import random history = {} # ➊ all_options = { # ➋ # upper section: "Ones": 5, "Twos": 10, "Threes": 15, "Fours": 20, "Fives": 25, "Sixes": 30, # lower section "Three Of A Kind": 30, "Four Of A Kind": 30, "Full House": 25, "Small Straight": 30, "Large Straight": 40, "Yahtzee": 50, "Chance": 30, } # functions to test options def is_three_of_a_kind(dice): # """dice is a list of five integers""" # for number in dice: # if dice.count(number) >= 3: # return True # return False def is_four_of_a_kind(dice): # """dice is a list of five integers""" # for number in dice: # if dice.count(number) >= 4: # return True # return False def is_full_house(dice): # """dice is a list of five integers""" # diceset = set(dice) # if len(diceset) == 2: # for number in diceset: # if dice.count(number) in (2,3): # return True # return False # def is_small_straight(dice): # """dice is a list of five integers""" # diceset = set(dice) # if any((diceset.issuperset({1,2,3,4}), # diceset.issuperset({2,3,4,5}), diceset.issuperset({3,4,5,6}))): return True # return False def is_large_straight(dice): # """dice is a list of five integers""" # diceset = set(dice) # if (diceset.issuperset({1,2,3,4,5}) or # diceset.issuperset({2,3,4,5,6})): return True # return False def is_yahtzee(dice): # """dice is a list of five integers""" # return len(set(dice)) == 1 # def calculate_score(dice, name_of_option): # """calculate how much points an option would score using dice""" # assert expression, error_message assert len(dice) == 5, f"{dice} must have five elements" error_message = f"{dice} must have only integers" assert [type(x) for x in dice] == [int,int,int,int,int], error_message error_message = f"{name_of_option} must be in {all_options.keys()}" assert name_of_option in all_options, error_message # joker rule? option_list = list(all_options) # joker = False upper_name = option_list[dice[0]-1] # if all((is_yahtzee(dice), # "Yahtzee" in history, upper_name in history)): joker = True match name_of_option: # # first test the lower section options case "Three Of A Kind": return sum(dice) if is_three_of_a_kind(dice) else 0 # case "Four Of A Kind": return sum(dice) if is_four_of_a_kind(dice) else 0 case "Full House": return 25 if (is_full_house(dice) or joker) else 0 case "Small Straight": return 30 if (is_small_straight(dice) or joker) else 0 case "Large Straight": return 40 if (is_large_straight(dice) or joker) else 0 case "Yahtzee": return 50 if is_yahtzee(dice) else 0 case "Chance": return sum(dice) case _: # it's an upper section option: Ones, Tows, ... Sixes number = option_list.index(name_of_option) + 1 # return dice.count(number) * number # def calculate_final_scores(history): # """returns a tuple of 4 integers: sum_upper_section, upper_section_bonus, sum_lower_section, yahtzee_bonus """ # sum_upper_section = 0 # sum_lower_section = 0 upper_section_bonus = 0 yahtzee_bonus = 0 allow_yahtzee_bonus = False for name in history: # scored = history[name][0] # dice = history[name][1] # # is upper section? # if name in ("Ones", "Twos", "Threes", "Fours", "Fives", "Sixes"): sum_upper_section += scored else: sum_lower_section += scored # is Yahtzee? # if len(set(dice)) == 1: # enable Yahtzee bonus ? if scored == 50 and not allow_yahtzee_bonus: allow_yahtzee_bonus = True elif allow_yahtzee_bonus: yahtzee_bonus += 100 if sum_upper_section >= 63: # upper_section_bonus = 35 return sum_upper_section, upper_section_bonus, sum_lower_section, yahtzee_bonus # main function def game(): for game_round in range(1,14): dicelist = [] for _ in range(5): dicelist.append(random.randint(1,6)) print(f"-------- round {game_round} of 13--------------") for throw in (1,2,3): text= "throw: {} of 3".format(throw) print(text) print(" a b c d e") print(dicelist) if throw < 3: text = "Type letter(s) of dice to keep and press ENTER >>>" command = input(text).lower() for i, char in enumerate("abcde") : if char not in command: dicelist[i] = random.randint(1,6) print(f"------- end of round {game_round}------") # calculate playable options # unplayed = [name for name in all_options if name not in history] while True: # # create menu, starting with number 1 for "Ones" for name in unplayed: print(list(all_options).index(name)+1, name) # command = input("enter number of option to play >>>") try: # number = int(command) # except ValueError: # print("Please enter only a NUMBER") continue # if not (0 < number < 14): # print("Number out of allowed range, try again") continue # #try: option = list(all_options)[number-1] # #except IndexError: # print("Please enter only a listed number") # continue if option not in unplayed: # print(f"You already played {option}, try again") continue # print("You play: ", option) break # # option should be correct now #points = all_options[option] # points = calculate_score(dicelist, option) print(f"you get {points} points!") if game_round == 13: text = "press ENTER to see the history of dice throws >>>" else: text = "press ENTER to start the next game round >>>" input(text) history[option] = (points, dicelist.copy()) # print("Game Over") print("--- history of your dice throws: ---") print("game round, played_option, points, dicelist") sum_upper, upper_bonus, sum_lower, yat_bonus = calculate_final_scores(history) print("option, score (of max.) dice") for name in all_options: print("{:<20} {:>2} (of {:>2}) {:<20}".format( name, history[name][0], all_options[name], str(history[name][1]) )) if name == "Sixes": print("-------------------------") print("sum upper section:", sum_upper) print("upper section bonus:", upper_bonus) print("--------------------") print("sum lower section", sum_lower) print("Yahtzee bonus:", yat_bonus) print("==========================") print("final score:", sum_upper+upper_bonus+sum_lower+yat_bonus) if __name__ == "__main__": game()