Public Function ConvertLogicalToObjectPoints( _
   ByVal points() As AnnPoint _
) As AnnPoint()

Dim instance As AnnObject
Dim points() As AnnPoint
Dim value() As AnnPoint
 
value = instance.ConvertLogicalToObjectPoints(points)

public AnnPoint[] ConvertLogicalToObjectPoints( 
   AnnPoint[] points
)

public:
array<AnnPoint>^ ConvertLogicalToObjectPoints( 
   array<AnnPoint>^ points
) 

Private Sub OffsetLinesAndRectangles(ByVal automation As AnnAutomation)
   ' Loop through all the objects in the annotation container
   For Each annObj As AnnObject In automation.Container.Objects
      If (TypeOf annObj Is AnnLineObject) Then
         Dim lineObj As AnnLineObject = DirectCast(annObj, AnnLineObject)
         ' Move this line object to the left by 5 logical pixels

         ' Convert the line points to logical (image coordinates)
         Dim pts() As AnnPoint = {lineObj.StartPoint, lineObj.EndPoint}

         pts = lineObj.ConvertObjectToLogicalPoints(pts)

         ' Convert the points to pixels
         Dim pt1Pixels As PointF = pts(0).ConvertTo(automation.Container.UnitConverter, AnnUnit.Pixel).ToPointF()
         Dim pt2Pixels As PointF = pts(1).ConvertTo(automation.Container.UnitConverter, AnnUnit.Pixel).ToPointF()

         ' Move them to the right
         pt1Pixels.X -= 5
         pt2Pixels.Y -= 5

         ' Set it back to the line
         pts(0) = New AnnPoint(pt1Pixels, AnnUnit.Pixel)
         pts(1) = New AnnPoint(pt2Pixels, AnnUnit.Pixel)
         pts = lineObj.ConvertLogicalToObjectPoints(pts)
         lineObj.StartPoint = pts(0)
         lineObj.EndPoint = pts(1)
      ElseIf (TypeOf annObj Is AnnRectangleObject) Then
         Dim rectObj As AnnRectangleObject = DirectCast(annObj, AnnRectangleObject)

         ' Yes, get the bounds in pixels

         ' Convert the rectangle bounds to logical (image coordinates)
         Dim bounds As AnnRectangle = rectObj.ConvertObjectToLogicalRectangle(rectObj.Bounds)

         ' Convert the bounds to pixels
         Dim boundsPixels As RectangleF = bounds.ConvertTo(automation.Container.UnitConverter, AnnUnit.Pixel).ToRectangleF()

         ' Move it to the right
         boundsPixels.Offset(-5, 0)

         ' Re-set to bounds
         bounds = rectObj.ConvertLogicalToObjectRectangle(New AnnRectangle(boundsPixels, AnnUnit.Pixel))
         rectObj.Bounds = bounds
      End If
   Next

   ' Invalidate
   automation.Viewer.Invalidate()
End Sub

private void OffsetLinesAndRectangles(AnnAutomation automation)
{
   // Loop through all the objects in the annotation container
   foreach(AnnObject annObj in automation.Container.Objects)
   {
      if(annObj is AnnLineObject)
      {
         AnnLineObject lineObj = annObj as AnnLineObject;
         // Move this line object to the left by 5 logical pixels

         // Convert the line points to logical (image coordinates)
         AnnPoint[] pts = { lineObj.StartPoint, lineObj.EndPoint };

         pts = lineObj.ConvertObjectToLogicalPoints(pts);

         // Convert the points to pixels
         PointF pt1Pixels = pts[0].ConvertTo(automation.Container.UnitConverter, AnnUnit.Pixel).ToPointF();
         PointF pt2Pixels = pts[1].ConvertTo(automation.Container.UnitConverter, AnnUnit.Pixel).ToPointF();

         // Move them to the right
         pt1Pixels.X -= 5;
         pt2Pixels.Y -= 5;

         // Set it back to the line
         pts[0] = new AnnPoint(pt1Pixels, AnnUnit.Pixel);
         pts[1] = new AnnPoint(pt2Pixels, AnnUnit.Pixel);
         pts = lineObj.ConvertLogicalToObjectPoints(pts);
         lineObj.StartPoint = pts[0];
         lineObj.EndPoint = pts[1];
      }
      else if(annObj is AnnRectangleObject)
      {
         AnnRectangleObject rectObj = annObj as AnnRectangleObject;

         // Yes, get the bounds in pixels

         // Convert the rectangle bounds to logical (image coordinates)
         AnnRectangle bounds = rectObj.ConvertObjectToLogicalRectangle(rectObj.Bounds);

         // Convert the bounds to pixels
         RectangleF boundsPixels = bounds.ConvertTo(automation.Container.UnitConverter, AnnUnit.Pixel).ToRectangleF();

         // Move it to the right
         boundsPixels.Offset(-5, 0);

         // Re-set to bounds
         bounds = rectObj.ConvertLogicalToObjectRectangle(new AnnRectangle(boundsPixels, AnnUnit.Pixel));
         rectObj.Bounds = bounds;
      }
   }

   // Invalidate
   automation.Viewer.Invalidate();
}