def applyBonus(self, pybreakout):
#print "this is where I add two additional balls"
ball1 = Ball(rm.getImagePath("ball-mini.png"))
ball2 = Ball(rm.getImagePath("ball-mini.png"))
self.adjustBall(ball1,5,pybreakout)
self.adjustBall(ball2,-5,pybreakout)
pybreakout.balls.append(ball1)
pybreakout.balls.append(ball2)
def applyBonus(self, pybreakout):
#print "this is where I add two additional balls"
ball1 = Ball(rm.getImagePath("ball-mini.png"))
ball2 = Ball(rm.getImagePath("ball-mini.png"))
self.adjustBall(ball1, 5, pybreakout)
self.adjustBall(ball2, -5, pybreakout)
pybreakout.balls.append(ball1)
pybreakout.balls.append(ball2)
def reset(self):
"Reset Ball, Paddle, and Speed to default positions and states. Called after a ball falls into the abyss."
self.balls = []
self.balls.append(Ball(rm.getImagePath("ball-mini.png")))
self.paddle = Paddle(rm.getImagePath("paddle.png"),self.balls[0], self.size)
self.pointsColor = RGB_WHITE
self.running = True
self.speed = self.level
def reset(self):
"Reset Ball, Paddle, and Speed to default positions and states. Called after a ball falls into the abyss."
self.balls = []
self.balls.append(Ball(rm.getImagePath("ball-mini.png")))
self.paddle = Paddle(rm.getImagePath("paddle.png"), self.balls[0],
self.size)
self.pointsColor = RGB_WHITE
self.running = True
self.speed = self.level
def drawMiniPaddles(self):
if(self.numLives == 0):
return
drawPos = 0
miniPaddleImage = pygame.image.load(rm.getImagePath("paddle-mini.png"))
miniPaddleRect = miniPaddleImage.get_rect()
for numLife in range(self.numLives):
self.screen.blit(miniPaddleImage,(0+drawPos,GB_HEIGHT-miniPaddleRect.height))
drawPos = drawPos + 22
def drawMiniPaddles(self):
if (self.numLives == 0):
return
drawPos = 0
miniPaddleImage = pygame.image.load(rm.getImagePath("paddle-mini.png"))
miniPaddleRect = miniPaddleImage.get_rect()
for numLife in range(self.numLives):
self.screen.blit(miniPaddleImage,
(0 + drawPos, GB_HEIGHT - miniPaddleRect.height))
drawPos = drawPos + 22
def createBrick(self, brickChar):
"Given a brickChar, create the appropriate instance object of the Brick class and return it"
if brickChar == 'R':
newBrick = Brick(rm.getImagePath("brick-red.png"),
self.drawLocation)
luckyNum = randint(0, 4)
#luckyNum = 3
if luckyNum == 3:
newBrick.addBonus(Triball(newBrick))
elif brickChar == 'P':
newBrick = Brick(rm.getImagePath("brick-purple.png"),
self.drawLocation)
luckyNum = randint(0, 4)
if luckyNum == 3:
newBrick.addBonus(Triball(newBrick))
elif brickChar == 'G':
newBrick = Brick(rm.getImagePath("brick-green.png"),
self.drawLocation)
luckyNum = randint(0, 7)
if luckyNum == 3:
newBrick.addBonus(Slowball(newBrick))
elif brickChar == 'O':
newBrick = Brick(rm.getImagePath("brick-orange.png"),
self.drawLocation)
luckyNum = randint(0, 5)
if luckyNum == 5:
newBrick.addBonus(Triball(newBrick))
elif brickChar == 'B':
newBrick = Brick(rm.getImagePath("brick-blue.png"),
self.drawLocation)
luckyNum = randint(0, 5)
if luckyNum == 0:
newBrick.addBonus(Triball(newBrick))
elif brickChar == 'Q':
newBrick = Brick(rm.getImagePath("brick-grey.png"),
self.drawLocation, 0, False)
elif brickChar == '.':
newBrick = Brick(rm.getImagePath("brick-grey.png"),
self.drawLocation, 0, True, True)
if newBrick.isDestructible and not (newBrick.isDestroyed):
self.numDestructibleBricks += 1
self.drawLocation = self.drawLocation[0] + 40, self.drawLocation[1]
return newBrick
def createBrick(self, brickChar):
"Given a brickChar, create the appropriate instance object of the Brick class and return it"
if brickChar == 'R':
newBrick = Brick(rm.getImagePath("brick-red.png"), self.drawLocation)
luckyNum = randint(0,4)
#luckyNum = 3
if luckyNum == 3:
newBrick.addBonus(Triball(newBrick))
elif brickChar == 'P':
newBrick = Brick(rm.getImagePath("brick-purple.png"), self.drawLocation)
luckyNum = randint(0,4)
if luckyNum == 3:
newBrick.addBonus(Triball(newBrick))
elif brickChar == 'G':
newBrick = Brick(rm.getImagePath("brick-green.png"), self.drawLocation)
luckyNum = randint(0,7)
if luckyNum == 3:
newBrick.addBonus(Slowball(newBrick))
elif brickChar == 'O':
newBrick = Brick(rm.getImagePath("brick-orange.png"), self.drawLocation)
luckyNum = randint(0,5)
if luckyNum == 5:
newBrick.addBonus(Triball(newBrick))
elif brickChar == 'B':
newBrick = Brick(rm.getImagePath("brick-blue.png"), self.drawLocation)
luckyNum = randint(0,5)
if luckyNum == 0:
newBrick.addBonus(Triball(newBrick))
elif brickChar == 'Q':
newBrick = Brick(rm.getImagePath("brick-grey.png"), self.drawLocation, 0, False)
elif brickChar == '.':
newBrick = Brick(rm.getImagePath("brick-grey.png"), self.drawLocation, 0, True, True)
if newBrick.isDestructible and not(newBrick.isDestroyed):
self.numDestructibleBricks +=1
self.drawLocation = self.drawLocation[0]+40,self.drawLocation[1]
return newBrick
def play(self):
"The main game loop occurs here, checks for keyboard input, updates game state, etc..."
self.running = True
lastLevelUpTime = time.time()
i = 0
while True:
for event in pygame.event.get():
if event.type == pygame.QUIT: exit()
keys = pygame.key.get_pressed()
if keys[K_q]:
exit(0)
elif keys[K_RETURN]:
if (len(self.balls) <= 0) or (len(self.balls) == 1
and not self.balls[0].stuck):
if self.numLives >= 1:
self.numLives -= 1
self.reset()
print "self.numLives = %s" % self.numLives
else:
self.running = False
self.endgame()
elif keys[K_y]:
if self.gameOver:
self.startGame()
if self.running:
if (i % 4 == 0):
self.cventry.run()
# update paddle
if self.move_right > 0:
self.paddle.moveRight(self.move_right * 1.5)
if self.move_right < 0:
self.paddle.moveLeft(-self.move_right * 1.5)
if self.move_down > 0:
self.paddle.moveDown(self.move_down * 1.5)
if self.move_down < 0:
self.paddle.moveUp(-self.move_down)
self.paddle.setAngle(self.paddle_angle)
self.checkBonusCollision()
for ball in self.balls[:]:
self.checkBallCollision(ball)
hitWall = ball.autoMove()
if hitWall:
self.soundManager.play('cartoon-spring-sound',
[0.2, 0.2])
if (ball.rect.top >= GB_HEIGHT):
self.balls.remove(ball)
for boni in self.bonuses:
boni.moveDown(1)
if boni.rect.y > GB_HEIGHT:
#if it reaches the bottom of the screen remove it from the bonuses list
self.bonuses.remove(boni)
self.pointsString = self.font.render(str(self.points), True,
self.pointsColor)
self.updateScreen()
if (i % 4 == 0):
self.dumpScreen()
i += 1
#All balls have left the gameboard, need to pause and wait for Right Click
# or if numLives == 0, then end game.
if len(self.balls) == 0:
self.running = False
self.pointsColor = RGB_RED
if self.numLives == 0:
self.endgame()
if self.checkLevelUp():
self.speed = self.level
if self.level == LAST_LEVEL:
self.level = -1
self.level += 1
self.levelString = self.font.render(
str(self.level), True, RGB_WHITE)
self.bricks = self.loadBricks()
self.balls = []
self.balls.append(Ball(rm.getImagePath("ball-mini.png")))
self.paddle = Paddle(rm.getImagePath("paddle.png"),
self.balls[0])
#Wait a couple of milliseconds
currentTime = time.time()
if (currentTime - lastLevelUpTime > 15):
lastLevelUpTime = currentTime
if (STARTSPEED - self.speed > 0):
#print "15 s elapsed increasing speed by 1"
self.speed += 1
def __init__(self, myBrick):
Bonus.__init__(self, rm.getImagePath("slowball-bonus.png"))
self.rect.move_ip(myBrick.position)
def play(self):
"The main game loop occurs here, checks for keyboard input, updates game state, etc..."
self.running = True
lastLevelUpTime = time.time()
i = 0
while True:
for event in pygame.event.get():
if event.type == pygame.QUIT: exit()
keys = pygame.key.get_pressed()
if keys[K_q]:
exit(0)
elif keys[K_RETURN]:
if (len(self.balls) <= 0) or (len(self.balls) == 1 and not self.balls[0].stuck):
if self.numLives >=1:
self.numLives -=1
self.reset()
print "self.numLives = %s"%self.numLives
else:
self.running = False
self.endgame()
elif keys[K_y]:
if self.gameOver:
self.startGame()
if self.running:
if (i % 4 == 0):
self.cventry.run()
# update paddle
if self.move_right > 0:
self.paddle.moveRight(self.move_right*1.5)
if self.move_right < 0:
self.paddle.moveLeft(-self.move_right*1.5)
if self.move_down > 0:
self.paddle.moveDown(self.move_down*1.5)
if self.move_down < 0:
self.paddle.moveUp(-self.move_down)
self.paddle.setAngle(self.paddle_angle)
self.checkBonusCollision()
for ball in self.balls[:]:
self.checkBallCollision(ball)
hitWall = ball.autoMove()
if hitWall:
self.soundManager.play('cartoon-spring-sound',[0.2,0.2])
if(ball.rect.top >= GB_HEIGHT):
self.balls.remove(ball)
for boni in self.bonuses:
boni.moveDown(1)
if boni.rect.y > GB_HEIGHT:
#if it reaches the bottom of the screen remove it from the bonuses list
self.bonuses.remove(boni)
self.pointsString = self.font.render(str(self.points), True, self.pointsColor)
self.updateScreen()
if (i % 4 == 0):
self.dumpScreen()
i += 1
#All balls have left the gameboard, need to pause and wait for Right Click
# or if numLives == 0, then end game.
if len(self.balls) == 0:
self.running = False
self.pointsColor = RGB_RED
if self.numLives == 0:
self.endgame()
if self.checkLevelUp():
self.speed = self.level
if self.level == LAST_LEVEL:
self.level = -1
self.level += 1
self.levelString = self.font.render(str(self.level), True, RGB_WHITE)
self.bricks = self.loadBricks()
self.balls = []
self.balls.append(Ball(rm.getImagePath("ball-mini.png")))
self.paddle = Paddle(rm.getImagePath("paddle.png"),self.balls[0])
#Wait a couple of milliseconds
currentTime = time.time()
if(currentTime - lastLevelUpTime > 15):
lastLevelUpTime = currentTime
if (STARTSPEED - self.speed > 0):
#print "15 s elapsed increasing speed by 1"
self.speed +=1
def __init__(self, myBrick):
Bonus.__init__(self,rm.getImagePath("slowball-bonus.png"))
self.rect.move_ip(myBrick.position)