def _create_colors(self):
c = Converter()
self.colors = {
'red': (c.rgbToCIE1931(1, 0, 0), 'xy'),
'green': (c.rgbToCIE1931(0, 1, 0), 'xy'),
'blue': (c.rgbToCIE1931(0, 0, 1), 'xy'),
'yellow': (c.rgbToCIE1931(1, 1, 0), 'xy'),
'orange': (c.rgbToCIE1931(1, 0.49, 0), 'xy'),
'white': (353, 'ct')
}
def getPixels():
#grab screenshot and get the size
image = ImageGrab.grab()
im = image.load()
maxX, maxY = image.size
step = 100
#loop through pixels for rgb data
data = []
for y in range(0, maxY, step):
for x in range(0, maxX, step):
pixel = im[x,y]
data.append(pixel)
#loop and check for white/black to exclude from averaging
r = 0
g = 0
b = 0
threshMin = 60
threshMax = 200
counter = 0
for z in range(len(data)):
rP, gP, bP = data[z]
if rP > threshMax and gP > threshMax and bP > threshMax or rP < threshMin and gP < threshMin and bP < threshMin:
pass
else:
r+= rP
g+= gP
b+= bP
counter+= 1
if counter > 0:
rAvg = r/counter
gAvg = g/counter
bAvg = b/counter
converter = Converter()
hueColor = converter.rgbToCIE1931(rAvg, gAvg, bAvg)
return hueColor
else:
print('problem')
return (0,0)
def set_light_color(self, light, color):
color_converter = Converter()
if type(light) is phue.Light:
light.on = True
if type(color) is list:
light.xy = color
else:
try:
light.xy = color_converter.hexToCIE1931(color)
except socket.timeout:
pass
light.brightness = 254
elif type(light) is WirelessLights:
light.on()
if type(color) is list:
# limitless can't handle this
light.white()
elif type(color) is int:
light.setColorInt(color)
else:
light.setColorHSL(self.convert_color(color))
light.setBrightness(100)
def set_light_color(self, light, color):
color_converter = Converter()
if type(light) is phue.Light:
light.on = True
if type(color) is list:
light.xy = color
else:
try:
light.xy = color_converter.hexToCIE1931(color)
except socket.timeout:
pass
light.brightness = 254
elif type(light) is WirelessLights:
light.on()
if type(color) is list:
# limitless can't handle this
light.white()
elif type(color) is int:
light.setColorInt(color)
else:
light.setColorHSL(self.convert_color(color))
light.setBrightness(100)
def __init__(self, light_id):
self._id = light_id
self.transitiontime = 0
self.converter = Converter()
self.has_cache = False
self.previous_state = light_state(
self.get_brightness(),
self.get_color_xy())
self.actual_state = light_state(
self.previous_state.brightness,
self.previous_state.xy)
self.has_cache = True
self.has_color = self.get_color_xy() is not None
class Lamp():
converter = Converter()
def __init__(self, lampname):
self.name = lampname
self.bridge = qhue.Bridge(ip, username)
self.lampid = get_lamp_id_by_name(self.bridge, lampname)
self.url = self.bridge.lights[self.lampid].url + '/state'
self.on = self.bridge.lights[self.lampid]()['state']['on']
self.xy = self.bridge.lights[self.lampid]()['state']['xy']
self.brightnessPercent = self.bridge.lights[self.lampid]()['state']['bri'] / 255.0
def set_color_rgb(self, r, g, b, brightnessPercent = None):
xy = self.converter.rgbToCIE1931(r, g, b)
self.set_color_xy(xy, brightnessPercent)
def set_color_xy(self, xyval, brightnessPercent = None):
xdiff = math.fabs(xyval[0] - self.xy[0])
ydiff = math.fabs(xyval[1] - self.xy[1])
color_diffpercent = (xdiff + ydiff) / 1.0
if brightnessPercent is None:
brightnessPercent = self.brightnessPercent
brightness_diffpercent = math.fabs(self.brightnessPercent - brightnessPercent)
if color_diffpercent < change_treshold and brightness_diffpercent < change_treshold:
return
if brightnessPercent < 0.05:
requests.put(self.url, data='{ "on": false, "transitiontime" : 1}')
self.on = False
else:
if self.on == True:
requests.put(url=self.url, data='{ "xy": [' + str(xyval[0]) + ', ' + str(xyval[1]) + '], "bri": ' + str(int(brightnessPercent * 255)) + ', "transitiontime": 1}')
else:
requests.put(self.url, data='{ "xy": [' + str(xyval[0]) + ', ' + str(xyval[1]) + '], "bri": ' + str(int(brightnessPercent * 255)) + ', "on": true, "transitiontime": 1}')
self.on = True
self.xy = xyval
time.sleep(0.1)#wait for transition to complete
def _filter_colors(self, color_dict, skip_colors=[]):
# scan through available colors and look for something not black or grey
# return a grey if we must though
color_converter = Converter()
color_selected = False
index_col = 0
keys = color_dict.keys()
total_colors = len(keys)
save_for_later = -1
while not color_selected:
if 'tan' in color_dict[keys[index_col]]:
if save_for_later == -1:
save_for_later = index_col
index_col += 1
elif 'brown' in color_dict[keys[index_col]]:
if save_for_later == -1:
save_for_later = index_col
index_col += 1
elif 'white' in color_dict[keys[index_col]]:
if save_for_later == -1:
save_for_later = index_col
index_col += 1
elif 'black' in color_dict[keys[index_col]]:
if save_for_later == -1:
save_for_later = index_col
index_col += 1
elif 'grey' in color_dict[keys[index_col]] or 'gray' in color_dict[
keys[index_col]]:
if save_for_later == -1:
save_for_later = index_col
index_col += 1
elif color_dict[keys[index_col]] in skip_colors:
if save_for_later == -1:
save_for_later = index_col
index_col += 1
else:
return keys[index_col], color_dict[keys[index_col]]
if index_col == total_colors:
color_selected = True
return keys[save_for_later], color_dict[keys[save_for_later]]
def control(vled, bri):
xy = Converter().rgbToCIE1931(vled[0], vled[1], vled[2])
l.xy(xy[0], xy[1])
l.bri(bri)
print('Signal sended')
twitch_bot_utils.printer("Colors: %d %d %d" % (int("0x"+value[0:2],0), int("0x"+value[2:4],0), int("0x"+value[4:6],0)))
twitch_bot_utils.printer(color)
sendToAll("{ \"bri\": 254, \"xy\":%s }" % color)
user_wait(light_length)
set_animating(0)
modedefault()
return True
#constants
auth = twitch_auth.auth()
auth.add_admin("spiffbot")
master = auth.get_streamer()
user_stack = []
set_animating(0)
stayAlive = 1
converter = Converter()
light_length = 15
irc = twitch_bot_utils.irc_connection("irc.twitch.tv","6667",auth.get_bot(),auth.get_oauth(),
auth.get_streamer(),[admin_commands,user_commands])
twitch_bot_utils.printer("READY!")
irc.msg("READY!")
user_stack_thread = threading.Thread(target=user_stack_consumer)
user_stack_thread.daemon = True
user_stack_thread.start()
#Main loop
while stayAlive:
#-----------------------------------------------------------------------------------------------------------------------
try:
from Tkinter import *
except ImportError:
from tkinter import *
#-----------------------------------------------------------------------------------------------------------------------
# Import library for Hue lights
#-----------------------------------------------------------------------------------------------------------------------
from phue import Bridge
#-----------------------------------------------------------------------------------------------------------------------
from rgb_cie import Converter
converter = Converter()
converter.rgbToCIE1931(255,0,0) #See https://github.com/benknight/hue-python-rgb-converter
# Import time library for creating delays in scroll function
#-----------------------------------------------------------------------------------------------------------------------
import time
#-----------------------------------------------------------------------------------------------------------------------
# Toggle variables for each button
#-----------------------------------------------------------------------------------------------------------------------
toggle1 = 0
toggle2 = 0
toggle3 = 0
import sys
import os
from qhue import Bridge
from rgb_cie import Converter
f = open("hue_id.txt", "r")
hue_id = f.readlines()[-1].rstrip()
f.close()
b = Bridge(hue_id, "elbLovRPUcHaqss904iEJMH9LZrRwsvFeOKSfvOP")
lights = b.lights
converter = Converter()
b.lights(1, 'state', on=True, xy=converter.hexToCIE1931(sys.argv[-4]))
b.lights(2, 'state', on=True, xy=converter.hexToCIE1931(sys.argv[-3]))
b.lights(3, 'state', on=True, xy=converter.hexToCIE1931(sys.argv[-2]))
b.lights(4, 'state', on=True, xy=converter.hexToCIE1931(sys.argv[-1]))
import sys
from qhue import Bridge
from rgb_cie import Converter
converter = Converter()
b = Bridge("192.168.0.101", "elbLovRPUcHaqss904iEJMH9LZrRwsvFeOKSfvOP")
strip_bri = b.lights[1]()['state']['bri']
bloom_1_bri = b.lights[2]()['state']['bri']
bloom_2_bri = b.lights[3]()['state']['bri']
strip_2_bri = b.lights[4]()['state']['bri']
strip_xy = b.lights[1]()['state']['xy']
bloom_1_xy = b.lights[2]()['state']['xy']
bloom_2_xy = b.lights[3]()['state']['xy']
strip_2_xy = b.lights[4]()['state']['xy']
strip_hex = converter.CIE1931ToHex(strip_xy[0],
strip_xy[1],
bri=(strip_bri / 254.0))
bloom_1_hex = converter.CIE1931ToHex(bloom_1_xy[0],
bloom_1_xy[1],
bri=(bloom_1_bri / 254.0))
bloom_2_hex = converter.CIE1931ToHex(bloom_2_xy[0],
bloom_2_xy[1],
bri=(bloom_2_bri / 254.0))
strip_2_hex = converter.CIE1931ToHex(strip_2_xy[0],
strip_2_xy[1],
bri=(strip_2_bri / 254.0))
print([
class hue_light(object):
MIN_BRIGHTNESS = 1
MAX_BRIGHTNESS = 254
_request_string = 'lights/'
def __init__(self, light_id):
self._id = light_id
self.transitiontime = 0
self.converter = Converter()
self.has_cache = False
self.previous_state = light_state(
self.get_brightness(),
self.get_color_xy())
self.actual_state = light_state(
self.previous_state.brightness,
self.previous_state.xy)
self.has_cache = True
self.has_color = self.get_color_xy() is not None
def _api_request(self, method, request='', payload=None):
if isinstance(payload, str):
payload = json.loads(payload)
if payload:
payload['transitiontime'] = self.transitiontime
return hue_api.request(
method,
hue_light._request_string + str(self._id) + '/' + request, payload)
def is_reachable(self):
return self._api_request('get')['state']['reachable']
def is_on(self):
return self._api_request('get')['state']['on']
def turn_on(self):
if not self.is_on():
self._api_request('put', 'state', {"on": True})
def turn_off(self):
if self.is_on():
self._api_request('put', 'state', {"on": False})
def get_brightness(self):
if self.has_cache:
return self.actual_state.brightness
return self._api_request('get')['state']['bri']
def set_brightness(self, brightness):
if brightness == 'max':
brightness = hue_light.MAX_BRIGHTNESS
if brightness >= hue_light.MIN_BRIGHTNESS\
and brightness <= hue_light.MAX_BRIGHTNESS:
self._save_brightness()
self.actual_state.brightness = brightness
self._api_request('put', 'state', {"bri": brightness})
def get_color_xy(self):
if self.has_cache:
return self.actual_state.xy
state = self._api_request('get')['state']
if 'xy' in state:
return self._api_request('get')['state']['xy']
else:
return None
def set_color_xy(self, xy):
self._save_color_xy()
self.actual_state.xy = xy
self._api_request('put', 'state', {'xy': xy})
def set_color_rgb(self, rgb):
self.set_color_r_g_b(rgb[0], rgb[1], rgb[2])
def set_color_r_g_b(self, red, green, blue):
if not is_valid_rgb(red, green, blue):
return
self._save_color_xy()
xy = self.converter.rgbToCIE1931(red, green, blue)
self.actual_state.xy = xy
self._api_request('put', 'state', {"xy": xy})
def revert_to_previous_state(self):
if self.previous_state:
self.set_color_xy(self.previous_state.xy)
self.set_brightness(self.previous_state.brightness)
self.actual_state = self.previous_state.copy()
self.previous_state = None
def _save_brightness(self):
self.previous_state.brightness = self.actual_state.brightness
def _save_color_xy(self):
self.previous_state.xy = self.actual_state.xy
def getPixels():
#grab screenshot and get the size
image = ImageGrab.grab()
im = image.load()
maxX, maxY = image.size
step = 100
#loop through pixels for rgb data
data = []
for y in range(0, maxY, step):
for x in range(0, maxX, step):
pixel = im[x,y]
data.append(pixel)
#loop and check for white/black to exclude from averaging
r = 0
g = 0
b = 0
threshMin = 30
threshMax = 255
counter = 0
counter_2 = 0
r_0 = 0
g_0 = 0
b_0 = 0
r_1 = 0
g_1 = 0
b_1 = 0
r_2 = 0
g_2 = 0
b_2 = 0
r_3 = 0
g_3 = 0
b_3 = 0
chunks = len(data)/4
for z in range(len(data)):
rP, gP, bP = data[z]
if rP > threshMax and gP > threshMax and bP > threshMax or rP < threshMin and gP < threshMin and bP < threshMin:
pass
else:
r+= rP
g+= gP
b+= bP
if counter_2 > chunks * 3:
r_0 += rP
g_0 += gP
b_0 += bP
elif counter_2 > chunks * 2:
r_1 += rP
g_1 += gP
b_1 += bP
elif counter_2 > chunks:
r_2 += rP
g_2 += gP
b_2 += bP
elif counter_2 > 0:
r_3 += rP
g_3 += gP
b_3 += bP
counter+= 1
counter_2+= 1
if counter > 0:
rAvg = r/counter
gAvg = g/counter
bAvg = b/counter
rAvg_0 = r_0/(counter/4)
gAvg_0 = g_0/(counter/4)
bAvg_0 = b_0/(counter/4)
rAvg_1 = r_1/(counter/4)
gAvg_1 = g_1/(counter/4)
bAvg_1 = b_1/(counter/4)
rAvg_2 = r_2/(counter/4)
gAvg_2 = g_2/(counter/4)
bAvg_2 = b_2/(counter/4)
rAvg_3 = r_3/(counter/4)
gAvg_3 = g_3/(counter/4)
bAvg_3 = b_3/(counter/4)
converter = Converter()
request_string = "http://192.168.0.110/ambient_loop?r="+str(rAvg)+'&g='+str(gAvg)+'&b='+str(bAvg)
request_string_0 = "http://192.168.0.110/ambient_loop?r="+str(rAvg_0)+'&g='+str(gAvg_0)+'&b='+str(bAvg_0)
request_string_1 = "http://192.168.0.110/ambient_loop?r="+str(rAvg_1)+'&g='+str(gAvg_1)+'&b='+str(bAvg_1)
request_string_2 = "http://192.168.0.110/ambient_loop?r="+str(rAvg_2)+'&g='+str(gAvg_2)+'&b='+str(bAvg_2)
request_string_3 = "http://192.168.0.110/ambient_loop?r="+str(rAvg_3)+'&g='+str(gAvg_3)+'&b='+str(bAvg_3)
print(request_string)
print(request_string_0)
print(request_string_1)
print(request_string_2)
print(request_string_3)
urllib.request.urlopen(request_string).read()
# hueColor = converter.rgbToCIE1931(rAvg, gAvg, bAvg)
return 'meow'
else:
print('problem')
return (0,0)