It gives a random coordinate, but does not understand where the character is already standing.

from kivy.app import App from kivy.uix.boxlayout import BoxLayout from kivy.uix.gridlayout import GridLayout from kivy.uix.button import Button from kivy.config import Config from kivy.uix.label import Label import random Config.set("graphics","resizable","0") Config.set("graphics","width","400") Config.set("graphics","height","400") choice = ['X','X'] class GameApp(App): def tic_tac(self,arg): global switch arg.disabled = True arg.text = "X" coordinate = ( (0,1,2),(3,4,5),(6,7,8), (0,3,6),(1,4,7),(2,5,8), (0,4,8),(2,4,6)) vector = ( [self.button[x].text for x in (0,1,2)], [self.button[x].text for x in (3,4,5)], [self.button[x].text for x in (6,7,8)], [self.button[y].text for y in (0,3,6)], [self.button[y].text for y in (1,4,7)], [self.button[y].text for y in (2,5,8)], [self.button[d].text for d in (0,4,8)], [self.button[d].text for d in (2,4,6)]) win = False color = [.20,.64,.81,1] for index in range(8): if vector[index].count('X') == 3: win =True self.a.text = str(int(self.a.text)+1) for i in coordinate[index]: self.button[i].color = color break elif vector[index].count('O') == 3: win = True self.b.text = str(int(self.b.text)+1) for i in coordinate[index]: self.button[i].color = color break ran = random.randint(0,8) self.button[ran].text = "O" self.button[ran].disabled = True if win: for index in range(9): self.button[index].disabled = True def restart(self,arg): global switch; switch = 0 for index in range(9): self.button[index].color = [.45,.46,.42,1] self.button[index].text ="" self.button[index].disabled = False def new_game(self,arg): self.a.text = "0" self.b.text = "0" global switch; switch = 0 for index in range(9): self.button[index].color = [.45,.46,.42,1] self.button[index].text ="" self.button[index].disabled = False def build(self): self.title = "X - O" root = BoxLayout(orientation = 'vertical', padding = 7) grid = GridLayout(cols = 3) self.button = [0 for _ in range(9)] for index in range(9): self.button[index] = Button(color = [.45,.46,.42,1], font_size = 35 ,disabled = False,on_press = self.tic_tac) grid.add_widget(self.button[index]) lbls = BoxLayout(orientation = "horizontal", size_hint = (1,.11)) self.a = Label(text = "0", size_hint = (1,.2), font_size = 27) self.b = Label(text = "0", size_hint = (1,.2), font_size = 27) lbls.add_widget(self.a) lbls.add_widget(self.b) root.add_widget(grid) root.add_widget(Button(text = "Restart", size_hint = [1,.1], on_press = self.restart)) root.add_widget(Button(text = "New game",size_hint = [1,.1], on_press = self.new_game)) root.add_widget(lbls) return root if __name__ == "__main__" : GameApp().run()
  • I did not watch your code, but I have an idea. Busy cells cross out from the list of available cells, so the bot will not fall on already occupied cells. - Alexey Osinny
  • I tried using the following algorithm: if a cell is busy, then a random number (ran) is added to a single one. The result is the same. - Zhenya Gaponyuk
  • And what type changes? Here is the list: [1,2,3,4,5,6,7,8,9]. Randomly select a number from it. The same number is removed from this list. Your move is also removed from the list. All available options are left without the numbers that you and the bot chose. Each number is a specific cell. I do not see any problems in this regard. And if you add directions to the diagonals, verticals and horizontals, then the bot does not always have to select random cells. - Alexey Osinny

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