class Game():
def __init__(self, playerCount):
self.playerCount = playerCount
def DoCardAction(self, currPlaya, actTodo):
if (actTodo == 1):
self.Playerlist[currPlaya - 1].coinsChange(3)
print(
"You got 3 coins from taxes!\nYour current ammount of coins is %d"
% (self.Playerlist[currPlaya - 1].coins))
self.savelog("Player %d got 3 coins from TAX" % (currPlaya))
return 1
if (actTodo == 2):
print("What player do you want to attack?")
AttackedPlaya = int(input())
whatCards = [
self.Playerlist[AttackedPlaya - 1].specCardStatus(1),
self.Playerlist[AttackedPlaya - 1].specCardStatus(2)
]
print(whatCards)
if whatCards[0] == "hidden" and whatCards[1] == "hidden":
cardLost = random.randint(1, 2)
self.Playerlist[AttackedPlaya - 1].cardStatusSet(cardLost)
print("Player %d lost his influence card number %d" %
(AttackedPlaya, cardLost))
self.savelog("Player %d Assasinate Player %d" %
(currPlaya, AttackedPlaya))
self.Playerlist[AttackedPlaya - 1].gameStatus()
print(whatCards)
if self.Playerlist[AttackedPlaya - 1].isInGame == 0:
self.savelog("Player %d died" % (AttackedPlaya))
elif whatCards[0] == "hidden" and whatCards[1] == "shown":
self.Playerlist[AttackedPlaya - 1].cardStatusSet(1)
print("Player %d lost his influence card number 1" %
(AttackedPlaya))
self.savelog("Player %d Assasinate Player %d" %
(currPlaya, AttackedPlaya))
self.Playerlist[AttackedPlaya - 1].gameStatus()
if self.Playerlist[AttackedPlaya - 1].isInGame == 0:
self.savelog("Player %d died" % (AttackedPlaya))
elif whatCards[0] == "shown" and whatCards[1] == "hidden":
self.Playerlist[AttackedPlaya - 1].cardStatusSet(2)
print("Player %d lost his influence card number 2" %
(AttackedPlaya))
self.savelog("Player %d Assasinate Player %d" %
(currPlaya, AttackedPlaya))
self.Playerlist[AttackedPlaya - 1].gameStatus()
if self.Playerlist[AttackedPlaya - 1].isInGame == 0:
self.savelog("Player %d died" % (AttackedPlaya))
return 2
if (actTodo == 3):
print("Pick which cards you want (a,b)")
print("Your 2 cards")
print(self.Playerlist[currPlaya - 1].printCardType(1), " (1)")
print(self.Playerlist[currPlaya - 1].printCardType(2), " (2)")
print("Top 2 cards in the deck")
print(self.Ddeck.returnCardNo(0), " (3)")
print(self.Ddeck.returnCardNo(1), " (4)")
cardsWanted = input().split(",")
if int(cardsWanted[0]) == 1 and int(cardsWanted[1]) == 2:
print("You swap no cards cards")
#self.Playerlist[currPlaya-1].SeeCards()
elif int(cardsWanted[0]) == 1 and int(
cardsWanted[1]) == 3 and self.Playerlist[
currPlaya - 1].specCardStatus(2) == "hidden":
self.Playerlist[currPlaya - 1].setCard(
self.Ddeck.replaceCard(
self.Playerlist[currPlaya - 1].card2, 1), 2)
#self.Playerlist[currPlaya-1].SeeCards()
elif int(cardsWanted[0]) == 1 and int(
cardsWanted[1]) == 4 and self.Playerlist[
currPlaya - 1].specCardStatus(2) == "hidden":
self.Playerlist[currPlaya - 1].setCard(
self.Ddeck.replaceCard(
self.Playerlist[currPlaya - 1].card2, 2), 2)
#self.Playerlist[currPlaya-1].SeeCards()
elif int(cardsWanted[0]) == 2 and int(
cardsWanted[1]) == 3 and self.Playerlist[
currPlaya - 1].specCardStatus(1) == "hidden":
self.Playerlist[currPlaya - 1].setCard(
self.Ddeck.replaceCard(
self.Playerlist[currPlaya - 1].card1, 1), 1)
#self.Playerlist[currPlaya-1].SeeCards()
elif int(cardsWanted[0]) == 2 and int(
cardsWanted[1]) == 4 and self.Playerlist[
currPlaya - 1].specCardStatus(1) == "hidden":
self.Playerlist[currPlaya - 1].setCard(
self.Ddeck.replaceCard(
self.Playerlist[currPlaya - 1].card1, 2), 1)
#self.Playerlist[currPlaya-1].SeeCards()
elif int(cardsWanted[0]) == 3 and int(cardsWanted[1]) == 4:
if self.Playerlist[currPlaya - 1].specCardStatus(
1) == "hidden" or self.Playerlist[
currPlaya - 1].specCardStatus(2) == "hidden":
print("You swap both cards")
self.Playerlist[currPlaya - 1].setCard(
self.Ddeck.replaceCard(
self.Playerlist[currPlaya - 1].card1, 1), 1)
self.Playerlist[currPlaya - 1].setCard(
self.Ddeck.replaceCard(
self.Playerlist[currPlaya - 1].card2, 1), 2)
self.Playerlist[currPlaya - 1].SeeCards()
else:
print(
"Please insert card numbers in order, or dont try to replace a shown card"
)
else:
print(
"Please insert card numbers in order, or dont try to replace a shown card"
)
self.savelog("Player %d swapped his cards" % (currPlaya))
return 3
if (actTodo == 4):
print("What player do you want to steal from?")
AttackedPlaya = int(input())
howManyCoins = self.Playerlist[AttackedPlaya - 1].coins
if howManyCoins >= 2:
self.Playerlist[currPlaya - 1].coinsChange(2)
print(
"You stole 2 coins from player %d\nYour current ammount of coins is %d"
% (AttackedPlaya, self.Playerlist[currPlaya - 1].coins))
self.Playerlist[AttackedPlaya - 1].coinsChange(-2)
print(
"Player %d has %d coins left!" %
(AttackedPlaya, self.Playerlist[AttackedPlaya - 1].coins))
self.savelog("Player %d stole 2 coins from Player %d" %
(currPlaya, AttackedPlaya))
elif howManyCoins == 1:
print("Player %d has only 1 coin" % (AttackedPlaya))
self.Playerlist[currPlaya - 1].coinsChange(1)
print(
"You stole 1 coin from him\nYour current ammount of coins is %d"
% (self.Playerlist[currPlaya - 1].coins))
self.savelog("Player %d stole 1 coin from Player %d" %
(currPlaya, AttackedPlaya))
self.Playerlist[AttackedPlaya - 1].coinsChange(-1)
print("Player %d has no coins left!")
elif howManyCoins == 0:
print("Player %d did´t have any coins left!" % (AttackedPlaya))
print(
"So you wasted your turn and did not gain anything\nYour current ammount of coins is %d"
% (self.Playerlist[currPlaya - 1].coins))
self.savelog("Player %d stole 0 coins from Player %d" %
(currPlaya, AttackedPlaya))
return 4
def counterAction(self, currPlaya):
counterPlayers = []
print(
"Does any player want to respond to this action?\nIf more than one, use separate player numbers by using commas\nor leave empty if no one wants to do anything"
)
counterPlayers = input().split(",")
print(counterPlayers)
if counterPlayers[0] == "":
return 1
elif self.playerCount > len(counterPlayers) >= 2:
print(
"picking random player from the players that decided to attack"
)
random.shuffle(counterPlayers)
playerattack = int(counterPlayers[0])
if playerattack == currPlaya:
playerattack = int(counterPlayers[1])
elif self.Playerlist[playerattack - 1].isInGame == 0:
return 1
print("Player %d was chosen to do an action" % (playerattack))
print(
"Player %d, what do you wish to do?\nCOUNTERATTACK = (0)\nCHALLENGE =(1)"
% (playerattack))
whattodo = int(input())
if whattodo == 0:
print("Player %d counterattacks Player %d!!" %
(playerattack, currPlaya))
self.savelog("Player %d Counterattack Player %d action" %
(playerattack, currPlaya))
print(
"Does any player want to Challenge this action?\nIf more than one, use separate player numbers by using commas\nor leave empty if no one wants to do anything"
)
counterPlayers = input().split(",")
print(counterPlayers)
if counterPlayers[0] == "":
return 0
elif self.playerCount > len(counterPlayers) >= 2:
print(
"picking random player from the players that decided to attack"
)
random.shuffle(counterPlayers)
playerchallenge = int(counterPlayers[0])
if playerchallenge == currPlaya:
playerchallenge = int(counterPlayers[1])
elif self.Playerlist[playerchallenge - 1].isInGame == 0:
return 0
print("Player %d challenges Player %d!!" %
(playerchallenge, playerattack))
self.savelog(
"Player %d challenge Player %d Counterattack" %
(playerchallenge, playerattack))
self.canDoAction = self.challengePlayer(
playerattack, playerchallenge, 2)
return self.canDoAction
elif len(counterPlayers
) == 1 and len(counterPlayers) <= self.playerCount:
playerchallenge = int(counterPlayers[0])
if playerchallenge == currPlaya:
return 0
elif self.Playerlist[playerchallenge - 1].isInGame == 0:
return 0
else:
print("Player %d challenges Player %d!!" %
(playerchallenge, playerattack))
self.savelog(
"Player %d challenge Player %d Counterattack" %
(playerchallenge, playerattack))
self.canDoAction = self.challengePlayer(
playerattack, playerchallenge, 2)
return self.canDoAction
elif whattodo == 1:
print("Player %d challenges Player %d!!" %
(playerattack, currPlaya))
self.savelog("Player %d challenge Player %d Action" %
(playerattack, currPlaya))
self.canDoAction = self.challengePlayer(
currPlaya, playerattack, 1)
return self.canDoAction
elif len(counterPlayers
) == 1 and len(counterPlayers) <= self.playerCount:
playerattack = int(counterPlayers[0])
if playerattack == currPlaya:
return 0
elif self.Playerlist[playerattack - 1].isInGame == 0:
return 1
else:
print("Player %d chose to do an action" % (playerattack))
print(
"Player %d, what do you wish to do?\nCOUNTERATTACK = (0)\nCHALLENGE =(1)"
% (playerattack))
whattodo = int(input())
if whattodo == 0:
print("Player %d counterattacks Player %d!!" %
(playerattack, currPlaya))
self.savelog("Player %d Counterattack Player %d Action" %
(playerattack, currPlaya))
print(
"Does any player want to Challenge this action?\nIf more than one, use separate player numbers by using commas\nor leave empty if no one wants to do anything"
)
counterPlayers = input().split(",")
random.shuffle(counterPlayers)
playerchallenge = int(counterPlayers[0])
print(counterPlayers)
if counterPlayers[0] == "":
return 0
elif self.Playerlist[int(counterPlayers[0]) -
1].isInGame == 0:
return 0
elif self.playerCount > len(counterPlayers) >= 2:
print(
"picking random player from the players that decided to attack"
)
if playerchallenge == currPlaya:
playerchallenge = int(counterPlayers[1])
print("Player %d challenges Player %d!!" %
(playerchallenge, playerattack))
self.savelog(
"Player %d challenge Player %d Counterattack" %
(playerchallenge, playerattack))
self.canDoAction = self.challengePlayer(
playerattack, playerchallenge, 2)
return self.canDoAction
elif len(counterPlayers) == 1:
print("Player %d challenges Player %d!!" %
(playerchallenge, playerattack))
self.savelog(
"Player %d challenge Player %d Counterattack" %
(playerchallenge, playerattack))
self.canDoAction = self.challengePlayer(
playerattack, playerchallenge, 2)
return self.canDoAction
elif whattodo == 1:
print("Player %d challenges Player %d!!" %
(playerattack, currPlaya))
self.savelog("Player %d challenge Player %d Action" %
(playerattack, currPlaya))
self.canDoAction = self.challengePlayer(
currPlaya, playerattack, 1)
return self.canDoAction
else:
print("")
def challengePlayer(self, currPlaya, playerattack, mode):
#print(currPlaya)
actionToChall = self.currActionPlaying
#print(self.Playerlist[currPlaya-1].canDoRial())
whatItDo = self.Playerlist[currPlaya - 1].canDoRial()
whatCanLooseCu = [
self.Playerlist[currPlaya - 1].specCardStatus(1),
self.Playerlist[currPlaya - 1].specCardStatus(2)
]
whatCanLooseAt = [
self.Playerlist[playerattack - 1].specCardStatus(1),
self.Playerlist[playerattack - 1].specCardStatus(2)
]
if whatCanLooseAt[0] != "hidden":
cardLost = 2
elif whatCanLooseAt[1] != "hidden":
cardLost = 1
else:
cardLost = random.randint(1, 2)
if whatCanLooseCu[0] != "hidden":
cardLostC = 2
elif whatCanLooseCu[1] != "hidden":
cardLostC = 1
else:
cardLostC = random.randint(1, 2)
#print(whatItDo)
if mode == 1:
if (whatItDo[0] == actionToChall
and self.Playerlist[currPlaya - 1].specCardStatus(1)
== "hidden"):
print("The challenged player %d was not bluffing!!" %
(currPlaya))
self.savelog(
"Player %d was not bluffing, Player %d lost the Challenge"
% (currPlaya, playerattack))
self.Playerlist[currPlaya - 1].setCard(
self.Ddeck.replaceCard(
self.Playerlist[currPlaya - 1].card1, 1), 1)
print("So player %d lost his influence card number %d" %
(playerattack, cardLost))
self.Playerlist[playerattack - 1].cardStatusSet(cardLost)
self.Playerlist[playerattack - 1].gameStatus()
if self.Playerlist[playerattack - 1].isInGame == 0:
self.savelog("Player %d died" % (playerattack))
return 1
elif (whatItDo[1] == actionToChall
and self.Playerlist[currPlaya - 1].specCardStatus(2)
== "hidden"):
print("The challenged player %d was not bluffing!!" %
(currPlaya))
self.savelog(
"Player %d was not bluffing, Player %d lost the Challenge"
% (currPlaya, playerattack))
self.Playerlist[currPlaya - 1].setCard(
self.Ddeck.replaceCard(
self.Playerlist[currPlaya - 1].card2, 1), 2)
print("So player %d lost his influence card number %d" %
(playerattack, cardLost))
self.Playerlist[playerattack - 1].cardStatusSet(cardLost)
self.Playerlist[playerattack - 1].gameStatus()
if self.Playerlist[playerattack - 1].isInGame == 0:
self.savelog("Player %d died" % (playerattack))
return 1
else:
print("The challenged player %d was bluffing!!" % (currPlaya))
self.savelog(
"Player %d was bluffing, Player %d lost the Challenge" %
(currPlaya, currPlaya))
self.Playerlist[currPlaya - 1].cardStatusSet(cardLostC)
print("So he loses his influence card number %d" % (cardLost))
self.Playerlist[currPlaya - 1].gameStatus()
if self.Playerlist[currPlaya - 1].isInGame == 0:
self.savelog("Player %d died" % (currPlaya))
return 0
elif mode == 2:
print(self.Playerlist[currPlaya - 1].printCardType(1))
print(self.Playerlist[currPlaya - 1].printCardType(2))
if actionToChall == 2:
actionToChall = 4
elif actionToChall == 3:
actionToChall = 13
elif actionToChall == 6:
actionToChall = 5
else:
return 1
actiontoChallS = str(actionToChall)
print(actiontoChallS)
print(str(whatItDo[0]))
print(str(whatItDo[1]))
if actiontoChallS.find(str(whatItDo[0])) != -1 and self.Playerlist[
currPlaya - 1].specCardStatus(1) == "hidden":
print("The challenged player %d was not bluffing!!" %
(currPlaya))
self.savelog(
"Player %d was not bluffing, Player %d lost the Challenge"
% (currPlaya, playerattack))
self.Playerlist[currPlaya - 1].setCard(
self.Ddeck.replaceCard(
self.Playerlist[currPlaya - 1].card1, 1), 1)
print("So player %d lost his influence card number %d" %
(playerattack, cardLost))
print(self.Playerlist[currPlaya - 1].printCardType(1))
print(self.Playerlist[currPlaya - 1].printCardType(2))
self.Playerlist[playerattack - 1].cardStatusSet(cardLost)
self.Playerlist[playerattack - 1].gameStatus()
if self.Playerlist[playerattack - 1].isInGame == 0:
self.savelog("Player %d died" % (playerattack))
return 0
elif actiontoChallS.find(str(
whatItDo[1])) != -1 and self.Playerlist[
currPlaya - 1].specCardStatus(1) == "hidden":
print("The challenged player %d was not bluffing!!" %
(currPlaya))
self.savelog(
"Player %d was not bluffing, Player %d lost the Challenge"
% (currPlaya, playerattack))
self.Playerlist[currPlaya - 1].setCard(
self.Ddeck.replaceCard(
self.Playerlist[currPlaya - 1].card2, 1), 2)
print("So player %d lost his influence card number %d" %
(playerattack, cardLost))
print(self.Playerlist[currPlaya - 1].printCardType(1))
print(self.Playerlist[currPlaya - 1].printCardType(2))
self.Playerlist[playerattack - 1].cardStatusSet(cardLost)
self.Playerlist[playerattack - 1].gameStatus()
if self.Playerlist[playerattack - 1].isInGame == 0:
self.savelog("Player %d died" % (playerattack))
return 0
else:
print("The challenged player %d was bluffing!!" % (currPlaya))
self.savelog(
"Player %d was bluffing, Player %d lost the Challenge" %
(currPlaya, currPlaya))
self.Playerlist[currPlaya - 1].cardStatusSet(cardLostC)
print("So he looses his influence card number %d" %
(cardLostC))
self.Playerlist[currPlaya - 1].gameStatus()
if self.Playerlist[currPlaya - 1].isInGame == 0:
self.savelog("Player %d died" % (currPlaya))
print(self.Playerlist[currPlaya - 1].printCardType(1))
print(self.Playerlist[currPlaya - 1].printCardType(2))
return 1
def PlayerTurn(self, currPlaya):
playy = currPlaya + 1
self.canDoAction = 1
print("Player number %d it's your turn" % (playy))
print("================================")
ccoins = 0
while ccoins < self.playerCount:
print("Player %d´s coins: %d" %
(ccoins + 1, self.Playerlist[ccoins].coins))
print("Player %d´s card 1 status: %s" %
(ccoins + 1, self.Playerlist[ccoins].specCardStatus(1)))
print("Player %d´s card 2 status: %s" %
(ccoins + 1, self.Playerlist[ccoins].specCardStatus(2)))
ccoins += 1
print("================================")
print("Your cards: %s , %s" %
(self.Playerlist[currPlaya].printCardType(1),
self.Playerlist[currPlaya].printCardType(2)))
print("Your cards status: %s , %s" %
(self.Playerlist[currPlaya].specCardStatus(1),
self.Playerlist[currPlaya].specCardStatus(2)))
if self.Playerlist[currPlaya].coins >= 10:
print("You automatically do a coup!")
print("What player do you want to do a coup on?")
loop = 0
while loop == 0:
playerToCoup = int(input())
if (playerToCoup == playy or playerToCoup < 0
or playerToCoup > len(self.Playerlist)):
loop = 0
print("You can't select that, Select again")
elif (playerToCoup > 0
and playerToCoup < len(self.Playerlist)):
loop = 1
else:
print("bruh")
cardLost = random.randint(1, 2)
print("So player %d lost his influence card number %d" %
(playerToCoup, cardLost))
self.savelog("Player %d COUP Player %d" % (playy, playerToCoup))
self.Playerlist[playerToCoup - 1].cardStatusSet(cardLost)
self.Playerlist[playerToCoup - 1].gameStatus()
if self.Playerlist[playerToCoup - 1].isInGame == 0:
self.savelog("Player %d died" % (playerToCoup))
self.Playerlist[currPlaya].coinsChange(-7)
print("Your current ammount of coins is %d" %
(self.Playerlist[currPlaya].coins))
return 6
print(
"Player %d do you want to perform a Normal accion(Coin draw) or a card accion"
% (playy))
print("CARD ACTION = (0)\nNORMAL ACTION = (1)")
select = int(input())
if (select == 0):
print("\nPlease select wich Card Action you want to perform")
print(
"TAX = (1)\nASSASSINATE = (2)\nEXCHANGE = (3)\nSTEAL = (4)\n")
select = int(input())
if (select == 1):
self.currActionPlaying = 5
self.savelog("Player %d used TAX action" % (playy))
print(
"Does any player want to Challenge this action?\nIf more than one, use separate player numbers by using commas\nor leave empty if no one wants to do anything"
)
counterPlayers = input().split(",")
print(counterPlayers)
if counterPlayers[0] == "":
self.canDoAction == 1
elif self.playerCount > len(counterPlayers) >= 2:
print(
"picking random player from the players that decided to attack"
)
random.shuffle(counterPlayers)
playerchallenge = int(counterPlayers[0])
if playerchallenge == playy:
playerchallenge = int(counterPlayers[1])
elif self.Playerlist[playerchallenge - 1].isInGame == 0:
self.canDoAction = 1
else:
print("Player %d challenges Player %d!!" %
(playerchallenge, playy))
self.savelog("Player %d Challenge Player %d TAX" %
(playerchallenge, playy))
self.canDoAction = self.challengePlayer(
playy, playerchallenge, 1)
elif len(counterPlayers
) == 1 and len(counterPlayers) <= self.playerCount:
playerchallenge = int(counterPlayers[0])
if playerchallenge == playy:
self.canDoAction = 1
elif self.Playerlist[playerchallenge - 1].isInGame == 0:
self.canDoAction = 1
else:
print("Player %d challenges Player %d!!" %
(playerchallenge, playy))
self.savelog("Player %d Challenge Player %d Action" %
(playerchallenge, playy))
self.canDoAction = self.challengePlayer(
playy, playerchallenge, 1)
#return self.canDoAction
if self.canDoAction == 1:
print("Player%d Does the action" % (playy))
self.DoCardAction(playy, 1)
else:
print("Player%d Does not do the action" % (playy))
return 1
if (select == 2):
if self.Playerlist[currPlaya].coins >= 3:
self.savelog("Player %d used ASSASSINATE action" % (playy))
self.currActionPlaying = 2
self.canDoAction = self.counterAction(playy)
if self.canDoAction == 1:
print("Player%d Does the action" % (playy))
self.DoCardAction(playy, 2)
self.Playerlist[currPlaya].coinsChange(-3)
print("Your current ammount of coins is %d" %
(self.Playerlist[currPlaya].coins))
else:
print("Player%d Does not do the action" % (playy))
return 2
else:
print("You don´t have enough coins to do this action")
if (select == 3):
self.savelog("Player %d used EXCHANGE action" % (playy))
self.currActionPlaying = 1
print(
"Does any player want to Challenge this action?\nIf more than one, use separate player numbers by using commas\nor leave empty if no one wants to do anything"
)
counterPlayers = input().split(",")
print(counterPlayers)
if counterPlayers[0] == "":
self.canDoAction == 1
elif self.playerCount > len(counterPlayers) >= 2:
print(
"picking random player from the players that decided to attack"
)
random.shuffle(counterPlayers)
playerchallenge = int(counterPlayers[0])
if playerchallenge == playy:
playerchallenge = int(counterPlayers[1])
elif self.Playerlist[playerchallenge - 1].isInGame == 0:
self.canDoAction = 1
else:
print("Player %d challenges Player %d!!" %
(playerchallenge, playy))
self.savelog("Player %d Challenge Player %d action" %
(playerchallenge, playy))
self.canDoAction = self.challengePlayer(
playy, playerchallenge, 1)
elif len(counterPlayers
) == 1 and len(counterPlayers) <= self.playerCount:
playerchallenge = int(counterPlayers[0])
if playerchallenge == playy:
self.canDoAction = 1
elif self.Playerlist[playerchallenge - 1].isInGame == 0:
self.canDoAction = 1
else:
print("Player %d challenges Player %d!!" %
(playerchallenge, playy))
self.savelog("Player %d Challenge Player %d action" %
(playerchallenge, playy))
self.canDoAction = self.challengePlayer(
playy, playerchallenge, 1)
#return self.canDoAction
if self.canDoAction == 1:
print("Player%d Does the action" % (playy))
self.DoCardAction(playy, 3)
else:
print("Player%d Does not do the action" % (playy))
return 3
if (select == 4):
self.savelog("Player %d used STEAL action" % (playy))
self.currActionPlaying = 3
self.canDoAction = self.counterAction(playy)
if self.canDoAction == 1:
print("Player%d Does the action" % (playy))
self.DoCardAction(playy, 4)
else:
print("Player%d Does not do the action" % (playy))
return 4
elif (select == 1):
print("Please Select wich Normal Action you want to perform")
print("1:INCOME= (1)\n2:FOREING AID= (2)\n3:COUP = (3)")
select = int(input())
if select == 1:
self.Playerlist[currPlaya].coinsChange(1)
print(
"You got 1 coins from income!\nYour current ammount of coins is %d"
% (self.Playerlist[currPlaya - 1].coins))
self.savelog("Player %d got 1 coin with INCOME" % (playy))
return 5
elif select == 2:
self.currActionPlaying = 6
self.savelog("Player %d used FOREING AID action" % (playy))
print(
"Does any player want to Counterattack this action?\nIf more than one, use separate player numbers by using commas\nor leave empty if no one wants to do anything"
)
counterPlayers = input().split(",")
print(counterPlayers)
if counterPlayers[0] == "":
self.canDoAction == 1
elif self.playerCount > len(counterPlayers) >= 2:
print(
"picking random player from the players that decided to attack"
)
random.shuffle(counterPlayers)
playerattack = int(counterPlayers[0])
if playerattack == playy:
playerattack = int(counterPlayers[1])
elif self.Playerlist[playerattack - 1].isInGame == 0:
self.canDoAction = 1
else:
print("Player %d CounterAttack Player %d" %
(playerattack, playy))
self.savelog(
"Player %d Counterattack Player %d Counterattack" %
(playerattack, playy))
print(
"Does any player want to Challenge this action?\nIf more than one, use separate player numbers by using commas\nor leave empty if no one wants to do anything"
)
counterPlayers = input().split(",")
print(counterPlayers)
if counterPlayers[0] == "":
self.canDoAction == 0
elif self.playerCount > len(counterPlayers) >= 2:
print(
"picking random player from the players that decided to attack"
)
random.shuffle(counterPlayers)
playerchallenge = int(counterPlayers[0])
if playerchallenge == playy:
playerchallenge = int(counterPlayers[1])
elif self.Playerlist[playerchallenge -
1].isInGame == 0:
self.canDoAction = 0
else:
print("Player %d challenges Player %d!!" %
(playerchallenge, playerattack))
self.savelog(
"Player %d Challenge Player %d Counterattack"
% (playerchallenge, playerattack))
self.canDoAction = self.challengePlayer(
playerattack, playerchallenge, 2)
elif len(counterPlayers) == 1 and len(
counterPlayers) <= self.playerCount:
playerchallenge = int(counterPlayers[0])
if playerchallenge == playy:
self.canDoAction = 0
elif self.Playerlist[playerchallenge -
1].isInGame == 0:
self.canDoAction = 0
else:
print("Player %d challenges Player %d!!" %
(playerchallenge, playerattack))
self.savelog(
"Player %d Challenge Player %d Counterattack"
% (playerchallenge, playerattack))
self.canDoAction = self.challengePlayer(
playerattack, playerchallenge, 2)
#return self.canDoAction
elif len(counterPlayers
) == 1 and len(counterPlayers) <= self.playerCount:
playerattack = int(counterPlayers[0])
if playerattack == playy:
self.canDoAction = 1
elif self.Playerlist[playerattack - 1].isInGame == 0:
self.canDoAction = 1
else:
print("Player %d CounterAttack Player %d" %
(playerattack, playy))
self.savelog(
"Player %d Counterattack Player %d action" %
(playerattack, playy))
print(
"Does any player want to Challenge this action?\nIf more than one, use separate player numbers by using commas\nor leave empty if no one wants to do anything"
)
counterPlayers = input().split(",")
print(counterPlayers)
if counterPlayers[0] == "":
self.canDoAction == 0
elif self.playerCount > len(counterPlayers) >= 2:
print(
"picking random player from the players that decided to attack"
)
random.shuffle(counterPlayers)
playerchallenge = int(counterPlayers[0])
if playerchallenge == playy:
playerchallenge = int(counterPlayers[1])
elif self.Playerlist[playerchallenge -
1].isInGame == 0:
self.canDoAction = 0
else:
print("Player %d challenges Player %d!!" %
(playerchallenge, playerattack))
self.savelog(
"Player %d Challenge Player %d Counterattack"
% (playerchallenge, playerattack))
self.canDoAction = self.challengePlayer(
playerattack, playerchallenge, 2)
elif len(counterPlayers) == 1 and len(
counterPlayers) <= self.playerCount:
playerchallenge = int(counterPlayers[0])
if playerchallenge == playy:
self.canDoAction = self.challengePlayer(
playerattack, playerchallenge, 2)
elif self.Playerlist[playerchallenge -
1].isInGame == 0:
self.canDoAction = 0
else:
print("Player %d challenges Player %d!!" %
(playerchallenge, playerattack))
self.savelog(
"Player %d Challenge Player %d Counterattack"
% (playerchallenge, playerattack))
self.canDoAction = self.challengePlayer(
playerattack, playerchallenge, 2)
if self.canDoAction == 1:
print("Player %d Does the action" % (playy))
self.Playerlist[currPlaya].coinsChange(2)
print(
"You got 2 coins from from a foreing country!\nYour current ammount of coins is %d"
% (self.Playerlist[currPlaya].coins))
self.savelog("Player %d got 2 coins with FOREING AID" %
(playy))
else:
print("Player%d Does not do the action" % (playy))
return 6
elif select == 3:
if self.Playerlist[currPlaya].coins >= 7:
print("What player do you want to do a coup on?")
self.savelog("Player %d used COUP action" % (playy))
playerToCoup = int(input())
cardLost = random.randint(1, 2)
print("So player %d lost his influence card number %d" %
(playerToCoup, cardLost))
self.savelog("Player %d COUP Player %d" %
(playy, playerToCoup))
self.Playerlist[playerToCoup - 1].cardStatusSet(cardLost)
self.Playerlist[playerToCoup - 1].gameStatus()
if self.Playerlist[playerToCoup - 1].isInGame == 0:
self.savelog("Player %d died" % (playerToCoup))
self.Playerlist[currPlaya].coinsChange(-7)
print("Your current ammount of coins is %d" %
(self.Playerlist[currPlaya].coins))
return 6
else:
print("You don´t have enough coins to do this action")
def loglist(self):
self.totalLog.append(self.Log)
def savelog(self, action):
self.Log.append(action)
def printlog(self):
for i in range(len(self.totalLog)):
for j in range(len(self.totalLog[i])):
print(self.totalLog[i][j])
def startGame(self):
self.playersLeft = []
#start
self.Log = []
self.totalLog = []
self.Ddeck = Deck()
self.Ddeck.GenerateCards()
self.Playerlist = []
card11 = self.Ddeck.takeCard()
card22 = self.Ddeck.takeCard()
player1 = Player(1, 2, card11, card22)
self.playersLeft.append(1)
self.Playerlist.append(player1)
card11 = self.Ddeck.takeCard()
card22 = self.Ddeck.takeCard()
player2 = Player(2, 2, card11, card22)
self.playersLeft.append(1)
#player2.SeeCards()
self.Playerlist.append(player2)
card11 = self.Ddeck.takeCard()
card22 = self.Ddeck.takeCard()
player3 = Player(3, 2, card11, card22)
self.Playerlist.append(player3)
self.playersLeft.append(1)
#player3.SeeCards()
if self.playerCount == 4:
card11 = self.Ddeck.takeCard()
card22 = self.Ddeck.takeCard()
player4 = Player(4, 2, card11, card22)
self.Playerlist.append(player4)
self.playersLeft.append(1)
ActiveGame = 1
curPlaya = 1
turnNum = 1
logturns = 0
#print(len(self.Playerlist))
while (ActiveGame == 1):
if self.playersLeft != 1:
if (self.Playerlist[curPlaya - 1].isInGame == 1):
print("▓▓▓▓▓▓▓▓▓▓▓▓▓▓▓▓▓▓▓▓▓▓▓▓▓▓▓▓▓▓▓▓▓▓▓▓▓")
print("Turn number %d\n" % (turnNum))
self.PlayerTurn(curPlaya - 1)
#self.printlog()
isBruh = 0
while isBruh < self.playerCount:
if self.Playerlist[isBruh].isInGame == 0:
self.playersLeft[isBruh] = 0
isBruh += 1
if self.playerCount == 3:
if self.playersLeft[0] + self.playersLeft[
1] + self.playersLeft[2] == 1:
if self.playersLeft[0] == 1:
winna = 1
elif self.playersLeft[1] == 1:
winna = 2
elif self.playersLeft[2] == 1:
winna = 3
print("Player %d has won!" % (winna))
ActiveGame = 0
else:
if self.playersLeft[0] + self.playersLeft[
1] + self.playersLeft[2] + self.playersLeft[
3] == 1:
if self.playersLeft[0] == 1:
winna = 1
elif self.playersLeft[1] == 1:
winna = 2
elif self.playersLeft[2] == 1:
winna = 3
elif self.playersLeft[3] == 1:
winna = 4
print("Player %d has won!" % (winna))
ActiveGame = 0
logturns += 1
curPlaya += 1
if curPlaya > self.playerCount:
curPlaya = 1
self.savelog("_______turn %d_______" % (turnNum))
self.loglist()
self.Log = []
curPlaya = 1
print("\n")
print(
"Do you want to see the logs of the last rounds?")
print("Yes = (0)\nNo = (1)")
answer = input()
if int(answer) == 0:
print("_______LOGS_______")
self.printlog()
if logturns >= 12:
logturns -= 4
self.totalLog.pop(0)
turnNum += 1
print("\n")
else:
curPlaya += 1
logturns += 1
if curPlaya > self.playerCount:
self.savelog("_______turn %d_______" % (turnNum))
self.loglist()
self.Log = []
curPlaya = 1
print("\n")
print("Do you want to see the logs of the last plays?")
print("Yes = (0)\nNo = (1)")
answer = input()
if int(answer) == 0:
print("_______LOGS_______")
self.printlog()
if logturns > 12:
logturns -= 4
self.totalLog.pop(0)
turnNum += 1
print("\n")
