NXOpen .NET Reference Guide
1899
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This class represents an Interface to the Lumped Mass panel connection parameters. More...
Public Member Functions | |
void | AddPanels (NXOpen.TaggedObject[] entities) |
Add panels More... | |
NXOpen.TaggedObject[] | GetPanels () |
Gets panels More... | |
void | RemovePanels (NXOpen.TaggedObject[] entities) |
Remove panels More... | |
Public Member Functions inherited from NXOpen.INXObject | |
NXOpen.INXObject | FindObject (string journalIdentifier) |
Finds the NXOpen.NXObject with the given identifier as recorded in a journal. More... | |
void | Print () |
Prints a representation of this object to the system log file. More... | |
void | SetName (string name) |
Sets the custom name of the object. More... | |
Properties | |
NXOpen.Expression | ExpansionRadiusFactorTolerance [get] |
Returns the expansion radius factor More... | |
NXOpen.Expression | ExpansionRadiusTolerance [get] |
Returns the expansion radius More... | |
NXOpen.CAE.Connections.MassConnectivityType | MassConnectivityType [get, set] |
Returns or sets the mass connection type More... | |
NXOpen.Expression | MaxDistanceTolerance [get] |
Returns the maximum distance from definition point to center of support element More... | |
NXOpen.Expression | PanelSearchDistance [get] |
Returns the panel search distance More... | |
NXOpen.CAE.Connections.PanelSearchType | PanelSearchType [get, set] |
Returns or sets the panel search type More... | |
NXOpen.CAE.Connections.RingSearchType | RingSearchType [get, set] |
Returns or sets the search tolerance type More... | |
Properties inherited from NXOpen.INXObject | |
bool | IsOccurrence [get] |
Returns whether this object is an occurrence or not. More... | |
string | JournalIdentifier [get] |
Returns the identifier that would be recorded in a journal for this object. More... | |
string | Name [get] |
Returns the custom name of the object. More... | |
NXOpen.Assemblies.Component | OwningComponent [get] |
Returns the owning component, if this object is an occurrence. More... | |
NXOpen.BasePart | OwningPart [get] |
Returns the owning part of this object More... | |
NXOpen.INXObject | Prototype [get] |
Returns the prototype of this object if it is an occurrence. More... | |
This class represents an Interface to the Lumped Mass panel connection parameters.
Created in NX1847.0.0
void NXOpen.CAE.Connections.IMassConnectivity.AddPanels | ( | NXOpen.TaggedObject[] | entities | ) |
Add panels
Created in NX1847.0.0
License requirements: nx_masterfem ("Finite Element Modeling")
entities | Panels entities |
Implemented in NXOpen.CAE.Connections.LumpedMass.
NXOpen.TaggedObject [] NXOpen.CAE.Connections.IMassConnectivity.GetPanels | ( | ) |
Gets panels
Created in NX1847.0.0
License requirements: None.
Implemented in NXOpen.CAE.Connections.LumpedMass.
void NXOpen.CAE.Connections.IMassConnectivity.RemovePanels | ( | NXOpen.TaggedObject[] | entities | ) |
Remove panels
Created in NX1847.0.0
License requirements: nx_masterfem ("Finite Element Modeling")
entities | Panels entities |
Implemented in NXOpen.CAE.Connections.LumpedMass.
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get |
Returns the expansion radius factor
Created in NX1847.0.0
License requirements: None.
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get |
Returns the expansion radius
Created in NX1847.0.0
License requirements: None.
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getset |
Returns or sets the mass connection type
Created in NX1847.0.0
License requirements to get this property: None.
License requirements to set this property: nx_masterfem ("Finite Element Modeling")
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get |
Returns the maximum distance from definition point to center of support element
Created in NX1847.0.0
License requirements: None.
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get |
Returns the panel search distance
Created in NX1847.0.0
License requirements: None.
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getset |
Returns or sets the panel search type
Created in NX1847.0.0
License requirements to get this property: None.
License requirements to set this property: nx_masterfem ("Finite Element Modeling")
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getset |
Returns or sets the search tolerance type
Created in NX1847.0.0
License requirements to get this property: None.
License requirements to set this property: nx_masterfem ("Finite Element Modeling")