def __init__(self):
self.text = Text()
self.myPlayer = Player(self)
self.myEnemy = Enemy(self)
self.quests = Quests(self)
self.zonemap = zonemap
self.equipment_set = equipment_set
def initialize_player(self):
""" (None) -> None
Initialize the player character for use in the game loop.
"""
if not self.player:
player_spritesheet = Spritesheet('player.png', 2, 4)
self.player = Player(self.screen_w // 2, self.screen_h // 2, 7, *player_spritesheet[0:6])
self.player.set_aiming_image(player_spritesheet[6])
def test_randomize_initial_position(self):
test_player = Player()
test_player.randomize_initial_position(self.map_for_player_test)
self.assertIn(test_player.player_x,
range(0, self.map_for_player_test.map_size[0]))
self.assertIn(test_player.player_y,
range(0, self.map_for_player_test.map_size[1]))
def __init__(self):
self.dungeon_map = DungeonMap()
self.player_map = PlayerMap()
self.player = Player()
self.enemy = Enemy()
self.is_game_ongoing = False
self.time = time.clock()
self.enemy_last_position = []
self.enemy_cell = '?'
def __init__(self, scene_manager):
Scene.__init__(self, scene_manager)
self.level = Level()
self.bg = self.level.pre_render_map()
self.allsprites = load_spritesheet_nested(
'assets/character_sprites.png')
self.sprites = pygame.sprite.LayeredDirty()
self.player = Player(self.level, self.allsprites[0], [self.sprites],
(1, 1))
monster = MonsterNPC(self.level, self.allsprites[4], [self.sprites],
(1, 2))
girl = WanderingNPC(self.level, self.allsprites[1], [self.sprites],
(0, 0))
rock = RockNPC(self.level, self.allsprites[3], [self.sprites], (3, 3))
for char in [self.player, girl, rock, monster]:
self.sprites.change_layer(char, 1)
def initialize(self):
self.score = 0
self.time = 60
if self.bgm_on:
pygame.mixer.music.play(-1)
# characters
self.man: Player = Player(300, self.height - 105, 64, 64)
self.goblins: List[Enemy] = []
self.bullets: List[Projectile] = []
# round
self.round = 1
self.pass_score = 50
# loops
self.shoot_loop = 0
self.shoot_interval = 5
self.enemy_loop = 0
self.enemy_interval = 30
self.dead_loop = 0
self.dead_interval = 40
self.is_dead = False
# limits
self.bullets_limit = 5
self.enemies_limit = 3
def divide_cards(self):
"""
Divides cards (Room, Item and Guest):
1. Selects room, murder weapon and killer.
2. Shuffle remaining cards.
3. Splits some cards between Policemen.
4. Creates Players and splits remaining cards between them.
"""
cards = []
cards.extend(Room.rooms)
cards.extend(Item.items)
cards.extend(Guest.guests)
sec = [randint(0, 8), randint(9, 14), randint(15, 20)]
self._secret["room"] = cards[sec[0]]
self._secret["item"] = cards[sec[1]]
self._secret["guest"] = cards[sec[2]]
del cards[sec[2]]
del cards[sec[1]]
del cards[sec[0]]
division = {
3: [2, 2, 2, 6, 6],
4: [2, 1, 2, 4, 5, 4],
5: [2, 1, 1, 3, 4, 3, 4],
6: [1, 1, 1, 3, 3, 3, 3, 3]
}
shuffle(cards)
shuffle(cards)
index = 0
for i in range(division[self._players][0]):
Police.polices[0].add_card(cards[index])
index += 1
for i in range(division[self._players][1]):
Police.polices[1].add_card(cards[index])
index += 1
for i in range(division[self._players][2]):
Police.polices[2].add_card(cards[index])
index += 1
for i in range(self._players - 1):
p = Player("Player " + str(i + 1), "")
for j in range(division[self._players][i + 3]):
p.add_card(cards[index])
index += 1
def __init__(self):
pygame.init()
self.__screen = pygame.display.set_mode([screen_width, screen_height])
self.__clock = pygame.time.Clock()
self.__player = Player(self.__screen, Vector(0, 0), 50, 50)
self.__finish = Surface(self.__screen, Vector(2400, 200),
platform_width, platform_height)
self.__platform = (Surface(self.__screen, Vector(20, 240),
platform_width, platform_height),
Surface(self.__screen, Vector(640, 300),
platform_width, platform_height),
Surface(self.__screen, Vector(940, 240),
platform_width, platform_height),
Surface(self.__screen, Vector(1340, 300),
platform_width, platform_height),
Surface(self.__screen, Vector(1640, 460),
platform_width, platform_height),
Surface(self.__screen, Vector(2000, 300),
platform_width, platform_height))
def __init__(self, game):
""" Initialise game run """
self.game = game
self.screen = self.game.screen
self.settings = self.game.settings
# create and draw grid
self.grid = Grid(self)
# create sprite groups
self.characters_group = pygame.sprite.Group(
) # used for all characters (player and enemies)
self.hp_counters_group = pygame.sprite.Group(
) # used for all HP counter (player and enemies)
self.enemies_group = pygame.sprite.Group(
) # used for enemy characters only
# create player
self.player = Player(self, self.grid.tiles_dict["player_tile"][0])
self.characters_group.add(self.player)
def initialize(self):
self.player = Player(self, batch=self.batch)
self.gravitoids.append(self.player)
self.sprites.append(self.player)
# a countdown clock. Countdown to success.
self.timer = Countdown(self, batch=self.batch)
self.sprites.append(self.timer)
# winning and losing ghosts.
# will be a list of GhostOutcome tuples (ghost, win? True/False)
self.ghosts_of_christmas_past = []
def start_game(self):
self.mapmask = BitMask32(0x1)
self.itemmask = BitMask32(0x2)
self.map = Map("models/roem.bam")
self.player = Player()
self.load_sound()
self.monsters = []
self.monsters.append(Monster())
self.text_a = OnscreenText(text="HENDRIK-JAN'S",
fg=(0, 0, 0, 1),
scale=0.06,
font=self.font)
self.text_a.set_pos(-0.3, 0, 0.3)
self.set_text_style(self.text_a)
self.text_b = OnscreenText(text="SYNDACTYLY",
fg=(0, 0, 0, 1),
scale=0.23,
font=self.font)
self.set_text_style(self.text_b)
self.text_b.textNode.setShadow(0.02, 0.02)
self.text_c = OnscreenText(
text="listen closely (headphones essential)",
fg=(1, 1, 1, 1),
scale=0.04,
font=self.font)
self.text_c.set_pos(0, 0, 0. - 0.15)
self.text_d = OnscreenText(text="hold left or right arrow to start",
fg=(1, 1, 1, 1),
scale=0.04,
font=self.font)
self.text_d.set_pos(0, 0, -0.1)
self.text_shown = True
self.taskMgr.add(self.update)
class WorldScene(Scene):
def __init__(self, scene_manager):
Scene.__init__(self, scene_manager)
self.level = Level()
self.bg = self.level.pre_render_map()
self.allsprites = load_spritesheet_nested(
'assets/character_sprites.png')
self.sprites = pygame.sprite.LayeredDirty()
self.player = Player(self.level, self.allsprites[0], [self.sprites],
(1, 1))
monster = MonsterNPC(self.level, self.allsprites[4], [self.sprites],
(1, 2))
girl = WanderingNPC(self.level, self.allsprites[1], [self.sprites],
(0, 0))
rock = RockNPC(self.level, self.allsprites[3], [self.sprites], (3, 3))
for char in [self.player, girl, rock, monster]:
self.sprites.change_layer(char, 1)
#self.resume()
def resume(self):
self._screen.fill((0, 0, 0))
self._screen.blit(self.bg, (0, 0))
pygame.display.flip()
for char in self.sprites:
char.dirty = 1
def process_input(self, action):
""" Return the name of the scene to execute next.
Return None if scene is unchanged.
"""
action_to_dir = {
BTN_UP: DIR_N,
BTN_DOWN: DIR_S,
BTN_LEFT: DIR_W,
BTN_RIGHT: DIR_E
}
if action not in action_to_dir.keys():
return None
direction = action_to_dir[action]
trigger_encounter = self.player.try_moving_towards(direction)
if trigger_encounter:
return SCN_ENCOUNTER
def tick(self, fps):
self.sprites.clear(self._screen, self.bg)
self.sprites.update(fps)
changed_rects = self.sprites.draw(self._screen)
pygame.display.update(changed_rects)
def main():
pygame.init()
BACKGROUND_COLOR = (144, 201, 120)
WINDOW_SIZE = (400, 300)
screen = pygame.display.set_mode(WINDOW_SIZE)
pygame.display.set_caption('text')
clock = pygame.time.Clock()
FPS = 60
player = Player('hero', 50, 184, 1, 4, screen)
moving_left = False
moving_right = False
run = True
level = map.Map('test_scene.tmx', 'data/maps')
level.convert_images()
level.get_rect_tiles()
while run:
for event in pygame.event.get():
if event.type == QUIT:
run = False
if event.type == pygame.KEYDOWN:
if event.key == K_a:
moving_left = True
if event.key == K_d:
moving_right = True
if event.key == K_w and not player.in_air:
player.jump = True
if event.type == pygame.KEYUP:
if event.key == K_a:
moving_left = False
if event.key == K_d:
moving_right = False
if event.key == K_ESCAPE:
run = False
screen.fill(BACKGROUND_COLOR)
player.move(moving_left, moving_right, level.dict_tiles)
level.render(screen)
player.draw()
pygame.display.update()
clock.tick(FPS)
pygame.quit()
sys.exit()
def test_valid_move(self):
valid_moves = [('w', 'You have moved up'),
('a', 'You have moved left'),
('s', 'You have moved down'),
('d', 'You have moved right')]
test_player = Player()
test_player.randomize_initial_position(self.map_for_player_test)
test_player.player_x = self.map_for_player_test.map_size[0] / 2
test_player.player_y = self.map_for_player_test.map_size[1] / 2
for move, move_message in valid_moves:
with self.assertLogs(my_logger, level=logging.INFO) as log:
result = test_player.make_move(
move, *self.map_for_player_test.map_size)
self.assertTrue(result)
self.assertEqual(log.output[0],
''.join(["INFO:dungeon_logger:", move_message]))
def main():
choice = MainMenuPrompt()
if choice == 'n':
NewGame()
elif choice == 'l':
LoadGame()
elif choice == 'e':
Exit()
else:
print("Invalid Option!")
hero = Player("John")
newMap = Map(10, 10)
for _ in range(3):
newMap.addCharacter(Monster())
newMap.addCharacter(hero)
while True:
os.system("clear")
print(newMap)
newMap.update()
Primary Program Variables and initialization
"""
#intro = open('txt/intro.txt')
#intro = intro.readlines()
#t = 3.0
#for items in intro:
# print items
# time.sleep(t)
# t -= 0.1
actions = ['ask', 'demand', 'give', 'hold', 'look', 'take', 'me']
movement = ['hop', 'skip', 'jump', 'retreat']
board = Board(3)
player = Player('Mysterious Player', 'The Mysterious Player you control in a mysterious fashion')
command = ''
current_room = board.getRoom(player.location)
"""
initialize Twitter authorization and access
"""
consumer_key ='pHe4zVpJynRtg0QcuFng'
consumer_secret = 'zOxKCbTKnL7NnDh64MB7jurQouR7Kr02d1WNhB0qc'
access_token = '87458583-HxhtzCcc6Qcq3qfsXN9zJij5pukfvv8jo2Cgc2XlA'
access_token_secret = '6mpCNqHdw98vdFeupb7oDEYIqlz35LVn1WdVixFnOUhZc'
auth = tweepy.OAuthHandler(consumer_key, consumer_secret)
auth.set_access_token(access_token, access_token_secret)
from character import Player
from attack_kind import FireAttackKind, IceAttackKind
from monsters import FireMonster, IceMonster, StoneMonster, KungfuMonster, ArrowMonster
fm = FireMonster()
im = IceMonster()
sm = StoneMonster()
kfm = KungfuMonster()
monsters = []
monsters.extend((fm, im, sm, kfm))
# Dependency Injection : DI --> main.py 에서
player = Player('john', 120, 20, FireAttackKind(), IceAttackKind())
for mon in monsters:
player.attack(mon, 'Fire')
for mon in monsters:
print(mon.get_attack_kind())
mon.attack(player, mon.get_attack_kind())
new_mon = ArrowMonster()
print(player)
escape_call = Escape()
while True:
pygame.time.Clock().tick(40)
pos = pygame.mouse.get_pos()
if rect.collidepoint(pos):
screen.blit(cont_go, rect)
else:
screen.blit(cont_no, rect)
for event in pygame.event.get():
if event.type == QUIT:
pygame.quit()
sys.exit()
elif event.type == pygame.KEYDOWN:
if event.key == pygame.K_ESCAPE:
escape_call.escape_menu(screen)
break
elif event.type == MOUSEBUTTONDOWN:
if rect.collidepoint(pos):
return
pygame.display.update()
if __name__ == '__main__':
pygame.display.init()
screen = pygame.display.set_mode((SCREEN_WIDTH, SCREEN_HEIGHT))
player = Player()
repair(screen, player, None)
def play():
player = Player('Bill')
bad = Player('Baddy')
bad.inventory('add', {u'description': 'GUN4',
u'dmg': [1, 2, 3],
u'load': 3,
u'name': u'P3distol 4',
u'reqs': u'Needs more fun',
u'title': u'TITLE4',
u'value': 6})
bad.inventory('add', {u'description': 'GUN4',
u'dmg': [1, 2, 3],
u'load': 3,
u'name': u'3distol 4',
u'reqs': u'Needs more fun',
u'title': u'ITLE4',
u'value': 67})
player.inventory('add', {u'description': 'GUNt4',
u'dmg': [1, 2, 3],
u'load': 3,
u'name': u'tt3distol 4',
u'reqs': u'Needs more fun',
u'title': u'tITLEtt4',
u'value': 666})
player.inventory('add', {u'description': 'GUaaasdasdNt4',
u'dmg': [1, 2, 3],
u'load': 3,
u'name': u'tt3distol 4',
u'reqs': u'Needs more fun',
u'title': u'tITLEtt4',
u'value': 6})
player.inventory('add', {u'description': 'wGUNt4',
u'dmg': [1, 2, 3],
u'load': 3,
u'name': u't4t3distol 5',
u'reqs': u'Needs more fun',
u'title': u'tITLEtt4',
u'value': 66})
player.inventory('add', {u'description': 'wGUNt4',
u'dmg': [1, 2, 3],
u'load': 3,
u'name': u't4t3distol 5',
u'reqs': u'Needs more fun',
u'title': u'tITLEtt4',
u'value': 66})
playermove = Do.roll()
print playermove
act = Fight(player,bad)
return act.combat()
class Game:
"""
Main game class
Contains other game classes: dungeon map, player map, player itself
"""
def __init__(self):
self.dungeon_map = DungeonMap()
self.player_map = PlayerMap()
self.player = Player()
@log_decorator
def setup_game(self):
"""
Game startup method: user should choose between playing new game or loading save
"""
my_logger.debug("Game start choice")
start_game_choice = input(
'Enter "y" if you want to play a new game or\n"load" if you want to load existing game:\n'
)
my_logger.debug("Game start choice handling")
if start_game_choice == "load":
self.load_game()
else:
map_request = input(
'Enter preferable map size in format "width:height", or just press enter to play with default map:\n'
)
my_logger.info("Generating map...")
if not len(map_request):
map_size = [20, 10]
else:
map_size = [int(token) for token in map_request.split(':')]
self.dungeon_map.set_map_size(*map_size)
self.dungeon_map.generate_map()
my_logger.info("Map has been generated successfully!")
self.player_map.set_map_size(*map_size)
self.player_map.init_map()
self.player.reset()
self.player.randomize_initial_position(self.dungeon_map)
self.player_map.update_map(self.dungeon_map, self.player.player_x,
self.player.player_y)
self.player_map.draw_map()
@log_decorator
def load_game(self):
"""
Game load (pickle!)
"""
my_logger.info("Loading game...")
in_file = open('dungeon.sav', 'rb')
data = pickle.load(in_file)
[
self.dungeon_map.dungeon_map, self.dungeon_map.map_size,
self.player_map.dungeon_map, self.player.player_x,
self.player.player_y, self.player.health, self.player.treasures
] = data
my_logger.info("Game has been loaded!")
@log_decorator
def save_game(self):
"""
Game save (pickle!)
"""
data = [
self.dungeon_map.dungeon_map, self.dungeon_map.map_size,
self.player_map.dungeon_map, self.player.player_x,
self.player.player_y, self.player.health, self.player.treasures
]
out_file = open('dungeon.sav', 'wb')
pickle.dump(data, out_file)
@log_decorator
def run_farame(self):
"""
Game frame. Returns true if game could be resumed and false otherwise
"""
ret_value = True
move = input(
'\nEnter your move, please (w - up, d - right, s - down, a - left), or "save" for save game:\n'
)
if move == "save":
self.save_game()
ret_value = False
self.player.make_move(move, *self.dungeon_map.map_size)
self.player_map.update_map(self.dungeon_map, self.player.player_x,
self.player.player_y)
self.player_map.draw_map()
if self.dungeon_map.get_cell_content(self.player.player_x,
self.player.player_y) == 'T':
self.dungeon_map.set_cell_content(self.player.player_x,
self.player.player_y, '-')
self.player.add_treasure()
elif self.dungeon_map.get_cell_content(self.player.player_x,
self.player.player_y) == 'X':
self.dungeon_map.set_cell_content(self.player.player_x,
self.player.player_y, '-')
self.player.apply_damage()
self.player.draw_character()
if self.player.is_dead():
my_logger.info("\n}}}This is a trap! You loose!{{{\n")
ret_value = False
elif self.player.is_winner():
my_logger.info("\n>>>This is a treasure! You are victorious!<<<\n")
ret_value = False
return ret_value
class Game:
"""
Main game class
Contains other game classes: dungeon map, player map, player itself
"""
def __init__(self):
self.dungeon_map = DungeonMap()
self.player_map = PlayerMap()
self.player = Player()
@log_decorator
def setup_new_game(self):
"""
This function is used to generate new map of size, specified by user
"""
while True:
map_request = input(
'Enter preferable map size in format "width:height", or just press enter to play with default map:\n'
)
my_logger.info("Generating map...")
if not len(map_request):
map_size = [20, 10]
break
else:
try:
map_size = [int(token) for token in map_request.split(':')]
break
except ValueError as val_error:
my_logger.exception(val_error)
my_logger.error("Try to enter map size once again!")
self.dungeon_map.set_map_size(*map_size)
self.dungeon_map.generate_map()
my_logger.info("Map has been generated successfully!")
self.player_map.set_map_size(*map_size)
self.player_map.init_map()
self.player.reset()
self.player.randomize_initial_position(self.dungeon_map)
@log_decorator
def setup_game(self):
"""
Game startup method: user should choose between playing new game or loading save
"""
my_logger.debug("Game start choice")
start_game_choice = input(
'Enter "y" if you want to play a new game or\n"load" if you want to load existing game:\n'
)
my_logger.debug("Game start choice handling")
if start_game_choice == "load":
try:
self.load_game()
except (FileNotFoundError, pickle.UnpicklingError) as file_error:
my_logger.exception(file_error)
if isinstance(file_error, FileNotFoundError):
my_logger.error(
"There is no dungeon.sav file! Start a new game instead!"
)
elif isinstance(file_error, pickle.UnpicklingError):
my_logger.error(
"dungeon.sav file is corrupted! Start a new game instead!"
)
self.setup_new_game()
else:
self.setup_new_game()
self.player_map.update_map(self.dungeon_map, self.player.player_x,
self.player.player_y)
self.player_map.draw_map()
@log_decorator
def load_game(self):
"""
Game load (pickle!)
"""
my_logger.info("Loading game...")
in_file = open('dungeon.sav', 'rb')
data = pickle.load(in_file)
[
self.dungeon_map.dungeon_map, self.dungeon_map.map_size,
self.player_map.dungeon_map, self.player.player_x,
self.player.player_y, self.player.health, self.player.treasures
] = data
my_logger.info("Game has been loaded!")
@log_decorator
def save_game(self):
"""
Game save (pickle!)
"""
data = [
self.dungeon_map.dungeon_map, self.dungeon_map.map_size,
self.player_map.dungeon_map, self.player.player_x,
self.player.player_y, self.player.health, self.player.treasures
]
try:
out_file = open('dungeon.sav', 'wb')
except PermissionError as premission_error:
my_logger.exception(premission_error)
my_logger.error(
"Unable to save game! So sorry! But you can play again!")
pickle.dump(data, out_file)
@log_decorator
def run_farame(self):
"""
Game frame. Returns true if game could be resumed and false otherwise
"""
ret_value = True
move = input(
'\nEnter your move, please (w - up, d - right, s - down, a - left), or "save" for save game:\n'
)
if move == "save":
self.save_game()
ret_value = False
self.player.make_move(move, *self.dungeon_map.map_size)
self.player_map.update_map(self.dungeon_map, self.player.player_x,
self.player.player_y)
self.player_map.draw_map()
if self.dungeon_map.get_cell_content(self.player.player_x,
self.player.player_y) == 'T':
self.dungeon_map.set_cell_content(self.player.player_x,
self.player.player_y, '-')
self.player.add_treasure()
elif self.dungeon_map.get_cell_content(self.player.player_x,
self.player.player_y) == 'X':
self.dungeon_map.set_cell_content(self.player.player_x,
self.player.player_y, '-')
self.player.apply_damage()
self.player.draw_character()
if self.player.is_dead():
my_logger.info("\n}}}This is a trap! You loose!{{{\n")
ret_value = False
elif self.player.is_winner():
my_logger.info("\n>>>This is a treasure! You are victorious!<<<\n")
ret_value = False
return ret_value
i, len1 = 0,len(mazeRender) while i < len1: j, len2 = 0,len(mazeRender[i]) while j < len2: if mazeRender[i][j][0] == 0 or mazeRender[i][j][0] == 1 or mazeRender[i][j][0] == 2 or mazeRender[i][j][0] == 3 or mazeRender[i][j][0] == 4: #Represents walking paths, white snow block pygame.draw.rect(window,(255,250,250),((i)*blocksW,(j)*blocksH,blocksW,blocksH)) if mazeRender[i][j][1] == 1: #Represents Bomb, Black pygame.draw.rect(window, (0,0,0),((i)*blocksW,(j)*blocksH,blocksW,blocksH)) if mazeRender[i][j][1] == 2: #Represents explosion, orange pygame.draw.rect(window,(255,165,0),((i)*blocksW,(j)*blocksH,blocksW,blocksH)) if mazeRender[i][j][0] == 1: #Represents player 1. blue Bomberman = Player(i,j,blocksW-10,blocksH-10) playerPos = [i,j] values = Bomberman.renderValues() pygame.draw.rect(window,(0,0,255),(((values[0])*blocksW)+4,((values[1])*blocksH)+4,values[2],values[3])) if mazeRender[i][j][0] == 2: #Represents player 2. Red NumNPC -=1 NPCs.append(NPC(i,j,blocksW-10,blocksH-10,1,playerPos)) values = NPCs[0].renderValues() pygame.draw.rect(window,(255,0,0),(((values[0])*blocksW)+4,((values[1])*blocksH)+4,values[2],values[3])) if mazeRender[i][j][0] == 3: #Represents player 3. Green NumNPC -=1 NPCs.append(NPC(i,j,blocksW-10,blocksH-10,2,playerPos)) values = NPCs[1].renderValues() pygame.draw.rect(window,(0,200,0),(((values[0])*blocksW)+4,((values[1])*blocksH)+4,values[2],values[3]))
def __init__(self, config=None):
"""Create a game world using the supplied configuration details.
If no config specified, then use default_config world configuration.
The game world has: title, rooms, characters, items, messages,
and the success criteria.
"""
# use default_config is none supplied
if config == None:
config = default_config
# instance variables for a world
self.title = config['title']
self.rooms = {}
self.items = {}
self.characters = {}
self.player = None
self.messages = config['messages']
self.success = config['success']
# populate the world using the configuration details
try:
# configure rooms
doing = "rooms"
# room config has: (name, description, key_item, used_msg)*
keyitems = [] # list of key items to config later
for conf in config['rooms']:
self.rooms[conf[0]] = Room(conf[0], conf[1])
if conf[3] != None: # key items to be set when have items
keyitems.append(
(conf[0], conf[2], conf[3])) # (room, item, msg)
# configure links between rooms
doing = "links"
# links config has: (room1, direction1, room2, direction2)*
for conf in config['links']:
self.rooms[conf[0]].link_room(self.rooms[conf[2]], conf[1],
conf[3])
# configure items
doing = "items"
# items config has: (name, description, location)
player_items = [] # list of player items to config later
for conf in config['items']:
self.items[conf[0]] = Item(conf[0], conf[1])
if conf[2] in self.rooms: # place item in room
self.rooms[conf[2]].leave(self.items[conf[0]])
else: # item on character to add later
player_items.append((conf[0], conf[2]))
# now configure key_items in rooms - has (room, item, msg)
doing = "key_items"
for conf in keyitems:
self.rooms[conf[0]].set_key_item(self.items[conf[1]], conf[2])
# configure characters (enemies, friends, player)
doing = "enemies"
# links config has: (name, description, conversation, location, weakness, defeat_msg)*
for conf in config['enemies']:
self.characters[conf[0]] = Enemy(conf[0], conf[1])
self.characters[conf[0]].set_conversation(conf[2])
self.characters[conf[0]].move_to(self.rooms[conf[3]])
if conf[4] != None:
self.characters[conf[0]].set_weakness(
self.items[conf[4]], conf[5])
doing = "friends"
# friends config has: (name, description, conversation, location, desire, thank_msg)*
for conf in config['friends']:
self.characters[conf[0]] = Friend(conf[0], conf[1])
self.characters[conf[0]].set_conversation(conf[2])
self.characters[conf[0]].move_to(self.rooms[conf[3]])
if conf[4] != None:
self.characters[conf[0]].set_desires(
self.items[conf[4]], conf[5])
doing = "players"
# players config has: (name, description, location)*
num_players = 0
for conf in config['players']:
self.characters[conf[0]] = Player(conf[0], conf[1])
self.characters[conf[0]].move_to(self.rooms[conf[2]])
self.player = self.characters[conf[0]]
num_players += 1
if num_players != 1:
print("You can only have 1 player character in the game!")
# now configure player_items on characters - has (item, character)
doing = "player_items"
for conf in player_items:
self.characters[conf[1]].add(self.items[conf[0]])
except (IndexError, KeyError, ValueError) as msg:
print("### Error: Incorrect format or values in " + doing +
" config: " + str(conf))
print(str(msg))
raise
class Level(event.EventDispatcher):
def __init__(self, p_window):
self.p_window = p_window
winx, winy = self.p_window.get_size()
self.camera = camera.Camera(0,0, winx, winy, 50)
self.over = False
# Setup background, draw batch, spritelist, player
self.background = load(fp('background.png'))
self.batch = graphics.Batch()
self.sprites = []
self.player = None
self.surface_y = 195
self.gravitoids = []
self.enemies = []
self.initialize()
# Setup the level
def initialize(self):
self.player = Player(self, batch=self.batch)
self.gravitoids.append(self.player)
self.sprites.append(self.player)
# a countdown clock. Countdown to success.
self.timer = Countdown(self, batch=self.batch)
self.sprites.append(self.timer)
# winning and losing ghosts.
# will be a list of GhostOutcome tuples (ghost, win? True/False)
self.ghosts_of_christmas_past = []
# Connect the level's handlers, to the window's dispatchers
def connect(self):
self.p_window.push_handlers( self.on_update, self.on_draw )
# Pop the window's newest added handlers, hopefully this level's!
def disconnect(self):
self.p_window.pop_handlers()
# Gets called once per tick by the game_window
def on_update(self, dt):
player_box = self.player.get_collision_box()
for e in self.enemies:
if e.get_collision_box().isCollide(*player_box.get_values()):
try:
self.handle_the_dead(e)
except ValueError:
# lost the game!
self.batch = graphics.Batch()
self.sprites[:] = []
self.background = load(fp('loser.png'))
self.over = True
self.do_gravity(dt)
if not self.over:
self.dispatch_event('on_level_update', dt, self.camera)
self.game_strategy(dt)
def game_strategy(self, dt):
"""
Game strategising comes into play here.
A countdown is created and then once the time is up, a new ghost
appears and countdown clock begins ticking again.
"""
if self.timer.alarm:
if self.enemies and self.enemies[-1].x == 700:
return
self.timer.reset(random.randint(2, 5))
enemy = Enemy(self, batch=self.batch)
self.sprites.append(enemy)
self.enemies.append(enemy)
def do_gravity(self, dt):
for g in self.gravitoids:
if g.y <= self.surface_y:
g.velocity_y = 0
g.y = self.surface_y
g.touch_ground = True
else:
g.velocity_y -= settings.GRAVITY * dt
def char_punch(self, attack_box):
"""
If a character punches an enemy, the enemy dies and goes to the
naughty corner.
"""
if not self.player.orientation_right:
return
for e in self.enemies:
if attack_box.isCollide(*e.get_collision_box().get_values()):
try:
self.player_is_victorious_with_punch(e)
except TypeError:
self.batch = graphics.Batch()
self.sprites[:] = []
self.over = True
self.background = load(fp('winner.png'))
# Gets called once per tick by the game loop
def on_draw(self):
self.p_window.clear()
self.background.blit(0,0)
self.batch.draw()
# Called by dispatcher on game_window, when required
def on_key_press(self, symbol, modifiers):
"""
Look for left and right arrows.
"""
handlers = {
key.ESCAPE: self.handle_quit,
pyglet.window.key.UP: self.handle_up_down,
pyglet.window.key.LEFT: self.handle_left_down,
pyglet.window.key.RIGHT: self.handle_right_down}
try:
handler = handlers[symbol]
except KeyError:
pass
else:
handler()
def handle_up_down(self):
"""
Make character jump.
"""
if self.player:
if not self.player.movement:
self.player.jump()
def handle_left_down(self):
"""
Move character left.
"""
if self.player:
if not self.player.movement:
self.player.step_left()
def handle_right_down(self):
"""
Move character right.
"""
if self.player:
if not self.player.movement:
self.player.step_right()
def handle_quit(self):
self.p_window.reset()
def player_is_victorious_with_punch(self, ghost):
"""
The player has successfully punched the ghost!
"""
ghost.set_dead()
punched_ghosts = filter(lambda x: not x.won, self.ghosts_of_christmas_past)
if len(punched_ghosts) >= 3:
raise TypeError
try:
maxx = punched_ghosts[-1].ghost.x
except IndexError:
maxx = 0
newx = maxx + ghost.width + 10
ghost.x, ghost.y = newx, 50
self.ghosts_of_christmas_past.append(
GhostOutcome(ghost, False))
def handle_the_dead(self, ghost):
"""
The ghost has hit our player! thats a bad thing.
Put the ghost up on a victory tally somewhere..
If there has been three dead already. Exit the game.
"""
ghost.set_dead()
victorious_ghosts = filter(lambda x: x.won, self.ghosts_of_christmas_past)
if len(victorious_ghosts) >= 3:
raise ValueError
try:
minx = victorious_ghosts[-1].ghost.x
except IndexError:
minx = settings.RESOLUTION[0]
newx = minx - ghost.width - 10
ghost.x, ghost.y = newx, 50
self.ghosts_of_christmas_past.append(
GhostOutcome(ghost, True))
class Level(object):
""" Level class that keeps track of all level objects and visuals. """
def __init__(self, path_img, wall_img):
""" (str, str) -> Level
Instantiate a blank level.
"""
# ----- Parameter-based properties -----
self.path_image = load_image(path_img)
self.wall_image = load_image(wall_img)
# ----- Intersections, rooms, paths -----
self.directions = [] # List of integers for intersection directions
self.paths = [] # List of path Rect objects
self.rooms = [] # List of room Rect objects
self.path_width = 260 # Width of each path
self.wall_width = 35 # Thickness of each wall
self.wall_surfaces = [] # List of wall (outer) Surfaces for rooms and paths
self.floor_surfaces = [] # List of floor (inner) Surfaces
# ----- Level objects -----
self.items = []
self.ammo = 15
self.key = None
self.blood = []
# ----- Characters -----
self.player = None
self.enemies = []
# ----- I/O -----
self.keys = None
self.mouse_buttons = [0] * 3
# ----- Other -----
self.bullets = [] # List of active bullets
self.endpoint = [] # [x, y] co-ordinates of the end of the level
self.screen_w = None # Screen width and height
self.screen_h = None # This data will be obtained later
self.level_num = 1 # Current level number
@staticmethod
def get_opposite_dir(direction):
""" (int) -> int
Returns an integer index representing the opposite direction.
"""
return (2 + direction) % 4
def populate_directions(self, numdirections):
""" (int) -> None
Determine path directions (directions are integers from 0 to 3).
"""
self.directions = []
while len(self.directions) < numdirections:
try:
possible_dirs = []
for i in range(4):
prev_dir = self.directions[-1]
if prev_dir != i and prev_dir != self.get_opposite_dir(i):
possible_dirs.append(i)
self.directions.append(choice(possible_dirs))
self.populate_paths()
collision = self.paths[-1].collidelist(self.rooms) != -1 or\
self.paths[-1].collidelist(self.paths[:-1]) != -1
while collision and len(possible_dirs) > 1:
possible_dirs.remove(self.directions[-1])
del self.directions[-1]
self.directions.append(choice(possible_dirs))
self.populate_paths()
collision = self.paths[-1].collidelist(self.rooms) != -1 or \
self.paths[-1].collidelist(self.paths[:-1]) != -1
if collision:
return
except IndexError:
self.directions.append(randint(0, 3))
def increment(self):
""" (None) -> None
Resets all relevant level objects and increments the level number by 1.
"""
self.level_num += 1
self.generate()
def populate_paths(self):
""" (None) -> None
Using the generated directions, create physical path Rects.
"""
self.paths = []
x = self.rooms[0].centerx
y = self.rooms[0].centery
if self.directions[0] == 0:
x += self.rooms[0].width // 2
elif self.directions[0] == 2:
x -= self.rooms[0].width // 2
elif self.directions[0] == 1:
y -= self.rooms[0].height // 2
else:
y += self.rooms[0].height // 2
for direction in self.directions:
path_length = randint(3 * self.path_width, 7 * self.path_width)
if direction == 0:
self.paths.append(pygame.Rect(x, y, path_length, self.path_width))
x += (path_length - self.path_width)
elif direction == 2:
self.paths.append(pygame.Rect(x - path_length, y, path_length, self.path_width))
x -= path_length
elif direction == 1:
self.paths.append(pygame.Rect(x, y - path_length, self.path_width, path_length))
y -= path_length
else:
self.paths.append(pygame.Rect(x, y, self.path_width, path_length))
y += (path_length - self.path_width)
# Determine the level endpoint
sample_lock = Lock(x, y, 'lock_blue.png')
lock_rect = sample_lock.rect.inflate(10, 10).clamp(self.paths[-1])
self.endpoint = list(lock_rect.topleft)
def populate_output_surfaces(self):
""" (None) -> None
Caches each level object as a list of Surfaces to accelerate and facilitate blitting.
"""
self.wall_surfaces = []
self.floor_surfaces = []
for rect in self.paths + self.rooms:
# Create a blank surface to use for the "floor" of each room and hallway.
floor_surface = pygame.Surface(rect.size).convert()
# Tile the floor tiles all over the newly created Surface, starting from the origin (0, 0).
self.tile(self.path_image, floor_surface, pygame.Rect((0, 0), rect.size))
# Add the floor surface to the internal list of all floor surfaces.
self.floor_surfaces.append(floor_surface)
# Calculate an enlarged Rect to use for the outer wall.
wall_rect = rect.inflate(2 * self.wall_width, 2 * self.wall_width)
# Perform the same steps as above, except for the wall tiles instead of the floor tiles.
wall_surface = pygame.Surface(wall_rect.size).convert()
self.tile(self.wall_image, wall_surface, pygame.Rect((0, 0), wall_rect.size))
self.wall_surfaces.append(wall_surface)
def add_pass_through_rooms(self, x=5):
""" (None, [int]) -> None
Attempt to add 'x' number of rooms such that the paths go through the rooms.
"""
if len(self.rooms) > 1:
self.rooms = [self.rooms[0]]
descending_paths = self.paths[:]
descending_paths.sort(key=lambda r: max(r.width, r.height))
descending_paths.reverse()
for i in range(x):
try:
height = width = max(descending_paths[i].width, descending_paths[i].height) // 5
top = descending_paths[i].centery - height // 2
left = descending_paths[i].centerx - width // 2
if width - self.path_width > 40:
self.rooms.append(pygame.Rect(left, top, width, height))
except IndexError:
print('WARNING: Attempted to add pass-through room to nonexistent path!')
def add_item(self, image, type='food'):
room = choice(self.rooms + self.paths)
x = randint(room.left, room.right - image.get_width())
y = randint(room.top, room.bottom - image.get_height())
self.items.append(Item(image, x, y, type))
def generate(self, game=None):
""" (None, Game) -> None
Generate a pseudorandom world with the given Game instance.
"""
# Generate the central room.
self.rooms = []
if game is not None:
self.screen_w = w = game.screen_w
self.screen_h = h = game.screen_h
else:
w = self.screen_w
h = self.screen_h
room_size = 3 * self.path_width // 2
self.rooms.append(pygame.Rect(w // 2 - room_size, h // 2 - room_size, 2 * room_size, 2 * room_size))
# Determine path directions (Directions are integers from 0-3).
self.populate_directions(2 * self.level_num + 3)
# Convert the directions to paths.
self.populate_paths()
# Add pass-through room areas.
self.add_pass_through_rooms(abs(len(self.paths) - 2))
# Cache level object Surfaces
self.populate_output_surfaces()
# Prepare game objects.
self.initialize_player()
enemy_sheet = Spritesheet('zombiebasic.png', 4, 3)
regular_zombie_images = list(enemy_sheet[0:3]) + list(enemy_sheet[4:7])
weak_zombie_images = [load_image('zombie.png')]
num_enemies = len(self.rooms) * 2
self.enemies = []
for x, y in self.get_multiple_enemy_locations(num_enemies):
if randint(0, 1):
self.enemies.append(Enemy(x, y, 4, *regular_zombie_images))
self.enemies[-1].health = randint(2, 3) * 50
else:
self.enemies.append(Enemy(x, y, 5, *weak_zombie_images))
self.enemies[-1].health = 50
self.lock = Lock(self.endpoint[0], self.endpoint[1], 'lock_blue.png')
# Add food and pickups
self.items = []
num_foods, num_health_packs, num_ammo_packs = 3 * len(self.rooms) // 2, \
len(self.rooms) // 2, len(self.rooms) // 3 + 1
food_images = Spritesheet('food.png', 14, 8) # Spritesheet object for food items
food_images *= 1.4 # Enlarge the spritesheet
icon_images = Spritesheet('icons.png', 3, 2) # Spritesheet object for icons
icon_images *= 1.5
health_pack_image = icon_images[0] # Extract the health pack image
ammo_pack_image = load_image('ammo.png')
for i in range(num_foods):
image = choice(food_images[:])
self.add_item(image)
for i in range(num_health_packs):
self.add_item(health_pack_image, 'health')
for i in range(num_ammo_packs):
self.add_item(ammo_pack_image, 'ammo')
self.blood = []
self.blood_images = enemy_sheet[10], enemy_sheet[9] # Large and small blood splatter
# Add a key
image = load_image('keyblue.png')
room = choice(self.rooms)
x = randint(room.left, room.right - image.get_width())
y = randint(room.top, room.bottom - image.get_height())
self.key = Key(x, y, image)
def shift(self, dx, dy):
""" (int, int) -> None
Shift the entire level by the given increments (+x, +y is right and down).
"""
for rect in self.paths + self.rooms:
rect.move_ip(dx, dy)
for thing in self.blood + self.enemies + self.items + self.bullets + [self.lock] + [self.key]:
thing.shift(dx, dy)
def get_multiple_enemy_locations(self, x):
""" (int) -> list
Return a list with size "x" of [x, y] position lists that represent
appropriate enemy spawn locations.
"""
enemy_locations = []
rooms = self.rooms[1:] + self.paths[1:]
for i in range(x):
rect = rooms[i % len(rooms)]
offset_x = randint(-rect.width // 4, rect.width // 4)
offset_y = randint(-rect.height // 4, rect.height // 4)
enemy_locations.append([rect.centerx + offset_x, rect.centery + offset_y])
return enemy_locations
def is_collision(self, point):
""" (Rect) -> bool
Return True if the given point collides with any wall, False otherwise.
"""
for rect in self.paths + self.rooms:
if rect.collidepoint(point):
return False
return True
def initialize_player(self):
""" (None) -> None
Initialize the player character for use in the game loop.
"""
if not self.player:
player_spritesheet = Spritesheet('player.png', 2, 4)
self.player = Player(self.screen_w // 2, self.screen_h // 2, 7, *player_spritesheet[0:6])
self.player.set_aiming_image(player_spritesheet[6])
def update_player(self):
""" (None) -> None
Update the player object based on user inputs.
"""
# Gather info
should_shoot = pygame.mouse.get_pressed()[0] and not self.mouse_buttons[0]
self.keys = pygame.key.get_pressed()
self.mouse_buttons = pygame.mouse.get_pressed()
up, down, left, right = self.keys[K_w], self.keys[K_s], self.keys[K_a], self.keys[K_d]
self.player.aiming = pygame.mouse.get_pressed()[-1]
# Set the player's direction
if left: self.player.set_direction(LEFT)
elif up: self.player.set_direction(UP)
elif right: self.player.set_direction(RIGHT)
elif down: self.player.set_direction(DOWN)
else: self.player.set_direction()
# Override the player's direction if they're aiming
if self.player.aiming:
self.player.rotate(pygame.mouse.get_pos()[0], pygame.mouse.get_pos()[1])
self.player.set_speed()
# Shoot a bullet if the player presses the left mouse button - decrease ammo and food as well
if self.player.aiming and should_shoot and self.ammo > 0:
self.bullets.append(Bullet(BLACK, self.player.x, self.player.y, 16, self.player.angle))
self.player.hunger += 0.05
self.ammo = max(0, self.ammo - 1)
# Update the player and obtain the new speed to shift the level
self.player.update()
vx, vy = self.player.get_speed()
vx, vy = -vx, -vy
self.shift(vx, vy)
# Start reducing health when hunger gets high
if self.player.hunger >= HUNGER_LIMIT and randint(0, 75) == 0:
self.player.health -= 5
def rebound_character(self, character, stopdir=LEFT):
""" (Character, [int]) -> None
Handle wall collisions that require the character to no longer go in the given
stop direction.
"""
if stopdir == LEFT:
vx = character.top_speed
vy = 0
elif stopdir == RIGHT:
vx = -character.top_speed
vy = 0
elif stopdir == DOWN:
vx = 0
vy = -character.top_speed
else:
vx = 0
vy = character.top_speed
character.image_counter = 0
if not isinstance(character, Player):
character.shift(vx, vy)
else:
self.shift(-vx, -vy)
def handle_wall_collision(self, character):
""" (Character) -> None
Check and react to collisions between the given Character and all walls.
"""
character.possible_directions = [i for i in xrange(4)]
e = self.is_collision(character.get_east())
ne = self.is_collision(character.get_north_east())
n = self.is_collision(character.get_north())
nw = self.is_collision(character.get_north_west())
w = self.is_collision(character.get_west())
sw = self.is_collision(character.get_south_west())
s = self.is_collision(character.get_south())
se = self.is_collision(character.get_south_east())
if w or sw or nw:
self.rebound_character(character, LEFT)
if n or ne or nw:
self.rebound_character(character, UP)
if ne or e or se:
self.rebound_character(character, RIGHT)
if s or sw or se:
self.rebound_character(character, DOWN)
def handle_pickups(self):
""" (None) -> None
Check for and react to collisions with items
"""
for item in self.items:
if not item.is_alive() or not self.player.collides_with(item):
continue
item.destroy()
if item.type == 'food':
self.player.hunger -= 3
self.player.hunger = max(self.player.hunger, 0)
elif item.type == 'health':
self.player.health += 10
elif item.type == 'ammo':
self.ammo += randint(4, 16)
def collide_with_player(self, character):
""" (Character) -> None
Check for and handle collisions between the given Character and the player.
"""
if character.collides_with(self.player):
self.player.health -= character.damage
self.shift(self.player.vx, self.player.vy)
character.shift(-2 * character.vx, -2 * character.vy)
self.blood.append(Splatter(self.player.x, self.player.y, self.blood_images[1]))
if len(self.blood) > 25:
self.blood.pop(0)
def update(self):
""" (None) -> None
Update the state of the Level.
"""
self.update_player()
self.handle_wall_collision(self.player)
if self.player.get_speed() != (0, 0):
self.player.hunger += 0.005
new_enemies = []
for enemy in self.enemies:
enemy.update()
everything = self.paths + self.rooms
if self.player.rect.collidelist(everything) == enemy.rect.collidelist(everything):
enemy.move_to_target(self.player.x, self.player.y)
self.handle_wall_collision(enemy)
self.collide_with_player(enemy)
if enemy.health > 0:
new_enemies.append(enemy)
else:
self.blood.append(Splatter(enemy.x, enemy.y, self.blood_images[0]))
self.enemies = new_enemies
self.handle_pickups()
for item in self.items + [self.key]:
item.update()
if self.key and self.player.collides_with(self.key):
self.key.visible = False
self.lock.unlock()
if not self.lock.locked and self.player.collides_with(self.lock):
pygame.time.delay(1000)
self.increment()
enemy_rects = [enemy.rect for enemy in self.enemies]
bullets = []
for bullet in self.bullets:
index = bullet.rect.collidelist(enemy_rects)
if index > -1:
self.enemies[index].health -= bullet.damage
continue
if not (0 <= bullet.x <= self.screen_w and 0 <= bullet.y <= self.screen_h) or \
self.is_collision((bullet.x, bullet.y)):
continue
bullet.update()
bullets.append(bullet)
self.bullets = bullets
@staticmethod
def tile(source, dest, rect):
""" (Surface, Surface, Rect) -> None
Completely tile the given destination surface with tiles of the source surface, within the bounds
specified by the rect argument.
"""
for x in xrange(rect.left, rect.right, source.get_width()):
for y in xrange(rect.top, rect.bottom, source.get_height()):
dest.blit(source, (x, y), (0, 0, rect.right - x, rect.bottom - y))
def draw(self, surface):
""" (Surface) -> None
Draw all level objects onto the given Surface.
"""
# Get a list of every Rect that represents a room or hallway.
rects = self.paths + self.rooms
# Iterate through all of the cached wall surfaces and blit them.
for i in range(len(rects)):
surface.blit(self.wall_surfaces[i], rects[i].inflate([2 * self.wall_width] * 2))
# Iterate through all of the cached floor surfaces and blit them - smaller than the wall surfaces
# due to the lack of a border.
for i in range(len(rects)):
surface.blit(self.floor_surfaces[i], rects[i])
# Draw enemies, items, and bullets
for item in self.blood + [self.lock] + self.items + [self.key] + self.enemies + self.bullets:
item.draw(surface)
# Draw player
self.player.draw(surface)
# update the display every iteration of this loop
pygame.display.update()
player.credits += loot
salvage(screen, board, player, assets)
player.drain_shields()
return True
if __name__ == "__main__":
# Run battle.py directly to test battle functionality
pygame.init()
pygame.display.init()
screen = pygame.display.set_mode((SCREEN_WIDTH, SCREEN_HEIGHT))
# declare the size of the map
assets = GameAssets()
escape_call = Escape()
player = Player()
player.move(0, SCREEN_HEIGHT / 3)
basics = assets.all_cards['basic']
for _ in range(4):
player.all_cards.append(basics[0].copy())
player.all_cards.append(basics[1].copy())
for _ in range(2):
player.all_cards.append(assets.all_cards['fighter'][0].copy())
ret = True
while ret:
ret = battle(screen, player, assets, escape_call)
game_over(screen)
pygame.display.quit()
# main.py
from world import Spot
from character import Player, Enemy
alkirasc = Spot('Alkira Secondary College', 'A lot of kids spend their lives here.')
daveshome = Spot("Dave's Home", "It is a dark house and a bad smell comes out from it.")
alkirasc.connect(daveshome, 'south')
daveshome.connect(alkirasc, 'north')
#player_name = input('Name of the Great Adventure please: ')
player_name = 'Jeremy'
player = Player(player_name, alkirasc)
dave = Enemy('Dave', 'A smelly zombie.', 'garlic')
dave.conversation = 'I like to eat humans.'
steve = Enemy('Steve', 'A shifty ghost.', 'cake')
steve.conversation = "This doesn't look good, dude."
daveshome.add_characters(dave)
daveshome.add_characters(steve)
def who(command):
commands = command.split()
if len(commands) == 1:
return player.current_spot.characters[0]
elif len(commands) == 2:
for character in player.current_spot.characters:
if character.name.lower() == commands[1].lower():
return character
pygame.draw.rect(window, (255, 250, 250),
((i) * blocksW,
(j) * blocksH, blocksW, blocksH))
if mazeRender[i][j][1] == 1:
#Represents Bomb, Black
pygame.draw.rect(window, (0, 0, 0),
((i) * blocksW,
(j) * blocksH, blocksW, blocksH))
if mazeRender[i][j][1] == 2:
#Represents explosion, orange
pygame.draw.rect(window, (255, 165, 0),
((i) * blocksW,
(j) * blocksH, blocksW, blocksH))
if mazeRender[i][j][0] == 1:
#Represents player 1. blue
Bomberman = Player(i, j, blocksW - 10, blocksH - 10)
playerPos = Bomberman.getPos()
values = Bomberman.renderValues()
pygame.draw.rect(window, (0, 0, 255),
(((values[0]) * blocksW) + 4,
((values[1]) * blocksH) + 4,
values[2], values[3]))
if mazeRender[i][j][0] == 2:
#Represents player 2. Red
NumNPC -= 1
newNPC = NPC(i, j, blocksW - 10, blocksH - 10, 1,
playerPos, menu, 0)
NPCs.append(newNPC)
values = NPCs[0].renderValues()
def main():
screen = settings.SCREEN
clock = settings.CLOCK
fps = settings.FPS
tile_map = TileMap()
add_points(tile_map)
player = Player(position=settings.SPAWNS["pacman"])
ghosts = pygame.sprite.Group(
Ghost(position=settings.SPAWNS[name])
for name in ["blinky", "inky", "pinky", "clyde"])
single_text = pygame.sprite.GroupSingle()
setting_text = pygame.sprite.GroupSingle()
setting_text_pos = (screen.get_width() // 2 - 9, 12)
font = pygame.font.SysFont(None, 32)
# Starting with scatter and alternating in following interval (in secs):
# Level 1: 7, 20, 7, 20, 5, 20, 5, inf;
# Level 2-4: 7, 20, 7, 20, 5, 1033, 1 / 60, inf;
# Level 5+: 5, 20, 5, 20, 5, 1037, 1 / 60, inf;
normal_mode = Mode(["scatter", "chase"],
[7, 20, 7, 20, 5, 20, 5, math.inf])
frighten_mode = Mode(["frightened", "unfrightened"], [5, 3], 1)
mode = "scatter"
score = 0
speed_factor = 1.2 # How fast to run the game.
time = 0
start_timer = 2
paused = False
started = False
music = False
grid = False
see_target = False
while 1:
dt = (clock.tick(fps) / 1000
) # "dt" is the time between each loop in seconds.
time += dt if started and not paused and not player.dead else 0
dt *= speed_factor # "time" shouldn't be affected, the rest should.
for event in pygame.event.get():
if event.type == pygame.KEYDOWN:
if event.key == pygame.K_ESCAPE:
quit()
elif event.key == pygame.K_f:
fps = (fps % 120) + 20
setting_text.add(
text.FadingText("FPS: {}".format(fps),
fade_out=1,
pos=setting_text_pos,
origin="midtop",
font=font,
color=(255, 255, 255)))
elif event.key == pygame.K_r or event.key == pygame.K_SPACE:
for tile in tile_map.tile.values():
for ghost in ghosts:
if ghost in tile.content:
tile.remove_content(ghost)
Ghost.ID = 0
player = Player(position=settings.SPAWNS["pacman"])
ghosts = pygame.sprite.Group(
Ghost(position=settings.SPAWNS[name])
for name in ["blinky", "inky", "pinky", "clyde"])
start_timer = 2
started = False
elif event.key == pygame.K_p:
pygame.mixer.music.unpause(
) if paused else pygame.mixer.music.pause()
paused = not paused
temp = "Paused" if paused else "Unpaused"
setting_text.add(
text.FadingText(temp,
fade_out=1,
pos=setting_text_pos,
origin="midtop",
font=font,
color=(255, 255, 255)))
elif event.key == pygame.K_1:
change_music(track=0)
setting_text.add(
text.FadingText(settings.MUSIC[0][29:46],
fade_out=1,
pos=setting_text_pos,
origin="midtop",
font=font,
color=(255, 255, 255)))
elif event.key == pygame.K_2:
change_music(track=1)
setting_text.add(
text.FadingText(settings.MUSIC[1][29:48],
fade_out=1,
pos=setting_text_pos,
origin="midtop",
font=font,
color=(255, 255, 255)))
elif event.key == pygame.K_3:
pygame.mixer.music.stop()
setting_text.add(
text.FadingText("Paused music",
fade_out=1,
pos=setting_text_pos,
origin="midtop",
font=font,
color=(255, 255, 255)))
elif event.key == pygame.K_g:
grid = not grid
setting_text.add(
text.FadingText("Grid",
fade_out=1,
pos=setting_text_pos,
origin="midtop",
font=font,
color=(255, 255, 255)))
elif event.key == pygame.K_t:
see_target = not see_target
setting_text.add(
text.FadingText("Target",
fade_out=1,
pos=setting_text_pos,
origin="midtop",
font=font,
color=(255, 255, 255)))
elif event.key == pygame.K_x:
speed_factor = (speed_factor +
0.1) % 2.05 if 2 > speed_factor >= 1 else 1
setting_text.add(
text.FadingText("Speed: {0:.1f}".format(speed_factor),
fade_out=1,
pos=setting_text_pos,
origin="midtop",
font=font,
color=(255, 255, 255)))
elif event.type == pygame.QUIT:
quit()
if not paused and started and not player.dead: # Do game updates and logic checks
if score >= 60 and not Ghost.SPAWN[3]: # 60
Ghost.SPAWN[3] = True
print("Clyde's coming out!")
if score >= 30 and not Ghost.SPAWN[1]: # 30
Ghost.SPAWN[1] = True
print("Inky's coming out!")
if mode in ("frightened", "unfrightened"):
mode = frighten_mode.update(dt)
if mode is not None:
Ghost.MODE = Ghost.MODES[mode]
else:
frighten_mode = Mode(["frightened", "unfrightened"],
[5, 3], 1)
change_unfrightened(ghosts)
else:
mode = normal_mode.update(dt)
Ghost.MODE = Ghost.MODES[mode]
player.update(tile_map, dt)
ghosts.update(tile_map, dt, player, ghosts)
Point.instances.update(dt)
mode, score = collision(player, ghosts, tile_map, single_text,
mode, score, clock)
single_text.update(dt)
elif player.dead:
player.animate(dt)
tile_map.draw(screen)
text.put_text(screen,
"Score: {0}".format(score),
pos=(-128, 36),
origin="bottomleft")
text.put_text(screen,
"Time: {0:.1f}".format(time),
pos=(16, 36),
origin="bottomleft")
setting_text.update(dt)
setting_text.draw(screen)
Point.instances.draw(screen)
if grid:
draw_grid(screen, tile_map)
if see_target:
show(ghosts, target=True, house=True)
if not player.dead:
ghosts.draw(screen)
single_text.draw(screen)
screen.blit(player.image, player.rect)
if not started:
start_timer -= dt
text.put_text(screen,
"READY!", (224, 328),
color=(255, 255, 0),
font=pygame.font.SysFont(None, 32, 1, 1))
if not music:
change_music(track=0)
music = True
if start_timer <= 0:
start_timer = 2
started = True
if len(Point.instances) <= 0:
text.put_text(screen, "WON!", settings.SPAWNS["pacman"])
pygame.display.update()
# delay(2, clock) # Will delay every update.
pygame.display.update()
def main():
""" Main function for the game. """
pygame.init()
# Set the width and height of the screen [width,height]
screen = pygame.display.set_mode(
[constants.screenWidth, constants.screenHeight])
pygame.display.set_caption("Donkey Kong Country")
# Create the player
player = Player()
# Create Sprite Group
allSpritesList = pygame.sprite.Group()
# Add player sprite to list of all sprites
allSpritesList.add(player)
player.rect.x = 350
player.rect.y = 450
# Loop until the user clicks the close button.
done = False
# Used to manage how fast the screen updates
clock = pygame.time.Clock()
# -------- Main Program Loop -----------
while not done:
# ALL EVENT PROCESSING SHOULD GO BELOW THIS COMMENT
for event in pygame.event.get():
if event.type == pygame.QUIT:
done = True
# If user presses a key down
elif event.type == pygame.KEYDOWN:
# Figure what key it was, adjust change_x
if event.key == pygame.K_d:
player.goRight()
if event.key == pygame.K_a:
player.goLeft()
if event.key == pygame.K_w:
player.goUp()
if event.key == pygame.K_s:
player.goDown()
elif event.type == pygame.MOUSEBUTTONDOWN:
mousePressed = pygame.mouse.get_pressed()
if mousePressed[0]:
player.punch()
elif mousePressed[2]:
player.spin()
# If user lets up a key
elif event.type == pygame.KEYUP:
# If an arrow key, reset vector
if event.key == pygame.K_d or event.key == pygame.K_a or event.key == pygame.K_w or event.key == pygame.K_s:
player.stop()
# ALL EVENT PROCESSING SHOULD GO ABOVE THIS COMMENT
# ALL GAME LOGIC SHOULD GO BELOW THIS COMMENT
if player.rect.x >= 740:
player.rect.x = 740
elif player.rect.x <= 20:
player.rect.x = 20
allSpritesList.update()
# ALL GAME LOGIC SHOULD GO ABOVE THIS COMMENT
# ALL CODE TO DRAW SHOULD GO BELOW THIS COMMENT
# First, clear the screen to white. Don't put other drawing commands
# above this, or they will be erased with this command.
screen.fill(constants.WHITE)
allSpritesList.draw(screen)
# ALL CODE TO DRAW SHOULD GO ABOVE THIS COMMENT
# Go ahead and update the screen with what we've drawn.
pygame.display.flip()
# Limit to 60 frames per second
clock.tick(60)
# Close the window and quit.
# If you forget this line, the program will 'hang'
# on exit if running from IDLE.
pygame.quit()
class TestPlayer(unittest.TestCase):
def setUp(self):
self.default_effect = Effect(Damage(5,5), Damage(5,5), Stats(5,5,5,5))
self.default_weapon = Item("Rusty Sword", self.default_effect, "WEAPON", 2)
self.default_armor = Item("Leather Armor", self.default_effect, "ARMOR", 2)
self.test_player = Player("Alice", Stats(1,1,1,1), 10, "female", 1, Race("Human"), self.default_weapon, self.default_armor)
def tearDown(self):
self.test_player.__del__()
self.default_effect.__del__()
self.default_armor.__del__()
self.default_weapon.__del__()
# test default init
def test_init(self):
self.assertEqual(self.test_player.name, 'Alice')
def test_total_defense(self):
# magic = weapon: 5 + armor: 5 + total_int: 13 + race: 25
# physical = weapon: 5 + armor: 5 + total_strength: 13 + race: 25
self.assertEqual(self.test_player.total_defense(), (48,48))
def test_total_attack(self):
# magic = weapon: 5 + armor: 5 + total_int: 13
# physical = weapon: 5 + armor: 5 + total_str: 13
self.assertEqual(self.test_player.total_attack(), (23,23))
def test_total_strength(self):
# base: 1 + race: 2 + weapon: 5 + armor: 5
self.assertEqual(self.test_player.total_strength(), 13)
def test_total_hp(self):
# base: 1 + race: 0 + armor: 5 + weapon: 5
self.assertEqual(self.test_player.total_hp(), 11)
def test_total_intelligence(self):
# base: 1 + race: 2 + armor: 5 + weapon: 5
self.assertEqual(self.test_player.total_intelligence(), 13)
def test_total_agility(self):
# base: 1 + race: 1 + armor: 5 + weapon: 5
self.assertEqual(self.test_player.total_agility(), 12)
def test_dodge_chance(self):
# total_agility / 100
self.assertEqual(self.test_player.dodge_chance(), .12)
def test_critical_chance(self):
# total_agility / 100
self.assertEqual(self.test_player.critical_chance(), .12)
def test_critical_damage(self):
# total_damage + round(total_damage*critical_chance)
self.assertEqual(self.test_player.critical_damage(), (25,25))
def test_level_up_valid(self):
self.test_player.level_up((1,0,0))
self.assertEqual(self.test_player.get_stats().strength, 2)
def test_level_up_invalid(self):
self.test_player.level_up((1,1,1))
expected_stats = Stats(1,1,1,1)
self.assertEqual(self.test_player.get_stats(), expected_stats)
def test_add_gold(self):
self.test_player.add_gold(1)
self.assertEqual(11, self.test_player.get_gold())
def test_new_weapon(self):
new_weapon = Item("Axe", self.default_effect, 'WEAPON', 5)
self.test_player.replace_weapon(new_weapon)
self.assertEqual(new_weapon, self.test_player.weapon)
def test_new_armor(self):
new_armor = Item("Iron Armor", self.default_effect, 'ARMOR', 5)
self.test_player.replace_armor(new_armor)
self.assertEqual(new_armor, self.test_player.armor)
def test_str(self):
armor_string = str(self.test_player.armor)
weapon_string = str(self.test_player.weapon)
stats_string = str(self.test_player.stats)
summary_string = 'Alice - 1...10g'
expected = '{}\t{}\n\t{}\n\t{}'.format(summary_string, stats_string, weapon_string, armor_string)
self.assertEqual(self.test_player.__str__(), expected)
def __init__(self):
self.dungeon_map = DungeonMap()
self.player_map = PlayerMap()
self.player = Player()
def next_scene(new_scene):
global current_scene
frame_timer.frame_timer_del_all()
print("Moving to scene {}".format(new_scene))
if new_scene >= len(scenes):
# Game over
exit()
player.start_scene(scenes[new_scene])
scenes[current_scene].add_player(None)
scenes[new_scene].reset()
scenes[new_scene].add_player(player)
current_scene = new_scene
# Create the player
player = Player()
player_group = pygame.sprite.Group()
player_group.add(player)
# Associate the player and the first scene
player.start_scene(scenes[current_scene])
scenes[current_scene].add_player(player)
# Game loop
running = True
while running:
log.debug("Main game loop")
# Keep loop running at the right speed
clock.tick(config.FPS)
# Check whether we have any exit events and deal with them first
def setUp(self):
self.default_effect = Effect(Damage(5,5), Damage(5,5), Stats(5,5,5,5))
self.default_weapon = Item("Rusty Sword", self.default_effect, "WEAPON", 2)
self.default_armor = Item("Leather Armor", self.default_effect, "ARMOR", 2)
self.test_player = Player("Alice", Stats(1,1,1,1), 10, "female", 1, Race("Human"), self.default_weapon, self.default_armor)
from catacomb_setup import commandsHelp
from character import Player
# Make a new player object that is currently in the 'outside' room.
global player
player = Player(room['outside'])
gameRunning = True
def quitGame():
print('Quitting Game')
global gameRunning
gameRunning = False
####################
# Command functions
###################
def parseInput(*args):
args = args[0]
command1 = args[0].lower()
if command1 in "nesw": move(player, command1)
elif command1 in {"look", "l"}: look(player, args)
elif command1 in {
"score",
}: player.getScore()
elif command1 in {"pickup", "p"}: player.pickupItem(args)
elif command1 in {"drop", "d"}: player.dropItem(args)
def test_invalid_move(self):
test_player = Player()
test_player.randomize_initial_position(self.map_for_player_test)
self.assertFalse(result)
def loadPlayer(ID):
rs = DB.getInstance().query("SELECT * FROM Players WHERE ID = %s",ID)
if rs.next():
player = Player()
player.ID = rs.getInt('ID')
player.name = rs.getString('name')
player.speed = rs.getInt('speed')
player.defense = rs.getInt('defense')
player.force = rs.getInt('force')
player.maxHp = rs.getInt('maxHp')
player.hp = rs.getInt('hp')
player.level = rs.getInt('level')
player.x = rs.getInt('x')
player.y = rs.getInt('y')
player.exp = rs.getInt('exp')
player.model = rs.getInt('model')
player.heading = rs.getInt('heading')
return player