class Game:
global rows, cols, boxWidth, stoneRadius
rows = 15
cols = 15
boxWidth = 50
stoneRadius = 20
objectGameBoard = []
check = [False]
countfiv = [0, 0, 0, 0]
checkcom = [False]
countfivcom = [0, 0, 0, 0]
def __init__(self):
self.gameOver = False
self.computerWins = False
self.playerWins = False
self.rows = 15
self.cols = 15
self.boxWidth = 50
self.objectGameBoard = []
self.stoneRadius = 20
self.firstPlayer = self.chooseFirstPlayerEasyDifficulty()
self.currTurn = self.firstPlayer
self.check = [False]
self.countfiv = [0, 0, 0, 0]
self.checkcom = [False]
self.countfivcom = [0, 0, 0, 0]
self.cpu = CPU(self.cols, self.rows)
def StartGameBoard(self):
for i in range(rows):
objectRow = []
row = []
row2 = []
for j in range(cols):
x = int(i * boxWidth + (boxWidth/2))
y = int(j * boxWidth + (boxWidth/2))
intersection = Intersection(x, y, boxWidth, stoneRadius)
objectRow.append(intersection)
row.append(0)
row2.append(1)
self.objectGameBoard.append(objectRow)
def getGameBoard(self):
return self.objectGameBoard
def getCurrTurn(self):
return self.currTurn
def setCurrTurn(self, player):
self.currTurn = player
def checkWin(self):
# Check which player wins and output it
board = CPU.convertBoard(self.cpu, self.getGameBoard())
cpuWon = self.fiveInARow(board, 1)
playerWon = self.fiveInARow(board, -1)
if not self.gameOver:
if playerWon > 0:
self.playerWins = True
self.gameOver = True
if cpuWon > 0:
self.computerWins = True
self.gameOver = True
# Decide which player should go first (Human player or CPU), (50/50) chance
def chooseFirstPlayerEasyDifficulty(self):
randomInt = random.randrange(0, 2)
if randomInt == 0:
self.firstPlayer = "Player"
self.secondPlayer = "CPU"
else:
self.firstPlayer = "CPU"
self.secondPlayer = "Player"
return self.firstPlayer
# Decide which player should go first (Human player or CPU), CPU goes first more of the time roughly 75% of the time
def chooseFirstPlayerHardDifficulty(self):
randomInt = random.randrange(0, 3)
if randomInt == 0:
self.firstPlayer = "Player"
self.secondPlayer = "CPU"
else:
self.firstPlayer = "CPU"
self.secondPlayer = "Player"
return self.firstPlayer
def getFirstPlayer(self):
return self.firstPlayer
def getSecondPlayer(self):
return self.secondPlayer
# Try to implement generic placePiece function, which has logic for checking whose turn it is,
# and placing their respective piece
def placePieceGeneric(self, locI, locJ):
board = CPU.convertBoard(self.cpu, self.getGameBoard())
currTurn = self.getCurrTurn()
if currTurn == "Player":
player = -1
else:
player = 1
five = self.fiveInARow(board, player)
self.checkWin()
if not self.getGameBoard()[locI][locJ].hasStone and not self.gameOver:
# Check who's turn it is
if currTurn == "Player":
self.getGameBoard()[locI][locJ].click(currTurn)
self.setCurrTurn("CPU")
board = CPU.convertBoard(self.cpu, self.getGameBoard())
five = self.fiveInARow(board, -1)
self.checkWin()
self.placePieceCPU()
elif currTurn == "CPU":
self.getGameBoard()[locI][locJ].click(currTurn)
self.setCurrTurn("Player")
board = CPU.convertBoard(self.cpu, self.getGameBoard())
five = self.fiveInARow(board, 1)
self.checkWin()
else:
return -1 # A problem occurred
five = self.fiveInARow(board, player)
board = CPU.convertBoard(self.cpu, self.getGameBoard())
self.checkWin()
def placePieceCPU(self):
i, j = self.cpu.getMove(self.getGameBoard())
self.placePieceGeneric(i, j)
def countfive(self):
icheckC = 0
jcheckC = 0
while icheckC <= 14 and jcheckC <= 14:
icheck = icheckC
jcheck = jcheckC
c = 0
if self.getGameBoard()[icheckC][jcheckC].hasStone and self.getGameBoard()[icheckC][jcheckC].getOwner() == "Player":
while icheck <= 14 and jcheck <= 14:
if self.getGameBoard()[icheck][jcheck].hasStone and self.getGameBoard()[icheck][jcheck].getOwner() == "Player":
c += 1
self.countfiv[0] = c
elif c != 5 and not (self.getGameBoard()[icheck][jcheck].hasStone):
c = 0
self.countfiv[0] = c
icheck += 1
icheck = icheckC
jcheck = jcheckC
c = 0
while icheck <= 14 and jcheck <= 14:
if self.getGameBoard()[icheck][jcheck].hasStone and self.getGameBoard()[icheck][jcheck].getOwner() == "Player":
c += 1
self.countfiv[1] = c
elif c != 5 and not (self.getGameBoard()[icheck][jcheck].hasStone):
c = 0
self.countfiv[1] = c
jcheck += 1
icheck = icheckC
jcheck = jcheckC
c = 0
while icheck <= 14 and jcheck <= 14:
if self.getGameBoard()[icheck][jcheck].hasStone and self.getGameBoard()[icheck][jcheck].getOwner() == "Player":
c += 1
self.countfiv[2] = c
elif c != 5 and not (self.getGameBoard()[icheck][jcheck].hasStone):
c = 0
self.countfiv[2] = c
icheck += 1
jcheck -= 1
icheck = icheckC
jcheck = jcheckC
c = 0
while icheck <= 14 and jcheck <= 14:
if self.getGameBoard()[icheck][jcheck].hasStone and self.getGameBoard()[icheck][jcheck].getOwner() == "Player":
c += 1
self.countfiv[3] = c
elif c != 5 and not (self.getGameBoard()[icheck][jcheck].hasStone):
c = 0
self.countfiv[3] = c
icheck += 1
jcheck += 1
if 5 in self.countfiv:
self.check[0] = True
return self.check[0]
else:
self.countfiv = [0, 0, 0, 0]
if jcheckC < 14:
icheckC += 1
elif jcheckC == 14 and icheckC < 14:
icheckC += 1
jcheckC = 0
elif icheckC == 14 and jcheckC == 14:
break
else:
if jcheckC < 14:
jcheckC += 1
elif jcheckC == 14 and icheckC < 14:
icheckC += 1
jcheckC = 0
elif icheckC == 14 and jcheckC == 14:
break
return self.check[0]
def comcountfive(self):
icheckC = 0
jcheckC = 0
while icheckC <= 14 and jcheckC <= 14:
icheck = icheckC
jcheck = jcheckC
c = 0
if self.getGameBoard()[icheckC][jcheckC].hasStone and self.getGameBoard()[icheckC][jcheckC].getOwner() == "CPU":
while icheck <= 14 and jcheck <= 14:
if self.getGameBoard()[icheck][jcheck].hasStone and self.getGameBoard()[icheck][jcheck].getOwner() == "CPU":
c += 1
self.countfivcom[0] = c
elif c != 5 and not (self.getGameBoard()[icheck][jcheck].hasStone):
c = 0
self.countfivcom[0] = c
icheck += 1
icheck = icheckC
jcheck = jcheckC
c = 0
while icheck <= 14 and jcheck <= 14:
if self.getGameBoard()[icheck][jcheck].hasStone and self.getGameBoard()[icheck][jcheck].getOwner() == "CPU":
c += 1
self.countfivcom[1] = c
elif c != 5 and not (self.getGameBoard()[icheck][jcheck].hasStone):
c = 0
self.countfivcom[1] = c
jcheck += 1
icheck = icheckC
jcheck = jcheckC
c = 0
while icheck <= 14 and jcheck <= 14:
if self.getGameBoard()[icheck][jcheck].hasStone and self.getGameBoard()[icheck][jcheck].getOwner() == "CPU":
c += 1
self.countfivcom[2] = c
elif c != 5 and not (self.getGameBoard()[icheck][jcheck].hasStone):
c = 0
self.countfivcom[2] = c
icheck += 1
jcheck -= 1
icheck = icheckC
jcheck = jcheckC
c = 0
while icheck <= 14 and jcheck <= 14:
if self.getGameBoard()[icheck][jcheck].hasStone and self.getGameBoard()[icheck][jcheck].getOwner() == "CPU":
c += 1
self.countfivcom[3] = c
elif c != 5 and not (self.getGameBoard()[icheck][jcheck].hasStone):
c = 0
self.countfivcom[3] = c
icheck += 1
jcheck += 1
if 5 in self.countfivcom:
self.checkcom[0] = True
return self.checkcom[0]
else:
self.countfivcom = [0, 0, 0, 0]
if jcheckC < 14:
icheckC += 1
elif jcheckC == 14 and icheckC < 14:
icheckC += 1
jcheckC = 0
elif icheckC == 14 and jcheckC == 14:
break
else:
if jcheckC < 14:
jcheckC += 1
elif jcheckC == 14 and icheckC < 14:
icheckC += 1
jcheckC = 0
elif icheckC == 14 and jcheckC == 14:
break
return self.checkcom[0]
def fiveInARow(self, board, player):
fourCount = 0
# horizontal
for y in range(self.cols):
for x in range(self.rows - 3):
if board[x][y] == player and board[x + 1][y] == player and board[x + 2][y] == player and \
board[x + 3][y] == player and board[x + 4][y] == player:
fourCount += 1
# vertical
for y in range(self.cols):
for x in range(self.rows - 3):
if board[x][y] == player and board[x][y + 1] == player and board[x][y + 2] == player and board[x][
y + 3] == player and board[x][y + 4] == player:
fourCount += 1
# left diagonal
for y in range(self.cols):
for x in range(self.rows - 3):
if board[x][y] == player and board[x + 1][y - 1] == player and board[x + 2][y - 2] == player and \
board[x + 3][y - 3] == player and board[x + 4][y - 4] == player:
fourCount += 1
# right diagonal
for y in range(self.cols):
for x in range(self.rows - 3):
if board[x][y] == player and board[x + 1][y + 1] == player and board[x + 2][y + 2] == player and \
board[x + 3][y + 3] == player and board[x + 4][y + 4] == player:
fourCount += 1
return fourCount
