from random import randint

# 52 deck of cards ranked 1-13
# shuffle the deck at game start
# board of 10 spots
# discard pile
# rank: ace=low k=high
# when placing card, every space to left is empty or lower rank
# every space to right is empty or higher rank
# loss = 6th discard
# win = at least one card on every spot on board

lossCount=0;
winCount=0;
# 10,000 play-thrus
for z in range(0,7):
    # new deck
    deck = list();
    # new discard pile
    discard = list();
    # 4 of each card
    for i in range(1,5):
        for x in range(1,14):
            deck.append(x);

    # shuffling the deck
    for z in range(0,51):
        w = randint(z,51)
        tempCard = deck[z];
        deck[z] = deck[w];
        deck[w] = tempCard;

    #print deck;
    #print len(deck);

    # Initializing the board
    board = [None]*10;
    # Automating card draws from the deck
    for i in range(0,51):
        #print board;
        card = deck.pop();

        # Place card in it's corresponding spot if game isn't over yet
        if (None in board) and (len(discard)<6):
            if len(board)>=card:
                board[card-1] = card;
            else:
                discard.append(card);

    # Loss conditions
    if len(discard)==6:
        lossCount +=1;
        print ("You lose! :(");
    # Win conditions
    if ((None in board) == False):
        winCount +=1;
        print ("You win! :)")

    print (board)
    print (discard)
print (winCount);
print ("wins: " + str((100*float(winCount)/float(10))) +"%");
print ("end!");

#program to calculate the statistical mean, variance, and standard deviation from a text file with a number on each line
import statistics

#list to store all the students' scores
scores = []
scoreFile = open(C:\Users\Brandon\Documents\GradingStatistics\studentScores, 'r')
outputFile = open(C:\Users\Brandon\Documents\GradingStatistics\scoreStatistics, 'w')

for line in scoreFile.readlines():
    line = line.strip() #getting rid of the \n characters
    scores.append(line)

#writes a student's score line by line
def display_scores(scoreList)
    for score in scoreList:
        outputFile.write(score)
        outputFile.write("\n")

def display_average(scoreList)
    average = statistics.mean(scoreList)
    outputFile.write("Average score: %s", %average)
    outputFile.write("\n")
    
def display_variance(scoreList)
    variance = statistics.pvariance(scoreList)
    outputFile.write("Variance of the scores: %s", %variance)
    outputFile.write("\n")
    
def display_stdev(scoreList)
    stdev = statistics.stdev(scoreList)
    outputFile.write("Standard deviation of the scores: %s", %stdev)
    outputFile.write("\n")
    
display_average(scores)
display_stdev(scores)

scoreFile.close()
outputFile.close()