def final(num):
if len(num) == 1:
return tg.twodigit(num)
elif len(num) == 2:
return tg.twodigit(num)
elif len(num) == 3:
return th.threedigit(num)
elif len(num) == 4:
return fg.fourdigit(num)
elif len(num) == 5:
return fi.fivedigit(num)
elif len(num) == 6:
return sx.sixdigit(num)
elif len(num) == 7:
return svn.sevendigit(num)
elif len(num) == 8:
return eg.eightdigit(num)
elif len(num) == 9:
return nn.ninedigit(num)
def fourdigit(n2):
dict1000 = {'1000': 'thousand'}
if n2 == '0000':
return 'zero ' * 4
elif len(n2) == 1:
return tg.twodigit(n2)
elif len(n2) == 2:
return tg.twodigit(n2)
elif len(n2) == 3:
return th.threedigit(n2)
elif str(n2[0]) == '0':
n2 = int(n2) - int(n2) + int(n2)
n2 = str(n2)
if len(str(n2)) == 1:
return tg.twodigit(str(n2))
elif len(str(n2)) == 2:
return tg.twodigit(str(n2))
elif len(str(n2)) == 3:
return th.threedigit(str(n2))
if str(n2[1:]) == '000':
return tg.twodigit(n2[0]) + '-' + dict1000['1000']
else:
return tg.twodigit(str(
n2[0])) + '-' + dict1000.get('1000') + '-' + th.threedigit(
str(n2[1:]))
def fivedigit(n3):
dict1000 = {'1000':'thousand'}
if n3 == '00000':
return 'zero ' * 5
elif len(n3) == 1:
return tg.twodigit(n3)
elif len(n3) == 2:
return tg.twodigit(n3)
elif len(n3) == 3:
return th.threedigit(n3)
elif len(n3) == 4:
return fg.fourdigit(n3)
elif n3[0] == '0':
n3 = int(n3) - int(n3) + int(n3)
n3 = str(n3)
if len(n3) == 1:
return tg.twodigit(n3)
elif len(n3) == 2:
return tg.twodigit(n3)
elif len(n3) == 3:
return th.threedigit(n3)
elif len(n3) == 4:
return fg.fourdigit(n3)
elif n3[2:] == '000':
return tg.twodigit(n3[0:2]) + '-' + dict1000['1000']
else:
return tg.twodigit(n3[0:2]) + '-' + dict1000['1000'] + '-' + th.threedigit(n3[2:])
def ninedigit(n7):
dictcrore = {'100000000':'crore'}
if n7 == '0' * 9:
return 'zero ' * 9
elif len(n7) == 1:
return tg.twodigit(n7)
elif len(n7) == 2:
return tg.twodigit(n7)
elif len(n7) == 3:
return th.threedigit(n7)
elif len(n7) == 4:
return fg.fourdigit(n7)
elif len(n7) == 5:
return fi.fivedigit(n7)
elif len(n7) == 6:
return sx.sixdigit(n7)
elif len(n7) == 7:
return svn.sevendigit(n7)
elif len(n7) == 8:
return eg.eightdigit(n7)
elif n7[0] == '0':
n7 = int(n7) - int(n7) + int(n7)
n7 = str(n7)
if len(n7) == 1:
return tg.twodigit(n7)
elif len(n7) == 2:
return tg.twodigit(n7)
elif len(n7) == 3:
return th.threedigit(n7)
elif len(n7) == 4:
return fg.fourdigit(n7)
elif len(n7) == 5:
return fi.fivedigit(n7)
elif len(n7) == 6:
return sx.sixdigit(n7)
elif len(n7) == 7:
return svn.sevendigit(n7)
elif len(n7) == 8:
return eg.eightdigit(n7)
elif n7[1:] == '0' * 8:
return tg.twodigit(n7[0:2]) + '-' + dictcrore['100000000']
else:
return tg.twodigit(n7[0:2]) + '-' + dictcrore['100000000'] + '-' + svn.sevendigit(n7[2:])
def threedigit(n1):
dict100 = {'100': 'hundred'}
wnum = ''
if n1 == '000':
wnum = 'zero zero zero'
elif len(str(n1)) == 1:
return tg.twodigit(n1)
elif len(str(n1)) == 2:
return tg.twodigit(n1)
elif n1[0] == '0':
n1 = int(n1) - int(n1) + int(n1)
if len(str(n1)) == 1:
return tg.twodigit(str(n1))
elif len(str(n1)) == 2:
return tg.twodigit(str(n1))
if int(n1) % 100 == 0:
wnum = tg.twodigit(str(n1[0])) + '-' + dict100.get('100')
elif int(n1) % 100 != 0:
wnum = tg.twodigit(str(
n1[0])) + '-' + dict100['100'] + '-' + tg.twodigit(str(n1[1:]))
return wnum
def eightdigit(n6):
dictcrore = {'10000000': 'crore'}
if n6 == '0' * 8:
return 'zero ' * 8
elif len(n6) == 1:
return tg.twodigit(n6)
elif len(n6) == 2:
return tg.twodigit(n6)
elif len(n6) == 3:
return th.threedigit(n6)
elif len(n6) == 4:
return fg.fourdigit(n6)
elif len(n6) == 5:
return fi.fivedigit(n6)
elif len(n6) == 6:
return sx.sixdigit(n6)
elif len(n6) == 7:
return svn.sevendigit(n6)
elif n6[0] == '0':
n6 = int(n6) - int(n6) + int(n6)
n6 = str(n6)
if len(n6) == 1:
return tg.twodigit(n6)
elif len(n6) == 2:
return tg.twodigit(n6)
elif len(n6) == 3:
return th.threedigit(n6)
elif len(n6) == 4:
return fg.fourdigit(n6)
elif len(n6) == 5:
return fi.fivedigit(n6)
elif len(n6) == 6:
return sx.sixdigit(n6)
elif len(n6) == 7:
return svn.sevendigit(n6)
elif n6[1:] == '0000000':
return tg.twodigit(n6[0]) + '-' + dictcrore['10000000']
else:
return tg.twodigit(
n6[0]) + '-' + dictcrore['10000000'] + '-' + svn.sevendigit(n6[1:])
def sevendigit(n5):
dictlakh = {'100000': 'lakh'}
if n5 == '0' * 7:
return 'zer0 ' * 7
elif len(n5) == 1:
return tg.twodigit(n5)
elif len(n5) == 2:
return tg.twodigit(n5)
elif len(n5) == 3:
return th.threedigit(n5)
elif len(n5) == 4:
return fg.fourdigit(n5)
elif len(n5) == 5:
return fi.fivedigit(n5)
elif len(n5) == 6:
return sx.sixdigit(n5)
elif n5[0] == '0':
n5 = int(n5) - int(n5) + int(n5)
n5 = str(n5)
if len(n5) == 1:
return tg.twodigit(n5)
elif len(n5) == 2:
return tg.twodigit(n5)
elif len(n5) == 3:
return th.threedigit(n5)
elif len(n5) == 4:
return fg.fourdigit(n5)
elif len(n5) == 5:
return fi.fivedigit(n5)
elif len(n5) == 6:
return sx.sixdigit(n5)
elif n5[2:] == '00000':
return tg.twodigit(n5[0:2]) + '-' + dictlakh['100000']
else:
return tg.twodigit(
n5[0:2]) + '-' + dictlakh['100000'] + '-' + fi.fivedigit(n5[2:])