59 lines
1.6 KiB
Python
59 lines
1.6 KiB
Python
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from random import *
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from math import *
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int_dict = { 1 : "I", 5 : "V", 10 : "X", 50 : "L", 100 : "C", 500 : "D", 1000 : "M", 5000 : "V̄", 10000 : "X̄", 50000 : "L̄", 100000 : "C̄", 500000 : "D̄", 1000000 : "M̄"}
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int_list = [1000000,500000,100000,50000,10000,5000,1000,500,100,50,10,5,1]
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int_in = 0
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string_out = ""
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def roman_convert(int_in_string):
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global string_out
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global int_in
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string_out = ""
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int_in = int(int_in_string)
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if int_in >= 4000000:
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return "Please keep it less than 4,000,000, we don't know how to write 2 macrons."
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for poss_int in int_list:
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if str(poss_int)[0] == "1":
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addstring1(poss_int)
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addstring9(poss_int)
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else:
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addstring5(poss_int)
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addstring4(poss_int)
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return string_out
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def addstring1(num):
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global string_out
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global int_in
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while int_in >= num:
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string_out += int_dict[num]
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int_in = int_in - num
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def addstring4(num5):
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global string_out
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global int_in
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if int_in >= num5 * 4 / 5:
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string_out += int_dict[int(num5/5)] + int_dict[num5]
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int_in = int_in - (num5 * 4 / 5)
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def addstring5(num5):
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global string_out
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global int_in
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if int_in >= num5:
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string_out += int_dict[num5]
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int_in = int_in - num5
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def addstring9(num10):
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global string_out
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global int_in
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if num10 == 1:
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return
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if int_in >= num10 * 9 / 10:
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string_out += int_dict[int(num10/10)] + int_dict[num10]
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int_in = int_in - num10 * 9 / 10
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def randbool():
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return (randint(0,1) == 1)
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