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Replit

TT2 Factorial

class Factorial: def init(self): self.facSeq = [0, 1]

def __call__(self, n):
    if n < len(self.facSeq):
        return self.facSeq[n]
    else:
        # Compute the requested Factorial number
        fac_number = n * self(n-1) # two recursive calls to self (__call__(self, n))
        self.facSeq.append(fac_number) # builds list, with most nested of the calculations 1st... may hurt your head
    return self.facSeq[n]

def tester(): n = int(input(“How many integers should this sequence be? “)) fac_of = Factorial() # object instantiation and run init method print(fac_of(n)) # object running call method

if name == “main”: tester()

TT2 Factors

number = int(input(“What number do you want to find the factors of? “)) def findFactors(number): print(“Factors of a Given Number {0} are:”.format(number)) for value in range(1, number + 1): if number % value == 0: print(“{0}”.format(value), end=” “) print() findFactors(number)

class Factors: def init(self): self.factors = []

def __call__(self,number):
    for value in range(1, number + 1):
        if number % value == 0:
            self.factors.append(value)
    return self.factors

def tester(): n = int(input(“What number do you want to find the factors of? “)) fac_of = Factors() print(fac_of(n))

if name == “main”: tester()

TT1 InfoDb

InfoDb = []

InfoDb.append({ "FirstName": "Kamryn", "LastName": "Sinsuan", "Grade": "11th", "Classes":["Photography 2","APEL","AP Calc","APCSP", "US History 2"] })

InfoDb.append({ "FirstName": "Khloe", "LastName": "Sinsuan", "Grade": "7th", "Classes":["PE","Language Arts","Math","Social Studies", "Science", "Art"] })

def print_data(n):

print(InfoDb[n]["FirstName"], InfoDb[n]["LastName"]) print("\t", "Schedule: ", end="") print(", ".join(InfoDb[n]["Classes"])) print()

def for_loop(): for n in range(len(InfoDb)): print_data(n)

def while_loop(n): while n < len(InfoDb): print_data(n) n += 1 return

def recursive_loop(n): if n < len(InfoDb): print_data(n) recursive_loop(n + 1) return # exit condition

def tester(): print_data(0) print_data(1) print("For loop") for_loop() print("While loop") while_loop(0) # requires initial index to start while print("Recursive loop") recursive_loop(0) # requires initial index to start recursion

if __name__ == "__main__": tester()

TT1 Fibonacci

def recur_fibonacci(n):

if n <= 1: return n else: return(recur_fibonacci(n-1) + recur_fibonacci(n-2))

print("How many integers should this sequence be?")

nterms = input() nterms = int(nterms)

try:

if nterms >= 0: print("Fibonacci sequence:") for i in range(nterms): print(recur_fibonacci(i)) except: print("Plese enter a positive integer")

TT0 Menu

menu = [

["1. Swap", "swap.py"], ["2. Matrix", "matrix.py"], ["3. Exit"], ]

if __name__ == "__main__":

while True: for i in range(len(menu)): print(menu[i][0]) print("Select an Option:") userInput = input("")

    if userInput == "swap" or userInput == "1":
        print(" ")
        #swap.swap_test(a, b)
        a = input("First Number:")
        b = input("Second number:")
        if a > b:
            print(b, a)
        else:
            print(a, b)

    elif userInput == "matrix" or userInput == "2":
        print(" ")
        #matrix.matrix_test()
        matrix = [ [1,2,3],[4,5,6],[7,8,9] ]
        for row in matrix:
            for col in row:
                print(col, end="")
            print()
    elif userInput == "exit" or userInput == "3":
        exit()
    else:
        print("Enter a valid input")
    print("   ")

TT0 Animation

from time import sleep

def printRocket(): print( """ _ /^\\ |-| | | |N| |A| |S| |A| /| |\\ / | | \\ | | | | -\\"\\"\\"- “””)

printRocket()

delay = 300 for i in range(60): print() sleep(delay/1000) delay = delay * 0.9

printRocket()