''' 
Soren DeOrlow 
IDSN 599, Fall 2021 
deorlow@usc.edu 
Lab Practical 4 
'''

while True:

    # Establishes random functionality
    import random

        # Generate dictionary ranging from 2-52,
        # the key will count the factors and is set with a starting value of 0

    counts = {}
    for key in range(2, 52):
        counts[key] = 0

        # Request number: Ask user to input a number (x) that will drive the calculation
    numbers = input("Enter how many numbers to generate ")

    if numbers != " ": # this statement forces users to enter a number
        print("")
        print("FOR" ,numbers,  "RANDOM NUMBERS HERE ARE THE FACTOR FREQUENCIES FOR")
        print("")
        # Input will generate (x) random numbers across a range from 0 to 10000
        numbers = int(numbers)
        for value in range(numbers):
            value = random.randint(0, 10001)
            results = ""
            # print(value)
            counts[2] + - 1

            # Count divisibility of random numbers by dictionary numbers
            for key in range(2, 52):
                if value % key == 0:
                    counts[key] += 1  # this sets a count within the key of each dictionary number
                    # print(counts)
        for key in range(2, 52):
            print(key, "*" * counts[key])  # this converts the count to an asterisk and prints full library taxonomy

        # Begin next calculation
        print("")
    else:
        print("Please enter a number.")

''' 
    # CODE PROCESS SKETCHING 
     
        #if numbers != int(): 
        #print("Please enter a number!") 
    #else: 
        #print("Please don't leave the field blank!") 
     
    import random 
 
    # generate random numbers between 0-10000 
    span = range(53) 
    for item in span: 
        print(item) 
 
    import random 
 
    # Request number: Ask user to input a number (x) 
    nInput = input("Please enter a number: ") 
    print("For " + nInput + " random numbers, here the the factor frequencies...") 
    # Random number generation: Create (x) random numbers within a range of 0,10000 
    nInput = int 
 
    s = set() 
    N = 20 
    M = 10000 
 
    randomCandidates = list(range(M)) 
    for _ in range(nInput): 
        randomCandidates = random.randrange(M) 
        while randomCandidates in s: 
            randomCandidates = random.randrange(M) 
        s.add(randomCandidates) 
        print(randomCandidates) 
        results = "" 
 
        dictionary = {2:0,3:0,4:0,5:0,6:0,7:0,8:0,9:0,10:0,11:0,12:0,13:0,14:0,15:0,16:0,17:0,18:0,19:0,20:0,21:0,22:0,23:0,24:0,25:0,26:0,27:0,28:0,29:0,30:0,31:0,32:0,33:0,34:0,35:0,36:0,37:0,38:0,39:0,40:0,41:0,42:0,43:0,44:0,45:0,46:0,47:0,48:0,49:0,50:0,51:0,52:0} 
 
        # Create factor frequency list for numberd 2-51 
    #    if results() % 2 == 0: 
    #        print("2") 
    #    if results % 3 == 0: 
    #        print("3") 
    #    if results % 4 == 0: 
    #        print("4") 
    #    if results % 5 == 0: 
    #        print("5") 
 
    # Create factor frequency list for numberd 2-51 
 
    # Range (0:10000) 
 
    # factors (2:52) 
 
    # The numbers must be within 0 & 10k 
    # random.randint(0, 10000) 
 
    # random.randrange(start, stop[, step]) step equals divisible number 
 
    # list1 = [nList] 
    # print (random.choice(list1)) 
 
    #span = range(53) 
    #for item in span: 
        #print(item) 
 
    '''