def flic_test():
light_info_deveui = file_WR.RW_light_info_read()
sensor_id = 'A81758FFFE030461'
status = light_info_deveui[sensor_id]["flic_status"]
if status == 1:
addresses = [['14/2/41', 1, 0], ['14/2/46', 1, 0], ['14/3/81', 4, 0],
['14/3/101', 4, 0], ['14/3/121', 4, 190],
['14/3/141', 4, 190], ['14/3/161', 4, 230],
['14/3/181', 4, 230], ['14/3/201', 4, 230],
['14/3/221', 4, 230]]
for add in addresses:
if add[1] == 1:
if sdl_knx.set_led(tunnel, toknx(add[0]), add[2]):
print('1')
return 1
else:
if sdl_knx.set_rgb(tunnel, toknx(add[0]), [0, 0, 0, add[2]]):
print('1')
return 1
file_WR.RW_light_info_update('presentation', 'flic_status', 0)
return "All lights"
else:
zone_name = "presentation"
color = [0, 0, 0, 253]
file_WR.RW_light_info_update('presentation', 'flic_status', 1)
if sdl_knx.set_light_zone(tunnel, zone_name, color):
restart()
return "Unable to write to the KNX bus"
else:
return "All lights were set successfully"
def active_zone(zone_name='0_0'):
global tunnel
if request.method == 'POST':
file_WR.RW_light_info_update(zone_name, 'active', 1)
return "Active light activated in " + zone_name
elif request.method == 'DELETE':
file_WR.RW_light_info_update(zone_name, 'active', 0)
return "Active light deactivated in " + zone_name
def flic_presentation_hold():
zone_z = 'PRESENTATION_'
section = ['C', 'D', 'E', 'F', 'G', 'H', 'X', 'Y', 'A', 'B']
file_WR.RW_light_info_update('presentation', 'flic_status', 0)
for sec in section:
global tunnel
if sec in ['X', 'A', 'Y', 'B']:
zone_name = zone_z + sec
color = [0, 0, 0, 240]
if sdl_knx.set_light_zone(tunnel, zone_name, color):
restart()
return "Unable to write to the KNX bus"
# else:
# return "All lights were set successfully"
if sec in ['C', 'D']:
zone_name = zone_z + sec
color = [0, 0, 0, 200]
if sdl_knx.set_light_zone(tunnel, zone_name, color):
restart()
return "Unable to write to the KNX bus"
# else:
# return "All lights were set successfully"
else:
zone_name = zone_z + sec
color = [0, 0, 0, 0]
if sdl_knx.set_light_zone(tunnel, zone_name, color):
restart()
return "Unable to write to the KNX bus"
# else:
# return "All lights were set successfully"
return "All lights were set successfully"
def set_light_zone(tunnel, zone_name, color):
addresses = []
if len(zone_name.split('_')) == 3:
name0 = zone_name.split('_')[0].upper()
name1 = zone_name.split('_')[1].upper()
name2 = zone_name.split('_')[2].upper()
i = 0
for x in range(0, len(constants.LIGHT_LOOKUP_TABLE)):
if constants.LIGHT_LOOKUP_TABLE[x][0].split('_')[0] == name0:
if constants.LIGHT_LOOKUP_TABLE[x][0].split('_')[1] == name1:
if constants.LIGHT_LOOKUP_TABLE[x][0].split(
'_')[2] == name2:
addresses.append([
constants.LIGHT_LOOKUP_TABLE[x][1],
constants.LIGHT_LOOKUP_TABLE[x][2]
])
i = i + 1
elif len(zone_name.split('_')) == 2:
name0 = zone_name.split('_')[0].upper()
name1 = zone_name.split('_')[1].upper()
i = 0
for x in range(0, len(constants.LIGHT_LOOKUP_TABLE)):
if constants.LIGHT_LOOKUP_TABLE[x][0].split('_')[0] == name0:
if constants.LIGHT_LOOKUP_TABLE[x][0].split('_')[1] == name1:
addresses.append([
constants.LIGHT_LOOKUP_TABLE[x][1],
constants.LIGHT_LOOKUP_TABLE[x][2]
])
i = i + 1
elif len(zone_name.split('_')) == 1:
name0 = zone_name.split('_')[0].upper()
i = 0
for x in range(0, len(constants.LIGHT_LOOKUP_TABLE)):
if constants.LIGHT_LOOKUP_TABLE[x][0].split('_')[0] == name0:
addresses.append([
constants.LIGHT_LOOKUP_TABLE[x][1],
constants.LIGHT_LOOKUP_TABLE[x][2]
])
i = i + 1
for x in range(0, len(addresses)):
print(addresses[x][0])
if addresses[x][1] == 1:
if set_led(tunnel, toknx(addresses[x][0]), color[3]):
print('1')
return 1
elif addresses[x][1] == 4:
if set_rgb(tunnel, toknx(addresses[x][0]), color):
print('1')
return 1
file_WR.RW_light_info_update(zone_name, "brightness_level", color[3])
return 0
def flic_click_zone(zone_name='0_0'):
global tunnel
sensor_id = ""
for line in constants.LORA_SENSOR:
if zone_name in line:
sensor_id = line[0]
light_info_deveui = file_WR.RW_light_info_read()
status = light_info_deveui[sensor_id]["flic_status"]
if status == 0:
color = [0, 0, 0, 235]
file_WR.RW_light_info_update(zone_name, 'flic_status', 1)
else:
color = [0, 0, 0, 0]
file_WR.RW_light_info_update(zone_name, 'flic_status', 0)
if sdl_knx.set_light_zone(tunnel, zone_name, color):
restart()
return "Unable to write to the KNX bus"
else:
return "All lights were set successfully"
def zone_light_threshold(zone_name='0_0', num='0'):
"""Updates, with PUT, the second light level of the light slope
"""
if request.method == 'PUT':
if request.json:
zone_name = zone_name.upper()
file_WR.RW_light_info_update(zone_name, 'light_threshold' + num,
request.json['value'])
return "light threshold " + num + " from " + zone_name + " was updated to " + str(
request.json['value'])
def all_on(tunnel, brightness):
set_all_led(tunnel, brightness)
set_all_rgb(tunnel, [0, 0, 0, brightness])
for x in constants.LORA_SENSOR:
file_WR.RW_light_info_update(x[1], "brightness_level", brightness)
def lora():
"""
This methods handle every messages sent by the LORA sensors and is also respoonsible of automatic lightning
:return:
"""
global active_light_switch
global tunnel
light_info_deveui = file_WR.RW_light_info_read()
hour = int(strftime("%H", localtime()))
day = datetime.datetime.today().weekday()
lowerbound = 290
upperbound = 500
# we suppose that there is no need for light between 21 and 6 and during the weekend
# however the active switch button is deactivated after the first all_off call to prevent
# automatic turn off if somebody is working on the week-end or after 21h for example
if hour < 7 or hour > 20 or day == 7 or day == 6:
if active_light_switch == 1:
sdl_knx.all_off(tunnel)
active_light_switch = 0
return "Non Active Time"
else:
if active_light_switch == 0:
sdl_knx.all_on(tunnel, 235)
active_light_switch = 1
active_light_switch = 1
try:
sensorID = request.json['DevEUI'].upper()
active = light_info_deveui[sensorID]['active']
zone_name = light_info_deveui[sensorID]['zone_name']
sensor_model = light_info_deveui[sensorID]['sensor_model']
current_brightness = light_info_deveui[sensorID][
'brightness_level']
captured_light = request.json['Light']
except:
return 'Unable to read the required parameters'
if zone_name != 0 and active:
# Only ERS sensor can detect motion if there is no motion for more than 14 min, turn off
if sensor_model == 'ERS':
motion_data = file_WR.RW_motion_data_update(
zone_name, request.json['Motion'])
if not motion(motion_data, zone_name):
sdl_knx.set_light_zone(tunnel, zone_name[0, 0, 0, 0])
file_WR.RW_light_info_update(zone_name, "brightness_level",
0)
return "No motion in the room light was turned off"
if lowerbound < captured_light < upperbound:
return "no adjustments needed"
elif captured_light >= upperbound:
if current_brightness != 0:
lower_bright = 3 * current_brightness / 4
if lower_bright < 70:
if not sdl_knx.set_light_zone(tunnel, zone_name,
[0, 0, 0, 0]):
return "Artificial light turned off"
else:
delta = current_brightness - lower_bright
for x in range(1, int(delta), 5):
if not sdl_knx.set_light_zone(
tunnel, zone_name,
[0, 0, 0, current_brightness - x]):
sleep(4)
return "Decreasing the artificial light"
return "Already no artificial light"
# Here we will hardcode a value for the lights. A captured light below 100 is very dark so we will directly
# go to a 65% light
elif captured_light < 80:
if current_brightness == 210 or current_brightness == 230:
hardcoded_bright = 230
else:
hardcoded_bright = 210 # correspond to 65% regarding the range 0-255
if not sdl_knx.set_light_zone(tunnel, zone_name,
[0, 0, 0, hardcoded_bright]):
return "The artificial light has been set to 65% "
return " The system wasn't able to set the new brightness value"
else:
# if there is currently no artificial light and that the captured light is too low we should increase
# significantly the light therefore we start the incrementation at 50 to 120 as a base step
if current_brightness == 0:
for x in range(50, 200, 7):
if not sdl_knx.set_light_zone(tunnel, zone_name,
[0, 0, 0, x]):
sleep(4)
return "Artificial light has been activated"
else:
# if there is already artificial light and that we are below the threshold we increase the light
# of 20%
if current_brightness >= 250:
return "Already fully lighted"
for x in range(
current_brightness,
min(int(current_brightness + 255 / 100 * 15), 255),
5):
if not sdl_knx.set_light_zone(tunnel, zone_name,
[0, 0, 0, x]):
sleep(4)
return "Artificial light has been increased"
return "Something"