def setup(self):
self.setup_map("./maps/map_2/map.tmx")
self.bg_sprites = [["walls", self.wall_list],
["floor", self.floor_list],
["deadly", self.deadly_list]]
self.fg_sprites = [self.bullets, self.players]
## Parse Config File
settings = parseconf.parsefile()
# Player setups
self.player1 = logic.Player(self, "sprites/duck_pixel.png",
TILE_SCALING - 0.2,
settings["p1_movement"],
settings["p1_action"], 100,
self.window.height / 2,
settings["p1_name"], Vec2d(1, 0))
self.player2 = logic.Player(
self, "sprites/duck_pixel_red.png", TILE_SCALING - 0.2,
settings["p2_movement"], settings["p2_action"],
self.window.width - 200, self.window.height / 2,
settings["p2_name"], Vec2d(-1, 0))
self.agents = list()
mode = settings["mode"]
if mode != "PvP":
self.player2.is_ai = True
agent = ai_interface.Agent(settings["p2_ai"], self.player2)
agent.observation = self.boardstate
self.agents.append(agent)
if mode == "EvE":
self.player1.is_ai = True
agent = ai_interface.Agent(settings["p1_ai"], self.player1)
agent.observation = self.boardstate
self.agents.append(agent)
self.players.append(self.player1)
self.players.append(self.player2)
self.nonpassable.append(self.player1)
self.nonpassable.append(self.player2)
for player in self.players:
# Physics engine currently only handles player-wall collisions
player.physics_engine = arcade.PhysicsEngineSimple(
player, self.nonpassable)
for _ in range(len(self.players)):
self.player_damage_timers.append(self.damage_intervall)
## Boardstate background setup
for spritelist in self.bg_sprites:
for sprite in spritelist[1]:
x = [int(i * COORDINATE_MAPPING) for i in sprite.position]
self.boardstate[x[0]][x[1]][0] = spritelist[0]
def test_get_allowed_fields(self):
board = logic.Board()
walter = logic.Player('Walter', 'white')
peter = logic.Player('Peter', 'black')
for square, i in [('outer', 0), ('mid', 1), ('outer', 2)]:
board.move_piece(walter, new_field=logic.Field(square, i, walter))
board.move_piece(peter, new_field=logic.Field('outer', 1, peter))
allowed = board.get_allowed_fields(logic.Field('mid', 1, walter))
self.assertIn(logic.Field('mid', 0), allowed['mid'])
self.assertIn(logic.Field('mid', 2), allowed['mid'])
self.assertNotIn(logic.Field('outer', 1), allowed['outer'])
def test_is_in_mill(self):
board = logic.Board()
walter = logic.Player('Walter', 'white')
for i in range(3):
board.move_piece(walter, new_field=logic.Field('outer', i, walter))
for field in board.get_all_fields(walter)['outer']:
self.assertTrue(board.is_in_mill(field))
field = logic.Field('mid', 1, walter)
self.assertFalse(board.is_in_mill(field))
def data_received(self, data):
message = json.loads(data.decode('utf8'))
if not self.player:
username = message.get('username', None)
if not username:
logging.error("No username from {}".format(self.peer))
self.transport.write('{"ERROR": "username please"}')
return
self.player = logic.Player(self, username)
# TODO: broadcast
self.player.incoming_message(message)
def game_loop():
crashed = False
current_frame = "phase2"
card_deck = logic.Card_deck()
card_deck.shuffle_deck()
player_info = logic.Player(card_deck)
ai_info = logic.Player(card_deck)
text1 = ("[H]it, [S]tand, [D]ouble down")
text2 = ("[H]it, [S]tand")
text3 = ("[C]ontinue, [Q]uit")
text4 = ("Dealer won!")
text5 = ("You won!")
text6 = ("Tie!")
text7 = ("Game over! [Q]uit" )
text_blank = ""
text_var = text1
text_var2 = text_blank
while not crashed:
player_score = pygame_handler.pygame_text("Your score: " + str(player_info.score()), 40, 150, 500)
player_balance = pygame_handler.pygame_text("Your balance: " + str(player_info.get_money()), 40, 200, 650)
instructions = pygame_handler.pygame_text(text_var, 50, 375, 850)
result = pygame_handler.pygame_text(text_var2, 90, 850, 700)
for event in pygame.event.get():
starter_class.game_display.blit(background_image.get_image(), (0, 0))
instructions.display(starter_class.game_display)
result.display(starter_class.game_display)
player_score.display(starter_class.game_display)
player_balance.display(starter_class.game_display)
display_hand(player_info.get_hand())
if current_frame != "phase3" and current_frame != "phase4":
ai_score = pygame_handler.pygame_text("Dealer's score: " + str(ai_info.ai_score()), 40, 850, 500)
display_hand(ai_info.get_hand()[:1], 200)
ai_score.display(starter_class.game_display)
else:
ai_score = pygame_handler.pygame_text("Dealer's score: " + str(ai_info.score()), 40, 850, 500)
display_hand(ai_info.get_hand()[:], 200)
ai_score.display(starter_class.game_display)
if current_frame == "phase1":
if card_deck.get_length() < 9:
card_deck = logic.Card_deck()
card_deck.shuffle_deck()
else:
card_deck = card_deck
text_var2 = text_blank
player_info = logic.Player(card_deck, player_info.get_money())
ai_info = logic.Player(card_deck)
text_var = text1
current_frame = "phase2"
pygame.display.update()
if current_frame == "phase2":
bet = logic.Bet(100)
if len(player_info.get_hand()) == 2 and player_info.score() == 21:
ai_info.set_hand()
bet.add_bet(50)
current_frame = "phase3"
if event.type == KEYDOWN:
if event.key == pygame.K_h:
if len(player_info.get_hand()) < 10:
player_info.hit()
text_var = text2
if event.key == pygame.K_s:
current_frame = "phase3"
if event.key == pygame.K_d:
bet.add_bet(100)
player_info.hit()
current_frame = "phase3"
if player_info.score() > 21:
current_frame = "phase3"
if current_frame == "phase3":
for i in range(2):
if ai_info.score() < 17 and ai_info.score() < player_info.score() and player_info.score() <= 21:
ai_info.hit()
if player_info.score() > 21 and ai_info.score() <= 21:
text_var2 = text4
player_info.decrease_money(bet.get_bet())
elif player_info.score() == ai_info.score():
text_var2 = text6
#player_info.increase_money(bet.get_bet())
elif player_info.score() <= 21 and ai_info.score() > 21:
text_var2 = text5
player_info.increase_money(bet.get_bet())
elif player_info.score() > ai_info.score():
text_var2 = text5
player_info.increase_money(bet.get_bet())
#player_balance_var = player_info.get_money()
elif player_info.score() < ai_info.score():
text_var2 = text4
player_info.decrease_money(bet.get_bet())
#player_balance_var = player_info.get_money()
else:
text_var2 = text6
current_frame = "phase4"
if current_frame == "phase4":
text_var = text3
display_hand(ai_info.get_hand()[:], 200)
if player_info.get_money() > 50:
if event.type == KEYDOWN:
if event.key == K_q:
crashed = True
if event.key == K_c:
current_frame = "phase1"
else:
text_var2 = text7
text_var = ""
if event.type == KEYDOWN:
if event.key == K_q:
crashed = True
if event.type == pygame.QUIT:
crashed = True
pygame.display.update()
def __init__(self, window: tk.Tk):
self.player = logic.Player()
self.window = window
self.window['bg'] = self.DEFAULT_BG
self.window.geometry('800x600')
self.clicker_colors = [
_from_rgb((255, 255 - i, 255 - i)) for i in range(40, 255)
if i % 40 == 0
]
self.upgrade_colors = [
_from_rgb((255 - i, 255 - i, 255)) for i in range(40, 255)
if i % 40 == 0
]
self.main_label_text = tk.Label(self.window)
self.auto_gain_text = tk.Label(self.window)
self.clicker_buttons_text = [
tk.StringVar()
for i in range(self.player.shop.NUMB_OF_CLICKERS + 1)
]
self.clicker_left_text = [
tk.Label() for i in range(self.player.shop.NUMB_OF_CLICKERS + 1)
]
self.clicker_buttons = [
tk.Button(
self.window,
padx="10",
pady="10",
bg=self.clicker_colors[i % len(self.clicker_colors)],
textvariable=self.clicker_buttons_text[i],
command=self.ButtonCommand(i, self.player, self.window,
self.clicker_buttons_text[i],
self.main_label_text).click_button)
for i in range(self.player.shop.NUMB_OF_CLICKERS)
]
self.main_button_gain = tk.Label()
self.main_button = tk.Button(self.window,
padx='50',
pady='50',
text='Click',
command=self.click_main_button,
bg='green')
self.upgrade_buttons_text = [
tk.StringVar()
for i in range(self.player.shop.NUMB_OF_CLICKERS + 1)
]
self.upgrade_left_text = [
tk.Label() for i in range(self.player.shop.NUMB_OF_CLICKERS + 1)
]
self.upgrade_buttons = [
tk.Button(self.window,
padx="10",
pady="10",
bg=self.upgrade_colors[i % len(self.upgrade_colors)],
textvariable=self.upgrade_buttons_text[i],
command=self.ButtonCommand(
i, self.player, self.window,
self.upgrade_buttons_text[i], self.main_label_text,
self.upgrade_left_text,
self.clicker_left_text).click_upgrade)
for i in range(self.player.shop.NUMB_OF_CLICKERS)
]
self.main_upgrade = tk.Button(self.window,
padx='40',
pady='30',
text='level 1',
command=self.click_main_upgrade,
bg=_from_rgb((0, 150, 0)))
self.main_upgrade_cost = tk.Label()
self.victory = tk.Button(self.window,
padx='40',
pady='20',
text='100 000 to win',
command=self.victory_func,
bg='gold')