if GPIO.input(p1palm):
print "p1palm is pressed"
if GPIO.input(p1left):
print "p1left is pressed"
if GPIO.input(p1center):
print "p1center is pressed"
if GPIO.input(p1right):
print "p1right is pressed"
if GPIO.input(p2palm):
print "p1palm is pressed"
if GPIO.input(p2left):
print "p1left is pressed"
if GPIO.input(p2center):
print "p1center is pressed"
if GPIO.input(p2right):
print "p1right is pressed"
if pitft.Button1:
print "Button 1 pressed - screen off"
pitft.Backlight(False)
if pitft.Button2:
print "Button 2 pressed - screen on"
pitft.Backlight(True)
if pitft.Button3:
print "Button 3 pressed"
#toggle up one channel
if pitft.Button4:
print "Button 4 pressed"
*#toggle down a channel
try:
clf = nfc.ContactlessFrontend('usb')
except IOError:
print('ERROR: Could not find reader.')
sys.exit(-1)
# Set some variables used here.
id = None
idVal = ''
bl = True
while True:
if pitft != None:
if pitft.Button1: # Make it possible to dim/brighten the TFT screen.
bl ^= bl
pitft.Backlight(bl)
print('Backlight Toggle')
time.sleep(2.0)
clear()
if pitft.Button2: # Let's provide a physical means from breaking out of the loop.
print('Quitting')
sys.exit(0)
# Define the target tags we want to read and look for them.
target = clf.sense(RemoteTarget('106A'), RemoteTarget('106B'), RemoteTarget('212F'))
if target is not None:
if target.sdd_res != id: # Check if tag has changed, as we don't want a user tagging-in causes multiple cycles.
try:
# Read the tag and assign the UID to the appropriate variables.