def create_tile(value, x, y):
'''This function creates the tiles by the given values from the json
file.
'''
slidable = False
abyss = False
tile = None
obj = None
if value[0] == "b":
slidable = True
if value[0] == ".":
obj = objects.Brick(False)
else:
if len(value) == 2:
if value[1] == "4":
obj = objects.Star()
elif value[1] == "3":
obj = objects.Ruby()
elif value[1] == "1":
obj = objects.Brick(True)
elif value[1] == "6":
obj = objects.Hammer()
else:
obj = objects.Brick(False)
tile = objects.Tile(slidable, obj, x, y)
return tile
def spawn_defence():
for brick in global_var.bricks:
if brick.yget() == 8:
brick.clear()
global_var.bricks.remove(brick)
for i in range(16):
global_var.bricks.append(objects.Brick(config.brick, i * 5, 8, 1, [0]))
def restart_game():
# display you lose
global_var.gp.lose = 1
#set lives back to 3
global_var.gp.remaininglives = global_var.gp.lives
# reset score
global_var.gp.score = 0
# reinitialize bricks
objects.Brick(" ", 0, 0, 0).initialize_bricks()
def __init__(self):
self.start_index = 0
self.matrix = np.array([[" " for i in range(self.width)]
for j in range(self.height)])
#keeps track of placement of bricks
self.brickMatrix = np.array([[0 for i in range(self.width)]
for j in range(self.height)])
self._step = 1
objects.Brick(" ", 0, 0, 0).initialize_bricks()
def makeObject(obj, x=config.show_width / 2, y=config.show_height / 2):
if obj == "brick":
return objects.Brick(7, 3, x, y)
if obj == "coin":
return objects.Coin(7, 3, x, y)
if obj == "spring":
return objects.Spring(7, 3, x, y)
if obj == "specialbrick":
return objects.SpecialBrick(14, 3, x, y)
if obj == "goomba":
return objects.Goomba(3, 2, x, y)
if obj == "spikey":
return objects.Spikey(4, 2, x, y)
if obj == "stalker":
return objects.Stalker(4, 2, x, y)
if obj == "cloud":
return objects.Cloud(14, 4, x, y)
if obj == "castle":
return objects.Castle(41, 15, x, y)
if obj == "bullet":
return objects.Bullet(4, 1, x, y)
if obj == "boss":
return objects.Boss(8, 4, x, y)
def newLevel(level_):
global score
if level_ > 0:
score += (lives + 1) * 15
currentColour = -1
linesWithBricks = -1
try:
for iy, line in enumerate(level[level_]):
y = (windowHeight // 30) * iy
if 1 in line:
linesWithBricks += 1
if linesWithBricks % levels.colourLines[currentLevel] == 0:
currentColour += 1
lineColour = levelColours[currentColour]
for ix, brick in enumerate(line):
if brick == 1:
x = (windowWidth // 10) * ix
bricks.append(
objects.Brick(x, y, pygame, surface, lineColour,
windowWidth))
except IndexError: # This means that the last level has been completed and therefore the game is won
setState(gameWon)
if lives == 0:
pygame.draw.circle(surface, colours.red, (40 * lives + 25, 20),
ball.radius)
elif lives == 1:
pygame.draw.circle(surface, colours.orange, (40 * lives + 25, 20),
ball.radius)
elif lives == 2:
pygame.draw.circle(surface, colours.green, (40 * lives + 25, 20),
ball.radius)
# Brick/Level related things
currentLevel = -1
level = levels.level
sampleBrick = objects.Brick(1000, 1000, pygame, surface, "black", windowWidth)
levelColours = list(sampleBrick.colours.keys())
bricks = []
def newLevel(level_):
global score
if level_ > 0:
score += (lives + 1) * 15
currentColour = -1
linesWithBricks = -1
try:
for iy, line in enumerate(level[level_]):
y = (windowHeight // 30) * iy
def brick_gen(level):
for brick in global_var.bricks:
brick.clear()
for ball in global_var.balls:
ball.clear()
global_var.bricks = []
if level == 1:
global_var.bricks.append(
objects.Brick(config.brick, 2, 5, inf, config.prob_distr))
global_var.bricks.append(
objects.Brick(config.brick, 2, 12, inf, config.prob_distr))
global_var.bricks.append(
objects.Brick(config.brick, 9, 5, inf, config.prob_distr))
global_var.bricks.append(
objects.Brick(config.brick, 9, 12, inf, config.prob_distr))
for i in range(6):
global_var.bricks.append(
objects.Brick(config.brick, i * 7 + 15, 10, -inf,
config.prob_distr))
for i in range(5):
global_var.bricks.append(
objects.Brick(config.brick, i * 7 + 18, 5, 2,
config.prob_distr))
global_var.bricks.append(
objects.Brick(config.brick, 39 + 17, 5, inf, config.prob_distr))
global_var.bricks.append(
objects.Brick(config.brick, 39 + 24, 5, inf, config.prob_distr))
global_var.bricks.append(
objects.Brick(config.brick, 39 + 17, 12, inf, config.prob_distr))
global_var.bricks.append(
objects.Brick(config.brick, 39 + 24, 12, inf, config.prob_distr))
elif level == 2:
global_var.bricks.append(
objects.Brick(config.brick, 28, 10, -inf, config.prob_distr))
global_var.bricks.append(
objects.Brick(config.brick, 35, 10, -inf, config.prob_distr))
for i in range(1, 4):
r = random.randint(2, 3)
global_var.bricks.append(
objects.Brick(config.brick, 28 - i * 8, 10 - i * 2, r,
config.prob_distr))
global_var.bricks.append(
objects.Brick(config.brick, 35 + i * 8, 10 - i * 2, r,
config.prob_distr))
for i in range(1, 3):
global_var.bricks.append(
objects.Brick(config.brick, 28 - i * 8, 10 + i * 2, 1,
config.prob_distr))
global_var.bricks.append(
objects.Brick(config.brick, 35 + i * 8, 10 + i * 2, 1,
config.prob_distr))
global_var.bricks.append(
objects.Brick(config.brick, 25, 6, inf, config.prob_distr))
global_var.bricks.append(
objects.Brick(config.brick, 38, 6, inf, config.prob_distr))
elif level == 3:
spawn_boss()
global_var.bricks.append(
objects.Brick(config.brick, 25, 10, inf, config.prob_distr))
global_var.bricks.append(
objects.Brick(config.brick, 38, 10, inf, config.prob_distr))
global_var.bricks.append(
objects.Brick(config.brick, 2, 12, inf, config.prob_distr))
global_var.bricks.append(
objects.Brick(config.brick, 9, 12, inf, config.prob_distr))
global_var.bricks.append(
objects.Brick(config.brick, 39 + 17, 12, inf, config.prob_distr))
global_var.bricks.append(
objects.Brick(config.brick, 39 + 24, 12, inf, config.prob_distr))