def action_set_all(on=True, interval=0.15, maxIntensity=100):
print('action: set all to ' + ("on" if on else "off"))
dimming.rotating = False
intensity = maxIntensity if on else 0
for device in dimming.deviceList:
# put light to maximum brightness
intensity = maxIntensity if on else 0
values = {
"light_level": intensity,
"fade_time": dimming.fade_time,
"response_time": 0,
"override_time": 0,
"lock_light_control": False
}
ble_xim.advLightControl(device, values)
time.sleep(interval)
def action_set_intensity_for(device_id=-1, intensity=0):
print('action: set_intensity_for: device_id: ' + str(device_id) +
" with intensity: " + str(intensity))
# dimming.updateDeviceList()
for device in dimming.deviceList:
if device.deviceId[0] == device_id:
values = {
"light_level": intensity,
"fade_time": 0,
"response_time": 0,
"override_time": 0,
"lock_light_control": False
}
# finally, actually issue the advertising command
ble_xim.advLightControl(device, values)
return
print "Error: could not locate device with ID {}".format(device_id)
def action_set_group(on=True,
interval=0.15,
maxIntensity=100,
group=DEFAULT_GROUP):
"""
Set a group of LEDs on, off or to a specific intensity.
Note that the group numbers in the range 0 - 16535, but when advertising
to a group, the address is 0xC000 (49152) plus the group number.
"""
print('action: set group ' + str(group) + ' to ' + ("on" if on else "off"))
dimming.rotating = False
device_group = ble_device.NetDeviceId([0, 0, 0, 0], [49152 + group])
intensity = maxIntensity if on else 0
values = {
"light_level": intensity,
"fade_time": dimming.fade_time,
"response_time": 0,
"override_time": 0,
"lock_light_control": False
}
ble_xim.advLightControl(device_group, values)
def action_set_intensity_for(device_id=-1, intensity=0):
print('action: set_intensity_for: device_id: ' + str(device_id) +
" with intensity: " + str(intensity))
# dimming.updateDeviceList()
devices = dimming.orderedDeviceList.items()
if len(devices) >= device_id:
device = dimming.orderedDeviceList.items()[
device_id -
1] # orderedList is 0 based index, the LED ID is one based index.
# we only want to deal with one device so if our filtered list has more than one member we don't proceed
# now we create the values dictionary.
# the names and acceptable values of each parameter can be found in the API documentation for each call
values = {
"light_level": intensity,
"fade_time": 0,
"response_time": 0,
"override_time": 0,
"lock_light_control": False
}
# finally, actually issue the advertising command
ble_xim.advLightControl(device[0], values)
# time.sleep(0.15)
else:
print "Error: could not locate device with ID {}".format(device_id)
def run(self):
if True:
self.updateDeviceList()
# print(d)
while self._keep_alive:
with self.lock:
### State - Breathing: It should breath: 0 - 100 - 0 sequence for arbitary duration
if self.breathing:
action_set_group(True,
self.fade_time,
group=self.group)
time.sleep(self.fade_time / 1000.0)
action_set_group(False,
self.fade_time,
group=self.group)
time.sleep(self.fade_time / 1000.0)
### State - Breath Fading: It should dim the max intensity to zero
### i.e: 0 - 100 - 0 - 90 - 0 - 80 - 0 - 70 - 0 - ....
elif self.breathFading:
fading_values = [100, 90, 60, 30, 15, 10, 5, 2, 1, 0]
for v in fading_values:
action_set_group(True,
self.fade_time,
maxIntensity=v,
group=self.group)
time.sleep(self.fade_time / 1000.0)
if v != 0:
action_set_group(False,
self.fade_time,
group=self.group)
time.sleep(self.fade_time / 1000.0)
self.breathFading = False # This sequence should be terminated after completion
else:
### State - Rotating: it should be paired in dimming: LED 1/5 LED 2/6 LED 3/7 LED 4/8
for group in self.groupedDeviceList:
if self.rotating:
# print("XIM: " + str(ximID))
# put light to maximum brightness
# devices = filter(lambda ndi: ndi.deviceId == [ximID], self.deviceList)
# print(devices)
print('dim on')
for device in group:
intensity = 10
values = {
"light_level": intensity,
"fade_time": self.fade_time,
"response_time": 0,
"override_time": 0,
"lock_light_control": False
}
ble_xim.advLightControl(device, values)
time.sleep(0.15)
time.sleep(self.fade_time / 1000 + 0.1)
# put light to minimum brightness
print('dim off')
for device in group:
intensity = 0
values = {
"light_level": intensity,
"fade_time": self.fade_time,
"response_time": 0,
"override_time": 0,
"lock_light_control": False
}
ble_xim.advLightControl(device, values)
time.sleep(0.15)
time.sleep(self.fade_time / 1000 + 0.1)
# sleep until next loop is due
if self.rotating:
self.rotating = False # This sequence should be terminated after the completion
print('Rotation Sequence ended')
action_set_group(
False
) # Need to force turn off all since it sometimes stuck turned on.
time.sleep(self._interval)