def get_player_stance
# main player script logic
# DO NOT CHANGE BELOW ----------------------------
for line in fileinput.input():
if first_line:
game = game_API.Game(json.loads(line))
first_line = False
continue
game.update(json.loads(line))
# DO NOT CHANGE ABOVE ---------------------------
# code in this block will be executed each turn of the game
me = game.get_self()
if me.location == me.destination: # check if we have moved this turn
# create list of the priority level for each monster
list = map(priority, game.get_all_monsters())
# choose monster with max priority
monster_to_move_to = max(list)
# get the set of shortest paths to that monster
paths = game.shortest_paths(me.location, monster_to_move_to.location)
destination_node = paths[random.randint(0, len(paths)-1)][0]
else:
destination_node = me.destination
if game.has_monster(me.location):
# if there's a monster at my location, choose the stance that damages that monster
chosen_stance = get_winning_stance(game.get_monster(me.location).stance)
else:
# otherwise, pick a random stance
chosen_stance = stances[random.randint(0, 2)]
# submit your decision for the turn (This function should be called exactly once per turn)
game.submit_decision(destination_node, chosen_stance)
#we play paper
countPafterS = 0
countPafterR = 0
countPafterP = 0
"""
a=1
b=1
c=1
d=1
e=1
f=1
g=1
h=1
for line in fileinput.input():
if first_line:
game = game_API.Game(json.loads(line))
first_line = False
continue
game.update(json.loads(line))
# DO NOT CHANGE ABOVE ---------------------------
# code in this block will be executed each turn of the game
me = game.get_self()
opponent = game.get_opponent()
# initalizes the dictionary
thisdict = { }
