MASTR002.py

# https://www.askpython.com/python/examples/create-mastermind-game-in-python
try:
    from ti_system import *
    ti84=True
except Exception as e:
    print("no module ti_system")
    ti84=False
dottedline = "--------------------------"
import random



def clear():
    try:
        system("cls")
    except NameError:
        print("======")


# Function to print the mastermind board
def print_mastermind_board(passcode, guess_codes, guess_flags):
    print(dottedline)
    print(" MASTERMIND")
    print(passcode)
    print(dottedline)

    # print("    |", end="")
    # for x in passcode:
    #    print("\t" + x[:3], end="")
    # print()

    # for i in reversed(range(len(guess_codes))):
    maxi = len(guess_codes)
    i = maxi
    while i > 0:
        i = i - 1
        # print(dottedline)
        print(guess_flags[i][0], guess_flags[i][1], guess_flags[i][2], guess_flags[i][3], end=" |")

        # print(guess_flags[i][2], guess_flags[i][3], end=" |")
        for x in guess_codes[i]:
            print("\t" + x[:3], end="")

        print()
    print(dottedline)


# Function to set the guess_flags
def setGuessflags(guess_flags, turn, code, passcode):
    ii = 0
    passcodeItemChecked = []
    # check code and position
    for x in code:
        if (ii == turn):
            cc = 0
            for codeitem in x:
                pp = 0
                # check code and position
                for passcodeitem in passcode:
                    # check if passworditem is already processed
                    toprocess = True
                    for pitem in passcodeItemChecked:
                        if pitem == pp:
                            toprocess = False
                    if toprocess == True:
                        if (str(codeitem) == str(passcodeitem)):
                            if cc == pp:
                                guess_flags[turn][cc] = 'R'
                                passcodeItemChecked.append(pp)
                            break
                    pp += 1
                cc += 1
        ii += 1
    ii = 0
    # check code independent of position
    for x in code:
        if (ii == turn):
            cc = 0
            for codeitem in x:
                pp = 0
                # check code
                for passcodeitem in passcode:
                    # check if passworditem is already processed
                    toprocess = True
                    for pitem in passcodeItemChecked:
                        if pitem == pp:
                            toprocess = False
                    if toprocess == True:
                        if (str(codeitem) == str(passcodeitem)):
                            if cc == pp:
                                guess_flags[turn][cc] = 'R'
                            else:
                                guess_flags[turn][cc] = 'W'
                            passcodeItemChecked.append(pp)
                            break
                    pp += 1
                cc += 1
        ii += 1
    return guess_flags


# The Main function
# if __name__ == '__main__':

def playthegame():
    # List of colors
    colors = ["1RED", "2GREEN", "3YELLOW", "4BLUE", "5BLACK", "6ORANGE"]

    # Mapping of colors to numbers
    colors_map = {1: "1RED", 2: "2GREEN", 3: "3YELLOW", 4: "4BLUE", 5: "5BLACK", 6: "6ORANGE"}

    # Randomly selecting a passcode
    # to be rewritten for TI-84
    # https://www.w3schools.com/python/ref_random_randrange.asp
    # random.shuffle(colors)
    col1 = random.randrange(1, 6)
    col2 = random.randrange(1, 6)
    col3 = random.randrange(1, 6)
    col4 = random.randrange(1, 6)
    # passcode = colors[:4]
    passcode = []
    passcode.clear()
    passcode.append(colors[col1])
    passcode.append(colors[col2])
    passcode.append(colors[col3])
    passcode.append(colors[col4])

    # Number of chances for the player
    chances = 8

    # The passcode to be shown to the user
    show_passcode = ['UNK', 'UNK', 'UNK', 'UNK']

    # The codes guessed by the player each turn
    guess_codes = [['-', '-', '-', '-'] for x in range(chances)]

    # The clues provided to the player each turn
    guess_flags = [['-', '-', '-', '-'] for x in range(chances)]

    clear()

    # The current turn
    turn = 0

    # The GAME LOOP
    while turn < chances:

        print(dottedline)
        print("\t\tMenu")
        print(dottedline)
        print("Enter code using numbers.")
        print("1 - RED, 2 - GREEN, 3 - YELLOW, 4 - BLUE, 5 - BLACK, 6 - ORANGE")
        print("Example: RED YELLOW ORANGE BLACK ---> 1 3 6 5")
        print(dottedline)
        print_mastermind_board(passcode, guess_codes, guess_flags)

        # Accepting the player input
        try:
            mychoice = input("Enter choice (.) = ").split(".")
            code = list(map(int,mychoice))
        except ValueError:
            clear()
            print("\tWrong choice!! Try again!!")
            continue

            # Check if the number of colors nunbers are 4
        if len(code) != 4:
            clear()
            print("\tWrong choice!! Try again!!")
            continue

        # Check if each number entered corresponds to a number
        flag = 0
        for x in code:
            if x > 6 or x < 1:
                flag = 1

        if flag == 1:
            clear()
            print("\tWrong choice!! Try again!!")
            continue

            # Storing the player input
        for i in range(4):
            guess_codes[turn][i] = colors_map[code[i]]

            # Process to apply clues according to the player input

        guess_flags = setGuessflags(guess_flags, turn, guess_codes, passcode)

        # Check for win condition
        if guess_codes[turn] == passcode:
            clear()
            print_mastermind_board(passcode, guess_codes, guess_flags)
            print("YOU WIN!!!!")
            break
        # Update turn
        turn += 1
        clear()

    # Check for loss condiiton
    if turn == chances:
        clear()
        print_mastermind_board(passcode, guess_codes, guess_flags)
        print("YOU LOSE!!!")

def main():
   goon = True
   while goon == True:
      playthegame()
      askgoon = str(input("next game enter 1: "))
      if (askgoon=="1"):
           goon=True
      else:
          goon=False
      print ("bye for now!")
if __name__ == "__main__":
    main()
else:
    if ti84==True:
       main()