##These match GPIO board pins used by LED board.
red_pin = 19
green_pin = 21
blue_pin = 23
run = True #If True, main light and refresh data loop will run.
##Scale for RGB intensity combinations to give the correct
##temperature/colour scale.
temp_scale = [
[-30,-17, -0, 12, 20, 26, 35, 50], #degress C
[ 0, 0, 0,100,255,255,255,255], #Red
[183, 65, 94,100,224,140, 55, 0], #Green
[ 0,178,255,100, 0, 0, 0,197], #Blue
]
##Initialise light object with correct board pins
globe = ll.light(red_pin, green_pin, blue_pin)
##Check forecase time
if args.foretime < 0 or args.foretime > 12:
args.foretime = 2 #set to sensible default
print("Forecast period out of range (1-12 hours). Set to 2 hours.")
globe.colour(255,0,255,1) #flash magenta to tell user.
##check refresh interval. We don't need to check too often, the forecast
##isn't refreshed that quickly.
if args.refresh < 5 or args.refresh > 60:
args.refresh = 15 #set to sensible default
print("Refresh time out of range (10-60 minutes). Set to 15 minutes.")
globe.colour(0,255,255,1) #flash cyan to tell user.
##Can we connect to our website?
#!/usr/bin/python3 """ globetest.py Version 1.0 To test if the LEDs light up correctly using the LED board and lampi_lib. """ import lampi_lib as ll import RPi.GPIO as GPIO ##pin numbers to match LED legs ##These match LED board pins. red_pin = 19 green_pin = 21 blue_pin = 23 ##create a light object with correct board pins lamp = ll.light(red_pin, green_pin, blue_pin) ##Run the seven colour test pattern. lamp.testcycle() ##Let's close all the GPIO connections correctly for our light object. lamp.shutdown() ##Last we need to close all GPIO connections properly. GPIO.cleanup()
