UFDisp.ColorName
MEDIUM_PINK_MAGENTA_NAME - Static variable in class nxopen.uf.UFDisp.ColorName
MEDIUM_PINK_NAME - Static variable in class nxopen.uf.UFDisp.ColorName
MEDIUM_PINK_RED_NAME - Static variable in class nxopen.uf.UFDisp.ColorName
MEDIUM_PISTACHIO_NAME - Static variable in class nxopen.uf.UFDisp.ColorName
MEDIUM_PLUM_NAME - Static variable in class nxopen.uf.UFDisp.ColorName
MEDIUM_PURPLE_NAME - Static variable in class nxopen.uf.UFDisp.ColorName
MEDIUM_RED_NAME - Static variable in class nxopen.uf.UFDisp.ColorName
MEDIUM_ROYAL_NAME - Static variable in class nxopen.uf.UFDisp.ColorName
MEDIUM_SALMON_NAME - Static variable in class nxopen.uf.UFDisp.ColorName
MEDIUM_SEA_NAME - Static variable in class nxopen.uf.UFDisp.ColorName
MEDIUM_SKY_NAME - Static variable in class nxopen.uf.UFDisp.ColorName
MEDIUM_SPRING_GREEN_NAME - Static variable in class nxopen.uf.UFDisp.ColorName
MEDIUM_SPRING_NAME - Static variable in class nxopen.uf.UFDisp.ColorName
MEDIUM_SPRING_YELLOW_NAME - Static variable in class nxopen.uf.UFDisp.ColorName
MEDIUM_STEEL_NAME - Static variable in class nxopen.uf.UFDisp.ColorName
MEDIUM_STONE_NAME - Static variable in class nxopen.uf.UFDisp.ColorName
MEDIUM_TAN_NAME - Static variable in class nxopen.uf.UFDisp.ColorName
MEDIUM_TEAL_CYAN_NAME - Static variable in class nxopen.uf.UFDisp.ColorName
MEDIUM_TEAL_GREEN_NAME - Static variable in class nxopen.uf.UFDisp.ColorName
MEDIUM_TEAL_NAME - Static variable in class nxopen.uf.UFDisp.ColorName
MEDIUM_TURQUOISE_NAME - Static variable in class nxopen.uf.UFDisp.ColorName
MEDIUM_UMBER_NAME - Static variable in class nxopen.uf.UFDisp.ColorName
MEDIUM_VIOLET_BLUE_NAME - Static variable in class nxopen.uf.UFDisp.ColorName
MEDIUM_VIOLET_MAGENTA_NAME - Static variable in class nxopen.uf.UFDisp.ColorName
MEDIUM_VIOLET_NAME - Static variable in class nxopen.uf.UFDisp.ColorName
MEDIUM_WEAK_BLUE_NAME - Static variable in class nxopen.uf.UFDisp.ColorName
MEDIUM_WEAK_CYAN_NAME - Static variable in class nxopen.uf.UFDisp.ColorName
MEDIUM_WEAK_GREEN_NAME - Static variable in class nxopen.uf.UFDisp.ColorName
MEDIUM_WEAK_MAGENTA_NAME - Static variable in class nxopen.uf.UFDisp.ColorName
MEDIUM_WEAK_RED_NAME - Static variable in class nxopen.uf.UFDisp.ColorName
MEDIUM_WEAK_YELLOW_NAME - Static variable in class nxopen.uf.UFDisp.ColorName
MEDIUM_YELLOW_NAME - Static variable in class nxopen.uf.UFDisp.ColorName
MELT_FRONT_TEMPERATURE - Static variable in class nxopen.tooling.FlowDisplayBuilder.AnalysisResults
MELT_FRONT_TIME - Static variable in class nxopen.tooling.FlowDisplayBuilder.AnalysisResults
MELT_THROUGH - Static variable in class nxopen.annotations.LineWeldDataBuilder.ContourSymbolType
MELT_THROUGH - Static variable in class nxopen.annotations.SupplementarySymbol: Specifies melt through supplementary weld symbol
MEMBER - Static variable in class nxopen.routing.RunItem.Type: A "Member" item type
MEMBER_ITEMS - Static variable in class nxopen.routing.IntegrateRunsBuilder.Button: Set as MemberItem for selected node in tree list
memberCount - Variable in class nxopen.uf.UFFam.FamilyData
MemberData() - Constructor for class nxopen.uf.UFBound.MemberData
MemberData(Tag, int, int, double[], double[], double[]) - Constructor for class nxopen.uf.UFBound.MemberData
MemberData() - Constructor for class nxopen.uf.UFFam.MemberData
MemberData(int, String[]) - Constructor for class nxopen.uf.UFFam.MemberData
MemberIdentifier - Interface in nxopen.partfamily: This class represents the unique identifier for a part family member.
memberIndex - Variable in class nxopen.uf.UFFam.AskInstanceData
memberIndex - Variable in class nxopen.uf.UFFam.IntentData
memberItems() - Method in interface nxopen.routing.DefineRunBuilder: Returns the MEMBER items of the run.
memberItems - Variable in class nxopen.uf.UFRouteRun.AskMemberItemsData
memberPartHandle - Variable in class nxopen.uf.UFUgmgr.AskFamilyMemberHandlesData
memberPartrevHandle - Variable in class nxopen.uf.UFUgmgr.AskFamilyMemberHandlesData
members() - Method in interface nxopen.blockstyler.Explorer: Returns the members.
members() - Method in interface nxopen.blockstyler.Group: Returns the Members
License requirements: None.
members() - Method in interface nxopen.blockstyler.ScrolledWindow: Returns the Members
License requirements: None.
members() - Method in interface nxopen.blockstyler.TabControl: Returns the Members
License requirements: None.
members() - Method in interface nxopen.blockstyler.Table: Returns the Members
License requirements: None.
members() - Method in interface nxopen.blockstyler.Wizard: Returns the Members
License requirements: None.
members - Variable in class nxopen.uf.UFAssem.AskRefSetData
members - Variable in class nxopen.uf.UFAssem.AskRefSetMembersData
members - Variable in class nxopen.uf.UFDrf.AskCalloutRowMembersData
membersData - Variable in class nxopen.uf.UFBound.AllData
memberTag - Variable in class nxopen.uf.UFBound.MemberData
MEMBRANE_XX - Static variable in class nxopen.cae.Result.Component
MEMBRANE_XY - Static variable in class nxopen.cae.Result.Component
MEMBRANE_YY - Static variable in class nxopen.cae.Result.Component
membsPp - Variable in class nxopen.uf.UFSf.LocateSolutionBoundaryConditionsNxData
membsPp - Variable in class nxopen.uf.UFSf.LocateSolutionLoadsNxData
membsPp - Variable in class nxopen.uf.UFSf.LocateStepBoundaryConditionsNxData
membsPp - Variable in class nxopen.uf.UFSf.LocateStepLoadsNxData
MEMORY - Static variable in class nxopen.ame.MemorySectionType
memorySection() - Method in interface nxopen.ame.PlcSymbolBuilder: Returns the enum io type
License requirements: ad_automation_design ("FULL AUTOMATION DESIGNER")
.
MemorySectionType - Class in nxopen.ame: Definition of the memory section types
MENU - Static variable in class nxopen.uf.UFUi.MenuType
MENU_DXF_DIR - Static variable in class nxopen.uf.UFUi.DialogDirId
MENU_DXF_FLTR - Static variable in class nxopen.uf.UFUi.DialogFilterId
MenuBarManager - Interface in nxopen.menubar: Interface for the MenuBarManager object
To obtain an instance of this class, refer to UI

Created in NX6.0.0
menuBarManager() - Method in interface nxopen.UI: Returns the MenuBarManager belonging to the current session
Created in NX3.0.0
MenuBarManager.ActionCallback - Interface in nxopen.menubar: Prototype for the action callbacks
MenuBarManager.CallbackStatus - Class in nxopen.menubar: Return values for action callbacks
MenuBarManager.ConfigureContextMenu - Interface in nxopen.menubar: Prototype for the callback used to configure a context menu.
MenuBarManager.EnterMenuApplication - Interface in nxopen.menubar: Prototype for callback called whenever the application is entered
MenuBarManager.ExitMenuApplication - Interface in nxopen.menubar: Prototype for callback called whenever the application is exited
MenuBarManager.InitializeMenuApplication - Interface in nxopen.menubar: Prototype for application initialization callback
menuBarName() - Method in interface nxopen.menubar.MenuButtonEvent: Returns the name of the menu bar.
MenuButton - Interface in nxopen.menubar: Implements the Object for Menu Buttons .
MenuButton.SensitivityStatus - Class in nxopen.menubar: Sensitivity Status
MenuButton.Toggle - Class in nxopen.menubar: Toggle Status
MenuButton.Type - Class in nxopen.menubar: Available button types
MenuButtonEvent - Interface in nxopen.menubar: Implements the Event Object for Menu Buttons .
merge() - Method in interface nxopen.features.PartModule: Merges part module and its linked part module into a single part module
License requirements: usr_defined_features ("USER DEFINED FEATURES")
.
MERGE - Static variable in class nxopen.routing.RouteManager.ImportMode: Update existing objects with data from the imported objects.
MERGE - Static variable in class nxopen.tooling.DieBaseBuilder.DesignToolOption: merge sub die base
MERGE - Static variable in class nxopen.tooling.ScrapDesignBuilder.EditScrapType: Merges two scraps into one
MERGE_BENDS - Static variable in class nxopen.tooling.DirectUnfoldBuilder.Types: the direct unfold type of merge bends
MERGE_WITH_EXISTING - Static variable in class nxopen.cae.SolverAppendOption.ImportBehaviorOption
MERGE_WITH_PRIMARY_RESULTS_DATA - Static variable in class nxopen.cae.CompanionResultBuilder.ResultAppendMethod: Companion results will be merged with existing load cases if possible, else new load cases will be created
MERGE_WITH_PRIMARY_RESULTS_DATA - Static variable in class nxopen.cae.ResultsManipulationBuilder.ResultAppendMethod
MERGEABLE - Static variable in class nxopen.cae.modelcheck.DuplicateNodesCheckBuilder.ListOption: List the duplicate node pairs mergeable
mergeAllFaces(Body) - Method in interface nxopen.facet.PolygonModelingBuilder: Merges all faces of the input body
License requirements: nx_polygon_modeling (" NX Polygon Modeling")
.
mergeAngleTolerance() - Method in interface nxopen.features.MidSurfaceByFacePairsBuilder: Returns the merge angle tolerance
License requirements: None.
MergeBuilder - Interface in nxopen.mechanicalrouting: the Builder to Merge Component
To create a new instance of this class, use BuilderFactory.createMergeBuilder(nxopen.Part, nxopen.assemblies.Component)

Created in NX11.0.1
mergeCells(int, int, int, int) - Method in interface nxopen.diagramming.tables.TableBuilder: The method to merge the cells in the given ranges.
mergeCells(Tag, Tag) - Method in interface nxopen.uf.UFTabnot: Refer to UF_TABNOT_merge_cells for documentation.
mergeCellsWithSameSize() - Method in interface nxopen.annotations.HoleTableSettingsFormatBuilder: Returns the merge cells with same size
License requirements: None.
mergeChains(NXObject, NXObject, Point3d) - Method in interface nxopen.SketchOffsetBuilder: This function merges the two chains.
MERGED - Static variable in class nxopen.cam.RoughFinishTurningBuilder.MultiChannelTurningModeTypes: Merged
mergeDistance() - Method in interface nxopen.cam.MillCutParameters: Returns the merge distance builder (tool dependent double)
License requirements: None.
mergeDistBuilder() - Method in interface nxopen.cam.FlowBuilder: Returns the builder of flow merge distance
License requirements: None.
MergedNodesResult - Interface in nxopen.cae.qualityaudit: The Quality Audit MergedNodesResult is a class containing information about nodes connecting components.
mergeDuplicateNodes() - Method in interface nxopen.cae.modelcheck.DuplicateNodesCheckBuilder: Merges the duplicate nodes and clear all cached duplicate nodes in this builder.
mergeDuplicateRcps(double, ControlPoint[]) - Method in interface nxopen.routing.RouteManager: Finds the duplicate Routing Control Points (RCPs) within given tolerance and merges them.
mergeDupNode() - Method in interface nxopen.cae.ElementSplitBuilder: Returns a value indicating whether duplicate nodes created during split are to be merged.
mergeEdges() - Method in interface nxopen.cae.MappedMeshBuilder: Returns the merge edges option
License requirements: None.
mergeEdgeSetting() - Method in interface nxopen.cae.AutoHealGeometryBuilder: Returns the merge edge option
License requirements: None.
MergeFaceBuilder - Interface in nxopen.cae: Builder for creating Merge Face
To create a new instance of this class, use AbstractionManager.createMergeFaceBuilder()
Default values.
mergeFacePairs(NXObject[]) - Method in interface nxopen.features.MidSurfaceByFacePairsBuilder: Merges the face pairs
License requirements: solid_modeling ("SOLIDS MODELING")
.
mergeFaces() - Method in interface nxopen.features.NSidedSurfaceBuilder: Returns the merge-faces option
License requirements: features_modeling ("FEATURES MODELING"), nx_freeform_1 ("basic freeform modeling")
.
mergeFacesIfPossible() - Method in interface nxopen.features.LawExtensionBuilder: Returns a value indicating whether to merge the faces if possible
License requirements: solid_modeling ("SOLIDS MODELING") OR free_form_modeling ("FREE-FORM MODELING")
.
mergeFacesIfPossible() - Method in interface nxopen.features.LawExtensionBuilderEx: Returns a value indicating whether to merge the faces if possible
License requirements: None.
mergeFacesIfPossible() - Method in interface nxopen.features.SilhouetteFlangeBuilder: Returns a value that indicates whether to the merge faces if possible
License requirements: None.
mergeFacesOption() - Method in interface nxopen.features.VarsweepBuilder: Returns the merge faces option
License requirements: None.
MergeFacetBodyBuilder - Interface in nxopen.facet: Represents a MergeFacetBodyBuilder It merges two overlapping NX facet bodies.
MergeFacetBodyBuilder.Input - Class in nxopen.facet: Represents the option for keeping, deleting or hiding input two facet bodies after builder committing
MergeFacetFacesBuilder - Interface in nxopen.facet: Represents a MergeFacetFacesBuilder builder
To create a new instance of this class, use FacetModelingCollection.createMergeFacetFacesBuilder()
Default values.
mergeHeaderCells(int, int, int, int) - Method in interface nxopen.diagramming.tables.TableBuilder: The method to merge the header cells in the given ranges.
mergeMeshes(Mesh[]) - Method in interface nxopen.cae.MeshManager: Call for doing Merge Meshes
License requirements: nx_masterfem ("Finite Element Modeling")
.
mergeNodeOption - Variable in class nxopen.uf.UFSf.Sf1dMeshData
mergeNodesColor - Variable in class nxopen.cae.modelcheck.DuplicateNodesCheckBuilder.DisplaySettings: The merged nodes display color
mergeNodeTol() - Method in interface nxopen.cae.CAEWeldConnectionBuilder: Returns the merge node tol
License requirements: None.
mergeOccurrenceNodes() - Method in interface nxopen.cae.modelcheck.DuplicateNodesCheckBuilder: Returns a value indicating whether to merge occurrence nodes in afem context
License requirements: None.
mergeOutput() - Method in interface nxopen.tooling.RemoveHolesBuilder: Returns the reduce number of output features setting
License requirements: None.
mergePrevious() - Method in interface nxopen.cam.InspectionScanCurve5AxisBuilder: Returns the Merge Previous flag
License requirements: None.
mergeRcps(int, Tag[], Tag) - Method in interface nxopen.uf.UFRoute: Refer to UF_ROUTE_merge_rcps for documentation.
MergeRcpsData() - Constructor for class nxopen.uf.UFRoute.MergeRcpsData
mergeRegions() - Method in interface nxopen.features.shipdesign.PlateBuilder: Returns the multiple regions to merge together as plate body.
mergeReports(VisualReport[], String, String) - Method in interface nxopen.visualreporting.VisualReportManager: Merges multiple existing VisualReport into one VisualReport , but does not set them to be the VisualReportManager.current() visual report or activate them, and does not save the merged VisualReport .
mergeRsets(UFVariant, UFVariant) - Method in interface nxopen.uf.UFLib: Refer to UF_LIB_merge_rsets for documentation.
mergeSegment() - Method in interface nxopen.features.GuidedExtensionBuilderEx: Merges the selected segment with its neighboring segments.
mergeSegment() - Method in interface nxopen.tooling.GuidedExtensionBuilder: Merges the selected segment with its neighboring segments.
mergeSheets() - Method in interface nxopen.JtCreator: Returns the mergeSheets * - Specifies whether all sheets are written to a single node or separate node in JT file
License requirements: None.
mergeSolids() - Method in interface nxopen.JtCreator: Returns the mergeSolids * - Specifies whether all solids are written to a single node or separate node in JT file
License requirements: None.
MergeStocksBuilder - Interface in nxopen.routing: Represents a MergeStocksBuilder Builder for merging routing stocks ( including space reservation stocks ).
MergeSubdivisionBodiesBuilder - Interface in nxopen.features.subdivision: Represents a MergeSubdivisionBodiesBuilder builder.
MergeSubdivisionBodiesBuilder.InputBodyOptions - Class in nxopen.features.subdivision: Options indicating actions to be taken on input SubdivisionBody features
MergeSubopCommand - Interface in nxopen.cam: Represents an Merge Subop Command Builder .
mergeTolerance - Variable in class nxopen.uf.UFSf.AskMeshMatingConditionData
mergeType() - Method in interface nxopen.features.SmoothCurveStringBuilder: Returns the curve types if any to merge after they are made continuous.
mesh() - Method in interface nxopen.bodydes.OnestepUnformBuilder: Create FEM 2-D meshes based on the unform region surfaces and the target region surfaces.
mesh() - Method in interface nxopen.cae.CAEConnection: Returns the mesh associated to this recipe
License requirements: nx_masterfem ("Finite Element Modeling")
.
mesh() - Method in interface nxopen.cae.FEElement: Returns the mesh for this element
License requirements: None.
Mesh - Interface in nxopen.cae: Represents a Mesh.
mesh() - Method in interface nxopen.cae.NodeElementInfoBuilder: Returns the owning mesh
License requirements: None.
MESH - Static variable in class nxopen.cae.PolygonFaceOnMeshBuilder.PolygonFaceOnMeshType: 2D Mesh
MESH - Static variable in class nxopen.cae.Post.DisplayColorSchemeType
mesh() - Method in interface nxopen.die.TrimLineDevelopmentBuilder: Create FEM 2-D meshes based on the unform region surfaces and the target region surfaces.
MESH - Static variable in class nxopen.features.PatchOpeningsBuilder.Types: Patch with through curve mesh
MESH - Static variable in class nxopen.mechatronics.CollisionBodyBuilder.CollisionShapeTypes: Mesh
MESH - Static variable in class nxopen.tooling.CalculateAreaBuilder.SheetMethodType: Using mesh method to create the sheet body.
MESH - Static variable in class nxopen.tooling.LsdynaKfileGeneratorBuilder.OperTypes: Meshes the forming object
Mesh0d - Interface in nxopen.cae: Represents 0d Mesh
To create or edit an instance of this class, use Mesh0dBuilder

Created in NX6.0.0
MESH0D - Static variable in class nxopen.cae.Mesh0dBuilder.MeshCreationType: create 0d Mesh on selected geometry
MESH0D - Static variable in class nxopen.DisplayManager.ShowHideType: Show or hide all 0d meshes
MESH0D_CONCENTRATED_MASS - Static variable in class nxopen.DisplayManager.ShowHideType: Show or hide all 0d concentrated mass meshes
MESH0D_DISTRIBUTED_MASS - Static variable in class nxopen.DisplayManager.ShowHideType: Show or hide all 0d distributed mass meshes
MESH0D_HEAT_BODY - Static variable in class nxopen.DisplayManager.ShowHideType: Show or hide all 0d heat body meshes
MESH0D_NODE_TO_GROUND - Static variable in class nxopen.DisplayManager.ShowHideType: Show or hide all 0d node to ground meshes
Mesh0dBuilder - Interface in nxopen.cae: Represents 0D Mesh Used to create a Mesh0d
To create a new instance of this class, use MeshManager.createMesh0dBuilder(nxopen.cae.Mesh0d)

Created in NX6.0.0
Mesh0dBuilder.MeshCreationType - Class in nxopen.cae: the 0d mesh creation option
Mesh1d - Interface in nxopen.cae: Represents 1d Mesh
To create or edit an instance of this class, use Mesh1dBuilder

Created in NX6.0.0
MESH1D - Static variable in class nxopen.DisplayManager.ShowHideType: Show or hide all 1d mesh types
MESH1D_BAR - Static variable in class nxopen.DisplayManager.ShowHideType: Show or hide all 1d bar mesh types
MESH1D_BEAM - Static variable in class nxopen.DisplayManager.ShowHideType: Show or hide all 1d beam mesh types
MESH1D_BEARING - Static variable in class nxopen.DisplayManager.ShowHideType: Show or hide all 1d bearing mesh types
MESH1D_EDGE_CONTACT - Static variable in class nxopen.DisplayManager.ShowHideType: Show or hide all 1d edge contact mesh types
MESH1D_EDGE_FACE_CONNECTION - Static variable in class nxopen.DisplayManager.ShowHideType: Show or hide all 1d edge face connection mesh types
MESH1D_FACE_CONTACT - Static variable in class nxopen.DisplayManager.ShowHideType: Show or hide all 1d face contact mesh types
MESH1D_INTERPOLATION - Static variable in class nxopen.DisplayManager.ShowHideType: Show or hide all 1d interpolation mesh types
MESH1D_MASS - Static variable in class nxopen.DisplayManager.ShowHideType: Show or hide all 1d massmesh types
MESH1D_MPC - Static variable in class nxopen.DisplayManager.ShowHideType: Show or hide all mpc mesh types
MESH1D_PLOTEL - Static variable in class nxopen.DisplayManager.ShowHideType: Show or hide all 1d PLOTEL mesh types
MESH1D_RIGID_LINK - Static variable in class nxopen.DisplayManager.ShowHideType: Show or hide all 1d rigid link mesh types
MESH1D_ROD - Static variable in class nxopen.DisplayManager.ShowHideType: Show or hide all 1d rod mesh types
MESH1D_SPRING - Static variable in class nxopen.DisplayManager.ShowHideType: Show or hide all 1d spring mesh types
MESH1D_WELD - Static variable in class nxopen.DisplayManager.ShowHideType: Show or hide all 1d weld mesh types
Mesh1dBuilder - Interface in nxopen.cae: Represents 1d Mesh Used to create a Mesh1d
To create a new instance of this class, use MeshManager.createMesh1dBuilder(nxopen.cae.Mesh1d)

Created in NX6.0.0
Mesh2d - Interface in nxopen.cae: Represents 2d Mesh
This is an abstract class
.
MESH2D - Static variable in class nxopen.DisplayManager.ShowHideType: Show or hide all 2d meshes
MESH2D_QUAD4 - Static variable in class nxopen.DisplayManager.ShowHideType: Show or hide all 2d meshes with quadrilateral 4 node elements
MESH2D_QUAD8 - Static variable in class nxopen.DisplayManager.ShowHideType: Show or hide all 2d meshes with quadrilateral 8 node elements
MESH2D_TRI3 - Static variable in class nxopen.DisplayManager.ShowHideType: Show or hide all 2d meshes with triangular 3 node elements
MESH2D_TRI6 - Static variable in class nxopen.DisplayManager.ShowHideType: Show or hide all 2d meshes with triangular 6 node elements
Mesh2dBuilder - Interface in nxopen.cae: Represents 2D Mesh Used to create a Mesh2d
To create a new instance of this class, use MeshManager.createMesh2dBuilder(nxopen.cae.Mesh2d)

Created in NX6.0.0
Mesh2dBuilder.GeometryType - Class in nxopen.cae: Deprecated.
Deprecated in NX11.0.0. Use MeshControlBuilder instead.
Mesh2dFree - Interface in nxopen.cae: Represents 2d Mesh
To create or edit an instance of this class, use Mesh2dBuilder

Created in NX6.0.0
Mesh3d - Interface in nxopen.cae: Represents 3d Mesh
To create or edit an instance of this class, use Mesh3dTetBuilder

Created in NX6.0.0
MESH3D - Static variable in class nxopen.DisplayManager.ShowHideType: Show or hide all 3d meshes
MESH3D_HEX20 - Static variable in class nxopen.DisplayManager.ShowHideType: Show or hide all 3d meshes with hexahedral elements with 20 nodes
MESH3D_HEX8 - Static variable in class nxopen.DisplayManager.ShowHideType: Show or hide all 3d meshes with hexahedral elements with 8 nodes
MESH3D_HEXCOHES20 - Static variable in class nxopen.DisplayManager.ShowHideType: Show or hide all 3d meshes with hexahedral cohesive elements with 20 nodes
MESH3D_HEXCOHES8 - Static variable in class nxopen.DisplayManager.ShowHideType: Show or hide all 3d meshes with hexahedral cohesive elements with 8 nodes
MESH3D_PYRAMID13 - Static variable in class nxopen.DisplayManager.ShowHideType: Show or hide all 3d meshes with pyramid elements with 13 nodes
MESH3D_PYRAMID5 - Static variable in class nxopen.DisplayManager.ShowHideType: Show or hide all 3d meshes with pyramid elements with 5 nodes
MESH3D_PYRAMID_MIXED - Static variable in class nxopen.DisplayManager.ShowHideType: Show or hide all 3d meshes with pyramid elements with dropped mid-nodes
MESH3D_TET10 - Static variable in class nxopen.DisplayManager.ShowHideType: Show or hide all 3d meshes with tetrahedral 10 node elements
MESH3D_TET4 - Static variable in class nxopen.DisplayManager.ShowHideType: Show or hide all 3d meshes with tetrahedral 4 node elements
MESH3D_TET_MIXED - Static variable in class nxopen.DisplayManager.ShowHideType: Show or hide all 3d meshes with tetrahedral elements with dropped mid-nodes
MESH3D_WDGCOHES15 - Static variable in class nxopen.DisplayManager.ShowHideType: Show or hide all 3d meshes with wedge cohesive elements with 15 nodes
MESH3D_WDGCOHES6 - Static variable in class nxopen.DisplayManager.ShowHideType: Show or hide all 3d meshes with wedge cohesive elements with 6 nodes
MESH3D_WEDGE15 - Static variable in class nxopen.DisplayManager.ShowHideType: Show or hide all 3d meshes with wedge elements with 15 nodes
MESH3D_WEDGE6 - Static variable in class nxopen.DisplayManager.ShowHideType: Show or hide all 3d meshes with wedge elements with 6 nodes
Mesh3dHexBuilder - Interface in nxopen.cae: Represents 3D Hex Mesh Used to create a SweptMesh
To create a new instance of this class, use MeshManager.createMesh3dHexBuilder(nxopen.cae.SweptMesh)

Created in NX6.0.0
Mesh3dHexBuilder.Type - Class in nxopen.cae: the hex mesh creation type
Mesh3dHybridBuilder - Interface in nxopen.cae: Represents 3D Mesh Used to create a Mesh3d
To create a new instance of this class, use MeshManager.createMesh3dHybridBuilder(nxopen.cae.Mesh)

Created in NX11.0.0
Mesh3dTetBuilder - Interface in nxopen.cae: Represents 3D Mesh Used to create a Mesh3d
To create a new instance of this class, use MeshManager.createMesh3dTetBuilder(nxopen.cae.Mesh3d)

Created in NX6.0.0
MESH_CONTROLS - Static variable in class nxopen.DisplayManager.ShowHideType: Show or hide all mesh controls.
MESH_CONTROLS_BOUNDARY_LAYER - Static variable in class nxopen.DisplayManager.ShowHideType: Show or hide all mesh controls - boundary layer.
MESH_CONTROLS_BOUNDING_VOLUME_DENSITY - Static variable in class nxopen.DisplayManager.ShowHideType: Show or hide all mesh controls - bounding volume density.
MESH_CONTROLS_CYLINDER_DENSITY - Static variable in class nxopen.DisplayManager.ShowHideType: Show or hide all mesh controls - cylinder density.
MESH_CONTROLS_EDGE_DENSITY - Static variable in class nxopen.DisplayManager.ShowHideType: Show or hide all mesh controls - edge density.
MESH_CONTROLS_FACE_DENSITY - Static variable in class nxopen.DisplayManager.ShowHideType: Show or hide all mesh controls - face density.
MESH_CONTROLS_FILLET_DENSITY - Static variable in class nxopen.DisplayManager.ShowHideType: Show or hide all mesh controls - fillet density.
MESH_CONTROLS_MAPPED_EDGE_DENSITY - Static variable in class nxopen.DisplayManager.ShowHideType: Show or hide all mesh controls - mapped edge density.
MESH_CONTROLS_MAPPED_HOLE_DENSITY - Static variable in class nxopen.DisplayManager.ShowHideType: Show or hide all mesh controls - mapped hole density.
MESH_CONTROLS_POINT_DENSITY - Static variable in class nxopen.DisplayManager.ShowHideType: Show or hide all mesh controls - point density.
MESH_CONTROLS_WELD_ROW_DENSITY - Static variable in class nxopen.DisplayManager.ShowHideType: Show or hide all mesh controls - weld row density.
MESH_INFO - Static variable in class nxopen.uf.UFSf.ScenarioInfo
MESH_LEVEL_CHECK_PROJECTION - Static variable in class nxopen.cae.qualityaudit.Action.Id: the action listing projection errors at mesh level.
MESH_MATING_CONDITION_INFO - Static variable in class nxopen.uf.UFSf.ScenarioInfo
MESH_ONLY - Static variable in class nxopen.cae.FluidDomainBuilder.OutputOptionsType: The output type specified as only mesh genberation.
MESH_POINT - Static variable in class nxopen.cae.SuppressHoleBuilder.OptionPointCreate
MESH_POINTS - Static variable in class nxopen.DisplayManager.ShowHideType: Show or hide mesh points
MESH_SMOOTHING_AREA - Static variable in class nxopen.cae.optimization.TBSGroupDefinition.DefinitionType: Defines a group refer to mesh smoothing area
MESH_TRIANGLE_INTERSECTION - Static variable in class nxopen.tooling.RunSimulationBuilder.CollisionCheckOptions: Mesh facet body, check the mesh triangle intersection or not
meshAssoErrorList - Variable in class nxopen.uf.UFSf.MeshErrorContainer
meshAttemptMapping() - Method in interface nxopen.bodydes.OnestepUnformBuilder: Returns the option to attemp mapping for mesh elements.
meshAttemptMapping() - Method in interface nxopen.die.TrimLineDevelopmentBuilder: Returns the option to attemp mapping for mesh elements.
meshCollector() - Method in interface nxopen.cae.Mesh: Returns the MeshCollector for this mesh.
MeshCollector - Interface in nxopen.cae: Represents a MeshCollector.
meshCollector() - Method in interface nxopen.cae.NodeElementInfoBuilder: Returns the mesh collector
License requirements: None.
MeshCollectorBuilder - Interface in nxopen.cae: Represents a MeshCollectorBuilder
To create a new instance of this class, use MeshManager.createCollectorBuilder(nxopen.cae.MeshCollector, java.lang.String)

Created in NX5.0.0
MeshCollectorBuilder.ElementDimensionOption - Class in nxopen.cae: Indicates the different element dimensions
MeshCollectorDisplayDefaults - Interface in nxopen.cae: Represents the base MeshCollectorDisplayDefaults class for Mesh, MeshCollector and MeshCollectorOccurrence classes
This is an abstract class, and cannot be created.
MeshCollectorDisplayDefaults0d - Interface in nxopen.cae: Represents 0d Mesh Display Settings
To obtain an instance of this class use CAE::MeshCollector, or CAE::MeshCollectorOccurrence classes
.
MeshCollectorDisplayDefaults1d - Interface in nxopen.cae: Represents 1d Mesh Display Settings
To obtain an instance of this class use CAE::MeshCollector, or CAE::MeshCollectorOccurrence classes
.
MeshCollectorDisplayDefaults2d - Interface in nxopen.cae: Represents 2d Mesh Display Settings
To obtain an instance of this class use CAE::MeshCollector, or CAE::MeshCollectorOccurrence classes
.
MeshCollectorDisplayDefaults3d - Interface in nxopen.cae: Represents 3d Mesh Display Settings
To obtain an instance of this class use CAE::MeshCollector, or CAE::MeshCollectorOccurrence classes
.
meshCollectorName() - Method in interface nxopen.cae.ElementModifyTypeBuilder: Returns the mesh collector name
License requirements: None.
meshCollectorName() - Method in interface nxopen.cae.ElementRotateBuilder: Returns the name of the mesh collector which will hold the new elements
License requirements: None.
meshCollectorName() - Method in interface nxopen.cae.ElementTranslateBuilder: Returns the name of the mesh collector which will hold the new elements
License requirements: None.
MeshCollectorOccurrence - Interface in nxopen.cae: Represents a MeshCollector Occurrence
To edit an instance of this object use MeshCollectorOccurrenceBuilder .
MeshCollectorOccurrenceBuilder - Interface in nxopen.cae: Represents a MeshCollectorOccurrenceBuilder
To create a new instance of this class, use MeshManagerOccurrence.createOccurrenceBuilder(nxopen.cae.MeshCollectorOccurrence)

Created in NX5.0.0
meshcolltypeSeed - Variable in class nxopen.cae.CaeGroupCollection.AutoGroupSeedNames: prefix seed name for auto groups grouped by mesh collector type
meshColor() - Method in interface nxopen.cae.PostMesh: Returns the color index for the mesh id assigned to the post mesh
License requirements: nx_masterfem ("Finite Element Modeling") OR nx_design_sim ("NX Design Simulation")
.
meshContext() - Method in interface nxopen.cae.ThicknessBuilder: Returns the mesh in context
License requirements: None.
MeshControl - Interface in nxopen.cae: Represents a MeshControl
To create or edit an instance of this class, use MeshControlBuilder

Created in NX5.0.0
MeshControlBuilder - Interface in nxopen.cae: Represents a MeshControl
To create a new instance of this class, use MeshControlCollection.createBuilder(nxopen.cae.MeshControl)
Default values.
MeshControlBuilder.CylinderAxialElementSizeType - Class in nxopen.cae: the cylinder subtypes for size on axial direction.
MeshControlBuilder.CylinderCircularSizeType - Class in nxopen.cae: the cylinder subtypes for size on circumference.
MeshControlBuilder.FilletAxialElementSizeType - Class in nxopen.cae: the fillet subtypes for size on axial direction.
MeshControlBuilder.FilletCircumferenceSizeType - Class in nxopen.cae: the fillet subtypes for size on circumference.
MeshControlBuilder.FilletType - Class in nxopen.cae: the fillet subtypes.
MeshControlBuilder.HeightDefinedByOption - Class in nxopen.cae: the height defined by options.
MeshControlBuilder.ProgressionTypes - Class in nxopen.cae: the mesh control progression subtypes.
MeshControlBuilder.SizeTypes - Class in nxopen.cae: the mesh control size subtypes.
MeshControlBuilder.SizingType - Class in nxopen.cae: the sizing subtypes for weld row and mapped holes.
MeshControlBuilder.Types - Class in nxopen.cae: the mesh control types
MeshControlBuilder.WeldSide - Class in nxopen.cae: the mesh control weld row direction subtypes.
MeshControlCollection - Interface in nxopen.cae: Provides methods for managing mesh controlsMeshControl in a fem part
To obtain an instance of this class, refer to BaseFEModel

Created in NX5.0.0
MeshControlDisplayManager - Interface in nxopen.cae: Provides method for creating builder for mesh control display operation commands in both sim and fem part
To obtain an instance of this class, refer to CaePart

Created in NX5.0.0
meshControlDisplayMgr() - Method in interface nxopen.cae.CaePart: Returns the mesh control display manager belonging to this IFem .
MeshControlDisplayOptionsBuilder - Interface in nxopen.cae: Represents a MeshControlDisplayOptionsBuilder
To create a new instance of this class, use MeshControlDisplayManager.createBuilder()

Created in NX5.0.0
meshControls() - Method in interface nxopen.cae.BaseFEModel: Returns the mesh control collection belonging to this fem part .
meshCount - Variable in class nxopen.uf.UFSf.LocateAllMeshesData
meshCreateOption() - Method in interface nxopen.cae.Mesh0dBuilder: Returns the mesh creation option
License requirements: None.
meshDefinitions() - Method in interface nxopen.cae.PostScenarioInputDefinition: The collection of mesh definitions (PostScenarioMeshDefinition ) available for this Scenario Input Definition.
meshDensity() - Method in interface nxopen.cae.CAEConnectionBuilder: The mesh density setting
License requirements: nx_masterfem ("Finite Element Modeling")
.
meshDensityType() - Method in interface nxopen.cae.CAEWeldConnectionBuilder: Returns the mesh density type
License requirements: None.
meshDensityValue() - Method in interface nxopen.cae.CAEWeldConnectionBuilder: Returns the mesh density value
License requirements: None.
meshDimension() - Method in interface nxopen.cae.PostMesh: Returns the dimension of the mesh
License requirements: nx_masterfem ("Finite Element Modeling") OR nx_design_sim ("NX Design Simulation")
.
MeshDisplaySettings - Interface in nxopen.cae: Represents the base MeshDisplaySettings class for Mesh class
This is an abstract class, and cannot be created.
MeshDisplaySettings0d - Interface in nxopen.cae: Represents 0d Mesh Display Settings
To obtain an instance of this class use CAE::Mesh, CAE::MeshCollector, or CAE::MeshCollectorOccurrence classes
.
MeshDisplaySettings1d - Interface in nxopen.cae: Represents 1d Mesh Display Settings
To obtain an instance of this class use CAE::Mesh, CAE::MeshCollector, or CAE::MeshCollectorOccurrence classes
.
MeshDisplaySettings2d - Interface in nxopen.cae: Represents 2d Mesh Display Settings
To obtain an instance of this class use CAE::Mesh, CAE::MeshCollector, or CAE::MeshCollectorOccurrence classes
.
MeshDisplaySettings3d - Interface in nxopen.cae: Represents 3d Mesh Display Settings
To obtain an instance of this class use CAE::Mesh, CAE::MeshCollector, or CAE::MeshCollectorOccurrence classes
.
MESHED_POLYGON_BODIES - Static variable in class nxopen.DisplayManager.ShowHideType: Show or hide meshed polygon bodies
meshElementSize() - Method in interface nxopen.bodydes.OnestepUnformBuilder: Returns the 2-D element size for mesh.
meshElementSize() - Method in interface nxopen.die.TrimLineDevelopmentBuilder: Returns the 2-D element size for mesh.
meshElementType() - Method in interface nxopen.bodydes.OnestepUnformBuilder: Returns the 2-D mesh element type, either triangle or quadrate element.
meshElementType() - Method in interface nxopen.die.TrimLineDevelopmentBuilder: Returns the 2-D mesh element type, either triangle or quadrate element.
MeshError() - Constructor for class nxopen.uf.UFSf.MeshError
MeshError(Tag, UFSf.MeshErrorType) - Constructor for class nxopen.uf.UFSf.MeshError
MeshErrorContainer() - Constructor for class nxopen.uf.UFSf.MeshErrorContainer
MeshErrorContainer(UFSf.MeshErrorList, UFSf.MeshErrorList, UFSf.MeshErrorList, UFSf.MeshErrorList, UFSf.MeshErrorList, UFSf.MeshErrorList) - Constructor for class nxopen.uf.UFSf.MeshErrorContainer
MeshErrorList() - Constructor for class nxopen.uf.UFSf.MeshErrorList
MeshErrorList(int, UFSf.MeshError) - Constructor for class nxopen.uf.UFSf.MeshErrorList
meshErrors - Variable in class nxopen.uf.UFSf.MeshErrorList
MESHES - Static variable in class nxopen.DisplayManager.ShowHideType: Show or hide all mesh types
MeshesData() - Constructor for class nxopen.bodydes.OnestepUnformBuilder.MeshesData
MeshFollower - Interface in nxopen.cae: Represents Mesh Recipe
This is an abstract class
.
MeshFromBoundaryBuilder - Interface in nxopen.cae: Represents a MeshFromBoundaryBuilder
To create a new instance of this class, use NodeElementManager.createMeshFromBoundaryBuilder()

Created in NX9.0.0
MeshFromBoundaryBuilder.LoopOption - Class in nxopen.cae: Type of loop
MeshFromBoundaryBuilder.RailOption - Class in nxopen.cae: Type of rail
meshGradation() - Method in interface nxopen.cae.Shell2SolidBuilder: Returns the mesh gradation
License requirements: nx_masterfem ("Finite Element Modeling")
.
meshIndividualFaces - Variable in class nxopen.uf.UFSf.Ugs2dMeshParms
meshItemsP - Variable in class nxopen.uf.UFSf.FindMeshData
MeshLevelFailedElementCreationResult - Interface in nxopen.cae.qualityaudit: The Quality Audit MeshLevelFailedElementCreationResult is a class containing information about failed element creations on universal connections.
MeshLevelFailedProjectionResult - Interface in nxopen.cae.qualityaudit: The Quality Audit MeshLevelFailedProjectionResult is a class containing information about failed projections on universal connections.
MeshLevelFailedProjectionToleranceResult - Interface in nxopen.cae.qualityaudit: The Quality Audit MeshLevelFailedProjectionToleranceResult is a class containing information about mesh projections that failed the tolerance criteria.
MeshLevelProjectionCheck - Interface in nxopen.cae.qualityaudit: This action has as output the list of failed projections of the universal connections at mesh level.
meshManager() - Method in interface nxopen.cae.IFEModel: Returns the IMeshManager
License requirements: nx_masterfem ("Finite Element Modeling") OR nx_design_sim ("NX Design Simulation")
.
MeshManager - Interface in nxopen.cae: Creates MeshesMesh in a fem part
Created in NX6.0.0
MeshManagerOccurrence - Interface in nxopen.cae: Manages MeshOccurrencs and MeshCollectorOccurrences in a fem part .
MeshManualSweepBetweenListItemSelection - Interface in nxopen.cae: Represents a MeshManualSweepBetweenListItemSelection
To create a new instance of this class, use Mesh3dHexBuilder.createNewListItem(nxopen.cae.CAEEdge, nxopen.cae.CAEEdge, boolean)

Created in NX10.0.0
MeshManualSweepBetweenListItemSelectionList - Interface in nxopen.cae: Represents a list of objects.
MeshMate - Interface in nxopen.cae: Represents a Mesh Mate .
meshMateSize() - Method in interface nxopen.cae.MeshControlDisplayOptionsBuilder: Returns the mesh mate size
License requirements: None.
meshMatingOption() - Method in interface nxopen.cae.MMCCreateBuilder: Returns the mesh mating type
License requirements: None.
meshMaxJacobian() - Method in interface nxopen.bodydes.OnestepUnformBuilder: Returns the maximum Jacobian for mesh elements.
meshMaxJacobian() - Method in interface nxopen.die.TrimLineDevelopmentBuilder: Returns the maximum Jacobian for mesh elements.
meshMaxWarp() - Method in interface nxopen.bodydes.OnestepUnformBuilder: Returns the maximum warp for meshing.
meshMaxWarp() - Method in interface nxopen.die.TrimLineDevelopmentBuilder: Returns the maximum warp for meshing.
meshMethod - Variable in class nxopen.uf.UFSf.Ugs2dMeshParms
meshName() - Method in interface nxopen.cae.ElementCreateBuilder: Returns the mesh name
License requirements: None.
meshName() - Method in interface nxopen.cae.ElementExtrudeBuilder: Returns the mesh name
License requirements: None.
meshName() - Method in interface nxopen.cae.ElementProjectBuilder: Returns the mesh name
License requirements: None.
meshName() - Method in interface nxopen.cae.ElementReflectBuilder: Returns the mesh name
License requirements: None.
meshName() - Method in interface nxopen.cae.ElementRevolveBuilder: Returns the mesh name
License requirements: None.
meshName() - Method in interface nxopen.cae.ElementRotateBuilder: Returns the name of the mesh that will hold the new elements
License requirements: None.
meshName() - Method in interface nxopen.cae.ElementTranslateBuilder: Returns the name of the mesh that will hold the new elements
License requirements: None.
meshName() - Method in interface nxopen.cae.PrimitiveRecipeMeshBuilder: Returns the mesh object name.
meshName() - Method in interface nxopen.cae.SpiderElementBuilder: Returns the mesh name
License requirements: None.
meshObject() - Method in interface nxopen.tooling.LsdynaKfileGeneratorBuilder: Meshes the part.
meshOption - Variable in class nxopen.uf.UFSf.EfConnInfo
MeshParameterData - Interface in nxopen: Represents surface rebuild data structure.
MeshParameterData.FeatureType - Class in nxopen: Mesh surface feature types.
MeshParameterData.Type - Class in nxopen: Mesh parameters.
meshPath() - Method in interface nxopen.cae.connections.ComponentData: Returns the mesh path
License requirements: None.
MeshPoint - Interface in nxopen.cae: Represents a smart MeshPoint .
MeshPointBaseBuilder - Interface in nxopen.cae: Represents a MeshPointBaseBuilder
This is an abstract class and cannot be directly instantiated

Created in NX5.0.2
MeshPointCollection - Interface in nxopen.cae: Provides methods for managing constraints MeshPoint in a sim part.
MeshPointConicCenterBuilder - Interface in nxopen.cae: Represents a MeshPointConicCenterBuilder
To create a new instance of this class, use MeshPointCollection.createMeshpointConicCenterBuilder()

Created in NX5.0.2
meshPointer - Variable in class nxopen.uf.UFSf.LocateAllMeshesData
MeshPointExistingPointBuilder - Interface in nxopen.cae: Represents a MeshPointExistingPointBuilder
To create a new instance of this class, use MeshPointCollection.createMeshpointExistingPointBuilder()

Created in NX5.0.2
MeshPointInsideVolumeBuilder - Interface in nxopen.cae: Represents a MeshPointInsideVolumeBuilder
To create a new instance of this class, use MeshPointCollection.createMeshpointInsideVolumeBuilder()

Created in NX5.0.2
MeshPointMultipleOnCurveBuilder - Interface in nxopen.cae: Represents a MeshPointMultipleOnCurveBuilder
To create a new instance of this class, use MeshPointCollection.createMeshpointMultipleOnCurveBuilder()

Created in NX5.0.2
MeshPointMultipleOnCurveBuilder.PlacementType - Class in nxopen.cae: the placement type types
MeshPointOnCurveBuilder - Interface in nxopen.cae: Represents a MeshPointOnCurveBuilder
To create a new instance of this class, use MeshPointCollection.createMeshpointOnCurveBuilder()

Created in NX5.0.2
MeshPointOnFaceBuilder - Interface in nxopen.cae: Represents a MeshPointOnFaceBuilder
To create a new instance of this class, use MeshPointCollection.createMeshpointOnFaceBuilder()

Created in NX5.0.2
MeshPointProjectBuilder - Interface in nxopen.cae: Represents a MeshPointProjectBuilder
To create a new instance of this class, use MeshPointCollection.createMeshpointProjectBuilder()

Created in NX5.0.2
MeshPointProjectBuilder.ProjectionMethod - Class in nxopen.cae: the projection method types
meshPoints() - Method in interface nxopen.cae.FemPart: Returns the meshpoint collector collection belonging to the part .
meshPointToEdit() - Method in interface nxopen.cae.MeshPointBaseBuilder: Returns the base mesh point that will be replaced or edited after the commit operation (Edit Operation).
MeshPreferencesData() - Constructor for class nxopen.cae.FemPart.MeshPreferencesData
meshProcessFillet() - Method in interface nxopen.bodydes.OnestepUnformBuilder: Returns the option to process fillet for mesh element.
meshProcessFillet() - Method in interface nxopen.die.TrimLineDevelopmentBuilder: Returns the option to process fillet for mesh element.
MeshProfileString - Interface in nxopen: Represents Mesh profile string
To create a new instance of this class, use MeshSurfaceBuilder.newProfile()

Created in NX4.0.0
MeshProfileString.InsertOrder - Class in nxopen: Profile string insert orders.
MeshProfileString.SelectedPoint - Class in nxopen: Mesh surface profile string point types.
MeshProfileString.Type - Class in nxopen: Mesh surface profile string types.
MeshProperties - Interface in nxopen.mfg.am: Represents a mesh properties builder
To obtain an instance of this class use JAX_MFG_AM_ApplicationManager_GetMeshProperties
Default values.
meshRecipeErrorList - Variable in class nxopen.uf.UFSf.MeshErrorContainer
meshRecipes - Variable in class nxopen.uf.UFSf.AutoCreateSurfaceContactMeshData
MeshRefinementBuilder - Interface in nxopen.cae: Represents Mesh Refinement Used to create a MeshRefinementBuilder
To create a new instance of this class, use MeshManager.createMeshRefinementBuilder()

Created in NX11.0.0
meshResolution() - Method in interface nxopen.mfg.am.MeshProperties: Returns the mesh resolution builder
License requirements: None.
meshSelection() - Method in interface nxopen.cae.AttachElementsBuilder: Returns the selected mesh
License requirements: None.
meshSelection() - Method in interface nxopen.cae.ElementModifyOrderBuilder: Returns the selected mesh(es)
License requirements: None.
meshSelection() - Method in interface nxopen.cae.ElementModifyTypeBuilder: Returns the selected meshes
License requirements: None.
meshSelection() - Method in interface nxopen.cae.NodeAssociationBuilder: Returns the selected mesh
License requirements: None.
MeshShellFromSolid - Interface in nxopen.cae: Represents 2d Mesh that follows 3d mesh
To create or edit an instance of this class, use SurfaceCoatBuilder

Created in NX7.5.0
meshSizeFactor() - Method in interface nxopen.cae.LaminateImportedLayupBuilder: Returns the factor that determine the mesh size when creating polygon face from mesh (for CATIA ply groups import only) The NX suggested mesh size is multiplied with this factor
License requirements: None.
meshSizeVariation() - Method in interface nxopen.bodydes.OnestepUnformBuilder: Returns the variation of mesh element size.
meshSizeVariation() - Method in interface nxopen.cae.Shell2SolidBuilder: Returns the mesh size variation
License requirements: nx_masterfem ("Finite Element Modeling")
.
meshSizeVariation() - Method in interface nxopen.die.TrimLineDevelopmentBuilder: Returns the variation of mesh element size.
meshSmallFeature() - Method in interface nxopen.bodydes.OnestepUnformBuilder: Returns the value of small feature for mesh setting
License requirements: None.
meshSmallFeature() - Method in interface nxopen.die.TrimLineDevelopmentBuilder: Returns the value of small feature for mesh setting
License requirements: None.
meshSmooth() - Method in interface nxopen.cae.optimization.TBSShapeOptimizationSolution: Returns the mesh smooth definition
License requirements: None.
meshSmoothElements() - Method in interface nxopen.cae.optimization.TBSMeshSmooth: Returns the elements of mesh smooth
License requirements: None.
meshSmoothStrategy() - Method in interface nxopen.cae.optimization.TBSMeshSmooth: Returns the strategy of mesh smooth
License requirements: None.
meshSplitQuad() - Method in interface nxopen.bodydes.OnestepUnformBuilder: Returns the option to split quadrate element to triangle element when creating meshes.
meshSplitQuad() - Method in interface nxopen.die.TrimLineDevelopmentBuilder: Returns the option to split quadrate element to triangle element when creating meshes.
MeshSurface - Interface in nxopen.features: Represents a mesh surface feature.
MeshSurfaceBuilder - Interface in nxopen.features: Mesh Surface Builder class.
MeshSurfaceBuilder.AngleAlignmentPointsData - Class in nxopen.features: This class holds the data returned from MeshSurfaceBuilder.getAngleAlignmentPoints()
MeshSurfaceBuilder.ConstraintDirection - Class in nxopen.features: End face constraints direction.
MeshSurfaceBuilder.ConstraintType - Class in nxopen.features: End face constraints types.
MeshSurfaceBuilder.FaceConstraintCollectorsData - Class in nxopen.features: This class holds the data returned from MeshSurfaceBuilder.getFaceConstraintCollectors(int, int, int)
MeshSurfaceBuilder.ProfilePointAlignmentData - Class in nxopen.features: This class holds the data returned from MeshSurfaceBuilder.getProfilePointAlignment(int, int)
meshTopologyOption() - Method in interface nxopen.features.MeshTransformerBuilder: Returns the option for setting the mesh topology used in the transformation or morphing calculations
License requirements: None.
MeshTransformer - Interface in nxopen.features: Represents a mesh transformer feature
To create or edit an instance of this class, use MeshTransformerBuilder

Created in NX10.0.0
MeshTransformerBuilder - Interface in nxopen.features: Represents a MeshTransformer builder
To create a new instance of this class, use FeatureCollection.createMeshTransformerBuilder(nxopen.features.Feature)
Default values.
MeshTransformerBuilder.ContinuityType - Class in nxopen.features: Continuity type
MeshTransformerBuilder.MeshTopologyType - Class in nxopen.features: Mesh topology option type
MeshTransformerBuilder.SmoothingType - Class in nxopen.features: Smoothing option type
MeshTransformerBuilder.StepCountValue - Class in nxopen.features: Step count enum value for converting to actual count number
meshTransition - Variable in class nxopen.uf.UFSf.Ugs2dMeshParms
meshTransition - Variable in class nxopen.uf.UFSf.UgsTetMeshParms
MeshVisuals() - Constructor for class nxopen.uf.UFSf.MeshVisuals
MeshVisuals(int, int, int, int, int, int, int, int, int, int, int, double) - Constructor for class nxopen.uf.UFSf.MeshVisuals
MESS_DENSITY - Static variable in class nxopen.cae.XyFunctionMeasure: mess density
MESS_DENSITY_GCM3 - Static variable in class nxopen.cae.XyFunctionUnit: Mess Density unit: Gram Per Cubic Centi Meter
MESS_DENSITY_GMM3 - Static variable in class nxopen.cae.XyFunctionUnit: Mess Density unit: Gram Per Cubic Milli Meter
MESS_DENSITY_KG_M3 - Static variable in class nxopen.cae.XyFunctionUnit: Mess Density unit: Kilogram Per Cubic Meter
MESS_DENSITY_KG_MM3 - Static variable in class nxopen.cae.XyFunctionUnit: Mess Density unit: Kilogram Per Cubic Milli Meter
MESS_DENSITY_LBFSEC2IN4 - Static variable in class nxopen.cae.XyFunctionUnit: Mess Density unit: Pounds Second Squared Per Inch Fourth
MESS_DENSITY_LBM_FT3 - Static variable in class nxopen.cae.XyFunctionUnit: Mess Density unit: Pound Mass per Cubic Foot
MESS_DENSITY_LBM_IN3 - Static variable in class nxopen.cae.XyFunctionUnit: Mess Density unit: Pound Massper Cubic Inch
MESS_DENSITY_MG_MM3 - Static variable in class nxopen.cae.XyFunctionUnit: Mess Density unit: Mega Gram Per Cubic Milli Meter
MESS_DENSITY_SLUG_FT3 - Static variable in class nxopen.cae.XyFunctionUnit: Mess Density unit: Slugs Per Cubic Feet
MESS_DENSITY_TM3 - Static variable in class nxopen.cae.XyFunctionUnit: Mess Density unit: Tonne Per Cubic Meter
MESS_DENSITY_TMM3 - Static variable in class nxopen.cae.XyFunctionUnit: Mess Density unit: Tonne Per Cubic Milli Meter
message - Variable in class nxopen.uf.UFAssem.Prev16Align
message - Variable in class nxopen.uf.UFPlot.BannerOptions
message - Variable in class nxopen.uf.UFTurn.AskCutRegionOfIndexData
message - Variable in class nxopen.uf.UFTurn.AskCutRegionsExistData
message - Variable in class nxopen.uf.UFTurn.IpwBoxData
message - Variable in class nxopen.uf.UFTurn.TeachmodeCreateSubopData
MESSAGE_ERROR - Static variable in class nxopen.uf.UFUi.MessageDialogType
MESSAGE_INFORMATION - Static variable in class nxopen.uf.UFUi.MessageDialogType
MESSAGE_QUESTION - Static variable in class nxopen.uf.UFUi.MessageDialogType
MESSAGE_WARNING - Static variable in class nxopen.uf.UFUi.MessageDialogType
MessageButtons() - Constructor for class nxopen.uf.UFUi.MessageButtons
MessageButtons(boolean, boolean, boolean, String, String, String, int, int, int) - Constructor for class nxopen.uf.UFUi.MessageButtons
messageDialog(String, UFUi.MessageDialogType, String[], int, boolean, UFUi.MessageButtons) - Method in interface nxopen.uf.UFUi: Refer to UF_UI_message_dialog for documentation.
messages() - Method in interface nxopen.Step242Importer: Returns the message level for syslog messages when loading Step242 files
License requirements: None.
messages - Variable in class nxopen.uf.UFAssem.ConvertPrev16AlignsData
messagesInconsistentRevisions() - Method in interface nxopen.preferences.SessionPdm: Returns the kind of messages about inconsistent revisions when a part is loaded
License requirements: None.
Metaform - Interface in nxopen.features: Represents a metaform feature
To create or edit an instance of this class, use MetaformBuilder

Created in NX7.5.0
MetaformBuilder - Interface in nxopen.features.sheetmetal: Represents a Metaform builder
To create a new instance of this class, use SheetmetalManager.createMetaformBuilder(nxopen.features.Feature)
Default values.
METAL_BRUSHED1 - Static variable in class nxopen.display.TrueShadingBuilder.EnvironmentMapType: Brushed Metal Reflection 1
METAL_BRUSHED2 - Static variable in class nxopen.display.TrueShadingBuilder.EnvironmentMapType: Brushed Metal Reflection 2
METAL_GRATE - Static variable in class nxopen.linedesigner.PlatformEquipmentBuilder.DeckingMaterialTypeAPI
METAL_MINIMUM_POINT_DATUM_DISTANCE - Static variable in class nxopen.weld.WeldAdvisorCheckerType: minimum point datum distance
METAL_MINIMUM_POINT_MEASUREMENT_DISTANCE - Static variable in class nxopen.weld.WeldAdvisorCheckerType: minimum point measurement distance
METAL_SHINY1 - Static variable in class nxopen.display.TrueShadingBuilder.EnvironmentMapType: Shiny Metal Reflection 1
METAL_SHINY2 - Static variable in class nxopen.display.TrueShadingBuilder.EnvironmentMapType: Shiny Metal Reflection 2
METAL_STACK_UP - Static variable in class nxopen.weld.WeldAdvisorCheckerType: metal stack up
metallicPanelCompressivePlasticityCurveBc1(double, double) - Method in interface nxopen.cae.aerostructures.author.ABB: Metallic panel compressive plasticity curve BC1 Curves for finding critical buckling stress / secant yield stress F0.7 Used for finding 'sigma_cr' the inelastic buckling strength of metallic flat rectangular plate in compression.
MetallicPanelCompressivePlasticityCurveBc1Data() - Constructor for class nxopen.cae.aerostructures.author.ABB.MetallicPanelCompressivePlasticityCurveBc1Data
metallicPanelCompressivePlasticityCurveBc2(double, double) - Method in interface nxopen.cae.aerostructures.author.ABB: Metallic panel compressive plasticity curve BC2 Curves for finding critical inter-rivet buckling stress (or critical wrinkling stress) / secant yield stress F0.7 Used for finding 'Fir' or 'Fw'.
MetallicPanelCompressivePlasticityCurveBc2Data() - Constructor for class nxopen.cae.aerostructures.author.ABB.MetallicPanelCompressivePlasticityCurveBc2Data
metallicPanelCompressivePlasticityCurveBc3(double, double) - Method in interface nxopen.cae.aerostructures.author.ABB: Metallic panel compressive plasticity curve BC3 Curves for finding critical buckling stress / secant yield stress F0.7 Used for finding 'sigma_cr' the inelastic buckling strength of metallic cylinder in compression.
MetallicPanelCompressivePlasticityCurveBc3Data() - Constructor for class nxopen.cae.aerostructures.author.ABB.MetallicPanelCompressivePlasticityCurveBc3Data
METALS - Static variable in class nxopen.PhysicalMaterial.Category: Metals
metalThickness() - Method in interface nxopen.die.DrawBeadBuilder: Returns the expression containing the sheet metal thickness value.
metalThickness - Variable in class nxopen.uf.UFDie.AskMaterialPropertiesData
metaSolutionName() - Method in interface nxopen.cae.DurabilityMetaSolutionBuilder: Returns the meta solution name.
metaSolutions() - Method in interface nxopen.cae.DurabilityManager: Returns the durability metasolution collection belonging to this sim part.
METER - Static variable in class nxopen.uf.UFModl.Units
METER_KILOGRAM_F - Static variable in class nxopen.motion.FlexBodyBuilder.UnitSystemType: (kgf)(m)(kgf-s^2/m)
METER_NEWTON - Static variable in class nxopen.cae.FreeBodyResultsBuilder.OutputUnits: Load unit = "N", Moment unit N-m
METER_NEWTON - Static variable in class nxopen.cae.MechanicalLoadSumBuilder.UserUnit: Load unit = "N", Moment unit N-m
METER_NEWTON - Static variable in class nxopen.motion.FlexBodyBuilder.UnitSystemType: (N)(m)(kg)
METERS - Static variable in class nxopen.annotations.DimensionUnit: Specified meters units
METERS - Static variable in class nxopen.cam.InspectionCmmCommandBuilder.LinearUnitsOptions: Use meters
METERS - Static variable in class nxopen.facet.STLImportBuilder.STLFileUnitsTypes
METERS - Static variable in class nxopen.features.BodyByEquationBuilder.StlFileUnitTypes: STL unit is meters.
METERS - Static variable in class nxopen.STLImporter.FileUnitsType: STL file is in units of meters.
METERS - Static variable in class nxopen.uf.UFDrf.LinearUnits
METERS - Static variable in class nxopen.VRMLImporter.FileUnitsType: VRML file is in units of meters.
method() - Method in interface nxopen.ame.PlcMethodBuilder: Returns the method
License requirements: ad_automation_design ("FULL AUTOMATION DESIGNER")
.
METHOD - Static variable in class nxopen.ame.PlcRule.Type
METHOD - Static variable in class nxopen.ame.PortBuilder.Type
method() - Method in interface nxopen.annotations.DimensionMeasurementBuilder: Returns the measurement method for the size of the dimension
License requirements: None.
method() - Method in interface nxopen.annotations.DimensionSetBuilder: Returns the dimension set method
License requirements: None.
method() - Method in interface nxopen.cae.ElementConnectivityBuilder: Returns an element modification method.
method() - Method in interface nxopen.cae.ElementTranslateBuilder: Returns the method to be used for translating the selected elements
License requirements: None.
method() - Method in interface nxopen.cae.ModelUpdateOptimOptionsBuilder: Returns the method
License requirements: None.
method() - Method in interface nxopen.cam.BoundaryTurnMemberOffset: Returns the offset method
License requirements: None.
METHOD - Static variable in class nxopen.cam.CAMSession.ObjectSubtype: Machining Method
method() - Method in interface nxopen.cam.InPathEventDataBuilder: Returns the Inpath Events Location method
License requirements: cam_base ("CAM BASE")
.
Method - Interface in nxopen.cam: Represents a Method Group
To create or edit an instance of this class, use MethodBuilder

Created in NX7.5.0
method() - Method in interface nxopen.cam.ToolAxisChange: Returns the tool axis change method
License requirements: None.
Method - Class in nxopen.diagramming: the zone method
method() - Method in interface nxopen.diagramming.SheetBordersAndZonesBuilder: Returns the type of methods to create the zones.
method() - Method in interface nxopen.diagramming.SheetBorderSettingsBuilder: Returns the type of method to display like Standard/Custom
License requirements: None.
method() - Method in interface nxopen.die.AddSurfBuilder: Returns the addendum surface output method.
method() - Method in interface nxopen.display.NonProportionalZoom: Returns the type of mouse interaction used to define the non-proportional zoom.
method() - Method in interface nxopen.drawings.BordersAndZonesBuilder: Deprecated.
Deprecated in NX10.0.0. Use SheetBorderSettingsBuilder.method() instead.
Method - Class in nxopen.drawings: the zone method
method() - Method in interface nxopen.drawings.SheetBorderSettingsBuilder: Returns the method
License requirements: None.
method() - Method in interface nxopen.features.ChamferBuilder: Returns the offset method.
method() - Method in interface nxopen.features.OffsetEdgeBuilder: Returns the method for offset edge
License requirements: None.
method() - Method in interface nxopen.features.shipdesign.InverseBendingLinesBuilder: Returns the method used to calculate the number and spacing of the curves on the profile.
method() - Method in interface nxopen.features.VariableOffsetBuilder: Returns the offset method
License requirements: None.
method - Variable in class nxopen.FollowFilletRule.Data: Selection Intent method
method() - Method in interface nxopen.geometricanalysis.CurveCurvatureAnalysisBuilder: Returns the method
License requirements: None.
method() - Method in interface nxopen.geometricutilities.SpineDefinitionBuilder: Returns the method
License requirements: None.
method - Variable in class nxopen.HumanReachZone.Data: Method used to create the reach zone
method() - Method in interface nxopen.IPlane: Returns a plane type
License requirements: None.
method() - Method in interface nxopen.layout2d.CreateComponentFrom3DBuilder: Returns the method to utilize in create Component from 3D
License requirements: None.
method() - Method in interface nxopen.mechanicalrouting.BendCornerTypeBuilder: Returns the bend corner methods
License requirements: routing_base ("Routing Basic")
.
method() - Method in interface nxopen.ModelingViewHighQualityImage: Returns the method to use for the generation of the High Quality Image.
method() - Method in interface nxopen.motion.LinkCouplerBuilder: Returns the method
License requirements: mechanisms ("MECHANISMS")
.
Method - Class in nxopen.routing: Available application methods for Overstock Applications for a given Overstock
method - Variable in class nxopen.routing.SplinePathBuilder.OffsetData: The type of offset object. 0 = Not Offset, 1 = Stock Offset Point, 2 = Stock Offset Surface.
method - Variable in class nxopen.uf.UFCurve.BridgeData
method - Variable in class nxopen.uf.UFModl.MethodList
method - Variable in class nxopen.uf.UFModl.SmholeData
method - Variable in class nxopen.uf.UFModl.SymbThreadData
method - Variable in class nxopen.uf.UFSo.SplineData
method - Variable in class nxopen.uf.UFUi.SelectRoutingObjectsData
method() - Method in interface nxopen.weld.GrooveBuilder: Deprecated.
Deprecated in NX9.0.0. Use WeldGrooveBuilder.createSkipWelds() and WeldGrooveBuilder.setCreateSkipWelds(boolean) instead.
method() - Method in interface nxopen.weld.WeldGrooveBuilder: Returns the method for creating skip welds
License requirements: ugweld ("UG WELD")
.
METHOD_AUTOMATIC - Static variable in class nxopen.cam.DmBndBuilder.BndPatternCenterTypes: Automatic
METHOD_SPECIFY - Static variable in class nxopen.cam.DmBndBuilder.BndPatternCenterTypes: Specify
MethodBuilder - Interface in nxopen.cam: Represents a Method Builder
This is an abstract class, and cannot be instantiated.
methodChoice() - Method in interface nxopen.cae.PreTestExciterConfigBuilder: Returns the exciter selection method
License requirements: None.
methodData - Variable in class nxopen.uf.UFModl.RefitFaceData
methodEnum() - Method in interface nxopen.cam.InspectionConstructedFeatureBuilder: Returns the construction method to be used
License requirements: None.
methodkey() - Method in interface nxopen.cae.aerostructures.MarginCalculationBuilder: Returns the MethodKey
License requirements: nx_masterfem ("Finite Element Modeling")
.
MethodLibrary - Interface in nxopen.cae.aerostructures.author: Represents a MethodLibrary object.
MethodLibrary.Callback - Interface in nxopen.cae.aerostructures.author: Callback type
MethodLibraryFactory - Class in nxopen.cae.aerostructures.author
MethodLibraryFactory() - Constructor for class nxopen.cae.aerostructures.author.MethodLibraryFactory
MethodList() - Constructor for class nxopen.uf.UFModl.MethodList
MethodList(int, int, Tag, double[], UFModl.StringList) - Constructor for class nxopen.uf.UFModl.MethodList
methodName() - Method in interface nxopen.ame.PlcMethodBuilder: Returns the code/data block name
License requirements: ad_automation_design ("FULL AUTOMATION DESIGNER")
.
methodOption() - Method in interface nxopen.cae.ElementExtrudeBuilder: Returns the method option
License requirements: None.
methodOption() - Method in interface nxopen.cae.ElementProjectBuilder: Returns the method option
License requirements: None.
methodOption() - Method in interface nxopen.cae.NodeProjectBuilder: Returns the method option
License requirements: None.
methodOption() - Method in interface nxopen.cae.NodeTranslateBuilder: Returns the method option
License requirements: None.
methodType() - Method in interface nxopen.cae.BeamSectionOrientationOptions: Returns the orientation definition method
License requirements: None.
methodType() - Method in interface nxopen.cae.CAEConnectionBuilder: Returns the method type for point-point or node-node connections
License requirements: None.
methodType() - Method in interface nxopen.cae.ShipMeshAutomationBuilder: Returns the method type of creating mesh elements
License requirements: nx_masterfem ("Finite Element Modeling"), nx_ship_basic ("Ship Basic Design")
.
methodType() - Method in interface nxopen.cam.InspectionMethodBuilder: Returns the method feature type
License requirements: None.
methodType() - Method in interface nxopen.display.SelPref: Returns the method type
License requirements: None.
methodType() - Method in interface nxopen.motion.JointDefine: Returns the method type of a screw joint
License requirements: None.
methodType() - Method in interface nxopen.tooling.MoldInsertBuilder: Returns the method type
License requirements: None.
methodUsed - Variable in class nxopen.weld.WeldPointExitBuilder.FeatureInfo: the method used to create the feature
METRIC - Static variable in class nxopen.cam.CAMSetup.OutputUnits: use metric as output unit
METRIC - Static variable in class nxopen.cam.DrillThreadMillToolBuilder.ToolFormTypeTypes: Metric
METRIC - Static variable in class nxopen.cam.fbm.ThreadFeatureGeometry.Form: Form: Metric
METRIC - Static variable in class nxopen.cam.HoleBossGeom.FormTypes: Form: Metric
METRIC - Static variable in class nxopen.CGMBuilder.UnitsOption: Metric units
METRIC - Static variable in class nxopen.drawings.DrawingSheetBuilder.SheetUnits: a Metric units drawing sheet
METRIC - Static variable in class nxopen.DxfdwgImporter.UnitsEnum: units millimeters
METRIC - Static variable in class nxopen.PlotBuilder.UnitsOption: Metric
METRIC - Static variable in class nxopen.PrintPDFBuilder.UnitsOption: Metric
METRIC - Static variable in class nxopen.uf.UFConstants
METRIC_BASE - Static variable in class nxopen.cae.XyFunctionUnitSystem: the Metric Base unit
METRIC_CAE_BASE - Static variable in class nxopen.cae.XyFunctionUnitSystem: the Metric CAE Base
METRIC_SIZE - Static variable in class nxopen.uf.UFDraw.SizeState
metricNominalDecimalPlaces() - Method in interface nxopen.annotations.Dimension: Returns a setting to control the number of decimal places for the nominal value of a metric dimension.
metricScale() - Method in interface nxopen.features.shipdesign.ExpansionDrawingBuilder: Returns the Metric drawing scale
License requirements: None.
metricSheetTemplateLocation() - Method in interface nxopen.drawings.DrawingSheetBuilder: Returns the location of the metric drawing sheet template to be added to the part file
License requirements: None.
metricToleranceDecimalPlaces() - Method in interface nxopen.annotations.Dimension: Returns a setting to control the number of decimal places for the metric tolerance value of a dimension.
MEZZANINE - Static variable in class nxopen.linedesigner.PlatformEquipmentBuilder.TypeAPI
MF_CHANGE_STATUS - Static variable in class nxopen.cam.ToolpathEventType
MF_CLOSE_DEBUG_FILES - Static variable in class nxopen.cam.ToolpathEventType
MF_COUNTER_VALUE - Static variable in class nxopen.cam.ToolpathEventType
MF_CUT_LEVEL_PLANE - Static variable in class nxopen.cam.ToolpathEventType
MF_DISPLAY_FONT - Static variable in class nxopen.cam.ToolpathEventType
MF_DUMP_BUFFERS - Static variable in class nxopen.cam.ToolpathEventType
MF_FILLET_PARAMS - Static variable in class nxopen.cam.ToolpathEventType
MF_FINAL_DEPARTURE_OUTPUT - Static variable in class nxopen.cam.ToolpathEventType
MF_GOUGE - Static variable in class nxopen.cam.ToolpathEventType
MF_HIGHLIGHT - Static variable in class nxopen.cam.ToolpathEventType
MF_LAST_CLSF_EVENT - Static variable in class nxopen.cam.ToolpathEventType
MF_LIST_DELETION - Static variable in class nxopen.cam.ToolpathEventType
MF_LOCAL_RETURN_END - Static variable in class nxopen.cam.ToolpathEventType
MF_LOCAL_RETURN_START - Static variable in class nxopen.cam.ToolpathEventType
MF_MESSAGE - Static variable in class nxopen.cam.ToolpathEventType
MF_MSYS - Static variable in class nxopen.cam.ToolpathEventType
MF_OPERATION_NAME - Static variable in class nxopen.cam.ToolpathEventType
MF_OUTPUT_GOHOME - Static variable in class nxopen.cam.ToolpathEventType
MF_SLOWDOWN_PARAMS - Static variable in class nxopen.cam.ToolpathEventType
MF_START_OF_FILLET - Static variable in class nxopen.cam.ToolpathEventType
MF_TLDATA - Static variable in class nxopen.cam.ToolpathEventType
MF_UNPROPAGABLE_EVENT - Static variable in class nxopen.cam.ToolpathEventType
mfgFeatureGroup() - Method in interface nxopen.features.shipdesign.DvToMvMappingBuilder: Returns the mfg feature group.
MfgModelManager - Interface in nxopen.mfgmodel: Represents the manager for Mfg model
Use the static method in this class to obtain an instance.
mfm() - Method in interface nxopen.UFSession
MG - Static variable in class nxopen.cae.FEModelOccAttribute.AltRepMassUnitType: Mass unit of megagram
MG - Static variable in class nxopen.cae.PreTestExportUnvBuilder.FileUnitsOption: MG: Meter (kilogram f)
MG_MESHDIR_DONT_REVERSE - Static variable in class nxopen.uf.UFSf.MeshGeomMeshdir
MG_MESHDIR_FROM_END - Static variable in class nxopen.uf.UFSf.MeshGeomMeshdir
MG_MESHDIR_FROM_START - Static variable in class nxopen.uf.UFSf.MeshGeomMeshdir
MG_MESHDIR_REVERSE - Static variable in class nxopen.uf.UFSf.MeshGeomMeshdir
MG_MESHDIR_UNDEFINED - Static variable in class nxopen.uf.UFSf.MeshGeomMeshdir
MG_MESHDIR_UNINITIALIZED - Static variable in class nxopen.uf.UFSf.MeshGeomMeshdir
MHZ - Static variable in class nxopen.cae.LaminateSineEventBuilder.AdditionalFrequeciesUnitsEnum
MI - Static variable in class nxopen.cae.FEModelOccAttribute.AltRepLengthUnitType: Length unit of miles
MICKEY - Static variable in class nxopen.tooling.CornerDesignBuilder.CornerTypeOpt: mickey
MICKEY - Static variable in class nxopen.tooling.DieCavityAndSlugHoleBuilder.BottomPlateSlugItems: Bottom plate slug type is mickey
MICKEY - Static variable in class nxopen.tooling.DieCavityAndSlugHoleBuilder.DiePlateThreeSlugType
MICKEY - Static variable in class nxopen.tooling.DieCavityAndSlugHoleBuilder.DiePlateTwoSlugType
MICKEY - Static variable in class nxopen.tooling.DieCavityAndSlugHoleBuilder.DieShoeSlugTypeItems: Die shoe slug type is mickey
MICKEY - Static variable in class nxopen.tooling.PiercingInsertBuilder.NormalBbpslugType: Bottom plate slug type is mickey
MICKEY - Static variable in class nxopen.tooling.PiercingInsertBuilder.NormalDsslugType: Die shoe slug type is mickey
MICKEY - Static variable in class nxopen.tooling.SpecialPiercingInsertBuilder.NormalBottomBackingPlateSlugType: Bottom backing plate slug type is mickey
MICKEY - Static variable in class nxopen.tooling.SpecialPiercingInsertBuilder.NormalDieShoeSlugType: Die shoe slug type is mickey
MICRON - Static variable in class nxopen.cae.FEModelOccAttribute.AltRepLengthUnitType: Length unit of micrometer
Microposition - Interface in nxopen.blockstyler: Represents a Microposition block .
micropositioningScale - Variable in class nxopen.features.subdivision.CageManipulatorData.ObjectMoveData: The micropositioning scale.
MID - Static variable in class nxopen.cae.Post.DisplayColorSchemeType
MID - Static variable in class nxopen.InferSnapType.SnapType: Snap point mid
MID_CENTER - Static variable in class nxopen.annotations.AlignmentPosition
MID_CENTER - Static variable in class nxopen.annotations.OriginBuilder.AlignmentPosition: Mid center position
MID_CENTER - Static variable in class nxopen.annotations.TableCellStyleBuilder.TextAlignmentType: Mid center
MID_EYE_POINT - Static variable in class nxopen.HumanData.EditDisplayBodyParts: Indicate edit display body parts named mid eye point
MID_LEFT - Static variable in class nxopen.annotations.AlignmentPosition
MID_LEFT - Static variable in class nxopen.annotations.OriginBuilder.AlignmentPosition: Mid left position
MID_LEFT - Static variable in class nxopen.annotations.TableCellStyleBuilder.TextAlignmentType: Mid left
MID_PLANE - Static variable in class nxopen.cam.InspectionAlignmentAssistantBuilder.FeatureType: Mid Plane alignment feature type
MID_PLANE_CUT - Static variable in class nxopen.features.sheetmetal.NormalCutoutBuilder.CutTypeOptions
MID_POINT - Static variable in class nxopen.cam.NcmSubopBuilder.DefaultRegionStartTypes: start at mid point
MID_POINT - Static variable in class nxopen.weld.EasyPatternBuilder.HemMethodTypes: Use the mid point of a section cut.
MID_PRNCPL - Static variable in class nxopen.fields.DisplayPropertiesBuilder.TensorType
MID_RIGHT - Static variable in class nxopen.annotations.AlignmentPosition
MID_RIGHT - Static variable in class nxopen.annotations.OriginBuilder.AlignmentPosition: Mid right position
MID_RIGHT - Static variable in class nxopen.annotations.TableCellStyleBuilder.TextAlignmentType: Mid right
MID_VERTEX - Static variable in class nxopen.Sketch.ConstraintPointType: The mid vertex of a line or an arc
MID_VERTEX - Static variable in class nxopen.uf.UFSket.GeomVertex
MIDDLE - Static variable in class nxopen.annotations.DraftingNoteBuilder.TextAlign: Align middle
MIDDLE - Static variable in class nxopen.annotations.LeaderAlignment
MIDDLE - Static variable in class nxopen.annotations.StackHorizontalAlignment: Align horizontally along middle line of text box
MIDDLE - Static variable in class nxopen.annotations.TableCellStyleBuilder.BorderLocationType
MIDDLE - Static variable in class nxopen.annotations.TextWithSymbolsBuilder.SymbolAlignmentType: Middle
MIDDLE - Static variable in class nxopen.annotations.VerticalTextJustification
MIDDLE - Static variable in class nxopen.bodydes.OnestepUnformBuilder.Surface: Onestep solver will not offset middle surface
MIDDLE - Static variable in class nxopen.cae.DurabilityStressAxesBuilder.ShellRegionEnum: Middle
MIDDLE - Static variable in class nxopen.cae.optimization.Hookes: Deprecated.

Middle
MIDDLE - Static variable in class nxopen.cae.optimization.TBSLoadCase.LayerOption: Mid-layer of shell
MIDDLE - Static variable in class nxopen.cae.responsesimulation.DataLocation.Shell
MIDDLE - Static variable in class nxopen.cae.responsesimulation.NodalFunctionEvalShellLocation: Middle layer
MIDDLE - Static variable in class nxopen.cae.responsesimulation.ShellElementEvaluationLocation
MIDDLE - Static variable in class nxopen.cae.Result.Section
MIDDLE - Static variable in class nxopen.cam.InspectionConstructedFeatureBuilder.MethodEnumType: Creates a point, plane or line at the middle of two sub features
MIDDLE - Static variable in class nxopen.diagramming.LeaderLineBuilder.VerticalAlignmentOption: Setting the vertical alignment middle
MIDDLE - Static variable in class nxopen.die.TrimLineDevelopmentBuilder.Surface: Onestep solver will not offset middle surface
MIDDLE - Static variable in class nxopen.features.ShelfBuilder.Types
MIDDLE - Static variable in class nxopen.features.StepBuilder.StepLocations: Step is located on middle of two boudary curves
MIDDLE - Static variable in class nxopen.features.StepBuilder.StepTypes: Adds a step between two boundary curves
MIDDLE - Static variable in class nxopen.features.vehicledesign.OilPanBuilder.PositionType
middle() - Method in interface nxopen.geometricanalysis.FaceAnalysisDataRangeBuilder: Returns the middle data range value.
MIDDLE - Static variable in class nxopen.linedesigner.GateFeatureBuilder.GateOpeningStyle
MIDDLE - Static variable in class nxopen.linedesigner.RailOpeningFeatureBuilder.GateOpeningStyle
MIDDLE - Static variable in class nxopen.routing.OverstockBuilder.PointType: Middle
MIDDLE - Static variable in class nxopen.routing.PointDefinition: The point defines the middle of the overstock application.
MIDDLE - Static variable in class nxopen.uf.UFCurve.EndType
MIDDLE - Static variable in class nxopen.weld.JointExitBuilder.Positions: the middle position
MIDDLE_BASE_DATA - Static variable in class nxopen.features.vehicledesign.PendulumPlacementBuilder.PositionMethodType
MIDDLE_CENTER - Static variable in class nxopen.ame.SymbolAnnotationBuilder.Anchor
MIDDLE_CENTER - Static variable in class nxopen.annotations.RegionBuilder.AlignmentPosition: middle center
MIDDLE_CENTER - Static variable in class nxopen.diagramming.tables.ContentAlignment: Middle center content alignment
MIDDLE_CENTER - Static variable in class nxopen.display.ImageBaseBuilder.BasePointChoices: middle center
MIDDLE_CENTER - Static variable in class nxopen.display.TransientText.StandardTextRef: Display the text with the given position in middle center of text box
MIDDLE_CENTER - Static variable in class nxopen.geometricutilities.RectangularFrameBuilder.AnchorLocationType: Middle center position
MIDDLE_CENTER - Static variable in class nxopen.userdefinedobjects.UserDefinedObjectDisplayContext.StandardTextRef: Display the text with the given position in middle center of text box
MIDDLE_CENTER - Static variable in class nxopen.userdefinedobjects.UserDefinedObjectDisplayContext.TextRef: Display the text with the given position in middle center of text box
MIDDLE_LEFT - Static variable in class nxopen.ame.SymbolAnnotationBuilder.Anchor
MIDDLE_LEFT - Static variable in class nxopen.annotations.RegionBuilder.AlignmentPosition: middle left
MIDDLE_LEFT - Static variable in class nxopen.diagramming.tables.ContentAlignment: Middle left content alignment
MIDDLE_LEFT - Static variable in class nxopen.display.ImageBaseBuilder.BasePointChoices: middle left
MIDDLE_LEFT - Static variable in class nxopen.display.TransientText.StandardTextRef: Display the text with the given position in the middle left of the text box
MIDDLE_LEFT - Static variable in class nxopen.geometricutilities.RectangularFrameBuilder.AnchorLocationType: Middle left position
MIDDLE_LEFT - Static variable in class nxopen.userdefinedobjects.UserDefinedObjectDisplayContext.StandardTextRef: Display the text with the given position in the middle left of the text box
MIDDLE_LEFT - Static variable in class nxopen.userdefinedobjects.UserDefinedObjectDisplayContext.TextRef: Display the text with the given position in the middle left of the text box
MIDDLE_OF_CURVE - Static variable in class nxopen.weld.WeldSpacingCalcMethod: spaces based on middle of curve
MIDDLE_PRINCIPAL - Static variable in class nxopen.cae.Result.Component
MIDDLE_RIGHT - Static variable in class nxopen.ame.SymbolAnnotationBuilder.Anchor
MIDDLE_RIGHT - Static variable in class nxopen.annotations.RegionBuilder.AlignmentPosition: middle right
MIDDLE_RIGHT - Static variable in class nxopen.diagramming.tables.ContentAlignment: Middle right content alignment
MIDDLE_RIGHT - Static variable in class nxopen.display.ImageBaseBuilder.BasePointChoices: middle right
MIDDLE_RIGHT - Static variable in class nxopen.display.TransientText.StandardTextRef: Display the text with the given position in middle right of text box
MIDDLE_RIGHT - Static variable in class nxopen.geometricutilities.RectangularFrameBuilder.AnchorLocationType: Middle right position
MIDDLE_RIGHT - Static variable in class nxopen.userdefinedobjects.UserDefinedObjectDisplayContext.StandardTextRef: Display the text with the given position in middle right of text box
MIDDLE_RIGHT - Static variable in class nxopen.userdefinedobjects.UserDefinedObjectDisplayContext.TextRef: Display the text with the given position in middle right of text box
MIDDLE_VEHICLE - Static variable in class nxopen.features.vehicledesign.PendulumPlacementBuilder.PositionMethodType
MIDDLECENTER - Static variable in class nxopen.uf.UFDisp.TextRef
middleFaceCollector() - Method in interface nxopen.features.FaceBlendBuilder: Returns the middle face collector get
License requirements: None.
middleFaceNormFlag() - Method in interface nxopen.features.FaceBlendBuilder: Returns the middle face set normal reversal flag
License requirements: None.
middleHoleData() - Method in interface nxopen.features.HolePackageBuilder: Returns the target body
License requirements: None.
MiddleHoleData - Interface in nxopen.geometricutilities: Represents a MiddleHoleData
Created in NX5.0.2
MIDDLELEFT - Static variable in class nxopen.uf.UFDisp.TextRef
middleNode() - Method in interface nxopen.geometricutilities.NonInflectingLawBuilder: Returns the middle node
License requirements: solid_modeling ("SOLIDS MODELING") OR free_form_modeling ("FREE-FORM MODELING") OR studio_free_form ("STUDIO FREE FORM")
.
middlePlane() - Method in interface nxopen.cae.optimization.TBSCastCondition: Returns the middle plane
License requirements: None.
middlePlane() - Method in interface nxopen.features.vehicledesign.VisionPlaneBuilder: Returns the middle plane option that determines whether to create middle plane or not.
middlePlanePoint() - Method in interface nxopen.cae.optimization.TBSCastCondition: Returns the point within the central plane, only available when TBSCastCondition.MiddlePlaneType is TBSCastCondition.MiddlePlaneType.POINT
License requirements: None.
MIDDLERIGHT - Static variable in class nxopen.uf.UFDisp.TextRef
middleScale() - Method in interface nxopen.geometricanalysis.FaceAnalysisDataRangeBuilder: Returns the middle value scale for data range.
midInferredConstraint() - Method in interface nxopen.features.AssociativeArcBuilder: Returns the mid inferred constraint
License requirements: None.
midnode() - Method in interface nxopen.cae.BoltBuilder: Returns the option to include midnodes for creating spider elements
License requirements: None.
midNode() - Method in interface nxopen.cae.CAEConnectionBuilder: Returns the mid node option
License requirements: None.
MIDNODE - Static variable in class nxopen.cae.ElementModifyOrderBuilder.Operation: changes the midnode option for a parabolic mesh to mixed, curved or linear
midNodeMove() - Method in interface nxopen.cae.NodeAlignBuilder: Returns the mid node move
License requirements: None.
midNodeOption() - Method in interface nxopen.cae.MappedMeshBuilder: Returns the mid node opt
License requirements: None.
midnodeOption - Variable in class nxopen.uf.UFSf.Ugs2dMeshParms
midnodeOption - Variable in class nxopen.uf.UFSf.UgsTetMeshParms
midNodes - Variable in class nxopen.uf.UFSf.AskElementEdgesData
midnodes - Variable in class nxopen.uf.UFSf.UgsTetMeshParms
midnodeType() - Method in interface nxopen.cae.ElementModifyOrderBuilder: Returns the midnode option
License requirements: None.
midPlane() - Method in interface nxopen.features.vehicledesign.VisionPlaneBuilder: Returns the middle plane inclined angle; means front side,passenger side and driver side are the same.
MIDPLANE - Static variable in class nxopen.motion.BodyContactLms.ForceModelType
MIDPOINT - Static variable in class nxopen.cam.ProbeCalibrateStylusMoveBuilder.Depth: Midpoint of cylinder
MIDPOINT - Static variable in class nxopen.cam.ProbeInspectBorebossMoveBuilder.Depth: Midpoint of cylinder
midPoint() - Method in interface nxopen.features.AssociativeArcBuilder: Returns the mid point - this should be a smart point created using one of PointCollection.createPoint(nxopen.Point3d)
License requirements: None.
midpoint() - Method in interface nxopen.InferredConstraintsBuilder: Returns the midpoint infer-constraint setting.
MIDPOINT - Static variable in class nxopen.Sketch.AssocType: The midpoint of a curve
MIDPOINT - Static variable in class nxopen.Sketch.ConstraintType
MIDPOINT - Static variable in class nxopen.SketchConstraintBuilder.Constraint
midpoint - Variable in class nxopen.uf.UFBound.MemberData
MIDPOINT - Static variable in class nxopen.uf.UFSket.ConType
MidPointInformationData() - Constructor for class nxopen.weld.WeldJointBuilder.MidPointInformationData
midPointOfOverstock() - Method in interface nxopen.routing.OverstockApplication: Returns the mid point of overstock on the path.
midPointOptions() - Method in interface nxopen.features.AssociativeArcBuilder: Returns the mid point options
License requirements: None.
midPointReference() - Method in interface nxopen.features.AssociativeArcBuilder: Returns the mid point reference
License requirements: None.
midpt(double[], double[]) - Method in interface nxopen.uf.UFVec2: Refer to UF_VEC2_midpt for documentation.
midpt(double[], double[]) - Method in interface nxopen.uf.UFVec3: Refer to UF_VEC3_midpt for documentation.
midReferenceCsys() - Method in interface nxopen.features.AssociativeArcBuilder: Returns the mid reference coordinate system
License requirements: None.
mids() - Method in interface nxopen.cae.ResultVariable: Returns the MIDs
License requirements: nx_masterfem ("Finite Element Modeling") OR nx_design_sim ("NX Design Simulation")
.
midship() - Method in interface nxopen.features.shipdesign.MainDimensionsBuilder: Returns the expression containing the position value of midship along the X axis.
midsrfFeatureObjId - Variable in class nxopen.uf.UFModeling.AskFacepairParmsData
midsrfType - Variable in class nxopen.uf.UFSf.IsMidsrfData
MidsrfUserParms() - Constructor for class nxopen.uf.UFSf.MidsrfUserParms
MidsrfUserParms(Tag, int, Tag[], double, double) - Constructor for class nxopen.uf.UFSf.MidsrfUserParms
MIDSURF_TEMPERATURE - Static variable in class nxopen.cae.Result.Quantity
MIDSURFACE_POLYGON_BODIES - Static variable in class nxopen.DisplayManager.ShowHideType: Show or hide midsurface polygon bodies
MidSurfaceByFacePairs - Interface in nxopen.features: Represents a mid surface by face pairs feature
To create or edit an instance of this class, use MidSurfaceByFacePairsBuilder

Created in NX7.5.0
MidSurfaceByFacePairsBuilder - Interface in nxopen.features: Represents a MidSurfaceByFacePairs builder
To create a new instance of this class, use FeatureCollection.createMidSurfaceByFacePairsBuilder(nxopen.features.Feature)
Default values.
MidSurfaceByFacePairsBuilder.PairingStrategyType - Class in nxopen.features: pairing strategy
MidSurfaceByFacePairsBuilder.SurfaceType - Class in nxopen.features: midsurface options
MidSurfaceByFacePairsBuilder.TrimmingOptionType - Class in nxopen.features: trimming options
MidSurfaceFacePair - Interface in nxopen.features: Represents a mid surface by face pairs feature
This is an abstract class
.
midsurfaceSheetBody - Variable in class nxopen.uf.UFModeling.AskFacepairParmsData
MidSurfaceUserDefined - Interface in nxopen.features: Represents a midsurface user defined feature
To create or edit an instance of this class, use MidSurfaceUserDefinedBuilder

Created in NX7.5.0
MidSurfaceUserDefinedBuilder - Interface in nxopen.features: Represents a MidSurfaceUserDefined builder
To create a new instance of this class, use FeatureCollection.createMidSurfaceUserDefinedBuilder(nxopen.features.MidSurfaceUserDefined)
Default values.
midTangent() - Method in interface nxopen.features.AssociativeArcBuilder: Returns the mid tangent - point can be passed in SELECT_OBJECT which is used in case of multiple solutions
License requirements: None.
midThicknessColor() - Method in interface nxopen.cae.ThicknessBuilder: Returns the mid thickness color
License requirements: None.
midValue - Variable in class nxopen.uf.UFDisp.SrfanlData
midValueDistance - Variable in class nxopen.uf.UFDisp.SrfanlData
midValueMax - Variable in class nxopen.uf.UFDisp.SrfanlData
midValueMean - Variable in class nxopen.uf.UFDisp.SrfanlData
midValueMin - Variable in class nxopen.uf.UFDisp.SrfanlData
midValueNormal - Variable in class nxopen.uf.UFDisp.SrfanlData
midValueSec - Variable in class nxopen.uf.UFDisp.SrfanlData
midValueSlope - Variable in class nxopen.uf.UFDisp.SrfanlData
midValueU - Variable in class nxopen.uf.UFDisp.SrfanlData
midValueV - Variable in class nxopen.uf.UFDisp.SrfanlData
MigratedPanelBuilder - Interface in nxopen.features.sheetmetal: Represents an I-DEAS Migrated Panel feature builder
This builder cannot be instantiated separately.
migrateLegacyLineWidths() - Method in interface nxopen.preferences.PartObject: Migrates line width attributes stored in the part file to corresponding new line widths.
Mil98Report() - Constructor for class nxopen.routing.BendReportManager.Mil98Report
Mil98Report(double, double, double, double, double) - Constructor for class nxopen.routing.BendReportManager.Mil98Report: Constructor for the Mil98Report object.
MILL - Static variable in class nxopen.cam.ConvertFromMCDBuilder.MachineTypes
MILL - Static variable in class nxopen.cam.Tool.Types: Milling tool
MILL - Static variable in class nxopen.sim.MachineToolConfiguration.TechnologyTypes: The mill technology type
MILL10 - Static variable in class nxopen.cam.MillToolBuilder.CutterSubtypes: 10-Parameter
MILL10 - Static variable in class nxopen.cam.Tool.Subtypes: Milling tool-10 parameters
MILL5 - Static variable in class nxopen.cam.MillToolBuilder.CutterSubtypes: 5-Parameter
MILL5 - Static variable in class nxopen.cam.Tool.Subtypes: Milling tool-5 parameters
MILL7 - Static variable in class nxopen.cam.MillToolBuilder.CutterSubtypes: 7-Parameter
MILL7 - Static variable in class nxopen.cam.Tool.Subtypes: Milling tool-7 parameters
MILL_BALL - Static variable in class nxopen.cam.MillToolBuilder.CutterSubtypes: Ball MillTool
MILL_BALL - Static variable in class nxopen.cam.Tool.Subtypes: Milling tool-Ball mill
MILL_CHAMFER - Static variable in class nxopen.cam.Tool.Subtypes: Milling chamfer mill
MILL_FORM - Static variable in class nxopen.cam.Tool.Types: User defined mill tool
MILL_SPHERICAL - Static variable in class nxopen.cam.Tool.Subtypes: Milling spherical mill
MILL_TURN - Static variable in class nxopen.cam.ConvertFromMCDBuilder.MachineTypes
MillAreaGeomBuilder - Interface in nxopen.cam: Represents a MillAreaGeom Builder
To create a new instance of this class, use NCGroupCollection.createMillAreaGeomBuilder(nxopen.cam.CAMObject)

Created in NX5.0.0
MillBoundaryGeomBuilder - Interface in nxopen.cam: Represents a MillBoundaryGeom Builder
To create a new instance of this class, use NCGroupCollection.createMillBoundaryGeomBuilder(nxopen.cam.CAMObject)

Created in NX5.0.0
MillCutParameters - Interface in nxopen.cam: Represents a MillCutParameters
Created in NX6.0.0
MillFormToolBuilder - Interface in nxopen.cam: Represents a MillForm Tool Builder
To create a new instance of this class, use NCGroupCollection.createMillFormToolBuilder(nxopen.cam.CAMObject)

Created in NX5.0.0
MillGeomBuilder - Interface in nxopen.cam: Represents a MillGeom Builder
To create a new instance of this class, use NCGroupCollection.createMillGeomBuilder(nxopen.cam.CAMObject)

Created in NX5.0.0
MILLI_MILLINEWTON - Static variable in class nxopen.cae.FreeBodyResultsBuilder.OutputUnits: Load unit = "mN", Moment unit N-mm
MILLI_MILLINEWTON - Static variable in class nxopen.cae.MechanicalLoadSumBuilder.UserUnit: Load unit = "mN", Moment unit N-mm
MILLI_NEWTON - Static variable in class nxopen.cae.FreeBodyResultsBuilder.OutputUnits: Load unit = "N", Moment unit N-mm
MILLI_NEWTON - Static variable in class nxopen.cae.MechanicalLoadSumBuilder.UserUnit: Load unit = "N", Moment unit N-mm
MILLIMETER - Static variable in class nxopen.tooling.InitProjectBuilder.UnitId: metric project
MILLIMETER_KILOGRAM_F - Static variable in class nxopen.motion.FlexBodyBuilder.UnitSystemType: (kgf)(mm)(kgf-s^2/mm)
MILLIMETER_MILLINEWTON - Static variable in class nxopen.motion.FlexBodyBuilder.UnitSystemType: (mN)(mm)(kg)
MILLIMETER_NEWTON - Static variable in class nxopen.motion.FlexBodyBuilder.UnitSystemType: (N)(mm)(tonne)
MILLIMETERS - Static variable in class nxopen.annotations.DimensionUnit: Specifies millimeters units
MILLIMETERS - Static variable in class nxopen.ASCImporter.Units: Millimeters Selection
MILLIMETERS - Static variable in class nxopen.BasePart.Units
MILLIMETERS - Static variable in class nxopen.cam.InspectionCmmCommandBuilder.LinearUnitsOptions: Use millimeters
MILLIMETERS - Static variable in class nxopen.display.IRayPlusStudioEditorBuilder.IRayPlusStudioStaticImageUnitsType: static image size specified in millimeters
MILLIMETERS - Static variable in class nxopen.display.RayTracedStudioEditorBuilder.RayTracedStudioStaticImageUnitsType: static image size specified in millimeters
MILLIMETERS - Static variable in class nxopen.drawings.DrawingSheet.Unit
MILLIMETERS - Static variable in class nxopen.facet.STLImportBuilder.STLFileUnitsTypes
MILLIMETERS - Static variable in class nxopen.features.BodyByEquationBuilder.StlFileUnitTypes: STL unit is millimeters.
MILLIMETERS - Static variable in class nxopen.linedesigner.InsertSheetBuilder.APIUnits: Represents the Millimeters type
MILLIMETERS - Static variable in class nxopen.Part.Units
MILLIMETERS - Static variable in class nxopen.preferences.RoutingPath.RadiusUnits: Use metric (mm) units
MILLIMETERS - Static variable in class nxopen.STLImporter.FileUnitsType: STL file is in units of millimeters.
MILLIMETERS - Static variable in class nxopen.uf.UFCgm.Units
MILLIMETERS - Static variable in class nxopen.uf.UFDrf.LinearUnits
MILLIMETERS - Static variable in class nxopen.uf.UFPlot.Units
MILLIMETERS - Static variable in class nxopen.VRMLImporter.FileUnitsType: VRML file is in units of millimeters.
MILLINEWTON_MILLIMETER - Static variable in class nxopen.cae.DurSpecialistDataSources.UnitSystem: mN mm kg
MILLING - Static variable in class nxopen.sim.KinematicChain.Types: Milling
MillingToolBuilder - Interface in nxopen.cam: Represents a MillingTool Builder
This is an abstract class, and cannot be instantiated.
MillingToolBuilder.ToolDirectionTypes - Class in nxopen.cam: Available types for tool direction milling tool
millingTrackpointBuilder() - Method in interface nxopen.cam.MillingToolBuilder: Returns the mill trackpoint builder
License requirements: cam_base ("CAM BASE")
.
MillingTrackpointBuilder - Interface in nxopen.cam: Represents a Milling Trackpoint Builder .
MillingTrackpointBuilder.AddData - Class in nxopen.cam: This class holds the data returned from MillingTrackpointBuilder.add(int, java.lang.String, double, double, double, int, int, int, int, int)
MillingTrackpointBuilder.CalculateDistanceData - Class in nxopen.cam: This class holds the data returned from MillingTrackpointBuilder.calculateDistance(int)
MillingTrackpointBuilder.Data - Class in nxopen.cam: This class holds the data returned from MillingTrackpointBuilder.get(nxopen.NXObject)
MillingTrackpointBuilder.TrackPointData - Class in nxopen.cam: This class holds the data returned from MillingTrackpointBuilder.getTrackPoint(int)
MillingTrackpointBuilder.Types - Class in nxopen.cam: the definition enum .
MILLIONTH - Static variable in class nxopen.cam.RoundPointBuilder.Output: nearest millionth
MillMachineControl - Interface in nxopen.cam: Represents a Mill Machine Control operation
To create or edit an instance of this class, use MillMachineControlBuilder

Created in NX7.5.0
MillMachineControlBuilder - Interface in nxopen.cam: Represents a MillMachineControl Builder
To create a new instance of this class, use OperationCollection.createMillMachineControlBuilder(nxopen.cam.CAMObject)

Created in NX5.0.0
MillMethodBuilder - Interface in nxopen.cam: Represents a Mill Method Builder
To create a new instance of this class, use NCGroupCollection.createMillMethodBuilder(nxopen.cam.CAMObject)

Created in NX5.0.0
MillOperation - Interface in nxopen.cam: Represents a Mill operation
To create or edit an instance of this class, use MillOperationBuilder

Created in NX7.5.0
MillOperationBuilder - Interface in nxopen.cam: Represents a MillOperation Builder
This is an abstract class and cannot be instantiated.
MillOperationBuilder.WallCleanupTypes - Class in nxopen.cam: the wall cleanup modes .
MillOrientGeomBuilder - Interface in nxopen.cam: Represents a MillOrientGeom Builder
To create a new instance of this class, use NCGroupCollection.createMillOrientGeomBuilder(nxopen.cam.CAMObject)

Created in NX5.0.0
MillOrientGeomBuilder.LowerLimitModes - Class in nxopen.cam: The lower limit mode options .
millPocketLocation() - Method in interface nxopen.cam.ConvertFromMCDBuilder: Returns the mill pocket location
License requirements: None.
millPocketNumber() - Method in interface nxopen.cam.ConvertFromMCDBuilder: Returns the mill pocket number
License requirements: None.
MillTextGeomBuilder - Interface in nxopen.cam: Represents a MillTextGeom Builder
To create a new instance of this class, use NCGroupCollection.createMillTextGeomBuilder(nxopen.cam.CAMObject)

Created in NX5.0.0
MillToolBuilder - Interface in nxopen.cam: Represents a Mill Tool Builder
To create a new instance of this class, use NCGroupCollection.createMillToolBuilder(nxopen.cam.CAMObject)

Created in NX5.0.0
MillToolBuilder.CutterSubtypes - Class in nxopen.cam: Available types for mill tool subtype
MillToolProbing - Interface in nxopen.cam: Represents a Mill Tool operation
To create or edit an instance of this class, use MillToolProbingBuilder

Created in NX8.5.1
MillToolProbingBuilder - Interface in nxopen.cam: Represents a Mill Tool Probing Builder
To create a new instance of this class, use OperationCollection.createMillToolProbingBuilder(nxopen.cam.CAMObject)

Created in NX8.5.1
MILLTURN - Static variable in class nxopen.sim.MachineToolConfiguration.TechnologyTypes: The millturn technology type
MillUserDefined - Interface in nxopen.cam: Represents a Mill User Defined operation
To create or edit an instance of this class, use MillUserDefinedBuilder

Created in NX7.5.0
MillUserDefinedBuilder - Interface in nxopen.cam: Represents a MillUserDefined Builder
To create a new instance of this class, use OperationCollection.createMillUserDefinedBuilder(nxopen.cam.CAMObject)

Created in NX5.0.0
MillVolumeGeomBuilder - Interface in nxopen.cam: Represents a MillVolumeGeom Builder
To create a new instance of this class, use NCGroupCollection.createMillVolumeGeomBuilder(nxopen.cam.CAMObject)

Created in NX5.0.0
MIMIC - Static variable in class nxopen.JtCreator.FileStructure: MIMIC
mimimumNumberPointsOnOverlap() - Method in interface nxopen.weld.AutoPointBuilder: Returns the mimimum number points to create on an overlap sheet
License requirements: None.
mimimumValue() - Method in interface nxopen.report.DoubleArgument: Returns the minimum value.
MIN - Static variable in class nxopen.cae.LaminateGraphicalReportBuilder.EnvelopeRule: Keep minimum values
MIN - Static variable in class nxopen.cae.LaminateQuickReportBuilder.EnvelopeRule: Keep minimum values
MIN - Static variable in class nxopen.cae.LaminateSpreadsheetReportBuilder.EnvelopeRule: Keep minimum values
MIN - Static variable in class nxopen.cae.optimization.TBSBaseDesignVariableBuilder.GroupOperator: Minimum value of the selection area
MIN - Static variable in class nxopen.cae.PostAnnotationBuilder.Type
min - Variable in class nxopen.cae.ResultAccess.AskMinMaxLocationData
min - Variable in class nxopen.cae.ResultAccess.AskNMinMaxLocationData
min() - Method in interface nxopen.geometricanalysis.FaceAnalysisDataRangeBuilder: Returns the minimum data range.
min - Variable in class nxopen.uf.UFMotion.JointLimits
min - Variable in class nxopen.uf.UFSim.AskAxisLimitsData
MIN_CLEARANCE - Static variable in class nxopen.MeasureDistanceBuilder.MeasureType
MIN_CLEARANCE - Static variable in class nxopen.MeasureManager.ProjectionType
MIN_DIAMETER - Static variable in class nxopen.cam.ChamferMillingBuilder.ChamferReferenceType: reference to min (Hole) diameter
MIN_DIST - Static variable in class nxopen.preferences.RoutingPath.ChainMethod: Chain with minimum path length
MIN_MAC - Static variable in class nxopen.cae.PreTestSensorConfigBuilder.AlgorithmChoiceType
MIN_PRINCIPAL - Static variable in class nxopen.cae.responsesimulation.DirectionDataComponent
MIN_PRINCIPLE - Static variable in class nxopen.cae.responsesimulation.StrengthStressCriteria
MIN_PRNCPL - Static variable in class nxopen.fields.DisplayPropertiesBuilder.TensorType
minAngle() - Method in interface nxopen.cam.TurnCornerControl: Returns the minimum angle
License requirements: None.
minAngle() - Method in interface nxopen.tooling.DieEngTrimAngleCheckBuilder: Returns the lower limit of a valid trim angle
License requirements: None.
minAngleFoldedFacets() - Method in interface nxopen.facet.CleanupFacetBodyBuilder: Returns the minimum angle between adjacent facets to define folded facets
License requirements: None.
minAngleToggle() - Method in interface nxopen.cae.ElementSplitBuilder: Returns a value indicating whether elements are to be split based on Minimum Angle.
minAngleValue() - Method in interface nxopen.cae.ElementSplitBuilder: Returns a threshold minimum angle value.
minBarLength() - Method in interface nxopen.cae.connections.Element: Returns the min bar length.
minBendRadius() - Method in interface nxopen.routing.electrical.ElectricalStockDefinition: Returns the min bend radius of stock
License requirements: routing_advanced ("Routing Advanced"), routing_base ("Routing Basic")
.
minBoringDiameterBuilder() - Method in interface nxopen.cam.TurningToolBuilder: Returns the min. boring diameter builder (inheritable double)
License requirements: cam_base ("CAM BASE")

Created in NX5.0.0
minBoringDiameterToggle() - Method in interface nxopen.cam.TurningToolBuilder: Returns the min. boring diameter toggle
License requirements: None.
minClearance() - Method in interface nxopen.cam.NcmHoleMachiningEngRet: Returns the engage/retract min clearance builder
License requirements: None.
minClearance() - Method in interface nxopen.cam.PlungeMillingBuilder: Deprecated.
Deprecated in NX8.0.0. Use CutParameters.holderClearance() instead.
minClearanceBuilder() - Method in interface nxopen.cam.NcmPlanarEngRetBuilder: Returns the engage/retract min clearance builder
License requirements: None.
minCompensationFactor() - Method in interface nxopen.cam.CornerControlBuilder: Returns the minimum compensation factor.
minCorner - Variable in class nxopen.uf.UFModlGeneral.AskBoundingBoxAlignedData
minCorner - Variable in class nxopen.uf.UFModlGeneral.AskBoundingBoxExactData
mincornerpt - Variable in class nxopen.display.DynamicSectionBuilder.BoundingBoxData
MinCutDepth - Interface in nxopen.cam: Represents a MinCutDepth
Created in NX6.0.0
minCutDepth() - Method in interface nxopen.cam.TurnCutParameters: Returns the min cut depth
License requirements: None.
MinCutDepth.Types - Class in nxopen.cam: the mininmum cut depth options .
minCutLength() - Method in interface nxopen.cam.MillOperationBuilder: Returns the min cut length builder (tool dependent double)
License requirements: None.
MinCutLength - Interface in nxopen.cam: Represents a MinCutLength
minCutLength() - Method in interface nxopen.cam.TurnCutParameters: Returns the min cut length
License requirements: None.
MinCutLength.Types - Class in nxopen.cam: the mininmum cut length options .
minCutLengthBuilder() - Method in interface nxopen.cam.FlowBuilder: Returns the flow min cut length
License requirements: None.
minCutVolume() - Method in interface nxopen.cam.MillCutParameters: Returns the minimum cut volume
License requirements: None.
MinCutVolume - Interface in nxopen.cam: Represents a MinCutVolume
Created in NX6.0.0
minDampingStatus() - Method in interface nxopen.cae.responsesimulation.EvaluationParameters: Returns the minimum damping ratio status
License requirements: nx_response_anlys ("NX Response Analysis")
.
minDist - Variable in class nxopen.uf.UFModeling.AskMinimumDist2Data
minDist - Variable in class nxopen.uf.UFModeling.AskMinimumDist3Data
minDist - Variable in class nxopen.uf.UFModeling.AskMinimumDistData
minDist - Variable in class nxopen.uf.UFSf.AskClosestPointData
minDist - Variable in class nxopen.uf.UFSf.FindMinimumDistanceData
minElemThickness() - Method in interface nxopen.cae.LaminateExtrudeSetupBuilder: Returns the relative minimum thickness for a corner node ply element.
minFacingDiameterBuilder() - Method in interface nxopen.cam.TurningToolBuilder: Returns the min. facing diameter builder (inheritable double)
License requirements: cam_base ("CAM BASE")

Created in NX5.0.0
minFacingDiameterToggle() - Method in interface nxopen.cam.TurningToolBuilder: Returns the min. facing diameter toggle
License requirements: None.
minHolderClearance() - Method in interface nxopen.cam.ToolPathTiltBuilder: Deprecated.
Deprecated in NX9.0.0. Use ToolPathTiltClearance.minHolderClearance() instead.
minHolderClearance() - Method in interface nxopen.cam.ToolPathTiltClearance: Returns the minimum holder clearance
License requirements: None.
minid - Variable in class nxopen.cae.ResultAccess.AskMinMaxLocationData
minid - Variable in class nxopen.cae.ResultAccess.AskNMinMaxLocationData
MINIMAL_LOAD_VISUALIZE - Static variable in class nxopen.LoadOptions.LoadOption: reserved for future use
minimalRadius() - Method in interface nxopen.tooling.BlendCurve3DBuilder: Returns the minimal radius of the corner to blend.
minimalSegmentLength() - Method in interface nxopen.ame.GeneralConnectionSettingsBuilder: Returns the minimal segment length setting
License requirements: ad_automation_design ("FULL AUTOMATION DESIGNER")
.
MINIMIZE_BACKDRAFT - Static variable in class nxopen.tooling.DieEngDefineProductOrientationBuilder.OptimalMethod
MINIMIZE_DRAW_DEPTH - Static variable in class nxopen.tooling.DieEngDefineProductOrientationBuilder.OptimalMethod
MINIMIZE_POINTS - Static variable in class nxopen.cam.NcmSmoothingBuilder.SmoothToleranceSources: minimize points tolerance type
MINIMIZE_TRAVEL - Static variable in class nxopen.cam.ParamBuilder.OptimizationTypes: minimize travel
minimizeNumberOfEngages() - Method in interface nxopen.cam.MillCutParameters: Returns the minimize number of engages toggle
License requirements: None.
minImprovement() - Method in interface nxopen.cae.ModelUpdateOptimOptionsBuilder: Returns the minimum improvement
License requirements: None.
MINIMUM - Static variable in class nxopen.cae.AxiSymmetricParameters.EnvVal
MINIMUM - Static variable in class nxopen.cae.CyclicSymmetricParameters.EnvelopeValue
MINIMUM - Static variable in class nxopen.cae.CyclicSymmetricParameters.Value
MINIMUM - Static variable in class nxopen.cae.optimization.Goal: Minimum value
MINIMUM - Static variable in class nxopen.cae.optimization.Hookes: Deprecated.

Minimum
MINIMUM - Static variable in class nxopen.cae.optimization.TBSLoadCase.LayerOption: the minimum value among Top, Middle and Bottom
MINIMUM - Static variable in class nxopen.cae.optimization.TBSLoadCaseManager.SelectionType: Minimum value of the selected load cases
MINIMUM - Static variable in class nxopen.cae.optimization.TBSObjectives.ObjectiveType: Target is to minimize the list of design response
MINIMUM - Static variable in class nxopen.cae.optimization.TBSShapeOptimizationParameters.DisplacementStepsize: Minimum displacement stepsize
MINIMUM - Static variable in class nxopen.cae.Post.NodeValueSharingCriterion
MINIMUM - Static variable in class nxopen.cae.Post.ValueSharingCriterion
MINIMUM - Static variable in class nxopen.cae.PostGraphAcrossIterationsBuilder.CombinationMethod
MINIMUM - Static variable in class nxopen.cae.PostGraphBuilder.GeometryValue
MINIMUM - Static variable in class nxopen.cae.PostGraphBuilder.NodalCombination
MINIMUM - Static variable in class nxopen.cae.Result.ComputationType: minimum value at the node
MINIMUM - Static variable in class nxopen.cae.Result.ElementValueCriterion
MINIMUM - Static variable in class nxopen.cae.Result.Section
MINIMUM - Static variable in class nxopen.cae.ResultMeasure.Operation: Evaluate for the minimum value
MINIMUM - Static variable in class nxopen.cae.ResultProbeBuilder.CombineAcrossEntities
MINIMUM - Static variable in class nxopen.cae.ResultProbeBuilder.CombineAcrossIterations
MINIMUM - Static variable in class nxopen.cae.ResultProbeBuilder.GeometryValue
MINIMUM - Static variable in class nxopen.cae.ResultProbeBuilder.NodalCombination
MINIMUM - Static variable in class nxopen.cae.ResultsEnvelopeBuilder.Operation
MINIMUM - Static variable in class nxopen.cae.ResultsManipulationBuilder.ElementValueAtNode
MINIMUM - Static variable in class nxopen.cae.SimBcPlotContoursBuilder.ResolveOverlapType
MINIMUM - Static variable in class nxopen.cae.SimBcXyPlotBuilder.ResolveMultipleMatches
minimum() - Method in interface nxopen.cam.ContourAngle: Returns the minimum face angle
License requirements: None.
MINIMUM - Static variable in class nxopen.cam.InspectionConstructedFeatureBuilder.MethodEnumType: Finds the maximum feature measurement point in a specified direction
MINIMUM - Static variable in class nxopen.features.BridgeCurveBuilder.MinRadiusTypes: Deprecated.

regular
MINIMUM - Static variable in class nxopen.features.BridgeCurveBuilderEx.RadiusConstraintMethods: Minimum radius
MINIMUM - Static variable in class nxopen.features.StyledBlendBuilder.StyledBlendRadiusConstraintType: Minimum radius constraint
MINIMUM - Static variable in class nxopen.fields.DisplayPropertiesBuilder.DepLabelValueEnum
MINIMUM - Static variable in class nxopen.geometricanalysis.DeviationGaugeBuilder.MinMaxType: Minimum
MINIMUM - Static variable in class nxopen.geometricanalysis.FaceCurvatureAnalysisBuilder.CurvatureTypes: Minimum
MINIMUM - Static variable in class nxopen.geometricanalysis.RadiusAnalysisBuilder.Types: Minimum radius.
MINIMUM - Static variable in class nxopen.geometricutilities.CombOptionsBuilder.LabelTypes: Minimum
MINIMUM - Static variable in class nxopen.MeasureDistanceBuilder.MeasureType
MINIMUM - Static variable in class nxopen.MeasureManager.MeasureType
MINIMUM - Static variable in class nxopen.MeasureManager.ProjectionType
MINIMUM - Static variable in class nxopen.optimization.OptimizationBuilder.OptimizationTargetType: Target is minimum value of design objective
MINIMUM_ABSOLUTE_PRINCIPAL_STRESS - Static variable in class nxopen.cae.optimization.TBSDesignResponseBuilder.Response: Absolute value of the minimum principal Stress
MINIMUM_AND_MAXIMUM - Static variable in class nxopen.cae.Post.Marker
MINIMUM_ANGLE - Static variable in class nxopen.geometricanalysis.DeviationChecking.DeviationOptions: show minimum angle deviation
MINIMUM_ANGLE - Static variable in class nxopen.Measurement.DeviationReportType: Minimum Angle
MINIMUM_BOUNDED - Static variable in class nxopen.features.IFormBuilder.BSurfaceExtractionOptions: Extract minimum bounded surface
MINIMUM_BOUNDED - Static variable in class nxopen.features.StudioXformBuilderEx.ExtrationMethodType: Extract minimum bounded surface
MINIMUM_BOX - Static variable in class nxopen.cam.CutParametersSimplifyShapesTypes: minumum box
MINIMUM_CLEARANCE - Static variable in class nxopen.cam.NcmHoleMachiningEngRet.EngRetTypes: Minimum Clearance
MINIMUM_CURVATURE - Static variable in class nxopen.features.shipdesign.RollingLineBuilder.ConstructionMethodTypes: Use an initial value method and march along the minimum curvature at each subsequent location.
MINIMUM_DEVIATION - Static variable in class nxopen.cam.InspectionMethodBuilder.CylinderFittingTypes: Minimum Deviation
MINIMUM_DEVIATION3D - Static variable in class nxopen.cam.InspectionMethodBuilder.SurfaceProfileTypes: Minimum Deviation - 3D
MINIMUM_DEVIATION_NORMAL - Static variable in class nxopen.cam.InspectionMethodBuilder.SurfaceProfileTypes: Minimum Deviation - Normal
MINIMUM_DISTANCE - Static variable in class nxopen.features.vehicledesign.MirrorCertificationBuilder.EyeMethodType: Represents using the minimum distance
MINIMUM_DISTANCE - Static variable in class nxopen.GenericMeasure.Type
MINIMUM_DISTANCE - Static variable in class nxopen.geometricanalysis.DeviationChecking.DeviationOptions: show minimum distance deviation
MINIMUM_DISTANCE - Static variable in class nxopen.Measurement.DeviationReportType: Minimum Distance
MINIMUM_DISTANCE - Static variable in class nxopen.motion.PackagingMeasureBuilder.MeasureType: Measure minimum distance between objects.
MINIMUM_DISTANCE - Static variable in class nxopen.weld.JointmarkGuideBuilder.SpaceOption: Uniformly space points using a minimum distance value.
MINIMUM_EDGE_DISTANCE - Static variable in class nxopen.weld.WeldAdvisorCheckerType: minimum edge distance
MINIMUM_INPLANE_STRESS - Static variable in class nxopen.tooling.LsdynaFormAnalysisResultDisplayBuilder.StressTypeName: Display minimum in-plane stress.
MINIMUM_KINETIC_ENERGY - Static variable in class nxopen.motion.LmsSolverProperty.DynamicInitialVelocityMethods
MINIMUM_MAGNITUDE - Static variable in class nxopen.cae.AfuMathOperation.Overall: Gets minimum magnitude values of AFU records
MINIMUM_MAXIMUM - Static variable in class nxopen.fields.DisplayPropertiesBuilder.DepLabelValueEnum
MINIMUM_MAXIMUM - Static variable in class nxopen.geometricutilities.CombOptionsBuilder.LabelTypes: Minimum and Maximum
MINIMUM_ONLY - Static variable in class nxopen.cae.Post.Marker
MINIMUM_POINT_DISTANCE - Static variable in class nxopen.weld.WeldAdvisorCheckerType: minimum point distance
MINIMUM_PRINCIPAL - Static variable in class nxopen.cae.DurabilityEventStrengthSettingsBuilder.StressTypeEnum: Minimum Principal
MINIMUM_PRINCIPAL - Static variable in class nxopen.cae.Result.Component
MINIMUM_PRINCIPLE - Static variable in class nxopen.uf.UFSf.DursolStressType
MINIMUM_SIZE - Static variable in class nxopen.cae.optimization.TBSTopologyRestrictAreaBuilder.CheckTypeOption: Definition of minimum structural diameter
MINIMUM_SMART_DISTANCE - Static variable in class nxopen.GenericMeasure.Type
MINIMUM_TEMPERATURE - Static variable in class nxopen.cae.Result.Quantity
MINIMUM_VALUE - Static variable in class nxopen.cae.AfuMathOperation.Overall: Gets minimum values of AFU records
MINIMUM_VALUE - Static variable in class nxopen.cae.xyplot.AnchorType: the position of the point which has minimum value in a record display
minimumAngle() - Method in interface nxopen.cae.optimization.TBSSmoothBuilder: Returns the minimum angle that defines the minimal angle of the triangles that result from the smoothing and data reduction.
minimumAngle() - Method in interface nxopen.cam.Cutcom: Returns the cutter compensation minimum angle
License requirements: None.
minimumAngle() - Method in interface nxopen.cam.NCAssistantBuilder: Returns the Minimum Angle
License requirements: None.
minimumAngleFoldedFacets() - Method in interface nxopen.facet.ConvertFacetBodyBuilder: Returns the minimum angle between adjacent facets to define folded facets.
minimumAngleFoldedFacets() - Method in interface nxopen.facet.STLImportBuilder: Returns the value for minimum angle between adjacent facets to define folded facets.
minimumArea() - Method in interface nxopen.cam.RoughFinishTurningBuilder: Returns the Minimum Area type
License requirements: None.
minimumArea() - Method in interface nxopen.facet.DecimateFacetBodyBuilder: Returns the value indicating area of the smallest facet that is to be retained.
minimumAreaSize() - Method in interface nxopen.cam.RoughFinishTurningBuilder: Returns the Minimum Area Size
License requirements: None.
minimumAreaUnit() - Method in interface nxopen.cam.RoughFinishTurningBuilder: Returns the Minimum Area Unit
License requirements: None.
minimumAverage() - Method in interface nxopen.cam.StepoverBuilder: Returns the variable average minimum value
License requirements: None.
minimumAverageBuilder() - Method in interface nxopen.cam.StepoverBuilder: Returns the variable average minimum builder
License requirements: None.
minimumBorderLength() - Method in interface nxopen.facet.FeatureExtractionBuilder: Returns the minimum border length
License requirements: None.
minimumCavityDepth() - Method in interface nxopen.die.RotorSectionBuilder: Returns the throat minimum cavity depth of the die rotor casting
License requirements: ug_die_design ("Die Design")
.
minimumCheckingAllowableRatio() - Method in interface nxopen.routing.SplinePathBuilder: Returns the minimum ratio allowed for this spline
License requirements: routing_base ("Routing Basic")
.
minimumCheckingAllowableValue() - Method in interface nxopen.routing.SplinePathBuilder: Returns the minimum radius allowed for this spline.
minimumCheckingMethod() - Method in interface nxopen.routing.SplinePathBuilder: Returns the minimum checking method for this spline.
minimumClearance() - Method in interface nxopen.cam.NcmPlanarEngRetBuilder: Returns the minimum clearance
License requirements: None.
minimumClearance() - Method in interface nxopen.routing.DuctReinforcementBuilder: Returns the minimum clearance value for duct reinforcement It defines the minimum distance from the beginning and end of the path to place the first and last piece of reinforcement stock.
minimumClearanceBuilder() - Method in interface nxopen.cam.NcmTurnThreadBuilder: Returns the Minimum Clearance
License requirements: None.
minimumComponentsForLargeAssemblyOption() - Method in interface nxopen.preferences.PartDrafting: Returns the minimum number of components for large assembly option to get enabled
License requirements: None.
minimumCornerAngle() - Method in interface nxopen.cam.CornerControlBuilder: Returns the minimum corner angle.
minimumCutLength() - Method in interface nxopen.cam.ToolPathSplitParametersBuilder: Returns the minimum cut length builder
License requirements: None.
minimumDegree() - Method in interface nxopen.geometricutilities.CurveFitData: Returns the minimum degree
License requirements: None.
minimumDepth() - Method in interface nxopen.cam.CutLevelPlanar: Returns the minimum depth
License requirements: None.
MINIMUMDISTANCE - Static variable in class nxopen.cae.ContactMeshBuilder.AlignmentType
minimumDistance() - Method in interface nxopen.cae.qualityaudit.MinimumDistanceSettings: Returns the minimum distance required.
minimumDistance() - Method in interface nxopen.cam.StepoverBuilder: Returns the Minimum Distance
License requirements: None.
minimumDistance() - Method in interface nxopen.tooling.BlankNestingBuilder: Returns the minimum distance between the adjacent blanks.
minimumDistance - Variable in class nxopen.uf.UFBound.AllData
MinimumDistanceData() - Constructor for class nxopen.Measurement.MinimumDistanceData
MinimumDistanceSettings - Interface in nxopen.cae.qualityaudit: This class contains the minimum distance settings available for the following actions: FreeEdgeDistanceCheck ConnectionDistanceCheck ConnectionPointsDistanceCheck
To obtain an instance of this class get the Action.settings() of classed using it.
minimumDistanceToGeometry() - Method in interface nxopen.drafting.AutomationPreferencesBuilder: Returns the minimum distance to geometry
License requirements: None.
minimumDraftAngle() - Method in interface nxopen.die.AddendumSectionBuilder: Returns the minimum draft angle.
minimumDY() - Method in interface nxopen.Hyperbola: Returns the minimum DY width.
minimumDY() - Method in interface nxopen.Parabola: Returns the minimum DY width.
minimumEdgeLength() - Method in interface nxopen.features.AestheticFaceBlendBuilder: Returns the max edge length
License requirements: None.
minimumElementSize() - Method in interface nxopen.cae.MeshControlBuilder: Returns the minimum element size.
minimumElementSize() - Method in interface nxopen.tooling.LsdynaKfileGeneratorBuilder: Returns the minimum element size
License requirements: None.
minimumElementSizeOption() - Method in interface nxopen.cae.MeshControlBuilder: Returns the minimum element size option.
minimumExtensionLength() - Method in interface nxopen.die.RotorSectionBuilder: Returns the throat minimum extension length of the die rotor casting
License requirements: ug_die_design ("Die Design")
.
minimumFaceAngle - Variable in class nxopen.uf.UFSf.Ugs2dMeshParms
minimumFaceAngle - Variable in class nxopen.uf.UFSf.UgsTetMeshParms
minimumFacetLength - Variable in class nxopen.uf.UFMotion.StlParameters
minimumFacetNumber() - Method in interface nxopen.facet.STLImportBuilder: Returns the value for minimum number of facets for a STL file to be imported
License requirements: solid_modeling ("SOLIDS MODELING") OR studio_free_form ("STUDIO FREE FORM")
.
minimumFeatureLength - Variable in class nxopen.uf.UFSf.Ugs2dMeshParms
minimumFlangeWidth() - Method in interface nxopen.weld.AutoPointBuilder: Returns the minimum flange width.
minimumFlangeWidth() - Method in interface nxopen.weld.EasyPatternBuilder: Returns the value used to control when only one surface measurement vector will be created.
minimumGapBetweenAnnotations() - Method in interface nxopen.drafting.AutomationRuleBuilder: Returns the minimum gap between annotations
License requirements: None.
minimumGapToGeometry() - Method in interface nxopen.drafting.AutomationRuleBuilder: Returns the minimum gap from the view geometry to the annotation
License requirements: None.
minimumGValue() - Method in interface nxopen.cae.responsesimulation.RSEventAttributes: Returns the Minimum G value
License requirements: None.
minimumHeelClearanceDistance() - Method in interface nxopen.cam.ToolAxisVariable: Returns the Minimum Heel Clearance Distance
License requirements: None.
minimumHeight() - Method in interface nxopen.blockstyler.ListBox: Returns the MinimumHeight
License requirements: None.
minimumHeight() - Method in interface nxopen.blockstyler.MultilineString: Returns the MinimumHeight
License requirements: None.
minimumHeight() - Method in interface nxopen.blockstyler.SetList: Returns the MinimumHeight
License requirements: None.
minimumHeight() - Method in interface nxopen.blockstyler.Tree: Returns the MinimumHeight
License requirements: None.
minimumHelixDiameter() - Method in interface nxopen.cam.CylinderMillingBuilder: Returns the Minimum Helix Diameter
License requirements: None.
minimumHoleDiameter() - Method in interface nxopen.cam.DrillBackCountersinkTool: Returns the Minimum Hole Diameter defines the minimum diameter of the hole which the tool can pass through
License requirements: None.
minimumLeadAngle() - Method in interface nxopen.cam.InterpolateVector: Returns the minimum lead angle
License requirements: None.
minimumLeadAngle() - Method in interface nxopen.cam.ToolAxisAdvanced: Returns the minimum lead angle
License requirements: None.
minimumLeadAngle() - Method in interface nxopen.cam.ToolAxisVariable: Returns the Minimum the Lead Angle
License requirements: None.
minimumLength() - Method in interface nxopen.tooling.PunchInsertBuilder: Returns the minimum length
License requirements: None.
minimumLevel() - Method in interface nxopen.cam.NCAssistantBuilder: Returns the Minimum Level
License requirements: None.
minimumLoopAngle() - Method in interface nxopen.cam.WedmGeomBuilder: Returns the minimum loop angle
License requirements: None.
minimumLoopAngle() - Method in interface nxopen.cam.WedmOperationBuilder: Returns the minimum loop angle
License requirements: None.
minimumMove() - Method in interface nxopen.cam.Cutcom: Returns the cutter compensation minimum move builder (inheritable tool dep)
License requirements: None.
minimumNegative() - Method in interface nxopen.die.AddendumSectionBuilder: Returns the minimum negative trim angle.
minimumNumberOfAttributeGroupsAllowed() - Method in interface nxopen.pdm.AttributeGroupDescription: Returns the minimum number of attribute groups of this type that can be assigned to an object.
minimumNumberOfPoints() - Method in interface nxopen.cam.InspectionCurveFeatureBuilder: Returns the minimum number of points
License requirements: None.
minimumoffset - Variable in class nxopen.display.DynamicSectionBuilder.OffsetLimitsData: Minimum offset
MinimumOrthogonalDistanceData() - Constructor for class nxopen.Measurement.MinimumOrthogonalDistanceData
minimumPathLength() - Method in interface nxopen.routing.electrical.Connection: Returns the minimum path length for this connection.
minimumPercentBuilder() - Method in interface nxopen.cam.StepoverBuilder: Returns the minimum percent of remaining
License requirements: None.
minimumPitch() - Method in interface nxopen.drawings.CustomViewSettingsBuilder: Returns the minimum pitch
License requirements: None.
minimumPitchField() - Method in interface nxopen.drawings.ThreadsViewStyle: Returns the minimum pitch field.
minimumPitchField() - Method in interface nxopen.preferences.ThreadsViewPreferences: Returns the minimum pitch field.
minimumPitchFieldData() - Method in interface nxopen.drawings.ViewStyleThreadsBuilder: Returns the minimum pitch field on the THREADS tab of the View Style Dialog
License requirements: None.
minimumPosition() - Method in interface nxopen.mechatronics.AngularLimitJointBuilder: Returns the minimum position: The minimum allowable angle, stops objects moving too close together.
minimumPosition() - Method in interface nxopen.mechatronics.LinearLimitJointBuilder: Returns the minimum position.
minimumRadius() - Method in interface nxopen.cam.DPMTubeBuilder: Returns the minimum radius builder
License requirements: None.
minimumRadius() - Method in interface nxopen.cam.InspectionMethodBuilder: Returns the minimum radius
License requirements: None.
minimumRadius() - Method in interface nxopen.cam.InspectionPolarGridBuilder: Returns the minimum radius
License requirements: None.
minimumRadius() - Method in interface nxopen.cam.NCAssistantBuilder: Returns the Minimum Radius
License requirements: None.
minimumRadius() - Method in interface nxopen.die.AddendumSectionBuilder: Returns the minimum radius.
minimumRadius() - Method in interface nxopen.facet.AdjustMinimumRadiusBuilder: Returns the minimum radius of curvature
License requirements: None.
minimumRadius() - Method in interface nxopen.features.AestheticFaceBlendBuilder: Returns the min radius
License requirements: None.
minimumRadius() - Method in interface nxopen.tooling.PunchInsertBuilder: Returns the minimum radius
License requirements: None.
minimumRadiusMode() - Method in interface nxopen.cam.InspectionMethodBuilder: Returns the minimum radius mode
License requirements: None.
minimumRadiusMode() - Method in interface nxopen.cam.InspectionPolarGridBuilder: Returns the minimum radius mode
License requirements: None.
minimumRadiusOption() - Method in interface nxopen.features.BridgeCurveBuilder: Deprecated.
Deprecated in NX8.5.0. Use BridgeCurveBuilderEx instead.
minimumRadiusPoint() - Method in interface nxopen.cam.InspectionPolarGridBuilder: Returns the minimum radius point
License requirements: None.
minimumRadiusValue() - Method in interface nxopen.features.BridgeCurveBuilder: Deprecated.
Deprecated in NX8.5.0. Use BridgeCurveBuilderEx instead.
minimumRandomAngle() - Method in interface nxopen.formboard.FormboardLayoutBuilder: Returns the minimum random angle.
minimumRibHeight() - Method in interface nxopen.die.KeywayBuilder: Returns the expression for the minimum rib height
License requirements: None.
minimumRibHeight() - Method in interface nxopen.die.KeywayChildBuilder: Returns the minimum rib height of the keyway.
minimumRibHeight() - Method in interface nxopen.die.KeywayParentBuilder: Returns the minimum rib height of keyways.
minimumSegmentLength() - Method in interface nxopen.pid.PreferencesConnectionBuilder: Returns the minimum segment length.
minimumSizeAxial() - Method in interface nxopen.cam.RoughFinishTurningBuilder: Returns the Minimum Size Axial
License requirements: None.
minimumSizeMode() - Method in interface nxopen.cam.RoughFinishTurningBuilder: Returns the Minimum Size Mode
License requirements: None.
minimumSizeRadial() - Method in interface nxopen.cam.RoughFinishTurningBuilder: Returns the Minimum Size Radial
License requirements: None.
minimumSmallEdgeLength() - Method in interface nxopen.preferences.SessionNXGateway: Returns the minimum small edge length.
minimumSpaceSize() - Method in interface nxopen.tooling.BlankLayoutBuilder: Returns the option to report minimum space size or not.
minimumSpaceSizeValue() - Method in interface nxopen.tooling.BlankLayoutBuilder: Returns the minimum distance between the adjacent blanks.
minimumSpacing() - Method in interface nxopen.cam.InspectionCurveFeatureBuilder: Returns the minimum spacing
License requirements: None.
minimumSpacingBetweenPoints() - Method in interface nxopen.weld.AutoPointBuilder: Returns the minimum spacing between points
License requirements: None.
minimumSubtendedAngle() - Method in interface nxopen.features.AestheticFaceBlendBuilder: Returns the minimum subtended angle
License requirements: None.
minimumThickness() - Method in interface nxopen.cae.optimization.TBSTopologyRestrictAreaBuilder: Returns the minimum thickness of the structure
License requirements: None.
minimumTiltAngle() - Method in interface nxopen.cam.ToolAxisVariable: Returns the Minimum Tilt Angle
License requirements: None.
minimumToolClearance() - Method in interface nxopen.features.sheetmetal.BeadBuilder: Returns the Minimum tool clearance expression.
minimumToolClearance() - Method in interface nxopen.features.sheetmetal.DimpleBuilder: Returns the minimum tool clearance expression.
minimumToolClearance() - Method in interface nxopen.features.sheetmetal.DrawnCutoutBuilder: Returns the minimum tool clearance expression.
minimumToolClearance() - Method in interface nxopen.features.sheetmetal.LouverBuilder: Returns the minimum tool clearance expression.
minimumTrimLedge() - Method in interface nxopen.die.AddendumSectionBuilder: Returns the minimum trim ledge.
minimumValue() - Method in interface nxopen.blockstyler.AngularDimension: Returns the MinimumValue
License requirements: None.
minimumValue() - Method in interface nxopen.blockstyler.DoubleBlock: Returns the MinimumValue
License requirements: None.
minimumValue() - Method in interface nxopen.blockstyler.ExpressionBlock: Returns the MinimumValue
License requirements: None.
minimumValue() - Method in interface nxopen.blockstyler.IntegerBlock: Returns the MinimumValue
License requirements: None.
minimumValue() - Method in interface nxopen.blockstyler.LinearDimension: Returns the MinimumValue
License requirements: None.
minimumValue() - Method in interface nxopen.blockstyler.OnPathDimension: Returns the MinimumValue
License requirements: None.
minimumValue() - Method in interface nxopen.blockstyler.RadiusDimension: Returns the MinimumValue
License requirements: None.
minimumValue - Variable in class nxopen.fields.FieldVariable.Bounds: minimum bound value
minimumValue() - Method in interface nxopen.report.IntegerArgument: Returns the minimum value.
minimumWallThickness() - Method in interface nxopen.tooling.MoldFeatureRecognitionBuilder: Returns the minimum wall thickness
License requirements: None.
minimumWidth() - Method in interface nxopen.blockstyler.Tree: Returns the MinimumWidth
License requirements: None.
minimumXDimension() - Method in interface nxopen.tooling.MoldFeatureRecognitionBuilder: Returns the minimum x dimension of product body
License requirements: None.
minimumXDimension() - Method in interface nxopen.tooling.SheetMetalFeatureRecognitionBuilder: Returns the minimum x dimension of product body
License requirements: None.
minimumYDimension() - Method in interface nxopen.tooling.MoldFeatureRecognitionBuilder: Returns the minimum y dimension of product body
License requirements: None.
minimumYDimension() - Method in interface nxopen.tooling.SheetMetalFeatureRecognitionBuilder: Returns the minimum y dimension of product body
License requirements: None.
minimumZDimension() - Method in interface nxopen.tooling.MoldFeatureRecognitionBuilder: Returns the minimum z dimension of product body
License requirements: None.
minimumZDimension() - Method in interface nxopen.tooling.SheetMetalFeatureRecognitionBuilder: Returns the minimum z dimension of product body
License requirements: None.
minIncludedAngleQuadToggle - Variable in class nxopen.uf.UFSf.Ugs2dMeshParms
minIncludedAngleQuadValue - Variable in class nxopen.uf.UFSf.Ugs2dMeshParms
minIncludedAngleTriaToggle - Variable in class nxopen.uf.UFSf.Ugs2dMeshParms
minIncludedAngleTriaValue - Variable in class nxopen.uf.UFSf.Ugs2dMeshParms
minInclusive() - Method in interface nxopen.blockstyler.AngularDimension: Returns the MinInclusive
License requirements: None.
minInclusive() - Method in interface nxopen.blockstyler.DoubleBlock: Returns the MinInclusive
License requirements: None.
minInclusive() - Method in interface nxopen.blockstyler.ExpressionBlock: Returns the MinInclusive
License requirements: None.
minInclusive() - Method in interface nxopen.blockstyler.IntegerBlock: Returns the MinInclusive
License requirements: None.
minInclusive() - Method in interface nxopen.blockstyler.LinearDimension: Returns the MinInclusive
License requirements: None.
minInclusive() - Method in interface nxopen.blockstyler.OnPathDimension: Returns the MinInclusive
License requirements: None.
minInclusive() - Method in interface nxopen.blockstyler.RadiusDimension: Returns the MinInclusive
License requirements: None.
minInteger() - Method in interface nxopen.AttributeTemplatesBuilder: Returns the min integer.
minLabel() - Method in interface nxopen.cae.LaminateRelabelPliesBuilder: Returns the start label for the label and increment option
License requirements: None.
minLength() - Method in interface nxopen.cae.DurSpecialistSuperpositionEventBuilder: Returns the min length in substring comparison.
minMaterialThickness() - Method in interface nxopen.cam.MillCutParameters: Returns the minimum material thickness
License requirements: None.
MINMAX - Static variable in class nxopen.geometricanalysis.DeviationGaugeBuilder.MinMaxType: Minimum/Maximum
MINMAX - Static variable in class nxopen.geometricutilities.TransitionLawNodeBuilder.TransitionType: Minimum-Maximum type transition
minMaxOption() - Method in interface nxopen.geometricanalysis.DeviationGaugeBuilder: Returns the min_max type
License requirements: studio_free_form ("STUDIO FREE FORM")
.
minMeanRange() - Method in interface nxopen.cae.DurabilityDamageEvaluationBuilder: Returns the min mean range
License requirements: None.
minNeckClearance() - Method in interface nxopen.cam.ToolPathTiltBuilder: Deprecated.
Deprecated in NX9.0.0. Use ToolPathTiltClearance.minNeckClearance() instead.
minNeckClearance() - Method in interface nxopen.cam.ToolPathTiltClearance: Returns the minimum neck clearance
License requirements: None.
minNumber() - Method in interface nxopen.AttributeTemplatesBuilder: Returns the min number.
minor - Variable in class nxopen.uf.UFEval.Ellipse
MINOR_ANGULAR_DIM - Static variable in class nxopen.Sketch.ConstraintType
MINOR_AXIS - Static variable in class nxopen.cam.InspectionToleranceOperationBuilder.ParamXYZAxis: Minor Axis
MINOR_DIAMETER - Static variable in class nxopen.annotations.HoleCalloutSettingsBuilder.Parametertype
MinorAngularDimension - Interface in nxopen.annotations: Represents a minor angular dimension
To create or edit an instance of this class, use MinorAngularDimensionBuilder

Created in NX4.0.0
MinorAngularDimensionBuilder - Interface in nxopen.annotations: Represents a AngularDimension builder
To create a new instance of this class, use DimensionCollection.createMinorAngularDimensionBuilder(nxopen.annotations.MinorAngularDimension)

Created in NX9.0.0
minorDia - Variable in class nxopen.uf.UFModl.SymbThreadData
minorDiameter() - Method in interface nxopen.cam.HoleBossSet: Returns the Minor Diameter
License requirements: None.
minorDiameter - Variable in class nxopen.uf.UFModlGeneral.AskTorusParmsData
minorLinesPerMajor() - Method in interface nxopen.display.GridBuilder: Returns the minor lines per major
License requirements: None.
minorLinesPerMajor - Variable in class nxopen.preferences.WorkPlane.GridSize: Number of minor lines between major grid lines
minorLineStyle() - Method in interface nxopen.display.GridBuilder: Returns the minor line style
License requirements: None.
minorLineWeight() - Method in interface nxopen.display.GridBuilder: Returns the minor line weight
License requirements: None.
minorPoint() - Method in interface nxopen.SketchEllipseBuilder: Returns the point in minor axis to calculate the minor radius
License requirements: None.
minorRadius() - Method in interface nxopen.cam.InspectionTorusFeatureBuilder: Returns the minor radius of the torus
License requirements: None.
minorRadius() - Method in interface nxopen.Ellipse: Returns the minor radius.
minorradius - Variable in class nxopen.Ellipse.ParametersData
minorRadius - Variable in class nxopen.facet.FacetedEdge.CurveData
minorradius - Variable in class nxopen.markup.Ellipse.CenterAndRadiusData
minorRadius() - Method in interface nxopen.SketchEllipseBuilder: Returns the minor radius
License requirements: None.
minorRevision - Variable in class nxopen.uf.UFPs.KernelVersion
minpoint - Variable in class nxopen.assemblies.ClearanceSet.InterferenceData: the points on the interference region at the extremes of depth
minpoint - Variable in class nxopen.tooling.StockSizeBuilder.CalculateBoxSizeData
minPower() - Method in interface nxopen.cam.LaserTool: Returns the Minimum Power
License requirements: None.
minRad() - Method in interface nxopen.tooling.ScrapDesignBuilder: Returns the minimum radius to blend sharp corners
License requirements: None.
minRadius() - Method in interface nxopen.blockstyler.AngularDimension: Returns the MinRadius
License requirements: None.
minradius - Variable in class nxopen.features.ConcaveFacesBuilder.CalculatePointCurvatureData: the minimum value of targeted face
minRampLength() - Method in interface nxopen.cam.MillingToolBuilder: Returns the min ramp length
License requirements: None.
minRampLengthBuilder() - Method in interface nxopen.cam.NcmPlanarEngRetBuilder: Returns the engage/retract minimum ramp length builder (inheritable tool dep)
License requirements: None.
minSafeClearance() - Method in interface nxopen.cam.ToolPathTiltBuilder: Deprecated.
Deprecated in NX8.0.0. Use ToolPathTiltBuilder.minHolderClearance() instead.
minShankClearance() - Method in interface nxopen.cam.ToolPathTiltBuilder: Deprecated.
Deprecated in NX9.0.0. Use ToolPathTiltClearance.minShankClearance() instead.
minShankClearance() - Method in interface nxopen.cam.ToolPathTiltClearance: Returns the minimum shank clearance
License requirements: None.
minSimulationTime() - Method in interface nxopen.cam.SimulationOptionsBuilder: Returns the minimum simulation time
License requirements: None.
minSpacing() - Method in interface nxopen.cam.InspectionMethodBuilder: Returns the minimum spacing between scan points
License requirements: None.
minSpacing() - Method in interface nxopen.cam.InspectionScanCurve5AxisBuilder: Returns the Minimum Spacing of points along the Scan Curve
License requirements: None.
minSpacing() - Method in interface nxopen.cam.InspectionScanCurveBuilder: Returns the Minimum Spacing of points along the Scan Curve
License requirements: None.
minString() - Method in interface nxopen.AttributeTemplatesBuilder: Returns the min string.
minsubid - Variable in class nxopen.cae.ResultAccess.AskMinMaxLocationData
minsubid - Variable in class nxopen.cae.ResultAccess.AskNMinMaxLocationData
minThickness() - Method in interface nxopen.features.MidSurfaceUserDefinedBuilder: Returns the min element thickness allowed during Fem solve
License requirements: None.
minTiltAngle() - Method in interface nxopen.cam.ToolPathTiltMachine: Returns the minimum tilt angle
License requirements: None.
minToggle() - Method in interface nxopen.cam.InspectionCmmCommandBuilder: Returns the min toggle
License requirements: None.
minToolAxisChange() - Method in interface nxopen.cam.ToolAxisChange: Returns the minimum tool axis change
License requirements: None.
minToolLen(CAMObject[]) - Method in interface nxopen.cam.CAMSetup: Minimum tool length
License requirements: cam_base ("CAM BASE")
.
minTraverseDistance() - Method in interface nxopen.cam.AcrossVoids: Returns the minimum traversal distance
License requirements: cam_base ("CAM BASE")
.
MINUS - Static variable in class nxopen.features.shipdesign.DeckListItemBuilder.DatumDir
MINUS_LIMIT2LINES - Static variable in class nxopen.annotations.SearchCriteriaSurfaceFinishBuilder.ToleranceTypeOptions: - limit 2 lines
MINUS_LIMIT_ONE_LINE - Static variable in class nxopen.annotations.BaseSurfaceFinishBuilder.ToleranceOption: Minus limit one line
MINUS_LIMIT_ONE_LINE - Static variable in class nxopen.annotations.SearchCriteriaDimensionBuilder.ToleranceTypes: MinusLimitOneLine
MINUS_LIMIT_TWO_LINES - Static variable in class nxopen.annotations.BaseSurfaceFinishBuilder.ToleranceOption: Minus limit two lines
MINUS_LIMIT_TWO_LINES - Static variable in class nxopen.annotations.SearchCriteriaDimensionBuilder.ToleranceTypes: MinusLimitTwoLines
MINUS_OVER_PLUS - Static variable in class nxopen.uf.UFGdt.TolFormat
minute - Variable in class nxopen.NXObject.ComputationalTime
minute - Variable in class nxopen.uf.UFPs.KernelVersion
minValue() - Method in interface nxopen.cam.InspectionCmmCommandBuilder: Returns the min value
License requirements: None.
minValue - Variable in class nxopen.uf.UFDrf.CustomSymbolText
minWeight - Variable in class nxopen.uf.UFWeight.AskPartMinWeightData
minWidth() - Method in interface nxopen.cam.TrochoidalSettings: Returns the path min width distance
License requirements: None.
MIRROR - Static variable in class nxopen.features.GeomcopyBuilder.TransformTypes: mirror about a plane
Mirror - Interface in nxopen.features: Represents a mirror feature.
MIRROR - Static variable in class nxopen.features.PatternFaceBuilder.PatternTypes: This stands for mirror pattern type.
mirror() - Method in interface nxopen.features.shipdesign.ManufacturingPreparationBuilder: Returns the mirror option
License requirements: None.
MIRROR - Static variable in class nxopen.geometricutilities.PatternDefinition.PatternEnum: mirror pattern.
MIRROR - Static variable in class nxopen.partfamily.FamilyAttribute.AttrType: mirror attribute
MIRROR - Static variable in class nxopen.Sketch.ConstraintType
MIRROR - Static variable in class nxopen.SketchPattern.Type: The pattern type is mirror pattern
MIRROR - Static variable in class nxopen.tooling.ElectrodeCopyBuilder.Copy: the method is mirror
mirror(double[], double[]) - Method in interface nxopen.uf.UFMtx4: Refer to UF_MTX4_mirror for documentation.
MIRROR - Static variable in class nxopen.uf.UFSket.ConType
MIRROR - Static variable in class nxopen.weld.DatumSurfaceBuilder.Types: mirror location
MIRROR - Static variable in class nxopen.weld.JointmarkBuilder.Method: Mirror
MIRROR - Static variable in class nxopen.weld.TransformBuilder.TransformationTypes: Mirror
MIRROR - Static variable in class nxopen.weld.WeldPointExitBuilder.MethodUsed: Feature was created using the mirror method.
MIRROR - Static variable in class nxopen.weld.WeldPointMethod: mirror existing points
MIRROR_BODY_LINK - Static variable in class nxopen.features.WaveLinkBuilder.Types
MIRROR_THROUGH_ALINE - Static variable in class nxopen.cam.InspectionOperationTransformBuilder.Transform: mirror through a line
MIRROR_THROUGH_ALINE - Static variable in class nxopen.cam.OperationTransformBuilder.Transform: mirror through a line
MIRROR_THROUGH_APLANE - Static variable in class nxopen.cam.InspectionOperationTransformBuilder.Transform: mirror through a plane
MIRROR_THROUGH_APLANE - Static variable in class nxopen.cam.OperationTransformBuilder.Transform: mirror through a plane
MIRROR_TO_TARGET - Static variable in class nxopen.features.vehicledesign.MirrorCertificationBuilder.ShowVisionConeType: Represents only Mirror-Target vision cone is shown
MIRROR_TYPE - Static variable in class nxopen.Part.PartFamilyAttrType: Deprecated.

mirror attribute
MIRROR_XAND_Y - Static variable in class nxopen.features.GeomcopyBuilder.CsysMirrorOptions: Mirror X and Y and derive Z
MIRROR_XAND_Y - Static variable in class nxopen.features.MirrorBuilder.CsysMirrorOptions: Mirror X and Y and derive Z
MIRROR_XYAND_DERIVE_Z - Static variable in class nxopen.LinkedMirrorPartBuilder.MirrorCsysOption
MIRROR_XZAND_DERIVE_Y - Static variable in class nxopen.LinkedMirrorPartBuilder.MirrorCsysOption
MIRROR_YAND_Z - Static variable in class nxopen.features.GeomcopyBuilder.CsysMirrorOptions: Mirror Y and Z and derive X
MIRROR_YAND_Z - Static variable in class nxopen.features.MirrorBuilder.CsysMirrorOptions: Mirror Y and Z and derive X
MIRROR_YZAND_DERIVE_X - Static variable in class nxopen.LinkedMirrorPartBuilder.MirrorCsysOption
MIRROR_ZAND_X - Static variable in class nxopen.features.GeomcopyBuilder.CsysMirrorOptions: Mirror X and Z and derive Y
MIRROR_ZAND_X - Static variable in class nxopen.features.MirrorBuilder.CsysMirrorOptions: Mirror X and Z and derive Y
mirrorApproachOption() - Method in interface nxopen.features.shipdesign.MirrorShipStructureBuilder: Returns an option to determines the approach to copy and mirror ship standard parts.
MirrorBody - Interface in nxopen.features: Represents a mirror body feature.
MirrorBodyBuilder - Interface in nxopen.features: Represents a MirrorBody builder.
mirrorBodyBuilder() - Method in interface nxopen.features.WaveLinkBuilder: Returns the mirrorbodybuilder
License requirements: None.
MirrorBodyBuilder.FeatureOptionType - Class in nxopen.features: enum for feature option type
MirrorBodyBuilder.ParentPart - Class in nxopen.features: the parent part types
MirrorBodyBuilder.WaveLinkInformationData - Class in nxopen.features: This class holds the data returned from MirrorBodyBuilder.getWaveLinkInformation()
mirrorBodyCollector() - Method in interface nxopen.features.MirrorBodyBuilder: Returns a collection of bodies to mirror
License requirements: None.
mirrorBodyList() - Method in interface nxopen.features.MirrorBodyBuilder: Deprecated.
Deprecated in NX9.0.0. Use MirrorBodyBuilder.mirrorBodyCollector() instead.
mirrorBoundary() - Method in interface nxopen.features.vehicledesign.CloseRangeVisibilityBuilder: Returns the curves selection used to identify the mirror boundary section.
MirrorBuilder - Interface in nxopen.cam: Represents a Mirror Builder.
MirrorBuilder - Interface in nxopen.features: Represents a Mirror builder.
MirrorBuilder.CsysMirrorOptions - Class in nxopen.features: the Coordinate System mirror options
mirrorByType() - Method in interface nxopen.weld.WeldPointBuilder: Returns the mirror by type
License requirements: ugweld ("UG WELD")
.
MirrorCageBuilder - Interface in nxopen.features.subdivision: Represents a MirrorCageBuilder builder.
MirrorCertification - Interface in nxopen.features.vehicledesign: Represents a mirror certification feature.
MirrorCertificationBuilder - Interface in nxopen.features.vehicledesign: A MirrorCertificationBuilder used to create or edit a vehicle design MirrorCertification feature.
MirrorCertificationBuilder.DriverSideStandardsType - Class in nxopen.features.vehicledesign: Used to indicate the standard for the driver mirror.
MirrorCertificationBuilder.EyeFromOptionType - Class in nxopen.features.vehicledesign: Used to indicate what part the eye is from.
MirrorCertificationBuilder.EyellipsePercentileType - Class in nxopen.features.vehicledesign: Used to indicate the eyellipse percentile that is used in mirror certification.
MirrorCertificationBuilder.EyeMethodType - Class in nxopen.features.vehicledesign: Used to indicate the method to calculate the eye location based on the distance from the eyellipse to the mirror pivot.
MirrorCertificationBuilder.EyePointMethodType - Class in nxopen.features.vehicledesign: Used to indicate the method to define the eye point.
MirrorCertificationBuilder.InsideStandardsType - Class in nxopen.features.vehicledesign: Used to indicate the standard for the inside mirror.
MirrorCertificationBuilder.InstructionFieldPositionType - Class in nxopen.features.vehicledesign: Used to indicate the postion where the instruction field will be.
MirrorCertificationBuilder.InstructionFieldsType - Class in nxopen.features.vehicledesign: Used to indicate the shape type of the instruction field.
MirrorCertificationBuilder.LocationType - Class in nxopen.features.vehicledesign: Used to indicate the mirror location.
MirrorCertificationBuilder.MirrorOrientationType - Class in nxopen.features.vehicledesign: Used to indicate the method to rotate mirror.
MirrorCertificationBuilder.MirrorSurfaceType - Class in nxopen.features.vehicledesign: Used to indicate the mirror surface type.
MirrorCertificationBuilder.PassengerSideStandardsType - Class in nxopen.features.vehicledesign: Used to indicate the standard for the passenger mirror.
MirrorCertificationBuilder.ShowVisionConeType - Class in nxopen.features.vehicledesign: Used to indicate what vision cone will be shown.
mirrorCrossSection() - Method in interface nxopen.mechanicalrouting.StockBuilder: Returns the mirror cross section value.
mirrorCsysMethod() - Method in interface nxopen.LinkedMirrorPartBuilder: Returns the method specifying how to mirror coordinate systems
License requirements: solid_modeling ("SOLIDS MODELING")
.
MirrorCurve - Interface in nxopen.features: Represents a mirror curve feature
To create or edit an instance of this class, use MirrorCurveBuilder

Created in NX6.0.0
MirrorCurveBuilder - Interface in nxopen.features: Represents a MirrorCurve builder
To create a new instance of this class, use FeatureCollection.createMirrorCurveBuilder(nxopen.features.Feature)
Default values.
MirrorCurveBuilder.PlaneOptions - Class in nxopen.features: Represents the Plane options.
mirrorDefinition() - Method in interface nxopen.geometricutilities.PatternDefinition: Returns the mirror definition.
MIRRORED - Static variable in class nxopen.features.ExtendSheetBuilder.SurfaceShape: Extends a B-surface by mirroring the curvature continuous shape of the surface.
MIRRORED - Static variable in class nxopen.features.TrimExtendBuilder.ExtensionMethods: Mirrored
MIRRORED - Static variable in class nxopen.motion.TirePropertyTnoBuilder.TireSideType
mirrored - Variable in class nxopen.uf.UFDrf.AskSymbolMirrorAndFlipData
MirrorFace - Interface in nxopen.features: Represents a Mirror Face feature
To create or edit an instance of this class, use MirrorFaceBuilder

Created in NX6.0.0
MirrorFaceBuilder - Interface in nxopen.features: Represents a MirrorFace builder
To create a new instance of this class, use FeatureCollection.createMirrorFaceBuilder(nxopen.features.Feature)
Default values.
MirrorFaceBuilder.MirrorPlaneOptions - Class in nxopen.features: Represents the mirror plane options
mirrorFaces() - Method in interface nxopen.features.vehicledesign.CloseRangeVisibilityBuilder: Returns the faces selection used to identify the mirror surfaces.
mirrorFaces() - Method in interface nxopen.features.vehicledesign.PedestrianProtectionBuilder: Deprecated.
Deprecated in NX9.0.0. This API is no longer used.
mirrorFacetBodies() - Method in interface nxopen.features.vehicledesign.CloseRangeVisibilityBuilder: Returns the facet selection used to identify the mirror facet bodies.
mirrorFacetBodies() - Method in interface nxopen.features.vehicledesign.MirrorCertificationBuilder: Returns the facet body that represents the closed mirror profile.
MirrorFeature - Interface in nxopen.features: Represents a mirror feature feature.
MirrorFeatureBuilder - Interface in nxopen.features: Represents a MirrorFeature builder
To create a new instance of this class, use FeatureCollection.createMirrorFeatureBuilder(nxopen.features.Feature)

Created in NX5.0.0
MirrorFeatureBuilder.PlaneOptions - Class in nxopen.features: the Plane options.
mirrorObjects(Tag, Tag, int, Tag[]) - Method in interface nxopen.uf.UFSket: Refer to UF_SKET_mirror_objects for documentation.
MirrorObjectsData() - Constructor for class nxopen.uf.UFSket.MirrorObjectsData
mirrorOrientation() - Method in interface nxopen.features.vehicledesign.MirrorCertificationBuilder: Returns the mirror orientation method.
mirrorOrientationOption() - Method in interface nxopen.geometricutilities.PatternOrientation: Returns the orientationOption for Mirror pattern type
License requirements: None.
mirrorPart() - Method in interface nxopen.LinkedMirrorPartAttributeEditData: Returns the mirror part
License requirements: None.
mirrorPartName() - Method in interface nxopen.LinkedMirrorPartBuilder: Returns the name of the new mirror part
License requirements: solid_modeling ("SOLIDS MODELING")
.
mirrorPartType() - Method in interface nxopen.LinkedMirrorPartBuilder: Returns the type of mirror part which controls how the mirrored part responds to changes in source part
License requirements: solid_modeling ("SOLIDS MODELING")
.
MirrorPattern - Interface in nxopen.geometricutilities: the Mirror pattern definition.
MirrorPattern.PlaneOptions - Class in nxopen.geometricutilities: the Plane options.
mirrorPlane() - Method in interface nxopen.die.AddendumSectionBuilder: Returns the mirror plane.
mirrorPlane() - Method in interface nxopen.die.FillBuilder: Returns the plane to mirror the area fill about
License requirements: die_engineering ("DIE ENGINEERING")
.
mirrorPlane() - Method in interface nxopen.features.GeomcopyBuilder: Returns the mirror plane for mirror type of instancing.
mirrorPlane() - Method in interface nxopen.features.shipdesign.MirrorShipStructureBuilder: Returns the mirror plane.
mirrorPlane() - Method in interface nxopen.features.subdivision.MirrorCageBuilder: Returns the mirror plane
License requirements: None.
mirrorPlane() - Method in interface nxopen.LinkedMirrorPartBuilder: Returns the plane about which the entities are mirrored
License requirements: solid_modeling ("SOLIDS MODELING")
.
mirrorPlane() - Method in interface nxopen.tooling.ElectrodeCopyBuilder: Returns the mirror plane
License requirements: None.
mirrorPlane - Variable in class nxopen.uf.UFModlFeatures.AskMirrorPatternFaceData
mirrorPlane() - Method in interface nxopen.weld.DatumSurfaceBuilder: Returns the plane used for mirroring a reference surface locator.
mirrorPlane() - Method in interface nxopen.weld.TransformBuilder: Returns the mirror plane, used when TransformBuilder.TransformationTypes is set to TransformBuilder.TransformationTypes.MIRROR
License requirements: ugweld ("UG WELD")

Created in NX11.0.1
mirrorPlane() - Method in interface nxopen.weld.WeldPointBuilder: Returns the plane that a point is to be mirrored about.
MirrorPlaneDataOfMirrorPartData() - Constructor for class nxopen.PartCollection.MirrorPlaneDataOfMirrorPartData
mirrorplanedirection - Variable in class nxopen.PartCollection.MirrorPlaneDataOfMirrorPartData: mirror plane normal direction
mirrorPlaneNormal() - Method in interface nxopen.LinkedMirrorPartBuilder: Returns the normal of the mirror plane
License requirements: solid_modeling ("SOLIDS MODELING")
.
mirrorPlaneOption() - Method in interface nxopen.features.MirrorFaceBuilder: Returns the mirror plane option
License requirements: None.
mirrorPlaneOrigin() - Method in interface nxopen.LinkedMirrorPartBuilder: Returns the origin of the mirror plane
License requirements: solid_modeling ("SOLIDS MODELING")
.
mirrorplaneorigin - Variable in class nxopen.PartCollection.MirrorPlaneDataOfMirrorPartData: mirror plane origin
mirrorPmiFlag() - Method in interface nxopen.LinkedMirrorPartBuilder: Returns the option that determines if PMI entities will be mirrored
License requirements: None.
mirrorProcedureOptions() - Method in interface nxopen.features.subdivision.StartSymmetricModelingBuilder: Deprecated.
Deprecated in NX10.0.0. This property is redundent and hence not necessary.
mirrorProfile() - Method in interface nxopen.features.vehicledesign.TireEnvelopeBuilder: Returns the option to specify whether or not the tire profile is to be mirrored.
mirrorRotationPoint() - Method in interface nxopen.features.vehicledesign.CloseRangeVisibilityBuilder: Returns the mirror rotation point specified.
mirrorRotationYAngle() - Method in interface nxopen.features.vehicledesign.CloseRangeVisibilityBuilder: Returns the mirror rotation angle around vehicle Y axis after Z axis.
mirrorRotationZAngle() - Method in interface nxopen.features.vehicledesign.CloseRangeVisibilityBuilder: Returns the mirror rotation angle around vehicle Z axis.
mirrorSections() - Method in interface nxopen.die.AddendumSectionBuilder: Mirror sections using plane from AddendumSectionBuilder.mirrorPlane() .
MirrorShipStructureBuilder - Interface in nxopen.features.shipdesign: Copy the selected parts (components) about the Mirror Plane with full model history and feature data.
MirrorShipStructureBuilder.AppTypes - Class in nxopen.features.shipdesign: Settings to indicate the current application type.
MirrorShipStructureBuilder.MirrorApproach - Class in nxopen.features.shipdesign: Represents the approach of mirroring ship standard parts.
MirrorShipStructureBuilder.SortComponentByInterPartDependencyData - Class in nxopen.features.shipdesign: This class holds the data returned from MirrorShipStructureBuilder.sortComponentByInterPartDependency()
MirrorShipStructureBuilder.Types - Class in nxopen.features.shipdesign: Settings to indicate the selection type of ship feature.
mirrorSurface() - Method in interface nxopen.features.vehicledesign.MirrorCertificationBuilder: Returns the face that represents the closed mirror profile.
mirrorTargetRestrictions() - Method in interface nxopen.features.vehicledesign.MirrorCertificationBuilder: Returns the faces representing the restrictions between the mirror and the target plane.
mirrorTargetRestrictionsFacetBodies() - Method in interface nxopen.features.vehicledesign.MirrorCertificationBuilder: Returns the facet body representing the restrictions between the mirror and the target plane.
mirrorType() - Method in interface nxopen.features.vehicledesign.MirrorCertificationBuilder: Returns the mirror surface type, planar or spherical.
mirrorX() - Method in interface nxopen.diagramming.SheetElementBuilder: Returns the sheet element to Mirror along the X axis.
mirrorY() - Method in interface nxopen.diagramming.SheetElementBuilder: Returns the sheet element to Mirror along the Y axis.
misalignedMode() - Method in interface nxopen.features.shipdesign.ProfileTransitionBuilder: Returns the misaligned mode used to create new Profile Transition features.
MISC - Static variable in class nxopen.layout2d.Layout2dComponentMemberType
misc() - Method in interface nxopen.UFSession
MISC_APPL_REASON - Static variable in class nxopen.uf.UFCgm.ExportReason
MISC_DATA_DIR - Static variable in class nxopen.uf.UFUi.DialogDirId
MISC_DATA_FLTR - Static variable in class nxopen.uf.UFUi.DialogFilterId
MISC_OTHERS - Static variable in class nxopen.layout2d.Layout2dComponentMemberType
MISES_STRESS_HYPOTHESIS - Static variable in class nxopen.cae.optimization.TBSDesignResponseBuilder.Response: Mises Stress hypothesis
mismatchBehavior() - Method in interface nxopen.linedesigner.TypedConnectorFeatureBuilder: Returns the status of behavior on mismatch property
License requirements: ld_line_designer ("FULL LINE DESIGNER")
.
MISSING - Static variable in class nxopen.formboard.UpdateDiscrepancy.Type: Object exits in the 3D harness but is missing from the formboard.
MISSING - Static variable in class nxopen.layout2d.Layout2dDefinitionStatus
MISSING_ITEM - Static variable in class nxopen.routing.Run.CompareStatus: Item or items are missing from the run
MISSING_RUN - Static variable in class nxopen.routing.Run.CompareStatus: Entire run is missing
miter() - Method in interface nxopen.features.sheetmetal.FlangeBendPropertiesBuilder: Returns the option to specify behaviour of mirror/pattern of the flange
License requirements: None.
MITER - Static variable in class nxopen.mechanicalrouting.AssignCornerBuilder.CornerType: Deprecated.
MITER - Static variable in class nxopen.mechanicalrouting.CornerBuilder.Type: allows miter corner creation
MITER - Static variable in class nxopen.preferences.RoutingPath.AllowedCornerType: UF_ROUTE_AV_CORNERS_MITER
MITER - Static variable in class nxopen.preferences.RoutingPath.DefaultCornerType: Miter Corner
MITER - Static variable in class nxopen.routing.Corner.Type: Miter corner.
MITER - Static variable in class nxopen.routing.CornerTypeBuilder.Type
miterAngle() - Method in interface nxopen.features.sheetmetal.HemFlangeBuilder: Returns the miter angle
License requirements: nx_sheet_metal ("NX Sheet Metal")
.
miterCorner() - Method in interface nxopen.features.sheetmetal.ClosedCornerBuilder: Returns the corner will be closed using the miter algorithm.
miterCorner() - Method in interface nxopen.features.sheetmetal.MiterOptions: Returns the miter toggle value that specifies whether to miter the corner.This only applies when the treatment type is set to MiterOptions.ClosedCornerTypeOptions.CLOSED or MiterOptions.ClosedCornerTypeOptions.CIRCULAR_CUTOUT or MiterOptions.ClosedCornerTypeOptions.UCUTOUT or MiterOptions.ClosedCornerTypeOptions.VCUTOUT .
miterCorner() - Method in interface nxopen.features.sheetmetal.ThreeBendCornerBuilder: Returns whether the corner will be closed using miter.
MiterCorner - Interface in nxopen.routing: This class defines a mitered corner.
MiterCornerCollection - Interface in nxopen.routing: Represents a collection of MiterCorner objects.
miterCorners() - Method in interface nxopen.routing.RouteManager: MiterCorner collection .
MITERED - Static variable in class nxopen.features.shipdesign.PlateBoundaryOptionBuilder.SplitKnuckleTypes: Two plates which are split and mitered and whoes side faces at knuckle edge are touching.
MITERED_BEND - Static variable in class nxopen.routing.CornerTypeBuilder.Type
MiteredBendCorner - Interface in nxopen.routing: Computes a fillet curve between two linear segments to form a smooth bend transition from one segment to another that represents a mitered bend.
MiteredBendCornerCollection - Interface in nxopen.routing: Represents a collection of MiteredBendCorner objects.
miteredBendCorners() - Method in interface nxopen.routing.RouteManager: MiteredBendCorner collection .
miterInteriorCornersIfNecessary() - Method in interface nxopen.features.sheetmetal.MiterOptions: Returns the miter_corners option.If set to true, it miter bend edges that are larger than default bend radius.
miterOption() - Method in interface nxopen.features.LawExtensionBuilderEx: Returns the miter option
License requirements: None.
miterOptions() - Method in interface nxopen.features.sheetmetal.ContourFlangeBuilder: Returns the miter options
License requirements: nx_sheet_metal ("NX Sheet Metal") OR nx_flexible_pcb ("NX Flexible PCB")
.
MiterOptions - Interface in nxopen.features.sheetmetal: Represents a Miter Data Options builder.
MiterOptions.ClosedCornerTypeOptions - Class in nxopen.features.sheetmetal: the closed corner type options.
MiterOptions.CornerTreatmentOriginTypeOptions - Class in nxopen.features.sheetmetal: This enum represents corner treatment cutout origin type
MiterOptions.PositionOptions - Class in nxopen.features.sheetmetal: the miter positions options.
MiterOptions.TypeOptions - Class in nxopen.features.sheetmetal: the miter type options.
miterRadius() - Method in interface nxopen.features.LawExtensionBuilderEx: Returns the miter radius
License requirements: None.
miterRootRadius() - Method in interface nxopen.features.sheetmetal.MiterOptions: Returns the root radius used when mitering the corner.
miterRootRadius() - Method in interface nxopen.features.sheetmetal.ThreeBendCornerBuilder: Returns the miter root radius used for three bend corner miter treatment.
miterToggle - Variable in class nxopen.uf.UFModl.SmcornerData
MIX - Static variable in class nxopen.Part.Relations: support any one of relation
MIX - Static variable in class nxopen.Part.Units
MIXED - Static variable in class nxopen.assemblies.AssembliesGeneralPropertiesBuilder.HiddenOptions: Objects hidden properties differ and will not change
MIXED - Static variable in class nxopen.assemblies.AssembliesGeneralPropertiesBuilder.LayerOptions: Objects are on different layers and will not be changed
MIXED - Static variable in class nxopen.assemblies.AssembliesGeneralPropertiesBuilder.ReferenceComponentOptions: Objects are a mixture of reference-only and non reference-only components, and will not be changed
MIXED - Static variable in class nxopen.assemblies.AssembliesParameterPropertiesBuilder.ArrangementOptions: All components are neither varied nor unvaried
MIXED - Static variable in class nxopen.cae.ElementModifyOrderBuilder.Midnode: mixed midnodes
MIXED - Static variable in class nxopen.cae.ElementTypes.Order: Mixed
MIXED - Static variable in class nxopen.cae.MappedMeshBuilder.MidNodeType: Mixed Option
MIXED - Static variable in class nxopen.cam.CutDirection.Types: Mixed
MIXED - Static variable in class nxopen.cam.CutPatternBuilder.Types: Mixed
MIXED - Static variable in class nxopen.cam.CutRegionsBuilder.CutRegionsContainmentTypes: Mixed
MIXED - Static variable in class nxopen.cam.DmRotaryFloorFinishBuilder.CutDirType: mixed
MIXED - Static variable in class nxopen.cam.FlowCutSteepContainment.CutDirectionTypes: Mixed
MIXED - Static variable in class nxopen.cam.FlowCutSteepContainment.SteepCutDirectionTypes: Mixed
MIXED - Static variable in class nxopen.drawings.DrawingsPropertiesBuilder.SecondaryComponentOptions: Objects secondary geometry properties differ and will not change
MIXED - Static variable in class nxopen.features.EmbossRegion.ConvexityOption: Indicates the emboss geometry is both above and below the Target("Mixed").
MIXED - Static variable in class nxopen.geometricutilities.ParentEquivalencyMap.Type: combination of multiple methods
MIXED - Static variable in class nxopen.MassPropertiesBuilder.UpdateOptions: The Update on Save property will not change for the selected objects.
MIXED - Static variable in class nxopen.mechatronics.ForceTorqueControlBuilder.AxisJointType: Mix angular and linear
MIXED - Static variable in class nxopen.mechatronics.PositionControlBuilder.Axis: Mix angular and linear
MIXED - Static variable in class nxopen.mechatronics.SpeedControlBuilder.AxisJointType: Mix angular and linear
MIXED - Static variable in class nxopen.routing.electrical.Connection.RouteLevel: Route to the pin, if possible, otherwise route to the component.
MIXED - Static variable in class nxopen.routing.electrical.ElectricalStockDevice.RouteLevel
MIXED - Static variable in class nxopen.SmartObject.UpdateOption: Updates after parent body for inter-part parents and updates within modeling for same part parents
MIXED - Static variable in class nxopen.tooling.LsdynaKfileGeneratorBuilder.MeshElementType: Mixed element of triangle and quadrangle
mixedMesh() - Method in interface nxopen.cae.optimization.TBSSmoothBuilder: Returns the choice whether to form quardrilaterals from adjacent triangles
License requirements: None.
MM - Static variable in class nxopen.cae.FEModelOccAttribute.AltRepLengthUnitType: Length unit of millimeter
MM - Static variable in class nxopen.cae.PreTestExportUnvBuilder.FileUnitsOption: MM: mm (milli newton)
MM - Static variable in class nxopen.cae.xyplot.UnitSystem: Deprecated.

Millimeter unit
MM - Static variable in class nxopen.display.StudioImageCaptureBuilder.UnitsEnumType: Use Millimeters to define resolution
MM - Static variable in class nxopen.HumanData.StatureUnitType: Indicate mm for stature
MM - Static variable in class nxopen.sim.MachineToolConfiguration.UnitTypes: The millimeter unit type
MM_FREE - Static variable in class nxopen.uf.UFSf.ElementType
MM_GLUE - Static variable in class nxopen.uf.UFSf.ElementType
MMC - Static variable in class nxopen.annotations.MaterialConditionModifier: Specifies maximum material condition modifier
mmc() - Method in interface nxopen.cae.MMCCreateBuilder: Returns the Mesh Mating Condition
License requirements: None.
MMC - Static variable in class nxopen.cam.InspectionToleranceOperationBuilder.ParamPriDatumModifier: Maximum Material Condition
MMC - Static variable in class nxopen.cam.InspectionToleranceOperationBuilder.ParamSecDatumModifier: Maximum Material Condition
MMC - Static variable in class nxopen.cam.InspectionToleranceOperationBuilder.ParamTerDatumModifier: Maximum Material Condition
MMC - Static variable in class nxopen.cam.InspectionToleranceOperationBuilder.ParamTolMatModifier: Maximum Material Condition
MMC - Static variable in class nxopen.cam.InspectionToleranceOperationBuilder.ParamTolMatModifierDup: Maximum Material Condition
MMC - Static variable in class nxopen.DisplayManager.ShowHideType: Show or hide all mesh mating conditions.
MMC - Static variable in class nxopen.uf.UFGdt.MaterialModifier
MMCCreateBuilder - Interface in nxopen.cae: Represents a MMCCreateBuilder which can be used to create or edit MeshMate objects.
MMCCreateBuilder.FaceSearchType - Class in nxopen.cae: Types of Face Serach Operations
MMCCreateBuilder.MeshMatingType - Class in nxopen.cae: Types of Mesh Mating Conditions
MMCCreateBuilder.Types - Class in nxopen.cae: Type of the Creation Methods for MMC
MMDDYYYY - Static variable in class nxopen.annotations.TableCellStyleBuilder.DateFormatTypes
MMETER - Static variable in class nxopen.uf.UFModl.Units
MMKGFSEC2M - Static variable in class nxopen.cae.FEModelOccAttribute.AltRepMassUnitType: Mass unit of (KGF-SEC^2)/M
MMMYYYY - Static variable in class nxopen.annotations.TableCellStyleBuilder.DateFormatTypes
MN - Static variable in class nxopen.cae.PreTestExportUnvBuilder.FileUnitsOption: MN: mm (newton)
MN - Static variable in class nxopen.cae.xyplot.UnitSystem: Deprecated.

Milliforce unit
MN_ACTION_END_EVENT - Static variable in class nxopen.cam.ToolpathEventType
MN_ACTION_START_EVENT - Static variable in class nxopen.cam.ToolpathEventType
mobileObjects() - Method in interface nxopen.facet.BestFitAlignBuilder: Returns the mobile objects
License requirements: None.
MOBILITY - Static variable in class nxopen.cae.responsesimulation.EvaluationResultType
MOD - Static variable in class nxopen.cam.LaserControlPoint.ControlPointTypes: mod
MODAL - Static variable in class nxopen.cae.Post.AnimationStyle
MODAL_CONTRIBUTION - Static variable in class nxopen.cae.responsesimulation.FrequencyDefinition.Definition
MODAL_RESPONSE - Static variable in class nxopen.cae.responsesimulation.RSEvent.ResultFileType: Result file to be used as Restart File, which extension is ".eef" or ".sef"
modalMass() - Method in interface nxopen.cae.BaseIteration: Returns the method returns mass value of this modal iteration
License requirements: nx_masterfem ("Finite Element Modeling") OR nx_design_sim ("NX Design Simulation") OR sc_results_viewer (" Simcenter Results Viewer")
.
modalmassimg - Variable in class nxopen.cae.ModeSet.ModeByIndexData: the imaginary part of the modal mass of the mode
modalmassreal - Variable in class nxopen.cae.ModeSet.ModeByIndexData: the real part of the modal mass of the mode
ModalProperties - Interface in nxopen.cae.responsesimulation: Represents the modal presentation of a response analysis meta solution .
ModalResultsEvaluationSetting - Interface in nxopen.cae.responsesimulation: Represents the abstract class of evaluation setting for FRF and transmissibility
This is an abstract class, and cannot be created.
ModalResultsEvaluationSettingBuilder - Interface in nxopen.cae.responsesimulation: Represents the abstract builder class of evaluation setting for FRF and transmissibility
This is an abstract class, and cannot be created.
mode() - Method in interface nxopen.AutomaticTraceline: Returns the mode of the traceline
License requirements: assemblies ("ASSEMBLIES MODULE")
.
mode() - Method in interface nxopen.blockstyler.PropertyList: Returns the mode of the list.
MODE - Static variable in class nxopen.cae.BaseIteration.IterationType: Modal Analysis Iteration
mode() - Method in interface nxopen.cam.BoundaryTurnMemberOffset: Returns the offset mode
License requirements: None.
mode() - Method in interface nxopen.cam.DriveMode: Returns the Drive Mode Type
License requirements: None.
mode() - Method in interface nxopen.cam.InitialProfilePlunge: Returns the initial profile plunge mode
License requirements: None.
mode() - Method in interface nxopen.cam.LowerLimit: Returns the Lower Limit Mode
License requirements: None.
mode() - Method in interface nxopen.cam.ReliefCut: Returns the relief cut mode
License requirements: None.
mode() - Method in interface nxopen.cam.TurnRoughFinishLocalReturnBuilder: Returns the local return type
License requirements: None.
mode() - Method in interface nxopen.drawings.AddRemoveBoxViewBuilder: Returns the mode type
License requirements: None.
mode() - Method in interface nxopen.features.subdivision.SubdivisionProjectCageBuilder: Returns the mode
License requirements: None.
mode() - Method in interface nxopen.motion.AnimationControl: Returns the animation mode
License requirements: mechanisms ("MECHANISMS")
.
mode() - Method in interface nxopen.motion.GraphBuilder: Deprecated.
Deprecated in NX11.0.0. Use GraphObjectBuilder instead.
mode() - Method in interface nxopen.PropertyContainer: Returns the mode of the list
License requirements: None.
mode - Variable in class nxopen.uf.UFCgm.Size
mode - Variable in class nxopen.uf.UFClone.ValidationOpts
mode - Variable in class nxopen.uf.UFPath.SpindleOn
mode - Variable in class nxopen.uf.UFUi.AskIwDecimalPlacesData
mode - Variable in class nxopen.uf.UFUi.PointSubfunctionData
mode - Variable in class nxopen.uf.UFUi.SpecifyPlaneData
mode - Variable in class nxopen.uf.UFUi.SpecifyVectorData
MODE3AXIS - Static variable in class nxopen.cam.InspectionMethodBuilder.ScanModeTypes: 3-axis mode
MODE5AXIS - Static variable in class nxopen.cam.InspectionMethodBuilder.ScanModeTypes: 5-axis mode
MODE_ACCELERATION - Static variable in class nxopen.cae.responsesimulation.RSEvent.AnalysisType
MODE_DESCRIPTION - Static variable in class nxopen.cae.PostScenarioVariantType: a mode number and frequency
MODE_DISPLACEMENT - Static variable in class nxopen.cae.responsesimulation.RSEvent.AnalysisType
MODE_SHAPES - Static variable in class nxopen.cae.ModelUpdateSolution.TargetType: Export all the mode shape targets to the csv file
ModeByIndexData() - Constructor for class nxopen.cae.ModeSet.ModeByIndexData
modeId() - Method in interface nxopen.motion.NormalModeProperty: Returns the mode ID
License requirements: mechanisms ("MECHANISMS")
.
modeindex - Variable in class nxopen.cae.DurSpecialistSuperpositionEventBuilder.StaticLoadData
ModeInitialData - Interface in nxopen.cae.responsesimulation: Represents the initial setting for a normal mode .
MODEL - Static variable in class nxopen.assemblies.CreateNewComponentBuilder.ComponentReferenceSetType: Set the reference set to model
MODEL - Static variable in class nxopen.assemblies.DesignElementBuilder.ReferenceSetType: Model
MODEL - Static variable in class nxopen.cae.Result.CoordinateSystemSource: identifies a coordinate system in the work part
MODEL - Static variable in class nxopen.cae.Result.DeformationScale
MODEL - Static variable in class nxopen.cae.SetManager.DistributedPlanesBboxType: the whole FE model is used to calculate the bounding box
MODEL - Static variable in class nxopen.cae.XyFunctionUnitSystem: Model unit
MODEL - Static variable in class nxopen.cae.xyplot.UnitSystem: Deprecated.

Model unit
MODEL - Static variable in class nxopen.formboard.FaceAnnotationBuilder.DrwDestination: Place geometry in model
model() - Method in interface nxopen.routing.ModelTerminalsBuilder: The Model the selected Terminals
License requirements: routing_harness ("Routing Harness")
.
MODEL - Static variable in class nxopen.Sketch.UpdateLevel: Update the full model and the sketch
MODEL_AXIS_FEATURE - Static variable in class nxopen.uf.UFGdt.FeatureType
MODEL_DATA - Static variable in class nxopen.NXTo2dCreator.ExportDataOption: export model data only
MODEL_EXCHANGE - Static variable in class nxopen.motion.MechatronicsBuilder.SolverIntegrationType
MODEL_GRID - Static variable in class nxopen.uf.UFDisp.GridContext
MODEL_PLANE_FEATURE - Static variable in class nxopen.uf.UFGdt.FeatureType
MODEL_POINT - Static variable in class nxopen.drawings.ViewPlacementBuilder.Option: Align to the same point in the alignment view and the view being edited
MODEL_PROPERTIES - Static variable in class nxopen.tooling.MWMoldedPartValidationBuilder.CheckScope: model properties
MODEL_TYPE - Static variable in class nxopen.uf.UFView.Type
MODEL_VIEW - Static variable in class nxopen.annotations.PlaneBuilder.PlaneMethodType: Model view plane
MODEL_VIEW - Static variable in class nxopen.annotations.PmiDefaultPlane
MODEL_VIEW - Static variable in class nxopen.drawings.DraftingViewCollection.ViewCopyDetailOption: model view
MODEL_VIEW - Static variable in class nxopen.weld.WeldLabelBuilder.OrientationPlaneType
MODEL_VIEW - Static variable in class nxopen.weld.WeldPmiBuilder.OrientationPlaneType
modelAll() - Method in interface nxopen.routing.ModelTerminalsBuilder: The Model all the terminals
License requirements: routing_harness ("Routing Harness")
.
modelBasedAlwaysStart() - Method in interface nxopen.drawings.GeneralWorkFlowBuilder: Returns the option that indicates action to be taken after inserting a sheet with no views
License requirements: None.
modelBasedInsertSheet() - Method in interface nxopen.drawings.GeneralWorkFlowBuilder: Returns the flag indicating whether to automatically starts the insert sheet command when entering the drafting application if no drawing sheets exist
License requirements: None.
modelBasedProjectedView() - Method in interface nxopen.drawings.GeneralWorkFlowBuilder: Returns the flag indicating whether to automatically start the projected view command after inserting a model view.
ModelBaseObject - Interface in nxopen.linedesigner: Represents Model Base Object
This is an abstract class, and cannot be instantiated.
modelBounds - Variable in class nxopen.uf.UFDisp.ComputeModelBoundsData
modelCheck() - Method in interface nxopen.cae.DurabilityEventSolverBuilder: Returns the model check.
modelCheck() - Method in interface nxopen.cae.DurabilitySolverBuilder: Returns the model check.
modelCheck(boolean) - Method in interface nxopen.motion.MotionMethods: Check all motion objects
License requirements: mechanisms ("MECHANISMS")
.
ModelCheckManager - Interface in nxopen.cae: Provides method for creating builder for node element operation commands in a fem part
To obtain an instance of this class, refer to CaePart

Created in NX5.0.0
ModelCheckManager.CheckModelConsistencyData - Class in nxopen.cae: This class holds the data returned from ModelCheckManager.checkModelConsistency(java.lang.String)
modelCheckMgr() - Method in interface nxopen.cae.CaePart: Returns the select element manager belonging to this IFem .
modelCompare(Tag, Tag, double[], Tag, Tag, double[], boolean, UFModl.CompareAccuracy, double, UFModl.CompareIdenticalfaceRule, UFModl.CompareChangeduniquefaceRule, boolean) - Method in interface nxopen.uf.UFModl: Refer to UF_MODL_model_compare for documentation.
modelCompare2(Tag, Tag, double[], Tag, Tag, double[], UFModl.CompareOptions) - Method in interface nxopen.uf.UFModl: Refer to UF_MODL_model_compare_2 for documentation.
modelCompare3(Tag, Tag, double[], Tag, Tag, double[], UFModl.CompareOptions) - Method in interface nxopen.uf.UFModl: Refer to UF_MODL_model_compare_3 for documentation.
modelConnectionPostPlacementGasket(Component, PortConnection, ReuseLibrary.ReportInBom, CharacteristicList) - Method in interface nxopen.routing.RouteManager: Places a gasket part based on the gasketCharx CharacteristicList .
modelConnectionPostPlacementGasketBetweenFlanges(Component, PortConnection, ReuseLibrary.ReportInBom, CharacteristicList) - Method in interface nxopen.routing.RouteManager: Places a gasket part based on the gasketCharx CharacteristicList .
ModelConnectionPostPlacementGasketBetweenFlangesData() - Constructor for class nxopen.routing.RouteManager.ModelConnectionPostPlacementGasketBetweenFlangesData
ModelConnectionPostPlacementGasketData() - Constructor for class nxopen.routing.RouteManager.ModelConnectionPostPlacementGasketData
modelConnectionPostPlacementWeldGap(Component, PortConnection, double) - Method in interface nxopen.routing.RouteManager: Places a weld gap by adding a weld gap characteristic to one of the part occurrences connected.
modelDepthType() - Method in interface nxopen.cam.HoleMakingBuilder: Returns the model depth type
License requirements: None.
ModelDisplayBuilder - Interface in nxopen.cae: This class provides Model Display Data Support
To create a new instance of this class, use CaePart.createModelDisplayBuilder()
Default values.
ModelDisplayBuilder.ElemQualPass - Class in nxopen.cae: specifies display style for elements which pass the element quality check
ModelDisplayBuilder.ElmClrBasis - Class in nxopen.cae: Indicates element color basis.
ModelDisplayBuilder.ElmDispQuality - Class in nxopen.cae: Indicates element display quality.
ModelDisplayBuilder.FreeEdgeFont - Class in nxopen.cae: specifies the object font for geometry free edges .
ModelDisplayBuilder.FreeEdgeMarker - Class in nxopen.cae: specifies the marker for endpoints of geometry free edges .
ModelDisplayBuilder.FreeEdgeWidth - Class in nxopen.cae: specifies object width for display for geometry free edges .
ModelDisplayBuilder.NodeDisplayModeType - Class in nxopen.cae: Indicates node display mode type.
ModelDisplayBuilder.NodeMarkerType - Class in nxopen.cae: Indicates node marker display symbol type.
ModelDisplayBuilder.NodeMeshShowHideOptionType - Class in nxopen.cae: Indicates which nodes to include for meshes in show and hide commands.
ModelDisplayBuilder.NodeUnattachedMarkerType - Class in nxopen.cae: Indicates unattached node marker display symbol type.
ModelDisplayBuilder.RotationAxisLineFont - Class in nxopen.cae: specifies the object font for model rotation axis .
ModelDisplayBuilder.RotationAxisWidth - Class in nxopen.cae: specifies object width for display for model rotation axis .
ModelDisplayBuilder.StitchedEdgeFont - Class in nxopen.cae: specifies the object font for geometry free edges .
ModelDisplayBuilder.StitchedEdgeMarker - Class in nxopen.cae: specifies the marker for endpoints of geometry free edges .
ModelDisplayBuilder.StitchedEdgeWidth - Class in nxopen.cae: specifies object width for display for geometry stitched edges .
ModelDynamicIPA - Interface in nxopen.mfgmodel: Represents Dynamic IPA Instance .
modeled() - Method in interface nxopen.routing.TerminalPortBuilder: Returns the flag for the terminal that says if it is Modeled or not
License requirements: routing_harness ("Routing Harness")
.
modeledgasket - Variable in class nxopen.routing.RouteManager.ModelConnectionPostPlacementGasketBetweenFlangesData: The gasket created
modelEditsDone(Tag) - Method in interface nxopen.uf.UFFacet: Refer to UF_FACET_model_edits_done for documentation.
ModelElement - Interface in nxopen.pdm: Represents a base class that provides common methods for various model elements in a CollaborativeDesign .
modelElementRevision() - Method in interface nxopen.assemblies.Component: Returns the ModelElementRevision that corresponds to this component.
modelElementRevision() - Method in interface nxopen.assemblies.SearchResultElement: Returns the underlying design model revision associated with this search element.
ModelElementRevision - Interface in nxopen.pdm: Represents a base class that provides common methods for various model elements in a CollaborativeDesign .
ModelElementRevision.PositioningStatus - Class in nxopen.pdm: Represents the positioning status of a design element
MODELER_ERROR - Static variable in class nxopen.uf.UFConstants
modelFile() - Method in interface nxopen.features.shipdesign.QualifySketchBuilder: Returns the model file name.
modelFile() - Method in interface nxopen.motion.MechatronicsBuilder: Returns the model file - a file path to a MATLAB generated DLL or to an Amesim ame file
License requirements: mechanisms ("MECHANISMS")
.
modelgaskets - Variable in class nxopen.routing.ReuseLibrary.SpecificationsGetGeneralConnectionOptionsData: Whether or not to model Gaskets
MODELING - Static variable in class nxopen.DxfdwgCreator.ExportDataOption: export model data
MODELING - Static variable in class nxopen.DxfdwgCreator.OutputToOption: output to modeling
MODELING - Static variable in class nxopen.DxfdwgImporter.SendModelDataAs: send model data to modeling
MODELING - Static variable in class nxopen.FileNewApplication: Deprecated.

Specifies a modeling file new template
MODELING - Static variable in class nxopen.NXTo2dCreator.OutputToOption: output to modeling
modeling() - Method in interface nxopen.preferences.PartPreferences: Returns object for doing Modeling preferences settings applicable to displayed part .
modeling() - Method in interface nxopen.preferences.SessionPreferences: Returns object for doing Modeling preferences settings applicable to entire session .
MODELING - Static variable in class nxopen.SpreadsheetManager.Sheettype: Specifies Modeling sheet type
modeling() - Method in interface nxopen.UFSession
ModelingObjectPropertyTable - Interface in nxopen.cae: Represents a Modeling Object Property Table.
ModelingObjectPropertyTableCollection - Interface in nxopen.cae: Creates Modeling Object property tablesModelingObjectPropertyTable in a fem model
To obtain an instance of this class, refer to CaePart

Created in NX5.0.0
modelingObjectPropertyTables() - Method in interface nxopen.cae.CaePart: Returns the modeling object property table collection belonging to this CAE Part .
modelingSketchCircles() - Method in interface nxopen.annotations.HoleTableSettingsHoleFiltersBuilder: Returns the modeling sketch circles
License requirements: None.
modelingTolerance() - Method in interface nxopen.weld.DatumCommonBuilder: Returns the modeling distance tolerance.
ModelingView - Interface in nxopen: Represents a Modeling View
Modeling Views may only be created by Save As.
ModelingViewCollection - Interface in nxopen: Represents a collection of ModelingView s.
ModelingViewHighQualityImage - Interface in nxopen: Represents the properties and methods for generating a High Quality Image of a Modeling View
To obtain an instance of this class, refer to ModelingView

Created in NX4.0.0
ModelingViewHighQualityImage.DisplayTechniqueType - Class in nxopen: Describes the technique to be used when generating the High Quality Image
ModelingViewHighQualityImage.FormatType - Class in nxopen: Describes the output format of the High Quality Image to be generated
ModelingViewHighQualityImage.ImageCountsData - Class in nxopen: This class holds the data returned from ModelingViewHighQualityImage.getImageCounts()
ModelingViewHighQualityImage.ShadeMethod - Class in nxopen: Describes the method to be used to generate a High Quality Image
ModelingViewList - Interface in nxopen: Represents a list of objects.
modelingViews() - Method in interface nxopen.BasePart: Returns the ModelingViewCollection instance belonging to this part .
ModelizationPPTRefTargetType - Class in nxopen.cae.connections: Modelization PPTRefTargetType
ModelizationResultType - Class in nxopen.cae.connections: Modelization result type
modelList() - Method in interface nxopen.features.shipdesign.QualifySketchBuilder: Returns the model list.
ModelMfgLoader - Interface in nxopen.tooldesigner: Represents a manager of tool designer mfg loader
Established by ToolDesigner_ModelMfgLoader when we enter the application
.
ModelMfgManager - Interface in nxopen.tooldesigner: Represents a manager of tool designer mfg manager
Established by ToolDesigner_ModelMfgManager when we enter the application
.
modelName() - Method in interface nxopen.mechatronics.MATLABSignalConnectionBuilder: Returns the matlab model name.
modelName - Variable in class nxopen.uf.UFDraw.ViewInfo
modelName - Variable in class nxopen.uf.UFUgmgr.AssignCopyDsetNameData
modelName - Variable in class nxopen.uf.UFUgmgr.AssignNewDsetNameData
modelPath() - Method in interface nxopen.features.shipdesign.QualifySketchBuilder: Returns the model file path.
modelpath - Variable in class nxopen.tooling.ElectrodeCopyBuilder.UpdateParameterData: model path
modelPercentScaleValue - Variable in class nxopen.cae.Result.DeformationParameters: Deprecated.
ModelPlantManager - Interface in nxopen.linedesigner: Represents a manager of line designer model
Use the static method in this class to obtain an instance.
ModelPlantManagerFactory - Class in nxopen.linedesigner
ModelPlantManagerFactory() - Constructor for class nxopen.linedesigner.ModelPlantManagerFactory
ModelPlantRoot - Interface in nxopen.linedesigner: Represents a manager of line designer plant model
Established by LineDesigner_ModelPlantManager when we enter the application
.
modelPrecentValue - Variable in class nxopen.cae.Post.Mark
modelPrecentValue - Variable in class nxopen.cae.Post.Streamline
ModelProductionUnit - Interface in nxopen.linedesigner: Represents Production Unit .
modelReferencePoint1() - Method in interface nxopen.display.ImageBaseBuilder: Returns the model reference point1.
modelReferencePoint2() - Method in interface nxopen.display.ImageBaseBuilder: Returns the model reference point2.
modelReferencePoint3() - Method in interface nxopen.display.ImageBaseBuilder: Returns the model reference point3.
ModelResourceInstance - Interface in nxopen.linedesigner: Represents Resource Instance .
modelScaleFactor() - Method in interface nxopen.DxfdwgImporter: Returns the model data scale factor - The scale factor for scaling the model data during import
License requirements: None.
modelSelectionType() - Method in interface nxopen.cae.ResultProbeBuilder: Returns the model selection type
License requirements: nx_masterfem ("Finite Element Modeling") OR nx_design_sim ("NX Design Simulation")
.
ModelSetupCheckBuilder - Interface in nxopen.cae.modelcheck: Represents a ModelSetupCheckBuilder which can be used to check if the active SimSolution contains all the necessary items for the analysis, including elements, loads, constraints and materials.
ModelStaticIPA - Interface in nxopen.mfgmodel: Represents Static IPA Instance .
modelTerminals(Port, double, String, boolean, Port[]) - Method in interface nxopen.routing.SegmentManager: Models spline paths to to specified terminals.
ModelTerminalsBuilder - Interface in nxopen.routing: The Builder to Model/UnModel the Terminals
To create a new instance of this class, use RouteManager.modelTerminalsBuilder()
Default values.
modelTerminalsBuilder() - Method in interface nxopen.routing.RouteManager: Creates a ModelTerminalsBuilder which Models Terminal
License requirements: routing_harness ("Routing Harness")

Created in NX7.5.0
ModelTerminalsBuilder.CutBackLocationOption - Class in nxopen.routing: The Enum for selecting the CutBack Option
ModelTerminalsBuilder.ExtensionValueOption - Class in nxopen.routing: The Enum for selecting the ExtensionValue Option
ModelType - Class in nxopen.cae.xyplot: Represents the model type
modeltype - Variable in class nxopen.uf.UFUgmgr.PartFileInfo
modelTypeSelection() - Method in interface nxopen.motion.TirePropertyCdBuilder: Returns the CDTire model type.
ModelUpdateCorrelMethodBuilder - Interface in nxopen.cae: Represents a ModelUpdateCorrelMethodBuilder
To create a new instance of this class, use ModelUpdateSolution.createCorrelMethodBuilder()

Created in NX7.5.0
ModelUpdateCorrelMethodBuilder.Method - Class in nxopen.cae: correlation method option
ModelUpdateDesignVariable - Interface in nxopen.cae: Represents a ModelUpdateDesignVariable , which is a meta-solution used to update finite element models to match real life test data
Created in NX8.0.1
ModelUpdateDesignVariablesCollection - Interface in nxopen.cae: Represents a collection of durability events.
ModelUpdateDesignVariablesRapidCreateBuilder - Interface in nxopen.cae: This class is the builder that is used for the rapid creation of design variables.
ModelUpdateDesignVariablesRapidCreateBuilder.DesignVariableTypeEnum - Class in nxopen.cae: The enum for the design variable type.
ModelUpdateDesignVariablesRapidCreateBuilder.MaterialTypesEnum - Class in nxopen.cae: The enum for the material type.
ModelUpdateDesignVariablesRapidCreateBuilder.PhysicalTypesEnum - Class in nxopen.cae: The enum for the physical type.
ModelUpdateOptimOptionsBuilder - Interface in nxopen.cae: Represents a ModelUpdateOptimOptionsBuilder
To create a new instance of this class, use ModelUpdateSolution.createOptimOptionsBuilder()

Created in NX7.5.0
ModelUpdateOptimOptionsBuilder.MethodChoice - Class in nxopen.cae: the method of the optimizer
ModelUpdateOptimOptionsBuilder.SteepestDescMethodChoice - Class in nxopen.cae: the mode of the Steepest Descent method
ModelUpdateOptionsBuilder - Interface in nxopen.cae: Represents a ModelUpdateOptionsBuilder
To create a new instance of this class, use ModelUpdateSolution.createOptionsBuilder()

Created in NX7.5.0
ModelUpdateOverallWeightsBuilder - Interface in nxopen.cae: Represents a ModelUpdateOverallWeightsBuilder
To create a new instance of this class, use ModelUpdateSolution.createOverallWeightsBuilder()

Created in NX7.5.0
modelUpdates() - Method in interface nxopen.cae.CorrelManager: Returns the model update solution collection belonging to this sim part .
ModelUpdateSensitivityViewerBuilder - Interface in nxopen.cae: Represents ModelUpdateSensitivityViewerBuilder
To create a new instance of this class, use ModelUpdateSolutionCollection.createSensitivityViewerBuilder(nxopen.cae.ModelUpdateSolution)

Created in NX6.0.0
ModelUpdateSolution - Interface in nxopen.cae: Represents a ModelUpdateSolution , which is a meta-solution used to update finite element models to match real life test data
To create or edit an instance of this class, use ModelUpdateSolutionBuilder

Created in NX7.5.0
ModelUpdateSolution.TargetType - Class in nxopen.cae: Represents the type when export to targets and errors to csv file
ModelUpdateSolutionBuilder - Interface in nxopen.cae: Represents a ModelUpdateSolutionBuilder
To create a new instance of this class, use ModelUpdateSolutionCollection.createSolutionBuilder(nxopen.cae.ModelUpdateSolution)

Created in NX7.5.0
ModelUpdateSolutionCollection - Interface in nxopen.cae: Represents a collection of model update meta solution
To obtain an instance of this class, refer to CorrelManager
modelViewCreation() - Method in interface nxopen.PreviewPropertiesBuilder: Returns the model view creation.
modelViewName() - Method in interface nxopen.annotations.SearchModelViewBuilder: Returns the name
License requirements: None.
modelViewToUse() - Method in interface nxopen.tooling.AssemblyDrawingBuilder: Returns the option for model view to use
License requirements: None.
modelweldgaps - Variable in class nxopen.routing.ReuseLibrary.SpecificationsGetGeneralConnectionOptionsData: Whether or not to model Weld Gaps
modeNumber() - Method in interface nxopen.cae.optimization.DAOConstraintBuilder: Returns the frequency mode number
License requirements: None.
modeNumber() - Method in interface nxopen.cae.optimization.DAOObjective: Returns the frequency mode number
License requirements: None.
modeNumber() - Method in interface nxopen.cae.optimization.TBSEigenvalueOptimizationParameters: Returns the number of modes included in the mode tracking
License requirements: None.
modeProperties() - Method in interface nxopen.cae.LaminateDynamicSim: Returns the normal mode collection belonging to this dynamic sim .
MODERATE - Static variable in class nxopen.cae.optimization.TBSSmoothBuilder.ResultFiltering: Filters the element material values partially
MODERATE - Static variable in class nxopen.cae.optimization.TBSTopologyControllerOptimizationParameters.Speed: Moderate stepsize
modeRequest() - Method in interface nxopen.motion.GraphBuilder: Deprecated.
Deprecated in NX11.0.0. Use GraphObjectBuilder instead.
modeSelection() - Method in interface nxopen.cae.DurSpecialistBlockLoadEventBuilder: Returns the selection criterion for update.
modeSelection() - Method in interface nxopen.tooling.PocketBuilder: Returns the mode select types
License requirements: None.
ModeSet - Interface in nxopen.cae: This is the class representing a Mode set.
ModeSet.ModeByIndexData - Class in nxopen.cae: This class holds the data returned from ModeSet.getModeByIndex(int)
ModeSetBuilder - Interface in nxopen.cae: Represents a ModeSetBuilder which can be used to create ModeSets.
ModeSetCollection - Interface in nxopen.cae: This class is a collection of ModeSet .
modeSets() - Method in interface nxopen.cae.CaePart: Contains a ModeSetCollection .
modeShapes() - Method in interface nxopen.cae.ModelUpdateOverallWeightsBuilder: Returns the overall weights of mode shape targets
License requirements: None.
modeToggle() - Method in interface nxopen.display.TrueStudioBuilder: Returns the Mode Toggle controls whether Advanced Studio display is enabled.
modeType() - Method in interface nxopen.motion.PackagingInterferenceBuilder: Returns the PackagingInterference mode type defined at PackagingInterferenceBuilder.Mode
License requirements: mechanisms ("MECHANISMS")

Created in NX4.0.0
modifiable - Variable in class nxopen.pdm.AlternateIdManager.AlternateIdsData: the new value for the alternate for modifiable flag
modifiable - Variable in class nxopen.pdm.AlternateIdManager.AssignAlternateRevData: the new value of flag for revision modifiable
modifiable() - Method in interface nxopen.shipdesign.NavigatorNode: Returns the node modifiable property.
modifiable - Variable in class nxopen.uf.UFUgmgr.AssignAlternatePartIdData
modifiable - Variable in class nxopen.uf.UFUgmgr.AssignCopyDsetNameData
modifiable - Variable in class nxopen.uf.UFUgmgr.AssignNewDsetNameData
modifiable - Variable in class nxopen.uf.UFUgmgr.AssignPartNumberData
modifiable - Variable in class nxopen.uf.UFUgmgr.AssignPartRevData
ModifiableFEModelOccAttribute - Interface in nxopen.cae: This class represents an Interface to the Finite Element Model.
modifiableGeometry() - Method in interface nxopen.geometricutilities.PartModuleInputBuilder: Returns the faces/edges specified as modifiable geometry
License requirements: None.
modifiableGeometryOption() - Method in interface nxopen.geometricutilities.PartModuleInputBuilder: Returns the Modifiable Geometry option
License requirements: None.
modificationPercent() - Method in interface nxopen.features.RefitFaceBuilder: Returns the refit face modification percentage
License requirements: None.
modificationPercentage() - Method in interface nxopen.features.PoleSmoothingBuilder: Returns the modification percentage
License requirements: solid_modeling ("SOLIDS MODELING") OR studio_free_form ("STUDIO FREE FORM")
.
modificationPercentage() - Method in interface nxopen.features.SmoothSplineBuilder: Returns the modification percentage
License requirements: None.
MODIFIED - Static variable in class nxopen.features.shipdesign.PenetrationUtils.RequestState
MODIFIED - Static variable in class nxopen.formboard.UpdateDiscrepancy.Type: Object exists in both 3D and the formboard but is modified in some way.
MODIFIED - Static variable in class nxopen.issue.IssueManager.State: Modified state
modified() - Method in interface nxopen.mechatronics.FunctionObjectBuilder: Returns the modified status.
modified() - Method in interface nxopen.mechatronics.LogicObjectBuilder: Returns the modified status.
modified() - Method in interface nxopen.pdm.DesignElementRevision: Returns whether the selected DesignElementRevision is modified in the session.
modified() - Method in interface nxopen.pdm.DesignSubordinateRevision: Returns whether the selected DesignSubordinateRevision is modified in the session.
MODIFIED - Static variable in class nxopen.tooling.SpreadsheetData.ParameterStatus: The parameter value is changed
MODIFIED - Static variable in class nxopen.tooling.SpreadsheetDataParameter.Status: The parameter value is changed
MODIFIED_NO_PROMPT - Static variable in class nxopen.preferences.SessionPdm.UnpopulatedBehaviourType
MODIFIED_OBJECTS - Static variable in class nxopen.uf.UFView.CycleObjects
MODIFIED_PART_REASON - Static variable in class nxopen.uf.UF.CallbackReason
MODIFIED_PROMPT - Static variable in class nxopen.preferences.SessionPdm.UnpopulatedBehaviourType
MODIFIED_PROPERTY - Static variable in class nxopen.visualreporting.Property.TypeOption: Whether the component is modified
modifiedInSession() - Method in interface nxopen.PartReopenStatus: Returns whether part is modified in session.
modifiedItemId - Variable in class nxopen.uf.UFUgmgr.ValidateAlternatePartIdData
modifiedLineLength() - Method in interface nxopen.routing.EditLineSegmentBuilder: Updates the line length based on the expression stored in this builder.
modifiedOnDisk() - Method in interface nxopen.PartReopenStatus: Returns whether part is modified on disk.
modifiedPartNum - Variable in class nxopen.uf.UFUgmgr.ValidatePartRevData
modifiedPartRev - Variable in class nxopen.uf.UFUgmgr.ValidatePartRevData
modifiedRevId - Variable in class nxopen.uf.UFUgmgr.ValidateAlternatePartIdData
modifiedSketch() - Method in interface nxopen.features.shipdesign.PenetrationAssociationBuilder: Returns the modified sketch
License requirements: None.
modifiedSketch() - Method in interface nxopen.features.shipdesign.PenetrationCutoutBuilder: Returns the modified sketch
License requirements: None.
modifiedSketch() - Method in interface nxopen.features.shipdesign.PenetrationRequestBuilder: Returns the modified sketch
License requirements: None.
MODIFIER - Static variable in class nxopen.annotations.DraftingSurfaceFinishBuilder.FinishType: Modifier
MODIFIER - Static variable in class nxopen.annotations.SurfaceFinishBuilder.FinishType: Modifier
modifier - Variable in class nxopen.uf.UFGdt.AskUnitBasisData
MODIFIER_ALL_AROUND - Static variable in class nxopen.annotations.DraftingSurfaceFinishBuilder.FinishType: Modifier, All Around
MODIFIER_ALL_AROUND - Static variable in class nxopen.annotations.SurfaceFinishBuilder.FinishType: Modifier, All Around
MODIFIER_MATERIAL_REMOVAL_PROHIBITED - Static variable in class nxopen.annotations.DraftingSurfaceFinishBuilder.FinishType: Modifier, Material Removal Prohibited
MODIFIER_MATERIAL_REMOVAL_PROHIBITED - Static variable in class nxopen.annotations.SurfaceFinishBuilder.FinishType: Modifier, Material Removal Prohibited
MODIFIER_MATERIAL_REMOVAL_PROHIBITED_ALL_AROUND - Static variable in class nxopen.annotations.DraftingSurfaceFinishBuilder.FinishType: Modifier, Material Removal Prohibited, All Around
MODIFIER_MATERIAL_REMOVAL_PROHIBITED_ALL_AROUND - Static variable in class nxopen.annotations.SurfaceFinishBuilder.FinishType: Modifier, Material Removal Prohibited, All Around
MODIFIER_MATERIAL_REMOVAL_REQUIRED - Static variable in class nxopen.annotations.DraftingSurfaceFinishBuilder.FinishType: Modifier, Material Removal Required
MODIFIER_MATERIAL_REMOVAL_REQUIRED - Static variable in class nxopen.annotations.SurfaceFinishBuilder.FinishType: Modifier, Material Removal Required
MODIFIER_MATERIAL_REMOVAL_REQUIRED_ALL_AROUND - Static variable in class nxopen.annotations.DraftingSurfaceFinishBuilder.FinishType: Modifier, Material Removal Required, All Around
MODIFIER_MATERIAL_REMOVAL_REQUIRED_ALL_AROUND - Static variable in class nxopen.annotations.SurfaceFinishBuilder.FinishType: Modifier, Material Removal Required, All Around
modifiers - Variable in class nxopen.uf.UFPd.AskBusinessProcessModifiersData
modify(String, Unit) - Method in interface nxopen.cae.SimConditionParam: Modifies the name and units of SimConditionParam .
modify(int, double, double, double) - Method in interface nxopen.cam.FormEdgesBuilder: Modify an existing form edges item
License requirements: cam_base ("CAM BASE")
.
modify(NXObject, double, double, double, double) - Method in interface nxopen.cam.HolderSectionBuilder: Modify an existing holder section item
License requirements: cam_base ("CAM BASE")
.
modify(int, double, double, double, double) - Method in interface nxopen.cam.HolderSectionBuilder: Modify an existing holder section item by index
License requirements: cam_base ("CAM BASE")
.
modify(int, Point, double, double) - Method in interface nxopen.cam.InterpolateAngle: Modify an existing item by index
License requirements: cam_base ("CAM BASE")
.
modify(int, Point, double, double, boolean) - Method in interface nxopen.cam.InterpolateAngle: Modify an existing item by index
License requirements: cam_base ("CAM BASE")
.
modify(int, Point, Direction) - Method in interface nxopen.cam.InterpolateVector: Modify an existing item by index
License requirements: cam_base ("CAM BASE")
.
modify(int, Point, Direction, boolean) - Method in interface nxopen.cam.InterpolateVector: Modify an existing item by index
License requirements: cam_base ("CAM BASE")
.
modify(int, String, double, double, double, int, int, int, int, int) - Method in interface nxopen.cam.MillingTrackpointBuilder: Deprecated.
Deprecated in NX10.0.0. Use new version with additional arguments instead.
modify(int, String, int, double, double, double, int, int, int, int, int) - Method in interface nxopen.cam.MillingTrackpointBuilder: Modify an existing track point, the input name will be changed if it is not unique.
modify(int, int, double, int) - Method in interface nxopen.cam.MultipleStepoverBuilder: Modify item
License requirements: cam_base ("CAM BASE")
.
modify(int, double, double, double, double) - Method in interface nxopen.cam.StepParamsBuilder: Modify an existing step params item
License requirements: cam_base ("CAM BASE")
.
modify(int, double) - Method in interface nxopen.cam.StockPerPassBuilder: Modify item
License requirements: cam_base ("CAM BASE")
.
modify(NXObject, String, int, int, double, double, double, double, int, int) - Method in interface nxopen.cam.TrackingBuilder: Modify an existing trackpoint
License requirements: cam_base ("CAM BASE")
.
modify(int, NXObject, TurnAvoidancePathPointsBuilder.MotionTypes, TurnAvoidancePathPointsBuilder.FeedrateModesTypes, double, TurnAvoidancePathPointsBuilder.CustomFeedrateUnitTypes) - Method in interface nxopen.cam.TurnAvoidancePathPointsBuilder: Modify an existing avoidance path point,name maybe changed if not unique
License requirements: cam_base ("CAM BASE")
.
modify(int, int, double) - Method in interface nxopen.cam.TurnRoughVariableIncrementBuilder: Modify a selected item
License requirements: cam_base ("CAM BASE")
.
modify(int, int, double) - Method in interface nxopen.cam.TurnThreadFinishPassesBuilder: Modify an existing finish passes item
License requirements: cam_base ("CAM BASE")
.
MODIFY - Static variable in class nxopen.features.shipdesign.PenetrationRequestBuilder.RequestDialogType
MODIFY - Static variable in class nxopen.tooling.StandardPartBuilder.EditType
MODIFY_EXISTING - Static variable in class nxopen.cae.SolverAppendOption.MergeOption
MODIFY_INSERT - Static variable in class nxopen.tooling.SpecialFormingBuilder.Types
MODIFY_LEGS - Static variable in class nxopen.cae.ElementConnectivityBuilder.Methods: Add or delete leg nodes of spider element
modifyBomData(int, int, String) - Method in interface nxopen.tooling.BomListBuilder: Deprecated.
Deprecated in NX11.0.0. Use ITableEditorDataProvider.setString(int, int, java.lang.String) instead.
modifyByUpperDiameter(int, double, double, double, double) - Method in interface nxopen.cam.HolderSectionBuilder: Modify an existing holder section item by upper diameter
License requirements: cam_base ("CAM BASE")
.
modifyColumnsButton() - Method in interface nxopen.linedesigner.ColumnGridEquipmentBuilder: TODO: fill in a description for this
License requirements: ld_line_designer ("FULL LINE DESIGNER")
.
modifyData(int, NXObject, double, double) - Method in interface nxopen.cam.InspectionPathPointBuilder: Modify an existing path point, name changed if not unique
License requirements: insp_programming ("INSPECTION PROGRAMMING")
.
modifyData(int, NXObject, TurnAvoidancePathPointsBuilder.MotionTypes, TurnAvoidancePathPointsBuilder.FeedrateModesTypes, double, TurnAvoidancePathPointsBuilder.CustomFeedrateUnitTypes, TurnAvoidancePathPointsBuilder.PointStatus, int, NXObject, int, NXObject) - Method in interface nxopen.cam.TurnAvoidancePathPointsBuilder: Modify an existing avoidance path point,name maybe changed if not unique
License requirements: cam_base ("CAM BASE")
.
modifyDefaults(int, int, int, int) - Method in interface nxopen.uf.UFObj: Refer to UF_OBJ_modify_defaults for documentation.
modifyFeatureGeometryCallback(CustomFeatureModifyFeatureGeometryEvent) - Method in interface nxopen.features.CustomFeatureClass.ModifyFeatureGeometryCallback: Prototype for modify feature geometry callbacks
License requirements: solid_modeling ("SOLIDS MODELING")
.
modifyFeatureHandler(WeldObjectBuilder) - Method in interface nxopen.weld.CustomManager.ModifyFeatureHandler: User defined method that is called whenever a welding joints are created or edited
License requirements: None.
modifyFillingLineByPoints(Point, Point, Line) - Method in interface nxopen.features.shipdesign.InteractiveAnnotationBuilder: Modifies the position of opening filling line, which is created by points method.
modifyInputSheet() - Method in interface nxopen.die.CompensateRoughDataBuilder: Returns the modify input sheet setting.
modifyInputSheet() - Method in interface nxopen.features.GlobalShapingBuilder: Returns the modify input sheet
License requirements: None.
modifyItemsButton(NXObject[], IntegrateRunsBuilder.Button) - Method in interface nxopen.routing.IntegrateRunsBuilder: Updates the selected nodes in Specify From/To item tree list to From/To/Member item based on buttonType
License requirements: routing_advanced ("Routing Advanced"), routing_base ("Routing Basic")
.
modifyMethod() - Method in interface nxopen.features.GlobalShapingBuilder: Returns the modify method
License requirements: None.
modifyMidsurface(MidSurfaceByFacePairsBuilder.SurfaceType, NXObject[]) - Method in interface nxopen.features.MidSurfaceByFacePairsBuilder: Use cloud of points to generate neutral sheet
License requirements: solid_modeling ("SOLIDS MODELING")
.
modifyNodeDofs(FENode[], boolean[], boolean[], boolean[], boolean[], boolean[], boolean[]) - Method in interface nxopen.cae.CaeDOFSet: Modify the dofs of the passed in nodes in the CaeDOFSet.
modifyOffsetsInString(Tag, UFCurve.OcfData, int, UFCurve.OcfValues[]) - Method in interface nxopen.uf.UFCurve: Refer to UF_CURVE_modify_offsets_in_string for documentation.
modifyParametersByRow(int) - Method in interface nxopen.tooling.AddReusablePart: Modify parameters according to row index.
modifyPercent() - Method in interface nxopen.facet.SmoothFacetBodyBuilder: Returns the modification percentage
License requirements: None.
modifyProductAttribute(Tag, UFPd.ProductAttribute) - Method in interface nxopen.uf.UFPd: Refer to UF_PD_modify_product_attribute for documentation.
modifyRefCsys(Point3d, Matrix3x3) - Method in interface nxopen.tooling.StockSizeBuilder: Modifies the reference csys for stock size.
modifySpreadsheetData(String[], String[]) - Method in interface nxopen.features.shipdesign.StandardPartFrameworkBuilder: Modifies specific parameter values without change parameter statuses.
modifyStyle() - Method in interface nxopen.tooling.HoleManufacturingNoteBuilder: The method to modify the style of the previewed note
License requirements: ug_mold_design ("UG MOLD") OR prog_die_wizard ("UG/Progressive Die Wizard")
.
modifySymbol(int, Point3d) - Method in interface nxopen.annotations.ForeshorteningSymbolBuilder: Modify the foreshortening symbol
License requirements: None.
modifyTime(SimConditionTimeStep, double) - Method in interface nxopen.cae.SimConditionTimeStepCollection: Modifies the time of a SimConditionTimeStep in time history
License requirements: nx_masterfem ("Finite Element Modeling") OR nx_design_sim ("NX Design Simulation")

Created in NX9.0.0
modifyVariableIncrementListData(int, int, double) - Method in interface nxopen.cam.CenterlineDrillVariableIncrementBuilder: Modify an existing variable increment value, name maybe changed if not unique
License requirements: cam_base ("CAM BASE")
.
modifyWithParameter(int, double, double, double, double) - Method in interface nxopen.cam.UdtSectionBuilder: Modify an existing udt section item with parameter
License requirements: cam_base ("CAM BASE")
.
modl() - Method in interface nxopen.UFSession
MODL_MAX_ERROR - Static variable in class nxopen.uf.UFConstants
MODL_PARAM_ALL - Static variable in class nxopen.uf.UFGdt.ModlParameter
MODL_PARAM_COUNTERBORE - Static variable in class nxopen.uf.UFGdt.ModlParameter
MODL_PARAM_COUNTERSINK - Static variable in class nxopen.uf.UFGdt.ModlParameter
MODL_PARAM_HOLE - Static variable in class nxopen.uf.UFGdt.ModlParameter
MODL_PARAM_INVALID - Static variable in class nxopen.uf.UFGdt.ModlParameter
MODL_PARAM_NONE - Static variable in class nxopen.uf.UFGdt.ModlParameter
MODL_PARAM_XLENGTH - Static variable in class nxopen.uf.UFGdt.ModlParameter
MODL_PARAM_XLENGTH_TOP - Static variable in class nxopen.uf.UFGdt.ModlParameter
MODL_PARAM_YLENGTH - Static variable in class nxopen.uf.UFGdt.ModlParameter
MODL_PARAM_YLENGTH_TOP - Static variable in class nxopen.uf.UFGdt.ModlParameter
ModlAlongCurveAngle - Interface in nxopen.geometricutilities: This class ModlAlongCurveAngle represents motion type in ModlMotion
Created in NX8.5.0
modlBodyAskBody(Tag) - Method in interface nxopen.uf.UFSf: Refer to UF_SF_modl_body_ask_body for documentation.
ModlData() - Constructor for class nxopen.uf.UFGdt.ModlData
ModlData(int, Tag[], UFGdt.ModlParameter, Tag) - Constructor for class nxopen.uf.UFGdt.ModlData
ModlDistanceAngle - Interface in nxopen.geometricutilities: Represents a ModlDistanceAngle
Created in NX6.0.0
modlFeatureList - Variable in class nxopen.uf.UFGdt.ModlData
modlFeatures - Variable in class nxopen.uf.UFGdt.AskModlFeaturesData
modlFeatures() - Method in interface nxopen.UFSession
modlGeneral() - Method in interface nxopen.UFSession
ModlMotion - Interface in nxopen.geometricutilities: Represents a ModlMotion
Created in NX6.0.0
ModlMotion.Delta - Class in nxopen.geometricutilities: Represents the options of Delta XYZ.
ModlMotion.Options - Class in nxopen.geometricutilities: Represents the options of Motion.
modlParam - Variable in class nxopen.uf.UFGdt.ModlData
modlSmd() - Method in interface nxopen.UFSession
modlUi() - Method in interface nxopen.UFSession
MODULE_IS_NOT_AVAILABLE - Static variable in class nxopen.uf.UFConstants
moduleToNest() - Method in interface nxopen.geometricutilities.NestModuleBuilder: Deprecated.
Deprecated in NX10.0.0. Please use FeatureCollection.reorganizeFeature(nxopen.features.Feature[], nxopen.features.Feature, nxopen.features.FeatureCollection.ReorderType) instead.
moduleToUnnest() - Method in interface nxopen.geometricutilities.UnnestModuleBuilder: Deprecated.
Deprecated in NX10.0.0. Please use FeatureCollection.reorganizeFeature(nxopen.features.Feature[], nxopen.features.Feature, nxopen.features.FeatureCollection.ReorderType) instead.
mofiError - Variable in class nxopen.uf.UFWeight.Properties
mofiState - Variable in class nxopen.uf.UFWeight.Properties
MOLD_WIZARD - Static variable in class nxopen.features.PatchOpeningsBuilder.Types: Patch with Mold wizard edge patch method
MOLD_WIZARD - Static variable in class nxopen.tooling.ToolingApplication: MoldWizard
moldbaseStyle() - Method in interface nxopen.tooling.MotionSimulationBuilder: Returns the moldbase style to control the visibility of process parameters for mold
License requirements: None.
moldCsys() - Method in interface nxopen.tooling.ToolingManager: Returns the MoldCsysCollection instance belonging to this part .
MoldCsysBuilder - Interface in nxopen.tooling: Mold Wizard MoldCsys project builder
To create a new instance of this class, use MoldCsysCollection.createMoldCsysBuilder()
Default values.
MoldCsysBuilder.Wcsposition - Class in nxopen.tooling: Represents the method to computer the WCS positino
MoldCsysCollection - Interface in nxopen.tooling: Creates a MoldCsysCollection
To obtain an instance of this class, refer to ToolingManager

Created in NX6.0.0
MoldDesign - Interface in nxopen.tooling: Represents an Mold Design.
moldDesign() - Method in interface nxopen.tooling.ToolingManager: Returns the MoldDesignCollection instance belonging to this part .
MoldDesignCollection - Interface in nxopen.tooling: Represents a collection of Mold Design.
moldFace() - Method in interface nxopen.features.shipdesign.PlateBuilder: Returns the mold face, which is used to create the plate body and define the plate placement.
moldFaceOffset() - Method in interface nxopen.features.shipdesign.PlateBuilder: Returns the mold face offset, which defines an offset distance to the mold face.
moldFacePlane() - Method in interface nxopen.features.shipdesign.DeckBuilder: Returns the plane in which the camber shape is generated.
moldFacePlane() - Method in interface nxopen.features.shipdesign.LongitudinalBulkheadBuilder: Returns the supplied section will be projected to this plane for the start of the extrusion.
moldFacePlaneList() - Method in interface nxopen.features.shipdesign.DeckBuilder: Returns the list of planes defined to define the mold face.
moldFacePlaneList() - Method in interface nxopen.features.shipdesign.GenericPlateSystemBuilder: Returns the list of planes defined to define the mold face.
moldFacePlaneList() - Method in interface nxopen.features.shipdesign.LongitudinalBulkheadBuilder: Returns the list of planes defined to define the mold face.
moldFacePlaneList() - Method in interface nxopen.features.shipdesign.TransverseBulkheadBuilder: Returns the list of planes defined to define the mold face.
moldFacePlanes() - Method in interface nxopen.features.shipdesign.DeckBuilder: Returns the planes selected to define the mold face.
moldFacePlanes() - Method in interface nxopen.features.shipdesign.GenericPlateSystemBuilder: Returns the planes selected to define the mold face.
moldFacePlanes() - Method in interface nxopen.features.shipdesign.LongitudinalBulkheadBuilder: Returns the planes selected to define the mold face.
moldFacePlanes() - Method in interface nxopen.features.shipdesign.TransverseBulkheadBuilder: Returns the planes selected to define the mold face.
moldFaces() - Method in interface nxopen.features.shipdesign.HullBuilder: Returns the faces selected that defines the overall shape of the hull.
moldFaceSection() - Method in interface nxopen.features.shipdesign.LongitudinalBulkheadBuilder: Returns the section containing the shape to extrude.
moldFaceSheet() - Method in interface nxopen.features.shipdesign.DeckBuilder: Returns the sheet body selected to define the mold face.
moldFaceSheet() - Method in interface nxopen.features.shipdesign.GenericPlateSystemBuilder: Returns the sheet body selected to define the mold face.
moldFaceSheet() - Method in interface nxopen.features.shipdesign.HullBuilder: Returns the sheet body selected that defines the overall shape of the hull.
moldFaceSheet() - Method in interface nxopen.features.shipdesign.LongitudinalBulkheadBuilder: Returns the sheet body selected to define the mold face.
moldFaceSheet() - Method in interface nxopen.features.shipdesign.TransverseBulkheadBuilder: Returns the sheet body selected to define the mold face.
MoldFeatureRecognitionBuilder - Interface in nxopen.tooling: Represents a MoldFeatureRecognitionBuilder builder
To create a new instance of this class, use MoldwizardManager.createMoldFeatureRecognitionBuilder()
Default values.
MoldFillingBuilder - Interface in nxopen.tooling: Builder used to add a gate/runner standard part from fill library, it returns null.
MoldFillingBuilder.InstallOption - Class in nxopen.tooling: The installation type of the fill component.
MoldFillingBuilder.MoveOption - Class in nxopen.tooling: The modification options of the selected fill component.
moldingSideScallop() - Method in interface nxopen.features.shipdesign.ProfileCutoutBuilder: Returns the SteelFeatureSpreadsheetBuilder , which holds the information of the molding side scallop.
MoldInsertBuilder - Interface in nxopen.tooling: Mold Wizard mold insert management builder
To create a new instance of this class, use MoldInsertCollection.createMoldInsertBuilder()
Default values.
MoldInsertBuilder.BooleanType - Class in nxopen.tooling: design type: unite single workpieces, subtract overall workpieces
MoldInsertCollection - Interface in nxopen.tooling: Creates a MoldInsertCollection class
To obtain an instance of this class, refer to ToolingManager

Created in NX6.0.0
moldInserts() - Method in interface nxopen.tooling.ToolingManager: Returns the MoldInsertCollection instance belonging to this part .
moldLine() - Method in interface nxopen.features.shipdesign.QualifySketchBuilder: Returns the selected mold line.
moldLines - Variable in class nxopen.uf.UFModl.GflangeOptionsData
moldOpenAngle() - Method in interface nxopen.tooling.MotionSimulationBuilder: Returns the hydraulic motion option
License requirements: None.
MoldProcessBuilder - Interface in nxopen.tooling: Represents a Tooling::MoldProcessBuilder builder
To create a new instance of this class, use MoldProcessCollection.createMoldProcessBuilder()
Default values.
MoldProcessCollection - Interface in nxopen.tooling: Represents a collection of Mold Process
To obtain an instance of this class, refer to ToolingManager

Created in NX6.0.0
moldProcesses() - Method in interface nxopen.tooling.ToolingManager: Returns the MoldProcessCollection instance belonging to this part .
moldwizard() - Method in interface nxopen.tooling.ToolingManager: Returns the moldwizard manager for this part .
MoldwizardManager - Interface in nxopen.tooling: Provides create builder methods for Moldwizard.
MOLECULAR_DIFFUSION_COEFFICIENT - Static variable in class nxopen.cae.Result.Quantity
mom() - Method in interface nxopen.UFSession
MOM_POST_EVENT - Static variable in class nxopen.cam.ToolpathEventType
MOM_VARIABLES - Static variable in class nxopen.sim.SimDebugBuilder.DumpType: Dump Mom Variables
moment() - Method in interface nxopen.cae.DurSpecialistSuperpositionEventBuilder: Returns the unit load moment
License requirements: None.
MOMENT - Static variable in class nxopen.cae.FrfSet.Measure: Moment
MOMENT - Static variable in class nxopen.cae.ResultParametersWithNodalForceReport.ResultType
MOMENT - Static variable in class nxopen.cae.XyFunctionMeasure: Moment unit
MOMENT_BF_FT - Static variable in class nxopen.cae.XyFunctionUnit: Moment unit: lbf-ft
MOMENT_BF_IN - Static variable in class nxopen.cae.XyFunctionUnit: Moment unit: lbf-in
MOMENT_CN_CM - Static variable in class nxopen.cae.XyFunctionUnit: Moment unit: cN-cm
MOMENT_KGF_CM - Static variable in class nxopen.cae.XyFunctionUnit: Moment unit: kgf-cm
MOMENT_KGF_M - Static variable in class nxopen.cae.XyFunctionUnit: Moment unit: kgf-m
MOMENT_KGF_MM - Static variable in class nxopen.cae.XyFunctionUnit: Moment unit: kgf-mm
MOMENT_MN_MM - Static variable in class nxopen.cae.XyFunctionUnit: Moment unit: mN-mm
MOMENT_NM - Static variable in class nxopen.cae.XyFunctionUnit: Moment unit: N-m
MOMENT_NMM - Static variable in class nxopen.cae.XyFunctionUnit: Moment unit: N-mm
MOMENT_PER_ANGLE - Static variable in class nxopen.cae.XyFunctionMeasure: Moment Per Angle
MOMENT_PER_ANGLE_LBF_FT_DEG - Static variable in class nxopen.cae.XyFunctionUnit: Moment Per angle Unit: Pound-Force Foot Per Degree
MOMENT_PER_ANGLE_LBF_FT_RAD - Static variable in class nxopen.cae.XyFunctionUnit: Moment Per angle Unit: Pound-Force Foot Per Radian
MOMENT_PER_ANGLE_LBF_IN_DEG - Static variable in class nxopen.cae.XyFunctionUnit: Moment Per angle Unit: Pound-Force Inch Per Degree
MOMENT_PER_ANGLE_LBF_IN_RAD - Static variable in class nxopen.cae.XyFunctionUnit: Moment Per angle Unit: Pound-Force Inch Per Radian
MOMENT_PER_ANGLE_MN_MM_DEG - Static variable in class nxopen.cae.XyFunctionUnit: Moment Per angle Unit: MilliNewton MilliMeter Per Degree
MOMENT_PER_ANGLE_MN_MM_RAD - Static variable in class nxopen.cae.XyFunctionUnit: Moment Per angle Unit: MilliNewton MilliMeter Per Radian
MOMENT_PER_ANGLE_NMDEG - Static variable in class nxopen.cae.XyFunctionUnit: Moment Per angle Unit: Newton Meter Per Degree
MOMENT_PER_ANGLE_NMM_DEG - Static variable in class nxopen.cae.XyFunctionUnit: Moment Per angle Unit: Newton MilliMeter Per Degree
MOMENT_PER_ANGLE_NMM_RAD - Static variable in class nxopen.cae.XyFunctionUnit: Moment Per angle Unit: Newton Milli Meter Per Radian
MOMENT_PER_ANGLE_NMRAD - Static variable in class nxopen.cae.XyFunctionUnit: Moment Per angle Unit: Newton Meter Per Radian
momentInertiaYY - Variable in class nxopen.cae.BeamSection.Properties: Moment of Inertia about y-axis
momentInertiaYZ - Variable in class nxopen.cae.BeamSection.Properties: YZ-Product of Inertia
momentInertiaZZ - Variable in class nxopen.cae.BeamSection.Properties: Moment of Inertia about z-axis
momentsOfInertia - Variable in class nxopen.uf.UFWeight.Properties
momentum(double, double) - Method in interface nxopen.EngineeringFunction: Calculate the momentum.
MONETARY - Static variable in class nxopen.annotations.TableCellStyleBuilder.CellFormatTypes: Monetary
MONETARY - Static variable in class nxopen.annotations.TableCellStyleBuilder.FormatType: Deprecated.
MONO_ARC - Static variable in class nxopen.die.QuickBinderBuilder.Types: mono arc
MONOCHROME - Static variable in class nxopen.display.ImageBaseBuilder.ImageColorModes: monochrome color mode
MONOCHROME - Static variable in class nxopen.ModelingViewHighQualityImage.DisplayTechniqueType: Pixels are converted to black and white and dithered using the Floyd-Steinberg algorithm.
MONOCHROME_HORIZON - Static variable in class nxopen.geometricanalysis.ReflectionAnalysisBuilder.SceneImageType: Monochrome horizon.
monochromeBackgroundColor() - Method in interface nxopen.preferences.PartVisualizationColorSetting: Returns the monochrome background color
License requirements: None.
monochromeDisplay() - Method in interface nxopen.linedesigner.ExportToDWGBuilder: Returns the monochrome display is return
License requirements: ld_line_designer ("FULL LINE DESIGNER")
.
monochromeDisplay() - Method in interface nxopen.preferences.PartVisualizationColorSetting: Returns the monochrome display flag.
monochromeDisplay - Variable in class nxopen.uf.UFDisp.DrawingDisplayData
monochromeForegroundColor() - Method in interface nxopen.preferences.PartVisualizationColorSetting: Returns the monochrome foreground color.
monochromePreselectionColor() - Method in interface nxopen.preferences.PartVisualizationColorSetting: Returns the monochrome color for preselected objects
License requirements: None.
monochromeSelectionColor() - Method in interface nxopen.preferences.PartVisualizationColorSetting: Returns the monochrome selection_color.
MONOCULAR - Static variable in class nxopen.features.vehicledesign.CloseRangeVisibilityBuilder.EyePointTypes: Monocular type
MONOLITHIC - Static variable in class nxopen.JtCreator.FileStructure: MONOLITHIC
month() - Method in interface nxopen.DateItemBuilder: Returns the month
License requirements: None.
month - Variable in class nxopen.uf.UFPs.KernelVersion
MONTH - Static variable in class nxopen.visualreporting.Classifier.DateGroupMethodOption: The date grouping by month will be used
MOONEYRIVLIN - Static variable in class nxopen.PhysicalMaterial.Type: Mooney Rivlin
MOONEYRIVLINTESTDATA - Static variable in class nxopen.PhysicalMaterial.Type: Mooney Rivlin - test data option
MOORE_PENROSE_PSEUDOINVERSE - Static variable in class nxopen.motion.LmsSolverProperty.DynamicInitialVelocityMethods
MORE - Static variable in class nxopen.annotations.SearchModelViewBuilder.ValueComparisionOptions
MORE - Static variable in class nxopen.visualreporting.VisualReportExplorer.ReportDownStatus: There are more objects of interest below the currently reported upon objects
MORE_EQUAL - Static variable in class nxopen.annotations.SearchModelViewBuilder.ValueComparisionOptions
moreDetails() - Method in interface nxopen.tooling.DieEngDieTipBuilder: Callback of button more details
License requirements: die_engineering ("DIE ENGINEERING")
.
moreDetails() - Method in interface nxopen.tooling.DieEngLineupBuilder: The more details button call back
License requirements: die_engineering ("DIE ENGINEERING")
.
moreDetails - Variable in class nxopen.uf.UFStd.VrmlParams
moreSummaryDetails() - Method in interface nxopen.VRMLImporter: Returns the More Summary Details flag.
MORPH - Static variable in class nxopen.cam.PatternTypeBuilder.Option: Pattern is created by morphing between curves
MORPH - Static variable in class nxopen.features.MoveEdgeBuilder.EndFaceBehaviorType
MORPH - Static variable in class nxopen.features.OffsetEdgeBuilder.EndFaceBehaviourType
MorphRevolvedMeshBuilder - Interface in nxopen.cae: Represents a MorphRevolvedMeshBuilder
To create a new instance of this class, use NodeElementManager.createMorphRevolvedMeshBuilder()

Created in NX11.0.0
MorphRevolvedMeshBuilder.CurveType - Class in nxopen.cae: the type of curve to be used as reference curve for morphing
MORROW - Static variable in class nxopen.cae.DurabilityDamageEvaluationBuilder.EquivalentStressMethodEnum
MORROW - Static variable in class nxopen.cae.DurabilityEventFatigueSettingsBuilder.EquivalentStressMethodEnum: Morrow
MORROW - Static variable in class nxopen.cae.DurabilityEventFatigueSettingsBuilder.OrthotropicMeanStressEnum
MOST_RECENT_RUN - Static variable in class nxopen.validate.Parser.DataSourceTypes: Result of most recent run
MOST_SCROLL - Static variable in class nxopen.blockstyler.Node.Scroll: Scrolls the tree to maximum to make the node appear in tree window
MOTION - Static variable in class nxopen.cae.XyFunctionMacroType: Function is only used in a motion application
MOTION - Static variable in class nxopen.cam.CamPathToolpathEventType
MOTION - Static variable in class nxopen.cam.MoveBuilder.Feed: Motion
motion() - Method in interface nxopen.features.AdmMoveFaceBuilder: Returns the motion.
motion() - Method in interface nxopen.features.CopyFaceBuilder: Returns the motion about which the copied faces move
License requirements: None.
motion() - Method in interface nxopen.features.CutFaceBuilder: Returns the motion about which the cut faces move
License requirements: None.
motion() - Method in interface nxopen.features.MoveEdgeBuilder: Returns the motion which record the move behaviour.
motion() - Method in interface nxopen.features.PullFaceBuilder: Returns the motion.
motion() - Method in interface nxopen.features.vehicledesign.TireEnvelopeBuilder: Returns the option to specify how the suspension system motion will be defined.
motion() - Method in interface nxopen.geometricutilities.PatternClockingBuilder: Returns the user defined transform motion
License requirements: None.
motion() - Method in interface nxopen.mechanicalrouting.MovePathBuilder: Returns the transformation to apply to the selected routing objects.
motion() - Method in interface nxopen.tooling.CoolingDefineChannelBuilder: Returns the object which defines the transformation from start point to end point.
MOTION - Static variable in class nxopen.tooling.SIZERExportBuilder.RunMode: Motion Mode
motion() - Method in interface nxopen.UFSession
Motion2DContact() - Constructor for class nxopen.uf.UFMotion.Motion2DContact
Motion2DContact(String, int, Tag[], int, Tag[], int, boolean, boolean, double, UFMotion.ContactParameters) - Constructor for class nxopen.uf.UFMotion.Motion2DContact
Motion3DContact() - Constructor for class nxopen.uf.UFMotion.Motion3DContact
Motion3DContact(String, int, Tag[], int, Tag[], UFMotion.ContactForce, UFMotion.ContactFriction, double, UFMotion.ContactParameters, double) - Constructor for class nxopen.uf.UFMotion.Motion3DContact
MOTION_ADAMS_RES_DIR - Static variable in class nxopen.uf.UFUi.DialogDirId
MOTION_ADAMS_RES_FLTR - Static variable in class nxopen.uf.UFUi.DialogFilterId
MOTION_BASED - Static variable in class nxopen.cam.SimulationOptionsBuilder.IpwEnable: motion based
MOTION_EXPORT_SDK_RMD_DIR - Static variable in class nxopen.uf.UFUi.DialogDirId
MOTION_EXPORT_SDK_RMD_FLTR - Static variable in class nxopen.uf.UFUi.DialogFilterId
MOTION_FLEXBODY_OP2DIR - Static variable in class nxopen.uf.UFUi.DialogDirId
MOTION_FLEXBODY_RFI_DIR - Static variable in class nxopen.uf.UFUi.DialogDirId
MOTION_FLEXBODY_RFI_FLTR - Static variable in class nxopen.uf.UFUi.DialogFilterId
MOTION_GENERAL - Static variable in class nxopen.cae.XyFunctionDataType: Function is Motion General Function
MOTION_GENERAL - Static variable in class nxopen.cae.XyFunctionGeneralType: Function is Motion General Function
MOTION_GENERAL - Static variable in class nxopen.cae.XyFunctionMotionType: Function is Motion General Function
MOTION_IMP_EXP_DIR - Static variable in class nxopen.uf.UFUi.DialogDirId
MOTION_IMP_EXP_FLTR - Static variable in class nxopen.uf.UFUi.DialogFilterId
MOTION_LENGTH - Static variable in class nxopen.cam.PathDisplay.ColorByType
MOTION_LMS_LMSMOTIONRESULTS_DIR - Static variable in class nxopen.uf.UFUi.DialogDirId
MOTION_LMS_LMSMOTIONRESULTS_FLTR - Static variable in class nxopen.uf.UFUi.DialogFilterId
MOTION_LMS_MRES_DIR - Static variable in class nxopen.uf.UFUi.DialogDirId
MOTION_LMS_MRES_FLTR - Static variable in class nxopen.uf.UFUi.DialogFilterId
MOTION_LMS_OFF_FLTR - Static variable in class nxopen.uf.UFUi.DialogFilterId
MOTION_RECURDYN_RAD_DIR - Static variable in class nxopen.uf.UFUi.DialogDirId
MOTION_RECURDYN_RAD_FLTR - Static variable in class nxopen.uf.UFUi.DialogFilterId
MOTION_RECURDYN_RAD_RAN_DIR - Static variable in class nxopen.uf.UFUi.DialogDirId
MOTION_RECURDYN_RAD_RAN_FLTR - Static variable in class nxopen.uf.UFUi.DialogFilterId
MOTION_TYPE - Static variable in class nxopen.cam.PathDisplay.ColorByType
MOTION_TYPE_APPROACH - Static variable in class nxopen.uf.UFPath.MotionType
MOTION_TYPE_CUT - Static variable in class nxopen.uf.UFPath.MotionType
MOTION_TYPE_CYCLE - Static variable in class nxopen.uf.UFPath.MotionType
MOTION_TYPE_DEPARTURE - Static variable in class nxopen.uf.UFPath.MotionType
MOTION_TYPE_ENGAGE - Static variable in class nxopen.uf.UFPath.MotionType
MOTION_TYPE_FIRST_CUT - Static variable in class nxopen.uf.UFPath.MotionType
MOTION_TYPE_FROM - Static variable in class nxopen.uf.UFPath.MotionType
MOTION_TYPE_GOHOME - Static variable in class nxopen.uf.UFPath.MotionType
MOTION_TYPE_LAST_ELEMENT - Static variable in class nxopen.uf.UFPath.MotionType
MOTION_TYPE_RAPID - Static variable in class nxopen.uf.UFPath.MotionType
MOTION_TYPE_RETRACT - Static variable in class nxopen.uf.UFPath.MotionType
MOTION_TYPE_RETURN - Static variable in class nxopen.uf.UFPath.MotionType
MOTION_TYPE_STEPOVER - Static variable in class nxopen.uf.UFPath.MotionType
MOTION_TYPE_THREAD_TURN - Static variable in class nxopen.uf.UFPath.MotionType
MOTION_TYPE_TRAVERSAL - Static variable in class nxopen.uf.UFPath.MotionType
MOTION_TYPE_UNDEFINED - Static variable in class nxopen.uf.UFPath.MotionType
motionBodies() - Method in interface nxopen.presslinesimulation.UserMotionBuilder: Returns the motion bodies.
motionBody() - Method in interface nxopen.tooling.UserDefinedMotionBuilder: Returns the motion body
License requirements: None.
MotionBuilder - Interface in nxopen.motion: This builder class is used to create or edit MotionObject
This is an abstract class, and cannot be created.
MotionCurvesBuilder - Interface in nxopen.presslinesimulation: Represents a MotionCurvesBuilder builder
To create a new instance of this class, use ApplicationManager.createMotionCurvesBuilder(nxopen.Part)

Created in NX12.0.0
motionDistance() - Method in interface nxopen.tooling.DefineCamBuilder: Returns the motion distance
License requirements: None.
motionEnd() - Method in interface nxopen.cam.LaserLinearMove: Returns the Motion End
License requirements: None.
motionEndType() - Method in interface nxopen.cam.CircularAboutAxisMoveBuilder: Returns the arc end type
License requirements: None.
MotionEnvironment - Interface in nxopen.motion: Represents a Motion Environment
To obtain an instance of this class, refer to MotionSession

Created in NX7.5.0
MotionEnvironment.AdoptAssemblyJointStatus - Class in nxopen.motion: Represents the on-off status of adopt assembly joint
MotionEnvironment.Analysis - Class in nxopen.motion: Represents analysis type of current mechanisms
MotionEnvironment.JointWizardStatus - Class in nxopen.motion: Represents the on-off status of joint wizard
MotionEnvironment.Solver - Class in nxopen.motion: Represents Motion solver of current mechanism
motionEulerAngle1() - Method in interface nxopen.motion.DriverMultiOperations: Returns the motion motion euler angle1, it is for revolute joint and cylindrical joint
License requirements: None.
motionFace() - Method in interface nxopen.features.CoaxialBuilder: Returns the motion face.
motionFace() - Method in interface nxopen.features.MakeOffsetBuilder: Returns the motion face
License requirements: None.
motionFace() - Method in interface nxopen.features.ParallelBuilder: Returns the motion face.
motionFace() - Method in interface nxopen.features.PerpendicularBuilder: Returns the motion face
License requirements: None.
motionFace() - Method in interface nxopen.features.SymmetricBuilder: Returns the motion face.
motionFace() - Method in interface nxopen.features.TangentBuilder: Returns the motion face
License requirements: None.
MotionFunction - Interface in nxopen.motion: Represents a Motion Function Object
To create or edit an instance of this class, use FunctionBuilder

Created in NX11.0.0
MotionManager - Interface in nxopen.motion: A manager to deal with all motion objects
To obtain an instance of this class, refer to Part

Created in NX5.0.0
motionManager() - Method in interface nxopen.Part: Returns the MotionManager for this part .
motionMethod() - Method in interface nxopen.cam.ToolPathEditorBuilder: Returns the motion method
License requirements: None.
MotionMethods - Interface in nxopen.motion: Represents a MotionMethods class
To obtain an instance of this class, refer to MotionSession

Created in NX8.0.0
motionMethods() - Method in interface nxopen.motion.MotionSession: Returns the MotionMethods belonging to this part
Created in NX8.0.0
motionName() - Method in interface nxopen.tooling.UserDefinedMotionBuilder: Returns the motion name
License requirements: None.
motionObject - Variable in class nxopen.motion.GraphBuilder.CurveData: Deprecated.

Attribute object
MotionObject - Interface in nxopen.motion: Represents the motion base object class.
MotionObject.GroupType - Class in nxopen.motion: The group type attribute is used for import subassembly functionality.
motionOrigin() - Method in interface nxopen.presslinesimulation.UserMotionBuilder: Returns the motion vector origin
License requirements: None.
motionOutput() - Method in interface nxopen.cam.Cycle: Returns the motion output
License requirements: None.
motionOutput() - Method in interface nxopen.cam.MillOperationBuilder: Returns the motion output builder
License requirements: None.
motionOutput() - Method in interface nxopen.cam.TurningOperationBuilder: Returns the motion output
License requirements: None.
motionOutputBuilder() - Method in interface nxopen.cam.OperationBuilder: Returns the motion output builder
License requirements: None.
motionPointOnCurve() - Method in interface nxopen.motion.DriverMultiOperations: Returns the motion point on curve, it is for point on curve constraint
License requirements: None.
motionProfile() - Method in interface nxopen.mechatronics.CamBuilder: Returns the motion profile.
motionProfile() - Method in interface nxopen.mechatronics.GraphControlBuilder: Returns the motion profile.
MotionProfile - Interface in nxopen.mechatronics: Represents the MotionProfile class.
MotionProfileBuilder - Interface in nxopen.mechatronics: Represents a MotionProfile builder.
MotionProfileBuilder.MasterValueUnit - Class in nxopen.mechatronics: the Master Unit types
MotionProfileBuilder.ProfileCyclicType - Class in nxopen.mechatronics: Indicates which cyclic type should be take.The type of Cam Profile can be switched between non-cyclic, cyclic and relative cyclic.
MotionProfileBuilder.SlaveValueUnit - Class in nxopen.mechatronics: the Slave Unit types
MotionProfileCollection - Interface in nxopen.mechatronics: Represents a collection of Motion Profile.
motionProfiles() - Method in interface nxopen.mechatronics.PhysicsManager: Returns the MotionProfileCollection belonging to this part
Created in NX7.5.1
MotionSensor - Interface in nxopen.motion: Represents a motion sensor
To create or edit an instance of this class, use MotionSensorBuilder

Created in NX6.0.0
MotionSensorBuilder - Interface in nxopen.motion: Represents a MotionSensorBuilder
To create a new instance of this class, use MotionSensorCollection.createMotionSensorBuilder(nxopen.motion.MotionSensor)
Default values.
MotionSensorBuilder.Component - Class in nxopen.motion: component enumeration type
MotionSensorBuilder.Reference - Class in nxopen.motion: reference frame enumeration type
MotionSensorBuilder.Types - Class in nxopen.motion: sensor type
MotionSensorCollection - Interface in nxopen.motion: Represents a collection of sensor objects
To obtain an instance of this class, refer to MotionManager

Created in NX6.0.0
motionSensors() - Method in interface nxopen.motion.MotionManager: Returns the MotionSensorCollection belonging to this part
Created in NX3.0.0
MotionSession - Interface in nxopen.motion: Represents motion session
To obtain an instance of this class, refer to Session

Created in NX5.0.0
motionSession() - Method in interface nxopen.Session: Returns the Motion session .
motionShape - Variable in class nxopen.cam.CamOperationCircularMotionDataType
motionShape - Variable in class nxopen.cam.CamOperationHelicalMotionDataType
motionShape - Variable in class nxopen.cam.CamOperationLinearMotionDataType
motionshape - Variable in class nxopen.cam.Path.IsToolpathEventAMotionData
motionShape() - Method in interface nxopen.cam.PathContactMotion: Returns the motion shape
License requirements: None.
motionSimFile() - Method in interface nxopen.cae.SimMotionLoadsBuilder: Returns the motion simulation part file
License requirements: None.
MotionSimulation - Interface in nxopen.motion: Represents Motion.Simulation
To obtain an instance of this class, refer to Session

Created in NX5.0.0
motionSimulation() - Method in interface nxopen.Session: Returns the Motion session .
motionSimulation() - Method in interface nxopen.tooling.ToolingManager: Returns the MotionSimulationCollection instance belonging to this part .
MotionSimulationBuilder - Interface in nxopen.tooling: Represents a MotionSimulationBuilder to support dynamic interference check.
MotionSimulationBuilder.CamDefinitionType - Class in nxopen.tooling: Specifies the way to define cam, automatically or manually.
MotionSimulationBuilder.EjectorMoveOptions - Class in nxopen.tooling: Specifies the ejector move type, after or while
MotionSimulationBuilder.MoldbaseStyleType - Class in nxopen.tooling: Specifies the style type of moldbase, two-plate style or three-plate style
MotionSimulationBuilder.Types - Class in nxopen.tooling: Specifies the operation options of motion simulation.
MotionSimulationCollection - Interface in nxopen.tooling: Represents a collection of MotionSimulation.
MotionSolution - Interface in nxopen.motion: Represents a solution
To create or edit an instance of this class, use MotionSolutionBuilder

Created in NX5.0.0
MotionSolution.GraphObjectResultData - Class in nxopen.motion: This class holds the data returned from MotionSolution.getGraphObjectResult(nxopen.motion.Graph)
MotionSolutionBuilder - Interface in nxopen.motion: Represents a MotionSolutionBuilder
To create a new instance of this class, use MotionSolutionCollection.createSolutionBuilder(nxopen.motion.MotionSolution)

Created in NX5.0.0
MotionSolutionBuilder.AnalysisTypes - Class in nxopen.motion: Analysis type The LMS Solver does not support MotionSolutionBuilder.AnalysisTypes.CONTROL .
MotionSolutionBuilder.SolutionTypes - Class in nxopen.motion: Solution type
MotionSolutionCollection - Interface in nxopen.motion: Represents a collection of Driver objects
To obtain an instance of this class, refer to MotionManager

Created in NX5.0.0
motionSolutions() - Method in interface nxopen.motion.MotionManager: Returns the MotionSolutionCollection belonging to this part
Created in NX3.0.0
motionTranslationZ() - Method in interface nxopen.motion.DriverMultiOperations: Returns the motion translation z, it is for slider joint and cylindrical joint
License requirements: None.
motionType() - Method in interface nxopen.cam.AcrossVoids: Returns the motion type
License requirements: None.
motionType - Variable in class nxopen.cam.CamOperationCircularMotionDataType
motionType - Variable in class nxopen.cam.CamOperationHelicalMotionDataType
motionType - Variable in class nxopen.cam.CamOperationLinearMotionDataType
motionType() - Method in interface nxopen.cam.InspectionMoveBuilder: Returns the motion type
License requirements: None.
motionType() - Method in interface nxopen.cam.InspectionOperationTransformBuilder: Returns the motion type
License requirements: None.
motionType() - Method in interface nxopen.cam.MoveBuilder: Returns the motion type
License requirements: None.
motionType() - Method in interface nxopen.cam.OperationTransformBuilder: Returns the motion type
License requirements: None.
motiontype - Variable in class nxopen.cam.Path.IsToolpathEventAMotionData
motionType() - Method in interface nxopen.cam.PathLinearMotion: Returns the motion type
License requirements: None.
motiontype - Variable in class nxopen.cam.TurnAvoidancePathPointsBuilder.PointData: the motionTypeColumn
motiontype - Variable in class nxopen.cam.TurnAvoidancePathPointsBuilder.PointListData: the motionTypeColumn
motionType() - Method in interface nxopen.mechatronics.TransportSurfaceBuilder: Returns the motion type
License requirements: nx_mcd_core ("MECHATRONICS CONCEPT DESIGNER")
.
motionType() - Method in interface nxopen.tooling.UserDefinedMotionBuilder: Returns the motion type
License requirements: None.
motionVector() - Method in interface nxopen.presslinesimulation.UserMotionBuilder: Returns the motion vector.
motor() - Method in interface nxopen.motion.DriverOperation: Returns the motor
License requirements: None.
MOTOR - Static variable in class nxopen.motion.DriverOperation.Type: Motor
Motor - Interface in nxopen.motion: Represents a motion motor base object class
This is an abstract class, and cannot be created.
MOTOR_DRIVER - Static variable in class nxopen.motion.GraphBuilder.RequestChoices: Deprecated.

Motor Driver
MOTOR_SIGNAL - Static variable in class nxopen.cae.XyFunctionMeasure: Motor signal unit
MOTOR_SIGNAL_NONE - Static variable in class nxopen.cae.XyFunctionUnit: Motor Signal unit: none
MotorBuilder - Interface in nxopen.motion: This builder class is used to create or edit Motor
This is an abstract class, and cannot be created.
MOTORCYCLE - Static variable in class nxopen.motion.TireBuilder.Type: for Motorcycle Tire Model
motorType() - Method in interface nxopen.motion.PMDCMotorBuilder: Returns the motor type
License requirements: nx_motion_motor ("NX Motion Motor")
.
MOUNT - Static variable in class nxopen.cam.RobotMountMove.Types: Mount
MOUNT - Static variable in class nxopen.sim.KinematicJunctionBuilder.SystemClass: a mounting junction
MOUNT_COMPONENT - Static variable in class nxopen.tooling.MotionSimulationBuilder.Types: Mounts die components to kinematic components
mountGeometry(NXObject) - Method in interface nxopen.presslinesimulation.MountPointBuilder: Adds to the list of geometry that is mounted on commit.
mountingAngle() - Method in interface nxopen.features.shipdesign.OrientationAngleMethodsBuilder: Returns the constant angle value to rotate from the given vector or reference object.
mountingAngle() - Method in interface nxopen.features.shipdesign.StiffenerBuilder: Returns the mounting angle expression
License requirements: None.
MountingInterface - Interface in nxopen.ame: Represents a Mounting Interface
This object does not need a creator.
MountingInterfaceBuilder - Interface in nxopen.ame: Builder class for creating mounting interface object in Part
To create a new instance of this class, use AMEManager.createMountingInterfaceBuilder(nxopen.Part)
Default values.
MountingInterfaceBuilder.FixingPolicy - Class in nxopen.ame: Represents component fixing type
MountingInterfaceBuilder.InterfaceType - Class in nxopen.ame: Represents mounting interface type
MountingInterfaceBuilder.ReceptaclePolicy - Class in nxopen.ame: Represents component receptacle type
mountingInterfaceType() - Method in interface nxopen.ame.MountingInterfaceBuilder: Returns the MountingInterfaceBuilder.InterfaceType
License requirements: ad_automation_design ("FULL AUTOMATION DESIGNER")

Created in NX12.0.0
mountingMethod() - Method in interface nxopen.features.shipdesign.EditStockBuilder: Returns the mounting method
License requirements: None.
mountingMethod() - Method in interface nxopen.features.shipdesign.StiffenerBuilder: Returns the mounting method
License requirements: None.
mountingMethod() - Method in interface nxopen.features.shipdesign.StiffenerSystemBuilder: Returns the mounting method
License requirements: None.
mountingMethod() - Method in interface nxopen.features.shipdesign.SubSystemBuilder: Returns the mounting method
License requirements: None.
mountingPosition() - Method in interface nxopen.cam.BoundaryTurnBlank: Returns the mounting position
License requirements: None.
mountingType() - Method in interface nxopen.cae.responsesimulation.RSEventAttributes: Returns the ship type
License requirements: nx_response_anlys ("NX Response Analysis")
.
mountKimComp(UFVariant, String, String, String, String, double) - Method in interface nxopen.uf.UFSim: Refer to UF_SIM_mount_kim_comp for documentation.
MountPointBuilder - Interface in nxopen.presslinesimulation: Use this class to mount tools, tooling and parts to interfaces.
MountPointBuilder.GeometrySelectionFilterType - Class in nxopen.presslinesimulation: Selection filter for mounting bodies.
MountPointBuilderList - Interface in nxopen.presslinesimulation: Represents a list of objects.
MountPointBuilderListBuilder - Interface in nxopen.presslinesimulation: Use this class to obtain a list of MountPointBuilder objects.
mountPunchEdge() - Method in interface nxopen.tooling.InsertAuxiliaryBuilder: Returns the punch edge to place the mount.
mountPunchFace() - Method in interface nxopen.tooling.InsertAuxiliaryBuilder: Returns the punch face to place the mount.
mountTool(UFVariant, UFSim.ToolClass, String, String, String, double) - Method in interface nxopen.uf.UFSim: Refer to UF_SIM_mount_tool for documentation.
mountType() - Method in interface nxopen.cam.RobotMountMove: Returns the mount tool type
License requirements: cam_base ("CAM BASE")
.
mouseGestureType() - Method in interface nxopen.display.SelPref: Returns the mouse gesture type
License requirements: None.
MOV - Static variable in class nxopen.cae.LaminateDrapingDataBuilder.ProjectionDrapingDirectionType: Define draping direction using MOVs
movable() - Method in interface nxopen.annotations.DatumTargetBuilder: Returns the flag that indicates movable .If true then movable.
MOVABLE_FRONT - Static variable in class nxopen.features.vehicledesign.SeatBeltAnchorageBuilder.SeatTypes: front
MOVABLE_REAR - Static variable in class nxopen.features.vehicledesign.SeatBeltAnchorageBuilder.SeatTypes: rear
movableModifierAngle() - Method in interface nxopen.annotations.DatumTargetBuilder: Returns the movable modifier angle
License requirements: None.
MOVE - Static variable in class nxopen.cam.InspectionOperationTransformBuilder.Result: move
Move - Interface in nxopen.cam: Represents a Move
To obtain an instance of this class use MoveCollection

Created in NX5.0.0
MOVE - Static variable in class nxopen.cam.OperationTransformBuilder.Result: move
move() - Method in interface nxopen.cam.ToolPathEditorBuilder: Move
License requirements: cam_base ("CAM BASE")
.
move(Point3d, boolean) - Method in interface nxopen.features.subdivision.CageManipulatorData: Deprecated.
Deprecated in NX10.0.0. Use CageManipulatorData.move(nxopen.Point3d, boolean) with optional constraint point instead.
move(Point3d, Point, boolean) - Method in interface nxopen.features.subdivision.CageManipulatorData: Moves the objects by dragging.
MOVE - Static variable in class nxopen.linedesigner.ConnectionCreatorBuilder.ConnectionType
MOVE - Static variable in class nxopen.mechatronics.ComparisonResult.Category: Move category
MOVE - Static variable in class nxopen.mechatronics.ECADImportBuilder.PositionMode: Deprecated.

Move
move() - Method in interface nxopen.motion.MarkerToNodeData: Returns whether to move the marker to node
License requirements: mechanisms ("MECHANISMS")
.
MOVE - Static variable in class nxopen.sim.IsvControlPanelBuilder.SingleStepType: Move
MOVE - Static variable in class nxopen.tooling.LayoutBuilder.XrefNum: Move type
MOVE - Static variable in class nxopen.tooling.LayoutBuilder.YrefNum: Move type
MOVE - Static variable in class nxopen.tooling.LayoutRepositionBuilder.Type: Move type
MOVE - Static variable in class nxopen.tooling.MoldFillingBuilder.MoveOption: Modifying current component
MOVE - Static variable in class nxopen.tooling.SIZERImportBuilder.PositionMode: Move
MOVE - Static variable in class nxopen.weld.AutoPointBuilder.Types: move existing points
MOVE_AND_ADAPT - Static variable in class nxopen.features.AdmMoveFaceBuilder.MoveOptionType: Option equates to standard Move Face.
MOVE_AND_CONNECT - Static variable in class nxopen.linedesigner.ConnectionCreatorBuilder.ConnectionType
MOVE_BY_FEATURE - Static variable in class nxopen.cam.InspectionConstructedFeatureBuilder.MethodEnumType: Moves a copy of a point reducible feature in a direction associated with another feature
MOVE_BY_VECTOR - Static variable in class nxopen.cam.InspectionConstructedFeatureBuilder.MethodEnumType: Moves a copy of a point reducible feature in a user specifiec direction
MOVE_CONFLICT - Static variable in class nxopen.mechatronics.ComparisonResult.Category: Conflict from Move category
MOVE_MACHINE - Static variable in class nxopen.cam.InspectionCmmCommandBuilder.CommandTypes: Enter a statement to move the machine
MOVE_OBJECTS_TO_WORK_LAYER - Static variable in class nxopen.DisplayManager.LayerSetting: Move the objects to work layer if they are in invisible layer
MOVE_ORIGINAL - Static variable in class nxopen.features.MoveObjectBuilder.MoveObjectResultOptions: move objects
MOVE_ORIGINAL - Static variable in class nxopen.routing.TransformPathBuilder.TransformOption: Move the selected entities.
MOVE_PART - Static variable in class nxopen.routing.CustomManager.CallbackReason: Called after the Move Part command.
MOVE_PART - Static variable in class nxopen.routing.CustomManager.DesignRuleReason: Called after the Move Part command.
MOVE_PART - Static variable in class nxopen.routing.DesignRuleViolationCollection.Reason
MOVE_PATH - Static variable in class nxopen.routing.CustomManager.CallbackReason: Called after the Move Path command.
MOVE_PATH - Static variable in class nxopen.routing.CustomManager.DesignRuleReason: Called after the Move Path command.
MOVE_PATH - Static variable in class nxopen.routing.DesignRuleViolationCollection.Reason
MOVE_POINT - Static variable in class nxopen.mechanicalrouting.EditPointBuilder.Motiontype: Move Point Motion
moveAllGates() - Method in interface nxopen.tooling.MoldFillingBuilder: Returns a value that indicates whether to move all gates or not when moving the active gate.
moveAlongFace() - Method in interface nxopen.features.CoaxialBuilder: Returns the move along face.
moveAlongFace() - Method in interface nxopen.features.ParallelBuilder: Returns the move along face.
moveAlongFace() - Method in interface nxopen.features.PerpendicularBuilder: Returns the move along faces
License requirements: None.
moveAlongFace() - Method in interface nxopen.features.SymmetricBuilder: Returns the move along face.
moveAlongFace() - Method in interface nxopen.features.TangentBuilder: Returns the move along faces
License requirements: None.
MoveBuilder - Interface in nxopen.cam: Represents Move Builder
This cannot be instantiated
.
MoveBuilder.Feed - Class in nxopen.cam: the feed Type
MoveBuilder.Motion - Class in nxopen.cam: the motion Type
moveButton() - Method in interface nxopen.cae.CorrelFineTuneAlignmentBuilder: The move button to nudge alignment by the defined distance along the selected distance vector
License requirements: nx_correl_base ("FE Correlation")
.
MoveCollection - Interface in nxopen.cam: Represents the move collection
To obtain an instance of this class, refer to Operation

Created in NX5.0.0
moveCommands(Command[], CommandLibrary.MoveCommandLocation, Command) - Method in interface nxopen.report.CommandLibrary: Moves the commands to the new position.
moveComponent(Component, Vector3d, Matrix3x3) - Method in interface nxopen.assemblies.ComponentAssembly: Moves a component by specifying a translation and rotation.
moveComponent(int, String, boolean) - Method in interface nxopen.display.IrayPlusMaterialEditorBuilder: Moves a component of layers up and down of layers stack.
moveComponent(Vector3d) - Method in interface nxopen.linedesigner.FastPlacementUtilityBuilder: To move component
License requirements: ld_line_designer ("FULL LINE DESIGNER")
.
moveComponents(NXObject, NXObject[]) - Method in interface nxopen.features.shipdesign.ManufacturingAssemblyNavigatorBuilder: Move components to the container
License requirements: nx_ship_mfg_prep ("Ship Manufacturing")
.
moveComponentToLocation(NXObject, Vector3d) - Method in interface nxopen.linedesigner.ReuseLibraryUtilityBuilder: Move component to the location
License requirements: ld_line_designer ("FULL LINE DESIGNER")
.
moveConnectionToThisFolder(IConnection) - Method in interface nxopen.cae.connections.Folder: Add a connection to this folder.
moveConnectors(NXObject, NXObject, double, boolean, boolean) - Method in interface nxopen.linedesigner.UINodeUtils: To move connectors while DnD of assembly
License requirements: ld_line_designer ("FULL LINE DESIGNER")
.
moveContent() - Method in interface nxopen.drawings.DrawingRegionBuilder: Returns the move content
License requirements: None.
moveCopyInstance() - Method in interface nxopen.cam.InspectionOperationTransformBuilder: Returns the move copy instance option
License requirements: None.
moveCopyInstance() - Method in interface nxopen.cam.OperationTransformBuilder: Returns the move copy instance option
License requirements: None.
MoveCurve - Interface in nxopen.features: Represents a move curve feature
To create or edit an instance of this class, use MoveCurveBuilder

Created in NX9.0.0
MoveCurveBuilder - Interface in nxopen.features: Represents a MoveCurve builder
To create a new instance of this class, use SynchronousCurveCollection.createMoveCurveBuilder(nxopen.features.MoveCurve)
Default values.
moveCurves(NXObject[]) - Method in interface nxopen.tooling.TraverseLoopBuilder: Move extract curves that are not parting lines to the invisible layer.
MOVED_ALONG_GUIDE - Static variable in class nxopen.weld.JointmarkPointsBuilder.PointPosition: User moved point from default location along the guide curve
MOVED_OFF_GUIDE - Static variable in class nxopen.weld.JointmarkPointsBuilder.PointPosition: User moved point from default location off the guide curve
moveDelta(double, double) - Method in interface nxopen.weld.WeldFillStripBuilder: Moves the fill strip the input length and width values.
moveDirection() - Method in interface nxopen.cam.FollowPartMoveBuilder: Returns the move direction
License requirements: None.
moveDirectionTag - Variable in class nxopen.uf.UFModl.MatchedgeData
moveDisplayableObjects(int, DisplayableObject[]) - Method in interface nxopen.layer.LayerManager: Moves displayable objects to the specified layer.
moveDistance() - Method in interface nxopen.cam.InspectionConstructedFeatureBuilder: Returns the move distance
License requirements: None.
moveDistance() - Method in interface nxopen.tooling.UserDefinedMotionBuilder: Returns the move distance
License requirements: None.
moveDown(String, String) - Method in interface nxopen.ame.ConfigureResultTableBuilder: The action to move added column down
License requirements: ad_automation_design ("FULL AUTOMATION DESIGNER")
.
moveDown(SearchTerm) - Method in interface nxopen.assemblies.SubsetRecipe: Move a SearchTerm down to another location in the recipe.
moveDown(int) - Method in interface nxopen.cam.HolderSectionBuilder: Move down a holder section item
License requirements: None.
moveDown(int) - Method in interface nxopen.cam.InterpolateAngle: Move down an item
License requirements: None.
moveDown(int) - Method in interface nxopen.cam.InterpolateVector: Move down an item
License requirements: None.
moveDown(int) - Method in interface nxopen.cam.MillingTrackpointBuilder: Move down a trackpoint
License requirements: None.
moveDown(int) - Method in interface nxopen.cam.MultipleStepoverBuilder: Move down a item
License requirements: cam_base ("CAM BASE")
.
moveDown(int) - Method in interface nxopen.cam.StepParamsBuilder: Move down a step params item
License requirements: None.
moveDown(int) - Method in interface nxopen.cam.TurnAvoidancePathPointsBuilder: Move down a avoidance path point
License requirements: None.
moveDown(int) - Method in interface nxopen.cam.TurnRoughVariableIncrementBuilder: Move down a selected item
License requirements: cam_base ("CAM BASE")
.
moveDownAttributes(FamilyAttribute[], int) - Method in interface nxopen.partfamily.TemplateManager: Move down the specified attributes of a part family by the moveDownCount.
moveDownYCurves(int[]) - Method in interface nxopen.motion.GraphBuilder: Deprecated.
Deprecated in NX11.0.0. Use GraphObjectBuilder instead.
moveDumbGeometry() - Method in interface nxopen.positioning.ComponentPositioner: Returns the flag that enables the positioner to reposition dumb geometry.
MoveEdge - Interface in nxopen.features: Represents a move edge feature
To create or edit an instance of this class, use MoveEdgeBuilder

Created in NX9.0.0
MoveEdgeBuilder - Interface in nxopen.features: Represents a MoveEdge builder
To create a new instance of this class, use SynchronousEdgeCollection.createMoveEdgeBuilder(nxopen.features.MoveEdge)
Default values.
MoveEdgeBuilder.EndFaceBehaviorType - Class in nxopen.features: Represents the end face behavior.
moveEnd() - Method in interface nxopen.cam.VectorDistanceMoveBuilder: Returns the move end type
License requirements: None.
moveEntry(ContextMenuEntry, int) - Method in interface nxopen.menubar.ContextMenu: Reorders the menu to move a menu entry to a new position in the list.
moveEvent(int, int) - Method in interface nxopen.cam.Path: Move the event at index fromIndex to index toIndex.
moveEvent(PathEvent, CamPathToolpathEventLocation, PathEvent) - Method in interface nxopen.cam.Path: Move the event relative to the referenceEvent and the location.
MoveFace - Interface in nxopen.features: Represents a move face feature , don't use it until nx502
To create or edit an instance of this class, use MoveFaceBuilder

Created in NX5.0.2
MoveFaceBuilder - Interface in nxopen.features: Represents a builder for a move face feature, don't use it until nx502.
MoveFaceBuilder.Types - Class in nxopen.features: the move face types, don't use it until nx502
moveFaceCollector() - Method in interface nxopen.features.MoveFaceBuilder: Returns the face collector holding the faces to move
License requirements: None.
moveFeature(Tag[], int, double[][]) - Method in interface nxopen.uf.UFModeling: Refer to UF_MODL_move_feature for documentation.
moveFolderObject(PMNavFolderObject, PMNavFolderObject) - Method in interface nxopen.mechatronics.PMNavFolderLocator: Move the folder object
License requirements: nx_mcd_core ("MECHATRONICS CONCEPT DESIGNER")
.
moveHandle() - Method in interface nxopen.geometricutilities.ModlMotion: Returns the move handle toggle of ModlMotion.Options.DYNAMIC motion option.If true,moves only manipulator handle.
moveImages(ReportImage[], Report.MoveItemLocation, ReportImage) - Method in interface nxopen.report.ImagesGroupItem: Moves the images to the new position.
moveLabel(AMEEngineeringObjectLabel, Point3d) - Method in interface nxopen.ame.AMEManager: Moves an Engineering Object Label
License requirements: ad_automation_design ("FULL AUTOMATION DESIGNER")
.
moveLinearAxis(UFVariant, String, double, double) - Method in interface nxopen.uf.UFSim: Refer to UF_SIM_move_linear_axis for documentation.
moveLoadcaseDown(int) - Method in interface nxopen.cae.DurabilityResultPathBuilder: Moves a loadcase down by index.
moveLoadcaseUp(int) - Method in interface nxopen.cae.DurabilityResultPathBuilder: Moves a loadcase up by index.
moveLocation(int, int, int) - Method in interface nxopen.cae.connections.ILocationsContainer: Move the location by number of positions
License requirements: None.
moveMargin(double) - Method in interface nxopen.annotations.OrdinateMargin: Moves an ordinate margin object by specifying a new offset from the margin origin.
moveMeasurementPoints() - Method in interface nxopen.cam.InspectionCollisionAvoidanceBuilder: Returns a flag to indicate whether to move measurement points to avoid collisions
License requirements: None.
movementArbitraryPlane() - Method in interface nxopen.features.StudioXformBuilderEx: Returns the movement arbitrary plane
License requirements: None.
movementArbitraryVector() - Method in interface nxopen.features.StudioXformBuilderEx: Returns the movement arbitrary vector
License requirements: None.
movementDirection() - Method in interface nxopen.features.EdgeSymmetryBuilder: Returns the value indicating the direction of pole movement during match
License requirements: None.
movementMethod() - Method in interface nxopen.features.EdgeSymmetryBuilder: Returns the pole movement method to be used in matching process
License requirements: None.
movementMethod() - Method in interface nxopen.features.PolylineBuilder: Returns the movement method
License requirements: None.
movementMethod() - Method in interface nxopen.features.StudioSplineBuilderEx: Returns the movement method
License requirements: None.
movementMethod() - Method in interface nxopen.features.StudioXformBuilderEx: Returns the movement method
License requirements: None.
movementMethod() - Method in interface nxopen.features.subdivision.TransformCageData: Returns the movement method.
movementMethod() - Method in interface nxopen.geometricutilities.CurveShapingBuilder: Returns the movement method
License requirements: None.
movementPlane() - Method in interface nxopen.features.PolylineBuilder: Returns the movement plane
License requirements: None.
movementPlane() - Method in interface nxopen.features.StudioSplineBuilderEx: Returns the movement plane
License requirements: None.
movementPlane() - Method in interface nxopen.features.subdivision.TransformCageData: Returns the movement plane.
movementPlane() - Method in interface nxopen.geometricutilities.CurveShapingBuilder: Returns the movement plane
License requirements: None.
movementVector() - Method in interface nxopen.features.PoleSmoothingBuilder: Returns the movement direction vector, this is used only when PoleSmoothingBuilder.useSpecificDirection() and PoleSmoothingBuilder.setUseSpecificDirection(boolean) is true.
movementVector() - Method in interface nxopen.features.PolylineBuilder: Returns the movement vector
License requirements: None.
movementVector() - Method in interface nxopen.features.StudioSplineBuilderEx: Returns the movement vector
License requirements: None.
movementVector() - Method in interface nxopen.features.subdivision.TransformCageData: Returns the movement vector.
movementVector() - Method in interface nxopen.geometricutilities.CurveShapingBuilder: Returns the movement vector
License requirements: None.
moveMeshToNewCollector(Mesh, boolean, MeshCollector, MeshCollector) - Method in interface nxopen.cae.MeshManager: Call for moving a Mesh to a new Mesh Collector
License requirements: nx_masterfem ("Finite Element Modeling")
.
moveMethod() - Method in interface nxopen.geometricutilities.MovePoleBuilder: Returns the control pole move method
License requirements: None.
moveMinimumDistance() - Method in interface nxopen.weld.DatumSurfaceBuilder: Moves a point to the nearest location on the resting face
License requirements: ugweld ("UG WELD")
.
moveNavigatorNodes(AMEBaseNode, AMEBaseNode[]) - Method in interface nxopen.ame.AMEManager: Moves Navigator nodes under same parent
License requirements: ad_automation_design ("FULL AUTOMATION DESIGNER")
.
moveNode(Point, Point3d) - Method in interface nxopen.features.RapidSurfaceBuilder: Moves node
License requirements: studio_free_form ("STUDIO FREE FORM")
.
MoveNodeBuilder - Interface in nxopen.cae: Represents a MoveNodeBuilder
To create a new instance of this class, use NodeElementManager.createMoveNodeBuilder()

Created in NX12.0.0
moveNodesOffGeometry - Variable in class nxopen.uf.UFSf.Ugs2dMeshParms
moveNotesToFolder(NoteFolder, NoteBase[]) - Method in interface nxopen.cae.NoteManager: Move notes to specified folder
License requirements: nx_masterfem ("Finite Element Modeling")
.
MoveObject - Interface in nxopen.features: Represents a Move-Object feature.
moveObject() - Method in interface nxopen.SketchPasteBuilder: Returns the move object
License requirements: None.
MoveObjectBuilder - Interface in nxopen.features: Represents a MoveObjectBuilder .
MoveObjectBuilder.LayerOptionType - Class in nxopen.features: Indicates the layer on which moved or copied objects will be placed
MoveObjectBuilder.MoveObjectResultOptions - Class in nxopen.features: Indicates whether to move or copy objects
moveObjectResult() - Method in interface nxopen.features.MoveObjectBuilder: Returns the move rotate result
License requirements: None.
moveObjects(CAMSetup.View, CAMObject[], CAMObject, CAMSetup.Paste) - Method in interface nxopen.cam.CAMSetup: Move objects
License requirements: cam_base ("CAM BASE")
.
moveObjects(CAMSetup.View, CAMObject[], CAMObject, CAMSetup.Paste) - Method in interface nxopen.cam.InspectionSetup: Move objects
License requirements: insp_programming ("INSPECTION PROGRAMMING")
.
moveObjects(TaggedObject[]) - Method in interface nxopen.mechatronics.PMNavFolderObject: Moves physics objects.
moveObjectsState() - Method in interface nxopen.positioning.Network: Returns the move objects state for the network.
moveObjectsToUndisplayableLayer() - Method in interface nxopen.tooling.SpecialFormingBuilder: Move objects to undisplayable layer.
moveOnlySelectedPoles() - Method in interface nxopen.features.PoleSmoothingBuilder: Returns the indicator to move only selected poles
License requirements: solid_modeling ("SOLIDS MODELING") OR studio_free_form ("STUDIO FREE FORM")
.
moveOption() - Method in interface nxopen.features.AdmMoveFaceBuilder: Returns the move option.
moveOptions() - Method in interface nxopen.tooling.MoldFillingBuilder: Returns the modification option.
moveOrCopyOption() - Method in interface nxopen.routing.TransformPathBuilder: Returns the operation to perform during the commit method.
moveParameter(OperatorRuleBuilder.ParameterType, int, int) - Method in interface nxopen.ame.OperatorRuleBuilder: Move existing parameter
License requirements: ad_automation_design ("FULL AUTOMATION DESIGNER")
.
moveParameterDown(String) - Method in interface nxopen.mechatronics.TagTableBuilder: Move parameter down.
moveParameterUp(String) - Method in interface nxopen.mechatronics.TagTableBuilder: Move parameter up.
moveParents() - Method in interface nxopen.features.MoveObjectBuilder: Returns the move parents flag.
MovePathBuilder - Interface in nxopen.mechanicalrouting: Represents MovePathBuilder .
MovePathBuilder.DetachTypes - Class in nxopen.mechanicalrouting: Specifies the options that will allow the user to enforce the transformation by detaching the routing objects (if necessary) from objects that stop the selected object from moving.
movePoint(Point3d) - Method in interface nxopen.weld.WeldPointBuilder: Move selected points
License requirements: ugweld ("UG WELD")
.
movePole() - Method in interface nxopen.features.GlobalShapingBuilder: Returns the move pole
License requirements: None.
MovePoleBuilder - Interface in nxopen.geometricutilities: This class manages the control poles movements for a surface or curve.
MovePoleBuilder.MoveMethodType - Class in nxopen.geometricutilities: Move Pole types
MovePoleBuilder.WCSDirectionType - Class in nxopen.geometricutilities: WCS direction
moveReferenceSheet() - Method in interface nxopen.weld.JointmarkBuilder: Move the Reference Sheet to work layer, and unlink from grouping feature.
moveResourceInstances(ModelPlantRoot, ModelResourceInstance[], ModelBaseObject) - Method in interface nxopen.linedesigner.ModelPlantManager: Move Resource Instances
License requirements: ld_line_designer ("FULL LINE DESIGNER")
.
moveReusableComponent(Vector3d, Matrix3x3, int) - Method in interface nxopen.tooling.AddReusablePart: Moves a reusable component to a selected position
License requirements: None.
moveRotaryAxis(UFVariant, String, double, double) - Method in interface nxopen.uf.UFSim: Refer to UF_SIM_move_rotary_axis for documentation.
moveSectionOrigin(Curve, Point3d, int) - Method in interface nxopen.die.AddendumSectionBuilder: Moves addendum section to a new location.
moveSegment(SectionLineSegmentPointBuilder, Point) - Method in interface nxopen.drawings.SectionLineSegmentPointListBuilder: Moves a given SectionLineSegmentPointBuilder object from the list
License requirements: drafting ("DRAFTING")

Created in NX10.0.0
moveSharpEdge() - Method in interface nxopen.features.EdgeBlendBuilder: Returns the Maintain blend and move sharp edges option
License requirements: None.
moveSheet(int, boolean) - Method in interface nxopen.cam.WorkInstructionBuilder: Move a Work Instruction sheet
License requirements: nx_wi_authoring (" NX Work Instruction Authoring")
.
moveSnapshotsAfter(ISnapshot, ISnapshot[]) - Method in interface nxopen.dmu.SnapshotCollection: Moves sourceSnapshots ISnapshot in the collection after the targetSnapshot ISnapshot .
moveSnapshotsBefore(ISnapshot, ISnapshot[]) - Method in interface nxopen.dmu.SnapshotCollection: Moves sourceSnapshots ISnapshot in the collection before the targetSnapshot ISnapshot .
moveStartPoint(BoundaryMemberSetPlanarMill, double) - Method in interface nxopen.cam.BoundarySetPlanarMill: Move the start point of a closed boundary
License requirements: cam_base ("CAM BASE")
.
moveStartPoint() - Method in interface nxopen.cam.ToolPathEditorBuilder: Returns the move start point
License requirements: None.
moveStep(SimSolutionStep, SimSolution.StepPosition, SimSolutionStep) - Method in interface nxopen.cae.SimSolution: Moves step to the specified position
License requirements: nx_masterfem ("Finite Element Modeling") OR nx_design_sim ("NX Design Simulation")
.
moveStep(Tag, Tag) - Method in interface nxopen.uf.UFAssem: Refer to UF_ASSEM_move_step for documentation.
moveSxlineRotpt(Tag, UFDrf.Object) - Method in interface nxopen.uf.UFDraw: Refer to UF_DRAW_move_sxline_rotpt for documentation.
moveSxlineSxseg(Tag, UFDrf.Object) - Method in interface nxopen.uf.UFDraw: Refer to UF_DRAW_move_sxline_sxseg for documentation.
moveSxseg(Tag, UFDraw.SxlineSxsegs) - Method in interface nxopen.uf.UFDraw: Refer to UF_DRAW_move_sxseg for documentation.
moveToBottom(int) - Method in interface nxopen.ame.NamingRuleBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.ame.TypeMappingBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.annotations.ArbitraryAreaSeedBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.annotations.DatumReferenceBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.annotations.FeatureControlFrameDataBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.annotations.FeatureControlFrameIndicatorBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.annotations.LeaderDataList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.annotations.MasterSymbolListItemBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.annotations.SymbolCatalogParameterBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.annotations.TitleBlockCellBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.assemblies.PartitionList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.BodyList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.cae.DependentMeshListItemBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.cae.ManualSweepBetweenListItemSelectionList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.cae.MeshManualSweepBetweenListItemSelectionList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.cam.BoundaryMemberSetList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.cam.BoundarySetList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.cam.BoundaryTurnVariableStockSetList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.cam.CAMFeatureList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.cam.CollisionPairBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.cam.CustomLoopSetList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.cam.CutVolumeList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.cam.DriveChainItemBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.cam.GeometrySetList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.cam.HoldingSystemBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.cam.HoleBossSetList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.cam.InPathEventDataBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.cam.LaserControlPointList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.cam.ManualFeatureBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.cam.SplitterList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.cam.SurfaceDriveGeometrySetList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.cam.TabPointDataBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.cam.ThreadedBossSetList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.cam.ThreadedHoleSetList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.cam.ToolPathSplitItemBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.cam.UdeList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.cam.WedmCustomBoundaryDataBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.cam.WireGuideList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.DateItemBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.diagramming.ConnectionLocationBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.diagramming.LeaderLineBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.diagramming.PortBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.diagramminglibraryauthor.LineTypeBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.die.DieAssistantFlangeProfileList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.die.DieAssistantTrimProfileList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.die.DieBooleanBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.die.DieLimitsBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.die.DieLocationBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.die.DrawBeadSegmentBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.die.PierceItemBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.display.PointCloudClippingBoxesListItemBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.drafting.AttributeItemBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.drafting.PrimaryContentItemBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.drawings.SectionLineSegmentBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.drawings.ShipDraftingViewLinesBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.drawings.ViewStyleShipbuildingLinesBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.ExpressionCollectorSetList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.ExpressionSectionSetList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.features.FeatureList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.features.GlobalShapingCurveOffsetBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.features.GlobalShapingPointOffsetBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.features.PartGeometryCopySelectBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.features.PointSetFacePercentageBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.features.RegionListItemBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.features.sheetmetal.BendListItemBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.features.sheetmetal.ConvertInputListItemBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.features.sheetmetal.FeatureBendPropertiesBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.features.sheetmetal.JoggleInputListItemBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.features.sheetmetal.SMBoundaryConditionBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.features.shipdesign.AnchorPointList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.features.shipdesign.BulkHeadListItemBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.features.shipdesign.CornerCutListItemBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.features.shipdesign.DeckListItemBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.features.shipdesign.DrawingPartBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.features.shipdesign.DrawingSheetBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.features.shipdesign.ItFrameListItemBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.features.shipdesign.OrientationRegionItemBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.features.shipdesign.PlaneListBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.features.shipdesign.PlateBoundaryOptionBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.features.shipdesign.SeamBlockBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.features.shipdesign.SectionViewBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.features.shipdesign.ShipNamesBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.features.shipdesign.StandardPartItemBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.features.shipdesign.SteelInsulationBoundaryBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.features.shipdesign.SubSystemBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.features.shipdesign.TransFrameListItemBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.features.SmoothRangeBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.features.subdivision.CageSectionDataList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.features.VariableRadiusPointsBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.features.vehicledesign.CloseRangeCameraListItemBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.features.vehicledesign.CloseRangeDemoCylinderListItemBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.fields.PathObjectsList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.geometricutilities.BlendSetbackBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.geometricutilities.BoundaryDefinitionBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.geometricutilities.BoundingObjectBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.geometricutilities.EntityUsageInfoList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.geometricutilities.FaceSetOffsetList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.geometricutilities.FtmFixedCurvesBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.geometricutilities.FtmTransformCurvesBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.geometricutilities.FtmTransformPointsBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.geometricutilities.InstanceEditedExpressionItemList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.geometricutilities.ParentEquivalencyMapList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.geometricutilities.PatternIncrementItemList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.geometricutilities.PatternSpacingsListItemList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.geometricutilities.ReduceSurfaceRadiusFaceGroupBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.geometricutilities.RotationSetBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.geometricutilities.ScalingSetBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.geometricutilities.SelectionListList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.geometricutilities.SpinePlaneBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.geometricutilities.StyledSweepDoubleOnPathDimBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.geometricutilities.TransitionCurveBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.geometricutilities.TransitionLawNodeBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.geometricutilities.TrimCurveBoundingObjectBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.geometricutilities.TwoExpressionsCollectorSetList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.geometricutilities.TwoExpressionsSectionSetList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.ListCreatorList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.mechanicalrouting.PathTransitionBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.mechatronics.ExternalConnectionElementBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.mechatronics.GanttOperationConditionBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.mechatronics.GanttOperationParameterBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.mechatronics.MATLABSignalConnectionBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.mechatronics.PathConstraintFrameBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.mechatronics.ProxyObjectParameterBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.mechatronics.RuntimeFormulaParameterBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.mechatronics.SensorsActuatorsListBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.mechatronics.SHMSignalConnectionBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.mechatronics.SignalConnectionBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.mechatronics.SignalMappingConnectionBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.ModelingViewList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.motion.ConfigurationParameterList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.motion.ControlInputPortBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.motion.InputPortAssociationList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.motion.OutputPortAssociationList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.motion.PortVariableList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.motion.SegmentBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.motion.SignalChartListItemList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.NXObjectList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.ObjectList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.PlaneList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.PointList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.presslinesimulation.HydraulicLifterBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.presslinesimulation.LinearCamBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.presslinesimulation.MachineAdjustmentBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.presslinesimulation.MountPointBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.presslinesimulation.RotaryCamBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.presslinesimulation.UserMotionBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.RegionPointList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.routing.RunItemsBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.ScCollectorList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.SectionList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.sim.KinematicChainList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.sim.KinematicChannelBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.sim.KinematicJunctionBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.TaggedObjectList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.tooling.SelectReuseLibraryListItemBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.tooling.ShimInnerProfileSetBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.weld.JointItemBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.weld.JointmarkFaceSetsBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.weld.JointmarkGuideBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.weld.JointmarkPointsBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.weld.WeldBeadPathBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.weld.WeldBeadSizeBuilderList: Move object at the specified location to the bottom of the list.
moveToBottom(int) - Method in interface nxopen.weld.WeldFillStripBuilderList: Move object at the specified location to the bottom of the list.
moveToCenter() - Method in interface nxopen.weld.DatumPinBuilder: Moves a point to the center of a circle or slot boundary
License requirements: ugweld ("UG WELD")
.
moveToClearancePlane() - Method in interface nxopen.cam.ToolPathEditorBuilder: Move to clearance plane
License requirements: cam_base ("CAM BASE")
.
MoveToContainerBuilder - Interface in nxopen.features.shipdesign: This class is used to move detail design parts to a new ship container.
moveToDefaultLayer(DynamicSection[]) - Method in interface nxopen.display.DynamicSectionCollection: Moves the specified dynamic sections in the part to default layer.
MoveToDrawingViewBuilder - Interface in nxopen.drafting: This builder allows the user to extract contents from a sheet and transfer them to a new Drawing view, also provide some other options for view creation
To create a new instance of this class, use DraftingApplicationManager.createMoveToDrawingViewBuilder()
Default values.
moveToModel(DisplayableObject[]) - Method in interface nxopen.ViewDependentDisplayManager: Moves view objects to model.
moveToPendingComponent(NXObject) - Method in interface nxopen.assemblies.ComponentAssembly: Move a Component in this assembly to a pending list.
moveToPoint(Point3d) - Method in interface nxopen.weld.WeldFillStripBuilder: Moves the fill strip to the input center.
MoveToPointBuilder - Interface in nxopen.cam: Represents the Move To Point Builder
To create a new instance of this class, use MoveCollection.createMoveToPointBuilder(nxopen.cam.Move)

Created in NX5.0.0
moveToTop(int) - Method in interface nxopen.ame.NamingRuleBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.ame.TypeMappingBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.annotations.ArbitraryAreaSeedBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.annotations.DatumReferenceBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.annotations.FeatureControlFrameDataBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.annotations.FeatureControlFrameIndicatorBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.annotations.LeaderDataList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.annotations.MasterSymbolListItemBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.annotations.SymbolCatalogParameterBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.annotations.TitleBlockCellBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.assemblies.PartitionList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.BodyList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.cae.DependentMeshListItemBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.cae.ManualSweepBetweenListItemSelectionList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.cae.MeshManualSweepBetweenListItemSelectionList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.cam.BoundaryMemberSetList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.cam.BoundarySetList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.cam.BoundaryTurnVariableStockSetList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.cam.CAMFeatureList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.cam.CollisionPairBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.cam.CustomLoopSetList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.cam.CutVolumeList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.cam.DriveChainItemBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.cam.GeometrySetList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.cam.HoldingSystemBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.cam.HoleBossSetList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.cam.InPathEventDataBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.cam.LaserControlPointList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.cam.ManualFeatureBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.cam.SplitterList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.cam.SurfaceDriveGeometrySetList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.cam.TabPointDataBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.cam.ThreadedBossSetList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.cam.ThreadedHoleSetList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.cam.ToolPathSplitItemBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.cam.UdeList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.cam.WedmCustomBoundaryDataBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.cam.WireGuideList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.DateItemBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.diagramming.ConnectionLocationBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.diagramming.LeaderLineBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.diagramming.PortBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.diagramminglibraryauthor.LineTypeBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.die.DieAssistantFlangeProfileList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.die.DieAssistantTrimProfileList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.die.DieBooleanBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.die.DieLimitsBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.die.DieLocationBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.die.DrawBeadSegmentBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.die.PierceItemBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.display.PointCloudClippingBoxesListItemBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.drafting.AttributeItemBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.drafting.PrimaryContentItemBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.drawings.SectionLineSegmentBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.drawings.ShipDraftingViewLinesBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.drawings.ViewStyleShipbuildingLinesBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.ExpressionCollectorSetList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.ExpressionSectionSetList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.features.FeatureList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.features.GlobalShapingCurveOffsetBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.features.GlobalShapingPointOffsetBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.features.PartGeometryCopySelectBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.features.PointSetFacePercentageBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.features.RegionListItemBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.features.sheetmetal.BendListItemBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.features.sheetmetal.ConvertInputListItemBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.features.sheetmetal.FeatureBendPropertiesBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.features.sheetmetal.JoggleInputListItemBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.features.sheetmetal.SMBoundaryConditionBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.features.shipdesign.AnchorPointList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.features.shipdesign.BulkHeadListItemBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.features.shipdesign.CornerCutListItemBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.features.shipdesign.DeckListItemBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.features.shipdesign.DrawingPartBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.features.shipdesign.DrawingSheetBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.features.shipdesign.ItFrameListItemBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.features.shipdesign.OrientationRegionItemBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.features.shipdesign.PlaneListBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.features.shipdesign.PlateBoundaryOptionBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.features.shipdesign.SeamBlockBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.features.shipdesign.SectionViewBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.features.shipdesign.ShipNamesBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.features.shipdesign.StandardPartItemBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.features.shipdesign.SteelInsulationBoundaryBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.features.shipdesign.SubSystemBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.features.shipdesign.TransFrameListItemBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.features.SmoothRangeBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.features.subdivision.CageSectionDataList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.features.VariableRadiusPointsBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.features.vehicledesign.CloseRangeCameraListItemBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.features.vehicledesign.CloseRangeDemoCylinderListItemBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.fields.PathObjectsList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.geometricutilities.BlendSetbackBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.geometricutilities.BoundaryDefinitionBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.geometricutilities.BoundingObjectBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.geometricutilities.EntityUsageInfoList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.geometricutilities.FaceSetOffsetList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.geometricutilities.FtmFixedCurvesBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.geometricutilities.FtmTransformCurvesBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.geometricutilities.FtmTransformPointsBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.geometricutilities.InstanceEditedExpressionItemList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.geometricutilities.ParentEquivalencyMapList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.geometricutilities.PatternIncrementItemList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.geometricutilities.PatternSpacingsListItemList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.geometricutilities.ReduceSurfaceRadiusFaceGroupBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.geometricutilities.RotationSetBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.geometricutilities.ScalingSetBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.geometricutilities.SelectionListList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.geometricutilities.SpinePlaneBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.geometricutilities.StyledSweepDoubleOnPathDimBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.geometricutilities.TransitionCurveBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.geometricutilities.TransitionLawNodeBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.geometricutilities.TrimCurveBoundingObjectBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.geometricutilities.TwoExpressionsCollectorSetList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.geometricutilities.TwoExpressionsSectionSetList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.ListCreatorList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.mechanicalrouting.PathTransitionBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.mechatronics.ExternalConnectionElementBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.mechatronics.GanttOperationConditionBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.mechatronics.GanttOperationParameterBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.mechatronics.MATLABSignalConnectionBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.mechatronics.PathConstraintFrameBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.mechatronics.ProxyObjectParameterBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.mechatronics.RuntimeFormulaParameterBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.mechatronics.SensorsActuatorsListBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.mechatronics.SHMSignalConnectionBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.mechatronics.SignalConnectionBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.mechatronics.SignalMappingConnectionBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.ModelingViewList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.motion.ConfigurationParameterList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.motion.ControlInputPortBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.motion.InputPortAssociationList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.motion.OutputPortAssociationList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.motion.PortVariableList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.motion.SegmentBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.motion.SignalChartListItemList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.NXObjectList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.ObjectList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.PlaneList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.PointList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.presslinesimulation.HydraulicLifterBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.presslinesimulation.LinearCamBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.presslinesimulation.MachineAdjustmentBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.presslinesimulation.MountPointBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.presslinesimulation.RotaryCamBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.presslinesimulation.UserMotionBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.RegionPointList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.routing.RunItemsBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.ScCollectorList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.SectionList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.sim.KinematicChainList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.sim.KinematicChannelBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.sim.KinematicJunctionBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.TaggedObjectList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.tooling.SelectReuseLibraryListItemBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.tooling.ShimInnerProfileSetBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.weld.JointItemBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.weld.JointmarkFaceSetsBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.weld.JointmarkGuideBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.weld.JointmarkPointsBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.weld.WeldBeadPathBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.weld.WeldBeadSizeBuilderList: Move object at the specified location to the top of the list.
moveToTop(int) - Method in interface nxopen.weld.WeldFillStripBuilderList: Move object at the specified location to the top of the list.
moveToView(DisplayableObject[]) - Method in interface nxopen.ViewDependentDisplayManager: Moves model objects to view.
moveType() - Method in interface nxopen.cam.InspectionCmmCommandBuilder: Returns the move type
License requirements: None.
moveType() - Method in interface nxopen.cam.LaserLinearMove: Returns the Move Type
License requirements: None.
moveType() - Method in interface nxopen.cam.NormalToToolAxisMoveBuilder: Returns the normal type
License requirements: None.
moveType() - Method in interface nxopen.cam.TeachmodeLinearMoveBuilder: Returns the Movement Type
License requirements: None.
moveType() - Method in interface nxopen.cam.TurnThreadEngageRetractBuilder: Returns the Move Type
License requirements: None.
moveUp(String, String) - Method in interface nxopen.ame.ConfigureResultTableBuilder: The action to move added column up
License requirements: ad_automation_design ("FULL AUTOMATION DESIGNER")
.
moveUp(SearchTerm) - Method in interface nxopen.assemblies.SubsetRecipe: Move a SearchTerm up to another location in the recipe.
moveUp(int) - Method in interface nxopen.cam.HolderSectionBuilder: Move up a holder section item
License requirements: None.
moveUp(int) - Method in interface nxopen.cam.InterpolateAngle: Move up an item
License requirements: None.
moveUp(int) - Method in interface nxopen.cam.InterpolateVector: Move up an item
License requirements: None.
moveUp(int) - Method in interface nxopen.cam.MillingTrackpointBuilder: Move up a trackpoint
License requirements: None.
moveUp(int) - Method in interface nxopen.cam.MultipleStepoverBuilder: Move up a item
License requirements: cam_base ("CAM BASE")
.
moveUp(int) - Method in interface nxopen.cam.StepParamsBuilder: Move up a step params item
License requirements: None.
moveUp(int) - Method in interface nxopen.cam.TurnAvoidancePathPointsBuilder: Move up a avoidance path point
License requirements: None.
moveUp(int) - Method in interface nxopen.cam.TurnRoughVariableIncrementBuilder: Move up a selected item
License requirements: cam_base ("CAM BASE")
.
moveUpAttributes(FamilyAttribute[], int) - Method in interface nxopen.partfamily.TemplateManager: Move up the specified attributes of a part family by the moveUpCount.
moveUpYCurves(int[]) - Method in interface nxopen.motion.GraphBuilder: Deprecated.
Deprecated in NX11.0.0. Use GraphObjectBuilder instead.
moveUserInputs(CommandBuilder.UserInputLocation, UserInput[], boolean, UserInput) - Method in interface nxopen.report.CommandBuilder: Moves the user inputs to the new position.
moveUserItems(IUserItem[], Report.MoveItemLocation, IUserItem) - Method in interface nxopen.report.Report: Moves the user items to the new position.
moveView(Point3d) - Method in interface nxopen.drawings.DraftingView: Sets the view origin at the provided location.
moveView(Tag, double[]) - Method in interface nxopen.uf.UFDraw: Refer to UF_DRAW_move_view for documentation.
moveViewsToDrawing(DraftingView[], DrawingSheet) - Method in interface nxopen.drawings.DraftingViewCollection: Move views to drawing
License requirements: drafting ("DRAFTING")
.
moveViewToDrawing(Tag, Tag) - Method in interface nxopen.uf.UFDraw: Refer to UF_DRAW_move_view_to_drawing for documentation.
moveWithExtensionSegments() - Method in interface nxopen.routing.TransformPathBuilder: Returns a message stating whether or not to move the selected segments with extension segments.
MovieManager - Interface in nxopen: Represents a MovieManager class.
movieManager() - Method in interface nxopen.UI: the Movie Manager class.
MovieSettingsBuilder - Interface in nxopen: This class is the builder for the Movie Settings.
MovieSettingsBuilder.CaptureAreaChoices - Class in nxopen: Indicates the are being recorded in the movie.
MovieSettingsBuilder.PlaybackSpeedChoices - Class in nxopen: Indicates the playback speed of the movie.
MOVING_ROAD - Static variable in class nxopen.motion.TirePropertyTnoBuilder.ContactMethodType
movingDirection() - Method in interface nxopen.linedesigner.SingleElementConveyorBuilder: Returns the moving direction of conveyor
License requirements: ld_line_designer ("FULL LINE DESIGNER")
.
movingFace() - Method in interface nxopen.features.sheetmetal.MigratedPanelBuilder: Returns the parent moving face.
MPC - Static variable in class nxopen.cae.NodalForceReport.ForceComponent
MPC - Static variable in class nxopen.cae.NodalForceReportBuilder.Force
MPC - Static variable in class nxopen.uf.UFSf.ElementType
MPI - Static variable in class nxopen.ame.BusInterfaceType
mpi - Variable in class nxopen.uf.UFDrf.AskObjectPreferencesData
mpi - Variable in class nxopen.uf.UFDrf.AskPreferencesData
mpr - Variable in class nxopen.uf.UFDrf.AskObjectPreferencesData
mpr - Variable in class nxopen.uf.UFDrf.AskPreferencesData
mpreview() - Method in interface nxopen.cam.DPMItpBuilder: Preview drive path
License requirements: cam_base ("CAM BASE")
.
mrshape() - Method in interface nxopen.cam.SimulationOptionsBuilder: Returns the tool shape for material removal
License requirements: None.
ms - Variable in class nxopen.cae.aerostructures.author.ABB.MsAllowableData: Margin of safety
ms - Variable in class nxopen.cae.aerostructures.author.ABB.MsBearingData: Margin of safety
ms - Variable in class nxopen.cae.aerostructures.author.ABB.MsBoltBendingData: Margin of safety
ms - Variable in class nxopen.cae.aerostructures.author.ABB.MsBoltCombinedShearTensionBendingData: Margin of safety
ms - Variable in class nxopen.cae.aerostructures.author.ABB.MsBoltCombinedShearTensionData: Margin of safety
ms - Variable in class nxopen.cae.aerostructures.author.ABB.MsBoltShearData: Margin of safety
ms - Variable in class nxopen.cae.aerostructures.author.ABB.MsMaterialStressAllowableData: Margin of safety
ms - Variable in class nxopen.cae.aerostructures.author.ABB.MsNetSectionData: Margin of safety
ms - Variable in class nxopen.cae.aerostructures.author.ABB.MsPlateBucklingCurvedCompressiveData: Margin of safety
ms - Variable in class nxopen.cae.aerostructures.author.ABB.MsPlateBucklingCurvedLongitudinalShearCombinedData: Margin of safety
ms - Variable in class nxopen.cae.aerostructures.author.ABB.MsPlateBucklingCurvedShearData: Margin of safety
ms - Variable in class nxopen.cae.aerostructures.author.ABB.MsPlateBucklingData: Margin of safety
ms - Variable in class nxopen.cae.aerostructures.author.ABB.MsPlateBucklingFlatBendingData: Margin of safety
ms - Variable in class nxopen.cae.aerostructures.author.ABB.MsPlateBucklingFlatCompressiveData: Margin of safety
ms - Variable in class nxopen.cae.aerostructures.author.ABB.MsPlateBucklingFlatLongitudinalBendingCombinedData: Margin of safety
ms - Variable in class nxopen.cae.aerostructures.author.ABB.MsPlateBucklingFlatLongitudinalShearCombinedData: Margin of safety
ms - Variable in class nxopen.cae.aerostructures.author.ABB.MsPlateBucklingFlatShearBendingCombinedData: Margin of safety
ms - Variable in class nxopen.cae.aerostructures.author.ABB.MsPlateBucklingFlatShearData: Margin of safety
ms - Variable in class nxopen.cae.aerostructures.author.ABB.MsShearTearOutData: Margin of safety
ms - Variable in class nxopen.cae.aerostructures.author.ABB.MsTrescaPlaneStressData: Margin of safety
ms - Variable in class nxopen.cae.aerostructures.author.ABB.MsTsaiHillPlaneStressData: Margin of safety
msAllowable(double, double[]) - Method in interface nxopen.cae.aerostructures.author.ABB: MS allowable.
MsAllowableData() - Constructor for class nxopen.cae.aerostructures.author.ABB.MsAllowableData
msao() - Method in interface nxopen.UFSession
msBearing(double, double, double, double, double[], double[]) - Method in interface nxopen.cae.aerostructures.author.ABB: MS bearing Computes margin of bearing The formula is 'MS = PBearingAllowable / P - 1' where 'PBearingAllowable' is the bearing load allowable ('PBearingAllowable = Fbr * D * t') 'Fbr' is the bearing stress allowable 'D' is the d iameter 't' is the thickness 'P' is the bearing load (P = FactorLoad * PExtracted) 'FactorLoad' is the ratio of load between extracted load 'PExtracted' and 'P' 'PExtracted' is the extracted load ('PExtracted = sqrt( Py ^ 2 + Pz ^ 2 )') 'Py' is the shear load in Y direction 'Pz' is the shear load in Z direction Input Fbr Bearing stress allowable D Diameter t Thickness Factor Load factor Py Shear load Y direction Pz Shear load Z direction Output MS Margin of safety Return Status of the calculation
License requirements: nx_masterfem ("Finite Element Modeling")
.
MsBearingData() - Constructor for class nxopen.cae.aerostructures.author.ABB.MsBearingData
msBoltBending(double, double, double, double[], double[]) - Method in interface nxopen.cae.aerostructures.author.ABB: MS bolt bending Computes margin of safety of a bolt under bending load The formula is 'MS = MBendingAllowable / M - 1' where 'MBendingAllowable' is the bending moment allowable of the bolt.
MsBoltBendingData() - Constructor for class nxopen.cae.aerostructures.author.ABB.MsBoltBendingData
msBoltCombinedShearTension(double, double[], double, double, double[], double[]) - Method in interface nxopen.cae.aerostructures.author.ABB: MS bolt combined shear tension Computes margin of safety of a bolt under shear load and tension load The formula is 'MS = 1 / sqrt( Rt ^ 2 + Rs ^ 3 ) - 1' where Rt = PTensileX/PTensileAllowable Rs = PShear/PShearAllowable 'PTensileAllowable' is the tensile load allowable of the bolt 'PTensileX' is the tensile load applied on the fastener 'PShearAllowable' is the single shear load allowable of the bolt 'Pshear' is the shearing load applied through the shear area.
msBoltCombinedShearTensionBending(double, double[], double, double, double, double[], double[], double, double, double[], double[]) - Method in interface nxopen.cae.aerostructures.author.ABB: MS bolt combined shear tension bending Computes margin of safety of a bolt under shear, tension and bending load The formula is MS = 1 / sqrt ( ( Rt + Rb ) ^ 2 + Rs ^ 3 ) - 1 where Rt = PTensileX / PTensileAllowable Rb = M / MAllowable Rs = PShear / PShearAllowable Tensile data 'PTensileAllowable' is the tensile load allowable of the bolt 'PTensileX' is the tensile load applied on the fastener Bending data 'MAllowable' is the bending moment allowable of the bolt 'M' is the bending moment applied to the bolt.
MsBoltCombinedShearTensionBendingData() - Constructor for class nxopen.cae.aerostructures.author.ABB.MsBoltCombinedShearTensionBendingData
MsBoltCombinedShearTensionData() - Constructor for class nxopen.cae.aerostructures.author.ABB.MsBoltCombinedShearTensionData
msBoltShear(double, double, double[], double[]) - Method in interface nxopen.cae.aerostructures.author.ABB: MS bolt shear Computes margin of safety of a bolt under shear load The formula is MS = PShearAllowable / P - 1 where 'PShearAllowable' is the single shear load allowable of the bolt 'P' is the shearing load applied through the shear area.
MsBoltShearData() - Constructor for class nxopen.cae.aerostructures.author.ABB.MsBoltShearData
msetPart() - Method in interface nxopen.tooling.ElectrodeBlankBuilder: Returns the current machine set under which a blank is added.
MSEXCEL - Static variable in class nxopen.issue.IssueAttachment.Type: Microsoft Excel type
MSF - Static variable in class nxopen.cae.CorrelShapemetrictype: Shape metric type is Modal Scale Factors
msgNcCommand(UFVariant, String) - Method in interface nxopen.uf.UFSim: Refer to UF_SIM_msg_nc_command for documentation.
msgProgramMark(UFVariant, String) - Method in interface nxopen.uf.UFSim: Refer to UF_SIM_msg_program_mark for documentation.
msgUserFeedback(UFVariant, String) - Method in interface nxopen.uf.UFSim: Refer to UF_SIM_msg_user_feedback for documentation.
MSHVLD_CORNER_MID_NODE_OVERLAP - Static variable in class nxopen.uf.UFSf.MeshErrorType
MSHVLD_DUPLICATE_NODE_LABEL - Static variable in class nxopen.uf.UFSf.MeshErrorType
MSHVLD_EDGE_DENSITY_NOT_HONORED - Static variable in class nxopen.uf.UFSf.MeshErrorType
MSHVLD_EDGE_DENSITY_NOT_HONORED_FOR_MATCH_MATE_PNRS - Static variable in class nxopen.uf.UFSf.MeshErrorType
MSHVLD_EDGE_FACE_DENSITY_NOT_HONORED - Static variable in class nxopen.uf.UFSf.MeshErrorType
MSHVLD_FACE_DENSITY_NOT_HONORED - Static variable in class nxopen.uf.UFSf.MeshErrorType
MSHVLD_FACE_DENSITY_NOT_HONORED_FOR_MATE_PNRS - Static variable in class nxopen.uf.UFSf.MeshErrorType
MSHVLD_HARD_PNT_NOT_HONORED - Static variable in class nxopen.uf.UFSf.MeshErrorType
MSHVLD_INVALID1D_CONNECT_ELEM - Static variable in class nxopen.uf.UFSf.MeshErrorType
MSHVLD_INVALID1D_CONTACT_ELEM - Static variable in class nxopen.uf.UFSf.MeshErrorType
MSHVLD_INVALID1D_WELD_ELEM - Static variable in class nxopen.uf.UFSf.MeshErrorType
MSHVLD_INVALID_CORNER_MID_NODE_ORDER - Static variable in class nxopen.uf.UFSf.MeshErrorType
MSHVLD_INVALID_EDGE_LIMIT - Static variable in class nxopen.uf.UFSf.MeshErrorType
MSHVLD_INVALID_EDGE_MATE_FOR_MMC - Static variable in class nxopen.uf.UFSf.MeshErrorType
MSHVLD_INVALID_ELEM_NODE_NUM - Static variable in class nxopen.uf.UFSf.MeshErrorType
MSHVLD_INVALID_ELEM_OWNER - Static variable in class nxopen.uf.UFSf.MeshErrorType
MSHVLD_INVALID_END_NODE_ASSOCIATIVITY - Static variable in class nxopen.uf.UFSf.MeshErrorType
MSHVLD_INVALID_FREE_MATE_EDGE_MESH - Static variable in class nxopen.uf.UFSf.MeshErrorType
MSHVLD_INVALID_FREE_MATE_FACE_MESH - Static variable in class nxopen.uf.UFSf.MeshErrorType
MSHVLD_INVALID_GLUE_MATE_EDGE_MESH - Static variable in class nxopen.uf.UFSf.MeshErrorType
MSHVLD_INVALID_GLUE_MATE_FACE_MESH - Static variable in class nxopen.uf.UFSf.MeshErrorType
MSHVLD_INVALID_MATCH_EDGE_MESH - Static variable in class nxopen.uf.UFSf.MeshErrorType
MSHVLD_INVALID_MATCH_MATE_EDGE_MESH - Static variable in class nxopen.uf.UFSf.MeshErrorType
MSHVLD_INVALID_NODE_BTYPE - Static variable in class nxopen.uf.UFSf.MeshErrorType
MSHVLD_INVALID_NODE_OWNER - Static variable in class nxopen.uf.UFSf.MeshErrorType
MSHVLD_MESH_NOT_ASSOCIATED_TO_MR - Static variable in class nxopen.uf.UFSf.MeshErrorType
MSHVLD_MESH_WITH_DIFF_DIM_ELEM - Static variable in class nxopen.uf.UFSf.MeshErrorType
MSHVLD_MESH_WITH_NO_ELEM - Static variable in class nxopen.uf.UFSf.MeshErrorType
MSHVLD_MESH_WITH_PENDING_UPDATE - Static variable in class nxopen.uf.UFSf.MeshErrorType
MSHVLD_MID_NODE_NOT_PROPERLY_SET - Static variable in class nxopen.uf.UFSf.MeshErrorType
MSHVLD_MR_WITH_NO_MG - Static variable in class nxopen.uf.UFSf.MeshErrorType
MSHVLD_NODE_ASSOCIATED_TO_CHILD_FACE - Static variable in class nxopen.uf.UFSf.MeshErrorType
MSHVLD_NODE_ASSOCIATED_TO_INTERIOR_EDGE - Static variable in class nxopen.uf.UFSf.MeshErrorType
MSHVLD_NODE_ASSOCIATED_TO_TINY_EDGE - Static variable in class nxopen.uf.UFSf.MeshErrorType
MSHVLD_NODE_NOT_ASSOCIATED_TO_MG - Static variable in class nxopen.uf.UFSf.MeshErrorType
MSHVLD_NODE_SHARED_BY_MULTIPLE_COLLECTORS - Static variable in class nxopen.uf.UFSf.MeshErrorType
MSHVLD_NOT_CLASSIFIED - Static variable in class nxopen.uf.UFSf.MeshErrorType
MSHVLD_ORPHAN_NODE - Static variable in class nxopen.uf.UFSf.MeshErrorType
msMaterialStressAllowable(double, double[]) - Method in interface nxopen.cae.aerostructures.author.ABB: MS material stress allowable.
MsMaterialStressAllowableData() - Constructor for class nxopen.cae.aerostructures.author.ABB.MsMaterialStressAllowableData
msNetSection(double, double, double, double, double, double[]) - Method in interface nxopen.cae.aerostructures.author.ABB: MS Net section Computes margin of net section (due to bolt hole) The formula is MS = PNetSectionAllowable / P - 1 where: 'PNetSectionAllowable' is the net section load allowable.
MsNetSectionData() - Constructor for class nxopen.cae.aerostructures.author.ABB.MsNetSectionData
msPlateBuckling(double, double, double, double, double, double, double[]) - Method in interface nxopen.cae.aerostructures.author.ABB: MS Plate Buckling Computes margin of safety of a metallic plate under buckling load (generic formula) The formula is MS = Allowable / Stress - 1 where: 'Allowable' is the compressive buckling stress allowable 'Stress' is the stress 'MS' is the margin of safety Allowable = eta * PI^2*k*E/(12*(1-nu^2)) * (t/b)^2 where 'k' is the buckling coefficient 'E' is the Young modulus 'nu' is the elastic Poisson coefficient 't' is the panel thickness 'b' is the panel dimension 'eta' is the plasticity reduction factor: SigmaAllowablePlastic = eta*SigmaAllowableElastic Input E Young modulus nu Elastic Poisson coefficient b Panel dimension t Panel thickness k Buckling coefficient eta Plasticity reduction factor nblc Number of load cases sigma Stress coming from load extraction Output MS Margin of safety Return Status of the calculation
License requirements: nx_masterfem ("Finite Element Modeling")
.
msPlateBucklingCurvedCompressive(double, double, double, double, double, double, double, ABB.MaterialBehaviour, double[]) - Method in interface nxopen.cae.aerostructures.author.ABB: MS Plate Buckling Curved Compressive Computes margin of safety of a curved metallic rectangular panel under compressive load The formula is MS = Allowable / |Stress| - 1 where: 'Allowable' is the compressive buckling stress allowable 'Stress' is the compressive stress (MS is not calculated in case of tensile stress), 'MS' is the margin of safety Allowable = eta * PI^2*kc*E/(12*(1-nu^2)) * (t/c)^2 where 'kc' is the buckling coefficient 'E' is the Young modulus 'nu' is the elastic Poisson coefficient 't' is the panel thickness 'c' is the shorter panel dimension c = min(a,b) 'eta' is the plasticity reduction factor: SigmaAllowablePlastic = eta*SigmaAllowableElastic eta = 1 if material is considered as elastic (Material behaviour = Elastic) eta is obtain from following charts if material is considered as elastic-plastic (Material behaviour = Elastic-Plastic): SigmaAllowablePlastic/Sigma0.7 = f(SigmaAllowableElastic/Sigma0.7) MetallicPanelCompressivePlasticityCurveBC3 with Sigma0.7 is the stress for secant modulus equal to 70% of Young modulus Input E Young modulus nu Elastic Poisson coefficient n Ramberg-Osgood parameter a Unloaded edge length b Loaded edge length t Panel thickness r Panel radius of curvature behaviour Material behaviour nblc Number of load cases sigma Stress coming from load extraction Output sigmaAllowable Stress allowable MS Margin of safety Return Status of the calculation
License requirements: nx_masterfem ("Finite Element Modeling")

Created in NX12.0.0
MsPlateBucklingCurvedCompressiveData() - Constructor for class nxopen.cae.aerostructures.author.ABB.MsPlateBucklingCurvedCompressiveData
msPlateBucklingCurvedLongitudinalShearCombined(double, double, double, double, double, double, ABB.EdgeSupportType, double, ABB.MaterialBehaviour, double[], double[]) - Method in interface nxopen.cae.aerostructures.author.ABB: MS Plate Buckling Curved Longitudinal Shear Combined Computes margin of safety of a rectangular curved metallic panel in buckling under combined shear and longitudinal loads Under compressive loads Under compressive and shear loads, the interaction equation is: RL^2 + RS^2 = 1.0 The Margin Safety is given by the following formula: MS=2/(RL+sqrt(RL^2+4*RS^2))-1 where: RL = sigma / sigma_cr is the stress ratio due to longitudinal stress, with: sigma is the given longitudinal stress sigma_cr is the compression stress allowable for buckling (sigma_cr < 0, as consequence RL < 0 in tension) RS = tau / tau_cr is the stress ratio due to shear stress with: tau is the given shear stress tau_cr is the shear stress allowable for buckling (tau and tau_cr always positive) Under tensile loads Under tensile and shear loads, the interaction equation is: 1/2 * RL + RS = 1.0 The Margin Safety is given by the following formula: MS = (2 - RL) / ( 2 * RS ) - 1 The panel edges are either clamped or simply supported.
MsPlateBucklingCurvedLongitudinalShearCombinedData() - Constructor for class nxopen.cae.aerostructures.author.ABB.MsPlateBucklingCurvedLongitudinalShearCombinedData
msPlateBucklingCurvedShear(double, double, double, double, double, double, ABB.EdgeSupportType, double, ABB.MaterialBehaviour, double[]) - Method in interface nxopen.cae.aerostructures.author.ABB: MS Plate Buckling Curved Shear Computes margin of safety of a curved metallic rectangular panel under shear load The formula is MS = Allowable / |Stress| - 1 where: 'Allowable' is the compressive buckling stress allowable 'Stress' is the compressive stress (MS is not calculated in case of tensile stress), 'MS' is the margin of safety Allowable = eta * PI^2*ks*E/(12*(1-nu^2)) * (t/c)^2 where 'ks' is the buckling coefficient 'E' is the Young modulus 'nu' is the elastic Poisson coefficient 't' is the panel thickness 'c' is the shorter panel dimension c = min(a,b) 'eta' is the plasticity reduction factor: SigmaAllowablePlastic = eta*SigmaAllowableElastic eta = 1 if material is considered as elastic (Material behaviour = Elastic) eta is obtained from the MetallicPanelCompressivePlasticityCurveBC1 charts if material is considered as elastic-plastic (Material behaviour = Elastic-Plastic): SigmaAllowablePlastic/Sigma0.7 = f(SigmaAllowableElastic/Sigma0.7) Sigma0.7 is the stress for secant modulus equal to 70% of Young modulus Input E Young modulus nu Elastic Poisson coefficient n Ramberg-Osgood parameter a Longer panel dimension b Shorter panel dimension t Panel thickness BC Type of support along edges r Panel radius of curvature behaviour Material behaviour nblc Number of load cases sigma Stress coming from load extraction Output sigmaAllowable Stress allowable MS Margin of safety Return Status of the calculation
License requirements: nx_masterfem ("Finite Element Modeling")

Created in NX12.0.0
MsPlateBucklingCurvedShearData() - Constructor for class nxopen.cae.aerostructures.author.ABB.MsPlateBucklingCurvedShearData
MsPlateBucklingData() - Constructor for class nxopen.cae.aerostructures.author.ABB.MsPlateBucklingData
msPlateBucklingFlatBending(double, double, double, double, double, double, double, ABB.MaterialBehaviour, double[], double[]) - Method in interface nxopen.cae.aerostructures.author.ABB: MS Plate Buckling Flat Bending Computes margin of safety of a flat metallic rectangular panel under bending load The formula is MS = sigmaAllowable / abs(sigma) - 1 where: 'sigmaAllowable' is the bending buckling stress allowable 'sigma' is the compressive stress at one edge of the panel, sigma = min( sigma1, sigma2 ) 'MS' is the margin of safety Allowable = eta * PI^2*kb*E/(12*(1-nu^2)) * (t/b)^2 where 'kb' is the bending buckling stress coefficient 'E' is the Young's modulus 'nu' is the elastic Poisson coefficient 't' is the panel thickness 'a' is the unloaded edge length 'b' is the loaded edge length 'beta' Loading length ratio, the factor which, divided by b, gives the edge length in compression (while the remaining edge length is in tension).
MsPlateBucklingFlatBendingData() - Constructor for class nxopen.cae.aerostructures.author.ABB.MsPlateBucklingFlatBendingData
msPlateBucklingFlatCompressive(double, double, double, double, double, double, ABB.UnloadedEdgeSupportType, ABB.EdgeSupportType, ABB.MaterialBehaviour, double[]) - Method in interface nxopen.cae.aerostructures.author.ABB: MS Plate Buckling Flat Compressive Computes margin of safety of a flat metallic rectangular panel under compressive load The formula is MS = sigmaAllowable / abs(sigma) - 1 where: 'sigmaAllowable' is the compressive buckling stress allowable, 'sigma' is the compressive stress (MS is not calculated in case of tensile stress), 'MS' is the margin of safety Allowable = eta * PI^2*kc*E/(12*(1-nu^2)) * (t/b)^2 where 'kc' is the bending buckling stress coefficient 'E' is the Young's modulus 'nu' is the elastic Poisson coefficient 't' is the panel thickness 'a' is the unloaded edge length 'b' is the loaded edge length 'eta' is the plasticity reduction factor: SigmaAllowablePlastic = eta*SigmaAllowableElastic eta = 1 if material is considered as elastic (Material behaviour = Elastic) eta is obtain from following charts if material is considered as elastic-plastic (Material behaviour = Elastic-Plastic): SigmaAllowablePlastic/Sigma0.7 = f(SigmaAllowableElastic/Sigma0.7) MetallicPanelCompressivePlasticityCurveBC1 if the Boundary Condition for the unloaded edges is Simply Supported-Free, MetallicPanelCompressivePlasticityCurveBC2 if the boundary condition for the unloaded edges is different of Simply Supported-Free Input E Young's modulus nu Elastic Poisson coefficient n Ramberg-Osgood parameter a Unloaded edge length b Loaded edge length t Panel thickness BC_Unloaded Type of support along unloaded edges {'Clamped-Clamped';'Simply Supported-Clamped';'Simply Supported-Simply Supported';'Free-Clamped';'Free-Simply Supported'} BC_Loaded Type of support along loaded edges {'Clamped';'Simply Supported'} behaviour Material behaviour nblc Number of load cases sigma Stress coming from load extractor Output sigmaAllowable Stress allowable MS Margin of safety Return Status of the calculation
License requirements: nx_masterfem ("Finite Element Modeling")

Created in NX12.0.0
MsPlateBucklingFlatCompressiveData() - Constructor for class nxopen.cae.aerostructures.author.ABB.MsPlateBucklingFlatCompressiveData
msPlateBucklingFlatLongitudinalBendingCombined(double, double, double, double, double, double, ABB.UnloadedEdgeSupportType, ABB.EdgeSupportType, ABB.MaterialBehaviour, double[], double[]) - Method in interface nxopen.cae.aerostructures.author.ABB: MS Plate Buckling Flat Longitudinal Bending Combined Computes margin of safety of a rectangular flat metallic panel in buckling under combined bending and longitudinal loads This formula is derived from the interaction equation Rb ^ 1.75 + Rc = 1.0 where: Rc = sigmac / sigmacr is the stress ratio due to compression stress, with: sigmac is the given longitudinal stress sigmacr is the compression stress allowable for buckling Rb = sigmab / sigmabcr is the stress ratio due to bending stress with sigmab is the given compressive stress due to bending sigmabcr is the bending stress allowable for buckling Input E Young's modulus nu Elastic Poisson coefficient n Ramberg-Osgood parameter a Unloaded edge length b Loaded edge length beta Loading length ratio t Panel thickness BC_Unloaded Type of support along unloaded edges {'Clamped-Clamped';'Simply Supported-Clamped';'Simply Supported-Simply Supported';'Free-Clamped';'Free-Simply Supported'} BC_Loaded Type of support along loaded edges {'Clamped';'Simply Supported'} behaviour Material behaviour nblc Number of load cases sigma1 Stress XX Side1 sigma2 Stress XX Side2 Output sigmacr Compressive stress allowable sigmabcr Bending stress allowable MS Margin of safety Return Status of the calculation
License requirements: nx_masterfem ("Finite Element Modeling")

Created in NX12.0.0
MsPlateBucklingFlatLongitudinalBendingCombinedData() - Constructor for class nxopen.cae.aerostructures.author.ABB.MsPlateBucklingFlatLongitudinalBendingCombinedData
msPlateBucklingFlatLongitudinalShearCombined(double, double, double, double, double, double, ABB.UnloadedEdgeSupportType, ABB.EdgeSupportType, ABB.MaterialBehaviour, double[], double[]) - Method in interface nxopen.cae.aerostructures.author.ABB: MS Plate Buckling Flat Longitudinal Shear Combined Computes margin of safety of a rectangular flat metallic panel in buckling under combined shear and longitudinal loads Under longitudinal and shear loads, the interaction equation is: MS=2/(RL + sqrt(RL ^ 2 + 4 * RS ^ 2) This formula is derived from the interaction equation RL+R2S=1.0 RL + RS ^ 2 = 1.0 where: RL = sigma / sigmacr is the stress ratio due to longitudinal stress, with: sigma is the given longitudinal stress sigmacr is the compression stress allowable for buckling (sigmacr < 0, as consequence RL < 0 in tension) RS = tau / taucr is the stress ratio due to shear stress with tau is the given shear stress taucr is the shear stress allowable for buckling (taucr and tau always positive) The panel edges are either clamped or simply supported.
MsPlateBucklingFlatLongitudinalShearCombinedData() - Constructor for class nxopen.cae.aerostructures.author.ABB.MsPlateBucklingFlatLongitudinalShearCombinedData
msPlateBucklingFlatShear(double, double, double, double, double, double, ABB.EdgeSupportType, ABB.MaterialBehaviour, double[]) - Method in interface nxopen.cae.aerostructures.author.ABB: MS Plate Buckling Flat Shear Computes margin of safety of a flat metallic rectangular panel under shear load The formula is MS = sigmaAllowable / abs(sigma) - 1 where: 'sigmaAllowable' is the shear buckling stress allowable, 'sigma' is the compressive stress (MS is not calculated in case of tensile stress), 'MS' is the margin of safety Allowable = eta * PI^2*ks*E/(12*(1-nu^2)) * (t/b)^2 where 'ks' is the bending buckling stress coefficient 'E' is the Young's modulus 'nu' is the elastic Poisson coefficient 't' is the panel thickness 'a' is the panel longer dimension 'b' is panel shorter dimension 'eta' is the plasticity reduction factor: SigmaAllowablePlastic = eta*SigmaAllowableElastic eta = 1 if material is considered as elastic (Material behaviour = Elastic) eta is obtain from following charts if material is considered as elastic-plastic (Material behaviour = Elastic-Plastic): SigmaAllowablePlastic/Sigma0.7 = f(SigmaAllowableElastic/Sigma0.7) MetallicPanelCompressivePlasticityCurveBC1, Warning: in fact graph is fig C5.13 but it is C5.7 graph divided by 2 Input E Young's modulus nu Elastic Poisson coefficient n Ramberg-Osgood parameter a Panel longer dimension b Panel shorter dimension t Panel thickness BC Type of support along the edges {'Clamped';'Simply Supported'} behaviour Material behaviour nblc Number of load cases sigma Stress coming from load extractor Output sigmaAllowable Stress allowable MS Margin of safety Return Status of the calculation
License requirements: nx_masterfem ("Finite Element Modeling")

Created in NX12.0.0
msPlateBucklingFlatShearBendingCombined(double, double, double, double, double, double, ABB.UnloadedEdgeSupportType, ABB.EdgeSupportType, ABB.MaterialBehaviour, double[], double[], double[]) - Method in interface nxopen.cae.aerostructures.author.ABB: MS Plate Buckling Flat Shear Bending Combined Computes margin of safety of a rectangular flat metallic panel in buckling under combined bending and shear loads Under longitudinal and shear loads, the interaction equation is: MS = 1 / sqrt(Rb ^ 2 + Rs ^ 2) This formula is derived from the interaction equation Rb ^ 2 + Rs ^ 2 = 1.0 where: Rb = sigmab / sigmabcr is the stress ratio due to bendoing stress with sigmab is the given compressive stress due to bending sigmabcr is the bending stress allowable for buckling Rs = tau / taucr is the stress ratio due to shear stress with tau is the given shear stress taucr is the shear stress allowable for buckling (taucr and tau always positive) Input E Young's modulus nu Elastic Poisson coefficient n Ramberg-Osgood parameter a Unloaded edge length b Loaded edge length t Panel thickness BC_Unloaded Type of support along unloaded edges {'Clamped-Clamped';'Simply Supported-Clamped';'Simply Supported-Simply Supported';'Free-Clamped';'Free-Simply Supported'} BC_Loaded Type of support along loaded edges {'Clamped';'Simply Supported'} behaviour Material behaviour {'Elastic'; 'Elastic-Plastic'} nblc Number of load cases sigma1 Stress XX Side1 sigma2 Stress XX Side2 tau Stress XY Output taucr Shear stress allowable that takes into account compressive/tensile stress sigmabcr Bending stress allowable MS Margin of safety Return Status of the calculation
License requirements: nx_masterfem ("Finite Element Modeling")

Created in NX12.0.0
MsPlateBucklingFlatShearBendingCombinedData() - Constructor for class nxopen.cae.aerostructures.author.ABB.MsPlateBucklingFlatShearBendingCombinedData
MsPlateBucklingFlatShearData() - Constructor for class nxopen.cae.aerostructures.author.ABB.MsPlateBucklingFlatShearData
MSPOWER_POINT - Static variable in class nxopen.issue.IssueAttachment.Type: Microsoft Power Point type
msShearTearOut(double, double, double, double, double, double[]) - Method in interface nxopen.cae.aerostructures.author.ABB: MS Shear Tear Out Computes margin of shear tear out (due to bolt hole) The formula is MS = PShearTearOutAllowable / P - 1 'PShearTearOutAllowable' is the shear tear out load allowable.
MsShearTearOutData() - Constructor for class nxopen.cae.aerostructures.author.ABB.MsShearTearOutData
msTrescaPlaneStress(double, double[], double[], double[]) - Method in interface nxopen.cae.aerostructures.author.ABB: MS Tresca.
MsTrescaPlaneStressData() - Constructor for class nxopen.cae.aerostructures.author.ABB.MsTrescaPlaneStressData
msTsaiHillPlaneStress(double, double, double, double, double, double[], double[], double[]) - Method in interface nxopen.cae.aerostructures.author.ABB: MS Tsai-Hill Computes margin of safety on the basis of Tsai-Hill failure theory (plane stresses hypothesis) The formula based on yield material allowables is 'MS=1-sqrt(((F_L)/FtcyL)^2+(FLT/FtcyLT)^2-((F_LF_(LT))/(FtcyLFtcyL))+(F_(S)/Fsy)^2)' where: L and LT are material directions: 'Longitudinal' and 'Longitudinal' 'Transverse'.
MsTsaiHillPlaneStressData() - Constructor for class nxopen.cae.aerostructures.author.ABB.MsTsaiHillPlaneStressData
msType() - Method in interface nxopen.motion.PackagingMeasureBuilder: Returns the Measure type defined at PackagingMeasureBuilder.MeasureType
License requirements: mechanisms ("MECHANISMS")

Created in NX4.0.0
MSWORD - Static variable in class nxopen.issue.IssueAttachment.Type: Microsoft Word type
MTD - Static variable in class nxopen.sim.SimDebugBuilder.DriverType: MTD driver
mtdInit(UFVariant) - Method in interface nxopen.uf.UFSim: Refer to UF_SIM_mtd_init for documentation.
mtdReset(UFVariant) - Method in interface nxopen.uf.UFSim: Refer to UF_SIM_mtd_reset for documentation.
mtx2() - Method in interface nxopen.UFSession
mtx3() - Method in interface nxopen.UFSession
mtx4(double[]) - Method in interface nxopen.uf.UFMtx3: Refer to UF_MTX3_mtx4 for documentation.
mtx4() - Method in interface nxopen.UFSession
mtype() - Method in interface nxopen.MeasureDistanceBuilder: Returns the mtype
License requirements: None.
muDynamic() - Method in interface nxopen.motion.JointFrictionLms: Returns the mu dynamic
License requirements: None.
muDynamicExpression() - Method in interface nxopen.motion.JointFrictionAdams: Returns the mu dynamic expression
License requirements: None.
muDynamicExpression() - Method in interface nxopen.motion.JointFrictionRecurDyn: Returns the mu dynamic expression
License requirements: None.
MULTI_CAD_PROPERTY - Static variable in class nxopen.visualreporting.Property.TypeOption: Parts mastered in a CAD system other than NX
MULTI_CONVEX - Static variable in class nxopen.mechatronics.CollisionBodyBuilder.CollisionShapeTypes: Multi-Convex
MULTI_FACE - Static variable in class nxopen.geometricanalysis.SurfaceContinuityAnalysisBuilder.Types
MULTI_FACE_BLEND - Static variable in class nxopen.die.AddSurfBuilder.Methods: Face blend between sets of walls.
MULTI_LINE_DIAGRAM - Static variable in class nxopen.ame.DocumentType
MULTI_LINE_SCHEMATIC - Static variable in class nxopen.ame.Manage2dSymbolsBuilder.SymbolRepresentationTypes
MULTI_LINE_SCHEMATICS - Static variable in class nxopen.ame.PageBuilder.Types
MULTI_LINE_TEXT - Static variable in class nxopen.uistyler.StylerItem.ItemType: Multi-line text item
MULTI_LIST - Static variable in class nxopen.uistyler.StylerItem.ItemType: Multi List item
MULTI_LOOPS_EXISTED - Static variable in class nxopen.tooling.EdgePatchBuilder.PatchStatus: More than one loops existed in list
MULTI_MODE - Static variable in class nxopen.ame.AmeOpticalConnectionFiberType
MULTI_POINT_CONSTRAINT_FORCE - Static variable in class nxopen.cae.Result.Quantity
MULTI_POINT_CONSTRAINT_MOMENT - Static variable in class nxopen.cae.Result.Quantity
MULTI_PORT - Static variable in class nxopen.routing.Port.PortType: Multi Port
MULTI_PROP_EXPRESSION - Static variable in class nxopen.uf.UFSf.MultiPropType
MULTI_PROP_TABLE - Static variable in class nxopen.uf.UFSf.MultiPropType
MULTI_SCALAR - Static variable in class nxopen.cae.Result.DataType: Multi scalar
MULTI_SELECT_LIST - Static variable in class nxopen.uistyler.Dialog.ItemType
MULTI_TEXT_BOX - Static variable in class nxopen.uistyler.Dialog.ItemType
MULTI_TRANSITION - Static variable in class nxopen.geometricutilities.LawBuilder.Type: multi-transition law type
MultiBendBendPropertiesBuilder - Interface in nxopen.features.sheetmetal: Represents a Sheetmetal Multi Bend properties builder class.
MultiBendBendPropertiesBuilder.Insets - Class in nxopen.features.sheetmetal: This enum defines the material inset types
MultiBendBendPropertiesListBuilder - Interface in nxopen.features.sheetmetal: Represents a Sheetmetal Multi Bend properties List builder class.
multiBendPropertiesList() - Method in interface nxopen.features.sheetmetal.TabBuilder: Returns the multi bend properties list
License requirements: nx_flexible_pcb ("NX Flexible PCB") OR nx_sheet_metal ("NX Sheet Metal")
.
MultiBladeBaseGeometry - Interface in nxopen.cam: Represents a selectoin geometry Builder
This is an abstract class and cannot be instantiated.
MultiBladeGeomBuilder - Interface in nxopen.cam: Represents a MultiBladeGeomBuilder Builder
To create a new instance of this class, use NCGroupCollection.createMultiBladeGeometryBuilder(nxopen.cam.CAMObject)

Created in NX7.0.0
MultiBladeGeomBuilder.PartAxisOfRotationTypes - Class in nxopen.cam: Available types for Part Axis of Rotation
MultiBladeSplittersGeometry - Interface in nxopen.cam: Represents a selectoin list geometry Builder
This is an abstract class and cannot be instantiated.
multiBlockDecomposition - Variable in class nxopen.uf.UFSf.Ugs2dMeshParms
multiBlockDecomposition - Variable in class nxopen.uf.UFSf.UgsTetMeshParms
multiCADAssembly() - Method in interface nxopen.drawings.ConversionProcessSettingsBuilder: Returns the multi-CAD assembly
License requirements: None.
MULTICAST - Static variable in class nxopen.mechatronics.UDPSignalServerBuilder.CastMode
multiChannelTurningLeadDistance() - Method in interface nxopen.cam.RoughFinishTurningBuilder: Returns the multi-channel turning lead distance
License requirements: None.
multiChannelTurningMode() - Method in interface nxopen.cam.RoughFinishTurningBuilder: Returns the multi-channel turning mode
License requirements: None.
multiChannelTurningSecondTool() - Method in interface nxopen.cam.RoughFinishTurningBuilder: Returns the multi-channel turning second tool
License requirements: None.
multiCurve() - Method in interface nxopen.geometricanalysis.CurveContinuityBuilder: Returns the multiple curve
License requirements: None.
MULTICURVE - Static variable in class nxopen.geometricanalysis.CurveContinuityBuilder.Type: multicurve
multiDepthCut() - Method in interface nxopen.cam.MillCutParameters: Returns the Multi Depth Cut
License requirements: None.
MultiDepthCut - Interface in nxopen.cam: Represents a MultiDepthCut
Created in NX6.0.0
MultiDepthCut.Types - Class in nxopen.cam: Available types for Multi-Depth cut type
MultiDraft - Interface in nxopen.geometricutilities: Represents a multi-draft.
MultiDraft.AngleOption - Class in nxopen.geometricutilities: Represents the angle option.
multiFace() - Method in interface nxopen.geometricanalysis.SurfaceContinuityAnalysisBuilder: Returns the objects for multi-face
License requirements: None.
MultiFlange - Interface in nxopen.features.sheetmetal: Represents a multi flange feature
To create or edit an instance of this class, use MultiFlangeBuilder

Created in NX12.0.0
MultiFlangeBuilder - Interface in nxopen.features.sheetmetal: Represents a MultiFlange builder
To create a new instance of this class, use SheetmetalManager.createMultiFlangeBuilder(nxopen.features.sheetmetal.MultiFlange)

Created in NX12.0.0
MultiFlangeBuilder.MatchFaceOptions - Class in nxopen.features.sheetmetal: This enum defines the mathc face options
MULTILINE - Static variable in class nxopen.ame.GeneralAnnotationSettingsBuilder.AnnotationSeparator
MultilineString - Interface in nxopen.blockstyler: Represents a Multiline String block .
multiPasses() - Method in interface nxopen.cam.TurnCutParameters: Returns the multi passes
License requirements: None.
MultiPatchAlignmentBuilder - Interface in nxopen.facet: Aligns multiple facet bodies to one another without using reference points.
MultiPatchAlignmentBuilder.ResolutionType - Class in nxopen.facet: Determines the number of facets used in the alignment.
MULTIPLE - Static variable in class nxopen.cae.AfuMathOperation.MultiType: Multiples AFU records
MULTIPLE - Static variable in class nxopen.cam.FlowBuilder.FlowOffsetModeType: Multiple Offsets
MULTIPLE - Static variable in class nxopen.cam.RoughFinishTurningBuilder.RegionMachiningTypes: Region Machining type: Multiple
MULTIPLE - Static variable in class nxopen.cam.StepoverBuilder.StepoverTypes: Multiple
multiple() - Method in interface nxopen.CGMBuilder: Returns the multiple option is used when more than one drawing is exported.
MULTIPLE - Static variable in class nxopen.features.IsoclineCurveBuilder.CurveTypes
MULTIPLE - Static variable in class nxopen.features.shipdesign.PenetrationRequest.RequestType
MULTIPLE - Static variable in class nxopen.features.shipdesign.SectionDrawingBuilder.SectionsPerDrawingOptions
MULTIPLE - Static variable in class nxopen.features.ThroughCurvesBuilder.PatchTypes: multiple patches.
MULTIPLE - Static variable in class nxopen.geometricutilities.MultiDraft.AngleOption: Multi draft
MULTIPLE - Static variable in class nxopen.weld.WeldPointMethod: use guide curve(s) or edge(s) to generate spot weld points
MULTIPLE_COPLANAR_SKETCHES - Static variable in class nxopen.features.SketchConversionStatus.ReasonType: This composite curve feature is based on multiple coplanar source sketches.
MULTIPLE_CURVES - Static variable in class nxopen.cae.SimBcXyPlotBuilder.ResolveMultipleMatches
MULTIPLE_CURVES_JOINED_INTO_ONE_LINKED_CURVE - Static variable in class nxopen.features.SketchConversionStatus.ReasonType: The linked feature has atleast one linked curve that is the result of joining multiple source curves.
MULTIPLE_CUTOFF_FIRST - Static variable in class nxopen.cam.WedmGeomBuilder.BackburnPassesTypes: multiple backburn passes - cutoff first
MULTIPLE_CUTOFF_FIRST - Static variable in class nxopen.cam.WedmOperationBuilder.BackburnPassesTypes: multiple backburn passes - cutoff first
MULTIPLE_DIMENSION - Static variable in class nxopen.annotations.BaseOrdinateDimensionBuilder.Types: group or set of dimensions
MULTIPLE_FACE_BLEND - Static variable in class nxopen.die.AddendumSectionBuilder.SurfaceBuildType: Create multiple face blend surface.
MULTIPLE_FEATURES - Static variable in class nxopen.features.PatchOpeningsBuilder.OutputTypes: Output one feature for each patch sheet body
MULTIPLE_INSTANCE_OF_ASOURCE_PART - Static variable in class nxopen.features.SketchConversionStatus.ReasonType: The linked feature has at least two linked curves that come from multiple instances of the same source part.
MULTIPLE_REGION_FIRST - Static variable in class nxopen.cam.WedmGeomBuilder.BackburnPassesTypes: multiple backburn passes - region first
MULTIPLE_REGION_FIRST - Static variable in class nxopen.cam.WedmOperationBuilder.BackburnPassesTypes: multiple backburn passes - region first
MULTIPLE_SEGMENTS - Static variable in class nxopen.features.TubeBuilder.Output: multiple segments output
MULTIPLE_SKETCHES_WITH_NON_PARALLEL_NORMALS - Static variable in class nxopen.features.SketchConversionStatus.ReasonType: The linked feature has curves that come from multiple sketches whose plane normals are not parallel.
MULTIPLE_STOCKS_FOUND_IN_REUSE_LIBRARY - Static variable in class nxopen.routing.StockDataRefreshBuilder.RefreshStatus: More than one stock found - cannot resolve ambiguity
MULTIPLE_XFORM - Static variable in class nxopen.features.SketchConversionStatus.ReasonType: The linked feature has multiple linking data.
multipleBuilder() - Method in interface nxopen.cam.StepoverBuilder: Returns the multiple builder
License requirements: None.
multipleCenterMarks() - Method in interface nxopen.annotations.BaseCenterMarkBuilder: Returns the multiple center marks option, applicable only for creation
License requirements: None.
multipleComponents() - Method in interface nxopen.tooling.CopySolidBuilder: Returns the multiple components
License requirements: None.
multipleCurveOrEdgeCollector() - Method in interface nxopen.features.PointSetBuilder: Returns the collector that is used to hold multiple curves or edges.
MultipleDatum() - Constructor for class nxopen.uf.UFGdt.MultipleDatum
MultipleDatum(int, Tag[], Tag) - Constructor for class nxopen.uf.UFGdt.MultipleDatum
multipleEdit() - Method in interface nxopen.blockstyler.SetList: Returns the MultipleEdit
License requirements: None.
MultipleElementCreateBuilder - Interface in nxopen.cae: Represents a MultipleElementCreateBuilder which can be used to create mutiple elements in one efficient opertation.
multipleFaceCollector() - Method in interface nxopen.features.PointSetBuilder: Returns the collector that is used to hold faces.
multipleFaceCollector() - Method in interface nxopen.tooling.ReusePositioningObjectBuilder: Returns the multiple face for non planar face
License requirements: None.
MULTIPLEFLUID - Static variable in class nxopen.PhysicalMaterial.Type: Multiple fluid material
multipleFp - Variable in class nxopen.uf.UFSmd.FpPrefs
multipleMatches() - Method in interface nxopen.cae.SimBcXyPlotBuilder: Returns a SimBcXyPlotBuilder.ResolveMultipleMatches used in plot to resolve multiple values
License requirements: nx_masterfem ("Finite Element Modeling")

Created in NX9.0.0
MultipleNodeCreateBuilder - Interface in nxopen.cae: Represents a MultipleNodeCreateBuilder which can be used to create mutiple nodes in one efficient opertation.
MultipleObjectsBuilder - Interface in nxopen.ame: JA class for the insert Eng object dialog
This is an abstract class, and cannot be instantiated.
multiplePasses() - Method in interface nxopen.cam.PlanarMillingBuilder: Returns the Multiple Passes builder
License requirements: None.
MultiplePassesBuilder - Interface in nxopen.cam: Represents a MultiplePassesBuilder .
MultiplePassesBuilder.OrderTypes - Class in nxopen.cam: Available types for Order
MultiplePassesBuilder.StepMethodTypes - Class in nxopen.cam: Available types for Step Method
multipleSelection - Variable in class nxopen.Selection.SelectionDescriptor
multipleSelectionEndBoundary() - Method in interface nxopen.features.shipdesign.StiffenerBySupportPathBuilder: Returns the multiple end boundary objects.
MultipleStepoverBuilder - Interface in nxopen.cam: Represents a Builder which holds the data for a set of individual number of passes and stepover distance.
MultipleStepoverBuilder.Data - Class in nxopen.cam: This class holds the data returned from MultipleStepoverBuilder.getData(int)
multipleViewPlacement() - Method in interface nxopen.drawings.DrawingViewBuilder: Returns the multiple view placement
License requirements: None.
multipleViewPlacement() - Method in interface nxopen.drawings.StandardViewsBuilder: Returns the multiple view placement
License requirements: None.
multipleViewPlacement() - Method in interface nxopen.drawings.ViewCreationWizardBuilder: Returns the multiple view placement
License requirements: None.
MultipleViewPlacementBuilder - Interface in nxopen.drawings: This builder allows the user to create a Multiple View Placement .
MultipleViewPlacementBuilder.Option - Class in nxopen.drawings: The placement option type
multiplicity - Variable in class nxopen.uf.UFCurve.Proj
multiplier() - Method in interface nxopen.mechatronics.ExternalConnectionElementBuilder: Returns the multiplier.
MULTIPLY - Static variable in class nxopen.geometricutilities.PatternIncrementItem.OperationEnum: multiply the increment to the master value.
multiply(Matrix3x3, Vector3d) - Method in interface nxopen.MathUtils: Returns a vector which is the product of a 3x3 matrix and a 3D vector
License requirements: None.
multiply(Matrix3x3, Point3d) - Method in interface nxopen.MathUtils: Returns a point which is the product of a 3x3 matrix and a 3D point
License requirements: None.
MULTIPLY - Static variable in class nxopen.mechatronics.GanttOperationParameterBuilder.OperatorOption: Multiply operator '*='
multiply(double[], double[]) - Method in interface nxopen.uf.UFMtx2: Refer to UF_MTX2_multiply for documentation.
multiply(double[], double[]) - Method in interface nxopen.uf.UFMtx3: Refer to UF_MTX3_multiply for documentation.
multiply(double[], double[]) - Method in interface nxopen.uf.UFMtx4: Refer to UF_MTX4_multiply for documentation.
multiplyMatrices(double[], double[]) - Method in interface nxopen.uf.UFTrns: Refer to UF_TRNS_multiply_matrices for documentation.
multiplyT(double[], double[]) - Method in interface nxopen.uf.UFMtx2: Refer to UF_MTX2_multiply_t for documentation.
multiplyT(double[], double[]) - Method in interface nxopen.uf.UFMtx3: Refer to UF_MTX3_multiply_t for documentation.
multiplyT(double[], double[]) - Method in interface nxopen.uf.UFMtx4: Refer to UF_MTX4_multiply_t for documentation.
multiPort() - Method in interface nxopen.routing.ModelTerminalsBuilder: Returns the MultiPort of the selected object
License requirements: routing_harness ("Routing Harness")
.
MultiPort - Interface in nxopen.routing: Represents a MultiPort .
multiPort() - Method in interface nxopen.routing.TerminalPort: Returns the parent MultiPort of the TerminalPort
License requirements: routing_base ("Routing Basic")

Created in NX4.0.0
MultiPortCollection - Interface in nxopen.routing: Represents a collection of MultiPort objects.
multiPorts() - Method in interface nxopen.routing.RouteManager: MultiPort Collection .
multiPositionBuilder() - Method in interface nxopen.tooling.ElectrodeBlankBuilder: Returns the multi position builder.
MultiRamp - Interface in nxopen.cam: Represents a MultiRamp
Created in NX6.0.0
multiRamp() - Method in interface nxopen.cam.TurnCutParameters: Returns the multi ramp
License requirements: None.
MultiRamp.Types - Class in nxopen.cam: the multi ramp pattern types .
MultiSectionBuilder - Interface in nxopen.tooldesigner: A class that used for creating multi section
To create a new instance of this class, use nxopen.ToolDesigner.ToolDesignerManager#createMultiSectionBuilder
Default values.
MultiSelectList - Interface in nxopen.uistyler: Represents a MultiSelectList for UI Styler .
MultiSelectList.Activate - Interface in nxopen.uistyler
MultiSelectList.DoubleClick - Interface in nxopen.uistyler: Called when a dialog user selects an entry with a single mouse click or presses the spacebar on a selected item.
MultiTextBox - Interface in nxopen.uistyler: Represents a MultiTextBox for UI Styler.
MultiToolBuilder - Interface in nxopen.cam: Represents a MultiTool Builder
To create a new instance of this class, use NCGroupCollection.createMultiToolBuilder(nxopen.cam.CAMObject)

Created in NX11.0.1
multiToolDescription() - Method in interface nxopen.cam.MultiToolBuilder: Returns the multi tool description
License requirements: None.
multiTransitionLaw() - Method in interface nxopen.geometricutilities.LawBuilder: Returns the multi transition law.
MultiTransitionLawBuilder - Interface in nxopen.geometricutilities: Represents multiple transition law.
MultiValueObjectsPort - Interface in nxopen.ame: MultiValueObjectsPort Journaling class
This object does not need a creator.
MultiValueObjectsPort.JaAmeValueObjectUsageType - Class in nxopen.ame: type which usagetype has to be used
MUST_BE_B_SURFACE - Static variable in class nxopen.uf.UFConstants
MUST_BE_SINGLE_FACE - Static variable in class nxopen.uf.UFConstants
MUST_BE_UNTRIMMED_FACE - Static variable in class nxopen.uf.UFConstants
muStatic() - Method in interface nxopen.motion.JointFrictionLms: Returns the mu static
License requirements: None.
muStaticExpression() - Method in interface nxopen.motion.JointFrictionAdams: Returns the mu static expression
License requirements: None.
muStaticExpression() - Method in interface nxopen.motion.JointFrictionRecurDyn: Returns the mu static expression
License requirements: None.
mvalue() - Method in interface nxopen.cae.ElementSplitBuilder: Returns a number of rows into which quad element to be split
License requirements: nx_masterfem ("Finite Element Modeling")
.
MW_COMPONENT_NAME - Static variable in class nxopen.tooling.AssemblyDrawingBuilder.AttributeNames
MW_DIR - Static variable in class nxopen.uf.UFUi.DialogDirId
MW_FLTR - Static variable in class nxopen.uf.UFUi.DialogFilterId
MW_SIDE - Static variable in class nxopen.tooling.AssemblyDrawingBuilder.AttributeNames
mwcopySheets() - Method in interface nxopen.tooling.ToolingManager: Returns the MWCopySheetsCollection instance belonging to this part .
MWCopySheetsBuilder - Interface in nxopen.tooling: Builder for copying sheets in the Mold Wizard application
To create a new instance of this class, use MWCopySheetsCollection.createBuilder()
Default values.
MWCopySheetsBuilder.Types - Class in nxopen.tooling: This enum represents the type of sheets to be copied
MWCopySheetsCollection - Interface in nxopen.tooling: Represents a collection of MWCopySheets builder
To obtain an instance of this class, refer to ToolingManager

Created in NX7.5.0
mwdefineRegions() - Method in interface nxopen.tooling.ToolingManager: Returns the MWDefineRegionsCollection instance belonging to this part .
MWDefineRegionsBuilder - Interface in nxopen.tooling: The MWDefineRegions builder
To create a new instance of this class, use MWDefineRegionsCollection.createBuilder()
Default values.
MWDefineRegionsBuilder.OrCreateEmptyRegionData - Class in nxopen.tooling: This class holds the data returned from MWDefineRegionsBuilder.getOrCreateEmptyRegion()
MWDefineRegionsBuilder.TranslucencyOptionType - Class in nxopen.tooling: This enum represents the translucency is to be performed on the selected or non-selected region faces
MWDefineRegionsCollection - Interface in nxopen.tooling: Represents a collection of MWDefineRegions builder
To obtain an instance of this class, refer to ToolingManager

Created in NX6.0.0
mwdefineSheets() - Method in interface nxopen.tooling.ToolingManager: Returns the MWDefineSheetsCollection instance belonging to this part .
MWDefineSheetsBuilder - Interface in nxopen.tooling: Builder for defining sheets in Mold Wizard
To create a new instance of this class, use MWDefineSheetsCollection.createBuilder()
Default values.
MWDefineSheetsBuilder.DefineStepType - Class in nxopen.tooling: The define steps for defining Cavity and Core using the Split Body method.
MWDefineSheetsBuilder.Types - Class in nxopen.tooling: The types for defining Cavity and Core.
MWDefineSheetsCollection - Interface in nxopen.tooling: Represents a collection of MWDefineSheets builder
To obtain an instance of this class, refer to ToolingManager

Created in NX6.0.0
mwdesignGuideLines() - Method in interface nxopen.tooling.ToolingManager: Returns the MWDesignGuideLinesCollection instance belonging to this part .
MWDesignGuideLinesBuilder - Interface in nxopen.tooling: The builder for designing guide lines in Mold Wizard.
MWDesignGuideLinesBuilder.CreateGuideLineData - Class in nxopen.tooling: This class holds the data returned from MWDesignGuideLinesBuilder.createGuideLine(nxopen.Curve, nxopen.Point3d, double)
MWDesignGuideLinesBuilder.DirectionType - Class in nxopen.tooling: The type of direction for the guide line to be created.
MWDesignGuideLinesCollection - Interface in nxopen.tooling: Represents a collection of MWDesignGuideLines builder
To obtain an instance of this class, refer to ToolingManager

Created in NX7.5.0
mwdesignPartingSurface() - Method in interface nxopen.tooling.ToolingManager: Returns the MWDesignPartingSurfaceCollection instance belonging to this part .
MWDesignPartingSurfaceBuilder - Interface in nxopen.tooling: The builder for designing parting surface in Mold Wizard.
MWDesignPartingSurfaceBuilder.ObjectType - Class in nxopen.tooling: The type of parting objects to be edited or placed.
MWDesignPartingSurfaceBuilder.PartingSurfaceType - Class in nxopen.tooling: The type of parting surface to be created.
MWDesignPartingSurfaceBuilder.TransitionSurfaceType - Class in nxopen.tooling: The type of transition surface to be created.
MWDesignPartingSurfaceBuilder.TrimAndExtendFromRegionType - Class in nxopen.tooling: The region type from which to trim and extend when creating parting surface.
MWDesignPartingSurfaceCollection - Interface in nxopen.tooling: Represents a collection of MWDesignPartingSurface builder
To obtain an instance of this class, refer to ToolingManager

Created in NX7.5.0
MWLayoutCollection - Interface in nxopen.tooling: Creates Mold Wizard layout collection
To obtain an instance of this class, refer to ToolingManager

Created in NX6.0.0
mwLayoutType() - Method in interface nxopen.tooling.LayoutBuilder: Returns the layout pattern type
License requirements: None.
mwmoldedPartValidation() - Method in interface nxopen.tooling.ToolingManager: Returns the MWMoldedPartValidationManager instance belonging to this part .
MWMoldedPartValidationBuilder - Interface in nxopen.tooling: Represents a builder to be used to perform Molded Part Validation analysis.
MWMoldedPartValidationBuilder.AssignToRegion - Class in nxopen.tooling: Options for assigning faces to the Cavity or Core region
MWMoldedPartValidationBuilder.CalculateOption - Class in nxopen.tooling: Calculation options
MWMoldedPartValidationBuilder.CheckScope - Class in nxopen.tooling: Check scope for information
MWMoldedPartValidationBuilder.RangeType - Class in nxopen.tooling: Range type for displaying small corner radius faces
MWMoldedPartValidationManager - Interface in nxopen.tooling: Represents a manager of the MWMoldedPartValidation builder
To obtain an instance of this class, refer to ToolingManager

Created in NX8.0.0
mwpartingManager() - Method in interface nxopen.tooling.ToolingManager: Returns the MWPartingManagerCollection instance belonging to this part .
MWPartingManagerBuilder - Interface in nxopen.tooling: Builder for the Parting Manager in the Mold Wizard application
To create a new instance of this class, use MWPartingManagerCollection.createBuilder()

Created in NX7.5.0
MWPartingManagerBuilder.DataStatus - Class in nxopen.tooling: The status of the parting manager data.
MWPartingManagerBuilder.RegisterType - Class in nxopen.tooling: The type of registering UNDO identifier.
MWPartingManagerCollection - Interface in nxopen.tooling: Represents a collection of MWPartingManager builder
To obtain an instance of this class, refer to ToolingManager

Created in NX7.5.0
MWSearchRegionBuilder - Interface in nxopen.tooling: The Search Region builder is for defining a region by searching the region faces given a set of seed faces and boundary edges.
MWSearchRegionCollection - Interface in nxopen.tooling: Represents a collection of MWSearchRegion builder
To obtain an instance of this class, refer to ToolingManager

Created in NX6.0.0
mwsearchRegions() - Method in interface nxopen.tooling.ToolingManager: Returns the MWSearchRegionCollection instance belonging to this part .
mwtraversePartingLines() - Method in interface nxopen.tooling.ToolingManager: Returns the MWTraversePartingLinesCollection instance belonging to this part .
MWTraversePartingLinesBuilder - Interface in nxopen.tooling: Builder for creating parting lines by traversing in the Mold Wizard application
To create a new instance of this class, use MWTraversePartingLinesCollection.createBuilder()

Created in NX7.5.0
MWTraversePartingLinesCollection - Interface in nxopen.tooling: Represents a collection of the MWTraversePartingLines builder
To obtain an instance of this class, refer to ToolingManager

Created in NX7.0.0
MWUpdate - Interface in nxopen: Update tools used in Mold Wizard for the Journamation layer .
MX - Static variable in class nxopen.cae.responsesimulation.DirectionDataComponent
MXDIR - Static variable in class nxopen.cam.InspectionAlignmentAssistantBuilder.Direction: Negative X alignment direction
MXDIR - Static variable in class nxopen.cam.InspectionAlignmentBuilder.AlignmentDirections: Align feature in the negitive X direction
MXDIR - Static variable in class nxopen.cam.InspectionAlignmentBuilder.RotationDirections: Rotate in the negitive X direction
MXXSHELL_RESULTANT - Static variable in class nxopen.cae.Result.Quantity
MXY - Static variable in class nxopen.cae.responsesimulation.DirectionDataComponent
MXYSHELL_RESULTANT - Static variable in class nxopen.cae.Result.Quantity
MXZ - Static variable in class nxopen.cae.responsesimulation.DirectionDataComponent
MY - Static variable in class nxopen.cae.responsesimulation.DirectionDataComponent
MYDIR - Static variable in class nxopen.cam.InspectionAlignmentAssistantBuilder.Direction: Negative Y alignment direction
MYDIR - Static variable in class nxopen.cam.InspectionAlignmentBuilder.AlignmentDirections: Align feature in the negitive Y direction
MYDIR - Static variable in class nxopen.cam.InspectionAlignmentBuilder.RotationDirections: Rotate in the negitive Y direction
MYYSHELL_RESULTANT - Static variable in class nxopen.cae.Result.Quantity
MYZ - Static variable in class nxopen.cae.responsesimulation.DirectionDataComponent
MZ - Static variable in class nxopen.cae.responsesimulation.DirectionDataComponent
MZDIR - Static variable in class nxopen.cam.InspectionAlignmentAssistantBuilder.Direction: Negative Z alignment direction
MZDIR - Static variable in class nxopen.cam.InspectionAlignmentBuilder.AlignmentDirections: Align feature in the negitive Z direction
MZDIR - Static variable in class nxopen.cam.InspectionAlignmentBuilder.RotationDirections: Rotate in the negitive Z direction

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