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card.py

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+from enum import Enum, auto
+
+
+class Card:
+	class CardType(Enum):
+		Action = auto()
+		Attack = auto()
+		Treasure = auto()
+		Victory = auto()
+		Curse = auto()
+		Reaction = auto()
+
+	def __init__(self, name, cost, cardtype, value, coin, action, reaction, buy, draw, effect):
+		self.__name = name
+		self.__cost = cost
+		self.__coin = coin
+		self.__type = cardtype
+		self.__action = action
+		self.__buy = buy
+		self.__draw = draw
+		self.__effect = effect
+		self.__value = value
+		self.__reaction = reaction
+
+	def play(self, player):
+		player.add_actions(self.__action)
+		player.add_buys(self.__buy)
+		player.add_purchase_power(self.__coin)
+		player.add_reactions(self.__reaction)
+		self.effect()
+
+	def effect(self):
+		pass
+
+	def get_name(self):
+		return self.__name
+
+	def get_type(self):
+		return self.__type
+
+	def identify(self):
+		return self.__name + ", " + str(self.__type) + ", " + str(self.__cost)

counter.py

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+class Counter:
+	def __init__(self, n):
+		self.int = n

deck.py

@@ -0,0 +1,7 @@
+from supply import Supply
+from random import shuffle
+
+
+class Deck(Supply):
+	def shuffle(self):
+		shuffle(self._Supply__card)

discard.py

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+from supply import Supply
+
+
+class Discard(Supply):
+	def cycle_card(self, deck):
+		while self.get_remaining() > 0:
+			self.transfer_top_card(deck)
+		deck.shuffle()

game.py

@@ -0,0 +1,74 @@
+from table import Table
+from player import Player
+from card import Card
+
+
+def main():
+	game = list()
+	card_info = get_card_info()
+	setup_new_game(game, get_game_parameters(), card_info)
+	play_game(game[0])
+
+
+def setup_new_game(game_list, parameter, card_info):
+	t = Table()
+	humans = parameter[0]
+	bots = parameter[1]
+
+	index = 0
+	for p in parameter[2:]:
+		if p:
+			card = Card(card_info[index][0], card_info[index][1], card_info[index][2], card_info[index][3],
+						card_info[index][4], card_info[index][5], card_info[index][6], card_info[index][7],
+						card_info[index][8], card_info[index][9])
+			t.add_pile(card, card_info[index][10])
+		index += 1
+
+	for i in range(humans):
+		human = Player(True, t)
+		human.draw_deck(t, get_starting_deck())
+		human.draw_hand()
+		t.add_player(human)
+
+	for i in range(bots):
+		bot = Player(False, t)
+		bot.draw_deck(t, get_starting_deck())
+		bot.draw_hand()
+		t.add_player(bot)
+
+	game_list.append(t)
+
+
+def play_game(game_table):
+	game_table.play()
+
+
+def get_game_parameters():
+	return [1, 1, True, True, True, True, True, True, False, True, True, True, True, True, True, True, True, True, True]
+
+
+def get_card_info():
+	#		[name, 		cost, cardtype,			    	v,	c, a, r, b, d, effect, count] - value to pass to Card()
+	return [["Copper",		0, Card.CardType.Treasure,	0,	1, 0, 0, 0, 0, None, 60],
+			["Silver",		3, Card.CardType.Treasure,	0,	2, 0, 0, 0, 0, None, 40],
+			["Gold",		6, Card.CardType.Treasure,	0,	3, 0, 0, 0, 0, None, 30],
+			["Estate",		2, Card.CardType.Victory,	1,	0, 0, 0, 0, 0, None, 24],
+			["Dutchy",		5, Card.CardType.Victory,	3,	0, 0, 0, 0, 0, None, 12],
+			["Province",	8, Card.CardType.Victory,	6,	0, 0, 0, 0, 0, None, 12],
+			["Curse",		0, Card.CardType.Curse,		-1,	0, 0, 0, 0, 0, None, 30],
+			["Cellar",		2, Card.CardType.Action,	0,	0, 1, 0, 0, 0, "Name", 10],
+			["Market",		5, Card.CardType.Action, 	0,	1, 1, 0, 1, 1, None, 10],
+			["Merchant",	3, Card.CardType.Action, 	0, 	0, 1, 0, 0, 1, "Name", 10],
+			["Militia",		4, Card.CardType.Attack,	0,	2, 0, 1, 0, 0, "Name", 10],
+			["Mine", 		5, Card.CardType.Action, 	0, 	0, 0, 0, 0, 0, "Name", 10],
+			["Moat",		2, Card.CardType.Reaction,	0,	0, 0, 0, 0, 2, "Name", 10],
+			["Remodel", 	4, Card.CardType.Action,	0,	0, 0, 0, 0, 0, "Name", 10],
+			["Smithy",		4, Card.CardType.Action,	0,	0, 0, 0, 0, 3, None, 10],
+			["Village",		3, Card.CardType.Action,	0,	0, 2, 0, 0, 1, None, 10],
+			["Workshop",	4, Card.CardType.Action,	0,	0, 0, 0, 0, 0, "Name", 10]]
+
+
+def get_starting_deck():
+	return [["Copper", 7], ["Estate", 3]]
+
+main()

hand.py

@@ -0,0 +1,28 @@
+from supply import Supply
+
+
+class Hand(Supply):
+	def contains_one_of(self, acceptible_types):
+		result = False
+		unique_types = self.__get_unique_types()
+
+		for at in acceptible_types:
+			result |= at in unique_types
+		return result
+
+	def __get_unique_types(self):
+		unique_type = list()
+
+		for c in self._Supply__card:
+			current_type = c.get_type()
+			if not current_type in unique_type:
+				unique_type.append(current_type)
+		return unique_type
+
+	def get_card_type_count(self, card_type):
+		result = 0
+
+		for c in self._Supply__card:
+			if c.get_type() == card_type:
+				result += 1
+		return result

pile.py

@@ -0,0 +1,5 @@
+from supply import Supply
+
+class Pile(Supply):
+	def get_card_group(self):
+		return self._Supply__card[0]

player.py

@@ -0,0 +1,145 @@
+from deck import Deck
+from discard import Discard
+from hand import Hand
+from card import Card
+from counter import Counter
+
+
+class Player:
+	def __init__(self, human, table):
+		self.__deck = Deck()
+		self.__discard = Discard()
+		self.__hand = Hand()
+		self.__purchase_power = 0
+		self.__actions = Counter(0)
+		self.__buys = 0
+		self.__draws = 0
+		self.__reactions = Counter(0)
+		self.__is_human = human
+		self.__table = table
+
+	def add_actions(self, n):
+		self.__actions.int += n
+
+	def add_purchase_power(self, n):
+		self.__purchase_power += n
+
+	def add_buys(self, n):
+		self.__buys += n
+
+	def add_draws(self, n):
+		self.__draws += n
+
+	def add_reactions(self, n):
+		self.__reactions.int += n
+
+	def get_score(self):
+		return 0
+
+	def draw_card(self):
+		self.__deck.transfer_top_card(self.__hand)
+
+	def draw_cards(self, how_many):
+		spillover = how_many - self.__deck.get_remaining()
+
+		if spillover > 0:
+			for i in range(how_many - spillover):
+				self.draw_card()
+
+			self.__discard.cycle_card(self.__deck)
+
+			for i in range(spillover):
+				self.draw_card()
+		else:
+			for i in range(how_many):
+				self.draw_card()
+
+	def draw_deck(self, table, deck_setup):
+		for ds in deck_setup:
+			index = table.get_pile_index_of_card(ds[0])
+			for i in range(ds[1]):
+				table.get_pile(index).transfer_top_card(self.__deck)
+		self.__deck.shuffle()
+
+	def draw_hand(self):
+		self.draw_cards(5)
+
+	def discard_remaining_hand(self):
+		while self.__hand.get_remaining() > 0:
+			self.__hand.transfer_top_card(self.__discard)
+
+	def __print_hand(self):
+		print("Hand:")
+		self.__hand.print()
+
+	def __print_discard(self):
+		print("Discard:")
+		self.__discard.print()
+
+	def __print_deck(self):
+		print("Deck")
+		self.__deck.print()
+
+	def __gain_turn_events(self):
+		self.add_actions(1)
+		self.add_buys(1)
+
+	def play_card(self, acceptable_card_type, chances, counter):
+		if chances > 0 and self.__hand.contains_one_of(acceptable_card_type):
+			hand_index = int(input("Please identify a card from hand you would like to play by providing its index:  "))
+
+			if self.__hand.get_card(hand_index).get_type() in acceptable_card_type:
+				self.__hand.get_card(hand_index).play(self)
+				self.__hand.transfer_card(hand_index, self.__discard)
+				if counter is not None:
+					counter.int -= 1
+			elif hand_index < 0:
+				print("You have elected to forfeit any remaining plays.")
+				if counter is not None:
+					counter.int = 0
+			else:
+				self.play_card(acceptable_card_type, chances - 1, counter)
+		elif chances <= 0:
+			print("You have used up all of your chances to enter a positive integer; forfeiting remaining plays.")
+		else:
+			print("There are no more acceptable cards in hand, moving to next phase.")
+			if counter is not None:
+				counter.int = 0
+
+	def take_action(self):
+		print("Please play an Action, Attack, or Reaction card until you have no remaining actions.")
+		while self.__actions.int > 0:
+			self.play_card([Card.CardType.Action, Card.CardType.Attack, Card.CardType.Reaction], 3, self.__actions)
+
+	def give_reaction(self):
+		pass
+
+	def take_reaction(self):
+		pass
+
+	def take_buy(self):
+		print("Please play all Treasure cards that you want to play.")
+
+		play_another = Counter(self.__hand.get_card_type_count(Card.CardType.Treasure))
+		while play_another.int > 0:
+			self.play_card([Card.CardType.Treasure], 3, play_another)
+		self.buy_card()
+
+	def buy_card(self):
+		while self.__buys > 0 and not self.__table.are_there_any_empty_piles():
+			pile_index = int(input("Please identify a pile from the table that you'd like to purchase:  "))
+			self.__table.get_pile(pile_index).transfer_top_card(self.__discard)
+			self.__buys -= 1
+
+	def take_turn(self):
+		print("Deck Size:  " + str(self.__deck.get_remaining()))
+		self.__print_hand()
+		self.__gain_turn_events()
+		self.take_action()
+		self.__print_discard()
+		self.__print_deck()
+		# self.give_reaction()
+		self.take_buy()
+		# self.discard_remaining_hand()
+		# self.draw_hand()
+		# self.__print_hand()

supply.py

@@ -0,0 +1,30 @@
+class Supply:
+	def __init__(self):
+		self.__card = list()
+
+	def add_card(self, card):
+		self.__card.append(card)
+
+	def add_cards(self, card, n):
+		for i in range(n):
+			self.add_card(card)
+
+	def get_supply(self):
+		return self.__card
+
+	def transfer_top_card(self, recipient_supply):
+		self.transfer_card(len(self.__card) - 1, recipient_supply)
+
+	def transfer_card(self, n, recipient_supply):
+		transfer_card = self.__card.pop(n)
+		recipient_supply.add_card(transfer_card)
+
+	def get_card(self, n):
+		return self.__card[n]
+
+	def get_remaining(self):
+		return len(self.__card)
+
+	def print(self):
+		for c in self.__card:
+			print(c.identify())

table.py

@@ -0,0 +1,60 @@
+from trash import Trash
+from pile import Pile
+
+
+class Table:
+	def __init__(self):
+		self.__player = list()
+		self.__pile = list()
+		self.__trash = Trash()
+		self.__winner = None
+		self.__winning_score = 0
+
+	def add_player(self, p):
+		self.__player.append(p)
+
+	def get_player(self, n):
+		return self.__player[n]
+
+	def add_pile(self, card, n):
+		p = Pile()
+		p.add_cards(card, n)
+		self.__pile.append(p)
+
+	def get_piles(self):
+		return self.__pile
+
+	def get_pile(self, n):
+		return self.__pile[n]
+
+	def get_pile_index_of_card(self, card_name):
+		result = 0
+		for p in self.__pile:
+			if p.get_card_group().get_name() == card_name:
+				result = self.__pile.index(p)
+		return result
+
+	def are_there_any_empty_piles(self):
+		result = False
+		for p in self.__pile:
+			result = result or p.get_remaining() == 0
+		return result
+
+	def play(self):
+		turn = 0
+		# turn < 4 is for testing, otherwise endless as buying cards is not yet done
+		while not self.are_there_any_empty_piles() and turn < 4:
+			self.print()
+			self.__player[turn % len(self.__player)].take_turn()
+			turn += 1
+		else:
+			self.print()
+			for p in self.__player:
+				if p.get_score() > self.__winning_score:
+					self.__winning_score = p.get_score
+					self.__winner = p
+
+	def print(self):
+		print("Piles:")
+		for s in self.__pile:
+			print(s.get_card_group().identify() + ":  " + str(s.get_remaining()))

trash.py

@@ -0,0 +1,5 @@
+from pile import Pile
+
+
+class Trash(Pile):
+	pass