def drawBottomShape(draw, image, mainColor, instrument):
fontSize = 40
buyOrder = instrument.buyOrder
selOrder = instrument.selOrder
drawTextAtMiddle(1810, draw, buyOrder.numOfRealTrades, 1530, fontSize,
mainColor)
drawPositionedText(draw, 620, buyOrder.volumeOfRealTrades, 1610,
fontSize - 5, mainColor)
drawTextAtMiddle(1810, draw, buyOrder.numOfLegalTrades, 1670, fontSize,
mainColor)
drawPositionedText(draw, 620, buyOrder.volumeOfLegalTrades, 1760,
fontSize - 5, mainColor)
drawTextAtMiddle(300, draw, selOrder.numOfRealTrades, 1530, fontSize,
mainColor)
drawPositionedText(draw, 250, selOrder.volumeOfRealTrades, 1610,
fontSize - 5, mainColor)
drawTextAtMiddle(300, draw, selOrder.numOfLegalTrades, 1670, fontSize,
mainColor)
drawPositionedText(draw, 200, selOrder.volumeOfLegalTrades, 1760,
fontSize - 5, mainColor)
drawTextAtMiddle(1080, draw,
persian.enToPersianNumb(instrument.yesterdayPrice), 1350,
fontSize, mainColor)
drawTextAtMiddle(250, draw,
persian.enToPersianNumb(instrument.minValiPrice), 1350,
fontSize, mainColor)
drawTextAtMiddle(1900, draw,
persian.enToPersianNumb(instrument.maxValidPrice), 1350,
fontSize, mainColor)
def cdp(st):
#dat_time = dateparser.parse(u'Sun, 11 Mar 2017 10:22:50')
dat_time = dateparser.parse(st)
pdt = jdatetime.datetime.fromgregorian(datetime=dat_time)
pds = pr.enWeekdayToPersian(pr.enMonthToPersian(
pr.enToPersianNumb(pdt.strftime("%H:%M:%S ,%a %d %b %Y"))),
full=True)
return pds
def salary(request):
form = Salary()
if request.method == 'POST':
form = Salary(request.POST)
if form.is_valid():
earn = 0
degree_additional = {
'ba': 1000000,
'ma': 1500000,
'phd': 2400000,
}
degree_format = {
'ba': 'لیسانس',
'ma': 'فوق لیسانس',
'phd': 'دکنری',
}
code = form.cleaned_data.get('teach_code')
teacher = Teacher.objects.filter(tid=code).first()
delta = relativedelta(date.today(), teacher.hire_date)
days = (delta.years * 365) + (delta.months * 30) + delta.days
earn = (earn +
days * 15000) + degree_additional[teacher.education_degree]
teacher_info = dict(
id=teacher.id,
full_name=teacher.user.first_name + " " +
teacher.user.last_name,
degree=degree_format[teacher.education_degree],
experience=teacher.experience,
earn=persian.enToPersianNumb(f"{earn:,}"),
)
return render(request,
'edu/salary.html',
context={
'result': teacher_info,
'date': get_date_time()
})
else:
return render(request,
'edu/salary.html',
context={
'form': form,
'date': get_date_time()
})
else:
return render(request,
'edu/salary.html',
context={
'form': form,
'date': get_date_time(),
'msg': 'برای دسترسی باید وارد شوید'
})
def drawUpperSqare(draw, image, mainColor, instrument):
w = 0
initial_text_1 = " ارزشمعاملات"
initial_text_2 = " حجممبنا"
initial_text_3 = " ورود پول حقیقی"
initial_text_4 = " حجم"
initial_text_5 = " قیمت پایانی"
initial_text_6 = " آخرین قیمت"
text = initial_text_1 + persian.enToPersianNumb(" : " +
instrument.tradeValue)
drawTextAtMiddle(image.size[0], draw, text, 380, 35, mainColor)
text = initial_text_2 + persian.enToPersianNumb(" : " +
instrument.basevVolume)
drawTextAtMiddle(image.size[0], draw, text, 455, 35, mainColor)
drawTextAtMiddle(
image.size[0], draw, initial_text_3 +
persian.enToPersianNumb(" : " + instrument.realMoneyIncome), 520, 35,
mainColor)
drawTextAtMiddle(
image.size[0], draw,
initial_text_4 + persian.enToPersianNumb(" : " + instrument.lastPrice),
605, 35, mainColor)
w = drawPositionedText(draw, 600, initial_text_5, 680, 35, mainColor)
w = drawPositionedTextInLine(draw, w, " : ", 680, 35, mainColor)
w = drawPositionedTextInLine(
draw, w,
persian.enToPersianNumb(" (" + instrument.finalPricePrercent + "%) "),
685, 35, mainColor)
drawPositionedTextInLine(
draw, w, persian.enToPersianNumb(" " + instrument.finalPrice + " "),
683, 35, mainColor)
w = drawPositionedText(draw, 600, initial_text_6, 745, 35, mainColor)
w = drawPositionedTextInLine(draw, w, " : ", 745, 35, mainColor)
w = drawPositionedTextInLine(
draw, w,
persian.enToPersianNumb(" (" + instrument.lastPricePercent + "%) "),
750, 35, mainColor)
drawPositionedTextInLine(
draw, w, persian.enToPersianNumb(" " + instrument.lastPrice + " "),
748, 35, mainColor)
def to_persian(text):
return persian.enToPersianNumb(text)
def reqPrase():
name, theme = parseInputArgs()
f = open('dataFile.json', "r", encoding='utf-8')
data = json.load(f)
instrument = TradeVariables()
instrument.symbolname = str(data['Name'])
instrument.symbolFullName = str(data['Title'])
instrument.symbolCondition = " " + str(data['StatusDescription']) + " "
instrument.minValiPrice = str(data['MinValidPrice'])
instrument.maxValidPrice = str(data['MaxValidPrice'])
instrument.yesterdayPrice = str(data['YesterdayPrice'])
instrument.finalPrice = str(data['LastPrice'])
instrument.basevVolume = str(int(data['BaseVolume']) / 1000000) + "M"
instrument.tradeValue = str(int(data['Cost'] / 1000000000)) + "B"
instrument.lastPrice = str(data['CurrPrice'])
instrument.volume = str(int(data['Volume']) / 1000000) + "M"
#######################
instrument.realMoneyIncome = persian.enToPersianNumb(
str(data['InputMoney']))
instrument.lastPricePercent = persian.enToPersianNumb(
percentTokenize(str(data['DiffCurrPrice'])))
instrument.finalPricePrercent = persian.enToPersianNumb(
percentTokenize(str(data['DiffLastPrice'])))
#######################
for i in range(0, 3):
instrument.selOrder.amount.append(
persian.enToPersianNumb(str(data['Q'][i]['CountBid'])))
instrument.selOrder.price.append(
persian.enToPersianNumb(str(data['Q'][i]['PriceBid'])))
instrument.selOrder.volume.append(
persian.enToPersianNumb(str(data['Q'][i]['VolBid'])))
instrument.buyOrder.amount.append(
persian.enToPersianNumb(str(data['Q'][i]['CountBuy'])))
instrument.buyOrder.volume.append(
persian.enToPersianNumb(str(data['Q'][i]['VolBuy'])))
instrument.buyOrder.price.append(
persian.enToPersianNumb(str(data['Q'][i]['PriceBuy'])))
instrument.buyOrder.volumeOfRealTrades = persian.enToPersianNumb(
str(data['C']['VolumeAskIndv']))
instrument.buyOrder.volumeOfLegalTrades = persian.enToPersianNumb(
str(data['C']['VolumeAskNoneIndv']))
instrument.buyOrder.numOfRealTrades = persian.enToPersianNumb(
str(data['C']['CountAskIndv']))
instrument.buyOrder.numOfLegalTrades = persian.enToPersianNumb(
str(data['C']['CountAskNoneIndv']))
instrument.selOrder.volumeOfRealTrades = persian.enToPersianNumb(
str(data['C']['VolumeBidIndv']))
instrument.selOrder.volumeOfLegalTrades = persian.enToPersianNumb(
str(data['C']['VolumeBidNoneIndv']))
instrument.selOrder.numOfRealTrades = persian.enToPersianNumb(
str(data['C']['CountBidIndv']))
instrument.selOrder.numOfLegalTrades = persian.enToPersianNumb(
str(data['C']['CountBidNoneIndv']))
return instrument, theme, name
def localize_date(date):
jalali = khayyam.JalaliDatetime.from_datetime(date).strftime(
u'%A، %d %B %Y')
return persian.enToPersianNumb(jalali.encode('utf-8')).decode('utf-8')
# encoding: utf-8
from persian import enToPersianNumb
assert(enToPersianNumb('1234567890.1234567890') == '۱۲۳۴۵۶۷۸۹۰.۱۲۳۴۵۶۷۸۹۰') , 'Not Equal'
print 'Done~~!'
def __str__(self):
return self.student.user.first_name + " " + self.courses.course_name + " " + str(
persian.enToPersianNumb(self.final_grade))
def __str__(self):
return self.user.first_name + " " + self.user.last_name + " " + str(
persian.enToPersianNumb(self.sid))
def experience(self):
delta = relativedelta(date.today(), self.hire_date)
year = persian.enToPersianNumb(str(delta.years))
month = persian.enToPersianNumb(str(delta.months))
days = persian.enToPersianNumb(str(delta.days))
return "{} سال و {} ماه و {} روز".format(year, month, days)