public PluralInfoLgE(string bayse, string slenderizationTarget)
{
this.strength = Strength.Weak;
string form = bayse;
form = Opers.Slenderize(form, slenderizationTarget) + "e";
this.nominative.Add(new Form(form));
this.genitive.Add(new Form(Opers.Broaden(bayse)));
this.vocative.Add(new Form(form));
}
public PluralInfoLgA(string bayse, string broadeningTarget)
{
this.strength = Strength.Weak;
string form = bayse;
form = Opers.Broaden(form, broadeningTarget) + "a";
this.nominative.Add(new Form(form));
this.genitive.Add(new Form(Opers.Broaden(bayse)));
this.vocative.Add(new Form(form));
}
public SingularInfoL(string lemma, Gender gender, string broadeningTarget)
{
this.gender = gender;
this.nominative.Add(new Form(lemma));
this.vocative.Add(new Form(lemma));
this.dative.Add(new Form(lemma));
//derive the genitive:
string form = lemma;
form = Opers.Broaden(form, broadeningTarget);
this.genitive.Add(new Form(form));
}
//Performs irregular broadening: if the base ends in a consonant, and if the vowel cluster immediately before this consonant
//ends in a slender vowel, then it changes this vowel cluster into the target (the second argument).
//Note: if the target does not end in a broad vowel, then regular broadening is attempted instead.
//Note: a base that's already broad passes through unchanged.
public static string Broaden(string bayse, string target)
{
string ret = bayse;
if (!Regex.IsMatch(target, "[" + Opers.VowelsBroad + "]$"))
{
ret = Opers.Broaden(bayse); //attempt regular broadening instead
}
else
{
Match match = Regex.Match(bayse, "^(.*?)[" + Opers.Vowels + "]*[" + Opers.VowelsSlender + "]([" + Opers.Cosonants + "]+)$");
if (match.Success)
{
ret = match.Groups[1].Value + target + match.Groups[2].Value;
}
}
return(ret);
}
public SingularInfoAX(string lemma, Gender gender, bool syncope, string broadeningTarget)
{
this.gender = gender;
this.nominative.Add(new Form(lemma));
this.vocative.Add(new Form(lemma));
this.dative.Add(new Form(lemma));
//derive the genitive:
string form = lemma;
if (syncope)
{
form = Opers.Syncope(form);
}
form = Opers.Broaden(form, broadeningTarget);
form = form + "ach";
this.genitive.Add(new Form(form));
}
public PluralInfoLgC(string bayse, string slenderizationTarget)
{
this.strength = Strength.Weak;
//generate the genitive:
string form = Opers.Broaden(bayse);
this.genitive.Add(new Form(form));
//generate the vocative:
form = form + "a";
this.vocative.Add(new Form(form));
//generate the nominative:
form = bayse;
form = Regex.Replace(form, "ch$", "gh"); //eg. bacach > bacaigh
form = Opers.Slenderize(form, slenderizationTarget);
this.nominative.Add(new Form(form));
}
public SingularInfoA(string lemma, Gender gender, bool syncope, string broadeningTarget)
{
this.gender = gender;
this.nominative.Add(new Form(lemma));
this.vocative.Add(new Form(lemma));
this.dative.Add(new Form(lemma));
//derive the genitive:
string form = lemma;
form = Regex.Replace(form, "([" + Opers.VowelsSlender + "])rt$", "$1rth"); //eg. bagairt > bagartha
form = Regex.Replace(form, "([" + Opers.VowelsSlender + "])nnt$", "$1nn"); //eg. cionnroinnt > cionnranna
form = Regex.Replace(form, "([" + Opers.VowelsSlender + "])nt$", "$1n"); //eg. canúint > canúna
if (syncope)
{
form = Opers.Syncope(form);
}
form = Opers.Broaden(form, broadeningTarget);
form = form + "a";
this.genitive.Add(new Form(form));
}