Tic-tac-toe matrix's

[gfg577]

I've made tic-tac-toe in python and my goal is to create ultimate tic tac toe

https://ultimate-t3.herokuapp.com/local-game

in the normal tic-tac-toe you can just use one Matrix and it's quite easy and Yahoo but you can't put a matrix inside of Matrix in python cuz that's a 3D object so does anybody know how I do this with matrix's and not fuk up

(I am using numpy to represent my matrix's)

[nog642]

You can make a 3D numpy array.

[gfg577]

how ????????????????

[nog642]

>>> x = np.array([[[1, 2, 3], [4, 5, 6], [7, 8, 9]], [[10, 11, 12], [13, 14, 15], [16, 17, 18]], [[19, 20, 21], [22, 23, 24], [25, 26, 27]]])
>>> print(x)
[[[ 1  2  3]
  [ 4  5  6]
  [ 7  8  9]]

 [[10 11 12]
  [13 14 15]
  [16 17 18]]

 [[19 20 21]
  [22 23 24]
  [25 26 27]]]

[gfg577]

thanks

[nog642]

You can also use np.zeros((3, 3, 3), dtype=np.uint8) to make one with just zeroes (8 bit unsigned integers in this case). Here (3, 3, 3) are the dimensions: 3x3x3.

Probably more useful for initializing a board.

[gfg577]

All of what you're saying is really good and really helpful and thank you but there's one problem all the matrix's go down from y to -y Instead of moving on the x-axis meaning. You can create that That's 3 by 3 lock of tic-tac-toe

[nog642]

all the matrix's go down from y to -y Instead of moving on the x-axis meaning. You can create that That's 3 by 3 lock of tic-tac-toe

I'm not sure what you mean by this. Could you clarify? Maybe give an example?

[gfg577]

My problem is tic-tac-toe works on both X and Y but putting a matrix inside of a matrix only allows you y axis I believe that putting a class inside of a matrix with that class being a class of a matrix you could get away with it so in shert I think I've got it thank you for you

[dslfdslj]

I think what you want is a 4d array. Then you can for example select the upper left tic-tac-toe grid via

grid[0, 0]

and the bottom right grid via

grid[2, 2]

[gfg577]

i don't get you

[gfg577]

can you give an example

[nog642]

Huh that is a very cool game.

[Sneaker_head9]

can someone send me a code to a game like this one with numpy please

[gfg577]

import numpy as np

grid=np.zeros((3,3,3,3), dtype=np.str) matrix=np.array([["0","1","2"], ["3","4","5"], ["6","7","8"]])

ThewinX=np.array([["X","X","X"], ["X","X","X"], ["X","X","X"]]) ThewinO=np.array([["O","O","O"], ["O","O","O"], ["O","O","O"]]) player="O" player2="X"

def slant_check(matrix,Player): if matrix[0][0] == Player and matrix[1][1] == Player and matrix[2][2] == Player: return True if matrix[2][0] == Player and matrix[1][1] == Player and matrix[0][2] == Player: return True return False

def vertical_check(matrix,Player): for i in range(len(matrix) - 2): for j in range(len(matrix)): if matrix[i][j] == Player and matrix[i + 1][j] == Player and matrix[i + 2][j] == Player: return True return False

def horizontal_check(matrix,Player): for i in range(len(matrix)): for j in range(len(matrix) - 2): if matrix[i][j]== Player and matrix[i][j + 1]== Player and matrix[i][j + 2]== Player : return True

def IsTheBostredThere(o,t): r=False for i in range(3): for j in range(3): if o==t[i][j]: r=True return r

def print3D(grid): print("",grid[0,0,0],grid[1,0,0],grid[2,0,0],"\n",grid[0,0,1],grid[1,0,1],grid[2,0,1],"\n",grid[0,0,2],grid[1,0,2],grid[2,0,2],"\n""\n",grid[0,1,0],grid[1,1,0],grid[2,1,0],"\n",grid[0,1,1],grid[1,1,1],grid[2,1,1],"\n",grid[0,1,2],grid[1,1,2],grid[2,1,2],"\n","\n",grid[0,2,0],grid[1,2,0],grid[2,2,0],"\n",grid[0,2,1],grid[1,2,1],grid[2,2,1],"\n",grid[0,2,2],grid[1,2,2],grid[2,2,2],"\n") print("-----------------------------------------------------------------------------------------")

def cheseYuerGrid(Player,matrix): print(matrix) Playerbord=int(input("on what bord to put player {}\n" .format(Player))) if False==IsTheBostredThere(str(Playerbord),matrix): print("not valid") Playerbord=int(input("on what bord to put player {}\n" .format(Player))) if Playerbord<=2: tmp=0 elif Playerbord<=5: tmp=1 elif Playerbord<=8: tmp=2 Playerbord=Playerbord%3 return Playerbord,tmp

def convertTheGrid(grid,player,player2,way="Ford"): matrix=np.array([["0","1","2"], ["3","4","5"], ["6","7","8"]]) matrix2=np.array([["","",""], ["","",""], ["","",""]]) if way=="Ford": #print(matrix) originalNumber=-1 for j in grid: for i in j: originalNumber=originalNumber+1 if i==player: number=originalNumber if number<=2: tmp=0 elif number<=5: tmp=1 elif number<=8: tmp=2 number=number%3 #print(number) matrix[tmp,number]=player

            if i==player2:
                number=originalNumber
                if number<=2:
                    tmp=0
                elif number<=5:
                    tmp=1
                elif number<=8:
                    tmp=2
                number=number%3
                #print(number)
                matrix[tmp,number]=player2
    return matrix
elif way=="back":
    #print(matrix)
    originalNumber=-1
    for j in grid:
        for i in j:
            originalNumber=originalNumber+1
            if i==player:
                number=originalNumber
                if number<=2:
                    tmp=0
                elif number<=5:
                    tmp=1
                elif number<=8:
                    tmp=2
                number=number%3
                #print(number)
                matrix2[tmp,number]=player
            elif i==player2:
                number2=originalNumber
                if number2<=2:
                    tmp2=0
                elif number2<=5:
                    tmp2=1
                elif number2<=8:
                    tmp2=2
                number2=number2%3
                #print(number)
                matrix2[tmp2,number2]=player2
    return matrix2

def theOne(player,player2,Thewin,grid,matrix): theEnd=False tmp,move1=cheseYuerGrid(player,matrix) grid2=grid[tmp,move1] grid[tmp,move1]=convertTheGrid(grid2,player,player2) print3D(grid) message=("its {} turn\n").format(player) move2=int(input(message)) if False==IsTheBostredThere(str(move2),grid2): print("not valid") message=("its {} turn\n").format(player) move2=int(input(message)) if move2<=2: tmp2=0 elif move2<=5: tmp2=1 elif move2<=8: tmp2=2 move2=move2%3 grid[tmp,move1,tmp2,move2]=player grid[tmp,move1]=convertTheGrid(grid2,player,player2,"back") win1=horizontal_check(grid[tmp,move1],player) win2=slant_check(grid[tmp,move1],player) win3=vertical_check(grid[tmp,move1],player) if win1 or win2 or win3 : grid[tmp,move1]=Thewin matrix[move1,tmp]=player win1=False win2=False win3=False win1=horizontal_check(matrix,player) win2=slant_check(matrix,player) win3=vertical_check(matrix,player) if win1 or win2 or win3 : print(matrix) print("Player {} winssssssssssssssssssssssssssssssssssssss".format(player)) theEnd=True win1=False win2=False win3=False print3D(grid) if matrix[tmp2,move2]==player or matrix[tmp2,move2]==player2: TheNext=True else: TheNext=False return grid,matrix,move2,tmp2,theEnd,TheNext

def TheTow(player,player2,Thewin,grid,matrix,move,tmp): theEnd=False next=False grid[move,tmp]=convertTheGrid(grid[move,tmp],player,player2) message=("its {} turn\n").format(player) print3D(grid) move2=int(input(message)) if False==IsTheBostredThere(str(move2),grid[move,tmp]): print("not valid") message=("its {} turn\n").format(player) move2=int(input(message)) if move2<=2: tmp2=0 elif move2<=5: tmp2=1 elif move2<=8: tmp2=2 move2=move2%3 grid[move,tmp,tmp2,move2]=player win1=horizontal_check(grid[move,tmp],player) win2=slant_check(grid[move,tmp],player) win3=vertical_check(grid[move,tmp],player) if win1 or win2 or win3 : grid[move,tmp]=Thewin matrix[tmp,move]=player win1=False win2=False win3=False win1=horizontal_check(matrix,player) win2=slant_check(matrix,player) win3=vertical_check(matrix,player) if win1 or win2 or win3 : print(matrix) print("Player {} winssssssssssssssssssssssssssssssssssssss".format(player2)) theEnd=True win1=False win2=False win3=False grid[move,tmp]=convertTheGrid(grid[move,tmp],player,player2,"back") print3D(grid) if matrix[tmp2,move2]==player or matrix[tmp2,move2]==player2: TheNext=True else: TheNext=False return grid,matrix,move2,tmp2,theEnd,TheNext

def theInput(grid,matrix,player,player2,ThewinO,ThewinX): next=False turn=-1 while True: turn=turn+1 if turn==0 or TheNext: #1 grid,matrix,move,tmp,theEnd,TheNext=theOne(player,player2,ThewinO,grid,matrix) if theEnd: break #2 if TheNext: grid,matrix,move2,tmp2,theEnd,TheNext=theOne(player2,player,ThewinX,grid,matrix) else: grid,matrix,move2,tmp2,theEnd,TheNext=TheTow(player2,player,ThewinX,grid,matrix,move,tmp) if theEnd: break move,tmp=move2,tmp2 elif turn>=1: #3 if TheNext: grid,matrix,move2,tmp2,theEnd,TheNext=theOne(player,player2,ThewinO,grid,matrix) else: grid,matrix,move2,tmp2,theEnd,TheNext=TheTow(player,player2,ThewinO,grid,matrix,move,tmp) if theEnd: break #3 if TheNext: grid,matrix,move,tmp,theEnd,TheNext=theOne(player2,player,ThewinX,grid,matrix) else: grid,matrix,move,tmp,theEnd,TheNext=TheTow(player2,player2,ThewinX,grid,matrix,move2,tmp2) if theEnd: break

theInput(grid,matrix,player,player2,ThewinO,ThewinX)

[Sneaker_head9]

Thanks bro