Function MatchedBoolean3( _
   ByVal OperationType As System.Integer, _
   ByVal ToolBody As System.Object, _
   ByVal NumOfMatchingFaces As System.Integer, _
   ByVal FaceList1 As System.Object, _
   ByVal FaceList2 As System.Object, _
   ByRef ErrorCode As System.Integer _
) As System.Object

Dim instance As IBody2
Dim OperationType As System.Integer
Dim ToolBody As System.Object
Dim NumOfMatchingFaces As System.Integer
Dim FaceList1 As System.Object
Dim FaceList2 As System.Object
Dim ErrorCode As System.Integer
Dim value As System.Object
 
value = instance.MatchedBoolean3(OperationType, ToolBody, NumOfMatchingFaces, FaceList1, FaceList2, ErrorCode)

System.object MatchedBoolean3( 
   System.int OperationType,
   System.object ToolBody,
   System.int NumOfMatchingFaces,
   System.object FaceList1,
   System.object FaceList2,
   out System.int ErrorCode
)

System.Object^ MatchedBoolean3( 
&   System.int OperationType,
&   System.Object^ ToolBody,
&   System.int NumOfMatchingFaces,
&   System.Object^ FaceList1,
&   System.Object^ FaceList2,
&   [Out] System.int ErrorCode
) 

Parameters

OperationType

One of the following operation types:

• SWBODYADD

• SWBODYCUT

• SWBODYINTERSECT

ToolBody

Array of bodies

NumOfMatchingFaces

Number of matching faces

FaceList1

First face list (see Remarks)

FaceList2

Second face list  (see Remarks)

ErrorCode

Error indicated as defined in swBodyOperationError_e

Return Value

The concept of match means that the caller tells the boolean operator beforehand which faces can be considered to coincide. Basically, the caller performs part of the boolean operation.

Sometimes the application knows that two faces match because of the way the bodies are constructed; i.e., the application knows which faces are intended to match.

Having a list of matching face pairs may allow the matched boolean operator to resolve other geometric operations that otherwise it would not be able to work out. In general, providing matched faces speeds up the boolean operation and makes results more reliable.

The arguments FaceList1 and FaceList2 arguments can be empty lists. If matching face pairs are passed in, these faces must match such that:

• the surface geometry is coinciding.

• for each edge in a face, there is an edge in the other face that coincides