def find_runs(text):
''' Count the number of characters in each character block '''
run_types = defaultdict(int)
totalCount = 0
for c in text:
if c.isalpha():
block = unicodeBlock(c)
run_types[block] += 1
totalCount += 1
# import pprint
# pprint.pprint(run_types)
# return run types that used for 40% or more of the string
# always return basic latin if found more than 15%
# and extended additional latin if over 10% (for Vietnamese)
relevant_runs = []
for key, value in run_types.items():
pct = (value*100) / totalCount
if pct >=40:
relevant_runs.append(key)
elif key == "Basic Latin" and ( pct >=15 ):
relevant_runs.append(key)
elif key == "Latin Extended Additional" and ( pct >=10 ):
relevant_runs.append(key)
return relevant_runs
def find_runs(text):
''' Count the number of characters in each character block '''
run_types = defaultdict(int)
totalCount = 0
for c in text:
if c.isalpha():
block = unicodeBlock(c)
run_types[block] += 1
totalCount += 1
# import pprint
# pprint.pprint(run_types)
# return run types that used for 40% or more of the string
# always return basic latin if found more than 15%
# and extended additional latin if over 10% (for Vietnamese)
relevant_runs = []
for key, value in run_types.items():
pct = (value*100) / totalCount
if pct >=40:
relevant_runs.append(key)
elif key == "Basic Latin" and ( pct >=15 ):
relevant_runs.append(key)
elif key == "Latin Extended Additional" and ( pct >=10 ):
relevant_runs.append(key)
return relevant_runs
def assertBlock(self, name, c):
c = unichr(c)
block = unicodeBlock(c)
self.assertEquals(name, unicodeBlock(c), '%s != %s for %r' % (name, block, c))
def assertBlock(self, name, c):
c = unichr(c)
block = unicodeBlock(c)
self.assertEquals(name, unicodeBlock(c), '%s != %s for %r' % (name, block, c))
