Please only use Python and no other language. Only correct answers. Will downvote incorrect answers.

This assignment gives you a chance to work with: LISTS, DICTIONARIES, and FUNCTIONS, in particular, and with program logic like if and while roman_arabic_skeleton_code.py

Download roman_arabic_skeleton_code.py Write a Python console application that converts Roman numerals to Arabic (e.g., Super Bowl LVI means Super Bowl 56) It should be able to convert any number from I (1) to 3999 (MMMCMXCIX) written into groups, it would be: MMM CM XC IX (3000 + 900 + 90 + 9) The units for Roman numerals are:

I = 1 IV = 4 V = 5 IX = 9 X = 10 XL = 40 L = 50 XC = 90 C = 100 CD = 400 D = 500 CM = 900 and M = 1000 The units that can repeat are: I, X, C, and M To count from 1 to 20, you would say: I, II, III, IV, V, VI, VII, VIII, IX, X, XI, XII, XIII, XIV, XV, XVI, XVII, XVIII, XIX, XX

skeleton code:

# di_roman = {'I': 1, 'IV': 4, 'V': 5, 'IX': 9, 'X': 10, 'XL': 40, 'L': 50, # 'XC': 90, 'C': 100, 'CD': 400, 'D': 500, 'CM': 900, 'M': 1000} # di_arabic = {1000: 'M', 900: 'CM', 500: 'D', 400: 'CD', 100: 'C', 90: 'XC', 50: 'L', # 40: 'XL', 10: 'X', 9: 'IX', 5: 'V', 4: 'IV', 1: 'I'} # arabic_numbers = [1000, 900, 500, 400, 100, 90, 50, 40, 10, 9, 5, 4, 1] # # # OPTIONAL : TODO: you do NOT have to deal with illegal combinations -- but you may do so # illegal_combinations = ['IIV', 'IIX', 'IIL', 'IIC', 'IID', 'IIM', # illegal combinations # 'XXL', 'XXC', 'XXD', 'XXM', # 'CCD', 'CCM', 'VVV', 'LLL', 'DDD', # 'IIV', 'IIX', 'XXL', 'XXC', 'CCD', 'CCM'] # # # def to_arabic(roman): # pass # # TODO: FILL IN THIS CODE # # # def to_roman(arabic): # pass # # TODO: FILL IN THIS CODE # # # def print_spaced(li_tuples, field_width=0): # i = 0 # for el, v in li_tuples: # print(f'{el :{field_width}} is {v}') # i += 1 # if i % 5 == 0: # print() # # # def run_to_roman_to_arabic_tests(begin=1, end=100, step=1): # romans = [] # arabics = [] # for el in range(begin, end, step): # romans.append((el, to_roman(el))) # print_spaced(romans) # # for k, v in romans: # arabics.append((v, to_arabic(v))) # print_spaced(arabics, field_width=10) # # # def main(): # run_to_roman_to_arabic_tests(begin=10, end=301, step=10) # # # if __name__ == '__main__': # main() #OUTPUT: # /usr/local/bin/python3.7 /Users/J/PycharmProjects/roman/main.py # 10 is X # 20 is XX # 30 is XXX # 40 is XL # 50 is L # # 60 is LX # 70 is LXX # 80 is LXXX # 90 is XC # 100 is C # # 110 is CX # 120 is CXX # 130 is CXXX # 140 is CXL # 150 is CL # # 160 is CLX # 170 is CLXX # 180 is CLXXX # 190 is CXC # 200 is CC # # 210 is CCX # 220 is CCXX # 230 is CCXXX # 240 is CCXL # 250 is CCL # # 260 is CCLX # 270 is CCLXX # 280 is CCLXXX # 290 is CCXC # 300 is CCC # # 310 is CCCX # 320 is CCCXX # 330 is CCCXXX # 340 is CCCXL # 350 is CCCL # # 360 is CCCLX # 370 is CCCLXX # 380 is CCCLXXX # 390 is CCCXC # 400 is CD # # 410 is CDX # 420 is CDXX # 430 is CDXXX # 440 is CDXL # 450 is CDL # # 460 is CDLX # 470 is CDLXX # 480 is CDLXXX # 490 is CDXC # 500 is D # # 510 is DX # 520 is DXX # 530 is DXXX # 540 is DXL # 550 is DL # # 560 is DLX # 570 is DLXX # 580 is DLXXX # 590 is DXC # X is 10 # XX is 20 # XXX is 30 # XL is 40 # L is 50 # # LX is 60 # LXX is 70 # LXXX is 80 # XC is 90 # C is 100 # # CX is 110 # CXX is 120 # CXXX is 130 # CXL is 140 # CL is 150 # # CLX is 160 # CLXX is 170 # CLXXX is 180 # CXC is 190 # CC is 200 # # CCX is 210 # CCXX is 220 # CCXXX is 230 # CCXL is 240 # CCL is 250 # # CCLX is 260 # CCLXX is 270 # CCLXXX is 280 # CCXC is 290 # CCC is 300 # # CCCX is 310 # CCCXX is 320 # CCCXXX is 330 # CCCXL is 340 # CCCL is 350 # # CCCLX is 360 # CCCLXX is 370 # CCCLXXX is 380 # CCCXC is 390 # CD is 400 # # CDX is 410 # CDXX is 420 # CDXXX is 430 # CDXL is 440 # CDL is 450 # # CDLX is 460 # CDLXX is 470 # CDLXXX is 480 # CDXC is 490 # D is 500 # # DX is 510 # DXX is 520 # DXXX is 530 # DXL is 540 # DL is 550 # # DLX is 560 # DLXX is 570 # DLXXX is 580 # DXC is 590 # # Process finished with exit code 0