NEA_Task2Annotated_KamraanQureshi

"""
Kamraan H. Qureshi
Final Program
NEA; Task 2 - Dice Game
10M 10YB
10MS2 - Ms Grover
Started 10/02/19
Finished 20/02/19
"""

"""START GAME"""

"""Import's Modules"""
#The Random library is used to generate a random integer for the randomly selected dice
from random import randint
#The Datetime library is used to display the date and time for the player's login
import datetime
#The time library is used to add pauses in the program
import time
#The sys library shuts down the program at the end
import sys
#The csv library is used to open and close .csv files and to manipulate their data by changing, adding or removing it
import csv
#----------------------------------------------------------------------------------------------------
"""Authentication"""
userpass = {}#Set's 'userpass' equal to an empty dictionary
with open("annotated_passwords.csv", "r") as csvfile: #Open's .csv file of passwords
    #.csv file is and opened by the computer and stored in a variable called 'reader'
    reader = csv.reader(csvfile)
    for i in reader:
        userpass[i[0]] = i[1] #Put's csv file contents into a dictionary

access1 = False

#Authenticate's Player1
while access1 == False:
    #Ask's Player1 to enter in their username
    username1 = input("Player 1 - Input your username: ")

    if username1 in userpass: #Check's if username exists
        #Ask's Player1 to enter in their password
        password1 = input("Player 1 - Input your password: ")

        if password1 == userpass[username1]: #Check's if the password is correct
            #Display's message to tell user1 that they're now in the game
            print("Access Granted")
            #Divider
            print(" ")
            access1 = True
        else:
            #Display's message to the user if their password is wrong, and needs to be typed in again
            print("Invalid password.")
    else:
        #Display's message to the user if their username is wrong, and needs to be typed in again
        print("Invalid username.")

access2 = False

#Authenticate's Player2
while access2 == False:
    #Ask's Player2 to type in their username
    username2 = input("Player 2 - Input your username: ")

    if username2 == username1:
        print("That user is already logged in")#Check's if the username is already logged in
    elif username2 in userpass: #Check's if the username exists
        #Ask's Player2 to type in their password
        password2 = input("Player 2 - Input your password: ")

        if password2 == userpass[username2]: #Check's if the password is correct
            #Display's message to tell user2 that they're now in the game
            print("Access Granted")
            #Divider
            print("--------------------")
            print(" ")
            access2 = True
        else:
            #Display's message to user2 if their password is wrong, and needs to be typed in again
            print("Invalid password.")
    else:
        #Display's message to user2 if their username is wrong, and needs to be typed in again
        print("Invalid username.")
#----------------------------------------------------------------------------------------------------
"""Prompt's the user to play"""
while True:
    shouldplay = False

    while True:
                #Divider
        print(" ")
        play = input("Would you like to play the game? (Y/N): ")#Ask's the Players if they want to play

                #Test's for different, but the same, responses to the question, to see if they're valid
        if play.lower() == "y":
            shouldplay = True
            break
        elif play.lower() == "n":
            break
        else:
                        #If the user input isn't valid
            print("That is not a valid option")

    if not shouldplay:#If the user doesn't want to play, the program skips to the end and terminate's
        break

    """Introduce's Players to the game"""
    #Divider
    print(" ")
    print("Welcome, " + username1 + " and " + username2 + "!")
    time.sleep(1)
    #Set's the current date and time on a variable called currentDT
    currentDT = datetime.datetime.now()
    #Display's the current date and time
    print("You've logged in on the " + currentDT.strftime("%d-%m-%Y") + " @ " + currentDT.strftime("%H:%M:%S %p"))#Show's date & time of login
    #Divider
    print(" ")
    time.sleep(1)

    """Print's Rules"""
    """Goes at the user's pace, to make sure that they understood each rule and how to play the game"""

    print("The Rules are simple:")
    time.sleep(1)
    input("Press enter to continue to scroll through the rules: ")
    print(" ")
    input(" 1)Each player roles 2 6-sided dice.")
    input(" 2)The points rolled on each players dice are added to their score.")
    input(" *If the total is an even number, an additional 10 points are added to your score*")
    input(" *If the total is an odd number, 5 points are subtracted from your score*")
    input(" *A player cannot go below 0 points at any time*")
    print(" ")
    input("If you roll a double, you'll get to roll one extra die and get the number of points rolled added to your score")
    input("If you both get the same score at the end of the game, you're score will go back to 0 and you'll each roll one die until someone wins")
    input("The person with the highest score at the end of 5 rounds wins!")
    #Divider
    print("--------------------")
    print(" ")
    input("Press enter to continue: ")
    #Divider
    print(" ")
    print("--------------------")
    print(" ")
#----------------------------------------------------------------------------------------------------
    """Set's the players' score to 0 in a variable called player1_total_score and player2_total_score"""
    player1_total_score = 0
    player2_total_score = 0

    """Main Game"""
    #Repeat's all code in "for" loop 5 times
    for i in range(5):#For loop makes everything inside of the indentation happed five times
        print("Round " + str(i + 1))#Display's the round number to the player

        #Player 1
        time.sleep(1)
        print(username1 + "'s turn")
        #Prompt's the user to roll their two dice
        input(username1 + ", press enter to roll your first pair of dice: ")

                #Retro-style game text to simulate the rolling of actual dice
        print("Rolling....")
        time.sleep(1)
        print("Rolling....")
        time.sleep(1)

                #Use's the 'random' library to geenrate 1 number between 1 and 6 (inclusive) and set's it to two variables called dice1 and dice2
        dice1 = randint(1, 6)
        dice2 = randint(1, 6)

                #Display's the two dice that the player rolled
        print("Your first dice is " + str(dice1))
        time.sleep(1)
        print("Your second dice is " + str(dice2))
        time.sleep(1)

                #Updates player1's score to include the points won in dice1 and dice 2, from the player1_total_score variable
        player1_total_score = player1_total_score + dice1 + dice2

        if (dice1 == dice2) and ((dice1 + dice2) % 2 == 0):#If Player1 roll's a double
                        #Display's to player1 that they've rolled a double
            print(" ")
            print("Wow! You rolled a double!")
            time.sleep(1)
            #Tells player1 what happens next, now that they've roleld a double
            print("Now you get to roll one extra die")
            time.sleep(1)
            #Prompt's player1 to roll their die
            input("Press enter to roll your third die: ")

                        #Retro-style game text to simulate the rolling of actual dice
            print("Rolling....")
            time.sleep(1)
            print("Rolling....")
            time.sleep(1)

                        #Use's the 'random' library to geenrate 1 number between 1 and 6 (inclusive) and set's it in a variable called dice3
            dice3 = randint(1, 6)

                        #Display's to player1 what their third dice was
            print("Your third die is " + str(dice3))
            time.sleep(1)

                        #Updates the player1's score so that 10 points are added (because they rolled an even numbered sum) and to add dice3 to their total
            player1_total_score = player1_total_score + dice3 + 10
            #Verifies that if the player's score is below 0, their score it set to 0
            if player1_total_score < 0:
                player1_total_score = 0#Score is set to 0
        #Check's that the player's score isn't below 0, otherwise their total would be 0
        elif player1_total_score < 0:
            player1_total_score = 0#Score is set to 0
        elif (dice1 + dice2) % 2 == 0:
                #If the sum of the player's roll is even, then an additional 10 points are added to their variable 'player1_total_score'
            player1_total_score = player1_total_score + 10
            #Check's that the player's score isn't below 0, otherwise their total would be 0
            if player1_total_score < 0:
                player1_total_score = 0#Set's score equal to 0
        elif (dice1 + dice2) % 2 != 0:
                #If the sum of the player's roll is even, then an additional 10 points are added to their variable 'player1_total_score'
            player1_total_score = player1_total_score - 5
            #Check's that the player's score isn't below 0, otherwise their total would be 0
            if player1_total_score < 0:
                player1_total_score = 0#Set's score to 0

        print(username1 + ", your total so far is " + str(player1_total_score))#Display's Player1 score

                #Divider
        time.sleep(1)
        print("----------")

        #Player 2
        #Display's the turn of player2
        print(username2 + "'s turn")
        #Prompt's player2 to roll their dice
        input(username2 + ", press enter to roll your first pair of dice: ")

                #Retro-style game text to simulate the rolling of actual dice
        print("Rolling....")
        time.sleep(1)
        print("Rolling....")
        time.sleep(1)

                #Use's the 'random' library to geenrate 1 number between 1 and 6 (inclusive) and set's it to two variables called dice1 and dice2
        dice1 = randint(1, 6)
        dice2 = randint(1, 6)

                #Display's to the player the two dice they've rolled
        print("Your first dice is " + str(dice1))
        time.sleep(1)
        print("Your second dice is " + str(dice2))
        time.sleep(1)

                #Updates player2's score using the variable player2_total_score by adding the sum of the two dice that they've rolled
        player2_total_score = player2_total_score + dice1 + dice2

        if (dice1 == dice2) and ((dice1 + dice2) % 2 == 0):#If Player2 roll's a double
            print(" ")
            #Display's that player2 rolled a double
            print("Wow! You rolled a double!")
            time.sleep(1)
            #Display's to user2 what they have to do, now that they've rolled a double
            print("Now you get to roll one extra die")
            time.sleep(1)
            #Prompts user2 to roll their third die
            input("Press enter to roll your third die: ")

                        #Retro-style game text to simulate the rolling of actual dice
            print("Rolling....")
            time.sleep(1)
            print("Rolling....")
            time.sleep(1)

                        #Use's the 'random' library to geenrate 1 number between 1 and 6 (inclusive) and set's it in a variable called dice3
            dice3 = randint(1, 6)

                        #Diplay's to player2 what their third dice is
            print("Your third die is " + str(dice3))
            time.sleep(1)

                        #Updates their score, by adding their third dice into the variable player2_total_score, and adds 10 points because the sum of their two original dice is even
            player2_total_score = player2_total_score + dice3 + 10

            #Verifies that if the player's score is below 0, their score it set to 0
            if player2_total_score < 0:
                player2_total_score = 0#Set's the score equal to 0
        #Verifies that if the player's score is below 0, their score it set to 0
        elif player2_total_score < 0:
            player2_total_score = 0#Set's the score to 0
        elif (dice1 + dice2) % 2 == 0:#Checks if the sum of the dice rolled is even
            player2_total_score = player2_total_score + 10#Add's 10 points to player2's score ot the variable 'player2_total_score'
            if player2_total_score < 0:#Check's if the player's score is below 0 after that operation
                player2_total_score = 0#Set's player2's score to 0
        elif (dice1 + dice2) % 2 != 0:#Checks if the sum of the two dice rolled is odd
            player2_total_score = player2_total_score - 5#5 points is taken away from the player's score if their sum of the two dice rolled is odd
            if player2_total_score < 0:#Verifies of the score after the mathematical operations is blow 0
                player2_total_score = 0#Set's score equal to 0

        print(username2 + ", your total so far is " + str(player2_total_score))#Display's Player2 score

                #Divider
        time.sleep(1)
        print(" ")

        """Results per Round"""
        if player1_total_score > player2_total_score:#Checks if player1's score is bigger than player2's score
                        #Set's the difference of these two score in a variable called 'difference'
            difference = player1_total_score - player2_total_score
            #1 is added to the difference to tell player2 how many points they need to be first but not equal to player1
            difference = difference + 1
            #Display who is in the lead so far (player1) and by how mnay points
            print("At the end of round " + str(i + 1) + ", " + username1 + " is now in the lead with " + str(player1_total_score) + " points!")
            time.sleep(1)
            #Tell player2 how many points they need to be first
            print(username2 + ", you need " + str(difference) + " points to be first!")
        elif player1_total_score < player2_total_score:#Check's if player2's score is larger than player1's
                        #Set's the difference of these two score in a variable called 'difference'
            difference = player2_total_score - player1_total_score
            #1 is added to the difference to tell player1 how many points they need to be first but not equal to player2
            difference = difference + 1
            #Display who is in the lead so far (player2) and by how mnay points
            print("At the end of round " + str(i + 1) + ", " + username2 + " is now in the lead with " + str(player2_total_score) + " points!")
            time.sleep(1)
            #Tell player1 how many points they need to be first
            print(username1 + ", you need " + str(difference) + " points to be first!")
        elif player1_total_score == player2_total_score:#Check's if the scores are equal to each other
                        #Display's a message saying that both users are tied
            print("At the end of round " + str(i + 1) + ", you're both at " + str(player1_total_score) + " points each! What are the chances?")#Tells the users by how much their tied by

        #Divider
        time.sleep(1)
        print(" ")
        print("--------------------")
        print(" ")

    """Final, End Results"""
    print("The Results")
    time.sleep(1)
    player1 = input("Press enter to find out the results: ")#Prompt's the user to find out the results by pressing enter

    print("Calculating....")
    time.sleep(1)
    print("Calculating....")
    time.sleep(1)
    #Display's player1's score
    print(" ")
    print(username1 + ": " + str(player1_total_score) + " points")
    time.sleep(1)
    #Display's player2's score
    print(username2 + ": " + str(player2_total_score) + " points")
    time.sleep(1)
    print(" ")

    #Check's if player1's final score if bigger than player2's
    if player1_total_score > player2_total_score:
                #Display's message congratulating player1
        print("Congratulations, " + username1 + "! You have won my game!")
        time.sleep(1)
        #Display's message to player2
        print("Better luck next time, " + username2 + "!")
        time.sleep(1)
    elif player1_total_score < player2_total_score:#If player2's score is bigger than player1, then player2 wins
                #Display's message congratulating player2
        print("Congratulations, " + username2 + "! You have won my game!")
        time.sleep(1)
                #Display's message to player1
        print("Better luck next time, " + username1 + "!")
        time.sleep(1)

    """If both players' score are the same"""
    while player1_total_score == player2_total_score:#Check's if the player's scores are equal
                #Set's the scores equal to 0 again, for a new round
        player1_total_score = 0
        player2_total_score = 0

        #Display's message to both users telling them what happens now
        print("You both have the same score! What are the chances? Now, you're both going to roll 1 die each until one of you gets a higher score")
        time.sleep(1)
        #Prompts user1 to roll their die
        input(username1 + ", press enter to roll your first die: ")

                #Retro-style game text to simulate the rolling of actual die
        print("Rolling....")
        time.sleep(1)
        print("Rolling....")
        time.sleep(1)

        #Set's the variable 'dice1' equal to a random integer, inclusive between 1 and 6
        dice1 = randint(1, 6)

        #Set's player1_total_score variable to the numbe rolled on the variable 'dice1'
        player1_total_score = player1_total_score + dice1

        print("Your first die is " + str(dice1) + ".")
        time.sleep(1)
        print(username1 + ", your total score is " + str(player1_total_score) + ".")#Display's Player1 score

        time.sleep(1)
        print("----------")

        #Player2's turn
                #Prompt's user2 to roll their die
        input(username2 + ", press enter to roll your first die: ")

        #Retro-style game text to simulate the rolling of actual die
        print("Rolling....")
        time.sleep(1)
        print("Rolling....")
        time.sleep(1)

        #Set's the variable 'dice2' equal to a random integer, inclusive between 1 and 6
        dice2 = randint(1, 6)

        #Set's player2's score to the die rolled in the variable 'player2_total_score'
        player2_total_score = player2_total_score + dice2

        #Display's what player2's number was for his die
        print("Your first die is " + str(dice2) + ".")
        time.sleep(1)
        #Display's player's final score
        print(username2, ", Your total score is " + str(player2_total_score))#Display's Player2 score

        #Check's if player's score is greater than players's
        if player1_total_score > player2_total_score:
                        #Display's congratulations to player 1
            print("Congratulation " + username1 + ", you have won my game!")
            time.sleep(1)
            #Display's Player2's concession
            print("Better luck next time " + username2 + "!")
        #Check's if player1's score is less than player2's score
        elif player1_total_score < player2_total_score:
                        #Display's congratulations to player 2
            print("Congratulations " + username2 + ", you have won my game!")
            time.sleep(1)
            #Display's Player1 concession
            print("Better luck next time " + username1 + "!")
#----------------------------------------------------------------------------------------------------
    """High scores"""
    #Set's the 'scores' equal to an empty dictionary
    scores = {}
    """Stores the winner's score, & their name, in an external  .csv file"""
    with open("annotated_highscores.csv", "r", newline='') as csvfile: #Open's highscores.csv to read and get the high scores
        reader = csv.reader(csvfile)
        for i in reader:
            scores[i[0]] = int(i[1]) #Put's all data into a dictionary called "scores"

    #Check's if the scores are higher than highscore.csv stored scores
    #Check's if the list of username1 is greater than their score
    if scores[username1] < player1_total_score:
        scores[username1] = player1_total_score#The username is set to the corresponding playerscore for user1
    #Check's if the list of username2 is greater than their score
    if scores[username2] < player2_total_score:
        scores[username2] = player2_total_score#The username is set to the corresponding playerscore for user2

    with open("annotated_highscores.csv", "w", newline='') as csvfile: #Open's .csv file of highscores
        writer = csv.writer(csvfile)
        for name, score in scores.items():
            writer.writerow([name, score]) #Update's all highscores with new ones from this game


    """Display's the score & player name of the top 5 winning scores from the external .csv file"""
    #Divider
    print("--------------------")
    #Prompt's the user to press enter to view the top 5 scores
    input("Press enter to view the top 5 Scores: ")
    print(" ")

        #Set's highestnames equal to an empty list for it to be changed
    highestnames = []
    #Set's highestscores equal to an empty list for it to be changed, so the highest scores are added in in the top 5 order
    highestscores = []

    #Sort's all highscores and picks the first five
    for i in range(5):#Repeats follwing code in the #for# loop indentation five times, to get the top five scores
        highestscore = 0#Set's highscore equal to 0
        highestname = ""#Set's highest name equal to an empty string

        for name, score in scores.items():
            if score > highestscore:#Check's if the score is greater than the highest score
                highestscore = score#Set's highscore equal to the score
                highestname = name#Set's highestname equal to the player's username

        highestnames.append(highestname)
        highestscores.append(highestscore)

        del scores[highestname]

    for index, name in enumerate(highestnames): #Use's enumerate to get the index while iterating
        print(name + ": " + str(highestscores[index])) #Print's the users' score

"""Quits Program"""
input("Press Enter to close the program: ") #Make's sure the program doesn't close at the end
#Divider
print(" ")
print("Terminating Program")
time.sleep(1)
print("3....")
time.sleep(1)
print("2....")
time.sleep(1)
print("1....")
time.sleep(1)
print("Goodbye")

"""END GAME"""