NumbersToWordForm(1-999)

# gets the number
numb = input('what number wouldyou like to convert to word form? ')
if len(numb) > 3:
  exit()
nSplit = []
tList = []

Result = ''
# lists used to label numbers
basicNumbs= ['one', 'two','three','four','five','six','seven','eigh','nine','ten','eleven','twelve','thirteen','fourteen','fifteen','sixteen','seventeen','eighteen','nineteen','']
Tensnumbers = ['Twenty','thirty','fourty','fiffty','sixty','sevendy','eighty','nindy','']
Advanced = ['hundred','thousand','million']
# splits your number  into its compents ie, 3, 2, 4 for 324
for n in numb:
  nSplit.append(n)
#Makes a seperate list for the last two numbers and gets rid of them from the orignal

for x in range(0 , 3):
  tList.append(nSplit[len(nSplit) + x - 3])


# finds hte word from for the last two nmbr
if int(tList[0]) < 2:
  badCodeingLmao = int(tList[0])  * 10
  if int(tList[2]) == 0:
    None
  else:
    badCodeingLmao += int(tList[1]) - 1
  Result += basicNumbs[badCodeingLmao]
else:
  badCodeingLmao = int(tList[0])-1
  Result+= basicNumbs[badCodeingLmao] + ' hundred '
  badCodeingLmao = int(tList[1]) - 2
  Result+= Tensnumbers[badCodeingLmao] + ' '

  if int(tList[1])== 0:
    badCodeingLmao = 19

  else:
    badCodeingLmao = int(tList[2]) - 1
  Result+= basicNumbs[badCodeingLmao] + ' '
print(Result)