def build_bricks():
#Create an empty array
bricks = []
for row in range(constants.NUM_ROWS):
for col in range(constants.BRICKS_PER_ROW):
x_position = constants.GAP + (col * (constants.BRICK_WIDTH + constants.GAP))
y_position = row* (constants.BRICK_HEIGHT + constants.GAP)
# Set the brick color based on row number
color = None
if (row == 0 or row == 1):
color = constants.RED
elif (row == 2 or row == 3):
color = constants.ORANGE
elif (row == 4 or row == 5):
color = constants.GREEN
elif (row == 6 or row == 7):
color = constants.YELLOcol
else:
color = constants.YELLOW
#Create a new brick and set the x,y, and color
b = breakout.create_new_brick()
breakout.set_x(b, x_position)
breakout.set_y(b, y_position)
breakout.set_color(b, color)
bricks.append(b)
return bricks
def paddle_update_position(paddle):
breakout.get_mouse_location()
location = breakout.get_mouse_location()
x_position = location[0]
if x_position >= constants.SCREEN_WIDTH - constants.PADDLE_WIDTH - 5:
x_position = constants.SCREEN_WIDTH - constants.PADDLE_WIDTH - 5
breakout.set_x(paddle, x_position)
def ball_update_position(ball):
x = breakout.get_x(ball)
y = breakout.get_y(ball)
x += breakout.get_x_velocity(ball)
y += breakout.get_y_velocity(ball)
breakout.set_x(ball, x)
breakout.set_y(ball, y)
# If it hits the side walls, bounce off them
if breakout.get_x(ball) >= constants.SCREEN_WIDTH:
breakout.set_x_velocity(ball, -breakout.get_x_velocity(ball))
if breakout.get_x(ball) < 0:
breakout.set_x_velocity(ball, -breakout.get_x_velocity(ball))
# If it hits the ceiling, bounce off it
if breakout.get_y(ball) < 0:
breakout.set_y_velocity(ball, -breakout.get_y_velocity(ball))
def build_bricks():
# Create an empty list
bricks = []
for s in range(6):
y = s * 25
if s < 2:
color = colors[0]
elif s == 2:
color = colors[1]
elif s >= 4:
color = colors[2]
for i in range(5):
x = (i + 1) * 5 + i * 75
brick = breakout.create_new_brick()
breakout.set_x(brick, x)
breakout.set_y(brick, y)
breakout.set_color(brick, color)
bricks.append(brick)
return bricks
def ball_update_position(ball):
x = breakout.get_x(ball)
y = breakout.get_y(ball)
x_velocity = breakout.get_x_velocity(ball)
y_velocity = breakout.get_y_velocity(ball)
new_x = x + x_velocity
new_y = y + y_velocity
breakout.set_x(ball, new_x)
breakout.set_y(ball, new_y)
if new_x >= constants.SCREEN_WIDTH - constants.BALL_RADIUS:
x_velocity = x_velocity * -1
elif new_x <= constants.BALL_RADIUS:
x_velocity = x_velocity * -1
elif new_y <= constants.BALL_RADIUS:
y_velocity = y_velocity * -1
breakout.set_x_velocity(ball, x_velocity)
breakout.set_y_velocity(ball, y_velocity)
if new_y == constants.SCREEN_HEIGHT - constants.BALL_RADIUS:
x_velocity = x_velocity
y_velocity = y_velocity
def paddle_update_position(paddle):
coordinates = breakout.get_mouse_location()
x = coordinates[0]
breakout.set_x(paddle, breakout.clamp(x + breakout.get_x_velocity(paddle), 0, constants.SCREEN_WIDTH - breakout.get_width(paddle)))
