def createExit(self, j, i):
self.stageScale = 50
x = self.stageScale * (j)
y = self.stageScale * (i)
sprite = Platform()
sprite.rect = pygame.Rect((x, y), (self.stageScale, self.stageScale))
sprite.image = self.imageDictionary["exit"]
sprite.image = pygame.transform.scale(sprite.image, (self.stageScale, self.stageScale))
self.exitGroup.add(sprite);
def parse_map(self, filename, enemies, callback): with open(path.join(get_levels_dir(), filename), "r") as f: x = y = 0 for line in f: for block in line.rstrip(): if block != " ": #need a trigger block image if block in enemies: callback(self, enemies[block](40, 40, x, y)) elif block == "E": trigger = Trigger(x, y) self.trigger_list.add(trigger) elif block == "w": walltrigger = WallTrigger(x, y) self.wallTrigger_list.add(walltrigger) elif block == "^": moving_platformsUD = MplatformUD(x, y) self.platform_list.add(moving_platformsUD) elif block == "v": vine = Vine(x, y) self.platform_list.add(vine) elif block == "V": vinetrigger = VineTrigger(x, y) self.vinetrigger_list.add(vinetrigger) elif block == ">": moving_platformsLR = MplatformLR(x, y) self.platform_list.add(moving_platformsLR) elif block == "P": self.Px = x self.Py = y elif block == "A": self.Ax = x self.Ay = y elif block == "y": self.ground_level = y else: platform = Platform(x, y) platform.image = self.mapdict[block] self.platform_list.add(platform) x += BLOCK_WIDTH if x > self.level_width: self.level_width = x x = 0 y += BLOCK_HEIGHT self.level_height = y
def createSprite(self,lines, j, i, character):
self.stageScale = 50
# Para que player aparezca en esquina superior izquierda
x = self.stageScale * (j)
y = self.stageScale * (i)
sprite = Platform()
sprite.i = i
sprite.j = j
if character == "a":
sprite.image = self.imageDictionary["topCement"]
sprite.imagen2 = self.imageDictionary["topCement"]
elif character == "t":
sprite.image = self.imageDictionary["lowEarth"]
sprite.imagen2 = self.imageDictionary["lowEarth"]
elif character == "n":
sprite.image = self.imageDictionary["grass"]
sprite.imagen2 = self.imageDictionary["grass"]
elif character == "ñ":
sprite.image = self.imageDictionary["topGrass"]
sprite.imagen2 = self.imageDictionary["topGrass"]
elif character == "s":
sprite.image = self.imageDictionary["sand"]
sprite.imagen2 = self.imageDictionary["sand"]
elif character == "b":##################
sprite.image = self.imageDictionary["blueAlpha"]##################
sprite.imagen2 = self.imageDictionary["blue"]##################
sprite.color = "Blue" ##################
elif character == 'r':##################
sprite.image = self.imageDictionary["lava"]##################
sprite.imagen2 = self.imageDictionary["lava"]##################
#sprite.color = "Green"##################
elif character == "O":
sprite.image = self.imageDictionary["blueAlpha"]
sprite.imagen2 = self.imageDictionary["blue"]
sprite.id = "Horizontal"
sprite.color = "Blue"
elif character == "P":
sprite.image = self.imageDictionary["greenAlpha"]
sprite.imagen2 = self.imageDictionary["green"]
#sprite.delta_x = 5
#sprite.lim_x = 20
#sprite.delta_y = 5
#sprite.lim_y = 20
#sprite.delta_y = 5
#sprite.tipo_movimiento = "0"
sprite.id = "Horizontal"
sprite.color = "Green"
elif character == "Q":
sprite.image = self.imageDictionary["blueAlpha"]
sprite.imagen2 = self.imageDictionary["blue"]
sprite.id = "Vertical"
sprite.color = "Blue"
elif character == "F":
sprite.image = self.imageDictionary["greenAlpha"]
sprite.imagen2 = self.imageDictionary["green"]
sprite.id = "Vertical"
sprite.color = "Green"
else:
sprite.image = self.imageDictionary["grass"]
sprite.imagen2 = self.imageDictionary["grass"]
sprite.color = "Green"
if character == "P" or character == "O":
colorlargo = self.createPlatform(lines,j,i,"H")
color = colorlargo[0]
scale_x = colorlargo[1]
scale_y = colorlargo[2]
sprite.color = color
#scale = 2
x = self.stageScale * (j)
y = self.stageScale * (i)
sprite.scale_x = scale_x
sprite.scale_y = scale_y
sprite.x_scale = self.stageScale *scale_x
sprite.y_scale = self.stageScale*scale_y
sprite.image = pygame.transform.scale(sprite.image, (int(scale_x*self.stageScale), int(scale_y*self.stageScale)))
sprite.imagen2 = pygame.transform.scale(sprite.imagen2, (int(scale_x*self.stageScale), int(scale_y*self.stageScale)))
sprite.rect = pygame.Rect((x, y), (scale_x*self.stageScale, scale_y*self.stageScale))
sprite.imagenoriginal = sprite.image
elif character == "F" or character == "Q":
sprite.x_scale = self.stageScale
sprite.y_scale = self.stageScale
sprite.image = pygame.transform.scale(sprite.image, (int(0.5*self.stageScale), 5*self.stageScale))
sprite.imagen2 = pygame.transform.scale(sprite.imagen2, (int(0.5*self.stageScale), 5*self.stageScale))
sprite.rect = pygame.Rect((x, y), (int(0.5*self.stageScale), 5*self.stageScale))
sprite.imagenoriginal = sprite.image
else:
sprite.x_scale = self.stageScale
sprite.y_scale = self.stageScale
sprite.image = pygame.transform.scale(sprite.image, (self.stageScale, self.stageScale))
sprite.imagen2 = pygame.transform.scale(sprite.imagen2, (self.stageScale, self.stageScale))
sprite.rect = pygame.Rect((x, y), (self.stageScale, self.stageScale))
sprite.imagenoriginal = sprite.image
# Define rectangulos que serviran para delimitar etapa y limitar movimiento de la camara
if i == 0 and j == 0:
self.firstRect = pygame.Rect((x, y), (self.stageScale, self.stageScale))
elif i == (self.height - 1) and j == (self.width - 1):
self.lastRect = pygame.Rect((x, y), (self.stageScale, self.stageScale))
sprite.colororiginal = sprite.color
self.group.add(sprite)
