def add_SUBCAT_to_Num(word):
# Assign feature SUBCAT to numbers lacking it using surface
# form-based heuristics.
fmap = word.feat_map()
if 'SUBCAT' in fmap or word.postag != 'Num':
return []
t = numtype(word.form)
if t == CARDINAL:
return [('SUBCAT', 'Card')]
elif t == ORDINAL:
return [('SUBCAT', 'Ord')]
else:
return []
def add_SUBCAT_to_Num(word):
# Assign feature SUBCAT to numbers lacking it using surface
# form-based heuristics.
fmap = word.feat_map()
if 'SUBCAT' in fmap or word.postag != 'Num':
return []
t = numtype(word.form)
if t == CARDINAL:
return [('SUBCAT', 'Card')]
elif t == ORDINAL:
return [('SUBCAT', 'Ord')]
else:
return []
def rewrite_Num(word):
value = word.feat_map().get('SUBCAT')
if value == 'Card':
return 'NUM'
elif value == 'Ord':
return 'ADJ'
# surface form-based heuristics
t = numtype(word.form)
if t == CARDINAL:
return 'NUM'
elif t == ORDINAL:
# not quite sure about this, gives e.g. 1./ADJ
warn('assigning ADJ to "ordinal": ' + word.form)
return 'ADJ'
elif t is None:
warn(word.cpostag + u' without SUBCAT Card or Ord:' + word.form)
# default to NUM (TODO: avoid guessing)
return 'NUM'
else:
assert False, 'internal error'
def rewrite_Num(word):
value = word.feat_map().get('SUBCAT')
if value == 'Card':
return 'NUM'
elif value == 'Ord':
return 'ADJ'
# surface form-based heuristics
t = numtype(word.form)
if t == CARDINAL:
return 'NUM'
elif t == ORDINAL:
# not quite sure about this, gives e.g. 1./ADJ
warn('assigning ADJ to "ordinal": ' + word.form)
return 'ADJ'
elif t is None:
warn(word.cpostag + u' without SUBCAT Card or Ord:' + word.form)
# default to NUM (TODO: avoid guessing)
return 'NUM'
else:
assert False, 'internal error'
