def run():
sleep(float(_screen.update_buffer))
if _screen.party_mode:
update_bulb_party()
sleep(float(_screen.update))
else:
results = img_proc.screen_avg(_screen)
try:
print '\n'
if 'zones' in results:
print 'Parse Method: zones | Color Mode: %s' % _screen.color_mode
for zone in results['zones']:
for bulb in zone['bulbs']:
bulb_settings = _screen.bulb_settings[unicode(bulb)]
bulb_max_bri = bulb_settings['max_bri']
bulb_min_bri = bulb_settings['min_bri']
bri = utility.get_brightness(_screen, bulb_max_bri,
bulb_min_bri,
zone['dark_ratio'])
hue_interface.send_rgb_to_bulb(bulb, zone['rgb'], bri)
else:
print 'Parse Method: standard | Color Mode: %s' % _screen.color_mode
rgb = results['rgb']
dark_ratio = results['dark_ratio']
update_bulbs(rgb, dark_ratio)
except urllib2.URLError:
print 'Connection timed out, continuing...'
pass
def re_initialize():
config = ConfigParser.RawConfigParser()
config.read(utility.get_config_path())
# Attributes
at = initialize()
global _screen
_screen = Screen(*at)
# Update bulbs with new settings
results = img_proc.screen_avg(_screen)
try:
# Update Hue bulbs to avg color of screen
if 'zones' in results:
for zone in results['zones']:
brightness = utility.get_brightness(_screen,
int(_screen.max_bri),
int(_screen.min_bri),
zone['dark_ratio'])
for bulb in zone['bulbs']:
hue_interface.send_rgb_to_bulb(bulb, zone['rgb'],
brightness)
else:
update_bulbs(results['rgb'], results['dark_ratio'])
except urllib2.URLError:
print 'Connection timed out, continuing...'
pass
def main():
assert len(sys.argv) == 2
light_ip = sys.argv[1]
assert "." in light_ip
assert shutil.which("brightness") is not None
signal.signal(signal.SIGINT, kill)
global quit_soon
quit_soon = False
light = LB130(light_ip)
#print(light.light_details())
time.sleep(1)
while True:
if quit_soon:
break
# get output of screen brightness command
output = subprocess.check_output(['brightness', '-l'])
brightness = float(
str(output).split('display 0: brightness ')[-1][:-3])
# get avg RGB color of screen
r, g, b = screen_avg()['rgb'] # 3-tuple
hue, lightness, sat = colorsys.rgb_to_hls(r / 255, g / 255, b / 255)
# set new hue & sat
avg_brightness = min((brightness + lightness) / 2 * 1.15, 1)
light.hsb = (int(hue * 360), int(sat * 100), int(avg_brightness * 100))
break # testing purposes
def run():
screen = get_screen_object()
sleep(float(screen.update_buffer))
if screen.party_mode:
update_bulb_party()
sleep(float(screen.update))
else:
results = img_proc.screen_avg(screen)
screenbloom_control_flow(results)
def run():
screen = get_screen_object()
sleep(float(screen.update_buffer))
if screen.party_mode:
update_bulb_party()
sleep(float(screen.update))
else:
results = img_proc.screen_avg(screen)
screenbloom_control_flow(results)
def run():
screen = get_screen_object()
sleep(float(screen.update_buffer))
utility.main_loop_readout(screen)
if screen.color_mode_enabled:
if screen.party_mode:
update_bulb_party()
sleep(float(screen.update))
else:
results = img_proc.screen_avg(screen)
color_mode_control_flow(results)