def bonus_game_menu():
error_try_again = colours.error_try_again()
bonus_game_menu_back_colour = colours.bonus_game_menu_back_colour()
cls()
for p in bonus_game_menu_back_colour:
print(p)
while True:
menu_selection_main = input("\nType a selection: ").lower().strip()
try:
if menu_selection_main[0] == "n":
cls()
return bonus.bonus_player_game()
elif menu_selection_main[0] == "q":
return start_menu()
else:
for p in error_try_again:
print(p)
print(
input(
"\n\nYou must type a single selection from the menu - try again !"
))
cls()
return bonus_game_menu()
except:
for p in error_try_again:
print(p)
print(
input(
"\n\nYou must type a single selection from the menu - try again !"
))
cls()
return bonus_game_menu()
def word_genre(
): #function to ask which word set the player will be guessing from
error_try_again = colours.error_try_again()
print("\nChoose a word list: \n")
print("""1. Generic Words
2. Girls Names""")
while True:
selection = input("\nEnter a selection: 1 or 2: ")
try:
if selection == "1":
secret_word = words.secret_word_generic()
return secret_word
elif selection == "2":
secret_word = words.secret_word_girls_names()
return secret_word
else:
for p in error_try_again:
print(p)
print(
input(
"\n\nYou must type a single digit from the menu - try again !\n\nPress ENTER to continue"
))
cls()
return word_genre()
except:
for p in error_try_again:
print(p)
print(
input(
"\n\nYou must type a single digit from the menu - try again !\n\nPress ENTER to continue"
))
cls()
return word_genre()
def two_player_game():
secret_word = functions.word_genre()
# secret_word = words.secret_word_generic()
game_board_display = words.secret_string_word(secret_word)
underlined_secret_word = "_" * len(secret_word)
game_board_display = list(underlined_secret_word)
now = datetime.now()
player_1_cash = []
player_2_cash = []
player_1_cash_balance = 0
player_2_cash_balance = 0
player_1_cash_balance_return = 0
player_2_cash_balance_return = 0
used_letters = {"111"}
date_time = now.strftime("%d/%m/%Y %H:%M:%S")
player1 = True
player2 = False
game_true = True
game_board_top_colour = colours.game_board_top_back_colour()
game_board_bottom_colour = colours.game_board_bottom_back_colour()
bankrupt_colour = colours.bankrupt_colour_back()
what_is_your_name_two = colours.what_is_your_name_two()
bonus_game_question_colour = colours.bonus_game_question_colour()
solve_correct_colour = colours.solve_correct_colour()
r2_d2_vowels = colours.r2_d2_vowels()
guess_question = colours.guess_question()
ask_save_colour = colours.ask_save_colour()
error_try_again = colours.error_try_again()
solve_incorrect_colour = colours.solve_incorrect_colour()
cheat = colours.cheat()
r2_d2_numbers = colours.r2_d2_numbers()
for p in what_is_your_name_two:
print(p)
player_1 = input("\nEnter your name Player 1: ")
player_2 = input("\nEnter your name Player 2: ")
player_name_highlight_two_colour = colours.player_name_highlight_two(player_1, player_2)
for p in player_name_highlight_two_colour:
print(p)
print(input("\n!! Press ENTER to continue !!"))
cls()
while game_true == True:
####### Player 1 ##########
while player1 == True:
cls()
player_1_cash_balance = player_1_cash_balance_return #player 1s persistant cash balance
for p in game_board_top_colour:
print(p)
print("|*| " + " ".join(game_board_display)) #player 1 gameboard footer
for p in game_board_bottom_colour:
print(p)
two_player_foot_one = colours.two_player_foot_one(player_1, player_1_cash_balance)
for p in two_player_foot_one:
print(p)
menu_selection = input("\nEnter your selection: ").lower().strip()
print(secret_word)
try:
if menu_selection[0] == "s":
print(wheel)
cash_prize = words.cash_value()
if cash_prize == 0:
player_1_cash.clear()
for p in bankrupt_colour: #player spin lands on bankrupt
print(p)
player1 = False
player2 = True
print(input("\nPress ENTER to continue"))
cls()
elif cash_prize != 0: #spin lands on a cash value - ask for letter and check the condition of it
ask_letter_colour = colours.ask_letter_colour(cash_prize)
for p in ask_letter_colour:
print(p)
guess_letter = input(f"\nEnter selection: ").lower()
if guess_letter in used_letters: #check to see if its alreayd been used
for p in cheat:
print(p)
time.sleep(2)
player1 = False
player2 = True
elif guess_letter.isdigit(): #it is a letter right ?
for p in r2_d2_numbers:
print(p)
time.sleep(2)
player1 = False
player2 = True
else:
vowels = "aeiou"
m = vowels.find(guess_letter)
a = secret_word.find(guess_letter) #as long as its not a vowel, and in the word and not used -- use it and
# credit cash and kep player ones turn
if guess_letter in secret_word[a] and guess_letter not in vowels[m]:
m = secret_word.count(guess_letter)
n = m * cash_prize
player_1_cash.append(n)
player_1_cash_balance_return = sum(player_1_cash)
for i in range(len(secret_word)):
if guess_letter == secret_word[i]:
game_board_display[i] = secret_word[i]
yoda_yes = colours.yoda_yes(m, guess_letter)
for p in yoda_yes:
print(p)
time.sleep(2)
used_letters.add(guess_letter)
elif guess_letter in secret_word and guess_letter in vowels:
for p in r2_d2_vowels:
print(p)
time.sleep(2)
used_letters.add(guess_letter)
player1 = False
player2 = True
elif guess_letter not in secret_word and guess_letter in vowels:
for p in r2_d2_vowels:
print(p)
time.sleep(2)
used_letters.add(guess_letter)
player1 = False
player2 = True
elif guess_letter not in secret_word and guess_letter not in vowels:
r2_d2_letters = colours.r2_d2_letters(guess_letter)
for p in r2_d2_letters:
print(p)
time.sleep(2)
used_letters.add(guess_letter)
player1 = False
player2 = True
elif menu_selection[0] == "p": #Solve the word
player_1_cash_balance_return = sum(player_1_cash)
player_2_cash_balance_return = sum(player_2_cash)
for p in guess_question:
print(p)
solve = input("\nEnter your guess ").lower().strip()
if solve == secret_word and player_1_cash_balance_return > player_2_cash_balance_return: #checks who has the most cash if solve
#was correct as they win (p1)
cls()
for p in solve_correct_colour:
print(p)
l = f"\n{player_1} scored ${player_1_cash_balance_return} on the {date_time}"
print(input("\nPress ENTER to continue"))
two_player_solve_p1 = colours.two_player_solve_p1(player_1)
for p in two_player_solve_p1:
print(p)
time.sleep(3)
two_player_p1_win = colours.two_player_p1_win(player_1, player_1_cash_balance_return)
for p in two_player_p1_win:
print(p)
time.sleep(2)
while True:
cls()
for p in ask_save_colour:
print(p)
save = input("\nEnter a selection: ").lower().strip()
try:
if save[0] == "y":
single_scores = open("single_scores.txt", "a")
single_scores.writelines(l)
single_scores.close()
while True:
cls()
for p in bonus_game_question_colour:
print(p)
ask = input("\nEnter a selection: ").lower().strip()
try:
if ask[0] == "y":
bonus.bonus_player_game()
elif ask[0] == "n":
functions.two_player_rematch()
except:
for p in error_try_again:
print(p)
print(input("\n\nYou must type a single selection from the menu - try again !\n\nPRESS ENTER TO CONTINUE"))
elif save[0] == "n":
while True:
cls()
for p in bonus_game_question_colour:
print(p)
ask = input(f"\nEnter a selection: ").lower().strip()
try:
if ask[0] == "y":
bonus.bonus_player_game()
elif ask[0] == "n":
functions.two_player_rematch()
except:
for p in error_try_again:
print(p)
print(input("\n\nYou must type a single selection from the menu - try again !\n\nPRESS ENTER TO CONTINUE"))
except:
for p in error_try_again:
print(p)
print(input("\n\nYou must type a single selection from the menu - try again !\n\nPRESS ENTER TO CONTINUE"))
elif solve == secret_word and player_2_cash_balance_return > player_1_cash_balance_return: #p2 wins if they have more cash at the
#end of the round when the word was solved
for p in solve_correct_colour:
print(p)
l = f"\n{player_1} scored ${player_1_cash_balance_return} on the {date_time}"
print(input("\nPress ENTER to continue"))
cls()
two_player_solve_p2 = colours.two_player_solve_p2(player_2)
for p in two_player_solve_p2:
print(p)
time.sleep(3)
two_player_p2_win = colours.two_player_p2_win(player_2, player_2_cash_balance_return)
for p in two_player_p2_win:
print(p)
time.sleep(2)
while True:
cls()
for p in ask_save_colour:
print(p)
save = input("\nEnter a selection: ").lower().strip()
try:
if save[0] == "y":
single_scores = open("single_scores.txt", "a")
single_scores.writelines(l)
single_scores.close()
while True:
for p in bonus_game_question_colour:
print(p)
ask = input("\nEnter a selection: ").lower().strip()
try:
if ask[0] == "y":
bonus.bonus_player_game()
elif ask[0] == "n":
functions.two_player_rematch()
except:
for p in error_try_again:
print(p)
print(input(
"\n\nYou must type a single selection from the menu - try again !\n\nPRESS ENTER TO CONTINUE"))
elif save[0] == "n":
while True:
cls()
for p in bonus_game_question_colour:
print(p)
ask = input(f"\nEnter a selection: ").lower().strip()
try:
if ask[0] == "y":
bonus.bonus_player_game()
elif ask[0] == "n":
functions.two_player_rematch()
except:
for p in error_try_again:
print(p)
print(input(
"\n\nYou must type a single selection from the menu - try again !\n\nPRESS ENTER TO CONTINUE"))
except:
for p in error_try_again:
print(p)
print(input(
"\n\nYou must type a single selection from the menu - try again !\n\nPRESS ENTER TO CONTINUE"))
elif solve != secret_word:
for p in solve_incorrect_colour:
print(p)
player1 = False
player2 = True
print(input("\nPress ENTER to continue"))
except:
for p in error_try_again:
print(p)
print(input("\n\nYou must type a single selection from the menu - try again !\n\nPRESS ENTER TO CONTINUE"))
####### Player 2 ##########
while player2 == True:
cls()
player_2_cash_balance = player_2_cash_balance_return
for p in game_board_top_colour:
print(p)
print("|*| " + " ".join(game_board_display)) #player 2s foot with cash balance
for p in game_board_bottom_colour:
print(p)
two_player_foot_one = colours.two_player_foot_two(player_2, player_2_cash_balance)
for p in two_player_foot_one:
print(p)
menu_selection = input("\nEnter your selection: ").lower().strip()
try:
if menu_selection[0] == "s":
print(wheel)
cash_prize = words.cash_value()
if cash_prize == 0:
player_2_cash.clear()
for p in bankrupt_colour:
print(p)
player1 = True
player2 = False
print(input("\nPress ENTER to continue"))
cls()
elif cash_prize != 0:
ask_letter_colour = colours.ask_letter_colour(cash_prize)
for p in ask_letter_colour:
print(p)
vowels = "aeiou"
guess_letter = input(f"\nEnter selection: ").lower()
if guess_letter in used_letters:
for p in cheat:
print(p)
time.sleep(2)
player1 = True
player2 = False
elif guess_letter.isdigit():
for p in r2_d2_numbers:
print(p)
time.sleep(2)
player1 = True
player2 = False
else:
vowels = "aeiou"
m = vowels.find(guess_letter)
a = secret_word.find(guess_letter)
if guess_letter in secret_word[a] and guess_letter not in vowels[m]:
m = secret_word.count(guess_letter)
n = m * cash_prize
player_2_cash.append(n)
player_2_cash_balance_return = sum(player_2_cash)
for i in range(len(secret_word)):
if guess_letter == secret_word[i]:
game_board_display[i] = secret_word[i]
yoda_yes = colours.yoda_yes(m, guess_letter)
for p in yoda_yes:
print(p)
time.sleep(2)
used_letters.add(guess_letter)
elif guess_letter in secret_word and guess_letter in vowels:
for p in r2_d2_vowels:
print(p)
time.sleep(2)
used_letters.add(guess_letter)
player1 = True
player2 = False
elif guess_letter not in secret_word and guess_letter in vowels:
for p in r2_d2_vowels:
print(p)
time.sleep(2)
used_letters.add(guess_letter)
player1 = True
player2 = False
elif guess_letter not in secret_word and guess_letter not in vowels:
r2_d2_letters = colours.r2_d2_letters(guess_letter)
for p in r2_d2_letters:
print(p)
time.sleep(2)
used_letters.add(guess_letter)
player1 = True
player2 = False
elif menu_selection[0] == "p":
player_1_cash_balance_return = sum(player_1_cash)
player_2_cash_balance_return = sum(player_2_cash)
for p in guess_question:
print(p)
solve = input("\nEnter your guess ").strip()
if solve == secret_word and player_1_cash_balance_return > player_2_cash_balance_return:
cls()
for p in solve_correct_colour:
print(p)
l = f"\n{player_2} scored ${player_2_cash_balance_return} on the {date_time}"
print(input("\nPress ENTER to continue"))
two_player_solve_p1 = colours.two_player_solve_p1(player_1)
for p in two_player_solve_p1:
print(p)
time.sleep(3)
two_player_p1_win = colours.two_player_p1_win(player_1, player_1_cash_balance_return)
for p in two_player_p1_win:
print(p)
time.sleep(2)
while True:
cls()
for p in ask_save_colour:
print(p)
save = input("\nEnter a selection: ").lower().strip()
try:
if save[0] == "y":
single_scores = open("single_scores.txt", "a")
single_scores.writelines(l)
single_scores.close()
while True:
cls()
for p in bonus_game_question_colour:
print(p)
ask = input("\nEnter a selection: ").lower().strip()
try:
if ask[0] == "y":
bonus.bonus_player_game()
elif ask[0] == "n":
functions.two_player_rematch()
except:
for p in error_try_again:
print(p)
print(input(
"\n\nYou must type a single selection from the menu - try again !\n\nPRESS ENTER TO CONTINUE"))
elif save[0] == "n":
while True:
cls()
for p in bonus_game_question_colour:
print(p)
ask = input(f"\nEnter a selection: ").lower().strip()
try:
if ask[0] == "y":
bonus.bonus_player_game()
elif ask[0] == "n":
functions.two_player_rematch()
except:
for p in error_try_again:
print(p)
print(input(
"\n\nYou must type a single selection from the menu - try again !\n\nPRESS ENTER TO CONTINUE"))
except:
for p in error_try_again:
print(p)
print(input(
"\n\nYou must type a single selection from the menu - try again !\n\nPRESS ENTER TO CONTINUE"))
elif solve == secret_word and player_2_cash_balance_return > player_1_cash_balance_return:
for p in solve_correct_colour:
print(p)
l = f"\n{player_2} scored ${player_2_cash_balance_return} on the {date_time}"
print(input("\nPress ENTER to continue"))
cls()
two_player_solve_p1 = colours.two_player_solve_p1(player_1)
for p in two_player_solve_p1:
print(p)
time.sleep(3)
two_player_p2_win = colours.two_player_p2_win(player_2, player_2_cash_balance_return)
for p in two_player_p2_win:
print(p)
time.sleep(2)
while True:
cls()
for p in ask_save_colour:
print(p)
save = input("\nEnter a selection: ").lower().strip()
try:
if save[0] == "y":
single_scores = open("single_scores.txt", "a")
single_scores.writelines(l)
single_scores.close()
while True:
cls()
for p in bonus_game_question_colour:
print(p)
ask = input("\nEnter a selection: ").lower().strip()
try:
if ask[0] == "y":
bonus.bonus_player_game()
elif ask[0] == "n":
functions.two_player_rematch()
except:
for p in error_try_again:
print(p)
print(input(
"\n\nYou must type a single selection from the menu - try again !\n\nPRESS ENTER TO CONTINUE"))
elif save[0] == "n":
while True:
cls()
for p in bonus_game_question_colour:
print(p)
ask = input(f"\nEnter a selection: ").lower().strip()
try:
if ask[0] == "y":
bonus.bonus_player_game()
elif ask[0] == "n":
functions.two_player_rematch()
except:
for p in error_try_again:
print(p)
print(input(
"\n\nYou must type a single selection from the menu - try again !\n\nPRESS ENTER TO CONTINUE"))
except:
for p in error_try_again:
print(p)
print(input(
"\n\nYou must type a single selection from the menu - try again !\n\nPRESS ENTER TO CONTINUE"))
elif solve != secret_word:
for p in solve_incorrect_colour:
print(p)
player1 = True
player2 = False
print(input("\nPress ENTER to continue"))
except:
for p in error_try_again:
print(p)
print(input(
"\n\nYou must type a single selection from the menu - try again !\n\nPRESS ENTER TO CONTINUE"))
def start_menu():
error_try_again = colours.error_try_again()
bonus_score_colour = colours.bonus_score_back_colour()
two_player_high_scores_colour = colours.two_player_high_scores_back_colour(
) #calls colour lists from functions into a variable to print to screen through for loops
score_back_colour = colours.score_back_menu_colour()
single_player_high_scores_colour = colours.single_player_high_scores_back_colour(
)
start_menu_colour = colours.start_menu_colour()
return_menu = colours.return_menu()
cls()
for p in start_menu_colour:
print(p)
while True:
menu_selection_main = input("\nType a selection: ").lower().strip()
cls()
try:
if menu_selection_main[
0] == "b": #inbuilt menu for High Scores from the main menu returns to main menu as default
for p in score_back_colour:
print(p)
while True:
selection_main = input(
"\nType a selection: ").lower().strip()
cls()
try:
if selection_main == "1":
with open(
"single_scores.txt", "r"
) as single_score: #opens a txt from file and displays to screen - and returns to main menu
for p in single_player_high_scores_colour:
print(p)
print(single_score.read())
for p in return_menu:
print(p)
time.sleep(5)
return start_menu()
elif selection_main == "2":
with open(
"two_player_scores.txt", "r"
) as two_score: #opens a txt from file and displays to screen - and returns to main menu
for p in two_player_high_scores_colour:
print(p)
print(two_score.read())
for p in return_menu:
print(p)
time.sleep(5)
return start_menu()
elif selection_main[0] == "b":
with open(
"bonus.txt", "r"
) as bonus: #opens a txt from file and displays to screen - and returns to main menu
for p in bonus_score_colour:
print(p)
print(bonus.read())
for p in return_menu:
print(p)
time.sleep(5)
return start_menu()
except:
for p in error_try_again:
print(p)
print(
input(
"\n\nYou must type a single selection from the menu - try again !"
))
return start_menu()
elif menu_selection_main[0] == "h":
cls()
with open("help_file.txt",
"r") as help: #Help text on how to play
cls()
print(help.read())
print(input("Hit enter to CONTUNUE"))
return start_menu()
elif menu_selection_main[0] == "n":
return new_game_menu()
elif menu_selection_main[0] == "q":
return exit()
else:
for p in error_try_again:
print(p)
print(
input(
"\nYou must type a single selection from the menu - try again !"
))
return start_menu()
except:
for p in error_try_again:
print(p)
print(
input(
"\nYou must type a single selection from the menu - try again !"
))
return start_menu()
def bonus_player_game():
#secret_word = words.secret_word_generic()
secret_word = words.secret_word_girls_names()
game_board_display = words.secret_string_word(secret_word) #make the game board with secret word
underlined_secret_word = "_" * len(secret_word)
game_board_display = list(underlined_secret_word)
cash_prize = words.cash_value()
now = datetime.now()
date_time = now.strftime("%d/%m/%Y %H:%M:%S")
cash_count = []
used_letters = {"111"}
game_count = 0
championship_round_colour = colours.championship_round_title_colour()
game_board_top_colour = colours.game_board_top_back_colour()
game_board_bottom_colour = colours.game_board_bottom_back_colour()
car_colour_pic = colours.car_colour()
use_force = colours.use_force()
bonus_last_spin = colours.bonus_last_spin() #preload the colour menus
guess_question = colours.guess_question()
solve_correct_colour = colours.solve_correct_colour()
ask_save_colour = colours.ask_save_colour()
error_try_again = colours.error_try_again()
game_over_colour = colours.game_over_colour()
cheat = colours.cheat()
r2_d2_numbers = colours.r2_d2_numbers()
cls()
for p in championship_round_colour:
print(p)
hit_enter = input("\nPress enter to begin !!!")
while True:
cls()
game_count += 1
cash_prize = words.cash_value()
for p in game_board_top_colour:
print(p)
print("|*| " + " ".join(game_board_display))
for p in game_board_bottom_colour:
print(p)
a = sum(cash_count)
bonus_colour_foot = colours.bonus_colour_footer(a)
for p in bonus_colour_foot:
print(p)
menu_selection = input("\nEnter your selection: ")
try:
if menu_selection[0] == "s":
print(wheel)
if cash_prize == 0:
for p in car_colour_pic:
print(p)
for p in use_force:
print(p)
guess_letter = input("\nGive me a letter: ").lower().strip()
if guess_letter in used_letters:
for p in cheat:
print(p)
time.sleep(2)
incorrect_guesses += 1
elif guess_letter.isdigit():
for p in r2_d2_numbers:
print(p)
time.sleep(2)
a = secret_word.find(guess_letter)
else:
if guess_letter == secret_word[a]:
m = secret_word.count(guess_letter)
# n = m * cash_prize
cash_count.append(1000000)
for i in range(len(secret_word)):
if guess_letter == secret_word[i]:
game_board_display[i] = secret_word[i]
yoda_yes = colours.yoda_yes(m,guess_letter) #conditions to check letter
cash_count.append(1000000)
for p in yoda_yes:
print(p)
time.sleep(2)
used_letters.add(guess_letter)
elif guess_letter != secret_word[a]:
r2_d2_letters = colours.r2_d2_letters(guess_letter)
for p in r2_d2_letters:
print(p)
time.sleep(2)
used_letters.add(guess_letter)
elif cash_prize != 0:
ask_letter_colour = colours.ask_letter_colour(cash_prize)
for p in ask_letter_colour:
print(p)
guess_letter = input(f"\nEnter selection: ").lower().strip()
a = secret_word.find(guess_letter)
if guess_letter in used_letters:
for p in cheat:
print(p)
time.sleep(2)
used_letters.add(guess_letter)
elif guess_letter.isdigit():
for p in r2_d2_numbers:
print(p)
time.sleep(2)
used_letters.add(guess_letter)
else:
if guess_letter == secret_word[a]:
m = secret_word.count(guess_letter)
n = m * cash_prize
cash_count.append(n)
for i in range(len(secret_word)):
if guess_letter == secret_word[i]:
game_board_display[i] = secret_word[i]
yoda_yes = colours.yoda_yes(m,guess_letter)
for p in yoda_yes:
print(p)
time.sleep(2)
used_letters.add(guess_letter)
elif guess_letter != secret_word[a]:
r2_d2_letters = colours.r2_d2_letters(guess_letter)
for p in r2_d2_letters:
print(p)
time.sleep(2)
used_letters.add(guess_letter)
if game_count == 3: #warning of final spin
for p in bonus_last_spin:
print(p)
print("\n")
time.sleep(3)
if game_count == 4: #forcing user to guess the word now after 4 spins
for p in game_board_top_colour:
print(p)
print("|*| " + " ".join(game_board_display))
for p in game_board_bottom_colour:
print(p)
print("\n")
for p in guess_question:
print(p)
guess = input("\nEnter your guess: ").lower().strip()
if guess == secret_word:
cls()
for p in solve_correct_colour:
print(p)
k = sum(cash_count)
l = f"""You scored {k} dollars and won the round on the {date_time}"""
print(input("\nPress ENTER to continue"))
while True:
for p in ask_save_colour:
print(p)
save = input("\nEnter a selection: ").lower().strip()
try:
if save[0] == "y":
bonus = open("bonus.txt", "a")
bonus.writelines(l)
bonus.close()
functions.start_menu()
elif save[0] == "n":
functions.start_menu()
except:
for p in error_try_again:
print(p)
print(input("\n\nYou must type a single selection from the menu - try again !\n\nPress ENTER to continue"))
elif guess != secret_word:
for p in game_over_colour:
print(p)
print(input("\nPress ENTER to continue"))
return functions.start_menu()
except:
for p in error_try_again:
print(p)
print(input("\n\nYou must type a single selection from the menu - try again !\n\nPress ENTER to continue"))
cls()
def single_player_game():
secret_word = functions.word_genre()
game_board_display = words.secret_string_word(secret_word)
underlined_secret_word = "_" * len(secret_word)
game_board_display = list(underlined_secret_word)
cash_prize = words.cash_value()
now = datetime.now()
date_time = now.strftime("%d/%m/%Y %H:%M:%S")
cash_count = []
used_letters = {"111"}
incorrect_guesses = 0
game = True
game_board_top_colour = colours.game_board_top_back_colour()
game_board_bottom_colour = colours.game_board_bottom_back_colour()
what_is_your_name = colours.what_is_your_name()
bankrupt_colour = colours.bankrupt_colour_back()
r2_d2_vowels = colours.r2_d2_vowels()
guess_question = colours.guess_question()
solve_correct_colour = colours.solve_correct_colour()
solve_incorrect_colour = colours.solve_incorrect_colour()
error_try_again = colours.error_try_again()
last_guess = colours.last_guess_colour()
one_guess_left = colours.one_guess_left()
guess_question = colours.guess_question()
game_over = colours.game_over_colour()
cheat = colours.cheat()
r2_d2_numbers = colours.r2_d2_numbers()
for p in what_is_your_name:
print(p)
player_1 = input("\nEnter your name Player 1: ")
print("\n")
a = sum(cash_count)
while game == True:
cls()
for p in game_board_top_colour: #displays the gameboard you see to screen
print(p)
print("|*| " + " ".join(game_board_display))
for p in game_board_bottom_colour:
print(p)
a = sum(cash_count)
player_one_cycle_colour = colours.player_one_cycle_colour(a) #player 1 footer /cash balance
for p in player_one_cycle_colour:
print(p)
menu_selection = input("\nEnter your selection: ").lower()
try:
if menu_selection[0] == "s": #spin the wheel
print(wheel)
cash_prize = words.cash_value()
if cash_prize == 0: #land on bankrupt
cls()
cash_count.clear()
bankrupt_colour = colours.bankrupt_colour_back()
for p in bankrupt_colour:
print(p)
print(input("\nPress ENTER to continue"))
cls()
elif cash_prize != 0: #land on a case value -asked for a letter
ask_letter_colour = colours.ask_letter_colour(cash_prize)
for p in ask_letter_colour:
print(p)
guess_letter = input(f"\nEnter selection: ").lower()
if guess_letter in used_letters: #checks letter to se if already used
for p in cheat:
print(p)
time.sleep(2)
incorrect_guesses += 1
elif guess_letter.isdigit():
for p in r2_d2_numbers:
print(p)
time.sleep(2)
else:
vowels = "aeiou"
m = vowels.find(guess_letter) #checks letter to see if its a vowel and in the secret word or
#vice versa and adds to lists if needed
a = secret_word.find(guess_letter)
if guess_letter in secret_word and guess_letter not in vowels:
m = secret_word.count(guess_letter)
n = m * cash_prize
cash_count.append(n)
a = sum(cash_count)
for i in range(len(secret_word)):
if guess_letter == secret_word[i] and guess_letter not in vowels:
game_board_display[i] = secret_word[i]
yoda_yes = colours.yoda_yes(m,guess_letter)
for p in yoda_yes:
print(p)
time.sleep(2)
used_letters.add(guess_letter)
elif guess_letter in secret_word and guess_letter in vowels:
r2_d2_vowels = colours.r2_d2_vowels()
for p in r2_d2_vowels:
print(p)
time.sleep(2)
used_letters.add(guess_letter)
elif guess_letter not in secret_word and guess_letter in vowels:
r2_d2_vowels = colours.r2_d2_vowels()
for p in r2_d2_vowels:
print(p)
time.sleep(2)
used_letters.add(guess_letter)
elif guess_letter not in secret_word and guess_letter not in vowels:
r2_d2_letters = colours.r2_d2_letters(guess_letter)
for p in r2_d2_letters:
print(p)
time.sleep(2)
incorrect_guesses += 1
used_letters.add(guess_letter)
elif menu_selection[0] == "p": #solving the word section when user select P to solve
k = sum(cash_count)
guess_question = colours.guess_question()
for p in guess_question:
print(p)
solve = input("\nEnter your guess ")
if solve == secret_word:
solve_correct_colour = colours.solve_correct_colour()
for p in solve_correct_colour:
print(p)
print(input("\nPress ENTER to continue"))
if_correct(player_1,k)
elif solve != secret_word:
solve_incorrect_colour = colours.solve_incorrect_colour()
for p in solve_incorrect_colour:
print(p)
print(input("\nPress ENTER to continue"))
incorrect_guesses += 1
except:
error_try_again = colours.error_try_again()
for p in error_try_again:
print(p)
print(input("\n\nYou must type a single selection from the menu - try again !\n\nPress ENTER to continue"))
if incorrect_guesses == 9: #first warning that they have one incorrect guess left
cls()
one_guess_left = colours.one_guess_left()
for p in one_guess_left:
print(p)
print(input("\n\nPress ENTER to continue"))
elif incorrect_guesses == 10: #game forces the player one last spin before aone last final guess of the word
cls()
last_guess = colours.last_guess_colour()
for p in last_guess:
print(p)
print(input("\n\nPress ENTER to continue"))
k = sum(cash_count)
guess_question = colours.guess_question()
for p in game_board_top_colour:
print(p)
print("|*| " + " ".join(game_board_display))
for p in game_board_bottom_colour:
print(p)
for p in guess_question:
print(p)
solve = input("\nEnter your guess: ").lower()
if solve == secret_word:
if_correct(player_1, k)
elif solve != secret_word:
cls()
game_over = colours.game_over_colour()
for p in game_over:
print(p)
print(input("\n\nPress ENTER to continue"))
functions.single_player_menu()