def __init__(self, spacing, color_change_length, wait=.05):
super(ColorChase, self).__init__(wait=wait)
self.color_counter = ModCounter(len(Colors.COLORS))
self.spacing = spacing
self.spacing_counter = ModCounter(spacing)
self.color_change_counter = ModCounter(color_change_length)
self.name = "Color Chase"
self.color = Colors.COLORS[0]
class MultiAnimation(BaseAnimation):
def __init__(self, animations, substrips):
smallest_wait = min([animation.wait for animation in animations])
super(MultiAnimation, self).__init__(wait=smallest_wait)
print self.wait
assert(len(animations) == len(substrips))
self.animations = animations
self.substrips = substrips
def setup(self, strip):
super(RandomChoice, self).setup(strip)
self.i = 0
self.counter = ModCounter(len(strip))
self.blink_counter = 0
self.winner = random.randint(1 * len(strip), 2 * len(strip))
self.wait = .02
self.color = random.choice(Colors.COLORS).rgb()
class AutoRun(BaseAnimation):
def __init__(self, animations, change_time=30):
super(AutoRun, self).__init__(wait=1)
if len(animations) == 0:
raise Exception("AutoRun animation must be initialized with one or more Animations")
self.animations = animations
self.counter = ModCounter(len(self.animations))
self.current_animation = animations[self.counter.i]
self.current_animation_start_time = datetime.datetime.now()
self.change_time = datetime.timedelta(seconds=change_time)
class ColorWipe(BaseAnimation):
def __init__(self, wait=0.01):
super(ColorWipe, self).__init__(wait)
self.color = Colors.BLACKOUT
self.name = "Color Wipe"
def setup(self, strip):
super(ColorWipe, self).setup(strip)
self.counter = ModCounter(len(strip))
self.counter.reset()
def step(self, strip):
if self.counter == 0:
rand = self.color
while rand == self.color:
rand = random.choice(Colors.COLORS)
self.color = rand
strip.setPixelColor(self.counter.i, self.color.rgb())
self.counter += 1
return True
class ColorWipe(BaseAnimation):
def __init__(self, wait=.01):
super(ColorWipe, self).__init__(wait)
self.color = Colors.BLACKOUT
self.name = "Color Wipe"
def setup(self, strip):
super(ColorWipe, self).setup(strip)
self.counter = ModCounter(len(strip))
self.counter.reset()
def step(self, strip):
if self.counter == 0:
rand = self.color
while rand == self.color:
rand = random.choice(Colors.COLORS)
self.color = rand
strip.setPixelColor(self.counter.i, self.color.rgb())
self.counter += 1
return True
def __init__(self, handler, noStrip=NO_STRIP_ATTACHED):
super(Animator, self).__init__(SOCKET_NAME, handler)
self.queue = Queue.Queue(1)
if noStrip:
strip = Strip.SimulationStrip(STRIP_LENGTH, ROW_LENGTH)
else:
strip = Strip.HardwareStrip(STRIP_LENGTH)
self.strip = strip
self.counter = ModCounter(len(Animation.DYNAMIC_ANIMATIONS))
self.stepper = Stepper(self.queue,
Animation.ANIMATIONS[Animation.BLACKOUT], strip)
self.stepper.start()
if GPIO_AVAILABLE:
self.buttonmonitor = ButtonMonitor()
self.buttonmonitor.start()
self.processCommand(ButtonEvent.SINGLEPRESS)
def setup(self, strip):
super(ColorWipe, self).setup(strip)
self.counter = ModCounter(len(strip))
self.counter.reset()
def __init__(self, wait=1):
super(ColorRotate, self).__init__(wait=wait)
self.name = "Color Rotate"
self.counter = ModCounter(len(Colors.COLORS))
def __init__(self, wait=.001):
super(ColorStrobe, self).__init__(wait)
self.name = "Color Strobe"
self.toggle = True
self.counter = ModCounter(384)
def setup(self, strip):
super(ColorWipe, self).setup(strip)
self.counter = ModCounter(len(strip))
self.counter.reset()
def __init__(self, wait=0.01):
super(RainbowCycle, self).__init__(wait)
self.counter = ModCounter(384)
self.name = "Rainbow Cycle"
