def checkers():
t, wn, board = setupBoard()
gameName = input(
"Press enter to start a new game, otherwise, type in the name of an old game => "
)
if gameName != "":
currentPlayer, opposingPlayer, currentPlayerTokens, opposingPlayerTokens, forwardRowInc = oldGame(
t, wn, board, gameName)
else:
currentPlayer, opposingPlayer, currentPlayerTokens, opposingPlayerTokens, forwardRowInc = newGame(
t, wn, board)
if currentPlayer == "red":
move = P2.getValidPlayerAction(currentPlayer, currentPlayerTokens,
opposingPlayerTokens, board,
forwardRowInc)
else:
move = P1.getValidPlayerAction(currentPlayer, currentPlayerTokens,
opposingPlayerTokens, board,
forwardRowInc)
while move != "QUIT" and not win(board)[0]:
while len(move) >= 5:
move, fromRow, fromCol, toRow, toCol = parseValidMove(move)
if board[fromRow][fromCol] in ['R', 'B']:
isKing = True
else:
isKing = False
removeChecker(t, wn, fromRow, fromCol, board)
drawChecker(t, wn, toRow, toCol, currentPlayer, "gray", board,
isKing)
if abs(fromRow - toRow) > 1: #Jump is occuring
removeChecker(t, wn, (fromRow + toRow) // 2,
(fromCol + toCol) // 2, board)
currentPlayer, currentPlayerTokens, opposingPlayer, opposingPlayerTokens, forwardRowInc = switchPlayer(
currentPlayer)
if currentPlayer == "red":
move = P2.getValidPlayerAction(currentPlayer, currentPlayerTokens,
opposingPlayerTokens, board,
forwardRowInc)
else:
move = P1.getValidPlayerAction(currentPlayer, currentPlayerTokens,
opposingPlayerTokens, board,
forwardRowInc)
if move == "QUIT":
saveGame(board, currentPlayer)
def checkers():
t, wn, board = setupBoard()
gameName = input(
"Press enter to start a new game, otherwise, type in the name of an old game => "
)
if gameName != "":
currentPlayer, opposingPlayer, currentPlayerTokens, opposingPlayerTokens, forwardRowInc = oldGame(
t, wn, board, gameName)
else:
currentPlayer, opposingPlayer, currentPlayerTokens, opposingPlayerTokens, forwardRowInc = newGame(
t, wn, board)
boardCopy = copy.deepcopy(board)
if currentPlayer == "red":
start = time.time()
move = P2.getValidPlayerAction(PRINT_DEBUG, currentPlayer,
currentPlayerTokens,
opposingPlayerTokens, boardCopy,
forwardRowInc)
stop = time.time()
if PRINT_DEBUG: print("TIME:", stop - start)
js, mvs = checkMove(board, currentPlayer, currentPlayerTokens,
forwardRowInc, opposingPlayerTokens)
#print("RED MOVES:",mvs)
#print("RED JUMPS:",js)
#print("MOVE SELECTED:",move)
if js != []:
if move not in js:
print("You must take a jump! You lose, red!")
exit()
else:
if move not in mvs and mvs != []:
print("You must take a jump! You lose, red!")
exit()
else:
start = time.time()
move = P1.getValidPlayerAction(PRINT_DEBUG, currentPlayer,
currentPlayerTokens,
opposingPlayerTokens, boardCopy,
forwardRowInc)
stop = time.time()
if PRINT_DEBUG: print("TIME:", stop - start)
js, mvs = checkMove(board, currentPlayer, currentPlayerTokens,
forwardRowInc, opposingPlayerTokens)
#print("BLACK MOVES:",mvs)
#print("BLACK JUMPS:",js)
#print("MOVE SELECTED:",move)
if js != []:
if move not in js:
print("You must take a jump! You lose, black!")
exit()
else:
if move not in mvs and mvs != []:
print("You must take a jump! You lose, black!")
exit()
while move != "QUIT" and not win(board)[0]:
while len(move) >= 5:
move, fromRow, fromCol, toRow, toCol = parseValidMove(move)
if board[fromRow][fromCol] in ['R', 'B']:
isKing = True
else:
isKing = False
time.sleep(DELAY)
removeChecker(t, wn, fromRow, fromCol, board)
time.sleep(DELAY)
drawChecker(t, wn, toRow, toCol, currentPlayer, "gray", board,
isKing)
time.sleep(DELAY)
if abs(fromRow - toRow) > 1: #Jump is occuring
removeChecker(t, wn, (fromRow + toRow) // 2,
(fromCol + toCol) // 2, board)
boardCopy = copy.deepcopy(board)
currentPlayer, currentPlayerTokens, opposingPlayer, opposingPlayerTokens, forwardRowInc = switchPlayer(
currentPlayer)
if currentPlayer == "red":
start = time.time()
move = P2.getValidPlayerAction(PRINT_DEBUG, currentPlayer,
currentPlayerTokens,
opposingPlayerTokens, boardCopy,
forwardRowInc)
stop = time.time()
if PRINT_DEBUG: print("TIME:", stop - start)
js, mvs = checkMove(board, currentPlayer, currentPlayerTokens,
forwardRowInc, opposingPlayerTokens)
#print("RED MOVES:",mvs)
#print("RED JUMPS:",js)
#print("MOVE SELECTED:",move)
if js != []:
if move not in js:
print("You must take a jump! You lose, red!")
exit()
else:
if move not in mvs and mvs != []:
print("You must take a jump! You lose, red!")
exit()
else:
start = time.time()
move = P1.getValidPlayerAction(PRINT_DEBUG, currentPlayer,
currentPlayerTokens,
opposingPlayerTokens, boardCopy,
forwardRowInc)
stop = time.time()
if PRINT_DEBUG: print("TIME:", stop - start)
js, mvs = checkMove(board, currentPlayer, currentPlayerTokens,
forwardRowInc, opposingPlayerTokens)
#print("BLACK MOVES:",mvs)
#print("BLACK JUMPS:",js)
#print("MOVE SELECTED:",move)
if js != []:
if move not in js:
print("You must take a jump! You lose, black!")
exit()
else:
if move not in mvs and mvs != []:
print("You must take a jump! You lose, black!")
exit()
if move == "QUIT":
saveGame(board, currentPlayer)
