def pixel_brightness_decrease(self, args):
wait, isFloat = Util.floatTryParse(args["wait"])
step, isInt = Util.intTryParse(args["step"])
if (isFloat and isInt):
self.__execute_task(
LedUtil.brightness_decrease,
(self.pixels, lambda: self.cancelTask, wait, step))
def pixel_breathing_rainbow(self, args):
move_factor, isFloat = Util.floatTryParse(args["move_factor"])
color_step, isInt = Util.intTryParse(args["color_step"])
if (isInt and isFloat):
self.__execute_task(LedUtil.breathing_rainbow,
(self.pixels, lambda: self.cancelTask,
color_step, move_factor))
def pixel_rainbow_colors(self, args):
wait, isFloat = Util.floatTryParse(args["wait"])
loop_forever, isBool = Util.boolTryParse(args["loop_forever"])
if (isFloat and isBool):
self.__execute_task(
LedUtil.rainbow_colors,
(self.pixels, lambda: self.cancelTask, wait, loop_forever))
def pixel_breathing(self, args):
color, isColor = Util.colorTryParse(args["color"])
move_factor, isFloat = Util.floatTryParse(args["move_factor"])
if (isFloat and isColor):
self.__execute_task(
LedUtil.breathing,
(self.pixels, lambda: self.cancelTask, color, move_factor))
def pixel_theater_chase(self, args):
color, isColor = Util.colorTryParse(args["color"])
wait, isFloat = Util.floatTryParse(args["wait"])
is_rainbow, isBool = Util.boolTryParse(args["is_rainbow"])
if (isColor and isFloat and isBool):
self.__execute_task(LedUtil.theaterChase,
(self.pixels, lambda: self.cancelTask, color,
wait, is_rainbow))
def pixel_color_wipe(self, args):
color, isColor = Util.colorTryParse(args["color"])
wait, isFloat = Util.floatTryParse(args["wait"])
should_clear, isBool = Util.boolTryParse(args["should_clear"])
if (isColor and isFloat and isBool):
self.__execute_task(LedUtil.color_wipe,
(self.pixels, lambda: self.cancelTask, wait,
color, should_clear))
def pixel_appear_from_back(self, args):
color, isColor = Util.colorTryParse(args["color"])
wait, isFloat = Util.floatTryParse(args["wait"])
size, isInt = Util.intTryParse(args["size"])
if (isColor and isFloat and isInt):
self.__execute_task(
LedUtil.appear_from_back,
(self.pixels, lambda: self.cancelTask, color, wait, size))
def pixel_blink_color(self, args):
color, isColor = Util.colorTryParse(args["color"])
wait, isFloat = Util.floatTryParse(args["wait"])
blink_time, isInt = Util.intTryParse(args["blink_time"])
if (isColor and isFloat and isInt):
self.__execute_task(LedUtil.blink_color,
(self.pixels, lambda: self.cancelTask,
blink_time, wait, color))
def pixel_rainbow_cycle(self, args):
loop_forever, isBool = Util.boolTryParse(args["loop_forever"])
wait, isFloat = Util.floatTryParse(args["wait"])
loop, isInt = Util.intTryParse(args["loop"])
if (isBool and isFloat and isInt):
self.__execute_task(LedUtil.rainbow_cycle,
(self.pixels, lambda: self.cancelTask, wait,
loop, loop_forever))
def pixel_breathing_lerp(self, args):
color_to, isColor1 = Util.colorTryParse(args["color_to"])
color_from, isColor2 = Util.colorTryParse(args["color_from"])
move_factor, isFloat = Util.floatTryParse(args["move_factor"])
if (isColor1 and isColor2 and isFloat):
self.__execute_task(LedUtil.breathing_lerp,
(self.pixels, lambda: self.cancelTask,
color_from, color_to, move_factor))
def pixel_color_wipe_rainbow(self, args):
wait, isFloat = Util.floatTryParse(args["wait"])
fade_step, isInt = Util.intTryParse(args["fade_step"])
color_step, isInt2 = Util.intTryParse(args["color_step"])
if (isFloat and isInt and isInt2):
self.__execute_task(LedUtil.color_wipe_rainbow,
(self.pixels, lambda: self.cancelTask, wait,
fade_step, color_step))
def pixel_color_wipe_cycle(self, args):
color, isColor = Util.colorTryParse(args["color"])
wait, isFloat = Util.floatTryParse(args["wait"])
fade_step, isInt = Util.intTryParse(args["fade_step"])
loop_forever, isBool = Util.boolTryParse(args["loop_forever"])
if (isColor and isFloat and isInt and isBool):
self.__execute_task(LedUtil.color_wipe_cycle,
(self.pixels, lambda: self.cancelTask, wait,
color, fade_step, loop_forever))
def pixel_labyrinth(self, args):
wait, isFloat = Util.floatTryParse(args["wait"])
color, isColor = Util.colorTryParse(args["color"])
contact_color, isColor2 = Util.colorTryParse(args["contact_color"])
count, isInt = Util.intTryParse(args["count"])
turn_chance, isInt2 = Util.intTryParse(args["turn_chance"])
if (isColor and isColor2 and isFloat and isInt and isInt2):
self.__execute_task(LedUtil.labyrinth,
(self.pixels, lambda: self.cancelTask, wait,
count, turn_chance, color, contact_color))
def pixel_color_pair(self, args):
wait, isFloat = Util.floatTryParse(args["wait"])
color1, isColor1 = Util.colorTryParse(args["color1"])
color2, isColor2 = Util.colorTryParse(args["color2"])
size1, isInt1 = Util.intTryParse(args["size1"])
size2, isInt2 = Util.intTryParse(args["size2"])
with_animation, isBool = Util.boolTryParse(args["with_animation"])
fade_step, isInt = Util.intTryParse(args["fade_step"])
if (isColor1 and isColor2 and isFloat and isInt1 and isInt2 and isInt
and isBool):
self.__execute_task(
LedUtil.color_pair,
(self.pixels, lambda: self.cancelTask, wait, color1, color2,
size1, size2, with_animation, fade_step))
def pixel_rainbow_cycle_successive(self, args):
wait, isFloat = Util.floatTryParse(args["wait"])
if (isFloat):
self.__execute_task(LedUtil.rainbow_cycle_successive,
(self.pixels, lambda: self.cancelTask, wait))