protected override void loadObjectAdditionalFromXml(XmlNode objectNode)
{
XmlNode markersNode = objectNode.SelectSingleNode(MARKERS);
if (markersNode != null)
foreach (XmlNode markerNode in markersNode.SelectNodes(MARKER))
{
int frame = int.Parse(markerNode.Attributes[FRAME].Value);
String markType = markerNode.Attributes[TYPE].Value;
switch (markType)
{
case "LOCATION":
var lm = new GlyphBoxLocationMark2D(frame);
lm.readFromXml(markerNode);
setBounding(frame, lm);
break;
case "DELETE":
delete(frame);
break;
}
}
XmlNode markers3DNodes = objectNode.SelectSingleNode(MARKERS3D);
if (markers3DNodes != null)
foreach (XmlNode markerNode in markers3DNodes.SelectNodes(MARKER))
{
int frame = int.Parse(markerNode.Attributes[FRAME].Value);
var lm = new GlyphBoxLocationMark3D(frame);
lm.readFromXml(markerNode);
set3DBounding(frame, lm);
}
boxPrototype = getPrototype();
}
public void setBounding(int frameNumber, int glyphSize, List<List<PointF>> glyphBounds, List<GlyphFace> faces, float scale = 1, PointF translation = new PointF())
{
List<List<PointF>> inversedScaledGlyphBounds = glyphBounds.Select(glyphBound => glyphBound.scaleBound(1 / scale, new PointF(-translation.X / scale, -translation.Y / scale))).ToList();
LocationMark2D ob = new GlyphBoxLocationMark2D(frameNumber, glyphSize, inversedScaledGlyphBounds, faces);
objectMarks[frameNumber] = ob;
}