def translateSmallNumber(num):
this = globals()[sys._getframe().f_code.co_name]
maxLimit = Lakh
translation = ""
integerAssert(num, this)
if num < 0:
if num > -maxLimit:
translation = minusSignWord + " " + translateSmallNumber(-num)
elif num in basicNumbers.keys():
translation = basicNumbers[num]
elif num < 100:
t10 = tens[num / 10]
t1 = basicNumbers[num % 10]
translation = t10 + " " + t1
if t1 == basicNumbers[0]:
translation = t10
elif num < 1000:
t100 = basicNumbers[num / 100] + " " + biggerNumbers[100]
rest = translateSmallNumber(num % 100)
translation = t100 + andConjunction + rest
if rest == basicNumbers[0]:
translation = t100
elif num < Lakh:
t1000 = translateSmallNumber(num / 1000) + " " + biggerNumbers[1000]
rest = translateSmallNumber(num % 1000)
translation = t1000 + " " + rest
if rest == basicNumbers[0]:
translation = t1000
elif (num % 1000) < 100:
translation = t1000 + andConjunction + rest
return translation
def translateNumber(num):
this = globals()[sys._getframe().f_code.co_name]
integerAssert(num, this)
if num > -Lakh and num < Lakh:
return translateSmallNumber(num)
else:
system = raw_input(
"In which system do you want the number? Indian (H) or international (I)? "
).lower()
if system == 'h':
return translateNumIndian(num)
elif system == 'i':
return translateNumInternational(num)
else:
print "Invalid input for number system.\n"
return "error"
def translateNumIndian(num):
this = globals()[sys._getframe().f_code.co_name]
translation = ""
integerAssert(num, this)
if num > -Lakh and num < Lakh:
return translateSmallNumber(num)
elif num < 0:
translation = minusSignWord + " " + translateNumIndian(-num)
elif num < Crore:
tLakh = translateSmallNumber(num / Lakh) + " " + biggerNumbers[Lakh]
rest = translateSmallNumber(num % Lakh)
translation = tLakh + " " + rest
if rest == basicNumbers[0]:
translation = tLakh
if (num / Lakh) > 1:
translation += pluralMarker
elif (num % Lakh) < 100:
translation = tLakh + andConjunction + rest
else:
tCrore = translateNumIndian(num / Crore) + " " + biggerNumbers[Crore]
rest = translateNumIndian(num % Crore)
translation = tCrore + " " + rest
if rest == basicNumbers[0]:
translation = tCrore
if (num / Crore) > 1:
translation += pluralMarker
elif (num % Crore) < 100:
translation = tCrore + andConjunction + rest
return translation
def translateNumber(num):
this = globals()[sys._getframe().f_code.co_name]
integerAssert(num, this)
maxLimit = 1000
translation = ""
if num < 0:
if num > -maxLimit:
translation = minusSignWord + " " + translateNumber(-num)
elif num in basicNumbers.keys():
translation = basicNumbers[num]
elif num >= 11 and num < 20:
t10 = elevenToTwentyPrefixes(num % 10)
t1 = basicNumbers[num % 10]
translation = t10 + t1
elif num < 100:
t10 = decade[num / 10]
t1 = basicNumbers[num % 10]
translation = makePrefix(num, t10) + " " + t1
if t1 == basicNumbers[0]:
translation = t10
elif num < 800:
n100 = num / 100
t100 = ""
rest = translateNumber(num % 100)
if n100 == 1:
t100 = biggerNumbers[100]
else:
t100 = hundredPrefixes[n100] + biggerNumbers[100]
translation = makePrefix(num, t100) + " " + rest
if rest == basicNumbers[0]:
translation = t100
elif num < 1000:
t100 = biggerNumbers[100 * (num / 100)]
rest = translateNumber(num % 100)
translation = makePrefix(num, t100) + " " + rest
if rest == basicNumbers[0]:
translation = t100
elif num < Lakh:
n1000 = num / 1000
t1000 = ""
rest = translateNumber(num % 1000)
if n1000 == 1:
t1000 = biggerNumbers[1000]
else:
t1000 = translateNumber(n1000)[:-1] + biggerNumbers[1000]
translation = makePrefix(num, t1000) + " " + rest
if rest == basicNumbers[0]:
translation = t1000
return translation
def translateNumber(num):
this = globals()[sys._getframe().f_code.co_name]
integerAssert(num, this)
translation = ""
if num < 0:
translation = minusSignWord + " " + translateNumber(-num)
elif num in basicNumbers.keys():
translation = basicNumbers[num]
elif num >= 11 and num < 20:
t10 = basicNumbers[10]
t1 = translateNumber(num % 10)
translation = t10 + " " + t1
elif num < 100:
t10 = translateNumber(num / 10) + " " + basicNumbers[10]
t1 = translateNumber(num % 10)
translation = t10 + " " + t1
if t1 == basicNumbers[0]:
translation = t10
elif num < 1000:
t100 = translateNumber(num / 100) + " " + biggerNumbers[100]
if (num / 100) == 2:
t100 = synonyms[2] + " " + biggerNumbers[100]
rest = translateNumber(num % 100)
translation = t100 + " " + rest
if rest == basicNumbers[0]:
translation = t100
elif secondDigit(num) == 0:
translation = t100 + zeroConjunction + rest
elif num < Wan:
t1000 = translateNumber(num / 1000) + " " + biggerNumbers[1000]
rest = translateNumber(num % 1000)
translation = t1000 + " " + rest
if rest == basicNumbers[0]:
translation = t1000
elif secondDigit(num) == 0:
translation = t1000 + zeroConjunction + rest
elif num < Yi4:
tWan = translateNumber(num / Wan) + " " + biggerNumbers[Wan]
rest = translateNumber(num % Wan)
translation = tWan + " " + rest
if rest == basicNumbers[0]:
translation = tWan
elif secondDigit(num) == 0:
translation = tWan + zeroConjunction + rest
else:
tYi4 = translateNumber(num / Yi4) + " " + biggerNumbers[Yi4]
rest = translateNumber(num % Yi4)
translation = tYi4 + " " + rest
if rest == basicNumbers[0]:
translation = tYi4
elif secondDigit(num) == 0:
translation = tYi4 + zeroConjunction + rest
return translation