choice = ""
def welcome():
print ("Welcome to the Metric Conversion Program\nThis program will take a unit of measurement and convert\nit to degrees Celcius or Meters.\n**********************************************************")

def choices(choice):
choice = ""
choice = str(input("Here are your choices:\n\tC for Celcius\n\tM for Meters\n\tE for Exit"))
Fahrenheit = 0.0
Celcius = 0.0
Feet = 0.0
Meters = 0.0
if choice == "C":
Celcius = fahrenheit_to_celcius(Fahrenheit,Celcius)
print (Celcius)
elif choice == "M":
Meters = feet_to_meters(Feet,Meters)
print (Meters)
elif choice == "E":
print("Thank you for using our program")
else:
print("Sorry you did not enter a C, M or E\nPlease try again: ")
choices(choice)
return choice

def fahrenheit_to_celcius(Fahrenheit,Celcius):
Fahrenheit = 0.0
Celcius = 0.0
Fahrenheit = float(input("Enter Degrees Fahrenheit: "))
Celcius = (5/9)*(Fahrenheit-32)
return Celcius

def feet_to_meters(Feet,Meters):
Feet = 0.0
Meters = 0.0
Feet = float(input("Enter Feet: "))
Meters = (0.305*Feet)
return Meters

def main():
choice = ""
Feet = 0.0
Meters = 0.0
Fahrenheit = 0.0
Celcius = 0.0
choice = choices(choice)
welcome()
while choice != "E":
main()

def welcome():
print ("Welcome to the Metric Conversion Program\nThis program will take a unit of measurement and convert\nit to degrees Celcius or Meters.\n**********************************************************")

def choices():
choice = str(input("Here are your choices:\n\tC for Celcius\n\tM for Meters\n\tE for Exit\n\n")).upper()
Fahrenheit = 0.0
Celcius = 0.0
Feet = 0.0
Meters = 0.0
if choice == "C":
Celcius = fahrenheit_to_celcius(Fahrenheit,Celcius)
print (Celcius)
elif choice == "M":
Meters = feet_to_meters(Feet,Meters)
print (Meters)
elif choice == "E":
print("Thank you for using our program")
else:
print("Sorry you did not enter a C, M or E\nPlease try again: ")
choices()
return choice

def fahrenheit_to_celcius(Fahrenheit,Celcius):
Fahrenheit = 0.0
Celcius = 0.0
Fahrenheit = float(input("Enter Degrees Fahrenheit: "))
Celcius = (5/9)*(Fahrenheit-32)
return Celcius

def feet_to_meters(Feet,Meters):
Feet = 0.0
Meters = 0.0
Feet = float(input("Enter Feet: "))
Meters = (0.305*Feet)
return Meters

def main():
choice = ""
Feet = 0.0
Meters = 0.0
Fahrenheit = 0.0
Celcius = 0.0
choice = choices()


if __name__ == "__main__":
welcome()
choices()

import string

def choices():
Fahrenheit = 0.0
Celcius = 0.0
Feet = 0.0
Meters = 0.0

choice = str(input("\nHere are your choices:\n\tC for Celcius\n\tM for Meters\n\tE for Exit\n\n")).upper()

while choice in list(string.ascii_uppercase):

if choice == "C":
Celcius = fahrenheit_to_celcius(Fahrenheit,Celcius)
print (Celcius)
choices()
elif choice == "M":
Meters = feet_to_meters(Feet,Meters)
print (Meters)
choices()
elif choice == "E":
print("Thank you for using our program")
break
else:
print("Sorry you did not enter a C, M or E\nPlease try again: ")
choices()
return choice

import sys

def welcome():
print ("Welcome to the Metric Conversion Program\nThis program will take a unit of measurement and convert\nit to degrees Celcius or Meters.\n**********************************************************")



class Conversion:

def __init__(self):
self.choice = ""
self.options = {}

def ask(self):
self.choice = str(input('(C)elsius, (M)eters, or (E)xit? ')).upper()

def action(self):
self.options = {"C": self.f2c,
"M": self.f2m,
"E": self.quit,}
return self.options[self.choice]()

def results(self):
print('\nResults: %.2f \n' % self.res)

def f2c(self):
""" Fahrenheit to Celsius """
self.fahrenheit = float(input("Enter Degree Fahrenheit: "))
self.res = (5/9)*(self.fahrenheit-32)

def f2m(self):
""" Feet to Meters """
self.feet = float(input("Enter Feet: "))
self.res =(0.305*self.feet)

def quit(self):
return sys.exit(0)


if __name__ == "__main__":
OP = 'gay'
while OP == 'gay':
welcome()
conv = Conversion()
conv.ask()
conv.action()
conv.results()