#finite loop
#print number from 1 -10 using a for loop
#print("loop starting")

#for i in range (1,11):
 #   print (i)
#print ("Loop Finished")

#infinite loop
#print numbers from 1 to infinity


#num  = 0
#while True:
 #   num = num + 1
  
  
  #  print (num)
#print ("Loop Finished")

#Create delays in mins, seconds and microseconds
#import time # imports the time module/library

#time.sleep(1) #delay for 1 second
#time.sleep_ms(500) #delay for milliseconds
#time.sleep_us(10) #delay for microseconds

#Creaate a delay counter

#start = time.ticks_ms() #get millisecond counter
#time.sleep_ms(100) #delay for 100 milliseconds

#compute the time difference

#delta = time.ticks_diff(time.ticks_ms(), start)
#
#print("Time difference is", delta, "millisecond")

# Condition statement
#import time
#threshold_temp = 40
#threshold_humidity = 70

#for i in range (45):
    #time.sleep_ms(500) # delay each iteration
    #print (i) #print the value of i
    #if i > threshold_temp : # compare i value in threshold_temp
        # print ("High Temperature")

#control pico onboard LED
#import modules

from machine import Pin
from time import sleep

#configure the led pin
led = Pin(15, Pin.out)

button = Pin(14, Pin.IN, Pin.PULL_DOWN)

while True:
  if button.value()==1:
      led () # turn on the LED
      sleep(0.2)
      led() #turn off LED
      sleep (0.2)