def render(self):
if(self.dead):
return []
length = self.chassis.length
width = self.chassis.width + self.locomotion.width * 2
toren = []
toren.append(imaging.rImage(self.x,self.y,self.a,imaging.rRect(length,width,0x000000)))
for x in range(self.locomotion.numRen()):
toren[0].addrect((x%2)*(self.chassis.length-self.locomotion.length-4),(x//2)*(self.chassis.width+self.locomotion.width),0,self.locomotion.render())
toren[0].addrect(0,self.locomotion.width,0,self.chassis.render())
for x in self.secondaries:
toren[0].addrect(length/2,width/2,0,x.secondaryRender())
for x in self.primaries:
toren.append(x.primaryRender(self.x+length/2,self.y+width/2,self.primaryAs[x]))
return toren
def primaryRender(self, x, y, a):
return imaging.rImage(x, y, a,
imaging.rRect(self.length, self.width, 0xff00ff))
def render(self):
return imaging.rRect(self.length, self.width, 0xFFFFFF)
def secondaryRender(self):
return imaging.rRect(self.length, self.width, 0xFFFFFF)
