PySimpleGUI/DemoPrograms old/Demo_Uno_Card_Game.py

import os
import sys
import random
import math
import time
import PySimpleGUI as sg


#-------------------------------------------------------------------------------#
#  Works on Python 3                                                            #
#  Uno card game using a GUI interface provided by PySimpleGUI                  #
#  Based on this excellent text based version:                                  #
#  http://code.activestate.com/recipes/580811-uno-text-based/                   #
#  Contains all of the graphics inside the source file as base64 images         #
#  Cards were obtained from Wikipedia                                           #
#        https://en.wikipedia.org/wiki/Uno_(card_game)                          #
#  Up to 4 players... any number can be computer controlled                     #
#  Still needs some work but close enough for fun                               #
#-------------------------------------------------------------------------------#

yellow_color = '#FFAA00'
blue_color = '#5555FF'
red_color = '#FF5555'
green_color = '#55AA55'



wildblue = b'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
wildgreen = b'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plusfourblue = b'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
plusfourgreen = b'iVBORw0KGgoAAAANSUhEUgAAANUAAAFACAMAAAAcQsn1AAAABGdBTUEAALGPC/xhBQAAAwBQTFRFAAAABwgHCQcKCwsLDBYMCxgMDRsTEQ0NERkNFBQUEh0RER4bGBUXHBwcFiwWHSkcHygiIB8eJCQkIi4jKCYnLCwsJDEkLTosMS8yMD4vMTExMT0wODU2Ojo6Pz5AI0UjJkslJ00oKkskKU4pL1AmK1EqLlg1NEM0PkA+MVMmNFYsN1knN1kvOlsrM1syMFw6PV0yP2AsNWU0OWU3OGY8PG05NWRDOGhHOmtLQEA+Q2UrRGQ2S2s5THEvSnc0U3c2Q0NDSEdIS0tLT09QQ1JDR1dIT1FPUE5RUVBPVVVVVlZYW1tbR3FAQn5MQHZUVnZBW3xDYF5heHlEY2NjaGZoa2tra35rc3NzeHd1ent6ToE6YpE8Q4FORYJQSo5WTJFWT5dYT5hYUYVFU4dIVIxJW4xKV5BLWJRDWJRMWZlGWZlNUZxYWZ1QTqtQWqJNVKZTU6FYValUVqpYWKpVW6xbXapiXrBgYp9hfZB8Y6tcaa9bbLBdY61kY6xqbK1jY7FjZbJqaLJnbLRsbLJycq1xcrNidrJueLVnebZpfbhucbVzdLl0eLNwerl2e717fMF7dIiBe7OLfLqBgIJ/k456ha9yiLF1jLR8iL98kL1zlMB6goKCh4iGi4uLjIyQkI+Rk5OTl5iXmZeWmJaZm5ubnZ+gg76BhbqRir6UkbqDlL2JoJ+eoaKeoqKiq6urr7CvsK+wtLS0ura7u7u7vb7Bv7/+hcGGh8eLi8ODisOKjMiLjsOUksaNmsSCm8WKnsiMk8SblMqTm8WSmceem8mXmsqdmNCYnsygoMmPo8yVo8yaoc6hpNGjqdGjrNSrvsC+sNetsdextNm0vd28vd/Ewb/BwMy/wd+/w8PDx8nHycnGysrKw97C0c/O09PT19jW29nX3NzbxOHEy+PL0+bS1OnT1uvY2OnW2+zb3OTg3uvg4+3e4fDe5OTk4u3i6Ofo6Onn6urq4/Dj6/Tq7fbw8O/w8PTt8fjv8/Pz9Pn09vn4+Pb3+vf6+Pn2/v7+AAAARX10/QAAAQB0Uk5T////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////AFP3ByUAAAAJcEhZcwAADsEAAA7BAbiRa+0AAAAYdEVYdFNvZnR3YXJlAHBhaW50Lm5ldCA0LjEuNWRHWFIAABlESURBVHhe7Z0LlCRXWccbayOpaBvT0AkMtkl2zxgSTQCVoCQkzQBqM77i2A6Db3wlm8DauxsUCaxuRCUr4BMkY0sfHYGIPce2MSREMAFizCZZhfgY6dDSmwSXbHpi92qoRam1qu6/bj3u/apuVVf3dM/ZX87JTFfd2rn//u7ju999VO7UdiRSVc+cYnrIpAxaFR6eapBVAUKVgcemHgMZDiJVhSdmBGTaj0TVzNjJRbSXoKqDpDNFF5l3CauaOUMxQuYKqUKiGQQCGEFVSDGTQIJDQBXuzygQYeNXhbszC2RY+FTh3gwDIX5VuDPTQIqnCtdnHIhxVfVxecYZMDWuKlydeZgaqMI1kf76ytJiZapYXFpep0d+jhymqotLIfor+dyUoi8TwpzBJFOFK0F6FfwLU8qCXBdXJb29puHp6aWBrAbou6rw2Y+xgCenmrJsiEGrMsp4bsqZk8jqMFX45GNWRMllUaqqeGYGWESWfRCq2nhiJmgh0x5dWxV+9zCS91KFtouOKxNDHyDbHlJVDaRPQBOPmk1cmCB1/GkPqaoikqtTwJNpnh2ZPP60h0xVilq1hkfNdVyYKOv44xxLleADLiOxOt63tQWmyuWW8Mc5/ZwYASwhsTrcc9kSU+Xm8Nc9cmK1Suz/eaaaw5UJIxhGVNVDUnV4I9TChUkjRNFFVV0kVUbHg1tmqtwG/j5HVNVBUmW4qbbMJWkjA5zRVem8VCdvZjJiDKpW8dwWeo/Zq/JMtXWjl+xVcVNt4MIWkLkqjXvMWzjQzFzVCp5KXB2zJGtVnqm2MnqTtaqpMFViVc0+kDvjnqkqVmuIpP2JN/FJVfGggNwZWsZdx83inlNin2tUslWl8fkhO3jNXfcZV1XFTaZju9iKm2rR/rRNbMVNxYZk28RWQVNtE1vxIAhGz9vDVnzWa4l9nnpbrRkm+88Pu1Jg/5AvbN/Hham3FQ8wi3BV3FTuBMrU20pBlWCqbWErHvLlc13bwFYVfDQHPCi6DWzFTeVF5WffVgv45DPVNrAVjwGvOB8dpt5Wf2MAXLM6KxdndpWbyshrHD4113U+2ukmhKIqDuFb8HBZBBOcyjqtyua0qhCnVY3IaVU2p1WFmGJVaz0QzOMyrgbwFo87H0dXpel63kKP7dCTqkpCNn5gvlSprjbbXf+aK6Ndr7gjIBnjVDWaH6iXV9aCWkIM2svUeraptJVWjlqg7sNYkxfrabOVVlpuKgly2ZAtR58qW5UbxO6ASPriVO3U2EqrNIXVR6oIK+2nw1b5Jd4PpqIXMtcU2Kq4ksGW5EbAXGO1VQdErL0trCZqG2g2/LLGqSqe8mgFL4Bf1haq0qoZmQn4ZG2ZqmIjdZNH0eGytkhVRfi7WcCttRWq9OVxbQVdw1+YvCptJfOi54FlRhNXtTQuOzn0mRc/YVWVbJs9EdY1TlRVSVi7nD1OGZygqoKwfWMcOHMyE1OV5xtixow91TkpVeNs+ILYrvRkVBXTjAbTYo1KJqKKL/CcCOsTUVWc9IlO+QmoWp5YjXKpj11Vgeiinup3O5/9d4wqKbq9iHAgTXfcqqpyQ/1HfbEUv+NWK5SqrTSW1saqijBU749LemWl0YyjUV3YkWoYVhqnqoo8Q/2CvtRRKlrGYC0vfu/xLI9RFdGe93IF9WiF0dB5pEqd5thUaYTX1z5nLonfblS8KTNleuNSlSc6qf+qFJINRlaVZvxCjElViRobtnRxl3wkdS1itRHFOHZr5nKLVMM1WHxuQpewLu4/j0dhZ21yVbQ5es/0l6cn7r1bwifvexL3bZa89eTqjEGVFlG9NzQ+zNp84IM31uTc/ATSWMYtp2gDx6CqEFXEFrmru/l7kCDjLV9EKrOVT+PwZ66qEFlgNLdn3rwFAuTcPGTJrGqVZmiWtapoUesaTlMY3o7sU9zH0vUr0hOW4shYVSHaE1rKszZ3M05U7W4nndkp8n1qSchWVbSlTPOcAvvmH0TeaaCqnaa3yri/irGU2dWwPvxu5J0GquowbkKyVBVnKXMV3/zmW5B3mnudhEZpIUVvlamqOEvZ0R/2M74A3sjawEHKQE52qmItZW4UsUPrg8g7zQdYwvo5qaZYjcy823hLmU0defxd5J0G1aqUaNTCyWwkEm8pe1DBEg1vQt5pHnASmjvKX2G/JGMjI1WaggfQr5RYu34vsk6DatVOM7ayWM9IlfDPSNjIo0eNb9dRrSpaqnbdbGSjSmkk2EQehzcj7zQPOgkHhaLzMzHZRGOEE7iMTquxGmKlVGZVP7Zd31P7JeeJJW3O+SnQaLYjW5HFLFShunCMdqVY8K1UcamyZjJS1Y9f/oJdX3fBGXiCQNMLC1GeVDkDVflQm96paPpKq8cOgfDoulU/QtX3zT9vtf3F/lOb/f5g0B/0+089NXA+BenUK1ohotQXR1elhRzkjVxhVTZ6qOdZb/Uk3a5/60V/7iSJx2joES1UBhHpYLDEaOYWhXGAQ6EUV61e/CPqTp9Rl59ta2OMPnsQ6lHW9Ko8a133RI+7o
plusfourred = b'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
plusfouryellow = b'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


bluebutton = b'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'
greenbutton = b'iVBORw0KGgoAAAANSUhEUgAAAGMAAAAnCAMAAAAsLAbdAAAAAXNSR0IArs4c6QAAAARnQU1BAACxjwv8YQUAAAMAUExURQAAAAGmCwCqAAyjKU/AWXHLfAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAFeD53sAAAEAdFJOU////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////wBT9wclAAAACXBIWXMAAA7DAAAOwwHHb6hkAAAAGHRFWHRTb2Z0d2FyZQBwYWludC5uZXQgNC4xLjVkR1hSAAAAzElEQVRYR+2X0Q6EIAwEgaP//8lYoLVgcomJ3T4Y59EYJrtGKKldIAdkKWVzEP1ycaDumsVBVV7xoC4Wc3gaOlXWNQe5lLSRNYo4vENMJMp0YBQqGQ6UopRRV3eQPACQ1YGLMdtiBzAGw22xAxljBEngGD1IjANbVS8roWNwkM9xm89xnxhHxD/4mv0qYm8POaMiztrW/Oc35ZwZgG2dsw+urWWGg4y7zFSoA/JNRGEO977sBmKOiDsOQ06a/PeuNpBb4zNkLeXq8Ke1A1yYxppnbkkqAAAAAElFTkSuQmCC'
redbutton = b'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'


blank = b'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'

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b1 = b'iVBORw0KGgoAAAANSUhEUgAAANUAAAFACAMAAAAcQsn1AAAABGdBTUEAALGPC/xhBQAAAwBQTFRFAAAAVVX/Vlb/WFj/Wlr/XFz/Xl7/YGD/YmL/ZGT/Zmb/aGj/amr/bGz/bm7/cHD/cnL/dHT/dnb/eHj/enr/fHz/fn7/gID/goL/hIT/hob/iIj/ior/jIz/jo7/kJD/kpL/lJT/lpb/mJj/mpr/nJz/np7/oKD/oqL/pKT/pqb/qKj/qqr/rKz/rq7/sLD/srL/tLT/trb/uLj/urr/vLz/v7//xMTExcXFyMjIycnJy8vLzc3Nzs7Oz8/P0NDQ0dHR09PT1NTU1dXV1tbW19fX2NjY2dnZ2tra29vb3Nzc3d3d39/fwMD/wsL/xMT/xsb/yMj/ysr/zMz/zs7/0ND/0tL/1NT/1tb/2Nj/2tr/3Nz/3t7/4ODg4uLi4+Pj5ubm5+fn6enp6+vr7Ozs7e3t7u7u4OD/4uL/5OT/5ub/6en/6ur/7Oz/7u7/8PDw8fHx8vLy9PT09fX19vb28PD/8vL/9fX/9vb/+Pj4+fn5+vr6+/v7+Pj/+vr//Pz8/f39/Pz//v7+/v7/AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAqB9+GQAAAQB0Uk5T////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////AFP3ByUAAAAJcEhZcwAADsIAAA7CARUoSoAAAAAYdEVYdFNvZnR3YXJlAHBhaW50Lm5ldCA0LjEuNWRHWFIAAA0jSURBVHhe7d35XxNJGsdxkgAiioiI4sUI3iKisLizs8fs7LrXzIrKeONezs4oLLDrjGhGBzTmD8/28U1fVZ081fVUH3n15xdD6DT9NpCrq6v7Wr1YR9WrZo57/1tspaRY1Ve4ca77DhsbLUb1E26W/36BLQ4lVX3ELYrR59jqQBLVWyxdmD5iw/0E1R+xaKH6Lza+XVRVuDsKYfNRRIVlCtivIXAKq7BEIfs7DHZB1af4fkF7BoZVUIXvFrZ/wRFS4XsF7i+QBFT4TqEDxVd9wDeKHTBt1T9xdcF772raKlxb+L50NFDFvZ6tP5yfmjg0lq8OH59d2cIGCjkcV/U5roq0Ol2r5LXJuw1sZbhXvgrXhHs6gRXktP23saHhPNUXuCJYYy6/91O7qdfY2GBv2yp8HexNzu8ot73PsbnB4lVvDuN2OW9IwvrGVb3Dl371gqAs1gtsciBXhS8CncNtCtDYLrbZL0b1ALcoRLPYaL//2arv8YXXzj7cwK26tIkWcU2uqop/WrYKF/1uYHm36i1c3WzewVX5ahpb5ydVHcLiTgFUTlW1bWyel0z1BEs7BVE5VVWuYvO8vpKo5rCwXQiVV9VRbJ7X+77WX3HR6yQWtgqj8qoaFF7n9rV+cC/4DWNhAZVXVWUN2+fVJ7y1qmNREZVb1Qq2z6tP+LPaxqIiKrcq4S2JqNrEopWDuMIvryrhv5+i8l5p9ZJq6ywu9JJq64D3fNA7qq0D/rNcz6gsVO+pbFTPqRxUr6lcVI+pgOot1T6gekvlVaoyqVR5lapMKlVepSqTSpVXqcqkUuVVqjKpVHmVqkwqVV6lKpNKlVepyqRS5ZWJamh07ND4xJHJY0cPj4XHVYnlXbVndHL60sKdxxvh8XHb9+ZO+AMmhHKrqo2fXXq0voMfJG1zOW7UbB5V1bGZxVVx7KKs1Zl+3ChUzlTV0dMLjzveQdFez+/HbQPlSbX3zNdvsGKVdmerWIFXblQHLj6WHztAaHUUK2mXD9X4VcnIZoV2LoXvruxVtWOLm1idRo9HsDqnRKrRW0h/QPjErSR/SpK2D2KNdolUXPXPrOJnMBRkZajaPy87ViV5AVZmqsmVxA95cfmsbFQD54QxpBxttwcZZKEaWWB6hBBaxQN8+qq9i7SXeImadX9G2qqBK3Ws1ki7Y85PSVdVPRt7qChTT53DFFNVnTLyGBHOOVAiRdXEY6zQaA37cTA11agwct5QC9YPS0k1sMj+nBtXfTAt1dH/YF1pdD4dVf9CaneU3Voqqol1rCitJs2r+udTvaPsVoyrxvXeuieqLh58xKqqzaV+R9mNGlWNPcUqUm7apGrG4Ivzji2YU1Wv4/bp99iYavAebp5BO6ZUB1J4eR7f1/jXi0c1yfvxkWr38a8Xi+p8Jg/ofg/wrxeDqraEW2bWQ/zrpa8aeoQbxvb0TLQr+A5TwhZoqw52fdfxdAiL+o3iW0yxq8aEySWiSVDcKu7fwGSonKsSorhVvI+BSVHcKtbnq8SoPKuSo7hVwmvQ5CoNFLeKMGsHUaWD4lapzNrRMS0Us6rO9U5kVAvFrFpnUu3p+plfRxSz6iGPqio87UXrjGJWLfOoFrBobF1QzKprLCpvHpm4uqGYVRc4VEe6fULWFcWs+oRBtb/bw193FLPqiL5qQDYZa6jguKmYeFUj2qpq9z2joUFu8nhVA9oqYQZCsbRVb7T39JzGQp0SVOLUzayqF7qqA5TxzFFVTRwCyqrS3StXJQ2hiKhqdxu45MeqmtVUXcQinQuranebhlXH9VSjtPH0IZWFMq0a0lJViaNmgyobZVi1oTcyQZywWV5A5aAMq6zHIg2VZHJteb7KRRlWXdJR1ci7sj0VUIZVkzqqOXy7e21VG2VYtUdDNU7f8QaVhzKrWrdWl1TVrzDmxVX5KLOq29bqkqrov39QBVBmVRes1SVUDascz2argiizqiPW6hKqlPb8WqoQyqiqMWCtLpnqoNI++pEIyqjKmSI/mUoYpdGxkQjKqOqyvbpEqiP4DrHRCMqoyvmQJJHqCb5DTFjcoMp+tkqmmsI3EmdQNe+sLoGqpj062KDKPYY9geocrk+eOdW2ewCWumqg656qrplTLbmrU1cxDDkypzrhrk5ZNcRwVJgxVR0zKCirLuNanYyp7mJ1qqrqBq7VyZhqGqtTVZ3ClVqZUjWst8FOqiphNFeSTKnuY22qKpymQjNTqlNYm6rqZ7hOL0OqDW+SCzXVIM/BvoZUzpsQJzXVBVylmRnVjr/7WU3FdNSbGdUtrMtKSXUc1+hmRjWOdVkpqdTe2MdnRBU8p5+KaoTrOAkjqtNYlZ2KirC7npYJ1VZwF7qKiu3gIxOq4OkXVVQcf9FuBlS7oXn3FFSX8LV+BlThwQ4KKsXPyzpkQBU+qzNdNcx3pBi/qv12EdFVXYc20mNX7banLEJ0FeMxpeyq6NmbyapBxkOauVX1vVhNO7JK+2PoQNyqK1iLF1m1jK84YlZt2zviQlFVNc5JvJhV4iyGVNUkvmCJV7UuDqKkqrqOw1eJ
b10 = b'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
b11 = b'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
b12 = b'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
b2 = b'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b9 = b'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
g0 = b'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
g1 = b'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
g10 = b'iVBORw0KGgoAAAANSUhEUgAAANUAAAFACAMAAAAcQsn1AAAABGdBTUEAALGPC/xhBQAAAwBQTFRFAAAAVapVVqpWWKtYWaxZWqxaXK1cXa5dXq5eYK9gYbBhYrBiZLFkZbJlZrJmaLNoabRparRqbLVsbbZtbrZucLdwcbhxcrhydLl0dbp1drp2eLt4ebx5erx6fL18fb59fr5+gL+ArKyssLCwt7e3uLi4ubm5urq6vb29gcCBgsCChMGEhcKFhsKGiMOIicSJisSKjMWMjcaNjsaOkMeQkciRksiSlMmUlcqVlsqWmMuYmcyZmsyanM2cnc6dns6eoM+godChotCipNGkpdKlptKmqNOoqdSpqtSqrNWsrdatrtausNewsdixstiytNm0tdq1ttq2uNu4udy5uty6vN28vd69vt6+wMDAwsLCw8PDxMTEyMjIysrKy8vLzMzMz8/PwN/A0NDQ09PT1NTU1dXV2NjY2dnZ2tra29vb3d3d39/fweDBwuDCxOHExeLFxuLGyOPIyeTJyuTKzOXMzebNzubO0OfQ0ejR0ujS1OnU1erV1urW2OvY2ezZ2uza3O3c3e7d3u7e4ODg4+Pj7fbt7vbu8/Pz8Pfw9vb29/f38fjx8vjy9Pn09fr19vr2+Pj4+fn5+Pv4+vr6+/v7+fz5+vz6/Pz8/f39/f79/v7+////AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAji4xRwAAAQB0Uk5T////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////AFP3ByUAAAAJcEhZcwAADsIAAA7CARUoSoAAAAAYdEVYdFNvZnR3YXJlAHBhaW50Lm5ldCA0LjEuNWRHWFIAABaPSURBVHhe3Z37QxRHnsDTg4P4QlEUJUFh77EXjFl8EUEIPoKiRAxrlN175zZ3t7cn4iMajc94BzEnj102jBn6j62bnvlOVXV/v1VdVd3T07OfX4CqmqE/0z3d9fzWeyw7fArIS5csrbJDZ/UOPs58svk/cJgESit4bb6BY0UorOBV+efdX8ERh6Cs8n3lRdmEo5YhrKB06/AjHLggavWPULK1+BqOvk7Y6u9b70TV+AEEgLDVT1Co9Qh/u0JWm1CkJQGHKrIVZLcqYBEgWUFm6wIeFYRVS19+NcBEsvoj5LQyP/8JZLgVZLQ24MKtILnV+c+aDVhBYutT09FbrdyfHOzsKOaLjp39FxaW4Aij1HRqVpAUgY0WvbzSdvoFfdOu+qitln4Fb5BX+snD/olbQYLM5vw2eHF+aZ8tw9HKaKw2z8Er880pooH7f2AFf0psTsDL8s5JQqtm9Vv4S+IivCj/DON7xv9Wrf4EfwmewEtagdtwzIJKU6tiBX8IVvfAK1Rs2QK/5IAOfPy0lfpL1dY7Mvt8tXLnKa+9vDHamwu543DUgsDqv+B3zmo7lI/ywa01KAJs3D4MWU2kgE5LYIXuIteheJitY68hPwQb74ACTeMCHIqgYgW/CbqhdIgTqoqX//Y0FGkW20pwJBzCagkKy+y8C5kkD3ZBsSaBLiLC6hsoK3HqLeQpWB6Ggs3hSzgMDmF1GcoKpiFHwwwUbQqjcBAcwgp97jcgQ8utApRuAh/CMXAIqxNQts4spAuW2WLwzArzJRRvAn1wCBzCagjKAlOQDDy5MLgjSG4/NhN55XS1eDP4AI6AE2s1IJ+U5Wuhu/6uqdBT+SNIzhxrq3Y5e6F6lmSOQk4V1qznsbWV9KV6E7k0K/QuQ16NZn21bK36xfXH9kKaICLl+x9CRsbYWolMthuSBEjKZ5CTMZZWRyDJ99f3Q5IAS/n+IORli6XVPCT5/hikCCgp/y5kZoud1Q5eGX4EKYKQ1CL89Es7ITtT7KxEw6UXUjghqem9XH8S8jPFzuoZpPgPIYETkrrqeXfgV/97KJApVlYFXnOI3gSiUt4g/O6X2molMsXKaj8k+GuRQ0VSUt/BwWqJbLGyOg0J/n1IAEJSV2pp/G55pvZ3plhZzUCCfwESalBS3jn42/8CErLEyor3VZyEhCohqSlI9AYgwX8ACVniZtUHCQG0lNcLKVSvR8Nxs5LuAAoprxuSWvJcqaS8vZCWf6t7kCAaGEoprx8S8281Bwn+WUhQS3mfQKo/DwlZYmXF79Y3a39rpESXYTPG86ys+FVVawzqpESncDNaWFZWHbx5H/QshaSi/budkO77qMMmA6ysRPv+84jUJSjA+QwymtPGt7Pit4ulol6q+AZymnKzsLQSPb1zWilxX/EHICVT7KykLiYJLNW1CllN6mSytBqHJBnchi88hyzfb86MGkurjsjodgWiY+I6ZPn+enPmPllaeVchjUNISWWuQVLG2FptieRiqaI0fMmaNJ3Q1srrC42+YalD0svLzZp8YW0lmvkVynNdkAp0zcqTAprRuK9ib1UM5Zcfn+SDVB1D86GJDs26/lysvM5IgTKbm750fnr+eWTuBoub0mXFzkMfHT85fGZ0bGJ85PTQfv1QuoOVt4/3outYwoMm9mzvOXpmcvb+Sxb5xPzVp9dO4vGzOi5WXhcqgmH7oLAj2wYn77MNeDMFb68r/omTldf5ArKUvOqEog5s7b+wYPC5BZQfHYMXhXCz8grn1yGTZOOi4xSSYt/EbYZmbmhh5/A8P0crz+vm4yOY5+QktVg6xx5Fvz5GMNQucLbyCmcVVwkbczlRPZMv7c6RRHk2crrcrSoMLKDPtrTgMGxfOHJN8QmZwsK1mERWlafIp1+JqZ9lNj9hP2Ba/PgWbzi7U74mXyAJrQKKfWdGR8+eHelzqUr0zuG2jRvzklYKVu60Dcc+ISyQtJpo1XlFOXPXDaHVNKv+u053cS1cqzlWxVFy0nhi5uD9m2G185rc7ZYqMAiavVV7eGZkurytPVmytmobT/kWEaE2Wpax1Qn05mnzSfBvMrXqfwnv2EBWgiZQhlY9D+H9Gsvtyr/KzKrzlnOV3I5g7l5GVoUL2lZmqlzKyqpbDCc0nsW2bKwmsjtRASezsOp6Cu+TFc8ysBprYFVCwYFGW+1+DG+SJWMNthrhQ6lZcquhVruyee4iWCOt+hpbkVXzjk/iqZOe1XBML3kDGYGfnLSsCp/Dq5uBPHJYJSWrjm/gxU0B/fN0rPaiN8kU9NxPxWqgYR0TZqBuxjSsxtLvFLPDZMW6pVUhbpH0Jns0Nz1x8uiH/QODQ2NTNx+mHqMVKSS26ngCLyNhcxNH8MrU4vtnb7xOMbBf6ueqQ911Xnp8Tjdc1zn6IK0Wyyv4yUlopZZ6/kn86uHi0MNU+gFQr08yK5XU6mwPlIij62oK9SzU9E5kpZB6e14VeIai7Qw6AltSfV7RUquXbReub5lIOPqIblgJrEipdzPbIduG9slEN45v4SfH3YqUYmixqiF7k/R
g11 = b'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
g12 = b'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
g2 = b'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
g3 = b'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
g4 = b'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
g5 = b'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
g6 = b'iVBORw0KGgoAAAANSUhEUgAAANUAAAFACAMAAAAcQsn1AAAABGdBTUEAALGPC/xhBQAAAwBQTFRFAAAAVapVVqpWWKtYWaxZWqxaXK1cXa5dXq5eYK9gYbBhYrBiZLFkZbJlZrJmaLNoabRparRqbLVsbbZtbrZucLdwcbhxcrhydLl0dbp1drp2eLt4ebx5erx6fL18fb59fr5+gL+AgcCBgsCChMGEhcKFhsKGiMOIicSJisSKjMWMjcaNjsaOkMeQkciRksiSlMmUlcqVlsqWmMuYmcyZmsyanM2cnc6dns6eoM+godChotCipNGkpdKlptKmqNOoqdSpqtSqrNWsrdatrtausNewsdixstiytNm0tdq1ttq2uNu4udy5uty6vN28vd69vt6+yMjIzMzMzs7OwN/A0dHR2dnZ29vb39/fweDBwuDCxOHExeLFxuLGyOPIyeTJyuTKzOXMzebNzubO0OfQ0ejR0ujS1OnU1erV1urW2OvY2ezZ2uza3O3c3e7d3u7e4ODg4uLi4+Pj5OTk5eXl5ubm5+fn4O/g6Ojo6enp6urq6+vr7Ozs7e3t7u7u7+/v4fDh4vDi5PHk5fLl5vLm6PPo6fTp6vTq7PXs7fbt7vbu8PDw8/Pz8Pfw9fX19vb28fjx8vjy9Pn09fr19vr2+fn5+Pv4+vr6+fz5+vz6/Pz8/f39/f79/v7+////AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAzLH1jAAAAQB0Uk5T////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////AFP3ByUAAAAJcEhZcwAADsIAAA7CARUoSoAAAAAYdEVYdFNvZnR3YXJlAHBhaW50Lm5ldCA0LjEuNWRHWFIAABQfSURBVHhe3Z39QxRHnoe3B3kxKBoXg0FREaOLwaAiBoNCSFASBXV3c7cr51tEDZwc3Nte9jZxT5R1lKx3mTBHGHfsf9Xtnv5MdXXXS1dV98x0+/ziTHXNUI/TXd319q1fvFHArhf4e7FRsvrzH+vEn6p899133z969Oh/Avzw6HuH7/7jv/71dyiYCKkV/gdTCgrJQ2j1Cp9NNT+jsGEEVvhUBkCBg3Ct8IGM8AeUmoJjhcwZAgX3YawycT2FQdkJIat/RLasgeJXCVr9OzJlEBh4BKz+jByZBA4VaKu/4nhGgYULZfUDjmaWP0GEtvoDjmWY30PFt/oHHMk0v4FM1erXSM84sKlavUZyxvk/z6ZqhdTM89uKDayQFqa8MHW8c2tLc6poae86Nb0sOrkqOjKrn6Z2Waml+9omihnkj66OZ4WUAOWLLfiClNI+y/29pFar+/HhFPPhjygszaOqFd7TzKf8h/LoWEVxacRW2ZDia/2byGoxI1KOVh5F9nntWeGdz0YnPpMB+tgqQ2A1gk+EyDXjRaqYRqF9KlZ47bOI/BQtAxe/WXdq+/WH491ISgstL1FsAt/qI+QndF5yjAgvrryL9HTwGcrlw7Naa0J20Ha1jCNVNs7lcCwNdJRQLIJj9d94SfgcuUEfW8vY9vJeHE0Dt1EogmP1M14SDiOzx+nwD+VR/hDHU8BZlIngWOEV4fU7yFxBIGXbpV7kaDz7USQCx2oVeSscF0nZ9vr7yNNwmkP9zW4diJeE+8jrsoOu+8Ks7UCuhvMCJSKwVneQ1eUe0jzWn/+EVx43kKvhMA+DrNVtZHUYQJLL87F2J+W9c/Q3pOUcfIryEKRW/4wkp244Vb1DNV+onsUPg5VlA9Gy6kaKI9WPJJfBSg2SHidNK/LcWKalLOt8upw0rb5Fin0XCSB3NVVOelb+beADpKQVHaseJATvy2lEx4rU69eQkFp0rE4gwZ6qvM11dO7Z7d6z0oeO1Skk2JPOo9OpG4XK6+e3x9LVZnQxszq6hFcVynf6kCMtGFlt4F+fuQ7kSQdGVhwKg8iUCpKysu3zyJUGkrNKk1aCVvYp5Gs8SVoVU1PFx7FaW3yw6N20wANkbDjmVg+Oue3GLYOLeO9yzMvYcEytCj1ItKwPikiz7XkkNRpDqwI9ZNDra3UhqcGYWZWC4yCHSCfhRaQ0GDOr60ipQjrUFpDQYMys/IvK4yjS7WI6xkaMrJaQQMg9w5GUXFhGVleQ4HMHR+xDSGgsRlZeW5jmOo7YR5DQWHSsBpFgTyPB5yaO2OloP+pYkToh1B3o8C84Yu9DQmPRsdqBBPtVeEhnDw7Yr9IxV0HHylpDSnik2JpBuv0YCQ1Gy+ouUuyXbUjx2E46Mq4ipcFoWfm34UVaa9sKUtNSBepZNfutKUqLklpNybQLLSvrApIc8ue8of3tE+Rqs+3RSlLj0bPaRjd9N2cnRidu0vNQ8sHLLUlaOnv7Bz46cWr4zMjpwYH9ERP79Kys40jjk/gtuHnXgYGzF2cfPPVbcB6vHl87s28LcrFoWvkPERzYRw5zmrpPX1kKdIqwlOaOCK5jXau2h0hlmUvoDpzrOnl5kT+Lm2H1E+5Jr2sl1kpEqnPwi4Xw2SanOLMbn6XQtrLavkZ6kNnYUs1Hr1DVqTqlidBMPxMr52bMTvt5GbfPbOvgLb3fiGYp3FY1sbJ2TAdLUJiKN+S4c+QBM1FRi9JYsNowsnJOw5GH1eu5OD8U6+R7f2IZ3xSHxUBvuKGVQ27PqU/Onx3sivWQ1H7+L/grccnTC3PMrRJAtAzHCFqrcVZNg+JbnxGUVqOsOuiH4oTwtRpjdTDwUJwY+eqYewOscieTqPS4VLuJ6m911G9kJg8Gcett1bOAb60N617vV32tOmUNmUTwJnTX02rbdE3qiCDD7l+qn1XLhPnjqwZFt8FVL6umM8nfn/i4K+DqZNXzBF9We546f64uVlsuiFeXJM8H9bHaW8s7FItzK669VdNndaj5aMq7am+1p2aPR0Ima22VG6/zD+XysMZWu+lJTnVjs6mWVrnRBJu6OrxfQ6tWMl2h3gzVzmpXfetzmpmaWfXyAmjUiaVaWQ03oO4jlGpjlbuMzzYIvdWaimx9gI82ilpY7eZEOakvTIdwfKsjspXSHoX7n584duRQ7+H+T6Yf5JMPPpa81Vl5q6O8cHEgFKuq5VczzGLseCRudR6f4lMQRd/a81mSd4Kkryup1LdDkhkFzcPJXY4JW8mk5g8ik4hcf1JeyVpJpDZHFAa6mhNqYSZqJZF6qBjRqctf6h+DJK3EUqVR5RHJ3CQ+E4cEn5jEUs+15oOfiH0WFpKzkkj9ElkUORi3kl9JzCo5KcvqZKJf6XE/KasRZGbRl7Ks7nhd8tcSsuoTRnE3kXK+L9a1NZmMVadwztvme8iiiXwiYgQfJ2LVxnwLwXjOKhsvT51jSVjlgvGMaBaMZ860xHh66knC6ktkZNkwuqg8DpiPo+xMwMqf5c7wMbIYcRFfok8CfbcHxNXVN8Lzb9uxyfur
g7 = b'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
g8 = b'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
g9 = b'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y8 = b'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
y9 = b'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



Update = lambda elem, value: window.Element(elem).Update(value)

class BadInputError(Exception):
    pass


class Player():

    def __init__(self, name):
        self.id = None
        self.name = name
        self.type = 'Human'
        self.hand = Hand()
        self.legalCards = []
        self.wildCards = []
        self.valueChangeCards = []
        self.zeroCards = []
        self.canSkip = False
        self.canReverse = False
        self.canDrawTwo = False
        self.canDrawFour = False
        self.canValueChange = False
        self.drew = False
        self.scrollMax = 0
        self.points = 0
        self.forceDraw = 0

    def addCard(self, card):
        self.drew = True
        if self.forceDraw > 0:
            self.forceDraw -= 1
            self.drew = False
        self.hand.addCard(card)

    def beginTurn(self):
        self.drew = False

    def didDraw(self):
        return self.drew

    def getLegalCards(self, color, value, zeroChange=False):
        self.canSkip = False
        self.canReverse = False
        self.canDrawTwo = False
        self.canDrawFour = False
        self.canValueChange = False
        self.canZeroChange = False
        self.legalCards = []
        self.wildCards = []
        self.valueChangeCards = []
        self.zeroCards = []
        plusFours = []
        for card in self.hand:
            if card.isWild():
                if card.getValue() == '+4':
                    plusFours.append(card)
                else:
                    self.wildCards.append(card)
            elif zeroChange and card.isZero():
                self.canZero = True
                self.zeroCards.append(card)
            elif card.getColor() == color or card.getValue() == value:
                if card.getColor() != color:
                    self.canValueChange = True
                    self.valueChangeCards.append(card)
                if card.getValue() == "+2":
                    self.canDrawTwo = True
                elif card.getValue() == 'R':
                    self.canReverse = True
                elif card.getValue() == 'X':
                    self.canSkip = True
                self.legalCards.append(card)
        if len(self.legalCards) == 0 and len(plusFours) > 0:
            self.canDrawFour = True
            self.wildCards += plusFours

    def getValidCards(self):
        return self.legalCards

    def getAllValidCards(self):
        return self.legalCards + self.wildCards + self.zeroCards

    def hasLegalCard(self):
        return len(self.legalCards) > 0

    def addPoints(self, amount):
        if (self.points + amount) <= 999999999999999999999:
            self.points += amount

    def removeCard(self, index):
        return self.hand.removeCard(index)

    def assignID(self, identity):
        self.id = identity

    def getName(self):
        return self.name

    def getID(self):
        return self.id

    def getPoints(self):
        return self.points

    def getType(self):
        return self.type

    def getCardNum(self):
        return len(self.hand)

    def getHand(self, scrollNum=0, hide=False):
        return self.hand.show(scrollNum, hide)

    def getForceDraws(self):
        return self.forceDraw

    def addForceDraw(self, num):
        self.forceDraw += num

    def decreaseForceDraw(self):
        self.forceDraw -= 1

    def removeForceDraw(self):
        self.forceDraw = 0

    def checkCard(self, index):
        return self.hand.getCard(int(index))

    def discardHand(self):
        self.hand.discard()

    def __str__(self):
        return self.name

    def __repr__(self):
        return '({},{})'.format(self.name, self.points)


class Hand():
    ''''deck' (Deck) : Card's Color (rgby)
       'numberOfCards' (int) : Card's Value (0-9, R, X, W, +2, +4)'''

    def __init__(self, deck=None, numberOfCards=0):
        self.hand = []
        if deck != None:
            self.draw(deck, numberOfCards)

    def __iter__(self):
        return iter(self.hand)

    def __len__(self):
        return len(self.hand)

    def __getitem__(self, item):
        try:
            return self.hand[item]
        except:
            return ''

    def addCard(self, card):
        self.hand.append(card)

    def removeCard(self, index):
        index = int(index)
        if (0 <= index < len(self)):
            return self.hand.pop(index)

    def discard(self):
        self.hand = []

    def show(self, scrollNum=0, hide=False):
        return ''

    def getCard(self, index):
        return self.hand[index]

    def indexCard(self, card):
        return self.hand.index(card)


class GameSettings():
    playerIdentities = ('play1', 'play2', 'play3', 'play4')
    computerNames = ('Watson', 'SkyNet', 'Hal', 'Metal Gear')

    def __init__(self):
        self.playerStaging = []  # Where Player Objs Are Stored Before Game Starts
        self.players = {}  # ID : Player Obj
        self.numPlayers = 0
        self.useColor = True
        self.displayEffects = True
        self.hideComputerHands = True
        self.zeroChange = False
        self.computerSimulation = False
        self.mainMenuError = ''
        self.computerSpeed = 'normal'

    def canAddPlayer(self):
        return (self.numPlayers < 4)

    def canRemovePlayer(self):
        return (self.numPlayers > 0)

    def canBegin(self):
        return (self.numPlayers > 1)

    def addPlayer(self, player):
        self.playerStaging.append(player)
        self.numPlayers += 1

    def removePlayer(self, number):
        number -= 1
        del self.playerStaging[number]
        self.numPlayers -= 1

    def clearStaging(self):
        self.numPlayers = 0
        self.playerStaging = []

    def finalizePlayers(self):
        self.players.clear()
        identity = 0
        for player in self.playerStaging:
            playerID = GameSettings.playerIdentities[identity]
            player.assignID(playerID)
            self.players[playerID] = player
            identity += 1

    def getPlayerNum(self):
        return self.numPlayers

    def getComputerName(self):
        complete = False
        index = self.numPlayers
        while not complete:
            name = self.computerNames[index]
            complete = True
            for player in self.playerStaging:
                if player.getName() == name:
                    index += 1
                    if index >= len(self.computerNames):
                        index = 0
                        complete = False

        return self.computerNames[index]

    def getRandomIdentity(self):
        '''For Getting a Random Player for First Turn.'''
        return random.choice(self.players.keys())


    def changeComputerSpeed(self):
        return



class Deck():
    ''''shuffle' (bool) : shuffle deck.'''

    colors = ('red', 'yellow', 'green', 'blue')
    values = ('0', '1', '2', '3', '4', '5', '6', '7', '8', '9', 'X', 'R', '+2')

    def __init__(self, populate):
        '''Initializes proper deck of 108 Uno Cards.'''
        self.deck = []
        if populate:
            self.populate(True)

    def __getitem__(self, index):
        return self.deck[index]

    def populate(self, shuffle=True):
        for color in self.colors:
            for value in self.values:
                self.deck.append(Card(color, value))
                if value != '0':
                    self.deck.append(Card(color, value))
        for i in range(4):
            self.deck.append(Card('wild', '+4'))
            self.deck.append(Card('wild', 'W'))
        if shuffle:
            self.shuffle()

    def __iter__(self):
        return iter(self.deck)

    def __len__(self):
        return len(self.deck)

    def draw(self):
        return self.deck.pop()

    def place(self, card):
        return self.deck.append(card)

    def insert(self, card):
        self.deck.insert(0, card)

    def shuffle(self):
        random.shuffle(self.deck)


class ComputerPlayer(Player):

    def __init__(self, name):
        super().__init__(name)
        self.type = 'Computer'
        self.begun = False
        self.colorsInHand = {'red': 0, 'blue': 0, 'green': 0, 'yellow': 0, 'wild': 0}
        self.colorsOutHand = {}
        self.currentColor = ""

    def addCard(self, card):
        Player.addCard(self, card)
        color = card.getColor()
        self.colorsInHand[color] += 1

    def indexCard(self, cardColor, cardValue):
        for card in self.hand:
            if card.getValue() == cardValue:
                if cardValue in ('+4', 'W'):
                    return self.hand.indexCard(card)
                else:
                    if card.getColor() == cardColor:
                        return self.hand.indexCard(card)
        raise ValueError("Card Cannot Be Found")

    def think(self, match):
        card = None
        self.currentColor = match.currentColor
        currentValue = match.currentValue
        zeroChangeRule = match.zeroChange
        twoPlayers = False
        previousTurnID = match.getNextTurn(True)
        nextTurnID = match.getNextTurn(False)
        previousPlayer = match.getPlayer(previousTurnID)
        # nextPlayer = match.getPlayer(nextTurnID)
        if previousTurnID == nextTurnID:
            twoPlayers = True
            if self.canSkip == False and self.canReverse == True:
                self.canSkip = True
            self.canReverse = False

        self.getLegalCards(self.currentColor, currentValue, zeroChangeRule)

        ### DRAW CASE ###

        if len(self.legalCards) == 0 and len(self.wildCards) == 0:
            return "d"

        else:

            ### NO LEGAL CARD, USE WILD CARD ###

            if len(self.legalCards) == 0:

                if zeroChangeRule and self.canZeroChange:
                    bestZeroColor = self.getBestColor(self.zeroCards)
                    card = self.getCardByColor(self.zeroCards, bestZeroColor)

                else:

                    if self.canDrawFour:
                        card = self.getCardByValue(self.wildCards, "+4")
                        # print(card)

                    else:
                        card = random.choice(self.wildCards)

            else:

                ### HAS LEGAL CARD ###

                if twoPlayers and self.canSkip:  # Always play a skip card in a two player game
                    # print("Shed Skip Strategy")
                    card = self.getCardByValue(self.legalCards, "R", "X")

                if self.canReverse and previousPlayer.didDraw():
                    # print("Reverse Strategy")
                    reverseCards = self.getAllCardsByValue(self.legalCards, "R")
                    for reverseCard in reverseCards:
                        if reverseCard.getColor() == self.currentColor:
                            card = reverseCard

                if self.canValueChange:
                    # Computer Can Value Change, However, Should it?
                    # Computer Checks to See if Value Change Color is Better Than Current
                    currentColorNum = self.colorsInHand[self.currentColor]
                    bestValueChangeColor = self.getBestColor(self.valueChangeCards)
                    if self.colorsInHand[bestValueChangeColor] > currentColorNum or len(self.valueChangeCards) == len(
                            self.legalCards):
                        card = self.getCardByColor(self.valueChangeCards, bestValueChangeColor)

                if card == None:
                    # print("Random Strategy")
                    card = random.choice(list(set(self.legalCards) - set(self.valueChangeCards)))

        color = card.getColor()
        self.colorsInHand[color] -= 1
        return str(self.indexCard(card.getColor(), card.getValue()))

    def getWildColor(self):
        maxKey = max(self.colorsInHand, key=self.colorsInHand.get)
        if maxKey == 'wild':
            return random.choice(('r', 'g', 'b', 'y'))
        else:
            return maxKey

    def getCardByValue(self, cardList, *values):
        for card in cardList:
            if card.getValue() in values:
                return card

    def getAllCardsByValue(self, cardList, *values):
        cards = []
        for card in cardList:
            if card.getValue() in values:
                cards.append(card)
        return cards

    def getCardByColor(self, cardList, *colors):
        for card in cardList:
            if card.getColor() in colors:
                return card

    def getBestColor(self, cardList):
        bestColor = None
        bestColorNum = 0
        for card in cardList:
            color = card.getColor()
            if self.colorsInHand[color] > bestColorNum:
                bestColor = color
                bestColorNum = self.colorsInHand[color]
        return bestColor


class Card():
    '''
    'suit' (string) : Card's Color (rgby)
    'rank' (string) : Card's Value (0-9, R, X, W, +2, +4)
    '''
    # 11 = reverse, 12 = +2
    # 0-9, X, R, W, +2, +4
    # '0', '1', '2', '3', '4', '5', '6', '7', '8', '9', 'X', 'R', '+2', '+4', 'W'
    green_dict = {'0':g0, '1':g1, '2':g2, '3':g3, '4':g4, '5':g5, '6':g6, '7':g7, '8':g8, '9':g9, 'X':g10, 'R':g11, '+2':g12, '+4':plusfourgreen, 'W':wildgreen}
    red_dict = {'0':r0, '1':r1, '2':r2, '3':r3, '4':r4, '5':r5, '6':r6, '7':r7, '8':r8, '9':r9, 'X':r10, 'R':r11, '+2':r12, '+4':plusfourred, 'W':wildred}
    blue_dict = {'0':b0, '1':b1, '2':b2, '3':b3, '4':b4, '5':b5, '6':b6, '7':b7, '8':b8, '9':b9, 'X':b10, 'R':b11, '+2':b12, '+4':plusfourblue, 'W':wildblue}
    yellow_dict = {'0':y0, '1':y1, '2':y2, '3':y3, '4':y4, '5':y5, '6':y6, '7':y7, '8':y8, '9':y9, 'X':y10, 'R':y11, '+2':y12, '+4':plusfouryellow, 'W':wildyellow}
    green_cards = [g0, g1, g2, g3, g4, g5, g6, g7, g8, g9, g10, g11, g12 ]
    red_cards = [r0, r1, r2, r3, r4, r5, r6, r7, r8, r9, r10, r11, r12 ]
    blue_cards = [b0, b1, b2, b3, b4, b5, b6, b7, b8, b9, b10, b11, b12 ]
    yellow_cards = [y0, y1, y2, y3, y4, y5, y6, y7, y8, y9, y10, y11, y12 ]
    wild_card = wild


    colors = {
        'red': '\033[91m',
        'green': '\033[92m',
        'yellow': '\033[93m',
        'blue': '\033[94m',
        'purple': '\033[95m',
        'cyan': '\033[96m',
        'white': '\033[97m',
        'wild': '',
        'dwild': '',
        'dred': '\033[31m',
        'dgreen': '\033[32m',
        'dyellow': '\033[33m',
        'dblue': '\033[34m',
        'dpurple': '\033[35m',
        'dcyan': '\033[36m',
        'dwhite': '\033[37m',
    }

    idMap = {
        'red': 'R', 'blue': 'B', 'green': 'G', 'yellow': 'Y', 'wild': 'W',
        '0': '0', '1': '1', '2': '2', '3': '3', '4': '4', '5': '5', '6': '6', '7': '7', '8': '8', '9': '9',
        '+2': '+', 'R': 'R', 'W': 'W', '+4': '$', 'X': 'X'
    }


    def __init__(self, color, value):
        '''Initializes Uno Card w/ Color and Value.'''
        self.wild = False  # Is wild card?
        self.zero = False
        self.cardID = '{}{}'.format(self.idMap[color], self.idMap[value])
        self.setColor(color)
        self.setValue(value)
        self.setPoints(value)

    #############################################

    ### -\/-  Retrieve Card Information  -\/- ###

    def __repr__(self):
        return "{},{}".format(self.color, self.value)

    def getBigNum(self, reverse, reverseSeed=0):
        '''Returns list of strings to draw card's value on the pile.'''
        return ''

    def getColor(self):
        '''Returns card's color.'''
        return self.color

    def getColorCode(self):
        '''Returns card's color code.'''
        return self.colorCode

    def getValue(self):
        '''Returns card's value.'''
        return self.value

    def getPoints(self):
        '''Returns card's point value.'''
        return self.points

    def getRow(self, rowNum, hide=False):
        return

    #############################################

    ### -\/-  Set Card Information  -\/- ###

    def setColor(self, color):
        '''Sets Card's color and escape code.'''
        if color == 'blue':
            self.color = 'blue'
            self.colorCode = self.colors['blue']
            self.colorCodeDark = self.colors['dblue']
        elif color == 'red':
            self.color = 'red'
            self.colorCode = self.colors['red']
            self.colorCodeDark = self.colors['dred']
        elif color == 'yellow':
            self.color = 'yellow'
            self.colorCode = self.colors['yellow']
            self.colorCodeDark = self.colors['dyellow']
        elif color == 'green':
            self.color = 'green'
            self.colorCode = self.colors['green']
            self.colorCodeDark = self.colors['dgreen']
        elif color == 'wild':  # No color modification
            self.wild = True
            self.color = 'wild'
            self.colorCodeDark = self.colors['dwild']
            self.colorCode = self.colors['wild']

    def setValue(self, value):
        if value in ('0', '1', '2', '3', '4', '5', '6', '7', '8', '9', 'X', 'R', '+2', '+4', 'W'):
            self.value = value
            self.displaySpace = ' '
            if len(value) == 2:
                self.displaySpace = ''
            if value == '0':
                self.zero = True

    def setPoints(self, value):
        if value in ('0', '1', '2', '3', '4', '5', '6', '7', '8', '9'):
            self.points = int(value)
        elif value in ("W", "+4"):
            self.points = 50
        else:
            self.points = 20

    #############################################

    ### -\/-  Wild Card Methods  -\/- ###

    def changeColor(self, color):
        '''Changes Card's Color, Intended for Wild Cards.'''
        self.setColor(color)

    def isWild(self):
        '''Returns if card is a wild card.'''
        return self.wild

    def isZero(self):
        return self.zero


class Match():
    elementsInit = {
        ### Names (final) ###
        'P1Name': '           ', 'P2Name': '           ', 'P3Name': '           ', 'P4Name': '           ',
        ### Card Values ###
        'P1Cards': '           ', 'P2Cards': '           ', 'P3Cards': '           ', 'P4Cards': '           ',
        ### Turn Colors / Hand###
        'P1Turn': '', 'P2Turn': '', 'P3Turn': '', 'P4Turn': '',
        'HName': '\t\t', 'HVisual': '', 'Hand': '',
        ### Deck ###
        'DNum': '', 'Deck': ['', '', '', '', '', '', '', '', ''],
        'PostDNum': '',
        ### Pile ###
        'uHeader': '\t\t\t\t', 'uMiddle': '   ', 'uLower': '   ',
        'oHeader': '\t\t\t',
        'oMiddle': ['\t\t\t', '\t\t\t', '\t\t\t', '\t\t\t', '\t\t\t', '\t\t\t', '\t\t\t', '\t\t\t'],
        ### Messages ###
        'Console': '', 'Error': ''
    }

    speeds = {'slow': 2, 'normal': 1, 'fast': 0}

    window = None

    def __init__(self, gs):
        ### Decks ###
        self.deck = Deck(True)
        self.pile = Deck(False)

        ### Player Information ###
        self.players = gs.players
        self.turnList = []
        self.handTitles = {'play1': '', 'play2': '', 'play3': '', 'play4': ''}

        ### Carry Information ###
        self.displayEffects = gs.displayEffects
        self.hideComputerHands = gs.hideComputerHands
        self.zeroChange = gs.zeroChange
        self.computerSpeed = self.speeds[gs.computerSpeed]
        self.simulation = gs.computerSimulation

        ### Data ###
        self.handPosition = 0  # For hand displays
        self.drawAmount = 0  # Used for force draws
        self.passes = 0  # Keep track of consecutive passes for emergency color change
        self.passMax = 0  # Max passes before color change
        self.turn = ''  # Current turn
        self.event = ''  # Wild, Reverse, Skip, etc
        self.wildColorChange = ''  # Specifies color to change wild card to
        self.currentColor = ''  # Current color
        self.currentValue = ''  # Current value
        self.winnerID = ''  # ID of Player who Won
        self.reverse = False  # Is turn order reversed
        self.turnComplete = False  # Is turn complete
        self.matchComplete = False  # Is the Game over?
        self.matchAbort = False  # Did the match conclude without a winner?
        self.forcedWild = False  # Force change wild

        self.max_cards_displayed = 0
        self.previous_card = None
        ### Initialize Names / Cards / Deck (Assuming New Game) ###
        self.elements = dict(self.elementsInit)

        keyStringName = 'P{}Name'
        keyStringCards = 'P{}Cards'

        for i in self.players:
            self.elements[keyStringName.format(i[-1])] = self.players[i].getName() + (
                        ' ' * (11 - len(self.players[i].getName())))
            self.elements[keyStringCards.format(i[-1])] = '  ' + (
                        ' ' * (3 - len(str(self.players[i].getCardNum())))) + str(
                self.players[i].getCardNum()) + ' Cards'

        self.elements['DNum'] = len(self.deck)

        if len(str(len(self.deck))) < 2:
            self.elements['PostDNum'] = '\t'

        j = 8
        for i in range(int(math.ceil(len(self.deck) / 12))):
            self.elements['Deck'][j] = '='
            j -= 1

        for key in GameSettings.playerIdentities:
            try:
                self.buildHandString(key)
                self.turnList += [key]
            except KeyError:
                pass

        self.passMax = len(self.turnList)
        # ----------------------------------------- Create the GUI window -----------------------------------------
        sg.SetOptions(background_color='black', element_background_color='black', text_color='white', border_width=0)
        Card = lambda image_data, key: sg.Button('', image_data=image_data, image_subsample=4, image_size=(60, 80), button_color=('white', 'black'), key=key)
        CardBig = lambda image_data: sg.Button(button_text='', image_data=image_data, image_subsample=1, image_size=(200, 300),
                                               button_color=('white', 'black'), pad=(0, 0))
        CardBig2 = lambda image_data: sg.Image(data=image_data, size=(100, 300), pad=(0, 0), background_color='black')

        Elem = lambda key: Match.window.Element(key)
        T = lambda text, key=None, font='Helvetica 16', **kwargs: sg.T(text, key=key, font=font, **kwargs )

        MyButton = lambda text, size=(6, 1), font='Helvetica 14', **kwargs: sg.Button(text, size=size, font=font, button_color=('white', 'green3'), **kwargs)
        OvalButton = lambda text, image_data, **kwargs: sg.Button(text, image_data=image_data, font='Helvetica 14', button_color=('white', 'black'), **kwargs)

        col_players = [
            [OvalButton('Quit', greenbutton, key='_QUIT_', visible=False)],
            [T('Player', '_P1_', text_color=yellow_color)],
            [T('Cards', '_C1_', text_color=yellow_color)],
            [T(' ' * 15)],
            [T('Player', '_P2_', text_color=red_color)],
            [T('Cards', '_C2_',  text_color=red_color)],
            [T(' ' * 15,'_S3_',  visible=False,)],
            [T('Player', '_P3_', visible=False)],
            [T('Cards', '_C3_', visible=False)],
            [T(' ' * 15, '_S4_', visible=False,)],
            [T('Player', '_P4_', visible=False)],
            [T('Cards', '_C4_', visible=False)],]

        col_cards_left = [
            [OvalButton('Draw', redbutton, key='_DRAW_')],
            [T('  '), Card(back, '_DRAW_')],
            [T('0 Cards Left', font='Helvetica 14', key='_CARDS_LEFT_')],
            [OvalButton('Pass', bluebutton, key='_PASS_')],]

        NUM_COLS = 10           # how many cards shown across bottom in 1 row
        NUM_ROWS = 4
        cards = []
        for j in range(NUM_ROWS):
            cards.append([sg.T(' ' * 5,font=('Any 5'))] + [Card(None, j*NUM_COLS+i) for i in range(NUM_COLS)])

        layout = [
            [sg.Column(col_cards_left),
             sg.Graph((400, 360), (0, 300), (400, 0), key='_GRAPH_', ),
             sg.Column(col_players)],
            [T(' ')],
            [T(' ')],
            [sg.T('', justification='center', size=(55, 2), font='Helvetica 18', key='_MESSAGES_')],
            [sg.T('', justification='center', size=(55, 2), font='Helvetica 18', key='_MESSAGES2_')],
                ]
        layout += cards

        Match.window = sg.Window('Uno',
                                 background_color='black',
                                 use_default_focus=False,
                                 disable_close=True,
                                 ).Layout(layout).Finalize()

    def clearShell(self):
        os.system('cls' if os.name == 'nt' else 'clear')

    def begin(self):
        self.elements['Console'] = 'Beginning Game, Click Draw to Deal.'
        self.drawScreen()
        self.enterBreak()
        self.eventDealCards()
        self.turn = random.choice(self.turnList)
        self.elements['Console'] = 'First turn will be {}. Click Draw'.format(self.players[self.turn].getName())
        self.drawScreen(True)
        self.enterBreak()
        self.placeCard()
        self.elements['P{}Turn'.format(self.turn[-1])] = '\033[93m'
        if self.event == 'wild':
            self.eventWildCard()
        elif self.event == 'reverse':
            self.eventReverse()

    def end(self, gs):
        if not self.matchAbort:
            points = 0
            self.elements['P{}Turn'.format(self.turn[-1])] = ''
            self.elements['Console'] = '{} Wins! Click Draw to Begin Point Tally'.format(
                self.players[self.winnerID].getName())
            self.drawScreen()
            self.enterBreak()

            for identity in self.turnList:
                if identity != self.winnerID:
                    self.turn = identity
                    self.elements['HName'] = self.handTitles[self.turn]
                    self.elements['P{}Turn'.format(self.turn[-1])] = '\033[93m'
                    while self.players[identity].getCardNum() > 0:
                        card = self.players[identity].removeCard(0)
                        points += card.getPoints()
                        self.elements['Console'] = '{} Won {} Points!'.format(self.players[self.winnerID].getName(),
                                                                              points)

                        keyStringCards = 'P{}Cards'
                        self.elements[keyStringCards.format(identity[-1])] = '  ' + (
                                    ' ' * (3 - len(str(self.players[identity].getCardNum())))) + str(
                            self.players[identity].getCardNum()) + ' Cards'
                        self.players[identity].maxScroll = math.ceil((self.players[identity].getCardNum() / 10) - 1)
                        if self.handPosition > self.players[identity].maxScroll:
                            self.handPosition -= 1
                        self.buildHandVisual(identity)

                        if self.displayEffects and not self.simulation:
                            self.drawScreen()
                            time.sleep(.1)
                    self.elements['P{}Turn'.format(self.turn[-1])] = ''

            self.players[self.winnerID].addPoints(points)
            self.elements['Console'] = '{} Won {} Points! Click Draw'.format(self.players[self.winnerID].getName(),
                                                                              points)
            self.drawScreen()
            self.enterBreak()

        gs.clearStaging()
        for identity in self.turnList:
            self.players[identity].discardHand()
            gs.addPlayer(self.players[identity])
        return gs

    def adjustCardAmount(self, playerID):
        keyStringCards = 'P{}Cards'
        self.elements[keyStringCards.format(playerID[-1])] = '  ' + (
                    ' ' * (3 - len(str(self.players[playerID].getCardNum())))) + str(
            self.players[playerID].getCardNum()) + ' Cards'
        self.players[playerID].maxScroll = math.ceil((self.players[playerID].getCardNum() / 10) - 1)
        if self.handPosition > self.players[playerID].maxScroll:
            self.handPosition -= 1
        self.buildHandVisual(playerID)

    def buildHandString(self, playerID):
        playerName = self.players[playerID].getName()
        if len(playerName) < 9:
            self.handTitles[playerID] = "{}'s Hand\t".format(self.players[playerID].getName())
        else:
            self.handTitles[playerID] = "{}'s Hand".format(self.players[playerID].getName())

    def buildHandVisual(self, playerID):
        string = '['
        for i in range(self.players[playerID].maxScroll + 1):
            if i == self.handPosition:
                string += '|'
            else:
                string += '-'
        string += ']'
        self.elements['HVisual'] = string

    def checkInput(self, playerInput):
        if playerInput == '':
            return {'valid': False, 'entry': playerInput}
        if playerInput.isnumeric():
            if int(playerInput) + (10 * self.handPosition) < self.players[self.turn].getCardNum():
                return {'valid': True, 'entry': str(int(playerInput) + (10 * self.handPosition)), 'type': 'card'}
            else:
                self.elements['Error'] = '{} is not a card.'.format(playerInput)
                return {'valid': False, 'entry': playerInput}
        else:
            playerInput = playerInput.lower()[0]
            if playerInput in ['<', '>', 'u', 'd', 'p', 'q', 's']:
                return {'valid': True, 'entry': playerInput}
            else:
                self.elements['Error'] = '{} is not a valid selection.'.format(playerInput)
                return {'valid': False, 'entry': playerInput}

    def checkColorInput(self, playerInput):
        if playerInput == '':
            return {'valid': False, 'entry': playerInput}
        playerInput = str(playerInput).lower()[0]
        if playerInput[0] == 'b':
            return {'valid': True, 'entry': 'blue'}
        elif playerInput[0] == 'r':
            return {'valid': True, 'entry': 'red'}
        elif playerInput[0] == 'g':
            return {'valid': True, 'entry': 'green'}
        elif playerInput[0] == 'y':
            return {'valid': True, 'entry': 'yellow'}
        return {'valid': False, 'entry': playerInput}

    def eventDealCards(self):
        if self.displayEffects and not self.simulation:
            self.elements['Console'] = 'Dealing Cards...'
        for i in ('play1', 'play2', 'play3', 'play4'):
            if i in self.players:
                for j in range(7):
                    self.dealCard(i)

    def eventReverse(self):
        if self.displayEffects and not self.simulation:
            hide = False
            if self.players[self.turn].getType() == "Computer":
                hide = self.hideComputerHands
            self.elements['Console'] = "Reverse Card Played! Reversing Turn Order.".format(
                self.players[self.turn].getName())
            self.drawScreen(hide)
            time.sleep(1)
            for i in range(10):
                cardBigNums = self.pile[0].getBigNum(self.reverse, i)
                self.elements['oMiddle'] = cardBigNums
                self.drawScreen(hide)
                if self.displayEffects and not self.simulation:
                    time.sleep(.1)
        cardBigNums = self.pile[0].getBigNum(self.reverse, 9)
        self.elements['oMiddle'] = cardBigNums
        self.reverse = not self.reverse
        self.event = ''

    def eventSkip(self):
        if self.displayEffects and not self.simulation:
            hide = False
            if self.players[self.turn].getType() == "Computer":
                hide = self.hideComputerHands
            self.elements['Console'] = "Skip Card Placed! Skipping {}'s Turn.".format(self.players[self.turn].getName())
            self.drawScreen(hide)
            time.sleep(1)
            for i in range(2):
                self.elements['P{}Turn'.format(self.turn[-1])] = '\033[91m'
                self.drawScreen(hide)
                time.sleep(.3)
                self.elements['P{}Turn'.format(self.turn[-1])] = ''
                self.drawScreen(hide)
                time.sleep(.3)
        self.turnComplete = True
        self.event = ''

    def eventWildCard(self):
        hide = False
        if not self.forcedWild:
            if self.players[self.turn].getType() == 'Human':
                self.elements['Console'] = 'Wild Card! Specifiy a Color'
                self.elements['Error'] = 'Specifiy A Color'
                self.drawScreen()
                while True:
                    layout=[[sg.T('Wild Card! Specify a Color')],
                            [sg.Combo(('Blue', 'Red', 'Green', 'Yellow'))],
                            [sg.OK()]]
                    window = sg.Window('Wild Card').Layout(layout)

                    event, values = window.Read()
                    try:
                        playerInput = values[0].lower()[0]
                    except:
                        playerInput = ' '
                    # playerInput = str(input("Color Change: "))
                    checked = self.checkColorInput(playerInput)
                    if checked['valid']:
                        window.Close()
                        break
            else:
                hide = self.hideComputerHands
                checked = self.checkColorInput(self.players[self.turn].getWildColor())
            self.wildColorChange = checked['entry']
        else:
            self.wildColorChange = self.checkColorInput(random.choice(('r', 'b', 'g', 'y')))['entry']
            self.forcedWild = False
        self.currentColor = self.wildColorChange
        self.elements['Error'] = ""
        if self.displayEffects and not self.simulation:
            self.elements['Console'] = 'Wild Card! Changing Color.'
            seed = 1
            for i in range(10):
                if seed > 4:
                    seed = 1
                self.drawScreen(hide, wildSeed=seed)
                time.sleep(.1)
                seed += 1
        self.pile[0].changeColor(self.wildColorChange)
        self.wildColorChange = ''
        cardBigNums = self.pile[0].getBigNum(self.reverse)
        self.elements['oHeader'] = '{}\u2666\u2666\u2666=========\u2666\u2666\u2666\033[0m\t'.format(
            self.pile[0].getColorCode())
        self.elements['oMiddle'] = cardBigNums
        self.event = ''

    def eventDraw(self):
        self.players[self.turn].addForceDraw(self.drawAmount)
        self.drawAmount = 0
        self.event = ''

    def dealCard(self, playerID):

        card = self.deck.draw()
        self.players[playerID].addCard(card)

        ### Adjust Hand Visual ###
        self.players[playerID].maxScroll = math.ceil((self.players[playerID].getCardNum() / 10) - 1)
        self.handPosition = self.players[playerID].maxScroll
        self.buildHandVisual(playerID)

        ### Adjust Player Tile ###
        keyStringCards = 'P{}Cards'
        self.elements[keyStringCards.format(playerID[-1])] = '  ' + (
                    ' ' * (3 - len(str(self.players[playerID].getCardNum())))) + str(
            self.players[playerID].getCardNum()) + ' Cards'

        ### Adjust Deck ###
        self.elements['DNum'] = len(self.deck)
        if len(str(len(self.deck))) < 2:
            self.elements['PostDNum'] = '\t'
        j = 8
        self.elements['Deck'] = [' ', ' ', ' ', ' ', ' ', ' ', ' ', ' ', ' ']
        for i in range(math.ceil(len(self.deck) / 12)):
            self.elements['Deck'][j] = '='
            j -= 1

    def placeCard(self, card=None):
        if card == None:
            ### Used At Beginning For First Card ###
            card = self.deck.draw()
            self.elements['DNum'] = len(self.deck)

        cardColor = card.getColorCode()
        cardBigNums = card.getBigNum(self.reverse)

        self.currentColor = card.getColor()
        self.currentValue = card.getValue()

        self.pile.insert(card)
        self.elements['oHeader'] = '{}\u2666\u2666\u2666=========\u2666\u2666\u2666\033[0m\t'.format(cardColor)
        self.elements['oMiddle'] = cardBigNums

        if len(self.pile) > 1:
            previousCard = self.pile[1]
            previousCardColor = previousCard.getColorCode()
            self.elements['uHeader'] = '{}      \u2666\u2666\u2666=========\u2666\u2666\u2666\033[0m\t\t'.format(
                previousCardColor)
            self.elements['uMiddle'] = '{}| |\033[0m'.format(previousCardColor)
            self.elements['uLower'] = '{}\u2666\u2666\u2666\033[0m'.format(previousCardColor)

        if self.currentColor == 'wild':
            self.event = 'wild'

        if self.currentValue == 'X':
            self.event = 'skip'
        elif self.currentValue == 'R':
            if len(self.players) > 2:
                self.event = 'reverse'
            else:
                self.event = 'skip'
        elif self.currentValue == '+4':
            self.drawAmount = 4
        elif self.currentValue == '+2':
            self.drawAmount = 2
        self.passes = 0

    def extractCard(self, playerID, index):
        card = self.players[playerID].removeCard(index)
        if self.players[playerID].getCardNum() == 0:
            self.matchComplete = True
            self.winnerID = self.turn
        self.adjustCardAmount(playerID)
        return card

    def enterBreak(self):
        if not self.simulation:
            while True:
                if Match.window is None:
                    break
                event, values = Match.window.Read()
                if event == '_DRAW_':
                    break
                if event == '_QUIT_':
                    if sg.PopupYesNo('Do you really want to quit?') == 'Yes':
                        self.matchAbort = True
                        self.matchComplete = True

    def nextTurn(self):
        self.turnComplete = False
        self.handPosition = 0
        turnType = self.players[self.turn].getType()
        self.players[self.turn].beginTurn()
        ### Prepare Hand Visuals ###

        self.elements['HName'] = self.handTitles[self.turn]
        self.buildHandVisual(self.turn)

        if self.event == 'skip':
            self.eventSkip()
        elif self.drawAmount > 0:
            self.eventDraw()
        #--------------  Main GUI event loop ---------------
        while not self.turnComplete:
            if turnType == 'Human':
                self.players[self.turn].getLegalCards(self.currentColor, self.currentValue, self.zeroChange)
                if len(self.deck) > 0:
                    self.elements['Console'] = 'Select a card or Draw'
                else:
                    self.players[self.turn].removeForceDraw()
                    self.elements['Console'] = 'Select a card, Draw, or Pass'
                if self.players[self.turn].getForceDraws() > 0:
                    self.elements['Error'] = 'Draw Card Played! Draw {} cards.'.format(
                        self.players[self.turn].getForceDraws())
                self.drawScreen()
                ## GUI INPUT
                event, values = Match.window.Read()

                playerInput = str(event)
                if event == '_DRAW_':
                    playerInput = 'd'
                elif event == '_PASS_':
                    playerInput = 's'
                elif event == '_QUIT_':
                    if sg.PopupYesNo('Do you really want to quit?') == 'Yes':
                        self.matchAbort = True
                        self.matchComplete = True
                        break

                if playerInput == '<':
                    self.handPosition -= 1
                    if self.handPosition == -1:
                        self.handPosition = self.players[self.turn].maxScroll
                    self.buildHandVisual(self.turn)
                elif playerInput == '>':
                    self.handPosition += 1
                    if self.handPosition > self.players[self.turn].maxScroll:
                        self.handPosition = 0
                    self.buildHandVisual(self.turn)
                elif playerInput == 'd':
                    if len(self.deck) > 0:
                        self.elements['Error'] = ''
                        self.dealCard(self.turn)
                    else:
                        self.elements['Error'] = "Cannot Draw. Deck is Empty"
                elif playerInput == 'p':
                    pauseOutput = self.pauseScreen()
                    if pauseOutput == 'quit':
                        self.matchComplete = True
                        self.turnComplete = True
                        self.winnerID = 'play1'
                        self.matchAbort = True
                elif playerInput == 's':
                    if len(self.deck) > 0:
                        self.elements['Error'] = "Cannot pass until Deck is empty."
                    elif len(self.players[self.turn].getAllValidCards()) > 0:
                        self.elements['Error'] = "Cannot pass while having playable cards."
                    else:
                        self.turnComplete = True
                        self.passes += 1
                        if self.passes == self.passMax:
                            self.forcedWild = True
                            self.event = 'wild'
                            self.passes = 0
                elif playerInput.isnumeric():
                    if self.players[self.turn].getForceDraws() == 0:
                        cardCheck = self.players[self.turn].checkCard(playerInput)
                        if cardCheck in self.players[self.turn].getAllValidCards():
                            card = self.extractCard(self.turn, playerInput)
                            self.placeCard(card)
                            self.elements['Error'] = ""
                            self.turnComplete = True
                        else:
                            self.elements['Error'] = "Card Doesn't Match The Color {} or Value {}!".format(
                                self.currentColor, self.currentValue)
                    else:
                        pass

            elif turnType == 'Computer':
                event, values = Match.window.Read(timeout=0)
                if event == '_QUIT_':
                    if sg.PopupYesNo('Do you really want to quit?') == 'Yes':
                        self.matchAbort = True
                        self.matchComplete = True
                        break

                self.elements['Console'] = '{}\'s Turn'.format(self.players[self.turn].getName())
                self.drawScreen(self.hideComputerHands)
                if not self.simulation:
                    time.sleep(self.computerSpeed)
                # str(input())
                while (True):
                    if self.displayEffects and not self.simulation:
                        time.sleep(.2)
                    if self.players[self.turn].getForceDraws() > 0 and len(self.deck) > 0:
                        cardIndex = 'd'
                    else:
                        cardIndex = self.players[self.turn].think(self)
                    if cardIndex.isnumeric():
                        card = self.extractCard(self.turn, int(cardIndex))
                        if card.getColor() != self.currentColor:
                            self.resetDrawBool()
                        self.placeCard(card)
                        self.turnComplete = True
                        break
                    else:
                        if cardIndex == 'd':
                            if len(self.deck) > 0:
                                self.dealCard(self.turn)
                                self.drawScreen(self.hideComputerHands)
                            else:
                                self.turnComplete = True
                                self.players[self.turn].removeForceDraw()
                                self.passes += 1
                                if self.passes == self.passMax:
                                    self.forcedWild = True
                                    self.event = 'wild'
                                    self.passes = 0
                                break

            ### DECODE INPUT ###
        if self.event == 'reverse':
            self.eventReverse()
        elif self.event == 'wild':
            self.eventWildCard()

        # Clear Current Turn
        self.elements['P{}Turn'.format(self.turn[-1])] = ''
        # Prepare Next Turn
        self.turn = self.getNextTurn()
        self.elements['P{}Turn'.format(self.turn[-1])] = '\033[93m'

    # --------------------------------------- drawScreen ---------------------------------------
    def drawScreen(self, hide=False, wildSeed=0):
        if Match.window is None:
            return
        def get_card_graphic(color, value):
            dict = Card.red_dict
            if color == 'red':
                dict = Card.red_dict
            if color == 'blue':
                dict = Card.blue_dict
            if color == 'green':
                dict = Card.green_dict
            if color == 'yellow':
                dict = Card.yellow_dict
            card_graphic = dict[value] if value != '' else Card.wild_card
            return card_graphic

        Update = lambda key, value, **kwargs: Match.window.Element(key).Update(value, **kwargs)
        elem = lambda key: self.elements[key]
        if self.simulation:
            return

        currentTurn = self.turn
        if currentTurn == '':
            currentTurn = self.turnList[-1]
            hide = True

        Update('_MESSAGES_', elem('Console'))
        Update('_MESSAGES2_', elem('Error'))
        Update('_P1_', elem('P1Name'))
        Update('_C1_', elem('P1Cards'))
        Update('_P2_', elem('P2Name'))
        Update('_C2_', elem('P2Cards'))
        if elem('P3Name') != '           ':
            Update('_P3_', elem('P3Name'), visible=True)
            Update('_C3_', elem('P3Cards'), visible=True)
            Update('_S3_', None, visible=True)
        if elem('P4Name') != '           ':
            Update('_P4_', elem('P4Name'), visible=True)
            Update('_C4_', elem('P4Cards'), visible=True)
            Update('_S4_',None, visible=True)
        Update('_CARDS_LEFT_', '{} Cards Left'.format(elem('DNum')))
        # hand = self.players[currentTurn].hand
        hand = self.players[currentTurn].hand.hand
        i=0
        for i, card in enumerate(hand):
            if card.value == 'W':
                card_graphic = wild
            elif card.value == '+4':
                card_graphic = plusfour
            else:
                card_graphic = get_card_graphic(card.color, card.value)
            if hide:
                card_graphic = back

            Update(i, '', image_data=card_graphic, image_subsample=4, image_size=(60, 80), visible=True)
        else:
            for x in range(i+1, self.max_cards_displayed+1):
                Update(x, '', image_data=blank, image_subsample=4, image_size=(60, 80), visible=True)
            self.max_cards_displayed = max(i, self.max_cards_displayed)

        card_graphic = get_card_graphic(self.currentColor, self.currentValue)

        if self.previous_card is not None:
            Match.window.Element('_GRAPH_').DrawImage(data=self.previous_card, location=(0,0))
        Match.window.Element('_GRAPH_').DrawImage(data=card_graphic, location=(100,40))

        self.previous_card = card_graphic

        Match.window.Refresh()

        return ''

    def pauseScreen(self):
        return

    def isComplete(self):
        return self.matchComplete

    def next(self):
        self.turn = self.getNextTurn()

    def getNextTurn(self, forceReverse=False):
        if forceReverse:
            reverse = not self.reverse
        else:
            reverse = self.reverse
        currentIndex = self.turnList.index(self.turn)
        if not reverse:
            if (currentIndex + 1) == len(self.turnList):
                return self.turnList[0]
            else:
                return self.turnList[currentIndex + 1]
        else:
            if currentIndex == 0:
                return self.turnList[len(self.turnList) - 1]
            else:
                return self.turnList[currentIndex - 1]

    def getPlayer(self, playerID):
        return self.players[playerID]

    def resetDrawBool(self):
        for identity in self.players:
            self.players[identity].drew = False

def clearShell():
    os.system('cls' if os.name == 'nt' else 'clear')

def mainMenu():
    gs = GameSettings()

    PLAYER_TYPE_HUMAN = 'HUMAN'
    PLAYER_TYPE_COMPUTER = 'COMPUTER'
    computer_names = ('Watson', 'SkyNet', 'Hal', 'Metal Gear')
    layout = [
        [sg.Button('1 - No Player', size=(20,5), key=0, pad=(1,1)),
         sg.Button('2 - No Player', size=(20, 5), key=1, pad=(1,1), disabled=True)],
        [sg.Button('3 - No Player', size=(20, 5), key=2, pad=(1,1), disabled=True),
         sg.Button('4 - No Player', size=(20, 5), key=3, pad=(1,1), disabled=True)],
        [sg.Text('Enter player 1 (none) name', key='_TXT_'), sg.Input(key='_IN_', do_not_clear=True, size=(22,1)), sg.Button('Set name')],
        [sg.Button('Begin'), sg.Button('Settings')],]

    Elem = lambda key: window.Element(key)

    button_states = [0] * 4
    player_names = [''] * 4
    player_types = [None] * 4

    window = sg.Window('Uno Setup', border_depth=0).Layout(layout)

    current_player = 0
    while True:             # Event Loop
        event, values = window.Read()
        # print(event, values)
        if event is None or event == 'Exit':
            break
        if event == 'Begin':
            window.Hide()
            gs.finalizePlayers()
            # ---------------------- START THE MATCH ----------------------
            gs = playMatch(gs)
            for i, id in enumerate(gs.players):
                player = gs.players[id]
                window.Element(i).Update('{} - {}\n{} points'.format(i+1, player.name, player.points))
            window.UnHide()
            window.Refresh()
        elif event == 'Settings':
            layout2 = [[sg.Checkbox('Hide computer hands', key='_HIDE_', default=True)],
                       [sg.T('Computer speed')],
                       [sg.Radio('Fast', 1, key='_FAST_')],
                       [sg.Radio('Normal', 1, key='_NORMAL_', default=True)],
                       [sg.Radio('Slow', 1, key='_SLOW_')],
                       [sg.OK(), sg.Cancel()]
                       ]
            win2 = sg.Window('Settings').Layout(layout2)
            ev, vals = win2.Read()
            win2.Close()
            if ev == 'OK':
                if vals['_NORMAL_']:
                    gs.computerspeed = 'normal'
                if vals['_FAST_']:
                   gs.computerspeed = 'slow'
                if vals['_SLOW_']:
                   gs.computerspeed = 'slow'
                gs.hideComputerHands = vals['_HIDE_']
        elif event == 'Set name':
            if values['_IN_'] in player_names:
                sg.Popup('Duplicate - Cannot set to same as other players name')
            else:
                Elem(current_player).Update(str(current_player+1) + ' - '+values['_IN_'])
                player_names[current_player] = values['_IN_']
                Elem(current_player + (current_player < 3)).Update(disabled=False)
                if player_types[current_player] == PLAYER_TYPE_HUMAN:
                    addPlayer(gs, values['_IN_'])
                else:
                    addComputer(gs, values['_IN_'])
        elif 0 <= event <= 3:
            current_player = event
            state = button_states[event] = button_states[event]+1 if button_states[event] < 2 else 0
            Elem('_TXT_').Update('Enter Player %s (%s) Name'%(str(current_player+1), ('human', 'computer', 'none')[state-1]))
            if state == 1:
                Elem('_IN_').SetFocus()
                Elem('_IN_').Update('Player name', select=True)
                Elem(event).Update(str(event+1) +' - Player')
                player_types[event] = PLAYER_TYPE_HUMAN
            elif state == 2:
                Elem('_IN_').SetFocus()
                Elem('_IN_').Update(computer_names[event], select=True)
                Elem(event).Update(str(event+1) + ' - ' + computer_names[event])
                player_types[event] = PLAYER_TYPE_COMPUTER
            elif state == 0:
                Elem(event).Update(str(event+1) +' - No Player')
                Elem('_IN_').SetFocus()
                Elem('_IN_').Update('', select=True)
                for i in range(event):
                    pass
                player_types[event] = None
                player_names[event] = ''
                for i in range(event+1,4):
                    Elem(i).Update(text='%s - No player'%i, disabled=True)
                    player_names[i] = ''
                    try:
                        gs.removePlayer(i)
                    except:
                        pass
    window.Close()
    return player_names


def playMatch(gs):
    m = Match(gs)
    m.begin()
    Match.window.Element('_QUIT_').Update(visible=True)
    while (not m.isComplete()):
        m.nextTurn()
    gs = m.end(gs)
    Match.window.Close()
    Match.window = None
    return gs


def addPlayer(gs, name):
    p = Player(name)
    gs.addPlayer(p)
    gs.mainMenuError = ""

    return gs


def addComputer(gs, name):
    c = ComputerPlayer(name)
    gs.addPlayer(c)

    return gs



if __name__ == "__main__":
    mainMenu()