def key_press(self, event):
valid_game = True
key = repr(event.char)
if key == AI_PLAY_KEY:
move_count = 0
while valid_game:
self.matrix, valid_game = game_ai.ai_move(self.matrix, 40, 30)
if valid_game:
self.matrix = game_functions.add_new_tile(self.matrix)
self.draw_grid_cells()
move_count += 1
if key == AI_KEY:
self.matrix, move_made = game_ai.ai_move(self.matrix, 20, 30)
if move_made:
self.matrix = game_functions.add_new_tile(self.matrix)
self.draw_grid_cells()
move_made = False
elif key in self.commands:
self.matrix, move_made, _ = self.commands[repr(event.char)](
self.matrix)
if move_made:
self.matrix = game_functions.add_new_tile(self.matrix)
self.draw_grid_cells()
move_made = False
def ai_move(board, searches_per_move, search_length):
possible_first_moves = [move_left, move_up, move_down, move_right]
first_move_scores = np.zeros(NUMBER_OF_MOVES)
for first_move_index in range(NUMBER_OF_MOVES):
first_move_function = possible_first_moves[first_move_index]
board_with_first_move, first_move_made, first_move_score = first_move_function(board)
if first_move_made:
board_with_first_move = add_new_tile(board_with_first_move)
first_move_scores[first_move_index] += first_move_score
else:
continue
for _ in range(searches_per_move):
move_number = 1
search_board = np.copy(board_with_first_move)
game_valid = True
while game_valid and move_number < search_length:
search_board, game_valid, score = random_move(search_board)
if game_valid:
search_board = add_new_tile(search_board)
first_move_scores[first_move_index] += score
move_number += 1
best_move_index = np.argmax(first_move_scores)
best_move = possible_first_moves[best_move_index]
search_board, game_valid, score = best_move(board)
return search_board, game_valid
def key_press(self, event):
valid_game = True
key = repr(event.char)
#START AI
ai_flag = False
if key == AI_PLAY_KEY:
move_count = 0
ai_flag = ~ai_flag
try:
while valid_game:
self.matrix, valid_game = game_ai.ai_move(
self.matrix, 30, 20) # 40 30
if valid_game:
self.matrix = game_functions.add_new_tile(self.matrix)
self.draw_grid_cells()
move_count += 1
except KeyboardInterrupt:
pass
#HINT KEY
if key == AI_KEY:
self.matrix, move_made = game_ai.ai_move(self.matrix, 20, 30)
if move_made:
self.matrix = game_functions.add_new_tile(self.matrix)
self.draw_grid_cells()
move_made = False
#UP LEFT DOWN RIGHT
elif key in self.commands:
self.matrix, move_made, _ = self.commands[repr(event.char)](self.matrix)
if move_made:
self.matrix = game_functions.add_new_tile(self.matrix)
self.draw_grid_cells()
move_made = False
def key_press(self, event):
if self.ingame:
valid_game = True
key = repr(event.char)
if key in self.commands:
self.matrix, move_made, _ = self.commands[repr(event.char)](
self.matrix)
if move_made:
self.matrix = game_functions.add_new_tile(self.matrix)
self.score = np.sum(self.matrix)
self.draw_grid_cells()
move_made = False
if game_functions.check_for_win(self.matrix) == True:
self.input_name("You Win")
_, movable = game_functions.fixed_move(self.matrix)
if movable == False:
self.input_name("You Lost")
def grav_mov(self):
self.matrix, move_made, _ = self.commands[DOWN_KEY](self.matrix)
if move_made:
self.matrix = game_functions.add_new_tile(self.matrix)
self.draw_grid_cells()
move_made = False