private static string EvaluateAllRulesInternal(string title, string auth)
{
StringBuilder sb = new StringBuilder();
sb.AppendLine("<ol class='ol'>");
int cnt = 1;
int cnt2 = 1;
foreach (Rule R in RuleHelper.GetAllRules(true))
{
Console.WriteLine((cnt++) + ". " + R.Identifier);
sb.AppendLine("<ol class='ol'>");
foreach (string s in R.Examples)
{
cnt2++;
sb.AppendLine("<li>");
Padyam P = new Padyam();
P.MatchYati = false;
P.MatchPrasa = true;
MatchResult MR = P.Match(s, R);
sb.Append(Build(MR, R, P));
sb.AppendLine("<li>");
}
sb.AppendLine("</ol>");
}
Console.WriteLine("Total Poems evaluated: " + cnt2);
return(BuildFile(title, title, "", sb.ToString(), null));
}
public static string Build(string padyam, string ruleId, out string name, out int percentage)
{
percentage = 0;
name = "";
Rule R = Manager.FetchRule(ruleId.Trim());
if (R == null)
{
return("");
}
Padyam P = new Padyam();
P.MatchYati = MatchOptions.QucikMatchSettings.MatchYati;
P.MatchPrasa = MatchOptions.QucikMatchSettings.MatchPrasa;
P.AllowSantiPrasa = MatchOptions.QucikMatchSettings.AllowSantiPrasa;
P.SandiMatch = MatchOptions.QucikMatchSettings.ExperimenatalSandhi;
MatchResult MR = P.Match(padyam, R);
percentage = MR.Percentage;
name = R.ShortName;
if (MR.Total == 0)
{
return("");
}
return(P.Build2(MR));
}
public static string TryMatch2(string s, Rule R, MatchOptions2 Options)
{
if (s == null || s.Trim().Length == 0)
{
return("");
}
MatchOptions Options2 = Worker.GetOptions(Options);
Padyam P = new Padyam();
P.MatchYati = Options2.MatchYati;
P.MatchPrasa = Options2.MatchPrasa;
P.AllowSantiPrasa = Options2.AllowSantiPrasa;
P.SandiMatch = Options2.ExperimenatalSandhi;
MatchResult MR = P.Match(s, R);
if (MR.Total == 0)
{
return("");
}
return(BuildResult(R, P, MR, null, Options == null ? true : Options.ShowGV));
}
public static string Scores(string s, MatchOptions Options)
{
GanaVibhajana G = new GanaVibhajana(s, Options.Language);
bool includeRare = Options.IncludeRare;
int min = G.Min;
int max = G.Max;
includeRare = true;
List <Rule> Rules = Options.QuickMatch ? RuleHelper.GetAllRules2(min, max, G.PreLines) : RuleHelper.GetAllRules(includeRare);
List <MatchResult> L = new List <MatchResult>();
foreach (Rule R in Rules)
{
Padyam P = new Padyam();
P.MatchYati = Options.MatchYati;
P.MatchPrasa = Options.MatchPrasa;
P.AllowSantiPrasa = Options.AllowSantiPrasa;
P.SandiMatch = Options.ExperimenatalSandhi;
MatchResult MR = P.Match(s, R);
L.Add(MR);
P = null;
}
string s2 = BuildAllScores(L);
{
L = null;
}
return(s2);
}
private static string TryMatch3(string s, Rule R)
{
if (s == null || s.Trim().Length == 0)
{
return("");
}
Padyam P = new Padyam();
MatchOptions Options = MatchOptions.TradtionalMatchSettings;
P.MatchYati = Options.MatchYati;
P.MatchPrasa = Options.MatchPrasa;
P.AllowSantiPrasa = Options.AllowSantiPrasa;
P.SandiMatch = Options.ExperimenatalSandhi;
MatchResult MR = P.Match(s, R);
if (MR.Total == 0)
{
return("");
}
//string sb="";
//sb =sb+ "<div style='float:left;width:40%;margin-left:10px;'><div class='err'>" + R.ShortName + "</div><div class='Err22'>";
//sb =sb+P.Build2 ( MR ) ;
//sb =sb+"</div></div>" ;
//return sb;
return(P.Build2(MR));
}
protected void Page_Load(object sender, EventArgs e)
{
string s = new MachinePoem( ).Build("nadeepraghOshamu");
Rule R = new nadeepraghOshamu( );
Padyam P = new Padyam( );
P.MatchYati = true;
P.MatchPrasa = true;
MatchResult MR = P.Match(s, R);
result.InnerHtml = MR.ShowErrors(OutputFormat.HTML);
;
}
private void Matcher(string s)
{
Rule R = new karibRMhitamu();
R.Language = RuleLanguage.Kannada;
Padyam P = new Padyam();
P.MatchPrasa = true;
P.MatchYati = false;
MatchResult MR = P.Match(s, R);
Console.Write(MR.Percentage);
}
public static string TryMatch2(string s, Rule R, MatchOptions Options)
{
if (s == null || s.Trim().Length == 0)
{
return("");
}
Padyam P = new Padyam();
P.MatchYati = Options.MatchYati;
P.MatchPrasa = Options.MatchPrasa;
P.AllowSantiPrasa = Options.AllowSantiPrasa;
P.SandiMatch = Options.ExperimenatalSandhi;
MatchResult MR = P.Match(s, R);
if (MR.Total == 0)
{
return("");
}
return(BuildResult(R, P, MR, null));
}
public static List <int> CalcMatras(string padyam)
{
Rule R = new AnnamayaChandam();
Padyam P = new Padyam();
P.MatchYati = false;
P.MatchPrasa = false;
P.AllowSantiPrasa = false;
P.SandiMatch = false;
MatchResult MR = P.Match(padyam, R);
List <int> Matras = new List <int>();
foreach (Errors E in MR.Errors)
{
if (E.Mismatch == Mismatch.Weight && E.Actual != "0")
{
Matras.Add(Convert.ToInt32(E.Actual));
}
}
return(Matras);
}
