//Prints a user-friendly summary of the verbal phrase in one of its tenses, shapes and polarities:
public string print(VPTense tense, VPShape shape, VPPolarity pol)
{
string ret = "";
VPPerson[] pers = new VPPerson[] { VPPerson.Sg1, VPPerson.Sg2, VPPerson.Sg3Masc, VPPerson.Sg3Fem, VPPerson.Pl1, VPPerson.Pl2, VPPerson.Pl3, VPPerson.NoSubject, VPPerson.Auto };
foreach (VPPerson per in pers)
{
ret += per.ToString() + ": "; foreach (Form f in this.tenses[tense][shape][per][pol])
{
ret += "[" + f.value + "] ";
}
ret += Environment.NewLine;
}
return(ret);
}
//Constructs a verbal phrase from a verb:
public VP(Verb v)
{
#region prepare-structure
VPTense[] ts = new VPTense[] { VPTense.Past, VPTense.PastCont, VPTense.Pres, VPTense.PresCont, VPTense.Fut, VPTense.Cond };
VPMood[] ms = new VPMood[] { VPMood.Imper, VPMood.Subj };
VPShape[] ss = new VPShape[] { VPShape.Declar, VPShape.Interrog /*, VPShape.RelDep, VPShape.RelIndep, VPShape.Report*/ };
VPPerson[] pers = new VPPerson[] { VPPerson.Sg1, VPPerson.Sg2, VPPerson.Sg3Masc, VPPerson.Sg3Fem, VPPerson.Pl1, VPPerson.Pl2, VPPerson.Pl3, VPPerson.NoSubject, VPPerson.Auto };
VPPolarity[] pols = new VPPolarity[] { VPPolarity.Pos, VPPolarity.Neg };
foreach (VPTense t in ts)
{
this.tenses.Add(t, new Dictionary <VPShape, Dictionary <VPPerson, Dictionary <VPPolarity, List <Form> > > >());
foreach (VPShape s in ss)
{
this.tenses[t].Add(s, new Dictionary <VPPerson, Dictionary <VPPolarity, List <Form> > >());
foreach (VPPerson per in pers)
{
this.tenses[t][s].Add(per, new Dictionary <VPPolarity, List <Form> >());
foreach (VPPolarity pol in pols)
{
this.tenses[t][s][per].Add(pol, new List <Form>());
}
}
}
}
foreach (VPMood m in ms)
{
this.moods.Add(m, new Dictionary <VPPerson, Dictionary <VPPolarity, List <Form> > >());
foreach (VPPerson per in pers)
{
this.moods[m].Add(per, new Dictionary <VPPolarity, List <Form> >());
foreach (VPPolarity pol in pols)
{
this.moods[m][per].Add(pol, new List <Form>());
}
}
}
#endregion
//Apply rules to build tensed forms:
foreach (VPTense t in v.tenseRules.Keys)
{
foreach (VPPerson p in v.tenseRules[t].Keys)
{
foreach (VPShape s in v.tenseRules[t][p].Keys)
{
foreach (VPPolarity l in v.tenseRules[t][p][s].Keys)
{
foreach (VerbTenseRule rule in v.tenseRules[t][p][s][l])
{
//For each verb form, use the rule to build a verbal phrase form:
foreach (Form vForm in v.tenses[rule.verbTense][rule.verbDependency][rule.verbPerson])
{
Form vpForm = new Form("");
if (rule.particle != "")
{
vpForm.value += rule.particle + " ";
}
vpForm.value += Opers.Mutate(rule.mutation, vForm.value);
if (rule.pronoun != "")
{
vpForm.value += " " + rule.pronoun;
}
if (v.getLemma() == "bí" && t == VPTense.Pres && s == VPShape.Declar && l == VPPolarity.Neg && vpForm.value.StartsWith("ní fhuil"))
{
vpForm.value = "níl" + vpForm.value.Substring(8); //ní fhuil --> níl
}
this.tenses[t][s][p][l].Add(vpForm);
}
}
}
}
}
}
#region mappings
Dictionary <VPPerson, VerbPerson> mapPerson = new Dictionary <VPPerson, VerbPerson>();
mapPerson.Add(VPPerson.Sg1, VerbPerson.Sg1);
mapPerson.Add(VPPerson.Sg2, VerbPerson.Sg2);
mapPerson.Add(VPPerson.Sg3Masc, VerbPerson.Sg3);
mapPerson.Add(VPPerson.Sg3Fem, VerbPerson.Sg3);
mapPerson.Add(VPPerson.Pl1, VerbPerson.Pl1);
mapPerson.Add(VPPerson.Pl2, VerbPerson.Pl2);
mapPerson.Add(VPPerson.Pl3, VerbPerson.Pl3);
mapPerson.Add(VPPerson.NoSubject, VerbPerson.Base);
mapPerson.Add(VPPerson.Auto, VerbPerson.Auto);
Dictionary <VPPerson, string> mapPronoun = new Dictionary <VPPerson, string>();
mapPronoun.Add(VPPerson.Sg1, " mé");
mapPronoun.Add(VPPerson.Sg2, " tú");
mapPronoun.Add(VPPerson.Sg3Masc, " sé");
mapPronoun.Add(VPPerson.Sg3Fem, " sí");
mapPronoun.Add(VPPerson.Pl1, " muid");
mapPronoun.Add(VPPerson.Pl2, " sibh");
mapPronoun.Add(VPPerson.Pl3, " siad");
mapPronoun.Add(VPPerson.NoSubject, "");
mapPronoun.Add(VPPerson.Auto, "");
#endregion
#region create-mood-imperative
foreach (VPPerson vpPerson in pers)
{
bool hasSyntheticForms = false;
//Synthetic forms:
foreach (Form vForm in v.moods[VerbMood.Imper][mapPerson[vpPerson]])
{
string pos = vForm.value;
string neg = "ná " + Opers.Mutate(Mutation.PrefH, vForm.value);
this.moods[VPMood.Imper][vpPerson][VPPolarity.Pos].Add(new Form(pos));
this.moods[VPMood.Imper][vpPerson][VPPolarity.Neg].Add(new Form(neg));
hasSyntheticForms = true;
}
//Analytic forms:
if (!hasSyntheticForms || vpPerson == VPPerson.Pl1 || vpPerson == VPPerson.Pl3)
{
foreach (Form vForm in v.moods[VerbMood.Imper][VerbPerson.Base])
{
string pos = vForm.value + mapPronoun[vpPerson];
string neg = "ná " + Opers.Mutate(Mutation.PrefH, vForm.value) + mapPronoun[vpPerson];
this.moods[VPMood.Imper][vpPerson][VPPolarity.Pos].Add(new Form(pos));
this.moods[VPMood.Imper][vpPerson][VPPolarity.Neg].Add(new Form(neg));
hasSyntheticForms = true;
}
}
}
#endregion
#region create-mood-subjunctive
foreach (VPPerson vpPerson in pers)
{
Mutation posMut = Mutation.Ecl1;
Mutation negMut = Mutation.Len1;
string negParticle = "nár ";
//Exceptions for irregular verbs:
if (v.getLemma() == "abair")
{
negMut = Mutation.None;
}
if (v.getLemma() == "bí")
{
negParticle = "ná ";
}
bool hasSyntheticForms = false;
//Synthetic forms:
foreach (Form vForm in v.moods[VerbMood.Subj][mapPerson[vpPerson]])
{
string pos = "go " + Opers.Mutate(posMut, vForm.value);
string neg = negParticle + Opers.Mutate(negMut, vForm.value);
this.moods[VPMood.Subj][vpPerson][VPPolarity.Pos].Add(new Form(pos));
this.moods[VPMood.Subj][vpPerson][VPPolarity.Neg].Add(new Form(neg));
hasSyntheticForms = true;
}
//Analytic forms:
if (!hasSyntheticForms || vpPerson == VPPerson.Pl1)
{
foreach (Form vForm in v.moods[VerbMood.Subj][VerbPerson.Base])
{
string pos = "go " + Opers.Mutate(posMut, vForm.value) + mapPronoun[vpPerson];
string neg = negParticle + Opers.Mutate(negMut, vForm.value) + mapPronoun[vpPerson];
this.moods[VPMood.Subj][vpPerson][VPPolarity.Pos].Add(new Form(pos));
this.moods[VPMood.Subj][vpPerson][VPPolarity.Neg].Add(new Form(neg));
hasSyntheticForms = true;
}
}
}
#endregion
}
