def list_status():
output = list()
for _, data in lifx.get(lifx.LightGet, lifx.LightState):
output.append('{} ({})\n\tHue: {:.2f}%\n\tSaturation: {:.2f}%\n\tBrightness: {:.0f}%\n\tKelvin: {}K'.format(
label(data[6]), 'On' if data[5] else 'Off',
360 * d(data[0]), 100 * d(data[1]), 100 * d(data[2]), data[3]))
print(*sorted(output), sep='\n\n')
def set_print(): # Set power with res_requested - NOTE: delay of set
for (_, _, dev, *_), (power, ) in lifx.get(lifx.LightSetPower,
lifx.LightStatePower,
c(True),
2000,
res=1):
print(MACstr(dev), ':', 'On' if power else 'Off')
def h1(sv, pv):
global _dev
if _dev is None:
return
# benchmark
global _forward_set
if deep_get(sv, "brightness.intent") == 0.1 and not _forward_set:
resp, e = patch_spec(*_measure, {"obs": {"forward_leaf": time.time()}})
if e is None:
_forward_set = True
status = lifx.get(_dev)
power = status.get("power", 0)
color = list(status.get("color", [1, 1, 1, 1]))
p, b = deep_get(sv, "power.intent"), deep_get(sv, "brightness.intent")
if p is not None:
power = convert["power"]["to"](p)
if b is not None:
color[2] = convert["brightness"]["to"](b)
# benchmark
lifx.put(_dev, power, color)
def list_status():
output = list()
for _, data in lifx.get(lifx.LightGet, lifx.LightState):
output.append(
'{} ({})\n\tHue: {:.2f}%\n\tSaturation: {:.2f}%\n\tBrightness: {:.0f}%\n\tKelvin: {}K'
.format(label(data[6]), 'On' if data[5] else 'Off',
360 * d(data[0]), 100 * d(data[1]), 100 * d(data[2]),
data[3]))
print(*sorted(output), sep='\n\n')
def run(self):
while True:
if self.stop_flag:
break
status = lifx.get(self.dev)
if status is None:
continue
p, b = status.get("power", {}), status.get("color", {})[2]
p, b = convert["power"]["from"](p), convert["brightness"]["from"](
b)
patch = {
"control": {
"power": {
"status": p,
},
"brightness": {
"status": b,
},
}
}
resp, e = patch_spec(*digi.auri, patch)
if e is not None:
logger.error(f"unable to update status {e}")
# benchmark
global _backward_set
if b == 0.1 and not _backward_set:
resp, e = patch_spec(*_measure,
{"obs": {
"backward_leaf": time.time()
}})
if e is None:
_backward_set = True
time.sleep(self.interval)
def set_print(): # Set power with res_requested - NOTE: delay of set for (_, _, dev, *_), (power,) in lifx.get(lifx.LightSetPower, lifx.LightStatePower, c(True), 2000, res=1): print(MACstr(dev), ':', 'On' if power else 'Off')
def toggle_power(): for (_, _, dev, *_), (power,) in lifx.get(lifx.LightGetPower, lifx.LightStatePower): lifx.post(lifx.LightSetPower, c(1 - d(power)), 0, device=dev)
def power_status(): for (_, _, dev, *_), (power,) in lifx.get(lifx.LightGetPower, lifx.LightStatePower): print(MACstr(dev), ':', 'On' if power else 'Off')
def list_devices(): for (_, _, dev, *_), (service, _) in lifx.get(lifx.GetService, lifx.StateService): if service == 1: print(MACstr(dev))
def toggle_power():
for (_, _, dev, *_), (power, ) in lifx.get(lifx.LightGetPower,
lifx.LightStatePower):
lifx.post(lifx.LightSetPower, c(1 - d(power)), 0, device=dev)
def power_status():
for (_, _, dev, *_), (power, ) in lifx.get(lifx.LightGetPower,
lifx.LightStatePower):
print(MACstr(dev), ':', 'On' if power else 'Off')
def list_devices():
for (_, _, dev, *_), (service, _) in lifx.get(lifx.GetService,
lifx.StateService):
if service == 1:
print(MACstr(dev))
