def __init__(self, surface):
Setup.__init__(self, surface)
platformW = int(params.WIDTH * 0.10)
platformH = int(params.HEIGHT * 0.30)
platformX = int(params.WIDTH * 0.3 - platformW * 0.5)
platformY = int(params.HEIGHT - platformH)
platform1 = objects.Obstacle(surface=self.surface,
color=objects.OBSTACLE_COLOR,
rect=(platformX, platformY, platformW,
platformH))
self.diamondX = platformX - objects.DIAMOND_RADIUS ## Initial diamond x
self.diamondY = params.HEIGHT - objects.DIAMOND_RADIUS ## Initial diamond y
diamond1 = objects.Diamond(surface=self.surface,
color=objects.DIAMOND_COLOR,
x=self.diamondX,
y=self.diamondY,
radius=objects.DIAMOND_RADIUS)
platformW = int(params.WIDTH * 0.10)
platformH = int(params.HEIGHT * 0.30)
platformX = int(params.WIDTH * 0.7 - platformW * 0.5)
platformY = int(params.HEIGHT - platformH)
platform2 = objects.Obstacle(surface=self.surface,
color=objects.OBSTACLE_COLOR,
rect=(platformX, platformY, platformW,
platformH))
self.diamondX = platformX + platformW + objects.DIAMOND_RADIUS ## Initial diamond x
self.diamondY = params.HEIGHT - objects.DIAMOND_RADIUS ## Initial diamond y
diamond2 = objects.Diamond(surface=self.surface,
color=objects.DIAMOND_COLOR,
x=self.diamondX,
y=self.diamondY,
radius=objects.DIAMOND_RADIUS)
obstacles = [platform1, platform2]
ballX = random.randint(params.WIDTH * 0.5, params.WIDTH * 0.55)
ballY = params.HEIGHT * 0.95 - objects.BALL_RADIUS
dotAngle = 0.0
ball = objects.Ball(surface=self.surface,
color=objects.BALL_COLOR,
x=ballX,
y=ballY,
radius=objects.BALL_RADIUS,
dotAngle=dotAngle,
obstacles=obstacles)
diamonds = [diamond1, diamond2]
self.obstacles, self.ball, self.diamonds = (obstacles, ball, diamonds)
self.maxCollectTime = 9 ## Ideal max completion time in seconds to collect all diamond
def __init__(self, surface):
Setup.__init__(self, surface)
ballX = random.randint(params.WIDTH * 0.1, params.WIDTH * 0.9)
ballY = params.HEIGHT * 0.95 - objects.BALL_RADIUS
dotAngle = 0.0
ball = objects.Ball(surface=self.surface,
color=objects.BALL_COLOR,
x=ballX,
y=ballY,
radius=objects.BALL_RADIUS,
dotAngle=dotAngle,
obstacles=[None])
diamondX = random.randint(2 * objects.DIAMOND_RADIUS, params.WIDTH -
objects.DIAMOND_RADIUS) ## Initial diamond x
diamondY = random.randint(
params.HEIGHT * 0.5 + 2 * objects.DIAMOND_RADIUS,
params.HEIGHT - objects.DIAMOND_RADIUS) ## Initial diamond y
diamond = objects.Diamond(surface=self.surface,
color=objects.DIAMOND_COLOR,
x=diamondX,
y=diamondY,
radius=objects.DIAMOND_RADIUS)
self.obstacles, self.ball, self.diamonds = ([None], ball, [diamond])
self.maxCollectTime = 3 ## Ideal max completion time in seconds to collect all diamond