def build_lexicon(w, properties): lx = Lexicon() for w0 in w.values(): lx.add_word(build_word(w0)) lx.compile(properties) return lx
def run():
print "QUENYA"
qya = Lexicon()
telcu = Lexeme(u"telcu", 1, "n", ("0",), "jicesi")
qya.add_word(Word(u"telco", telcu, ("s", "N")))
maama = Lexeme(u"roccie", 1, "n", (), "zunbe")
qya.add_word(Word(u"roccie", maama, ("s", "N")))
nis = Lexeme(u"niss", 1, "n", (), "dona")
qya.add_word(Word(u"nís", nis, ("s", "N")))
z = Inflections()
f = z.create_inflection("n", None, ("0",))
f.create_transform(("s", "N"), BASED_ON_ENTRY_FORM)
c = f.create_transform(("s", "G"))
c.append_step(u"ie$", u"ié")
c.append_step(u"cu$", u"qu")
c.append_step(u"[ao]?$", u"o")
c = f.create_transform(("s", "D"), ("s", "N"), u"[^aeiouáéíóú]$")
c.append_step(u"$", u"en")
c = f.create_transform(("s", "D"), ("s", "N"), u"[aeiouáéíóú]$")
c.append_step(u"$", u"n")
c = f.create_transform(("s", "P"), BASED_ON_ENTRY_FORM, u"[iu]$")
c.append_step(u"$", u"va")
c = f.create_transform(("s", "P"), BASED_ON_ENTRY_FORM, u"ss$")
c.append_step(u"$", u"eva")
c = f.create_transform(("s", "P"), BASED_ON_ENTRY_FORM, u"c$")
c.append_step(u"$", u"qua")
c = f.create_transform(("s", "P"), BASED_ON_ENTRY_FORM, u"[^aeiouáéíóú]$")
c.append_step(u"$", u"wa")
c = f.create_transform(("s", "P"), BASED_ON_ENTRY_FORM, u"[aeiouáéíóú]$")
c.append_step(u"$", u"va")
c = f.create_transform(("s", "I"), ("s", "D"))
c.append_step(u"$", u"en")
print f(telcu, [w for w in qya.find_words(telcu.key())])
print f(maama, [w for w in qya.find_words(maama.key())])
print f(nis, [w for w in qya.find_words(nis.key())])
# all_niss = f(u"niss", 1) #inflection table: paradigm = (..), dictionary of generated with none for defective, iterable over words
# print all_niss
# (niss, niis): [niis, nisso, nissen,...]
print "LATIN"
lat = Lexicon()
rosa = Lexeme(u"rosa", 1, "n", ("f",), "rose")
lupo = Lexeme(u"luːpo", 1, "n", ("m",), "wolf")
mar = Lexeme(u"maːr", 1, "n", ("n",), "sea")
lat.add_word(Word(u"maːre", mar, ("s", "N")))
mar2 = Lexeme(u"maːr", 2, "n", ("m",), "male")
lat.add_word(Word(u"maːr", mar2, ("s", "N")))
urb = Lexeme(u"urb", 1, "n", ("f",), "town")
lat.add_word(Word(u"urps", urb, ("s", "N")))
nomin = Lexeme(u"noːmin", 1, "n", ("m",), "name")
decl = Inflections()
decl1 = decl.create_inflection("n", u"a$")
decl1.create_transform(("s", "N"), BASED_ON_ENTRY_FORM)
decl1G = decl1.create_transform(("s", "G"))
decl1G.append_step(u"a$", u"ae", True)
decl2 = decl.create_inflection("n", u"o$")
decl2N = decl2.create_transform(("s", "N"))
decl2N.append_step(u"o$", u"us", True)
decl2G = decl2.create_transform(("s", "G"))
decl2G.append_step(u"o$", u"iː", True)
decl3 = decl.create_inflection("n")
decl3N = decl3.create_transform(("s", "N"), BASED_ON_ENTRY_FORM, u"in", ("m",))
decl3N.append_step(u"in$", u"en")
decl3N = decl3.create_transform(("s", "N"), BASED_ON_ENTRY_FORM, u"in", ("n",))
decl3N.append_step(u"in$", u"o")
decl3G = decl3.create_transform(("s", "G"))
decl3G.append_step(u"$", u"iːs", True)
print decl(lupo, [w for w in lat.find_words(lupo.key())])
print decl(nomin, [w for w in lat.find_words(nomin.key())])
print decl(rosa, [w for w in lat.find_words(rosa.key())])
