User manual

if(GPIO.input(TAST[2])):

return 2

if(GPIO.input(TAST[3])):

return 3

ok = True

for round in range(1, rnumber +1):

print “Round", round

for i in TAST:

LEDOn(color[i], 1)

for i in range(round):

button = press()

LEDOn(button, 0.2)

if(button != color[i]):

print “Lost!"

print “You have made it to round", round – 1, “success"

for j in range(4):

GPIO.output(LED[j], True)

for j in range(4):

time.sleep(0.5)

GPIO.output(LED[j], False)

ok = False

break

if(ok == False):

break

time.sleep(0.5)

if(ok == True):

print “Well done!"

for i in range(5):

for j in range(4):

GPIO.output(LED[j], True)

time.sleep(0.05)

for j in range(4):

GPIO.output(LED[j], False)

time.sleep(0.05)

GPIO.cleanup()

11.1.1 How does it work?

There is much new here in the programme, however, the basics of the GPIO control are known.

rnumberl = 10 Ater the import of the modules time, random and RPi.GPIO a variable rnumber is created,

which determines the number of rounds that will be played. You can also play more than ten rounds of

course- the more rounds, the more difficult it is to remember the flashing sequence.

colour = []

for i in range(rnumber):

color.append(random.randrange(4))

The list colour uses the loop to fill in as many random numbers between 0 to 3 as rounds are played. The

method

append() is used, which is available in any list. It adds the element that is transferred as parameter

to the list.