if (data & 32) == 32:
GPIO.output(23, True)
if (data & 64) == 64:
GPIO.output(9, True)
if (data & 128) == 128:
GPIO.output(8, True)
# clock
GPIO.output(11, True)
GPIO.output(11, False)
# Switch all tubes off
for t in range(6):
for d in range(11):
rainbow.toutput(t, d, 0)
output(red=True, data=0)
output(green=True, data=0)
output(blue=True, data=0)
# ********************Display SVID (date)***********************
rainbow.toutput(5, SVID1 / 10, 3)
rainbow.toutput(4, SVID1 % 10, 3)
rainbow.toutput(3, SVID2 / 10, 3)
rainbow.toutput(2, SVID2 % 10, 3)
rainbow.toutput(1, SVID3 / 10, 3)
rainbow.toutput(0, SVID3 % 10, 3)
GPIO.output(23, True) if (data & 64) == 64: GPIO.output(9,True) if (data & 128) == 128: GPIO.output(8,True) #clock GPIO.output(11, True) GPIO.output(11, False) # Switch all tubes off for t in range(6): for d in range(10): rainbow.toutput(t, d, 0) output(red=True, data=0) output(green=True, data=0) output(blue=True, data=0) endTime = datetime.datetime.now() + datetime.timedelta(minutes=duration) while True: if (onoffmode == 0): #************************* Sleep Mode *************************************** while GPIO.input(7) == 1: output(red=True, data=0)
# **** Red stays on and Blue fades out *************
if mode == 3:
if ct < it:
output(blue=True, data=values[(it - 1) - ct])
ct = ct + 1
else:
ct = 0
mode = 0
# *********** Tubes ************
offdigit = digit - 1
if digit == 0:
offdigit = 9
output(fader=True, data=0)
rainbow.toutput(tube, offdigit, 2)
rainbow.toutput(tube, digit, 1)
z = 0
while z < 256:
output(fader=True, data=z)
time.sleep(0.002)
z = z + 1
rainbow.toutput(tube, offdigit, 0)
rainbow.toutput(tube, digit, 3)
tube = tube + 1
if tube == 6:
tube = 0
digit = digit + 1
if digit == 10:
digit = 0
