def act(self):
"""Overriding base class act."""
if self.pNum==self.gs.active_player:
if self.gs.game_mode == 1: # Play
log.info("{0} is playing...".format(self.label))
#Play first legal card
for c in self.hand:
if self.is_legal_play(c):
self.play(c)
break
elif self.gs.game_mode == 2: # Bid
log.info("{0} is bidding...".format(self.label))
if self.gs.high_bid < 4:
bid = random.randint(self.gs.high_bid+1,4) # Never cinch
else:
bid = 0
log.info("{0} considers bidding {1}...".format(self.label, bid))
r = random.random()
if ((bid > 0) and (r < 0.75)):
self.bid(bid)
else:
self.bid(0)
def act(self):
"""Overriding base class act."""
if self.pNum==self.gs.active_player:
if self.gs.game_mode == 1: # Play
log.info("{0} is playing...".format(self.label))
legal_cards = []
for c in self.hand:
if self.is_legal_play(c):
legal_cards.append(c)
chosen_card_pos = random.randint(0,len(legal_cards)-1)
chosen_card = legal_cards[chosen_card_pos]
self.play(chosen_card)
elif self.gs.game_mode == 2: # Bid
log.info("{0} is bidding...".format(self.label))
r = random.random()
if self.is_legal_bid(self.gs.high_bid+1) and (r < 0.5):
bid = self.gs.high_bid+1
self.bid(bid)
else:
self.bid(0)
def act(self):
"""Overriding base class act."""
if self.pNum==self.gs.active_player:
if self.gs.game_mode == 1: # Play
log.info("{0} is playing...".format(self.label))
# Play last legal card (opposite of Dave)
for c in reversed(self.hand):
if self.is_legal_play(c):
self.play(c)
break
elif self.gs.game_mode == 2: # Bid
log.info("{0} is bidding...".format(self.label))
try:
bid = random.randint(self.gs.high_bid+1,5)
except ValueError: # Because randint(6,5) fails.
bid = 5
log.info("{0} considers bidding {1}...".format(self.label, bid))
r = random.random()
if self.is_legal_bid(bid) and (r < 0.6):
self.bid(bid)
else:
self.bid(0)
