multi_function_computer.py

import math
def window():
    print("+-------------------------------------------------+\n| To Add Numbers                      : Enter [1] |\n| To Subtract Numbers                 : Enter [2] |\n| To Multiply Numbers                 : Enter [3] |\n| To Divide Numbers                   : Enter [4] |\n| To Use Power in Number              : Enter [5] |\n| To Find Module of Numbers           : Enter [6] |\n| To Find Average of Numbers          : Enter [7] |\n| To Find Biggest Number b/w Numbers  : Enter [8] |\n| To Find Smallest Number b/w Numbers : Enter [9] |\n| To Find Square root of Number      : Enter [10] |\n| To View History                    : Enter [11] |\n| To Delete History                  : Enter [12] |\n| To Exit                            : Enter [13] |\n+-------------------------------------------------+\n")
    return
#_______________________________________________________________________
def user_input_main_menu():
    input_main_menu = input("Enter the Number where you want to go: ")
    return input_main_menu
#_______________________________________________________________________
def check_int(input_main_menu):
    if input_main_menu.isdigit():
        input_main_menu = int(input_main_menu)
        if input_main_menu > 13 or input_main_menu < 1:
            print("Invalid Input! Error: chose a number that is not b/w 1 to 13.")
            return None , False
        else:
            return input_main_menu , True
    else:
        print("Invalid Input! Error: Wrote something that is not a number!")
        return None , False
#_______________________________________________________________________
def main_menu():
    window()
    a = None
    checking, is_right = check_int(user_input_main_menu())
    if is_right:
        a = front_menu(checking)
        if a:
            return True
    else:
        print("Invalid Input!")
    if a:
        return True
#_______________________________________________________________________
def front_menu(checking):
    if checking == 1:
        output_front_menu = user_input_front_menu()
        sum_input(*output_front_menu)
    elif checking == 2:
        output_front_menu = user_input_front_menu()
        subtract_input(*output_front_menu)
    elif checking == 3:
        output_front_menu = user_input_front_menu()
        multiply_input(*output_front_menu)
    elif checking == 4:
        output_front_menu = user_input_front_menu()
        divide_input(*output_front_menu)
    elif checking == 5:
        output_front_menu = user_input_front_menu()
        square_input(*output_front_menu)
    elif checking == 6:
        output_front_menu = user_input_front_menu()
        module_input(*output_front_menu)
    elif checking == 7:
        output_front_menu = user_input_front_menu()
        average_input(*output_front_menu)
    elif checking == 8:
        output_front_menu = user_input_front_menu()
        max_input(*output_front_menu)
    elif checking == 9:
        output_front_menu = user_input_front_menu()
        min_input(*output_front_menu)
    elif checking == 10:
        output_front_menu = user_input_front_menu()
        sqrt_input(*output_front_menu)
    elif checking == 11:
        for key, value in History.items():
            print(f"{key} => {value}")
    elif checking == 12:
        print("Clearing History...")
        History.clear()
        print("History Cleared!")
    elif checking == 13:
        print("Exiting...")
        return True
#_______________________________________________________________________
def user_input_front_menu():
    input_front_menu = input("Enter the numbers seperated by [,]: ").split(",")
    output_front_menu = []
    for i in range(len(input_front_menu)):
        output_front_menu.append(int(input_front_menu[i]))
    return output_front_menu
#_______________________________________________________________________
def sum_input(*output_front_menu):
    total_sum = sum(output_front_menu)
    print(f"Sum of Number is: {total_sum}")
    History[first_name].append(f"Sum of Number is: {total_sum}")
    return
#______________________________________________________________________
def subtract_input(*output_front_menu):
    total_subtraction = output_front_menu[0]
    for i in range(1,len(output_front_menu)):
        total_subtraction -= output_front_menu[i]
    print(f"Subtract of Numbers are: {total_subtraction}")
    History[first_name].append(f"Subtract of Numbers are: {total_subtraction}")
    return
#______________________________________________________________________
def multiply_input(*output_front_menu):
    total_multiply = output_front_menu[0]
    for i in range(1,len(output_front_menu)):
        total_multiply *= output_front_menu[i]
    print(f"Multiply of Numbers are: {total_multiply}")
    History[first_name].append(f"Multiply of Numbers are: {total_multiply}")
    return
#______________________________________________________________________
def divide_input(*output_front_menu):
    total_divide = output_front_menu[0]
    for i in range(1,len(output_front_menu)):
        if output_front_menu[i] != 0:
            total_divide /= output_front_menu[i]
        else:
            total_divide = "Not Defined"
            break
    print(f"Divide of Numbers are: {total_divide}")
    History[first_name].append(f"Divide of Numbers are: {total_divide}")
    return
#______________________________________________________________________
def square_input(*output_front_menu):
    power = output_front_menu[0]
    for i in range(1,len(output_front_menu)):
        power **= output_front_menu[i]
    print(f"Power of Numbers are: {power}")
    History[first_name].append(f"Power of Numbers are: {power}")
    return
#______________________________________________________________________
def module_input(*output_front_menu):
    total_module = output_front_menu[0]
    for i in range(1,len(output_front_menu)):
        total_module %= output_front_menu[i]
    print(f"Module of Numbers are: {total_module}")
    History[first_name].append(f"Module of Numbers are: {total_module}")
    return
#______________________________________________________________________
def average_input(*output_front_menu):
    total_sum = sum(output_front_menu)
    total_average = total_sum/len(output_front_menu)
    print(f"Average of Numbers are: {total_average}")
    History[first_name].append(f"Average of Numbers are: {total_average}")
    return
#______________________________________________________________________
def max_input(*output_front_menu):
    total_max = max(output_front_menu)
    print(f"Biggest of Numbers are: {total_max}")
    History[first_name].append(f"Biggest of Numbers are: {total_max}")
    return
#______________________________________________________________________
def min_input(*output_front_menu):
    total_min = min(output_front_menu)
    print(f"Smallest of Numbers are: {total_min}")
    History[first_name].append(f"Smallest of Numbers are: {total_min}")
    return
#______________________________________________________________________
def sqrt_input(*output_front_menu):
    box = []
    for i in range(len(output_front_menu)):
        box.append(math.sqrt(output_front_menu[i]))
    print(f"Sqrt of following Numbers are: {box}")
    History[first_name].append(f"Sqrt of following Numbers are: {box}")
    return
#______________________________________________________________________
def name():
    full_name = input("Enter your name: ").capitalize().strip()
    name = full_name.split(" ")
    first_name = name[0]
    return first_name
#----------------------------------------------------------------------
History = {}
first_name = name()
if first_name not in History:
    History[first_name] = []
else:
    print(f"Welcome back {first_name}!")
while True:
    a = main_menu()
    if a:
        break