Function AddComponents3( _
   ByVal Names As System.Object, _
   ByVal Transforms As System.Object, _
   ByVal CoordinateSystemNames As System.Object _
) As System.Object

Dim instance As IAssemblyDoc
Dim Names As System.Object
Dim Transforms As System.Object
Dim CoordinateSystemNames As System.Object
Dim value As System.Object
 
value = instance.AddComponents3(Names, Transforms, CoordinateSystemNames)

System.object AddComponents3( 
   System.object Names,
   System.object Transforms,
   System.object CoordinateSystemNames
)

System.Object^ AddComponents3( 
&   System.Object^ Names,
&   System.Object^ Transforms,
&   System.Object^ CoordinateSystemNames
) 

Parameters

Names

Array of full path names of components

Transforms

Array of transformation matrix doubles

CoordinateSystemNames

Array of coordinate system names

Return Value

Transforms contains an array of [(Names count) x 16] doubles. This parameter stores one transformation matrix of 16 doubles for each component in Names. If a component's transformation matrix is null, then the component is placed in the assembly such that the component's user-defined coordinate system coincides exactly with the default coordinate system of the assembly (no transformation). See IMathTransform for details about transformation matrices.

CoordinateSystemNames contains a user-defined coordinate system name for each component in Names. If a component's user-defined coordinate system is an empty string, then the component is placed in the assembly with respect to the default coordinate system of the component.

TIP: See ISldWorks::OpenDoc6 for tips on how to avoid using large amounts of memory when opening up multiple parts to add to an assembly