while True:
for event in pygame.event.get():
if event.type == pygame.QUIT:
exit()
pygame.display.flip()
tg = Game()
def turn_timer():
tg.update()
threading.Timer(0.1, turn_timer).start()
turn_timer();
while not ended:
time.sleep(1)
move = ri(1,4);
pacman_x2, pacman_y2, ghost_x2, ghost_y2, goal_x, goal_y, ended, won, moved = g.game_func(move, pacman_x, pacman_y, ghost_x, ghost_y, goal_x, goal_y)
if moved:
moves.append(move)
pacman[pacman_y][pacman_x]='False'
ghost[ghost_y][ghost_x]='False'
pacman_x, pacman_y, ghost_x, ghost_y = pacman_x2, pacman_y2, ghost_x2, ghost_y2
pacman[pacman_y][pacman_x]='True'
ghost[ghost_y][ghost_x]='True'
print(moves)
## Start game
while not game.ended:
game.update()
# update graphics
time.sleep(0.04)
# Get state (0 to numStates-1) from pacman and ghost coordinates
state = coord2state(game.pacman_x, game.pacman_y, game.ghost_x,
game.ghost_y, num_ghosts, grid_len)
# My policy[state] outputs 0 to 3, that's why I add 1, because Steven's actions go 1 to 4
move = policy[state] + 1
steps_to_win += 1
# Get game status given current state and move (action)
pacman_x2, pacman_y2, ghost_x2, ghost_y2, game.goal_x, game.goal_y, game.ended, game.won = g.game_func(
move, game.pacman_x, game.pacman_y, game.ghost_x, game.ghost_y,
game.goal_x, game.goal_y, game.grid, 1, ghostType)
game.moves.append(move)
game.updateState(pacman_x2, pacman_y2, ghost_x2, ghost_y2, num_ghosts,
ghostType)
# update internal grid
# Update one last time before game end
game.update()
if (game.won):
win_count += 1
winning_steps.append(
steps_to_win) # does not add to list if game is lost
print('Total # of wins: ', win_count)
print(winning_steps)