generateGUI.py

import tkinter
from tkinter import messagebox
from PIL import Image, ImageTk
import numpy as np
import big2Game
import gameLogic
import enumerateOptions
from PPONetwork import PPONetwork, PPOModel
import tensorflow as tf
import joblib

mainGame = big2Game.big2Game()

inDim = 412
outDim = 1695
entCoef = 0.01
valCoef = 0.5
maxGradNorm = 0.5
sess = tf.Session()
#networks for players
playerNetworks = {}
playerNetworks[1] = PPONetwork(sess, inDim, outDim, "p1Net")
playerNetworks[2] = PPONetwork(sess, inDim, outDim, "p2Net")
playerNetworks[3] = PPONetwork(sess, inDim, outDim, "p3Net")
playerNetworks[4] = PPONetwork(sess, inDim, outDim, "p4Net")
playerModels = {}
playerModels[1] = PPOModel(sess, playerNetworks[1], inDim, outDim, entCoef, valCoef, maxGradNorm)
playerModels[2] = PPOModel(sess, playerNetworks[2], inDim, outDim, entCoef, valCoef, maxGradNorm)
playerModels[3] = PPOModel(sess, playerNetworks[3], inDim, outDim, entCoef, valCoef, maxGradNorm)
playerModels[4] = PPOModel(sess, playerNetworks[4], inDim, outDim, entCoef, valCoef, maxGradNorm)


tf.global_variables_initializer().run(session=sess)

#by default load current best
params = joblib.load("modelParameters136500")
playerNetworks[1].loadParams(params)
playerNetworks[2].loadParams(params)
playerNetworks[3].loadParams(params)
playerNetworks[4].loadParams(params)

top=tkinter.Tk()

top.resizable(False, False)

dX = 17
hideOtherCards = 1
playersGo = 1
control = 0

currSampledOption = -1

#load images
cardImages = {}
cardImages2 = {}
cardImages3 = {}
cardImages4 = {}
for i in range(1,53):
    string = "cardImages/" + str(i) + ".png"
    cardImages[i] = Image.open(string)
    cardImages[i] = cardImages[i].resize((63,91), Image.ANTIALIAS)
    cardImages2[i] = cardImages[i].rotate(270, expand=True)
    cardImages3[i] = cardImages[i]
    cardImages4[i] = cardImages[i].rotate(90, expand=True)
    cardImages[i] = ImageTk.PhotoImage(cardImages[i])
    cardImages2[i] = ImageTk.PhotoImage(cardImages2[i])
    cardImages3[i] = ImageTk.PhotoImage(cardImages3[i])
    cardImages4[i] = ImageTk.PhotoImage(cardImages4[i])
backOfCard = Image.open("cardImages/back.jpg")
backOfCard = backOfCard.resize((63,91), Image.ANTIALIAS)
backOfCardRotated = backOfCard.rotate(90, expand=True)
backOfCard = ImageTk.PhotoImage(backOfCard)
backOfCardRotated = ImageTk.PhotoImage(backOfCardRotated)
    
player1Hand = {}
player2Hand = {}
player3Hand = {}
player4Hand = {}
for i in range(13):
    player1Hand[i] = tkinter.Label(top)
    player2Hand[i] = tkinter.Label(top)
    player3Hand[i] = tkinter.Label(top)
    player4Hand[i] = tkinter.Label(top)
    
currentOption = {}
prevHand1 = {}
prevHand2 = {}
prevHand3 = {}
for i in range(5):
    currentOption[i] = tkinter.Label(top)
    prevHand3[i] = tkinter.Label(top)
    prevHand2[i] = tkinter.Label(top)
    prevHand1[i] = tkinter.Label(top)
    

top.geometry("1200x780")
top.title("Big 2 - Game Visualization and Testing")

def updatePrevHands():
    sX = 520
    sY = 435
    cX = sX
    cY = sY
    #clear it
    for i in range(5):
        prevHand3[i].config(image='')
        prevHand2[i].config(image='')
        prevHand1[i].config(image='')
    #3rd most recent
    if mainGame.goIndex >= 4:
        thirdMostRecent = mainGame.handsPlayed[mainGame.goIndex-3].hand
        for i in range(len(thirdMostRecent)):
            prevHand3[i].config(image=cardImages[thirdMostRecent[i]])
            prevHand3[i].place(x=cX, y=cY)
            prevHand3[i].lift()
            cX += dX
    cX = sX
    cY = sY + 1.5*dX
    if mainGame.goIndex >= 3:
        secondMostRecent = mainGame.handsPlayed[mainGame.goIndex-2].hand
        for i in range(len(secondMostRecent)):
            prevHand2[i].config(image=cardImages[secondMostRecent[i]])
            prevHand2[i].place(x=cX, y=cY)
            prevHand2[i].lift()
            cX += dX
    cX = sX
    cY = sY + 3*dX
    mostRecent = mainGame.handsPlayed[mainGame.goIndex-1].hand
    for i in range(len(mostRecent)):
        prevHand1[i].config(image=cardImages[mostRecent[i]])
        prevHand1[i].place(x=cX, y=cY)
        prevHand1[i].lift()
        cX += dX

def updateCurrentOption(hand, passing=0):
    #clear it
    for i in range(5):
        currentOption[i].config(image='')
    if passing == 1:
        return
    sX = 1000
    sY = 115
    for i in range(len(hand)):
        currentOption[i].config(image=cardImages[hand[i]])
        currentOption[i].place(x=sX,y=sY)
        currentOption[i].lift()
        sX += dX

def updatePlayerHand(hand, player):
    if player==1:
        #remove current hand
        for i in range(13):
            player1Hand[i].config(image='')
        sX = 430
        sY = 680
        #update hand
        for i in range(len(hand)):
            player1Hand[i].config(image=cardImages[hand[i]])
            player1Hand[i].place(x=sX,y=sY)
            player1Hand[i].lift()
            sX += dX
    elif player==2:
        #remove current hand
        for i in range(13):
            player2Hand[i].config(image='')
        sX = 70
        sY = 600
        #update hand
        for i in range(len(hand)):
            if hideOtherCards == 0:
                player2Hand[i].config(image=cardImages2[hand[i]])
            else:
                player2Hand[i].config(image=backOfCardRotated)
            player2Hand[i].place(x=sX, y=sY)
            player2Hand[i].lift()
            sY -= dX
    elif player==3:
        for i in range(13):
            player3Hand[i].config(image='')
        sX = 430
        sY = 280
        for i in range(len(hand)):
            if hideOtherCards == 0:
                player3Hand[i].config(image=cardImages3[hand[i]])
            else:
                player3Hand[i].config(image=backOfCard)
            player3Hand[i].place(x=sX,y=sY)
            player3Hand[i].lift()
            sX += dX
    elif player==4:
        for i in range(13):
            player4Hand[i].config(image='')
        sX = 1000
        sY = 600
        for i in range(len(hand)):
            if hideOtherCards == 0:
                player4Hand[i].config(image=cardImages4[hand[i]])
            else:
                player4Hand[i].config(image=backOfCardRotated)
            player4Hand[i].place(x=sX, y=sY)
            player4Hand[i].lift()
            sY -= dX
            
def changeShowHands():
    global hideOtherCards
    hideOtherCards = (hideOtherCards + 1)%2
    updatePlayerHand(mainGame.currentHands[1],1)
    updatePlayerHand(mainGame.currentHands[2],2)
    updatePlayerHand(mainGame.currentHands[3],3)
    updatePlayerHand(mainGame.currentHands[4],4)
    
def playSelectedOption():
    index = int(listBox.curselection()[0])
    option = availableOptions[index]
    if isinstance(option,int):
        if option == -1:
            mainGame.updateGame(-1)
        else:
            print("something wrong with this option. It's an integer not equal to -1")
    else:
        if len(option)==1:
            mainGame.updateGame(option[0],1)
        elif len(option)==2:
            opInd = enumerateOptions.twoCardIndices[option[0]][option[1]]
            mainGame.updateGame(opInd,2)
        elif len(option)==3:
            opInd = enumerateOptions.threeCardIndices[option[0]][option[1]][option[2]]
            mainGame.updateGame(opInd,3)
        elif len(option)==4:
            opInd = enumerateOptions.fourCardIndices[option[0]][option[1]][option[2]][option[3]]
            mainGame.updateGame(opInd,4)
        else:
            opInd = enumerateOptions.fiveCardIndices[option[0]][option[1]][option[2]][option[3]][option[4]]
            mainGame.updateGame(opInd,5)
            
    updateScreen()
    
def playSampledOption():
    global currSampledOption
    if currSampledOption == -1:
        return
    else:
        mainGame.step(currSampledOption)
        updateScreen()
            
def updateScreen():
    global availableOptions
    global control
    global currSampledOption
    availableOptions = updateOptions()
    updatePlayerHand(mainGame.currentHands[1],1)
    updatePlayerHand(mainGame.currentHands[2],2)
    updatePlayerHand(mainGame.currentHands[3],3)
    updatePlayerHand(mainGame.currentHands[4],4)
    updatePrevHands()
    control = mainGame.control
    movePlayerCircle(mainGame.playersGo)
    for i in range(5):
        currentOption[i].config(image='')
    updateValue()
    probNegLogValue.set("")
    sampledOptionValue.set("")
    currSampledOption=-1
    #index = int(nnPlayerSelect.curselection()[0])
    #value = nnPlayerSelect.get(index)
    #if value == "Player 1":
    #    updateNeuralNetwork(1)
    #elif value == "Player 2":
    #    updateNeuralNetwork(2)
    #elif value == "Player 3":
    #    updateNeuralNetwork(3)
    #elif value == "Player 4":
    #    updateNeuralNetwork(4)
    
def updateValue():
    go, state, actions = mainGame.getCurrentState()
    val = playerNetworks[go].value(state, actions)
    valueValue.set(str(val[0]))
    
def updateProbNegLog(index):
    go, state, actions = mainGame.getCurrentState()
    nlp = playerModels[go].neglogp(state, actions, np.array([index]))
    prob = np.exp(-nlp)
    probNegLogValue.set(str(prob[0]))
        
    
def updateOptions():
    n = listBox.size()
    listBox.delete(0,n)
    options = []
    availActions = mainGame.returnAvailableActions()
    for i in range(len(availActions)):
        if availActions[i] == 1:
            (ind, nC) = enumerateOptions.getOptionNC(i)
            if ind==-1:
                options.append(-1)
            elif nC == 1:
                options.append(np.array([ind]))
            elif nC == 2:
                options.append(enumerateOptions.inverseTwoCardIndices[ind])
            elif nC == 3:
                options.append(enumerateOptions.inverseThreeCardIndices[ind])
            elif nC == 4:
                options.append(enumerateOptions.inverseFourCardIndices[ind])
            elif nC == 5:
                options.append(enumerateOptions.inverseFiveCardIndices[ind])
            else:
                print("this shouldn't be possible")
    for i in range(len(options)):
        if isinstance(options[i],int):
            string = "pass"
            listBox.insert(i,string)
        else:
            string = ""
            for k in range(len(options[i])):
                string = string + str(options[i][k]) + " "
            listBox.insert(i,string)
    return options

def sampleFromNetwork():
    global currSampledOption
    
    go, state, actions = mainGame.getCurrentState()
    (a, v, nlp) = playerNetworks[go].step(state, actions)
    currSampledOption = a[0]
    if a==enumerateOptions.passInd:
        sampledOptionValue.set("pass")
    else:
        ind, nC = enumerateOptions.getOptionNC(a)
        if nC==1:
            option = ind
        elif nC==2:
            option = enumerateOptions.inverseTwoCardIndices[ind[0]]
        elif nC==3:
            option = enumerateOptions.inverseThreeCardIndices[ind[0]]
        elif nC==4:
            option = enumerateOptions.inverseFourCardIndices[ind[0]]
        elif nC==5:
            option = enumerateOptions.inverseFiveCardIndices[ind[0]]
        optString = ""
        for i in range(len(option)):
            optString = optString + str(option[i]) + " "
        sampledOptionValue.set(str(optString))

def onOptionSelect(evt):
    w = evt.widget
    index = int(w.curselection()[0])
    value = w.get(index)
    if value == "pass":
        updateCurrentOption(1,1)
        finalInd = enumerateOptions.passInd
    else:
        hand = mainGame.currentHands[mainGame.playersGo][availableOptions[index]]
        updateCurrentOption(hand)
        nC = len(availableOptions[index])
        if nC==1:
            optInd = availableOptions[index][0]
        elif nC==2:
            optInd = enumerateOptions.twoCardIndices[availableOptions[index][0]][availableOptions[index][1]]
        elif nC==3:
            optInd = enumerateOptions.threeCardIndices[availableOptions[index][0]][availableOptions[index][1]][availableOptions[index][2]]
        elif nC==4:
            optInd = enumerateOptions.fourCardIndices[availableOptions[index][0]][availableOptions[index][1]][availableOptions[index][2]][availableOptions[index][3]]
        elif nC==5:
            optInd = enumerateOptions.fiveCardIndices[availableOptions[index][0]][availableOptions[index][1]][availableOptions[index][2]][availableOptions[index][3]][availableOptions[index][4]]
        finalInd = enumerateOptions.getIndex(optInd, nC)
    updateProbNegLog(finalInd)
    
        
def onPlayerSelect(evt):
    w = evt.widget
    index = int(w.curselection()[0])
    value = w.get(index)
    if value == "Player 1":
        updateNeuralNetwork(1)
    elif value == "Player 2":
        updateNeuralNetwork(2)
    elif value == "Player 3":
        updateNeuralNetwork(3)
    elif value == "Player 4":
        updateNeuralNetwork(4)
    
def movePlayerCircle(player):
    if control == 1:
        plyrsGoCircle.itemconfigure(circ,fill="green")
    else:
        plyrsGoCircle.itemconfigure(circ,fill="red")
    if player == 1:
        plyrsGoCircle.place(x=540, y=615)
    elif player == 2:
        plyrsGoCircle.place(x=170, y=510)
    elif player == 3:
        plyrsGoCircle.place(x=540, y=375)
    else:
        plyrsGoCircle.place(x=955, y=510)
        
def updateNeuralNetwork(player):
    #update player's cards.
    for i in range(1,23):
        for j in range(1,14):
            index = (j-1)*22 + (i-1)
            NNPlayerCardLabels[(i,j)].config(text=str(mainGame.neuralNetworkInputs[player][index]))
    #next player
    npInd = 22*13
    for i in range(1,14):
        index = npInd + (i-1)
        nextPlayerNCards[i].config(text=str(mainGame.neuralNetworkInputs[player][index]))
    npInd2 = npInd + 13
    for i in range(1,15):
        index = npInd2 + (i-1)
        nextPlayerHasPlayed[i].config(text=str(mainGame.neuralNetworkInputs[player][index]))
    #next next player
    nnpInd = npInd + 27
    for i in range(1,14):
        index = nnpInd + (i-1)
        nextNextPlayerNCards[i].config(text=str(mainGame.neuralNetworkInputs[player][index]))
    nnpInd2 = nnpInd + 13
    for i in range(1,15):
        index = nnpInd2 + (i-1)
        nextNextPlayerHasPlayed[i].config(text=str(mainGame.neuralNetworkInputs[player][index]))
    # next next next player
    nnnpInd = nnpInd + 27
    for i in range(1,14):
        index = nnnpInd + (i-1)
        nextNextNextPlayerNCards[i].config(text=str(mainGame.neuralNetworkInputs[player][index]))
    nnnpInd2 = nnnpInd + 13
    for i in range(1,15):
        index = nnnpInd2 + (i-1)
        nextNextNextPlayerHasPlayed[i].config(text=str(mainGame.neuralNetworkInputs[player][index]))
    sInd = nnnpInd + 27
    for i in range(1,5):
        for j in range(1,5):
            index = sInd + 4*(j-1) + (i-1)
            sharedCards[(i,j)].config(text=str(mainGame.neuralNetworkInputs[player][index]))
    #previous hand
    fInd = sInd + 16
    for i in range(1,18):
        prevValue[i].config(text=str(mainGame.neuralNetworkInputs[player][fInd+i-1]))
    fInd = fInd + 17
    for i in range(1,13):
        prevType[i].config(text=str(mainGame.neuralNetworkInputs[player][fInd+i-1]))
    
    
#update Player Networks            
def loadNetworks():
    p1Name = p1Load.get()
    if p1Name != "":
        params = joblib.load(p1Name)
        playerNetworks[1].loadParams(params)
    p2Name = p2Load.get()
    if p2Name != "":
        params = joblib.load(p2Name)
        playerNetworks[2].loadParams(params)
    p3Name = p3Load.get()
    if p3Name != "":
        params = joblib.load(p3Name)
        playerNetworks[3].loadParams(params)
    p4Name = p4Load.get()
    if p4Name != "":
        params = joblib.load(p4Name)
        playerNetworks[4].loadParams(params)
    updateValue()
    
xv = 510
yv = 60
xhd = 100
valueTitle = tkinter.StringVar()
valueTitle.set("State Value:")
valueTitleLabel = tkinter.Label(top, textvariable=valueTitle, font=("Helvetica",12))
valueTitleLabel.place(x=xv,y=yv)
valueValue = tkinter.StringVar()
valueValueLabel = tkinter.Label(top, textvariable=valueValue, font=("Helvetica",12))
valueValueLabel.place(x=xv+xhd,y=yv)

ndd = 25
probNeglogTitle = tkinter.StringVar()
probNeglogTitle.set("Probability (from neglogp): ")
probNeglogLabel = tkinter.Label(top, textvariable=probNeglogTitle, font=("Helvetica",12))
probNeglogLabel.place(x=xv, y=yv+ndd)
probNegLogValue = tkinter.StringVar()
probNegLogValueLabel = tkinter.Label(top, textvariable=probNegLogValue, font=("Helvetica",12))
probNegLogValueLabel.place(x=xv+200, y=yv+ndd)

plyrsGoCircle = tkinter.Canvas(top, height=40,width=40)
circ = plyrsGoCircle.create_oval(10,10,30,30,fill="red")

sampleButton = tkinter.Button(top, text="Sample Option from Network", command=sampleFromNetwork, height=1, width=27)
sampleButton.place(x=xv + 50, y=yv+3*ndd-20)

sampledOptionTitle = tkinter.StringVar()
sampledOptionTitle.set("Sampled Option:")
sampledOptionLabel = tkinter.Label(top, textvariable=sampledOptionTitle, font=("Helvetica",12))
sampledOptionLabel.place(x=xv,y=yv+4*ndd-15)
sampledOptionValue = tkinter.StringVar()
sampledOptionValueLabel = tkinter.Label(top, textvariable=sampledOptionValue, font=("Helvetica",12))
sampledOptionValueLabel.place(x=xv+120, y=yv+4*ndd-15)

playSampledOptionButton = tkinter.Button(top, text="Play Sampled Option", command=playSampledOption, height=1, width=20)
playSampledOptionButton.place(x=xv+50, y=yv+5*ndd-15)

movePlayerCircle(mainGame.playersGo)

checkVar1 = tkinter.IntVar()
C1 = tkinter.Checkbutton(top, text="Show Other Hands", command=changeShowHands, height=5, width=20)
C1.place(x=165,y=290)

playOptionButton = tkinter.Button(top, text="Play Selected Option", command=playSelectedOption, height=1, width=18)
playOptionButton.place(x=1050,y=70)

loadButton = tkinter.Button(top, text="Load Networks", command=loadNetworks, height=1, width=12)
loadButton.place(x=270, y=110)

pNetworksText = tkinter.StringVar()
pNetworksLabel = tkinter.Label(top, textvariable=pNetworksText, font=("Helvetica",16))
pNetworksText.set("Load Player Networks")
pNetworksLabel.place(x=61, y=31)

twidth = 30
p1Load = tkinter.Entry(top, width=twidth)
p2Load = tkinter.Entry(top, width=twidth)
p3Load = tkinter.Entry(top, width=twidth)
p4Load = tkinter.Entry(top, width=twidth)
diff = 30
sypoint = 70
sxpoint = 69
p1Load.place(x=sxpoint,y=sypoint)
sypoint += diff
p2Load.place(x=sxpoint,y=sypoint)
sypoint += diff
p3Load.place(x=sxpoint,y=sypoint)
sypoint += diff
p4Load.place(x=sxpoint,y=sypoint)


p1smalltext = tkinter.StringVar()
p1smalltext.set("P1")
p2smalltext = tkinter.StringVar()
p2smalltext.set("P2")
p3smalltext = tkinter.StringVar()
p3smalltext.set("P3")
p4smalltext = tkinter.StringVar()
p4smalltext.set("P4")
p1smalllabel = tkinter.Label(top, textvariable=p1smalltext, font=("Helvetica",12))
p2smalllabel = tkinter.Label(top, textvariable=p2smalltext, font=("Helvetica",12))
p3smalllabel = tkinter.Label(top, textvariable=p3smalltext, font=("Helvetica",12))
p4smalllabel = tkinter.Label(top, textvariable=p4smalltext, font=("Helvetica",12))
sypoint = 68
sxpoint = 40
p1smalllabel.place(x=sxpoint, y=sypoint)
sypoint += diff
p2smalllabel.place(x=sxpoint, y=sypoint)
sypoint += diff
p3smalllabel.place(x=sxpoint, y=sypoint)
sypoint += diff
p4smalllabel.place(x=sxpoint, y=sypoint)


p1text = tkinter.StringVar()
p2text = tkinter.StringVar()
p3text = tkinter.StringVar()
p4text = tkinter.StringVar()
p1Label = tkinter.Label(top, textvariable=p1text, font=("Helvetica",16))
p2Label = tkinter.Label(top, textvariable=p2text, font=("Helvetica",16))
p3Label = tkinter.Label(top, textvariable=p3text, font=("Helvetica",16))
p4Label = tkinter.Label(top, textvariable=p4text, font=("Helvetica",16))
p1text.set("Player 1")
p2text.set("Player 2")
p3text.set("Player 3")
p4text.set("Player 4")
p1Label.place(x=525,y=650)
p2Label.place(x=80, y=365)
p3Label.place(x=525,y=250)
p4Label.place(x=1010,y=365)

cOptionsText = tkinter.StringVar()
cOptionsLabel = tkinter.Label(top, textvariable=cOptionsText, font=("Helvetica",16))
cOptionsText.set("Current Options")
cOptionsLabel.place(x=895,y=31)

listFrame = tkinter.Frame(top, width=150, height=100)
listFrame.place(x=850,y=75)

scrollbar = tkinter.Scrollbar(listFrame)
scrollbar.pack(side=tkinter.RIGHT,fill=tkinter.Y)

listBox = tkinter.Listbox(listFrame, height=10)
listBox.pack(side=tkinter.LEFT, fill=tkinter.Y)
scrollbar.config(command=listBox.yview)
listBox.config(yscrollcommand=scrollbar.set)
listBox.bind('<<ListboxSelect>>',onOptionSelect)

NNWindow = tkinter.Toplevel(top, width=1200,height=450)
NNWindow.title("Neural Network Input")
NNFrame1 = tkinter.Frame(NNWindow)
NNFrame1.place(x=10,y=40)
fontsize=6
topNNLabels={}
sideNNLabels={}
for i in range(1,14):
    topNNLabels[i] = tkinter.Label(NNFrame1,text=("C"+str(i)),anchor="center",font=("Helvetica",fontsize),relief=tkinter.RIDGE).grid(row=0,column=i,sticky=tkinter.S)
for i in range(1,23):
    if i<=8:
        string = str(i+2)
    elif i==9:
        string = "J"
    elif i==10:
        string = "Q"
    elif i==11:
        string = "K"
    elif i==12:
        string = "A"
    elif i==13:
        string = "2"
    elif i==14:
        string = "D"
    elif i==15:
        string = "C"
    elif i==16:
        string = "H"
    elif i==17:
        string = "S"
    elif i==18:
        string = "inPair"
    elif i==19:
        string = "inThree"
    elif i==20:
        string = "inFour"
    elif i==21:
        string = "inStraight"
    elif i==22:
        string = "inFlush"
    sideNNLabels[i] = tkinter.Label(NNFrame1,text=string,font=("Helvetica",fontsize),relief=tkinter.RIDGE).grid(row=i,column=0,sticky=tkinter.E)
    
NNCardLabel = tkinter.Label(NNWindow, text="Current Player's Cards", font=("Helvetica",16))
NNCardLabel.place(x=50,y=5)
NNPlayerCardLabels = {}
for i in range(1,23):
    for j in range(1,14):
        NNPlayerCardLabels[(i,j)] = tkinter.Label(NNFrame1,text="0", font=("Helvetica",fontsize))
        NNPlayerCardLabels[(i,j)].grid(row=i, column=j)
#import pdb; pdb.set_trace()
NNNextPlayerCardLabel = tkinter.Label(NNWindow, text="Next Player's Cards", font=("Helvetica",16))
NNNextPlayerCardLabel.place(x=330,y=5)

NNFrame2 = tkinter.Frame(NNWindow)
NNFrame2.place(x=330,y=40)
NextPlayerLeftLabel = {}
for i in range(1,14):
     NextPlayerLeftLabel[i] = tkinter.Label(NNFrame2,text=str(i),font=("Helvetica",fontsize),relief=tkinter.RIDGE).grid(row=i,column=0,sticky=tkinter.E)
NextPlayerTopLabel = {}
NextPlayerTopLabel[1] =  tkinter.Label(NNFrame2,text="nCards",font=("Helvetica",fontsize),relief=tkinter.RIDGE).grid(row=0,column=1,sticky=tkinter.S)
NextPlayerTopLabel[2] =  tkinter.Label(NNFrame2,text="hasPlayed",font=("Helvetica",fontsize),relief=tkinter.RIDGE).grid(row=0,column=2,sticky=tkinter.S)
NextPlayerRightLabel = {}
for i in range(1,15):
    if i==1:
        string = "AD"
    elif i==2:
        string = "AC"
    elif i==3:
        string = "AH"
    elif i==4:
        string = "AS"
    elif i==5:
        string = "2D"
    elif i==6:
        string = "2C"
    elif i==7:
        string = "2H"
    elif i==8:
        string = "2S"
    elif i==9:
        string = "playedPair"
    elif i==10:
        string = "playedThree"
    elif i==11:
        string = "playedTwoPair"
    elif i==12:
        string = "playedStraight"
    elif i==13:
        string = "playedFlush"
    else:
        string = "playedFullHouse"
    NextPlayerRightLabel[i] =  tkinter.Label(NNFrame2,text=string,font=("Helvetica",fontsize),relief=tkinter.RIDGE).grid(row=i,column=3,sticky=tkinter.W)
nextPlayerNCards = {}
nextPlayerHasPlayed = {}
for i in range(1,14):
    nextPlayerNCards[i] = tkinter.Label(NNFrame2, text="0",font=("Helvetica",fontsize))
    nextPlayerNCards[i].grid(row=i,column=1)
for i in range(1,15):
    nextPlayerHasPlayed[i] = tkinter.Label(NNFrame2, text="0",font=("Helvetica",fontsize))
    nextPlayerHasPlayed[i].grid(row=i,column=2)
    
    
#NEXT NEXT Player
NNNextNextPlayerCardLabel = tkinter.Label(NNWindow, text="Next^2 Player's Cards", font=("Helvetica",16))
NNNextNextPlayerCardLabel.place(x=540,y=5)

NNFrame3 = tkinter.Frame(NNWindow)
NNFrame3.place(x=540,y=40)
NextNextPlayerLeftLabel = {}
for i in range(1,14):
     NextNextPlayerLeftLabel[i] = tkinter.Label(NNFrame3,text=str(i),font=("Helvetica",fontsize),relief=tkinter.RIDGE).grid(row=i,column=0,sticky=tkinter.E)
NextNextPlayerTopLabel = {}
NextNextPlayerTopLabel[1] =  tkinter.Label(NNFrame3,text="nCards",font=("Helvetica",fontsize),relief=tkinter.RIDGE).grid(row=0,column=1,sticky=tkinter.S)
NextNextPlayerTopLabel[2] =  tkinter.Label(NNFrame3,text="hasPlayed",font=("Helvetica",fontsize),relief=tkinter.RIDGE).grid(row=0,column=2,sticky=tkinter.S)
NextNextPlayerRightLabel = {}
for i in range(1,15):
    if i==1:
        string = "AD"
    elif i==2:
        string = "AC"
    elif i==3:
        string = "AH"
    elif i==4:
        string = "AS"
    elif i==5:
        string = "2D"
    elif i==6:
        string = "2C"
    elif i==7:
        string = "2H"
    elif i==8:
        string = "2S"
    elif i==9:
        string = "playedPair"
    elif i==10:
        string = "playedThree"
    elif i==11:
        string = "playedTwoPair"
    elif i==12:
        string = "playedStraight"
    elif i==13:
        string = "playedFlush"
    else:
        string = "playedFullHouse"
    NextNextPlayerRightLabel[i] =  tkinter.Label(NNFrame3,text=string,font=("Helvetica",fontsize),relief=tkinter.RIDGE).grid(row=i,column=3,sticky=tkinter.W)
nextNextPlayerNCards = {}
nextNextPlayerHasPlayed = {}
for i in range(1,14):
    nextNextPlayerNCards[i] = tkinter.Label(NNFrame3, text="0",font=("Helvetica",fontsize))
    nextNextPlayerNCards[i].grid(row=i,column=1)
for i in range(1,15):
    nextNextPlayerHasPlayed[i] = tkinter.Label(NNFrame3, text="0",font=("Helvetica",fontsize))
    nextNextPlayerHasPlayed[i].grid(row=i,column=2)

#NEXT NEXT NEXT Player
NNNextNextNextPlayerCardLabel = tkinter.Label(NNWindow, text="Next^3 Player's Cards", font=("Helvetica",16))
NNNextNextNextPlayerCardLabel.place(x=775,y=5)

NNFrame4 = tkinter.Frame(NNWindow)
NNFrame4.place(x=775,y=40)
NextNextNextPlayerLeftLabel = {}
for i in range(1,14):
     NextNextPlayerLeftLabel[i] = tkinter.Label(NNFrame4,text=str(i),font=("Helvetica",fontsize),relief=tkinter.RIDGE).grid(row=i,column=0,sticky=tkinter.E)
NextNextNextPlayerTopLabel = {}
NextNextNextPlayerTopLabel[1] =  tkinter.Label(NNFrame4,text="nCards",font=("Helvetica",fontsize),relief=tkinter.RIDGE).grid(row=0,column=1,sticky=tkinter.S)
NextNextNextPlayerTopLabel[2] =  tkinter.Label(NNFrame4,text="hasPlayed",font=("Helvetica",fontsize),relief=tkinter.RIDGE).grid(row=0,column=2,sticky=tkinter.S)
NextNextNextPlayerRightLabel = {}
for i in range(1,15):
    if i==1:
        string = "AD"
    elif i==2:
        string = "AC"
    elif i==3:
        string = "AH"
    elif i==4:
        string = "AS"
    elif i==5:
        string = "2D"
    elif i==6:
        string = "2C"
    elif i==7:
        string = "2H"
    elif i==8:
        string = "2S"
    elif i==9:
        string = "playedPair"
    elif i==10:
        string = "playedThree"
    elif i==11:
        string = "playedTwoPair"
    elif i==12:
        string = "playedStraight"
    elif i==13:
        string = "playedFlush"
    else:
        string = "playedFullHouse"
    NextNextNextPlayerRightLabel[i] =  tkinter.Label(NNFrame4,text=string,font=("Helvetica",fontsize),relief=tkinter.RIDGE).grid(row=i,column=3,sticky=tkinter.W)
nextNextNextPlayerNCards = {}
nextNextNextPlayerHasPlayed = {}
for i in range(1,14):
    nextNextNextPlayerNCards[i] = tkinter.Label(NNFrame4, text="0",font=("Helvetica",fontsize))
    nextNextNextPlayerNCards[i].grid(row=i,column=1)
for i in range(1,15):
    nextNextNextPlayerHasPlayed[i] = tkinter.Label(NNFrame4, text="0",font=("Helvetica",fontsize))
    nextNextNextPlayerHasPlayed[i].grid(row=i,column=2)

#SHARED MEMORY
sharedLabel = tkinter.Label(NNWindow, text="Cards Played", font=("Helvetica",16))
sharedLabel.place(x=400,y=300)
NNFrame5 = tkinter.Frame(NNWindow)
NNFrame5.place(x=450,y=335)
sharedTopLabel = {}
sharedTopLabel[1] =  tkinter.Label(NNFrame5,text="Q",font=("Helvetica",fontsize),relief=tkinter.RIDGE).grid(row=0,column=1,sticky=tkinter.S)
sharedTopLabel[2] =  tkinter.Label(NNFrame5,text="K",font=("Helvetica",fontsize),relief=tkinter.RIDGE).grid(row=0,column=2,sticky=tkinter.S)
sharedTopLabel[3] =  tkinter.Label(NNFrame5,text="A",font=("Helvetica",fontsize),relief=tkinter.RIDGE).grid(row=0,column=3,sticky=tkinter.S)
sharedTopLabel[4] =  tkinter.Label(NNFrame5,text="2",font=("Helvetica",fontsize),relief=tkinter.RIDGE).grid(row=0,column=4,sticky=tkinter.S)
sharedLeftLabel = {}
sharedLeftLabel[1] = tkinter.Label(NNFrame5,text="D",font=("Helvetica",fontsize),relief=tkinter.RIDGE).grid(row=1,column=0,sticky=tkinter.E)
sharedLeftLabel[2] = tkinter.Label(NNFrame5,text="C",font=("Helvetica",fontsize),relief=tkinter.RIDGE).grid(row=2,column=0,sticky=tkinter.E)
sharedLeftLabel[3] = tkinter.Label(NNFrame5,text="H",font=("Helvetica",fontsize),relief=tkinter.RIDGE).grid(row=3,column=0,sticky=tkinter.E)
sharedLeftLabel[4] = tkinter.Label(NNFrame5,text="S",font=("Helvetica",fontsize),relief=tkinter.RIDGE).grid(row=4,column=0,sticky=tkinter.E)

sharedCards = {}
for i in range(1,5):
    for j in range(1,5):
        sharedCards[(i,j)] = tkinter.Label(NNFrame5,text="0",font=("Helvetica",fontsize))
        sharedCards[(i,j)].grid(row=i,column=j)
        
#previous hand in neural network.
prevHandLavel = tkinter.Label(NNWindow, text="Previous Hand", font=("Helvetica",16))
prevHandLavel.place(x=1010,y=10)
NNFrame6 = tkinter.Frame(NNWindow)
NNFrame6.place(x=1010,y=40)
prevTopLabel = {}
prevTopLabel[1] = tkinter.Label(NNFrame6,text="highVal", font=("Helvetica",fontsize), relief=tkinter.RIDGE).grid(row=0, column=1,sticky=tkinter.S)
prevTopLabel[2] = tkinter.Label(NNFrame6,text="Type", font=("Helvetica",fontsize), relief=tkinter.RIDGE).grid(row=0, column=2,sticky=tkinter.S)
prevLeftLabel = {}
prevLeftLabel[1] = tkinter.Label(NNFrame6, text="3", font=("Helvetica",fontsize), relief=tkinter.RIDGE).grid(row=1,column=0,sticky=tkinter.E)
prevLeftLabel[2] = tkinter.Label(NNFrame6, text="4", font=("Helvetica",fontsize), relief=tkinter.RIDGE).grid(row=2,column=0,sticky=tkinter.E)
prevLeftLabel[3] = tkinter.Label(NNFrame6, text="5", font=("Helvetica",fontsize), relief=tkinter.RIDGE).grid(row=3,column=0,sticky=tkinter.E)
prevLeftLabel[4] = tkinter.Label(NNFrame6, text="6", font=("Helvetica",fontsize), relief=tkinter.RIDGE).grid(row=4,column=0,sticky=tkinter.E)
prevLeftLabel[5] = tkinter.Label(NNFrame6, text="7", font=("Helvetica",fontsize), relief=tkinter.RIDGE).grid(row=5,column=0,sticky=tkinter.E)
prevLeftLabel[6] = tkinter.Label(NNFrame6, text="8", font=("Helvetica",fontsize), relief=tkinter.RIDGE).grid(row=6,column=0,sticky=tkinter.E)
prevLeftLabel[7] = tkinter.Label(NNFrame6, text="9", font=("Helvetica",fontsize), relief=tkinter.RIDGE).grid(row=7,column=0,sticky=tkinter.E)
prevLeftLabel[8] = tkinter.Label(NNFrame6, text="10", font=("Helvetica",fontsize), relief=tkinter.RIDGE).grid(row=8,column=0,sticky=tkinter.E)
prevLeftLabel[9] = tkinter.Label(NNFrame6, text="J", font=("Helvetica",fontsize), relief=tkinter.RIDGE).grid(row=9,column=0,sticky=tkinter.E)
prevLeftLabel[10] = tkinter.Label(NNFrame6, text="Q", font=("Helvetica",fontsize), relief=tkinter.RIDGE).grid(row=10,column=0,sticky=tkinter.E)
prevLeftLabel[11] = tkinter.Label(NNFrame6, text="K", font=("Helvetica",fontsize), relief=tkinter.RIDGE).grid(row=11,column=0,sticky=tkinter.E)
prevLeftLabel[12] = tkinter.Label(NNFrame6, text="A", font=("Helvetica",fontsize), relief=tkinter.RIDGE).grid(row=12,column=0,sticky=tkinter.E)
prevLeftLabel[13] = tkinter.Label(NNFrame6, text="2", font=("Helvetica",fontsize), relief=tkinter.RIDGE).grid(row=13,column=0,sticky=tkinter.E)
prevLeftLabel[14] = tkinter.Label(NNFrame6, text="D", font=("Helvetica",fontsize), relief=tkinter.RIDGE).grid(row=14,column=0,sticky=tkinter.E)
prevLeftLabel[15] = tkinter.Label(NNFrame6, text="C", font=("Helvetica",fontsize), relief=tkinter.RIDGE).grid(row=15,column=0,sticky=tkinter.E)
prevLeftLabel[16] = tkinter.Label(NNFrame6, text="H", font=("Helvetica",fontsize), relief=tkinter.RIDGE).grid(row=16,column=0,sticky=tkinter.E)
prevLeftLabel[17] = tkinter.Label(NNFrame6, text="S", font=("Helvetica",fontsize), relief=tkinter.RIDGE).grid(row=17,column=0,sticky=tkinter.E)
prevRightLabel = {}
prevRightLabel[1] = tkinter.Label(NNFrame6, text="Control", font=("Helvetica",fontsize), relief=tkinter.RIDGE).grid(row=1,column=3,sticky=tkinter.W)
prevRightLabel[2] = tkinter.Label(NNFrame6, text="Single Card", font=("Helvetica",fontsize), relief=tkinter.RIDGE).grid(row=2,column=3,sticky=tkinter.W)
prevRightLabel[3] = tkinter.Label(NNFrame6, text="Pair", font=("Helvetica",fontsize), relief=tkinter.RIDGE).grid(row=3,column=3,sticky=tkinter.W)
prevRightLabel[4] = tkinter.Label(NNFrame6, text="Three", font=("Helvetica",fontsize), relief=tkinter.RIDGE).grid(row=4,column=3,sticky=tkinter.W)
prevRightLabel[5] = tkinter.Label(NNFrame6, text="Two Pair", font=("Helvetica",fontsize), relief=tkinter.RIDGE).grid(row=5,column=3,sticky=tkinter.W)
prevRightLabel[6] = tkinter.Label(NNFrame6, text="Four Of A Kind", font=("Helvetica",fontsize), relief=tkinter.RIDGE).grid(row=6,column=3,sticky=tkinter.W)
prevRightLabel[7] = tkinter.Label(NNFrame6, text="Straight", font=("Helvetica",fontsize), relief=tkinter.RIDGE).grid(row=7,column=3,sticky=tkinter.W)
prevRightLabel[8] = tkinter.Label(NNFrame6, text="Flush", font=("Helvetica",fontsize), relief=tkinter.RIDGE).grid(row=8,column=3,sticky=tkinter.W)
prevRightLabel[9] = tkinter.Label(NNFrame6, text="Full House", font=("Helvetica",fontsize), relief=tkinter.RIDGE).grid(row=9,column=3,sticky=tkinter.W)
prevRightLabel[10] = tkinter.Label(NNFrame6, text="No passes", font=("Helvetica",fontsize), relief=tkinter.RIDGE).grid(row=10,column=3,sticky=tkinter.W)
prevRightLabel[11] = tkinter.Label(NNFrame6, text="One Pass", font=("Helvetica",fontsize), relief=tkinter.RIDGE).grid(row=11,column=3,sticky=tkinter.W)
prevRightLabel[12] = tkinter.Label(NNFrame6, text="Two Pass", font=("Helvetica",fontsize), relief=tkinter.RIDGE).grid(row=12,column=3,sticky=tkinter.W)


prevValue = {}
for i in range(1,18):
    prevValue[i] = tkinter.Label(NNFrame6, text="0", font=("Helvetica",fontsize))
    prevValue[i].grid(row=i,column=1)
prevType = {}
for i in range(1,13):
    prevType[i] = tkinter.Label(NNFrame6, text="0", font=("Helvetica",fontsize))
    prevType[i].grid(row=i,column=2)

#player selection in neural network input
nnPlayerSelect = tkinter.Listbox(NNWindow, height=4)
nnPlayerSelect.insert(0,"Player 1")
nnPlayerSelect.insert(1,"Player 2")
nnPlayerSelect.insert(2,"Player 3")
nnPlayerSelect.insert(3,"Player 4")
nnPlayerSelect.place(x=700,y=330)
nnPlayerSelect.bind('<<ListboxSelect>>',onPlayerSelect)


updatePlayerHand(mainGame.currentHands[1],1)
updatePlayerHand(mainGame.currentHands[2],2)
updatePlayerHand(mainGame.currentHands[3],3)
updatePlayerHand(mainGame.currentHands[4],4)
updateNeuralNetwork(mainGame.playersGo)
availableOptions = updateOptions()

updatePrevHands()
updateValue()

top.mainloop()