def _translator(self, _text=None, _lang="en"):
if _text == None:
return None
try:
_translated = self.__translator.translate(_text, dest=_lang)
_translated = self.__translator.translate(_text, dest="en")
_text = _translated.text
except:
try:
_text = self.__google_translator.translate(_text,
lang_tgt=_lang)
_text = self.__google_translator.translate(_text,
lang_tgt="en")
except:
try:
_gs = goslate.Goslate()
_text = _gs.translate(_text, 'en')
except:
_translator = trans(to_lang="en")
_text = _translator.translate(_text)
txtBlob = TextBlob(_text)
_text = str(txtBlob.correct())
try:
_text = str(txtBlob.translate(to='en'))
except:
_text = _text
return _text
def extract_chinese(path):
for file in os.listdir(path):
current_file = os.path.join(path, file)
if not any(value in current_file
for value in (".DS_Store", "scss", "fonts", "mock",
"assets", "script", "img", "protobuf")):
if (os.path.isfile(current_file)):
module_name = get_module_name(current_file)
with open(current_file, "rb") as r:
lineslist = r.readlines()
with open(current_file, "w") as w:
for l in lineslist:
chn = []
origin_l = l.decode('utf8')
l = l.decode('utf8')
llist = list(l)
for char in llist:
m = re.findall(u"[\u4e00-\u9fa5]", char)
if len(m):
chn.append(m[0])
else:
if len(chn):
chn_str = ''.join(chn)
eng_str = trans([chn_str])[0]
final_key = get_key(module_name, eng_str)
get_rows(final_key, chn_str, eng_str,
origin_l)
l = l.replace(chn_str,
'intl("' + final_key + '")')
print(l)
chn = []
w.write(l)
else:
extract_chinese(current_file)
def _translator(self, _text=None, _lang="en"):
if _text == None:
return None
print("Translating...")
txtBlob = TextBlob(_text)
_text = str(txtBlob.correct())
sleep(self.sleep_time) #short Time
try:
_translated = self.__translator.translate(_text, dest=_lang)
sleep(self.sleep_time) #short Time
_translated = self.__translator.translate(_text, dest="en")
_text = _translated.text
except:
try:
_text = self.__google_translator.translate(_text,
lang_tgt=_lang)
sleep(self.sleep_time) #short Time
_text = self.__google_translator.translate(_text,
lang_tgt="en")
except:
try:
_gs = goslate.Goslate()
_text = _gs.translate(_text, 'en')
except:
try:
_translator = trans(to_lang="en")
_text = _translator.translate(_text)
except:
try:
_text = str(txtBlob.translate(to='en'))
except:
_text = None
_text = str(txtBlob.correct())
print("Translating Completed.")
return _text
def start(self, text):
text = text.strip()
if text.startswith(calc_keys):
text = text.replace(calc_keys, '')
text = text.strip()
cal.cal(text)
elif text.startswith(wiki_keys):
text = text.replace(translate_keys, '')
text = text.strip()
textargs = text.split("-")
text0 = textargs[1].replace('-', '')
text0 = text0.strip()
w.wikicall(text0)
elif text.startswith(translate_keys):
text = text.replace(translate_keys, '')
text = text.strip()
textargs = text.split("-")
text0 = textargs[1].replace('-', '')
text0 = text0.strip()
text1 = textargs[2].replace('-', '')
text1 = text1.strip()
t.trans(text0, text1)
elif text.startswith(create_keys):
text = text.replace(create_keys, '')
text = text.strip()
textargs = text.split("-")
text0 = textargs[1].replace('-', '')
text0 = text0.strip()
text1 = textargs[2].replace('-', '')
text1 = text1.strip()
cr.create(text0, text1)
elif text.startswith(google_keys):
text = text.replace(google_keys, '')
text = text.strip()
textargs = text.split("-")
b.search_net(textargs[1])
elif text.startswith(time_keys):
ti.telltime()
else:
sg.popup('Sorry', "Something went wrong!\nTry again please!")
def reply(msg):
global Name
if msg['Text'] == '翻译' and msg['FromUserName'] not in Name:
Name.append(msg['FromUserName'])
itchat.send_msg(msg='进入翻译，请输入英文', toUserName=msg['FromUserName'])
return
if msg['FromUserName'] in Name and msg['Text'] != '退出':
result = trans(msg['Text'])
itchat.send_msg(msg=result, toUserName=msg['FromUserName'])
return
if msg['Text'] == '退出' and msg['FromUserName'] in Name:
Name.remove(msg['FromUserName'])
return
async def translate(context):
""" PagerMaid universal translator. """
translator = Translator()
reply = await context.get_reply_message()
message = context.arguments
ap_lang = config['application_language']
if message:
pass
elif reply:
message = reply.text
else:
await context.edit(lang('arg_error'))
return
try:
if not silent:
await context.edit(lang('translate_processing'))
try:
result = translator.translate(clear_emojis(message), dest=ap_lang)
except:
from translate import Translator as trans
result = trans(to_lang=ap_lang.replace('zh-cn', 'zh')).translate(
clear_emojis(message))
except ValueError:
await context.edit(lang('translate_ValueError'))
return
try:
source_lang = result.src
source_text = result.origin
trans_lang = result.dest
except AttributeError:
await context.edit(lang('google_connection_error'))
return
result = f"**{lang('translate_hits')}**\n{lang('translate_original_lang')}: {source_lang}\n{source_text} -> {result.text}"
if len(result) > 4096:
await context.edit(lang('translate_tg_limit_uploading_file'))
await attach_log(result, context.chat_id, "translation.txt",
context.id)
return
await context.edit(result)
if len(result) <= 4096:
await log(
f"{lang('translate_get')}: `{source_text}` \n{lang('translate_from')} {source_lang} {lang('translate_to')} {trans_lang}"
)
else:
await log(
f"{lang('translate_get')}{translate('translate_from')} {source_lang} {lang('translate_to')} {trans_lang}."
)
def tran():
if drop_t.get() == 'ಕನ್ನಡ':
new_array = translate.trans(array_trans, 'en', 'kn')
name_label.configure(text=new_array[0].text)
email_label.configure(text=new_array[1].text)
number_label.configure(text=new_array[2].text)
pw_label.configure(text=new_array[3].text)
radio_label.configure(text=new_array[4].text)
drop_label.configure(text=new_array[5].text)
elif drop_t.get() == "हिंदी":
new_array = translate.trans(array_trans, 'en', 'hi')
name_label.configure(text=new_array[0].text)
email_label.configure(text=new_array[1].text)
number_label.configure(text=new_array[2].text)
pw_label.configure(text=new_array[3].text)
radio_label.configure(text=new_array[4].text)
drop_label.configure(text=new_array[5].text)
else:
name_label.configure(text=array_trans[0])
email_label.configure(text=array_trans[1])
number_label.configure(text=array_trans[2])
pw_label.configure(text=array_trans[3])
radio_label.configure(text=array_trans[4])
drop_label.configure(text=array_trans[5])
def wit_parser(resp):
print 'resp from WIT'
print ''
print resp
print ''
try:
for entity in resp['entities']:
if (entity == 'phrase_to_translate'):
_text = resp['entities']['phrase_to_translate'][0]['value']
_lang = resp['_text'].split()[-1]
return ("'" + str(_text) + "'" + ' in ' + str(_lang) +
' is => \n' + str(translate.trans(_text, _lang)))
elif (entity == 'hotel'):
_destination = resp['entities']['location'][0]['value']
return hotels.hotel_in(_destination)
elif (entity == 'pnr'):
_pnr = resp['entities']['number'][0]['value']
return trains.pnr_status(_pnr)
elif (entity == 'live_status'):
_train_num = resp['entities']['number'][0]['value']
return trains.live_train_status(_train_num)
elif (entity == 'travel_mode'):
date = None
if ('datetime' in resp['entities']):
_date = resp['entities']['datetime'][0]['values'][0][
'value']
date = (str(_date)[0:10].replace('-', ''))
_travel_mode = resp['entities'][entity][0]['value']
_source = resp['entities']['location'][0]['value']
_destination = resp['entities']['location'][1]['value']
if (_travel_mode == 'train'):
return trains.train_between(_source, _destination, date)
elif (_travel_mode == 'bus'):
return buses.bus_between(_source, _destination, date)
elif (_travel_mode == 'flight'):
_adults = '1'
if ('number' in resp['entities']):
_adults = resp['entities']['number'][0]['value']
return flights.flight_between(_source, _destination, date,
_adults)
except Exception as e:
return 'app.py error: ' + str(e)
return "Sorry! I'm not smart enough yet!"
def wit_parser(resp):
print 'resp from WIT'
print ''
print resp
print ''
for entity in resp['entities']:
if (entity == 'phrase_to_translate'):
_text = resp['entities']['phrase_to_translate'][0]['value']
_lang = resp['_text'].split()[-1]
return str(translate.trans(_text, _lang))
elif (entity == 'hotel'):
_destination = resp['entities']['location'][0]['value']
return hotels.hotel_in(_destination)
elif (entity == 'pnr'):
_pnr = resp['entities']['number'][0]['value']
return trains.pnr_status(_pnr)
elif (entity == 'live_status'):
_train_num = resp['entities']['number'][0]['value']
return trains.live_train_status(_train_num)
elif (entity == 'travel_mode'):
date = None
if ('datetime' in resp['entities']):
_date = resp['entities']['datetime'][0]['values'][0]['value']
datex = (str(_date)[0:10].replace('-', ''))
print datetime.datetime.strptime(datex,
'%Y%m%d').strftime('%d-%m-%Y')
_travel_mode = resp['entities'][entity][0]['value']
_source = resp['entities']['location'][0]['value']
_destination = resp['entities']['location'][1]['value']
if (_travel_mode == 'train'):
return trains.train_between(_source, _destination, date)
elif (_travel_mode == 'bus'):
return buses.bus_between(_source, _destination, date)
elif (_travel_mode == 'flight'):
_adults = '1'
if ('number' in resp['entities']):
_adults = resp['entities']['number'][0]['value']
return flights.flight_between(_source, _destination, date,
_adults)
async def translate(context):
""" PagerMaid universal translator. """
translator = Translator()
reply = await context.get_reply_message()
message = context.arguments
lang = config['application_language']
if message:
pass
elif reply:
message = reply.text
else:
await context.edit("出错了呜呜呜 ~ 无效的参数。")
return
try:
await context.edit("正在生成翻译中 . . .")
try:
result = translator.translate(clear_emojis(message), dest=lang)
except:
from translate import Translator as trans
result = trans(to_lang=lang.replace('zh-cn', 'zh')).translate(clear_emojis(message))
except ValueError:
await context.edit("出错了呜呜呜 ~ 找不到目标语言，请更正配置文件中的错误。")
return
source_lang = LANGUAGES[f'{result.src.lower()}']
trans_lang = LANGUAGES[f'{result.dest.lower()}']
result = f"**文本翻译** 源语言 {source_lang.title()}:\n{result.text}"
if len(result) > 4096:
await context.edit("输出超出 TG 限制，正在尝试上传文件。")
await attach_log(result, context.chat_id, "translation.txt", context.id)
return
await context.edit(result)
if len(result) <= 4096:
await log(f"把 `{message}` 从 {source_lang} 翻译到了 {trans_lang}")
else:
await log(f"把一条消息从 {source_lang} 翻译到了 {trans_lang}.")
def callsubprog(progCmd):
global forceStop
global serverid
global id
global status_ui
forceStop = False
recognizer = aiy.cloudspeech.get_recognizer()
if progCmd in ['冰箱有什麼', '冰箱裡有什麼']:
result = msgsend.sender('icebox', id, serverid, 'request', (), None,
'todolist').sendmsg()
itemtext = ''
for key, value in result[5].items():
itemtext += str(value) + ' ' + str(key) + ','
chitems = trans(itemtext)
if chitems != '':
say('冰箱裡有' + chitems)
elif result[3] == 'error':
say('遠端沒有回應')
else:
say('冰箱裡好像沒東西喔')
print(result)
elif progCmd in ['有人在家嗎', '家裡有人嗎']:
result = msgsend.sender('monitorhome', id, serverid, 'request', (),
None, 'todolist').sendmsg()
if result[5].get('person') != None:
recognizer = aiy.cloudspeech.get_recognizer()
say('家裡有' + str(result[5]['person']) + '個人, 要開啟對話嗎？')
print('Listening...')
text = recognizer.recognize()
while text is None:
text = recognizer.recognize()
print(text)
if text not in ['不是', '不好', '不要', '不用']:
print('connecting')
response = msgsend.sender('talker', id, serverid, 'request',
(), None, 'todolist').sendmsg()
if response[5] == 'connected':
talker(serverid, id, id, serverid)
elif result[3] == 'error':
say('遠端沒有回應')
else:
say('我沒看到家裡有人喔')
elif progCmd in ['打回家', '大回家', '帶回家', '回家']:
response = msgsend.sender('talker', id, serverid, 'request', (), None,
'todolist').sendmsg()
if response[5] == 'connected':
talker(serverid, id, id, serverid)
elif response[3] == 'error':
say('遠端沒有回應')
elif progCmd.lower() in ['google', 'google小姐']:
say('那接下來就交給google小姐了')
recognizer = aiy.cloudspeech.get_recognizer()
status_ui.status('ready')
gathr = Thread(target=ga, args=(status_ui, ))
gathr.setDaemon(True)
gathr.start()
text = ''
while text != '結束' and not forceStop:
text = recognizer.recognize()
time.sleep(1)
print(text, forceStop)
say('小助理回來了，想我嗎？')
return
elif progCmd in ['email']:
say('想寄給誰呢?')
text = None
while text is None:
text = recognizer.recognize()
emaillist = {'自己': '*****@*****.**'}
print(emaillist.items())
if emaillist.get(text) == None:
say(text + '不在通訊錄內')
else:
say('想對他說什麼呢?')
content = None
while content is None:
content = recognizer.recognize()
say('信件內容為:' + content + '要寄出嗎?')
text = None
while text is None:
text = recognizer.recognize()
if text not in ['不是', '不好', '不要', '不用']:
send = uploadAndSendEmail.sendPic()
send.uploadAndSendEmail(
["*****@*****.**", "*****@*****.**"],
'./README.md', content)
say('已將信件送出')
else:
say('已取消')
else:
say('ba歉，我還不會' + progCmd)
translated_text_en = ""
translated_text_zh_cn = ""
a = ""
print("URL : %s" % url)
print("content : %s" % content)
print("lastupdated: %s\n" % lastupdated)
#content = content.replace("\"","")
#content = content.replace("\'","")
if ('\"' in content):
print("Yes, content has \"\n")
a = re.sub('[^A-Za-z0-9\.\"\?\s\w]+', ' ', content)
print("a = %s" % a)
input("Press Enter to continue...")
elif ('\'' in content):
print("Yes, content has \'\n")
a = re.sub('[^A-Za-z0-9\.\"\?\s\w]+', ' ', content)
#a = re.sub(r'[\'|"|“|\|\[|]}“]',r'',content)
#a = a.replace('`', '')
print("a = %s" % a)
input("Press Enter to continue...")
else:
a = content
#print ("content : %s" % a)
translated_text_en = trans(a, "en")
print("content_en : %s" % translated_text_en)
translated_text_zh_cn = trans(a, "zh-cn")
print("content_ch : %s" % translated_text_zh_cn)
input("Press Enter to continue...")
cursor.close()
connection.close()
def fun():
if variable.get() == "हिंदी":
new_array = translate.trans(trans_array, 'en', 'hi')
main_canvas.itemconfig(title, text=new_array[0].text)
main_canvas.itemconfig(head_top, text=new_array[1].text)
main_canvas.itemconfig(head_bottom, text=new_array[2].text + '?')
main_canvas.itemconfig(sub_head_one,
text=new_array[3].text + ' - ' +
new_array[4].text + '.')
main_canvas.itemconfig(sub_head_two,
text=new_array[5].text + ' - ' +
new_array[6].text + '.')
main_canvas.itemconfig(
about_text,
text=new_array[7].text + '\n' + new_array[8].text + '\n' +
new_array[9].text + '.\n\n' + new_array[10].text + '\n' +
new_array[11].text + '\n' + new_array[12].text + '\n' +
new_array[13].text + '.\n\n' + new_array[14].text + '\n' +
new_array[15].text + '\n' + new_array[16].text + '\n' +
new_array[17].text + '\n' + new_array[18].text + '.\n\n' +
new_array[19].text + '\n' + new_array[20].text + '\n' +
new_array[21].text + '\n' + new_array[22].text,
font=('monospace', 11))
elif variable.get() == "ಕನ್ನಡ":
new_array = translate.trans(trans_array, 'en', 'kn')
main_canvas.itemconfig(title, text=new_array[0].text)
main_canvas.itemconfig(head_top, text=new_array[1].text)
main_canvas.itemconfig(head_bottom, text=new_array[2].text + '?')
main_canvas.itemconfig(sub_head_one,
text=new_array[3].text + ' - ' +
new_array[4].text + '.')
main_canvas.itemconfig(sub_head_two,
text=new_array[5].text + ' - ' +
new_array[6].text + '.')
main_canvas.itemconfig(
about_text,
text=new_array[7].text + '\n' + new_array[8].text + '\n' +
new_array[9].text + '.\n\n\n' + new_array[14].text + '\n' +
new_array[15].text + '\n' + new_array[16].text + '\n' +
new_array[17].text + '\n' + new_array[18].text + '.\n\n\n' +
new_array[19].text + '\n' + new_array[20].text + '\n' +
new_array[21].text + '\n' + new_array[22].text,
font=('monospace', 11))
else:
main_canvas.itemconfig(title, text=trans_array[0])
main_canvas.itemconfig(head_top, text=trans_array[1])
main_canvas.itemconfig(head_bottom, text=trans_array[2] + '?')
main_canvas.itemconfig(sub_head_one,
text=trans_array[3] + ' - ' + trans_array[4] +
'.')
main_canvas.itemconfig(sub_head_two,
text=trans_array[5] + ' - ' + trans_array[6] +
'.')
main_canvas.itemconfig(
about_text,
text=trans_array[7] + '\n' + trans_array[8] + '\n' +
trans_array[9] + '.\n\n' + trans_array[10] + '\n' +
trans_array[11] + '\n' + trans_array[12] + '\n' + trans_array[13] +
'.\n\n' + trans_array[14] + '\n' + trans_array[15] + '\n' +
trans_array[16] + '\n' + trans_array[17] + '\n' + trans_array[18] +
'.\n\n' + trans_array[19] + '\n' + trans_array[20] + '\n' +
trans_array[21] + '\n' + trans_array[22])
def f(name, location, email, number, pref_lan):
# function to return a list of all the crops selected
trans_arr = [
'Sow', 'Harvest', 'Sell', 'Welcome', 'WHAT ARE YOU SELLING', 'Peas',
'Wheat', 'Turmeric', 'Maize', 'Paddy', 'Millet', 'Groundnut', 'Sesame',
'Barley', 'Cotton', 'Investment cost', 'Previous profit'
]
if pref_lan == "हिंदी":
new_arr = translate.trans(trans_arr, 'en', 'hi')
for i in range(0, len(new_arr)):
trans_arr[i] = new_arr[i].text
elif pref_lan == "ಕನ್ನಡ":
new_arr = translate.trans(trans_arr, 'en', 'kn')
for i in range(0, len(new_arr)):
trans_arr[i] = new_arr[i].text
def crop_list():
total = []
crop = []
invest = []
profit = []
if var_pea.get() == 1:
crop.append('peas')
invest.append(inv_peas.get())
profit.append(pro_peas.get())
if var_wheat.get() == 1:
crop.append('wheat')
invest.append(inv_wheat.get())
profit.append(pro_wheat.get())
if var_tur.get() == 1:
crop.append('turmeric')
invest.append(inv_tur.get())
profit.append(pro_tur.get())
if var_maize.get() == 1:
crop.append('maize')
invest.append(inv_maize.get())
profit.append(pro_maize.get())
if var_pad.get() == 1:
crop.append('paddy')
invest.append(inv_paddy.get())
profit.append(pro_paddy.get())
if var_mil.get() == 1:
crop.append('millet')
invest.append(inv_mil.get())
profit.append(pro_mil.get())
if var_gn.get() == 1:
crop.append('groundnut')
invest.append(inv_gn.get())
profit.append(pro_gn.get())
if var_ses.get() == 1:
crop.append('sesame')
invest.append(inv_ses.get())
profit.append(pro_ses.get())
if var_bar.get() == 1:
crop.append('barley')
invest.append(inv_bar.get())
profit.append(pro_bar.get())
if var_cot.get() == 1:
crop.append('cotton')
invest.append(inv_cot.get())
profit.append(pro_cot.get())
total.append(crop)
total.append(invest)
total.append(profit)
return total
# For storing the data taken in
def store():
total = crop_list()
crop = total[0]
invest = total[1]
profit = total[2]
if location == 'Bijapur':
index = []
conn = sqlite3.connect('crop.db')
c = conn.cursor()
c.execute("SELECT id FROM bijapur")
for x in c.fetchall():
index.append(x)
if len(index) == 0:
index_b = 0
else:
index_b = len(index)
for i in range(0, len(crop)):
c.execute(
"INSERT INTO bijapur VALUES (:id, :name, :email, :number, :crop, :investment, :profit, :price)",
{
'id': index_b,
'name': name,
'email': email,
'number': number,
'crop': crop[i],
'investment': invest[i],
'profit': profit[i],
'price': 0.0
})
index_b = index_b + 1
c.execute("SELECT * FROM bijapur")
print(c.fetchall())
conn.commit()
conn.close()
elif location == 'Udupi':
index = []
conn = sqlite3.connect('crop.db')
c = conn.cursor()
c.execute("SELECT id FROM udupi")
for x in c.fetchall():
index.append(x)
if len(index) == 0:
index_u = 0
else:
index_u = len(index)
for i in range(0, len(crop)):
c.execute(
"INSERT INTO udupi VALUES (:id, :name, :email, :number, :crop, :investment, :profit, :price)",
{
'id': index_u,
'name': name,
'email': email,
'number': number,
'crop': crop[i],
'investment': invest[i],
'profit': profit[i],
'price': 0.0
})
index_u = index_u + 1
c.execute("SELECT * FROM udupi")
print(c.fetchall())
conn.commit()
conn.close()
else:
index = []
conn = sqlite3.connect('crop.db')
c = conn.cursor()
c.execute("SELECT id FROM bangalore")
for x in c.fetchall():
index.append(x)
if len(index) == 0:
index_br = 0
else:
index_br = len(index)
for i in range(0, len(crop)):
c.execute(
"INSERT INTO bangalore VALUES (:id, :name, :email, :number, :crop, :investment, :profit, :price)",
{
'id': index_br,
'name': name,
'email': email,
'number': number,
'crop': crop[i],
'investment': invest[i],
'profit': profit[i],
'price': 0.0
})
index_br = index_br + 1
c.execute("SELECT * FROM bangalore")
print(c.fetchall())
conn.commit()
conn.close()
final_label = Label(farm,
text='Data registered successfully.',
bg='white',
fg='black',
font=('Calibri', 14))
final_label.place(x=1100, y=370)
# clearing the entries
inv_peas.delete(0, END)
inv_cot.delete(0, END)
inv_bar.delete(0, END)
inv_ses.delete(0, END)
inv_wheat.delete(0, END)
inv_mil.delete(0, END)
inv_maize.delete(0, END)
inv_paddy.delete(0, END)
inv_tur.delete(0, END)
inv_gn.delete(0, END)
# clearing profit entries
pro_peas.delete(0, END)
pro_cot.delete(0, END)
pro_bar.delete(0, END)
pro_ses.delete(0, END)
pro_gn.delete(0, END)
pro_paddy.delete(0, END)
pro_maize.delete(0, END)
pro_wheat.delete(0, END)
pro_tur.delete(0, END)
pro_mil.delete(0, END)
def investment_repeat(x1, x2, y2):
# entries
inv_entry = Entry(farm, width=8)
inv_entry.place(x=x2, y=y2)
# labels
inv_label = Label(farm,
text=trans_arr[15],
font=('Calibri', 12),
bg="white",
fg="black")
inv_label.place(x=x1, y=y2)
return inv_entry
def profit_repeat(x1, x2, y2):
# Labels
profit_label = Label(farm,
text=trans_arr[16],
font=('Calibri', 12),
bg="white",
fg="black")
profit_label.place(x=x1, y=y2)
# entries
profit_entry = Entry(farm, width=8)
profit_entry.place(x=x2, y=y2)
return profit_entry
farm = Toplevel()
farm.geometry('2000x1000')
farm.state('zoomed')
farm.resizable(0, 0)
farm.config(bg='#ffffff')
bg = PhotoImage(
file=r"C:\Users\Riya Savant\PycharmProjects\ADA\image\green.png")
label = Label(farm, image=bg)
label.image = bg
label.pack()
title = Label(farm,
text=trans_arr[0] + "." + " " + trans_arr[1] + "." +
" " + trans_arr[2] + ".",
font=('Britannic Bold', 60),
bg='#09baa7',
fg='grey')
title.place(x=300, y=80)
# name = 'Test Name'
message = trans_arr[3] + ", " + name + "!"
name_label = Label(farm,
text=message,
font=('Calibri', 14),
bg='#09baa7',
fg='black')
name_label.place(x=1200, y=20)
# setting up icon image
icon = PhotoImage(
file=r"C:\Users\Riya Savant\PycharmProjects\ADA\image\sr.png")
label_icon = Label(farm, image=icon, bg='#09baa7')
label_icon.image = icon
label_icon.place(x=700, y=200)
# intro line
intro = Label(farm,
text=trans_arr[4] + '?',
font=('Britannic Bold', 18),
bg='#ffffff',
fg='grey')
intro.place(x=600, y=380)
# variables for checkbox
var_pea = IntVar(farm)
var_wheat = IntVar(farm)
var_tur = IntVar(farm)
var_maize = IntVar(farm)
var_pad = IntVar(farm)
var_mil = IntVar(farm)
var_gn = IntVar(farm)
var_ses = IntVar(farm)
var_bar = IntVar(farm)
var_cot = IntVar(farm)
# images for checkboxes
pea = PhotoImage(
file=r"C:\Users\Riya Savant\PycharmProjects\ADA\image\peas.png")
wheat = PhotoImage(
file=r"C:\Users\Riya Savant\PycharmProjects\ADA\image\wheat.png")
tur = PhotoImage(
file=r"C:\Users\Riya Savant\PycharmProjects\ADA\image\turmeric.png")
maize = PhotoImage(
file=r"C:\Users\Riya Savant\PycharmProjects\ADA\image\maize.png")
pad = PhotoImage(
file=r"C:\Users\Riya Savant\PycharmProjects\ADA\image\paddy.png")
millet = PhotoImage(
file=r"C:\Users\Riya Savant\PycharmProjects\ADA\image\millet.png")
gn = PhotoImage(
file=r"C:\Users\Riya Savant\PycharmProjects\ADA\image\gn.png")
sesame = PhotoImage(
file=r"C:\Users\Riya Savant\PycharmProjects\ADA\image\sesame.png")
barley = PhotoImage(
file=r"C:\Users\Riya Savant\PycharmProjects\ADA\image\barley.png")
cotton = PhotoImage(
file=r"C:\Users\Riya Savant\PycharmProjects\ADA\image\cotton.png")
# checkboxes
c1 = Checkbutton(farm,
text=trans_arr[5],
image=pea,
compound='left',
bg='#ffffff',
variable=var_pea)
c1.image = pea
c1.place(x=50, y=430)
c3 = Checkbutton(farm,
text=trans_arr[6],
image=wheat,
compound='left',
bg='#ffffff',
variable=var_wheat)
c3.image = wheat
c3.place(x=350, y=430)
c4 = Checkbutton(farm,
text=trans_arr[7],
image=tur,
compound='left',
bg='#ffffff',
variable=var_tur)
c4.image = tur
c4.place(x=650, y=430)
c5 = Checkbutton(farm,
text=trans_arr[8],
image=maize,
compound='left',
bg='#ffffff',
variable=var_maize)
c5.iamge = maize
c5.place(x=950, y=430)
c7 = Checkbutton(farm,
text=trans_arr[9],
image=pad,
compound='left',
bg='#ffffff',
variable=var_pad)
c7.image = pad
c7.place(x=1250, y=430)
c8 = Checkbutton(farm,
text=trans_arr[10],
image=millet,
compound='left',
bg='#ffffff',
variable=var_mil)
c8.image = millet
c8.place(x=50, y=620)
c9 = Checkbutton(farm,
text=trans_arr[11],
image=gn,
compound='left',
bg='#ffffff',
variable=var_gn)
c9.image = gn
c9.place(x=350, y=620)
c11 = Checkbutton(farm,
text=trans_arr[12],
image=sesame,
compound='left',
bg='#ffffff',
variable=var_ses)
c11.image = sesame
c11.place(x=650, y=620)
c12 = Checkbutton(farm,
text=trans_arr[13],
image=barley,
compound='left',
bg='#ffffff',
variable=var_bar)
c12.image = barley
c12.place(x=950, y=620)
c14 = Checkbutton(farm,
text=trans_arr[14],
image=cotton,
compound='left',
bg='#ffffff',
variable=var_cot)
c14.image = cotton
c14.place(x=1250, y=620)
# Variables for investment and profit
inv_peas = investment_repeat(30, 150, 540)
pro_peas = profit_repeat(30, 150, 570)
inv_wheat = investment_repeat(330, 450, 540)
pro_wheat = profit_repeat(330, 450, 570)
inv_tur = investment_repeat(630, 750, 540)
pro_tur = profit_repeat(630, 750, 570)
inv_maize = investment_repeat(930, 1050, 540)
pro_maize = profit_repeat(930, 1050, 570)
inv_paddy = investment_repeat(1230, 1350, 540)
pro_paddy = profit_repeat(1230, 1350, 570)
# Second row variables
inv_mil = investment_repeat(30, 150, 730)
pro_mil = profit_repeat(30, 150, 770)
inv_gn = investment_repeat(330, 450, 730)
pro_gn = profit_repeat(330, 450, 770)
inv_ses = investment_repeat(630, 750, 730)
pro_ses = profit_repeat(630, 750, 770)
inv_bar = investment_repeat(930, 1050, 730)
pro_bar = profit_repeat(930, 1050, 770)
inv_cot = investment_repeat(1230, 1350, 730)
pro_cot = profit_repeat(1230, 1350, 770)
# Button
Butt = Button(farm,
text="Submit Info",
font=('Calibri', 15),
width=15,
command=store)
Butt.configure(bg='#84a9ac', fg='#ffffff')
Butt.place(x=900, y=370)
def log_out():
farm.destroy()
# Logout Button
logout = Button(farm, text='Log out', command=log_out, width=10)
logout.place(x=1400, y=20)
farm.mainloop()
#!/usr/bin/env python
# -*- coding:utf-8 -*-
# Author: Sizepeng Zhao
from PyQt5 import QtCore, QtGui, QtWidgets
from translate import trans
#创建一个翻译类的对象
tran = trans()
class Ui_MainWindow(object):
def setupUi(self, MainWindow):
MainWindow.setObjectName("MainWindow")
MainWindow.resize(726, 569)
self.centralwidget = QtWidgets.QWidget(MainWindow)
self.centralwidget.setObjectName("centralwidget")
self.pushButton = QtWidgets.QPushButton(self.centralwidget)
self.pushButton.setGeometry(QtCore.QRect(542, 260, 131, 31))
self.pushButton.setObjectName("pushButton")
self.textBrowser = QtWidgets.QTextBrowser(self.centralwidget)
self.textBrowser.setGeometry(QtCore.QRect(50, 300, 621, 192))
self.textBrowser.setObjectName("textBrowser")
self.textEdit = QtWidgets.QTextEdit(self.centralwidget)
self.textEdit.setGeometry(QtCore.QRect(50, 60, 621, 191))
self.textEdit.setObjectName("textEdit")
self.comboBox = QtWidgets.QComboBox(self.centralwidget)
self.comboBox.setGeometry(QtCore.QRect(50, 30, 141, 22))
self.comboBox.setObjectName("comboBox")
self.comboBox.addItem("")
self.comboBox.addItem("")
def paper_keyword_expand(keyword):
'''
expand keyword from single language into bilingual
'''
trans_keyword = trans(keyword)
return [keyword, trans_keyword]
