def print_game_status():
print "game (printing board, top tiles only)"
print_board(9,9,False)
x,y = tw.chips_pos()
print "game (Keys R:%d B:%d Y:%d G:%d)" % tw.get_keys()
print "game (Boots Ice:%d Suction:%d Fire:%d Water:%d)" % tw.get_boots()
print "game (Player: %d,%d)" % (x, y)
print "game (Chips left: %d)" % tw.chips_needed()
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 produce_init( self, out, max_num ):
"""Produce intial state"""
print >> out, """(:init"""
print >> out, "(chips-left n%d)" % tw.chips_needed()
print >> out, "(switched-walls-open n0)"
print >> out, "(has-keys red n%d)" % tw.get_keys()[0]
print >> out, "(has-keys blue n%d)" % tw.get_keys()[1]
print >> out, "(has-keys yellow n%d)" % tw.get_keys()[2]
print >> out, "(has-keys green n%d)" % tw.get_keys()[3]
if tw.get_boots()[0]: # ICE
print >> out, "(has-boots ice)"
if tw.get_boots()[1]: # SUCTION
print >> out, "(has-boots slide)"
if tw.get_boots()[2]: # FIRE
print >> out, "(has-boots fire)"
if tw.get_boots()[3]: # WATER
print >> out, "(has-boots water)"
produce_succesors(out, max_num)
self.produce_predicates( out, 32, 32)
print >> out, ")"