pyeuler/17.py at master · Doormatty/pyeuler · GitHub

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def ordinal(y):
    output = ''
    numbers = list(str(y))
    if len(numbers) == 2:
        if numbers[len(numbers) - 2] == '1':
            if numbers[1] == '0':
                return 'ten'
            elif numbers[1] == '1':
                return 'eleven'
            elif numbers[1] == '2':
                return 'twelve'
            elif numbers[1] == '3':
                return 'thirteen'
            elif numbers[1] == '4':
                return 'fourteen'
            elif numbers[1] == '5':
                return 'fifteen'
            elif numbers[1] == '6':
                return 'sixteen'
            elif numbers[1] == '7':
                return 'seventeen'
            elif numbers[1] == '8':
                return 'eighteen'
            elif numbers[1] == '9':
                return 'nineteen'
        elif numbers[0] == '2':
            output += 'twenty'
        elif numbers[0] == '3':
            output += 'thirty'
        elif numbers[0] == '4':
            output += 'forty'
        elif numbers[0] == '5':
            output += 'fifty'
        elif numbers[0] == '6':
            output += 'sixty'
        elif numbers[0] == '7':
            output += 'seventy'
        elif numbers[0] == '8':
            output += 'eighty'
        elif numbers[0] == '9':
            output += 'ninety'
    if len(numbers) > 1:
        output += ' '
        i = 1
    else:
        i = 0
    if numbers[i] == '1':
        output += 'one'
    elif numbers[i] == '2':
        output += 'two'
    elif numbers[i] == '3':
        output += 'three'
    elif numbers[i] == '4':
        output += 'four'
    elif numbers[i] == '5':
        output += 'five'
    elif numbers[i] == '6':
        output += 'six'
    elif numbers[i] == '7':
        output += 'seven'
    elif numbers[i] == '8':
        output += 'eight'
    elif numbers[i] == '9':
        output += 'nine'
    return output


def numstring(n):
    output = ''
    numbers = list(str(n))
    numbers.reverse()
    if len(numbers) == 0 and numbers[0] == '0':
        return 'zero'
    if len(numbers) == 4:
        output += ordinal(numbers[3]) + ' thousand'
    if len(numbers) >= 3:
        if numbers[2] != '0':
            if numbers[1] == '0' and numbers[0] == '0':
                output += ' ' + ordinal(numbers[2]) + ' hundred'
            else:
                output += ordinal(numbers[2]) + ' hundred and '
    if len(numbers) >= 2:
        output += ordinal(int(numbers[1] + numbers[0]))
    elif len(numbers) == 1:
        output += ordinal(numbers[0])
    return output


count = 0
for i in range(1, 1001):
    number = numstring(i).replace(' ', '')
    count += len(number)
print(count)