def __init__(self, director, background_name=False, page_number=False):
self.director = director
self.is_failed = False
self.page = False
self.is_move = False
if not page_number and background_name:
self.background = resize(load_image(config.backgrounds+background_name+SMALL+PNG_EXT), (800, 600))
else:
directorie = config.definition_pages+page_number+PNG_EXT
print "Directorie: "+directorie
self.background = load_image(directorie)
self.failed_rect = rect.Rect((0, 0), (0, 0))
self.failed_img = load_image(config.titles+'failed'+PNG_EXT, True)
self.failed_rect.topleft = (0, 0)
self.failed_rect.size = self.failed_img.get_rect().size
self.common_buttoms = {
EXIT: Buttom(config.exit_btn_pos, config.exit_btn_size, 'exit_pressed'+PNG_EXT, 'exit_release'+PNG_EXT),
MAIN_MENU_SCENE: Buttom(config.main_menu_btn_pos, config.main_menu_btn_size, 'main_menu_pressed'+PNG_EXT, 'main_menu_release'+PNG_EXT)
}
self.pages = False
self.go_scene = False
self.exit = False
self.is_complete = False
def load_gfxfile(fn):
if fn.startswith('flags/'):
return load_flag(fn[len('flags/'):])
else:
if not fn.startswith('data/'):
fn = 'data/' + fn
try:
return graphics.load_image(fn + '.png')
except graphics.SDLError:
return graphics.load_image(fn + '.jpg')
return graphics.load_image(fn)
def load_gfxfile(fn):
if fn.startswith('flags/'):
return load_flag(fn[len('flags/'):])
else:
if not fn.startswith('data/'):
fn = 'data/' + fn
try:
return graphics.load_image(fn + '.png')
except graphics.SDLError:
return graphics.load_image(fn + '.jpg')
return graphics.load_image(fn)
def main():
features.parse_options()
setup_game_version()
setup_android_version()
setup_errors()
maybe_start_remote_debug()
monitor.start()
save.start_zygote()
client.window.init_screen()
osutil.init()
set_logical_size()
ui.init()
ui.set_fill_image(graphics.load_image('data/user/background.jpg'))
setup_freeciv_config()
client.window.init()
gamescreen.init()
start_autoupdate()
start_marketnotice()
ctrl.maybe_init()
client.freeciv.run()
def __init__(self, x_scale, y_scale, crafts, game):
self.x_scale = x_scale
self.y_scale = y_scale
self.selected = (0, y_scale)
self.game = game
if not game.is_server:
self.icon = load_image('icon.png')
self.arrow = load_image('arrow.png')
self.bar_icon = load_image('bar_icon.png')
self.selected_icon = load_image('selected_icon.png')
self.main_container = ItemContainer(self, x_scale, y_scale)
self.bar_container = BarContainer(self, x_scale, 1)
self.item_buffer = ItemBuffer(self)
self.crafts = crafts
self.grabbed = None
self.craft_model = CraftModel(self, (2, 2), (1, 1), self.crafts, self.game.objects, check_craft)
def __init__(self, game_opts):
# initialize the state
State.__init__(self, constants.SCENES['intro'])
## the game's command line options
self.game_opts = game_opts
## intro slides
slide_num = len(constants.FILES['graphics']['intro']['slides'])
self.slides = [
graphics.load_image(
constants.FILES['graphics']['intro']
['slides'][i])[0] for i in range(slide_num)
]
## cut scenes object
self.cutscenes = IntroCutScene(self.slides)
# set sound volume to minimum
pygame.mixer.music.set_volume(0.0)
# play the background music theme
sound_mixer.play_music(
constants.FILES['sounds']['menu']['share']['bg'][0])
# pause or unpause music according to user preference
if self.game_opts.music:
pygame.mixer.music.unpause()
else:
pygame.mixer.music.pause()
# set sound volume to maximum
pygame.mixer.music.set_volume(MAX_VOLUME)
def init_orders():
global order_sprites
img_orders = graphics.load_image('data/user/theme_orders_buttons.png')
order_sprites = client.common.split_sprites(img_orders, start=(0, 1), each=(29, 31), size=(31, 29), num=(1, 38))
for line in order_sprites:
line[0] = line[0].scale((56, 56))
def main():
features.FEATURE_FILE_PATH = os.path.join(save.get_save_dir(), 'features')
features.parse_options()
setup_game_version()
setup_android_version()
setup_errors()
maybe_start_remote_debug()
monitor.start()
save.start_zygote()
client.window.init_screen()
osutil.init()
ui.init()
ui.set_fill_image(graphics.load_image('data/user/background.jpg'))
setup_freeciv_config()
client.window.init()
gamescreen.init()
start_autoupdate()
start_marketnotice()
client.freeciv.run()
def __init__(self):
self.bkgdImg = graphics.load_image(os.path.join("img", "city.png"))
self.foreImg = graphics.load_image(os.path.join("img", "street.png"))
self.bkgd_W = self.bkgdImg.get_width()
self.bkgd_X = 0.
self.bkgd_X1 = self.bkgd_X
self.bkgd_X2 = self.bkgd_X + self.bkgd_W
self.fore_W = self.foreImg.get_width()
self.fore_X = 0.
self.fore_X1 = self.fore_X
self.fore_X2 = self.fore_X - self.fore_W
self.fore_X3 = self.fore_X + self.fore_W
def init_orders():
global order_sprites
img_orders = graphics.load_image('data/user/theme_orders_buttons.png')
order_sprites = client.common.split_sprites(img_orders, start=(0, 1), each=(29, 31), size=(31, 29), num=(1, 38))
for line in order_sprites:
line[0] = line[0].scale((56, 56))
def main():
features.FEATURE_FILE_PATH = os.path.join(save.get_save_dir(), 'features')
features.parse_options()
setup_game_version()
setup_android_version()
setup_errors()
maybe_start_remote_debug()
monitor.start()
save.start_zygote()
client.window.init_screen()
osutil.init()
ui.init()
ui.set_fill_image(graphics.load_image('data/user/background.jpg'))
setup_freeciv_config()
client.window.init()
gamescreen.init()
start_autoupdate()
start_marketnotice()
client.freeciv.run()
def load_flags_file(name):
img = graphics.load_image('data/flags/%s-output.png' % name)
for line in osutil.open_res('data/flags/%s.index' % name):
name, rect = line.split(' ', 1)
rect = map(int, rect.split())
flag = graphics.create_surface_small(rect[2], rect[3])
flag.blit(img, (0, 0), rect)
flag_index[name] = flag
def load_flags_file(name):
img = graphics.load_image('data/flags/%s-output.png' % name)
for line in osutil.open_res('data/flags/%s.index' % name):
name, rect = line.split(' ', 1)
rect = map(int, rect.split())
flag = graphics.create_surface_small(rect[2], rect[3])
flag.blit(img, (0, 0), rect)
flag_index[name] = flag
def __init__(self, path, BLOCK_SIZE):
image = load_image(path)
rect = image.get_rect()
image = pygame.transform.scale(image,
(int(rect.width * (BLOCK_SIZE / 32)),
int(rect.height * (BLOCK_SIZE / 32))))
rect = image.get_rect()
tile = TileImage(image, rect.width, rect.height)
super().__init__(tile)
def __init__(self):
self._score = 0
self.sprite_sheet = graphics.load_image(
os.path.join("img", "score.png"))
self.nums = [x * 20 for x in xrange(0, 10)]
self.pad = 2
self.wid = 20
self.x = constants.SCR_HEIGHT + 3 * self.pad + 2.5 * self.wid # The right of the score.
self.y = 5
self._inds = [0 for x in xrange(0, 5)]
def get_white_mask(mask):
# HACK: SDL doesn't allow us to access raw pixel data of textures
# so load modified image from disk based on surface _filename
name, params = mask.filename[:-1].split('[', 1)
params = tuple(map(int, params.split(',')))
base, ext = name.split('.')
name = base + '_white.' + ext
if (name, params) not in mask_cache:
base_img = graphics.load_image(name)
mask_cache[name, params] = crop_sprite(base_img, *params)
return mask_cache[name, params]
def __init__(self, image, init_pos):
'''Create a new static sprite.
Arguments:
image -- the sprite's image filename
init_pos -- the sprite's initial position
'''
pygame.sprite.Sprite.__init__(self)
self.image = load_image(image)[0]
self.rect = self.image.get_rect()
self.rect.topleft = init_pos
def __init__(self):
super(Slime, self).__init__(graphics.load_image(os.path.join("img", "slime spritesheet calciumtrice.png")))
self.sprite = (0, 0, 32, 32)
self.waypoints = []
self.speed = 2
self.frame = 0.0
self.facing = RIGHT
self.action = Actions.IDLE
self.dir = Dir.NONE
def __init__(self, image, init_pos):
'''Create a new static sprite.
Arguments:
image -- the sprite's image filename
init_pos -- the sprite's initial position
'''
pygame.sprite.Sprite.__init__(self)
self.image = load_image(image)[0]
self.rect = self.image.get_rect()
self.rect.topleft = init_pos
def get_white_mask(mask):
# HACK: SDL doesn't allow us to access raw pixel data of textures
# so load modified image from disk based on surface _filename
name, params = mask.filename[:-1].split('[', 1)
params = tuple(map(int, params.split(',')))
base, ext = name.split('.')
name = base + '_white.' + ext
if (name, params) not in mask_cache:
base_img = graphics.load_image(name)
mask_cache[name, params] = crop_sprite(base_img, *params)
return mask_cache[name, params]
def __init__(self):
pygame.sprite.Sprite.__init__(self)
self.image = graphics.load_image('images/food.png', True)
self.rect = self.image.get_rect()
x = random.randint(2 , config.blocks[0] - 2 )
y = random.randint(2 , config.blocks[1] - 2 )
self.rect.left = x * config.scale
self.rect.top = y * config.scale
def __init__(self):
self.text_field_img = resize(load_image(config.name_items+TEXT_FIELD+PNG_EXT, True), config.name_text_field_size)
self.text_field_rect = self.text_field_img.get_rect()
self.text_field_rect.center = config.name_text_field_pos
self.is_complete = False
self.functions = {}
self.elements = {}
self.load_elements()
self.load_functions()
self.generate_table()
def __init__(self, image, init_pos):
# call the base sprite constructor
pygame.sprite.Sprite.__init__(self)
## the sprite's image
self.image = load_image(image)[0]
## the sprite's rectangle structure
self.rect = self.image.get_rect()
## the sprite's initial position
self.rect.topleft = init_pos
def __init__(self):
super(Slime, self).__init__(
graphics.load_image(
os.path.join("img", "slime spritesheet calciumtrice.png")))
self.sprite = (0, 0, 32, 32)
self.waypoints = []
self.speed = 2
self.frame = 0.0
self.facing = RIGHT
self.action = Actions.IDLE
self.dir = Dir.NONE
def __init__(self, game_opts):
# initialize the state
State.__init__(self, 'intro')
## the game's command line options
self.game_opts = game_opts
## the intro background slides
self.slides = [
graphics.load_image( # slide 0
constants.FILES['graphics']['intro']['slides'][0])[0],
graphics.load_image( # slide 1
constants.FILES['graphics']['intro']['slides'][1])[0],
graphics.load_image( # slide 2
constants.FILES['graphics']['intro']['slides'][2])[0]
]
## a cut scenes object
self.cs = CutScenes(self.slides)
# set sound volume to minimum
pygame.mixer.music.set_volume(0.0)
# play the background music theme
sound_mixer.play_music(
constants.FILES['sounds']['menu']['share']['bg'][0])
# pause or unpause music according to user preference
if self.game_opts.music:
pygame.mixer.music.unpause()
else:
pygame.mixer.music.pause()
# set sound volume to maximum
pygame.mixer.music.set_volume(1.0)
def __init__(self, filename, speed=SPRITE_SPEED):
# call the base constructor
pygame.sprite.Sprite.__init__(self)
## set up the speed of the sprite
self.speed = speed
## set up the graphic of the sprite
self.image = load_image(filename)[0]
## set up the x coordinate of the sprite
self.x = 0
## set up the y coordinate of the sprite
self.y = 0
def main():
if sys.argv[1:] and sys.argv[1] == 'server':
from freeciv.client import _freeciv
import os
_freeciv.func.py_server_main_run(sys.argv[2:])
os._exit(0)
features.parse_options()
if features.get('debug.dsn'):
sys.excepthook = early_except_hook
maybe_setup_launch_param()
setup_game_version()
setup_android_version()
setup_errors()
maybe_notify_about_launch()
maybe_start_remote_debug()
monitor.start()
if features.get('app.fork'):
save.start_zygote()
init_window()
client.window.init_screen()
osutil.init()
#Disable "set_logical_size" feature because
# - it needs patching SDL
# - there is a zoom feature in the game.
# - it makes the graphics to be more blurred because they are zoomed twice when using game zoom
#if not osutil.is_desktop:
# set_logical_size() # Deleted. See lib/ui/core.py:scale_for_device
ui.init()
ui.set_fill_image(graphics.load_image('userdata/background.jpg'))
client.window.init()
gamescreen.init()
start_autoupdate()
start_marketnotice()
if ctrl:
ctrl.maybe_init()
client.freeciv.run(['--log', monitor.get_log_path_base() + '.log'])
def main():
# change the current directory to the one of the game
os.chdir(os.path.abspath(os.path.dirname(sys.argv[0])))
# parse, get game's command line
# options, return options' flags
game_opts = get_parsed_opts()
# make the window of the game always centered
os.environ["SDL_VIDEO_CENTERED"] = "1"
# set up the pygame system for the game
pygame.init()
# create game's window screen
pygame.display.set_mode(
(constants.SCREEN_WIDTH, constants.SCREEN_HEIGHT),
pygame.FULLSCREEN if game_opts.fullscreen else 0)
# set game's window title
pygame.display.set_caption(GAME_WINDOW_TITLE)
# set game's window icon
pygame.display.set_icon(load_image(
constants.FILES['graphics']['window']['icon'][0])[0])
# hide game's mouse cursor
pygame.mouse.set_visible(False)
# create the game manager
gm = GameManager(game_opts)
# main loop flag
main_loop_running = True
# main game event loop
while main_loop_running:
# run the game manager
gm.run_scene()
# on quit exit the game
for event in pygame.event.get():
if event.type == pygame.QUIT:
main_loop_running = False
# uninitialize all the pygame systems
pygame.quit()
def __init__(self):
pygame.sprite.Sprite.__init__(self)
self.image = graphics.load_image('images/block.png')
self.rect = self.image.get_rect()
self.speed = [ 1 , 1 ]
self.rect.left = config.blocks[0] / 2 * config.scale
self.rect.top = config.blocks[1] / 2 * config.scale
self.length = 1
self.grow_to = 5
self.vx = 0
self.vy = -1
self.body = []
self.crashed = False
def __init__(self, manager, slides):
self.event_manager = manager
self.event_manager.register_listener(self)
## the screen surface
self.screen = pygame.display.get_surface()
## the list of background slides
assert(len(slides) > 0)
self.slides = slides
## the blank background slide
self.blank = graphics.load_image(
constants.FILES['graphics']['intro']['blank'][0])[0].convert()
## set the alpha to maximum value
self.alphavalue = MAX_ALPHA
def __init__(self, director):
scene.Scene.__init__(self, director)
self.mensaje, self.pos_msg = graphics.text(
"Elija el color que esta escrito", 700, 70, (247, 220, 111), 30)
self.back = graphics.load_image(confi.fonts + "fondoJuego.jpg")
self.imagenes = [
"rojo10", "verde1", "rojo1", "verde2", "rojo2", "verde3", "rojo3",
"verde4", "rojo4", "verde5", "rojo5", "verde6", "rojo6", "verde7",
"rojo7", "verde8", "rojo8", "verde9", "rojo9"
]
self.numRandonX = None
self.numRandonY = None
#self.Figures=[]
self.Figures = None
#self.ser = serial.Serial(port='', baudrate=9600)
self.datoEnviar = ''
self.datoRecibido = ''
def __init__(self, ss_off, xoff, ground):
self.type = EntityType.NONE
self.sprite_sheet = graphics.load_image(
os.path.join("img", "objects.png"))
self.xoff = xoff
self.x = gamespeed.pos + self.xoff
self.y = 0.
self.rect = pygame.Rect(self.x, self.y, OBJECT_SIZE, OBJECT_SIZE)
self.FRAMES = [(i * OBJECT_SIZE, ss_off * OBJECT_SIZE, OBJECT_SIZE,
OBJECT_SIZE) for i in xrange(OBJECT_NUM_OF_FRAMES)]
self.frame = 0.
self.gravity = False
self.vs = 0.
if ground:
self.setToGround()
else:
self.setToFlying()
def main():
if sys.argv[1:] and sys.argv[1] == 'server':
from freeciv.client import _freeciv
import os
_freeciv.func.py_server_main_run(sys.argv[2:])
os._exit(0)
features.parse_options()
if features.get('debug.dsn'):
sys.excepthook = early_except_hook
maybe_setup_launch_param()
setup_game_version()
setup_android_version()
setup_errors()
maybe_notify_about_launch()
maybe_start_remote_debug()
monitor.start()
if features.get('app.fork'):
save.start_zygote()
init_window()
client.window.init_screen()
osutil.init()
if not osutil.is_desktop:
set_logical_size()
ui.init()
ui.set_fill_image(graphics.load_image('data/user/background.jpg'))
setup_freeciv_config()
client.window.init()
gamescreen.init()
start_autoupdate()
start_marketnotice()
if ctrl:
ctrl.maybe_init()
client.freeciv.run()
def main():
if sys.argv[1:] and sys.argv[1] == 'server':
from freeciv.client import _freeciv
import os
_freeciv.func.py_server_main_run(sys.argv[2:])
os._exit(0)
features.parse_options()
if features.get('debug.dsn'):
sys.excepthook = early_except_hook
maybe_setup_launch_param()
setup_game_version()
setup_android_version()
setup_errors()
maybe_notify_about_launch()
maybe_start_remote_debug()
monitor.start()
if features.get('app.fork'):
save.start_zygote()
init_window()
client.window.init_screen()
osutil.init()
if not osutil.is_desktop:
set_logical_size()
ui.init()
ui.set_fill_image(graphics.load_image('data/user/background.jpg'))
setup_freeciv_config()
client.window.init()
gamescreen.init()
start_autoupdate()
start_marketnotice()
if ctrl:
ctrl.maybe_init()
client.freeciv.run()
def __init__(self, slides):
## the screen surface
self.screen = pygame.display.get_surface()
## the list of background slides
self.slides = slides
## the blank background slide
self.blank = graphics.load_image(
constants.FILES['graphics']['intro']['blank'][0])[0].convert()
## set the alpha to maximum value
self.alphavalue = 255
## create clock and track time
self.clock = pygame.time.Clock()
## flag to indicate if the scene is finished
self.is_finished = False
def __init__(self, director, background_name):
'''
Constructor
'''
Scene.__init__(self, director, background_name)
self.title_img = load_image(config.titles+'functional_groups'+PNG_EXT, True)
self.title_img = pygame.transform.scale(self.title_img, (450, 150))
self.title_rect = self.title_img.get_rect()
self.title_rect.centerx = config.width / 2
self.title_rect.centery = 80
self.buttoms = {
DEFINITIONS_SCENE: Buttom((230, 180), config.b_size, "buttom_1_pressed"+PNG_EXT, "buttom_1_release"+PNG_EXT, True),
NAME_SCENE: Buttom((580, 180), config.b_size, "buttom_2_pressed"+PNG_EXT, "buttom_2_release"+PNG_EXT, True),
COTIDIAN_FUNCTION_SCENE: Buttom((230, 300), config.b_size, "buttom_3_pressed"+PNG_EXT, "buttom_3_release"+PNG_EXT, True),
MATCH_SCENE: Buttom((580, 300), config.b_size, "buttom_4_pressed"+PNG_EXT, "buttom_4_release"+PNG_EXT, True),
ALPHABET_SOUP_SCENE: Buttom((230, 440), config.b_size, "buttom_5_pressed"+PNG_EXT, "buttom_5_release"+PNG_EXT, True),
CRUCIGRAMA_SCENE: Buttom((580, 440), config.b_size, "buttom_6_pressed"+PNG_EXT, "buttom_6_release"+PNG_EXT, True),
HANGMAN_SCENE: Buttom((config.width / 2, 530), config.b_size, "buttom_7_pressed"+PNG_EXT, "buttom_7_release"+PNG_EXT, True)
}
def __init__(self):
self.text_field_img = resize(load_image(config.name_items+TEXT_FIELD+PNG_EXT, True), config.hangman_text_field_size)
self.text_field_rect = self.text_field_img.get_rect()
self.text_field_rect.center = config.hangman_text_field_pos
self.changed = False
self.intents = 8
self.paused = False
self.is_complete = False
self.tracks = []
self.words = []
self.typeds = []
self.intent = 0
self.lose = False
self.word = ''
self.track = ''
self.exposed = ''
self.load_words()
self.choose_word()
def __init__(self, director):
Scene.__init__(self, director)
self.background = pygame.Surface( ( config.width , config.height) )
self.background.fill( ( 187 , 200 , 0) )
block = graphics.load_image('images/block.png')
for x in xrange( 0 , config.blocks[0] ):
self.background.blit( block , ( x * config.scale , 0 ) )
self.background.blit( block , ( x * config.scale , config.height - config.scale ) )
for x in xrange( 1 , config.blocks[1] - 1):
self.background.blit( block , ( 0 , x * config.scale ) )
self.background.blit( block , ( config.width - config.scale , x * config.scale ) )
self.score = 0
self.worm = sprites.Worm()
self.food = sprites.Food()
def __init__(self, manager, game_opts):
self.event_manager = manager
self.event_manager.register_listener(self)
self.game_opts = game_opts
GAME_WINDOW_TITLE = constants.GAME_PACKAGE
# make the window of the game always centered
os.environ["SDL_VIDEO_CENTERED"] = "1"
pygame.init()
pygame.display.set_mode(
(constants.SCREEN_WIDTH, constants.SCREEN_HEIGHT),
pygame.FULLSCREEN if self.game_opts.fullscreen else 0)
pygame.display.set_caption(GAME_WINDOW_TITLE)
pygame.display.set_icon(load_image(
constants.FILES['graphics']['window']['icon'][0])[0])
pygame.mouse.set_visible(False)
def __init__(self, director):
scene.Scene.__init__(self, director)
self.mensaje, self.pos_msg = graphics.text(
"Bienvenido a tu pausa activa ", 700, 70, (247, 220, 111), 100)
self.continuar = pygame.transform.scale(
graphics.load_image(confi.fonts + "continuar1.png"), (150, 50))
self.back = graphics.load_image(confi.fonts + "fondo1.jpg")
self.titulo = pygame.transform.scale(
graphics.load_image(confi.fonts + "bienvenido.jpg"), (900, 150))
self.beneficios = pygame.transform.scale(
graphics.load_image(confi.fonts + "beneficios.jpg"), (700, 540))
self.escudo = pygame.transform.scale(
graphics.load_image(confi.fonts + "ud.jpg"), (75, 75))
self.logo = pygame.transform.scale(
graphics.load_image(confi.fonts + "vrbox.jpg"), (150, 150))
self.scene_game = sceneGame.SceneGame(director) #cambiar de escena
def __init__(self):
self.sprite_sheet = graphics.load_image(os.path.join("img", "jogging_lawrence.png"))
self.rect = pygame.Rect(_PLAYER_RECT_X_START, _GROUND_PLAYER_HEAD, _RECT_W, _RECT_H)
self.jump_counter = 0
self.jump_counter_enabled = False
self.jump_released = False
self.down_pressed = False
# Horizontal and Vertical Speeds
self.hs = 0
self.vs = 0
self.alive = True
self.on_ground = True # If on the ground.
self.falling = False # If down was pressed.
self.action = Action.RUN
self.weight = Weight.NORMAL
self.frame = 0
self.speed = 3
def image_to_painter(filename): img = graphics.load_image(filename) tolerance = 1/spread limit = 0.86 #process def painter(vp, frame): if(is_list(vp[0])): def get_depth(x,y,dir): global spread nonlocal pixels for c in range(spread): ox = round(x+dir*(-0.3*spread+c)) if(ox>=0 and ox<viewport_size): if type(pixels[ox,y]) is int: #this is a workaround for black/white pictures. curr = pixels[ox,y] else: curr = pixels[ox, y][0] d = abs(curr - 255*c/spread) if(d<=tolerance*255): return curr return 255 def ana_out_loop(port, count): nonlocal img size = graphics.get_image_size(img) MAX_X = size[0] MAX_Y = size[1] tsize = graphics.get_image_size(port) TMAX_X = tsize[0] TMAX_Y = tsize[1] tgtpixels = graphics.get_pixels(port) inv_transform = inverse_transform_posn(frame) # for y in range(MAX_Y): # for x in range(MAX_X): # col = get_depth(x,y,count) # if(col>255*limit): # col = 999 # else: # col = frame.z1 + (frame.z2 - frame.z1) * col # if col<=255: # transposn = transform(Posn(x,y)) # if(transposn.x>=0 and transposn.y>=0 and transposn.x<TMAX_X and transposn.y<TMAX_Y): # tgtpixels[transposn.x, transposn.y] = (col,col,col) #sorry, no supersampling. Takes long enough as it is. for y in range(TMAX_Y): for x in range(TMAX_X): orig = inv_transform(Posn(x,y)) rx = round(orig.x) ry = round(orig.y) if (rx>=0 and ry>=0 and rx<MAX_X and ry<MAX_Y): #within bounds col = get_depth(rx, ry, count) if(col>255*limit): col = 999 else: col = round(frame.z1*255 + (frame.z2 - frame.z1) * col) if(col<=255): #tgtpixels[x,y] = (col, col, col) tgtpixels[x,y] = (min(col, tgtpixels[x,y][0]),min(col, tgtpixels[x,y][1]),min(col, tgtpixels[x,y][2])) graphics.pixels_to_canvas(port) pixels = graphics.get_pixels(img) for count, port in enumerate(vp): ana_out_loop(port, ((2*count)/(len(vp)-1) - 1)) else: transform = inverse_transform_posn(frame) graphics.blit_pixels(vp, transform, graphics.get_pixels(img), graphics.get_image_size(vp), graphics.get_image_size(img), True, frame.z1, frame.z2) #block level image transfer return painter
import constants as const
def load_story():
with open(os.path.join("text", "story.txt"), "r") as file:
data = file.read()
lines = data.split("\n")
return lines
story = load_story()
m5x7 = pygame.font.Font(os.path.join("text", "m5x7.ttf"), 32)
m3x6 = pygame.font.Font(os.path.join("text", "m3x6.ttf"), 32)
small_heart = graphics.load_image("heart_small", 2)
small_heart.set_colorkey(const.TRANSPARENT)
large_heart = graphics.load_image("heart_large", 2)
large_heart.set_colorkey(const.TRANSPARENT)
TUTORIAL_TEXT_LEVEL = 16
FIRST_CHECKPOINT_LEVEL = 25
REALIZATION_LEVEL = 36
music_changes = [
TUTORIAL_TEXT_LEVEL, FIRST_CHECKPOINT_LEVEL, REALIZATION_LEVEL, 38, 40, 43,
77
]
class Sequence:
def __init__(self, game_opts):
# initialize the state
State.__init__(self, 'menu')
## the game's command line options
self.game_opts = game_opts
## the screen surface
self.screen = pygame.display.get_surface()
## flag to control the settings menu's loop
self.menu_settings_running = None
## flag to control the main menu's loop
self.menu_main_running = True
# enable key repeat for the menu
pygame.key.set_repeat(MENU_KEY_DEL, MENU_KEY_INT)
## set the main menu's background
self.menu_main_bg = graphics.load_image(
constants.FILES['graphics']['menu']['main']['bg'][0])[0]
## set the settings menu's background
self.menu_settings_bg = graphics.load_image(
constants.FILES['graphics']['menu']['share']['bg'][0])[0]
## set the settings menu's background box
self.menu_box_bg = graphics.load_image(
constants.FILES['graphics']['menu']['settings']['box'][0])[0]
## set the window frame
self.window_frame = graphics.load_image(
constants.FILES['graphics']['menu']['share']['frame'][0])[0]
## set the mouse cursor
self.mouse_cursor = graphics.load_image(
constants.FILES['graphics']['menu']['share']['cursor'][0])[0]
## set the sound when a menu option is entered
self.select_option_snd = sound_mixer.load_sound(
constants.FILES['sounds']['menu']['share']['sel'][0])
## create the main menu - string, callback function
self.menu_main = KezMenu(self.game_opts,
['Play' , self._play_option],
['Settings' , self._settings_option],
['Credits' , self._credits_option],
['Quit' , self._quit_option])
# set the position of the main menu
self.menu_main.set_position(MENU_MAIN_POS_X, MENU_MAIN_POS_Y)
# set the main menu's font
self.menu_main.set_font(graphics.load_font(
constants.FILES['fonts']['menu']['share'][0], 30))
# set the main menu's highlight color
self.menu_main.set_highlight_color(pygame.Color('brown'))
## create the settings menu - string, callback function
self.menu_settings = KezMenu(self.game_opts,
['Fullscreen' , self._toggle_fullscreen_option],
['Sounds' , self._toggle_sounds_option],
['Music' , self._toggle_music_option],
['Back' , self._back_option])
# disable the menu graphic for focused options
self.menu_settings.toggle_image()
# set the settings menu's font
self.menu_settings.set_font(graphics.load_font(
constants.FILES['fonts']['menu']['share'][0], 25))
# set the position of the settings menu
self.menu_settings.center_at(constants.SCREEN_WIDTH / 2.0,
constants.SCREEN_HEIGHT / 2.0)
# set the settings menu's highlight color
self.menu_settings.set_highlight_color(pygame.Color('orange'))
## the animated sprite group
self.anim_sprites = pygame.sprite.RenderUpdates()
# vertical sprite sample
self.anim_sprites.add(VertAnimSprite(
constants.FILES['graphics']['menu']['share']['anim'][0],
[0, 0], ANIM_SPRITE_SPEED))
# horizontal sprite sample
self.anim_sprites.add(HorAnimSprite(
constants.FILES['graphics']['menu']['share']['anim'][1],
[0, 0], ANIM_SPRITE_SPEED))
## create clock and track time
self.clock = pygame.time.Clock()
def __init__(self, col, row):
super().__init__()
self.col = col
self.row = row
class PlayerGoalZone(Tile):
SOLID = False
EMITTED = True
DRAWN_STATICALLY = True
def __init__(self):
super().__init__()
punch_box_left = graphics.load_image("punch_box", 2)
punch_box_left.set_colorkey(const.TRANSPARENT)
punch_box_up = pygame.transform.rotate(punch_box_left, -90)
punch_box_right = pygame.transform.rotate(punch_box_left, 180)
punch_box_down = pygame.transform.rotate(punch_box_left, 90)
punch_box_gradient = graphics.load_image("punch_box_gradient", 1)
punch_box_glow = graphics.load_image("punch_box_glow", 1)
checkpoint_activated = graphics.load_image("checkpoint_activated", 2)
checkpoint_activated.set_colorkey(const.TRANSPARENT)
checkpoint_deactivated = graphics.load_image("checkpoint_deactivated", 2)
checkpoint_deactivated.set_colorkey(const.TRANSPARENT)
checkpoint_gradient = graphics.load_image("checkpoint_gradient", 1)
checkpoint_glow = graphics.load_image("checkpoint_glow", 1)
checkpoint_ray_horiz_gradient = graphics.load_image(
entities.player.Player.hard_respawn_key, entities.player.Player.pause_key
]
rebind_descriptions = [
"Left", "Right", "Jump", "Action", "Reset level", "Pause"
]
m3x6 = pygame.font.Font(os.path.join("text", "m3x6.ttf"), 64)
main_menu_music = sound.load("menu_music")
start_sound = sound.load("game_start")
start_sound.set_volume(0.4)
select_sound = sound.load_numbers("menu%i", 3)
select_sound.set_volumes(0.35)
title = graphics.load_image("title", 1)
title_shade = pygame.Surface(title.get_size())
def render_menu_text(surf, string, y, brightness):
color = flicker.shade_color[brightness]
text = m3x6.render(string, False, color)
x = const.SCRN_W // 2 - text.get_width() // 2
surf.blit(text, (x, y))
class MainMenu:
TITLE_X = const.SCRN_W // 2 - title.get_width() // 2
TITLE_Y = 100
import sound
import pygame
import constants as const
import events
import graphics
name = graphics.load_image("splash_name", 4)
name.set_colorkey(const.TRANSPARENT)
_logo_column = graphics.AnimColumn("splash_logo", 11, 4)
_logo_column.set_delay(9)
_logo_sheet = graphics.AnimSheet([_logo_column])
logo = graphics.AnimInstance(_logo_sheet)
LOGO_NAME_GAP = 24
WIDTH = name.get_width() + _logo_column.surface.get_width() + LOGO_NAME_GAP
HEIGHT = name.get_height() + 4
LOGO_X = const.SCRN_W // 2 - WIDTH // 2
NAME_X = LOGO_X + _logo_column.surface.get_width() + LOGO_NAME_GAP
NAME_Y = const.SCRN_H // 2 - HEIGHT // 2
LOGO_Y = NAME_Y + 12
FADE_IN_LENGTH = 60
FADE_HOLD_LENGTH = 140
FADE_OUT_LENGTH = 60
def __init__(self, director, background_name):
"""
Constructor
"""
Scene.__init__(self, director, background_name)
self.scene_winner = Sce_Winner(director, "winner", CRUCIGRAMA_SCENE)
for buttom in self.common_buttoms.itervalues():
buttom.is_visible = True
self.buttoms = {
VERT_1: Buttom(
(117, 207),
config.crux_b_size,
"crux_" + VERT_1 + "_pressed" + PNG_EXT,
"crux_" + VERT_1 + "_release" + PNG_EXT,
True,
),
VERT_2: Buttom(
(194, 394),
config.crux_b_size,
"crux_" + VERT_2 + "_pressed" + PNG_EXT,
"crux_" + VERT_2 + "_release" + PNG_EXT,
True,
),
VERT_3: Buttom(
(221, 257),
config.crux_b_size,
"crux_" + VERT_3 + "_pressed" + PNG_EXT,
"crux_" + VERT_3 + "_release" + PNG_EXT,
True,
),
VERT_4: Buttom(
(381, 311),
config.crux_b_size,
"crux_" + VERT_4 + "_pressed" + PNG_EXT,
"crux_" + VERT_4 + "_release" + PNG_EXT,
True,
),
HORZ_1: Buttom(
(11, 233),
config.crux_b_size,
"crux_" + HORZ_1 + "_pressed" + PNG_EXT,
"crux_" + HORZ_1 + "_release" + PNG_EXT,
True,
),
HORZ_2: Buttom(
(91, 313),
config.crux_b_size,
"crux_" + HORZ_2 + "_pressed" + PNG_EXT,
"crux_" + HORZ_2 + "_release" + PNG_EXT,
True,
),
HORZ_3: Buttom(
(141, 365),
config.crux_b_size,
"crux_" + HORZ_3 + "_pressed" + PNG_EXT,
"crux_" + HORZ_3 + "_release" + PNG_EXT,
True,
),
HORZ_4: Buttom(
(90, 448),
config.crux_b_size,
"crux_" + HORZ_4 + "_pressed" + PNG_EXT,
"crux_" + HORZ_4 + "_release" + PNG_EXT,
True,
),
}
self.words_rect = {
VERT_1: Rect((102, 218), (131 - 102, 382 - 218)),
VERT_2: Rect((181, 406), (131 - 102, 516 - 406)),
VERT_3: Rect((208, 272), (131 - 102, 517 - 272)),
VERT_4: Rect((366, 326), (131 - 102, 516 - 326)),
HORZ_1: Rect((22, 219), (179 - 22, 382 - 354)),
HORZ_2: Rect((103, 300), (289 - 103, 382 - 354)),
HORZ_3: Rect((155, 353), (395 - 155, 382 - 354)),
HORZ_4: Rect((102, 434), (289 - 102, 382 - 354)),
}
self.words = {
VERT_1: resize(load_image(config.crux_words_imgs + VERT_1 + PNG_EXT, True), self.words_rect[VERT_1].size),
VERT_2: resize(load_image(config.crux_words_imgs + VERT_2 + PNG_EXT, True), self.words_rect[VERT_2].size),
VERT_3: resize(load_image(config.crux_words_imgs + VERT_3 + PNG_EXT, True), self.words_rect[VERT_3].size),
VERT_4: resize(load_image(config.crux_words_imgs + VERT_4 + PNG_EXT, True), self.words_rect[VERT_4].size),
HORZ_1: resize(load_image(config.crux_words_imgs + HORZ_1 + PNG_EXT, True), self.words_rect[HORZ_1].size),
HORZ_2: resize(load_image(config.crux_words_imgs + HORZ_2 + PNG_EXT, True), self.words_rect[HORZ_2].size),
HORZ_3: resize(load_image(config.crux_words_imgs + HORZ_3 + PNG_EXT, True), self.words_rect[HORZ_3].size),
HORZ_4: resize(load_image(config.crux_words_imgs + HORZ_4 + PNG_EXT, True), self.words_rect[HORZ_4].size),
}
self.is_typing = False
self.typing_in = ""
self.complete_word = ""
self.complete_words = []
self.finish_typing = False
import pygame
import constants as const
import graphics
import grid
punchers = []
punch_left = graphics.load_image("punch", 2)
punch_left.set_colorkey(const.TRANSPARENT)
punch_right = pygame.transform.flip(punch_left, True, False)
punch_up = pygame.transform.rotate(punch_right, 90)
punch_down = pygame.transform.rotate(punch_right, -90)
def add(col, row, direction):
punchers.append(Puncher(col, row, direction))
def draw(surf, camera):
for puncher in punchers:
puncher.draw(surf, camera)
def update():
for puncher in reversed(punchers):
puncher.update()
if puncher.done:
punchers.remove(puncher)
from graphics import load_image
import pygame
import time
class Buttom(Sprite):
'''
classdocs
'''
def __init__(self, (x, y), (width, heigth), img_pressed_path, img_release_path, visible = False):
'''
Constructor
'''
Sprite.__init__(self)
self.pressed_img = load_image(config.buttoms_png+img_pressed_path, True, (0,0))
self.pressed_img = pygame.transform.scale(self.pressed_img, (width, heigth))
self.pressed_rect = self.pressed_img.get_rect()
self.release_img = load_image(config.buttoms_png+img_release_path, True, (0,0))
self.release_img = pygame.transform.scale(self.release_img, (width, heigth))
self.release_rect = self.release_img.get_rect()
self.pressed_rect.center = (x, y)
self.release_rect.center = (x, y)
self.is_pressed = False
self.is_over = False
self.beep = pygame.mixer.Sound('beep1.ogg')
self.state = self.release_img
self.state_rect = self.release_rect
self.is_visible = visible
clock = pygame.time.Clock()
goal_light_activate = sound.load_numbers("level_start%i", 3)
goal_light_activate.set_volumes(0.14)
hum = sound.load("hum")
MAX_HUM_VOLUME = 1.0
hum.set_volume(0)
hum.play(-1)
music = [sound.load("music%i" % x) for x in range(1, 8)]
for m in music:
m.set_volume(0)
background = graphics.load_image("background", 1)
player_glow = graphics.load_image("player_gradient", 1)
def draw_background(surf):
surf.fill((20, 20, 20))
surf.blit(background, (0, 0))
def screen_update(fps):
pygame.display.flip()
main_surf.fill(const.BLACK)
clock.tick(fps)
def levels_with_number(shared_name, first, last):
__author__ = 'sofamaniac'
__copyright__ = 'Copyright 2014, Antoine Grimod'
__license__ = 'Copyright'
__version__ = '0.1'
__maintainer__ = 'Antoine Grimod'
__email__ = '*****@*****.**'
__status__ = 'Production'
import graphics
import os
import globals
#on creer la fenetre
fenetre = graphics.Fenetre("jeu2D", graphics.load_image("img/logo.png"),
(400, 400))
#on charge toutes les images dont le jeu aura besoin
list_image = os.listdir("img")
#on creer un dictionnaire qui contiendra le nom de l'image plus l'image chargee
globals.dico_images = {}
for path in list_image:
globals.dico_images[path[:-4]] = graphics.load_image(
"img/" + path) # on retire l'extension dans le dictionnaire
list_music = os.listdir("music")
dico_music = {}
def load_word_in_soup(self):
for word in self.valid_words_key:
self.words_img[word] = load_image(config.alphabet_soup+word+PNG_EXT, True)
self.words_rect[word] = self.words_img[word].get_rect()
def __init__(self, game_opts, *menu_opts):
## create a programmer friendly mapping stucture of the menu options
self.options = [{'label': x[0], 'callable': x[1]} for x in menu_opts]
## store the game options
self.game_opts = game_opts
# set the default menu dimensions (these dimensions
# are calculated depending on the font and its size)
## menu's width
self.width = 0
## menu's height
self.height = 0
# set up the default coordinates of the menu
## menu's x coordinate
self.x = 0
## menu's y coordinate
self.y = 0
## the topleft corner of the screen
self.screen_topleft_offset = (0, 0)
## set the default focused option
self.option = 0
## set the default previous focused option
self.option_previous = self.option
## set the default normal color of the menu font
self.normal_color = pygame.Color('black')
## set the default focused color of the menu font
self.focus_color = pygame.Color('red')
## default is to enable support of menu image on focused options
self.image_enabled = True
## default is to enable support mouse on menu
self.mouse_enabled = True
## set mouse focusing at unknown at default
self.mouse_focus = None
self._font = None
## set a default font and its size (also fix size)
self.font = pygame.font.Font(None, FONT_SIZE)
self._fix_size()
## set the default sound to play when an option is focused
self.focus_sound = load_sound(
constants.FILES['sounds']['menu']['share']['focus'][0])
## set the default sound to play when an option is entered
self.select_sound = load_sound(
constants.FILES['sounds']['menu']['share']['sel'][0])
## set the default graphic to display before the option label
self.focus_graphic = load_image(
constants.FILES['graphics']['menu']['share']['focus'][0])[0]
def __init__(self, game_opts):
# initialize the state
State.__init__(self, constants.SCENES['menu'])
## the game's command line options
self.game_opts = game_opts
## the screen surface
self.screen = pygame.display.get_surface()
## flag to control the settings menu's loop
self.menu_settings_running = None
## flag to control the main menu's loop
self.menu_main_running = True
# enable key repeat for the menu
pygame.key.set_repeat(MENU_KEY_DEL, MENU_KEY_INT)
## set the main menu's background
self.menu_main_bg = graphics.load_image(
constants.FILES['graphics']['menu']['main']['bg'][0])[0]
## set the settings menu's background
self.menu_settings_bg = graphics.load_image(
constants.FILES['graphics']['menu']['share']['bg'][0])[0]
## set the settings menu's background box
self.menu_box_bg = graphics.load_image(
constants.FILES['graphics']['menu']['settings']['box'][0])[0]
## set the window frame
self.window_frame = graphics.load_image(
constants.FILES['graphics']['menu']['share']['frame'][0])[0]
## set the mouse cursor
self.mouse_cursor = graphics.load_image(
constants.FILES['graphics']['menu']['share']['cursor'][0])[0]
## set the sound when a menu option is entered
self.select_option_snd = sound_mixer.load_sound(
constants.FILES['sounds']['menu']['share']['sel'][0])
## create the main menu - string, callback function
self.menu_main = KezMenu(self.game_opts, ['Play', self._play_option],
['Settings', self._settings_option],
['Credits', self._credits_option],
['Quit', self._quit_option])
# set the position of the main menu
self.menu_main.set_position(MENU_MAIN_POS_X, MENU_MAIN_POS_Y)
# set the main menu's font
self.menu_main.set_font(
graphics.load_font(constants.FILES['fonts']['menu']['share'][0],
MAIN_FONT_SIZE))
# set the main menu's highlight color
self.menu_main.set_highlight_color(MAIN_FOCUS_COLOR)
## create the settings menu - string, callback function
self.menu_settings = KezMenu(
self.game_opts, ['Fullscreen', self._toggle_fullscreen_option],
['Sounds', self._toggle_sounds_option],
['Music', self._toggle_music_option], ['Back', self._back_option])
# disable the menu graphic for focused options
self.menu_settings.toggle_image()
# set the settings menu's font
self.menu_settings.set_font(
graphics.load_font(constants.FILES['fonts']['menu']['share'][0],
MENU_FONT_SIZE))
# set the position of the settings menu
self.menu_settings.center_at(constants.SCREEN_WIDTH / 2.0,
constants.SCREEN_HEIGHT / 2.0)
# set the settings menu's highlight color
self.menu_settings.set_highlight_color(SETTINGS_FOCUS_COLOR)
## the animated sprite group
self.anim_sprites = pygame.sprite.RenderUpdates()
# create the animated sprites
sprite_num = len(constants.FILES['graphics']['menu']['share']['anim'])
sprite_fact = SpriteFactory()
for i in range(sprite_num):
# create the "right" type of animated sprite using the factory
r_sprite = sprite_fact.create_anim_sprite(
i, constants.FILES['graphics']['menu']['share']['anim'][i],
ANIM_SPRITE_SPEED)
self.anim_sprites.add(r_sprite)
## create clock and track time
self.clock = pygame.time.Clock()
class Room:
"""the grid where all the tiles on a single screen are placed"""
WIDTH = const.SCRN_W // TILE_W # the amount of tiles across the room
HEIGHT = const.SCRN_H // TILE_H
PIXEL_W = WIDTH * TILE_W
PIXEL_H = HEIGHT * TILE_H
goal_sound = sound.load("goal")
goal_sound.set_volume(0)
goal_sound_playing = False
def __init__(self, name):
"""name is the name of the file in the levels folder"""
self.grid = [[[] for _ in range(self.HEIGHT)]
for _ in range(self.WIDTH)]
self.player_spawn = PlayerSpawn(0, 0)
self.player_goal = PlayerGoal(0, 0)
self.grid[0][0].append(self.player_spawn)
self.grid[0][0].append(self.player_goal)
self.unique_flickers = []
self.text_x = 0
self.text_y = 0
self.heart_direction = const.UP
self.name = name
self.load()
def out_of_bounds(self, col, row):
"""returns whether or not a tile is outside of the grid"""
if 0 <= col < self.WIDTH:
if 0 <= row < self.HEIGHT:
return False
return True
def clear(self):
for col in range(self.WIDTH):
for row in range(self.HEIGHT):
self.clear_point(col, row)
def add_tile(self, col, row, tile):
if not self.out_of_bounds(col, row):
self.grid[col][row].append(tile)
else:
print("add_tile() tried to add a tile out of bounds")
def clear_point(self, col, row):
if not self.out_of_bounds(col, row):
new_tile = []
# Spawn and goal shouldn't be erasable
if self.has_tile(PlayerSpawn, col, row):
spawn = self.get_tile(PlayerSpawn, col, row)
new_tile.append(spawn)
if self.has_tile(PlayerGoal, col, row):
goal = self.get_tile(PlayerGoal, col, row)
new_tile.append(goal)
self.grid[col][row] = new_tile
else:
print("clear_point() tried to clear a tile out of bounds")
def add_rect(self, col, row, w, h, constructor):
"""places a rectangle of tiles at the given coordinates
the tiles changed are relative to the current room,
not the entire level
"""
for col_index in range(col, col + w):
for row_index in range(row, row + h):
self.add_tile(col_index, row_index, constructor())
def clear_rect(self, col, row, w, h):
for col_index in range(col, col + w):
for row_index in range(row, row + h):
self.clear_point(col_index, row_index)
def add_checkpoint(self, col, row, direction):
self.add_tile(col, row, Checkpoint(direction, col, row))
def move_player_spawn(self, col, row):
# Remove old spawn
old_col = self.player_spawn.col
old_row = self.player_spawn.row
if self.player_spawn in self.grid[old_col][old_row]:
self.grid[old_col][old_row].remove(self.player_spawn)
# Place new spawn
self.player_spawn = PlayerSpawn(col, row)
self.add_tile(col, row, self.player_spawn)
def move_player_goal(self, col, row):
# Remove old goal
old_col = self.player_goal.col
old_row = self.player_goal.row
if self.player_goal in self.grid[old_col][old_row]:
self.grid[old_col][old_row].remove(self.player_goal)
# Place new goal
self.player_goal = PlayerGoal(col, row)
self.add_tile(col, row, self.player_goal)
def tiles_at(self, col, row):
"""returns the tiles at a given point"""
if not self.out_of_bounds(col, row):
return self.grid[col][row]
return [Void()]
def has_tile(self, type_, col, row):
"""determines if a certain space contains a tile"""
if not self.out_of_bounds(col, row):
for tile in self.tiles_at(col, row):
if type(tile) == type_:
return True
return False
return type_ == Void
def get_tile(self, type_, col, row):
"""gets the first tile with a given type on this space"""
for tile in self.tiles_at(col, row):
if type(tile) == type_:
return tile
raise ("There is not tile of type %s there!" % str(type_))
def has_listed_tile(self, types, col, row):
"""determines if a certain space contains any tiles in the list"""
for type_ in types:
if self.has_tile(type_, col, row):
return True
return False
def is_empty(self, col, row):
return not self.tiles_at(col, row)
def has_solid(self, col, row):
"""returns whether a tile is solid or not"""
for tile in self.tiles_at(col, row):
if tile.SOLID:
return True
return False
def _initiate_deathlock_flicker(self):
for row in range(self.HEIGHT):
for col in range(self.WIDTH):
if self.has_tile(Deathlock, col, row):
self._initiate_deathlock_flicker_recursion(
flicker.FlickerSequence(), col, row)
def _initiate_deathlock_flicker_recursion(self, flicker_sequence, col,
row):
tile = self.get_tile(Deathlock, col, row)
if tile.flicker_initiated:
return
tile.flicker_sequence = flicker_sequence
if self.has_tile(Deathlock, col - 1, row):
self._initiate_deathlock_flicker_recursion(flicker_sequence,
col - 1, row)
if self.has_tile(Deathlock, col + 1, row):
self._initiate_deathlock_flicker_recursion(flicker_sequence,
col + 1, row)
if self.has_tile(Deathlock, col, row - 1):
self._initiate_deathlock_flicker_recursion(flicker_sequence, col,
row - 1)
if self.has_tile(Deathlock, col, row + 1):
self._initiate_deathlock_flicker_recursion(flicker_sequence, col,
row + 1)
def _record_unique_flickers(self):
self.unique_flickers = [self.player_spawn.flicker_sequence]
for row in range(self.HEIGHT):
for col in range(self.WIDTH):
if self.grid[col][row]:
tile = self.grid[col][row][0]
if hasattr(tile, "flicker_sequence"):
for flicker_sequence in self.unique_flickers:
if flicker_sequence.sequence_list is tile.flicker_sequence.sequence_list:
break
else:
self.unique_flickers.append(tile.flicker_sequence)
def emit(self):
"""Emits PunchZones from all PunchBoxes and CheckpointRays from
all Checkpoints"""
for col in range(self.WIDTH):
for row in range(self.HEIGHT):
for tile in self.tiles_at(col, row):
if type(tile) == PlayerGoal:
self.emit_player_goal_zone(col, row)
for col in range(self.WIDTH):
for row in range(self.HEIGHT):
for tile in self.tiles_at(col, row):
if type(tile) == Checkpoint:
self.emit_checkpoint_ray(col, row, tile)
for col in range(self.WIDTH):
for row in range(self.HEIGHT):
for tile in self.tiles_at(col, row):
if type(tile) == PunchBox:
self.emit_punch_zone(col, row, tile)
def unemit(self):
"""Emits PunchZones from all PunchBoxes"""
for col in range(self.WIDTH):
for row in range(self.HEIGHT):
for tile in reversed(self.tiles_at(col, row)):
if tile.EMITTED:
self.tiles_at(col, row).remove(tile)
def emit_punch_zone(self, col, row, tile):
if tile.direction == const.LEFT:
self.add_tile(col - 1, row, PunchZone(const.LEFT))
elif tile.direction == const.UP:
self.add_tile(col, row - 1, PunchZone(const.UP))
elif tile.direction == const.RIGHT:
self.add_tile(col + 1, row, PunchZone(const.RIGHT))
elif tile.direction == const.DOWN:
self.add_tile(col, row + 1, PunchZone(const.DOWN))
def emit_checkpoint_ray(self, col, row, tile):
if tile.direction == const.LEFT:
ray_col = col
while not self.stops_checkpoint_ray(ray_col, row):
self.add_tile(ray_col, row, CheckpointRay(tile, const.HORIZ))
ray_col -= 1
elif tile.direction == const.RIGHT:
ray_col = col
while not self.stops_checkpoint_ray(ray_col, row):
self.add_tile(ray_col, row, CheckpointRay(tile, const.HORIZ))
ray_col += 1
elif tile.direction == const.UP:
ray_row = row
while not self.stops_checkpoint_ray(col, ray_row):
self.add_tile(col, ray_row, CheckpointRay(tile, const.VERT))
ray_row -= 1
elif tile.direction == const.DOWN:
ray_row = row
while not self.stops_checkpoint_ray(col, ray_row):
self.add_tile(col, ray_row, CheckpointRay(tile, const.VERT))
ray_row += 1
def emit_player_goal_zone(self, col, row):
# Place goal zones in a 3x3 area around the goal tile
for x in range(col - 1, col + 2):
for y in range(row - 1, row + 2):
if not self.out_of_bounds(x, y):
self.add_tile(x, y, PlayerGoalZone())
def stops_checkpoint_ray(self, col, row):
if self.has_solid(col, row):
return True
if self.has_tile(Deathlock, col, row):
return True
if self.has_tile(Void, col, row):
return True
return False
def collide_vert(self, x, y1, y2, collide_deathlock):
col = col_at(x)
start_row = row_at(y1)
end_row = row_at(y2)
for row in range(start_row, end_row + 1):
if collide_deathlock and self.has_tile(Deathlock, col, row):
return True
if self.has_solid(col, row):
return True
return False
def collide_horiz(self, x1, x2, y, collide_deathlock):
start_col = col_at(x1)
end_col = col_at(x2)
row = row_at(y)
for col in range(start_col, end_col + 1):
if collide_deathlock and self.has_tile(Deathlock, col, row):
return True
if self.has_solid(col, row):
return True
return False
def _shift_location_tiles(self, col_change, row_change):
"""Change the position of all things that store their own position.
Currently, that would only be checkpoints and spawns."""
self.player_spawn.col += col_change
self.player_spawn.row += row_change
self.player_goal.col += col_change
self.player_goal.row += row_change
for col in range(0, self.WIDTH):
for row in range(0, self.HEIGHT):
for tile in self.grid[col][row]:
if type(tile) == Checkpoint:
tile.col += col_change
tile.row += row_change
# Note: these shift functions currently don't erase the very last row/col
# so it just becomes a "copy". This is fine for my purposes since all my
# levels never directly touch edge.
def shift_left(self):
for col in range(0, self.WIDTH - 1):
for row in range(0, self.HEIGHT):
self.grid[col][row] = self.grid[col + 1][row]
self._shift_location_tiles(-1, 0)
def shift_right(self):
for col in range(self.WIDTH - 1, 0, -1):
for row in range(0, self.HEIGHT):
self.grid[col][row] = self.grid[col - 1][row]
self._shift_location_tiles(1, 0)
def shift_up(self):
for row in range(0, self.HEIGHT - 1):
for col in range(0, self.WIDTH):
self.grid[col][row] = self.grid[col][row + 1]
self._shift_location_tiles(0, -1)
def shift_down(self):
for row in range(self.HEIGHT - 1, 0, -1):
for col in range(0, self.WIDTH):
self.grid[col][row] = self.grid[col][row - 1]
self._shift_location_tiles(0, 1)
def draw_silhouette(self, surf):
for col in range(self.WIDTH):
for row in range(self.HEIGHT):
x = col * TILE_W
y = row * TILE_H
rect = (x, y, TILE_W, TILE_H)
if self.has_solid(col, row):
pygame.draw.rect(surf, const.BLACK, rect)
def draw_tile_at(self,
surf,
camera,
col,
row,
player_dead=False,
original_spawn=False):
x = col * TILE_W - int(camera.x)
y = row * TILE_H - int(camera.y)
rect = (x, y, TILE_W, TILE_H)
if self.has_tile(Wall, col, row):
pygame.draw.rect(surf, const.BLACK, rect)
elif self.has_tile(PlayerSpawn, col, row):
if original_spawn:
color = (81, 255, 113)
else:
color = (71, 158, 71)
pygame.draw.rect(surf, color, rect)
elif self.has_tile(Deathlock, col, row):
if player_dead:
color = (88, 91, 173)
else:
color = (109, 112, 255)
pygame.draw.rect(surf, color, rect)
elif self.has_tile(PunchBox, col, row):
punch_box = self.get_tile(PunchBox, col, row)
if punch_box.direction == const.LEFT:
surf.blit(punch_box_left, (x, y))
elif punch_box.direction == const.UP:
surf.blit(punch_box_up, (x, y))
elif punch_box.direction == const.RIGHT:
surf.blit(punch_box_right, (x, y))
elif punch_box.direction == const.DOWN:
surf.blit(punch_box_down, (x, y))
elif self.has_tile(Checkpoint, col, row):
checkpoint = self.get_tile(Checkpoint, col, row)
self.draw_checkpoint_and_ray(surf, checkpoint)
elif self.has_tile(PlayerGoalZone, col, row):
pygame.draw.rect(surf, (250, 250, 250), rect)
def draw_deathlock(self, surf, camera, player_dead):
for col in range(self.WIDTH):
for row in range(self.HEIGHT):
if self.has_tile(Deathlock, col, row):
x = col * TILE_W - int(camera.x)
y = row * TILE_H - int(camera.y)
rect = (x, y, TILE_W, TILE_H)
if player_dead:
color = (88, 91, 173)
else:
color = (109, 112, 255)
pygame.draw.rect(surf, color, rect)
def draw_flicker_glow(self, surf, frame):
for row in range(self.HEIGHT):
for col in range(self.WIDTH):
if self._flicker_bright_enough_for_gradient(col, row, frame):
self.draw_glow_at(surf, col, row, frame)
def _flicker_bright_enough_for_gradient(self, col, row, frame):
if self.grid[col][row]:
tile = self.grid[col][row][0]
is_ray = type(tile) is CheckpointRay
if hasattr(tile, "flicker_sequence") or is_ray:
if is_ray:
brightness = tile.checkpoint.flicker_sequence.brightness(
frame)
else:
brightness = tile.flicker_sequence.brightness(frame)
if brightness >= flicker.BRIGHT:
return True
return False
def _stops_flicker_gradient(self, type_, col, row, frame):
if self.out_of_bounds(col, row):
return True
if self.grid[col][row]:
if type(self.grid[col][row][0]) is type_:
return self._flicker_bright_enough_for_gradient(
col, row, frame)
return False
shade_soft = pygame.Surface((TILE_W, TILE_H))
shade_soft.fill(flicker.shade_color[flicker.SOFT])
shade_medium = pygame.Surface((TILE_W, TILE_H))
shade_medium.fill(flicker.shade_color[flicker.MEDIUM])
shade_bright = pygame.Surface((TILE_W, TILE_H))
shade_bright.fill(flicker.shade_color[flicker.BRIGHT])
checkpoint_shade_soft = graphics.load_image("checkpoint_shade_soft", 2)
checkpoint_shade_medium = graphics.load_image("checkpoint_shade_medium", 2)
checkpoint_shade_bright = graphics.load_image("checkpoint_shade_bright", 2)
def draw_flicker_tiles(self, surf, camera, frame):
# Draw all checkpoints first, so that the rays can be shaded later
for row in range(self.HEIGHT):
for col in range(self.WIDTH):
if self.grid[col][row]:
tile = self.grid[col][row][0]
if type(tile) is Checkpoint:
if tile.flicker_sequence.brightness(
frame) > flicker.NONE:
self.draw_tile_at(surf, camera, col, row)
# Draw other tiles and shade them all
for row in range(self.HEIGHT):
for col in range(self.WIDTH):
if self.grid[col][row]:
tile = self.grid[col][row][0]
is_ray = type(tile) is CheckpointRay
if hasattr(tile, "flicker_sequence") or is_ray:
if is_ray:
brightness = tile.checkpoint.flicker_sequence.brightness(
frame)
else:
brightness = tile.flicker_sequence.brightness(
frame)
if brightness != flicker.NONE and not type(
tile) is Checkpoint and not is_ray:
self.draw_tile_at(surf, camera, col, row)
if brightness == flicker.SOFT:
shade = self.shade_soft
elif brightness == flicker.MEDIUM:
shade = self.shade_medium
elif brightness == flicker.BRIGHT:
shade = self.shade_bright
else: # Skip FULL brightness, since no shade is drawn
continue
if is_ray:
if tile.orientation == const.HORIZ:
pos = (x_of(col), y_of(row) + TILE_H // 3)
rect = (0, 0, TILE_W, TILE_H // 3 + 2)
else:
pos = (x_of(col) + TILE_W // 3, y_of(row))
rect = (0, 0, TILE_W // 3 + 2, TILE_H)
surf.blit(shade,
pos,
rect,
special_flags=pygame.BLEND_MULT)
else:
if type(tile) is Checkpoint:
if brightness == flicker.SOFT:
shade = self.checkpoint_shade_soft
elif brightness == flicker.MEDIUM:
shade = self.checkpoint_shade_medium
elif brightness == flicker.BRIGHT:
shade = self.checkpoint_shade_bright
pos = (x_of(col), y_of(row))
surf.blit(shade,
pos,
special_flags=pygame.BLEND_MULT)
glow_surf = pygame.Surface((const.SCRN_W, const.SCRN_H))
def draw_glow(self, surf):
self.glow_surf.fill(const.BLACK)
for row in range(self.HEIGHT):
for col in range(self.WIDTH):
self.draw_glow_at(self.glow_surf, col, row)
surf.blit(self.glow_surf, (0, 0), special_flags=pygame.BLEND_ADD)
def draw_glow_at(self, surf, col, row, flicker_frame=-1):
center_x = center_x_of(col)
center_y = center_y_of(row)
if self.has_tile(PunchBox, col, row):
draw_glow_centered(surf, punch_box_glow, center_x, center_y)
if flicker_frame == -1:
self._draw_gradient_efficient(surf, PunchBox,
punch_box_gradient, col, row)
else:
self._draw_flicker_gradient_efficient(surf, PunchBox,
punch_box_gradient, col,
row, flicker_frame)
elif self.has_tile(Deathlock, col, row):
draw_glow_centered(surf, deathlock_glow, center_x, center_y)
if flicker_frame == -1:
self._draw_gradient_efficient(surf, Deathlock,
deathlock_gradient, col, row)
else:
self._draw_flicker_gradient_efficient(surf, Deathlock,
deathlock_gradient, col,
row, flicker_frame)
elif self.has_tile(Checkpoint, col, row):
draw_glow_centered(surf, checkpoint_glow, center_x, center_y)
if flicker_frame == -1:
self._draw_gradient_efficient(surf, Checkpoint,
checkpoint_gradient, col, row)
else:
self._draw_flicker_gradient_efficient(surf, Checkpoint,
checkpoint_gradient, col,
row, flicker_frame)
elif self.has_tile(CheckpointRay, col, row):
tile = self.get_tile(CheckpointRay, col, row)
if tile.orientation == const.HORIZ:
draw_glow_centered(surf, checkpoint_ray_horiz_glow, center_x,
center_y)
draw_glow_centered(surf, checkpoint_ray_horiz_gradient,
center_x, center_y)
elif tile.orientation == const.VERT:
draw_glow_centered(surf, checkpoint_ray_vert_glow, center_x,
center_y)
draw_glow_centered(surf, checkpoint_ray_vert_gradient,
center_x, center_y)
elif self.has_tile(PlayerSpawn, col, row):
draw_glow_centered(surf, player_spawn_glow, center_x, center_y)
draw_glow_centered(surf, player_spawn_gradient, center_x, center_y)
def _draw_gradient_efficient(self, surf, type_, gradient, col, row):
gradient_width = gradient.get_width()
gradient_height = gradient.get_height()
x_to_center = gradient_width // 2 - TILE_W // 2
y_to_center = gradient_height // 2 - TILE_H // 2
x_remainder = gradient_width - x_to_center
y_remainder = gradient_height - y_to_center
if self.has_tile(type_, col - 1, row):
x = x_of(col)
slice_x = x_to_center
slice_width = x_remainder
else:
x = x_of(col) - x_to_center
slice_x = 0
slice_width = gradient_width
if self.has_tile(type_, col + 1, row):
slice_width -= x_to_center
if self.has_tile(type_, col, row - 1):
y = y_of(row)
slice_y = y_to_center
slice_height = y_remainder
else:
y = y_of(row) - y_to_center
slice_y = 0
slice_height = gradient_height
if self.has_tile(type_, col, row + 1):
slice_height -= y_to_center
rect = (slice_x, slice_y, slice_width, slice_height)
surf.blit(gradient, (x, y), rect, special_flags=pygame.BLEND_MAX)
MAX_SEARCH_PUNCH_BOX = (punch_box_gradient.get_width() // TILE_W -
1) // 2 + 1
MAX_SEARCH_CHECKPOINT = (checkpoint_gradient.get_width() // TILE_W -
1) // 2 + 1
MAX_SEARCH_DEATHLOCK = (deathlock_gradient.get_width() // TILE_W -
1) // 2 + 1
def _draw_flicker_gradient_efficient(self, surf, type_, gradient, col, row,
frame):
if type_ is PunchBox:
max_search = self.MAX_SEARCH_PUNCH_BOX
elif type_ is Checkpoint:
max_search = self.MAX_SEARCH_CHECKPOINT
else:
max_search = self.MAX_SEARCH_DEATHLOCK
x_to_center = gradient.get_width() // 2 - TILE_W // 2
y_to_center = gradient.get_height() // 2 - TILE_H // 2
space_left = 0
for c in range(1, max_search + 1):
if self._stops_flicker_gradient(type_, col - c, row, frame):
break
space_left += 1
space_right = 0
for c in range(1, max_search + 1):
if self._stops_flicker_gradient(type_, col + c, row, frame):
break
space_right += 1
space_up = 0
for r in range(1, max_search + 1):
if self._stops_flicker_gradient(type_, col, row - r, frame):
break
space_up += 1
space_down = 0
for r in range(1, max_search + 1):
if self._stops_flicker_gradient(type_, col, row + r, frame):
break
space_down += 1
x = x_of(col) - space_left * TILE_W
y = y_of(row) - space_up * TILE_H
slice_x = x_to_center - space_left * TILE_W
slice_y = y_to_center - space_up * TILE_H
slice_width = (space_left + space_right + 1) * TILE_W
slice_height = (space_up + space_down + 1) * TILE_H
rect = (slice_x, slice_y, slice_width, slice_height)
surf.blit(gradient, (x, y), rect, special_flags=pygame.BLEND_MAX)
def draw_goal_glow(self, surf):
glow_surf = pygame.Surface(surf.get_size())
for col in range(self.player_goal.col - 1, self.player_goal.col + 2):
for row in range(self.player_goal.row - 1,
self.player_goal.row + 2):
center_x = center_x_of(col)
center_y = center_y_of(row)
gradient_x = int(center_x -
(player_goal_gradient.get_width() / 2))
gradient_y = int(center_y -
(player_goal_gradient.get_height() / 2))
glow_surf.blit(player_goal_gradient, (gradient_x, gradient_y),
special_flags=pygame.BLEND_MAX)
surf.blit(glow_surf, (0, 0), special_flags=pygame.BLEND_ADD)
def draw_static(self, surf, camera):
"""draws the entire stage"""
self.draw_glow(surf)
self.draw_tiles(surf, camera)
self.draw_goal_glow(surf)
def draw_tiles(self, surf, camera):
for row in range(self.HEIGHT):
for col in range(self.WIDTH):
if self.grid[col][row] and self.grid[col][row][
0].DRAWN_STATICALLY:
self.draw_tile_at(surf, camera, col, row)
def draw_dynamic(self, surf, camera, player_dead, original_spawn):
for row in range(self.HEIGHT):
for col in range(self.WIDTH):
if self.grid[col][
row] and not self.grid[col][row][0].DRAWN_STATICALLY:
self.draw_tile_at(surf, camera, col, row, player_dead,
original_spawn)
def draw_checkpoint_and_ray(self, surf, checkpoint):
col = checkpoint.col
row = checkpoint.row
x = x_of(col)
y = y_of(row)
if checkpoint.active:
surf.blit(checkpoint_activated, (x, y))
else:
surf.blit(checkpoint_deactivated, (x, y))
if checkpoint.direction == const.LEFT:
stop_col = col - 1
while not self.stops_checkpoint_ray(stop_col, row):
stop_col -= 1
stop_col += 1
if stop_col == col:
return
x = x_of(stop_col)
y += TILE_H // 3
width = (col - stop_col) * TILE_W
height = TILE_H // 3 + 2
elif checkpoint.direction == const.RIGHT:
stop_col = col + 1
while not self.stops_checkpoint_ray(stop_col, row):
stop_col += 1
stop_col -= 1
if stop_col == col:
return
x += TILE_W
y += TILE_H // 3
width = (stop_col - col) * TILE_W
height = TILE_H // 3 + 2
elif checkpoint.direction == const.UP:
stop_row = row - 1
while not self.stops_checkpoint_ray(col, stop_row):
stop_row -= 1
stop_row += 1
if stop_row == row:
return
x += TILE_W // 3
y = y_of(stop_row)
width = TILE_W // 3 + 2
height = (row - stop_row) * TILE_H
else:
stop_row = row + 1
while not self.stops_checkpoint_ray(col, stop_row):
stop_row += 1
stop_row -= 1
if stop_row == row:
return
x += TILE_W // 3
y += TILE_H
width = TILE_W // 3 + 2
height = (stop_row - row) * TILE_H
if checkpoint.active:
color = (81, 255, 113)
else:
color = (71, 158, 71)
pygame.draw.rect(surf, color, (x, y, width, height))
def update_goal_sound(self, player, is_transitioning):
if is_transitioning:
self.goal_sound_playing = False
self.goal_sound.stop()
return
distance_x = player.center_x - center_x_of(self.player_goal.col)
distance_y = player.center_y - center_y_of(self.player_goal.row)
distance = math.sqrt(distance_x**2 + distance_y**2)
if distance < 300.0:
if distance == 20:
return
if distance < 75:
# Reciprocal rises fast as distance gets closer to 20
mult = 2 / (distance - 20)
else:
# A line from where the reciprocal ends at x=75 to 0 at x=200
connection = 2 / (75 - 20)
m = -connection / (300 - 75)
b = -m * 300
mult = m * distance + b
volume = 0.97 * mult
self.goal_sound.set_volume(volume)
if not self.goal_sound_playing:
self.goal_sound_playing = True
self.goal_sound.play(-1)
elif self.goal_sound_playing:
self.goal_sound_playing = False
self.goal_sound.stop()
def place_tile_from_id(self, col, row, tile_id):
"""These ids are only used for writing and reading levels."""
if tile_id == 1:
tile = Wall()
elif tile_id == 2:
tile = Deathlock()
elif tile_id == 3:
tile = PunchBox(const.LEFT)
elif tile_id == 4:
tile = PunchBox(const.UP)
elif tile_id == 5:
tile = PunchBox(const.RIGHT)
elif tile_id == 6:
tile = PunchBox(const.DOWN)
elif tile_id == 7:
tile = Checkpoint(const.LEFT, col, row)
elif tile_id == 8:
tile = Checkpoint(const.UP, col, row)
elif tile_id == 9:
tile = Checkpoint(const.RIGHT, col, row)
elif tile_id == 10:
tile = Checkpoint(const.DOWN, col, row)
elif tile_id == 11:
self.move_player_spawn(col, row)
return
elif tile_id == 12:
self.move_player_goal(col, row)
return
else:
return
self.add_tile(col, row, tile)
def save(self):
strings = [
"%i %i %i" % (self.text_x, self.text_y, self.heart_direction)
]
for row in range(self.HEIGHT):
row_of_ids = []
for col in range(self.WIDTH):
tiles = self.tiles_at(col, row)
id = id_of(tiles)
row_of_ids.append(str(id))
strings.append(" ".join(row_of_ids))
data = "\n".join(strings)
with open(level_path(self.name), "w") as file:
file.write(data)
def load(self):
self.clear()
path = level_path(self.name)
if not os.path.exists(path):
return
with open(path, "r") as file:
data = file.read()
lines = data.split("\n")
text_position = lines[0].split(" ")
self.text_x = int(text_position[0])
self.text_y = int(text_position[1])
self.heart_direction = int(text_position[2])
level_rows = lines[1:]
for row_index, row in enumerate(level_rows):
for col_index, tile in enumerate(row.split(" ")):
self.place_tile_from_id(col_index, row_index, int(tile))
self._initiate_deathlock_flicker()
self._record_unique_flickers()
self.emit()
