def gardenCost ():
soilCost = validateInt("What does the soil cost?: ")
seedCost = validateInt("What do the flower seeds cost?: ")
fenceCost = validateInt("What does the fence cost?: ")
totalCost = soilCost + seedCost + fenceCost
print("The garden's total cost is: {}\n".format(totalCost))
def extremes():
listLength = validateInt("Enter the length of your number list:")
print("Enter {} numbers for your list:\n".format(listLength))
min = max = validateInt("")
for i in range(listLength - 1):
newValue = validateInt("")
if newValue > max:
max = newValue
elif newValue < min:
min = newValue
print("\nMIN: {}\nMAX: {}\n".format(min, max))
def guessNum():
trueNum = validateInt("Pick a number for another user to guess:")
guessedNum = validateInt("Guess a number:")
count = 0
while (guessedNum != trueNum):
if (guessedNum > trueNum):
guessedNum = validateInt("Your guess was too high. Try again:")
elif (guessedNum < trueNum):
guessedNum = validateInt("Your guess was too low. Try again:")
count += 1
print(
"You guessed it! It took you {} tries to get the correct answer of {}.\n"
.format(count, trueNum))
def calculateAverage(n):
sum = 0
print("Please enter {} integers:\n".format(n))
for x in range(0, n):
sum += validateInt("Integer {}: ".format(x + 1))
average = sum / n
print("\nThe average of numbers entered = {}".format(average))
def convertTemperature():
celcius = validateInt("Please enter a temperature in celsius: ")
fahrenheit = (9.0 / 5.0) * celcius + 32
print(
"The equivalent temperature to {} celcius is {} fahrenheit.\n".format(
celcius, fahrenheit))
def sortList():
myList = heap([])
print("This program sorts a list of integers using a heap abstraction.\n")
length = validateInt("How long would you like your list to be?: ")
print("Please enter {} integers in any order to fill your list:".format(
length))
for i in range(length):
myList.appendList(validateInt(""))
print("The order of your list as entered:")
myList.printList()
print("\nYour sorted list:")
myList.sortHeap()
myList.printList()
def calculateFall():
print("Calculating the distance an object fell...")
fallTime = validateInt("How many seconds was the object falling?: ")
print("The object traveled {:0.2f} meters.".format(fallDistance(fallTime)))
def calcHailstone():
steps = hailstone(
validateInt("Please enter a number to begin the hailstone sequence: "))
print("The hailstone sequence took {} steps".format(steps))