return response
if __name__ == '__main__':
import time
xbees = xbee_leds.get_xbee_list(True)
if not xbees:
raise Exception('No XBees found on network')
eui = xbees[0]
#initialize XBee
xbee_leds.initialize()
#turn off any leftover color
compact = led.CompactLEDs()
xbee_leds.send_compact_leds(compact.export(), eui)
leds = []
twinkles = []
colors = [
led.Color(red=0x0F), #red
led.Color(green=0x0F), #green
led.Color(blue=0x0F), #blue
led.Color(red=0xF, blue=0x0F), #purple
led.Color(green=0x0F, blue=0xF), #teal
led.Color(red=0x0F, green=0x8), #yellow/orange
led.Color(red=0x0E, green=0xE, blue=0xE) #white
]
for color in colors:
for _ in range(5):
twinkles.append(Twinkle(color))
if start and stop:
times.append((start, stop, scale, thrum, bell, warble))
except:
pass #ignore headers, blank lines, and others
strand = CompactLEDs()
xbees = xbee_leds.get_xbee_list(True)
if not xbees:
raise Exception('No XBees found on network')
eui = xbees[0]
xbee_leds.initialize()
if mp3play and os.path.exists(MUSIC_FILE):
clip = mp3play.load(MUSIC_FILE)
clip.play()
start_time = time.time()
for start, stop, scale, thrum, bell, warble in times:
#prepare LED values
set_leds(strand, scale, thrum, bell, warble)
#wait until time to send
while time.time() < start_time + start:
time.sleep(.001)
#send LED values
xbee_leds.send_compact_leds(strand.export(), eui)
xbee_leds.send_compact_leds(CompactLEDs().export(), eui) #turn off lights at end.
if clip:
clip.stop()
xbee_leds.close()
self.init_led()
return response
if __name__ == '__main__':
import time
xbees = xbee_leds.get_xbee_list(True)
if not xbees:
raise Exception('No XBees found on network')
eui = xbees[0]
#initialize XBee
xbee_leds.initialize()
#turn off any leftover color
compact = led.CompactLEDs()
xbee_leds.send_compact_leds(compact.export(), eui)
leds = []
twinkles = []
colors = [led.Color(red=0x0F), #red
led.Color(green=0x0F), #green
led.Color(blue=0x0F), #blue
led.Color(red=0xF, blue=0x0F), #purple
led.Color(green=0x0F, blue=0xF), #teal
led.Color(red=0x0F, green=0x8), #yellow/orange
led.Color(red=0x0E, green=0xE, blue=0xE) #white
]
for color in colors:
for _ in xrange(5):
twinkles.append(Twinkle(color))
while True:
times.append((start, stop, scale, thrum, bell, warble))
except:
pass #ignore headers, blank lines, and others
strand = CompactLEDs()
xbees = xbee_leds.get_xbee_list(True)
if not xbees:
raise Exception('No XBees found on network')
eui = xbees[0]
xbee_leds.initialize()
if mp3play and os.path.exists(MUSIC_FILE):
clip = mp3play.load(MUSIC_FILE)
clip.play()
start_time = time.time()
for start, stop, scale, thrum, bell, warble in times:
#prepare LED values
set_leds(strand, scale, thrum, bell, warble)
#wait until time to send
while time.time() < start_time + start:
time.sleep(.001)
#send LED values
xbee_leds.send_compact_leds(strand.export(), eui)
xbee_leds.send_compact_leds(CompactLEDs().export(),
eui) #turn off lights at end.
if clip:
clip.stop()
xbee_leds.close()