Modifier and Type | Method and Description |
---|---|
AdjacentFaceMethod |
createAdjacentFaceMethod(CAEEdge seed)
Deprecated.
Deprecated in NX11.0.0. Use overloaded
createAdjacentFaceMethod(nxopen.cae.CAEFace) which takes as input an array of CAEEdge objects and the argument doEntityVisibilityCheck.
|
AdjacentFaceMethod |
createAdjacentFaceMethod(CAEEdge[] seeds)
Deprecated.
Deprecated in NX11.0.0. Use overloaded
createAdjacentFaceMethod(nxopen.cae.CAEFace) which takes as input an array of CAEEdge objects and the argument doEntityVisibilityCheck.
|
AdjacentFaceMethod |
createAdjacentFaceMethod(CAEEdge[] seeds,
boolean doEntityVisibilityCheck)
Creates a adjacent face method
License requirements: nx_masterfem ("Finite Element Modeling") . |
AdjacentFaceMethod |
createAdjacentFaceMethod(CAEFace seed)
Deprecated.
Deprecated in NX11.0.0. Use overloaded
createAdjacentFaceMethod(nxopen.cae.CAEFace) which takes as input an array of CAEFace objects and the argument doEntityVisibilityCheck.
|
AdjacentFaceMethod |
createAdjacentFaceMethod(CAEFace[] seeds)
Deprecated.
Deprecated in NX11.0.0. Use overloaded
createAdjacentFaceMethod(nxopen.cae.CAEFace) which takes as input an array of CAEFace objects and the argument doEntityVisibilityCheck.
|
AdjacentFaceMethod |
createAdjacentFaceMethod(CAEFace[] seeds,
boolean doEntityVisibilityCheck)
Creates a adjacent face method
License requirements: nx_masterfem ("Finite Element Modeling") . |
CircularEdgeMethod |
createCircularEdgeMethod(CAEBody[] seeds,
boolean doEntityVisibilityCheck,
double dMinRadius,
double dMaxRadius,
boolean onlyHoleEdges)
Creates a circular edge method
License requirements: nx_masterfem ("Finite Element Modeling") . |
CircularEdgeMethod |
createCircularEdgeMethod(CAEBody[] seeds,
double dMinRadius,
double dMaxRadius,
boolean onlyHoleEdges)
Deprecated.
Deprecated in NX11.0.0. Use overloaded
createCircularEdgeMethod(nxopen.cae.CAEEdge[], double, double, boolean) which takes as input an array of CAEBody objects and the argument doEntityVisibilityCheck.
|
CircularEdgeMethod |
createCircularEdgeMethod(CAEBody seed,
double dMinRadius,
double dMaxRadius,
boolean onlyHoleEdges)
Deprecated.
Deprecated in NX11.0.0. Use overloaded
createCircularEdgeMethod(nxopen.cae.CAEEdge[], double, double, boolean) which takes as input an array of CAEBody objects and the argument doEntityVisibilityCheck.
|
CircularEdgeMethod |
createCircularEdgeMethod(CAEEdge[] seeds,
boolean doEntityVisibilityCheck,
double dMinRadius,
double dMaxRadius,
boolean onlyHoleEdges)
Creates a circular edge method
License requirements: nx_masterfem ("Finite Element Modeling") . |
CircularEdgeMethod |
createCircularEdgeMethod(CAEEdge[] seeds,
double dMinRadius,
double dMaxRadius,
boolean onlyHoleEdges)
Deprecated.
Deprecated in NX11.0.0. Use overloaded
createCircularEdgeMethod(nxopen.cae.CAEEdge[], double, double, boolean) which takes as input an array of CAEEdge objects and the argument doEntityVisibilityCheck.
|
CircularEdgeMethod |
createCircularEdgeMethod(CAEFace[] seeds,
boolean doEntityVisibilityCheck,
double dMinRadius,
double dMaxRadius,
boolean onlyHoleEdges)
Creates a circular edge method
License requirements: nx_masterfem ("Finite Element Modeling") . |
CircularEdgeMethod |
createCircularEdgeMethod(CAEFace[] seeds,
double dMinRadius,
double dMaxRadius,
boolean onlyHoleEdges)
Deprecated.
Deprecated in NX11.0.0. Use overloaded
createCircularEdgeMethod(nxopen.cae.CAEEdge[], double, double, boolean) which takes as input an array of CAEFace objects and the argument doEntityVisibilityCheck.
|
CircularEdgeMethod |
createCircularEdgeMethod(CAEFace seed,
double dMinRadius,
double dMaxRadius,
boolean onlyHoleEdges)
Deprecated.
Deprecated in NX11.0.0. Use overloaded
createCircularEdgeMethod(nxopen.cae.CAEEdge[], double, double, boolean) which takes as input an array of CAEFace objects and the argument doEntityVisibilityCheck.
|
CylinderFaceMethod |
createCylinderFaceMethod(CAEBody[] seeds,
boolean doEntityVisibilityCheck,
double dMinCylinderRadius,
double dMaxCylinderRadius,
double dMinCylinderAngle,
double dMaxCylinderAngle)
Creates a cylinder face method
License requirements: nx_masterfem ("Finite Element Modeling") . |
CylinderFaceMethod |
createCylinderFaceMethod(CAEBody[] seeds,
double dMinCylinderRadius,
double dMaxCylinderRadius,
double dMinCylinderAngle,
double dMaxCylinderAngle)
Deprecated.
Deprecated in NX11.0.0. Use overloaded
createCylinderFaceMethod(nxopen.cae.CAEBody, double, double, double, double) which takes as input an array of CAEBody objects and the argument doEntityVisibilityCheck.
|
CylinderFaceMethod |
createCylinderFaceMethod(CAEBody seed,
double dMinCylinderRadius,
double dMaxCylinderRadius,
double dMinCylinderAngle,
double dMaxCylinderAngle)
Deprecated.
Deprecated in NX11.0.0. Use overloaded
createCylinderFaceMethod(nxopen.cae.CAEBody, double, double, double, double) which takes as input an array of CAEBody objects and the argument doEntityVisibilityCheck.
|
CylinderFaceMethod |
createCylinderFaceMethod(CAEFace[] seeds,
boolean doEntityVisibilityCheck,
double dMinCylinderRadius,
double dMaxCylinderRadius,
double dMinCylinderAngle,
double dMaxCylinderAngle)
Creates a cylinder face method
License requirements: nx_masterfem ("Finite Element Modeling") . |
CylinderFaceMethod |
createCylinderFaceMethod(CAEFace[] seeds,
double dMinCylinderRadius,
double dMaxCylinderRadius,
double dMinCylinderAngle,
double dMaxCylinderAngle)
Deprecated.
Deprecated in NX11.0.0. Use overloaded
createCylinderFaceMethod(nxopen.cae.CAEBody, double, double, double, double) which takes as input an array of CAEFace objects and the argument doEntityVisibilityCheck.
|
EdgePathMethod |
createEdgePathMethod(CAEEdge seedEdgeTag,
CAEVertex seedStartVertexTag)
Deprecated.
Deprecated in NX10.0.0. Use overloaded
createEdgePathMethod(nxopen.cae.CAEEdge, nxopen.cae.CAEVertex) which takes as input an array of CAEEdge objects and the argument doEntityVisibilityCheck.
|
EdgePathMethod |
createEdgePathMethod(CAEEdge seedEdgeTag,
CAEVertex seedStartVertexTag,
boolean preferFreeEdges,
boolean allowGapJumping,
double gapJumpingTolerance)
Creates an edge path method
License requirements: nx_masterfem ("Finite Element Modeling") . |
ElemEdgePathMethod |
createElemEdgePathMethod(FEElemEdge seedElemEdgeTag,
FENode seedStartNodeTag)
Deprecated.
Deprecated in NX10.0.0. Use overloaded
createElemEdgePathMethod(nxopen.cae.FEElemEdge, nxopen.cae.FENode) which takes as input an array of FEElemEdge objects and the argument doEntityVisibilityCheck.
|
ElemEdgePathMethod |
createElemEdgePathMethod(FEElemEdge seedElemEdgeTag,
FENode seedStartNodeTag,
boolean preferFreeEdges,
boolean preferGeometryAssociatedEdges,
boolean preferFeatureElementEdge,
double featureAngleTolerance,
boolean allowGapJumping,
double gapJumpingTolerance)
Creates an elem edge path method
License requirements: nx_masterfem ("Finite Element Modeling") . |
ElemLabelMethod |
createElemLabelMethod(boolean doEntityVisibilityCheck,
int startLabel,
int endLabel,
int labelIncrement)
Creates an element label method
License requirements: nx_masterfem ("Finite Element Modeling") . |
FeatureEdgeNodeMethod |
createFeatureEdgeNodeMethod(FEElemEdge[] seedTags,
boolean doEntityVisibilityCheck,
boolean computeFreeEdgesOnVisibleModel,
boolean stopAtNonManifoldJunctions,
Type edgeType,
double dFeatureAngle)
Creates a feature edge node method
License requirements: nx_masterfem ("Finite Element Modeling") . |
FeatureEdgeNodeMethod |
createFeatureEdgeNodeMethod(FEElemEdge[] seedTags,
boolean doEntityVisibilityCheck,
boolean computeFreeEdgesOnVisibleModel,
double dFeatureAngle)
Deprecated.
Deprecated in NX12.0.0. Use overloaded
createFeatureEdgeNodeMethod(nxopen.cae.FEElement, int, double) which takes as input an array of FEElemEdge or Mesh objects and the argument edgeType.
|
FeatureEdgeNodeMethod |
createFeatureEdgeNodeMethod(FEElemEdge[] seedTags,
double dFeatureAngle)
Deprecated.
Deprecated in NX11.0.0. Use overloaded
createFeatureEdgeNodeMethod(nxopen.cae.FEElement, int, double) which takes as input an array of FEElemEdge objects and the argument doEntityVisibilityCheck.
|
FeatureEdgeNodeMethod |
createFeatureEdgeNodeMethod(FEElement[] seedTags,
int[] seedElemEdgeIds,
double dFeatureAngle)
Deprecated.
Deprecated in NX10.0.0. Use overloaded
createFeatureEdgeNodeMethod(nxopen.cae.FEElement, int, double) which takes as input an array of FEElement objects and the argument doEntityVisibilityCheck.
|
FeatureEdgeNodeMethod |
createFeatureEdgeNodeMethod(FEElement seedElemTag,
int seedElemEdgeId,
double dFeatureAngle)
Deprecated.
Deprecated in NX10.0.0. Use overloaded
createFeatureEdgeNodeMethod(nxopen.cae.FEElement, int, double) which takes an array of FEElement and the argument doEntityVisibilityCheck.
|
FeatureElemEdgeMethod |
createFeatureElemEdgeMethod(FEElemEdge[] seedTags,
boolean doEntityVisibilityCheck,
boolean computeFreeEdgesOnVisibleModel,
boolean stopAtNonManifoldJunctions,
Type edgeType,
double dFeatureAngle)
Creates a feature elem edge method
License requirements: nx_masterfem ("Finite Element Modeling") . |
FeatureElemEdgeMethod |
createFeatureElemEdgeMethod(FEElemEdge[] seedTags,
boolean doEntityVisibilityCheck,
boolean computeFreeEdgesOnVisibleModel,
double dFeatureAngle)
Deprecated.
Deprecated in NX12.0.0. Use overloaded
createFeatureElemEdgeMethod(nxopen.cae.FEElement, int, double) which takes as input an array of FEElemEdge or Mesh objects and the argument edgeType.
|
FeatureElemEdgeMethod |
createFeatureElemEdgeMethod(FEElemEdge[] seedTags,
double dFeatureAngle)
Deprecated.
Deprecated in NX11.0.0. Use overloaded
createFeatureElemEdgeMethod(nxopen.cae.FEElement, int, double) which takes as input an array of FEElemEdge objects and the argument doEntityVisibilityCheck.
|
FeatureElemEdgeMethod |
createFeatureElemEdgeMethod(FEElement[] seedTags,
int[] seedElemEdgeIds,
double dFeatureAngle)
Deprecated.
Deprecated in NX10.0.0. Use overloaded
createFeatureElemEdgeMethod(nxopen.cae.FEElement, int, double) which takes as input an array of FEElement objects and the argument doEntityVisibilityCheck.
|
FeatureElemEdgeMethod |
createFeatureElemEdgeMethod(FEElement seedElemTag,
int seedElemEdgeId,
double dFeatureAngle)
Deprecated.
Deprecated in NX10.0.0. Use overloaded
createFeatureElemEdgeMethod(nxopen.cae.FEElement, int, double) which takes as input an array of FEElement objects and the argument doEntityVisibilityCheck.
|
FeatureElemEdgeMethod |
createFeatureElemEdgeMethod(Mesh[] seedTags,
boolean doEntityVisibilityCheck,
boolean computeFreeEdgesOnVisibleModel,
boolean stopAtNonManifoldJunctions,
Type edgeType,
double dFeatureAngle)
Creates a feature elem edge method
License requirements: nx_masterfem ("Finite Element Modeling") . |
FeatureElemFaceMethod |
createFeatureElemFaceMethod(FEElement[] seedTags,
int[] seedElemFaceIds,
double dFeatureAngle)
Deprecated.
Deprecated in NX10.0.0. Use overloaded
createFeatureElemFaceMethod(nxopen.cae.FEElement, int, double) which takes as input an array of FEElement objects and the argument doEntityVisibilityCheck.
|
FeatureElemFaceMethod |
createFeatureElemFaceMethod(FEElement seedElemTag,
int seedElemFaceId,
double dFeatureAngle)
Deprecated.
Deprecated in NX10.0.0. Use overloaded
createFeatureElemFaceMethod(nxopen.cae.FEElement, int, double) which takes as input an array of FEElement objects and the argument doEntityVisibilityCheck.
|
FeatureElemFaceMethod |
createFeatureElemFaceMethod(FEElemFace[] seedTags,
boolean doEntityVisibilityCheck,
boolean computeFreeFacesOnVisibleModel,
boolean stopAtNonManifoldJunctions,
double dFeatureAngle)
Creates a feature elem face method
License requirements: nx_masterfem ("Finite Element Modeling") . |
FeatureElemFaceMethod |
createFeatureElemFaceMethod(FEElemFace[] seedTags,
boolean doEntityVisibilityCheck,
boolean computeFreeFacesOnVisibleModel,
double dFeatureAngle)
Deprecated.
Deprecated in NX12.0.0. Use overloaded
createFeatureElemFaceMethod(nxopen.cae.FEElement, int, double) which takes as input argument stopAtNonManifoldJunctions.
|
FeatureElemFaceMethod |
createFeatureElemFaceMethod(FEElemFace[] seedTags,
double dFeatureAngle)
Deprecated.
Deprecated in NX11.0.0. Use overloaded
createFeatureElemFaceMethod(nxopen.cae.FEElement, int, double) which takes as input an array of FEElemFace objects and the argument doEntityVisibilityCheck.
|
FeatureElemMethod |
createFeatureElemMethod(FEElement[] seedTags,
int[] seedElemFaceIds,
double dFeatureAngle)
Deprecated.
Deprecated in NX10.0.0. Use overloaded
createFeatureElemMethod(nxopen.cae.FEElement, int, double) which takes as input an array of FEElement objects and the argument doEntityVisibilityCheck.
|
FeatureElemMethod |
createFeatureElemMethod(FEElement seedElemTag,
int seedElemFaceId,
double dFeatureAngle)
Deprecated.
Deprecated in NX10.0.0. Use overloaded
createFeatureElemMethod(nxopen.cae.FEElement, int, double) which takes as input an array of FEElement objects and the argument doEntityVisibilityCheck.
|
FeatureElemMethod |
createFeatureElemMethod(FEElemFace[] seedTags,
boolean doEntityVisibilityCheck,
boolean computeFreeFacesOnVisibleModel,
boolean stopAtNonManifoldJunctions,
double dFeatureAngle)
Creates a feature elem method
License requirements: nx_masterfem ("Finite Element Modeling") . |
FeatureElemMethod |
createFeatureElemMethod(FEElemFace[] seedTags,
boolean doEntityVisibilityCheck,
boolean computeFreeFacesOnVisibleModel,
double dFeatureAngle)
Deprecated.
Deprecated in NX12.0.0. Use overloaded
createFeatureElemMethod(nxopen.cae.FEElement, int, double) which takes as input argument stopAtNonManifoldJunctions.
|
FeatureElemMethod |
createFeatureElemMethod(FEElemFace[] seedTags,
double dFeatureAngle)
Deprecated.
Deprecated in NX11.0.0. Use overloaded
createFeatureElemMethod(nxopen.cae.FEElement, int, double) which takes as input an array of FEElemFace objects and the argument doEntityVisibilityCheck.
|
FeatureNodeMethod |
createFeatureNodeMethod(FEElement[] seedTags,
int[] seedElemFaceIds,
double dFeatureAngle)
Deprecated.
Deprecated in NX10.0.0. Use overloaded
createFeatureNodeMethod(nxopen.cae.FEElement, int, double) which takes as input an array of FEElement objects and the argument doEntityVisibilityCheck.
|
FeatureNodeMethod |
createFeatureNodeMethod(FEElement seedElemTag,
int seedElemFaceId,
double dFeatureAngle)
Deprecated.
Deprecated in NX10.0.0. Use overloaded
createFeatureNodeMethod(nxopen.cae.FEElement, int, double) which takes as input an array of FEElement objects and the argument doEntityVisibilityCheck.
|
FeatureNodeMethod |
createFeatureNodeMethod(FEElemFace[] seedTags,
boolean doEntityVisibilityCheck,
boolean computeFreeFacesOnVisibleModel,
boolean stopAtNonManifoldJunctions,
double dFeatureAngle)
Creates a feature node method
License requirements: nx_masterfem ("Finite Element Modeling") . |
FeatureNodeMethod |
createFeatureNodeMethod(FEElemFace[] seedTags,
boolean doEntityVisibilityCheck,
boolean computeFreeFacesOnVisibleModel,
double dFeatureAngle)
Deprecated.
Deprecated in NX12.0.0. Use overloaded
createFeatureNodeMethod(nxopen.cae.FEElement, int, double) which takes as input argument stopAtNonManifoldJunctions.
|
FeatureNodeMethod |
createFeatureNodeMethod(FEElemFace[] seedTags,
double dFeatureAngle)
Deprecated.
Deprecated in NX11.0.0. Use overloaded
createFeatureNodeMethod(nxopen.cae.FEElement, int, double) which takes as input an array of FEElemFace objects and the argument doEntityVisibilityCheck.
|
FeatureShellElemMethod |
createFeatureShellElemMethod(FEElement[] seedTags,
boolean doEntityVisibilityCheck,
boolean computeFreeFacesOnVisibleModel,
boolean stopAtNonManifoldJunctions,
double dFeatureAngle)
Creates a feature shell elem method
License requirements: nx_masterfem ("Finite Element Modeling") . |
FeatureShellElemMethod |
createFeatureShellElemMethod(FEElement[] seedTags,
boolean doEntityVisibilityCheck,
boolean computeFreeFacesOnVisibleModel,
double dFeatureAngle)
Deprecated.
Deprecated in NX12.0.0. Use overloaded
createFeatureShellElemMethod(nxopen.cae.FEElement, double) which takes as input argument stopAtNonManifoldJunctions.
|
FeatureShellElemMethod |
createFeatureShellElemMethod(FEElement[] seedTags,
double dFeatureAngle)
Deprecated.
Deprecated in NX11.0.0. Use overloaded
createFeatureShellElemMethod(nxopen.cae.FEElement, double) which takes as input an array of FEElement objects and the argument doEntityVisibilityCheck.
|
FeatureShellElemMethod |
createFeatureShellElemMethod(FEElement seedElemTag,
double dFeatureAngle)
Deprecated.
Deprecated in NX11.0.0. Use overloaded
createFeatureShellElemMethod(nxopen.cae.FEElement, double) which takes as input an array of FEElement objects and the argument doEntityVisibilityCheck.
|
FilletFaceMethod |
createFilletFaceMethod(CAEBody[] seeds,
boolean doEntityVisibilityCheck,
RadiusType radiusType,
double dMinFilletRadius,
double dMaxFilletRadius,
double dMinFilletAngle,
double dMaxFilletAngle)
Creates a fillet face method
License requirements: nx_masterfem ("Finite Element Modeling") . |
FilletFaceMethod |
createFilletFaceMethod(CAEBody[] seeds,
RadiusType radiusType,
double dMinFilletRadius,
double dMaxFilletRadius,
double dMinFilletAngle,
double dMaxFilletAngle)
Deprecated.
Deprecated in NX11.0.0. Use overloaded
createFilletFaceMethod(nxopen.cae.CAEBody, nxopen.cae.RadiusType, double, double, double, double) which takes as input an array of CAEBody objects and the argument doEntityVisibilityCheck.
|
FilletFaceMethod |
createFilletFaceMethod(CAEBody seed,
RadiusType radiusType,
double dMinFilletRadius,
double dMaxFilletRadius,
double dMinFilletAngle,
double dMaxFilletAngle)
Deprecated.
Deprecated in NX11.0.0. Use overloaded
createFilletFaceMethod(nxopen.cae.CAEBody, nxopen.cae.RadiusType, double, double, double, double) which takes as input an array of CAEBody objects and the argument doEntityVisibilityCheck.
|
FilletFaceMethod |
createFilletFaceMethod(CAEFace[] seeds,
boolean doEntityVisibilityCheck,
RadiusType radiusType,
double dMinFilletRadius,
double dMaxFilletRadius,
double dMinFilletAngle,
double dMaxFilletAngle)
Creates a fillet face method
License requirements: nx_masterfem ("Finite Element Modeling") . |
FilletFaceMethod |
createFilletFaceMethod(CAEFace[] seeds,
RadiusType radiusType,
double dMinFilletRadius,
double dMaxFilletRadius,
double dMinFilletAngle,
double dMaxFilletAngle)
Deprecated.
Deprecated in NX11.0.0. Use overloaded
createFilletFaceMethod(nxopen.cae.CAEBody, nxopen.cae.RadiusType, double, double, double, double) which takes as input an array of CAEFace objects and the argument doEntityVisibilityCheck.
|
GroupEdgeMethod |
createGroupEdgeMethod(CaeGroup seed,
boolean doEntityVisibilityCheck)
Creates a group edge method
License requirements: nx_masterfem ("Finite Element Modeling") . |
GroupElemEdgeMethod |
createGroupElemEdgeMethod(CaeGroup seed,
boolean doEntityVisibilityCheck)
Creates a group element edge method
License requirements: nx_masterfem ("Finite Element Modeling") . |
GroupElemFaceMethod |
createGroupElemFaceMethod(CaeGroup seed,
boolean doEntityVisibilityCheck)
Creates a group element face method
License requirements: nx_masterfem ("Finite Element Modeling") . |
GroupElemMethod |
createGroupElemMethod(CaeGroup seed,
boolean doEntityVisibilityCheck,
GroupElemMethodElemOption.ElemOption elemOption)
Creates a group element method
License requirements: nx_masterfem ("Finite Element Modeling") . |
GroupElemMethod |
createGroupElemMethod(CaeGroup seed,
GroupElemMethodElemOption.ElemOption elemOption)
Deprecated.
Deprecated in NX11.0.0. Use overloaded
createGroupElemMethod(nxopen.cae.CaeGroup, nxopen.cae.GroupElemMethodElemOption.ElemOption) which takes as input doEntityVisibilityCheck.
|
GroupFaceMethod |
createGroupFaceMethod(CaeGroup seed)
Deprecated.
Deprecated in NX11.0.0. Use overloaded
createGroupFaceMethod(nxopen.cae.CaeGroup) which takes as input doEntityVisibilityCheck.
|
GroupFaceMethod |
createGroupFaceMethod(CaeGroup seed,
boolean doEntityVisibilityCheck)
Creates a group face method
License requirements: nx_masterfem ("Finite Element Modeling") . |
GroupMethod |
createGroupMethod(CaeGroup seed)
Deprecated.
Deprecated in NX11.0.0. Use overloaded
createGroupMethod(nxopen.cae.CaeGroup) which takes as input doEntityVisibilityCheck.
|
GroupMethod |
createGroupMethod(CaeGroup seed,
boolean doEntityVisibilityCheck)
Creates a group method
License requirements: nx_masterfem ("Finite Element Modeling") . |
GroupNodeMethod |
createGroupNodeMethod(CaeGroup seed)
Deprecated.
Deprecated in NX11.0.0. Use overloaded
createGroupNodeMethod(nxopen.cae.CaeGroup) which takes as input doEntityVisibilityCheck.
|
GroupNodeMethod |
createGroupNodeMethod(CaeGroup seed,
boolean doEntityVisibilityCheck)
Creates a group node method
License requirements: nx_masterfem ("Finite Element Modeling") . |
HoleElementEdgeMethod |
createHoleElementEdgeMethod(FEElemEdge seedElemEdgeTag,
boolean doEntityVisibilityCheck,
double dMinElementEdgeHoleRadius,
double dMaxElementEdgeHoleRadius,
boolean allowNonCircularHoles)
Creates a hole element edge method from element free edge
License requirements: nx_masterfem ("Finite Element Modeling") . |
HoleElementEdgeMethod |
createHoleElementEdgeMethod(Mesh[] seeds,
boolean doEntityVisibilityCheck,
double dMinElementEdgeHoleRadius,
double dMaxElementEdgeHoleRadius,
boolean allowNonCircularHoles)
Creates a hole element edge method
License requirements: nx_masterfem ("Finite Element Modeling") . |
NodeLabelMethod |
createNodeLabelMethod(boolean doEntityVisibilityCheck,
int startLabel,
int endLabel,
int labelIncrement)
Creates a node label method
License requirements: nx_masterfem ("Finite Element Modeling") . |
OrderedEdgeElemMethod |
createOrderedEdgeElemMethod(Arc seed,
boolean doEntityVisibilityCheck,
boolean flipSeedStart)
Creates a ordered edge elem method
License requirements: nx_masterfem ("Finite Element Modeling") . |
OrderedEdgeElemMethod |
createOrderedEdgeElemMethod(CAEEdge seed,
boolean doEntityVisibilityCheck,
boolean flipSeedStart)
Creates a ordered edge elem method
License requirements: nx_masterfem ("Finite Element Modeling") . |
OrderedEdgeElemMethod |
createOrderedEdgeElemMethod(Conic seed,
boolean doEntityVisibilityCheck,
boolean flipSeedStart)
Creates a ordered edge elem method
License requirements: nx_masterfem ("Finite Element Modeling") . |
OrderedEdgeElemMethod |
createOrderedEdgeElemMethod(Line seed,
boolean doEntityVisibilityCheck,
boolean flipSeedStart)
Creates a ordered edge elem method
License requirements: nx_masterfem ("Finite Element Modeling") . |
OrderedEdgeElemMethod |
createOrderedEdgeElemMethod(Spline seed,
boolean doEntityVisibilityCheck,
boolean flipSeedStart)
Creates a ordered edge elem method
License requirements: nx_masterfem ("Finite Element Modeling") . |
OrderedEdgeNodeMethod |
createOrderedEdgeNodeMethod(Arc seed,
boolean doEntityVisibilityCheck,
boolean flipSeedStart)
Creates a ordered edge node method
License requirements: nx_masterfem ("Finite Element Modeling") . |
OrderedEdgeNodeMethod |
createOrderedEdgeNodeMethod(CAEEdge seed,
boolean doEntityVisibilityCheck,
boolean flipSeedStart)
Creates a ordered edge node method
License requirements: nx_masterfem ("Finite Element Modeling") . |
OrderedEdgeNodeMethod |
createOrderedEdgeNodeMethod(Conic seed,
boolean doEntityVisibilityCheck,
boolean flipSeedStart)
Creates a ordered edge node method
License requirements: nx_masterfem ("Finite Element Modeling") . |
OrderedEdgeNodeMethod |
createOrderedEdgeNodeMethod(Line seed,
boolean doEntityVisibilityCheck,
boolean flipSeedStart)
Creates a ordered edge node method
License requirements: nx_masterfem ("Finite Element Modeling") . |
OrderedEdgeNodeMethod |
createOrderedEdgeNodeMethod(Spline seed,
boolean doEntityVisibilityCheck,
boolean flipSeedStart)
Creates a ordered edge node method
License requirements: nx_masterfem ("Finite Element Modeling") . |
OrderedFeatureEdgeNodeMethod |
createOrderedFeatureEdgeElemMethod(FEElemEdge seedTag,
boolean doEntityVisibilityCheck,
boolean computeFreeEdgesOnVisibleModel,
boolean flipSeedStart,
boolean stopAtNonManifoldJunctions,
double dFeatureAngle)
Creates a ordered feature edge elem method
License requirements: nx_masterfem ("Finite Element Modeling") . |
OrderedFeatureEdgeNodeMethod |
createOrderedFeatureEdgeElemMethod(FEElemEdge seedTag,
boolean doEntityVisibilityCheck,
boolean computeFreeEdgesOnVisibleModel,
boolean flipSeedStart,
double dFeatureAngle)
Deprecated.
Deprecated in NX12.0.0. Use overloaded
createOrderedFeatureEdgeElemMethod(nxopen.cae.FEElemEdge, boolean, boolean, boolean, double) which takes as input argument stopAtNonManifoldJunctions.
|
OrderedFeatureEdgeNodeMethod |
createOrderedFeatureEdgeNodeMethod(FEElemEdge seedTag,
boolean doEntityVisibilityCheck,
boolean computeFreeEdgesOnVisibleModel,
boolean flipSeedStart,
boolean stopAtNonManifoldJunctions,
double dFeatureAngle)
Creates a ordered feature edge node method
License requirements: nx_masterfem ("Finite Element Modeling") . |
OrderedFeatureEdgeNodeMethod |
createOrderedFeatureEdgeNodeMethod(FEElemEdge seedTag,
boolean doEntityVisibilityCheck,
boolean computeFreeEdgesOnVisibleModel,
boolean flipSeedStart,
double dFeatureAngle)
Deprecated.
Deprecated in NX12.0.0. Use overloaded
createOrderedFeatureEdgeNodeMethod(nxopen.cae.FEElemEdge, boolean, boolean, boolean, double) which takes as input argument stopAtNonManifoldJunctions.
|
RelatedCurveMethod |
createRelatedCurveMethod(FEElemEdge[] seeds,
boolean doEntityVisibilityCheck)
Creates a related curve method
License requirements: nx_masterfem ("Finite Element Modeling") . |
RelatedCurveMethod |
createRelatedCurveMethod(FENode[] seeds,
boolean doEntityVisibilityCheck)
Creates a related curve method
License requirements: nx_masterfem ("Finite Element Modeling") . |
RelatedCurveMethod |
createRelatedCurveMethod(Mesh[] seeds,
boolean doEntityVisibilityCheck)
Creates a related curve method
License requirements: nx_masterfem ("Finite Element Modeling") . |
RelatedEdgeMethod |
createRelatedEdgeMethod(CAEBody[] seeds,
boolean doEntityVisibilityCheck)
Creates a related edge method
License requirements: nx_masterfem ("Finite Element Modeling") . |
RelatedEdgeMethod |
createRelatedEdgeMethod(CAEFace[] seeds,
boolean doEntityVisibilityCheck)
Creates a related edge method
License requirements: nx_masterfem ("Finite Element Modeling") . |
RelatedEdgeMethod |
createRelatedEdgeMethod(CAEVertex[] seeds,
boolean doEntityVisibilityCheck)
Creates a related edge method
License requirements: nx_masterfem ("Finite Element Modeling") . |
RelatedEdgeMethod |
createRelatedEdgeMethod(FEElemEdge[] seeds,
boolean doEntityVisibilityCheck)
Creates a related edge method
License requirements: nx_masterfem ("Finite Element Modeling") . |
RelatedEdgeMethod |
createRelatedEdgeMethod(FENode[] seeds,
boolean doEntityVisibilityCheck)
Creates a related edge method
License requirements: nx_masterfem ("Finite Element Modeling") . |
RelatedEdgeMethod |
createRelatedEdgeMethod(Mesh[] seeds,
boolean doEntityVisibilityCheck)
Creates a related edge method
License requirements: nx_masterfem ("Finite Element Modeling") . |
RelatedElemEdgeMethod |
createRelatedElemEdgeMethod(CAEEdge seed)
Deprecated.
Deprecated in NX11.0.0. Use overloaded
createRelatedElemEdgeMethod(nxopen.cae.Mesh) which takes as input an array of CAEEdge objects and the argument doEntityVisibilityCheck.
|
RelatedElemEdgeMethod |
createRelatedElemEdgeMethod(CAEEdge[] seeds)
Deprecated.
Deprecated in NX11.0.0. Use overloaded
createRelatedElemEdgeMethod(nxopen.cae.Mesh) which takes as input an array of CAEEdge objects and the argument doEntityVisibilityCheck.
|
RelatedElemEdgeMethod |
createRelatedElemEdgeMethod(CAEEdge[] seeds,
boolean doEntityVisibilityCheck)
Creates a related elem edge method
License requirements: nx_masterfem ("Finite Element Modeling") . |
RelatedElemEdgeMethod |
createRelatedElemEdgeMethod(CAEEdge seed,
boolean doEntityVisibilityCheck)
Creates a related elem edge method
License requirements: nx_masterfem ("Finite Element Modeling") . |
RelatedElemEdgeMethod |
createRelatedElemEdgeMethod(Mesh seed)
Deprecated.
Deprecated in NX11.0.0. Use overloaded
createRelatedElemEdgeMethod(nxopen.cae.Mesh) which takes as input an array of Mesh objects and the argument doEntityVisibilityCheck.
|
RelatedElemEdgeMethod |
createRelatedElemEdgeMethod(Mesh[] seeds)
Deprecated.
Deprecated in NX11.0.0. Use overloaded
createRelatedElemEdgeMethod(nxopen.cae.Mesh) which takes as input an array of Mesh objects and the argument doEntityVisibilityCheck.
|
RelatedElemEdgeMethod |
createRelatedElemEdgeMethod(Mesh[] seeds,
boolean doEntityVisibilityCheck)
Creates a related elem edge method
License requirements: nx_masterfem ("Finite Element Modeling") . |
RelatedElemEdgeMethod |
createRelatedElemEdgeMethod(Mesh seed,
boolean doEntityVisibilityCheck)
Creates a related elem edge method
License requirements: nx_masterfem ("Finite Element Modeling") . |
RelatedElemFaceMethod |
createRelatedElemFaceMethod(CAEFace seed)
Deprecated.
Deprecated in NX11.0.0. Use overloaded
createRelatedElemFaceMethod(nxopen.cae.Mesh) which takes as input an array of CAEFace objects and the argument doEntityVisibilityCheck.
|
RelatedElemFaceMethod |
createRelatedElemFaceMethod(CAEFace[] seeds)
Deprecated.
Deprecated in NX11.0.0. Use overloaded
createRelatedElemFaceMethod(nxopen.cae.Mesh) which takes as input an array of CAEFace objects and the argument doEntityVisibilityCheck.
|
RelatedElemFaceMethod |
createRelatedElemFaceMethod(CAEFace[] seeds,
boolean doEntityVisibilityCheck)
Creates a related elem face method
License requirements: nx_masterfem ("Finite Element Modeling") . |
RelatedElemFaceMethod |
createRelatedElemFaceMethod(CAEFace seed,
boolean doEntityVisibilityCheck)
Creates a related elem face method
License requirements: nx_masterfem ("Finite Element Modeling") . |
RelatedElemFaceMethod |
createRelatedElemFaceMethod(Mesh seed)
Deprecated.
Deprecated in NX11.0.0. Use overloaded
createRelatedElemFaceMethod(nxopen.cae.Mesh) which takes as input an array of Mesh objects and the argument doEntityVisibilityCheck.
|
RelatedElemFaceMethod |
createRelatedElemFaceMethod(Mesh[] seeds)
Deprecated.
Deprecated in NX11.0.0. Use overloaded
createRelatedElemFaceMethod(nxopen.cae.Mesh) which takes as input an array of Mesh objects and the argument doEntityVisibilityCheck.
|
RelatedElemFaceMethod |
createRelatedElemFaceMethod(Mesh[] seeds,
boolean doEntityVisibilityCheck)
Creates a related elem face method
License requirements: nx_masterfem ("Finite Element Modeling") . |
RelatedElemFaceMethod |
createRelatedElemFaceMethod(Mesh seed,
boolean doEntityVisibilityCheck)
Creates a related elem face method
License requirements: nx_masterfem ("Finite Element Modeling") . |
RelatedElemMethod |
createRelatedElemMethod(Arc[] seedTags)
Deprecated.
Deprecated in NX11.0.0. Use overloaded
createRelatedElemMethod(nxopen.cae.Mesh) which takes as input an array of Arc objects and the argument doEntityVisibilityCheck.
|
RelatedElemMethod |
createRelatedElemMethod(Arc[] seedTags,
boolean doEntityVisibilityCheck)
Creates a related elem method
License requirements: nx_masterfem ("Finite Element Modeling") . |
RelatedElemMethod |
createRelatedElemMethod(Arc seedTag,
boolean doEntityVisibilityCheck)
Creates a related elem method
License requirements: nx_masterfem ("Finite Element Modeling") . |
RelatedElemMethod |
createRelatedElemMethod(CAEBody seed)
Deprecated.
Deprecated in NX11.0.0. Use overloaded
createRelatedElemMethod(nxopen.cae.Mesh) which takes as input an array of CAEBody objects and the argument doEntityVisibilityCheck.
|
RelatedElemMethod |
createRelatedElemMethod(CAEBody[] seeds)
Deprecated.
Deprecated in NX11.0.0. Use overloaded
createRelatedElemMethod(nxopen.cae.Mesh) which takes as input an array of CAEBody objects and the argument doEntityVisibilityCheck.
|
RelatedElemMethod |
createRelatedElemMethod(CAEBody[] seeds,
boolean doEntityVisibilityCheck)
Creates a related elem method
License requirements: nx_masterfem ("Finite Element Modeling") . |
RelatedElemMethod |
createRelatedElemMethod(CAEBody seedTag,
boolean doEntityVisibilityCheck)
Creates a related elem method
License requirements: nx_masterfem ("Finite Element Modeling") . |
RelatedElemMethod |
createRelatedElemMethod(CAEEdge seed)
Deprecated.
Deprecated in NX11.0.0. Use overloaded
createRelatedElemMethod(nxopen.cae.Mesh) which takes as input an array of CAEEdge objects and the argument doEntityVisibilityCheck.
|
RelatedElemMethod |
createRelatedElemMethod(CAEEdge[] seeds)
Deprecated.
Deprecated in NX11.0.0. Use overloaded
createRelatedElemMethod(nxopen.cae.Mesh) which takes as input an array of CAEEdge objects and the argument doEntityVisibilityCheck.
|
RelatedElemMethod |
createRelatedElemMethod(CAEEdge[] seeds,
boolean doEntityVisibilityCheck)
Creates a related elem method
License requirements: nx_masterfem ("Finite Element Modeling") . |
RelatedElemMethod |
createRelatedElemMethod(CAEEdge seedTag,
boolean doEntityVisibilityCheck)
Creates a related elem method
License requirements: nx_masterfem ("Finite Element Modeling") . |
RelatedElemMethod |
createRelatedElemMethod(CAEFace seed)
Deprecated.
Deprecated in NX11.0.0. Use overloaded
createRelatedElemMethod(nxopen.cae.Mesh) which takes as input an array of CAEFace objects and the argument doEntityVisibilityCheck.
|
RelatedElemMethod |
createRelatedElemMethod(CAEFace[] seeds)
Deprecated.
Deprecated in NX11.0.0. Use overloaded
createRelatedElemMethod(nxopen.cae.Mesh) which takes as input an array of CAEFace objects and the argument doEntityVisibilityCheck.
|
RelatedElemMethod |
createRelatedElemMethod(CAEFace[] seeds,
boolean doEntityVisibilityCheck)
Creates a related elem method
License requirements: nx_masterfem ("Finite Element Modeling") . |
RelatedElemMethod |
createRelatedElemMethod(CAEFace seedTag,
boolean doEntityVisibilityCheck)
Creates a related elem method
License requirements: nx_masterfem ("Finite Element Modeling") . |
RelatedElemMethod |
createRelatedElemMethod(Conic[] seedTags)
Deprecated.
Deprecated in NX11.0.0. Use overloaded
createRelatedElemMethod(nxopen.cae.Mesh) which takes as input an array of Conic objects and the argument doEntityVisibilityCheck.
|
RelatedElemMethod |
createRelatedElemMethod(Conic[] seedTags,
boolean doEntityVisibilityCheck)
Creates a related elem method
License requirements: nx_masterfem ("Finite Element Modeling") . |
RelatedElemMethod |
createRelatedElemMethod(Conic seedTag,
boolean doEntityVisibilityCheck)
Creates a related elem method
License requirements: nx_masterfem ("Finite Element Modeling") . |
RelatedElemMethod |
createRelatedElemMethod(FENode seed)
Deprecated.
Deprecated in NX11.0.0. Use overloaded
createRelatedElemMethod(nxopen.cae.Mesh) which takes as input an array of FENode objects and the argument doEntityVisibilityCheck.
|
RelatedElemMethod |
createRelatedElemMethod(FENode[] seeds)
Deprecated.
Deprecated in NX11.0.0. Use overloaded
createRelatedElemMethod(nxopen.cae.Mesh) which takes as input an array of FENode objects and the argument doEntityVisibilityCheck.
|
RelatedElemMethod |
createRelatedElemMethod(FENode[] seeds,
boolean doEntityVisibilityCheck)
Creates a related elem method
License requirements: nx_masterfem ("Finite Element Modeling") . |
RelatedElemMethod |
createRelatedElemMethod(FENode seedTag,
boolean doEntityVisibilityCheck)
Creates a related elem method
License requirements: nx_masterfem ("Finite Element Modeling") . |
RelatedElemMethod |
createRelatedElemMethod(Line[] seedTags)
Deprecated.
Deprecated in NX11.0.0. Use overloaded
createRelatedElemMethod(nxopen.cae.Mesh) which takes as input an array of Line objects and the argument doEntityVisibilityCheck.
|
RelatedElemMethod |
createRelatedElemMethod(Line[] seedTags,
boolean doEntityVisibilityCheck)
Creates a related elem method
License requirements: nx_masterfem ("Finite Element Modeling") . |
RelatedElemMethod |
createRelatedElemMethod(Line seedTag,
boolean doEntityVisibilityCheck)
Creates a related elem method
License requirements: nx_masterfem ("Finite Element Modeling") . |
RelatedElemMethod |
createRelatedElemMethod(Mesh seed)
Deprecated.
Deprecated in NX11.0.0. Use overloaded
createRelatedElemMethod(nxopen.cae.Mesh) which takes as input an array of Mesh objects and the argument doEntityVisibilityCheck.
|
RelatedElemMethod |
createRelatedElemMethod(Mesh[] seeds)
Deprecated.
Deprecated in NX11.0.0. Use overloaded
createRelatedElemMethod(nxopen.cae.Mesh) which takes as input an array of Mesh objects and the argument doEntityVisibilityCheck.
|
RelatedElemMethod |
createRelatedElemMethod(Mesh[] seeds,
boolean doEntityVisibilityCheck)
Creates a related elem method
License requirements: nx_masterfem ("Finite Element Modeling") . |
RelatedElemMethod |
createRelatedElemMethod(Mesh seedTag,
boolean doEntityVisibilityCheck)
Creates a related elem method
License requirements: nx_masterfem ("Finite Element Modeling") . |
RelatedElemMethod |
createRelatedElemMethod(Spline[] seedTags)
Deprecated.
Deprecated in NX11.0.0. Use overloaded
createRelatedElemMethod(nxopen.cae.Mesh) which takes as input an array of Spline objects and the argument doEntityVisibilityCheck.
|
RelatedElemMethod |
createRelatedElemMethod(Spline[] seedTags,
boolean doEntityVisibilityCheck)
Creates a related elem method
License requirements: nx_masterfem ("Finite Element Modeling") . |
RelatedElemMethod |
createRelatedElemMethod(Spline seedTag,
boolean doEntityVisibilityCheck)
Creates a related elem method
License requirements: nx_masterfem ("Finite Element Modeling") . |
RelatedFaceMethod |
createRelatedFaceMethod(CAEBody[] seeds,
boolean doEntityVisibilityCheck)
Creates a related face method
License requirements: nx_masterfem ("Finite Element Modeling") . |
RelatedFaceMethod |
createRelatedFaceMethod(CAEEdge[] seeds,
boolean doEntityVisibilityCheck)
Creates a related face method
License requirements: nx_masterfem ("Finite Element Modeling") . |
RelatedFaceMethod |
createRelatedFaceMethod(FEElement[] seedTags,
int[] seedElemFaceIds)
Deprecated.
Deprecated in NX10.0.0. Use overloaded
createRelatedFaceMethod(nxopen.cae.Mesh) which takes as input an array of FEElement objects and the argument doEntityVisibilityCheck.
|
RelatedFaceMethod |
createRelatedFaceMethod(FEElement seedElemTag,
int seedElemFaceId)
Deprecated.
Deprecated in NX10.0.0. Use overloaded
createRelatedFaceMethod(nxopen.cae.Mesh) which takes as input an array of FEElement objects and the argument doEntityVisibilityCheck.
|
RelatedFaceMethod |
createRelatedFaceMethod(FEElemFace[] seedTags)
Deprecated.
Deprecated in NX11.0.0. Use overloaded
createRelatedFaceMethod(nxopen.cae.Mesh) which takes as input an array of FEElemFace objects and the argument doEntityVisibilityCheck.
|
RelatedFaceMethod |
createRelatedFaceMethod(FEElemFace[] seedTags,
boolean doEntityVisibilityCheck)
Creates a related face method
License requirements: nx_masterfem ("Finite Element Modeling") . |
RelatedFaceMethod |
createRelatedFaceMethod(FEElemFace seedTag,
int seedElemFaceId,
boolean doEntityVisibilityCheck)
Creates a related face method
License requirements: nx_masterfem ("Finite Element Modeling") . |
RelatedFaceMethod |
createRelatedFaceMethod(FENode seed)
Deprecated.
Deprecated in NX11.0.0. Use overloaded
createRelatedFaceMethod(nxopen.cae.Mesh) which takes as input an array of FENode objects and the argument doEntityVisibilityCheck.
|
RelatedFaceMethod |
createRelatedFaceMethod(FENode[] seeds)
Deprecated.
Deprecated in NX11.0.0. Use overloaded
createRelatedFaceMethod(nxopen.cae.Mesh) which takes as input an array of FENode objects and the argument doEntityVisibilityCheck.
|
RelatedFaceMethod |
createRelatedFaceMethod(FENode[] seeds,
boolean doEntityVisibilityCheck)
Creates a related face method
License requirements: nx_masterfem ("Finite Element Modeling") . |
RelatedFaceMethod |
createRelatedFaceMethod(FENode seed,
boolean doEntityVisibilityCheck)
Creates a related face method
License requirements: nx_masterfem ("Finite Element Modeling") . |
RelatedFaceMethod |
createRelatedFaceMethod(Mesh seed)
Deprecated.
Deprecated in NX11.0.0. Use overloaded
createRelatedFaceMethod(nxopen.cae.Mesh) which takes as input an array of Mesh objects and the argument doEntityVisibilityCheck.
|
RelatedFaceMethod |
createRelatedFaceMethod(Mesh[] seeds)
Deprecated.
Deprecated in NX11.0.0. Use overloaded
createRelatedFaceMethod(nxopen.cae.Mesh) which takes as input an array of Mesh objects and the argument doEntityVisibilityCheck.
|
RelatedFaceMethod |
createRelatedFaceMethod(Mesh[] seeds,
boolean doEntityVisibilityCheck)
Creates a related face method
License requirements: nx_masterfem ("Finite Element Modeling") . |
RelatedFaceMethod |
createRelatedFaceMethod(Mesh seed,
boolean doEntityVisibilityCheck)
Creates a related face method
License requirements: nx_masterfem ("Finite Element Modeling") . |
RelatedFaceMethod |
createRelatedFaceMethod(MeshControl[] seeds,
boolean doEntityVisibilityCheck)
Creates a related face method
License requirements: nx_masterfem ("Finite Element Modeling") . |
RelatedNodeMethod |
createRelatedNodeMethod(Arc[] seedTags)
Deprecated.
Deprecated in NX11.0.0. Use overloaded
createRelatedNodeMethod(nxopen.cae.Mesh) which takes as input an array of Arc objects and the argument doEntityVisibilityCheck.
|
RelatedNodeMethod |
createRelatedNodeMethod(Arc[] seedTags,
boolean doEntityVisibilityCheck)
Creates a related node method
License requirements: nx_masterfem ("Finite Element Modeling") . |
RelatedNodeMethod |
createRelatedNodeMethod(Arc seed,
boolean doEntityVisibilityCheck)
Creates a related node method
License requirements: nx_masterfem ("Finite Element Modeling") . |
RelatedNodeMethod |
createRelatedNodeMethod(CAEBody seed)
Deprecated.
Deprecated in NX11.0.0. Use overloaded
createRelatedNodeMethod(nxopen.cae.Mesh) which takes as input an array of CAEBody objects and the argument doEntityVisibilityCheck.
|
RelatedNodeMethod |
createRelatedNodeMethod(CAEBody[] seeds)
Deprecated.
Deprecated in NX11.0.0. Use overloaded
createRelatedNodeMethod(nxopen.cae.Mesh) which takes as input an array of CAEBody objects and the argument doEntityVisibilityCheck.
|
RelatedNodeMethod |
createRelatedNodeMethod(CAEBody[] seeds,
boolean doEntityVisibilityCheck)
Creates a related node method
License requirements: nx_masterfem ("Finite Element Modeling") . |
RelatedNodeMethod |
createRelatedNodeMethod(CAEBody seed,
boolean doEntityVisibilityCheck)
Creates a related node method
License requirements: nx_masterfem ("Finite Element Modeling") . |
RelatedNodeMethod |
createRelatedNodeMethod(CAEEdge seed)
Deprecated.
Deprecated in NX11.0.0. Use overloaded
createRelatedNodeMethod(nxopen.cae.Mesh) which takes as input an array of CAEEdge objects and the argument doEntityVisibilityCheck.
|
RelatedNodeMethod |
createRelatedNodeMethod(CAEEdge[] seeds)
Deprecated.
Deprecated in NX11.0.0. Use overloaded
createRelatedNodeMethod(nxopen.cae.Mesh) which takes as input an array of CAEEdge objects and the argument doEntityVisibilityCheck.
|
RelatedNodeMethod |
createRelatedNodeMethod(CAEEdge[] seeds,
boolean doEntityVisibilityCheck)
Creates a related node method
License requirements: nx_masterfem ("Finite Element Modeling") . |
RelatedNodeMethod |
createRelatedNodeMethod(CAEEdge seed,
boolean doEntityVisibilityCheck)
Creates a related node method
License requirements: nx_masterfem ("Finite Element Modeling") . |
RelatedNodeMethod |
createRelatedNodeMethod(CAEFace seed)
Deprecated.
Deprecated in NX11.0.0. Use overloaded
createRelatedNodeMethod(nxopen.cae.Mesh) which takes as input an array of CAEFace objects and the argument doEntityVisibilityCheck.
|
RelatedNodeMethod |
createRelatedNodeMethod(CAEFace[] seeds)
Deprecated.
Deprecated in NX11.0.0. Use overloaded
createRelatedNodeMethod(nxopen.cae.Mesh) which takes as input an array of CAEFace objects and the argument doEntityVisibilityCheck.
|
RelatedNodeMethod |
createRelatedNodeMethod(CAEFace[] seeds,
boolean doEntityVisibilityCheck)
Creates a related node method
License requirements: nx_masterfem ("Finite Element Modeling") . |
RelatedNodeMethod |
createRelatedNodeMethod(CAEFace seed,
boolean doEntityVisibilityCheck)
Creates a related node method
License requirements: nx_masterfem ("Finite Element Modeling") . |
RelatedNodeMethod |
createRelatedNodeMethod(Conic[] seedTags)
Deprecated.
Deprecated in NX11.0.0. Use overloaded
createRelatedNodeMethod(nxopen.cae.Mesh) which takes as input an array of Conic objects and the argument doEntityVisibilityCheck.
|
RelatedNodeMethod |
createRelatedNodeMethod(Conic[] seedTags,
boolean doEntityVisibilityCheck)
Creates a related node method
License requirements: nx_masterfem ("Finite Element Modeling") . |
RelatedNodeMethod |
createRelatedNodeMethod(Conic seed,
boolean doEntityVisibilityCheck)
Creates a related node method
License requirements: nx_masterfem ("Finite Element Modeling") . |
RelatedNodeMethod |
createRelatedNodeMethod(FEElemEdge[] seedTags,
boolean doEntityVisibilityCheck)
Creates a related node method
License requirements: nx_masterfem ("Finite Element Modeling") . |
RelatedNodeMethod |
createRelatedNodeMethod(FEElemEdge seedTag,
boolean doEntityVisibilityCheck)
Creates a related node method
License requirements: nx_masterfem ("Finite Element Modeling") . |
RelatedNodeMethod |
createRelatedNodeMethod(FEElement seed)
Deprecated.
Deprecated in NX11.0.0. Use overloaded
createRelatedNodeMethod(nxopen.cae.Mesh) which takes as input an array of FEElement objects and the argument doEntityVisibilityCheck.
|
RelatedNodeMethod |
createRelatedNodeMethod(FEElement[] seedTags)
Deprecated.
Deprecated in NX11.0.0. Use overloaded
createRelatedNodeMethod(nxopen.cae.Mesh) which takes as input an array of FEElement objects and the argument doEntityVisibilityCheck.
|
RelatedNodeMethod |
createRelatedNodeMethod(FEElement[] seedTags,
boolean doEntityVisibilityCheck)
Creates a related node method
License requirements: nx_masterfem ("Finite Element Modeling") . |
RelatedNodeMethod |
createRelatedNodeMethod(FEElement seed,
boolean doEntityVisibilityCheck)
Creates a related node method
License requirements: nx_masterfem ("Finite Element Modeling") . |
RelatedNodeMethod |
createRelatedNodeMethod(FEElemFace[] seedTags,
boolean doEntityVisibilityCheck)
Creates a related node method
License requirements: nx_masterfem ("Finite Element Modeling") . |
RelatedNodeMethod |
createRelatedNodeMethod(FEElemFace seedTag,
boolean doEntityVisibilityCheck)
Creates a related node method
License requirements: nx_masterfem ("Finite Element Modeling") . |
RelatedNodeMethod |
createRelatedNodeMethod(Line[] seedTags)
Deprecated.
Deprecated in NX11.0.0. Use overloaded
createRelatedNodeMethod(nxopen.cae.Mesh) which takes as input an array of Line objects and the argument doEntityVisibilityCheck.
|
RelatedNodeMethod |
createRelatedNodeMethod(Line[] seedTags,
boolean doEntityVisibilityCheck)
Creates a related node method
License requirements: nx_masterfem ("Finite Element Modeling") . |
RelatedNodeMethod |
createRelatedNodeMethod(Line seed,
boolean doEntityVisibilityCheck)
Creates a related node method
License requirements: nx_masterfem ("Finite Element Modeling") . |
RelatedNodeMethod |
createRelatedNodeMethod(Mesh seed)
Deprecated.
Deprecated in NX11.0.0. Use overloaded
createRelatedNodeMethod(nxopen.cae.Mesh) which takes as input an array of Mesh objects and the argument doEntityVisibilityCheck.
|
RelatedNodeMethod |
createRelatedNodeMethod(Mesh[] seeds)
Deprecated.
Deprecated in NX11.0.0. Use overloaded
createRelatedNodeMethod(nxopen.cae.Mesh) which takes as input an array of Mesh objects and the argument doEntityVisibilityCheck.
|
RelatedNodeMethod |
createRelatedNodeMethod(Mesh[] seeds,
boolean doEntityVisibilityCheck)
Creates a related node method
License requirements: nx_masterfem ("Finite Element Modeling") . |
RelatedNodeMethod |
createRelatedNodeMethod(Mesh seed,
boolean doEntityVisibilityCheck)
Creates a related node method
License requirements: nx_masterfem ("Finite Element Modeling") . |
RelatedNodeMethod |
createRelatedNodeMethod(MeshPoint[] seedTags)
Deprecated.
Deprecated in NX11.0.0. Use overloaded
createRelatedNodeMethod(nxopen.cae.Mesh) which takes as input an array of MeshPoint objects and the argument doEntityVisibilityCheck.
|
RelatedNodeMethod |
createRelatedNodeMethod(MeshPoint[] seedTags,
boolean doEntityVisibilityCheck)
Creates a related node method
License requirements: nx_masterfem ("Finite Element Modeling") . |
RelatedNodeMethod |
createRelatedNodeMethod(MeshPoint seed,
boolean doEntityVisibilityCheck)
Creates a related node method
License requirements: nx_masterfem ("Finite Element Modeling") . |
RelatedNodeMethod |
createRelatedNodeMethod(Point[] seedTags)
Deprecated.
Deprecated in NX11.0.0. Use overloaded
createRelatedNodeMethod(nxopen.cae.Mesh) which takes as input an array of Point objects and the argument doEntityVisibilityCheck.
|
RelatedNodeMethod |
createRelatedNodeMethod(Point[] seedTags,
boolean doEntityVisibilityCheck)
Creates a related node method
License requirements: nx_masterfem ("Finite Element Modeling") . |
RelatedNodeMethod |
createRelatedNodeMethod(Point seed,
boolean doEntityVisibilityCheck)
Creates a related node method
License requirements: nx_masterfem ("Finite Element Modeling") . |
RelatedNodeMethod |
createRelatedNodeMethod(Spline[] seedTags)
Deprecated.
Deprecated in NX11.0.0. Use overloaded
createRelatedNodeMethod(nxopen.cae.Mesh) which takes as input an array of Spline objects and the argument doEntityVisibilityCheck.
|
RelatedNodeMethod |
createRelatedNodeMethod(Spline[] seedTags,
boolean doEntityVisibilityCheck)
Creates a related node method
License requirements: nx_masterfem ("Finite Element Modeling") . |
RelatedNodeMethod |
createRelatedNodeMethod(Spline seed,
boolean doEntityVisibilityCheck)
Creates a related node method
License requirements: nx_masterfem ("Finite Element Modeling") . |
RelatedVertexMethod |
createRelatedVertexMethod(CAEBody[] seeds,
boolean doEntityVisibilityCheck)
Creates a related vertex method
License requirements: nx_masterfem ("Finite Element Modeling") . |
RelatedVertexMethod |
createRelatedVertexMethod(CAEEdge[] seeds,
boolean doEntityVisibilityCheck)
Creates a related vertex method
License requirements: nx_masterfem ("Finite Element Modeling") . |
RelatedVertexMethod |
createRelatedVertexMethod(CAEFace[] seeds,
boolean doEntityVisibilityCheck)
Creates a related vertex method
License requirements: nx_masterfem ("Finite Element Modeling") . |
RelatedVertexMethod |
createRelatedVertexMethod(FENode[] seeds,
boolean doEntityVisibilityCheck)
Creates a related vertex method
License requirements: nx_masterfem ("Finite Element Modeling") . |
RelatedVertexMethod |
createRelatedVertexMethod(Mesh[] seeds,
boolean doEntityVisibilityCheck)
Creates a related vertex method
License requirements: nx_masterfem ("Finite Element Modeling") . |
ShowAdjacentGroupMethod |
createShowAdjacentGroupMethod(CaeGroup seed,
boolean doEntityVisibilityCheck)
Creates a show adjacent group method
License requirements: nx_masterfem ("Finite Element Modeling") . |
ShowHideGroupMethod |
createShowHideGroupMethod(CaeGroup seed,
boolean doEntityVisibilityCheck)
Creates a show hide group method
License requirements: nx_masterfem ("Finite Element Modeling") . |
SliverFaceMethod |
createSliverFaceMethod(CAEBody[] seeds,
boolean doEntityVisibilityCheck,
double dSliverTolerance)
Creates a sliver face method
License requirements: nx_masterfem ("Finite Element Modeling") . |
SliverFaceMethod |
createSliverFaceMethod(CAEBody[] seeds,
double dSliverTolerance)
Deprecated.
Deprecated in NX11.0.0. Use overloaded
createSliverFaceMethod(nxopen.cae.CAEBody, double) which takes as input an array of CAEBody objects and the argument doEntityVisibilityCheck.
|
SliverFaceMethod |
createSliverFaceMethod(CAEBody seed,
double dSliverTolerance)
Deprecated.
Deprecated in NX11.0.0. Use overloaded
createSliverFaceMethod(nxopen.cae.CAEBody, double) which takes as input an array of CAEBody objects and the argument doEntityVisibilityCheck.
|
SliverFaceMethod |
createSliverFaceMethod(CAEFace[] seeds,
boolean doEntityVisibilityCheck,
double dSliverTolerance)
Creates a sliver face method
License requirements: nx_masterfem ("Finite Element Modeling") . |
SliverFaceMethod |
createSliverFaceMethod(CAEFace[] seeds,
double dSliverTolerance)
Deprecated.
Deprecated in NX11.0.0. Use overloaded
createSliverFaceMethod(nxopen.cae.CAEBody, double) which takes as input an array of CAEFace objects and the argument doEntityVisibilityCheck.
|
TangentContinuousEdgeMethod |
createTangentContinuousEdgeMethod(CAEEdge[] seeds,
boolean doEntityVisibilityCheck,
double dFeatureAngle)
Creates a tangent continuous edge method
License requirements: nx_masterfem ("Finite Element Modeling") . |
TangentContinuousEdgeMethod |
createTangentContinuousEdgeMethod(CAEEdge[] seeds,
double dFeatureAngle)
Deprecated.
Deprecated in NX11.0.0. Use overloaded
createTangentContinuousEdgeMethod(nxopen.cae.CAEEdge, double) which takes as input an array of CAEEdge objects and the argument doEntityVisibilityCheck.
|
TangentContinuousEdgeMethod |
createTangentContinuousEdgeMethod(CAEEdge seed,
double dFeatureAngle)
Deprecated.
Deprecated in NX11.0.0. Use overloaded
createTangentContinuousEdgeMethod(nxopen.cae.CAEEdge, double) which takes as input an array of CAEEdge objects and the argument doEntityVisibilityCheck.
|
TangentFaceMethod |
createTangentFaceMethod(CAEFace[] seeds,
boolean doEntityVisibilityCheck,
boolean stopAtNonManifoldJunctions,
double dTangentTolerance)
Creates a tangent face method
License requirements: nx_masterfem ("Finite Element Modeling") . |
TangentFaceMethod |
createTangentFaceMethod(CAEFace[] seeds,
boolean doEntityVisibilityCheck,
double dTangentTolerance)
Deprecated.
Deprecated in NX12.0.0. Use overloaded
createTangentFaceMethod(nxopen.cae.CAEFace, double) which takes as input argument stopAtNonManifoldJunctions.
|
TangentFaceMethod |
createTangentFaceMethod(CAEFace[] seeds,
double dTangentTolerance)
Deprecated.
Deprecated in NX11.0.0. Use overloaded
createTangentFaceMethod(nxopen.cae.CAEFace, double) which takes as input an array of CAEFace objects and the argument doEntityVisibilityCheck.
|
TangentFaceMethod |
createTangentFaceMethod(CAEFace seed,
double dTangentTolerance)
Deprecated.
Deprecated in NX11.0.0. Use overloaded
createTangentFaceMethod(nxopen.cae.CAEFace, double) which takes as input an array of CAEFace objects and the argument doEntityVisibilityCheck.
|
AdjacentFaceMethod createAdjacentFaceMethod(CAEFace seed) throws NXException, RemoteException
createAdjacentFaceMethod(nxopen.cae.CAEFace)
which takes as input an array of CAEFace
objects and the argument doEntityVisibilityCheck.
seed
- seed face
NXException
RemoteException
AdjacentFaceMethod createAdjacentFaceMethod(CAEFace[] seeds) throws NXException, RemoteException
createAdjacentFaceMethod(nxopen.cae.CAEFace)
which takes as input an array of CAEFace
objects and the argument doEntityVisibilityCheck.
seeds
- seed faces
NXException
RemoteException
AdjacentFaceMethod createAdjacentFaceMethod(CAEFace[] seeds, boolean doEntityVisibilityCheck) throws NXException, RemoteException
seeds
- seed facesdoEntityVisibilityCheck
- if true, visible entities will be returnedNXException
RemoteException
AdjacentFaceMethod createAdjacentFaceMethod(CAEEdge seed) throws NXException, RemoteException
createAdjacentFaceMethod(nxopen.cae.CAEFace)
which takes as input an array of CAEEdge
objects and the argument doEntityVisibilityCheck.
seed
- seed edge
NXException
RemoteException
AdjacentFaceMethod createAdjacentFaceMethod(CAEEdge[] seeds) throws NXException, RemoteException
createAdjacentFaceMethod(nxopen.cae.CAEFace)
which takes as input an array of CAEEdge
objects and the argument doEntityVisibilityCheck.
seeds
- seed edges
NXException
RemoteException
AdjacentFaceMethod createAdjacentFaceMethod(CAEEdge[] seeds, boolean doEntityVisibilityCheck) throws NXException, RemoteException
seeds
- seed edgesdoEntityVisibilityCheck
- if true, visible entities will be returnedNXException
RemoteException
CircularEdgeMethod createCircularEdgeMethod(CAEEdge[] seeds, double dMinRadius, double dMaxRadius, boolean onlyHoleEdges) throws NXException, RemoteException
createCircularEdgeMethod(nxopen.cae.CAEEdge[], double, double, boolean)
which takes as input an array of CAEEdge
objects and the argument doEntityVisibilityCheck.
seeds
- seed edgesdMinRadius
- minimum radiusdMaxRadius
- maximum radiusonlyHoleEdges
- if true, only edges which make up holes will be returned
NXException
RemoteException
CircularEdgeMethod createCircularEdgeMethod(CAEEdge[] seeds, boolean doEntityVisibilityCheck, double dMinRadius, double dMaxRadius, boolean onlyHoleEdges) throws NXException, RemoteException
seeds
- seed edgesdoEntityVisibilityCheck
- if true, visible entities will be returneddMinRadius
- minimum radiusdMaxRadius
- maximum radiusonlyHoleEdges
- if true, only edges which make up holes will be returnedNXException
RemoteException
CircularEdgeMethod createCircularEdgeMethod(CAEFace seed, double dMinRadius, double dMaxRadius, boolean onlyHoleEdges) throws NXException, RemoteException
createCircularEdgeMethod(nxopen.cae.CAEEdge[], double, double, boolean)
which takes as input an array of CAEFace
objects and the argument doEntityVisibilityCheck.
seed
- seed facedMinRadius
- minimum radiusdMaxRadius
- maximum radiusonlyHoleEdges
- if true, only edges which make up holes will be returned
NXException
RemoteException
CircularEdgeMethod createCircularEdgeMethod(CAEFace[] seeds, double dMinRadius, double dMaxRadius, boolean onlyHoleEdges) throws NXException, RemoteException
createCircularEdgeMethod(nxopen.cae.CAEEdge[], double, double, boolean)
which takes as input an array of CAEFace
objects and the argument doEntityVisibilityCheck.
seeds
- seed facesdMinRadius
- minimum radiusdMaxRadius
- maximum radiusonlyHoleEdges
- if true, only edges which make up holes will be returned
NXException
RemoteException
CircularEdgeMethod createCircularEdgeMethod(CAEFace[] seeds, boolean doEntityVisibilityCheck, double dMinRadius, double dMaxRadius, boolean onlyHoleEdges) throws NXException, RemoteException
seeds
- seed facesdoEntityVisibilityCheck
- if true, visible entities will be returneddMinRadius
- minimum radiusdMaxRadius
- maximum radiusonlyHoleEdges
- if true, only edges which make up holes will be returnedNXException
RemoteException
CircularEdgeMethod createCircularEdgeMethod(CAEBody seed, double dMinRadius, double dMaxRadius, boolean onlyHoleEdges) throws NXException, RemoteException
createCircularEdgeMethod(nxopen.cae.CAEEdge[], double, double, boolean)
which takes as input an array of CAEBody
objects and the argument doEntityVisibilityCheck.
seed
- seed bodydMinRadius
- minimum radiusdMaxRadius
- maximum radiusonlyHoleEdges
- if true, only edges which make up holes will be returned
NXException
RemoteException
CircularEdgeMethod createCircularEdgeMethod(CAEBody[] seeds, double dMinRadius, double dMaxRadius, boolean onlyHoleEdges) throws NXException, RemoteException
createCircularEdgeMethod(nxopen.cae.CAEEdge[], double, double, boolean)
which takes as input an array of CAEBody
objects and the argument doEntityVisibilityCheck.
seeds
- seed bodiesdMinRadius
- minimum radiusdMaxRadius
- maximum radiusonlyHoleEdges
- if true, only edges which make up holes will be returned
NXException
RemoteException
CircularEdgeMethod createCircularEdgeMethod(CAEBody[] seeds, boolean doEntityVisibilityCheck, double dMinRadius, double dMaxRadius, boolean onlyHoleEdges) throws NXException, RemoteException
seeds
- seed bodiesdoEntityVisibilityCheck
- if true, visible entities will be returneddMinRadius
- minimum radiusdMaxRadius
- maximum radiusonlyHoleEdges
- if true, only edges which make up holes will be returnedNXException
RemoteException
CylinderFaceMethod createCylinderFaceMethod(CAEBody seed, double dMinCylinderRadius, double dMaxCylinderRadius, double dMinCylinderAngle, double dMaxCylinderAngle) throws NXException, RemoteException
createCylinderFaceMethod(nxopen.cae.CAEBody, double, double, double, double)
which takes as input an array of CAEBody
objects and the argument doEntityVisibilityCheck.
seed
- seed bodydMinCylinderRadius
- minimum cylinder radiusdMaxCylinderRadius
- maximum cylinder radiusdMinCylinderAngle
- minimum cylinder angledMaxCylinderAngle
- maximum cylinder angle
NXException
RemoteException
CylinderFaceMethod createCylinderFaceMethod(CAEBody[] seeds, double dMinCylinderRadius, double dMaxCylinderRadius, double dMinCylinderAngle, double dMaxCylinderAngle) throws NXException, RemoteException
createCylinderFaceMethod(nxopen.cae.CAEBody, double, double, double, double)
which takes as input an array of CAEBody
objects and the argument doEntityVisibilityCheck.
seeds
- seed bodiesdMinCylinderRadius
- minimum cylinder radiusdMaxCylinderRadius
- maximum cylinder radiusdMinCylinderAngle
- minimum cylinder angledMaxCylinderAngle
- maximum cylinder angle
NXException
RemoteException
CylinderFaceMethod createCylinderFaceMethod(CAEBody[] seeds, boolean doEntityVisibilityCheck, double dMinCylinderRadius, double dMaxCylinderRadius, double dMinCylinderAngle, double dMaxCylinderAngle) throws NXException, RemoteException
seeds
- seed bodiesdoEntityVisibilityCheck
- if true, visible entities will be returneddMinCylinderRadius
- minimum cylinder radiusdMaxCylinderRadius
- maximum cylinder radiusdMinCylinderAngle
- minimum cylinder angledMaxCylinderAngle
- maximum cylinder angleNXException
RemoteException
CylinderFaceMethod createCylinderFaceMethod(CAEFace[] seeds, double dMinCylinderRadius, double dMaxCylinderRadius, double dMinCylinderAngle, double dMaxCylinderAngle) throws NXException, RemoteException
createCylinderFaceMethod(nxopen.cae.CAEBody, double, double, double, double)
which takes as input an array of CAEFace
objects and the argument doEntityVisibilityCheck.
seeds
- seed facesdMinCylinderRadius
- minimum cylinder radiusdMaxCylinderRadius
- maximum cylinder radiusdMinCylinderAngle
- minimum cylinder angledMaxCylinderAngle
- maximum cylinder angle
NXException
RemoteException
CylinderFaceMethod createCylinderFaceMethod(CAEFace[] seeds, boolean doEntityVisibilityCheck, double dMinCylinderRadius, double dMaxCylinderRadius, double dMinCylinderAngle, double dMaxCylinderAngle) throws NXException, RemoteException
seeds
- seed facesdoEntityVisibilityCheck
- if true, visible entities will be returneddMinCylinderRadius
- minimum cylinder radiusdMaxCylinderRadius
- maximum cylinder radiusdMinCylinderAngle
- minimum cylinder angledMaxCylinderAngle
- maximum cylinder angleNXException
RemoteException
EdgePathMethod createEdgePathMethod(CAEEdge seedEdgeTag, CAEVertex seedStartVertexTag) throws NXException, RemoteException
createEdgePathMethod(nxopen.cae.CAEEdge, nxopen.cae.CAEVertex)
which takes as input an array of CAEEdge
objects and the argument doEntityVisibilityCheck.
seedEdgeTag
- seed edge tagseedStartVertexTag
- seed start vertex
NXException
RemoteException
EdgePathMethod createEdgePathMethod(CAEEdge seedEdgeTag, CAEVertex seedStartVertexTag, boolean preferFreeEdges, boolean allowGapJumping, double gapJumpingTolerance) throws NXException, RemoteException
seedEdgeTag
- seed edge tagseedStartVertexTag
- seed start vertexpreferFreeEdges
- if true, prefer free edgesallowGapJumping
- if true, gaps between edges will be jumpedgapJumpingTolerance
- if allowGapJumping is true, this is the tolerance to use for jumping gaps between edgesNXException
RemoteException
ElemEdgePathMethod createElemEdgePathMethod(FEElemEdge seedElemEdgeTag, FENode seedStartNodeTag) throws NXException, RemoteException
createElemEdgePathMethod(nxopen.cae.FEElemEdge, nxopen.cae.FENode)
which takes as input an array of FEElemEdge
objects and the argument doEntityVisibilityCheck.
seedElemEdgeTag
- seed element edgeseedStartNodeTag
- seed start node
NXException
RemoteException
ElemEdgePathMethod createElemEdgePathMethod(FEElemEdge seedElemEdgeTag, FENode seedStartNodeTag, boolean preferFreeEdges, boolean preferGeometryAssociatedEdges, boolean preferFeatureElementEdge, double featureAngleTolerance, boolean allowGapJumping, double gapJumpingTolerance) throws NXException, RemoteException
seedElemEdgeTag
- seed element edgeseedStartNodeTag
- seed start nodepreferFreeEdges
- if true, prefer free element edgespreferGeometryAssociatedEdges
- if true, prefer geometry associated element edgespreferFeatureElementEdge
- if true, prefer feature element edgesfeatureAngleTolerance
- if preferFeatureElementEdge is true, this is the feature angle tolerance to useallowGapJumping
- if true, gaps between element edges will be jumpedgapJumpingTolerance
- if allowGapJumping is true, this is the tolerance to use for jumping gaps between element edgesNXException
RemoteException
FeatureEdgeNodeMethod createFeatureEdgeNodeMethod(FEElement seedElemTag, int seedElemEdgeId, double dFeatureAngle) throws NXException, RemoteException
createFeatureEdgeNodeMethod(nxopen.cae.FEElement, int, double)
which takes an array of FEElement
and the argument doEntityVisibilityCheck.
seedElemTag
- seed element edge tagseedElemEdgeId
- seed element edge iddFeatureAngle
- feature angle
NXException
RemoteException
FeatureEdgeNodeMethod createFeatureEdgeNodeMethod(FEElement[] seedTags, int[] seedElemEdgeIds, double dFeatureAngle) throws NXException, RemoteException
createFeatureEdgeNodeMethod(nxopen.cae.FEElement, int, double)
which takes as input an array of FEElement
objects and the argument doEntityVisibilityCheck.
seedTags
- seed element edge tagsseedElemEdgeIds
- seed element edge idsdFeatureAngle
- feature angle
NXException
RemoteException
FeatureEdgeNodeMethod createFeatureEdgeNodeMethod(FEElemEdge[] seedTags, double dFeatureAngle) throws NXException, RemoteException
createFeatureEdgeNodeMethod(nxopen.cae.FEElement, int, double)
which takes as input an array of FEElemEdge
objects and the argument doEntityVisibilityCheck.
seedTags
- seed element edge tagsdFeatureAngle
- feature angle
NXException
RemoteException
FeatureEdgeNodeMethod createFeatureEdgeNodeMethod(FEElemEdge[] seedTags, boolean doEntityVisibilityCheck, boolean computeFreeEdgesOnVisibleModel, double dFeatureAngle) throws NXException, RemoteException
createFeatureEdgeNodeMethod(nxopen.cae.FEElement, int, double)
which takes as input an array of FEElemEdge
or Mesh
objects and the argument edgeType.
seedTags
- seed element edge tagsdoEntityVisibilityCheck
- if true, visible entities will be returnedcomputeFreeEdgesOnVisibleModel
- if true, free edges are computed with respect to the visible elements in the modeldFeatureAngle
- feature angle
NXException
RemoteException
FeatureEdgeNodeMethod createFeatureEdgeNodeMethod(FEElemEdge[] seedTags, boolean doEntityVisibilityCheck, boolean computeFreeEdgesOnVisibleModel, boolean stopAtNonManifoldJunctions, Type edgeType, double dFeatureAngle) throws NXException, RemoteException
seedTags
- seed element edge tagsdoEntityVisibilityCheck
- if true, visible entities will be returnedcomputeFreeEdgesOnVisibleModel
- if true, free edges are computed with respect to the visible elements in the modelstopAtNonManifoldJunctions
- if true, the method's output will not span non-manifold junctionsedgeType
- compute element edge typedFeatureAngle
- feature angleNXException
RemoteException
FeatureElemEdgeMethod createFeatureElemEdgeMethod(FEElement seedElemTag, int seedElemEdgeId, double dFeatureAngle) throws NXException, RemoteException
createFeatureElemEdgeMethod(nxopen.cae.FEElement, int, double)
which takes as input an array of FEElement
objects and the argument doEntityVisibilityCheck.
seedElemTag
- seed element edge tagseedElemEdgeId
- seed element edge iddFeatureAngle
- feature angle
NXException
RemoteException
FeatureElemEdgeMethod createFeatureElemEdgeMethod(FEElement[] seedTags, int[] seedElemEdgeIds, double dFeatureAngle) throws NXException, RemoteException
createFeatureElemEdgeMethod(nxopen.cae.FEElement, int, double)
which takes as input an array of FEElement
objects and the argument doEntityVisibilityCheck.
seedTags
- seed element edge tagsseedElemEdgeIds
- seed element edge idsdFeatureAngle
- feature angle
NXException
RemoteException
FeatureElemEdgeMethod createFeatureElemEdgeMethod(FEElemEdge[] seedTags, double dFeatureAngle) throws NXException, RemoteException
createFeatureElemEdgeMethod(nxopen.cae.FEElement, int, double)
which takes as input an array of FEElemEdge
objects and the argument doEntityVisibilityCheck.
seedTags
- seed element edge tagsdFeatureAngle
- feature angle
NXException
RemoteException
FeatureElemEdgeMethod createFeatureElemEdgeMethod(FEElemEdge[] seedTags, boolean doEntityVisibilityCheck, boolean computeFreeEdgesOnVisibleModel, double dFeatureAngle) throws NXException, RemoteException
createFeatureElemEdgeMethod(nxopen.cae.FEElement, int, double)
which takes as input an array of FEElemEdge
or Mesh
objects and the argument edgeType.
seedTags
- seed element edge tagsdoEntityVisibilityCheck
- if true, visible entities will be returnedcomputeFreeEdgesOnVisibleModel
- if true, free edges are computed with respect to the visible elements in the modeldFeatureAngle
- feature angle
NXException
RemoteException
FeatureElemEdgeMethod createFeatureElemEdgeMethod(FEElemEdge[] seedTags, boolean doEntityVisibilityCheck, boolean computeFreeEdgesOnVisibleModel, boolean stopAtNonManifoldJunctions, Type edgeType, double dFeatureAngle) throws NXException, RemoteException
seedTags
- seed element edge tagsdoEntityVisibilityCheck
- if true, visible entities will be returnedcomputeFreeEdgesOnVisibleModel
- if true, free edges are computed with respect to the visible elements in the modelstopAtNonManifoldJunctions
- if true, the method's output will not span non-manifold junctionsedgeType
- compute element edge typedFeatureAngle
- feature angle, This input is ignored when you select mesh as inputNXException
RemoteException
FeatureElemEdgeMethod createFeatureElemEdgeMethod(Mesh[] seedTags, boolean doEntityVisibilityCheck, boolean computeFreeEdgesOnVisibleModel, boolean stopAtNonManifoldJunctions, Type edgeType, double dFeatureAngle) throws NXException, RemoteException
seedTags
- seed element edge tagsdoEntityVisibilityCheck
- if true, visible entities will be returnedcomputeFreeEdgesOnVisibleModel
- if true, free edges are computed with respect to the visible elements in the modelstopAtNonManifoldJunctions
- if true, the method's output will not span non-manifold junctionsedgeType
- compute element edge typedFeatureAngle
- feature angle, This input is ignored when you select mesh as inputNXException
RemoteException
FeatureElemFaceMethod createFeatureElemFaceMethod(FEElement seedElemTag, int seedElemFaceId, double dFeatureAngle) throws NXException, RemoteException
createFeatureElemFaceMethod(nxopen.cae.FEElement, int, double)
which takes as input an array of FEElement
objects and the argument doEntityVisibilityCheck.
seedElemTag
- seed element face tagseedElemFaceId
- seed element face iddFeatureAngle
- feature angle
NXException
RemoteException
FeatureElemFaceMethod createFeatureElemFaceMethod(FEElement[] seedTags, int[] seedElemFaceIds, double dFeatureAngle) throws NXException, RemoteException
createFeatureElemFaceMethod(nxopen.cae.FEElement, int, double)
which takes as input an array of FEElement
objects and the argument doEntityVisibilityCheck.
seedTags
- seed element face tagsseedElemFaceIds
- seed element face idsdFeatureAngle
- feature angle
NXException
RemoteException
FeatureElemFaceMethod createFeatureElemFaceMethod(FEElemFace[] seedTags, double dFeatureAngle) throws NXException, RemoteException
createFeatureElemFaceMethod(nxopen.cae.FEElement, int, double)
which takes as input an array of FEElemFace
objects and the argument doEntityVisibilityCheck.
seedTags
- seed element face tagsdFeatureAngle
- feature angle
NXException
RemoteException
FeatureElemFaceMethod createFeatureElemFaceMethod(FEElemFace[] seedTags, boolean doEntityVisibilityCheck, boolean computeFreeFacesOnVisibleModel, double dFeatureAngle) throws NXException, RemoteException
createFeatureElemFaceMethod(nxopen.cae.FEElement, int, double)
which takes as input argument stopAtNonManifoldJunctions.
seedTags
- seed element face tagsdoEntityVisibilityCheck
- if true, visible entities will be returnedcomputeFreeFacesOnVisibleModel
- if true, free faces are computed with respect to the visible elements in the modeldFeatureAngle
- feature angle
NXException
RemoteException
FeatureElemFaceMethod createFeatureElemFaceMethod(FEElemFace[] seedTags, boolean doEntityVisibilityCheck, boolean computeFreeFacesOnVisibleModel, boolean stopAtNonManifoldJunctions, double dFeatureAngle) throws NXException, RemoteException
seedTags
- seed element face tagsdoEntityVisibilityCheck
- if true, visible entities will be returnedcomputeFreeFacesOnVisibleModel
- if true, free faces are computed with respect to the visible elements in the modelstopAtNonManifoldJunctions
- if true, the method's output will not span non-manifold junctionsdFeatureAngle
- feature angleNXException
RemoteException
FeatureElemMethod createFeatureElemMethod(FEElement seedElemTag, int seedElemFaceId, double dFeatureAngle) throws NXException, RemoteException
createFeatureElemMethod(nxopen.cae.FEElement, int, double)
which takes as input an array of FEElement
objects and the argument doEntityVisibilityCheck.
seedElemTag
- seed element face tagseedElemFaceId
- seed element face iddFeatureAngle
- feature angle
NXException
RemoteException
FeatureElemMethod createFeatureElemMethod(FEElement[] seedTags, int[] seedElemFaceIds, double dFeatureAngle) throws NXException, RemoteException
createFeatureElemMethod(nxopen.cae.FEElement, int, double)
which takes as input an array of FEElement
objects and the argument doEntityVisibilityCheck.
seedTags
- seed element face tagsseedElemFaceIds
- seed element face idsdFeatureAngle
- feature angle
NXException
RemoteException
FeatureElemMethod createFeatureElemMethod(FEElemFace[] seedTags, double dFeatureAngle) throws NXException, RemoteException
createFeatureElemMethod(nxopen.cae.FEElement, int, double)
which takes as input an array of FEElemFace
objects and the argument doEntityVisibilityCheck.
seedTags
- seed element face tagsdFeatureAngle
- feature angle
NXException
RemoteException
FeatureElemMethod createFeatureElemMethod(FEElemFace[] seedTags, boolean doEntityVisibilityCheck, boolean computeFreeFacesOnVisibleModel, double dFeatureAngle) throws NXException, RemoteException
createFeatureElemMethod(nxopen.cae.FEElement, int, double)
which takes as input argument stopAtNonManifoldJunctions.
seedTags
- seed element face tagsdoEntityVisibilityCheck
- if true, visible entities will be returnedcomputeFreeFacesOnVisibleModel
- if true, free faces are computed with respect to the visible elements in the modeldFeatureAngle
- feature angle
NXException
RemoteException
FeatureElemMethod createFeatureElemMethod(FEElemFace[] seedTags, boolean doEntityVisibilityCheck, boolean computeFreeFacesOnVisibleModel, boolean stopAtNonManifoldJunctions, double dFeatureAngle) throws NXException, RemoteException
seedTags
- seed element face tagsdoEntityVisibilityCheck
- if true, visible entities will be returnedcomputeFreeFacesOnVisibleModel
- if true, free faces are computed with respect to the visible elements in the modelstopAtNonManifoldJunctions
- if true, the method's output will not span non-manifold junctionsdFeatureAngle
- feature angleNXException
RemoteException
FeatureShellElemMethod createFeatureShellElemMethod(FEElement seedElemTag, double dFeatureAngle) throws NXException, RemoteException
createFeatureShellElemMethod(nxopen.cae.FEElement, double)
which takes as input an array of FEElement
objects and the argument doEntityVisibilityCheck.
seedElemTag
- seed element face tagdFeatureAngle
- feature angle
NXException
RemoteException
FeatureShellElemMethod createFeatureShellElemMethod(FEElement[] seedTags, double dFeatureAngle) throws NXException, RemoteException
createFeatureShellElemMethod(nxopen.cae.FEElement, double)
which takes as input an array of FEElement
objects and the argument doEntityVisibilityCheck.
seedTags
- seed shell element tagsdFeatureAngle
- feature angle
NXException
RemoteException
FeatureShellElemMethod createFeatureShellElemMethod(FEElement[] seedTags, boolean doEntityVisibilityCheck, boolean computeFreeFacesOnVisibleModel, double dFeatureAngle) throws NXException, RemoteException
createFeatureShellElemMethod(nxopen.cae.FEElement, double)
which takes as input argument stopAtNonManifoldJunctions.
seedTags
- seed shell element tagsdoEntityVisibilityCheck
- if true, visible entities will be returnedcomputeFreeFacesOnVisibleModel
- if true, free faces are computed with respect to the visible elements in the modeldFeatureAngle
- feature angle
NXException
RemoteException
FeatureShellElemMethod createFeatureShellElemMethod(FEElement[] seedTags, boolean doEntityVisibilityCheck, boolean computeFreeFacesOnVisibleModel, boolean stopAtNonManifoldJunctions, double dFeatureAngle) throws NXException, RemoteException
seedTags
- seed shell element tagsdoEntityVisibilityCheck
- if true, visible entities will be returnedcomputeFreeFacesOnVisibleModel
- if true, free faces are computed with respect to the visible elements in the modelstopAtNonManifoldJunctions
- if true, the method's output will not span non-manifold junctionsdFeatureAngle
- feature angleNXException
RemoteException
FeatureNodeMethod createFeatureNodeMethod(FEElement seedElemTag, int seedElemFaceId, double dFeatureAngle) throws NXException, RemoteException
createFeatureNodeMethod(nxopen.cae.FEElement, int, double)
which takes as input an array of FEElement
objects and the argument doEntityVisibilityCheck.
seedElemTag
- seed element face tagseedElemFaceId
- seed element face iddFeatureAngle
- feature angle
NXException
RemoteException
FeatureNodeMethod createFeatureNodeMethod(FEElement[] seedTags, int[] seedElemFaceIds, double dFeatureAngle) throws NXException, RemoteException
createFeatureNodeMethod(nxopen.cae.FEElement, int, double)
which takes as input an array of FEElement
objects and the argument doEntityVisibilityCheck.
seedTags
- seed element face tagsseedElemFaceIds
- seed element face idsdFeatureAngle
- feature angle
NXException
RemoteException
FeatureNodeMethod createFeatureNodeMethod(FEElemFace[] seedTags, double dFeatureAngle) throws NXException, RemoteException
createFeatureNodeMethod(nxopen.cae.FEElement, int, double)
which takes as input an array of FEElemFace
objects and the argument doEntityVisibilityCheck.
seedTags
- seed element face tagsdFeatureAngle
- feature angle
NXException
RemoteException
FeatureNodeMethod createFeatureNodeMethod(FEElemFace[] seedTags, boolean doEntityVisibilityCheck, boolean computeFreeFacesOnVisibleModel, double dFeatureAngle) throws NXException, RemoteException
createFeatureNodeMethod(nxopen.cae.FEElement, int, double)
which takes as input argument stopAtNonManifoldJunctions.
seedTags
- seed element face tagsdoEntityVisibilityCheck
- if true, visible entities will be returnedcomputeFreeFacesOnVisibleModel
- if true, free faces are computed with respect to the visible elements in the modeldFeatureAngle
- feature angle
NXException
RemoteException
FeatureNodeMethod createFeatureNodeMethod(FEElemFace[] seedTags, boolean doEntityVisibilityCheck, boolean computeFreeFacesOnVisibleModel, boolean stopAtNonManifoldJunctions, double dFeatureAngle) throws NXException, RemoteException
seedTags
- seed element face tagsdoEntityVisibilityCheck
- if true, visible entities will be returnedcomputeFreeFacesOnVisibleModel
- if true, free faces are computed with respect to the visible elements in the modelstopAtNonManifoldJunctions
- if true, the method's output will not span non-manifold junctionsdFeatureAngle
- feature angleNXException
RemoteException
FilletFaceMethod createFilletFaceMethod(CAEBody seed, RadiusType radiusType, double dMinFilletRadius, double dMaxFilletRadius, double dMinFilletAngle, double dMaxFilletAngle) throws NXException, RemoteException
createFilletFaceMethod(nxopen.cae.CAEBody, nxopen.cae.RadiusType, double, double, double, double)
which takes as input an array of CAEBody
objects and the argument doEntityVisibilityCheck.
seed
- seed bodyradiusType
- fillet face radius typedMinFilletRadius
- minimum fillet radiusdMaxFilletRadius
- maximum fillet radiusdMinFilletAngle
- minimum fillet angledMaxFilletAngle
- maximum fillet angle
NXException
RemoteException
FilletFaceMethod createFilletFaceMethod(CAEBody[] seeds, RadiusType radiusType, double dMinFilletRadius, double dMaxFilletRadius, double dMinFilletAngle, double dMaxFilletAngle) throws NXException, RemoteException
createFilletFaceMethod(nxopen.cae.CAEBody, nxopen.cae.RadiusType, double, double, double, double)
which takes as input an array of CAEBody
objects and the argument doEntityVisibilityCheck.
seeds
- seed bodiesradiusType
- fillet face radius typedMinFilletRadius
- minimum fillet radiusdMaxFilletRadius
- maximum fillet radiusdMinFilletAngle
- minimum fillet angledMaxFilletAngle
- maximum fillet angle
NXException
RemoteException
FilletFaceMethod createFilletFaceMethod(CAEBody[] seeds, boolean doEntityVisibilityCheck, RadiusType radiusType, double dMinFilletRadius, double dMaxFilletRadius, double dMinFilletAngle, double dMaxFilletAngle) throws NXException, RemoteException
seeds
- seed bodiesdoEntityVisibilityCheck
- if true, visible entities will be returnedradiusType
- fillet face radius typedMinFilletRadius
- minimum fillet radiusdMaxFilletRadius
- maximum fillet radiusdMinFilletAngle
- minimum fillet angledMaxFilletAngle
- maximum fillet angleNXException
RemoteException
FilletFaceMethod createFilletFaceMethod(CAEFace[] seeds, RadiusType radiusType, double dMinFilletRadius, double dMaxFilletRadius, double dMinFilletAngle, double dMaxFilletAngle) throws NXException, RemoteException
createFilletFaceMethod(nxopen.cae.CAEBody, nxopen.cae.RadiusType, double, double, double, double)
which takes as input an array of CAEFace
objects and the argument doEntityVisibilityCheck.
seeds
- seed facesradiusType
- fillet face radius typedMinFilletRadius
- minimum fillet radiusdMaxFilletRadius
- maximum fillet radiusdMinFilletAngle
- minimum fillet angledMaxFilletAngle
- maximum fillet angle
NXException
RemoteException
FilletFaceMethod createFilletFaceMethod(CAEFace[] seeds, boolean doEntityVisibilityCheck, RadiusType radiusType, double dMinFilletRadius, double dMaxFilletRadius, double dMinFilletAngle, double dMaxFilletAngle) throws NXException, RemoteException
seeds
- seed facesdoEntityVisibilityCheck
- if true, visible entities will be returnedradiusType
- fillet face radius typedMinFilletRadius
- minimum fillet radiusdMaxFilletRadius
- maximum fillet radiusdMinFilletAngle
- minimum fillet angledMaxFilletAngle
- maximum fillet angleNXException
RemoteException
GroupMethod createGroupMethod(CaeGroup seed) throws NXException, RemoteException
createGroupMethod(nxopen.cae.CaeGroup)
which takes as input doEntityVisibilityCheck.
seed
- seed group
NXException
RemoteException
GroupMethod createGroupMethod(CaeGroup seed, boolean doEntityVisibilityCheck) throws NXException, RemoteException
seed
- seed groupdoEntityVisibilityCheck
- if true, visible entities will be returnedNXException
RemoteException
GroupElemMethod createGroupElemMethod(CaeGroup seed, GroupElemMethodElemOption.ElemOption elemOption) throws NXException, RemoteException
createGroupElemMethod(nxopen.cae.CaeGroup, nxopen.cae.GroupElemMethodElemOption.ElemOption)
which takes as input doEntityVisibilityCheck.
seed
- seed groupelemOption
- specifies what types of elements to extract from the group
NXException
RemoteException
GroupElemMethod createGroupElemMethod(CaeGroup seed, boolean doEntityVisibilityCheck, GroupElemMethodElemOption.ElemOption elemOption) throws NXException, RemoteException
seed
- seed groupdoEntityVisibilityCheck
- if true, visible entities will be returnedelemOption
- specifies what types of elements to extract from the groupNXException
RemoteException
GroupElemEdgeMethod createGroupElemEdgeMethod(CaeGroup seed, boolean doEntityVisibilityCheck) throws NXException, RemoteException
seed
- seed groupdoEntityVisibilityCheck
- if true, visible entities will be returnedNXException
RemoteException
GroupElemFaceMethod createGroupElemFaceMethod(CaeGroup seed, boolean doEntityVisibilityCheck) throws NXException, RemoteException
seed
- seed groupdoEntityVisibilityCheck
- if true, visible entities will be returnedNXException
RemoteException
GroupEdgeMethod createGroupEdgeMethod(CaeGroup seed, boolean doEntityVisibilityCheck) throws NXException, RemoteException
seed
- seed groupdoEntityVisibilityCheck
- if true, visible entities will be returnedNXException
RemoteException
GroupFaceMethod createGroupFaceMethod(CaeGroup seed) throws NXException, RemoteException
createGroupFaceMethod(nxopen.cae.CaeGroup)
which takes as input doEntityVisibilityCheck.
seed
- seed group
NXException
RemoteException
GroupFaceMethod createGroupFaceMethod(CaeGroup seed, boolean doEntityVisibilityCheck) throws NXException, RemoteException
seed
- seed groupdoEntityVisibilityCheck
- if true, visible entities will be returnedNXException
RemoteException
GroupNodeMethod createGroupNodeMethod(CaeGroup seed) throws NXException, RemoteException
createGroupNodeMethod(nxopen.cae.CaeGroup)
which takes as input doEntityVisibilityCheck.
seed
- seed group
NXException
RemoteException
GroupNodeMethod createGroupNodeMethod(CaeGroup seed, boolean doEntityVisibilityCheck) throws NXException, RemoteException
seed
- seed groupdoEntityVisibilityCheck
- if true, visible entities will be returnedNXException
RemoteException
ShowAdjacentGroupMethod createShowAdjacentGroupMethod(CaeGroup seed, boolean doEntityVisibilityCheck) throws NXException, RemoteException
seed
- seed groupdoEntityVisibilityCheck
- if true, visible entities will be returnedNXException
RemoteException
ShowHideGroupMethod createShowHideGroupMethod(CaeGroup seed, boolean doEntityVisibilityCheck) throws NXException, RemoteException
seed
- seed groupdoEntityVisibilityCheck
- if true, visible entities will be returnedNXException
RemoteException
OrderedEdgeNodeMethod createOrderedEdgeNodeMethod(CAEEdge seed, boolean doEntityVisibilityCheck, boolean flipSeedStart) throws NXException, RemoteException
seed
- seed nodedoEntityVisibilityCheck
- if true, visible entities will be returnedflipSeedStart
- specifies start endNXException
RemoteException
OrderedEdgeNodeMethod createOrderedEdgeNodeMethod(Line seed, boolean doEntityVisibilityCheck, boolean flipSeedStart) throws NXException, RemoteException
seed
- seed nodedoEntityVisibilityCheck
- if true, visible entities will be returnedflipSeedStart
- specifies start endNXException
RemoteException
OrderedEdgeNodeMethod createOrderedEdgeNodeMethod(Arc seed, boolean doEntityVisibilityCheck, boolean flipSeedStart) throws NXException, RemoteException
seed
- seed nodedoEntityVisibilityCheck
- if true, visible entities will be returnedflipSeedStart
- specifies start endNXException
RemoteException
OrderedEdgeNodeMethod createOrderedEdgeNodeMethod(Conic seed, boolean doEntityVisibilityCheck, boolean flipSeedStart) throws NXException, RemoteException
seed
- seed nodedoEntityVisibilityCheck
- if true, visible entities will be returnedflipSeedStart
- specifies start endNXException
RemoteException
OrderedEdgeNodeMethod createOrderedEdgeNodeMethod(Spline seed, boolean doEntityVisibilityCheck, boolean flipSeedStart) throws NXException, RemoteException
seed
- seed nodedoEntityVisibilityCheck
- if true, visible entities will be returnedflipSeedStart
- specifies start endNXException
RemoteException
OrderedEdgeElemMethod createOrderedEdgeElemMethod(CAEEdge seed, boolean doEntityVisibilityCheck, boolean flipSeedStart) throws NXException, RemoteException
seed
- seed nodedoEntityVisibilityCheck
- if true, visible entities will be returnedflipSeedStart
- specifies start endNXException
RemoteException
OrderedEdgeElemMethod createOrderedEdgeElemMethod(Line seed, boolean doEntityVisibilityCheck, boolean flipSeedStart) throws NXException, RemoteException
seed
- seed nodedoEntityVisibilityCheck
- if true, visible entities will be returnedflipSeedStart
- specifies start endNXException
RemoteException
OrderedEdgeElemMethod createOrderedEdgeElemMethod(Arc seed, boolean doEntityVisibilityCheck, boolean flipSeedStart) throws NXException, RemoteException
seed
- seed nodedoEntityVisibilityCheck
- if true, visible entities will be returnedflipSeedStart
- specifies start endNXException
RemoteException
OrderedEdgeElemMethod createOrderedEdgeElemMethod(Conic seed, boolean doEntityVisibilityCheck, boolean flipSeedStart) throws NXException, RemoteException
seed
- seed nodedoEntityVisibilityCheck
- if true, visible entities will be returnedflipSeedStart
- specifies start endNXException
RemoteException
OrderedEdgeElemMethod createOrderedEdgeElemMethod(Spline seed, boolean doEntityVisibilityCheck, boolean flipSeedStart) throws NXException, RemoteException
seed
- seed nodedoEntityVisibilityCheck
- if true, visible entities will be returnedflipSeedStart
- specifies start endNXException
RemoteException
OrderedFeatureEdgeNodeMethod createOrderedFeatureEdgeNodeMethod(FEElemEdge seedTag, boolean doEntityVisibilityCheck, boolean computeFreeEdgesOnVisibleModel, boolean flipSeedStart, double dFeatureAngle) throws NXException, RemoteException
createOrderedFeatureEdgeNodeMethod(nxopen.cae.FEElemEdge, boolean, boolean, boolean, double)
which takes as input argument stopAtNonManifoldJunctions.
seedTag
- doEntityVisibilityCheck
- if true, visible entities will be returnedcomputeFreeEdgesOnVisibleModel
- if true, free edges are computed with respect to the visible elements in the modelflipSeedStart
- specifies start enddFeatureAngle
- feature angle
NXException
RemoteException
OrderedFeatureEdgeNodeMethod createOrderedFeatureEdgeNodeMethod(FEElemEdge seedTag, boolean doEntityVisibilityCheck, boolean computeFreeEdgesOnVisibleModel, boolean flipSeedStart, boolean stopAtNonManifoldJunctions, double dFeatureAngle) throws NXException, RemoteException
seedTag
- doEntityVisibilityCheck
- if true, visible entities will be returnedcomputeFreeEdgesOnVisibleModel
- if true, free edges are computed with respect to the visible elements in the modelflipSeedStart
- specifies start endstopAtNonManifoldJunctions
- if true, the method's output will not span non-manifold junctionsdFeatureAngle
- feature angleNXException
RemoteException
OrderedFeatureEdgeNodeMethod createOrderedFeatureEdgeElemMethod(FEElemEdge seedTag, boolean doEntityVisibilityCheck, boolean computeFreeEdgesOnVisibleModel, boolean flipSeedStart, double dFeatureAngle) throws NXException, RemoteException
createOrderedFeatureEdgeElemMethod(nxopen.cae.FEElemEdge, boolean, boolean, boolean, double)
which takes as input argument stopAtNonManifoldJunctions.
seedTag
- doEntityVisibilityCheck
- if true, visible entities will be returnedcomputeFreeEdgesOnVisibleModel
- if true, free edges are computed with respect to the visible elements in the modelflipSeedStart
- specifies start enddFeatureAngle
- feature angle
NXException
RemoteException
OrderedFeatureEdgeNodeMethod createOrderedFeatureEdgeElemMethod(FEElemEdge seedTag, boolean doEntityVisibilityCheck, boolean computeFreeEdgesOnVisibleModel, boolean flipSeedStart, boolean stopAtNonManifoldJunctions, double dFeatureAngle) throws NXException, RemoteException
seedTag
- doEntityVisibilityCheck
- if true, visible entities will be returnedcomputeFreeEdgesOnVisibleModel
- if true, free edges are computed with respect to the visible elements in the modelflipSeedStart
- specifies start endstopAtNonManifoldJunctions
- if true, the method's output will not span non-manifold junctionsdFeatureAngle
- feature angleNXException
RemoteException
RelatedCurveMethod createRelatedCurveMethod(FEElemEdge[] seeds, boolean doEntityVisibilityCheck) throws NXException, RemoteException
seeds
- seed elementsdoEntityVisibilityCheck
- if true, visible entities will be returnedNXException
RemoteException
RelatedCurveMethod createRelatedCurveMethod(Mesh[] seeds, boolean doEntityVisibilityCheck) throws NXException, RemoteException
seeds
- seed meshesdoEntityVisibilityCheck
- if true, visible entities will be returnedNXException
RemoteException
RelatedCurveMethod createRelatedCurveMethod(FENode[] seeds, boolean doEntityVisibilityCheck) throws NXException, RemoteException
seeds
- seed nodesdoEntityVisibilityCheck
- if true, visible entities will be returnedNXException
RemoteException
RelatedEdgeMethod createRelatedEdgeMethod(CAEBody[] seeds, boolean doEntityVisibilityCheck) throws NXException, RemoteException
seeds
- seed bodiesdoEntityVisibilityCheck
- if true, visible entities will be returnedNXException
RemoteException
RelatedEdgeMethod createRelatedEdgeMethod(FEElemEdge[] seeds, boolean doEntityVisibilityCheck) throws NXException, RemoteException
seeds
- seed element edgesdoEntityVisibilityCheck
- if true, visible entities will be returnedNXException
RemoteException
RelatedEdgeMethod createRelatedEdgeMethod(CAEFace[] seeds, boolean doEntityVisibilityCheck) throws NXException, RemoteException
seeds
- seed facesdoEntityVisibilityCheck
- if true, visible entities will be returnedNXException
RemoteException
RelatedEdgeMethod createRelatedEdgeMethod(Mesh[] seeds, boolean doEntityVisibilityCheck) throws NXException, RemoteException
seeds
- seed meshesdoEntityVisibilityCheck
- if true, visible entities will be returnedNXException
RemoteException
RelatedEdgeMethod createRelatedEdgeMethod(FENode[] seeds, boolean doEntityVisibilityCheck) throws NXException, RemoteException
seeds
- seed nodesdoEntityVisibilityCheck
- if true, visible entities will be returnedNXException
RemoteException
RelatedEdgeMethod createRelatedEdgeMethod(CAEVertex[] seeds, boolean doEntityVisibilityCheck) throws NXException, RemoteException
seeds
- seed verticesdoEntityVisibilityCheck
- if true, visible entities will be returnedNXException
RemoteException
RelatedElemEdgeMethod createRelatedElemEdgeMethod(Mesh seed) throws NXException, RemoteException
createRelatedElemEdgeMethod(nxopen.cae.Mesh)
which takes as input an array of Mesh
objects and the argument doEntityVisibilityCheck.
seed
- seed mesh
NXException
RemoteException
RelatedElemEdgeMethod createRelatedElemEdgeMethod(Mesh[] seeds) throws NXException, RemoteException
createRelatedElemEdgeMethod(nxopen.cae.Mesh)
which takes as input an array of Mesh
objects and the argument doEntityVisibilityCheck.
seeds
- seed meshes
NXException
RemoteException
RelatedElemEdgeMethod createRelatedElemEdgeMethod(Mesh[] seeds, boolean doEntityVisibilityCheck) throws NXException, RemoteException
seeds
- seed meshesdoEntityVisibilityCheck
- if true, visible entities will be returnedNXException
RemoteException
RelatedElemEdgeMethod createRelatedElemEdgeMethod(CAEEdge seed) throws NXException, RemoteException
createRelatedElemEdgeMethod(nxopen.cae.Mesh)
which takes as input an array of CAEEdge
objects and the argument doEntityVisibilityCheck.
seed
- seed edge
NXException
RemoteException
RelatedElemEdgeMethod createRelatedElemEdgeMethod(CAEEdge[] seeds) throws NXException, RemoteException
createRelatedElemEdgeMethod(nxopen.cae.Mesh)
which takes as input an array of CAEEdge
objects and the argument doEntityVisibilityCheck.
seeds
- seed edges
NXException
RemoteException
RelatedElemEdgeMethod createRelatedElemEdgeMethod(CAEEdge[] seeds, boolean doEntityVisibilityCheck) throws NXException, RemoteException
seeds
- seed edgesdoEntityVisibilityCheck
- if true, visible entities will be returnedNXException
RemoteException
RelatedElemEdgeMethod createRelatedElemEdgeMethod(Mesh seed, boolean doEntityVisibilityCheck) throws NXException, RemoteException
seed
- seed meshdoEntityVisibilityCheck
- if true, visible entities will be returnedNXException
RemoteException
RelatedElemEdgeMethod createRelatedElemEdgeMethod(CAEEdge seed, boolean doEntityVisibilityCheck) throws NXException, RemoteException
seed
- seed edgedoEntityVisibilityCheck
- if true, visible entities will be returnedNXException
RemoteException
RelatedElemFaceMethod createRelatedElemFaceMethod(Mesh seed) throws NXException, RemoteException
createRelatedElemFaceMethod(nxopen.cae.Mesh)
which takes as input an array of Mesh
objects and the argument doEntityVisibilityCheck.
seed
- seed mesh
NXException
RemoteException
RelatedElemFaceMethod createRelatedElemFaceMethod(Mesh[] seeds) throws NXException, RemoteException
createRelatedElemFaceMethod(nxopen.cae.Mesh)
which takes as input an array of Mesh
objects and the argument doEntityVisibilityCheck.
seeds
- seed meshes
NXException
RemoteException
RelatedElemFaceMethod createRelatedElemFaceMethod(Mesh[] seeds, boolean doEntityVisibilityCheck) throws NXException, RemoteException
seeds
- seed meshesdoEntityVisibilityCheck
- if true, visible entities will be returnedNXException
RemoteException
RelatedElemFaceMethod createRelatedElemFaceMethod(CAEFace seed) throws NXException, RemoteException
createRelatedElemFaceMethod(nxopen.cae.Mesh)
which takes as input an array of CAEFace
objects and the argument doEntityVisibilityCheck.
seed
- seed face
NXException
RemoteException
RelatedElemFaceMethod createRelatedElemFaceMethod(CAEFace[] seeds) throws NXException, RemoteException
createRelatedElemFaceMethod(nxopen.cae.Mesh)
which takes as input an array of CAEFace
objects and the argument doEntityVisibilityCheck.
seeds
- seed faces
NXException
RemoteException
RelatedElemFaceMethod createRelatedElemFaceMethod(CAEFace[] seeds, boolean doEntityVisibilityCheck) throws NXException, RemoteException
seeds
- seed facesdoEntityVisibilityCheck
- if true, visible entities will be returnedNXException
RemoteException
RelatedElemFaceMethod createRelatedElemFaceMethod(Mesh seed, boolean doEntityVisibilityCheck) throws NXException, RemoteException
seed
- seed meshdoEntityVisibilityCheck
- if true, visible entities will be returnedNXException
RemoteException
RelatedElemFaceMethod createRelatedElemFaceMethod(CAEFace seed, boolean doEntityVisibilityCheck) throws NXException, RemoteException
seed
- seed facedoEntityVisibilityCheck
- if true, visible entities will be returnedNXException
RemoteException
RelatedElemMethod createRelatedElemMethod(Mesh seed) throws NXException, RemoteException
createRelatedElemMethod(nxopen.cae.Mesh)
which takes as input an array of Mesh
objects and the argument doEntityVisibilityCheck.
seed
- seed mesh
NXException
RemoteException
RelatedElemMethod createRelatedElemMethod(Mesh[] seeds) throws NXException, RemoteException
createRelatedElemMethod(nxopen.cae.Mesh)
which takes as input an array of Mesh
objects and the argument doEntityVisibilityCheck.
seeds
- seed meshes
NXException
RemoteException
RelatedElemMethod createRelatedElemMethod(Mesh[] seeds, boolean doEntityVisibilityCheck) throws NXException, RemoteException
seeds
- seed meshesdoEntityVisibilityCheck
- if true, visible entities will be returnedNXException
RemoteException
RelatedElemMethod createRelatedElemMethod(CAEBody seed) throws NXException, RemoteException
createRelatedElemMethod(nxopen.cae.Mesh)
which takes as input an array of CAEBody
objects and the argument doEntityVisibilityCheck.
seed
- seed body
NXException
RemoteException
RelatedElemMethod createRelatedElemMethod(CAEBody[] seeds) throws NXException, RemoteException
createRelatedElemMethod(nxopen.cae.Mesh)
which takes as input an array of CAEBody
objects and the argument doEntityVisibilityCheck.
seeds
- seed bodies
NXException
RemoteException
RelatedElemMethod createRelatedElemMethod(CAEBody[] seeds, boolean doEntityVisibilityCheck) throws NXException, RemoteException
seeds
- seed bodiesdoEntityVisibilityCheck
- if true, visible entities will be returnedNXException
RemoteException
RelatedElemMethod createRelatedElemMethod(CAEFace seed) throws NXException, RemoteException
createRelatedElemMethod(nxopen.cae.Mesh)
which takes as input an array of CAEFace
objects and the argument doEntityVisibilityCheck.
seed
- seed face
NXException
RemoteException
RelatedElemMethod createRelatedElemMethod(CAEFace[] seeds) throws NXException, RemoteException
createRelatedElemMethod(nxopen.cae.Mesh)
which takes as input an array of CAEFace
objects and the argument doEntityVisibilityCheck.
seeds
- seed faces
NXException
RemoteException
RelatedElemMethod createRelatedElemMethod(CAEFace[] seeds, boolean doEntityVisibilityCheck) throws NXException, RemoteException
seeds
- seed facesdoEntityVisibilityCheck
- if true, visible entities will be returnedNXException
RemoteException
RelatedElemMethod createRelatedElemMethod(CAEEdge seed) throws NXException, RemoteException
createRelatedElemMethod(nxopen.cae.Mesh)
which takes as input an array of CAEEdge
objects and the argument doEntityVisibilityCheck.
seed
- seed edge
NXException
RemoteException
RelatedElemMethod createRelatedElemMethod(CAEEdge[] seeds) throws NXException, RemoteException
createRelatedElemMethod(nxopen.cae.Mesh)
which takes as input an array of CAEEdge
objects and the argument doEntityVisibilityCheck.
seeds
- seed edges
NXException
RemoteException
RelatedElemMethod createRelatedElemMethod(CAEEdge[] seeds, boolean doEntityVisibilityCheck) throws NXException, RemoteException
seeds
- seed edgesdoEntityVisibilityCheck
- if true, visible entities will be returnedNXException
RemoteException
RelatedElemMethod createRelatedElemMethod(FENode seed) throws NXException, RemoteException
createRelatedElemMethod(nxopen.cae.Mesh)
which takes as input an array of FENode
objects and the argument doEntityVisibilityCheck.
seed
- seed node
NXException
RemoteException
RelatedElemMethod createRelatedElemMethod(FENode[] seeds) throws NXException, RemoteException
createRelatedElemMethod(nxopen.cae.Mesh)
which takes as input an array of FENode
objects and the argument doEntityVisibilityCheck.
seeds
- seed nodes
NXException
RemoteException
RelatedElemMethod createRelatedElemMethod(FENode[] seeds, boolean doEntityVisibilityCheck) throws NXException, RemoteException
seeds
- seed nodesdoEntityVisibilityCheck
- if true, visible entities will be returnedNXException
RemoteException
RelatedElemMethod createRelatedElemMethod(Line[] seedTags) throws NXException, RemoteException
createRelatedElemMethod(nxopen.cae.Mesh)
which takes as input an array of Line
objects and the argument doEntityVisibilityCheck.
seedTags
- seed lines
NXException
RemoteException
RelatedElemMethod createRelatedElemMethod(Line[] seedTags, boolean doEntityVisibilityCheck) throws NXException, RemoteException
seedTags
- seed linesdoEntityVisibilityCheck
- if true, visible entities will be returnedNXException
RemoteException
RelatedElemMethod createRelatedElemMethod(Arc[] seedTags) throws NXException, RemoteException
createRelatedElemMethod(nxopen.cae.Mesh)
which takes as input an array of Arc
objects and the argument doEntityVisibilityCheck.
seedTags
- seed arcs
NXException
RemoteException
RelatedElemMethod createRelatedElemMethod(Arc[] seedTags, boolean doEntityVisibilityCheck) throws NXException, RemoteException
seedTags
- seed arcsdoEntityVisibilityCheck
- if true, visible entities will be returnedNXException
RemoteException
RelatedElemMethod createRelatedElemMethod(Conic[] seedTags) throws NXException, RemoteException
createRelatedElemMethod(nxopen.cae.Mesh)
which takes as input an array of Conic
objects and the argument doEntityVisibilityCheck.
seedTags
- seed conics
NXException
RemoteException
RelatedElemMethod createRelatedElemMethod(Conic[] seedTags, boolean doEntityVisibilityCheck) throws NXException, RemoteException
seedTags
- seed conicsdoEntityVisibilityCheck
- if true, visible entities will be returnedNXException
RemoteException
RelatedElemMethod createRelatedElemMethod(Spline[] seedTags) throws NXException, RemoteException
createRelatedElemMethod(nxopen.cae.Mesh)
which takes as input an array of Spline
objects and the argument doEntityVisibilityCheck.
seedTags
- seed splines
NXException
RemoteException
RelatedElemMethod createRelatedElemMethod(Spline[] seedTags, boolean doEntityVisibilityCheck) throws NXException, RemoteException
seedTags
- seed splinesdoEntityVisibilityCheck
- if true, visible entities will be returnedNXException
RemoteException
RelatedElemMethod createRelatedElemMethod(Mesh seedTag, boolean doEntityVisibilityCheck) throws NXException, RemoteException
seedTag
- seed meshdoEntityVisibilityCheck
- if true, visible entities will be returnedNXException
RemoteException
RelatedElemMethod createRelatedElemMethod(CAEBody seedTag, boolean doEntityVisibilityCheck) throws NXException, RemoteException
seedTag
- seed bodydoEntityVisibilityCheck
- if true, visible entities will be returnedNXException
RemoteException
RelatedElemMethod createRelatedElemMethod(CAEFace seedTag, boolean doEntityVisibilityCheck) throws NXException, RemoteException
seedTag
- seed facedoEntityVisibilityCheck
- if true, visible entities will be returnedNXException
RemoteException
RelatedElemMethod createRelatedElemMethod(CAEEdge seedTag, boolean doEntityVisibilityCheck) throws NXException, RemoteException
seedTag
- seed edgedoEntityVisibilityCheck
- if true, visible entities will be returnedNXException
RemoteException
RelatedElemMethod createRelatedElemMethod(FENode seedTag, boolean doEntityVisibilityCheck) throws NXException, RemoteException
seedTag
- seed nodedoEntityVisibilityCheck
- if true, visible entities will be returnedNXException
RemoteException
RelatedElemMethod createRelatedElemMethod(Line seedTag, boolean doEntityVisibilityCheck) throws NXException, RemoteException
seedTag
- seed linedoEntityVisibilityCheck
- if true, visible entities will be returnedNXException
RemoteException
RelatedElemMethod createRelatedElemMethod(Arc seedTag, boolean doEntityVisibilityCheck) throws NXException, RemoteException
seedTag
- seed arcdoEntityVisibilityCheck
- if true, visible entities will be returnedNXException
RemoteException
RelatedElemMethod createRelatedElemMethod(Conic seedTag, boolean doEntityVisibilityCheck) throws NXException, RemoteException
seedTag
- seed conicdoEntityVisibilityCheck
- if true, visible entities will be returnedNXException
RemoteException
RelatedElemMethod createRelatedElemMethod(Spline seedTag, boolean doEntityVisibilityCheck) throws NXException, RemoteException
seedTag
- seed splinedoEntityVisibilityCheck
- if true, visible entities will be returnedNXException
RemoteException
RelatedFaceMethod createRelatedFaceMethod(Mesh seed) throws NXException, RemoteException
createRelatedFaceMethod(nxopen.cae.Mesh)
which takes as input an array of Mesh
objects and the argument doEntityVisibilityCheck.
seed
- seed mesh
NXException
RemoteException
RelatedFaceMethod createRelatedFaceMethod(Mesh[] seeds) throws NXException, RemoteException
createRelatedFaceMethod(nxopen.cae.Mesh)
which takes as input an array of Mesh
objects and the argument doEntityVisibilityCheck.
seeds
- seed meshes
NXException
RemoteException
RelatedFaceMethod createRelatedFaceMethod(Mesh[] seeds, boolean doEntityVisibilityCheck) throws NXException, RemoteException
seeds
- seed meshesdoEntityVisibilityCheck
- if true, visible entities will be returnedNXException
RemoteException
RelatedFaceMethod createRelatedFaceMethod(FENode seed) throws NXException, RemoteException
createRelatedFaceMethod(nxopen.cae.Mesh)
which takes as input an array of FENode
objects and the argument doEntityVisibilityCheck.
seed
- seed node
NXException
RemoteException
RelatedFaceMethod createRelatedFaceMethod(FENode[] seeds) throws NXException, RemoteException
createRelatedFaceMethod(nxopen.cae.Mesh)
which takes as input an array of FENode
objects and the argument doEntityVisibilityCheck.
seeds
- seed nodes
NXException
RemoteException
RelatedFaceMethod createRelatedFaceMethod(FENode[] seeds, boolean doEntityVisibilityCheck) throws NXException, RemoteException
seeds
- seed nodesdoEntityVisibilityCheck
- if true, visible entities will be returnedNXException
RemoteException
RelatedFaceMethod createRelatedFaceMethod(FEElement seedElemTag, int seedElemFaceId) throws NXException, RemoteException
createRelatedFaceMethod(nxopen.cae.Mesh)
which takes as input an array of FEElement
objects and the argument doEntityVisibilityCheck.
seedElemTag
- seed ElementseedElemFaceId
- seed element face id
NXException
RemoteException
RelatedFaceMethod createRelatedFaceMethod(FEElement[] seedTags, int[] seedElemFaceIds) throws NXException, RemoteException
createRelatedFaceMethod(nxopen.cae.Mesh)
which takes as input an array of FEElement
objects and the argument doEntityVisibilityCheck.
seedTags
- seed element face tagsseedElemFaceIds
- seed element face ids
NXException
RemoteException
RelatedFaceMethod createRelatedFaceMethod(FEElemFace[] seedTags) throws NXException, RemoteException
createRelatedFaceMethod(nxopen.cae.Mesh)
which takes as input an array of FEElemFace
objects and the argument doEntityVisibilityCheck.
seedTags
- seed element face tags
NXException
RemoteException
RelatedFaceMethod createRelatedFaceMethod(FEElemFace[] seedTags, boolean doEntityVisibilityCheck) throws NXException, RemoteException
seedTags
- seed element face tagsdoEntityVisibilityCheck
- if true, visible entities will be returnedNXException
RemoteException
RelatedFaceMethod createRelatedFaceMethod(Mesh seed, boolean doEntityVisibilityCheck) throws NXException, RemoteException
seed
- seed meshdoEntityVisibilityCheck
- if true, visible entities will be returnedNXException
RemoteException
RelatedFaceMethod createRelatedFaceMethod(FENode seed, boolean doEntityVisibilityCheck) throws NXException, RemoteException
seed
- seed nodedoEntityVisibilityCheck
- if true, visible entities will be returnedNXException
RemoteException
RelatedFaceMethod createRelatedFaceMethod(FEElemFace seedTag, int seedElemFaceId, boolean doEntityVisibilityCheck) throws NXException, RemoteException
seedTag
- seed element face tagseedElemFaceId
- seed element face iddoEntityVisibilityCheck
- if true, visible entities will be returnedNXException
RemoteException
RelatedFaceMethod createRelatedFaceMethod(CAEBody[] seeds, boolean doEntityVisibilityCheck) throws NXException, RemoteException
seeds
- seed bodiesdoEntityVisibilityCheck
- if true, visible entities will be returnedNXException
RemoteException
RelatedFaceMethod createRelatedFaceMethod(CAEEdge[] seeds, boolean doEntityVisibilityCheck) throws NXException, RemoteException
seeds
- seed edgesdoEntityVisibilityCheck
- if true, visible entities will be returnedNXException
RemoteException
RelatedFaceMethod createRelatedFaceMethod(MeshControl[] seeds, boolean doEntityVisibilityCheck) throws NXException, RemoteException
seeds
- seed edgesdoEntityVisibilityCheck
- if true, visible entities will be returnedNXException
RemoteException
RelatedNodeMethod createRelatedNodeMethod(Mesh seed) throws NXException, RemoteException
createRelatedNodeMethod(nxopen.cae.Mesh)
which takes as input an array of Mesh
objects and the argument doEntityVisibilityCheck.
seed
- seed mesh
NXException
RemoteException
RelatedNodeMethod createRelatedNodeMethod(Mesh[] seeds) throws NXException, RemoteException
createRelatedNodeMethod(nxopen.cae.Mesh)
which takes as input an array of Mesh
objects and the argument doEntityVisibilityCheck.
seeds
- seed meshes
NXException
RemoteException
RelatedNodeMethod createRelatedNodeMethod(Mesh[] seeds, boolean doEntityVisibilityCheck) throws NXException, RemoteException
seeds
- seed meshesdoEntityVisibilityCheck
- if true, visible entities will be returnedNXException
RemoteException
RelatedNodeMethod createRelatedNodeMethod(CAEBody seed) throws NXException, RemoteException
createRelatedNodeMethod(nxopen.cae.Mesh)
which takes as input an array of CAEBody
objects and the argument doEntityVisibilityCheck.
seed
- seed body
NXException
RemoteException
RelatedNodeMethod createRelatedNodeMethod(CAEBody[] seeds) throws NXException, RemoteException
createRelatedNodeMethod(nxopen.cae.Mesh)
which takes as input an array of CAEBody
objects and the argument doEntityVisibilityCheck.
seeds
- seed bodies
NXException
RemoteException
RelatedNodeMethod createRelatedNodeMethod(CAEBody[] seeds, boolean doEntityVisibilityCheck) throws NXException, RemoteException
seeds
- seed bodiesdoEntityVisibilityCheck
- if true, visible entities will be returnedNXException
RemoteException
RelatedNodeMethod createRelatedNodeMethod(CAEFace seed) throws NXException, RemoteException
createRelatedNodeMethod(nxopen.cae.Mesh)
which takes as input an array of CAEFace
objects and the argument doEntityVisibilityCheck.
seed
- seed face
NXException
RemoteException
RelatedNodeMethod createRelatedNodeMethod(CAEFace[] seeds) throws NXException, RemoteException
createRelatedNodeMethod(nxopen.cae.Mesh)
which takes as input an array of CAEFace
objects and the argument doEntityVisibilityCheck.
seeds
- seed faces
NXException
RemoteException
RelatedNodeMethod createRelatedNodeMethod(CAEFace[] seeds, boolean doEntityVisibilityCheck) throws NXException, RemoteException
seeds
- seed facesdoEntityVisibilityCheck
- if true, visible entities will be returnedNXException
RemoteException
RelatedNodeMethod createRelatedNodeMethod(CAEEdge seed) throws NXException, RemoteException
createRelatedNodeMethod(nxopen.cae.Mesh)
which takes as input an array of CAEEdge
objects and the argument doEntityVisibilityCheck.
seed
- seed edge
NXException
RemoteException
RelatedNodeMethod createRelatedNodeMethod(CAEEdge[] seeds) throws NXException, RemoteException
createRelatedNodeMethod(nxopen.cae.Mesh)
which takes as input an array of CAEEdge
objects and the argument doEntityVisibilityCheck.
seeds
- seed edges
NXException
RemoteException
RelatedNodeMethod createRelatedNodeMethod(CAEEdge[] seeds, boolean doEntityVisibilityCheck) throws NXException, RemoteException
seeds
- seed edgesdoEntityVisibilityCheck
- if true, visible entities will be returnedNXException
RemoteException
RelatedNodeMethod createRelatedNodeMethod(FEElement seed) throws NXException, RemoteException
createRelatedNodeMethod(nxopen.cae.Mesh)
which takes as input an array of FEElement
objects and the argument doEntityVisibilityCheck.
seed
- seed element
NXException
RemoteException
RelatedNodeMethod createRelatedNodeMethod(FEElement[] seedTags) throws NXException, RemoteException
createRelatedNodeMethod(nxopen.cae.Mesh)
which takes as input an array of FEElement
objects and the argument doEntityVisibilityCheck.
seedTags
- seed elements
NXException
RemoteException
RelatedNodeMethod createRelatedNodeMethod(FEElement[] seedTags, boolean doEntityVisibilityCheck) throws NXException, RemoteException
seedTags
- seed elementsdoEntityVisibilityCheck
- if true, visible entities will be returnedNXException
RemoteException
RelatedNodeMethod createRelatedNodeMethod(MeshPoint[] seedTags) throws NXException, RemoteException
createRelatedNodeMethod(nxopen.cae.Mesh)
which takes as input an array of MeshPoint
objects and the argument doEntityVisibilityCheck.
seedTags
- seed mesh points
NXException
RemoteException
RelatedNodeMethod createRelatedNodeMethod(MeshPoint[] seedTags, boolean doEntityVisibilityCheck) throws NXException, RemoteException
seedTags
- seed mesh pointsdoEntityVisibilityCheck
- if true, visible entities will be returnedNXException
RemoteException
RelatedNodeMethod createRelatedNodeMethod(Point[] seedTags) throws NXException, RemoteException
createRelatedNodeMethod(nxopen.cae.Mesh)
which takes as input an array of Point
objects and the argument doEntityVisibilityCheck.
seedTags
- seed points
NXException
RemoteException
RelatedNodeMethod createRelatedNodeMethod(Point[] seedTags, boolean doEntityVisibilityCheck) throws NXException, RemoteException
seedTags
- seed pointsdoEntityVisibilityCheck
- if true, visible entities will be returnedNXException
RemoteException
RelatedNodeMethod createRelatedNodeMethod(Line[] seedTags) throws NXException, RemoteException
createRelatedNodeMethod(nxopen.cae.Mesh)
which takes as input an array of Line
objects and the argument doEntityVisibilityCheck.
seedTags
- seed lines
NXException
RemoteException
RelatedNodeMethod createRelatedNodeMethod(Line[] seedTags, boolean doEntityVisibilityCheck) throws NXException, RemoteException
seedTags
- seed linesdoEntityVisibilityCheck
- if true, visible entities will be returnedNXException
RemoteException
RelatedNodeMethod createRelatedNodeMethod(Arc[] seedTags) throws NXException, RemoteException
createRelatedNodeMethod(nxopen.cae.Mesh)
which takes as input an array of Arc
objects and the argument doEntityVisibilityCheck.
seedTags
- seed arcs
NXException
RemoteException
RelatedNodeMethod createRelatedNodeMethod(Arc[] seedTags, boolean doEntityVisibilityCheck) throws NXException, RemoteException
seedTags
- seed arcsdoEntityVisibilityCheck
- if true, visible entities will be returnedNXException
RemoteException
RelatedNodeMethod createRelatedNodeMethod(Conic[] seedTags) throws NXException, RemoteException
createRelatedNodeMethod(nxopen.cae.Mesh)
which takes as input an array of Conic
objects and the argument doEntityVisibilityCheck.
seedTags
- seed conics
NXException
RemoteException
RelatedNodeMethod createRelatedNodeMethod(Conic[] seedTags, boolean doEntityVisibilityCheck) throws NXException, RemoteException
seedTags
- seed conicsdoEntityVisibilityCheck
- if true, visible entities will be returnedNXException
RemoteException
RelatedNodeMethod createRelatedNodeMethod(Spline[] seedTags) throws NXException, RemoteException
createRelatedNodeMethod(nxopen.cae.Mesh)
which takes as input an array of Spline
objects and the argument doEntityVisibilityCheck.
seedTags
- seed splines
NXException
RemoteException
RelatedNodeMethod createRelatedNodeMethod(Spline[] seedTags, boolean doEntityVisibilityCheck) throws NXException, RemoteException
seedTags
- seed splinesdoEntityVisibilityCheck
- if true, visible entities will be returnedNXException
RemoteException
RelatedNodeMethod createRelatedNodeMethod(FEElemEdge[] seedTags, boolean doEntityVisibilityCheck) throws NXException, RemoteException
seedTags
- seed element edge tagsdoEntityVisibilityCheck
- if true, visible entities will be returnedNXException
RemoteException
RelatedNodeMethod createRelatedNodeMethod(FEElemFace[] seedTags, boolean doEntityVisibilityCheck) throws NXException, RemoteException
seedTags
- seed element face tagsdoEntityVisibilityCheck
- if true, visible entities will be returnedNXException
RemoteException
RelatedNodeMethod createRelatedNodeMethod(Mesh seed, boolean doEntityVisibilityCheck) throws NXException, RemoteException
seed
- seed meshdoEntityVisibilityCheck
- if true, visible entities will be returnedNXException
RemoteException
RelatedNodeMethod createRelatedNodeMethod(CAEBody seed, boolean doEntityVisibilityCheck) throws NXException, RemoteException
seed
- seed bodydoEntityVisibilityCheck
- if true, visible entities will be returnedNXException
RemoteException
RelatedNodeMethod createRelatedNodeMethod(CAEFace seed, boolean doEntityVisibilityCheck) throws NXException, RemoteException
seed
- seed facedoEntityVisibilityCheck
- if true, visible entities will be returnedNXException
RemoteException
RelatedNodeMethod createRelatedNodeMethod(CAEEdge seed, boolean doEntityVisibilityCheck) throws NXException, RemoteException
seed
- seed edgedoEntityVisibilityCheck
- if true, visible entities will be returnedNXException
RemoteException
RelatedNodeMethod createRelatedNodeMethod(FEElement seed, boolean doEntityVisibilityCheck) throws NXException, RemoteException
seed
- seed elemdoEntityVisibilityCheck
- if true, visible entities will be returnedNXException
RemoteException
RelatedNodeMethod createRelatedNodeMethod(MeshPoint seed, boolean doEntityVisibilityCheck) throws NXException, RemoteException
seed
- seed mesh pointdoEntityVisibilityCheck
- if true, visible entities will be returnedNXException
RemoteException
RelatedNodeMethod createRelatedNodeMethod(Point seed, boolean doEntityVisibilityCheck) throws NXException, RemoteException
seed
- seed pointdoEntityVisibilityCheck
- if true, visible entities will be returnedNXException
RemoteException
RelatedNodeMethod createRelatedNodeMethod(Line seed, boolean doEntityVisibilityCheck) throws NXException, RemoteException
seed
- seed linedoEntityVisibilityCheck
- if true, visible entities will be returnedNXException
RemoteException
RelatedNodeMethod createRelatedNodeMethod(Arc seed, boolean doEntityVisibilityCheck) throws NXException, RemoteException
seed
- seed arcdoEntityVisibilityCheck
- if true, visible entities will be returnedNXException
RemoteException
RelatedNodeMethod createRelatedNodeMethod(Conic seed, boolean doEntityVisibilityCheck) throws NXException, RemoteException
seed
- seed conicdoEntityVisibilityCheck
- if true, visible entities will be returnedNXException
RemoteException
RelatedNodeMethod createRelatedNodeMethod(Spline seed, boolean doEntityVisibilityCheck) throws NXException, RemoteException
seed
- seed splinedoEntityVisibilityCheck
- if true, visible entities will be returnedNXException
RemoteException
RelatedNodeMethod createRelatedNodeMethod(FEElemEdge seedTag, boolean doEntityVisibilityCheck) throws NXException, RemoteException
seedTag
- seed element edge tagdoEntityVisibilityCheck
- if true, visible entities will be returnedNXException
RemoteException
RelatedNodeMethod createRelatedNodeMethod(FEElemFace seedTag, boolean doEntityVisibilityCheck) throws NXException, RemoteException
seedTag
- seed element face tagsdoEntityVisibilityCheck
- if true, visible entities will be returnedNXException
RemoteException
RelatedVertexMethod createRelatedVertexMethod(CAEBody[] seeds, boolean doEntityVisibilityCheck) throws NXException, RemoteException
seeds
- seed bodiesdoEntityVisibilityCheck
- if true, visible entities will be returnedNXException
RemoteException
RelatedVertexMethod createRelatedVertexMethod(CAEEdge[] seeds, boolean doEntityVisibilityCheck) throws NXException, RemoteException
seeds
- seed edgesdoEntityVisibilityCheck
- if true, visible entities will be returnedNXException
RemoteException
RelatedVertexMethod createRelatedVertexMethod(CAEFace[] seeds, boolean doEntityVisibilityCheck) throws NXException, RemoteException
seeds
- seed facesdoEntityVisibilityCheck
- if true, visible entities will be returnedNXException
RemoteException
RelatedVertexMethod createRelatedVertexMethod(Mesh[] seeds, boolean doEntityVisibilityCheck) throws NXException, RemoteException
seeds
- seed meshesdoEntityVisibilityCheck
- if true, visible entities will be returnedNXException
RemoteException
RelatedVertexMethod createRelatedVertexMethod(FENode[] seeds, boolean doEntityVisibilityCheck) throws NXException, RemoteException
seeds
- seed nodesdoEntityVisibilityCheck
- if true, visible entities will be returnedNXException
RemoteException
SliverFaceMethod createSliverFaceMethod(CAEBody seed, double dSliverTolerance) throws NXException, RemoteException
createSliverFaceMethod(nxopen.cae.CAEBody, double)
which takes as input an array of CAEBody
objects and the argument doEntityVisibilityCheck.
seed
- seed bodydSliverTolerance
- sliver tolerance
NXException
RemoteException
SliverFaceMethod createSliverFaceMethod(CAEBody[] seeds, double dSliverTolerance) throws NXException, RemoteException
createSliverFaceMethod(nxopen.cae.CAEBody, double)
which takes as input an array of CAEBody
objects and the argument doEntityVisibilityCheck.
seeds
- seed bodiesdSliverTolerance
- sliver tolerance
NXException
RemoteException
SliverFaceMethod createSliverFaceMethod(CAEBody[] seeds, boolean doEntityVisibilityCheck, double dSliverTolerance) throws NXException, RemoteException
seeds
- seed bodiesdoEntityVisibilityCheck
- if true, visible entities will be returneddSliverTolerance
- sliver toleranceNXException
RemoteException
SliverFaceMethod createSliverFaceMethod(CAEFace[] seeds, double dSliverTolerance) throws NXException, RemoteException
createSliverFaceMethod(nxopen.cae.CAEBody, double)
which takes as input an array of CAEFace
objects and the argument doEntityVisibilityCheck.
seeds
- seed facesdSliverTolerance
- sliver tolerance
NXException
RemoteException
SliverFaceMethod createSliverFaceMethod(CAEFace[] seeds, boolean doEntityVisibilityCheck, double dSliverTolerance) throws NXException, RemoteException
seeds
- seed facesdoEntityVisibilityCheck
- if true, visible entities will be returneddSliverTolerance
- sliver toleranceNXException
RemoteException
TangentFaceMethod createTangentFaceMethod(CAEFace seed, double dTangentTolerance) throws NXException, RemoteException
createTangentFaceMethod(nxopen.cae.CAEFace, double)
which takes as input an array of CAEFace
objects and the argument doEntityVisibilityCheck.
seed
- seed facedTangentTolerance
- tangent tolerance
NXException
RemoteException
TangentFaceMethod createTangentFaceMethod(CAEFace[] seeds, double dTangentTolerance) throws NXException, RemoteException
createTangentFaceMethod(nxopen.cae.CAEFace, double)
which takes as input an array of CAEFace
objects and the argument doEntityVisibilityCheck.
seeds
- seed facesdTangentTolerance
- tangent tolerance
NXException
RemoteException
TangentFaceMethod createTangentFaceMethod(CAEFace[] seeds, boolean doEntityVisibilityCheck, double dTangentTolerance) throws NXException, RemoteException
createTangentFaceMethod(nxopen.cae.CAEFace, double)
which takes as input argument stopAtNonManifoldJunctions.
seeds
- seed facesdoEntityVisibilityCheck
- if true, visible entities will be returneddTangentTolerance
- tangent tolerance
NXException
RemoteException
TangentFaceMethod createTangentFaceMethod(CAEFace[] seeds, boolean doEntityVisibilityCheck, boolean stopAtNonManifoldJunctions, double dTangentTolerance) throws NXException, RemoteException
seeds
- seed facesdoEntityVisibilityCheck
- if true, visible entities will be returnedstopAtNonManifoldJunctions
- if true, the method's output will not span non-manifold junctionsdTangentTolerance
- tangent toleranceNXException
RemoteException
TangentContinuousEdgeMethod createTangentContinuousEdgeMethod(CAEEdge seed, double dFeatureAngle) throws NXException, RemoteException
createTangentContinuousEdgeMethod(nxopen.cae.CAEEdge, double)
which takes as input an array of CAEEdge
objects and the argument doEntityVisibilityCheck.
seed
- seed edgedFeatureAngle
- feature angle
NXException
RemoteException
TangentContinuousEdgeMethod createTangentContinuousEdgeMethod(CAEEdge[] seeds, double dFeatureAngle) throws NXException, RemoteException
createTangentContinuousEdgeMethod(nxopen.cae.CAEEdge, double)
which takes as input an array of CAEEdge
objects and the argument doEntityVisibilityCheck.
seeds
- seed edgesdFeatureAngle
- feature angle
NXException
RemoteException
TangentContinuousEdgeMethod createTangentContinuousEdgeMethod(CAEEdge[] seeds, boolean doEntityVisibilityCheck, double dFeatureAngle) throws NXException, RemoteException
seeds
- seed edgesdoEntityVisibilityCheck
- if true, visible entities will be returneddFeatureAngle
- feature angleNXException
RemoteException
HoleElementEdgeMethod createHoleElementEdgeMethod(Mesh[] seeds, boolean doEntityVisibilityCheck, double dMinElementEdgeHoleRadius, double dMaxElementEdgeHoleRadius, boolean allowNonCircularHoles) throws NXException, RemoteException
seeds
- seed meshesdoEntityVisibilityCheck
- if true, visible entities will be returneddMinElementEdgeHoleRadius
- minimum element edge hole radiusdMaxElementEdgeHoleRadius
- maximum element edge hole radiusallowNonCircularHoles
- if true, all non-cicular hole edges will be returnedNXException
RemoteException
HoleElementEdgeMethod createHoleElementEdgeMethod(FEElemEdge seedElemEdgeTag, boolean doEntityVisibilityCheck, double dMinElementEdgeHoleRadius, double dMaxElementEdgeHoleRadius, boolean allowNonCircularHoles) throws NXException, RemoteException
seedElemEdgeTag
- seed element edgedoEntityVisibilityCheck
- if true, visible entities will be returneddMinElementEdgeHoleRadius
- minimum element edge hole radiusdMaxElementEdgeHoleRadius
- maximum element edge hole radiusallowNonCircularHoles
- if true, all non-cicular hole edges will be returnedNXException
RemoteException
ElemLabelMethod createElemLabelMethod(boolean doEntityVisibilityCheck, int startLabel, int endLabel, int labelIncrement) throws NXException, RemoteException
doEntityVisibilityCheck
- if true, visible entities will be returnedstartLabel
- start labelendLabel
- end labellabelIncrement
- label incrementNXException
RemoteException
NodeLabelMethod createNodeLabelMethod(boolean doEntityVisibilityCheck, int startLabel, int endLabel, int labelIncrement) throws NXException, RemoteException
doEntityVisibilityCheck
- if true, visible entities will be returnedstartLabel
- start labelendLabel
- end labellabelIncrement
- label incrementNXException
RemoteException
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