def botMove():
global board_state
clearMessage()
t1 = time.time()
dispMessage(tk.END, "Searching...")
if engine.getGameCount() == 0:
bot_move = Bot.generateFirstMove()
elif engine.getGameCount() > 0:
bot_move = Bot.generateMove(board_state)
t2 = time.time()
#dispMessage(tk.END, "Search time: " + str(t2-t1))
board_state, result, game_count = engine.updateBoardState(bot_move,
plyr_id=2)
with open('engine/save_file',
'wb') as file: # Save the game state after computer plays
game_state = [board_state, player_colors, engine.getGameCount()]
pickle.dump(game_state, file)
updateTerminal(prev_move=bot_move,
player_to_move='USER',
game_status=result,
search_time=t2 - t1)
begin_search_btn.grid_forget()
enter_btn.grid(row=16, column=25, sticky='w')
def updateTerminal(prev_move, player_to_move, game_status, search_time=None):
clearMessage()
renderBoard()
if game_status[0] is None:
game_status = 'Game in progress'
elif game_status[0] == 'WC1-win' or game_status[0] == 'WC2-win':
if game_status[1] == 'p1':
game_status = "USER WINS!"
dispMessage(1, "Game status: " + str(game_status))
return
elif game_status[1] == 'p2':
game_status = "COMPUTER WINS!"
dispMessage(1, "Game status: " + str(game_status))
return
last_move_by = ''
if player_to_move == 'USER':
last_move_by = 'COMPUTER'
elif player_to_move == 'COMPUTER':
last_move_by = 'USER'
game_count_label.config(text=str(engine.getGameCount()))
first_move = False
if engine.getGameCount() == 0:
first_move = True
allowed_moves = engine.getAvailableMoves(board_state, first_move)
if use_alt_coord:
if prev_move:
prev_move = def_to_alt_mapping[prev_move]
prev_move = prev_move[0] + str(prev_move[1])
allowed_moves_alt = []
for am in allowed_moves:
am_alt = def_to_alt_mapping[am]
am_alt = am_alt[0] + str(am_alt[1])
allowed_moves_alt.append(am_alt)
allowed_moves = allowed_moves_alt
dispMessage(1, "GAME STATUS: " + str(game_status))
dispMessage(2, '')
dispMessage(3, 'PLAYER-1 (USER): ' + player_colors[0])
dispMessage(4, '')
dispMessage(5, 'PLAYER-2 (COMPUTER): ' + player_colors[1])
dispMessage(6, '')
dispMessage(7, '-------------------------------')
dispMessage(8, '')
if prev_move:
dispMessage(9, last_move_by + '\'s move: ' + str(prev_move))
if search_time:
dispMessage(10, "Search time: " + str(search_time))
dispMessage(11, '')
dispMessage(12, '')
dispMessage(13, ">>> " + str(player_to_move) + "'s turn --")
dispMessage(14, '')
dispMessage(15, "Allowed moves: " + str(allowed_moves))
def userMove():
global board_state
clearMessage()
allowed_moves = engine.getAvailableMoves(board_state)
user_move = user_ip.get()
if not use_alt_coord:
user_move = user_move.split(',')
user_move = tuple([int(i) for i in user_move])
if engine.getGameCount() > 0 and user_move not in allowed_moves:
dispMessage(tk.END, "Invalid move! Try again")
dispMessage(tk.END, "Available moves: " + str(allowed_moves))
return
else:
user_move_a = user_move[0].upper()
user_move_1 = int(user_move[1:])
user_move = (user_move_a, user_move_1)
user_move = alt_to_def_mapping[user_move]
allowed_moves_alt = []
for am in allowed_moves:
am_alt = def_to_alt_mapping[am]
am_alt = am_alt[0] + str(am_alt[1])
allowed_moves_alt.append(am_alt)
if engine.getGameCount() > 0 and user_move not in allowed_moves:
dispMessage(tk.END, "Invalid move! Try again")
dispMessage(tk.END, "Available moves: " + str(allowed_moves_alt))
return
board_state, result, game_count = engine.updateBoardState(user_move,
plyr_id=1)
with open('engine/save_file',
'wb') as file: # Save the game state after user plays
game_state = [board_state, player_colors, engine.getGameCount()]
pickle.dump(game_state, file)
updateTerminal(prev_move=user_move,
player_to_move='COMPUTER',
game_status=result)
#allowed_moves = engine.getAvailableMoves(board_state, first_move='False')
begin_search_btn.grid(row=19, column=24, sticky='w')
enter_btn.grid_forget()
def __init__(self,
bot='random',
depth=2,
ID_max_depth=None,
ID_max_time=None,
eval_fn='Fn1',
bot_id=2):
self.bot_id = bot_id # BOT is by default the Player-2
self.board_state = engine.getInitialBoardState()
self.prev_board_state = None
self.player_colors = engine.getPlayerColors(
) # player_colors[0] => user_color
self.bot = bot
self.depth = depth
self.eval_fn = eval_fn
self.ID_max_depth = ID_max_depth
self.ID_max_time = ID_max_time
self.game_count = engine.getGameCount()
dispMessage(9, last_move_by + '\'s move: ' + str(prev_move))
if search_time:
dispMessage(10, "Search time: " + str(search_time))
dispMessage(11, '')
dispMessage(12, '')
dispMessage(13, ">>> " + str(player_to_move) + "'s turn --")
dispMessage(14, '')
dispMessage(15, "Allowed moves: " + str(allowed_moves))
#-------------------------------------------------------------------------------
# Game Count
game_count_label = tk.Label(game_window, text='GAME STEP -')
game_count_label.grid(row=0, column=10, pady=10)
game_count_label = tk.Label(game_window, text=str(engine.getGameCount()))
game_count_label.grid(row=0, column=11, sticky='w')
#-------------------------------------------------------------------------------
# Display box
disp_box_label = tk.Label(game_window, text='MESSAGE')
disp_box_label.grid(row=2, column=22, sticky='w')
disp_box = tk.Listbox(game_window, height=20, width=50)
disp_box.grid(row=3, column=22, rowspan=10, columnspan=10)
scroll_bar = tk.Scrollbar(game_window)
scroll_bar.grid(row=3, column=33, rowspan=10, padx=10, pady=10)
disp_box.configure(xscrollcommand=scroll_bar.set)
scroll_bar.configure(command=disp_box.xview)