for x in range(x_max):
print "%2x|" % tworld.get_tile(x,y)[0],
print "\n",
for x in range(x_max):
print "%2x|" % tworld.get_tile(x,y)[1],
print "\n",
print "\n"
def verbose_agent():
"""print out lots of debug and then return a random direction"""
print_board(9,9)
x,y = tworld.chips_pos()
print "Keys R:%d B:%d Y:%d G:%d" % tworld.get_keys()
print "Boots Ice:%d Suction:%d Fire:%d Water:%d" % tworld.get_boots()
print "(%d,%d)" % (x, y)
print "Chips left: %d" % tworld.chips_needed()
return random_move()
def random_move():
"""make random moves"""
time.sleep(1)
return random.choice( [tworld.NORTH,
tworld.SOUTH,
tworld.EAST,
tworld.WEST,
tworld.WAIT])
tworld.set_agent( verbose_agent )
#tworld.load_level('cc-ms.dac',2)
tworld.load_level('classical.dac',3)
class wrapper_agent:
def __init__(self, get_move_func ):
self.last_pos = None
self.last_move = None
self.skiped_moves = 0
self.wrapped_get_move = get_move_func
def get_move(self):
'''A wrapper agent that has memory, to deal with fast ticks'''
time.sleep( 1 / 20) # each tick is 1/20th of second
try:
if self.skiped_moves >= 4 or tworld.chips_pos() != self.last_pos:
self.skiped_moves = 0
self.last_pos= tworld.chips_pos()
self.last_move=agent.get_move()
else:
self.skiped_moves += 1
return self.last_move
except Exception, e:
print "EXCEPTION:"
print traceback.format_exc()
print "giving up and exiting, but you can try another level"
sys.exit()
#wagent = wrapper_agent( pa.pddlagent )
wagent = wrapper_agent( agent.get_move )
tworld.set_agent( wagent.get_move )
tworld.load_level(level_set, options.level_num)