mirror of
https://github.com/neogeek23/Dominion-Strategy-Simulator.git
synced 2026-02-04 02:58:16 +00:00
261 lines
8.8 KiB
Python
261 lines
8.8 KiB
Python
from player.deck import Deck
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from player.discard import Discard
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from player.hand import Hand
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from player.counter import Counter
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from card.basic.card_treasure import Treasure
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from card.basic.card_action import Action
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from random import randint
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class Player:
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def __init__(self, table):
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self.__std_chances = 3
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self.__deck = Deck()
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self.__discard = Discard()
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self.__hand = Hand()
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self.__purchase_power = 0
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self.__actions = Counter(0)
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self.__buys = 0
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self.__table = table
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def add_actions(self, n):
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self.__actions.int += n
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def add_purchase_power(self, n):
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self.__purchase_power += n
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def add_buys(self, n):
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self.__buys += n
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def get_table(self):
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return self.__table
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def get_std_chances(self):
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return self.__std_chances
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def get_hand(self):
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return self.__hand
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def get_discard(self):
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return self.__discard
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def get_deck(self):
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return self.__deck
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def get_player_index(self):
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return self.__table.get_players().index(self)
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def get_coin(self):
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return self.__purchase_power
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def get_score(self):
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score = 0
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for c in self.__deck.get_supply():
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score += c.get_points()
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for c in self.__hand.get_supply():
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score += c.get_points()
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for c in self.__discard.get_supply():
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score += c.get_points()
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return score
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def draw_card(self):
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self.__deck.transfer_top_card(self.__hand)
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def draw_cards(self, how_many):
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spillover = how_many - self.__deck.get_remaining()
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lacking_cards = spillover - self.__discard.get_remaining()
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if lacking_cards <= 0:
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lacking_cards = 0
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elif lacking_cards == 1:
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print("You are lacking " + str(lacking_cards) + " card. You cannot draw anymore.")
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else:
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print("You are lacking " + str(lacking_cards) + " card. You cannot draw anymore.")
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if spillover > 0:
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for i in range(how_many - spillover):
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self.draw_card()
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self.__discard.cycle_card(self.__deck)
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for i in range(spillover - lacking_cards):
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self.draw_card()
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else:
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for i in range(how_many):
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self.draw_card()
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def draw_deck(self, table, deck_setup):
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for ds in deck_setup:
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index = table.get_pile_index_of_card(ds[0])
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for i in range(ds[1]):
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table.get_pile(index).transfer_top_card(self.__deck)
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self.claim_top_card(self.__deck)
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self.__deck.shuffle()
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def draw_hand(self):
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self.draw_cards(5)
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def discard_remaining_hand(self):
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while self.__hand.get_remaining() > 0:
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self.__hand.transfer_top_card(self.__discard)
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def discard_from_hand(self, n):
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self.__hand.transfer_card_by_index(n, self.__discard)
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def claim_top_card(self, supply):
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supply.get_top_card().set_owner(self)
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def print_hand(self):
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print("\nPlayer " + str(self.__table.get_players().index(self)) + " Hand:")
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self.__hand.print()
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def take_turn(self):
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self.__turn_setup()
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self.__print()
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self.take_action()
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self.take_buy()
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self.discard_remaining_hand()
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self.draw_hand()
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# The following two methods are identical under different names so they can be overridden by bot classes later
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def get_play_input(self, message, target_type, card_restriction):
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return self.__get_input(self.__std_chances, target_type, message)
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def get_buy_input(self, message, target_type):
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return self.__get_input(self.__std_chances, target_type, message)
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def get_response_input(self, message, target_type, card_restriction):
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return self.__get_input(self.__std_chances, target_type, message)
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def take_action(self):
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print("\nPlease play an Action card until you have no remaining actions.")
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while self.__actions.int > 0:
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self.play_card(Action, self.__std_chances, self.__actions)
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def take_buy(self):
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if self.__hand.contains_one_of(Treasure):
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print("\nPlease play all Treasure card that you want to play.")
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play_another = Counter(self.__hand.get_card_type_count(Treasure))
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while play_another.int > 0:
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self.play_card(Treasure, self.__std_chances, play_another)
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self.buy_card(self.__std_chances)
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def play_card(self, acceptable_card_class, chances, counter):
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if chances > 0 and self.__hand.contains_one_of(acceptable_card_class):
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hand_index = self.get_play_input("\nPlease identify a card from hand to play by providing its index: ", int,
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acceptable_card_class)
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self.__check_play_card(hand_index, counter, acceptable_card_class, chances)
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elif chances <= 0:
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print("You have used up all of your chances to enter a valid integer; forfeiting remaining plays.")
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if counter is not None:
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counter.int = 0
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else:
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print("There are no more acceptable card in hand, moving to next phase.")
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if counter is not None:
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counter.int = 0
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def buy_card(self, chances):
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self.__table.print()
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while self.__buys > 0 and not self.__table.are_there_three_empty_piles() and chances > 0:
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pile_index = self.get_buy_input("\nPlease choose a pile from the table that you'd like to purchase: ", int)
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if pile_index < 0:
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print("You have elected to forfeit any remaining plays.")
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self.__buys = 0
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elif pile_index >= self.__table.get_pile_count():
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print("Acceptable inputs range from 0 to " + str(self.__table.get_pile_count() - 1) + ".")
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chances -= 1
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print("You have " + str(chances) + " chances left to input correctly.")
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elif self.__table.get_pile(pile_index).get_card_group().get_cost() > self.__purchase_power:
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print("You do not have enough coin.")
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chances -= 1
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print("You have " + str(chances) + " chances left to input correctly.")
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else:
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self.__buys -= 1
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self.__purchase_power -= self.__table.get_pile(pile_index).get_card_group().get_cost()
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print("Player " + str(self.get_table().get_players().index(self)) + " buying card " +
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self.__table.get_pile(pile_index).get_card_group().get_name() + " leaving " +
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str(self.__purchase_power) + " coin(s) and " + str(self.__buys) + " buy(s) following purchase.")
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self.__table.get_pile(pile_index).transfer_top_card(self.__discard)
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self.claim_top_card(self.__discard)
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chances = self.get_std_chances()
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def __check_play_card(self, hand_index, counter, acceptable_card_class, chances):
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if hand_index < 0:
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print("You have elected to forfeit any remaining plays.")
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if counter is not None:
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counter.int = 0
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elif hand_index >= self.__hand.get_remaining():
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print("Acceptable inputs range from 0 to " + str(self.__hand.get_remaining() - 1) + ". 1 chance lost.")
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self.play_card(acceptable_card_class, chances - 1, counter)
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elif isinstance(self.__hand.get_card(hand_index), acceptable_card_class):
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print("Player " + str(self.get_player_index()) + " playing: " + self.__hand.get_card(hand_index).get_name())
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play_card = self.__hand.get_card(hand_index)
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play_card.play()
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self.__hand.transfer_card_by_card(play_card, self.__discard)
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if counter is not None:
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counter.int -= 1
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self.__print()
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else:
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print("Index in bounds but not an acceptable card type. Chance to get it right reduced.")
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self.play_card(acceptable_card_class, chances - 1, counter)
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def __get_input(self, chances, target_type, message):
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value = input(message)
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if chances > 0:
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if not self.__does_typecast_error(value, target_type):
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return target_type(value)
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else:
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print("'" + str(value) + "' of type " + str(type(value)) + " is an invalid entry. " + str(chances) +
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" chances to input a " + str(target_type) + " remain.")
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return self.__get_input(chances - 1, target_type, message)
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else:
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if target_type == int:
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rand_value = randint(-1, 1)
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print("You've run out of chances to input an int. A random value of '" + str(rand_value) + "' is being"
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" supplied.")
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return rand_value
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elif target_type == str:
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print("You've run out of chances to input an string. A zero length string is being supplied.")
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return ""
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else:
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print("You've run out of chances to input a" + str(target_type) + ". A None is being supplied.")
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return None
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def __does_typecast_error(self, value, target_type):
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try:
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target_type(value)
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return False
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except ValueError:
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return True
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def __print_discard(self):
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self.__discard.print()
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def __print_deck(self):
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print("\nPlayer " + str(self.__table.get_players().index(self)) + " Deck:")
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self.__deck.print()
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def __print(self):
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print("\nPlayer " + str(self.__table.get_players().index(self)) + ": ")
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print("Actions: " + str(self.__actions.int))
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print("Buys: " + str(self.__buys))
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print("Coin: " + str(self.__purchase_power))
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print("Deck Remaining: " + str(self.__deck.get_remaining()))
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self.__print_discard()
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self.print_hand()
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print("")
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def __turn_setup(self):
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self.__actions.int = 1
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self.__buys = 1
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self.__purchase_power = 0
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def __str__(self):
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return "Player " + str(self.get_player_index())
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