def printable():
return string.printable
def uppercase():
return string.uppercase
def whitespace():
return string.whitespace
# m = str.find
# m("foo", "oo")
# 1
string_functions = {
"ascii_lowercase" : ( 0, fm.fcall0(ascii_lowercase)),
"ascii_uppercase" : ( 0, fm.fcall0(ascii_uppercase)),
"digits" : ( 0, fm.fcall0(digits)),
"hexdigits" : ( 0, fm.fcall0(hexdigits)),
"letters" : ( 0, fm.fcall0(letters)),
"lowercase" : ( 0, fm.fcall0(lowercase)),
"octdigits" : ( 0, fm.fcall0(octdigits)),
"punctuation" : ( 0, fm.fcall0(punctuation)),
"printable" : ( 0, fm.fcall0(printable)),
"uppercase" : ( 0, fm.fcall0(uppercase)),
"whitespace" : ( 0, fm.fcall0(whitespace)),
"capitalize" : ( 1, fm.mcall1("capitalize")),
"find" : ( 2, fm.mcall2("find")), # INCOMPLETE, more poss
"rfind" : ( 2, fm.mcall2("rfind")), # INCOMPLETE, more poss
"index" : ( 2, fm.mcall2("index")), # INCOMPLETE, more poss
"rindex" : ( 2, fm.mcall2("rindex")), # INCOMPLETE, more poss
for item in final:
tdict = {}
tdict['text'] = item[0]
tdict['weight'] = int(item[1] * self.max_words)
res.append(tdict)
return res
def createWordcloud(max_words):
return Wordcloud(int(max_words))
wordcloud_functions = {
"createWordcloud": (1, fm.fcall1(createWordcloud)),
"getwords": (1, fm.fcall1(getwords)),
"stopwords": (0, fm.fcall0(stopwords)),
"addText": (2, fm.mcall2(Wordcloud.addText)),
"update_wordcloud": (2, fm.fcall2(update_wordcloud)),
"getWordWeights": (1, fm.mcall1(Wordcloud.getWordWeights)),
}
ECA_parser.functions.update(wordcloud_functions)
# Test function.
if __name__ == '__main__':
print("#!TWORDCLOUD")
wc = createWordcloud(15)
wc.addText(
'@vessie @Tapz @Scarbir Ik ben in Enschede zaterdag! Batavierenrace. Veel plezier!'
)
wc.addText(
def uppercase():
return string.uppercase
def whitespace():
return string.whitespace
# m = str.find
# m("foo", "oo")
# 1
string_functions = {
"ascii_lowercase": (0, fm.fcall0(ascii_lowercase)),
"ascii_uppercase": (0, fm.fcall0(ascii_uppercase)),
"digits": (0, fm.fcall0(digits)),
"hexdigits": (0, fm.fcall0(hexdigits)),
"letters": (0, fm.fcall0(letters)),
"lowercase": (0, fm.fcall0(lowercase)),
"octdigits": (0, fm.fcall0(octdigits)),
"punctuation": (0, fm.fcall0(punctuation)),
"printable": (0, fm.fcall0(printable)),
"uppercase": (0, fm.fcall0(uppercase)),
"whitespace": (0, fm.fcall0(whitespace)),
"capitalize": (1, fm.mcall1("capitalize")),
"find": (2, fm.mcall2("find")), # INCOMPLETE, more poss
"rfind": (2, fm.mcall2("rfind")), # INCOMPLETE, more poss
"index": (2, fm.mcall2("index")), # INCOMPLETE, more poss
"rindex": (2, fm.mcall2("rindex")), # INCOMPLETE, more poss
"log" : ( 2, fm.fcall2(math.log)), "log1p" : ( 1, fm.fcall1(math.log1p)), "log10" : ( 1, fm.fcall1(math.log10)), "pow" : ( 2, fm.fcall2(math.pow)), "sqrt" : ( 1, fm.fcall1(math.sqrt)), "acos" : ( 1, fm.fcall1(math.acos)), "asin" : ( 1, fm.fcall1(math.asin)), "atan" : ( 1, fm.fcall1(math.atan)), "atan2" : ( 2, fm.fcall2(math.atan2)), "cos" : ( 1, fm.fcall1(math.cos)), "hypot" : ( 2, fm.fcall1(math.hypot)), "sin" : ( 1, fm.fcall1(math.sin)), "tan" : ( 1, fm.fcall1(math.tan)), "degrees" : ( 1, fm.fcall1(math.degrees)), "radians" : ( 1, fm.fcall1(math.radians)), "acosh" : ( 1, fm.fcall1(math.acosh)), "asinh" : ( 1, fm.fcall1(math.asinh)), "atanh" : ( 1, fm.fcall1(math.atanh)), "cosh" : ( 1, fm.fcall1(math.cosh)), "sinh" : ( 1, fm.fcall1(math.sinh)), "tanh" : ( 1, fm.fcall1(math.tanh)), "erf" : ( 1, fm.fcall1(math.erf)), "erfc" : ( 1, fm.fcall1(math.erfc)), "gamma" : ( 1, fm.fcall1(math.gamma)), "lgamma" : ( 1, fm.fcall1(math.ceil)), "pi" : ( 0, fm.fcall0(pi)), "e" : ( 0, fm.fcall0(e)) } ECA_parser.functions.update( math_functions )
"log": (2, fm.fcall2(math.log)),
"log1p": (1, fm.fcall1(math.log1p)),
"log10": (1, fm.fcall1(math.log10)),
"pow": (2, fm.fcall2(math.pow)),
"sqrt": (1, fm.fcall1(math.sqrt)),
"acos": (1, fm.fcall1(math.acos)),
"asin": (1, fm.fcall1(math.asin)),
"atan": (1, fm.fcall1(math.atan)),
"atan2": (2, fm.fcall2(math.atan2)),
"cos": (1, fm.fcall1(math.cos)),
"hypot": (2, fm.fcall1(math.hypot)),
"sin": (1, fm.fcall1(math.sin)),
"tan": (1, fm.fcall1(math.tan)),
"degrees": (1, fm.fcall1(math.degrees)),
"radians": (1, fm.fcall1(math.radians)),
"acosh": (1, fm.fcall1(math.acosh)),
"asinh": (1, fm.fcall1(math.asinh)),
"atanh": (1, fm.fcall1(math.atanh)),
"cosh": (1, fm.fcall1(math.cosh)),
"sinh": (1, fm.fcall1(math.sinh)),
"tanh": (1, fm.fcall1(math.tanh)),
"erf": (1, fm.fcall1(math.erf)),
"erfc": (1, fm.fcall1(math.erfc)),
"gamma": (1, fm.fcall1(math.gamma)),
"lgamma": (1, fm.fcall1(math.ceil)),
"pi": (0, fm.fcall0(pi)),
"e": (0, fm.fcall0(e))
}
ECA_parser.functions.update(math_functions)
# print(res)
res = []
for item in final:
tdict = {}
tdict['text'] = item[0]
tdict['weight'] = int(item[1]*self.max_words)
res.append(tdict)
return res
def createWordcloud(max_words):
return Wordcloud(int(max_words))
wordcloud_functions = {
"createWordcloud" : ( 1, fm.fcall1(createWordcloud)),
"getwords" : ( 1, fm.fcall1(getwords)),
"stopwords" : ( 0, fm.fcall0(stopwords)),
"addText" : ( 2, fm.mcall2(Wordcloud.addText)),
"update_wordcloud" : ( 2, fm.fcall2(update_wordcloud)),
"getWordWeights" : ( 1, fm.mcall1(Wordcloud.getWordWeights)),
}
ECA_parser.functions.update( wordcloud_functions )
# Test function.
if __name__ == '__main__':
print("#!TWORDCLOUD")
wc = createWordcloud(15)
wc.addText('@vessie @Tapz @Scarbir Ik ben in Enschede zaterdag! Batavierenrace. Veel plezier!')
wc.addText('Ik heb dit weekend bijna 10km hardgelopen, dus vind eigenlijk wel dat ik volgend weekend naar het feestje vd #batavierenrace mag.')
wc.addText('Bataradio doet live verslag Batavierenrace http://t.co/6FVfQE')
wc.getWordWeights()
