def update(self):
super().update()
sprite_collisions = self.find_collisions()
for sprite, rect in sprite_collisions:
sprite.rect.dynamic_limit(
cdkk.Physics_Limit(rect, cdkk.LIMIT_COLLISION,
cdkk.AT_LIMIT_BOUNCE))
def __init__(self, limits):
super().__init__("Bat")
self.load_image_from_file("bat.png")
self.rect.centerx = limits.width / 2
self.rect.top = limits.height * 0.9
self.rect.add_limit(cdkk.Physics_Limit(
limits, cdkk.LIMIT_KEEP_INSIDE, cdkk.AT_LIMIT_X_HOLD_POS_X))
def check_bat_hits(self, bat):
for ball in self.sprites():
score_event = cdkk.EventManager.gc_event("UpdateScore",
score=ball.value)
ball.rect.dynamic_limit(
cdkk.Physics_Limit(bat.rect, cdkk.LIMIT_KEEP_OUTSIDE,
cdkk.AT_LIMIT_Y_BOUNCE_Y, score_event))
def add_piece(self, col, row, player):
name = "{0:02d}-{1:02d}".format(col, row)
piece = Sprite_mnkGame_Piece(name, col, -1, player)
destination = self.sprite("Board").cell_rect(col, row)
piece.rect.add_limit(cdkk.Physics_Limit(
destination, cdkk.LIMIT_OVERLAP, cdkk.AT_LIMIT_Y_CLEAR_VEL_Y))
piece.rect.go()
self._current_piece = name
self.add(piece)
def __init__(self, limits):
super().__init__("Spaceship")
self._limits = limits
self.load_animation("Spaceship", "Spaceship{0:02d}.png", 7, crop=self.crop_image)
self.load_spritesheet("Explosion", "Explosion.png", 4, 4)
self.show_spaceship()
self.rect.centerx = limits.width/4
self.rect.centery = limits.height/2
self.rect.add_limit(cdkk.Physics_Limit(limits, cdkk.LIMIT_KEEP_INSIDE, cdkk.AT_LIMIT_X_HOLD_POS_X+cdkk.AT_LIMIT_Y_HOLD_POS_Y))
return_speed = 3
limit_rect = cdkk.cdkkRect(0,0,return_speed*2,0)
limit_rect.center = self.rect.center
xlimit = cdkk.Physics_Limit(limit_rect, cdkk.LIMIT_MOVE_TO, cdkk.AT_LIMIT_X_MOVE_TO_X)
xlimit.motion = cdkk.Physics_Motion()
xlimit.motion.velocity_x = return_speed
self.rect.add_limit(xlimit)
self.rect.go()
self.set_config("auto_move_physics", True)
def __init__(self, limits, obstacle):
super().__init__("")
rect = cdkk.cdkkRect(100, limits.bottom-100, 50, 50)
self.setup_shape(rect, shape_colours=["red3"], shape="Ellipse")
# Test 1: Keep Inside
# self.rect.set_velocity(5,-10)
# self.rect.set_velocity(5,-5) # Hit bottom limit
# self.rect.set_velocity(5,-15) # Hit top limit
# self.rect.set_velocity(10,-10) # Hit right limit
# self.rect.set_velocity(-5,-10) # Hit left limit
# self.rect.add_limit(cdkk.Physics_Limit(limits, cdkk.LIMIT_KEEP_INSIDE, AT_LIMIT_X_HOLD_POS_X + AT_LIMIT_Y_HOLD_POS_Y))
# self.rect.add_limit(cdkk.Physics_Limit(limits, cdkk.LIMIT_KEEP_INSIDE, AT_LIMIT_X_CLEAR_VEL_X + AT_LIMIT_Y_HOLD_POS_Y))
# self.rect.add_limit(cdkk.Physics_Limit(limits, cdkk.LIMIT_KEEP_INSIDE, AT_LIMIT_XY_CLEAR_VEL_XY))
self.rect.add_limit(cdkk.Physics_Limit(limits, cdkk.LIMIT_KEEP_INSIDE, cdkk.AT_LIMIT_BOUNCE))
# Test 2: Keep Outside
self.rect.set_velocity(5,-15)
# self.rect.add_limit(cdkk.Physics_Limit(obstacle, cdkk.LIMIT_KEEP_OUTSIDE, AT_LIMIT_Y_HOLD_POS_Y+AT_LIMIT_Y_CLEAR_VEL_Y))
self.rect.add_limit(cdkk.Physics_Limit(obstacle, cdkk.LIMIT_KEEP_OUTSIDE, cdkk.AT_LIMIT_BOUNCE))
def __init__(self, value, limits):
super().__init__()
self.load_image_from_file(self.files[value - 1])
self.rect.left = random.randint(limits.width * 0.2, limits.width * 0.8)
self.rect.top = 10
speed = value * 3 + 5
angle = random.randint(45, 135)
self.rect.set_speed_angle(speed, angle)
self.rect.bounce_cor = self.rect.perfect_bounce
self.rect.add_limit(
cdkk.Physics_Limit(limits, cdkk.LIMIT_KEEP_INSIDE,
cdkk.AT_LIMIT_BOUNCE))
self.rect.go()
def __init__(self, value, limits):
super().__init__()
self.value = value
self.load_image_from_file(self.files[value - 1])
self.rect.left = random.randint(limits.width * 0.2, limits.width * 0.8)
self.rect.top = 10
speed = value * 3 + 5
angle = random.randint(45, 135)
self.rect.set_speed_angle(speed, angle)
self.rect.bounce_cor = self.rect.perfect_bounce
bounce_event = cdkk.EventManager.gc_event(
"Boundary", ball_id=self.uuid)
self.rect.add_limit(cdkk.Physics_Limit(
limits, cdkk.LIMIT_KEEP_INSIDE, cdkk.AT_LIMIT_BOUNCE, bounce_event))
self.rect.go()
def __init__(self, bullet_type, posx, posy, limits):
super().__init__(bullet_type)
if bullet_type == "Bullet":
self.update_style(Sprite_Ammunition.bullet_style)
self.rect.set_velocity(20, 0)
elif bullet_type == "Bomb":
self.update_style(Sprite_Ammunition.bomb_style)
self.rect.set_velocity(5, 0)
self.rect.set_acceleration(0, cdkk.Physics.gravity)
self.rect.topleft = (posx, posy)
ev = cdkk.EventManager.gc_event("KillSpriteUUID", uuid=self.uuid, trace="Bullet-Limit")
self.rect.add_limit(cdkk.Physics_Limit(limits, cdkk.LIMIT_KEEP_INSIDE, cdkk.AT_LIMIT_XY_DO_NOTHING, ev))
self.rect.go()
self.set_config("auto_move_physics", True)
def __init__(self, posx, posy, gravity, limits):
super().__init__("FlappyBird")
self._gravity = gravity
self._limits = limits
self.load_spritesheet("Bird",
"FlappyBird.png",
4,
4,
start=0,
end=3,
set_anim=True,
img_process=("scale", (96, 96)))
self.rect.center = (posx, posy)
self.rect.set_acceleration(0, self._gravity)
self.rect.add_limit(
cdkk.Physics_Limit(self._limits, cdkk.LIMIT_KEEP_INSIDE,
cdkk.AT_LIMIT_Y_HOLD_POS_Y))
self.rect.go()
self.set_config("auto_move_physics", True)
def __init__(self, speed, limits, gap_top, gap_size):
super().__init__("Pipe")
self._pipe_t = cdkk.Sprite("PipeTop")
self._pipe_b = cdkk.Sprite("PipeBottom")
pipe_h = self._pipe_t.rect.height
pipe_w = self._pipe_t.rect.width
xpos = limits.right + pipe_w
stretch_t = gap_top - pipe_h
stretch_b = limits.height - gap_top - gap_size - pipe_h
self._pipe_t.load_image_from_spritesheet(
"FlappyBird.png",
4,
4,
6,
img_process=("stretch", [0, 0, stretch_t, 0]))
self._pipe_b.load_image_from_spritesheet(
"FlappyBird.png",
4,
4,
5,
img_process=("stretch", [0, 0, 0, stretch_b]))
self._pipe_t.rect.bottomleft = (xpos, gap_top)
self._pipe_b.rect.topleft = (xpos, gap_top + gap_size)
self.add(self._pipe_t)
self.add(self._pipe_b)
pipe_limit = cdkk.cdkkRect(limits.left - pipe_w, limits.top, 1,
limits.height)
for s in self.sprites():
s.set_config("Type", "Pipe")
s.rect.set_velocity(-speed, 0)
ev = cdkk.EventManager.gc_event("KillSpriteUUID", uuid=s.uuid)
limit = cdkk.Physics_Limit(pipe_limit,
cdkk.LIMIT_KEEP_OUTSIDE,
cdkk.AT_LIMIT_XY_DO_NOTHING,
event=ev)
s.rect.add_limit(limit)
s.rect.go()
s.set_config("auto_move_physics", True)
def check_bat_hits(self, bat):
for ball in self.sprites():
ball.rect.dynamic_limit(
cdkk.Physics_Limit(bat.rect, cdkk.LIMIT_KEEP_OUTSIDE,
cdkk.AT_LIMIT_Y_BOUNCE_Y))
def setup(self, posx, posy, limits):
self.rect.right = posx
self.rect.bottom = posy - 1
ev = cdkk.EventManager.gc_event("KillSpriteUUID", uuid=self.uuid, trace="CaveItem-Limit")
self.rect.add_limit(cdkk.Physics_Limit(limits, cdkk.LIMIT_KEEP_INSIDE, cdkk.AT_LIMIT_XY_DO_NOTHING, ev))
def run_test(self):
if self._next_test == 1:
obstacle = Sprite_Obstacle(cdkk.cdkkRect(700,100,50,250))
ball = Sprite_Ball(100, 500, 5, -13,
cdkk.Physics_Limit(self._limits, cdkk.LIMIT_KEEP_INSIDE, cdkk.AT_LIMIT_BOUNCE),
cdkk.Physics_Limit(obstacle.rect, cdkk.LIMIT_KEEP_OUTSIDE, cdkk.AT_LIMIT_BOUNCE))
self._timer = cdkk.Timer(10, cdkk.EVENT_GAME_TIMER_1)
self.add(obstacle, ball)
self._balls.add(ball)
elif self._next_test == 2:
obstacle = Sprite_Obstacle(cdkk.cdkkRect(100,100,50,250))
ball = Sprite_Ball(700, 500, -5, -13,
cdkk.Physics_Limit(self._limits, cdkk.LIMIT_KEEP_INSIDE, cdkk.AT_LIMIT_BOUNCE),
cdkk.Physics_Limit(obstacle.rect, cdkk.LIMIT_KEEP_OUTSIDE, cdkk.AT_LIMIT_BOUNCE))
self._timer = cdkk.Timer(5, cdkk.EVENT_GAME_TIMER_1)
self.add(obstacle, ball)
self._balls.add(ball)
elif self._next_test == 3:
obstacle = Sprite_Obstacle(cdkk.cdkkRect(320,160,300,50))
ball = Sprite_Ball(100, 500, 10, -20,
cdkk.Physics_Limit(self._limits, cdkk.LIMIT_KEEP_INSIDE, cdkk.AT_LIMIT_BOUNCE),
cdkk.Physics_Limit(obstacle.rect, cdkk.LIMIT_KEEP_OUTSIDE, cdkk.AT_LIMIT_BOUNCE))
self._timer = cdkk.Timer(10, cdkk.EVENT_GAME_TIMER_1)
self.add(obstacle, ball)
self._balls.add(ball)
elif self._next_test == 4:
obstacle1 = Sprite_Obstacle(cdkk.cdkkRect(320,160,300,50))
obstacle2 = Sprite_Obstacle(cdkk.cdkkRect(500,350,250,50))
ball = Sprite_Ball(100, 500, 6, -20,
cdkk.Physics_Limit(self._limits, cdkk.LIMIT_KEEP_INSIDE, cdkk.AT_LIMIT_BOUNCE),
cdkk.Physics_Limit(obstacle1.rect, cdkk.LIMIT_KEEP_OUTSIDE, cdkk.AT_LIMIT_BOUNCE),
cdkk.Physics_Limit(obstacle2.rect, cdkk.LIMIT_KEEP_OUTSIDE, cdkk.AT_LIMIT_BOUNCE))
self._timer = cdkk.Timer(10, cdkk.EVENT_GAME_TIMER_1)
self.add(ball, obstacle1, obstacle2)
self._balls.add(ball)
elif self._next_test == 5:
obstacle = Sprite_Obstacle(cdkk.cdkkRect(700,100,50,250))
ball = Sprite_Ball(100, 500, 5, -13,
cdkk.Physics_Limit(self._limits, cdkk.LIMIT_KEEP_INSIDE, cdkk.AT_LIMIT_BOUNCE),
cdkk.Physics_Limit(obstacle.rect, cdkk.LIMIT_KEEP_OUTSIDE, cdkk.AT_LIMIT_X_CLEAR_VEL_X))
self._timer = cdkk.Timer(5, cdkk.EVENT_GAME_TIMER_1)
self.add(obstacle, ball)
self._balls.add(ball)
elif self._next_test == 6:
obstacle = Sprite_Obstacle(cdkk.cdkkRect(100,100,50,250))
ball = Sprite_Ball(700, 500, -5, -14,
cdkk.Physics_Limit(self._limits, cdkk.LIMIT_KEEP_INSIDE, cdkk.AT_LIMIT_BOUNCE),
cdkk.Physics_Limit(obstacle.rect, cdkk.LIMIT_KEEP_OUTSIDE, cdkk.AT_LIMIT_XY_CLEAR_VEL_XY))
self._timer = cdkk.Timer(5, cdkk.EVENT_GAME_TIMER_1)
self.add(obstacle, ball)
self._balls.add(ball)
elif self._next_test == 7:
obstacle = Sprite_Obstacle(cdkk.cdkkRect(700,100,50,250))
ball = Sprite_Ball(100, 500, 20, -12,
cdkk.Physics_Limit(self._limits, cdkk.LIMIT_KEEP_INSIDE, cdkk.AT_LIMIT_BOUNCE),
cdkk.Physics_Limit(obstacle.rect, cdkk.LIMIT_KEEP_OUTSIDE, cdkk.AT_LIMIT_BOUNCE))
ball.rect.bounce_cor = 0.5
self._timer = cdkk.Timer(6, cdkk.EVENT_GAME_TIMER_1)
self.add(obstacle, ball)
self._balls.add(ball)
