def remove_ball(ball, balls):
balls.remove(ball)
SETTINGS_OBJ.change_NO_OF_BALLS(-1)
def ball_add():
SETTINGS_OBJ.change_NO_OF_BALLS(1)
def run_the_game(the_levels, screen):
the_loops.set_running(True)
current_level = 0
while the_loops.running:
# from the_levels[(active level)] unpack list from object to new list.
bricks_on_screen = Lvl.return_bricks(the_levels[SETTINGS_OBJ.CURRENT_LVL])
# checks if all bricks are gone.
SETTINGS_OBJ.change_BRICKS_REMAINING(len(bricks_on_screen))
# prompts on or off in SETTINGS
if PROMPTS:
lvl_prompt(screen, current_level + 1)
# create start ball
balls = []
balls.append(Ball_img.create_ball(SETTINGS_OBJ, screen))
# create bouncebrick
bounce_brick = BounceBrick.create_bouncebrick(screen, SETTINGS_OBJ.BRICK_TYPE)
# a False pwup object
pwup_data_obj = pwup_data_obj_create()
# a list of active pwups
pwups = []
# pwup timer
#speedtimer = Timer(0, 1200)
############### in game loop ###############
the_loops.set_in_level(True)
while the_loops.in_level:
# input control
for event in pygame.event.get():
if event.type == pygame.QUIT:
the_loops.quit()
if event.type == pygame.KEYDOWN:
if event.key == pygame.K_p or event.key == pygame.K_PAUSE:
pause_menu(screen)
keys = pygame.key.get_pressed()
if keys[pygame.K_LEFT]:
if not bounce_brick.x <= -10:
bounce_brick.x -= SETTINGS_OBJ.B_BRICK_SPEED
if keys[pygame.K_RIGHT]:
if not bounce_brick.x >= SCREEN_WIDTH + 10:
bounce_brick.x += SETTINGS_OBJ.B_BRICK_SPEED
#TODO timer
# clear screen
screen.fill(BLACK)
### Draw and Move phase ###
# Draw Background
screen.blit(bg, (0, 0))
# Bouncebrick
if SETTINGS_OBJ.BRICK_TYPE != bounce_brick.type:
bounce_brick = BounceBrick.create_bouncebrick(screen, SETTINGS_OBJ.BRICK_TYPE)
bounce_brick.draw()
# hearts
draw_heart(screen, gray_hearts)
for h in range(SETTINGS_OBJ.LIVES):
red_hearts[h].draw(screen)
# FPS counter on screen
fps_counter(screen, clock)
# multiple balls
if SETTINGS_OBJ.NO_OF_BALLS > len(balls):
balls.append(Ball_img.create_ball(SETTINGS_OBJ, screen))
# draw balls
for b in balls:
b.Draw()
b.Move()
# draw bricks
for br in bricks_on_screen:
br.draw()
# Check if ball collide
for ball in balls:
if Brick.is_bouncy(br):
collision_pos(ball, br, bricks_on_screen, pwup_data_obj)
# check if ball collide withe bouncebrick
for ball in balls:
bouncebrick_hit(ball, bounce_brick)
### pwups ###
# if brick has pwup
if pwup_data_obj.go:
pwups.append(Pwup.pwup_create(screen, pwup_data_obj))
pwup_data_obj.set(False, 0, 0, 0)
# draw pwups
for p in pwups:
p.draw_pwup()
p.move()
# check if pwup collide with bouncebrick
if bounce_brick.collide(p):
try:
pwup_activate(p.pwup_type)
if SETTINGS_OBJ.SOUND:
sound_pwup_hit()
except:
print("pwup went wrong")
# improved direction controll. still buggy
speed_fix(p, balls)
pwups.remove(p)
if SETTINGS_OBJ.get_TIMER():
if SETTINGS_OBJ.FPS != 110:
ballspeed_normal()
speed_fix(5, balls)
if not SETTINGS_OBJ.CHEATS:
SETTINGS_OBJ.set_DEATH(True)
# score prompt
keeping_score(screen)
pygame.display.update()
### Game over ###
if SETTINGS_OBJ.DEATH:
for ball in balls:
if Ball_img.dead(ball):
remove_ball(ball, balls)
if SETTINGS_OBJ.NO_OF_BALLS <=0:
SETTINGS_OBJ.change_LIVES(-1)
SETTINGS_OBJ.change_NO_OF_BALLS(1)
sleep(1)
if SETTINGS_OBJ.LIVES == 0:
the_loops.set_in_level(False)
highscore(screen)
the_loops.set_in_level(False)
the_loops.set_main_menu(True)
the_loops.set_running(False)
#running = False
### Win ###
if SETTINGS_OBJ.BRICKS_REMAINING <= 0:
current_level += 1
if PROMPTS:
score_prompt(screen)
# next level
if SETTINGS_OBJ.BRICKS_REMAINING <= 0:
the_loops.set_in_level(False)
SETTINGS_OBJ.change_CURRENT_LVL()
if SETTINGS_OBJ.CURRENT_LVL > SETTINGS_OBJ.NR_OF_LVL - 1:
out_of_levels(screen)
the_loops.set_running(False)
the_loops.set_main_menu(True)
SETTINGS_OBJ.reset_CURRENT_LVL()
# game pace
clock.tick(SETTINGS_OBJ.FPS)
