def correctDictionary():
fd = open('wordlist', 'rb')
obj = pickle.load(fd)
fd.close()
newdic = {}
for i in obj.keys():
meaning = obj[i]
newmeaning = []
#LOL
newarr = meaning.split(';')
for k in newarr:
if (k.find('\n') >= 0):
arr = k.split('\n')
temp = ''
for j in arr:
temp += strip(j) + ' '
if (temp[-1] == ' '):
temp = temp[:-1]
if (temp[0] == ' '):
temp = temp[1:]
newmeaning.append(temp)
else:
newmeaning.append(strip(k))
newdic[strip(i)] = newmeaning
print newdic
fd = open('dictionary', 'wb')
pickle.dump(newdic, fd)
fd.close()
def correctDictionary():
fd=open('wordlist','rb')
obj=pickle.load(fd)
fd.close()
newdic={}
for i in obj.keys():
meaning=obj[i]
newmeaning=[]
#LOL
newarr=meaning.split(';')
for k in newarr:
if(k.find('\n')>=0):
arr=k.split('\n')
temp=''
for j in arr:
temp+=strip(j)+' '
if(temp[-1]==' '):
temp=temp[:-1]
if(temp[0]==' '):
temp=temp[1:]
newmeaning.append(temp)
else:
newmeaning.append(strip(k))
newdic[strip(i)]=newmeaning
print newdic
fd=open('dictionary','wb')
pickle.dump(newdic,fd)
fd.close()
def selectDirect(sentence):
if(sentence.find('.')>=0):
arr=sentence.split('.')
newstring=' '.join(arr[1:])
if(newstring.find(':')>=0):
word=newstring.split(':')[0]
return strip(word)
return False
def main(word,dic):
print word,dic[word]
example=[]
meaning=[]
opposite=[]
related={}
for j in dic[word]:
init=findSpecial(j)
if(init=='Ex' or init=='EX'):
example.append(j)
continue
if(init=='OP' or init=='Op' or init=='op'):
opposite.append(j)
continue
if(init and strip(j)==init+'.'):
if(not related.has_key(init)):
related[init]=[]
if(word not in related[init]):
related[init].append(word)
continue
if(init or findSpecial2(j,' ') or findSpecial2(j,':')):
newword=findWord(j,word)
if(init):
j=' '.join(j.split('.')[1:])
else:
init=findSpecial2(j,' ')
if(init):
j=' '.join(j.split(' ')[1:])
else:
init=(findSpecial2(j,':'))
if(init):
j=' '.join(j.split(':')[1:])
j=strip(j)
if(newword):
exp= ' '.join(j.split(newword))
exp=strip(exp)
if(not exp==''):
meaning.append(strip(exp))
if(not related.has_key(init)):
related[init]=[]
if(newword not in related[init]):
related[init].append(newword)
continue
if(not (init=='CF' or init=='Cf')):
meaning.append(j)
return [meaning,example,related,opposite]
def getSynonymnFromMeaning(self,dic,word):
arr=[]
if(dic[word][1]==None): return arr
for i in dic[word][1]:
i=strip(i)
if(i==None):
print dic[word][1]," missing"
continue
if(i.find(' ')>=0 or i.find(')')>=0 or i=='Ex.' or i=='' or i=='V.' or i=='ADJ.' or i=='N.'):
continue
arr.append(i)
return arr
def findWord(sentence,word):
arr=sentence.split(' ')
wlen=len(word)
for i in arr:
i=strip(i)
count=0
ilen=len(i)
mlen=min(wlen,ilen)
while count<3 and mlen-count>0 :
if(word[:mlen-count]==i[:mlen-count]):
return i
count+=1
return False
def getSynonymnFromMeaning(self, dic, word):
arr = []
if (dic[word][1] == None): return arr
for i in dic[word][1]:
i = strip(i)
if (i == None):
print dic[word][1], " missing"
continue
if (i.find(' ') >= 0 or i.find(')') >= 0 or i == 'Ex.' or i == ''
or i == 'V.' or i == 'ADJ.' or i == 'N.'):
continue
arr.append(i)
return arr
def selectIndirect(word,sentence):
if(sentence.find('.')>=0):
arr=sentence.split('.')
newstring=' '.join(arr[1:])
if(newstring.find(':')<0 and newstring.find(' ')>=0):
newarr=newstring.split(' ')
rest=' '
newword=strip(newarr[0])
if(len(newarr)>1):
rest=' '.join(newarr[1:])
print word
ilen=len(word)
jlen=len(newword)
mylen=min(ilen,jlen)
cnt=0
while(cnt<3 and mylen-cnt>=0):
if(word[:mylen-cnt]==newword[:mylen-cnt]):
return newword,rest
cnt+=1
return False
ilen=len(word)
jlen=len(newword)
mylen=min(ilen,jlen)
cnt=0
while(cnt<3 and mylen-cnt>=0):
if(word[:mylen-cnt]==newword[:mylen-cnt]):
return newword,rest
cnt+=1
return False
oppcount=0
relcount=0
fd=open('dictionary','rb')
dic=pickle.load(fd)
newdic={}
for i in dic.keys():
i=strip(i)
newdic[i]={}
meaning=[]
example=[]
related=[]
otherword={}
opposite=[]
part=[]
for j in dic[i]:
spl=specialForm(j)
if(not spl):
meaning.append(j)
elif(spl=='Ex'):
example.append(' '.join(j.split('.')[1:]))
elif(spl in ['V','N','v','ADJ','ADV']):
if(spl=='v'): spl='V'
mylen = min(ilen, jlen)
cnt = 0
while (cnt < 3 and mylen - cnt >= 0):
if (word[:mylen - cnt] == newword[:mylen - cnt]):
return newword, rest
cnt += 1
return False
oppcount = 0
relcount = 0
fd = open('dictionary', 'rb')
dic = pickle.load(fd)
newdic = {}
for i in dic.keys():
i = strip(i)
newdic[i] = {}
meaning = []
example = []
related = []
otherword = {}
opposite = []
part = []
for j in dic[i]:
spl = specialForm(j)
if (not spl):
meaning.append(j)
elif (spl == 'Ex'):
example.append(' '.join(j.split('.')[1:]))
elif (spl in ['V', 'N', 'v', 'ADJ', 'ADV']):
if (spl == 'v'): spl = 'V'
def processWord(word):
arr=word.split('\n')
value=' '.join(arr)
return strip(value)
def correction():
oppcount=0
relcount=0
fd=open('dictionary','rb')
dic=pickle.load(fd)
newdic={}
for i in dic.keys():
i=strip(i)
newdic[i]=[[],[],[],[]]
meaning=[]
example=[]
related={}
opposite=[]
for j in dic[i]:
spl=specialForm(j)
if(not spl):
meaning.append(j)
continue
if(spl=='CF'):
continue
if(spl=='v'): spl='V'
if(spl=='Ex'):
example.append (' '.join(j.split('.')[1:]))
continue
elif(spl=='OP'):
val=(' '.join(j.split('.')[1:]))
if(val not in opposite):
opposite.append(val)
if(not related.has_key(spl)):
related[spl]=[]
elif(spl in ['V','N','v','ADJ','ADV']):
if(j.find(' ')>=0):
sparr=j.split(' ')
if(len(sparr)==2):
related[spl].append(sparr[1])
continue
word=selectDirect(j)
print word
if(word):
exp=j.split(':')[1]
if(word not in related[spl]):
related[spl]=[]
related[spl].append(word)
meaning.append(exp)
else:
word=selectIndirect(i,j)
print word
if(word):
word,exp=word[0],word[1]
word=strip(word)
if(word not in related[spl]):
related[spl].append(word)
meaning.append(exp)
else:
related[spl].append(i)
else:
val=(' '.join(j.split('.')[1:]))
if(val not in related[spl]):
related[spl].append(val)
newdic[i][0]=meaning
newdic[i][1]=example
newdic[i][2]=related
newdic[i][3]=opposite
#print i,newdic[i]
print oppcount
print newdic
for i in newdic.keys():
for j in newdic[i][2].keys():
if(newdic[i][2][j]==[]):
print i,j
print newdic['eclectic']
newstruct['Ex']=[]
others={}
for j in meaning:
if(j.find('.')>=0):
pre=j.split('.')[0]
if(pre.find(' ')<0):
if(pre=='Ex'):
newstruct['Ex'].append(j)
elif(pre in ['N','V','ADJ','ADV','v','n']):,'PL','SG']):
suf=j.split('.')
if(len(suf)==1):
appendent=i
elif(j.split(' ')==2):
appendent=j.split(' ')[1]
else:
if(suf[1].find(':')>=0):
appendent=strip(suf[1].split(':')[0])
j=' '.join(suf[1].split(':')[1:])
if(others.has_key(pre)):
if(len(suf)==1):
others[pre].append(i)
others[pre].append(j)
else:
if(len(suf)==1):
others[pre].append(i)
others[pre]=[j]
else:
newstruct['meaning'].append(j)