private static Sentence EstablishAFact(KeyValuePair <string, string> pair)
{
string[] nameParts = pair.Key.Split(new[] { " " }, StringSplitOptions.RemoveEmptyEntries);
Word jan = Words.jan;
Word name = new Word(nameParts[1]);
Word nanpa = Words.nanpa;
Word fiveEtc = new Word(pair.Value);
ComplexChain subject = ComplexChain.SinglePiEnChainFactory(new HeadedPhrase(jan, new WordSet {
name
}));
VerbPhrase verb = new VerbPhrase(Words.jo);
ComplexChain directs = ComplexChain.SingleEPiChainFactory(new HeadedPhrase(nanpa, new WordSet {
fiveEtc
}));
TpPredicate predicate = new TpPredicate(Particles.li, verb, directs);
Sentence fact = new Sentence(subject, new PredicateList {
predicate
}, SentenceDiagnostics.NotFromParser,
new SentenceOptionalParts
{
Punctuation = new Punctuation(".")
});
return(fact);
}
private TpPredicate GeneratePredicate()
{
bool isTransitive = random.Next(0, 100) < 50;
VerbPhrase verbPhrase = RandomVerbPhrase(isTransitive ? "vt" : "vi");
ComplexChain nominal = RandomEnPiChain();
TpPredicate p;
if (random.Next(0, 100) < 75)
{
PrepositionalPhrase[] prepositionals = null;
if (random.Next(0, 100) < 35)
{
prepositionals = RandomPrepChain();
}
ComplexChain directs = null;
if (isTransitive)
{
directs = RandomEChain();
}
p = new TpPredicate(Particles.li, verbPhrase, directs, prepositionals);
}
else
{
p = new TpPredicate(Particles.li, nominal);
}
return(p);
}
public void ProcessSingletonPredicate()
{
Dialect c = Dialect.LooseyGoosey;
ParserUtils pu = new ParserUtils(c);
TpPredicate predicate = pu.ProcessPredicates("li soweli lili");
Assert.AreEqual("soweli", predicate.VerbPhrase.HeadVerb.Text);
Assert.AreEqual("lili", predicate.VerbPhrase.Adverbs.First().Text);
}
public void CreateTpPredicateAfterSplitingEChain()
{
Dialect c = Dialect.LooseyGoosey;
ParserUtils pu = new ParserUtils(c);
const string ePhrase = "li moku e soweli suli mute";
TpPredicate predicate = pu.ProcessPredicates(ePhrase);
Console.WriteLine(predicate.ToString("b"));
Assert.IsTrue(predicate.Directs != null);
}
private static Sentence CreateQuestion()
{
Word jan = Words.seme;
Word nanpa = Words.nanpa;
Word fiveEtc = new Word("555-1234");
ComplexChain subject = ComplexChain.SinglePiEnChainFactory(new HeadedPhrase(jan));
VerbPhrase verbs = new VerbPhrase(Words.jo);
ComplexChain directs = ComplexChain.SingleEPiChainFactory(new HeadedPhrase(nanpa, new WordSet {
fiveEtc
}));
TpPredicate predicate = new TpPredicate(Particles.li, verbs, directs);
Sentence fact = new Sentence(subject, new PredicateList {
predicate
}, SentenceDiagnostics.NotFromParser);
return(fact);
}
