internal void LoadXlsx(TOpenXmlReader DataStream)
{
AutoPage = DataStream.GetAttributeAsBool("autoPage", false);
if (DataStream.IsSimpleTag)
{
DataStream.NextTag(); return;
}
string StartElement = DataStream.RecordName();
if (!DataStream.NextTag())
{
return;
}
while (!DataStream.AtEndElement(StartElement))
{
switch (DataStream.RecordName())
{
case "pages":
Pages = DataStream.GetXml();
break;
case "rangeSets":
ReadRangeSets(DataStream);
break;
default:
DataStream.GetXml(); //Shouldn't happen.
break;
}
}
}
private TShapePath ReadPath(TShapeGeom ShapeGeom)
{
TShapePath Result = new TShapePath();
if (DataStream.IsSimpleTag)
{
DataStream.NextTag(); return(Result);
}
Result.Width = DataStream.GetAttributeAsInt("w", 0);
Result.Height = DataStream.GetAttributeAsInt("h", 0);
Result.PathFill = GetPathFill(DataStream.GetAttribute("fill"));
Result.PathStroke = DataStream.GetAttributeAsBool("stroke", true);
Result.ExtrusionOk = DataStream.GetAttributeAsBool("extrusionOk", true);
string StartElement = DataStream.RecordName();
if (!DataStream.NextTag())
{
return(Result);
}
while (!DataStream.AtEndElement(StartElement))
{
switch (DataStream.RecordName())
{
case "close":
Result.Actions.Add(new TShapeActionClose());
DataStream.FinishTag();
break;
case "moveTo":
Result.Actions.Add(new TShapeActionMoveTo(ReadPt(ShapeGeom)));
break;
case "lnTo":
Result.Actions.Add(new TShapeActionLineTo(ReadPt(ShapeGeom)));
break;
case "arcTo":
TShapeActionArcTo ArcTo = new TShapeActionArcTo();
ArcTo.WidthRadius = GetGuideFromAtt("wR", ShapeGeom);
ArcTo.HeightRadius = GetGuideFromAtt("hR", ShapeGeom);
ArcTo.StartAngle = GetGuideFromAtt("stAng", ShapeGeom);
ArcTo.SwingAngle = GetGuideFromAtt("swAng", ShapeGeom);
Result.Actions.Add(ArcTo);
DataStream.FinishTag();
break;
case "quadBezTo":
Result.Actions.Add(new TShapeActionQuadBezierTo(ReadPts(ShapeGeom, "pt").ToArray()));
break;
case "cubicBezTo":
Result.Actions.Add(new TShapeActionCubicBezierTo(ReadPts(ShapeGeom, "pt").ToArray()));
break;
default: DataStream.GetXml(); break;
}
}
return(Result);
}
