# This is my volume calculator program


from volumes import *     # imports the cubeVolume function, the pyramidVolume function, and the ellipsoidVolume function

## VARIABLES ##

# list variables
cubeList = []
pyramidList = []
ellipsoidList = []

# variables from the given summarize function
NEWLINE = "\n"
DASH = "-"
SPACE = " "

# boolean variable that checks if testNumber input is a number
isNotNum = True
#
##


testNumber = input("What test number do you want assigned for your calculations? ")
if testNumber.isnumeric():     # if statement to test if input for testNumber is a number
    isNotNum = True            # if testNumber is a number, the program will continue to shape
else:     # else statement if testNumber is NOT a number
    while isNotNum:      # while loop that will continue if the user does not enter a number
        testNumber = input("That is an invalid input! Please enter a number to be assigned to your volume calculations. ")
        if testNumber.isnumeric():
            isNotNum = False

shape = ""     # "" is used to identify shape as a string
while shape != "quit" or "q":     # while the user does NOT input quit/q, this loop will ask the user for a shape
    shape = input("Please enter what shape you would like \nValid inputs are cube or c, pyramid or p, ellipsoid or e. Otherwise enter quit or q to stop ").replace(" ", "").lower()
    # while loop when user does not input valid input
    while shape != "cube" and shape != "c" and shape != "pyramid" and shape != "p" and shape != "ellipsoid" and shape != "e" and shape != "quit" and shape != "q":
        print("That is not a valid input. Please choose from cube/c, pyramid/p, ellipsoid/e. Otherwise enter quit/q to stop.")
        shape = input("Please enter what shape you would like \nValid inputs are cube/c, pyramid/p, ellipsoid/e or enter quit/q to stop: ").replace(" ", "").lower()


    if shape == "cube" or shape == "c":                                 # if the user enters cube or c, the program will run this statement
        sideLength = float(input("Please enter the side length: "))
        print(" ")     # this print statement helps format the program to not look so cluttered
        vol = cubeVolume(sideLength)                                    # variable to store the return value from the function
        cubeList.append(vol)                                            # .append(vol) adds the value of the calculation to the end of the cubeList in this case
        cubeList.sort()                                                 # .sort() will sort the values in the cubeList from smallest to highes

    elif shape == "pyramid" or shape == "p":                            # if the user enters pyramid or p, the program will run this statement
        baseLength = float(input("Please enter the base length: "))
        height = float(input("Please enter the height: "))
        print(" ")
        vol = pyramidVolume(baseLength, height)
        pyramidList.append(vol)
        pyramidList.sort()

    elif shape == "ellipsoid" or shape == "e":                               # if the user enters ellipsoid or e, the program will run this statement
        radius1 = float(input("Please enter the first radius length: "))
        radius2 = float(input("Please enter the second radius length: "))
        radius3 = float(input("Please enter the last radius length: "))
        print(" ")
        vol = ellipsoidVolume(radius1, radius2, radius3)
        ellipsoidList.append(vol)
        ellipsoidList.sort()

    else:     # when the user enters quit/q, the program will show the results if there are any
        print("You have come to the end of your session. \nThe volumes of the shape(s) are shown below.")
        print(" ")     # this print statement helps format the program to not look so cluttered
        if not cubeList and not pyramidList and not ellipsoidList:                              # if statement if the user didn't ask for any calculations
            print("You didn't ask for any calculations. \nThere are no calculated values.")
            quit(0)     # this will stop the program when there are no calculated values
        else:
            if not cubeList:     # if statement when there are no volume calculations for cubes
                print("Cube: There are no calculations.")
            elif cubeList:
                for i in cubeList:                            # this removes the [] in the list
                    print("Cube:", "%.2f" % i)                # this print statement will format the output to 2 decimal places
            if not pyramidList:     # if statement when there are no volume calculations for pyramids
                print("Pyramid: There are no calculations.")
            elif pyramidList:
                for i in pyramidList:
                    print("Pyramid:", "%.2f" % i)
            if not ellipsoidList:     # if statement when there are no volume calculations for ellipsoids
                print("Ellipsoid: There are no calculations.")
            elif ellipsoidList:
                for i in ellipsoidList:
                    print("Ellipsoid:", "%.2f" % i)
            quit(0)     # this will stop the program when everything is done


#
# Assignment #2
# Output of list elements for testing program
#

# Function summarize simply outputs the lists for each shape with 2 decimal place accuracy
#

# below is the summarize function given for assignment 2
#

    def summarize(clist,plist,elist,testNumber):
        fname = "Asgn2TestCase" + str(testNumber)
        print()
        print("*** Creating output for test "+ str(testNumber))
        print()
        outf = open(fname,"w")
        output_list(clist,outf)
        output_list(plist,outf)
        output_list(elist,outf)
        outf.close()

    def output_list(lst,outfile):
        lngth = len(lst)
        if lngth > 0:
            for item in lst:
                str = "%6.2f" % item
                outfile.write(str+SPACE)
            outfile.write(NEWLINE)
        else:
            outfile.write(DASH+NEWLINE)

    summarize(cubeList, pyramidList, ellipsoidList, testNumber)