pyglow.pulse(10, val, speedval)
pyglow.pulse(11, val, speedval)
pyglow.pulse(12, val, speedval)
pyglow.pulse(13, val, speedval)
pyglow.pulse(14, val, speedval)
pyglow.pulse(15, val, speedval)
pyglow.pulse(16, val, speedval)
pyglow.pulse(17, val, speedval)
pyglow.pulse(18, val, speedval)
arm_choice = input("Pick a number between 1 and 3: ")
if arm_choice < 0 or arm_choice > 3:
sys.exit()
pyglow.pulse_arm(arm_choice, val, speedval)
pulse_choice = input("Pulse all? 1/0: ")
if pulse_choice == 1:
pyglow.pulse_all(val, speedval)
else :
print("Oh, okay then. :(")
pulse_pattern = input("What pattern do you want? Choice between 1-5: ")
if pulse_pattern == 1:
pyglow.pulse_all(val, speedval)
elif pulse_pattern == 2:
pyglow.pulse_arm(1, val, speedval)
elif pulse_pattern == 3:
pyglow.pulse(1, val, speedval)
##
## PyGlow
##
## python module to control Pimoronis PiGlow (http://shop.pimoroni.com/products/piglow)
##
## * pulsetest.py - test the pulsing light feature
##
from pyglow import PyGlow
pyglow = PyGlow()
val = input("Maximum Brightness: ")
speedval = input("Speed (Try 500 as a default): ")
pyglow.all(0)
print("Pulsing 1 Light")
pyglow.pulse(1, val, speedval)
print("Pulsing Arms")
pyglow.pulse_arm(1, val, speedval)
pyglow.pulse_arm(2, val, speedval)
pyglow.pulse_arm(3, val, speedval)
print("Pulsing All")
pyglow.pulse_all(val, speedval)
if temp_to_brightness1 > 254: temp_to_brightness1 = 254
temp_to_color1 = int(round(temp / 100 * 6))
if temp_to_color1 > 6: temp_to_color1 = 6
wind_to_wait1 = 3 / wind
wind_to_speed = int(wind * 40)
print(city1)
print('temp %f' % temp)
print('wind %f' % wind)
for x in range(100):
for i in range(1):
outandin(temp_to_color, temp_to_brightness, wind_to_wait)
outandout(temp_to_color, temp_to_brightness, wind_to_wait)
for i in range(1):
inandout(temp_to_color1, temp_to_brightness1, wind_to_wait1)
inandin(temp_to_color1, temp_to_brightness1, wind_to_wait1)
print('loop %s' % x)
# traffic
for i in range(3):
pyglow.pulse_arm((i+1),75,200)
print('loop complete, calling for more data')
except KeyboardInterrupt:
# turn off all leds
pyglow.all(0)
##
## PyGlow
##
## python module to control Pimoronis PiGlow (http://shop.pimoroni.com/products/piglow)
##
## * pulsetest.py - test the pulsing light feature
##
from pyglow import PyGlow
pyglow = PyGlow()
val = input("Maximum Brightness: ")
speedval = input("Speed (Try 500 as a default): ")
pyglow.all(0)
print("Pulsing 1 Light")
pyglow.pulse(1, val, speedval)
print("Pulsing Arms")
pyglow.pulse_arm(1, val, speedval)
pyglow.pulse_arm(2, val, speedval)
pyglow.pulse_arm(3, val, speedval)
print("Pulsing All")
pyglow.pulse_all(val, speedval)
temp_to_brightness1 = int(temp / 100 * 254)
if temp_to_brightness1 > 254: temp_to_brightness1 = 254
temp_to_color1 = int(round(temp / 100 * 6))
if temp_to_color1 > 6: temp_to_color1 = 6
wind_to_wait1 = 3 / wind
wind_to_speed = int(wind * 40)
print(city1)
print('temp %f' % temp)
print('wind %f' % wind)
for x in range(100):
for i in range(1):
outandin(temp_to_color, temp_to_brightness, wind_to_wait)
outandout(temp_to_color, temp_to_brightness, wind_to_wait)
for i in range(1):
inandout(temp_to_color1, temp_to_brightness1, wind_to_wait1)
inandin(temp_to_color1, temp_to_brightness1, wind_to_wait1)
print('loop %s' % x)
# traffic
for i in range(3):
pyglow.pulse_arm((i + 1), 75, 200)
print('loop complete, calling for more data')
except KeyboardInterrupt:
# turn off all leds
pyglow.all(0)