#!/usr/bin/env python

from weapon_class import Weapon

airplane1 = Weapon( 'Mitsubishi A6M Zero', 5200, 750, 10 )

airplane2 = Weapon( 'Focke-Wulfe 190', 8000, 450, 13 )

airplane3 = Weapon( 'Grumman F6F Hellcat', 10000, 550, 4 )

print airplane1.weapon_type(), airplane1.weapon_weight(), airplane1.weapon_range(), airplane1.weapon_armor_class()

print airplane2.weapon_type(), airplane2.weapon_weight(), airplane2.weapon_range(), airplane2.weapon_armor_class()

print airplane3.weapon_type(), airplane3.weapon_weight(), airplane3.weapon_range(), airplane3.weapon_armor_class()

def get_lowest_armor_class():

L = [ airplane1.weapon_armor_class(), airplane2.weapon_armor_class(), airplane3.weapon_armor_class() ]

L.sort()

return L[0]

print "The winning airplane has an armor class of: ", get_lowest_armor_class()

def find_airplane_type_with_lowest_armor_class():

return i.weapon_type()

winning_airplane_type = find_airplane_type_with_lowest_armor_class()

print "the winning airplane is: ", winning_airplane_type

def get_winning_airplane_weight():

return i.weapon_weight()

print "the winning airplane weight is: ", get_winning_airplane_weight(), " pounds"

def get_winning_airplane_range():

return i.weapon_range()

print "the ", winning_airplane_type, "has a cruising range of ", get_winning_airplane_range(), "nautical miles."