def convert_to_two_char_string(number): """Convert two numeric characters into string with leading zero. """ assert_ge(number, 0) assert_le(number, 99) if number < 10: return '0%s' % number else: return '%s' % number
def slice_list(li, num_chunks): """Slice list into chunks of equal sizes """ assert_ge(num_chunks, 1) start = 0 result = [] for i in xrange(num_chunks): stop = start + len(li[i::num_chunks]) result.append(li[start:stop]) start = stop return result
def relation_sense_tags_at_level(self, level):
"""Get the sense the specified level starting from 0 = top level"""
assert_ge(level, 0)
sense_tags1 = self.relation_sense_tags(1)
sense_tags2 = self.relation_sense_tags(2)
sense_tags = []
if sense_tags1 is not None:
for sense in sense_tags1:
split_sense = sense.split('.')
if len(split_sense) >= level:
sense_tags.append(split_sense[level])
if sense_tags2 is not None:
for sense in sense_tags2:
split_sense = sense.split('.')
if len(split_sense) >= level:
sense_tags.append(split_sense[level])
return sense_tags
def relation_sense_tags_at_level(self, level):
"""Get the sense the specified level starting from 0 = top level"""
assert_ge(level, 0)
sense_tags1 = self.relation_sense_tags(1)
sense_tags2 = self.relation_sense_tags(2)
sense_tags = []
if sense_tags1 is not None:
for sense in sense_tags1:
split_sense = sense.split('.')
if len(split_sense) >= level:
sense_tags.append(split_sense[level])
if sense_tags2 is not None:
for sense in sense_tags2:
split_sense = sense.split('.')
if len(split_sense) >= level:
sense_tags.append(split_sense[level])
return sense_tags
