Yash's Geometrical Calculator

Hello Friends,

Today I am going to give you the source code of my geometrical calculator. The name of this geometrical calculator is Yash's Geometrical Calculator. What this program does is that it asks the user whether he/she wants to calculate area or perimeter or he/she just simply wants to quit the game.

SOURCE SODE

# This Program Is A Geometrical Calculator. Here, You Can Calculate Area and Perimeter Of Various Shapes # Author : Yash Vardhan # copyright : Yash Vardhan # Dont copy this program without asking while True: # Printing The Instructions For User print("Enter A For Area") print("Enter P For Primeter") print("Enter Q To Quit") choice = str(input("Enter Your Choice: ")) # Giving The Instructions To The Program if choice == 'Q': break elif choice == 'A': # Printing The User Instructions For Area print("Enter R For Rectangle") print("Enter S For Square") print("Enter ET For Equilateral Triangle") print("Enter IT For Isosceles Triangle") print("Enter ST For Scalene Triangle") print("Enter C1 For Circle Whose Vaue Of Pi Is Given 22/7") print("Enter C2 For Circle Whose Vaue Of Pi Is Given 3.14") choice_of_shapes = str(input("Enter The Shape: ")) # Giving The Instruction To The Program That What To Do If The User Selects Area if choice_of_shapes == 'R': l = float(input("Enter The Length: ")) b = float(input("Enter The Breadth: ")) area = l*b print("The Area Of The Rectangle Is:", area) elif choice_of_shapes == 's': s = float(input("Enter The Shape: ")) area_of_square = s*s print("The Area Of The Square Is:", area_of_square) elif choice_of_shapes == 'ET': s_of_ET = float(input("Enter The Side: ")) area_of_ET = (s_of_ET*s_of_ET)*1.732/4 print("The Area Of The Equilateral Triangle Is:", area_of_ET) elif choice_of_shapes == 'IT': b_of_IT = float(input("Enter The Base: ")) h_of_IT = float(input("Enter The Height: ")) area_of_IT = 1/2*(b_of_IT*h_of_IT) print("The Area Of Isosceles Triangle Is:", area_of_IT) elif choice_of_shapes =='ST': b_of_ST = float(input("Enter The Base: ")) h_of_ST = float(input("Enter The Height: ")) area_of_ST = 1/2*(b_of_ST*h_of_ST) print("The Area Of The Scalene Triangle Is:", area_of_ST) elif choice_of_shapes == 'C1': radius = float("Enter The Radius: ") area_of_C1 = 22/7*radius*radius print("The Area Of The Circle Is:", area_of_C1) elif choice == 'C2': radius2 = float("Enter The Radius") area_of_C2 = 3.14*radius2*radius2 else: print("Invalid Shape") elif choice == 'P': # Givng The User Instructions For Perimeter print("Enter R For Rectangle") print("Enter S For Square") print("Enter ET For Equilateral Triangle") print("Enter IT For Isosceles Triangle") print("Enter ST For Scalene Triangle") print("Enter C1 For Circle Whose Value Of Pi Is Given 22/7") print("Enter C2 For Circle Whose Value Of Pi Is Given 3.14") # Giving The Instruction To The Program That What To Do If The User Selects Perimeter choice_of_shapes_perimeter = str(input("Enter The Choice: ")) if choice_of_shapes_perimeter == 'R': lr = float(input("Enter The Length: ")) br = float(input("Enter The Breadth")) perimeter = 2*(lr+br) print("The Perimeter Of The Rectangle Is:", perimeter) elif choice_of_shapes_perimeter == 'S': s_p = float(input("Enter The Side: ")) perimeter_s = 4*s_p print("The Perimeter Of The Square Is:", perimeter_s) elif choice_of_shapes_perimeter == 'ET': s_ET = float(input("Enter The Side: ")) perimeter_ET = 3*s_ET print("The Perimeter Of The Equilateral Triangle Is:", perimeter_ET) elif choice_of_shapes_perimeter == 'IT': s1 = float(input("Enter The First Side: ")) s2 = float(input("Enter The Second Side: ")) s3 = float(input("Enter The Third Side: ")) perimeter_IT = s1+s2+s3 print("The Perimeter Of The Isosceles Triangle Is:", perimeter_IT) elif choice_of_shapes_perimeter == 'ST': s1_ST = float(input("Enter The First Side: ")) s2_ST = float(input("Enter The Second Side: ")) s3_ST = float(input("Enter The Third Side: ")) perimeter_ST = s1_ST+s2_ST+s3_ST print("The Perimeter Of The Scalene Triangle Is:", perimeter_ST) elif choice_of_shapes_perimeter == 'C1': r_perimeter = float(input("Enter The Radius: ")) perimeter_C1 = 2*22/7*r_perimeter print("The Perimeter Of The Circle Is:", perimeter_C1) elif choice_of_shapes_perimeter == 'C2': r1_perimeter = float(input("Enter The Radius: ")) perimeter_C2 = 2*3.14*r1_perimeter print("The Perimeter Of The Circle Is:", perimeter_C2) else: print("Invalid Shape") else: print("Invalid Choice")