def bid(self, player_state, available_locations, current_bid_by_player_id,
current_highest_bid):
if current_highest_bid >= player_state.money or \
(len(player_state.cards) > 0 and max(available_locations) < sum(player_state.cards) / len(player_state.cards)) or \
(len(player_state.cards) > 0 and min(available_locations) > sum(player_state.cards) / len(player_state.cards)) or \
current_highest_bid >= 10:
return BidResponse(forfeit=True)
return BidResponse(bid=current_highest_bid + 1)
def bid(self, player_state, available_locations, current_bid_by_player_id,
current_highest_bid):
if max(available_locations) - min(
available_locations) <= self.difference:
return BidResponse(forfeit=True)
if player_state.money <= current_highest_bid:
return BidResponse(forfeit=True)
if self.investment_value(
max(available_locations)) < current_highest_bid:
return BidResponse(forfeit=True)
return BidResponse(bid=current_highest_bid + 1)
def bid(self, player_state, available_locations, current_bid_by_player_id,
current_highest_bid):
if len(available_locations) == 3 and available_locations[0] >= 19:
return BidResponse(forfeit=True)
if current_highest_bid <= available_locations[-1] - 15:
if current_highest_bid >= player_state.money:
return BidResponse(forfeit=True)
return BidResponse(bid=current_highest_bid + 1)
return BidResponse(forfeit=True)
def bid(self, player_state, available_locations, current_bid_by_player_id, current_highest_bid):
if current_highest_bid >= player_state.money:
return BidResponse(forfeit=True)
locations = available_locations
locations.sort()
dif = locations[-1] - locations[0]
if dif <= 3:
return BidResponse(forfeit=True)
elif dif >= 10:
if current_highest_bid <= locations[-1] / 2:
return BidResponse(bid = current_highest_bid + 1)
return BidResponse(bid=current_highest_bid + 1)
def bid(self, player_state, available_locations, current_bid_by_player_id,
current_highest_bid):
if current_highest_bid >= player_state.money:
return BidResponse(forfeit=True)
# Take into account the possible profit
if (
max(available_locations) - min(available_locations)
) < self.__location_limit or current_highest_bid >= self.__raise_limit:
return BidResponse(forfeit=True)
return BidResponse(bid=current_highest_bid + 1)
def bid(self, player_state, available_locations, current_bid_by_player_id, current_highest_bid):
""" MUST """
if current_highest_bid >= player_state.money:
return BidResponse(forfeit=True)
if max(available_locations) - min(available_locations) <=4:
return BidResponse(True)
elif max(available_locations) - min(available_locations) > 20:
if current_highest_bid < 13:
return BidResponse(bid=current_highest_bid + 1)
return BidResponse(True)
def bid(self, player_state, available_locations, current_bid_by_player_id, current_highest_bid): self.__max_raise_limit = player_state.money / 5 self.__med_raise_limit = player_state.money / 10 self.__min_raise_limit = player_state.money / 15 highest_card = max(available_locations) lowest_card = min(available_locations) if highest_card - lowest_card <= self.__max_take_difference: return BidResponse(forfeit = True) if highest_card > 20: #pay up to max limit if current_highest_bid < self.__max_raise_limit: return BidResponse(bid = current_highest_bid + 1) return BidResponse(forfeit = True) if highest_card > 10: #pay up to medium limit if current_highest_bid < self.__med_raise_limit: return BidResponse(bid = current_highest_bid + 1) return BidResponse(forfeit = True) #pay up to medium limit if current_highest_bid < self.__min_raise_limit: return BidResponse(bid = current_highest_bid + 1) return BidResponse(forfeit = True)
def bid(self, player_state, available_locations, current_bid_by_player_id, current_highest_bid):
if (current_highest_bid >= player_state.money) or (random.random() < self.__random_level):
return BidResponse(forfeit=True)
return BidResponse(bid=current_highest_bid + 1)
def bid(self, player_state, available_locations, current_bid_by_player_id, current_highest_bid):
return BidResponse(forfeit=True)
def bid(self, player_state, available_locations, current_bid_by_player_id,
current_highest_bid):
if current_highest_bid >= player_state.money:
return BidResponse(forfeit=True)
return BidResponse(bid=current_highest_bid + 1)