private void AutoSizeNodeToFitTerminals()
{
var northTerminalCount = Terminals.Count(m => m.Model.Direction == Direction.North);
var southTerminalCount = Terminals.Count(m => m.Model.Direction == Direction.South);
var northSouthMaxTerminals = Math.Max(northTerminalCount, southTerminalCount);
var idealWidth = northSouthMaxTerminals * (Terminal.TerminalWidth + 5) + Diagram.NodeBorderWidth * 2;
Width = Math.Max(Width, idealWidth);
}
public Term[,] GenerateTable()
{
Table = new Term[NonTerminals.Count(), Terminals.Count()];
foreach (var term in _terms)
{
var A = GetIndexNonTerminal(term.Caller);
foreach (var production in term.Productions)
{
var first = production.FirstToken;
var f = first.IsTerminal() || first.IsEmpty()
? new First(term.Caller, new List <TerminalToken> {
first.ToTerminalToken()
})
: _firsts.Single(x => x.NonTerminal == first);
foreach (var terminal in f.Terminals)
{
var a = GetIndexTerminal(terminal);
var t = new Term(term.Caller, production);
if (terminal.Value == "ε")
{
var follow = _follows.Single(x => x.NonTerminal == term.Caller);
foreach (var followTerminal in follow.Terminals)
{
var b = GetIndexTerminal(followTerminal);
PopulateTable(A, b, t);
}
}
else if (A >= 0 && a >= 0)
{
PopulateTable(A, a, t);
}
}
}
}
return(Table);
}