def validate(self,tweet): clean = wordtools.clean(tweet) syllableCount = wordtools.syllableCount(clean) if syllableCount==7 or syllableCount==5: return [syllableCount, tweet] else: return None
def validate(self,tweet):
clean = wordtools.clean(tweet)
syllableCount = wordtools.syllableCount(clean)
if syllableCount==7 or syllableCount==5:
return {self.syllables:syllableCount, self.text:tweet}
else:
return None
def validate(self,tweet): cleaned = wordtools.clean(tweet) meter = wordtools.getMeter(cleaned) if meter!=None and self.isIambicPentameter(meter): return tweet else: return None
def readTweet(self, tweet):
cleaned = wordtools.clean(tweet)
syllableCount = wordtools.syllableCount(cleaned)
if syllableCount > 0 and syllableCount < 20:
rhyme = wordtools.getRhyme(cleaned[-1])
if rhyme == self.testRhyme:
self.data = tweet
def validate(self, tweet):
clean = wordtools.clean(tweet)
syllableCount = wordtools.syllableCount(clean)
if syllableCount == 7 or syllableCount == 5:
return [syllableCount, tweet]
else:
return None
def validate(self, tweet):
clean = wordtools.clean(tweet)
syllableCount = wordtools.syllableCount(clean)
if syllableCount == 7 or syllableCount == 5:
return {self.syllables: syllableCount, self.text: tweet}
else:
return None
def validate(self,tweet): cleaned = wordtools.clean(tweet) meter = wordtools.getMeter(cleaned) if meter!=None and self.isIambicPentameter(meter): return tweet else: return None
def validate(self,tweet): clean = wordtools.clean(tweet) syl = wordtools.syllableCount(clean) if syl>0: rhyme = wordtools.getRhyme(clean[-1]) if rhyme!= None: return [rhyme,syl,clean,tweet] return None
def validate(self,tweet): clean = wordtools.clean(tweet) syllableCount = wordtools.syllableCount(clean) if syllableCount==9 or syllableCount==6: rhyme = wordtools.getRhyme(clean[-1]) if rhyme!=None: return (syllableCount, rhyme, clean, tweet) return None
def validate(self,tweet): clean = wordtools.clean(tweet) syllableCount = wordtools.syllableCount(clean) if syllableCount==9 or syllableCount==6: rhyme = wordtools.getRhyme(clean[-1]) if rhyme!=None: return (syllableCount, rhyme, clean, tweet) return None
def validate(self,tweet):
clean = wordtools.clean(tweet)
syl = wordtools.syllableCount(clean)
if syl>0:
rhyme = wordtools.getRhyme(clean[-1])
if rhyme!= None:
return {self.rhyme:rhyme,self.syllables:syl,self.clean:clean,self.text:tweet}
return None
def validate(self, tweet):
clean = wordtools.clean(tweet)
syl = wordtools.syllableCount(clean)
if syl > 0:
rhyme = wordtools.getRhyme(clean[-1])
if rhyme != None:
return [rhyme, syl, clean, tweet]
return None
def validate(self, tweet):
cleaned = wordtools.clean(tweet)
if wordtools.validate(cleaned) and len(cleaned) > 0:
return [
''.join(c for c in self.letters if c in tweet.upper()), tweet
]
else:
return None
def validate(self,tweet):
cleaned = wordtools.clean(tweet)
meter = wordtools.getMeter(cleaned)
if meter!=None and self.isIambicPentameter(meter):
rhyme = wordtools.getRhyme(cleaned[-1])
if rhyme!=None:
return {self.rhyme:rhyme,self.clean:cleaned,self.text:tweet}
else:
return None
def readTweet(self, tweet):
cleaned = wordtools.clean(tweet)
if not wordtools.validate(cleaned) or not len(cleaned) > 0:
return
if cleaned[0] in self.data[0]:
self.data[0][cleaned[0]].append(tweet)
else:
self.data[0][cleaned[0]] = [tweet]
if len(self.data[0][cleaned[0]]) == 4:
self.data[1] = self.data[0][cleaned[0]]
self.data[0][cleaned[0]] = []
def readTweet(self, tweet): cleaned = wordtools.clean(tweet) if not wordtools.validate(cleaned) or not len(cleaned)>0: return if cleaned[0] in self.data[0]: self.data[0][cleaned[0]].append(tweet) else: self.data[0][cleaned[0]]=[tweet] if len(self.data[0][cleaned[0]])==4: self.data[1] = self.data[0][cleaned[0]] self.data[0][cleaned[0]]=[]
def validate(self, tweet):
clean = wordtools.clean(tweet)
syl = wordtools.syllableCount(clean)
if syl > 3 and syl < 20:
rhyme = wordtools.getRhyme(clean[-1])
if rhyme != None:
return {
self.rhyme: rhyme,
self.syllables: syl,
self.clean: clean,
self.text: tweet
}
return None
def validate(self, tweet):
cleaned = wordtools.clean(tweet)
if wordtools.validate(cleaned):
sounds = []
for word in cleaned:
sounds += wordtools.getPronunciationNoStress(word) + [" "]
if len(sounds) > 4:
sounds.pop() #remove the last space
return sounds
else:
return None
else:
return None
def validate(self, tweet):
cleaned = wordtools.clean(tweet)
meter = wordtools.getMeter(cleaned)
if meter != None and self.isIambicPentameter(meter):
rhyme = wordtools.getRhyme(cleaned[-1])
if rhyme != None:
return {
self.rhyme: rhyme,
self.clean: cleaned,
self.text: tweet
}
else:
return None
def validate(self, tweet):
cleaned = wordtools.clean(tweet)
if wordtools.validate(cleaned):
sounds = []
for word in cleaned:
sounds += wordtools.getPronunciationNoStress(word) + [" "]
if len(sounds) > 4:
sounds.pop() # remove the last space
return sounds
else:
return None
else:
return None
def validate(self, tweet):
clean = wordtools.clean(tweet)
if not wordtools.validate(clean):
return None
initials = {}
for i in range(len(clean)):
initial = wordtools.getInitialSound(clean[i])
if initial in initials:
initials[initial][0] += 1
else:
initials[initial] = [1, False, False]
if i < len(clean) / 2:
initials[initial][1] = True
else:
initials[initial][2] = True
if len(initials) == 0:
return None
if self.existsUsableSound(initials, len(clean) * self.ALLITERATIVE_FACTOR):
return tweet
else:
return None
def validate(self, tweet):
clean = wordtools.clean(tweet)
if not wordtools.validate(clean):
return None
initials = {}
for i in range(len(clean)):
initial = wordtools.getInitialSound(clean[i])
if initial in initials:
initials[initial][0] += 1
else:
initials[initial] = [1, False, False]
if i < len(clean) / 2:
initials[initial][1] = True
else:
initials[initial][2] = True
if len(initials) == 0:
return None
if self.existsUsableSound(initials,
len(clean) * self.ALLITERATIVE_FACTOR):
return tweet
else:
return None
def validate(self, tweet):
clean = wordtools.clean(tweet)
syl = wordtools.syllableCount(clean)
if syl > 0:
return tweet
return None
import wordtools
import random
if __name__ == "__main__":
try:
symbols = wordtools.abc + wordtools.marks + ' ' * 10
text = ''
for i in range(300):
text += symbols[random.randrange(len(symbols))]
print('Random text:\n\t' + text + '\n')
print('clean:\n\t{}\n\nwords:\n\t{}\n\nword_count:\n\t{}\n\n\
longest_word:\n\t{}\n\nchar_stats:\n\t{}'.format(wordtools.clean(text),
wordtools.words(text),
wordtools.word_count(text),
wordtools.longest_word(text),
wordtools.char_stats(text)))
except Exception as err:
print('Error occured during execution:', err)
print('Type:', type(err))
def validate(self,tweet): cleaned = wordtools.clean(tweet) if wordtools.validate(cleaned): return [cleaned,tweet]
def validate(self,tweet): cleaned = wordtools.clean(tweet) if wordtools.validate(cleaned) and len(cleaned)>=2: return cleaned else: return None
def readTweet(self, tweet): clean = wordtools.clean(tweet) syl = wordtools.syllableCount(clean) if syl>0: self.data = tweet
def readTweet(self, tweet):
cleaned = wordtools.clean(tweet)
if cleaned[:len(self.testString)] == self.testString:
self.data = tweet
def validate(self, tweet):
cleaned = wordtools.clean(tweet)
if wordtools.validate(cleaned) and len(cleaned) >= 2:
return cleaned
else:
return None
def readTweet(self, tweet): cleaned = wordtools.clean(tweet) if cleaned[:len(self.testString)] == self.testString: self.data = tweet
def validate(self, tweet):
cleaned = wordtools.clean(tweet)
if wordtools.validate(cleaned):
return [cleaned, tweet]
def validate(self,tweet):
cleaned = wordtools.clean(tweet)
if wordtools.validate(cleaned) and len(cleaned)>0:
return [''.join(c for c in self.letters if c in tweet.upper()),tweet]
else:
return None
