import time import RPi.GPIO as GPIO import gpiozero def forwardzero(wait): led16=gpiozero.LED(16) #motor1 led23=gpiozero.LED(23) #motor1 led20=gpiozero.LED(20) #enable led21=gpiozero.LED(21) #enable led1=gpiozero.LED(1) led7=gpiozero.LED(7) try: print("forwardzero") #case where Hbridge needs a enable signal led21.off() led20.on() #zero signal off on switch 2 led1.off() led7.off() #positive signal off on switch 1 led23.on() led16.off() #let signal active during wait time for k in range(wait): print(k) time.sleep(1) #put signal off on the switch led23.off() led20.off() except KeyboardnInterrupt: print("keyboard interrupt") except Exception as err: print(err) finally: print("zero") #zero signal off on switch 2 led1.off() led7.off() #signal off on switch 1 led16.off() led23.off() #signal off on enable pin led20.off() led21.off() def backwardzero(wait): led1=gpiozero.LED(1) led7=gpiozero.LED(7) led16=gpiozero.LED(16) #motor1 led23=gpiozero.LED(23) #motor1 led20=gpiozero.LED(20) #enable led21=gpiozero.LED(21) #enable try: print("backwardzero") #signal off on switch 1 led16.on() led23.off() #case where Hbridge needs a enable signal led20.off() led21.on() #signal on switch 2 led1.off() led7.off() #wait for k in range(wait): print(k) time.sleep(1) #signal off on switches led16.off() led21.off() except KeyboardInterrupt: print("keyboardinterrupt") except Exception as err: print(err) finally: print("zero") #signal off on switch 1 led16.off() led23.off() #signal off on switch 2 led1.off() led7.off() #signal off on enable pin led20.off() led21.off()
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