pull_requests.py

# Marc - Write a function that takes in milesDriven and gallonsUsed as input. Output the milesPerGallon by printing a properly formatted message.
'''
def calculateMilesPerGallon(milesDriven, gallonsUsed):
    milesPerGallon = float (milesDriven) / float (gallonsUsed)
    print( "Miles Per a Gallon is:", format(milesPerGallon, ".2f"))

calculateMilesPerGallon(100, 5.5)
calculateMilesPerGallon(500, 31)
calculateMilesPerGallon(10, 0.5)
print()
'''



# Joss - Write a function that takes in a temperature in celsius as input. Output the temperature in fahrenheit by printing a properly formatted message.
def celsius_to_fahrenheit(celsius):
    fahrenheit = celsius * 9.0/5.0 + 32 
    print(celsius, "degrees is", fahrenheit, "degrees in Fahrenheit.")

# Keegan - Write a function that takes in the number of males and females as input. Output the percentages by printing a properly formatted message.
def calculateMFPercentange(numberMales,numberFemales):
    total = numberFemales + numberMales
    malePercent = numberMales / total
    femalePercent = numberFemales / total
    print ("Percentage of males: " , format(malePercent, ".0%"))
    print ("Percentage of females: " , format(femalePercent, ".0%"))


calculateMFPercentange(12,15)
calculateMFPercentange( 20, 15)
calculateMFPercentange( 15, 40)

# Danielle - Write a function that takes in two primary colors as input. Return the secondary color (do not print inside the function).

def primaryColorsMix(color1, color2):
    
    if (color1 == "red" and color2 == "blue") or (color1 == "blue" and color2 == "red"):
        return("purple")
    elif (color1 == "red" and color2 == "yellow") or (color1 == "yellow" and color2 == "red"):
        return("orange")
    elif (color1 == "blue" and color2 == "yellow") or (color1 == "yellow" and color2 == "blue"):
        return("green")
    else:
        return("Not base colors")

print(primaryColorsMix("blue","yellow"))

print(primaryColorsMix("red","yellow"))
print(primaryColorsMix("blue","red"))
print()

# Paula - Write a function that takes in a person's age as input. Output their age categroy by printing a properly formatted message.
def ageCategory(age):
    if(age >= 0):
        if(age >= 0 and age <= 1):
            print("The person is an infant.")
        elif(age <= 12):
            print("The person is a child.")
        elif(age <= 19):
            print("The person is a teenager.")
        elif (age >19):
            print("The person is an adult.")
    else:
        print("Invalid age")

ageCategory(13)
ageCategory(1)
ageCategory(85)
print()


# Nicholas - Write a function that takes in a person's weight and height as input. Output the person's BMI by printing a properly formatted message.
'''
userWeight = float( input( "Please enter your weight in pounds: " ) )
userHeight = float( input( "Please enter your height in inches: " ) )
userBMI = ( userWeight * 703 ) / ( userHeight ** 2 )

if userBMI < 18.5:
    print( "A person with this BMI " + format( userBMI, ".1f" ) + \
        " is underweight")
elif userBMI < 26:
    print( "A person with this BMI " + format( userBMI, ".1f" ) + \
        " is in the optimal weight range")
else:
    print( "A person with this BMI " + format( userBMI, ".1f" ) + \
        " is Overweight")   
'''

# Jeremy - Write a function that takes in a pocket number as input. Return the color of the pocket (do not print inside the function).
'''
pocketNum = int(input('Please input a number between 0 and 36: '))
if pocketNum >= 0:
    if pocketNum < 36:
        if pocketNum == 0:
            print('The pocket is Green.')
        elif pocketNum == 1 or pocketNum == 3 or pocketNum == 5 or pocketNum == 7 or pocketNum == 9 or pocketNum == 12 or pocketNum == 14 or pocketNum == 16 or pocketNum == 18 or pocketNum == 19 or pocketNum == 21 or pocketNum == 23 or pocketNum == 25 or pocketNum == 27 or pocketNum == 30 or pocketNum == 32 or pocketNum == 34 or pocketNum == 36:
            print('The pocket is Red.')
        else:
            print('The pocket is Black.')
    else:
        print('You must enter a number less than 36')
else: 
    print('You must enter a number greater than 0')
'''
def pocketNumber(num):
    redPockets = [1, 3, 5, 7, 9, 12, 14, 16, 18, 19, 21, 23, 25, 27, 30, 32, 34, 36]
    if num >= 0:
        if num <= 36:
            if num == 0:
                return 'Green'
            elif num in redPockets: # ! extrapolated from our experience using 'for ___ in ___:' turns out it works with if statements too 
                return 'Red'
            else:
                return 'Black'
        else:
            print('You must enter a number less than 36')
    else: 
        print('You must enter a number greater than 0')



print(pocketNumber(21))
print(pocketNumber(15))
print(pocketNumber(0))
print()

# Emma - Write a function that takes in a person's monthly budget as input. Output whether the person was under budget or over budget by printing a properly formatted message.
def over_or_under_budget(monthlyBudget):
    expense = 0
    while(expense != "stop"):
        expense = input("Enter an expense, or if the month is over, type 'stop': ").lower().strip()
        if(expense != "stop"):
            expense = float(expense)
            monthlyBudget -= expense
    if(monthlyBudget > 0):
        print("You were $" + format(monthlyBudget, ',.2f') + " under budget!")
    elif(monthlyBudget == 0):
        print("You were exactly on budget.")
    else:
        monthlyBudget = monthlyBudget * -1
        print("You were $" + format(monthlyBudget, ',.2f') + " over budget.")

over_or_under_budget(10000)
over_or_under_budget(8700)
over_or_under_budget(6890)
print()

# Tresha - Write a function that takes a number of points earned and total possible points as input. Output the person's grade percentage by printing a properly formatted message.

def calculatePoints(points_earned, points_possible):
    if (points_possible != 0 and points_earned < points_possible):
        print(points_earned, "/", points_possible, "=", "{:.2%}".format(points_earned/points_possible))

calculatePoints(100, 100)
calculatePoints(90, 100)
calculatePoints(80, 100)
print()


# Jason - Write a function that takes in an assignment score as input. Return the letter grade (do not print inside the function).
def gradingScale(score):
    if (score >= 90):
        grade = "A"
    elif (score >= 80):
        grade = "B"
    elif (score >= 70):
        grade = "C"
    elif (score >= 60):
        grade = "D"
    else:
        grade = "F"
    return grade

print(gradingScale(68))
print(gradingScale(79))
print(gradingScale(90))
print()
# Jaxson - Write a function that takes in two numbers as input. Output all of the numbers between the start value and the stop value by printing a properly formatted message.
'''
start = int(input("Give a starting number: "))
stop = int(input("Give a stopping number: "))
while(start <= stop):
    print(start)
    start += 1 # increments the start variable by 1