protected virtual void InitLibrary(JB2Dictionary jim)
{
int nshape = jim.InheritedShapes;
shape2lib_Renamed_Field.Clear();
Lib2Shape.Clear();
_libinfo.Clear();
for (int i = 0; i < nshape; i++)
{
int x = i;
shape2lib_Renamed_Field.Add(x);
Lib2Shape.Add(x);
JB2Shape jshp = jim.GetShape(i);
//final Rectangle r = new Rectangle();
//libinfo.addElement(r);
//jshp.getGBitmap().compute_bounding_box(r);
_libinfo.Add(jshp.Bitmap.ComputeBoundingBox());
}
}
protected virtual int CodeRecordA(int rectype, JB2Dictionary jim, JB2Shape xjshp)
{
Bitmap bm = null;
int shapeno = -1;
rectype = CodeRecordType(rectype);
JB2Shape jshp = xjshp;
switch (rectype)
{
case NewMarkLibraryOnly:
case MatchedRefineLibraryOnly:
{
if (!_encoding)
{
jshp = new JB2Shape().Init(-1);
}
else if (jshp == null)
{
jshp = new JB2Shape();
}
bm = jshp.Bitmap;
break;
}
}
switch (rectype)
{
case StartOfData:
{
CodeImageSize(jim);
CodeEventualLosslessRefinement();
if (!_encoding)
{
InitLibrary(jim);
}
break;
}
case NewMarkLibraryOnly:
{
CodeAbsoluteMarkSize(bm, 4);
CodeBitmapDirectly(bm);
break;
}
case MatchedRefineLibraryOnly:
{
int match = CodeMatchIndex(jshp.Parent, jim);
if (!_encoding)
{
jshp.Parent = Convert.ToInt32((Lib2Shape[match]));
}
Bitmap cbm = jim.GetShape(jshp.Parent).Bitmap;
Rectangle lmatch = (Rectangle)_libinfo[match];
CodeRelativeMarkSize(bm, (1 + lmatch.Left) - lmatch.Right, (1 + lmatch.Top) - lmatch.Bottom, 4);
CodeBitmapByCrossCoding(bm, cbm, jshp.Parent);
break;
}
case PreservedComment:
{
jim.Comment = CodeComment(jim.Comment);
break;
}
case RequiredDictOrReset:
{
if (!GotStartRecordP)
{
CodeInheritedShapeCount(jim);
}
else
{
ResetNumcoder();
}
break;
}
case EndOfData:
break;
default:
throw new ArgumentException("Image bad type");
}
if (!_encoding)
{
switch (rectype)
{
case NewMarkLibraryOnly:
case MatchedRefineLibraryOnly:
{
if (xjshp != null)
{
jshp = jshp.Duplicate();
}
shapeno = jim.AddShape(jshp);
AddLibrary(shapeno, jshp);
break;
}
}
}
return(rectype);
}