def __init__(self):
super().__init__()
# embedded game
self.gameState: GameState = makeState(99, 0, 2)
self.gameState.paused = False
self.gameController: GameController = GameController(self.gameState)
self.paddleTarget: int = random.randint(GC_WALL_SIZE,
GC_WORLD_WIDTH - GC_WALL_SIZE)
# enable screenshake
if GC_SCREENSHAKE:
Graphics.camera.enable()
beginCoords = 0.5, 0.72
helpCoords = 0.25, 0.86
highscoresCoords = 0.75, 0.86
self.begin: bool = False
self.buttons.append(
Button(
"exit",
PosRect(GC_WORLD_WIDTH - GC_SMALL_BUTTON_SIZE, 0,
GC_SMALL_BUTTON_SIZE, GC_SMALL_BUTTON_SIZE),
Assets.I_BTN_MAINMENU_EXIT, Assets.I_BTN_MAINMENU_EXIT_H))
fullscreenImg = Assets.I_BTN_UNFULLSCREEN if Graphics.isFullscreen(
) else Assets.I_BTN_FULLSCREEN
fullscreenImgH = Assets.I_BTN_UNFULLSCREEN_H if Graphics.isFullscreen(
) else Assets.I_BTN_FULLSCREEN_H
self.buttons.append(
Button(
"fullscreen",
PosRect(GC_WORLD_WIDTH - GC_SMALL_BUTTON_SIZE,
GC_WORLD_HEIGHT - GC_SMALL_BUTTON_SIZE,
GC_SMALL_BUTTON_SIZE, GC_SMALL_BUTTON_SIZE),
fullscreenImg, fullscreenImgH))
self.buttons.append(
Button(
"begin",
self.getButtonRect(beginCoords, Assets.I_BTN_MAINMENU_BEGIN),
Assets.I_BTN_MAINMENU_BEGIN, Assets.I_BTN_MAINMENU_BEGIN_H))
self.buttons.append(
Button("help",
self.getButtonRect(helpCoords, Assets.I_BTN_MAINMENU_HELP),
Assets.I_BTN_MAINMENU_HELP, Assets.I_BTN_MAINMENU_HELP_H))
self.buttons.append(
Button(
"highscores",
self.getButtonRect(highscoresCoords,
Assets.I_BTN_MAINMENU_HIGHSCORES),
Assets.I_BTN_MAINMENU_HIGHSCORES,
Assets.I_BTN_MAINMENU_HIGHSCORES_H))
def buttonClicked(self, buttonName):
if buttonName == "exit":
ScreenManager.exit()
if buttonName == "begin":
Graphics.camera.reset()
ScreenManager.setScreen(NewGameLoaderScreen())
if buttonName == "highscores":
Graphics.camera.disable()
from screens.HighscoreDisplayScreen import HighscoreDisplayScreen
ScreenManager.setScreen(HighscoreDisplayScreen())
if buttonName == "help":
Graphics.camera.disable()
from screens.InstructionsScreen import InstructionsScreen
ScreenManager.setScreen(InstructionsScreen())
if buttonName == "fullscreen":
Graphics.swapWindowMode()
# also need to switch the 'go fullscreen' button to a 'go windowed' button and vice versa
# get the right image (go fullscreen or go windowed)
fullscreenImg = Assets.I_BTN_UNFULLSCREEN if Graphics.isFullscreen(
) else Assets.I_BTN_FULLSCREEN
fullscreenImgH = Assets.I_BTN_UNFULLSCREEN_H if Graphics.isFullscreen(
) else Assets.I_BTN_FULLSCREEN_H
# remove the fullscreen button
self.buttons = list(
filter(lambda b: b.name != "fullscreen", self.buttons))
# add a fullscreen button with the right image
self.buttons.append(
Button(
"fullscreen",
PosRect(GC_WORLD_WIDTH - GC_SMALL_BUTTON_SIZE,
GC_WORLD_HEIGHT - GC_SMALL_BUTTON_SIZE,
GC_SMALL_BUTTON_SIZE, GC_SMALL_BUTTON_SIZE),
fullscreenImg, fullscreenImgH))
def getButtonRect(locationPercentage: tuple, image: pygame.Surface) -> PosRect: xPercent = locationPercentage[0] yPercent = locationPercentage[1] return PosRect((GC_WORLD_WIDTH * xPercent - image.get_width() / 2), (GC_WORLD_HEIGHT * yPercent - image.get_height() / 2), image.get_width(), image.get_height())
def __init__(self):
super().__init__()
self.buttons.append(
Button(
"back",
PosRect(GC_WORLD_WIDTH - GC_SMALL_BUTTON_SIZE, 0,
GC_SMALL_BUTTON_SIZE, GC_SMALL_BUTTON_SIZE),
Assets.I_BTN_BACK, Assets.I_BTN_BACK_H))
def __init__(self):
super().__init__()
if GC_GRAB_MOUSE:
pygame.event.set_grab(False)
self.buttons.append(
Button("back",
PosRect(GC_WORLD_WIDTH - GC_SMALL_BUTTON_SIZE, 0, GC_SMALL_BUTTON_SIZE, GC_SMALL_BUTTON_SIZE),
Assets.I_BTN_BACK, Assets.I_BTN_BACK_H))
def __init__(self):
PaddleAssetCopy = Animation(Assets.A_PADDLE.images,
Assets.A_PADDLE.frameTime,
Assets.A_PADDLE.beginFrame,
Assets.A_PADDLE.next)
super().__init__(PaddleAssetCopy)
self.velocity: Velocity = Velocity(0, 0)
x = GC_WORLD_WIDTH / 2 - GC_PADDLE_WIDTH // 2
self.rect: PosRect = PosRect(x, GC_PADDLE_TOP_HEIGHT, GC_PADDLE_WIDTH,
GC_PADDLE_HEIGHT)
def __init__(self, pos: PosRect, maxHP: int, powerUP):
self.rect: PosRect = PosRect(pos.x, pos.y, GC_BRICK_WIDTH,
GC_BRICK_HEIGHT)
super().__init__(self.getImageFromHP(maxHP, maxHP, powerUP))
self.maxHP: int = maxHP
self.hp: int = maxHP
self.powerUp = powerUP
# set brick score based on values in GameConstants
if maxHP == -1:
self.score: int = GC_BRICK_SCORES[3]
else:
self.score: int = GC_BRICK_SCORES[maxHP - 1]
def makeBricks(level: int) -> List[Brick]:
bricks = []
if GC_BRICK_GEN_MODE == "random":
maxHP = 1
for i in range(33):
brickX = random.randint(
GC_WALL_SIZE, GC_WORLD_WIDTH - GC_WALL_SIZE - GC_BRICK_WIDTH)
brickY = random.randint(GC_BRICK_TOP_HEIGHT,
GC_BRICK_BOTTOM_HEIGHT -
GC_BRICK_HEIGHT) # top-down coordinates
bricks.append(
Brick(PosRect(brickX, brickY, GC_BRICK_WIDTH, GC_BRICK_HEIGHT),
maxHP, ''))
maxHP += 1
if maxHP == 4:
maxHP = -1
if maxHP == 0:
maxHP = 1
if GC_BRICK_GEN_MODE == "filled":
for i in range(GC_BRICK_COLUMNS):
for j in range(GC_BRICK_LAYERS):
brickX = i * GC_BRICK_WIDTH + GC_WALL_SIZE
brickY = j * GC_BRICK_HEIGHT + GC_BRICK_TOP_HEIGHT
brickHP = random.randint(1, 4)
if brickHP == 4:
brickHP = -1
bricks.append(
Brick(
PosRect(brickX, brickY, GC_BRICK_WIDTH,
GC_BRICK_HEIGHT), brickHP, ''))
if GC_BRICK_GEN_MODE == "manual":
f = open("assets/levels/level" + str(level) + ".txt")
for i in range(GC_BRICK_LAYERS):
line = f.readline()
for j in range(GC_BRICK_COLUMNS):
character = line[j:j + 1]
brickX = j * GC_BRICK_WIDTH + GC_WALL_SIZE
brickY = i * GC_BRICK_HEIGHT + GC_BRICK_TOP_HEIGHT
if character.isupper():
if character == 'A':
bricks.append(
Brick(
PosRect(brickX, brickY, GC_BRICK_WIDTH,
GC_BRICK_HEIGHT), 2, 'extraBall'))
if character == 'C':
bricks.append(
Brick(
PosRect(brickX, brickY, GC_BRICK_WIDTH,
GC_BRICK_HEIGHT), 2, 'clearRow'))
else:
brickHP = int(character)
if brickHP != 0: # if shouldn't be empty, add a brick
if brickHP == 4:
brickHP = -1 # convert invincible brick from 4 (in file) to -1 (in code)
bricks.append(
Brick(
PosRect(brickX, brickY, GC_BRICK_WIDTH,
GC_BRICK_HEIGHT), brickHP, ''))
return bricks