# File:    design1.txt
# Author:  YOUR NAME HERE
# Date:    DATE GOES HERE
# Section: N/A
# E-mail:  YOUR_USERNAME@umbc.edu 
# Description:
#   DESCRIPTION GOES HERE

MIN_NUM = 1         # minimum number allowed
MAX_NUM = 100000    # maximum number allowed

PERF = "Perfect"    # return values for checkForPerfect function
ABD  = "Abundant"
DEF  = "Deficient"

######################################################################
# printGreeting() explains the program to the user
# Input:          none
# Output:         none (prints greeting)

    
######################################################################
# getValidInt() reprompts the user until they enter a number
#               between a minimum and maximum (inclusive)
# Input:        minn;   integer of lower accepted range
#               maxx;   integer of upper accepted range
# Output:       newInt; integer between minn and maxx inclusive

 
######################################################################
# isOdd() calculates whether num is odd or not
# Input:  num;      an integer we're checking for oddness
# Output: numIsOdd; a Boolean that says if num is odd
#                   (returns True if odd, False if even)


def main():
    # print the greeting to the user
    printGreeting()

    # get the number range from the user
    getValidInt() x2

    # before we start printing the number info, print the table head
    printTableHead()

    # print out all of the numbers and their properties
    while (from starting number to end):
        # get if the current number is odd, prime, perfect, [PUT MORE HERE]
        isOdd()
        isPrime()
	checkForPerfect()
        # etc... [TO BE COMPLETED BY YOU]

main()