internal static BoundaryPathBase CreateFromType(BoundaryPathType type)
{
if ((type & BoundaryPathType.Polyline) == BoundaryPathType.Polyline)
{
// special polyline case
return(new PolylineBoundaryPath());
}
return(new NonPolylineBoundaryPath(type));
}
internal override void Read(DxfReader r, Class259 objectBuilder)
{
base.Read(r, objectBuilder);
if (r.CurrentGroup.Code != 100 || (string)r.CurrentGroup.Value != "AcDbHatchObjectContextData")
{
throw new DxfException("Expected subclass marker.");
}
r.method_85();
bool flag1 = true;
BoundaryPathType type = BoundaryPathType.None;
bool flag2 = true;
while (!r.method_92("AcDbHatchScaleContextData"))
{
switch (r.CurrentGroup.Code)
{
case 10:
this.vector3D_0.X = (double)r.CurrentGroup.Value;
break;
case 20:
this.vector3D_0.Y = (double)r.CurrentGroup.Value;
break;
case 30:
this.vector3D_0.Z = (double)r.CurrentGroup.Value;
break;
case 40:
this.double_0 = (double)r.CurrentGroup.Value;
break;
case 78:
short num = (short)r.CurrentGroup.Value;
if (num > (short)0)
{
r.method_85();
this.dxfPattern_0 = new DxfPattern();
this.dxfPattern_0.Read(r, (int)num);
flag2 = false;
break;
}
break;
case 90:
if (flag1)
{
flag1 = false;
break;
}
type = (BoundaryPathType)r.CurrentGroup.Value;
break;
case 290:
if (!(bool)r.CurrentGroup.Value)
{
DxfHatch.BoundaryPath boundaryPath = new DxfHatch.BoundaryPath(type);
if ((boundaryPath.Type & BoundaryPathType.IsAnnotative) != BoundaryPathType.None && boundaryPath.IsPolyline)
{
boundaryPath.PolylineData = new DxfHatch.BoundaryPath.Polyline();
r.method_85();
boundaryPath.PolylineData.Read(r);
}
else if (!boundaryPath.IsPolyline)
{
r.method_85();
int nrOfEdges = (int)r.CurrentGroup.Value;
r.method_85();
boundaryPath.method_0(nrOfEdges, r);
}
this.list_0.Add(boundaryPath);
flag2 = false;
break;
}
break;
}
if (flag2)
{
r.method_85();
}
else
{
flag2 = true;
}
}
}
public NonPolylineBoundaryPath(BoundaryPathType pathType)
{
PathType = pathType;
}
