Lab 8-Pico W Introduction

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Edward Bigos 2026-03-22 23:06:48 -04:00
commit c7ac62b6b3
26 changed files with 8387 additions and 5 deletions

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# Micropython version of the blink program
import machine
import time
print("\nMicroPython example code")
print("Blink the onboard LED and LED's connected to GP15 & GP16\n")
led = machine.Pin('LED', machine.Pin.OUT) #configure LED Pin as an output pin and create and led object for Pin class
# Configure GP15
led15 = machine.Pin('GP15', machine.Pin.OUT) #configure LED Pin as an output pin and create and led object for Pin class
# Configure GP16
led16 = machine.Pin('GP16', machine.Pin.OUT) #configure LED Pin as an output pin and create and led object for Pin class
while True:
print("On")
led.value(True) #turn on the LED
led15.value(True) #turn on the LED
led16.value(True) #turn on the LED
time.sleep(1) #wait for one second
print("Off")
led.value(False) #turn off the LED
led15.value(False) #turn off the LED
led16.value(False) #turn off the LED
time.sleep(1) #wait for one second

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# Micropython version of the blink program
import machine
import time
print("\nMicroPython example code")
print("Blink the onboard LED and LED's connected to GP15 & GP16\n")
led = machine.Pin('LED', machine.Pin.OUT) #configure LED Pin as an output pin and create and led object for Pin class
# Configure GP15
led15 = machine.Pin('GP15', machine.Pin.OUT) #configure LED Pin as an output pin and create and led object for Pin class
# Configure GP16
led16 = machine.Pin('GP16', machine.Pin.OUT) #configure LED Pin as an output pin and create and led object for Pin class
while True:
print("On")
led.value(True) #turn on the LED
led15.value(False) #turn on the LED
led16.value(True) #turn on the LED
time.sleep(1) #wait for one second
print("Off")
led.value(False) #turn off the LED
led15.value(True) #turn off the LED
led16.value(False) #turn off the LED
time.sleep(1) #wait for one second

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# Micropython version of the blink program
import machine
import time
print("\nMicroPython example code")
print("Blink the onboard LED and LED's connected to GP15 & GP16\n")
led = machine.Pin('LED', machine.Pin.OUT) #configure LED Pin as an output pin and create and led object for Pin class
# Configure GP15
led15 = machine.Pin('GP15', machine.Pin.OUT) #configure LED Pin as an output pin and create and led object for Pin class
# Configure GP16
led16 = machine.Pin('GP16', machine.Pin.OUT) #configure LED Pin as an output pin and create and led object for Pin class
def cycleLED(ledID):
ledID.value(True)
time.sleep(1)
ledID.value(False)
time.sleep(1)
def turnOffLED(ledID):
ledID.value(False)
print("Turn off all LED's")
turnOffLED(led)
turnOffLED(led15)
turnOffLED(led16)
print("Cycle LEDs")
while True:
print("Cycle start")
cycleLED(led)
cycleLED(led15)
cycleLED(led16)
time.sleep(1) #wait for one second

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# Micropython version of the blink program
import machine
import time
print("\nMicroPython example code")
print("Blink the onboard LED and LED's connected to GP15 & GP16\n")
led = machine.Pin('LED', machine.Pin.OUT) #configure LED Pin as an output pin and create and led object for Pin class
# Configure GP15
led15 = machine.Pin('GP15', machine.Pin.OUT) #configure LED Pin as an output pin and create and led object for Pin class
# Configure GP16
led16 = machine.Pin('GP16', machine.Pin.OUT) #configure LED Pin as an output pin and create and led object for Pin class
def cycleLED(ledID,timeDelay):
ledID.value(True)
time.sleep(timeDelay)
ledID.value(False)
time.sleep(timeDelay)
def turnOffLED(ledID):
ledID.value(False)
print("Turn off all LED's")
turnOffLED(led)
turnOffLED(led15)
turnOffLED(led16)
timeDelay = .25
print("Cycle LEDs")
while True:
print("Cycle start")
cycleLED(led,timeDelay)
cycleLED(led15,timeDelay)
cycleLED(led16,timeDelay)
cycleLED(led15,timeDelay)
# time.sleep(1) #wait for one second

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# Micropython version of the blink program
import machine
import time
print("\nMicroPython example code")
print("Blink the onboard LED and LED's connected to GP15 & GP16\n")
ledList = ['LED', 'GP15', 'GP16']
ledPinList = [
machine.Pin('LED', machine.Pin.OUT), #configure LED Pin as an output pin and create and led object for Pin class
# Configure GP15
machine.Pin('GP15', machine.Pin.OUT), #configure LED Pin as an output pin and create and led object for Pin class
# Configure GP16
machine.Pin('GP16', machine.Pin.OUT) #configure LED Pin as an output pin and create and led object for Pin class
]
def cycleLED(ledID,timeDelay):
ledID.value(True)
time.sleep(timeDelay)
ledID.value(False)
time.sleep(timeDelay)
def turnOffLED(ledID):
ledID.value(False)
print("Turn off all LED's")
#turnOffLED(led)
#turnOffLED(led15)
#turnOffLED(led16)
timeDelay = .25
print("Cycle LEDs")
while True:
print("Cycle start")
cycleLED(ledPinList[0],timeDelay)
cycleLED(ledPinList[1],timeDelay)
cycleLED(ledPinList[2],timeDelay)
cycleLED(ledPinList[1],timeDelay)
# time.sleep(1) #wait for one second

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# Micropython version of the blink program
import machine
import time
print("\nMicroPython example code")
print("Blink the onboard LED and LED's connected to GP15 & GP16\n")
# These are the Pin names.
ledList = ['LED', 'GP15', 'GP16']
# Internal LED, GP15, GP16 as Pin Objects
ledPinList = [ machine.Pin('LED', machine.Pin.OUT), machine.Pin('GP15', machine.Pin.OUT), machine.Pin('GP16', machine.Pin.OUT) ]
ledPattern = [0, 1, 2, 1]
def cycleLED(ledID,timeDelay):
ledID.value(True)
time.sleep(timeDelay)
ledID.value(False)
time.sleep(timeDelay)
def turnOffLED(ledPinList):
for pinID in ledPinList:
pinID.value(False)
print("Turn off all LED's")
turnOffLED(ledPinList)
timeDelay = .25
print("Cycle LEDs")
while True:
print("Cycle start")
for ledTarget in ledPattern:
cycleLED(ledPinList[ledTarget],timeDelay)
# time.sleep(1) #wait for one second

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# Micropython version of the blink program
import machine
import time
print("\nMicroPython example code")
print("Blink the onboard LED\n")
led = machine.Pin('LED', machine.Pin.OUT) #configure LED Pin as an output pin and create and led object for Pin class
while True:
print("On")
led.value(True) #turn on the LED
time.sleep(1) #wait for one second
print("Off")
led.value(False) #turn off the LED
time.sleep(1) #wait for one second