def main():
user_answer = True
while user_answer:
match = cl.Game()
input_data = input("\nЕщё партейку?\n(Y/N): ").lower()
# if input_data.lower() == "y":
#
user_answer = input_data.lower() == "y"
def Start():
global game
welcomeScreen()
game = classes.Game(gameModeInputCheck(), playerAmountInputCheck())
createPlayers(game.amountOfPlayers)
while True:
game.changeTurn = False
leaderBoard(True)
while game.changeTurn == False:
randomNumber()
def capture_data():
for i in range(10000):
game = classes.Game()
players = [classes.Player("P1"), classes.Player("P2")]
game.start_game(players)
game_result, turn_results = game.run_game(players)
for c in game_cols:
game_data[c].append(game_result[c])
del game
del players
def reset_global_game():
names = []
names.append(request.args.get("name1"))
names.append(request.args.get("name2"))
names.append(request.args.get("name3"))
names.append(request.args.get("name4"))
global global_game
global_game = classes.Game()
global_game.set_player_names(names)
return "a new game has started"
def program():
os.system("cls")
print(
"Welcome to tic tac toe.\nGive input the way your numpad is configured (top left is 7)."
)
player1 = setUpPlayer(1)
player2 = setUpPlayer(2)
player1.otherPlayer = player2
player2.otherPlayer = player1
game = classes.Game(player1, player2)
game.play()
winner = game.getWinner()
print("tie") if winner == None else print(f"congratulations {winner.name}")
def test_no_winner(noWinnerInputSequence):
player1 = classes.Player("Henk", "X")
player2 = classes.Player("Ali", "O")
player1.otherPlayer = player2
player2.otherPlayer = player1
game = classes.Game(player1, player2)
def mock_input(s):
return noWinnerInputSequence.pop(0)
classes.input = mock_input
game.play()
assert game.getWinner() == None
def new(players1, mainplayer1, numberplayers):
game_deck1 = cf.get_deck()
middle1 = c.Middle(game_deck)
game = c.Game(players1, middle1, game_deck1, numberplayers, mainplayer1)
game.test_deck()
check = game.game()
game.middle.get_string()
game.print_hands()
try:
print(check.name)
print(check.temphandvalue.get_win())
print("{} won and now has ${}".format(check.name, check.cash))
if check.ai:
print("You lost and ended with ${} cash".format(
game.main_player.cash))
except:
pass
if input("Do you want to play again? ").lower() in [
'yes', 'y', 'sure', 'yeet', 'yeah'
]:
new(game.removedplayers, game.removedmainplayer, numberplayers)
def ragnarok():
output(f"Ragnarök begins")
# add new monsters to the world
for enemy in classes.Game().enemies_ragnarok:
game.enemies.append(enemy)
import classes classes.Game().loop()
import classes
if __name__ == "__main__":
classes.Game().setup()
def guidelines():
"""
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Returns:
"""
pass
from flask import Flask, render_template, jsonify, request
import classes
app = Flask(__name__)
global_game = classes.Game()
chat = classes.Chat()
reloads = ["false", "false", "false", "false"]
@app.route('/')
def home_page():
return render_template('index.html')
@app.route('/<string:page_name>/')
def render_static(page_name):
return render_template('%s' % page_name)
@app.route('/api/update_hand_with_blind', methods=['GET'])
def update_hand_with_blind():
# h1, h2, h3 are either 0 or 1
# for each in h, if = 1 append index to hi
player_index = int(request.args.get("player_index"))
h = [request.args.get("h1"), request.args.get("h2"), request.args.get("h3"), request.args.get("h4"), request.args.get("h5"), request.args.get("h6"), request.args.get("h7"), request.args.get("h8"), request.args.get("h9"), request.args.get("h10")]
b = [request.args.get("b1"), request.args.get("b2"), request.args.get("b3"), request.args.get("b4"), request.args.get("b5")]
hi = []
i = 0
for each in h:
if each == "1":
hi.append(i)
players = []
numberplayers = 5
game_deck = cf.get_deck()
for x in range(numberplayers):
hand1 = cf.make_hand(game_deck)
player = c.Player(hand1, startingcash, ("Player" + str(x + 1)), True)
players.append(player)
hand = cf.make_hand(game_deck)
main_player = c.Player(hand, startingcash, input("What is your name? \n>"),
False)
middle = c.Middle(game_deck)
game = c.Game(players, middle, game_deck, numberplayers, main_player)
game.test_deck()
check = game.game()
# game.middle.get_string()
game.middle.get_string()
game.print_hands()
try:
print(check.name)
print(check.temphandvalue.get_win())
print("{} won and now has ${}".format(check.name, check.cash))
if check.ai:
print("You lost and ended with {} cash".format(game.main_player.cash))
except:
pass
import classes
player_pool_text = """You may choose from the following player pool:
Human: you control the moves
Rocker: computer that always chooses rock
Randomizer: computer that moves randomly
Copycat: computer that imitates the opponent's previous move
Cycler: computer that cycles through rock, paper, and scissors"""
if __name__ == '__main__':
player_pool = {
'human': classes.Human(),
'rocker': classes.Rocker(),
'randomizer': classes.Randomizer(),
'copycat': classes.Copycat(),
'cycler': classes.Cycler()
}
print(player_pool_text)
player1 = input("Who is Player 1?").lower()
player2 = input("Who is Player 2?").lower()
while player1 not in player_pool or player2 not in player_pool:
player1 = input("Who is Player 1?").lower()
player2 = input("Who is Player 2?").lower()
game = classes.Game(player_pool[player1], player_pool[player2])
game.play_match()
