nxopen.cae

Interface BaseFemPart

All Superinterfaces:

BasePart, CaePart, INXObject, NXObject, Remote, TaggedObject

All Known Subinterfaces:

AssyFemPart, FemPart

public interface BaseFemPart
extends CaePart

Represents an NX part of type .afm.
Use the PartCollection class to load or create a part.

Created in NX6.0.0

Nested Class Summary

Nested Classes

Modifier and Type	Interface and Description
static class	BaseFemPart.AxisymAbstractionType Used to specify the axisymmetric abstraction type during Fempart creation .
static class	BaseFemPart.SolverAndAnalysisTypeData This class holds the data returned from getSolverAndAnalysisType()

Nested classes/interfaces inherited from interface nxopen.cae.CaePart

CaePart.FieldApplicationType

Nested classes/interfaces inherited from interface nxopen.BasePart

BasePart.BookmarkOption, BasePart.CloseAfterSave, BasePart.CloseModified, BasePart.CloseWholeTree, BasePart.CollaborativeContentType, BasePart.HistoryEventInformation, BasePart.IncompleteStatus, BasePart.PartPreview, BasePart.PreviewImageData, BasePart.ReopenData, BasePart.SaveComponents, BasePart.TransientStatus, BasePart.Units

Nested classes/interfaces inherited from interface nxopen.NXObject

NXObject.AttributeInformation, NXObject.AttributeType, NXObject.ComputationalTime, NXObject.DateAndTimeFormat, NXObject.NextUserAttributeData

Method Summary

Modifier and Type	Method and Description
BaseFEModel	baseFEModel() Returns the femodel BaseFEModel associated with the part License requirements: nx_masterfem ("Finite Element Modeling") OR nx_design_sim ("NX Design Simulation") Created in NX6.0.0
String	fullPathForAssociatedCadPart() Returns the full pathname of the associated cad part License requirements: nx_masterfem ("Finite Element Modeling") OR nx_design_sim ("NX Design Simulation") .
BaseFemPart.AxisymAbstractionType	getAbstractionType() Gets axisymmetric abstraction type assoicated with the BaseFem part License requirements: nx_masterfem ("Finite Element Modeling") OR nx_design_sim ("NX Design Simulation") .
CoordinateSystem	getCyclicSymmetryCsys() Gets the cyclic symmetry csys associated to the fem License requirements: nx_masterfem ("Finite Element Modeling") OR nx_design_sim ("NX Design Simulation") .
boolean	getEnableMeshMorph() Gets the enable mesh morphing flag License requirements: nx_masterfem ("Finite Element Modeling") OR nx_design_sim ("NX Design Simulation") .
BaseFemPart.SolverAndAnalysisTypeData	getSolverAndAnalysisType() Gets solver and analysis type assoicated with the BaseFem part License requirements: nx_masterfem ("Finite Element Modeling") OR nx_design_sim ("NX Design Simulation") .
void	setCyclicSymmetryCsys(CoordinateSystem cyclicSymmetryCsys) Sets the cyclic symmetry csys associated to the fem License requirements: nx_masterfem ("Finite Element Modeling") OR nx_design_sim ("NX Design Simulation") .
void	setEnableMeshMorph(boolean isMorphingEnabled) Sets the enable mesh morphing flag License requirements: nx_masterfem ("Finite Element Modeling") OR nx_design_sim ("NX Design Simulation") .
void	setSolverAndAnalysisType(String solverTypeName, String analysisTypeName) Deprecated. Deprecated in NX9.0.0. Use setSolverAndAnalysisTypeAndAbstraction(java.lang.String, java.lang.String, nxopen.cae.BaseFemPart.AxisymAbstractionType) instead.
void	setSolverAndAnalysisTypeAndAbstraction(String solverTypeName, String analysisTypeName, BaseFemPart.AxisymAbstractionType abstractionType) Sets solver and analysis type and axisymmetric abstraction associated with the BaseFem part License requirements: nx_masterfem ("Finite Element Modeling") OR nx_design_sim ("NX Design Simulation") .
void	setUseCyclicSymmetryCsys(boolean useCyclicSymmetryCsys) Sets the use cyclic symmetry csys flag License requirements: nx_masterfem ("Finite Element Modeling") OR nx_design_sim ("NX Design Simulation") .
SketchCurvesCollection	sketchCurves() Returns the Sketch Curves collection belonging to the part .
boolean	useCyclicSymmetryCsys() Returns the use cyclic symmetry csys flag License requirements: nx_masterfem ("Finite Element Modeling") OR nx_design_sim ("NX Design Simulation") .

Methods inherited from interface nxopen.cae.CaePart

atvSets, caeGroups, caeNoteCollection, caeQueryCurves, createConvertToConvergentBodyBuilder, createModelDisplayBuilder, createSolverAppendOption, deleteSolverAppendOption, elementQualitySettings, exportJt, exportSimulation, frfSets, getApplication, getCsysFlattenedLabel, getDescription, importExistingSimulation, layoutStates, meshControlDisplayMgr, modelCheckMgr, modelingObjectPropertyTables, modeSets, newBeamSectionOffsetOptions, newBeamSectionOptions, newBeamSectionOrientationOptions, newMaterialOptions, nodeElementInfoMgr, notes, physicalPropertyTables, postScenarioMgr, selectElementMgr, selectionRecipes, setDescription, showHideMgr, smartSelectionMgr

Methods inherited from interface nxopen.BasePart

analysisManager, annotations, arcs, assemblies, assemblyManager, assignPermanentName, axes, baseFeatures, caeViewLayoutManager, cameras, camfeatures, canBeDisplayPart, cgfxAttrs, cgfxMattex, close, colors, completeStructure, componentAssembly, convertToPMIBuilderManager, coordinateSystems, createDynamicSectionBuilder, createEffectivityConditionBuilder, createEffectivityConditionBuilder, createFacetSettingsBuilder, createGatewayGroupBuilder, createPerspectiveOptionsBuilder, createReferenceSet, curves, datums, decals, deleteReferenceSet, designStudy, directions, displayed, dynamicSections, ellipses, expressionGroups, expressions, features, fieldManager, fonts, fullPath, functions, getAllReferenceSets, getArrangements, getCollaborativeContentType, getHistoryInformation, getIncompleteStatus, getMakeUniqueName, getPreviewImage, getTransientStatus, grids, hasWriteAccess, hyperbolas, imageCaptureManager, images, imagesData, infiniteLines, isFullyLoaded, isReadOnly, layerCategories, layers, layouts, leaf, lights, lines, loadFeatureDataForSelection, loadFully, loadThisPartFully, loadThisPartPartially, materialManager, measureManager, modelingViews, nxmatrices, offsets, optimization, parabolas, partPreviewMode, partUnits, pdmpart, planes, plotManager, pointClouds, points, polylines, preferences, propertiesManager, regenerateDisplayFacets, regenerateDisplayFacets, reinstateTransience, removeTransience, reopen, reopenAs, requirementChecks, requirements, reverseBlankAll, ruleManager, save, saveAs, saveBookmark, saveDisplayFacets, saveOptions, scalars, scCollectors, sections, selPref, setMakeUniqueName, setPartPreviewMode, setSaveDisplayFacets, setUniqueIdentifier, shedobjs, splines, trueStudioObjs, undisplay, uniqueIdentifier, unitCollection, userDefinedObjectManager, validations, views, wcs, xforms

Methods inherited from interface nxopen.NXObject

createAttributeIterator, deleteAllAttributesByType, deleteAllAttributesByType, deleteAttributeByTypeAndTitle, deleteAttributeByTypeAndTitle, deleteUserAttribute, deleteUserAttributes, deleteUserAttributes, getAttributeTitlesByType, getBooleanUserAttribute, getComputationalTimeUserAttribute, getIntegerAttribute, getIntegerUserAttribute, getNextUserAttribute, getPdmReferenceAttributeValue, getRealAttribute, getRealUserAttribute, getReferenceAttribute, getStringAttribute, getStringUserAttribute, getTimeAttribute, getTimeUserAttribute, getUserAttribute, getUserAttribute, getUserAttributeAsString, getUserAttributeCount, getUserAttributeCount, getUserAttributeCount, getUserAttributeCount, getUserAttributeLock, getUserAttributes, getUserAttributes, getUserAttributes, getUserAttributes, getUserAttributesAsStrings, getUserAttributeSize, getUserAttributeSourceObjects, hasUserAttribute, hasUserAttribute, setAttribute, setAttribute, setAttribute, setAttribute, setAttribute, setAttribute, setAttribute, setAttribute, setBooleanUserAttribute, setPdmReferenceAttribute, setReferenceAttribute, setReferenceAttribute, setTimeAttribute, setTimeAttribute, setTimeUserAttribute, setTimeUserAttribute, setUserAttribute, setUserAttribute, setUserAttribute, setUserAttribute, setUserAttribute, setUserAttributeLock

Methods inherited from interface nxopen.TaggedObject

printTestData, printTestData, tag, tagValue

Methods inherited from interface nxopen.INXObject

findObject, isOccurrence, journalIdentifier, name, owningComponent, owningPart, print, prototype, setName

Method Detail

sketchCurves

SketchCurvesCollection sketchCurves()
                             throws RemoteException

Returns the Sketch Curves collection belonging to the part .
Created in NX7.5.0

Throws:

RemoteException

baseFEModel

BaseFEModel baseFEModel()
                 throws NXException,
                        RemoteException

Returns the femodel BaseFEModel associated with the part
License requirements: nx_masterfem ("Finite Element Modeling") OR nx_design_sim ("NX Design Simulation")

Created in NX6.0.0

Returns:

BaseFEModel

Throws:

NXException

RemoteException

getSolverAndAnalysisType

BaseFemPart.SolverAndAnalysisTypeData getSolverAndAnalysisType()
                                                        throws NXException,
                                                               RemoteException

Gets solver and analysis type assoicated with the BaseFem part
License requirements: nx_masterfem ("Finite Element Modeling") OR nx_design_sim ("NX Design Simulation")
.
Created in NX6.0.2

Throws:

NXException

RemoteException

setSolverAndAnalysisType

void setSolverAndAnalysisType(String solverTypeName,
                              String analysisTypeName)
                       throws NXException,
                              RemoteException

Deprecated. Deprecated in NX9.0.0. Use setSolverAndAnalysisTypeAndAbstraction(java.lang.String, java.lang.String, nxopen.cae.BaseFemPart.AxisymAbstractionType) instead.

Sets solver and analysis type assoicated with the BaseFem part. Axisymmetric abstraction type is set internally using pre-nx9 techniques using solver name and analysis type.
License requirements: nx_masterfem ("Finite Element Modeling") OR nx_design_sim ("NX Design Simulation")

Created in NX6.0.2

Parameters:

solverTypeName - the name of the solver. Refer to NX help for more information

analysisTypeName - the name of the analysis type. Refer to NX help for more information

Throws:

NXException

RemoteException

setSolverAndAnalysisTypeAndAbstraction

void setSolverAndAnalysisTypeAndAbstraction(String solverTypeName,
                                            String analysisTypeName,
                                            BaseFemPart.AxisymAbstractionType abstractionType)
                                     throws NXException,
                                            RemoteException

Sets solver and analysis type and axisymmetric abstraction associated with the BaseFem part
License requirements: nx_masterfem ("Finite Element Modeling") OR nx_design_sim ("NX Design Simulation")
.
Created in NX9.0.0

Parameters:

solverTypeName - the name of the solver. Refer to NX help for more information

analysisTypeName - the name of the analysis type. Refer to NX help for more information

abstractionType - the axisymmetric abstraction type. Refer to NX help for more information

Throws:

NXException

RemoteException

getAbstractionType

BaseFemPart.AxisymAbstractionType getAbstractionType()
                                              throws NXException,
                                                     RemoteException

Gets axisymmetric abstraction type assoicated with the BaseFem part
License requirements: nx_masterfem ("Finite Element Modeling") OR nx_design_sim ("NX Design Simulation")
.
Created in NX9.0.0

Returns:

the axisymmetric abstraction type. Refer to NX help for more information

Throws:

NXException

RemoteException

fullPathForAssociatedCadPart

String fullPathForAssociatedCadPart()
                             throws NXException,
                                    RemoteException

Returns the full pathname of the associated cad part
License requirements: nx_masterfem ("Finite Element Modeling") OR nx_design_sim ("NX Design Simulation")
.
Created in NX7.5.4

Throws:

NXException

RemoteException

getEnableMeshMorph

boolean getEnableMeshMorph()
                    throws NXException,
                           RemoteException

Gets the enable mesh morphing flag
License requirements: nx_masterfem ("Finite Element Modeling") OR nx_design_sim ("NX Design Simulation")
.
Created in NX10.0.0

Returns:

Flag to determine whether the mesh morphing is enabled

Throws:

NXException

RemoteException

setEnableMeshMorph

void setEnableMeshMorph(boolean isMorphingEnabled)
                 throws NXException,
                        RemoteException

Sets the enable mesh morphing flag
License requirements: nx_masterfem ("Finite Element Modeling") OR nx_design_sim ("NX Design Simulation")
.
Created in NX10.0.0

Parameters:

isMorphingEnabled - Flag to determine whether the mesh morphing is enabled

Throws:

NXException

RemoteException

useCyclicSymmetryCsys

boolean useCyclicSymmetryCsys()
                       throws NXException,
                              RemoteException

Returns the use cyclic symmetry csys flag
License requirements: nx_masterfem ("Finite Element Modeling") OR nx_design_sim ("NX Design Simulation")
.
Created in NX11.0.0

Returns:

Flag to determine if the cyclic symmetry csys is to be used

Throws:

NXException

RemoteException

setUseCyclicSymmetryCsys

void setUseCyclicSymmetryCsys(boolean useCyclicSymmetryCsys)
                       throws NXException,
                              RemoteException

Sets the use cyclic symmetry csys flag
License requirements: nx_masterfem ("Finite Element Modeling") OR nx_design_sim ("NX Design Simulation")
.
Created in NX11.0.0

Parameters:

useCyclicSymmetryCsys - Flag to determine if the cyclic symmetry csys is to be used

Throws:

NXException

RemoteException

getCyclicSymmetryCsys

CoordinateSystem getCyclicSymmetryCsys()
                                throws NXException,
                                       RemoteException

Gets the cyclic symmetry csys associated to the fem
License requirements: nx_masterfem ("Finite Element Modeling") OR nx_design_sim ("NX Design Simulation")
.
Created in NX11.0.0

Throws:

NXException

RemoteException

setCyclicSymmetryCsys

void setCyclicSymmetryCsys(CoordinateSystem cyclicSymmetryCsys)
                    throws NXException,
                           RemoteException

Sets the cyclic symmetry csys associated to the fem
License requirements: nx_masterfem ("Finite Element Modeling") OR nx_design_sim ("NX Design Simulation")
.
Created in NX11.0.0

Parameters:

cyclicSymmetryCsys -

Throws:

NXException

RemoteException