def download_def(openfile):
checked = []
for line in openfile:
try:
word_def = check.checkwords(line.rstrip('\n'))
definition = '*'+line.rstrip('\n')+': '+word_def
print definition + '\n'
checked.append([line.rstrip('\n'),word_def.encode('UTF-8')])
except TypeError:
print "*****Wrong word(Longman): " + line.rstrip('\n')
pass
openfile.close()
outfilepath = os.path.join(exerpath,"def")
outfile = os.path.join(outfilepath,openfile.name+'.def')
if not os.path.exists(outfilepath):
os.makedirs(outfilepath)
with open(outfile,'wb') as csvfile:
swriter = csv.writer(csvfile,delimiter=',')
swriter.writerows(checked)
return checked
def dictdef(words):
try:
test = data[words]['exp']
except:
test = None
if test != None:
return test
else:
return check.checkwords(words)
def study(self):
self.spool = []
for item in self.filelist:
print self.spool
self.spool.append(item)
self.showimg(item)
raw_input()
print item
subprocess.Popen(['afplay','/Users/y1275963/v2a/audio/'+item+'.mp3'])
print item,' Dic, ', self.data[item]['exp']
print item,' lon, ', check.checkwords(item)
if len(self.spool)>=10:
self.spool.reverse()
self.test(self.spool)
def returndic(listname,dicname):
dic = pickle.load(open('data8003000.pick','rb'))
new_dic = {}
for line in open(listname):
query = line.encode('utf-8').strip().lower()
if not query.startswith('#'):
if not dic.has_key(query):
try:
ans2 = check.checkwords(query)
new_dic[query] = {'class':dicname,'exp':ans2,'right':[],'wrong':[]}
print query
except TypeError:
pass
return new_dic
def import_main(query):
dic = pickle.load(open('data8003000.pick','rb'))
rec =[]
if query.startswith('#'):
# Denote the comments
print query
else:
ans1 = None
ans2 = None
try:
ans1 = 'Dic, ',dic[query]
except KeyError:
pass
try:
tk= check.checkwords(query)
ans2 = 'Lon, ', tk
except :
pass
if ans1 != None or ans2 != None:
print query
if ans1 != None:
print ans1
rec.append(r'Dic, '+dic[query].encode('utf8')+'\n')
if ans2 != None:
print ans2
rec.append(r'Lon, '+tk.encode('utf8')+'\n')
if ans1 == None and ans2 == None:
print "###None found", query
rec.append('"###None found", query')
print '\n'
filename = query+'.txt'
with open(filename, "w") as text_file:
text_file.write('***'.join(rec))
return rec
query = line.encode('utf-8').strip().lower()
if query.startswith('#'):
# Denote the comments
print query
else:
ans1 = None
ans2 = None
try:
ans1 = 'Dic, ',dic[query]
except KeyError:
pass
try:
ans2 = 'Lon, ', check.checkwords(query)
except TypeError:
pass
if ans1 != None or ans2 != None:
print query
if ans1 != None:
print ans1
if ans2 != None:
print ans2
if ans1 == None and ans2 == None:
print "###None found", query
print '\n'
def genq(self,num):
b800 = [x for x in self.data if self.data[x]['class'] =='b800' ]
# Untouthed
ut = [x for x in b800 if len(self.data[x]['right'])==0 and len(self.data[x]['wrong'])==0]
yesterday = datetime.datetime.today() - timedelta(days = 1)
today = datetime.datetime.today() - timedelta(days = 0)
right = [x for x in self.data if len(self.data[x]['right']) >0 ]
wrong = [x for x in self.data if len(self.data[x]['wrong']) >0 ] # with wrong records
notright = [x for x in b800 if len(self.data[x]['right'])==0]# Without right records
# Yesterday wrong and today_wrong check the last recordes
# [-1] : Check the last the recoddes, 0 : only concern the date wrong the time etc.
yest_wrong = [x for x in wrong if sameday(self.data[x]['wrong'][-1][0],yesterday)]
today_wrong = [x for x in wrong if sameday(self.data[x]['wrong'][-1][0],today)]
# f_slow = lambda x: np.mean([x[-1] for x in tk.data[x]['right']])
# # If the average response time is larger than %
# av_slow = [x for x in right if f_slow(x) > self.getdraw(90) ]
last_slow = [x for x in right if self.data[x]['right'][-1][-1] > self.getdraw(70)]
list_a4 = [x for x in self.data if self.data[x]['class'] == 'check_a4']
#from list:
if True:
def fromlist(filename):
with open(filename) as f:
lines = f.read().splitlines()
lines = [item.lower() for item in lines]
lines = [item for item in lines if not item.startswith('#')]
return lines
li = fromlist('/Users/y1275963/v2a/rev3_4')
poollist = [x for x in self.data]
filelist = list(set(li) & set(poollist))
notinlist = list(set(li) - set(filelist))
for item in notinlist:
try:
self.data[item] = {'class':'added','exp':check.checkwords(item),'right' : [],'wrong':[]}
print item
except TypeError:
pass
pickle.dump(self.data,open('bigpool.pick','wb'))
pickle.dump(self.data,open(os.path.join('rec',time.strftime("%Y%m%d-%H%M%S")),'wb'))
p3000 = [x for x in self.data if self.data[x]['class'] =='p3000' ]
qpool = filelist
self.filelist = li
random.shuffle(qpool)
# for item in self.data :
# if self.data[item]['class'] == 'p3000' and len(self.data[item]['wrong']) == 0 and len(self.data[item]['right']) == 0 and item in [x for x in self.p3000[34]]:
# if self.data[item]['class'] =='b800' and len(self.data[item]['wrong']) == 0 and len(self.data[item]['right']) == 0:
# if self.data[item]['class'] =='b800' and len(self.data[item]['right'])==0 and len(self.data[item]['wrong'])== 0:
# qpool.append(item)
self.poll = qpool
if len(qpool) >num:
self.qpool = list(random.sample(set(qpool),num))
else:
self.qpool = qpool
# To avoid len(qpool) == 0:
try:
print "sample data: ",self.data[self.qpool[0]]
except:
pass