public Dictionary <SType, List <string> > RuleSynParse(string str)
{
var Syns = new Dictionary <SType, List <string> >();
string[] sections = str.Split(';');
foreach (var s in sections)
{
List <string> synLst = new List <string>();
Section.Section sect = new Section.Section(s);
string[] strs = sect.body.Split('=');
foreach (string tx in strs)
{
int indxPar = tx.IndexOf('*');
string stx;
if (indxPar < 0)
{
stx = tx;
}
else
{
stx = tx.Substring(0, indxPar);
}
synLst.Add(stx);
}
if (synLst.Count > 1)
{
Syns.Add(sect.type, synLst);
}
}
return(Syns);
}
public Parallelogram(Point leftTop, Point rightTop, Point leftBottom, Point rightBottom)
{
try
{
LeftTop = new Point(leftTop);
RightTop = new Point(rightTop);
LeftBottom = new Point(leftBottom);
RightBottom = new Point(rightBottom);
Top = new Section.Section(leftTop, rightTop);
Right = new Section.Section(rightTop, rightBottom);
Bottom = new Section.Section(leftBottom, rightBottom);
Left = new Section.Section(leftTop, leftBottom);
if (IsPossible())
{
Sections = new List <Section.Section>
{
Top,
Right,
Bottom,
Left
};
}
}
catch (Exception e)
{
Console.WriteLine(e.StackTrace);
}
}
public void ToVector(Section.Section section)
{
X = section.x2 - section.x1;
Y = section.y2 - section.y1;
}
private string GetNodeName(Section.Section sec)
{
// return sec.Name.Substring(0, sec.Name.IndexOf(' '));
return(sec.Shape);
}
