From bec2ffe1a4debe1b5e75e36c1480b46ea37df8b1 Mon Sep 17 00:00:00 2001
From: adithya-naik <jatothadithyanaik@gmail.com>
Date: Fri, 29 Mar 2024 13:54:33 +0530
Subject: [PATCH] Create codsoft_task2_calculator.py

---
 codsoft_task2_calculator.py | 117 ++++++++++++++++++++++++++++++++++++
 1 file changed, 117 insertions(+)
 create mode 100644 codsoft_task2_calculator.py

diff --git a/codsoft_task2_calculator.py b/codsoft_task2_calculator.py
new file mode 100644
index 0000000..1db9167
--- /dev/null
+++ b/codsoft_task2_calculator.py
@@ -0,0 +1,117 @@
+#COMMAND LINE APPLICATION OF CALCULATOR
+
+#Author : Jatoth Adithya Naik
+#for    : Intenship (TASK-2)
+
+# Discription :
+# this command appplication is for performing the arthmetic operations
+# you can perform any arthematic operation(add,subtract,multiply,divide,remainder,floor division,power)
+# handled exceptions
+result =0
+
+def main():
+        print("\n\n\t\t\tby @JATOTH ADITHYA NAIK")
+        print("________________________________________")
+        print("\n\t\t\t***CALCULATOR APP***\n")
+        while True :
+            # choices for user
+            print("1.ADDITION")
+            print("2.SUBTRACTION")
+            print("3.MULTIPLICATION")
+            print("4.DIVISION")
+            print("5.MODULUS")
+            print("6.FLLOR DIVISION")
+            print("7.POWER")
+            print("8.EXIT")
+            # taking input from the user
+            choice =int(input("\nEnter your Choice : "))
+            # for exiting 
+            if(choice == 8):
+                print("\n\n")
+                break
+            # for checking out of range choices
+            elif(choice>8):
+                print("\nINVALID CHOICE , PLEASE TRY AGAIN LATER\n")
+            else:
+                a = float(input("\nEnter the first Number : "))
+                b = float(input("Enter the Second Number : "))
+
+                if(choice == 1):
+                    add(a,b)
+                elif(choice == 2):
+                    sub(a,b)
+                elif(choice == 3):
+                    mul(a,b)
+                elif(choice == 4):
+                    div(a,b)
+                elif(choice == 5):
+                    mod(a,b)
+                elif(choice == 6):
+                    flr(a,b)
+                elif(choice == 7):
+                    power(a,b)
+                elif(choice == 8):
+                    print("\nExiting from Calculator......\n")
+                    break;
+                else:
+                    print("\nINVALID CHOICE , PLEASE TRY AGAIN LATER\n")
+            
+
+# defining the functions I have called
+#  All methods takes 2 numbers as arguments and prints the result accounding to the choice choosen
+
+# add() method
+def add(n,m):
+    result = n+m
+    print(f"\nAddition of {n} and {m} is : {result}")
+    print("________________________________________")
+
+ # sub() method   
+def sub(n,m):
+    result = n-m
+    print(f"\nSubtraction of {n} and {m} is : {result}")
+    print("________________________________________")
+
+# mul() method
+def mul(n,m):
+    result = n*m
+    print(f"\nMultiplication of {n} and {m} is : {result}")
+    print("________________________________________")
+
+# div() method
+def div(n,m):
+    if(m == 0):
+        print("\nCan't Divide by 'Zero'")
+    else:
+        result = n/m
+        print(f"\nDivision of {n} and {m} is : {result}")
+    print("________________________________________")
+
+# mod() method
+def mod(n,m):
+    if(m == 0):
+        print("\nCan't Divide by 'Zero'")
+    else:
+        result = n%m
+        print(f"\nModulus of {n} and {m} is : {result}")
+    print("________________________________________")
+    
+# flr() method
+def flr(n,m):
+    if(m == 0):
+        print("\nCan't Divide by 'Zero'")
+    else:
+        result = n//m
+        print(f"\nFloor Division of {n} and {m} is : {result}")
+    print("________________________________________")
+
+# power() method
+def power(n,m):
+    result = n**m
+    print(f"\n{n} to the Power of {m} is : {result}")
+    print("________________________________________")
+
+# main function
+if __name__ == "__main__":
+        main()
+        print("\n\t\tThanks for using..........\n")