def setBulbPower(bulbs, power):
elapsedTime = 0
# exit if bulb is already in requested state
bulbStatePre = lazylights.get_state(bulbs)
if powerState(bulbStatePre) and power == 1:
return
if not powerState(bulbStatePre) and power == 0:
return
lazylights.set_power(bulbs, power)
# wait for status update to ensure action was completed
while elapsedTime < 5:
bulbState = lazylights.get_state(bulbs)
if powerState(bulbState) == power:
print(getLabels(bulbState) + "Bulbs powered " + ("ON" if power else "OFF"))
return
time.sleep(0.5)
elapsedTime += 1
def lightChanger():
global sliderValue, KELVIN
global bpm, idName
global beginBPMSlidder
#mac and IP MUST be associated by pair
mac1 = ''
mac2 = ''
mac3 = ''
mac4 = ''
mac5 = ''
i = 0
ip1 = sys.argv[i + 1]
ip2 = sys.argv[i + 2]
ip3 = sys.argv[i + 3]
ip4 = sys.argv[i + 4]
ip5 = sys.argv[i + 5]
myBulb1 = createBulb(ip1, mac1)
myBulb2 = createBulb(ip2, mac2)
myBulb3 = createBulb(ip3, mac3)
myBulb4 = createBulb(ip4, mac4)
myBulb5 = createBulb(ip5, mac5)
bulbs = [myBulb1, myBulb2, myBulb3, myBulb4, myBulb5]
# now bulbs can be called by their names
bulbs_by_name = {
state.label.strip(" \x00"): state.bulb
for state in lazylights.get_state(bulbs)
}
if (len(bulbs) == 0):
print(
"No LIFX bulbs found. Make sure you're on the same WiFi network and try again"
)
sys.exit(1)
# turn on
lazylights.set_power(bulbs, True)
# do nothing during a tenth of a second
time.sleep(0.1)
# init counters/accumulators
red = 0
green = 0
blue = 0
redReg = 0
greenReg = 0
blueReg = 0
begin1 = time.time()
beatLenghtReg = DURATION + 1 # to force it to a state beatLenghtReg not equal to beatLenght
beginBPM = time.time()
countBeat = 1
cReg = Color(rgb=(1, 0, 0))
global cHue
cHue = cReg.hue
sliderValueReg = sliderValue
# the music changed
while True:
graphInterfaceUpdate()
if bpm != 0:
beatLenght = SLOW_DOWN * 60000.0 / bpm
else:
beatLenght = DURATION
if beatLenghtReg != beatLenght:
beginBPM = time.time()
countBeat = 0
beatLenghtReg = beatLenght
print("music changed BPM is now: ", bpm,
" track name from spotify is ", idName)
# no music is playing (e.g. pause or just only watching youtube music)
elif (beatLenght == DURATION): #i.e. bpm == 0
cHue += 0.01
time.sleep(
0.2
) # 20 wifi commands per seconds, can be increased if no checking
lazylights.set_state(bulbs, (cHue + 0.5) * 360, 1, 1, KELVIN, 200,
False)
# LIFX 246D45
lazylights.set_state(bulbs, cHue * 360, 1, 1, KELVIN, 200, False)
#print(cHue)
# 31ea4e
# while music is playing
else:
#if sliderValue != sliderValueReg
beginBPMSlidder = beginBPM + 2 * sliderValue * beatLenght / 100000 #slider value is 0->100
#print("beginBPMSlidder", beginBPMSlidder)
#sliderValueReg = sliderValueReg
# this is the same music
a = (beatLenght / 1000) - (time.time() -
beginBPMSlidder) % (beatLenght / 1000.0)
a = max(0, a)
time.sleep(a) # should not sleep if 0
countBeat += 1
red = random.uniform(0, 1)
#find RGB that is not looking the same as the previous RGB
while abs(red - redReg) < 0.15:
red = random.uniform(0, 1)
while abs(blue - blueReg) < 0.15:
blue = random.uniform(0, 1)
while abs(green - greenReg) < 0.15:
green = random.uniform(0, 1)
c = Color(
rgb=(red, green, blue)
) # display a random color but sufficently different from the previous one
# on even numbers, first lifx is light on
if countBeat % 2 == 0:
lazylights.set_state(bulbs, cReg.hue * 360, cReg.saturation,
INTENSITY, KELVIN, 0, False)
# on odd numbers it is the other one
else:
cReg = c
redReg = red # save each previous color
blueReg = blue
greenReg = green
lazylights.set_state(bulbs, c.hue * 360, c.saturation,
INTENSITY, KELVIN, 0, False)
p = poller()
# Set up our singleton listener for UPnP broadcasts
u = upnp_broadcast_responder()
u.init_socket()
# Add the UPnP broadcast listener to the poller so we can respond
# when a broadcast is received.
p.add(u)
hue = None
bulbs = lazylights.find_bulbs(timeout=1)
if len(bulbs) > 0:
hue = fauxhue("Fauxhue", u, p, None, 0)
bulbstate = lazylights.get_state(bulbs)
for bulb in bulbstate:
bulbname = str(bulb.label)
bulbname = bulbname.rstrip('\x00')
hue.add_bulb(bulbname, state=bool(bulb.power), brightness=(255 * bulb.brightness / 255), action_handler = lifx_api_handler(), private=bulb)
env = Environment()
env.start()
env.discover(10)
for bridgename in env.list_bridges():
bridge = env.get_bridge(bridgename)
if len(bridge.Lights) > 0 and hue == None:
hue = fauxhue("Fauxhue", u, p, None, 0)
for lightname in bridge.Lights.keys():
light = bridge.Lights[lightname]
lightdata = {'bridge': bridge, 'light': lightname}
import Queue as queue
except ImportError:
import tkinter as tk
import queue as queue
LIFX_CONNECT = True
global top
global LAST_UPDATE
MIN_REFRESH_INTERVAL = 0.5
LAST_UPDATE = 0
lastUpdateTimestamp = 0
bulbs = lazylights.find_bulbs(expected_bulbs=1, timeout=10)
print "Found bulb(s): ", bulbs, "\nState", lazylights.get_state(bulbs,
timeout=5)
MAXIMUM = 40.0
buffSize = 30
top = tk.Tk()
#top.attributes("-fullscreen", True)
top.configure(background='black')
w, h = top.winfo_screenwidth() / 1.25, top.winfo_screenheight() / 2.
#top.overrideredirect(1)
top.geometry("%dx%d+0+0" % (w, h))
top.focus_set()
top.bind('<Escape>', lambda e: e.widget.quit()) # top.destroy())
def __init__(self):
self.bulbs = lazylights.find_bulbs()
states = lazylights.get_state(self.bulbs)
if states:
self.initial_state = BulbState(states[0]) # being lazy, we'll just use the first bulb's state
self.current_state = BulbState(states[0])
p = poller()
# Set up our singleton listener for UPnP broadcasts
u = upnp_broadcast_responder()
u.init_socket()
# Add the UPnP broadcast listener to the poller so we can respond
# when a broadcast is received.
p.add(u)
hue = None
bulbs = lazylights.find_bulbs(timeout=1)
if len(bulbs) > 0:
hue = fauxhue("Fauxhue", u, p, None, 0)
bulbstate = lazylights.get_state(bulbs)
for bulb in bulbstate:
bulbname = str(bulb.label)
bulbname = bulbname.rstrip('\x00')
hue.add_bulb(bulbname,
state=bool(bulb.power),
brightness=(255 * bulb.brightness / 255),
action_handler=lifx_api_handler(),
private=bulb)
env = Environment()
env.start()
env.discover(10)
for bridgename in env.list_bridges():
bridge = env.get_bridge(bridgename)
if len(bridge.Lights) > 0 and hue == None:
# I use this to manually create a bulb using IP and MAC address.
def createBulb(ip, macString, port=56700):
return lazylights.Bulb(b'LIFXV2',
binascii.unhexlify(macString.replace(':', '')),
(ip, port))
# ------------------------------------------------------------------------------------------------------------
# Scan for 2 bulbs
bulbs = lazylights.find_bulbs(expected_bulbs=2, timeout=5)
print(bulbs)
# now bulbs can be called by their names
bulbs_by_name = {
state.label.strip(" \x00"): state.bulb
for state in lazylights.get_state(bulbs)
}
# set([
# Bulb(gateway_mac='LIFXV2', mac='\xd0s\xd51\xeaN', addr=('192.168.0.12', 56700)),
# Bulb(gateway_mac='LIFXV2', mac='\xd0s\xd5$mE' , addr=('192.168.0.14', 56700))
# ])
if (len(bulbs) == 0):
print(
"No LIFX bulbs found. Make sure you're on the same WiFi network and try again"
)
sys.exit(1)
# turn on
lazylights.set_power(bulbs, True)
# do nothing during a tenth of a second
