def offer(self, table):
if ISPT.round() == 1:
return 0.01
last_round = ISPT.get_history()[-1]
# print("Mimic's last round obj:", last_round)
# print([t.offer for t in last_round])
return mean([t.offer for t in last_round])
def response(self, table, offer):
if ISPT.round() == 1:
return ACCEPT
# If current offer better than last round's average, accept
offers = [t.offer for t in ISPT.get_history()[-1]]
avg_offer = mean(offers) if offers else 0
return ACCEPT if avg_offer <= offer else REJECT
def response(self, table, offer):
if ISPT.round() == 1:
return ACCEPT
last_round = ISPT.get_history()[-1]
responses = [t.response for t in last_round]
counts = {ACCEPT: responses.count(ACCEPT),
REJECT: responses.count(REJECT),
COUNTER: responses.count(COUNTER)}
return max(counts, key=counts.get)
def response(self, table, offer):
last = ISPT.get_history()[-1]
accepted = [table.offer for table in last if table.response == ACCEPT]
if accepted:
return sum(accepted) / len(accepted)
else:
return 1 # i.e. choose to counteroffer
def offer(self, table):
# # Determine the last offer the opponent accepted, make that offer
# if table.game.state.round == 1:
# return 0.5
if ISPT.round() == 1:
return 0.5
last_accepted = self.last_accepted(table.players[1])
return last_accepted if last_accepted else 0.5
def offer(self, table):
history = ISPT.get_history(players=[1, 5, 9])
offers = []
for round in history:
offers += [t.offer for t in round]
if offers:
return sum(offers) / len(offers)
else:
return 0.25
def last_accepted(self, player):
'''Gets the last offer accepted by the player, if any.'''
history = ISPT.get_history()
for i in reversed(range(len(history))):
if history[i]: # Check that the round isn't an empty list
for t in history[i]:
if t.players[1] == player and t.response == ACCEPT:
return t.offer
return None