ch_VolumeContCalc.py

Python Mini

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import time
import math

def multiply(w, x, y, z):
    product = w * x * y * z
    product = float(product)
    return product

def expCube(x):
    cubed = x * x * x
    cubed = float(cubed)
    return cubed

def expSq(x):
    squared = x * x
    squared = float(squared)
    return squared

def fraction(x, y):
    fract = x / y
    fract = float(fract)
    return fract

def Lt(x, y):
    length = raw_input("What is the %s of the %s?" % (x, y))
    length = float(length)
    return length

def response(x, y):
    time.sleep(1)
    ans = "The volume of the %s is %d." % (x, y)
    return ans

Sol = raw_input("Select which solid you want to calculate the volume of. You can choose 'Cube', 'Cylinder', 'Sphere', 'Cone', 'Pyramid', or 'Rectangular Prism'.")
solid = Sol.lower()
    
if solid == "cube":
    cubeSideLt = Lt("side length", "cube")
    volCube = expCube(cubeSideLt)
    print response("cube", volCube)
        
elif solid == "cylinder":
    cylinRad = Lt("radius", "cylinder")
    cylinHt = Lt("height", "cylinder")
    volCylinder = multiply(math.pi, expSq(cylinRad), cylinHt, 1)
    print response("cylinder", volCylinder)
        
elif solid == "sphere":
    sphereRad = Lt("radius", "sphere")
    volSphere = multiply(math.pi, expCube(sphereRad), fraction(4.0, 3.0), 1)
    print response("sphere", volSphere)
    
elif solid == "cone":
    coneRad = Lt("radius", "cone")
    coneHt = Lt("height", "cone")
    volCone = multiply(math.pi, expSq(coneRad), coneHt, fraction(1.0, 3.0))
    print response("cone", volCone)
    
elif solid == "pyramid":
    pyraSideLt = Lt("length", "pyramid's base")
    pyraSideWth = Lt("width", "pyramid's base")
    pyraHt = Lt("height", "pyramid")
    volPyramid = multiply(pyraSideLt, pyraSideWth, pyraHt, fraction(1.0, 3.0))
    print response("pyramid", volPyramid)
    
elif solid == "rectangular prism":
    prismSideLt = Lt("length", "rectangular prism")
    prismSideWth = Lt("width", "rectangular prism")
    prismSideHt = Lt("height", "rectangular prism")
    volPrism = multiply(prismSideLt, prismSideWth, prismSideHt, 1)
    print response("rectangular prism", volPrism)
    
else:
    print "Invalid Shape!!! It must be either 'Cube', 'Cylinder', 'Sphere', 'Cone', 'Pyramid', or 'Rectangular Prism'!"

( around 60 lines python code )

Published By:

EM5700

Published on 2019-10-09T02:32:19Z

Python Mini - an OYOclass application, own your own class today.

Result

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