Lemonade Stand Game

Lemonade Stand Game.py

#Constants
Sunny = 100
Hazy = 90
Overcast = 80
Cloudy = 70
Rain = 60
multWea = .40
multTemp = .30
multPrc = .20
multPop = .10
char1 = 85
char2 = 74
char3 = 65
char4 = 56.7
char5 = 45.6
#Variables
Temp = int
Prc = float
dayPop = int
Pop = int
Cost = float
Sug = int
Lem = int
Ice = int
Cup = int
dayWeather = str
gameTime = int
#Selling Module
import random
print("Welcome to the Lemonade Stand Game")
print("\nInstructions:\n\
In the lemonade stand game, you will join the world as a small business owner.\n\
As you become an entrepreneur, you will buy inventory, create a recipe, and sell\n\
cups of lemonade. Game elements will affect if customers choose to buy your\n\
product. These known elements will be weather, temperature, price, popularity\n\
and recipe. You will be able to continue playing until two conditions are met:\n\
gametime ends or bankruptcy. Good luck on your quest of entrepreneurship.\n\
Oh yeah! Here is your $20 to get you started.\n")
gameTimePlay = int(input("Enter the number of days to play: "))
gameTimeSet = 0
money = 20
countLem = 0
countSug = 0
countIce = 0
countCup = 0
#Setup Gametime and Weather
while gameTimeSet < gameTimePlay:
    gameTimeSet += 1
    print("\nDay %d: " % gameTimeSet)
    dayWeather = random.choice([Sunny, Hazy, Overcast, Cloudy, Rain])
    if dayWeather == Sunny:
        wea = 'Sunny'
    elif dayWeather == Hazy:
        wea = 'Hazy'
    elif dayWeather == Overcast:
        wea = 'Overcast'
    elif dayWeather == Cloudy:
        wea = 'Cloudy'
    else:
        if dayWeather == Rain:
            wea = 'Rain'
    print ("Weather: %s" % wea)
    dayTemp = random.randint(50,100)
    print ("Temperature: %d" % dayTemp)
#Setup Inventory
    inventory = str(input("\nDo you want to buy inventory? 'Yes' or 'No': "))
    while inventory == "Yes":
        if inventory == "Yes":
            print("Enter 'L' for Lemons, 'S' for Sugar, 'I' for Ice, 'C' for Cups")
            selection = str(input("   Selection: "))
            if selection == "L":
                print("\nLemons cost $.10 each")
                lemSel = int(input("Quanity: "))
                lemCal = lemSel * .10
                print("Total Lemon Cost: $%.2f" % lemCal)
                if money >= lemCal:
                    money = money - lemCal
                    countLem = lemSel + countLem
                    print("          Money: $%.2f" % money)
                else:
                    print("Not enough funds. ")
            elif selection == "S":
                print("\nSugar cost $.10 a cup")
                sugSel = int(input("Quanity: "))
                sugCal = sugSel * .10
                print("Total Sugar Cost: $%.2f" % sugCal)
                if money >= sugCal:
                    money = money - sugCal
                    countSug = sugSel + countSug
                    print("          Money: $%.2f" % money)
                else:
                    print("Not enough funds. ")
            elif selection == "I":
                print("\nIce cost $.01 each")
                iceSel = int(input("Quanity: "))
                iceCal = iceSel * .01
                print("Total Ice Cost: $%.2f" % iceCal)
                if money >= iceCal:
                    money = money - iceCal
                    countIce = iceSel + countIce
                    print("          Money: $%.2f" % money)
                else:
                    print("Not enough funds. ")
            else:
                if selection == "C":
                    print("\nCups cost $.05 a cup")
                    cupSel = int(input("Quanity: "))
                    cupCal = cupSel * .05
                    print("Total Cups Cost: $%.2f" % cupCal)
                    if money >= cupCal:
                        money = money - cupCal
                        countCup = cupSel + countCup
                        print("          Money: $%.2f" % money)
                    else:
                        print("Not enough funds. ")
            inventory = str(input("\nDo you want to buy inventory? 'Yes' or 'No': "))
        if inventory == "No":
            break
    print("\nTotal Inventory:\n\
     Lemons: %d\n\
     Sugar:  %d Cups\n\
     Ice:    %d Cubes\n\
     Cups:   %d " % (countLem, countSug, countIce, countCup))
    print("Money: $%.2f " % money)
#Setup Recipe
    print("\nCreate a recipe by adding lemons, sugar, and ice. Max for each item is 10. ")
    recipe = str(input("Do you want to setup a lemonade recipe? 'Yes' or 'No': "))
    while recipe == "Yes":
        if recipe == "Yes":
            print("Enter item you want to add: 'L' for Lemons, 'S' for Sugar, 'I' for Ice")
            recipeSel = str(input("     Selection: "))
            if recipeSel == "L":
                print("\nTotal Lemons: %d" % countLem)
                lemRec = int(input("Enter Quanity: "))
                if lemRec > 10:
                    print("Quanity must be between 1 and 10. ")
                if countLem > lemRec:
                    lemRemain = countLem - lemRec
                    print("New Total Lemons: %d" % lemRemain)
                else:
                    if countLem < lemRec:
                        print("Not enough lemons." )
            elif recipeSel == "S":
                print("\nTotal Sugar: %d Cups" % countSug)
                sugRec = int(input("Enter Quanity: "))
                if sugRec > 10:
                    print("Quanity must be between 1 and 10. ")
                if countSug > sugRec:
                    sugRemain = countSug - sugRec
                    print("New Total Sugar: %d Cups" % sugRemain)
                else:
                    if countSug < sugRec:
                        print("Not enough sugar." )
            else:
                if recipeSel == "I":
                    print("\nTotal Ice: %d Cubes" % countIce)
                    iceRec = int(input("Enter Quanity: "))
                    if iceRec > 10:
                        print("Quanity must be between 1 and 10. ")
                    if countIce > iceRec:
                        iceRemain = countIce - iceRec
                        print("New Total Ice: %d Cubes" % iceRemain)
                    else:
                        if countIce < iceRec:
                            print("Not enough ice." )
            recipe = str(input("Do you want to continue creating a lemonade recipe? 'Yes' or 'No' "))
    print("Lemonade Recipe Per Cup: %d lemons, %d cups of sugar, %d ice cubes" % (lemRec, sugRec, iceRec))
    print("Remaining Inventory:\n\
     Lemons: %d\n\
     Sugar:  %d Cups\n\
     Ice:    %d Cubes" % (lemRemain, sugRemain, iceRemain))
#Selling Lemonade
    dayPrc = float(input("\nEnter the lemonade selling price: $"))
    if dayPrc > .50:
        print("Lemonade price can't exceed $.50. ")
        dayPrc = float(input("Enter the lemonade selling price: "))
    if gameTimeSet == 1:
        dayPop = 0
    else:
        if gameTimeSet >= 2:
            dayPop = Pop
            print("Popularity: %d" % dayPop)
    weaPercent = dayWeather * multWea 
    tempPercent = dayTemp * multTemp
    prcPercent = (1 / dayPrc) * multPrc
    popPercent = dayPop * multPop
    totalPercent = weaPercent + tempPercent + prcPercent + popPercent
    print ("Sell Setting: %.2f" % totalPercent)
    if lemRec in (1, 2, 3):
        lemRecTotal = 1
    if lemRec in (4, 5, 6, 7):
        lemRecTotal = 2
    if lemRec > 7:
        lemRecTotal = 3
    if sugRec in (1, 2, 3):
        sugRecTotal = 1
    if sugRec in (4, 5, 6, 7):
        sugRecTotal = 2
    if sugRec > 7:
        sugRecTotal = 3
    if iceRec in (1, 2, 3):
        iceRecTotal = 1
    if iceRec in (4, 5, 6, 7):
        iceRecTotal = 2
    if iceRec > 7:
        iceRecTotal = 3
    finaleTotalPercent = totalPercent + lemRecTotal + sugRecTotal + iceRecTotal
    print ("Combined Sell Setting: %.2f" % finaleTotalPercent)
    totalCustomers = (dayWeather * 2) + (dayTemp * 2)
    print ("Total Number of Potential Customers: %d" % totalCustomers)
    custSold = 0
    custTime = 0
    while custTime < totalCustomers:
        if serving <1:
            totalLemons -= receipeLemons
            totalSugar -= receipeSugar
            serving =18
        custTime += 1
        if finaleTotalPercent > random.choice([char1, char2, char3, char4, char5]):
            serving -=1
            totalIce -= receipeIce
            totalCup -= 1
            
            custSold += 1
    print ("Total Number of Lemonade Cups Sold: %d" % custSold)
    totalMoneyEarned = custSold * dayPrc
    print ("Total Money Earned: $%.2f" % totalMoneyEarned)
    Pop = (custSold / totalCustomers) * 100
    print ("Next Day Popularity: %d" % Pop)
    money = money + totalMoneyEarned
    print("\nNew Money $%.2f " % money)