public static EnName FromDL(DlName dl, endict.WordKind kind, bool bigName)
{
var dlp = dl.Split();
var parts = new EnName.Parts();
parts.kind = dlp.local ? EnName.Parts.Kind.BigName : (bigName ? EnName.Parts.Kind.VeryBigName : EnName.Parts.Kind.Name);
parts.term = dlp.term;
parts.quoted = dlp.quoted;
if (dlp.quoted || bigName || kind == endict.WordKind.NormalForm)
{
if (CogniPy.CNL.EN.KeyWords.Me.isKeyword(dlp.name))
{
parts.quoted = true;
}
parts.name = dlp.name;
}
else
{
var name = dlp.name;
var arr = name.Split(new char[] { '-' });
if (kind == endict.WordKind.SimplePast || kind == endict.WordKind.PastParticiple || kind == endict.WordKind.PluralFormVerb)
{
arr[0] = CNLFactory.lex.toN_Simple(arr[0], kind);
}
else if (kind == endict.WordKind.PluralFormNoun)
{
arr[arr.Length - 1] = CNLFactory.lex.toN_Simple(arr[arr.Length - 1], kind);
}
parts.name = string.Join("-", arr);
}
return(parts.Combine());
}
public IRI getIRIFromId(string qname, EntityKind makeFor)
{
if (InvUriMappings.ContainsKey(qname))
{
return(IRI.create(InvUriMappings[qname]));
}
else
{
DlName dl = new DlName()
{
id = qname
};
var dlp = dl.Split();
if (InvUriMappings.ContainsKey(dlp.name) && dlp.term == ns2pfx(IRI.create(InvUriMappings[dlp.name]).getNamespace()))
{
return(IRI.create(InvUriMappings[dlp.name]));
}
else
{
return(owlNameingConvention.FromDL(new DlName()
{
id = qname
}, lex, pfx2ns, makeFor).iri);
}
}
}