def __init__(self, add_delay=1.0, speed=14.0, color=Color(rgb=(1, 1, 1)), width=6.0, reverse=False): """ Args: color the color of the center (maximally intense part) of a pulse width the maximum number of LEDs affected by a pulse (diameter) add_delay the number of seconds between new pulses speed the number of LEDs down the strip a pulse travels / second reverse If True, pulses travel in the opposite direction; by default, the start from index 0. """ Pattern.__init__(self) if add_delay <= 0: raise ValueError('add_delay value %s is not > 0.' % add_delay) if speed == 0: raise ValueError('speed value %s is 0.') if width <= 0: raise ValueError('width value %s is not > 0.' % width) self.__add_delay = float(add_delay) self.__speed = float(speed) self.__interval = self.__speed * self.__add_delay self.__radius = width / 2.0 self.__reverse = reverse self.__color = color self.__t0 = None
def __init__(self, colorSequence, speed=1.0): if speed <= 0.0: raise ValueError("Illegal speed %s must be > 0." % speed) Pattern.__init__(self) Buffer.__init__(self, size=STRIP_LENGTH + 2) self.__seq = iter(colorSequence) self.__speed = speed self.__offset = 1.0 self.__t = None
def __init__(self, color_sequence, speed=1.0): """ Args: color_sequence an iterable of Color objects, to be scrolled. When the color_sequence runs out, the marquee will stop animating. speed the number of positions (LEDs) to advance in one second. For example, with a speed of 5, the first color from color_sequence will move (smoothly) from the start of the LED strip to the 5th LED. """ if speed <= 0.0: raise ValueError('Illegal speed %s must be > 0.' % speed) Pattern.__init__(self) Buffer.__init__(self, size=STRIP_LENGTH + 2) self.__seq = iter(color_sequence) self.__speed = speed self.__offset = 1.0 self.__t = None
def __init__(self, addDelay=1.0, speed=14.0, color=Color(rgb=(1,1,1)), width=6.0, reverse=False): Pattern.__init__(self) if addDelay <= 0: raise ValueError('addDelay value %s is not > 0.' % addDelay) if speed == 0: raise ValueError('speed value %s is 0.') if width <= 0: raise ValueError('width value %s is not > 0.' % width) self.__addDelay = float(addDelay) self.__speed = float(speed) self.__interval = self.__speed * self.__addDelay self.__radius = width/2.0 self.__reverse = reverse self.__color = color self.__t0 = None
def __init__(self, color, opacity=0.0): Pattern.__init__(self) self.__color = color self.SetOpacity(opacity)
def __init__(self, color, opacity=0.0): Pattern.__init__(self) self.__color = color self.setOpacity(opacity)
def __init__(self): Pattern.__init__(self) self.__patterns = []
def __init__(self): Pattern.__init__(self) self.__patterns = []