def __init__(
self, config_world, config_map, window, checksum, score_config, user_config, lang, game_config, **kwargs
):
"""
Función constructora
:param config_world: Configuraciones del mundo
:param config_map: Configuraciones del mapa
:param window: Ventana de la aplicación
:param checksum: Checksum de la aplicación
:param score_config: Configuraciones del scoreboard
:param user_config: Configuraciones del usuario
:param lang: Diccionario de idioma
:param game_config: Configuraciones del juego
:param kwargs: Parámetros adicionales
:return: void
"""
# Se define si se imprime o no en consola
if kwargs.get("verbose"):
self.verbose = True
else:
self.verbose = False
# Variables de clase
self.actualMap = None # mapa actual
self.actualMapIndex = -1 # indice del mapa actual
self.checksum = checksum # checksum del juego
self.configMap = config_map # configuraciones de los mapas
self.configWorld = config_world # configuración del mundo
self.gameConfig = game_config # configuraciones del juego
self.images = {} # Imagenes del juego
self.langs = lang # Idioma del juego
self.playerName = user_config.getValue("NAME") # nombre del jugador
self.scoreConfig = score_config # configuraciones del scoreboard
self.userConfig = user_config # configuraciones del usuario
self.window = window # ventana del programa
# Se cargan los sonidos
self.sound_state = game_config.isTrue("ENABLESOUND") # define si se activan los sonidos o no
self.sounds = [
[
self.load_sound("m1"),
self.load_sound("n"),
self.load_sound("m1"),
self.load_sound("m2"),
self.load_sound("m3"),
self.load_sound("m4"),
self.load_sound("m5"),
],
[
self.load_sound("r1"),
self.load_sound("n"),
self.load_sound("r1"),
self.load_sound("r2"),
self.load_sound("r3"),
self.load_sound("r4"),
self.load_sound("r5"),
],
self.load_sound("offroad"),
[self.load_sound("track1"), self.load_sound("track2"), self.load_sound("track3")],
self.load_sound("results"),
self.load_sound("intro"),
self.load_sound("wheelborder"),
]
self.soundsChannel = [
pygame.mixer.Channel(0),
pygame.mixer.Channel(1),
pygame.mixer.Channel(2),
pygame.mixer.Channel(3),
]
# Se configuran los canales de sonido
for i in range(len(self.soundsChannel)):
self.soundsChannel[i].set_volume(float(self.configWorld.getValue("CHANNEL_" + str(i))))
# Se crea el navegador web
self.browser = Browser()
self.browser.addHeaders(HREF_HEADERS)
class World(object):
"""Mundo lógico"""
def __init__(
self, config_world, config_map, window, checksum, score_config, user_config, lang, game_config, **kwargs
):
"""
Función constructora
:param config_world: Configuraciones del mundo
:param config_map: Configuraciones del mapa
:param window: Ventana de la aplicación
:param checksum: Checksum de la aplicación
:param score_config: Configuraciones del scoreboard
:param user_config: Configuraciones del usuario
:param lang: Diccionario de idioma
:param game_config: Configuraciones del juego
:param kwargs: Parámetros adicionales
:return: void
"""
# Se define si se imprime o no en consola
if kwargs.get("verbose"):
self.verbose = True
else:
self.verbose = False
# Variables de clase
self.actualMap = None # mapa actual
self.actualMapIndex = -1 # indice del mapa actual
self.checksum = checksum # checksum del juego
self.configMap = config_map # configuraciones de los mapas
self.configWorld = config_world # configuración del mundo
self.gameConfig = game_config # configuraciones del juego
self.images = {} # Imagenes del juego
self.langs = lang # Idioma del juego
self.playerName = user_config.getValue("NAME") # nombre del jugador
self.scoreConfig = score_config # configuraciones del scoreboard
self.userConfig = user_config # configuraciones del usuario
self.window = window # ventana del programa
# Se cargan los sonidos
self.sound_state = game_config.isTrue("ENABLESOUND") # define si se activan los sonidos o no
self.sounds = [
[
self.load_sound("m1"),
self.load_sound("n"),
self.load_sound("m1"),
self.load_sound("m2"),
self.load_sound("m3"),
self.load_sound("m4"),
self.load_sound("m5"),
],
[
self.load_sound("r1"),
self.load_sound("n"),
self.load_sound("r1"),
self.load_sound("r2"),
self.load_sound("r3"),
self.load_sound("r4"),
self.load_sound("r5"),
],
self.load_sound("offroad"),
[self.load_sound("track1"), self.load_sound("track2"), self.load_sound("track3")],
self.load_sound("results"),
self.load_sound("intro"),
self.load_sound("wheelborder"),
]
self.soundsChannel = [
pygame.mixer.Channel(0),
pygame.mixer.Channel(1),
pygame.mixer.Channel(2),
pygame.mixer.Channel(3),
]
# Se configuran los canales de sonido
for i in range(len(self.soundsChannel)):
self.soundsChannel[i].set_volume(float(self.configWorld.getValue("CHANNEL_" + str(i))))
# Se crea el navegador web
self.browser = Browser()
self.browser.addHeaders(HREF_HEADERS)
def clear_actual_map(self):
"""
Borra el mapa actual
:return: void
"""
if self.actualMap is not None:
self.actualMap.clean()
def get_actual_index(self):
"""
Retorna el índice del mapa actual
:return: void
"""
return self.actualMapIndex
def get_actual_map(self):
"""
Retorna el mapa actual
:return: Objeto <track>
"""
return self.actualMap
def load_image(self, texture_name, color_key=(0, 0, 0), **kwargs):
"""
Función que carga una imagen
:param texture_name: Path de la textura
:param color_key: Tono de color
:param kwargs: Parámetros adicionales
:return: Imagen
"""
# Si la imagen no ha sido cargada entonces se carga y se guarda
# Si se rota
if kwargs.get("rotate"):
texture_name_rot = texture_name + "_r" + str(kwargs.get("rotate"))
if texture_name_rot not in self.images.keys():
if self.verbose:
print self.langs.get(55, texture_name)
texture_path = getImages(texture_name)
if texture_path != -1:
# Se obtiene el alpha
if kwargs.get("alpha"):
image = pygame.image.load(texture_path).convert_alpha()
else:
image = pygame.image.load(texture_path).convert(32)
image.set_colorkey(color_key)
image = pygame.transform.rotate(image, int(kwargs.get("rotate")))
self.images[texture_name_rot] = image
else:
self.images[texture_name_rot] = pygame.image.load(getImages("missing")).convert_alpha()
if self.verbose:
print self.lang.get(53, self.langs.get(51, texture_name))
return self.images[texture_name_rot]
# Si no se rota
else:
if texture_name not in self.images.keys():
if self.verbose:
print self.langs.get(55, texture_name)
texture_path = getImages(texture_name)
if texture_path != -1:
# Se obtiene el alpha
if kwargs.get("alpha"):
image = pygame.image.load(texture_path).convert_alpha()
else:
image = pygame.image.load(texture_path).convert(32)
image.set_colorkey(color_key)
self.images[texture_name] = image
else:
self.images[texture_name] = pygame.image.load(getImages("missing")).convert_alpha()
if self.verbose:
print self.lang.get(53, self.langs.get(51, texture_name))
return self.images[texture_name]
def load_map(self, index=None):
"""
Crea un mapa
:param index: Indice de la pista a cargar
:return: void
"""
if index is None:
index = int(self.configMap.getValue("DEFAULTMAP"))
else:
if index == NEXT_TRACK:
index = get_next_track(self.actualMapIndex)
# Si el indice no existe
if index not in TRACKS.keys():
throw(ERROR_TRACKNOTEXIST, index)
self.actualMapIndex = index
# Se crea el objeto
self.actualMap = mapTrack(self.configMap, self.window)
# Se define el titulo del mapa
self.actualMap.setTitle(TRACKS[index])
if self.verbose:
print self.langs.get(56, self.actualMap.getTrackTitle())
# Pista 1 - El origen
if index == 1:
try:
# Se definen los límites del mapas
self.actualMap.setMapLimits(-2500, -2200, 3200, 3200)
# Se definen las vueltas máximas
self.actualMap.setLaps(3)
# Se definen los objetivos del mapa
self.actualMap.setObjetives([(17.5, 19.5, 23.5), (17.0, 19.2, 22.5), (15.5, 17.1, 20.0)])
# Se define el fondo del mundo
self.actualMap.setBackground(self.load_image("grass", alpha=False))
# Se agrega al jugador
self.actualMap.addCar(
int(self.userConfig.getValue("TYPECAR")),
self.userConfig.getValue("TEXTURE"),
True,
0,
True,
self.actualMap.getTrackLogic(),
self.sounds,
self.soundsChannel,
self.checksum,
self.scoreConfig,
self.playerName,
self.actualMap.getTrackTitle(),
self.gameConfig,
self.browser,
rotate=-270,
verbose=self.verbose,
)
# Se agregan decoraciones
self.actualMap.addDecoration(self.load_image("tree0", alpha=True), (1650, 0))
self.actualMap.addDecoration(self.load_image("tree0", alpha=True), (1400, -250))
self.actualMap.addDecoration(self.load_image("tree0", alpha=True), (1440, 300))
self.actualMap.addDecoration(self.load_image("tree0", alpha=True), (800, 100))
self.actualMap.addDecoration(self.load_image("tree0", alpha=True), (750, -300))
self.actualMap.addDecoration(self.load_image("tree1", alpha=True), (650, -600))
self.actualMap.addDecoration(self.load_image("tree1", alpha=True), (-600, -600))
self.actualMap.addDecoration(self.load_image("tree1", alpha=True), (-600, -1200))
self.actualMap.addDecoration(self.load_image("tree0", alpha=True), (-400, -1400))
self.actualMap.addDecoration(self.load_image("tree0", alpha=True), (-180, -150))
self.actualMap.addDecoration(self.load_image("tree0", alpha=True), (1350, -1250))
self.actualMap.addDecoration(self.load_image("tree0", alpha=True), (180, -800))
self.actualMap.addDecoration(self.load_image("tree0", alpha=True), (180, 500))
self.actualMap.addDecoration(self.load_image("tree0", alpha=True), (180, 500))
self.actualMap.addDecoration(self.load_image("tree1", alpha=True), (-450, 550))
self.actualMap.addDecoration(self.load_image("tree0", alpha=True), (-1300, 750))
self.actualMap.addDecoration(self.load_image("tree0", alpha=True), (-1200, 0))
self.actualMap.addDecoration(self.load_image("tree0", alpha=True), (0, 1300))
self.actualMap.addDecoration(self.load_image("tree0", alpha=True), (700, 1280))
self.actualMap.addDecoration(self.load_image("tree0", alpha=True), (1400, 1080))
self.actualMap.addDecoration(self.load_image("tree0", alpha=True), (793, -1607))
self.actualMap.addDecoration(self.load_image("tree0", alpha=True), (1603, -677))
self.actualMap.addDecoration(self.load_image("tree0", alpha=True), (1483, 523))
self.actualMap.addDecoration(self.load_image("tree0", alpha=True), (283, 1453))
self.actualMap.addDecoration(self.load_image("tree0", alpha=True), (913, 1363))
self.actualMap.addDecoration(self.load_image("tree0", alpha=True), (-1397, 943))
self.actualMap.addDecoration(self.load_image("tree0", alpha=True), (-1067, -167))
self.actualMap.addDecoration(self.load_image("tree1", alpha=True), (-1037, 1363))
self.actualMap.addDecoration(self.load_image("tree1", alpha=True), (-1577, 343))
# Se agregan los caminos
self.actualMap.addTrack(self.load_image("goal_w", alpha=True, rotate=180), (100, 200))
self.actualMap.addTrack(self.load_image("c1_1", alpha=True), (500, 200))
self.actualMap.addTrack(self.load_image("c2_1", alpha=True), (500, -200))
self.actualMap.addTrack(self.load_image("c4_4", alpha=True), (100, -300))
self.actualMap.addTrack(self.load_image("c3_2", alpha=True), (-100, -1000))
self.actualMap.addTrack(self.load_image("rect_w_1", alpha=True), (200, -1185))
self.actualMap.addTrack(self.load_image("rect_w_2", alpha=True), (500, -1185))
self.actualMap.addTrack(self.load_image("c2_3", alpha=True), (1100, -900))
self.actualMap.addTrack(self.load_image("rect_h_4", alpha=True), (1100, -600))
self.actualMap.addTrack(self.load_image("rect_h", alpha=True), (1100, -300))
self.actualMap.addTrack(self.load_image("rect_h", alpha=True), (1100, 0))
self.actualMap.addTrack(self.load_image("rect_h", alpha=True), (1100, 300))
self.actualMap.addTrack(self.load_image("rect_h_1", alpha=True), (1100, 600))
self.actualMap.addTrack(self.load_image("c1_1", alpha=True), (1100, 1000))
self.actualMap.addTrack(self.load_image("rect_w_3", alpha=True), (700, 1000))
self.actualMap.addTrack(self.load_image("rect_w", alpha=True), (400, 1000))
self.actualMap.addTrack(self.load_image("rect_w", alpha=True), (200, 1000))
self.actualMap.addTrack(self.load_image("rect_w", alpha=True), (-100, 1000))
self.actualMap.addTrack(self.load_image("rect_w_4", alpha=True), (-400, 1000))
self.actualMap.addTrack(self.load_image("c4_2", alpha=True), (-700, 1000))
self.actualMap.addTrack(self.load_image("c3_3", alpha=True), (-600, 500))
self.actualMap.addTrack(self.load_image("rect_w_1", alpha=True), (-300, 215))
self.actualMap.addTrack(self.load_image("rect_w", alpha=True), (-100, 200))
# Se define la posición inicial del jugador
self.actualMap.player.set_default_pos((400, 350))
except:
print self.langs.get(53, self.langs.get(57, self.actualMap.getTrackTitle()))
self.clear_actual_map()
# Pista 2 - Adelaide raceway
elif index == 2:
try:
# Se definen los límites del mapas
self.actualMap.setMapLimits(-3500, -2700, 5000, 1400)
# Se definen las vueltas máximas
self.actualMap.setLaps(3)
# Se definen los objetivos del mapa
self.actualMap.setObjetives([(28.8, 30.5, 32.9), (23.5, 25.0, 27.9), (21.3, 23.0, 24.5)])
# Se define el fondo del mundo
self.actualMap.setBackground(self.load_image("sand3", alpha=False))
# Se agrega al jugador
self.actualMap.addCar(
int(self.userConfig.getValue("TYPECAR")),
self.userConfig.getValue("TEXTURE"),
True,
180,
True,
self.actualMap.getTrackLogic(),
self.sounds,
self.soundsChannel,
self.checksum,
self.scoreConfig,
self.playerName,
self.actualMap.getTrackTitle(),
self.gameConfig,
self.browser,
rotate=-270,
verbose=self.verbose,
)
# Se agregan decoraciones
self.actualMap.addDecoration(self.load_image("tree3", alpha=True), (1400, 1000))
self.actualMap.addDecoration(self.load_image("tree3", alpha=True), (-2200, 1000))
self.actualMap.addDecoration(self.load_image("tree5", alpha=True), (-3000, 500))
self.actualMap.addDecoration(self.load_image("tree3", alpha=True), (0, -150))
self.actualMap.addDecoration(self.load_image("tree5", alpha=True), (-2000, -140))
self.actualMap.addDecoration(self.load_image("tree3", alpha=True), (1600, 100))
self.actualMap.addDecoration(self.load_image("tree3", alpha=True), (600, 500))
self.actualMap.addDecoration(self.load_image("tree3", alpha=True), (-1500, 480))
self.actualMap.addDecoration(self.load_image("tree3", alpha=True), (-3000, 1200))
self.actualMap.addDecoration(self.load_image("tree3", alpha=True), (-1600, 2000))
self.actualMap.addDecoration(self.load_image("tree3", alpha=True), (-350, 950))
self.actualMap.addDecoration(self.load_image("tree3", alpha=True), (1000, 1600))
self.actualMap.addDecoration(self.load_image("tree3", alpha=True), (2600, 1000))
self.actualMap.addDecoration(self.load_image("tree5", alpha=True), (1693, 1573))
self.actualMap.addDecoration(self.load_image("tree3", alpha=True), (-767, -227))
self.actualMap.addDecoration(self.load_image("tree3", alpha=True), (-1667, -257))
self.actualMap.addDecoration(self.load_image("tree3", alpha=True), (-3227, 643))
self.actualMap.addDecoration(self.load_image("tree3", alpha=True), (-2627, 1993))
self.actualMap.addDecoration(self.load_image("tree3", alpha=True), (2203, 403))
self.actualMap.addDecoration(self.load_image("tree3", alpha=True), (-737, 1303))
self.actualMap.addDecoration(self.load_image("tree3", alpha=True), (-1007, 583))
self.actualMap.addDecoration(self.load_image("tree3", alpha=True), (523, 913))
self.actualMap.addDecoration(self.load_image("tree3", alpha=True), (223, 1573))
self.actualMap.addDecoration(self.load_image("tree5", alpha=True), (-2687, -47))
self.actualMap.addDecoration(self.load_image("tree5", alpha=True), (2323, 1393))
self.actualMap.addDecoration(self.load_image("tree5", alpha=True), (-1367, 1363))
self.actualMap.addDecoration(self.load_image("tree5", alpha=True), (163, 433))
# Se agregan los caminos
self.actualMap.addTrack(self.load_image("goal_w", alpha=True, rotate=0), (100, 200))
self.actualMap.addTrack(self.load_image("rect_w", alpha=True), (-200, 200))
self.actualMap.addTrack(self.load_image("rect_w", alpha=True), (-500, 200))
self.actualMap.addTrack(self.load_image("rect_w", alpha=True), (-800, 200))
self.actualMap.addTrack(self.load_image("rect_w", alpha=True), (-1100, 200))
self.actualMap.addTrack(self.load_image("rect_w", alpha=True), (-1300, 200))
self.actualMap.addTrack(self.load_image("rect_w", alpha=True), (-1600, 200))
self.actualMap.addTrack(self.load_image("rect_w_1", alpha=True), (-1900, 215))
self.actualMap.addTrack(self.load_image("c3_4", alpha=True), (-2200, 600))
self.actualMap.addTrack(self.load_image("rect_h_3", alpha=True), (-2585, 900))
self.actualMap.addTrack(self.load_image("rect_h_2", alpha=True), (-2585, 1200))
self.actualMap.addTrack(self.load_image("c4_4", alpha=True), (-2200, 1900))
self.actualMap.addTrack(self.load_image("c1_1", alpha=True), (-1800, 1900))
self.actualMap.addTrack(self.load_image("rect_h_1", alpha=True), (-1800, 1500))
self.actualMap.addTrack(self.load_image("c3_2", alpha=True), (-1600, 1200))
self.actualMap.addTrack(self.load_image("rect_w_1", alpha=True), (-1300, 1015))
self.actualMap.addTrack(self.load_image("rect_w_3", alpha=True), (-1000, 1000))
self.actualMap.addTrack(self.load_image("c1_1", alpha=True), (-600, 1000))
self.actualMap.addTrack(self.load_image("c3_1", alpha=True), (-500, 600))
self.actualMap.addTrack(self.load_image("c2_2", alpha=True), (0, 700))
self.actualMap.addTrack(self.load_image("c4_3", alpha=True), (300, 1300))
self.actualMap.addTrack(self.load_image("rect_w_4", alpha=True), (600, 1300))
self.actualMap.addTrack(self.load_image("rect_w", alpha=True), (900, 1300))
self.actualMap.addTrack(self.load_image("rect_w", alpha=True), (1200, 1300))
self.actualMap.addTrack(self.load_image("rect_w", alpha=True), (1500, 1300))
self.actualMap.addTrack(self.load_image("rect_w", alpha=True), (1800, 1300))
self.actualMap.addTrack(self.load_image("c1_1", alpha=True), (2200, 1300))
self.actualMap.addTrack(self.load_image("c2_1", alpha=True), (2200, 900))
self.actualMap.addTrack(self.load_image("rect_w_2", alpha=True), (1800, 815))
self.actualMap.addTrack(self.load_image("c4_1", alpha=True), (1500, 800))
self.actualMap.addTrack(self.load_image("c2_2", alpha=True), (1400, 400))
self.actualMap.addTrack(self.load_image("rect_w_2", alpha=True), (900, 215))
self.actualMap.addTrack(self.load_image("rect_w", alpha=True), (600, 200))
self.actualMap.addTrack(self.load_image("rect_w", alpha=True), (300, 200))
# Se define la posición inicial del jugador
self.actualMap.player.set_default_pos((490, 350))
except:
print self.langs.get(53, self.langs.get(57, self.actualMap.getTrackTitle()))
self.clear_actual_map()
# Pista 3 - Riverside intl
elif index == 3:
try:
# Se definen los límites del mapas
self.actualMap.setMapLimits(-3500, -2700, 5300, 2000)
# Se definen las vueltas máximas
self.actualMap.setLaps(3)
# Se definen los objetivos del mapa
self.actualMap.setObjetives([(37.2, 38.6, 40.0), (33.2, 35.6, 38.9), (31.4, 32.9, 34.6)])
# Se define el fondo del mundo
self.actualMap.setBackground(self.load_image("grass5", alpha=False))
# Se agrega al jugador
self.actualMap.addCar(
int(self.userConfig.getValue("TYPECAR")),
self.userConfig.getValue("TEXTURE"),
True,
180,
True,
self.actualMap.getTrackLogic(),
self.sounds,
self.soundsChannel,
self.checksum,
self.scoreConfig,
self.playerName,
self.actualMap.getTrackTitle(),
self.gameConfig,
self.browser,
rotate=-270,
verbose=self.verbose,
)
# Se agregan decoraciones
self.actualMap.addDecoration(self.load_image("tree0", alpha=True), (0, -300))
self.actualMap.addDecoration(self.load_image("tree0", alpha=True), (-1500, -300))
self.actualMap.addDecoration(self.load_image("tree1", alpha=True), (-300, 300))
self.actualMap.addDecoration(self.load_image("tree1", alpha=True), (1300, -320))
self.actualMap.addDecoration(self.load_image("tree0", alpha=True), (-2800, -200))
self.actualMap.addDecoration(self.load_image("tree1", alpha=True), (-2340, -700))
self.actualMap.addDecoration(self.load_image("tree0", alpha=True), (-3300, -700))
self.actualMap.addDecoration(self.load_image("tree1", alpha=True), (-3200, 470))
self.actualMap.addDecoration(self.load_image("tree0", alpha=True), (-1200, -1163))
self.actualMap.addDecoration(self.load_image("tree1", alpha=True), (-3270, 1100))
self.actualMap.addDecoration(self.load_image("tree1", alpha=True), (-3000, 1883))
self.actualMap.addDecoration(self.load_image("tree0", alpha=True), (-1950, 2000))
self.actualMap.addDecoration(self.load_image("tree0", alpha=True), (-690, 1850))
self.actualMap.addDecoration(self.load_image("tree1", alpha=True), (180, 1490))
self.actualMap.addDecoration(self.load_image("tree1", alpha=True), (1050, 1883))
self.actualMap.addDecoration(self.load_image("tree0", alpha=True), (1560, 1520))
self.actualMap.addDecoration(self.load_image("tree0", alpha=True), (2670, 1343))
self.actualMap.addDecoration(self.load_image("tree0", alpha=True), (-1080, 683))
self.actualMap.addDecoration(self.load_image("tree0", alpha=True), (-2220, 1193))
self.actualMap.addDecoration(self.load_image("tree0", alpha=True), (570, 893))
self.actualMap.addDecoration(self.load_image("tree1", alpha=True), (-300, 833))
self.actualMap.addDecoration(self.load_image("tree1", alpha=True), (2700, -127))
self.actualMap.addDecoration(self.load_image("tree1", alpha=True), (2900, 653))
self.actualMap.addDecoration(self.load_image("tree0", alpha=True), (-1230, 1193))
self.actualMap.addDecoration(self.load_image("tree0", alpha=True), (1560, 773))
self.actualMap.addDecoration(self.load_image("tree0", alpha=True), (2130, 533))
self.actualMap.addDecoration(self.load_image("tree0", alpha=True), (1110, 233))
self.actualMap.addDecoration(self.load_image("tree1", alpha=True), (-1200, 233))
self.actualMap.addDecoration(self.load_image("tree1", alpha=True), (-2850, 683))
self.actualMap.addDecoration(self.load_image("tree1", alpha=True), (480, 2213))
self.actualMap.addDecoration(self.load_image("tree1", alpha=True), (1620, 383))
self.actualMap.addDecoration(self.load_image("tree1", alpha=True), (-3660, -517))
# Se agregan los caminos
self.actualMap.addTrack(self.load_image("goal_w", alpha=True), (0, 0))
self.actualMap.addTrack(self.load_image("rect_w", alpha=True), (-300, 0))
self.actualMap.addTrack(self.load_image("rect_w", alpha=True), (-600, 0))
self.actualMap.addTrack(self.load_image("rect_w", alpha=True), (-900, 0))
self.actualMap.addTrack(self.load_image("rect_w", alpha=True), (-1200, 0))
self.actualMap.addTrack(self.load_image("rect_w", alpha=True), (-1500, 0))
self.actualMap.addTrack(self.load_image("rect_w", alpha=True), (-1800, 0))
self.actualMap.addTrack(self.load_image("rect_w_4", alpha=True), (-2100, 0))
self.actualMap.addTrack(self.load_image("c4_1", alpha=True), (-2400, 0))
self.actualMap.addTrack(self.load_image("c2_1", alpha=True), (-2500, -400))
self.actualMap.addTrack(self.load_image("c3_2", alpha=True), (-2900, -300))
self.actualMap.addTrack(self.load_image("c4_4", alpha=True), (-2700, 400))
self.actualMap.addTrack(self.load_image("rect_w_4", alpha=True), (-2400, 400))
self.actualMap.addTrack(self.load_image("rect_w", alpha=True), (-2100, 400))
self.actualMap.addTrack(self.load_image("rect_w_2", alpha=True), (-1800, 415))
self.actualMap.addTrack(self.load_image("c2_1", alpha=True), (-1400, 500))
self.actualMap.addTrack(self.load_image("c1_1", alpha=True), (-1400, 900))
self.actualMap.addTrack(self.load_image("rect_w_3", alpha=True), (-1800, 900))
self.actualMap.addTrack(self.load_image("rect_w_1", alpha=True), (-2100, 915))
self.actualMap.addTrack(self.load_image("c3_4", alpha=True), (-2400, 1300))
self.actualMap.addTrack(self.load_image("c4_1", alpha=True), (-2700, 1700))
self.actualMap.addTrack(self.load_image("rect_w_4", alpha=True), (-2400, 1700))
self.actualMap.addTrack(self.load_image("rect_w", alpha=True), (-2100, 1700))
self.actualMap.addTrack(self.load_image("rect_w", alpha=True), (-1800, 1700))
self.actualMap.addTrack(self.load_image("rect_w", alpha=True), (-1500, 1700))
self.actualMap.addTrack(self.load_image("rect_w_3", alpha=True), (-1200, 1700))
self.actualMap.addTrack(self.load_image("c1_1", alpha=True), (-800, 1700))
self.actualMap.addTrack(self.load_image("c3_1", alpha=True), (-700, 1300))
self.actualMap.addTrack(self.load_image("c2_1", alpha=True), (-300, 1300))
self.actualMap.addTrack(self.load_image("c4_4", alpha=True), (100, 2000))
self.actualMap.addTrack(self.load_image("c1_4", alpha=True), (800, 2000))
self.actualMap.addTrack(self.load_image("c3_1", alpha=True), (900, 1300))
self.actualMap.addTrack(self.load_image("rect_w_1", alpha=True), (1200, 1215))
self.actualMap.addTrack(self.load_image("rect_w", alpha=True), (1500, 1200))
self.actualMap.addTrack(self.load_image("rect_w", alpha=True), (1800, 1200))
self.actualMap.addTrack(self.load_image("rect_w_3", alpha=True), (2100, 1200))
self.actualMap.addTrack(self.load_image("c1_2", alpha=True), (2600, 1200))
self.actualMap.addTrack(self.load_image("rect_h", alpha=True), (2600, 700))
self.actualMap.addTrack(self.load_image("c2_4", alpha=True), (2600, 400))
self.actualMap.addTrack(self.load_image("rect_w_2", alpha=True), (1900, 15))
self.actualMap.addTrack(self.load_image("rect_w", alpha=True), (1600, 0))
self.actualMap.addTrack(self.load_image("rect_w", alpha=True), (1300, 0))
self.actualMap.addTrack(self.load_image("rect_w", alpha=True), (1000, 0))
self.actualMap.addTrack(self.load_image("rect_w", alpha=True), (700, 0))
self.actualMap.addTrack(self.load_image("rect_w", alpha=True), (500, 0))
self.actualMap.addTrack(self.load_image("rect_w", alpha=True), (300, 0))
# Se define la posición inicial del jugador
self.actualMap.player.set_default_pos((387, 150))
except:
print self.langs.get(53, self.langs.get(57, self.actualMap.getTrackTitle()))
self.clear_actual_map()
# Santiago intl
elif index == 4:
try:
# Se definen los límites del mapas
self.actualMap.setMapLimits(-4400, -3500, 5500, 2500)
# Se definen las vueltas máximas
self.actualMap.setLaps(3)
# Se definen los objetivos del mapa
self.actualMap.setObjetives([(49.3, 51.0, 53.0), (50.0, 53.5, 58.6), (49.0, 50.5, 52.0)])
# Se define el fondo del mundo
self.actualMap.setBackground(self.load_image("grass", alpha=False))
# Se agrega al jugador
self.actualMap.addCar(
int(self.userConfig.getValue("TYPECAR")),
self.userConfig.getValue("TEXTURE"),
True,
270,
True,
self.actualMap.getTrackLogic(),
self.sounds,
self.soundsChannel,
self.checksum,
self.scoreConfig,
self.playerName,
self.actualMap.getTrackTitle(),
self.gameConfig,
self.browser,
rotate=-270,
verbose=self.verbose,
)
# Se agregan decoraciones
self.actualMap.addDecoration(self.load_image("tree0", alpha=True), (-457, 433))
self.actualMap.addDecoration(self.load_image("tree1", alpha=True), (-1147, 493))
self.actualMap.addDecoration(self.load_image("tree0", alpha=True), (-997, -317))
self.actualMap.addDecoration(self.load_image("tree0", alpha=True), (-1297, -407))
self.actualMap.addDecoration(self.load_image("tree1", alpha=True), (-2977, 643))
self.actualMap.addDecoration(self.load_image("tree0", alpha=True), (-1717, -1067))
self.actualMap.addDecoration(self.load_image("tree0", alpha=True), (-427, -1187))
self.actualMap.addDecoration(self.load_image("tree0", alpha=True), (503, -917))
self.actualMap.addDecoration(self.load_image("tree1", alpha=True), (2603, -317))
self.actualMap.addDecoration(self.load_image("tree0", alpha=True), (713, 793))
self.actualMap.addDecoration(self.load_image("tree0", alpha=True), (1253, 1213))
self.actualMap.addDecoration(self.load_image("tree1", alpha=True), (2003, 2083))
self.actualMap.addDecoration(self.load_image("tree0", alpha=True), (2123, 1123))
self.actualMap.addDecoration(self.load_image("tree0", alpha=True), (1853, 493))
self.actualMap.addDecoration(self.load_image("tree1", alpha=True), (-637, 703))
self.actualMap.addDecoration(self.load_image("tree0", alpha=True), (-1987, 463))
self.actualMap.addDecoration(self.load_image("tree0", alpha=True), (-2647, 553))
self.actualMap.addDecoration(self.load_image("tree0", alpha=True), (-2257, 1153))
self.actualMap.addDecoration(self.load_image("tree1", alpha=True), (-2257, 1843))
self.actualMap.addDecoration(self.load_image("tree0", alpha=True), (-1987, 2083))
self.actualMap.addDecoration(self.load_image("tree0", alpha=True), (-2677, 2683))
self.actualMap.addDecoration(self.load_image("tree1", alpha=True), (-1537, 2713))
self.actualMap.addDecoration(self.load_image("tree0", alpha=True), (-1117, 1993))
self.actualMap.addDecoration(self.load_image("tree0", alpha=True), (-337, 1423))
self.actualMap.addDecoration(self.load_image("tree0", alpha=True), (293, 313))
self.actualMap.addDecoration(self.load_image("tree1", alpha=True), (1253, -347))
self.actualMap.addDecoration(self.load_image("tree0", alpha=True), (2003, -467))
self.actualMap.addDecoration(self.load_image("tree0", alpha=True), (3233, 253))
self.actualMap.addDecoration(self.load_image("tree0", alpha=True), (3593, -467))
self.actualMap.addDecoration(self.load_image("tree1", alpha=True), (3083, -1187))
self.actualMap.addDecoration(self.load_image("tree1", alpha=True), (-1207, 1153))
self.actualMap.addDecoration(self.load_image("tree0", alpha=True), (-1987, 583))
self.actualMap.addDecoration(self.load_image("tree1", alpha=True), (-1327, -167))
self.actualMap.addDecoration(self.load_image("tree1", alpha=True), (-2077, -300))
self.actualMap.addDecoration(self.load_image("tree1", alpha=True), (-2677, 853))
self.actualMap.addDecoration(self.load_image("tree0", alpha=True), (-3037, 1513))
self.actualMap.addDecoration(self.load_image("tree0", alpha=True), (-3667, 1153))
self.actualMap.addDecoration(self.load_image("tree0", alpha=True), (-3847, 583))
self.actualMap.addDecoration(self.load_image("tree0", alpha=True), (1643, -1067))
self.actualMap.addDecoration(self.load_image("tree0", alpha=True), (683, -857))
self.actualMap.addDecoration(self.load_image("tree0", alpha=True), (-2437, -197))
self.actualMap.addDecoration(self.load_image("tree0", alpha=True), (-3097, 2173))
self.actualMap.addDecoration(self.load_image("tree0", alpha=True), (-1867, 1423))
self.actualMap.addDecoration(self.load_image("tree0", alpha=True), (323, 1603))
self.actualMap.addDecoration(self.load_image("tree1", alpha=True), (803, 2353))
self.actualMap.addDecoration(self.load_image("tree0", alpha=True), (2153, 1513))
self.actualMap.addDecoration(self.load_image("tree0", alpha=True), (773, 283))
self.actualMap.addDecoration(self.load_image("tree0", alpha=True), (1703, -287))
self.actualMap.addDecoration(self.load_image("tree1", alpha=True), (2903, 493))
self.actualMap.addDecoration(self.load_image("tree1", alpha=True), (-157, -1397))
self.actualMap.addDecoration(self.load_image("tree1", alpha=True), (-787, -1127))
self.actualMap.addDecoration(self.load_image("tree0", alpha=True), (-3607, 73))
self.actualMap.addDecoration(self.load_image("tree1", alpha=True), (443, 493))
self.actualMap.addDecoration(self.load_image("tree1", alpha=True), (-37, 1573))
self.actualMap.addDecoration(self.load_image("tree0", alpha=True), (1673, 2563))
self.actualMap.addDecoration(self.load_image("tree1", alpha=True), (983, 973))
self.actualMap.addDecoration(self.load_image("tree1", alpha=True), (3383, -257))
self.actualMap.addDecoration(self.load_image("tree1", alpha=True), (-247, -1067))
# Se agregan los caminos
self.actualMap.addTrack(self.load_image("goal_h", alpha=True), (0, 0))
self.actualMap.addTrack(self.load_image("rect_h", alpha=True), (0, 300))
self.actualMap.addTrack(self.load_image("rect_h", alpha=True), (0, 600))
self.actualMap.addTrack(self.load_image("c4_4", alpha=True), (400, 1300))
self.actualMap.addTrack(self.load_image("c2_4", alpha=True), (1100, 1700))
self.actualMap.addTrack(self.load_image("c4_2", alpha=True), (1300, 2200))
self.actualMap.addTrack(self.load_image("c1_1", alpha=True), (1700, 2200))
self.actualMap.addTrack(self.load_image("rect_h_1", alpha=True), (1700, 1800))
self.actualMap.addTrack(self.load_image("rect_h", alpha=True), (1700, 1500))
self.actualMap.addTrack(self.load_image("rect_h_4", alpha=True), (1700, 1200))
self.actualMap.addTrack(self.load_image("c2_1", alpha=True), (1700, 900))
self.actualMap.addTrack(self.load_image("c4_1", alpha=True), (1300, 800))
self.actualMap.addTrack(self.load_image("c3_3", alpha=True), (1500, 400))
self.actualMap.addTrack(self.load_image("rect_w_1", alpha=True), (1800, 115))
self.actualMap.addTrack(self.load_image("rect_w", alpha=True), (2100, 100))
self.actualMap.addTrack(self.load_image("rect_w", alpha=True), (2400, 100))
self.actualMap.addTrack(self.load_image("rect_w_3", alpha=True), (2700, 100))
self.actualMap.addTrack(self.load_image("c1_1", alpha=True), (3100, 100))
self.actualMap.addTrack(self.load_image("rect_h", alpha=True), (3100, -300))
self.actualMap.addTrack(self.load_image("c2_1", alpha=True), (3100, -600))
self.actualMap.addTrack(self.load_image("rect_w_2", alpha=True), (2700, -685))
self.actualMap.addTrack(self.load_image("rect_w", alpha=True), (2400, -700))
self.actualMap.addTrack(self.load_image("rect_w", alpha=True), (2100, -700))
self.actualMap.addTrack(self.load_image("rect_w", alpha=True), (1800, -700))
self.actualMap.addTrack(self.load_image("rect_w_1", alpha=True), (1500, -685))
self.actualMap.addTrack(self.load_image("c3_3", alpha=True), (1200, -400))
self.actualMap.addTrack(self.load_image("c1_1", alpha=True), (900, 0))
self.actualMap.addTrack(self.load_image("c4_1", alpha=True), (500, 0))
self.actualMap.addTrack(self.load_image("c2_3", alpha=True), (400, -400))
self.actualMap.addTrack(self.load_image("rect_w_2", alpha=True), (-200, -685))
self.actualMap.addTrack(self.load_image("rect_w", alpha=True), (-500, -700))
self.actualMap.addTrack(self.load_image("rect_w", alpha=True), (-800, -700))
self.actualMap.addTrack(self.load_image("rect_w_1", alpha=True), (-1100, -685))
self.actualMap.addTrack(self.load_image("c3_3", alpha=True), (-1400, -400))
self.actualMap.addTrack(self.load_image("c1_3", alpha=True), (-1700, 200))
self.actualMap.addTrack(self.load_image("rect_w_3", alpha=True), (-2300, 200))
self.actualMap.addTrack(self.load_image("rect_w_1", alpha=True), (-2600, 215))
self.actualMap.addTrack(self.load_image("c3_4", alpha=True), (-2900, 600))
self.actualMap.addTrack(self.load_image("c4_3", alpha=True), (-3000, 1200))
self.actualMap.addTrack(self.load_image("c2_2", alpha=True), (-2500, 1400))
self.actualMap.addTrack(self.load_image("rect_h_4", alpha=True), (-2500, 1700))
self.actualMap.addTrack(self.load_image("rect_h_2", alpha=True), (-2485, 2000))
self.actualMap.addTrack(self.load_image("c4_3", alpha=True), (-2200, 2600))
self.actualMap.addTrack(self.load_image("c1_3", alpha=True), (-1600, 2600))
self.actualMap.addTrack(self.load_image("c3_4", alpha=True), (-1200, 2000))
self.actualMap.addTrack(self.load_image("c1_2", alpha=True), (-700, 1600))
self.actualMap.addTrack(self.load_image("c2_2", alpha=True), (-700, 1100))
self.actualMap.addTrack(self.load_image("c4_3", alpha=True), (-1200, 900))
self.actualMap.addTrack(self.load_image("c3_1", alpha=True), (-1400, 300))
self.actualMap.addTrack(self.load_image("rect_w", alpha=True), (-1100, 200))
self.actualMap.addTrack(self.load_image("rect_w", alpha=True), (-900, 200))
self.actualMap.addTrack(self.load_image("c1_2", alpha=True), (-500, 200))
self.actualMap.addTrack(self.load_image("c3_1", alpha=True), (-400, -300))
self.actualMap.addTrack(self.load_image("c2_1", alpha=True), (0, -300))
# Se define la posición inicial del jugador
self.actualMap.player.set_default_pos((350, 110))
except:
print self.langs.get(53, self.langs.get(57, self.actualMap.getTrackTitle()))
self.clear_actual_map()
def load_sound(self, sound_file):
"""
Carga un sonido
:param sound_file: Archivo de sonido
:return: Sonido
"""
try:
if self.verbose:
print self.langs.get(52, sound_file)
return pygame.mixer.Sound(getSounds(sound_file))
except:
if self.verbose:
print self.langs.get(53, self.langs.get(54, sound_file))
return pygame.mixer.Sound()
