#Buttons Object
btns = Buttons(debug=DEBUG);
#Matrixes Object
mtx = Matrices(debug=DEBUG);
mtx.set_matrcies(5);
mtx.setup();
kraken = KrakenMaster(debug=DEBUG)
skynet = Skynet(debug=False)
skynet.send_message(message={"status" : "Booted Up!"})
alarm = AlarmClock(debug=DEBUG)
mtx.display_msg(message=alarm.display_msg(), color=alarm.get_color(), bg=alarm.get_bg());
# Defintions for Alarm Hardware
def play_game():
skynet.send_message(message={'status':'Alarm Triggered'})
#Turn Off LEDs
btns.turn_off_all();
#Start Game
for i in range(0, GAMEPRESSES):
btns.trigger_random(alarm=alarm, mtx=mtx, timeout=GAMETIMEOUT)
# Shut off sound
alarm.set_snooze()
#Sleep then ask to turn off alarm else snooze
#GPIO.output(11, GPIO.HIGH)
MATRICES = 5
matrix = []
alarm = AlarmClock(debug=True)
message = alarm.display_msg()
for i in range(0,MATRICES):
matrix.append(ColorEightByEight(address=0x70+i))
matrix[i].setTextWrap(False) # Allow text to run off edges
matrix[i].setRotation(3)
matrix[i].setBrightness(1)
matrix[i].setTextSize(1)
matrix[i].setTextColor(alarm.get_color(), alarm.get_bg())
# Defintions for Alarm Hardware
def update_matrixes():
message = alarm.display_msg()
for i in range(0,MATRICES):
# Draw message in each matrix buffer, offseting each by 8 pixels
#matrix[i].clear()
matrix[i].setCursor(x - i * 8, 1)
matrix[i].printMessage(message)
matrix[i].setTextColor(alarm.get_color(), alarm.get_bg())
# Write data to matrices in separate loop so it's less jumpy
for i in range(0,MATRICES):
