Function GetMinMaxDisplacement( _
   ByVal NComponent As System.Integer, _
   ByVal NStepNumber As System.Integer, _
   ByVal DispPlane As System.Object, _
   ByVal NUnits As System.Integer, _
   ByRef ErrorCode As System.Integer _
) As System.Object

Dim instance As ICWResults
Dim NComponent As System.Integer
Dim NStepNumber As System.Integer
Dim DispPlane As System.Object
Dim NUnits As System.Integer
Dim ErrorCode As System.Integer
Dim value As System.Object
 
value = instance.GetMinMaxDisplacement(NComponent, NStepNumber, DispPlane, NUnits, ErrorCode)

System.object GetMinMaxDisplacement( 
   System.int NComponent,
   System.int NStepNumber,
   System.object DispPlane,
   System.int NUnits,
   out System.int ErrorCode
)

System.Object^ GetMinMaxDisplacement( 
&   System.int NComponent,
&   System.int NStepNumber,
&   System.Object^ DispPlane,
&   System.int NUnits,
&   [Out] System.int ErrorCode
) 

Parameters

NComponent

Displacement component as defined in swsDisplacementComponent_e

NStepNumber

Solution step number (use 1 for static)

DispPlane

Plane, axis, or coordinate system; valid only if NComponent is set to a directional component; specify nothing if reference geometry does not exist

NUnits

Linear units for displacement translation as defined in swsLinearUnit_e

ErrorCode

Error as defined in swsResultsError_e

Return Value

This method returns the following array:

{node_with_minimum_displacement, minimum_displacement, node_with_maximum_displacement, maximum_displacement},

where the nodes are integer indexes, and the displacements are in scientific notation.

For random vibration studies, this method returns power spectral density (PSD) values. To obtain root-mean-square (RMS) values in random vibration studies, call ICWResults::GetMinMaxDisplacementRMS.