class Game:
#Attributes of the class Game and method call of other classes.
def __init__(self):
#cleanConsole used to clean the console.
cleanConsole()
print("---"*37)
self.player1 = Players()
print("---"*37)
time.sleep(0.4)
cleanConsole()
print("---"*37)
self.player2 = Players()
print("---"*37)
time.sleep(0.4)
self.PackOfCards = Deck()
self.PackOfCards.fillDeck()
self.player1.fillHandCard(self.PackOfCards)
self.player2.fillHandCard(self.PackOfCards)
cleanConsole()
print(self.player1.show())
print("---"*37)
self.cardToAdd = self.PackOfCards.sendCard()
print("New Letter Added: ",self.player1.addCard(self.cardToAdd))
self.turnOfPlayer = self.player1
self.turn(True)
self.choice()
#Change of player, for shifts.
def changeTurnOfPlayer(self):
self.turnOfPlayer = self.player1 if self.turnOfPlayer == self.player2 else self.player2
#The choise method asks the player which card he will choose: a card from the deck or a card from the discard deck.
def choice(self):
self.changeTurnOfPlayer()
while True:
cleanConsole()
print("∸∸∸" *37)
print("\nChoose one of the options: \n1 -- You want a card from the deck. \n2 -- You want a card from the discard deck.")
print("\nCard in the discard deck: ", self.PackOfCards.showLastCard().information())
print(self.turnOfPlayer.show())
print("---"*37)
optionChoices = input("ANSWER: ")
#He’s in charge of taking or discarding a letter.
if optionChoices == "1" or optionChoices == "2":
if optionChoices == "1":
#In this If is checked if the deck is left empty, the discard deck is shuffled and the cards are added back to the deck.
if len(self.PackOfCards.cards) == 0:
self.PackOfCards.shufflingCards()
cardToAdd = self.PackOfCards.sendCard()
print (self.turnOfPlayer.addCard(cardToAdd))
isNormalDeck = True
self.turn(isNormalDeck)
elif optionChoices == "2":
cardToAdd = self.PackOfCards.sendDiscard()
print(self.turnOfPlayer.addCard(cardToAdd))
isNormalDeck = False
self.turn(isNormalDeck)
cleanConsole()
#Condition that verifies if the winner method returns true
if self.winner():
break
#Changes players turn
self.changeTurnOfPlayer()
else:
print(Fore.RED +"Error, you’ve entered an incorrect number.\nChoose an option of 1-2." + Fore.WHITE)
time.sleep(0.8)
cleanConsole()
#If the winner method returns true, this part presents a message with the winner and his deck and presents the You Win message.
print(self.turnOfPlayer.show())
print("∺∺∺∺∺" *22)
print (Fore.GREEN + """
\t\t\t--- Y O U W I N ---
""" + Fore.WHITE)
print("∺∺∺∺∺" *22)
sys.exit()
#Turn method takes care of the choices made in each player’s hand
def turn(self,isNormalDeck):
if isNormalDeck:
print("\nOptions of the chart: \nA -- you keep the letter. \nB -- throws the same card.")
while True:
deckOption = input("Answer: ").upper() if isNormalDeck else "A"
if deckOption == "B":
self.PackOfCards.discard_deck.append(self.turnOfPlayer.handCard.pop())
break
elif deckOption == "A":
print("")
print ("---" *37)
print ("You have this mallet: \n", self.turnOfPlayer.showCards())
print(" -------- [0] ----------- [1] ------------- [2] ---------------- [3] --------------- [4] ------------ *CARD ADDED*-")
option = ["0", "1", "2", "3", "4"]
while True:
cardPosition = input("Card position you want to change: ")
if cardPosition == "5":
print( Fore.RED + "Error, position 5 contains the card to be added." + Fore.WHITE)
time.sleep(0.8)
cardPosition = input("Card position you want to change: " )
elif cardPosition in option:
self.PackOfCards.discard_deck.append(self.turnOfPlayer.handCard.pop(int(cardPosition)))
print("You kept these cards: ", self.turnOfPlayer.showCards())
break
else:
print( Fore.RED + "Error, digit an incorrect number, you must enter a number of 0-4" + Fore.WHITE)
time.sleep(0.8)
break
else:
print(Fore.RED +"Error, digit an incorrect character, you must type the letter A or B." +Fore.WHITE)
time.sleep(0.8)
#This method will verify if any of the players have the necessary cards to win.
def winner(self):
deckOfPlayer = []
for card in self.turnOfPlayer.handCard:
deckOfPlayer.append(card.value)
deckOfPlayer.sort()
possibility1=[]
possibility2=[]
i=0
while i < len(deckOfPlayer):
if len(possibility1) == 0 and len(possibility2) == 0:
possibility1.append(deckOfPlayer[i])
possibility2.append(deckOfPlayer[-(i+1)])
else:
if deckOfPlayer[i] in possibility1:
possibility1.append(deckOfPlayer[i])
if deckOfPlayer[-(i+1)] in possibility2:
possibility2.append(deckOfPlayer[-(i+1)])
if (len(possibility1) == 3 and len(possibility2) == 2) or (len(possibility1) == 2 and len(possibility2) == 3):
return True
i+=1
return False
