def words1(self, h, options):
langs = tt.F_ENGLISH + tt.F_FRENCH
d = {}
for lang in langs:
d[lang] = []
for leUid in self.leUids:
le = h.leGet(leUid, options)
lang = tt.featureGet(le.feat, tt.FT_LANG, langs[0])
if d.has_key(lang):
for leo in le.leos:
if leo.objname != self.objname: continue
word = leo.expword
if word not in d[lang]:
d[lang].append(word)
r = ''
first = 1
for lang in langs:
if len(d[lang]) == 0: continue
if len(langs) > 1:
if first: first = 0
else: r = r + '; '
r = r + '[' + featExpand(lang) + '] ' + string.join(
d[lang], ', ')
else:
r = r + string.join(d[lang], ', ')
return r
def dumpdenotationtheta(h, out, word, con):
for (sensenum, leo, lefeat) in word.senses:
lang = tt.featureGet(lefeat, tt.FT_LANG, '')
pos = tt.featureGet(lefeat, tt.FT_POS, '')
gmt = langToGMt(lang)
concept = '#$' + ttnameToCycName(leo.objname)
obj = h.objGet(leo.objname)
cycpos = ttPosToCycPos(pos)
if cycpos == None:
continue
if leo.le.word == leo.expword:
cycassert(out,
['#$TT-denotation', con, cycpos,
str(sensenum), concept], gmt)
for c in leo.feat:
if tt.FEATDICT.has_key(c):
pred = '#$TT-thetaRoleFeat-' + toPredName(tt.FEATDICT[c])
cycassert(out, [pred, con, cycpos, str(sensenum)], gmt)
for theta in leo.thetas:
slotnum = str(theta.slotnum)
case = '#$' + ttnameToCycName(theta.case)
if theta.leUid != '':
t = leuid2citationForm(theta.leUid)
if word != None:
word = '"' + t + '"'
else:
word = '""'
else:
word = '""'
trpos = '"' + theta.trpos + '"'
optional = str(theta.optional)
selres = selrestrict(h, obj, theta.slotnum)
for c in theta.subcat:
if tt.FEATDICT.has_key(c):
pred = '#$TT-thetaRoleSubcat-' + toPredName(tt.FEATDICT[c])
cycassert(out, [pred, con, cycpos,
str(sensenum), slotnum], gmt)
cycassert(out, [
'#$TT-thetaRole', con, cycpos,
str(sensenum), concept, slotnum, case, selres, word, trpos,
optional
], gmt)
def descendantWords(h,objname,langs):
objs=descendants(h,objname)
r=[]
for objname in objs:
obj=h.objGet(objname)
if not obj: continue
for leUid in obj.leUids:
w=leUidToWord(leUid)
f=leUidToFeat(leUid)
if tt.featureGet(f, tt.FT_LANG, tt.F_NULL) in langs:
if w not in r: r.append(w)
return r
def dumpdenotationtheta(h, out, word, con):
for (sensenum, leo, lefeat) in word.senses:
lang = tt.featureGet(lefeat, tt.FT_LANG, "")
pos = tt.featureGet(lefeat, tt.FT_POS, "")
gmt = langToGMt(lang)
concept = "#$" + ttnameToCycName(leo.objname)
obj = h.objGet(leo.objname)
cycpos = ttPosToCycPos(pos)
if cycpos == None:
continue
if leo.le.word == leo.expword:
cycassert(out, ["#$TT-denotation", con, cycpos, str(sensenum), concept], gmt)
for c in leo.feat:
if tt.FEATDICT.has_key(c):
pred = "#$TT-thetaRoleFeat-" + toPredName(tt.FEATDICT[c])
cycassert(out, [pred, con, cycpos, str(sensenum)], gmt)
for theta in leo.thetas:
slotnum = str(theta.slotnum)
case = "#$" + ttnameToCycName(theta.case)
if theta.leUid != "":
t = leuid2citationForm(theta.leUid)
if word != None:
word = '"' + t + '"'
else:
word = '""'
else:
word = '""'
trpos = '"' + theta.trpos + '"'
optional = str(theta.optional)
selres = selrestrict(h, obj, theta.slotnum)
for c in theta.subcat:
if tt.FEATDICT.has_key(c):
pred = "#$TT-thetaRoleSubcat-" + toPredName(tt.FEATDICT[c])
cycassert(out, [pred, con, cycpos, str(sensenum), slotnum], gmt)
cycassert(
out,
["#$TT-thetaRole", con, cycpos, str(sensenum), concept, slotnum, case, selres, word, trpos, optional],
gmt,
)
def dumpposinflections(h, out, word, con):
for (infl, feat) in word.infls:
lang = tt.featureGet(feat, tt.FT_LANG, "")
pos = tt.featureGet(feat, tt.FT_POS, "")
gmt = langToGMt(lang)
cycpos = ttPosToCycPos(pos)
if cycpos != None:
cycassert(out, ["#$TT-posForms", con, cycpos], gmt)
gender = tt.featureGet(feat, tt.FT_GENDER, "")
person = tt.featureGet(feat, tt.FT_PERSON, "")
number = tt.featureGet(feat, tt.FT_NUMBER, "")
tense = tt.featureGet(feat, tt.FT_TENSE, "")
mood = tt.featureGet(feat, tt.FT_MOOD, "")
degree = tt.featureGet(feat, tt.FT_DEGREE, "")
checked = tt.F_INFL_CHECKED in feat
pred = "#$TT-infl" + featsToCyc(pos, gender, person, number, tense, mood, degree, checked)
cycassert(out, [pred, con, '"' + infl + '"'], gmt)
def featExpand(feat):
pos=tt.featureGet(feat,tt.FT_POS,tt.F_NULL)
feat=stringElim(feat,'¸%@'+tt.FT_POS)
if pos!=tt.F_NULL: feat=feat+pos
r=[]
for f in feat:
if tt.FEATDICT.has_key(f):
r.append(tt.FEATDICT[f])
if pos==tt.F_NULL:
return string.join(r,', ')
if len(r)==0:
return ''
elif len(r)==1:
return r[0]
else:
return string.join(r[:-1],', ')+' '+r[-1:][0]
def dumpposinflections(h, out, word, con):
for (infl, feat) in word.infls:
lang = tt.featureGet(feat, tt.FT_LANG, '')
pos = tt.featureGet(feat, tt.FT_POS, '')
gmt = langToGMt(lang)
cycpos = ttPosToCycPos(pos)
if cycpos != None:
cycassert(out, ['#$TT-posForms', con, cycpos], gmt)
gender = tt.featureGet(feat, tt.FT_GENDER, '')
person = tt.featureGet(feat, tt.FT_PERSON, '')
number = tt.featureGet(feat, tt.FT_NUMBER, '')
tense = tt.featureGet(feat, tt.FT_TENSE, '')
mood = tt.featureGet(feat, tt.FT_MOOD, '')
degree = tt.featureGet(feat, tt.FT_DEGREE, '')
checked = tt.F_INFL_CHECKED in feat
pred = '#$TT-infl' + featsToCyc(pos, gender, person, number, tense,
mood, degree, checked)
cycassert(out, [pred, con, '"' + infl + '"'], gmt)
def words1(self,h,options):
langs=tt.F_ENGLISH+tt.F_FRENCH
d={}
for lang in langs: d[lang]=[]
for leUid in self.leUids:
le=h.leGet(leUid, options)
lang=tt.featureGet(le.feat,tt.FT_LANG,langs[0])
if d.has_key(lang):
for leo in le.leos:
if leo.objname != self.objname: continue
word=leo.expword
if word not in d[lang]:
d[lang].append(word)
r=''
first=1
for lang in langs:
if len(d[lang])==0: continue
if len(langs)>1:
if first: first=0
else: r=r+'; '
r=r+'['+featExpand(lang)+'] '+string.join(d[lang],', ')
else:
r=r+string.join(d[lang],', ')
return r
