def handle_nano_leaf_on_intent(self, message):
silent_kw = message.data.get("SilentKeyword")
MyPanels = Aurora(self.IPstring, self.tokenString)
MyPanels.on = True
MyPanels.brightness = 100
if not silent_kw:
self.speak_dialog("light.on")
def HyperLeaf(my_panels):
PanelIDs = my_panels[1:-1]
lower_panel = my_panels[0]
upper_panel = my_panels[len(my_panels) - 1]
first_panel = PanelIDs[0]
last_panel = PanelIDs[len(PanelIDs) - 1]
print(my_panels)
print(lower_panel)
print(first_panel)
print(upper_panel)
print(last_panel)
sock = socket.socket(socket.AF_INET, socket.SOCK_DGRAM) # UDP
sock.bind((UDP_IP, UDP_PORT))
my_aurora = Aurora(IPstring,
tokenString) # IP address and key for nanoleaf Aurora
my_aurora.on = True #Turn nanoleaf on
my_aurora.brightness = 50 #set brightness
sleep(1)
strm = my_aurora.effect_stream(
) #set nanoleaf to streaming mode, this only works with bharat's fork of nanoleaf
LOG.info(strm.addr)
while True:
data = sock.recvfrom(
21
) # hyperion sends 3 bytes (R,G,B) for each configured light (3*7=21)
now = datetime.datetime.now() # retrieve time for debuging
new = bytearray(data[0]) # retrieve hyperion byte array
RGBList = list(new) # great R-G-B list
# print(RGBList) # for debuging only
PanelCount = 0 # initial condition
for Panel in PanelIDs: # itterate through the configured PanleID's above
firstByteIndex = PanelCount * 3 # Red Index
secondByteIndex = firstByteIndex + 1 # Green Index
thirdByteIndex = secondByteIndex + 1 # Blue Index
intPanelID = PanelIDs[
PanelCount] # This Panel ID ***could this not just be "Panel"
intRedValue = RGBList[firstByteIndex]
intGreenValue = RGBList[secondByteIndex]
intBlueValue = RGBList[thirdByteIndex]
# print(str(intPanelID) + " " + str(intRedValue) + " " + str(intGreenValue) + " " + str(intBlueValue))
if intPanelID == lower_panel or intPanelID == first_panel: # condition to handle two panels on the same vertical axis, or configure hyperion to drive this as well
strm.panel_set(lower_panel, intRedValue, intGreenValue,
intBlueValue)
strm.panel_set(first_panel, intRedValue, intGreenValue,
intBlueValue)
else:
if intPanelID == upper_panel or intPanelID == last_panel: # condition to handle two panels on the same vertical axis, or configure hyperion to drive this as well
strm.panel_set(upper_panel, intRedValue, intGreenValue,
intBlueValue)
strm.panel_set(last_panel, intRedValue, intGreenValue,
intBlueValue)
else:
strm.panel_set(intPanelID, intRedValue, intGreenValue,
intBlueValue) # set the current panel color
PanelCount += 1 # next panel
def show_temperature(self, temp):
my_aurora = Aurora(self.IP, self.AUTH_TOKEN)
red = Color("blue")
colors = list(red.range_to(Color("red"), 50))
color = colors[int(temp) + 10]
hex = color.get_hex_l()[1:]
my_aurora.rgb = hex
my_aurora.brightness = 40
sleep(2)
my_aurora.on = False
def handle_nano_leaf_set_intent(self, message):
silent_kw = message.data.get("SilentKeyword")
str_remainder = str(message.utterance_remainder()).lower()
message_words = []
scene_words = []
scene_match = False
message_words = str_remainder.split()
for each_scene in self.retrieve_scenes():
scene_words = re.findall(r"\w+", str(each_scene).lower())
LOGGER.info('List Compare: ' + str(message_words) + ' : ' +
str(each_scene))
scene_match = bool(set(message_words).intersection(scene_words))
if scene_match:
self.set_scene(each_scene)
LOG.info('Scene Found!')
if not silent_kw:
self.speak_dialog(
"light.set",
data={"result": str(each_scene) + ", scene"})
break
if not scene_match:
LOG.info('Scene not Found!')
for findcolor in Valid_Color:
mypos = str_remainder.find(findcolor)
if mypos > 0:
if findcolor == 'read':
findcolor = 'red'
if findcolor == 'toronto':
myRed = 0
myGreen = 62
myBlue = 126
else:
myRed = math.trunc(Color(findcolor).get_red() * 255)
myGreen = math.trunc(
Color(findcolor).get_green() * 255)
myBlue = math.trunc(Color(findcolor).get_blue() * 255)
myHex = Color(findcolor).hex_l
if not silent_kw:
self.speak_dialog("light.set",
data={"result": findcolor})
MyPanels = Aurora(self.IPstring, self.tokenString)
MyPanels.rgb = myHex[1:]
break
dim_level = re.findall('\d+', str_remainder)
if dim_level:
MyPanels = Aurora(self.IPstring, self.tokenString)
MyPanels.brightness = int(dim_level[0])
if not silent_kw:
self.speak_dialog(
"light.set",
data={"result": str(dim_level[0]) + ", percent"})
def handle_nano_leaf_dim_intent(self, message):
silent_kw = message.data.get("SilentKeyword")
MyPanels = Aurora(self.IPstring, self.tokenString)
MyPanels.brightness = 5
self.speak_dialog("light.dim")
def do_cinema_mode(self, my_id, terminate):
addr = self.get_ifaces()
if len(addr) == 0:
LOG.info("no UDP network connection detected")
elif len(addr) == 1:
iface, my_ip = addr.popitem()
LOG.info("UDP network connection found")
self.UDP_IP = my_ip
LOG.info("Starting Nanoleaf Cinema Mode: " + str(my_id))
all_panels = self.get_panels()
panel_ids = all_panels[1:-1]
lower_panel = all_panels[0]
upper_panel = all_panels[len(all_panels) - 1]
first_panel = panel_ids[0]
last_panel = panel_ids[len(panel_ids) - 1]
try:
LOG.info('Attempting to open the socket connection')
sock = socket.socket(socket.AF_INET, socket.SOCK_DGRAM) # UDP
sock.bind((self.UDP_IP, self.UDP_PORT))
sock.settimeout(5)
socket_open = True
except Exception as e:
LOG.error(e)
LOG.info('Socket Connection Failed')
socket_open = False
LOG.info('Connecting to Aurora at: ' + self.IPstring + " : " +
self.tokenString)
my_aurora = Aurora(
self.IPstring,
self.tokenString) # IP address and key for nanoleaf Aurora
my_aurora.on = True # Turn nanoleaf on
my_aurora.brightness = 50 # set brightness
sleep(1)
LOG.info('Attempting to switch to cinema mode')
try:
strm = my_aurora.effect_stream() # set nanoleaf to streaming mode
LOG.info('Aurora Successfully switched to cinema mode')
LOG.info('waiting for udp data')
while True:
if not socket_open:
break
try:
raw_data = sock.recvfrom(
21
) # hyperion sends 3 bytes (R,G,B) for each configured light (3*7=21)
byte_data = bytearray(
raw_data[0]) # retrieve hyperion byte array
rgb_list = list(byte_data) # great R-G-B list
# LOG.info(rgb_list) # for debuging only
panel_count = 0 # initial condition
for each_panel in panel_ids: # itterate through the configured PanleID's above
# Todo - Determine if I can use Panel instead of PanelID's
# Todo - If we can use Panel then the PanelCount should not be required
# LOG.info('Panel: ' + str(each_panel) + " - Panel ID:" + str(panel_ids[panel_count]))
first_byte_index = panel_count * 3 # Red Index
second_byte_index = first_byte_index + 1 # Green Index
third_byte_index = second_byte_index + 1 # Blue Index
int_panel_id = panel_ids[
panel_count] # This Panel ID ***could this not just be "Panel"
# int_panel_id = each_panel
int_red_value = rgb_list[first_byte_index]
int_green_value = rgb_list[second_byte_index]
int_blue_value = rgb_list[third_byte_index]
if int_panel_id == lower_panel or int_panel_id == first_panel: # condition to handle two panels on the same vertical axis, or configure hyperion to drive this as well
strm.panel_set(lower_panel, int_red_value,
int_green_value, int_blue_value)
strm.panel_set(first_panel, int_red_value,
int_green_value, int_blue_value)
else:
if int_panel_id == upper_panel or int_panel_id == last_panel: # condition to handle two panels on the same vertical axis, or configure hyperion to drive this as well
strm.panel_set(upper_panel, int_red_value,
int_green_value, int_blue_value)
strm.panel_set(last_panel, int_red_value,
int_green_value, int_blue_value)
else:
strm.panel_set(int_panel_id, int_red_value,
int_green_value, int_blue_value
) # set the current panel color
panel_count += 1 # next panel
except Exception as e:
LOG.error(e)
LOG.info('Socket Timeout Error - No Data Received')
break
if terminate():
LOG.info('Stop Signal Received')
break
except Exception as e:
LOG.error(e)
LOG.info('Aurora Failed to launch cinema mode')
my_aurora.on = False # Turn nanoleaf off
try:
sock.close()
LOG.info('Socket Closed')
except Exception as e:
LOG.error(e)
LOG.info('Socket Closure Failed!')
LOG.info("Nanoleaf Cinema Mode Ended: " + str(my_id))
import json
try:
# Argument parsing
parser = argparse.ArgumentParser("Aurora Controller")
parser.add_argument("--effect")
parser.add_argument("--brightness", type=int)
parser.add_argument("--identify", action="store_true")
parser.add_argument("--info", action="store_true")
args = parser.parse_args()
logger.info(args)
# Connect to Aurora
aurora = Aurora(IP_ADDRESS, AUTH_TOKEN)
if args.brightness is not None:
aurora.brightness = args.brightness
if args.effect:
if args.effect == "random":
aurora.effect_random()
else:
aurora.effect = args.effect
if args.identify:
aurora.identify()
if args.info:
print(json.dumps(aurora.info, sort_keys=True, indent=4))
# Error handling
except Exception as e:
logger.exception(e)