def perfectPlay():
# set up new game
board = GamePlay.new_board()
depth = input("To what depth would you like the AI to search? ")
while (valid(depth, 4) == False):
depth = input("invalid depth, please input a non-negative integer ")
game_over = False
AI_turn = True
while not game_over:
if AI_turn:
action = minimax.getBestAction(board, int(depth))
board = GamePlay.take_action(board, action, "AI")
print("The AI has taken action: x=" + str(action.x_coordinate) +
", y=" + str(action.y_coordinate) + ", box=" +
str(action.square_index) + ", direction=" +
str(action.direction))
print("The new board is: ")
GamePlay.printBoard(board)
else:
ternaryBoard = boardTernaryConversion.boardConvertToTernary(board)
perfectTernaryBoard = request.takeBoardReturnReponseBoard(
ternaryBoard)
board = boardTernaryConversion.ternaryConvertToBoard(
perfectTernaryBoard)
print("The perfect pentago bot took action. The new board is: ")
GamePlay.printBoard(board)
if evaluate.evaluate(board) in [9999999, -9999999, -.005]:
final_score = evaluate.evaluate(board)
game_over = True
board_full = True
for x in range(6):
for y in range(6):
if board[x][y] == " ":
board_full = False
if board_full:
game_over = True
final_score = -.006
AI_turn = not AI_turn
if final_score == 9999999:
print("Game over, the AI has won")
if final_score == -9999999:
print(":( the perfect pentago bot won")
if final_score == -.005:
print("Its a tie!")
if final_score == -.006:
print("The board is full, its a tie!")
def new_game():
board = GamePlay.new_board()
depth = input("To what depth would you like the AI to search? ")
while (valid(depth, 4) == False):
depth = input("invalid depth, please input a non-negative integer ")
turn = input('Would you like to go first? (y/n) ')
while turn != 'y' and turn != 'n':
print(
'You have entered an invalid input. Type either y or n and then press enter'
)
turn = input('Would you like to go first? (y/n) ')
if turn == 'y':
GamePlay.printBoard(board)
turn = 0
if turn == 'n':
turn = 1
game_over = False
while not game_over:
if turn == 0:
x = input(
"Please input the x coordinate where you would like to place your marble "
)
while (valid(x, 1) == False):
x = input(
"Invalid input, please select a number between 0 and 5 ")
y = input("Please input the y coordinate ")
while (valid(y, 1) == False):
y = input(
"Invalid input, please select a number between 0 and 5 ")
while not (minimax.isAvailable(board, int(x), int(y))):
print(
"There is already a marble on the location you selected. Please choose another one"
)
x = input(
"Please input the x coordinate where you would like to place your marble "
)
while (valid(x, 1) == False):
x = input(
"Invalid input, please select a number between 0 and 5 "
)
y = input("Please input the y coordinate ")
while (valid(y, 1) == False):
y = input(
"Invalid input, please select a number between 0 and 5 "
)
s = input(
"Please input the index of the square you would like to rotate "
)
while (valid(s, 2) == False):
s = input(
"Invalid input, please enter an integer between 1 and 4 ")
d = input(
"Please input the direction you would like to rotate the sqaure "
)
while (valid(d, 3) == False):
d = input("Invalid input, please enter R or L ")
action = GamePlay.Action(int(x), int(y), int(s), d)
board = GamePlay.take_action(board, action, "Player")
print("The new board is:")
GamePlay.printBoard(board)
turn = 1
else:
##minimax.minimax(board, 3, action)
action = minimax.getBestAction(board, int(depth))
board = GamePlay.take_action(board, action, "AI")
print("The AI has taken action: x=" + str(action.x_coordinate) +
", y=" + str(action.y_coordinate) + ", box=" +
str(action.square_index) + ", direction=" +
str(action.direction))
print("The new board is: ")
GamePlay.printBoard(board)
turn = 0
if evaluate.evaluate(board) in [9999999, -9999999, -.005]:
final_score = evaluate.evaluate(board)
game_over = True
board_full = True
for x in range(6):
for y in range(6):
if board[x][y] == " ":
board_full = False
if board_full:
game_over = True
final_score = -.006
if final_score == 9999999:
print("Game over, the AI has won")
if final_score == -9999999:
print("Congratulations! You won!")
if final_score == -.005:
print("Its a tie!")
if final_score == -.006:
print("The board is full, its a tie!")
again = input('Would you like to play again? (y/n) ')
while again != 'y' and again != 'n':
print(
'You have entered an invalid input. Type either y or n and then press enter'
)
again = input('Would you like to play again? (y/n) ')
if again == 'y':
new_game()