def add_random_ball(self, num_balls, ball_name="rock", \
is_stopped=True, \
sound_name="impactuX_click1"):
"""add_random_ball(self, num_balls, ball_name="rock", \
is_stopped=True, \
sound_name="impactuX_click1") -
adding 1 random ball to balls list"""
new_rand_params=(random.choice(xrange(self.x_min+self.dxy,self.x_max-self.dxy)), \
random.choice(xrange(self.y_min+self.dxy,self.y_max-self.dxy)), \
random.choice([-1,1])*random.choice(xrange(self.dd_min,self.dd_max)), \
random.choice([-1,1])*random.choice(xrange(self.dd_min,self.dd_max)))
self.add_ball(new_rand_params, \
objects.dsign(new_rand_params[2]), "rock", 0, \
(self.x_min, self.y_min, \
self.x_max, self.y_max), \
is_stopped, \
sound_name, self.sounds)
def add_ball(self, ball_params, ball_name="rock", \
is_stopped=True, \
sound_name="impactuX_click1"):
"""add_ball(self, ball_params, ball_name="rock", \
is_stopped=True, \
sound_name="impactuX_click1") -
adding 1 ball to balls list"""
n_ball = objects.AnimationObj(self.pictures, \
ball_params[0], \
ball_params[1], \
ball_params[2], \
ball_params[3], 1, 0,\
objects.dsign(ball_params[2]), "rock", 0, \
(self.x_min, self.y_min, \
self.x_max, self.y_max), \
is_stopped, \
sound_name, self.sounds)
self.balls.append(n_ball)
self.balls_count += 1
self.allSprites = pygame.sprite.Group(self.balls)
def mainrun(scr_params=((640,480),0,32), lvl=0, balls_pos=None, g_time=0, g_score=0, n_balls=5):
"""mainrun(scr_params=((640,480),0,32), lvl=0, balls_pos=None, g_time=0, g_score=0) -
screen of level play scene in ImpactuX"""
pygame.init()
i_exit=functions.iExit() #button functions
i_run=functions.iRun()
i_menu=functions.iMenu()
#ending_play=functions.Ending_play()
button_press_checking=functions.Button_press_checking()
#init vars
f_s = 20 #font size
b_s = 5 #border size
bgif="."+os.sep+"pic"+os.sep+"bgplay.jpg"
#pygame.init()
snd = objects.LoadedSounds(("."+os.sep+"sounds"), "ogg")
#soif1="."+os.sep+"sounds"+os.sep+"s1.ogg"
soif1="impactuX_click1"
soif2="impactuX_click2"
screen=pygame.display.set_mode(scr_params[0], scr_params[1], scr_params[2])
pygame.mouse.set_visible(False)
moif0="."+os.sep+"pic"+os.sep+"impactuX1.png"
moif1="."+os.sep+"pic"+os.sep+"coursorI.png"
mouse_c0=pygame.image.load(moif0).convert_alpha()
mouse_c1=pygame.image.load(moif1).convert_alpha()
coursore_type = mouse_c0
coursore_t2 = mouse_c1
c_t2 = True
#soif1="."+os.sep+"sounds"+os.sep+"s1.ogg"
background=pygame.image.load(bgif).convert()
time_in_game = g_time
m_time = functions.sec_to_minute(g_time)
pngs = objects.LoadedObj("."+os.sep+"pic")
bbb=[]
x_min, y_min, x_max, y_max = 20, 20, 510, 455
dx_min, dy_min, dx_max, dy_max = 1, 1, 2+lvl, lvl+2
dxy = 60
if balls_pos:
n_balls=len(balls_pos)
for iii in balls_pos:
bbb.append(objects.AnimationObj(pngs, iii[0], \
iii[1], \
iii[2], \
iii[3], 1, 0,\
objects.dsign(iii[2]), "rock", 0, \
(x_min, y_min, x_max, y_max), True, soif1, snd))
else:
for iii in range(n_balls):
corrupted_b = True
sign_dx=random.choice([-1,1])
while corrupted_b:
bbb1=objects.AnimationObj(pngs, random.choice(xrange(x_min+dxy,x_max-dxy)), \
random.choice(xrange(y_min+dxy,y_max-dxy)), \
sign_dx*random.choice(xrange(dx_min,dx_max)), \
random.choice([-1,1])*random.choice(xrange(dy_min,dy_max)), \
1, 0, sign_dx, "rock", 0, \
(x_min, y_min, x_max, y_max), True, soif1, snd)
corrupted_b = bbb1.is_impacted_list(bbb)
bbb.append(bbb1)
textlabels = [objects.t_label(530, 10, "ImpactuX", i_exit, 22, 1, RED, None), \
objects.t_label(540, 40, "Paused", i_exit, 16, 1, MAGENTA, None, "status"), \
objects.t_label(540, 40, "Level: "+str(lvl+1), i_exit, 16, 1, BLUE, WHITE), \
objects.t_label(540, 40, "Score: "+str(g_score), i_exit, 16, 1, BLUE, WHITE, "score"), \
objects.t_label(540, 40, "Time: "+str(m_time[0])+":"+str(m_time[1]), i_exit, 16, 1, BLUE, WHITE, "time"), \
objects.t_label(540, 40, "Balls: "+str(n_balls), i_exit, 16, 1, BLUE, WHITE, "balls")]
textlabels = objects.WidgetsPack(540, 20, 30, False, textlabels)
textbuttons = \
[objects.t_button(55, 430, "Run", i_run, f_s, b_s, MAGENTA, GREEN, "run"), \
objects.t_button(295,430, "Stop", i_menu, f_s, b_s, BLUE, YELLOW, ), \
objects.t_button(555,430, "EXIT", i_exit, f_s, b_s, BLACK, RED)]
#t_y=textlabels.height+textlabels.pos_y+100
t_y=345
textbuttons = objects.WidgetsPack(560, t_y, 45, False, textbuttons)
#font1=pygame.font.Font("."+os.sep+"fonts"+os.sep+"LiberationSans-Regular.ttf", 18)
allSprites = pygame.sprite.Group(bbb)
#print allSprites
pygame.display.set_caption("ImpactuX run. Level "+str(lvl+1))
clock = pygame.time.Clock()
run_now = True
start_runing = False
last_time = time.time()
c_xxx, c_yyy = x_max/2, y_max/2
x_n0, y_n0 = c_xxx, c_yyy
# c_rrr = coursore_type.get_height()/2
c_rrr0 = coursore_type.get_height()
c_rrr = coursore_type.get_height()/2
#c_xxx, c_yyy = 0, 0
####### main loop section #######
while run_now:
clock.tick(50)
#t=pygame.time.delay(100)
for event in pygame.event.get():
if event.type == QUIT:
#i_exit()
#ending_play()
#return i_exit()
pygame.mouse.set_visible(True)
return "exit"
#return return_vars(score_g=g_score, time_g=time_in_game, balls_g=bbb, exit_g=True)
if event.type == KEYUP:
if event.key == K_ESCAPE:
pygame.mouse.set_visible(True)
return return_vars(score_g=g_score, time_g=time_in_game, balls_g=bbb, exit_g=True)
#return {"loose":False, "time":time_in_game, "score":g_score, "win":False, "exit":True}
elif event.key==K_p or event.key==K_PAUSE:
start_runing=not(start_runing)
if start_runing:
textbuttons.set_named_obj_str("run", "Pause")
textlabels.set_named_obj_str("status", "Running")
for o_b in bbb:
o_b.stopped=False
else:
textbuttons.set_named_obj_str("run", "Run")
textlabels.set_named_obj_str("status", "Paused")
for o_b in bbb:
o_b.stopped=True
last_time = time.clock()
elif event.type == MOUSEBUTTONDOWN:
x_n0,y_n0=event.pos
check_tb=button_press_checking(x_n0,y_n0, textbuttons.w_list)
if check_tb[0]:
check_tb[1].ch_state(event.type)
elif event.type == MOUSEMOTION:
#c_xxx, c_yyy = event.pos
#x_n0, y_n0=c_xxx, c_yyy
x_n0, y_n0=event.pos
if x_n0>x_max - c_rrr0+20:
c_t2=True
else:
c_t2=False
check_tb=button_press_checking(x_n0,y_n0, textbuttons.w_list)
if check_tb[0]:
check_tb[1].ch_state(event.type)
if x_n0<(x_max-c_rrr0+20):
if 2<x_n0:
c_xxx = x_n0
else:
c_xxx = 2
else:
c_xxx = x_max-c_rrr0+20
c_t2=True
if y_n0<(y_max-mouse_c0.get_height()+20):
if 2<y_n0:
c_yyy = y_n0
else:
c_yyy = 2
else:
c_yyy = y_max-mouse_c0.get_height()+20
elif event.type == MOUSEBUTTONUP:
if int(event.button) == 1:
x_n0,y_n0=event.pos
check_tb=button_press_checking(x_n0, y_n0, textbuttons.w_list)
if check_tb[0]:
check_tb[1].ch_state(event.type)
ddd = check_tb[1].doing()
if ddd == "run":
start_runing=not(start_runing)
if start_runing:
textbuttons.set_named_obj_str("run", "Pause")
textlabels.set_named_obj_str("status", "Running")
for o_b in bbb:
o_b.stopped=False
else:
textbuttons.set_named_obj_str("run", "Run")
textlabels.set_named_obj_str("status", "Paused")
for o_b in bbb:
o_b.stopped=True
last_time = time.clock()
#print start_runing
elif ddd == "exit":
#print "Exit"
pygame.mouse.set_visible(True)
return return_vars(score_g=g_score, time_g=time_in_game, balls_g=bbb, exit_g=True, level_g=lvl)
elif ddd == "menu":
#print "Setup"
pygame.mouse.set_visible(True)
return return_vars(score_g=g_score, time_g=time_in_game, balls_g=bbb, level_g=lvl)
if start_runing:
n_time = time.time()
d_time = n_time-last_time
if d_time>=1:
last_time = n_time+(d_time- int(d_time))
time_in_game += 1
g_score += (1+lvl)
m_time = functions.sec_to_minute(time_in_game)
textlabels.set_named_obj_str("score", "Score: "+str(g_score))
textlabels.set_named_obj_str("time", "Time: "+str(m_time[0])+":"+str(m_time[1]))
if ((time_in_game/30.0)-int(time_in_game/30))==0:
if n_balls>9:
pygame.mouse.set_visible(True)
return return_vars(score_g=g_score, time_g=time_in_game, balls_g=bbb, win_g=(lvl==9), winlvl_g=True, level_g=lvl)
sign_dx=random.choice([-1,1])
bbb1=objects.AnimationObj(pngs, random.choice(xrange(x_min+dxy,x_max-dxy)), \
random.choice(xrange(y_min+dxy,y_max-dxy)), \
sign_dx*random.choice(xrange(dx_min,dx_max)), \
random.choice([-1,1])*random.choice(xrange(dy_min,dy_max)), \
.1, 0, sign_dx, "rock", 300, \
(x_min, y_min, x_max, y_max), False, soif1, snd)
bbb.append(bbb1)
n_balls = len(bbb)
textlabels.set_named_obj_str("balls", "Balls: "+str(n_balls))
allSprites = pygame.sprite.Group(bbb)
if start_runing:
for b_1 in bbb:
ch_loste = sqcheck.CheckRound(c_xxx+c_rrr, c_yyy+c_rrr, c_rrr, b_1.pos_x, b_1.pos_y, b_1.radius)
ch_loste = (ch_loste and b_1.runing)
if ch_loste:
snd.playsnd(soif2)
#pygame.mixer.quit()
pygame.mouse.set_visible(True)
return return_vars(score_g=g_score, time_g=time_in_game, balls_g=bbb, loose_g=True, level_g=lvl)
#showing objects at screen
screen.blit(background, (0,0))
allSprites.update()
allSprites.draw(screen)
textbuttons.show_at(screen)
textlabels.show_at(screen)
screen.blit(coursore_type,(c_xxx, c_yyy))
if c_t2:
screen.blit(coursore_t2,(x_n0, y_n0))
#pygame.display.update()
pygame.display.flip()