def checkForLightTrigger (myPosition, currentDistanceSensitivity, currentBrightnessSensitivity, lightStateArray):
global hue
for light in conf.LightList:
# check for light match
lightDistance = utils.distanceBetweenTwoPoints([light[2], light[3]], myPosition)
brightness = getTheBrightness(lightDistance, currentBrightnessSensitivity)
if (lightDistance < currentDistanceSensitivity):
print "Brightness set to: %3.2f" % brightness
if (lightStateArray[light[0]] == 1):
print "Light %i:%s is already ON" % (light[0], light[1])
else:
print "Turn Light %i:%s ON" % (light[0], light[1])
lightStateArray[light[0]] = 1
hue.set_light(light[7],'on', True)
bubblelog.writeToBubbleLog("Light#%i (%s) turned ON " % (light[0], light[1]) )
#hue.set_light(light[7],'bri', (brightness *256))
elif (lightDistance > currentDistanceSensitivity):
if (lightStateArray[light[0]] == 0):
print "Light %i:%s is already OFF" % (light[0], light[1])
else:
print "Turn Light %i:%s OFF" % (light[0], light[1])
lightStateArray[light[0]] = 0
hue.set_light(light[7],'on', False)
bubblelog.writeToBubbleLog("Light#%i (%s) turned OFF " % (light[0], light[1]) )
def checkForLightTrigger(myPosition, currentDistanceSensitivity,
currentBrightnessSensitivity, lightStateArray):
global hue
for light in conf.LightList:
# check for light match
lightDistance = utils.distanceBetweenTwoPoints([light[2], light[3]],
myPosition)
brightness = getTheBrightness(lightDistance,
currentBrightnessSensitivity)
if (lightDistance < currentDistanceSensitivity):
print "Brightness set to: %3.2f" % brightness
if (lightStateArray[light[0]] == 1):
print "Light %i:%s is already ON" % (light[0], light[1])
else:
print "Turn Light %i:%s ON" % (light[0], light[1])
lightStateArray[light[0]] = 1
hue.set_light(light[7], 'on', True)
bubblelog.writeToBubbleLog("Light#%i (%s) turned ON " %
(light[0], light[1]))
#hue.set_light(light[7],'bri', (brightness *256))
elif (lightDistance > currentDistanceSensitivity):
if (lightStateArray[light[0]] == 0):
print "Light %i:%s is already OFF" % (light[0], light[1])
else:
print "Turn Light %i:%s OFF" % (light[0], light[1])
lightStateArray[light[0]] = 0
hue.set_light(light[7], 'on', False)
bubblelog.writeToBubbleLog("Light#%i (%s) turned OFF " %
(light[0], light[1]))
currentiBeaconRSSI.append(0)
rollingiBeaconRSSI.append(0)
currentiBeaconTimeStamp.append(time.time())
# set up BLE thread
# set up a communication queue
queueBLE = Queue()
BLEThread = Thread(target=bleThread.bleDetect, args=(
__name__,
10,
queueBLE,
))
BLEThread.daemon = True
BLEThread.start()
bubblelog.writeToBubbleLog("BeaconAir Started")
# the main loop of BeaconAir
myPosition = [0, 0]
lastPosition = [1, 1]
beacons = []
while True:
if (BEACON_ON == True):
# check for iBeacon Updates
print "Queue Length =", queueBLE.qsize()
if (queueBLE.empty() == False):
result = queueBLE.get(False)
print "------"
print "currentiBeaconRSSI", currentiBeaconRSSI
utils.processiBeaconList(result, currentiBeaconRSSI,
currentiBeaconTimeStamp,
return True
# build configuration Table
# set up BLE thread
# set up a communication queue
queueBLE = Queue()
BLEThread = Thread(target=bleThread.bleDetect, args=(__name__,10,queueBLE,))
BLEThread.daemon = True
BLEThread.start()
bubblelog.writeToBubbleLog("BeaconAir Started")
# the main loop of BeaconAir
myPosition = [0,0]
lastPosition = [1,1]
beacons = []
while True:
if (BEACON_ON == True):
# check for iBeacon Updates
print "Queue Length =", queueBLE.qsize()
if (queueBLE.empty() == False):
result = queueBLE.get(False)
print "------"
utils.processiBeaconList(result,currentiBeaconRSSI, currentiBeaconTimeStamp,rollingiBeaconRSSI)
utils.clearOldValues(10,currentiBeaconRSSI, currentiBeaconTimeStamp,rollingiBeaconRSSI)
for beacon in conf.BeaconList:
