Sub GetManualEnd2ConnectionType( _
   ByRef BHingeIstDir As Integer, _
   ByRef BHinge2ndDir As Integer, _
   ByRef BHingeAlongBeam As Integer, _
   ByRef BSlide1stDir As Integer, _
   ByRef BSlide2ndDir As Integer, _
   ByRef BSlideAlongBeam As Integer _
) 

Dim instance As ICWBeamBody
Dim BHingeIstDir As Integer
Dim BHinge2ndDir As Integer
Dim BHingeAlongBeam As Integer
Dim BSlide1stDir As Integer
Dim BSlide2ndDir As Integer
Dim BSlideAlongBeam As Integer
 
instance.GetManualEnd2ConnectionType(BHingeIstDir, BHinge2ndDir, BHingeAlongBeam, BSlide1stDir, BSlide2ndDir, BSlideAlongBeam)

void GetManualEnd2ConnectionType( 
   out int BHingeIstDir,
   out int BHinge2ndDir,
   out int BHingeAlongBeam,
   out int BSlide1stDir,
   out int BSlide2ndDir,
   out int BSlideAlongBeam
)

void GetManualEnd2ConnectionType( 
&   [Out] int BHingeIstDir,
&   [Out] int BHinge2ndDir,
&   [Out] int BHingeAlongBeam,
&   [Out] int BSlide1stDir,
&   [Out] int BSlide2ndDir,
&   [Out] int BSlideAlongBeam
) 

Parameters

BHingeIstDir

1 if the moment is set about the first direction of the cross section to zero so that the end can rotate about this direction, 0 if not

BHinge2ndDir

1 if the moment about the second direction of the cross section is known to be zero so that the end can rotate about this direction, 0 if not

BHingeAlongBeam

1 if the moment about the axial direction of the beam is known to be zero so that the end can rotate about this direction, 0 if not

BSlide1stDir

1 if the force in the first direction of the cross section is known to be zero so that the end can translate along this direction, 0 if not

BSlide2ndDir

1 if the force in the second direction of the cross section is known to be zero so that the end can translate along this direction, 0 if not

BSlideAlongBeam

1 if the force in the axial direction of the bam is known to be zero so that the end can translate along this direction, 0 if not