public void Assign(ICellSpatialFilter source)
{
if (source.Fence != null)
{
Fence = new Fence();
Fence.Assign(source.Fence);
}
if (source.AlignmentFence != null)
{
AlignmentFence = new Fence(); // contains alignment boundary to help speed up filtering on alignment files
AlignmentFence.Assign(source.AlignmentFence);
}
PositionX = source.PositionX;
PositionY = source.PositionY;
PositionRadius = source.PositionRadius;
IsSquare = source.IsSquare;
OverrideSpatialCellRestriction = new BoundingIntegerExtent2D(source.OverrideSpatialCellRestriction);
StartStation = source.StartStation;
EndStation = source.EndStation;
LeftOffset = source.LeftOffset;
RightOffset = source.RightOffset;
CoordsAreGrid = source.CoordsAreGrid;
IsSpatial = source.IsSpatial;
IsPositional = source.IsPositional;
IsDesignMask = source.IsDesignMask;
SurfaceDesignMaskDesignUid = source.SurfaceDesignMaskDesignUid;
IsAlignmentMask = source.IsAlignmentMask;
AlignmentDesignMaskDesignUID = source.AlignmentDesignMaskDesignUID;
}
public void Test_FenceTests_Assign()
{
Fence fenceSource = makeSimpleRectangleFence();
Fence fence = new Fence();
fence.Assign(fenceSource);
Assert.Equal(4, fence.NumVertices);
Assert.True(fence.Points[0].X == 0 && fence.Points[0].Y == 0 &&
fence.Points[1].X == 0 && fence.Points[1].Y == 100 &&
fence.Points[2].X == 100 && fence.Points[2].Y == 100 &&
fence.Points[3].X == 100 && fence.Points[3].Y == 0,
"Fence point vertices incorrect");
}
