try:
val = int(speed)
t1.throttle(val, hornby.FORWARD)
except ValueError:
print
# needed otherwise the signal will still be transmitted and the loco will continue to move
if isroot:
# This calls the function "Motion" when the GPIO pin rises.
GPIO.add_event_detect(SP, GPIO.RISING, callback=Motion)
while 1:
# This causes it to wait for the GPIO pin to trigger
time.sleep(2)
# close the connection with a Hornby Elite DCC controller
hornby.connection_close()
if isroot:
GPIO.cleanup()
print '''
\t\t\t********************************
\t\t\t *****ENDING*****
\t\t\t********************************
'''
except KeyboardInterrupt:
print "Stopping the program"
t1.throttle(0, hornby.FORWARD) # stopping the train
hornby.connection_close()
try:
val = int(speed)
t1.throttle(val,hornby.FORWARD)
except ValueError:
print
# needed otherwise the signal will still be transmitted and the loco will continue to move
if isroot:
# This calls the function "Motion" when the GPIO pin rises.
GPIO.add_event_detect(SP, GPIO.RISING, callback=Motion)
while 1:
# This causes it to wait for the GPIO pin to trigger
time.sleep(2)
# close the connection with a Hornby Elite DCC controller
hornby.connection_close()
if isroot:
GPIO.cleanup()
print '''
\t\t\t********************************
\t\t\t *****ENDING*****
\t\t\t********************************
'''
except KeyboardInterrupt:
print "Stopping the program"
t1.throttle(0,hornby.FORWARD) # stopping the train
hornby.connection_close()