def __init__(self, timer):
super().__init__(timer)
self.timerX = Timer(timer.duration * 1.1, repeat=timer.repeat)
self.plasma = plasma.Plasma()
self.life = life.Life()
self.life.addGlider((4, 4), 0, Direction.northeast)
self.timer.fun = lambda: self.life.step()
def start(self,count,**params):
info("start life")
self.fluepdot.rendering.setMode(Fluepdot.Mode.diff)
mask = self.fluepdot.buffer.read()
self.life = life.Life(mask=mask)
self.draw(**params)
return True
def start(self, count, randomize, step, **params):
info("start life")
self.fluepdot.rendering.setMode(Fluepdot.Mode.diff)
mask = self.fluepdot.buffer.read()
self.life = life.Life(mask=mask)
if randomize:
for c in range(count):
a, b = int(2. * (random.getrandbits(1) - 0.5)), (int(
2. * (random.getrandbits(1) - 0.5)))
log("got random {:d},{:d}".format(a, b))
direction = Direction((a, b))
log("got direction {:s}".format(str(direction)))
pos = Position(random.randint(0, FRAMESIZE.w - 1),
random.randint(0, FRAMESIZE.h - 1))
step = random.randint(0, 3)
log("add glider #{:d} at {:d}/{:d} course {:s}".format(
c, pos.x, pos.y, str(direction)))
self.life.spawn(life.Pattern.glider, pos=pos, step=step)
else:
d = int(FRAMESIZE.w / count)
direction = Direction.southeast
stp = step % 4
pos = Position(int(FRAMESIZE.w / 2), int(FRAMESIZE.h / 2))
for c in range(count):
log("add glider #{:d} at {:d}/{:d} course {:s}".format(
c, pos.x, pos.y, str(direction)))
self.life.spawn(life.Pattern.glider, pos=pos, step=stp)
pos = Position((pos.x + d) % FRAMESIZE.w, pos.y)
lon, lat = direction.value
direction = Direction((lon * -1, lat * -1))
stp = (stp + 1) % 5
# self.life.addGlider(direction=Direction.SouthEast)
# self.life.addGlider(pos=(25,4),step=2,direction=Direction.NorthEast)
# self.life.addGlider(pos=(50,6),step=4,direction=Direction.SouthWest)
# self.life.addGlider(pos=(100,8),step=3,direction=Direction.NorthWest)
self.mask = self.draw(**params)
return True
def start(self,x,y,randomize,pattern,step,count,flip,**params):
info("start spawn {:s}".format(pattern.name.lower()))
self.fluepdot.rendering.setMode(Fluepdot.Mode.diff)
self.life = life.Life(mask=self.mask)
if randomize:
for c in range(count):
pos = Position(random.randint(0,FRAMESIZE.w-1),random.randint(0,FRAMESIZE.h-1))
self.life.spawn(pattern,pos,step,random.choice( list(Flip) ))
else:
pos = Position(x,y)
self.life.spawn(pattern,pos,step,flip)
self.draw(**params)
return True
def start(self, randomize, **params):
info("start guns")
self.fluepdot.rendering.setMode(Fluepdot.Mode.diff)
self.life = life.Life(mask=self.mask)
pos1 = Position(10, 2)
pos2 = Position(60, 7)
off1 = Position(x=24, y=10)
off2 = Position(x=24, y=-5)
self.life.spawn(life.Pattern.gun, pos=pos1)
self.life.spawn(life.Pattern.eater, pos=pos1 + off1)
self.life.spawn(life.Pattern.gun, pos=pos2, flip=Flip.horizontal)
self.life.spawn(life.Pattern.eater,
pos=pos2 + off2,
flip=Flip.horizontal)
self.mask = Mask(self.life)
self.draw(**params)
return True