def play():
while not variables.finish:
if variables.curPlayer == 1:
variables.curChess = "*"
print("\033[1;37;40m * - Enter the coords of the chess (e.g. A0): \033[0m")
else:
variables.curChess = "o"
print("\033[1;30;42m o - Enter the coords of the chess (e.g. A0): \033[0m")
user_input = input()
ch = user_input[0]
x = ord(ch.upper()) - 65
y = int(user_input[1])
if exist(x, y) and len(user_input) == 2:
flag = update_board(x, y)
if flag == 0:
print("\033[31m****** The place has been taken! Please try again! \033[0m")
continue
f = check_win(x, y)
if f == 1:
win()
break
swap_player()
show_board()
else:
print("\033[31m*** Invalid coords! Please try again! ***\033[0m")
def win():
"""
print out the final board and show a message to winner
"""
print("The final board is shown below:")
board.show_board()
if variables.curPlayer == 1:
print("\033[32m * has won the game! ***\033[0m")
else:
print("\033[32m o has won the game! ***\033[0m")
def put_in_start_position(pieces, color, board):
"""Put the pieces into the board based on their respective positions"""
if color == "black":
board.obj[0] = pieces[0]
board.obj[1] = pieces[1]
else:
board.obj[7] = pieces[0]
board.obj[6] = pieces[1]
return board.show_board(board.obj)
def play_cli():
deck = CARDS.make_deck()
CARDS.shuffle_deck(deck)
board = BOARD.new_board(deck)
while True:
moves = MOVES.find_moves(board)
BOARD.show_board(board)
print('------------')
if not moves:
print('No moves. Game over.')
break
for i in range(len(moves)):
print('{}: {}'.format(i + 1, moves[i]))
print()
g = input('Move: ')
MOVES.make_move(moves[int(g) - 1], board)
print()
def run_game(board, agents):
grave = ships_state.copy()
attack_state = (0, None, None) # (Type, xy_under_attack, XYs)
color = 'white'
state = (color, attack_state, board, grave)
turn = 0
while not end_of_game(state, turn):
action = agents[color].get_action(state)
print turn, "color: ", color, " action: ", action
#board.show_board()
if board.action_illegal(attack_state, action):
board.terminate(color, grave)
else:
attack_state, grave = board.apply_action(action, attack_state,
grave)
board.show_board()
color = change_color(color)
state = (color, attack_state, board, grave)
turn += 1
#board.print_ships()
print grave
deck.nth_card(23).color(),
deck.nth_card(23).value(),
)
print(deck.draw_by_number(1).show_card())
print(deck.show_deck())
print(deck.draw_by_name("AS").show_card())
print(deck.show_deck())
print(board.Board(deck.make_board()).show_board())
print(hand.Hand(deck.make_hand()).show_hand())
print(len(deck.show_deck()))
print(deck.show_deck())
print(deck.nth_card(66).show_card())
board = board.Board(deck.make_board())
print(board.show_board())
print(deck.show_deck())
print(board.flop())
print(board.flop1())
print(board.flop2())
print(board.flop3())
print(board.turn())
print(board.river())
hand1 = hand.Hand(deck.make_hand())
print(deck.show_deck())
print(hand1.show_hand())
print(hand1.show_hand_obj()[0].show_card())
print(hand1.show_hand_obj()[0].value())
print(hand1.show_hand_obj()[0].color())
import board
from play import play
if __name__ == '__main__':
board.init_board()
board.show_board()
play()
