Python - Shape Calculator

The Shape Calculator takes shapes and runs formulas for things like area, perimeter, volume, surface area, and much more. (Eventually) It takes given variables and runs formulas and outputs answers for you.

CODE

import math

print("Python Shape Calculator by Aiden \n")

print("--SETUP-- \n")

shape = input("Shape? \n2D\n1: Circle \n2: Square \n3: Rectangle \n4: Triangle\n\n3D\n5: Cube \n \n")

if shape == "1" :

    calc = input("Calculation? \n1: Area given Circumference \n2: Area given Diameter\n3: Area given Radius\n4: Circumference given Area\n5: Circumference given Diameter\n6: Circumference given Radius\n7: Diameter given Area\n8: Diameter given Circumference\n9: Diameter given Radius\n10: Radius given Area\n11: Radius given Circumference\n12: Radius given Diameter\n \n")

    if calc == "1" :

        print("--VARIABLES-- \n")

        circumference = input("Circumference? \n \n")

        radius = float(circumference) / (2 * math.pi)

        area = (float(circumference) / 2) * float(radius)

        print("Circle \nCircumference: ", circumference, "\nArea: ", area, "\nFormula: (circumference / 2) * radius", "\nDONE")

    if calc == "2" :

        print("--VARIABLES-- \n")

        diameter = input("Diameter? \n \n")

        area = math.pi * (float(diameter) / 2)**2

        print("Circle \nDiameter: ", diameter, "\nArea: ", area, "\nFormula: π * (diameter / 2)^2", "\nDONE")

    if calc == "3" :

        print("--VARIABLES-- \n")

        radius = input("Radius? \n \n")

        area = math.pi * float(radius)**2

        print("Circle \nRadius: ", radius, "\nArea: ", area, "\nFormula: π * radius^2", "\nDONE")

    if calc == "4" :

        print("--VARIABLES-- \n")

        area = input("Area? \n \n")

        circumference = 2 * math.sqrt(math.pi * float(area))

        print("Circle \nArea: ", area, "\nCircumference: ", circumference, "\nFormula: 2 * sqrt(π * area)", "\nDONE")

    if calc == "5" :

        print("--VARIABLES-- \n")

        diameter = input("Diameter? \n \n")

        circumference = math.pi * float(diameter)

        print("Circle \nDiameter: ", diameter, "\nCircumference: ", circumference, "\nFormula: π * diameter", "\nDONE")

    if calc == "6" :

        print("--VARIABLES-- \n")

        radius = input("Radius? \n \n")

        circumference = math.pi * (float(radius) * 2)

        print("Circle \nRadius: ", radius, "\nCircumference: ", circumference, "\nFormula: π * (radius * 2)", "\nDONE")

    if calc == "7" :

        print("--VARIABLES-- \n")

        area = input("Area? \n \n")

        diameter = 2 * math.sqrt(float(area) / math.pi)

        print("Circle \nArea: ", area, "\nDiameter: ", diameter, "\nFormula: 2 * sqrt(area / π)", "\nDONE")

    if calc == "8" :

        print("--VARIABLES-- \n")

        circumference = input("Circumference? \n \n")

        diameter = float(circumference) / math.pi

        print("Circle \nCircumference: ", circumference, "\nDiameter: ", diameter, "\nFormula: circumference / π", "\nDONE")

    if calc == "9" :

        print("--VARIABLES-- \n")

        radius = input("Radius? \n \n")

        diameter = float(radius) * 2

        print("Circle \nRadius: ", radius, "\nDiameter: ", diameter, "\nFormula: radius * 2", "\nDONE")

    if calc == "10" :

        print("--VARIABLES-- \n")

        area = input("Area? \n \n")

        radius = math.sqrt(float(area) / math.pi)

        print("Circle \nArea: ", area, "\nRadius: ", radius, "\nFormula: sqrt(area / π)", "\nDONE")

    if calc == "11" :

        print("--VARIABLES-- \n")

        circumference = input("Circumference? \n \n")

        radius = float(circumference) / (2 * math.pi)

        print("Circle \nCircumference: ", circumference, "\nRadius: ", radius, "\nFormula: circumference / (2 * π)", "\nDONE")

    if calc == "12" :

        print("--VARIABLES-- \n")

        diameter = input("Diameter \n \n")

        radius = float(diameter) / 2

        print("Circle \nDiameter: ", diameter, "\nRadius: ", radius, "\nFormula: diameter / 2", "\nDONE")

if shape == "2" :

    calc = input("Calculation? \n1: Area \n2: Perimeter\n \n")

    if calc == "1" :

        print("--VARIABLES-- \n")

        base = input("Base? \n \n")

        area = float(base) * float(base)

        print("Parallelogram \nBase: ", base, "\nArea: ", area, "\nFormula: base * height", "\nDONE") 

    if calc == "2" :

        print("--VARIABLES-- \n")

        base = input("Base? \n \n")

        perimeter = float(base) * 4

        print("Parallelogram \nBase: ", base, "\nPerimeter: ", perimeter, "\nFormula: (base + height) * 2", "\nDONE") 

if shape == "3" :

    calc = input("Calculation? \n1: Area \n2: Perimeter\n \n")

    if calc == "1" :

        print("--VARIABLES-- \n")

        base = input("Base? \n \n")

        height = input("Height? \n \n")

        area = float(base) * float(height)

        print("Parallelogram \nBase: ", base, "\nHeight: ", height, "\nArea: ", area, "\nFormula: base * height", "\nDONE") 

    if calc == "2" :

        print("--VARIABLES-- \n")

        base = input("Base? \n \n")

        height = input("Height? \n \n")

        perimeter = (float(base) + float(height)) * 2

        print("Parallelogram \nBase: ", base, "\nHeight: ", height, "\nPerimeter: ", perimeter, "\nFormula: (base + height) * 2", "\nDONE")

if shape == "4" :

    calc = input("Calculation? \n1: Area \n2: Perimeter\n \n")

    if calc == "1" :

        print("--VARIABLES-- \n")

        base = input("Base? \n \n")

        height = input("Height? \n \n")

        area = float(base) * float(height) / 2

        print("Triangle \nBase: ", base, "\nHeight: ", height, "\nArea: ", area, "\nFormula: (base * height) / 2",  "\nDONE")

    if calc == "2" :

        print("--VARIABLES-- \n")

        side1 = input("Side Length 1? \n \n")

        side2 = input("Side Length 2? \n \n")

        side3 = input("Side Length 3? \n \n")

        perimeter = float(side1) + float(side2) + float(side3)

        print("Triangle \nSide Length 1: ", side1, "\nSide Length 2: ", side2, "\nSide Length 3: ", side3, "\nPerimeter: ", perimeter, "\nFormula: side length 1 + side length 2 + side length 3", "\nDONE")

if shape == "5" :

    calc = input("Calculation? \n1: Volume\n2: Surface Area \n \n")

    if calc == "1" :

        print("--VARIABLES-- \n")

        width = input("Width? \n \n")

        volume = float(width)**3

        print("Cube \nWidth: ", width, "\nVolume: ", volume, "\nFormula: width^3", "\n DONE")

    if calc == "2" :

        print("--VARIABLES-- \n")

        width = input("Width? \n \n")

        surfaceArea = (float(width) * float(width) + float(width) * float(width) + float(width) * float(width)) * 2

        print("Cube \nWidth: ", width, "\nSurface Area: ", surfaceArea, "\nFormula: (width * height + width * length + length * height) * 2", "\n DONE")