protected void DeserializeDisplayShutter(DisplayShutterModuleIod displayShutterModule, T image)
{
ShutterShape shape = displayShutterModule.ShutterShape;
if (shape != ShutterShape.Bitmap && shape != ShutterShape.None)
{
IShutterGraphic shutter = DicomGraphicsFactory.CreateGeometricShuttersGraphic(displayShutterModule, image.Frame.Rows, image.Frame.Columns);
// Some day, we will properly deserialize CIELab colours - until then, leave PresentationColor default black
DicomGraphicsPlane dicomGraphicsPlane = DicomGraphicsPlane.GetDicomGraphicsPlane(image, true);
dicomGraphicsPlane.Shutters.Add(shutter);
dicomGraphicsPlane.Shutters.Activate(shutter);
}
}
protected void SerializeDisplayShutter(DisplayShutterModuleIod displayShutterModule, DicomPresentationImageCollection <T> images)
{
// Doesn't support multiframe or whatever case it is when we get more than one image serialized to one state
CircularShutter circular = null;
RectangularShutter rectangular = null;
PolygonalShutter polygonal = null;
int unserializedCount = 0;
foreach (T image in images)
{
DicomGraphicsPlane dicomGraphics = DicomGraphicsPlane.GetDicomGraphicsPlane(image, false);
if (dicomGraphics != null)
{
// identify visible geometric shutter if exists
GeometricShuttersGraphic geometricShutters = dicomGraphics.Shutters.ActiveShutter as GeometricShuttersGraphic;
if (geometricShutters != null)
{
// we can only save the first of each
foreach (GeometricShutter shutter in geometricShutters.CustomShutters)
{
if (shutter is CircularShutter && circular == null)
{
circular = (CircularShutter)shutter;
}
else if (shutter is RectangularShutter && rectangular == null)
{
rectangular = (RectangularShutter)shutter;
}
else if (shutter is PolygonalShutter && polygonal == null)
{
polygonal = (PolygonalShutter)shutter;
}
else
{
unserializedCount++;
}
}
foreach (GeometricShutter shutter in geometricShutters.DicomShutters)
{
if (shutter is CircularShutter && circular == null)
{
circular = (CircularShutter)shutter;
}
else if (shutter is RectangularShutter && rectangular == null)
{
rectangular = (RectangularShutter)shutter;
}
else if (shutter is PolygonalShutter && polygonal == null)
{
polygonal = (PolygonalShutter)shutter;
}
else
{
unserializedCount++;
}
}
}
}
}
ShutterShape shape = ShutterShape.None;
if (circular != null)
{
shape |= ShutterShape.Circular;
displayShutterModule.CenterOfCircularShutter = circular.Center;
displayShutterModule.RadiusOfCircularShutter = circular.Radius;
}
if (rectangular != null)
{
shape |= ShutterShape.Rectangular;
Rectangle r = rectangular.Rectangle;
displayShutterModule.ShutterLeftVerticalEdge = r.Left;
displayShutterModule.ShutterRightVerticalEdge = r.Right;
displayShutterModule.ShutterUpperHorizontalEdge = r.Top;
displayShutterModule.ShutterLowerHorizontalEdge = r.Bottom;
}
if (polygonal != null)
{
shape |= ShutterShape.Polygonal;
List <Point> vertices = new List <Point>();
vertices.AddRange(polygonal.Vertices);
displayShutterModule.VerticesOfThePolygonalShutter = vertices.ToArray();
}
if (shape != ShutterShape.None)
{
displayShutterModule.ShutterShape = shape;
displayShutterModule.ShutterPresentationValue = 0;
}
else
{
foreach (uint tag in DisplayShutterMacroIod.DefinedTags)
{
displayShutterModule.DicomAttributeProvider[tag] = null;
}
}
if (unserializedCount > 0)
{
Platform.Log(LogLevel.Warn, "Attempt to serialize presentation state with an unsupported combination of shutters - some information may be lost.");
}
}
