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  1. from PyQt5.QtCore import *
  2. from PyQt5.QtGui import *
  3. from PyQt5.QtWidgets import *
  4. from random import randint, choice
  5.  
  6. class Toe(QWidget):
  7.  
  8.     def __init__ (self):
  9.  
  10.         self.turn = 0
  11.         self.first_cross = ''
  12.         self.grid = [0,1,2,3,4,5,6,7,8]
  13.         self.status = ['e','e','e','e','e','e','e','e','e']
  14.         self.lines = [[0,1,2],[3,4,5],[6,7,8],[0,3,6],[1,4,7],[2,5,8],[0,4,8],[6,4,2]]
  15.         self.finish = 0
  16.         self.buttons = []
  17.         QWidget. __init__ (self)
  18.         self.resize(360, 435)
  19.         self.setMaximumSize(360,435)
  20.         self.setMinimumSize(360,435)
  21.         self.one = QPushButton(self)
  22.         self.one.clicked.connect(lambda event= '<Button-1>' : self.set_it(self.one, 0))
  23.         self.one.setGeometry(QRect(40,70,70,60))
  24.         self.one.setText('...')
  25.         self.buttons.append(self.one)
  26.         self.two = QPushButton(self)
  27.         self.two.clicked.connect(lambda event= '<Button-1>' : self.set_it(self.two, 1))
  28.         self.two.setGeometry(QRect(140,70,70,60))
  29.         self.two.setText('...')
  30.         self.buttons.append(self.two)
  31.         self.three = QPushButton(self)
  32.         self.three.clicked.connect(lambda event= '<Button-1>' : self.set_it(self.three, 2))
  33.         self.three.setGeometry(QRect(240,70,70,60))
  34.         self.three.setText('...')
  35.         self.buttons.append(self.three)
  36.         self.four = QPushButton(self)
  37.         self.four.clicked.connect(lambda event= '<Button-1>' : self.set_it(self.four, 3))
  38.         self.four.setGeometry(QRect(40,155,70,60))
  39.         self.four.setText('...')
  40.         self.buttons.append(self.four)
  41.         self.five = QPushButton(self)
  42.         self.five.clicked.connect(lambda event= '<Button-1>' : self.set_it(self.five, 4))
  43.         self.five.setGeometry(QRect(140,155,70,60))
  44.         self.five.setText('...')
  45.         self.buttons.append(self.five)
  46.         self.six = QPushButton(self)
  47.         self.six.clicked.connect(lambda event= '<Button-1>' : self.set_it(self.six, 5))
  48.         self.six.setGeometry(QRect(240,155,70,60))
  49.         self.six.setText('...')
  50.         self.buttons.append(self.six)
  51.         self.seven = QPushButton(self)
  52.         self.seven.clicked.connect(lambda event= '<Button-1>' : self.set_it(self.seven, 6))
  53.         self.seven.setGeometry(QRect(40,240,70,60))
  54.         self.seven.setText('...')
  55.         self.buttons.append(self.seven)
  56.         self.eight = QPushButton(self)
  57.         self.eight.clicked.connect(lambda event= '<Button-1>' : self.set_it(self.eight, 7))
  58.         self.eight.setGeometry(QRect(140,240,70,60))
  59.         self.eight.setText('...')
  60.         self.buttons.append(self.eight)
  61.         self.nine = QPushButton(self)
  62.         self.nine.clicked.connect(lambda event= '<Button-1>' : self.set_it(self.nine, 8))
  63.         self.nine.setGeometry(QRect(240,240,70,60))
  64.         self.nine.setText('...')
  65.         self.buttons.append(self.nine)
  66.         self.result = QLabel('', self)
  67.         self.result.setGeometry(QRect(125,360,111,18))
  68.         self.crossornull = QCheckBox(self)
  69.         self.crossornull.setGeometry(QRect(335, 25, 16, 16))
  70.         self.startgame = QPushButton(self)
  71.         self.startgame.setGeometry(QRect(175,20,80,30))
  72.         self.startgame.setText("Старт!")
  73.         self.startgame.clicked.connect(self.start)
  74.         self.fornull = QLabel("За 'нолик':", self)
  75.         self.fornull.setGeometry(QRect(270,25, 55,12))
  76.         self.setWindowTitle("Tic-tac-toe")
  77.         self.mylevel = QComboBox(self)
  78.         self.mylevel.addItems(['Easy', 'Normal', 'Dead end'])
  79.         self.mylevel.setGeometry(QRect(88,20,70,30))
  80.         self.leveltext = QLabel('Сложность:', self)
  81.         self.leveltext.setGeometry(10,30,58,15)
  82.  
  83.         self.show()
  84.  
  85.     def set_it(self, button, n):
  86.         if self.mylevel.currentText() == 'Easy':
  87.             if not self.crossornull.isChecked():
  88.                 button.setText('X')
  89.                 button.setDisabled(True)
  90.                 self.grid.remove(n)
  91.                 self.status[n] = 'X'
  92.                 if not self.check():
  93.                     self.easy_ai('O')
  94.             else:
  95.                 button.setText('O')
  96.                 button.setDisabled(True)
  97.                 self.grid.remove(n)
  98.                 self.status[n] = 'O'
  99.                 if not self.check():
  100.                     self.easy_ai('X')
  101.         elif self.mylevel.currentText() == 'Normal':
  102.             if not self.crossornull.isChecked():
  103.                 button.setText('X')
  104.                 button.setDisabled(True)
  105.                 self.grid.remove(n)
  106.                 self.status[n] = 'X'
  107.                 if not self.check():
  108.                     self.normal_ai('O')
  109.             else:
  110.                 button.setText('O')
  111.                 button.setDisabled(True)
  112.                 self.grid.remove(n)
  113.                 self.status[n] = 'O'
  114.                 if not self.check():
  115.                     self.normal_ai('X')
  116.         elif self.mylevel.currentText() == 'Dead end':
  117.             if not self.crossornull.isChecked():
  118.                 button.setText('X')
  119.                 button.setDisabled(True)
  120.                 self.grid.remove(n)
  121.                 self.status[n] = 'X'
  122.                 if not self.check():
  123.                     self.deadend_ai('O')
  124.             else:
  125.                 button.setText('O')
  126.                 button.setDisabled(True)
  127.                 self.grid.remove(n)
  128.                 self.status[n] = 'O'
  129.                 if not self.check():
  130.                     self.deadend_ai('X')
  131.  
  132.     def start(self):
  133.         self.turn = 0
  134.         self.finish = 0
  135.         self.grid = [0,1,2,3,4,5,6,7,8]
  136.         self.status = ['e','e','e','e','e','e','e','e','e']
  137.         for elem in self.buttons:
  138.             elem.setText('...')
  139.             elem.setDisabled(False)
  140.         self.result.setText('')
  141.         if self.crossornull.isChecked():
  142.             if self.mylevel.currentText() == 'Easy':
  143.                 self.easy_ai('X')
  144.             elif self.mylevel.currentText() == 'Normal':
  145.                 self.normal_ai('X')
  146.             elif self.mylevel.currentText() == 'Dead end':
  147.                 self.deadend_ai('X')
  148.  
  149.     def easy_ai (self, sign, choose=''):
  150.         if len(self.grid) > 0:
  151.             if choose == '':
  152.                 choose = choice(self.grid)
  153.             self.grid.remove(choose)
  154.             if choose == 0:
  155.                 self.one.setText(sign)
  156.                 self.one.setDisabled(True)
  157.             elif choose == 1:
  158.                 self.two.setText(sign)
  159.                 self.two.setDisabled(True)
  160.             elif choose == 2:
  161.                 self.three.setText(sign)
  162.                 self.three.setDisabled(True)
  163.             elif choose == 3:
  164.                 self.four.setText(sign)
  165.                 self.four.setDisabled(True)
  166.             elif choose == 4:
  167.                 self.five.setText(sign)
  168.                 self.five.setDisabled(True)
  169.             elif choose == 5:
  170.                 self.six.setText(sign)
  171.                 self.six.setDisabled(True)
  172.             elif choose == 6:
  173.                 self.seven.setText(sign)
  174.                 self.seven.setDisabled(True)
  175.             elif choose == 7:
  176.                 self.eight.setText(sign)
  177.                 self.eight.setDisabled(True)
  178.             else:
  179.                 self.nine.setText(sign)
  180.                 self.nine.setDisabled(True)
  181.             self.status[choose] = sign
  182.             self.check()
  183.  
  184.     def normal_ai(self, sign, hlp=0):
  185.         test = 0
  186.         p = 0 #~!!!!
  187.         if sign == 'O':
  188.             enemy = 'X'
  189.         else: enemy = 'O'
  190.         if len(self.grid) >= 8:
  191.             self.easy_ai(sign)
  192.         else:
  193.             for elem in self.lines:
  194.                 for i in elem:
  195.                     if self.status[i] == sign:
  196.                         test+=1
  197.                     if test > 1 and any(self.status[k] == 'e' for k in elem):
  198.                         self.easy_ai(sign, int(list(filter(lambda j : self.status[j] == 'e', elem))[0]))
  199.                         p+=1
  200.                         break
  201.                 if test > 1 and p > 0:
  202.                     break
  203.                 test = 0
  204.  
  205.             if p == 0:
  206.                 test = 0
  207.                 for elem in self.lines:
  208.                     for i in elem:
  209.                         if self.status[i] == enemy:
  210.                             test+=1
  211.                         if test > 1 and any(self.status[k] == 'e' for k in elem):
  212.                             self.easy_ai(sign, int(list(filter(lambda j : self.status[j] == 'e', elem))[0]))
  213.                             p+=1
  214.                             break
  215.                     if test > 1 and p > 0:
  216.                         break
  217.                     test = 0
  218.             if test <= 1 and p == 0:
  219.                 if hlp == 0:
  220.                     self.easy_ai(sign)
  221.                 else:
  222.                     self.deadend_ai(sign, iam=0)
  223.  
  224.     def deadend_ai(self, sign, iam=1):
  225.         arr = [0,2,6,8]
  226.         lin = [1,5,7,3]
  227.         if sign == 'X':
  228.             if self.turn == 0:
  229.                 self.easy_ai(sign, 4)
  230.                 self.turn+=1
  231.             elif self.turn == 1:
  232.                 self.turn+=1
  233.                 if self.status[0] == 'O':
  234.                     self.easy_ai(sign, 8)
  235.                 elif self.status[1] == 'O':
  236.                     self.easy_ai(sign, 6)
  237.                 elif self.status[2] == 'O':
  238.                     self.easy_ai(sign, 6)
  239.                 elif self.status[3] == 'O':
  240.                     self.easy_ai(sign, 2)
  241.                 elif self.status[5] == 'O':
  242.                     self.easy_ai(sign, 6)
  243.                 elif self.status[6] == 'O':
  244.                     self.easy_ai(sign, 2)
  245.                 elif self.status[7] == 'O':
  246.                     self.easy_ai(sign, 0)
  247.                 else:
  248.                     self.easy_ai(sign, 0)
  249.             elif self.turn > 1:
  250.                 self.normal_ai(sign)
  251.         elif sign == 'O':
  252.             if self.turn == 0:
  253.                 self.turn+=1
  254.                 if self.status[4] == 'X':
  255.                     n = choice(arr)
  256.                     self.easy_ai(sign, n)
  257.                     self.first_cross = 'c'
  258.                 elif self.status[4] != 'X' and (self.status[0] == 'X' or self.status[2] == 'X' or self.status[6] == 'X' or  self.status[8] == 'X'):
  259.                     self.easy_ai(sign, 4)
  260.                     self.first_cross = 'co'
  261.                 else:
  262.                     self.first_cross = 'line'
  263.                     self.easy_ai(sign, 4)
  264.  
  265.             elif self.turn > 0 and self.first_cross == 'c':
  266.                 if iam==1:
  267.                     self.normal_ai(sign, hlp=1)
  268.                 else:
  269.                     try:
  270.                         n = choice([i for i in arr if i in self.grid])
  271.                         self.easy_ai(sign, n)
  272.                     except:
  273.                         self.easy_ai(sign)
  274.             elif self.turn > 0 and self.first_cross ==  'co':
  275.                 if self.turn == 1:
  276.                     if iam == 1:
  277.                         self.normal_ai(sign, hlp=1)
  278.                     else:
  279.                         self.turn+=1
  280.                         try:
  281.                             if self.status[0] == 'X':
  282.                                 self.easy_ai(sign, 8)
  283.                             elif self.status[2] == 'X':
  284.                                 self.easy_ai(sign, 6)
  285.                             elif self.status[6] == 'X':
  286.                                 self.easy_ai(sign, 2)
  287.                             elif self.status[8] == 'X':
  288.                                 self.easy_ai(sign, 0)
  289.                         except:
  290.                             n = choice([i for i in lin if i in self.grid])
  291.                             self.easy_ai(sign, n)
  292.                 else:
  293.                     self.normal_ai(sign)
  294.  
  295.             elif self.turn > 0 and self.first_cross ==  'line':
  296.                 if self.turn == 1:
  297.                     if iam == 1:
  298.                         self.normal_ai(sign, hlp=1)
  299.  
  300.                     else:
  301.                         if self.status[0] == 'X' or self.status[2] == 'X' or self.status[6] == 'X' or self.status[8] == 'X':
  302.                             print('!222@')
  303.                             try:
  304.                                 if self.status[0] == 'X':
  305.                                     self.easy_ai(sign, 8)
  306.                                 elif self.status[2] == 'X':
  307.                                     self.easy_ai(sign, 6)
  308.                                 elif self.status[6] == 'X':
  309.                                     self.easy_ai(sign, 2)
  310.                                 elif self.status[8] == 'X':
  311.                                     self.easy_ai(sign, 0)
  312.                                 self.turn+=1
  313.                             except:
  314.                                 self.normal_ai(sign)
  315.                         elif (self.status[1] == 'X' and self.status[7] == 'X') or (self.status[3] == 'X' and self.status[5] == 'X'):
  316.                             n = choice(arr)
  317.                             self.easy_ai(sign, n)
  318.                             self.turn+=1
  319.                         elif ((self.status[3] == 'X' and self.status[1] == 'X') or (self.status[1] == 'X' and self.status[5] == 'X') or
  320.                               (self.status[5] == 'X' and self.status[7] == 'X') or (self.status[7] == 'X' and self.status[3] == 'X')):
  321.                             if (self.status[3] == 'X' and self.status[1] == 'X'):
  322.                                 self.easy_ai(sign, 0)
  323.                             elif (self.status[1] == 'X' and self.status[5] == 'X'):
  324.                                 self.easy_ai(sign, 2)
  325.                             elif (self.status[5] == 'X' and self.status[7] == 'X'):
  326.                                 self.easy_ai(sign, 8)
  327.                             elif (self.status[7] == 'X' and self.status[3] == 'X'):
  328.                                 self.easy_ai(sign, 6)
  329.                             self.turn+=1                                                                                           
  330.                 elif self.turn > 1:
  331.                     self.normal_ai(sign)
  332.  
  333.     def check(self):    
  334.         for elem in self.lines:
  335.             if all(self.status[i] == 'X' for i in elem) and not self.crossornull.isChecked():
  336.                 self.result.setText("<html><head/><body><p><span style=\" font-size:12pt; color:green;\">Вы выиграли!</span></p></body></html>")
  337.                 self.finish += 1
  338.             if all(self.status[i] == 'X' for i in elem) and self.crossornull.isChecked():
  339.                 self.result.setText("<html><head/><body><p><span style=\" font-size:12pt; color:red;\">Вы проиграли.</span></p></body></html>")
  340.                 self.finish+=1
  341.             if all(self.status[i] == 'O' for i in elem) and  self.crossornull.isChecked():
  342.                 self.result.setText("<html><head/><body><p><span style=\" font-size:12pt; color:green;\">Вы выиграли!</span></p></body></html>")
  343.                 self.finish+=1
  344.             if all(self.status[i] == 'O' for i in elem) and  not self.crossornull.isChecked():
  345.                 self.result.setText("<html><head/><body><p><span style=\" font-size:12pt; color:red;\">Вы проиграли.</span></p></body></html>")
  346.                 self.finish+=1
  347.         if len(self.grid) < 1 and self.finish == 0:
  348.             self.result.setText("<html><head/><body><p><span style=\" font-size:12pt; color:grey;\"><center>Ничья.</center></span></p></body></html>")
  349.         if self.finish > 0:
  350.             return True
  351.  
  352. if __name__ == "__main__":
  353.     import sys
  354.     app = QApplication(sys.argv)
  355.     window = Toe()
  356.     sys.exit(app.exec_())
Runtime error #stdin #stdout #stderr 0.02s 8696KB
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Standard input is empty
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Standard output is empty
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Traceback (most recent call last):
  File "./prog.py", line 1, in <module>
ImportError: No module named 'PyQt5'
https://ideone.com/q0OitP
language:
Python 3 (python  3.9.5)
created:
9 years ago
visibility:
public

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