def __init__(self, driver, **kwargs) : AetherModule.__init__(self,driver,**kwargs) # convenient access to pymunk functions world = pymunx(gravity=(0.0,0.0,0.0)) self.world = world # add the walls tl, tr, bl, br = (0,0),(self.dims[0],0),(0,self.dims[1]),(self.dims[0],self.dims[1]) walls = ((tl,tr),(tl,bl),(tr,br),(bl,br)) wall_shapes = [] for w in walls : wall_shapes.append(world.add_wall(w[0],w[1],elasticity=1,friction=.5)) self.wall_shapes = wall_shapes # add balls ball_shapes = [] for x in range(10) : x,y = randint(0,self.dims[0]),randint(0,self.dims[1]) ball_shapes.append(world.add_ball(Vec2d(x,y),radius=7,density=0.1,inertia=1000,elasticity=0.9,friction=0.1)) #ball_shapes.append(world.add_ball(Vec2d(x,y))) dx,dy = randint(-1000,1000),randint(-1000,1000) ball_shapes[-1].body.apply_impulse(Vec2d(dx,dy),(dx,dy)) self.ball_shapes = ball_shapes # add the circle the mouse will follow self.cursor_ball = world.add_ball(Vec2d(self.dims[0]/2,self.dims[1]/2),density=100,radius=25,elasticity=0.9,friction=0)
def __init__(self,driver,*args) : # need to call parent class' init method explicitly in python AetherModule.__init__(self,driver,*args) self.world = pymunx(gravity=(0.0,0.0,0.0)) # add the walls #tl, tr, bl, br = (0,0),(self.dims[0],0),(0,self.dims[1]),(self.dims[0],self.dims[1]) #walls = ((tl,tr),(tl,bl),(tr,br),(bl,br)) #wall_shapes = [] #for w in walls : # wall_shapes.append(self.world.add_wall(w[0],w[1],elasticity=1,friction=.5)) #self.wall_shapes = wall_shapes chime_pts = ((0,0),(10,0),(10,50),(0,50)) self.chime = self.world.add_poly(chime_pts) self.chime.body.position = (self.dims[0]/2,self.dims[1]/2) # add the circle the mouse will follow self.cursor_ball = self.world.add_ball(Vec2d(self.dims[0]/2,self.dims[1]/2),density=100,radius=25,elasticity=0.9,friction=0)
def init(self):
self.checkerboard = pygame.image.load(self.file_path('checkerboard.png'))
self.checkerboard = pygame.transform.scale(self.checkerboard,self.dims)
pygame.init()
pygame.font.init()
self.debug_print("Font initialized: "+str(pygame.font.get_init()))
self.font = pygame.font.Font(None, 36)
self.min_area_pos = (2,0)
self.thresh_pos = (0,self.dims[1]-38)
self.sprites = pygame.sprite.Group()
self.draw_shadow = True
# convenient access to pymunk functions
world = pymunx(gravity=(0.0,0.0,0.0))
self.world = world
# add the walls
tl, tr, bl, br = (0,0),(self.dims[0],0),(0,self.dims[1]),(self.dims[0],self.dims[1])
walls = ((tl,tr),(tl,bl),(tr,br),(bl,br))
wall_shapes = []
for w in walls :
wall_shapes.append(world.add_wall(w[0],w[1],elasticity=1,friction=.5))
self.wall_shapes = wall_shapes
# add balls
ball_shapes = []
for x in range(10) :
x,y = randint(0,self.dims[0]),randint(0,self.dims[1])
ball_shapes.append(world.add_ball(Vec2d(x,y),radius=7,density=0.1,inertia=1000,elasticity=0.9,friction=0.1))
#ball_shapes.append(world.add_ball(Vec2d(x,y)))
dx,dy = randint(-1000,1000),randint(-1000,1000)
ball_shapes[-1].body.apply_impulse(Vec2d(dx,dy),(dx,dy))
self.ball_shapes = ball_shapes
# add the circle the mouse will follow
self.cursor_ball = world.add_ball(Vec2d(self.dims[0]/2,self.dims[1]/2),density=100,radius=25,elasticity=0.9,friction=0)