# Name: Nathan Bickus and John Hofbauer
# Project: HackPSU Overall - Tech(3)
# Project Name: Random Number Gamble Simulator
import random
print('This program allows users to gamble and guess the random number. Every user begins with $1000.\n')
print('Rewards:\nGame1: Win (amount betted * 1)\nGame2: Win (amount betted * 2)\nGame3: Win (amount betted * 3)\nGame4: Win (amount betted * 4)\n')
############################ John Hofbauer worked on the functions getBalance, SaveBalance, and GambleAmount ##############################
def getBalance():
try:
userFile = open("Balance.txt", "r")
userBalance = userFile.readlines()
userFile.close()
return int(userBalance[0])
except:
userFile = open("Balance.txt", "w")
userFile.write(str(int(1000)))
userFile.close()
return int(1000)
def SaveBalance(balance):
totalBalance = int(getBalance()) + balance
userFile = open("Balance.txt", "w") # Opens file and if there is not one, then it creates one.
userFile.write(str(totalBalance)) # Writes the users' balance in the file.
userFile.close()
def GambleAmount():
print("Your balance is: " + str(getBalance()))
gambleAmount = int(input('How much would you like to gamble: '))
while (gambleAmount > int(getBalance())):
gambleAmount = input("Please type an amount less then " + str(getBalance())+ ': ' )
return int(gambleAmount)
####################################### Nathan Bickus worked on everything below ############################################
def gamble():
print('Answer 1 for game 1, answer 2 for game 2, answer 3 for game 3, or answer 4 for game 4\n')
game_choice = int(input('Please enter a number to choose which game you would like to play: '))
gambleAmount = GambleAmount()
if game_choice == 1:
random_num = random.randint(1,10)
try:
user_choice = int(input('Please guess a number between 1-10: '))
print('~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~')
except:
user_choice = int(input('Please enter a whole number between 1-10: '))
print('~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~')
while user_choice > 10 or user_choice < 1:
user_choice = int(input('Please enter a number between 1-10: '))
print('~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~')
if user_choice == random_num:
SaveBalance(gambleAmount * game_choice)
return 'Congrats you have won! The correct number was: ' + str(random_num)
if user_choice != random_num:
SaveBalance(gambleAmount * -1)
return 'Sorry you have lost, the correct number was: ' + str(random_num)
elif game_choice == 2:
random_num = random.randint(1,100)
try:
user_choice = int(input('Please guess a number between 1-100: '))
print('~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~')
except:
user_choice = int(input('Please enter a whole number between 1-100: '))
print('~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~')
while user_choice > 100 or user_choice < 1:
user_choice = int(input('Please enter a number between 1-100: '))
print('~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~')
if user_choice == random_num:
SaveBalance(gambleAmount * game_choice)
return 'Congrats you have won! The correct number was: ' + str(random_num)
if user_choice != random_num:
SaveBalance(gambleAmount * -1)
return 'Sorry you have lost, the correct number was: ' + str(random_num)
elif game_choice == 3:
random_num = random.randint(1,1000)
try:
user_choice = int(input('Please guess a number between 1-1000: '))
print('~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~')
except:
user_choice = int(input('Please enter a whole number between 1-1000: '))
print('~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~')
while user_choice > 1000 or user_choice < 1:
user_choice = int(input('Please enter a number between 1-1000: '))
print('~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~')
if user_choice == random_num:
SaveBalance(gambleAmount * game_choice)
return 'Congrats you have won! The correct number was: ' + str(random_num)
if user_choice != random_num:
SaveBalance(gambleAmount * -1)
return 'Sorry you have lost, the correct number was: ' + str(random_num)
elif game_choice == 4:
random_num = random.randint(1,10000)
try:
user_choice = int(input('Please guess a number between 1-10000: '))
print('~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~')
except:
user_choice = int(input('Please enter a whole number between 1-10000: '))
print('~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~')
while user_choice > 10000 or user_choice < 1:
user_choice = int(input('Please enter a number between 1-10000: '))
print('~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~')
if user_choice == random_num:
SaveBalance(gambleAmount * game_choice)
return 'Congrats you have won! The correct number was: ' + str(random_num)
if user_choice != random_num:
SaveBalance(gambleAmount * -1)
return 'Sorry you have lost, the correct number was: ' + str(random_num)
question = 'Y'
while question == 'Y':
temp = gamble()
print(temp)
print('Your new balance is: ' + str(getBalance()))
question = input('Do you want to play again? Enter Y/N: ')
print('~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~')
