def compute_day(self):
pyear = year = self.jyear
month= self.jmonth
pmonth = month -1
if pmonth <= 0 :
pmonth =12
pyear -=1
prev_month_length = month_length[utility.leap(pyear)][pmonth]
prev_day_week = self.day_of_week(pyear, pmonth, prev_month_length)
current_month_length=month_length[utility.leap(year)][month]
sc = utility.scalar_Days(self.jyear, self.jmonth, 1)
current_day_week = utility.jalalyDate(sc)
day = (prev_month_length-(current_day_week-1))
if ( current_day_week==0):
day=1
i=0
j=0
sday = 0
while(i<6):
while(j<7):
self.day[i][j]=day
if (self.jday==day)and(sday==0):
self.current_day=[i,j]
day+=1
if (i>3)and(day>current_month_length):
day =1
sday=1
if (i<2)and(day>prev_month_length):
day =1
j+=1
i+=1
j=0
def compute_day(self):
pyear = year = self.jyear
month = self.jmonth
pmonth = month - 1
if pmonth <= 0:
pmonth = 12
pyear -= 1
prev_month_length = month_length[utility.leap(pyear)][pmonth]
prev_day_week = day_of_week(pyear, pmonth, prev_month_length)
current_month_length = month_length[utility.leap(year)][month]
sc = utility.scalar_Days(self.jyear, self.jmonth, 1)
current_day_week = utility.jalalyDate(sc)
day = (prev_month_length - (current_day_week - 1))
if (current_day_week == 0):
day = 1
i = 0
j = 0
sday = 0
while (i < 6):
while (j < 7):
self.day[i][j] = day
if (self.jday == day) and (sday == 0):
self.current_day = [i, j]
day += 1
if (i > 3) and (day > current_month_length):
day = 1
sday = 1
if (i < 2) and (day > prev_month_length):
day = 1
j += 1
i += 1
j = 0
def day_of_week(year, month, day):
days = utility.scalar_Days(year, month, day)
days = utility.jalalyDate(days)
return days
def day_of_week(self,year,month,day):
days=utility.scalar_Days(year,month,day)
days=utility.jalalyDate(days)
return days
