def calculate_gsg(row_size, col_size):
global ROW_SIZE, COL_SIZE, GSG_VAL, CONWAY, CONWAY_state
if (ROW_SIZE != row_size or COL_SIZE != col_size):
ROW_SIZE = row_size
COL_SIZE = col_size
CONWAY = ConwayVariant(ROW_SIZE, COL_SIZE)
GAME_GRAPH = CONWAY.make_graph()
GSG_VAL = GSG(GAME_GRAPH).calculate()
CONWAY_state = CONWAY.get_states()
def main():
conway = ConwayVariant(3,3)
gsg = GSG(conway.make_graph())
a, b, c = gsg.calculate()
#init_state can either be the actual config or the index of
#the state in the graph calculated above
#init_state = 24
init_state = [[0,1,1],[0,1,0],[1,1,1]]
if type(init_state) == list:
init_state = conway.get_state_index(init_state)
seq = path.find_winning_path(a, init_state, b, c)
print seq[0]
conway.print_sequence(seq[0],seq[1])
def main():
conway = ConwayVariant(3, 3)
gsg = GSG(conway.make_graph())
a, b, c = gsg.calculate()
#init_state can either be the actual config or the index of
#the state in the graph calculated above
#init_state = 24
init_state = [[0, 1, 1], [0, 1, 0], [1, 1, 1]]
if type(init_state) == list:
init_state = conway.get_state_index(init_state)
seq = path.find_winning_path(a, init_state, b, c)
print seq[0]
conway.print_sequence(seq[0], seq[1])
