CIS 211

# Trang (Katherine) Ngo and Nhi Ngo

# Programming Project #1

# Question list

quest1 = '1. Lack of recall of an emotionally painful memory.'

quest2 = '2. Forceful refusal to acknowledge an emotionally painful memory.'

quest3 = "3. Explaining and intellectually justifying one's impulsive behavior."

quest4 = "4. Atrributing one's own unacceptable thoughts or feelings to another person."

quest5 = "5. Reverting to an earlier, less sophisticated behavior."

quest6 = "6. Expressing the opposite of what one really feels, when it would feel too dangerous to express the real feeling."

quest_list = (quest1, quest2, quest3, quest4, quest5, quest6)

#Matching choices

choice1 = ["A. Denial",

           "B. Repression",

           "C. Reaction Formation",

           "D. Projection"]

choice2 = ["A. Denial",

           "B. Projection",

           "C. Rationalization",

           "D. Sublimation"]

choice3 = ["A. Repression",

           "B. Regression",

           "C. Rationalization",

           "D. Displacement"]

choice4 = ["A. Reaction Formation",

           "B. Projection",

           "C. Sublimation",

           "D. Regression"]

choice5 = ["A. Displacement",

           "B. Rationalization",

           "C. Denial",

           "D. Regression"]

choice6 = ["A. Regression",

           "B. Reaction Formation",

           "C. Repression",

           "D. Projection"]

choices = [choice1, choice2, choice3, choice4, choice5, choice6]

#Matching correct answers

C_ans = ("B", "A", "C", "B", "D", "B")

#Getting answers from user

print("Choose the correct defense mechanism to each corresponding description of action:") 

list_ans = []

for questNum in range(len(quest_list)):

    print (quest_list[questNum])

    print ('\n'.join(choices[questNum]))

    answer = input("Type your answer in capitalized letters: ")

    while answer not in ["A", "B", "C", "D"]:

        print("Invalid answer.")

        answer = input("Type your answer in capitalized letters: ")

    list_ans.append(answer)

#Grade answers

num_correct = 0

for questNum in range(len(quest_list)):

    if list_ans[questNum] == C_ans[questNum]:

        print("\nYour answer for question %d is correct." %(questNum + 1))

        num_correct += 1

    else:

        print("\nYour answer for question %d is wrong." %(questNum + 1))

        print(quest_list[questNum])

        print('\n'.join(choices[questNum]))

        print ("The correct answer is %s." %C_ans[questNum])

        print (choices[questNum][ord(C_ans[questNum])-65])

#Give percentage grade

percent_grade = num_correct/6 *100

print("\nYour final grade is %.2f%%." %percent_grade)

# Ngo Nhi and Ngo Trang

# CIS Project 2

# Roll Dice:

import random

def rollDice():

    roll_one = random.randint(1,7)

    roll_two = random.randint(1,7)

    sum_roll = roll_one + roll_two

    return (sum_roll)

# Conditions to win or lose:

def firstWin(initialRoll):

    if initialRoll in [2, 3, 12]:

        return True    

    elif initialRoll in [7, 11]:

        return False

def subWin(newRoll):

    if newRoll == initialRoll:

        return True

    elif newRoll == 7:

        return False

# Annouce win/lose:

def announce(Win):

    if Win == True:

        print ("You win!")

    elif Win == False:

        print ("You lose.")

# Game Simulation:

numGames = int(input("Enter number of games: "))

newRoll = 0

numWin = 0

for times in range(numGames):

    print("\nGame #%d:" %(times+1), end = '\n')

    initialRoll = rollDice()

    print("The value of initial roll is %d." %initialRoll)

    if firstWin(initialRoll) not in (True, False):

        newRoll = rollDice()

        print ("The value of the new roll is %d." %newRoll)

        val = True

        while val == True:

            if subWin(newRoll) in (True, False):

                announce(subWin(newRoll))

                if subWin(newRoll):

                    numWin += 1

                val = False

            else:

                newRoll = rollDice()

                print ("The value of the new roll is %d." %newRoll)

    else:

        announce(firstWin(initialRoll))

        if firstWin(initialRoll):

            numWin += 1

score = numWin / numGames * 100

print ("\nYour final score of all %d games is %.2f%%." %(numGames, score))