def main():
p1 = Player(name="John")
p2 = Player(name="Hulio")
b = Board()
b.add_player(p1)
b.add_player(p2)
b.start()
_pprint(filled_cells(b.state))
raw_input()
destruct_status = False
prev_check = []
state = b.state
promotions = 0
while state not in ("FIN", ):
# for player in (p1, p2):
# b.get_state(player)
event = smart_event_factory(state, colors, destruct_status, prev_check)
color = 'white' if 'w' == event["name"][0] else 'black'
if check_the_turn(event, state) == False:
continue
else:
print "VALID"
if "promoted" in event.keys() and event["promoted"]:
promotions +=1
print "PROMOTED CHECKS: ", promotions
state = check_the_game_state(state, event, colors)
if event['cutDown'] and destruction_is_possible(event['finalPos'], filled_cells(state, color=colors[1]), filled_cells(state, color=colors[0]), event.get('promoted')):
destruct_status = True
prev_check = event['finalPos']
print 'NEXT DESTRUCT'
raw_input()
else:
colors.reverse()
destruct_status = False
prev_check = []
print 'COLORS REVERSED!'
print 'FILLED CELLS: ' , len((filled_cells(state)))
raw_input()
# let us check that situation
return simple_turn_is_valid(turn_info, game_state, color)
# here player about to hit another player
else:
return turn_with_destruction_is_valid(turn_info, game_state, color)
def check_the_game_state(game_state, turn_info, colors):
""" Check if change of game state is possible """
parsed_game_state = game_state
name = turn_info["name"][1]
parsed_game_state["board"][colors[0]][name]["position"] = turn_info["finalPos"]
if turn_info["cutDown"]:
parsed_game_state["board"][colors[1]][turn_info["cutDown"][0]]["status"] = "dead"
print "DEAD: ", parsed_game_state["board"][colors[1]][turn_info["cutDown"][0]]
if "promoted" in turn_info.keys() and turn_info["promoted"]:
parsed_game_state["board"][colors[0]][name]["promoted"] = 1
if parsed_game_state == game_state:
return parsed_game_state
else:
return False
if __name__ == "__main__":
from initial import START as state
from generators import smart_event_factory
event = smart_event_factory(state)
print event
print check_the_turn(event, state)
