Apr-06-2017, 11:03 PM
Hey all! Created this fun numbers game that will return some facts about 20 input or random numbers.
# Description of program:
# Ask the user to enter 20 numbers or have them generated
# randomly by the program. After they are entered/generated
# reveal the results of lowest, highest, total,
# and the average of the numbers selected/inputed.
import random
import time
import os
import sys
# main module
def main():
# local variables
choice = True
total_count = 20
low_count = 1
high_count = 10000
# Welcome statement to user
print("\n***Welcome to the Number Analysis Genie***".upper())
print("\n- This Genie will tell you your lowest number, highest number, \n"
"total of all numbers, and the average of all numbers. - \n")
print("- You can select your own", total_count, "random numbers \n"
" or have them randomized!! - \n")
# While loop to control either random or user input numbers
while choice:
print("Please select below: \n"
"(1) Self input", total_count, "numbers. \n"
"(2) Randomize", total_count, "numbers between 1 and 10,000. ")
selection = input("\n***selection please:")
if selection == '1':
choice = False
# Call the input number module for user
input_number(total_count)
elif selection == '2':
choice = False
# Call the random number module for user
random_number(total_count, low_count, high_count)
else:
print('Wrong selection please try again! \n')
choice = True
# Call try again module to allow user to try again or close program
try_more()
# Random number module where program will generate 20 random numbers
def random_number(total_count, low_count, high_count):
# Local variables and list
random_count = 0
random_list = []
# Instructions for user
print('Please hit enter when you are ready to generate '
'your numbers!!')
input('')
# For statement to begin randomizing 20 numbers with .5 delay
for x in range(total_count):
random_count = random.randint(low_count, high_count)
random_list.insert(0, random_count)
print(random_count)
time.sleep(.5)
print('\n ***wow!! that was awesome!!***'.upper())
print('Hit enter to see your results...')
input()
# Call calculation module to process random list 20 numbers
calc(random_list)
# Input number module where user will input 20 numbers
def input_number(total_count):
# local variables and lists
input_list = []
number = 0
count = 0
# Instructions for user
print('Please hit enter when you are ready to generate'
'your numbers!!')
print('**Please remember, only whole numbers between 1 and 10,000')
# For statement to begin sequencing of 20 number only input
for count in range(total_count):
number = int(input('Number ' + str(count + 1) +
' of 20: '))
input_list.insert(0, number)
print('\n ***wow!! that was awesome!!***'.upper())
print('Hit enter to see your results...')
input()
# Call calculation module to process input list 20 numbers
calc(input_list)
# Calculations module used for either input or random modules
def calc(numbers):
# Local variables
low = 0
high = 0
total = 0
average = 0.0
# Calculations for low, high, total and average
low = min(numbers)
high = max(numbers)
total = sum(numbers)
average = total / 20
# Display of low, high, total and average
print(' Low of Numbers:', format(low, ','))
print(' High of Numbers:', format(high, ','))
print(' Total of Numbers:', format(total, ','))
print('Average of Numbers:', format(average, ',.2f'))
# Try again module to restart or end program based off of user control
def try_more():
try_again = True
# While statement to begin asking customer to try again
while try_again:
print('\n')
try_again = input('Do you want to try again? Yes(y) or No(n)?')
if try_again == 'y':
os.system('cls')
main()
elif try_again == 'n':
print('Thanks for playing!!')
time.sleep(2.0)
sys.exit(0)
else:
print('Wrong Selection, try again!')
try_again = True
# Call main module
main()