def update(self, world, events):
if self.contents:
self.contents.heat()
if self.contents.contents:
self.warn = self.contents.contents.warn
self.progress = self.contents.contents.progress
else:
self.warn = False
self.progress = None
if not self.moving:
dx, dy = self.dir if world.button else D.anti(self.dir)
if self.move(dx, dy, world):
self.locked = True
else:
self.locked = False
def update(self, world, events):
if not self.init:
tx, ty = self.x, self.y
self.blockchain = []
while True:
tx, ty = D.offsetdxy(D.rotdir(self.dir, 1), tx, ty)
if not world.in_world(tx, ty):
break
o = world.get_o(tx, ty)
if not o or o.name == "Fixed":
break
self.blockchain.append(o)
self.init = True
dx, dy = self.dir if world.button else D.anti(self.dir)
if not self.moving and self.can_move(dx, dy, world):
if all([o.can_move(dx, dy, world) for o in self.blockchain]):
self.ex_move(dx, dy, world)
for o in self.blockchain:
o.ex_move(dx, dy, world)
def get_other_end(self,ed):
return D.anti(ed)
def get_other_end(self,ed):
if D.get_dir(self.d)!=ed:
self.d=D.index(ed)
return D.anti(ed)
def render_update(self,screen,events):
for e in events:
if e.type==pygame.QUIT:
sys.exit()
elif e.type==pygame.MOUSEBUTTONDOWN:
if e.button==1:
mx,my=pygame.mouse.get_pos()
if all([32<=x<14*32 for x in [mx,my]]):
mx,my=[x//32-1 for x in [mx,my]]
obj=self.objects[mx][my]
if obj:
if obj.fixed or obj.filled:
continue
self.score-=100
bexp.play()
else:
build.play()
self.objects[mx][my]=self.nextpipe
self.new_pipe()
elif e.button==3:
self.score-=25
exp.play()
self.new_pipe()
elif e.type==pygame.KEYDOWN and e.key==pygame.K_ESCAPE:
self.fail(screen)
return None
screen.fill((200,200,200))
keys=pygame.key.get_pressed()
speed=keys[pygame.K_LSHIFT]
for x in range(13):
for y in range(13):
obj=self.objects[x][y]
screen.blit(floors[self.electric][bool(obj and obj.fixed)],(x*32+32,y*32+32))
if obj:
screen.blit(obj.get_cimg() if self.electric else obj.get_img(),(x*32+32,y*32+32))
mx,my=pygame.mouse.get_pos()
if all([32<=x<14*32 for x in [mx,my]]):
mx,my=[x//32-1 for x in [mx,my]]
screen.blit(self.nimg,(mx*32+32,my*32+32))
if self.ttgo>0:
self.ttgo-=10 if speed else 1
Img.bcentrex(tfont,str(self.ttgo//60),screen,464)
if self.ttgo<=0:
self.ttflow=10 if self.electric else 120
self.objects[self.fx][self.fy].filled=True
alarm.play()
elif self.ttflow>0:
self.ttflow-=10 if speed else 1
else:
self.ttflow=10 if self.electric else 120
obj=None if not self.inworld(self.fx,self.fy) else self.objects[self.fx][self.fy]
if obj and obj.name=="Resevoir" and obj.filllevel!=7:
pfill.play()
obj.filllevel+=1
self.ttflow=240 if obj.filllevel!=7 else 10 if self.electric else 120
else:
tx=self.fx+self.nd[0]
ty=self.fy+self.nd[1]
if not (0<=tx<13 and 0<=ty<13):
self.fail(screen)
return None
np=self.objects[tx][ty]
self.nd=D.anti(self.nd)
if np and self.nd in np.ends:
np.fill(self.nd)
if np.name=="Drain":
for row in self.objects:
for obj in row:
if obj and not obj.filled and obj.ends and not obj.fixed:
self.score-=50
self.win(screen)
return None
if np.name=="Resevoir":
np.filllevel=1
self.ttflow=240
if np.name=="Teleport":
for x,row in enumerate(self.objects):
for y,obj in enumerate(row):
if obj and obj.name=="Teleport" and obj.ttype!=np.ttype:
self.fx=x
self.fy=y
obj.filled=True
self.nd=obj.ends[0]
elif not self.warped and np.name=="OutPipe":
self.fx=tx
self.fy=ty
self.nd=np.get_other_end(self.nd)
self.fx,self.fy=self.get_wrap_entry(self.nd in D.hoz,self.fx,self.fy)
self.warped=True
else:
self.fx=tx
self.fy=ty
self.nd=np.get_other_end(self.nd)
self.warped=False
bonus=np.bonus
self.score+=100+np.bonus
if np.name=="XPipe" and np.lfill=="F":
self.score+=400
bonus=True
if not (speed and self.electric):
if bonus:
bfill.play()
else:
pfill.play()
else:
self.fail(screen)
return None
screen.blit(tt,(0,448))
screen.blit(self.nextpipe.get_cimg() if self.electric else self.nextpipe.get_img(),(16,464))
Img.bcentrex(tfont,"SCORE: "+str(self.score),screen,0,(0,0,0) if self.score>=0 else (255,0,0))
def update(self, world, events):
if not self.moving:
dx, dy = self.dir if world.button else D.anti(self.dir)
self.move(dx, dy, world)
