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importthreading
importtime
importAnimations
importDirection
importFrameCollection2DasFrames
importGame
importapi
classPongMulti(Game.CubeGame, threading.Thread):
_name='PongMultiplayer'
_version='v0.1'
_menu_frame= [0, 1, 0, 0, 0, 1, 0, 0,
0, 0, 1, 0, 1, 0, 0, 0,
1, 0, 0, 1, 0, 0, 0, 0,
1, 0, 1, 0, 1, 0, 0, 0,
1, 1, 0, 0, 0, 1, 0, 1,
0, 0, 1, 0, 0, 0, 1, 1,
0, 0, 0, 1, 0, 1, 0, 1,
0, 0, 0, 0, 1, 0, 0, 0]
def__init__(self, cube_size, frame_size):
Game.CubeGame.__init__(self, cube_size, frame_size, self._name)
threading.Thread.__init__(self)
self.an=None
# Ball
self.ball_size=1
self.ball_loc= [0.4, 0.6, 0.5]
self.ball_radius= (self.ball_size/self.cube_size) /2
self.ball_vel_x=0.01
self.ball_vel_y=0.01
self.ball_vel_z=0.01
# Player1
self.player1_loc= [0.5, 0.5, 0] # Left Side P1
self.player1_size=2
self.player1_radius= (self.player1_size/self.cube_size) /2
self.player1_action=0
self.player1_score=0
# Player2
self.player2_loc= [0.5, 0.5, 1] # Right Side P2
self.player2_size=2
self.player2_radius= (self.player2_size/self.cube_size) /2
self.player2_action=0
self.player2_score=0
self.failed=False
self.mov_val= (1/ (self.cube_size-1))
defget_menu_frame(self):
returnself._menu_frame
defhas_menu_animation(self):
returnTrue
defstart_game(self):
pass
defplay_animation(self):
self.an=Animations.TickerAnimation("pongmulti")
self.an.start()
defclose_animation(self):
self.an.stop()
defstopped_animation(self):
returnself.an.stopped()
defis_animation_alive(self):
returnself.an.is_alive()
defdone(self):
forxinrange(0, 8):
api.led_on([0, x, 0], [7, x, 0], [0, x, 7], [7, x, 7])
api.display(api.leds)
time.sleep(1)
defrun(self):
Direction.direction_p_1.value=0
whilenotself.failedandDirection.direction_p_1.value!=7:
api.cuboid_off(self.ball_loc, self.ball_size, self.ball_size, self.ball_size)
# Ball moving
self.ball_loc[0] +=self.ball_vel_x
self.ball_loc[1] +=self.ball_vel_y
self.ball_loc[2] +=self.ball_vel_z
# Ball turning on wall impact
ifself.ball_loc[0] -self.ball_radius<0orself.ball_loc[0] +self.ball_radius>1:
self.ball_vel_x*=-1
ifself.ball_loc[1] -self.ball_radius<0orself.ball_loc[1] +self.ball_radius>1:
self.ball_vel_y*=-1
ifself.ball_loc[2] -self.ball_radius<0orself.ball_loc[2] +self.ball_radius>1:
self.ball_vel_z*=-1
# Player1 moving
self.player1_action=Direction.direction_p_1.value
ifself.player1_actionisnotNone:
ifself.player1_action==int(Direction.Direction.UP):
api.cuboid_off(self.player1_loc, self.player1_size, self.player1_size, 1)
ifself.player1_loc[1] +self.mov_val<=1:
self.player1_loc[1] +=self.mov_val
else:
self.player1_loc[1] =0.99
api.cuboid_on(self.player1_loc, self.player1_size, self.player1_size, 1)
ifself.player1_action==int(Direction.Direction.DOWN):
api.cuboid_off(self.player1_loc, self.player1_size, self.player1_size, 1)
ifself.player1_loc[1] -self.mov_val>=0:
self.player1_loc[1] -=self.mov_val
else:
self.player1_loc[1] =0.01
api.cuboid_on(self.player1_loc, self.player1_size, self.player1_size, 1)
ifself.player1_action==int(Direction.Direction.BACK):
api.cuboid_off(self.player1_loc, self.player1_size, self.player1_size, 1)
ifself.player1_loc[0] +self.mov_val<=1:
self.player1_loc[0] +=self.mov_val
else:
self.player1_loc[0] =0.99
api.cuboid_on(self.player1_loc, self.player1_size, self.player1_size, 1)
ifself.player1_action==int(Direction.Direction.FORTH):
api.cuboid_off(self.player1_loc, self.player1_size, self.player1_size, 1)
ifself.player1_loc[0] -self.mov_val>=0:
self.player1_loc[0] -=self.mov_val
else:
self.player1_loc[0] =0.01
api.cuboid_on(self.player1_loc, self.player1_size, self.player1_size, 1)
Direction.direction_p_1.value=0
# Player2 moving
self.player2_action=Direction.direction_p_2.value
ifself.player2_actionisnotNone:
ifself.player2_action==int(Direction.Direction.UP):
api.cuboid_off(self.player2_loc, self.player2_size, self.player2_size, 1)
ifself.player2_loc[1] +self.mov_val<=1:
self.player2_loc[1] +=self.mov_val
else:
self.player2_loc[1] =0.99
api.cuboid_on(self.player2_loc, self.player2_size, self.player2_size, 1)
ifself.player2_action==int(Direction.Direction.DOWN):
api.cuboid_off(self.player2_loc, self.player2_size, self.player2_size, 1)
ifself.player2_loc[1] -self.mov_val>=0:
self.player2_loc[1] -=self.mov_val
else:
self.player2_loc[1] =0.01
api.cuboid_on(self.player2_loc, self.player2_size, self.player2_size, 1)
ifself.player2_action==int(Direction.Direction.BACK):
api.cuboid_off(self.player2_loc, self.player2_size, self.player2_size, 1)
ifself.player2_loc[0] +self.mov_val<=1:
self.player2_loc[0] +=self.mov_val
else:
self.player2_loc[0] =0.99
api.cuboid_on(self.player2_loc, self.player2_size, self.player2_size, 1)
ifself.player2_action==int(Direction.Direction.FORTH):
api.cuboid_off(self.player2_loc, self.player2_size, self.player2_size, 1)
ifself.player2_loc[0] -self.mov_val>=0:
self.player2_loc[0] -=self.mov_val
else:
self.player2_loc[0] =0.01
api.cuboid_on(self.player2_loc, self.player2_size, self.player2_size, 1)
Direction.direction_p_2.value=0
ifself.ball_loc[2] -self.ball_radius<1/self.cube_size:
if ((self.player1_loc[1] +self.player1_radius*2>self.ball_loc[1] >self.player1_loc[
1] -self.player1_radius*2) and (
self.player1_loc[0] +self.player1_radius*2>self.ball_loc[0] >self.player1_loc[
0] -self.player1_radius*2)):
self.ball_vel_z*=-1
ifself.ball_loc[2] +self.ball_radius>1- (1/self.cube_size):
if ((self.player2_loc[1] +self.player2_radius*2>self.ball_loc[1] >self.player2_loc[
1] -self.player2_radius*2) and (
self.player2_loc[0] +self.player2_radius*2>self.ball_loc[0] >self.player2_loc[
0] -self.player2_radius*2)):
self.ball_vel_z*=-1
# If Ball hits player1 wall
ifself.ball_loc[2] -self.ball_radius<0:
ifnot ((self.player1_loc[1] +self.player1_radius*2>self.ball_loc[1] >self.player1_loc[
1] -self.player1_radius*2) and (
self.player1_loc[0] +self.player1_radius*2>self.ball_loc[0] >self.player1_loc[
0] -self.player1_radius*2)):
self.player2_score+=1
api.cuboid_off(self.ball_loc, self.ball_size, self.ball_size, self.ball_size)
self.ball_loc= [0.4, 0.6, 0.5]
api.cuboid_on(self.ball_loc, self.ball_size, self.ball_size, self.ball_size)
time.sleep(3)
# If Ball hits player2 wall
ifself.ball_loc[2] +self.ball_radius>1:
ifnot ((self.player2_loc[1] +self.player2_radius*2>self.ball_loc[1] >self.player2_loc[
1] -self.player2_radius*2) and (
self.player2_loc[0] +self.player2_radius*2>self.ball_loc[0] >self.player2_loc[
0] -self.player2_radius*2)):
self.player1_score+=1
api.cuboid_off(self.ball_loc, self.ball_size, self.ball_size, self.ball_size)
self.ball_loc= [0.4, 0.6, 0.5]
api.cuboid_on(self.ball_loc, self.ball_size, self.ball_size, self.ball_size)
time.sleep(3)
# If Ball hits the paddle bounce off of it and do not go into the paddle P1
ifself.ball_loc[0] ==0andany(locin [self.ball_loc] forlocinself.player1_loc):
self.ball_loc[0] =1
# If Ball hits the paddle bounce off of it and do not go into the paddle P2
ifself.ball_loc[0] ==7andany(locin [self.ball_loc] forlocinself.player2_loc):
self.ball_loc[0] =6
ifself.player1_score==8orself.player2_score==8:
self.failed=True
api.change_face(api.Face.LEFT, 0, Frames.number_to_frame(int(self.player1_score)))
api.change_face(api.Face.RIGHT, 0, Frames.number_to_frame(int(self.player2_score)))
self.done()
# Turn on new position
# api.led_on(self.ball_loc)
api.cuboid_on(self.ball_loc, self.ball_size, self.ball_size, self.ball_size)
api.cuboid_on(self.player1_loc, self.player1_size, self.player2_size, 1)
api.cuboid_on(self.player2_loc, self.player2_size, self.player2_size, 1)
api.display(api.leds)
time.sleep(0.1)