def __init__(self, limits, name="Board Manager"):
super().__init__(name)
board = cdkk.Sprite_BoardGame_Board("Board", cdkk.stylesheet.style("BoardGame_Board"))
cell_size = int(min((limits.height * 0.75) / MNK_ROWS,
(limits.width * 0.75) / MNK_COLS))
board.setup_board_grid(
cell_size, MNK_COLS, cdkk.EventManager.gc_event("Board"), MNK_ROWS, None)
board.rect.center = limits.center
self.add(board, layer=9)
Sprite_mnkGame_Piece.mnkGame_board = board
self._mnk_game = BoardGame_mnkGame(MNK_COLS, MNK_ROWS, MNK_INAROW)
self._mnk_game.start_game()
self._current_piece = None
self._next_player = cdkk.Sprite_DynamicText("Next", cdkk.cdkkRect(
limits.width * 0.3, limits.height * 0.9, 150, 35), style=cdkk.stylesheet.style("app_NextPlayer"))
self._next_player.set_text_format("Next: {0}", "")
self.add(self._next_player)
self._winner = cdkk.Sprite_DynamicText("Winner", rect=cdkk.cdkkRect(
limits.width/2-200, 25, 400, 70), style=cdkk.stylesheet.style("GameOver"))
self._winner.set_text_format("Winner: {0}", "")
ev_Restart = cdkk.EventManager.gc_event("StartGame")
ev_Quit = cdkk.EventManager.gc_event("Quit")
rect = cdkk.cdkkRect(limits.width * 0.5, limits.height * 0.9, 120, 35)
self.add(cdkk.Sprite_Button("Restart", rect, ev_Restart))
rect.left = limits.width * 0.65
self.add(cdkk.Sprite_Button("Quit", rect, ev_Quit))
self.start_game()
def code_peg_rect(self, turn, peg=None):
if peg is None:
return cdkk.cdkkRect(
self._board_rect.left + 20,
self._board_rect.top + self.cp_hole_size * turn + 10,
self.cp_hole_size * MM_HOLES, self.cp_hole_size - 10)
else:
return cdkk.cdkkRect(
self._board_rect.left + self.cp_hole_size * peg + 20,
self._board_rect.top + self.cp_hole_size * turn + 10,
self.cp_hole_size - 10, self.cp_hole_size - 10)
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)
def __init__(self, posx, posy, velx, vely, *limits):
super().__init__(name="Ball", rect=cdkk.cdkkRect(posx, posy, 50, 50), style=Sprite_Ball.default_style)
self.rect.set_velocity(velx, vely)
self.rect.set_acceleration(0, self.rect.gravity)
for l in limits:
self.rect.add_limit(l)
self.rect.go()
def score_pegs_rect(self, turn):
rect = cdkk.cdkkRect(
self._board_rect.left + self.cp_hole_size * MM_HOLES + 30,
self._board_rect.top + self.cp_hole_size * turn + 10 +
self.cp_hole_size / 2 - self.sp_hole_size,
self.sp_hole_size * 2 - 2, self.sp_hole_size * 2 - 2)
return rect
def __init__(self, game_time):
score_style = cdkk.stylesheet.style("Scoreboard")
timer_style = cdkk.stylesheet.style("Scoreboard")
super().__init__(game_time,
score_style=score_style,
timer_style=timer_style)
sb_rect = cdkk.cdkkRect(self.app_boundary.right - 200, 10, 200, 40)
self.timer_text.rect = sb_rect
self.score_text.rect = sb_rect.move(0, 40)
self.game_over.text = "You hit a pipe!"
def init(self):
super().init()
court1 = cdkk.cdkkRect(
10, 10, (self.boundary.width/2-30), self.boundary.height-20)
court2 = cdkk.cdkkRect(
self.boundary.width/2+5, 10, (self.boundary.width/2-30), self.boundary.height-20)
self._court_mgr1 = Manager_Court(court1)
self._court_mgr2 = Manager_Court(court2)
self.add_sprite_mgr(self._court_mgr1)
self.add_sprite_mgr(self._court_mgr2)
self._ball_mgr1 = Manager_Ball(court1, 10, 3, 1)
self._ball_mgr2 = Manager_Ball(court2, 10, 3, 2)
self.add_sprite_mgr(self._ball_mgr1)
self.add_sprite_mgr(self._ball_mgr2)
self._bat_mgr1 = Manager_Bat(court1, cdkk.CONTROL_JOYSTICK)
self._bat_mgr2 = Manager_Bat(court2, cdkk.CONTROL_MOUSE)
self._bat_mgr1.set_config("player", 1)
self._bat_mgr2.set_config("player", 2)
self.add_sprite_mgr(self._bat_mgr1)
self.add_sprite_mgr(self._bat_mgr2)
self._scoreboard_mgr1 = Manager_Scoreboard(court1, 15, 1)
self._scoreboard_mgr2 = Manager_Scoreboard(court2, 15, 2)
self.add_sprite_mgr(self._scoreboard_mgr1)
self.add_sprite_mgr(self._scoreboard_mgr2)
self.add_sprite_mgr(Manager_Splash(self.boundary, 3))
key_map = {
pygame.K_q: "Quit",
pygame.K_s: "StartGame",
pygame.K_LEFT: "BatLeft",
pygame.K_RIGHT: "BatRight"
}
self.event_mgr.event_map(key_event_map=key_map)
self.event_mgr.user_event(cdkk.EVENT_GAME_TIMER_1, "GameOver")
self.event_mgr.user_event(cdkk.EVENT_GAME_TIMER_2, "ClearSplash")
self.config_joystick(court1)
def __init__(self, limits, name="Ball Manager"):
super().__init__(name)
self._limits = limits
self._balls = cdkk.SpriteGroup()
self._timer = cdkk.Timer()
self._next_test = 1
self._timer = cdkk.Timer()
tt_style={"fillcolour":None, "align_horiz":"L", "textformat":"Test: {0} Time Left: {1:0.1f}"}
self._test_time = cdkk.Sprite_DynamicText("Test+Time", rect=cdkk.cdkkRect(10, 10, 300, 40), style=tt_style)
self._test_time.set_text(self._next_test, 0)
self.add(self._test_time)
cdkk.EventManager.post_game_control("NextTest")
def init(self):
super().init()
court = cdkk.cdkkRect(20, 20, (self.boundary.width - 40),
self.boundary.height - 40)
self._court_mgr = Manager_Court(court)
self.add_sprite_mgr(self._court_mgr)
self._ball_mgr = Manager_Ball(court, 10, 3)
self.add_sprite_mgr(self._ball_mgr)
self._bat_mgr = Manager_Bat(court)
self.add_sprite_mgr(self._bat_mgr)
self._scoreboard_mgr = Manager_Scoreboard(court, 15)
self.add_sprite_mgr(self._scoreboard_mgr)
key_map = {pygame.K_q: "Quit", pygame.K_s: "StartGame"}
self.event_mgr.event_map(key_event_map=key_map)
self.event_mgr.user_event(cdkk.EVENT_GAME_TIMER_1, "GameOver")
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, 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 __init__(self, limits, name="Test PyGame App Manager"):
super().__init__(name)
image_sprite = cdkk.Sprite()
image_sprite.load_image_from_file("beachball.png")
image_sprite.rect.topleft = (10, 10)
self.add(image_sprite)
anim_sprite = cdkk.Sprite_Animation()
anim_sprite.load_spritesheet("Explode",
"ExplosionCount.png",
4,
4,
set_anim=True)
anim_sprite.rect.topleft = (200, 10)
self.add(anim_sprite)
rect_sprite = cdkk.Sprite_Shape("Shape:Rectangle",
cdkk.cdkkRect(300, 10, 60, 30),
{"fillcolour": "blue"})
self.add(rect_sprite)
ellipse_sprite = cdkk.Sprite_Shape("Shape:Ellipse",
cdkk.cdkkRect(400, 10, 60, 50), {
"fillcolour": "green3",
"outlinecolour": "red4",
"shape": "Ellipse"
})
self.add(ellipse_sprite)
polygon_sprite = cdkk.Sprite_Shape("Shape:Polygon",
cdkk.cdkkRect(500, 10, 101, 101), {
"fillcolour": None,
"shape": "Polygon"
})
polygon_sprite.setup_polygon([(0, 50), (50, 0), (100, 50), (50, 100)])
self.add(polygon_sprite)
image_from_ss = cdkk.Sprite()
image_from_ss._image.set_spritesheet("ExplosionCount.png", 4, 4)
image_from_ss._image.spritesheet_image(6)
image_from_ss._image_size_to_rect()
image_from_ss.rect.topleft = (650, 10)
self.add(image_from_ss)
tb_default = cdkk.Sprite_TextBox("TextBox: Default",
cdkk.cdkkRect(10, 150, 300, 60))
self.add(tb_default)
tb_style = {
"textcolour": "blue",
"fillcolour": None,
"outlinecolour": "blue"
}
tb_style1 = cdkk.Sprite_TextBox("Blue/None/Blue",
cdkk.cdkkRect(320, 150, 300, 60),
style=tb_style)
self.add(tb_style1)
tb_style["fillcolour"] = "yellow1"
tb_style["textsize"] = 20
tb_style["shape"] = "Ellipse"
tb_style2 = cdkk.Sprite_TextBox("Blue/Yellow/Blue, O, 20",
cdkk.cdkkRect(640, 150, 300, 60),
style=tb_style)
self.add(tb_style2)
tb_topleft = cdkk.Sprite_TextBox("TextBox: Top Left",
cdkk.cdkkRect(10, 220, 300, 60),
style={
"align_horiz": "L",
"align_vert": "T"
})
self.add(tb_topleft)
tb_bottomright = cdkk.Sprite_TextBox("TextBox: Bottom Right",
cdkk.cdkkRect(320, 220, 300, 60),
style={
"align_horiz": "R",
"align_vert": "B"
})
self.add(tb_bottomright)
tb_click_me = cdkk.Sprite_TextBox("Click Me",
cdkk.cdkkRect(640, 220, 300, 60))
ev_Clicked = cdkk.EventManager.gc_event("Clicked")
ev_Unclicked = cdkk.EventManager.gc_event("Unclicked")
tb_click_me.setup_mouse_events(ev_Clicked, ev_Unclicked)
self.add(tb_click_me)
self.game_over = cdkk.Sprite_GameOver(cdkk.cdkkRect(320, 300, 300, 60))
ev_Clicked = cdkk.EventManager.gc_event("ToggleGameOver")
self._click_game_over = cdkk.Sprite_Button(
"End Game", cdkk.cdkkRect(10, 300, 300, 60), ev_Clicked)
self.add(self._click_game_over)
self.start_game()
self._fps = cdkk.Sprite_DynamicText("FPS",
cdkk.cdkkRect(640, 300, 120, 40),
style={
"fillcolour": None,
"align_horiz": "L",
"textformat": "FPS: {0:4.1f}"
})
self.add(self._fps)
self._fps_units = cdkk.Sprite_Label("frames/sec",
cdkk.cdkkRect(770, 300, 150, 40))
self._fps_units.rect.centery = 320
self.add(self._fps_units)
tb_auto_size = cdkk.Sprite_TextBox("AutoSize",
cdkk.cdkkRect(10, 400, 0, 0),
auto_size=True)
ev_Auto_Clicked = cdkk.EventManager.gc_event("AutoSize")
tb_auto_size.setup_mouse_events(ev_Auto_Clicked, None)
self.add(tb_auto_size)
def __init__(self, posx, posy):
super().__init__(name="Ball", rect=cdkk.cdkkRect(
posx, posy, 50, 50), style=Sprite_Ball.default_style)
self.rect.go()
def __init__(self, limits, name="Board Manager"):
super().__init__(name)
self._mm_game = BoardGame_Mastermind(MM_HOLES, MM_TURNS, MM_OPTIONS)
# --- Set up the board
self.cp_hole_size = int(
min((limits.height * 0.9) / MM_TURNS,
(limits.width * 0.9) / MM_HOLES))
self._board_rect = cdkk.cdkkRect(
0, 0, (self.cp_hole_size + self.sp_hole_size) * MM_HOLES + 10,
self.cp_hole_size * MM_TURNS + 10)
self._board_rect.center = limits.center
self.add(
cdkk.Sprite_Shape("Board Background", self._board_rect, {
"fillcolour": "tan4",
"outlinecolour": None
}))
# --- Set up each turn
for i in range(MM_TURNS):
evl_click = []
for j in range(MM_HOLES):
evl_click.append(
cdkk.EventManager.gc_event("PlaceCodePeg", guess=(i, j)))
self.add(
Sprite_CodePeg_Set(i,
self.code_peg_rect(i),
MM_HOLES,
evl_click=evl_click))
self.add(
Sprite_ScorePeg_Set(i, self.score_pegs_rect(i),
int((MM_HOLES + 1) / 2), 2))
# --- Code peg options and picker
options = [i for i in range(MM_OPTIONS)]
evl_click = [
cdkk.EventManager.gc_event("SelectCodePeg", guess=i)
for i in range(MM_OPTIONS)
]
options_rect = cdkk.cdkkRect(
limits.left + limits.width * 0.2, limits.top + limits.height / 2 -
self.cp_hole_size * MM_OPTIONS / 2, self.cp_hole_size - 10,
self.cp_hole_size * MM_OPTIONS)
cp = Sprite_CodePeg_Set(999, options_rect, 1, MM_OPTIONS, evl_click,
"CodePegOptions")
cp.update(options)
self.add(cp)
self._peg_picker = Sprite_CodePeg(self.code_peg_rect(0, 0))
self.add(self._peg_picker)
# --- Set up controls
button_height = 35
rect = cdkk.cdkkRect(self._board_rect.right + 100, limits.height / 2,
120, button_height)
ev_Guess = cdkk.EventManager.gc_event("GuessCode")
rect.bottom = limits.height / 2 - button_height * 2
self.add(cdkk.Sprite_Button("Guess", rect, ev_Guess))
ev_Restart = cdkk.EventManager.gc_event("StartGame")
rect.centery = limits.height / 2
self.add(cdkk.Sprite_Button("Restart", rect, ev_Restart))
ev_Quit = cdkk.EventManager.gc_event("Quit")
rect.top = limits.height / 2 + button_height * 2
self.add(cdkk.Sprite_Button("Quit", rect, ev_Quit))
self._winner = cdkk.Sprite_GameOver(limits)
self.start_game()