def mm_find_best():
"""MiniMax find best move (max_layers=3)."""
t = mm_tg()
t.vline(3, 0, 15, t.body_of(1))
mm = MiniMax(t, mm_player())
mm.find_best_move(max_layers=3)
def test_catch(tg, player):
"""Test catching the other player."""
tg.vline(3, 0, 15, tg.body_of(1))
mm = MiniMax(tg, player)
weight, move = mm.find_best_move(max_layers=3)
assert move == 'LEFT'
def go(self):
"""Act depending if we see others."""
if self.can_see_others():
mm = MiniMax(self.grid, self.players[self.my_number],
full_bfs=self.full_bfs)
weight, move = mm.find_best_move(max_layers=self.max_layers,
max_layer_size=self.max_layer_size)
mm.unlink_states()
if weight > 0:
return move
return self.go_wander()
