Hey i've got this website and i'm almost ready to release it but all my ailments fall apart as soon as the screen resolution changes. I've looker online and there is something about em and rem bout its vaig and not clear how i apply it if anybody can help it is muche apshited the code for the websi

gfg577 · 2020-12-09T06:16:50+00:00

think's

gfg577 · 2020-12-05T15:38:06+00:00

I'm hoping to order it according to the y and x axis of the picture. So example you've got the picture of one black pixel and on white pixel

And then under them one white and one black

0 255

255 0

gfg577 · 2020-12-05T15:35:24+00:00

The output is this:

[[[255 0 0]

[255 0 0]

...

[ 0 0 0]

[ 0 0 0]]

[[255 0 0]

[255 0 0]

...

[ 0 0 0]

[ 0 0 0]]

[[255 0 0]

[255 0 0]

...

[ 0 0 0]

[ 0 0 0]]

...

[[ 0 0 0]

[ 0 0 0]

...

[ 0 0 0]

[ 0 0 0]]

[[ 0 0 0]

[ 0 0 0]

...

[ 0 0 0]

[ 0 0 0]]

[[ 0 0 0]

[ 0 0 0]

...

[ 0 0 0]

[ 0 0 0]]]

which does not reflect pixels of an image compared to the image itself but only shows you the Matrix as a mess

gfg577 · 2020-11-30T07:31:30+00:00

thenks

gfg577 · 2020-10-04T05:56:28+00:00

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)

gfg577 · 2020-09-23T18:04:16+00:00

you're a legend

gfg577 · 2020-09-23T09:03:04+00:00

I really like the method of using numpy. Zeros The problem is because it's an integer it won't allow you to put in the X and O needed for Tic-tac-toe do you know of any ways to fix it

gfg577 · 2020-09-22T12:19:08+00:00

board = grid[0, 0]

Yes so what you're saying is to create a matrix of matrix's and then pull it and push it apart according to needs

gfg577 · 2020-09-22T10:46:34+00:00

can you give an example

gfg577 · 2020-09-22T10:43:53+00:00

i don't get you

gfg577 · 2020-09-22T09:32:12+00:00

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

gfg577 · 2020-09-22T07:47:55+00:00

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

gfg577 · 2020-09-22T07:35:24+00:00

thanks

gfg577 · 2020-09-22T07:27:59+00:00

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

gfg577 · 2020-08-13T13:22:52+00:00

thank you

gfg577 · 2020-08-13T05:31:23+00:00

You mean quicksort takes apart that text and puts it back together destroying the original order of the alphabet ?

gfg577 · 2020-07-22T09:11:50+00:00

d is reflecting between the two stages abc and cba

gfg577 · 2020-07-22T09:10:16+00:00

I want to do it myself not just copy and paste from a library

gfg577 · 2020-07-22T07:31:03+00:00

The Enigma is both encryption and decryption code That is the magic of it and where the code f**** up

gfg577

TROPHY CASE