def play_phase(parser):
"""Decide which cards to play and play them.
When making a decision, incorporate the coin primitively.
Don't play anything if there are 7 minions on the field.
"""
logger.debug("Play phase start")
(total, cards) = botalgs.cards_to_play(gstate.tingle)
logger.debug("Going to play {} with {} mana".format(cards, total))
if total + 2 <= gstate.tingle.mana_available():
# We should play the draw ability first and recalculate
logger.info("Avail mana is greater than what we can spend; using hero power and recalculating")
play_hero_ability()
parser.process_log()
(total, cards) = botalgs.cards_to_play(gstate.tingle)
for card in cards:
num_in_hand = len(gstate.tingle.hand)
control.play_minion(num_in_hand, int(card.pos))
# We need this to get the new position of cards
# TODO: With a built-in cache we could predict the future positions of minions that die
# (assuming they don't have side-effects)
time.sleep(2)
parser.process_log()
def play_phase(parser):
"""Decide which cards to play and play them.
When making a decision, incorporate the coin primitively.
Don't play anything if there are 7 minions on the field.
"""
logger.debug("Play phase start")
(total, cards) = botalgs.cards_to_play(gstate.tingle)
logger.debug("Going to play {} with {} mana".format(cards, total))
if total + 2 <= gstate.tingle.mana_available():
# We should play the draw ability first and recalculate
logger.info(
"Avail mana is greater than what we can spend; using hero power and recalculating"
)
play_hero_ability()
parser.process_log()
(total, cards) = botalgs.cards_to_play(gstate.tingle)
for card in cards:
num_in_hand = len(gstate.tingle.hand)
control.play_minion(num_in_hand, int(card.pos))
# We need this to get the new position of cards
# TODO: With a built-in cache we could predict the future positions of minions that die
# (assuming they don't have side-effects)
time.sleep(2)
parser.process_log()
def test_cards_to_play_empty(self):
gstate = state.GameState()
gstate.start_game()
gstate.set_our_turn()
self.assertEqual((0, []), botalgs.cards_to_play(gstate.tingle))
def test_cards_to_play_empty(self):
gstate = state.GameState()
gstate.start_game()
gstate.set_our_turn()
self.assertEqual((0, []), botalgs.cards_to_play(gstate.tingle))
