def blitOn(self,display): player_img=pygame.transform.flip(self.img,self.flip,False) if self.stun_counter>0: opacity=((int(self.stun_counter%2)+1)*50)+self.stun_counter*2#15 blitAlpha(display,player_img,self.pos,opacity) else: display.blit( player_img, self.pos )
def blitOn(self, display):
player_img = pygame.transform.flip(self.img, self.flip, False)
if self.stun_counter > 0:
opacity = ((int(self.stun_counter % 2) + 1) *
50) + self.stun_counter * 2 #15
blitAlpha(display, player_img, self.pos, opacity)
else:
display.blit(player_img, self.pos)
def blitOn(self, display):
global grass_img,track_img,end_img#,tutorial_img
global dinB_22
if not self.pause_game:
if self.bool[0]==True:#K_RIGHT
self.player.pos[0]+=self.player.vel//2
if self.bool[1]==True:#K_LEFT
self.player.pos[0]-=self.player.vel//2
self.player.playerMotion()
#Penalidade por ficar na faixa esquerda
if self.player.pos[0]<300 and self.player.pos[0]>150 and self.score>0:
self.left_ride_score+=0.03#self.score-=1.03
self.grass_pos+=self.player.vel
self.dy_faixas-=self.player.vel*2
if self.grass_pos>=grass_img.get_height(): self.grass_pos=0
display.blit(grass_img,(((grass_img.get_height()+self.grass_pos)//4),self.grass_pos ))
display.blit(grass_img,((self.grass_pos//4),self.grass_pos-grass_img.get_height()))
display.blit(grass_img,(-100+(-(grass_img.get_height()+self.grass_pos)//4)-grass_img.get_width()*0.25,self.grass_pos ))
display.blit(grass_img,(-100+(-self.grass_pos//4)-grass_img.get_width()*0.25,self.grass_pos-grass_img.get_height()))
display.blit(track_img,(0,0))
#calculo com o viewport para represetar a perspectiva na tela
limite=450
if self.dy_faixas<=-limite:self.dy_faixas+=limite+50
for i in range(1,16,2):
y=getViewport45(400,(255*i)+self.dy_faixas+100,150)
h=getViewport45(400,(255*(i+1))+self.dy_faixas+100,150)
display.fill((212,7,21),pygame.Rect(310,360-y,40,h-y))
for trlt in self.traffic_light:
if trlt.odometer<=self.player.odometer and self.player.odometer-trlt.odometer<=1377:
global traffic_img, car_img, light_img
self.traffic_score+=trlt.blitOn(display,self.player,self.bikers,traffic_img, car_img, light_img, self.pause_game)
if self.sign_pos<=self.player.odometer:
if self.player.odometer-self.sign_pos-self.sign_img[self.sign_pointer].get_height()<=1377:
sign_pos_vp=360-getViewport45(400,(255*11)-(self.player.odometer-self.sign_pos)*2,150)
display.blit(self.sign_img[self.sign_pointer],(120-sign_pos_vp/4,sign_pos_vp-self.sign_img[self.sign_pointer].get_height()))
#display.blit(self.sign_img,(420+(self.player.odometer-self.sign_pos)/4,self.player.odometer-self.sign_pos-self.sign_img.get_height()))
else:
self.sign_pos+=1377
self.sign_pointer+=1
if len(self.sign_img)<=self.sign_pointer: self.sign_pointer=0
if self.end_pos-360-100<=self.player.odometer:
for i in range(7): display.blit(end_img,(end_img.get_width()*i,self.player.odometer-self.end_pos+360))
#display.fill((0,0,0),pygame.Rect(0,self.player.odometer-self.end_pos+360, 640, 50))
#verifica os eventos de colisao com cada ciclista transeunte
self.biker_counter=0# biker_counter=0
for bike in self.bikers:
if bike.odometer<=self.player.odometer:
if bike.pos[1]<=360:#+bike.img.get_height():
try:
fliped_bike=pygame.transform.flip(bike.img,bike.flip,False)
scale=(bike.pos[1]+(bike.img.get_height())*1.5)/360 #if bike.pos[1]<self.player.pos[1] else 1
new_size=(int(bike.img.get_width()*scale),int(bike.img.get_height()*scale))
scaled_bike=pygame.transform.smoothscale( fliped_bike ,new_size)
if bike.pos[0]<300:
new_pos=( bike.pos[0]+ bike.img.get_width()-new_size[0] , bike.pos[1]+((bike.img.get_height()-new_size[1])//2))
else:
new_pos=( bike.pos[0], bike.pos[1]+((bike.img.get_height()-new_size[1])//2))
bike_hit_box_x=pygame.Rect(bike.pos[0],new_pos[1]+int(new_size[1]*0.2),bike.img.get_width(),int(new_size[1]*0.6))#horizontal
bike_hit_box_y=pygame.Rect(int(new_pos[0]+new_size[0]*0.2),new_pos[1],int(bike.img.get_width()*0.6),new_size[1])#vertical
player_hit_box=self.player.img.get_rect(x=self.player.pos[0],y=self.player.pos[1])
except: print 'erro antes do hitbox'
#colisao horizontal
if bike_hit_box_x.colliderect(player_hit_box):
if self.player.pos[0]>new_pos[0]+(new_size[0]//2):self.player.receiveDamage(1,(+20,0))
else:self.player.receiveDamage(1,(-20,0))
#self.collision_counter+=1
#colisao vertical
if bike_hit_box_y.colliderect(player_hit_box) and new_pos[1]<360:
if self.player.stun_counter==0:
if bike.vel>0: bike.vel=-100*self.player.accel*bike.accel
self.player.receiveDamage(1,(0,-20))
self.player.vel=0
self.collision_counter+=1
#if self.score > 0: self.score-=175
#if self.score<0: self.score=0
if not self.pause_game and not bike.stop: bike.passerbyMotion(self.player.vel)
display.blit(scaled_bike ,new_pos )
#pontuacao para ultrapassagem
else:
self.biker_counter+=1# biker_counter+=1
'''
if bike.pos[1]<460: Contratar pessoas carecas, assim não teria mais cabelos na comida.
self.score+=100
bike.pos[1]=460
'''
#condicao vitoria e derrota
if self.end_pos<=self.player.odometer:#if biker_counter==len(self.bikers):
self.win=True
if self.player.damage>=self.player.maxlife:
self.lose=True
self.player.blitOn(display)
#informacoes na tela
if not self.pause_game:
#painel fundo
self.blitPanel(display,(0,0))
#timer
self.blitTimer(display,(15,50+odometer_img.get_height()))
#speedometer
#self.blitSpeed(display,((odometer_img.get_width()//2),40))
#track
self.blitTrack(display,(15,25))
#score
self.blitExp(display,(600,110))#display.blit(dinB_22.render('Pontos: '+str(int(self.score)),True, (0,0,0)), (30,144))
#estrela
self.blitLife(display,(15,105))
#coracao level
self.blitLevel(display,(600,90-level_img[self.i].get_height()))
#coracao
#self.blitHeart(display,(490,50))
#popup
self.pop_up.blitOn(display)
# def blitPause(self,display):
#self.pause_button.blitOn(display)
esmaecer=pygame.Surface((640,360))
esmaecer.fill(self.color)
blitAlpha(display,esmaecer,(0,0),self.alpha)
